3 * Copyright (C) 2009 Red Hat Inc.
5 * This program is free software; you can redistribute it and/or modify
6 * it under the terms of the GNU General Public License as published by
7 * the Free Software Foundation; either version 2 of the License, or
8 * (at your option) any later version.
10 * This program is distributed in the hope that it will be useful,
11 * but WITHOUT ANY WARRANTY; without even the implied warranty of
12 * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
13 * GNU General Public License for more details.
15 * You should have received a copy of the GNU General Public License
16 * along with this program; if not, write to the Free Software
17 * Foundation, Inc., 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301 USA
20 (* This script generates a large amount of code and documentation for
21 * all the daemon actions.
23 * To add a new action there are only two files you need to change,
24 * this one to describe the interface (see the big table below), and
25 * daemon/<somefile>.c to write the implementation.
27 * After editing this file, run it (./src/generator.ml) to regenerate all the
28 * output files. Note that if you are using a separate build directory you
29 * must run generator.ml from the _source_ directory.
31 * IMPORTANT: This script should NOT print any warnings. If it prints
32 * warnings, you should treat them as errors.
40 type style = ret * args
42 (* "RErr" as a return value means an int used as a simple error
43 * indication, ie. 0 or -1.
47 (* "RInt" as a return value means an int which is -1 for error
48 * or any value >= 0 on success. Only use this for smallish
49 * positive ints (0 <= i < 2^30).
53 (* "RInt64" is the same as RInt, but is guaranteed to be able
54 * to return a full 64 bit value, _except_ that -1 means error
55 * (so -1 cannot be a valid, non-error return value).
59 (* "RBool" is a bool return value which can be true/false or
64 (* "RConstString" is a string that refers to a constant value.
65 * The return value must NOT be NULL (since NULL indicates
68 * Try to avoid using this. In particular you cannot use this
69 * for values returned from the daemon, because there is no
70 * thread-safe way to return them in the C API.
72 | RConstString of string
74 (* "RConstOptString" is an even more broken version of
75 * "RConstString". The returned string may be NULL and there
76 * is no way to return an error indication. Avoid using this!
78 | RConstOptString of string
80 (* "RString" is a returned string. It must NOT be NULL, since
81 * a NULL return indicates an error. The caller frees this.
85 (* "RStringList" is a list of strings. No string in the list
86 * can be NULL. The caller frees the strings and the array.
88 | RStringList of string
90 (* "RStruct" is a function which returns a single named structure
91 * or an error indication (in C, a struct, and in other languages
92 * with varying representations, but usually very efficient). See
93 * after the function list below for the structures.
95 | RStruct of string * string (* name of retval, name of struct *)
97 (* "RStructList" is a function which returns either a list/array
98 * of structures (could be zero-length), or an error indication.
100 | RStructList of string * string (* name of retval, name of struct *)
102 (* Key-value pairs of untyped strings. Turns into a hashtable or
103 * dictionary in languages which support it. DON'T use this as a
104 * general "bucket" for results. Prefer a stronger typed return
105 * value if one is available, or write a custom struct. Don't use
106 * this if the list could potentially be very long, since it is
107 * inefficient. Keys should be unique. NULLs are not permitted.
109 | RHashtable of string
111 (* "RBufferOut" is handled almost exactly like RString, but
112 * it allows the string to contain arbitrary 8 bit data including
113 * ASCII NUL. In the C API this causes an implicit extra parameter
114 * to be added of type <size_t *size_r>. The extra parameter
115 * returns the actual size of the return buffer in bytes.
117 * Other programming languages support strings with arbitrary 8 bit
120 * At the RPC layer we have to use the opaque<> type instead of
121 * string<>. Returned data is still limited to the max message
124 | RBufferOut of string
126 and args = argt list (* Function parameters, guestfs handle is implicit. *)
128 (* Note in future we should allow a "variable args" parameter as
129 * the final parameter, to allow commands like
130 * chmod mode file [file(s)...]
131 * This is not implemented yet, but many commands (such as chmod)
132 * are currently defined with the argument order keeping this future
133 * possibility in mind.
136 | String of string (* const char *name, cannot be NULL *)
137 | Device of string (* /dev device name, cannot be NULL *)
138 | Pathname of string (* file name, cannot be NULL *)
139 | Dev_or_Path of string (* /dev device name or Pathname, cannot be NULL *)
140 | OptString of string (* const char *name, may be NULL *)
141 | StringList of string(* list of strings (each string cannot be NULL) *)
142 | DeviceList of string(* list of Device names (each cannot be NULL) *)
143 | Bool of string (* boolean *)
144 | Int of string (* int (smallish ints, signed, <= 31 bits) *)
145 | Int64 of string (* any 64 bit int *)
146 (* These are treated as filenames (simple string parameters) in
147 * the C API and bindings. But in the RPC protocol, we transfer
148 * the actual file content up to or down from the daemon.
149 * FileIn: local machine -> daemon (in request)
150 * FileOut: daemon -> local machine (in reply)
151 * In guestfish (only), the special name "-" means read from
152 * stdin or write to stdout.
157 (* Opaque buffer which can contain arbitrary 8 bit data.
158 * In the C API, this is expressed as <char *, int> pair.
159 * Most other languages have a string type which can contain
160 * ASCII NUL. We use whatever type is appropriate for each
162 * Buffers are limited by the total message size. To transfer
163 * large blocks of data, use FileIn/FileOut parameters instead.
164 * To return an arbitrary buffer, use RBufferOut.
170 | ProtocolLimitWarning (* display warning about protocol size limits *)
171 | DangerWillRobinson (* flags particularly dangerous commands *)
172 | FishAlias of string (* provide an alias for this cmd in guestfish *)
173 | FishAction of string (* call this function in guestfish *)
174 | NotInFish (* do not export via guestfish *)
175 | NotInDocs (* do not add this function to documentation *)
176 | DeprecatedBy of string (* function is deprecated, use .. instead *)
178 (* You can supply zero or as many tests as you want per API call.
180 * Note that the test environment has 3 block devices, of size 500MB,
181 * 50MB and 10MB (respectively /dev/sda, /dev/sdb, /dev/sdc), and
182 * a fourth ISO block device with some known files on it (/dev/sdd).
184 * Note for partitioning purposes, the 500MB device has 1015 cylinders.
185 * Number of cylinders was 63 for IDE emulated disks with precisely
186 * the same size. How exactly this is calculated is a mystery.
188 * The ISO block device (/dev/sdd) comes from images/test.iso.
190 * To be able to run the tests in a reasonable amount of time,
191 * the virtual machine and block devices are reused between tests.
192 * So don't try testing kill_subprocess :-x
194 * Between each test we blockdev-setrw, umount-all, lvm-remove-all.
196 * Don't assume anything about the previous contents of the block
197 * devices. Use 'Init*' to create some initial scenarios.
199 * You can add a prerequisite clause to any individual test. This
200 * is a run-time check, which, if it fails, causes the test to be
201 * skipped. Useful if testing a command which might not work on
202 * all variations of libguestfs builds. A test that has prerequisite
203 * of 'Always' is run unconditionally.
205 * In addition, packagers can skip individual tests by setting the
206 * environment variables: eg:
207 * SKIP_TEST_<CMD>_<NUM>=1 SKIP_TEST_COMMAND_3=1 (skips test #3 of command)
208 * SKIP_TEST_<CMD>=1 SKIP_TEST_ZEROFREE=1 (skips all zerofree tests)
210 type tests = (test_init * test_prereq * test) list
212 (* Run the command sequence and just expect nothing to fail. *)
215 (* Run the command sequence and expect the output of the final
216 * command to be the string.
218 | TestOutput of seq * string
220 (* Run the command sequence and expect the output of the final
221 * command to be the list of strings.
223 | TestOutputList of seq * string list
225 (* Run the command sequence and expect the output of the final
226 * command to be the list of block devices (could be either
227 * "/dev/sd.." or "/dev/hd.." form - we don't check the 5th
228 * character of each string).
230 | TestOutputListOfDevices of seq * string list
232 (* Run the command sequence and expect the output of the final
233 * command to be the integer.
235 | TestOutputInt of seq * int
237 (* Run the command sequence and expect the output of the final
238 * command to be <op> <int>, eg. ">=", "1".
240 | TestOutputIntOp of seq * string * int
242 (* Run the command sequence and expect the output of the final
243 * command to be a true value (!= 0 or != NULL).
245 | TestOutputTrue of seq
247 (* Run the command sequence and expect the output of the final
248 * command to be a false value (== 0 or == NULL, but not an error).
250 | TestOutputFalse of seq
252 (* Run the command sequence and expect the output of the final
253 * command to be a list of the given length (but don't care about
256 | TestOutputLength of seq * int
258 (* Run the command sequence and expect the output of the final
259 * command to be a buffer (RBufferOut), ie. string + size.
261 | TestOutputBuffer of seq * string
263 (* Run the command sequence and expect the output of the final
264 * command to be a structure.
266 | TestOutputStruct of seq * test_field_compare list
268 (* Run the command sequence and expect the final command (only)
271 | TestLastFail of seq
273 and test_field_compare =
274 | CompareWithInt of string * int
275 | CompareWithIntOp of string * string * int
276 | CompareWithString of string * string
277 | CompareFieldsIntEq of string * string
278 | CompareFieldsStrEq of string * string
280 (* Test prerequisites. *)
282 (* Test always runs. *)
285 (* Test is currently disabled - eg. it fails, or it tests some
286 * unimplemented feature.
290 (* 'string' is some C code (a function body) that should return
291 * true or false. The test will run if the code returns true.
295 (* As for 'If' but the test runs _unless_ the code returns true. *)
298 (* Some initial scenarios for testing. *)
300 (* Do nothing, block devices could contain random stuff including
301 * LVM PVs, and some filesystems might be mounted. This is usually
306 (* Block devices are empty and no filesystems are mounted. *)
309 (* /dev/sda contains a single partition /dev/sda1, with random
310 * content. /dev/sdb and /dev/sdc may have random content.
315 (* /dev/sda contains a single partition /dev/sda1, which is formatted
316 * as ext2, empty [except for lost+found] and mounted on /.
317 * /dev/sdb and /dev/sdc may have random content.
323 * /dev/sda1 (is a PV):
324 * /dev/VG/LV (size 8MB):
325 * formatted as ext2, empty [except for lost+found], mounted on /
326 * /dev/sdb and /dev/sdc may have random content.
330 (* /dev/sdd (the ISO, see images/ directory in source)
335 (* Sequence of commands for testing. *)
337 and cmd = string list
339 (* Note about long descriptions: When referring to another
340 * action, use the format C<guestfs_other> (ie. the full name of
341 * the C function). This will be replaced as appropriate in other
344 * Apart from that, long descriptions are just perldoc paragraphs.
347 (* Generate a random UUID (used in tests). *)
349 let chan = Unix.open_process_in "uuidgen" in
350 let uuid = input_line chan in
351 (match Unix.close_process_in chan with
352 | Unix.WEXITED 0 -> ()
354 failwith "uuidgen: process exited with non-zero status"
355 | Unix.WSIGNALED _ | Unix.WSTOPPED _ ->
356 failwith "uuidgen: process signalled or stopped by signal"
360 (* These test functions are used in the language binding tests. *)
362 let test_all_args = [
365 StringList "strlist";
373 let test_all_rets = [
374 (* except for RErr, which is tested thoroughly elsewhere *)
375 "test0rint", RInt "valout";
376 "test0rint64", RInt64 "valout";
377 "test0rbool", RBool "valout";
378 "test0rconststring", RConstString "valout";
379 "test0rconstoptstring", RConstOptString "valout";
380 "test0rstring", RString "valout";
381 "test0rstringlist", RStringList "valout";
382 "test0rstruct", RStruct ("valout", "lvm_pv");
383 "test0rstructlist", RStructList ("valout", "lvm_pv");
384 "test0rhashtable", RHashtable "valout";
387 let test_functions = [
388 ("test0", (RErr, test_all_args), -1, [NotInFish; NotInDocs],
390 "internal test function - do not use",
392 This is an internal test function which is used to test whether
393 the automatically generated bindings can handle every possible
394 parameter type correctly.
396 It echos the contents of each parameter to stdout.
398 You probably don't want to call this function.");
402 [(name, (ret, [String "val"]), -1, [NotInFish; NotInDocs],
404 "internal test function - do not use",
406 This is an internal test function which is used to test whether
407 the automatically generated bindings can handle every possible
408 return type correctly.
410 It converts string C<val> to the return type.
412 You probably don't want to call this function.");
413 (name ^ "err", (ret, []), -1, [NotInFish; NotInDocs],
415 "internal test function - do not use",
417 This is an internal test function which is used to test whether
418 the automatically generated bindings can handle every possible
419 return type correctly.
421 This function always returns an error.
423 You probably don't want to call this function.")]
427 (* non_daemon_functions are any functions which don't get processed
428 * in the daemon, eg. functions for setting and getting local
429 * configuration values.
432 let non_daemon_functions = test_functions @ [
433 ("launch", (RErr, []), -1, [FishAlias "run"; FishAction "launch"],
435 "launch the qemu subprocess",
437 Internally libguestfs is implemented by running a virtual machine
440 You should call this after configuring the handle
441 (eg. adding drives) but before performing any actions.");
443 ("wait_ready", (RErr, []), -1, [NotInFish],
445 "wait until the qemu subprocess launches (no op)",
447 This function is a no op.
449 In versions of the API E<lt> 1.0.71 you had to call this function
450 just after calling C<guestfs_launch> to wait for the launch
451 to complete. However this is no longer necessary because
452 C<guestfs_launch> now does the waiting.
454 If you see any calls to this function in code then you can just
455 remove them, unless you want to retain compatibility with older
456 versions of the API.");
458 ("kill_subprocess", (RErr, []), -1, [],
460 "kill the qemu subprocess",
462 This kills the qemu subprocess. You should never need to call this.");
464 ("add_drive", (RErr, [String "filename"]), -1, [FishAlias "add"],
466 "add an image to examine or modify",
468 This function adds a virtual machine disk image C<filename> to the
469 guest. The first time you call this function, the disk appears as IDE
470 disk 0 (C</dev/sda>) in the guest, the second time as C</dev/sdb>, and
473 You don't necessarily need to be root when using libguestfs. However
474 you obviously do need sufficient permissions to access the filename
475 for whatever operations you want to perform (ie. read access if you
476 just want to read the image or write access if you want to modify the
479 This is equivalent to the qemu parameter
480 C<-drive file=filename,cache=off,if=...>.
481 C<cache=off> is omitted in cases where it is not supported by
482 the underlying filesystem.
484 Note that this call checks for the existence of C<filename>. This
485 stops you from specifying other types of drive which are supported
486 by qemu such as C<nbd:> and C<http:> URLs. To specify those, use
487 the general C<guestfs_config> call instead.");
489 ("add_cdrom", (RErr, [String "filename"]), -1, [FishAlias "cdrom"],
491 "add a CD-ROM disk image to examine",
493 This function adds a virtual CD-ROM disk image to the guest.
495 This is equivalent to the qemu parameter C<-cdrom filename>.
497 Note that this call checks for the existence of C<filename>. This
498 stops you from specifying other types of drive which are supported
499 by qemu such as C<nbd:> and C<http:> URLs. To specify those, use
500 the general C<guestfs_config> call instead.");
502 ("add_drive_ro", (RErr, [String "filename"]), -1, [FishAlias "add-ro"],
504 "add a drive in snapshot mode (read-only)",
506 This adds a drive in snapshot mode, making it effectively
509 Note that writes to the device are allowed, and will be seen for
510 the duration of the guestfs handle, but they are written
511 to a temporary file which is discarded as soon as the guestfs
512 handle is closed. We don't currently have any method to enable
513 changes to be committed, although qemu can support this.
515 This is equivalent to the qemu parameter
516 C<-drive file=filename,snapshot=on,if=...>.
518 Note that this call checks for the existence of C<filename>. This
519 stops you from specifying other types of drive which are supported
520 by qemu such as C<nbd:> and C<http:> URLs. To specify those, use
521 the general C<guestfs_config> call instead.");
523 ("config", (RErr, [String "qemuparam"; OptString "qemuvalue"]), -1, [],
525 "add qemu parameters",
527 This can be used to add arbitrary qemu command line parameters
528 of the form C<-param value>. Actually it's not quite arbitrary - we
529 prevent you from setting some parameters which would interfere with
530 parameters that we use.
532 The first character of C<param> string must be a C<-> (dash).
534 C<value> can be NULL.");
536 ("set_qemu", (RErr, [String "qemu"]), -1, [FishAlias "qemu"],
538 "set the qemu binary",
540 Set the qemu binary that we will use.
542 The default is chosen when the library was compiled by the
545 You can also override this by setting the C<LIBGUESTFS_QEMU>
546 environment variable.
548 Setting C<qemu> to C<NULL> restores the default qemu binary.");
550 ("get_qemu", (RConstString "qemu", []), -1, [],
551 [InitNone, Always, TestRun (
553 "get the qemu binary",
555 Return the current qemu binary.
557 This is always non-NULL. If it wasn't set already, then this will
558 return the default qemu binary name.");
560 ("set_path", (RErr, [String "searchpath"]), -1, [FishAlias "path"],
562 "set the search path",
564 Set the path that libguestfs searches for kernel and initrd.img.
566 The default is C<$libdir/guestfs> unless overridden by setting
567 C<LIBGUESTFS_PATH> environment variable.
569 Setting C<path> to C<NULL> restores the default path.");
571 ("get_path", (RConstString "path", []), -1, [],
572 [InitNone, Always, TestRun (
574 "get the search path",
576 Return the current search path.
578 This is always non-NULL. If it wasn't set already, then this will
579 return the default path.");
581 ("set_append", (RErr, [OptString "append"]), -1, [FishAlias "append"],
583 "add options to kernel command line",
585 This function is used to add additional options to the
586 guest kernel command line.
588 The default is C<NULL> unless overridden by setting
589 C<LIBGUESTFS_APPEND> environment variable.
591 Setting C<append> to C<NULL> means I<no> additional options
592 are passed (libguestfs always adds a few of its own).");
594 ("get_append", (RConstOptString "append", []), -1, [],
595 (* This cannot be tested with the current framework. The
596 * function can return NULL in normal operations, which the
597 * test framework interprets as an error.
600 "get the additional kernel options",
602 Return the additional kernel options which are added to the
603 guest kernel command line.
605 If C<NULL> then no options are added.");
607 ("set_autosync", (RErr, [Bool "autosync"]), -1, [FishAlias "autosync"],
611 If C<autosync> is true, this enables autosync. Libguestfs will make a
612 best effort attempt to run C<guestfs_umount_all> followed by
613 C<guestfs_sync> when the handle is closed
614 (also if the program exits without closing handles).
616 This is disabled by default (except in guestfish where it is
617 enabled by default).");
619 ("get_autosync", (RBool "autosync", []), -1, [],
620 [InitNone, Always, TestRun (
621 [["get_autosync"]])],
624 Get the autosync flag.");
626 ("set_verbose", (RErr, [Bool "verbose"]), -1, [FishAlias "verbose"],
630 If C<verbose> is true, this turns on verbose messages (to C<stderr>).
632 Verbose messages are disabled unless the environment variable
633 C<LIBGUESTFS_DEBUG> is defined and set to C<1>.");
635 ("get_verbose", (RBool "verbose", []), -1, [],
639 This returns the verbose messages flag.");
641 ("is_ready", (RBool "ready", []), -1, [],
642 [InitNone, Always, TestOutputTrue (
644 "is ready to accept commands",
646 This returns true iff this handle is ready to accept commands
647 (in the C<READY> state).
649 For more information on states, see L<guestfs(3)>.");
651 ("is_config", (RBool "config", []), -1, [],
652 [InitNone, Always, TestOutputFalse (
654 "is in configuration state",
656 This returns true iff this handle is being configured
657 (in the C<CONFIG> state).
659 For more information on states, see L<guestfs(3)>.");
661 ("is_launching", (RBool "launching", []), -1, [],
662 [InitNone, Always, TestOutputFalse (
663 [["is_launching"]])],
664 "is launching subprocess",
666 This returns true iff this handle is launching the subprocess
667 (in the C<LAUNCHING> state).
669 For more information on states, see L<guestfs(3)>.");
671 ("is_busy", (RBool "busy", []), -1, [],
672 [InitNone, Always, TestOutputFalse (
674 "is busy processing a command",
676 This returns true iff this handle is busy processing a command
677 (in the C<BUSY> state).
679 For more information on states, see L<guestfs(3)>.");
681 ("get_state", (RInt "state", []), -1, [],
683 "get the current state",
685 This returns the current state as an opaque integer. This is
686 only useful for printing debug and internal error messages.
688 For more information on states, see L<guestfs(3)>.");
690 ("set_memsize", (RErr, [Int "memsize"]), -1, [FishAlias "memsize"],
691 [InitNone, Always, TestOutputInt (
692 [["set_memsize"; "500"];
693 ["get_memsize"]], 500)],
694 "set memory allocated to the qemu subprocess",
696 This sets the memory size in megabytes allocated to the
697 qemu subprocess. This only has any effect if called before
700 You can also change this by setting the environment
701 variable C<LIBGUESTFS_MEMSIZE> before the handle is
704 For more information on the architecture of libguestfs,
705 see L<guestfs(3)>.");
707 ("get_memsize", (RInt "memsize", []), -1, [],
708 [InitNone, Always, TestOutputIntOp (
709 [["get_memsize"]], ">=", 256)],
710 "get memory allocated to the qemu subprocess",
712 This gets the memory size in megabytes allocated to the
715 If C<guestfs_set_memsize> was not called
716 on this handle, and if C<LIBGUESTFS_MEMSIZE> was not set,
717 then this returns the compiled-in default value for memsize.
719 For more information on the architecture of libguestfs,
720 see L<guestfs(3)>.");
722 ("get_pid", (RInt "pid", []), -1, [FishAlias "pid"],
723 [InitNone, Always, TestOutputIntOp (
724 [["get_pid"]], ">=", 1)],
725 "get PID of qemu subprocess",
727 Return the process ID of the qemu subprocess. If there is no
728 qemu subprocess, then this will return an error.
730 This is an internal call used for debugging and testing.");
732 ("version", (RStruct ("version", "version"), []), -1, [],
733 [InitNone, Always, TestOutputStruct (
734 [["version"]], [CompareWithInt ("major", 1)])],
735 "get the library version number",
737 Return the libguestfs version number that the program is linked
740 Note that because of dynamic linking this is not necessarily
741 the version of libguestfs that you compiled against. You can
742 compile the program, and then at runtime dynamically link
743 against a completely different C<libguestfs.so> library.
745 This call was added in version C<1.0.58>. In previous
746 versions of libguestfs there was no way to get the version
747 number. From C code you can use ELF weak linking tricks to find out if
748 this symbol exists (if it doesn't, then it's an earlier version).
750 The call returns a structure with four elements. The first
751 three (C<major>, C<minor> and C<release>) are numbers and
752 correspond to the usual version triplet. The fourth element
753 (C<extra>) is a string and is normally empty, but may be
754 used for distro-specific information.
756 To construct the original version string:
757 C<$major.$minor.$release$extra>
759 I<Note:> Don't use this call to test for availability
760 of features. Distro backports makes this unreliable.");
762 ("set_selinux", (RErr, [Bool "selinux"]), -1, [FishAlias "selinux"],
763 [InitNone, Always, TestOutputTrue (
764 [["set_selinux"; "true"];
766 "set SELinux enabled or disabled at appliance boot",
768 This sets the selinux flag that is passed to the appliance
769 at boot time. The default is C<selinux=0> (disabled).
771 Note that if SELinux is enabled, it is always in
772 Permissive mode (C<enforcing=0>).
774 For more information on the architecture of libguestfs,
775 see L<guestfs(3)>.");
777 ("get_selinux", (RBool "selinux", []), -1, [],
779 "get SELinux enabled flag",
781 This returns the current setting of the selinux flag which
782 is passed to the appliance at boot time. See C<guestfs_set_selinux>.
784 For more information on the architecture of libguestfs,
785 see L<guestfs(3)>.");
787 ("set_trace", (RErr, [Bool "trace"]), -1, [FishAlias "trace"],
788 [InitNone, Always, TestOutputFalse (
789 [["set_trace"; "false"];
791 "enable or disable command traces",
793 If the command trace flag is set to 1, then commands are
794 printed on stdout before they are executed in a format
795 which is very similar to the one used by guestfish. In
796 other words, you can run a program with this enabled, and
797 you will get out a script which you can feed to guestfish
798 to perform the same set of actions.
800 If you want to trace C API calls into libguestfs (and
801 other libraries) then possibly a better way is to use
802 the external ltrace(1) command.
804 Command traces are disabled unless the environment variable
805 C<LIBGUESTFS_TRACE> is defined and set to C<1>.");
807 ("get_trace", (RBool "trace", []), -1, [],
809 "get command trace enabled flag",
811 Return the command trace flag.");
813 ("set_direct", (RErr, [Bool "direct"]), -1, [FishAlias "direct"],
814 [InitNone, Always, TestOutputFalse (
815 [["set_direct"; "false"];
817 "enable or disable direct appliance mode",
819 If the direct appliance mode flag is enabled, then stdin and
820 stdout are passed directly through to the appliance once it
823 One consequence of this is that log messages aren't caught
824 by the library and handled by C<guestfs_set_log_message_callback>,
825 but go straight to stdout.
827 You probably don't want to use this unless you know what you
830 The default is disabled.");
832 ("get_direct", (RBool "direct", []), -1, [],
834 "get direct appliance mode flag",
836 Return the direct appliance mode flag.");
838 ("set_recovery_proc", (RErr, [Bool "recoveryproc"]), -1, [FishAlias "recovery-proc"],
839 [InitNone, Always, TestOutputTrue (
840 [["set_recovery_proc"; "true"];
841 ["get_recovery_proc"]])],
842 "enable or disable the recovery process",
844 If this is called with the parameter C<false> then
845 C<guestfs_launch> does not create a recovery process. The
846 purpose of the recovery process is to stop runaway qemu
847 processes in the case where the main program aborts abruptly.
849 This only has any effect if called before C<guestfs_launch>,
850 and the default is true.
852 About the only time when you would want to disable this is
853 if the main process will fork itself into the background
854 (\"daemonize\" itself). In this case the recovery process
855 thinks that the main program has disappeared and so kills
856 qemu, which is not very helpful.");
858 ("get_recovery_proc", (RBool "recoveryproc", []), -1, [],
860 "get recovery process enabled flag",
862 Return the recovery process enabled flag.");
866 (* daemon_functions are any functions which cause some action
867 * to take place in the daemon.
870 let daemon_functions = [
871 ("mount", (RErr, [Device "device"; String "mountpoint"]), 1, [],
872 [InitEmpty, Always, TestOutput (
873 [["part_disk"; "/dev/sda"; "mbr"];
874 ["mkfs"; "ext2"; "/dev/sda1"];
875 ["mount"; "/dev/sda1"; "/"];
876 ["write_file"; "/new"; "new file contents"; "0"];
877 ["cat"; "/new"]], "new file contents")],
878 "mount a guest disk at a position in the filesystem",
880 Mount a guest disk at a position in the filesystem. Block devices
881 are named C</dev/sda>, C</dev/sdb> and so on, as they were added to
882 the guest. If those block devices contain partitions, they will have
883 the usual names (eg. C</dev/sda1>). Also LVM C</dev/VG/LV>-style
886 The rules are the same as for L<mount(2)>: A filesystem must
887 first be mounted on C</> before others can be mounted. Other
888 filesystems can only be mounted on directories which already
891 The mounted filesystem is writable, if we have sufficient permissions
892 on the underlying device.
894 The filesystem options C<sync> and C<noatime> are set with this
895 call, in order to improve reliability.");
897 ("sync", (RErr, []), 2, [],
898 [ InitEmpty, Always, TestRun [["sync"]]],
899 "sync disks, writes are flushed through to the disk image",
901 This syncs the disk, so that any writes are flushed through to the
902 underlying disk image.
904 You should always call this if you have modified a disk image, before
905 closing the handle.");
907 ("touch", (RErr, [Pathname "path"]), 3, [],
908 [InitBasicFS, Always, TestOutputTrue (
910 ["exists"; "/new"]])],
911 "update file timestamps or create a new file",
913 Touch acts like the L<touch(1)> command. It can be used to
914 update the timestamps on a file, or, if the file does not exist,
915 to create a new zero-length file.");
917 ("cat", (RString "content", [Pathname "path"]), 4, [ProtocolLimitWarning],
918 [InitISOFS, Always, TestOutput (
919 [["cat"; "/known-2"]], "abcdef\n")],
920 "list the contents of a file",
922 Return the contents of the file named C<path>.
924 Note that this function cannot correctly handle binary files
925 (specifically, files containing C<\\0> character which is treated
926 as end of string). For those you need to use the C<guestfs_read_file>
927 or C<guestfs_download> functions which have a more complex interface.");
929 ("ll", (RString "listing", [Pathname "directory"]), 5, [],
930 [], (* XXX Tricky to test because it depends on the exact format
931 * of the 'ls -l' command, which changes between F10 and F11.
933 "list the files in a directory (long format)",
935 List the files in C<directory> (relative to the root directory,
936 there is no cwd) in the format of 'ls -la'.
938 This command is mostly useful for interactive sessions. It
939 is I<not> intended that you try to parse the output string.");
941 ("ls", (RStringList "listing", [Pathname "directory"]), 6, [],
942 [InitBasicFS, Always, TestOutputList (
945 ["touch"; "/newest"];
946 ["ls"; "/"]], ["lost+found"; "new"; "newer"; "newest"])],
947 "list the files in a directory",
949 List the files in C<directory> (relative to the root directory,
950 there is no cwd). The '.' and '..' entries are not returned, but
951 hidden files are shown.
953 This command is mostly useful for interactive sessions. Programs
954 should probably use C<guestfs_readdir> instead.");
956 ("list_devices", (RStringList "devices", []), 7, [],
957 [InitEmpty, Always, TestOutputListOfDevices (
958 [["list_devices"]], ["/dev/sda"; "/dev/sdb"; "/dev/sdc"; "/dev/sdd"])],
959 "list the block devices",
961 List all the block devices.
963 The full block device names are returned, eg. C</dev/sda>");
965 ("list_partitions", (RStringList "partitions", []), 8, [],
966 [InitBasicFS, Always, TestOutputListOfDevices (
967 [["list_partitions"]], ["/dev/sda1"]);
968 InitEmpty, Always, TestOutputListOfDevices (
969 [["sfdiskM"; "/dev/sda"; ",100 ,200 ,"];
970 ["list_partitions"]], ["/dev/sda1"; "/dev/sda2"; "/dev/sda3"])],
971 "list the partitions",
973 List all the partitions detected on all block devices.
975 The full partition device names are returned, eg. C</dev/sda1>
977 This does not return logical volumes. For that you will need to
978 call C<guestfs_lvs>.");
980 ("pvs", (RStringList "physvols", []), 9, [],
981 [InitBasicFSonLVM, Always, TestOutputListOfDevices (
982 [["pvs"]], ["/dev/sda1"]);
983 InitEmpty, Always, TestOutputListOfDevices (
984 [["sfdiskM"; "/dev/sda"; ",100 ,200 ,"];
985 ["pvcreate"; "/dev/sda1"];
986 ["pvcreate"; "/dev/sda2"];
987 ["pvcreate"; "/dev/sda3"];
988 ["pvs"]], ["/dev/sda1"; "/dev/sda2"; "/dev/sda3"])],
989 "list the LVM physical volumes (PVs)",
991 List all the physical volumes detected. This is the equivalent
992 of the L<pvs(8)> command.
994 This returns a list of just the device names that contain
995 PVs (eg. C</dev/sda2>).
997 See also C<guestfs_pvs_full>.");
999 ("vgs", (RStringList "volgroups", []), 10, [],
1000 [InitBasicFSonLVM, Always, TestOutputList (
1002 InitEmpty, Always, TestOutputList (
1003 [["sfdiskM"; "/dev/sda"; ",100 ,200 ,"];
1004 ["pvcreate"; "/dev/sda1"];
1005 ["pvcreate"; "/dev/sda2"];
1006 ["pvcreate"; "/dev/sda3"];
1007 ["vgcreate"; "VG1"; "/dev/sda1 /dev/sda2"];
1008 ["vgcreate"; "VG2"; "/dev/sda3"];
1009 ["vgs"]], ["VG1"; "VG2"])],
1010 "list the LVM volume groups (VGs)",
1012 List all the volumes groups detected. This is the equivalent
1013 of the L<vgs(8)> command.
1015 This returns a list of just the volume group names that were
1016 detected (eg. C<VolGroup00>).
1018 See also C<guestfs_vgs_full>.");
1020 ("lvs", (RStringList "logvols", []), 11, [],
1021 [InitBasicFSonLVM, Always, TestOutputList (
1022 [["lvs"]], ["/dev/VG/LV"]);
1023 InitEmpty, Always, TestOutputList (
1024 [["sfdiskM"; "/dev/sda"; ",100 ,200 ,"];
1025 ["pvcreate"; "/dev/sda1"];
1026 ["pvcreate"; "/dev/sda2"];
1027 ["pvcreate"; "/dev/sda3"];
1028 ["vgcreate"; "VG1"; "/dev/sda1 /dev/sda2"];
1029 ["vgcreate"; "VG2"; "/dev/sda3"];
1030 ["lvcreate"; "LV1"; "VG1"; "50"];
1031 ["lvcreate"; "LV2"; "VG1"; "50"];
1032 ["lvcreate"; "LV3"; "VG2"; "50"];
1033 ["lvs"]], ["/dev/VG1/LV1"; "/dev/VG1/LV2"; "/dev/VG2/LV3"])],
1034 "list the LVM logical volumes (LVs)",
1036 List all the logical volumes detected. This is the equivalent
1037 of the L<lvs(8)> command.
1039 This returns a list of the logical volume device names
1040 (eg. C</dev/VolGroup00/LogVol00>).
1042 See also C<guestfs_lvs_full>.");
1044 ("pvs_full", (RStructList ("physvols", "lvm_pv"), []), 12, [],
1045 [], (* XXX how to test? *)
1046 "list the LVM physical volumes (PVs)",
1048 List all the physical volumes detected. This is the equivalent
1049 of the L<pvs(8)> command. The \"full\" version includes all fields.");
1051 ("vgs_full", (RStructList ("volgroups", "lvm_vg"), []), 13, [],
1052 [], (* XXX how to test? *)
1053 "list the LVM volume groups (VGs)",
1055 List all the volumes groups detected. This is the equivalent
1056 of the L<vgs(8)> command. The \"full\" version includes all fields.");
1058 ("lvs_full", (RStructList ("logvols", "lvm_lv"), []), 14, [],
1059 [], (* XXX how to test? *)
1060 "list the LVM logical volumes (LVs)",
1062 List all the logical volumes detected. This is the equivalent
1063 of the L<lvs(8)> command. The \"full\" version includes all fields.");
1065 ("read_lines", (RStringList "lines", [Pathname "path"]), 15, [],
1066 [InitISOFS, Always, TestOutputList (
1067 [["read_lines"; "/known-4"]], ["abc"; "def"; "ghi"]);
1068 InitISOFS, Always, TestOutputList (
1069 [["read_lines"; "/empty"]], [])],
1070 "read file as lines",
1072 Return the contents of the file named C<path>.
1074 The file contents are returned as a list of lines. Trailing
1075 C<LF> and C<CRLF> character sequences are I<not> returned.
1077 Note that this function cannot correctly handle binary files
1078 (specifically, files containing C<\\0> character which is treated
1079 as end of line). For those you need to use the C<guestfs_read_file>
1080 function which has a more complex interface.");
1082 ("aug_init", (RErr, [Pathname "root"; Int "flags"]), 16, [],
1083 [], (* XXX Augeas code needs tests. *)
1084 "create a new Augeas handle",
1086 Create a new Augeas handle for editing configuration files.
1087 If there was any previous Augeas handle associated with this
1088 guestfs session, then it is closed.
1090 You must call this before using any other C<guestfs_aug_*>
1093 C<root> is the filesystem root. C<root> must not be NULL,
1096 The flags are the same as the flags defined in
1097 E<lt>augeas.hE<gt>, the logical I<or> of the following
1102 =item C<AUG_SAVE_BACKUP> = 1
1104 Keep the original file with a C<.augsave> extension.
1106 =item C<AUG_SAVE_NEWFILE> = 2
1108 Save changes into a file with extension C<.augnew>, and
1109 do not overwrite original. Overrides C<AUG_SAVE_BACKUP>.
1111 =item C<AUG_TYPE_CHECK> = 4
1113 Typecheck lenses (can be expensive).
1115 =item C<AUG_NO_STDINC> = 8
1117 Do not use standard load path for modules.
1119 =item C<AUG_SAVE_NOOP> = 16
1121 Make save a no-op, just record what would have been changed.
1123 =item C<AUG_NO_LOAD> = 32
1125 Do not load the tree in C<guestfs_aug_init>.
1129 To close the handle, you can call C<guestfs_aug_close>.
1131 To find out more about Augeas, see L<http://augeas.net/>.");
1133 ("aug_close", (RErr, []), 26, [],
1134 [], (* XXX Augeas code needs tests. *)
1135 "close the current Augeas handle",
1137 Close the current Augeas handle and free up any resources
1138 used by it. After calling this, you have to call
1139 C<guestfs_aug_init> again before you can use any other
1140 Augeas functions.");
1142 ("aug_defvar", (RInt "nrnodes", [String "name"; OptString "expr"]), 17, [],
1143 [], (* XXX Augeas code needs tests. *)
1144 "define an Augeas variable",
1146 Defines an Augeas variable C<name> whose value is the result
1147 of evaluating C<expr>. If C<expr> is NULL, then C<name> is
1150 On success this returns the number of nodes in C<expr>, or
1151 C<0> if C<expr> evaluates to something which is not a nodeset.");
1153 ("aug_defnode", (RStruct ("nrnodescreated", "int_bool"), [String "name"; String "expr"; String "val"]), 18, [],
1154 [], (* XXX Augeas code needs tests. *)
1155 "define an Augeas node",
1157 Defines a variable C<name> whose value is the result of
1160 If C<expr> evaluates to an empty nodeset, a node is created,
1161 equivalent to calling C<guestfs_aug_set> C<expr>, C<value>.
1162 C<name> will be the nodeset containing that single node.
1164 On success this returns a pair containing the
1165 number of nodes in the nodeset, and a boolean flag
1166 if a node was created.");
1168 ("aug_get", (RString "val", [String "augpath"]), 19, [],
1169 [], (* XXX Augeas code needs tests. *)
1170 "look up the value of an Augeas path",
1172 Look up the value associated with C<path>. If C<path>
1173 matches exactly one node, the C<value> is returned.");
1175 ("aug_set", (RErr, [String "augpath"; String "val"]), 20, [],
1176 [], (* XXX Augeas code needs tests. *)
1177 "set Augeas path to value",
1179 Set the value associated with C<path> to C<value>.");
1181 ("aug_insert", (RErr, [String "augpath"; String "label"; Bool "before"]), 21, [],
1182 [], (* XXX Augeas code needs tests. *)
1183 "insert a sibling Augeas node",
1185 Create a new sibling C<label> for C<path>, inserting it into
1186 the tree before or after C<path> (depending on the boolean
1189 C<path> must match exactly one existing node in the tree, and
1190 C<label> must be a label, ie. not contain C</>, C<*> or end
1191 with a bracketed index C<[N]>.");
1193 ("aug_rm", (RInt "nrnodes", [String "augpath"]), 22, [],
1194 [], (* XXX Augeas code needs tests. *)
1195 "remove an Augeas path",
1197 Remove C<path> and all of its children.
1199 On success this returns the number of entries which were removed.");
1201 ("aug_mv", (RErr, [String "src"; String "dest"]), 23, [],
1202 [], (* XXX Augeas code needs tests. *)
1205 Move the node C<src> to C<dest>. C<src> must match exactly
1206 one node. C<dest> is overwritten if it exists.");
1208 ("aug_match", (RStringList "matches", [String "augpath"]), 24, [],
1209 [], (* XXX Augeas code needs tests. *)
1210 "return Augeas nodes which match augpath",
1212 Returns a list of paths which match the path expression C<path>.
1213 The returned paths are sufficiently qualified so that they match
1214 exactly one node in the current tree.");
1216 ("aug_save", (RErr, []), 25, [],
1217 [], (* XXX Augeas code needs tests. *)
1218 "write all pending Augeas changes to disk",
1220 This writes all pending changes to disk.
1222 The flags which were passed to C<guestfs_aug_init> affect exactly
1223 how files are saved.");
1225 ("aug_load", (RErr, []), 27, [],
1226 [], (* XXX Augeas code needs tests. *)
1227 "load files into the tree",
1229 Load files into the tree.
1231 See C<aug_load> in the Augeas documentation for the full gory
1234 ("aug_ls", (RStringList "matches", [String "augpath"]), 28, [],
1235 [], (* XXX Augeas code needs tests. *)
1236 "list Augeas nodes under augpath",
1238 This is just a shortcut for listing C<guestfs_aug_match>
1239 C<path/*> and sorting the resulting nodes into alphabetical order.");
1241 ("rm", (RErr, [Pathname "path"]), 29, [],
1242 [InitBasicFS, Always, TestRun
1245 InitBasicFS, Always, TestLastFail
1247 InitBasicFS, Always, TestLastFail
1252 Remove the single file C<path>.");
1254 ("rmdir", (RErr, [Pathname "path"]), 30, [],
1255 [InitBasicFS, Always, TestRun
1258 InitBasicFS, Always, TestLastFail
1259 [["rmdir"; "/new"]];
1260 InitBasicFS, Always, TestLastFail
1262 ["rmdir"; "/new"]]],
1263 "remove a directory",
1265 Remove the single directory C<path>.");
1267 ("rm_rf", (RErr, [Pathname "path"]), 31, [],
1268 [InitBasicFS, Always, TestOutputFalse
1270 ["mkdir"; "/new/foo"];
1271 ["touch"; "/new/foo/bar"];
1273 ["exists"; "/new"]]],
1274 "remove a file or directory recursively",
1276 Remove the file or directory C<path>, recursively removing the
1277 contents if its a directory. This is like the C<rm -rf> shell
1280 ("mkdir", (RErr, [Pathname "path"]), 32, [],
1281 [InitBasicFS, Always, TestOutputTrue
1283 ["is_dir"; "/new"]];
1284 InitBasicFS, Always, TestLastFail
1285 [["mkdir"; "/new/foo/bar"]]],
1286 "create a directory",
1288 Create a directory named C<path>.");
1290 ("mkdir_p", (RErr, [Pathname "path"]), 33, [],
1291 [InitBasicFS, Always, TestOutputTrue
1292 [["mkdir_p"; "/new/foo/bar"];
1293 ["is_dir"; "/new/foo/bar"]];
1294 InitBasicFS, Always, TestOutputTrue
1295 [["mkdir_p"; "/new/foo/bar"];
1296 ["is_dir"; "/new/foo"]];
1297 InitBasicFS, Always, TestOutputTrue
1298 [["mkdir_p"; "/new/foo/bar"];
1299 ["is_dir"; "/new"]];
1300 (* Regression tests for RHBZ#503133: *)
1301 InitBasicFS, Always, TestRun
1303 ["mkdir_p"; "/new"]];
1304 InitBasicFS, Always, TestLastFail
1306 ["mkdir_p"; "/new"]]],
1307 "create a directory and parents",
1309 Create a directory named C<path>, creating any parent directories
1310 as necessary. This is like the C<mkdir -p> shell command.");
1312 ("chmod", (RErr, [Int "mode"; Pathname "path"]), 34, [],
1313 [], (* XXX Need stat command to test *)
1316 Change the mode (permissions) of C<path> to C<mode>. Only
1317 numeric modes are supported.");
1319 ("chown", (RErr, [Int "owner"; Int "group"; Pathname "path"]), 35, [],
1320 [], (* XXX Need stat command to test *)
1321 "change file owner and group",
1323 Change the file owner to C<owner> and group to C<group>.
1325 Only numeric uid and gid are supported. If you want to use
1326 names, you will need to locate and parse the password file
1327 yourself (Augeas support makes this relatively easy).");
1329 ("exists", (RBool "existsflag", [Pathname "path"]), 36, [],
1330 [InitISOFS, Always, TestOutputTrue (
1331 [["exists"; "/empty"]]);
1332 InitISOFS, Always, TestOutputTrue (
1333 [["exists"; "/directory"]])],
1334 "test if file or directory exists",
1336 This returns C<true> if and only if there is a file, directory
1337 (or anything) with the given C<path> name.
1339 See also C<guestfs_is_file>, C<guestfs_is_dir>, C<guestfs_stat>.");
1341 ("is_file", (RBool "fileflag", [Pathname "path"]), 37, [],
1342 [InitISOFS, Always, TestOutputTrue (
1343 [["is_file"; "/known-1"]]);
1344 InitISOFS, Always, TestOutputFalse (
1345 [["is_file"; "/directory"]])],
1346 "test if file exists",
1348 This returns C<true> if and only if there is a file
1349 with the given C<path> name. Note that it returns false for
1350 other objects like directories.
1352 See also C<guestfs_stat>.");
1354 ("is_dir", (RBool "dirflag", [Pathname "path"]), 38, [],
1355 [InitISOFS, Always, TestOutputFalse (
1356 [["is_dir"; "/known-3"]]);
1357 InitISOFS, Always, TestOutputTrue (
1358 [["is_dir"; "/directory"]])],
1359 "test if file exists",
1361 This returns C<true> if and only if there is a directory
1362 with the given C<path> name. Note that it returns false for
1363 other objects like files.
1365 See also C<guestfs_stat>.");
1367 ("pvcreate", (RErr, [Device "device"]), 39, [],
1368 [InitEmpty, Always, TestOutputListOfDevices (
1369 [["sfdiskM"; "/dev/sda"; ",100 ,200 ,"];
1370 ["pvcreate"; "/dev/sda1"];
1371 ["pvcreate"; "/dev/sda2"];
1372 ["pvcreate"; "/dev/sda3"];
1373 ["pvs"]], ["/dev/sda1"; "/dev/sda2"; "/dev/sda3"])],
1374 "create an LVM physical volume",
1376 This creates an LVM physical volume on the named C<device>,
1377 where C<device> should usually be a partition name such
1380 ("vgcreate", (RErr, [String "volgroup"; DeviceList "physvols"]), 40, [],
1381 [InitEmpty, Always, TestOutputList (
1382 [["sfdiskM"; "/dev/sda"; ",100 ,200 ,"];
1383 ["pvcreate"; "/dev/sda1"];
1384 ["pvcreate"; "/dev/sda2"];
1385 ["pvcreate"; "/dev/sda3"];
1386 ["vgcreate"; "VG1"; "/dev/sda1 /dev/sda2"];
1387 ["vgcreate"; "VG2"; "/dev/sda3"];
1388 ["vgs"]], ["VG1"; "VG2"])],
1389 "create an LVM volume group",
1391 This creates an LVM volume group called C<volgroup>
1392 from the non-empty list of physical volumes C<physvols>.");
1394 ("lvcreate", (RErr, [String "logvol"; String "volgroup"; Int "mbytes"]), 41, [],
1395 [InitEmpty, Always, TestOutputList (
1396 [["sfdiskM"; "/dev/sda"; ",100 ,200 ,"];
1397 ["pvcreate"; "/dev/sda1"];
1398 ["pvcreate"; "/dev/sda2"];
1399 ["pvcreate"; "/dev/sda3"];
1400 ["vgcreate"; "VG1"; "/dev/sda1 /dev/sda2"];
1401 ["vgcreate"; "VG2"; "/dev/sda3"];
1402 ["lvcreate"; "LV1"; "VG1"; "50"];
1403 ["lvcreate"; "LV2"; "VG1"; "50"];
1404 ["lvcreate"; "LV3"; "VG2"; "50"];
1405 ["lvcreate"; "LV4"; "VG2"; "50"];
1406 ["lvcreate"; "LV5"; "VG2"; "50"];
1408 ["/dev/VG1/LV1"; "/dev/VG1/LV2";
1409 "/dev/VG2/LV3"; "/dev/VG2/LV4"; "/dev/VG2/LV5"])],
1410 "create an LVM volume group",
1412 This creates an LVM volume group called C<logvol>
1413 on the volume group C<volgroup>, with C<size> megabytes.");
1415 ("mkfs", (RErr, [String "fstype"; Device "device"]), 42, [],
1416 [InitEmpty, Always, TestOutput (
1417 [["part_disk"; "/dev/sda"; "mbr"];
1418 ["mkfs"; "ext2"; "/dev/sda1"];
1419 ["mount"; "/dev/sda1"; "/"];
1420 ["write_file"; "/new"; "new file contents"; "0"];
1421 ["cat"; "/new"]], "new file contents")],
1422 "make a filesystem",
1424 This creates a filesystem on C<device> (usually a partition
1425 or LVM logical volume). The filesystem type is C<fstype>, for
1428 ("sfdisk", (RErr, [Device "device";
1429 Int "cyls"; Int "heads"; Int "sectors";
1430 StringList "lines"]), 43, [DangerWillRobinson],
1432 "create partitions on a block device",
1434 This is a direct interface to the L<sfdisk(8)> program for creating
1435 partitions on block devices.
1437 C<device> should be a block device, for example C</dev/sda>.
1439 C<cyls>, C<heads> and C<sectors> are the number of cylinders, heads
1440 and sectors on the device, which are passed directly to sfdisk as
1441 the I<-C>, I<-H> and I<-S> parameters. If you pass C<0> for any
1442 of these, then the corresponding parameter is omitted. Usually for
1443 'large' disks, you can just pass C<0> for these, but for small
1444 (floppy-sized) disks, sfdisk (or rather, the kernel) cannot work
1445 out the right geometry and you will need to tell it.
1447 C<lines> is a list of lines that we feed to C<sfdisk>. For more
1448 information refer to the L<sfdisk(8)> manpage.
1450 To create a single partition occupying the whole disk, you would
1451 pass C<lines> as a single element list, when the single element being
1452 the string C<,> (comma).
1454 See also: C<guestfs_sfdisk_l>, C<guestfs_sfdisk_N>,
1455 C<guestfs_part_init>");
1457 ("write_file", (RErr, [Pathname "path"; String "content"; Int "size"]), 44, [ProtocolLimitWarning],
1458 [InitBasicFS, Always, TestOutput (
1459 [["write_file"; "/new"; "new file contents"; "0"];
1460 ["cat"; "/new"]], "new file contents");
1461 InitBasicFS, Always, TestOutput (
1462 [["write_file"; "/new"; "\nnew file contents\n"; "0"];
1463 ["cat"; "/new"]], "\nnew file contents\n");
1464 InitBasicFS, Always, TestOutput (
1465 [["write_file"; "/new"; "\n\n"; "0"];
1466 ["cat"; "/new"]], "\n\n");
1467 InitBasicFS, Always, TestOutput (
1468 [["write_file"; "/new"; ""; "0"];
1469 ["cat"; "/new"]], "");
1470 InitBasicFS, Always, TestOutput (
1471 [["write_file"; "/new"; "\n\n\n"; "0"];
1472 ["cat"; "/new"]], "\n\n\n");
1473 InitBasicFS, Always, TestOutput (
1474 [["write_file"; "/new"; "\n"; "0"];
1475 ["cat"; "/new"]], "\n")],
1478 This call creates a file called C<path>. The contents of the
1479 file is the string C<content> (which can contain any 8 bit data),
1480 with length C<size>.
1482 As a special case, if C<size> is C<0>
1483 then the length is calculated using C<strlen> (so in this case
1484 the content cannot contain embedded ASCII NULs).
1486 I<NB.> Owing to a bug, writing content containing ASCII NUL
1487 characters does I<not> work, even if the length is specified.
1488 We hope to resolve this bug in a future version. In the meantime
1489 use C<guestfs_upload>.");
1491 ("umount", (RErr, [String "pathordevice"]), 45, [FishAlias "unmount"],
1492 [InitEmpty, Always, TestOutputListOfDevices (
1493 [["part_disk"; "/dev/sda"; "mbr"];
1494 ["mkfs"; "ext2"; "/dev/sda1"];
1495 ["mount"; "/dev/sda1"; "/"];
1496 ["mounts"]], ["/dev/sda1"]);
1497 InitEmpty, Always, TestOutputList (
1498 [["part_disk"; "/dev/sda"; "mbr"];
1499 ["mkfs"; "ext2"; "/dev/sda1"];
1500 ["mount"; "/dev/sda1"; "/"];
1503 "unmount a filesystem",
1505 This unmounts the given filesystem. The filesystem may be
1506 specified either by its mountpoint (path) or the device which
1507 contains the filesystem.");
1509 ("mounts", (RStringList "devices", []), 46, [],
1510 [InitBasicFS, Always, TestOutputListOfDevices (
1511 [["mounts"]], ["/dev/sda1"])],
1512 "show mounted filesystems",
1514 This returns the list of currently mounted filesystems. It returns
1515 the list of devices (eg. C</dev/sda1>, C</dev/VG/LV>).
1517 Some internal mounts are not shown.
1519 See also: C<guestfs_mountpoints>");
1521 ("umount_all", (RErr, []), 47, [FishAlias "unmount-all"],
1522 [InitBasicFS, Always, TestOutputList (
1525 (* check that umount_all can unmount nested mounts correctly: *)
1526 InitEmpty, Always, TestOutputList (
1527 [["sfdiskM"; "/dev/sda"; ",100 ,200 ,"];
1528 ["mkfs"; "ext2"; "/dev/sda1"];
1529 ["mkfs"; "ext2"; "/dev/sda2"];
1530 ["mkfs"; "ext2"; "/dev/sda3"];
1531 ["mount"; "/dev/sda1"; "/"];
1533 ["mount"; "/dev/sda2"; "/mp1"];
1534 ["mkdir"; "/mp1/mp2"];
1535 ["mount"; "/dev/sda3"; "/mp1/mp2"];
1536 ["mkdir"; "/mp1/mp2/mp3"];
1539 "unmount all filesystems",
1541 This unmounts all mounted filesystems.
1543 Some internal mounts are not unmounted by this call.");
1545 ("lvm_remove_all", (RErr, []), 48, [DangerWillRobinson],
1547 "remove all LVM LVs, VGs and PVs",
1549 This command removes all LVM logical volumes, volume groups
1550 and physical volumes.");
1552 ("file", (RString "description", [Dev_or_Path "path"]), 49, [],
1553 [InitISOFS, Always, TestOutput (
1554 [["file"; "/empty"]], "empty");
1555 InitISOFS, Always, TestOutput (
1556 [["file"; "/known-1"]], "ASCII text");
1557 InitISOFS, Always, TestLastFail (
1558 [["file"; "/notexists"]])],
1559 "determine file type",
1561 This call uses the standard L<file(1)> command to determine
1562 the type or contents of the file. This also works on devices,
1563 for example to find out whether a partition contains a filesystem.
1565 This call will also transparently look inside various types
1568 The exact command which runs is C<file -zbsL path>. Note in
1569 particular that the filename is not prepended to the output
1570 (the C<-b> option).");
1572 ("command", (RString "output", [StringList "arguments"]), 50, [ProtocolLimitWarning],
1573 [InitBasicFS, Always, TestOutput (
1574 [["upload"; "test-command"; "/test-command"];
1575 ["chmod"; "0o755"; "/test-command"];
1576 ["command"; "/test-command 1"]], "Result1");
1577 InitBasicFS, Always, TestOutput (
1578 [["upload"; "test-command"; "/test-command"];
1579 ["chmod"; "0o755"; "/test-command"];
1580 ["command"; "/test-command 2"]], "Result2\n");
1581 InitBasicFS, Always, TestOutput (
1582 [["upload"; "test-command"; "/test-command"];
1583 ["chmod"; "0o755"; "/test-command"];
1584 ["command"; "/test-command 3"]], "\nResult3");
1585 InitBasicFS, Always, TestOutput (
1586 [["upload"; "test-command"; "/test-command"];
1587 ["chmod"; "0o755"; "/test-command"];
1588 ["command"; "/test-command 4"]], "\nResult4\n");
1589 InitBasicFS, Always, TestOutput (
1590 [["upload"; "test-command"; "/test-command"];
1591 ["chmod"; "0o755"; "/test-command"];
1592 ["command"; "/test-command 5"]], "\nResult5\n\n");
1593 InitBasicFS, Always, TestOutput (
1594 [["upload"; "test-command"; "/test-command"];
1595 ["chmod"; "0o755"; "/test-command"];
1596 ["command"; "/test-command 6"]], "\n\nResult6\n\n");
1597 InitBasicFS, Always, TestOutput (
1598 [["upload"; "test-command"; "/test-command"];
1599 ["chmod"; "0o755"; "/test-command"];
1600 ["command"; "/test-command 7"]], "");
1601 InitBasicFS, Always, TestOutput (
1602 [["upload"; "test-command"; "/test-command"];
1603 ["chmod"; "0o755"; "/test-command"];
1604 ["command"; "/test-command 8"]], "\n");
1605 InitBasicFS, Always, TestOutput (
1606 [["upload"; "test-command"; "/test-command"];
1607 ["chmod"; "0o755"; "/test-command"];
1608 ["command"; "/test-command 9"]], "\n\n");
1609 InitBasicFS, Always, TestOutput (
1610 [["upload"; "test-command"; "/test-command"];
1611 ["chmod"; "0o755"; "/test-command"];
1612 ["command"; "/test-command 10"]], "Result10-1\nResult10-2\n");
1613 InitBasicFS, Always, TestOutput (
1614 [["upload"; "test-command"; "/test-command"];
1615 ["chmod"; "0o755"; "/test-command"];
1616 ["command"; "/test-command 11"]], "Result11-1\nResult11-2");
1617 InitBasicFS, Always, TestLastFail (
1618 [["upload"; "test-command"; "/test-command"];
1619 ["chmod"; "0o755"; "/test-command"];
1620 ["command"; "/test-command"]])],
1621 "run a command from the guest filesystem",
1623 This call runs a command from the guest filesystem. The
1624 filesystem must be mounted, and must contain a compatible
1625 operating system (ie. something Linux, with the same
1626 or compatible processor architecture).
1628 The single parameter is an argv-style list of arguments.
1629 The first element is the name of the program to run.
1630 Subsequent elements are parameters. The list must be
1631 non-empty (ie. must contain a program name). Note that
1632 the command runs directly, and is I<not> invoked via
1633 the shell (see C<guestfs_sh>).
1635 The return value is anything printed to I<stdout> by
1638 If the command returns a non-zero exit status, then
1639 this function returns an error message. The error message
1640 string is the content of I<stderr> from the command.
1642 The C<$PATH> environment variable will contain at least
1643 C</usr/bin> and C</bin>. If you require a program from
1644 another location, you should provide the full path in the
1647 Shared libraries and data files required by the program
1648 must be available on filesystems which are mounted in the
1649 correct places. It is the caller's responsibility to ensure
1650 all filesystems that are needed are mounted at the right
1653 ("command_lines", (RStringList "lines", [StringList "arguments"]), 51, [ProtocolLimitWarning],
1654 [InitBasicFS, Always, TestOutputList (
1655 [["upload"; "test-command"; "/test-command"];
1656 ["chmod"; "0o755"; "/test-command"];
1657 ["command_lines"; "/test-command 1"]], ["Result1"]);
1658 InitBasicFS, Always, TestOutputList (
1659 [["upload"; "test-command"; "/test-command"];
1660 ["chmod"; "0o755"; "/test-command"];
1661 ["command_lines"; "/test-command 2"]], ["Result2"]);
1662 InitBasicFS, Always, TestOutputList (
1663 [["upload"; "test-command"; "/test-command"];
1664 ["chmod"; "0o755"; "/test-command"];
1665 ["command_lines"; "/test-command 3"]], ["";"Result3"]);
1666 InitBasicFS, Always, TestOutputList (
1667 [["upload"; "test-command"; "/test-command"];
1668 ["chmod"; "0o755"; "/test-command"];
1669 ["command_lines"; "/test-command 4"]], ["";"Result4"]);
1670 InitBasicFS, Always, TestOutputList (
1671 [["upload"; "test-command"; "/test-command"];
1672 ["chmod"; "0o755"; "/test-command"];
1673 ["command_lines"; "/test-command 5"]], ["";"Result5";""]);
1674 InitBasicFS, Always, TestOutputList (
1675 [["upload"; "test-command"; "/test-command"];
1676 ["chmod"; "0o755"; "/test-command"];
1677 ["command_lines"; "/test-command 6"]], ["";"";"Result6";""]);
1678 InitBasicFS, Always, TestOutputList (
1679 [["upload"; "test-command"; "/test-command"];
1680 ["chmod"; "0o755"; "/test-command"];
1681 ["command_lines"; "/test-command 7"]], []);
1682 InitBasicFS, Always, TestOutputList (
1683 [["upload"; "test-command"; "/test-command"];
1684 ["chmod"; "0o755"; "/test-command"];
1685 ["command_lines"; "/test-command 8"]], [""]);
1686 InitBasicFS, Always, TestOutputList (
1687 [["upload"; "test-command"; "/test-command"];
1688 ["chmod"; "0o755"; "/test-command"];
1689 ["command_lines"; "/test-command 9"]], ["";""]);
1690 InitBasicFS, Always, TestOutputList (
1691 [["upload"; "test-command"; "/test-command"];
1692 ["chmod"; "0o755"; "/test-command"];
1693 ["command_lines"; "/test-command 10"]], ["Result10-1";"Result10-2"]);
1694 InitBasicFS, Always, TestOutputList (
1695 [["upload"; "test-command"; "/test-command"];
1696 ["chmod"; "0o755"; "/test-command"];
1697 ["command_lines"; "/test-command 11"]], ["Result11-1";"Result11-2"])],
1698 "run a command, returning lines",
1700 This is the same as C<guestfs_command>, but splits the
1701 result into a list of lines.
1703 See also: C<guestfs_sh_lines>");
1705 ("stat", (RStruct ("statbuf", "stat"), [Pathname "path"]), 52, [],
1706 [InitISOFS, Always, TestOutputStruct (
1707 [["stat"; "/empty"]], [CompareWithInt ("size", 0)])],
1708 "get file information",
1710 Returns file information for the given C<path>.
1712 This is the same as the C<stat(2)> system call.");
1714 ("lstat", (RStruct ("statbuf", "stat"), [Pathname "path"]), 53, [],
1715 [InitISOFS, Always, TestOutputStruct (
1716 [["lstat"; "/empty"]], [CompareWithInt ("size", 0)])],
1717 "get file information for a symbolic link",
1719 Returns file information for the given C<path>.
1721 This is the same as C<guestfs_stat> except that if C<path>
1722 is a symbolic link, then the link is stat-ed, not the file it
1725 This is the same as the C<lstat(2)> system call.");
1727 ("statvfs", (RStruct ("statbuf", "statvfs"), [Pathname "path"]), 54, [],
1728 [InitISOFS, Always, TestOutputStruct (
1729 [["statvfs"; "/"]], [CompareWithInt ("namemax", 255)])],
1730 "get file system statistics",
1732 Returns file system statistics for any mounted file system.
1733 C<path> should be a file or directory in the mounted file system
1734 (typically it is the mount point itself, but it doesn't need to be).
1736 This is the same as the C<statvfs(2)> system call.");
1738 ("tune2fs_l", (RHashtable "superblock", [Device "device"]), 55, [],
1740 "get ext2/ext3/ext4 superblock details",
1742 This returns the contents of the ext2, ext3 or ext4 filesystem
1743 superblock on C<device>.
1745 It is the same as running C<tune2fs -l device>. See L<tune2fs(8)>
1746 manpage for more details. The list of fields returned isn't
1747 clearly defined, and depends on both the version of C<tune2fs>
1748 that libguestfs was built against, and the filesystem itself.");
1750 ("blockdev_setro", (RErr, [Device "device"]), 56, [],
1751 [InitEmpty, Always, TestOutputTrue (
1752 [["blockdev_setro"; "/dev/sda"];
1753 ["blockdev_getro"; "/dev/sda"]])],
1754 "set block device to read-only",
1756 Sets the block device named C<device> to read-only.
1758 This uses the L<blockdev(8)> command.");
1760 ("blockdev_setrw", (RErr, [Device "device"]), 57, [],
1761 [InitEmpty, Always, TestOutputFalse (
1762 [["blockdev_setrw"; "/dev/sda"];
1763 ["blockdev_getro"; "/dev/sda"]])],
1764 "set block device to read-write",
1766 Sets the block device named C<device> to read-write.
1768 This uses the L<blockdev(8)> command.");
1770 ("blockdev_getro", (RBool "ro", [Device "device"]), 58, [],
1771 [InitEmpty, Always, TestOutputTrue (
1772 [["blockdev_setro"; "/dev/sda"];
1773 ["blockdev_getro"; "/dev/sda"]])],
1774 "is block device set to read-only",
1776 Returns a boolean indicating if the block device is read-only
1777 (true if read-only, false if not).
1779 This uses the L<blockdev(8)> command.");
1781 ("blockdev_getss", (RInt "sectorsize", [Device "device"]), 59, [],
1782 [InitEmpty, Always, TestOutputInt (
1783 [["blockdev_getss"; "/dev/sda"]], 512)],
1784 "get sectorsize of block device",
1786 This returns the size of sectors on a block device.
1787 Usually 512, but can be larger for modern devices.
1789 (Note, this is not the size in sectors, use C<guestfs_blockdev_getsz>
1792 This uses the L<blockdev(8)> command.");
1794 ("blockdev_getbsz", (RInt "blocksize", [Device "device"]), 60, [],
1795 [InitEmpty, Always, TestOutputInt (
1796 [["blockdev_getbsz"; "/dev/sda"]], 4096)],
1797 "get blocksize of block device",
1799 This returns the block size of a device.
1801 (Note this is different from both I<size in blocks> and
1802 I<filesystem block size>).
1804 This uses the L<blockdev(8)> command.");
1806 ("blockdev_setbsz", (RErr, [Device "device"; Int "blocksize"]), 61, [],
1808 "set blocksize of block device",
1810 This sets the block size of a device.
1812 (Note this is different from both I<size in blocks> and
1813 I<filesystem block size>).
1815 This uses the L<blockdev(8)> command.");
1817 ("blockdev_getsz", (RInt64 "sizeinsectors", [Device "device"]), 62, [],
1818 [InitEmpty, Always, TestOutputInt (
1819 [["blockdev_getsz"; "/dev/sda"]], 1024000)],
1820 "get total size of device in 512-byte sectors",
1822 This returns the size of the device in units of 512-byte sectors
1823 (even if the sectorsize isn't 512 bytes ... weird).
1825 See also C<guestfs_blockdev_getss> for the real sector size of
1826 the device, and C<guestfs_blockdev_getsize64> for the more
1827 useful I<size in bytes>.
1829 This uses the L<blockdev(8)> command.");
1831 ("blockdev_getsize64", (RInt64 "sizeinbytes", [Device "device"]), 63, [],
1832 [InitEmpty, Always, TestOutputInt (
1833 [["blockdev_getsize64"; "/dev/sda"]], 524288000)],
1834 "get total size of device in bytes",
1836 This returns the size of the device in bytes.
1838 See also C<guestfs_blockdev_getsz>.
1840 This uses the L<blockdev(8)> command.");
1842 ("blockdev_flushbufs", (RErr, [Device "device"]), 64, [],
1843 [InitEmpty, Always, TestRun
1844 [["blockdev_flushbufs"; "/dev/sda"]]],
1845 "flush device buffers",
1847 This tells the kernel to flush internal buffers associated
1850 This uses the L<blockdev(8)> command.");
1852 ("blockdev_rereadpt", (RErr, [Device "device"]), 65, [],
1853 [InitEmpty, Always, TestRun
1854 [["blockdev_rereadpt"; "/dev/sda"]]],
1855 "reread partition table",
1857 Reread the partition table on C<device>.
1859 This uses the L<blockdev(8)> command.");
1861 ("upload", (RErr, [FileIn "filename"; String "remotefilename"]), 66, [],
1862 [InitBasicFS, Always, TestOutput (
1863 (* Pick a file from cwd which isn't likely to change. *)
1864 [["upload"; "../COPYING.LIB"; "/COPYING.LIB"];
1865 ["checksum"; "md5"; "/COPYING.LIB"]],
1866 Digest.to_hex (Digest.file "COPYING.LIB"))],
1867 "upload a file from the local machine",
1869 Upload local file C<filename> to C<remotefilename> on the
1872 C<filename> can also be a named pipe.
1874 See also C<guestfs_download>.");
1876 ("download", (RErr, [Dev_or_Path "remotefilename"; FileOut "filename"]), 67, [],
1877 [InitBasicFS, Always, TestOutput (
1878 (* Pick a file from cwd which isn't likely to change. *)
1879 [["upload"; "../COPYING.LIB"; "/COPYING.LIB"];
1880 ["download"; "/COPYING.LIB"; "testdownload.tmp"];
1881 ["upload"; "testdownload.tmp"; "/upload"];
1882 ["checksum"; "md5"; "/upload"]],
1883 Digest.to_hex (Digest.file "COPYING.LIB"))],
1884 "download a file to the local machine",
1886 Download file C<remotefilename> and save it as C<filename>
1887 on the local machine.
1889 C<filename> can also be a named pipe.
1891 See also C<guestfs_upload>, C<guestfs_cat>.");
1893 ("checksum", (RString "checksum", [String "csumtype"; Pathname "path"]), 68, [],
1894 [InitISOFS, Always, TestOutput (
1895 [["checksum"; "crc"; "/known-3"]], "2891671662");
1896 InitISOFS, Always, TestLastFail (
1897 [["checksum"; "crc"; "/notexists"]]);
1898 InitISOFS, Always, TestOutput (
1899 [["checksum"; "md5"; "/known-3"]], "46d6ca27ee07cdc6fa99c2e138cc522c");
1900 InitISOFS, Always, TestOutput (
1901 [["checksum"; "sha1"; "/known-3"]], "b7ebccc3ee418311091c3eda0a45b83c0a770f15");
1902 InitISOFS, Always, TestOutput (
1903 [["checksum"; "sha224"; "/known-3"]], "d2cd1774b28f3659c14116be0a6dc2bb5c4b350ce9cd5defac707741");
1904 InitISOFS, Always, TestOutput (
1905 [["checksum"; "sha256"; "/known-3"]], "75bb71b90cd20cb13f86d2bea8dad63ac7194e7517c3b52b8d06ff52d3487d30");
1906 InitISOFS, Always, TestOutput (
1907 [["checksum"; "sha384"; "/known-3"]], "5fa7883430f357b5d7b7271d3a1d2872b51d73cba72731de6863d3dea55f30646af2799bef44d5ea776a5ec7941ac640");
1908 InitISOFS, Always, TestOutput (
1909 [["checksum"; "sha512"; "/known-3"]], "2794062c328c6b216dca90443b7f7134c5f40e56bd0ed7853123275a09982a6f992e6ca682f9d2fba34a4c5e870d8fe077694ff831e3032a004ee077e00603f6")],
1910 "compute MD5, SHAx or CRC checksum of file",
1912 This call computes the MD5, SHAx or CRC checksum of the
1915 The type of checksum to compute is given by the C<csumtype>
1916 parameter which must have one of the following values:
1922 Compute the cyclic redundancy check (CRC) specified by POSIX
1923 for the C<cksum> command.
1927 Compute the MD5 hash (using the C<md5sum> program).
1931 Compute the SHA1 hash (using the C<sha1sum> program).
1935 Compute the SHA224 hash (using the C<sha224sum> program).
1939 Compute the SHA256 hash (using the C<sha256sum> program).
1943 Compute the SHA384 hash (using the C<sha384sum> program).
1947 Compute the SHA512 hash (using the C<sha512sum> program).
1951 The checksum is returned as a printable string.");
1953 ("tar_in", (RErr, [FileIn "tarfile"; String "directory"]), 69, [],
1954 [InitBasicFS, Always, TestOutput (
1955 [["tar_in"; "../images/helloworld.tar"; "/"];
1956 ["cat"; "/hello"]], "hello\n")],
1957 "unpack tarfile to directory",
1959 This command uploads and unpacks local file C<tarfile> (an
1960 I<uncompressed> tar file) into C<directory>.
1962 To upload a compressed tarball, use C<guestfs_tgz_in>.");
1964 ("tar_out", (RErr, [String "directory"; FileOut "tarfile"]), 70, [],
1966 "pack directory into tarfile",
1968 This command packs the contents of C<directory> and downloads
1969 it to local file C<tarfile>.
1971 To download a compressed tarball, use C<guestfs_tgz_out>.");
1973 ("tgz_in", (RErr, [FileIn "tarball"; String "directory"]), 71, [],
1974 [InitBasicFS, Always, TestOutput (
1975 [["tgz_in"; "../images/helloworld.tar.gz"; "/"];
1976 ["cat"; "/hello"]], "hello\n")],
1977 "unpack compressed tarball to directory",
1979 This command uploads and unpacks local file C<tarball> (a
1980 I<gzip compressed> tar file) into C<directory>.
1982 To upload an uncompressed tarball, use C<guestfs_tar_in>.");
1984 ("tgz_out", (RErr, [Pathname "directory"; FileOut "tarball"]), 72, [],
1986 "pack directory into compressed tarball",
1988 This command packs the contents of C<directory> and downloads
1989 it to local file C<tarball>.
1991 To download an uncompressed tarball, use C<guestfs_tar_out>.");
1993 ("mount_ro", (RErr, [Device "device"; String "mountpoint"]), 73, [],
1994 [InitBasicFS, Always, TestLastFail (
1996 ["mount_ro"; "/dev/sda1"; "/"];
1997 ["touch"; "/new"]]);
1998 InitBasicFS, Always, TestOutput (
1999 [["write_file"; "/new"; "data"; "0"];
2001 ["mount_ro"; "/dev/sda1"; "/"];
2002 ["cat"; "/new"]], "data")],
2003 "mount a guest disk, read-only",
2005 This is the same as the C<guestfs_mount> command, but it
2006 mounts the filesystem with the read-only (I<-o ro>) flag.");
2008 ("mount_options", (RErr, [String "options"; Device "device"; String "mountpoint"]), 74, [],
2010 "mount a guest disk with mount options",
2012 This is the same as the C<guestfs_mount> command, but it
2013 allows you to set the mount options as for the
2014 L<mount(8)> I<-o> flag.");
2016 ("mount_vfs", (RErr, [String "options"; String "vfstype"; Device "device"; String "mountpoint"]), 75, [],
2018 "mount a guest disk with mount options and vfstype",
2020 This is the same as the C<guestfs_mount> command, but it
2021 allows you to set both the mount options and the vfstype
2022 as for the L<mount(8)> I<-o> and I<-t> flags.");
2024 ("debug", (RString "result", [String "subcmd"; StringList "extraargs"]), 76, [],
2026 "debugging and internals",
2028 The C<guestfs_debug> command exposes some internals of
2029 C<guestfsd> (the guestfs daemon) that runs inside the
2032 There is no comprehensive help for this command. You have
2033 to look at the file C<daemon/debug.c> in the libguestfs source
2034 to find out what you can do.");
2036 ("lvremove", (RErr, [Device "device"]), 77, [],
2037 [InitEmpty, Always, TestOutputList (
2038 [["part_disk"; "/dev/sda"; "mbr"];
2039 ["pvcreate"; "/dev/sda1"];
2040 ["vgcreate"; "VG"; "/dev/sda1"];
2041 ["lvcreate"; "LV1"; "VG"; "50"];
2042 ["lvcreate"; "LV2"; "VG"; "50"];
2043 ["lvremove"; "/dev/VG/LV1"];
2044 ["lvs"]], ["/dev/VG/LV2"]);
2045 InitEmpty, Always, TestOutputList (
2046 [["part_disk"; "/dev/sda"; "mbr"];
2047 ["pvcreate"; "/dev/sda1"];
2048 ["vgcreate"; "VG"; "/dev/sda1"];
2049 ["lvcreate"; "LV1"; "VG"; "50"];
2050 ["lvcreate"; "LV2"; "VG"; "50"];
2051 ["lvremove"; "/dev/VG"];
2053 InitEmpty, Always, TestOutputList (
2054 [["part_disk"; "/dev/sda"; "mbr"];
2055 ["pvcreate"; "/dev/sda1"];
2056 ["vgcreate"; "VG"; "/dev/sda1"];
2057 ["lvcreate"; "LV1"; "VG"; "50"];
2058 ["lvcreate"; "LV2"; "VG"; "50"];
2059 ["lvremove"; "/dev/VG"];
2061 "remove an LVM logical volume",
2063 Remove an LVM logical volume C<device>, where C<device> is
2064 the path to the LV, such as C</dev/VG/LV>.
2066 You can also remove all LVs in a volume group by specifying
2067 the VG name, C</dev/VG>.");
2069 ("vgremove", (RErr, [String "vgname"]), 78, [],
2070 [InitEmpty, Always, TestOutputList (
2071 [["part_disk"; "/dev/sda"; "mbr"];
2072 ["pvcreate"; "/dev/sda1"];
2073 ["vgcreate"; "VG"; "/dev/sda1"];
2074 ["lvcreate"; "LV1"; "VG"; "50"];
2075 ["lvcreate"; "LV2"; "VG"; "50"];
2078 InitEmpty, Always, TestOutputList (
2079 [["part_disk"; "/dev/sda"; "mbr"];
2080 ["pvcreate"; "/dev/sda1"];
2081 ["vgcreate"; "VG"; "/dev/sda1"];
2082 ["lvcreate"; "LV1"; "VG"; "50"];
2083 ["lvcreate"; "LV2"; "VG"; "50"];
2086 "remove an LVM volume group",
2088 Remove an LVM volume group C<vgname>, (for example C<VG>).
2090 This also forcibly removes all logical volumes in the volume
2093 ("pvremove", (RErr, [Device "device"]), 79, [],
2094 [InitEmpty, Always, TestOutputListOfDevices (
2095 [["part_disk"; "/dev/sda"; "mbr"];
2096 ["pvcreate"; "/dev/sda1"];
2097 ["vgcreate"; "VG"; "/dev/sda1"];
2098 ["lvcreate"; "LV1"; "VG"; "50"];
2099 ["lvcreate"; "LV2"; "VG"; "50"];
2101 ["pvremove"; "/dev/sda1"];
2103 InitEmpty, Always, TestOutputListOfDevices (
2104 [["part_disk"; "/dev/sda"; "mbr"];
2105 ["pvcreate"; "/dev/sda1"];
2106 ["vgcreate"; "VG"; "/dev/sda1"];
2107 ["lvcreate"; "LV1"; "VG"; "50"];
2108 ["lvcreate"; "LV2"; "VG"; "50"];
2110 ["pvremove"; "/dev/sda1"];
2112 InitEmpty, Always, TestOutputListOfDevices (
2113 [["part_disk"; "/dev/sda"; "mbr"];
2114 ["pvcreate"; "/dev/sda1"];
2115 ["vgcreate"; "VG"; "/dev/sda1"];
2116 ["lvcreate"; "LV1"; "VG"; "50"];
2117 ["lvcreate"; "LV2"; "VG"; "50"];
2119 ["pvremove"; "/dev/sda1"];
2121 "remove an LVM physical volume",
2123 This wipes a physical volume C<device> so that LVM will no longer
2126 The implementation uses the C<pvremove> command which refuses to
2127 wipe physical volumes that contain any volume groups, so you have
2128 to remove those first.");
2130 ("set_e2label", (RErr, [Device "device"; String "label"]), 80, [],
2131 [InitBasicFS, Always, TestOutput (
2132 [["set_e2label"; "/dev/sda1"; "testlabel"];
2133 ["get_e2label"; "/dev/sda1"]], "testlabel")],
2134 "set the ext2/3/4 filesystem label",
2136 This sets the ext2/3/4 filesystem label of the filesystem on
2137 C<device> to C<label>. Filesystem labels are limited to
2140 You can use either C<guestfs_tune2fs_l> or C<guestfs_get_e2label>
2141 to return the existing label on a filesystem.");
2143 ("get_e2label", (RString "label", [Device "device"]), 81, [],
2145 "get the ext2/3/4 filesystem label",
2147 This returns the ext2/3/4 filesystem label of the filesystem on
2150 ("set_e2uuid", (RErr, [Device "device"; String "uuid"]), 82, [],
2151 (let uuid = uuidgen () in
2152 [InitBasicFS, Always, TestOutput (
2153 [["set_e2uuid"; "/dev/sda1"; uuid];
2154 ["get_e2uuid"; "/dev/sda1"]], uuid);
2155 InitBasicFS, Always, TestOutput (
2156 [["set_e2uuid"; "/dev/sda1"; "clear"];
2157 ["get_e2uuid"; "/dev/sda1"]], "");
2158 (* We can't predict what UUIDs will be, so just check the commands run. *)
2159 InitBasicFS, Always, TestRun (
2160 [["set_e2uuid"; "/dev/sda1"; "random"]]);
2161 InitBasicFS, Always, TestRun (
2162 [["set_e2uuid"; "/dev/sda1"; "time"]])]),
2163 "set the ext2/3/4 filesystem UUID",
2165 This sets the ext2/3/4 filesystem UUID of the filesystem on
2166 C<device> to C<uuid>. The format of the UUID and alternatives
2167 such as C<clear>, C<random> and C<time> are described in the
2168 L<tune2fs(8)> manpage.
2170 You can use either C<guestfs_tune2fs_l> or C<guestfs_get_e2uuid>
2171 to return the existing UUID of a filesystem.");
2173 ("get_e2uuid", (RString "uuid", [Device "device"]), 83, [],
2175 "get the ext2/3/4 filesystem UUID",
2177 This returns the ext2/3/4 filesystem UUID of the filesystem on
2180 ("fsck", (RInt "status", [String "fstype"; Device "device"]), 84, [],
2181 [InitBasicFS, Always, TestOutputInt (
2182 [["umount"; "/dev/sda1"];
2183 ["fsck"; "ext2"; "/dev/sda1"]], 0);
2184 InitBasicFS, Always, TestOutputInt (
2185 [["umount"; "/dev/sda1"];
2186 ["zero"; "/dev/sda1"];
2187 ["fsck"; "ext2"; "/dev/sda1"]], 8)],
2188 "run the filesystem checker",
2190 This runs the filesystem checker (fsck) on C<device> which
2191 should have filesystem type C<fstype>.
2193 The returned integer is the status. See L<fsck(8)> for the
2194 list of status codes from C<fsck>.
2202 Multiple status codes can be summed together.
2206 A non-zero return code can mean \"success\", for example if
2207 errors have been corrected on the filesystem.
2211 Checking or repairing NTFS volumes is not supported
2216 This command is entirely equivalent to running C<fsck -a -t fstype device>.");
2218 ("zero", (RErr, [Device "device"]), 85, [],
2219 [InitBasicFS, Always, TestOutput (
2220 [["umount"; "/dev/sda1"];
2221 ["zero"; "/dev/sda1"];
2222 ["file"; "/dev/sda1"]], "data")],
2223 "write zeroes to the device",
2225 This command writes zeroes over the first few blocks of C<device>.
2227 How many blocks are zeroed isn't specified (but it's I<not> enough
2228 to securely wipe the device). It should be sufficient to remove
2229 any partition tables, filesystem superblocks and so on.
2231 See also: C<guestfs_scrub_device>.");
2233 ("grub_install", (RErr, [Pathname "root"; Device "device"]), 86, [],
2234 (* Test disabled because grub-install incompatible with virtio-blk driver.
2235 * See also: https://bugzilla.redhat.com/show_bug.cgi?id=479760
2237 [InitBasicFS, Disabled, TestOutputTrue (
2238 [["grub_install"; "/"; "/dev/sda1"];
2239 ["is_dir"; "/boot"]])],
2242 This command installs GRUB (the Grand Unified Bootloader) on
2243 C<device>, with the root directory being C<root>.");
2245 ("cp", (RErr, [Pathname "src"; Pathname "dest"]), 87, [],
2246 [InitBasicFS, Always, TestOutput (
2247 [["write_file"; "/old"; "file content"; "0"];
2248 ["cp"; "/old"; "/new"];
2249 ["cat"; "/new"]], "file content");
2250 InitBasicFS, Always, TestOutputTrue (
2251 [["write_file"; "/old"; "file content"; "0"];
2252 ["cp"; "/old"; "/new"];
2253 ["is_file"; "/old"]]);
2254 InitBasicFS, Always, TestOutput (
2255 [["write_file"; "/old"; "file content"; "0"];
2257 ["cp"; "/old"; "/dir/new"];
2258 ["cat"; "/dir/new"]], "file content")],
2261 This copies a file from C<src> to C<dest> where C<dest> is
2262 either a destination filename or destination directory.");
2264 ("cp_a", (RErr, [Pathname "src"; Pathname "dest"]), 88, [],
2265 [InitBasicFS, Always, TestOutput (
2266 [["mkdir"; "/olddir"];
2267 ["mkdir"; "/newdir"];
2268 ["write_file"; "/olddir/file"; "file content"; "0"];
2269 ["cp_a"; "/olddir"; "/newdir"];
2270 ["cat"; "/newdir/olddir/file"]], "file content")],
2271 "copy a file or directory recursively",
2273 This copies a file or directory from C<src> to C<dest>
2274 recursively using the C<cp -a> command.");
2276 ("mv", (RErr, [Pathname "src"; Pathname "dest"]), 89, [],
2277 [InitBasicFS, Always, TestOutput (
2278 [["write_file"; "/old"; "file content"; "0"];
2279 ["mv"; "/old"; "/new"];
2280 ["cat"; "/new"]], "file content");
2281 InitBasicFS, Always, TestOutputFalse (
2282 [["write_file"; "/old"; "file content"; "0"];
2283 ["mv"; "/old"; "/new"];
2284 ["is_file"; "/old"]])],
2287 This moves a file from C<src> to C<dest> where C<dest> is
2288 either a destination filename or destination directory.");
2290 ("drop_caches", (RErr, [Int "whattodrop"]), 90, [],
2291 [InitEmpty, Always, TestRun (
2292 [["drop_caches"; "3"]])],
2293 "drop kernel page cache, dentries and inodes",
2295 This instructs the guest kernel to drop its page cache,
2296 and/or dentries and inode caches. The parameter C<whattodrop>
2297 tells the kernel what precisely to drop, see
2298 L<http://linux-mm.org/Drop_Caches>
2300 Setting C<whattodrop> to 3 should drop everything.
2302 This automatically calls L<sync(2)> before the operation,
2303 so that the maximum guest memory is freed.");
2305 ("dmesg", (RString "kmsgs", []), 91, [],
2306 [InitEmpty, Always, TestRun (
2308 "return kernel messages",
2310 This returns the kernel messages (C<dmesg> output) from
2311 the guest kernel. This is sometimes useful for extended
2312 debugging of problems.
2314 Another way to get the same information is to enable
2315 verbose messages with C<guestfs_set_verbose> or by setting
2316 the environment variable C<LIBGUESTFS_DEBUG=1> before
2317 running the program.");
2319 ("ping_daemon", (RErr, []), 92, [],
2320 [InitEmpty, Always, TestRun (
2321 [["ping_daemon"]])],
2322 "ping the guest daemon",
2324 This is a test probe into the guestfs daemon running inside
2325 the qemu subprocess. Calling this function checks that the
2326 daemon responds to the ping message, without affecting the daemon
2327 or attached block device(s) in any other way.");
2329 ("equal", (RBool "equality", [Pathname "file1"; Pathname "file2"]), 93, [],
2330 [InitBasicFS, Always, TestOutputTrue (
2331 [["write_file"; "/file1"; "contents of a file"; "0"];
2332 ["cp"; "/file1"; "/file2"];
2333 ["equal"; "/file1"; "/file2"]]);
2334 InitBasicFS, Always, TestOutputFalse (
2335 [["write_file"; "/file1"; "contents of a file"; "0"];
2336 ["write_file"; "/file2"; "contents of another file"; "0"];
2337 ["equal"; "/file1"; "/file2"]]);
2338 InitBasicFS, Always, TestLastFail (
2339 [["equal"; "/file1"; "/file2"]])],
2340 "test if two files have equal contents",
2342 This compares the two files C<file1> and C<file2> and returns
2343 true if their content is exactly equal, or false otherwise.
2345 The external L<cmp(1)> program is used for the comparison.");
2347 ("strings", (RStringList "stringsout", [Pathname "path"]), 94, [ProtocolLimitWarning],
2348 [InitISOFS, Always, TestOutputList (
2349 [["strings"; "/known-5"]], ["abcdefghi"; "jklmnopqr"]);
2350 InitISOFS, Always, TestOutputList (
2351 [["strings"; "/empty"]], [])],
2352 "print the printable strings in a file",
2354 This runs the L<strings(1)> command on a file and returns
2355 the list of printable strings found.");
2357 ("strings_e", (RStringList "stringsout", [String "encoding"; Pathname "path"]), 95, [ProtocolLimitWarning],
2358 [InitISOFS, Always, TestOutputList (
2359 [["strings_e"; "b"; "/known-5"]], []);
2360 InitBasicFS, Disabled, TestOutputList (
2361 [["write_file"; "/new"; "\000h\000e\000l\000l\000o\000\n\000w\000o\000r\000l\000d\000\n"; "24"];
2362 ["strings_e"; "b"; "/new"]], ["hello"; "world"])],
2363 "print the printable strings in a file",
2365 This is like the C<guestfs_strings> command, but allows you to
2366 specify the encoding.
2368 See the L<strings(1)> manpage for the full list of encodings.
2370 Commonly useful encodings are C<l> (lower case L) which will
2371 show strings inside Windows/x86 files.
2373 The returned strings are transcoded to UTF-8.");
2375 ("hexdump", (RString "dump", [Pathname "path"]), 96, [ProtocolLimitWarning],
2376 [InitISOFS, Always, TestOutput (
2377 [["hexdump"; "/known-4"]], "00000000 61 62 63 0a 64 65 66 0a 67 68 69 |abc.def.ghi|\n0000000b\n");
2378 (* Test for RHBZ#501888c2 regression which caused large hexdump
2379 * commands to segfault.
2381 InitISOFS, Always, TestRun (
2382 [["hexdump"; "/100krandom"]])],
2383 "dump a file in hexadecimal",
2385 This runs C<hexdump -C> on the given C<path>. The result is
2386 the human-readable, canonical hex dump of the file.");
2388 ("zerofree", (RErr, [Device "device"]), 97, [],
2389 [InitNone, Always, TestOutput (
2390 [["part_disk"; "/dev/sda"; "mbr"];
2391 ["mkfs"; "ext3"; "/dev/sda1"];
2392 ["mount"; "/dev/sda1"; "/"];
2393 ["write_file"; "/new"; "test file"; "0"];
2394 ["umount"; "/dev/sda1"];
2395 ["zerofree"; "/dev/sda1"];
2396 ["mount"; "/dev/sda1"; "/"];
2397 ["cat"; "/new"]], "test file")],
2398 "zero unused inodes and disk blocks on ext2/3 filesystem",
2400 This runs the I<zerofree> program on C<device>. This program
2401 claims to zero unused inodes and disk blocks on an ext2/3
2402 filesystem, thus making it possible to compress the filesystem
2405 You should B<not> run this program if the filesystem is
2408 It is possible that using this program can damage the filesystem
2409 or data on the filesystem.");
2411 ("pvresize", (RErr, [Device "device"]), 98, [],
2413 "resize an LVM physical volume",
2415 This resizes (expands or shrinks) an existing LVM physical
2416 volume to match the new size of the underlying device.");
2418 ("sfdisk_N", (RErr, [Device "device"; Int "partnum";
2419 Int "cyls"; Int "heads"; Int "sectors";
2420 String "line"]), 99, [DangerWillRobinson],
2422 "modify a single partition on a block device",
2424 This runs L<sfdisk(8)> option to modify just the single
2425 partition C<n> (note: C<n> counts from 1).
2427 For other parameters, see C<guestfs_sfdisk>. You should usually
2428 pass C<0> for the cyls/heads/sectors parameters.
2430 See also: C<guestfs_part_add>");
2432 ("sfdisk_l", (RString "partitions", [Device "device"]), 100, [],
2434 "display the partition table",
2436 This displays the partition table on C<device>, in the
2437 human-readable output of the L<sfdisk(8)> command. It is
2438 not intended to be parsed.
2440 See also: C<guestfs_part_list>");
2442 ("sfdisk_kernel_geometry", (RString "partitions", [Device "device"]), 101, [],
2444 "display the kernel geometry",
2446 This displays the kernel's idea of the geometry of C<device>.
2448 The result is in human-readable format, and not designed to
2451 ("sfdisk_disk_geometry", (RString "partitions", [Device "device"]), 102, [],
2453 "display the disk geometry from the partition table",
2455 This displays the disk geometry of C<device> read from the
2456 partition table. Especially in the case where the underlying
2457 block device has been resized, this can be different from the
2458 kernel's idea of the geometry (see C<guestfs_sfdisk_kernel_geometry>).
2460 The result is in human-readable format, and not designed to
2463 ("vg_activate_all", (RErr, [Bool "activate"]), 103, [],
2465 "activate or deactivate all volume groups",
2467 This command activates or (if C<activate> is false) deactivates
2468 all logical volumes in all volume groups.
2469 If activated, then they are made known to the
2470 kernel, ie. they appear as C</dev/mapper> devices. If deactivated,
2471 then those devices disappear.
2473 This command is the same as running C<vgchange -a y|n>");
2475 ("vg_activate", (RErr, [Bool "activate"; StringList "volgroups"]), 104, [],
2477 "activate or deactivate some volume groups",
2479 This command activates or (if C<activate> is false) deactivates
2480 all logical volumes in the listed volume groups C<volgroups>.
2481 If activated, then they are made known to the
2482 kernel, ie. they appear as C</dev/mapper> devices. If deactivated,
2483 then those devices disappear.
2485 This command is the same as running C<vgchange -a y|n volgroups...>
2487 Note that if C<volgroups> is an empty list then B<all> volume groups
2488 are activated or deactivated.");
2490 ("lvresize", (RErr, [Device "device"; Int "mbytes"]), 105, [],
2491 [InitNone, Always, TestOutput (
2492 [["part_disk"; "/dev/sda"; "mbr"];
2493 ["pvcreate"; "/dev/sda1"];
2494 ["vgcreate"; "VG"; "/dev/sda1"];
2495 ["lvcreate"; "LV"; "VG"; "10"];
2496 ["mkfs"; "ext2"; "/dev/VG/LV"];
2497 ["mount"; "/dev/VG/LV"; "/"];
2498 ["write_file"; "/new"; "test content"; "0"];
2500 ["lvresize"; "/dev/VG/LV"; "20"];
2501 ["e2fsck_f"; "/dev/VG/LV"];
2502 ["resize2fs"; "/dev/VG/LV"];
2503 ["mount"; "/dev/VG/LV"; "/"];
2504 ["cat"; "/new"]], "test content")],
2505 "resize an LVM logical volume",
2507 This resizes (expands or shrinks) an existing LVM logical
2508 volume to C<mbytes>. When reducing, data in the reduced part
2511 ("resize2fs", (RErr, [Device "device"]), 106, [],
2512 [], (* lvresize tests this *)
2513 "resize an ext2/ext3 filesystem",
2515 This resizes an ext2 or ext3 filesystem to match the size of
2516 the underlying device.
2518 I<Note:> It is sometimes required that you run C<guestfs_e2fsck_f>
2519 on the C<device> before calling this command. For unknown reasons
2520 C<resize2fs> sometimes gives an error about this and sometimes not.
2521 In any case, it is always safe to call C<guestfs_e2fsck_f> before
2522 calling this function.");
2524 ("find", (RStringList "names", [Pathname "directory"]), 107, [ProtocolLimitWarning],
2525 [InitBasicFS, Always, TestOutputList (
2526 [["find"; "/"]], ["lost+found"]);
2527 InitBasicFS, Always, TestOutputList (
2531 ["find"; "/"]], ["a"; "b"; "b/c"; "lost+found"]);
2532 InitBasicFS, Always, TestOutputList (
2533 [["mkdir_p"; "/a/b/c"];
2534 ["touch"; "/a/b/c/d"];
2535 ["find"; "/a/b/"]], ["c"; "c/d"])],
2536 "find all files and directories",
2538 This command lists out all files and directories, recursively,
2539 starting at C<directory>. It is essentially equivalent to
2540 running the shell command C<find directory -print> but some
2541 post-processing happens on the output, described below.
2543 This returns a list of strings I<without any prefix>. Thus
2544 if the directory structure was:
2550 then the returned list from C<guestfs_find> C</tmp> would be
2558 If C<directory> is not a directory, then this command returns
2561 The returned list is sorted.
2563 See also C<guestfs_find0>.");
2565 ("e2fsck_f", (RErr, [Device "device"]), 108, [],
2566 [], (* lvresize tests this *)
2567 "check an ext2/ext3 filesystem",
2569 This runs C<e2fsck -p -f device>, ie. runs the ext2/ext3
2570 filesystem checker on C<device>, noninteractively (C<-p>),
2571 even if the filesystem appears to be clean (C<-f>).
2573 This command is only needed because of C<guestfs_resize2fs>
2574 (q.v.). Normally you should use C<guestfs_fsck>.");
2576 ("sleep", (RErr, [Int "secs"]), 109, [],
2577 [InitNone, Always, TestRun (
2579 "sleep for some seconds",
2581 Sleep for C<secs> seconds.");
2583 ("ntfs_3g_probe", (RInt "status", [Bool "rw"; Device "device"]), 110, [],
2584 [InitNone, Always, TestOutputInt (
2585 [["part_disk"; "/dev/sda"; "mbr"];
2586 ["mkfs"; "ntfs"; "/dev/sda1"];
2587 ["ntfs_3g_probe"; "true"; "/dev/sda1"]], 0);
2588 InitNone, Always, TestOutputInt (
2589 [["part_disk"; "/dev/sda"; "mbr"];
2590 ["mkfs"; "ext2"; "/dev/sda1"];
2591 ["ntfs_3g_probe"; "true"; "/dev/sda1"]], 12)],
2592 "probe NTFS volume",
2594 This command runs the L<ntfs-3g.probe(8)> command which probes
2595 an NTFS C<device> for mountability. (Not all NTFS volumes can
2596 be mounted read-write, and some cannot be mounted at all).
2598 C<rw> is a boolean flag. Set it to true if you want to test
2599 if the volume can be mounted read-write. Set it to false if
2600 you want to test if the volume can be mounted read-only.
2602 The return value is an integer which C<0> if the operation
2603 would succeed, or some non-zero value documented in the
2604 L<ntfs-3g.probe(8)> manual page.");
2606 ("sh", (RString "output", [String "command"]), 111, [],
2607 [], (* XXX needs tests *)
2608 "run a command via the shell",
2610 This call runs a command from the guest filesystem via the
2613 This is like C<guestfs_command>, but passes the command to:
2615 /bin/sh -c \"command\"
2617 Depending on the guest's shell, this usually results in
2618 wildcards being expanded, shell expressions being interpolated
2621 All the provisos about C<guestfs_command> apply to this call.");
2623 ("sh_lines", (RStringList "lines", [String "command"]), 112, [],
2624 [], (* XXX needs tests *)
2625 "run a command via the shell returning lines",
2627 This is the same as C<guestfs_sh>, but splits the result
2628 into a list of lines.
2630 See also: C<guestfs_command_lines>");
2632 ("glob_expand", (RStringList "paths", [Pathname "pattern"]), 113, [],
2633 (* Use Pathname here, and hence ABS_PATH (pattern,... in generated
2634 * code in stubs.c, since all valid glob patterns must start with "/".
2635 * There is no concept of "cwd" in libguestfs, hence no "."-relative names.
2637 [InitBasicFS, Always, TestOutputList (
2638 [["mkdir_p"; "/a/b/c"];
2639 ["touch"; "/a/b/c/d"];
2640 ["touch"; "/a/b/c/e"];
2641 ["glob_expand"; "/a/b/c/*"]], ["/a/b/c/d"; "/a/b/c/e"]);
2642 InitBasicFS, Always, TestOutputList (
2643 [["mkdir_p"; "/a/b/c"];
2644 ["touch"; "/a/b/c/d"];
2645 ["touch"; "/a/b/c/e"];
2646 ["glob_expand"; "/a/*/c/*"]], ["/a/b/c/d"; "/a/b/c/e"]);
2647 InitBasicFS, Always, TestOutputList (
2648 [["mkdir_p"; "/a/b/c"];
2649 ["touch"; "/a/b/c/d"];
2650 ["touch"; "/a/b/c/e"];
2651 ["glob_expand"; "/a/*/x/*"]], [])],
2652 "expand a wildcard path",
2654 This command searches for all the pathnames matching
2655 C<pattern> according to the wildcard expansion rules
2658 If no paths match, then this returns an empty list
2659 (note: not an error).
2661 It is just a wrapper around the C L<glob(3)> function
2662 with flags C<GLOB_MARK|GLOB_BRACE>.
2663 See that manual page for more details.");
2665 ("scrub_device", (RErr, [Device "device"]), 114, [DangerWillRobinson],
2666 [InitNone, Always, TestRun ( (* use /dev/sdc because it's smaller *)
2667 [["scrub_device"; "/dev/sdc"]])],
2668 "scrub (securely wipe) a device",
2670 This command writes patterns over C<device> to make data retrieval
2673 It is an interface to the L<scrub(1)> program. See that
2674 manual page for more details.");
2676 ("scrub_file", (RErr, [Pathname "file"]), 115, [],
2677 [InitBasicFS, Always, TestRun (
2678 [["write_file"; "/file"; "content"; "0"];
2679 ["scrub_file"; "/file"]])],
2680 "scrub (securely wipe) a file",
2682 This command writes patterns over a file to make data retrieval
2685 The file is I<removed> after scrubbing.
2687 It is an interface to the L<scrub(1)> program. See that
2688 manual page for more details.");
2690 ("scrub_freespace", (RErr, [Pathname "dir"]), 116, [],
2691 [], (* XXX needs testing *)
2692 "scrub (securely wipe) free space",
2694 This command creates the directory C<dir> and then fills it
2695 with files until the filesystem is full, and scrubs the files
2696 as for C<guestfs_scrub_file>, and deletes them.
2697 The intention is to scrub any free space on the partition
2700 It is an interface to the L<scrub(1)> program. See that
2701 manual page for more details.");
2703 ("mkdtemp", (RString "dir", [Pathname "template"]), 117, [],
2704 [InitBasicFS, Always, TestRun (
2706 ["mkdtemp"; "/tmp/tmpXXXXXX"]])],
2707 "create a temporary directory",
2709 This command creates a temporary directory. The
2710 C<template> parameter should be a full pathname for the
2711 temporary directory name with the final six characters being
2714 For example: \"/tmp/myprogXXXXXX\" or \"/Temp/myprogXXXXXX\",
2715 the second one being suitable for Windows filesystems.
2717 The name of the temporary directory that was created
2720 The temporary directory is created with mode 0700
2721 and is owned by root.
2723 The caller is responsible for deleting the temporary
2724 directory and its contents after use.
2726 See also: L<mkdtemp(3)>");
2728 ("wc_l", (RInt "lines", [Pathname "path"]), 118, [],
2729 [InitISOFS, Always, TestOutputInt (
2730 [["wc_l"; "/10klines"]], 10000)],
2731 "count lines in a file",
2733 This command counts the lines in a file, using the
2734 C<wc -l> external command.");
2736 ("wc_w", (RInt "words", [Pathname "path"]), 119, [],
2737 [InitISOFS, Always, TestOutputInt (
2738 [["wc_w"; "/10klines"]], 10000)],
2739 "count words in a file",
2741 This command counts the words in a file, using the
2742 C<wc -w> external command.");
2744 ("wc_c", (RInt "chars", [Pathname "path"]), 120, [],
2745 [InitISOFS, Always, TestOutputInt (
2746 [["wc_c"; "/100kallspaces"]], 102400)],
2747 "count characters in a file",
2749 This command counts the characters in a file, using the
2750 C<wc -c> external command.");
2752 ("head", (RStringList "lines", [Pathname "path"]), 121, [ProtocolLimitWarning],
2753 [InitISOFS, Always, TestOutputList (
2754 [["head"; "/10klines"]], ["0abcdefghijklmnopqrstuvwxyz";"1abcdefghijklmnopqrstuvwxyz";"2abcdefghijklmnopqrstuvwxyz";"3abcdefghijklmnopqrstuvwxyz";"4abcdefghijklmnopqrstuvwxyz";"5abcdefghijklmnopqrstuvwxyz";"6abcdefghijklmnopqrstuvwxyz";"7abcdefghijklmnopqrstuvwxyz";"8abcdefghijklmnopqrstuvwxyz";"9abcdefghijklmnopqrstuvwxyz"])],
2755 "return first 10 lines of a file",
2757 This command returns up to the first 10 lines of a file as
2758 a list of strings.");
2760 ("head_n", (RStringList "lines", [Int "nrlines"; Pathname "path"]), 122, [ProtocolLimitWarning],
2761 [InitISOFS, Always, TestOutputList (
2762 [["head_n"; "3"; "/10klines"]], ["0abcdefghijklmnopqrstuvwxyz";"1abcdefghijklmnopqrstuvwxyz";"2abcdefghijklmnopqrstuvwxyz"]);
2763 InitISOFS, Always, TestOutputList (
2764 [["head_n"; "-9997"; "/10klines"]], ["0abcdefghijklmnopqrstuvwxyz";"1abcdefghijklmnopqrstuvwxyz";"2abcdefghijklmnopqrstuvwxyz"]);
2765 InitISOFS, Always, TestOutputList (
2766 [["head_n"; "0"; "/10klines"]], [])],
2767 "return first N lines of a file",
2769 If the parameter C<nrlines> is a positive number, this returns the first
2770 C<nrlines> lines of the file C<path>.
2772 If the parameter C<nrlines> is a negative number, this returns lines
2773 from the file C<path>, excluding the last C<nrlines> lines.
2775 If the parameter C<nrlines> is zero, this returns an empty list.");
2777 ("tail", (RStringList "lines", [Pathname "path"]), 123, [ProtocolLimitWarning],
2778 [InitISOFS, Always, TestOutputList (
2779 [["tail"; "/10klines"]], ["9990abcdefghijklmnopqrstuvwxyz";"9991abcdefghijklmnopqrstuvwxyz";"9992abcdefghijklmnopqrstuvwxyz";"9993abcdefghijklmnopqrstuvwxyz";"9994abcdefghijklmnopqrstuvwxyz";"9995abcdefghijklmnopqrstuvwxyz";"9996abcdefghijklmnopqrstuvwxyz";"9997abcdefghijklmnopqrstuvwxyz";"9998abcdefghijklmnopqrstuvwxyz";"9999abcdefghijklmnopqrstuvwxyz"])],
2780 "return last 10 lines of a file",
2782 This command returns up to the last 10 lines of a file as
2783 a list of strings.");
2785 ("tail_n", (RStringList "lines", [Int "nrlines"; Pathname "path"]), 124, [ProtocolLimitWarning],
2786 [InitISOFS, Always, TestOutputList (
2787 [["tail_n"; "3"; "/10klines"]], ["9997abcdefghijklmnopqrstuvwxyz";"9998abcdefghijklmnopqrstuvwxyz";"9999abcdefghijklmnopqrstuvwxyz"]);
2788 InitISOFS, Always, TestOutputList (
2789 [["tail_n"; "-9998"; "/10klines"]], ["9997abcdefghijklmnopqrstuvwxyz";"9998abcdefghijklmnopqrstuvwxyz";"9999abcdefghijklmnopqrstuvwxyz"]);
2790 InitISOFS, Always, TestOutputList (
2791 [["tail_n"; "0"; "/10klines"]], [])],
2792 "return last N lines of a file",
2794 If the parameter C<nrlines> is a positive number, this returns the last
2795 C<nrlines> lines of the file C<path>.
2797 If the parameter C<nrlines> is a negative number, this returns lines
2798 from the file C<path>, starting with the C<-nrlines>th line.
2800 If the parameter C<nrlines> is zero, this returns an empty list.");
2802 ("df", (RString "output", []), 125, [],
2803 [], (* XXX Tricky to test because it depends on the exact format
2804 * of the 'df' command and other imponderables.
2806 "report file system disk space usage",
2808 This command runs the C<df> command to report disk space used.
2810 This command is mostly useful for interactive sessions. It
2811 is I<not> intended that you try to parse the output string.
2812 Use C<statvfs> from programs.");
2814 ("df_h", (RString "output", []), 126, [],
2815 [], (* XXX Tricky to test because it depends on the exact format
2816 * of the 'df' command and other imponderables.
2818 "report file system disk space usage (human readable)",
2820 This command runs the C<df -h> command to report disk space used
2821 in human-readable format.
2823 This command is mostly useful for interactive sessions. It
2824 is I<not> intended that you try to parse the output string.
2825 Use C<statvfs> from programs.");
2827 ("du", (RInt64 "sizekb", [Pathname "path"]), 127, [],
2828 [InitISOFS, Always, TestOutputInt (
2829 [["du"; "/directory"]], 2 (* ISO fs blocksize is 2K *))],
2830 "estimate file space usage",
2832 This command runs the C<du -s> command to estimate file space
2835 C<path> can be a file or a directory. If C<path> is a directory
2836 then the estimate includes the contents of the directory and all
2837 subdirectories (recursively).
2839 The result is the estimated size in I<kilobytes>
2840 (ie. units of 1024 bytes).");
2842 ("initrd_list", (RStringList "filenames", [Pathname "path"]), 128, [],
2843 [InitISOFS, Always, TestOutputList (
2844 [["initrd_list"; "/initrd"]], ["empty";"known-1";"known-2";"known-3";"known-4"; "known-5"])],
2845 "list files in an initrd",
2847 This command lists out files contained in an initrd.
2849 The files are listed without any initial C</> character. The
2850 files are listed in the order they appear (not necessarily
2851 alphabetical). Directory names are listed as separate items.
2853 Old Linux kernels (2.4 and earlier) used a compressed ext2
2854 filesystem as initrd. We I<only> support the newer initramfs
2855 format (compressed cpio files).");
2857 ("mount_loop", (RErr, [Pathname "file"; Pathname "mountpoint"]), 129, [],
2859 "mount a file using the loop device",
2861 This command lets you mount C<file> (a filesystem image
2862 in a file) on a mount point. It is entirely equivalent to
2863 the command C<mount -o loop file mountpoint>.");
2865 ("mkswap", (RErr, [Device "device"]), 130, [],
2866 [InitEmpty, Always, TestRun (
2867 [["part_disk"; "/dev/sda"; "mbr"];
2868 ["mkswap"; "/dev/sda1"]])],
2869 "create a swap partition",
2871 Create a swap partition on C<device>.");
2873 ("mkswap_L", (RErr, [String "label"; Device "device"]), 131, [],
2874 [InitEmpty, Always, TestRun (
2875 [["part_disk"; "/dev/sda"; "mbr"];
2876 ["mkswap_L"; "hello"; "/dev/sda1"]])],
2877 "create a swap partition with a label",
2879 Create a swap partition on C<device> with label C<label>.
2881 Note that you cannot attach a swap label to a block device
2882 (eg. C</dev/sda>), just to a partition. This appears to be
2883 a limitation of the kernel or swap tools.");
2885 ("mkswap_U", (RErr, [String "uuid"; Device "device"]), 132, [],
2886 (let uuid = uuidgen () in
2887 [InitEmpty, Always, TestRun (
2888 [["part_disk"; "/dev/sda"; "mbr"];
2889 ["mkswap_U"; uuid; "/dev/sda1"]])]),
2890 "create a swap partition with an explicit UUID",
2892 Create a swap partition on C<device> with UUID C<uuid>.");
2894 ("mknod", (RErr, [Int "mode"; Int "devmajor"; Int "devminor"; Pathname "path"]), 133, [],
2895 [InitBasicFS, Always, TestOutputStruct (
2896 [["mknod"; "0o10777"; "0"; "0"; "/node"];
2897 (* NB: default umask 022 means 0777 -> 0755 in these tests *)
2898 ["stat"; "/node"]], [CompareWithInt ("mode", 0o10755)]);
2899 InitBasicFS, Always, TestOutputStruct (
2900 [["mknod"; "0o60777"; "66"; "99"; "/node"];
2901 ["stat"; "/node"]], [CompareWithInt ("mode", 0o60755)])],
2902 "make block, character or FIFO devices",
2904 This call creates block or character special devices, or
2905 named pipes (FIFOs).
2907 The C<mode> parameter should be the mode, using the standard
2908 constants. C<devmajor> and C<devminor> are the
2909 device major and minor numbers, only used when creating block
2910 and character special devices.");
2912 ("mkfifo", (RErr, [Int "mode"; Pathname "path"]), 134, [],
2913 [InitBasicFS, Always, TestOutputStruct (
2914 [["mkfifo"; "0o777"; "/node"];
2915 ["stat"; "/node"]], [CompareWithInt ("mode", 0o10755)])],
2916 "make FIFO (named pipe)",
2918 This call creates a FIFO (named pipe) called C<path> with
2919 mode C<mode>. It is just a convenient wrapper around
2920 C<guestfs_mknod>.");
2922 ("mknod_b", (RErr, [Int "mode"; Int "devmajor"; Int "devminor"; Pathname "path"]), 135, [],
2923 [InitBasicFS, Always, TestOutputStruct (
2924 [["mknod_b"; "0o777"; "99"; "66"; "/node"];
2925 ["stat"; "/node"]], [CompareWithInt ("mode", 0o60755)])],
2926 "make block device node",
2928 This call creates a block device node called C<path> with
2929 mode C<mode> and device major/minor C<devmajor> and C<devminor>.
2930 It is just a convenient wrapper around C<guestfs_mknod>.");
2932 ("mknod_c", (RErr, [Int "mode"; Int "devmajor"; Int "devminor"; Pathname "path"]), 136, [],
2933 [InitBasicFS, Always, TestOutputStruct (
2934 [["mknod_c"; "0o777"; "99"; "66"; "/node"];
2935 ["stat"; "/node"]], [CompareWithInt ("mode", 0o20755)])],
2936 "make char device node",
2938 This call creates a char device node called C<path> with
2939 mode C<mode> and device major/minor C<devmajor> and C<devminor>.
2940 It is just a convenient wrapper around C<guestfs_mknod>.");
2942 ("umask", (RInt "oldmask", [Int "mask"]), 137, [],
2943 [], (* XXX umask is one of those stateful things that we should
2944 * reset between each test.
2946 "set file mode creation mask (umask)",
2948 This function sets the mask used for creating new files and
2949 device nodes to C<mask & 0777>.
2951 Typical umask values would be C<022> which creates new files
2952 with permissions like \"-rw-r--r--\" or \"-rwxr-xr-x\", and
2953 C<002> which creates new files with permissions like
2954 \"-rw-rw-r--\" or \"-rwxrwxr-x\".
2956 The default umask is C<022>. This is important because it
2957 means that directories and device nodes will be created with
2958 C<0644> or C<0755> mode even if you specify C<0777>.
2960 See also L<umask(2)>, C<guestfs_mknod>, C<guestfs_mkdir>.
2962 This call returns the previous umask.");
2964 ("readdir", (RStructList ("entries", "dirent"), [Pathname "dir"]), 138, [],
2966 "read directories entries",
2968 This returns the list of directory entries in directory C<dir>.
2970 All entries in the directory are returned, including C<.> and
2971 C<..>. The entries are I<not> sorted, but returned in the same
2972 order as the underlying filesystem.
2974 Also this call returns basic file type information about each
2975 file. The C<ftyp> field will contain one of the following characters:
3013 The L<readdir(3)> returned a C<d_type> field with an
3018 This function is primarily intended for use by programs. To
3019 get a simple list of names, use C<guestfs_ls>. To get a printable
3020 directory for human consumption, use C<guestfs_ll>.");
3022 ("sfdiskM", (RErr, [Device "device"; StringList "lines"]), 139, [DangerWillRobinson],
3024 "create partitions on a block device",
3026 This is a simplified interface to the C<guestfs_sfdisk>
3027 command, where partition sizes are specified in megabytes
3028 only (rounded to the nearest cylinder) and you don't need
3029 to specify the cyls, heads and sectors parameters which
3030 were rarely if ever used anyway.
3032 See also: C<guestfs_sfdisk>, the L<sfdisk(8)> manpage
3033 and C<guestfs_part_disk>");
3035 ("zfile", (RString "description", [String "meth"; Pathname "path"]), 140, [DeprecatedBy "file"],
3037 "determine file type inside a compressed file",
3039 This command runs C<file> after first decompressing C<path>
3042 C<method> must be one of C<gzip>, C<compress> or C<bzip2>.
3044 Since 1.0.63, use C<guestfs_file> instead which can now
3045 process compressed files.");
3047 ("getxattrs", (RStructList ("xattrs", "xattr"), [Pathname "path"]), 141, [],
3049 "list extended attributes of a file or directory",
3051 This call lists the extended attributes of the file or directory
3054 At the system call level, this is a combination of the
3055 L<listxattr(2)> and L<getxattr(2)> calls.
3057 See also: C<guestfs_lgetxattrs>, L<attr(5)>.");
3059 ("lgetxattrs", (RStructList ("xattrs", "xattr"), [Pathname "path"]), 142, [],
3061 "list extended attributes of a file or directory",
3063 This is the same as C<guestfs_getxattrs>, but if C<path>
3064 is a symbolic link, then it returns the extended attributes
3065 of the link itself.");
3067 ("setxattr", (RErr, [String "xattr";
3068 String "val"; Int "vallen"; (* will be BufferIn *)
3069 Pathname "path"]), 143, [],
3071 "set extended attribute of a file or directory",
3073 This call sets the extended attribute named C<xattr>
3074 of the file C<path> to the value C<val> (of length C<vallen>).
3075 The value is arbitrary 8 bit data.
3077 See also: C<guestfs_lsetxattr>, L<attr(5)>.");
3079 ("lsetxattr", (RErr, [String "xattr";
3080 String "val"; Int "vallen"; (* will be BufferIn *)
3081 Pathname "path"]), 144, [],
3083 "set extended attribute of a file or directory",
3085 This is the same as C<guestfs_setxattr>, but if C<path>
3086 is a symbolic link, then it sets an extended attribute
3087 of the link itself.");
3089 ("removexattr", (RErr, [String "xattr"; Pathname "path"]), 145, [],
3091 "remove extended attribute of a file or directory",
3093 This call removes the extended attribute named C<xattr>
3094 of the file C<path>.
3096 See also: C<guestfs_lremovexattr>, L<attr(5)>.");
3098 ("lremovexattr", (RErr, [String "xattr"; Pathname "path"]), 146, [],
3100 "remove extended attribute of a file or directory",
3102 This is the same as C<guestfs_removexattr>, but if C<path>
3103 is a symbolic link, then it removes an extended attribute
3104 of the link itself.");
3106 ("mountpoints", (RHashtable "mps", []), 147, [],
3110 This call is similar to C<guestfs_mounts>. That call returns
3111 a list of devices. This one returns a hash table (map) of
3112 device name to directory where the device is mounted.");
3114 ("mkmountpoint", (RErr, [String "exemptpath"]), 148, [],
3115 (* This is a special case: while you would expect a parameter
3116 * of type "Pathname", that doesn't work, because it implies
3117 * NEED_ROOT in the generated calling code in stubs.c, and
3118 * this function cannot use NEED_ROOT.
3121 "create a mountpoint",
3123 C<guestfs_mkmountpoint> and C<guestfs_rmmountpoint> are
3124 specialized calls that can be used to create extra mountpoints
3125 before mounting the first filesystem.
3127 These calls are I<only> necessary in some very limited circumstances,
3128 mainly the case where you want to mount a mix of unrelated and/or
3129 read-only filesystems together.
3131 For example, live CDs often contain a \"Russian doll\" nest of
3132 filesystems, an ISO outer layer, with a squashfs image inside, with
3133 an ext2/3 image inside that. You can unpack this as follows
3136 add-ro Fedora-11-i686-Live.iso
3139 mkmountpoint /squash
3142 mount-loop /cd/LiveOS/squashfs.img /squash
3143 mount-loop /squash/LiveOS/ext3fs.img /ext3
3145 The inner filesystem is now unpacked under the /ext3 mountpoint.");
3147 ("rmmountpoint", (RErr, [String "exemptpath"]), 149, [],
3149 "remove a mountpoint",
3151 This calls removes a mountpoint that was previously created
3152 with C<guestfs_mkmountpoint>. See C<guestfs_mkmountpoint>
3153 for full details.");
3155 ("read_file", (RBufferOut "content", [Pathname "path"]), 150, [ProtocolLimitWarning],
3156 [InitISOFS, Always, TestOutputBuffer (
3157 [["read_file"; "/known-4"]], "abc\ndef\nghi")],
3160 This calls returns the contents of the file C<path> as a
3163 Unlike C<guestfs_cat>, this function can correctly
3164 handle files that contain embedded ASCII NUL characters.
3165 However unlike C<guestfs_download>, this function is limited
3166 in the total size of file that can be handled.");
3168 ("grep", (RStringList "lines", [String "regex"; Pathname "path"]), 151, [ProtocolLimitWarning],
3169 [InitISOFS, Always, TestOutputList (
3170 [["grep"; "abc"; "/test-grep.txt"]], ["abc"; "abc123"]);
3171 InitISOFS, Always, TestOutputList (
3172 [["grep"; "nomatch"; "/test-grep.txt"]], [])],
3173 "return lines matching a pattern",
3175 This calls the external C<grep> program and returns the
3178 ("egrep", (RStringList "lines", [String "regex"; Pathname "path"]), 152, [ProtocolLimitWarning],
3179 [InitISOFS, Always, TestOutputList (
3180 [["egrep"; "abc"; "/test-grep.txt"]], ["abc"; "abc123"])],
3181 "return lines matching a pattern",
3183 This calls the external C<egrep> program and returns the
3186 ("fgrep", (RStringList "lines", [String "pattern"; Pathname "path"]), 153, [ProtocolLimitWarning],
3187 [InitISOFS, Always, TestOutputList (
3188 [["fgrep"; "abc"; "/test-grep.txt"]], ["abc"; "abc123"])],
3189 "return lines matching a pattern",
3191 This calls the external C<fgrep> program and returns the
3194 ("grepi", (RStringList "lines", [String "regex"; Pathname "path"]), 154, [ProtocolLimitWarning],
3195 [InitISOFS, Always, TestOutputList (
3196 [["grepi"; "abc"; "/test-grep.txt"]], ["abc"; "abc123"; "ABC"])],
3197 "return lines matching a pattern",
3199 This calls the external C<grep -i> program and returns the
3202 ("egrepi", (RStringList "lines", [String "regex"; Pathname "path"]), 155, [ProtocolLimitWarning],
3203 [InitISOFS, Always, TestOutputList (
3204 [["egrepi"; "abc"; "/test-grep.txt"]], ["abc"; "abc123"; "ABC"])],
3205 "return lines matching a pattern",
3207 This calls the external C<egrep -i> program and returns the
3210 ("fgrepi", (RStringList "lines", [String "pattern"; Pathname "path"]), 156, [ProtocolLimitWarning],
3211 [InitISOFS, Always, TestOutputList (
3212 [["fgrepi"; "abc"; "/test-grep.txt"]], ["abc"; "abc123"; "ABC"])],
3213 "return lines matching a pattern",
3215 This calls the external C<fgrep -i> program and returns the
3218 ("zgrep", (RStringList "lines", [String "regex"; Pathname "path"]), 157, [ProtocolLimitWarning],
3219 [InitISOFS, Always, TestOutputList (
3220 [["zgrep"; "abc"; "/test-grep.txt.gz"]], ["abc"; "abc123"])],
3221 "return lines matching a pattern",
3223 This calls the external C<zgrep> program and returns the
3226 ("zegrep", (RStringList "lines", [String "regex"; Pathname "path"]), 158, [ProtocolLimitWarning],
3227 [InitISOFS, Always, TestOutputList (
3228 [["zegrep"; "abc"; "/test-grep.txt.gz"]], ["abc"; "abc123"])],
3229 "return lines matching a pattern",
3231 This calls the external C<zegrep> program and returns the
3234 ("zfgrep", (RStringList "lines", [String "pattern"; Pathname "path"]), 159, [ProtocolLimitWarning],
3235 [InitISOFS, Always, TestOutputList (
3236 [["zfgrep"; "abc"; "/test-grep.txt.gz"]], ["abc"; "abc123"])],
3237 "return lines matching a pattern",
3239 This calls the external C<zfgrep> program and returns the
3242 ("zgrepi", (RStringList "lines", [String "regex"; Pathname "path"]), 160, [ProtocolLimitWarning],
3243 [InitISOFS, Always, TestOutputList (
3244 [["zgrepi"; "abc"; "/test-grep.txt.gz"]], ["abc"; "abc123"; "ABC"])],
3245 "return lines matching a pattern",
3247 This calls the external C<zgrep -i> program and returns the
3250 ("zegrepi", (RStringList "lines", [String "regex"; Pathname "path"]), 161, [ProtocolLimitWarning],
3251 [InitISOFS, Always, TestOutputList (
3252 [["zegrepi"; "abc"; "/test-grep.txt.gz"]], ["abc"; "abc123"; "ABC"])],
3253 "return lines matching a pattern",
3255 This calls the external C<zegrep -i> program and returns the
3258 ("zfgrepi", (RStringList "lines", [String "pattern"; Pathname "path"]), 162, [ProtocolLimitWarning],
3259 [InitISOFS, Always, TestOutputList (
3260 [["zfgrepi"; "abc"; "/test-grep.txt.gz"]], ["abc"; "abc123"; "ABC"])],
3261 "return lines matching a pattern",
3263 This calls the external C<zfgrep -i> program and returns the
3266 ("realpath", (RString "rpath", [Pathname "path"]), 163, [],
3267 [InitISOFS, Always, TestOutput (
3268 [["realpath"; "/../directory"]], "/directory")],
3269 "canonicalized absolute pathname",
3271 Return the canonicalized absolute pathname of C<path>. The
3272 returned path has no C<.>, C<..> or symbolic link path elements.");
3274 ("ln", (RErr, [String "target"; Pathname "linkname"]), 164, [],
3275 [InitBasicFS, Always, TestOutputStruct (
3278 ["stat"; "/b"]], [CompareWithInt ("nlink", 2)])],
3279 "create a hard link",
3281 This command creates a hard link using the C<ln> command.");
3283 ("ln_f", (RErr, [String "target"; Pathname "linkname"]), 165, [],
3284 [InitBasicFS, Always, TestOutputStruct (
3287 ["ln_f"; "/a"; "/b"];
3288 ["stat"; "/b"]], [CompareWithInt ("nlink", 2)])],
3289 "create a hard link",
3291 This command creates a hard link using the C<ln -f> command.
3292 The C<-f> option removes the link (C<linkname>) if it exists already.");
3294 ("ln_s", (RErr, [String "target"; Pathname "linkname"]), 166, [],
3295 [InitBasicFS, Always, TestOutputStruct (
3297 ["ln_s"; "a"; "/b"];
3298 ["lstat"; "/b"]], [CompareWithInt ("mode", 0o120777)])],
3299 "create a symbolic link",
3301 This command creates a symbolic link using the C<ln -s> command.");
3303 ("ln_sf", (RErr, [String "target"; Pathname "linkname"]), 167, [],
3304 [InitBasicFS, Always, TestOutput (
3305 [["mkdir_p"; "/a/b"];
3306 ["touch"; "/a/b/c"];
3307 ["ln_sf"; "../d"; "/a/b/c"];
3308 ["readlink"; "/a/b/c"]], "../d")],
3309 "create a symbolic link",
3311 This command creates a symbolic link using the C<ln -sf> command,
3312 The C<-f> option removes the link (C<linkname>) if it exists already.");
3314 ("readlink", (RString "link", [Pathname "path"]), 168, [],
3315 [] (* XXX tested above *),
3316 "read the target of a symbolic link",
3318 This command reads the target of a symbolic link.");
3320 ("fallocate", (RErr, [Pathname "path"; Int "len"]), 169, [],
3321 [InitBasicFS, Always, TestOutputStruct (
3322 [["fallocate"; "/a"; "1000000"];
3323 ["stat"; "/a"]], [CompareWithInt ("size", 1_000_000)])],
3324 "preallocate a file in the guest filesystem",
3326 This command preallocates a file (containing zero bytes) named
3327 C<path> of size C<len> bytes. If the file exists already, it
3330 Do not confuse this with the guestfish-specific
3331 C<alloc> command which allocates a file in the host and
3332 attaches it as a device.");
3334 ("swapon_device", (RErr, [Device "device"]), 170, [],
3335 [InitPartition, Always, TestRun (
3336 [["mkswap"; "/dev/sda1"];
3337 ["swapon_device"; "/dev/sda1"];
3338 ["swapoff_device"; "/dev/sda1"]])],
3339 "enable swap on device",
3341 This command enables the libguestfs appliance to use the
3342 swap device or partition named C<device>. The increased
3343 memory is made available for all commands, for example
3344 those run using C<guestfs_command> or C<guestfs_sh>.
3346 Note that you should not swap to existing guest swap
3347 partitions unless you know what you are doing. They may
3348 contain hibernation information, or other information that
3349 the guest doesn't want you to trash. You also risk leaking
3350 information about the host to the guest this way. Instead,
3351 attach a new host device to the guest and swap on that.");
3353 ("swapoff_device", (RErr, [Device "device"]), 171, [],
3354 [], (* XXX tested by swapon_device *)
3355 "disable swap on device",
3357 This command disables the libguestfs appliance swap
3358 device or partition named C<device>.
3359 See C<guestfs_swapon_device>.");
3361 ("swapon_file", (RErr, [Pathname "file"]), 172, [],
3362 [InitBasicFS, Always, TestRun (
3363 [["fallocate"; "/swap"; "8388608"];
3364 ["mkswap_file"; "/swap"];
3365 ["swapon_file"; "/swap"];
3366 ["swapoff_file"; "/swap"]])],
3367 "enable swap on file",
3369 This command enables swap to a file.
3370 See C<guestfs_swapon_device> for other notes.");
3372 ("swapoff_file", (RErr, [Pathname "file"]), 173, [],
3373 [], (* XXX tested by swapon_file *)
3374 "disable swap on file",
3376 This command disables the libguestfs appliance swap on file.");
3378 ("swapon_label", (RErr, [String "label"]), 174, [],
3379 [InitEmpty, Always, TestRun (
3380 [["part_disk"; "/dev/sdb"; "mbr"];
3381 ["mkswap_L"; "swapit"; "/dev/sdb1"];
3382 ["swapon_label"; "swapit"];
3383 ["swapoff_label"; "swapit"];
3384 ["zero"; "/dev/sdb"];
3385 ["blockdev_rereadpt"; "/dev/sdb"]])],
3386 "enable swap on labeled swap partition",
3388 This command enables swap to a labeled swap partition.
3389 See C<guestfs_swapon_device> for other notes.");
3391 ("swapoff_label", (RErr, [String "label"]), 175, [],
3392 [], (* XXX tested by swapon_label *)
3393 "disable swap on labeled swap partition",
3395 This command disables the libguestfs appliance swap on
3396 labeled swap partition.");
3398 ("swapon_uuid", (RErr, [String "uuid"]), 176, [],
3399 (let uuid = uuidgen () in
3400 [InitEmpty, Always, TestRun (
3401 [["mkswap_U"; uuid; "/dev/sdb"];
3402 ["swapon_uuid"; uuid];
3403 ["swapoff_uuid"; uuid]])]),
3404 "enable swap on swap partition by UUID",
3406 This command enables swap to a swap partition with the given UUID.
3407 See C<guestfs_swapon_device> for other notes.");
3409 ("swapoff_uuid", (RErr, [String "uuid"]), 177, [],
3410 [], (* XXX tested by swapon_uuid *)
3411 "disable swap on swap partition by UUID",
3413 This command disables the libguestfs appliance swap partition
3414 with the given UUID.");
3416 ("mkswap_file", (RErr, [Pathname "path"]), 178, [],
3417 [InitBasicFS, Always, TestRun (
3418 [["fallocate"; "/swap"; "8388608"];
3419 ["mkswap_file"; "/swap"]])],
3420 "create a swap file",
3424 This command just writes a swap file signature to an existing
3425 file. To create the file itself, use something like C<guestfs_fallocate>.");
3427 ("inotify_init", (RErr, [Int "maxevents"]), 179, [],
3428 [InitISOFS, Always, TestRun (
3429 [["inotify_init"; "0"]])],
3430 "create an inotify handle",
3432 This command creates a new inotify handle.
3433 The inotify subsystem can be used to notify events which happen to
3434 objects in the guest filesystem.
3436 C<maxevents> is the maximum number of events which will be
3437 queued up between calls to C<guestfs_inotify_read> or
3438 C<guestfs_inotify_files>.
3439 If this is passed as C<0>, then the kernel (or previously set)
3440 default is used. For Linux 2.6.29 the default was 16384 events.
3441 Beyond this limit, the kernel throws away events, but records
3442 the fact that it threw them away by setting a flag
3443 C<IN_Q_OVERFLOW> in the returned structure list (see
3444 C<guestfs_inotify_read>).
3446 Before any events are generated, you have to add some
3447 watches to the internal watch list. See:
3448 C<guestfs_inotify_add_watch>,
3449 C<guestfs_inotify_rm_watch> and
3450 C<guestfs_inotify_watch_all>.
3452 Queued up events should be read periodically by calling
3453 C<guestfs_inotify_read>
3454 (or C<guestfs_inotify_files> which is just a helpful
3455 wrapper around C<guestfs_inotify_read>). If you don't
3456 read the events out often enough then you risk the internal
3459 The handle should be closed after use by calling
3460 C<guestfs_inotify_close>. This also removes any
3461 watches automatically.
3463 See also L<inotify(7)> for an overview of the inotify interface
3464 as exposed by the Linux kernel, which is roughly what we expose
3465 via libguestfs. Note that there is one global inotify handle
3466 per libguestfs instance.");
3468 ("inotify_add_watch", (RInt64 "wd", [Pathname "path"; Int "mask"]), 180, [],
3469 [InitBasicFS, Always, TestOutputList (
3470 [["inotify_init"; "0"];
3471 ["inotify_add_watch"; "/"; "1073741823"];
3474 ["inotify_files"]], ["a"; "b"])],
3475 "add an inotify watch",
3477 Watch C<path> for the events listed in C<mask>.
3479 Note that if C<path> is a directory then events within that
3480 directory are watched, but this does I<not> happen recursively
3481 (in subdirectories).
3483 Note for non-C or non-Linux callers: the inotify events are
3484 defined by the Linux kernel ABI and are listed in
3485 C</usr/include/sys/inotify.h>.");
3487 ("inotify_rm_watch", (RErr, [Int(*XXX64*) "wd"]), 181, [],
3489 "remove an inotify watch",
3491 Remove a previously defined inotify watch.
3492 See C<guestfs_inotify_add_watch>.");
3494 ("inotify_read", (RStructList ("events", "inotify_event"), []), 182, [],
3496 "return list of inotify events",
3498 Return the complete queue of events that have happened
3499 since the previous read call.
3501 If no events have happened, this returns an empty list.
3503 I<Note>: In order to make sure that all events have been
3504 read, you must call this function repeatedly until it
3505 returns an empty list. The reason is that the call will
3506 read events up to the maximum appliance-to-host message
3507 size and leave remaining events in the queue.");
3509 ("inotify_files", (RStringList "paths", []), 183, [],
3511 "return list of watched files that had events",
3513 This function is a helpful wrapper around C<guestfs_inotify_read>
3514 which just returns a list of pathnames of objects that were
3515 touched. The returned pathnames are sorted and deduplicated.");
3517 ("inotify_close", (RErr, []), 184, [],
3519 "close the inotify handle",
3521 This closes the inotify handle which was previously
3522 opened by inotify_init. It removes all watches, throws
3523 away any pending events, and deallocates all resources.");
3525 ("setcon", (RErr, [String "context"]), 185, [],
3527 "set SELinux security context",
3529 This sets the SELinux security context of the daemon
3530 to the string C<context>.
3532 See the documentation about SELINUX in L<guestfs(3)>.");
3534 ("getcon", (RString "context", []), 186, [],
3536 "get SELinux security context",
3538 This gets the SELinux security context of the daemon.
3540 See the documentation about SELINUX in L<guestfs(3)>,
3541 and C<guestfs_setcon>");
3543 ("mkfs_b", (RErr, [String "fstype"; Int "blocksize"; Device "device"]), 187, [],
3544 [InitEmpty, Always, TestOutput (
3545 [["part_disk"; "/dev/sda"; "mbr"];
3546 ["mkfs_b"; "ext2"; "4096"; "/dev/sda1"];
3547 ["mount"; "/dev/sda1"; "/"];
3548 ["write_file"; "/new"; "new file contents"; "0"];
3549 ["cat"; "/new"]], "new file contents")],
3550 "make a filesystem with block size",
3552 This call is similar to C<guestfs_mkfs>, but it allows you to
3553 control the block size of the resulting filesystem. Supported
3554 block sizes depend on the filesystem type, but typically they
3555 are C<1024>, C<2048> or C<4096> only.");
3557 ("mke2journal", (RErr, [Int "blocksize"; Device "device"]), 188, [],
3558 [InitEmpty, Always, TestOutput (
3559 [["sfdiskM"; "/dev/sda"; ",100 ,"];
3560 ["mke2journal"; "4096"; "/dev/sda1"];
3561 ["mke2fs_J"; "ext2"; "4096"; "/dev/sda2"; "/dev/sda1"];
3562 ["mount"; "/dev/sda2"; "/"];
3563 ["write_file"; "/new"; "new file contents"; "0"];
3564 ["cat"; "/new"]], "new file contents")],
3565 "make ext2/3/4 external journal",
3567 This creates an ext2 external journal on C<device>. It is equivalent
3570 mke2fs -O journal_dev -b blocksize device");
3572 ("mke2journal_L", (RErr, [Int "blocksize"; String "label"; Device "device"]), 189, [],
3573 [InitEmpty, Always, TestOutput (
3574 [["sfdiskM"; "/dev/sda"; ",100 ,"];
3575 ["mke2journal_L"; "4096"; "JOURNAL"; "/dev/sda1"];
3576 ["mke2fs_JL"; "ext2"; "4096"; "/dev/sda2"; "JOURNAL"];
3577 ["mount"; "/dev/sda2"; "/"];
3578 ["write_file"; "/new"; "new file contents"; "0"];
3579 ["cat"; "/new"]], "new file contents")],
3580 "make ext2/3/4 external journal with label",
3582 This creates an ext2 external journal on C<device> with label C<label>.");
3584 ("mke2journal_U", (RErr, [Int "blocksize"; String "uuid"; Device "device"]), 190, [],
3585 (let uuid = uuidgen () in
3586 [InitEmpty, Always, TestOutput (
3587 [["sfdiskM"; "/dev/sda"; ",100 ,"];
3588 ["mke2journal_U"; "4096"; uuid; "/dev/sda1"];
3589 ["mke2fs_JU"; "ext2"; "4096"; "/dev/sda2"; uuid];
3590 ["mount"; "/dev/sda2"; "/"];
3591 ["write_file"; "/new"; "new file contents"; "0"];
3592 ["cat"; "/new"]], "new file contents")]),
3593 "make ext2/3/4 external journal with UUID",
3595 This creates an ext2 external journal on C<device> with UUID C<uuid>.");
3597 ("mke2fs_J", (RErr, [String "fstype"; Int "blocksize"; Device "device"; Device "journal"]), 191, [],
3599 "make ext2/3/4 filesystem with external journal",
3601 This creates an ext2/3/4 filesystem on C<device> with
3602 an external journal on C<journal>. It is equivalent
3605 mke2fs -t fstype -b blocksize -J device=<journal> <device>
3607 See also C<guestfs_mke2journal>.");
3609 ("mke2fs_JL", (RErr, [String "fstype"; Int "blocksize"; Device "device"; String "label"]), 192, [],
3611 "make ext2/3/4 filesystem with external journal",
3613 This creates an ext2/3/4 filesystem on C<device> with
3614 an external journal on the journal labeled C<label>.
3616 See also C<guestfs_mke2journal_L>.");
3618 ("mke2fs_JU", (RErr, [String "fstype"; Int "blocksize"; Device "device"; String "uuid"]), 193, [],
3620 "make ext2/3/4 filesystem with external journal",
3622 This creates an ext2/3/4 filesystem on C<device> with
3623 an external journal on the journal with UUID C<uuid>.
3625 See also C<guestfs_mke2journal_U>.");
3627 ("modprobe", (RErr, [String "modulename"]), 194, [],
3628 [InitNone, Always, TestRun [["modprobe"; "fat"]]],
3629 "load a kernel module",
3631 This loads a kernel module in the appliance.
3633 The kernel module must have been whitelisted when libguestfs
3634 was built (see C<appliance/kmod.whitelist.in> in the source).");
3636 ("echo_daemon", (RString "output", [StringList "words"]), 195, [],
3637 [InitNone, Always, TestOutput (
3638 [["echo_daemon"; "This is a test"]], "This is a test"
3640 "echo arguments back to the client",
3642 This command concatenate the list of C<words> passed with single spaces between
3643 them and returns the resulting string.
3645 You can use this command to test the connection through to the daemon.
3647 See also C<guestfs_ping_daemon>.");
3649 ("find0", (RErr, [Pathname "directory"; FileOut "files"]), 196, [],
3650 [], (* There is a regression test for this. *)
3651 "find all files and directories, returning NUL-separated list",
3653 This command lists out all files and directories, recursively,
3654 starting at C<directory>, placing the resulting list in the
3655 external file called C<files>.
3657 This command works the same way as C<guestfs_find> with the
3658 following exceptions:
3664 The resulting list is written to an external file.
3668 Items (filenames) in the result are separated
3669 by C<\\0> characters. See L<find(1)> option I<-print0>.
3673 This command is not limited in the number of names that it
3678 The result list is not sorted.
3682 ("case_sensitive_path", (RString "rpath", [Pathname "path"]), 197, [],
3683 [InitISOFS, Always, TestOutput (
3684 [["case_sensitive_path"; "/DIRECTORY"]], "/directory");
3685 InitISOFS, Always, TestOutput (
3686 [["case_sensitive_path"; "/DIRECTORY/"]], "/directory");
3687 InitISOFS, Always, TestOutput (
3688 [["case_sensitive_path"; "/Known-1"]], "/known-1");
3689 InitISOFS, Always, TestLastFail (
3690 [["case_sensitive_path"; "/Known-1/"]]);
3691 InitBasicFS, Always, TestOutput (
3693 ["mkdir"; "/a/bbb"];
3694 ["touch"; "/a/bbb/c"];
3695 ["case_sensitive_path"; "/A/bbB/C"]], "/a/bbb/c");
3696 InitBasicFS, Always, TestOutput (
3698 ["mkdir"; "/a/bbb"];
3699 ["touch"; "/a/bbb/c"];
3700 ["case_sensitive_path"; "/A////bbB/C"]], "/a/bbb/c");
3701 InitBasicFS, Always, TestLastFail (
3703 ["mkdir"; "/a/bbb"];
3704 ["touch"; "/a/bbb/c"];
3705 ["case_sensitive_path"; "/A/bbb/../bbb/C"]])],
3706 "return true path on case-insensitive filesystem",
3708 This can be used to resolve case insensitive paths on
3709 a filesystem which is case sensitive. The use case is
3710 to resolve paths which you have read from Windows configuration
3711 files or the Windows Registry, to the true path.
3713 The command handles a peculiarity of the Linux ntfs-3g
3714 filesystem driver (and probably others), which is that although
3715 the underlying filesystem is case-insensitive, the driver
3716 exports the filesystem to Linux as case-sensitive.
3718 One consequence of this is that special directories such
3719 as C<c:\\windows> may appear as C</WINDOWS> or C</windows>
3720 (or other things) depending on the precise details of how
3721 they were created. In Windows itself this would not be
3724 Bug or feature? You decide:
3725 L<http://www.tuxera.com/community/ntfs-3g-faq/#posixfilenames1>
3727 This function resolves the true case of each element in the
3728 path and returns the case-sensitive path.
3730 Thus C<guestfs_case_sensitive_path> (\"/Windows/System32\")
3731 might return C<\"/WINDOWS/system32\"> (the exact return value
3732 would depend on details of how the directories were originally
3733 created under Windows).
3736 This function does not handle drive names, backslashes etc.
3738 See also C<guestfs_realpath>.");
3740 ("vfs_type", (RString "fstype", [Device "device"]), 198, [],
3741 [InitBasicFS, Always, TestOutput (
3742 [["vfs_type"; "/dev/sda1"]], "ext2")],
3743 "get the Linux VFS type corresponding to a mounted device",
3745 This command gets the block device type corresponding to
3746 a mounted device called C<device>.
3748 Usually the result is the name of the Linux VFS module that
3749 is used to mount this device (probably determined automatically
3750 if you used the C<guestfs_mount> call).");
3752 ("truncate", (RErr, [Pathname "path"]), 199, [],
3753 [InitBasicFS, Always, TestOutputStruct (
3754 [["write_file"; "/test"; "some stuff so size is not zero"; "0"];
3755 ["truncate"; "/test"];
3756 ["stat"; "/test"]], [CompareWithInt ("size", 0)])],
3757 "truncate a file to zero size",
3759 This command truncates C<path> to a zero-length file. The
3760 file must exist already.");
3762 ("truncate_size", (RErr, [Pathname "path"; Int64 "size"]), 200, [],
3763 [InitBasicFS, Always, TestOutputStruct (
3764 [["touch"; "/test"];
3765 ["truncate_size"; "/test"; "1000"];
3766 ["stat"; "/test"]], [CompareWithInt ("size", 1000)])],
3767 "truncate a file to a particular size",
3769 This command truncates C<path> to size C<size> bytes. The file
3770 must exist already. If the file is smaller than C<size> then
3771 the file is extended to the required size with null bytes.");
3773 ("utimens", (RErr, [Pathname "path"; Int64 "atsecs"; Int64 "atnsecs"; Int64 "mtsecs"; Int64 "mtnsecs"]), 201, [],
3774 [InitBasicFS, Always, TestOutputStruct (
3775 [["touch"; "/test"];
3776 ["utimens"; "/test"; "12345"; "67890"; "9876"; "5432"];
3777 ["stat"; "/test"]], [CompareWithInt ("mtime", 9876)])],
3778 "set timestamp of a file with nanosecond precision",
3780 This command sets the timestamps of a file with nanosecond
3783 C<atsecs, atnsecs> are the last access time (atime) in secs and
3784 nanoseconds from the epoch.
3786 C<mtsecs, mtnsecs> are the last modification time (mtime) in
3787 secs and nanoseconds from the epoch.
3789 If the C<*nsecs> field contains the special value C<-1> then
3790 the corresponding timestamp is set to the current time. (The
3791 C<*secs> field is ignored in this case).
3793 If the C<*nsecs> field contains the special value C<-2> then
3794 the corresponding timestamp is left unchanged. (The
3795 C<*secs> field is ignored in this case).");
3797 ("mkdir_mode", (RErr, [Pathname "path"; Int "mode"]), 202, [],
3798 [InitBasicFS, Always, TestOutputStruct (
3799 [["mkdir_mode"; "/test"; "0o111"];
3800 ["stat"; "/test"]], [CompareWithInt ("mode", 0o40111)])],
3801 "create a directory with a particular mode",
3803 This command creates a directory, setting the initial permissions
3804 of the directory to C<mode>. See also C<guestfs_mkdir>.");
3806 ("lchown", (RErr, [Int "owner"; Int "group"; Pathname "path"]), 203, [],
3808 "change file owner and group",
3810 Change the file owner to C<owner> and group to C<group>.
3811 This is like C<guestfs_chown> but if C<path> is a symlink then
3812 the link itself is changed, not the target.
3814 Only numeric uid and gid are supported. If you want to use
3815 names, you will need to locate and parse the password file
3816 yourself (Augeas support makes this relatively easy).");
3818 ("lstatlist", (RStructList ("statbufs", "stat"), [Pathname "path"; StringList "names"]), 204, [],
3820 "lstat on multiple files",
3822 This call allows you to perform the C<guestfs_lstat> operation
3823 on multiple files, where all files are in the directory C<path>.
3824 C<names> is the list of files from this directory.
3826 On return you get a list of stat structs, with a one-to-one
3827 correspondence to the C<names> list. If any name did not exist
3828 or could not be lstat'd, then the C<ino> field of that structure
3831 This call is intended for programs that want to efficiently
3832 list a directory contents without making many round-trips.
3833 See also C<guestfs_lxattrlist> for a similarly efficient call
3834 for getting extended attributes. Very long directory listings
3835 might cause the protocol message size to be exceeded, causing
3836 this call to fail. The caller must split up such requests
3837 into smaller groups of names.");
3839 ("lxattrlist", (RStructList ("xattrs", "xattr"), [Pathname "path"; StringList "names"]), 205, [],
3841 "lgetxattr on multiple files",
3843 This call allows you to get the extended attributes
3844 of multiple files, where all files are in the directory C<path>.
3845 C<names> is the list of files from this directory.
3847 On return you get a flat list of xattr structs which must be
3848 interpreted sequentially. The first xattr struct always has a zero-length
3849 C<attrname>. C<attrval> in this struct is zero-length
3850 to indicate there was an error doing C<lgetxattr> for this
3851 file, I<or> is a C string which is a decimal number
3852 (the number of following attributes for this file, which could
3853 be C<\"0\">). Then after the first xattr struct are the
3854 zero or more attributes for the first named file.
3855 This repeats for the second and subsequent files.
3857 This call is intended for programs that want to efficiently
3858 list a directory contents without making many round-trips.
3859 See also C<guestfs_lstatlist> for a similarly efficient call
3860 for getting standard stats. Very long directory listings
3861 might cause the protocol message size to be exceeded, causing
3862 this call to fail. The caller must split up such requests
3863 into smaller groups of names.");
3865 ("readlinklist", (RStringList "links", [Pathname "path"; StringList "names"]), 206, [],
3867 "readlink on multiple files",
3869 This call allows you to do a C<readlink> operation
3870 on multiple files, where all files are in the directory C<path>.
3871 C<names> is the list of files from this directory.
3873 On return you get a list of strings, with a one-to-one
3874 correspondence to the C<names> list. Each string is the
3875 value of the symbol link.
3877 If the C<readlink(2)> operation fails on any name, then
3878 the corresponding result string is the empty string C<\"\">.
3879 However the whole operation is completed even if there
3880 were C<readlink(2)> errors, and so you can call this
3881 function with names where you don't know if they are
3882 symbolic links already (albeit slightly less efficient).
3884 This call is intended for programs that want to efficiently
3885 list a directory contents without making many round-trips.
3886 Very long directory listings might cause the protocol
3887 message size to be exceeded, causing
3888 this call to fail. The caller must split up such requests
3889 into smaller groups of names.");
3891 ("pread", (RBufferOut "content", [Pathname "path"; Int "count"; Int64 "offset"]), 207, [ProtocolLimitWarning],
3892 [InitISOFS, Always, TestOutputBuffer (
3893 [["pread"; "/known-4"; "1"; "3"]], "\n")],
3894 "read part of a file",
3896 This command lets you read part of a file. It reads C<count>
3897 bytes of the file, starting at C<offset>, from file C<path>.
3899 This may read fewer bytes than requested. For further details
3900 see the L<pread(2)> system call.");
3902 ("part_init", (RErr, [Device "device"; String "parttype"]), 208, [],
3903 [InitEmpty, Always, TestRun (
3904 [["part_init"; "/dev/sda"; "gpt"]])],
3905 "create an empty partition table",
3907 This creates an empty partition table on C<device> of one of the
3908 partition types listed below. Usually C<parttype> should be
3909 either C<msdos> or C<gpt> (for large disks).
3911 Initially there are no partitions. Following this, you should
3912 call C<guestfs_part_add> for each partition required.
3914 Possible values for C<parttype> are:
3918 =item B<efi> | B<gpt>
3920 Intel EFI / GPT partition table.
3922 This is recommended for >= 2 TB partitions that will be accessed
3923 from Linux and Intel-based Mac OS X. It also has limited backwards
3924 compatibility with the C<mbr> format.
3926 =item B<mbr> | B<msdos>
3928 The standard PC \"Master Boot Record\" (MBR) format used
3929 by MS-DOS and Windows. This partition type will B<only> work
3930 for device sizes up to 2 TB. For large disks we recommend
3935 Other partition table types that may work but are not
3944 =item B<amiga> | B<rdb>
3946 Amiga \"Rigid Disk Block\" format.
3954 DASD, used on IBM mainframes.
3962 Old Mac partition format. Modern Macs use C<gpt>.
3966 NEC PC-98 format, common in Japan apparently.
3974 ("part_add", (RErr, [Device "device"; String "prlogex"; Int64 "startsect"; Int64 "endsect"]), 209, [],
3975 [InitEmpty, Always, TestRun (
3976 [["part_init"; "/dev/sda"; "mbr"];
3977 ["part_add"; "/dev/sda"; "primary"; "1"; "-1"]]);
3978 InitEmpty, Always, TestRun (
3979 [["part_init"; "/dev/sda"; "gpt"];
3980 ["part_add"; "/dev/sda"; "primary"; "34"; "127"];
3981 ["part_add"; "/dev/sda"; "primary"; "128"; "-34"]]);
3982 InitEmpty, Always, TestRun (
3983 [["part_init"; "/dev/sda"; "mbr"];
3984 ["part_add"; "/dev/sda"; "primary"; "32"; "127"];
3985 ["part_add"; "/dev/sda"; "primary"; "128"; "255"];
3986 ["part_add"; "/dev/sda"; "primary"; "256"; "511"];
3987 ["part_add"; "/dev/sda"; "primary"; "512"; "-1"]])],
3988 "add a partition to the device",
3990 This command adds a partition to C<device>. If there is no partition
3991 table on the device, call C<guestfs_part_init> first.
3993 The C<prlogex> parameter is the type of partition. Normally you
3994 should pass C<p> or C<primary> here, but MBR partition tables also
3995 support C<l> (or C<logical>) and C<e> (or C<extended>) partition
3998 C<startsect> and C<endsect> are the start and end of the partition
3999 in I<sectors>. C<endsect> may be negative, which means it counts
4000 backwards from the end of the disk (C<-1> is the last sector).
4002 Creating a partition which covers the whole disk is not so easy.
4003 Use C<guestfs_part_disk> to do that.");
4005 ("part_disk", (RErr, [Device "device"; String "parttype"]), 210, [DangerWillRobinson],
4006 [InitEmpty, Always, TestRun (
4007 [["part_disk"; "/dev/sda"; "mbr"]]);
4008 InitEmpty, Always, TestRun (
4009 [["part_disk"; "/dev/sda"; "gpt"]])],
4010 "partition whole disk with a single primary partition",
4012 This command is simply a combination of C<guestfs_part_init>
4013 followed by C<guestfs_part_add> to create a single primary partition
4014 covering the whole disk.
4016 C<parttype> is the partition table type, usually C<mbr> or C<gpt>,
4017 but other possible values are described in C<guestfs_part_init>.");
4019 ("part_set_bootable", (RErr, [Device "device"; Int "partnum"; Bool "bootable"]), 211, [],
4020 [InitEmpty, Always, TestRun (
4021 [["part_disk"; "/dev/sda"; "mbr"];
4022 ["part_set_bootable"; "/dev/sda"; "1"; "true"]])],
4023 "make a partition bootable",
4025 This sets the bootable flag on partition numbered C<partnum> on
4026 device C<device>. Note that partitions are numbered from 1.
4028 The bootable flag is used by some PC BIOSes to determine which
4029 partition to boot from. It is by no means universally recognized,
4030 and in any case if your operating system installed a boot
4031 sector on the device itself, then that takes precedence.");
4033 ("part_set_name", (RErr, [Device "device"; Int "partnum"; String "name"]), 212, [],
4034 [InitEmpty, Always, TestRun (
4035 [["part_disk"; "/dev/sda"; "gpt"];
4036 ["part_set_name"; "/dev/sda"; "1"; "thepartname"]])],
4037 "set partition name",
4039 This sets the partition name on partition numbered C<partnum> on
4040 device C<device>. Note that partitions are numbered from 1.
4042 The partition name can only be set on certain types of partition
4043 table. This works on C<gpt> but not on C<mbr> partitions.");
4045 ("part_list", (RStructList ("partitions", "partition"), [Device "device"]), 213, [],
4046 [], (* XXX Add a regression test for this. *)
4047 "list partitions on a device",
4049 This command parses the partition table on C<device> and
4050 returns the list of partitions found.
4052 The fields in the returned structure are:
4058 Partition number, counting from 1.
4062 Start of the partition I<in bytes>. To get sectors you have to
4063 divide by the device's sector size, see C<guestfs_blockdev_getss>.
4067 End of the partition in bytes.
4071 Size of the partition in bytes.
4075 ("part_get_parttype", (RString "parttype", [Device "device"]), 214, [],
4076 [InitEmpty, Always, TestOutput (
4077 [["part_disk"; "/dev/sda"; "gpt"];
4078 ["part_get_parttype"; "/dev/sda"]], "gpt")],
4079 "get the partition table type",
4081 This command examines the partition table on C<device> and
4082 returns the partition table type (format) being used.
4084 Common return values include: C<msdos> (a DOS/Windows style MBR
4085 partition table), C<gpt> (a GPT/EFI-style partition table). Other
4086 values are possible, although unusual. See C<guestfs_part_init>
4089 ("fill", (RErr, [Int "c"; Int "len"; Pathname "path"]), 215, [],
4090 [InitBasicFS, Always, TestOutputBuffer (
4091 [["fill"; "0x63"; "10"; "/test"];
4092 ["read_file"; "/test"]], "cccccccccc")],
4093 "fill a file with octets",
4095 This command creates a new file called C<path>. The initial
4096 content of the file is C<len> octets of C<c>, where C<c>
4097 must be a number in the range C<[0..255]>.
4099 To fill a file with zero bytes (sparsely), it is
4100 much more efficient to use C<guestfs_truncate_size>.");
4104 let all_functions = non_daemon_functions @ daemon_functions
4106 (* In some places we want the functions to be displayed sorted
4107 * alphabetically, so this is useful:
4109 let all_functions_sorted =
4110 List.sort (fun (n1,_,_,_,_,_,_) (n2,_,_,_,_,_,_) ->
4111 compare n1 n2) all_functions
4113 (* Field types for structures. *)
4115 | FChar (* C 'char' (really, a 7 bit byte). *)
4116 | FString (* nul-terminated ASCII string, NOT NULL. *)
4117 | FBuffer (* opaque buffer of bytes, (char *, int) pair *)
4122 | FBytes (* Any int measure that counts bytes. *)
4123 | FUUID (* 32 bytes long, NOT nul-terminated. *)
4124 | FOptPercent (* [0..100], or -1 meaning "not present". *)
4126 (* Because we generate extra parsing code for LVM command line tools,
4127 * we have to pull out the LVM columns separately here.
4137 "pv_attr", FString (* XXX *);
4138 "pv_pe_count", FInt64;
4139 "pv_pe_alloc_count", FInt64;
4142 "pv_mda_count", FInt64;
4143 "pv_mda_free", FBytes;
4144 (* Not in Fedora 10:
4145 "pv_mda_size", FBytes;
4152 "vg_attr", FString (* XXX *);
4155 "vg_sysid", FString;
4156 "vg_extent_size", FBytes;
4157 "vg_extent_count", FInt64;
4158 "vg_free_count", FInt64;
4163 "snap_count", FInt64;
4166 "vg_mda_count", FInt64;
4167 "vg_mda_free", FBytes;
4168 (* Not in Fedora 10:
4169 "vg_mda_size", FBytes;
4175 "lv_attr", FString (* XXX *);
4178 "lv_kernel_major", FInt64;
4179 "lv_kernel_minor", FInt64;
4181 "seg_count", FInt64;
4183 "snap_percent", FOptPercent;
4184 "copy_percent", FOptPercent;
4187 "mirror_log", FString;
4191 (* Names and fields in all structures (in RStruct and RStructList)
4195 (* The old RIntBool return type, only ever used for aug_defnode. Do
4196 * not use this struct in any new code.
4199 "i", FInt32; (* for historical compatibility *)
4200 "b", FInt32; (* for historical compatibility *)
4203 (* LVM PVs, VGs, LVs. *)
4204 "lvm_pv", lvm_pv_cols;
4205 "lvm_vg", lvm_vg_cols;
4206 "lvm_lv", lvm_lv_cols;
4208 (* Column names and types from stat structures.
4209 * NB. Can't use things like 'st_atime' because glibc header files
4210 * define some of these as macros. Ugh.
4241 (* Column names in dirent structure. *)
4244 (* 'b' 'c' 'd' 'f' (FIFO) 'l' 'r' (regular file) 's' 'u' '?' *)
4249 (* Version numbers. *)
4257 (* Extended attribute. *)
4259 "attrname", FString;
4263 (* Inotify events. *)
4267 "in_cookie", FUInt32;
4271 (* Partition table entry. *)
4274 "part_start", FBytes;
4276 "part_size", FBytes;
4278 ] (* end of structs *)
4280 (* Ugh, Java has to be different ..
4281 * These names are also used by the Haskell bindings.
4283 let java_structs = [
4284 "int_bool", "IntBool";
4289 "statvfs", "StatVFS";
4291 "version", "Version";
4293 "inotify_event", "INotifyEvent";
4294 "partition", "Partition";
4297 (* What structs are actually returned. *)
4298 type rstructs_used_t = RStructOnly | RStructListOnly | RStructAndList
4300 (* Returns a list of RStruct/RStructList structs that are returned
4301 * by any function. Each element of returned list is a pair:
4303 * (structname, RStructOnly)
4304 * == there exists function which returns RStruct (_, structname)
4305 * (structname, RStructListOnly)
4306 * == there exists function which returns RStructList (_, structname)
4307 * (structname, RStructAndList)
4308 * == there are functions returning both RStruct (_, structname)
4309 * and RStructList (_, structname)
4311 let rstructs_used_by functions =
4312 (* ||| is a "logical OR" for rstructs_used_t *)
4316 | _, RStructAndList -> RStructAndList
4317 | RStructOnly, RStructListOnly
4318 | RStructListOnly, RStructOnly -> RStructAndList
4319 | RStructOnly, RStructOnly -> RStructOnly
4320 | RStructListOnly, RStructListOnly -> RStructListOnly
4323 let h = Hashtbl.create 13 in
4325 (* if elem->oldv exists, update entry using ||| operator,
4326 * else just add elem->newv to the hash
4328 let update elem newv =
4329 try let oldv = Hashtbl.find h elem in
4330 Hashtbl.replace h elem (newv ||| oldv)
4331 with Not_found -> Hashtbl.add h elem newv
4335 fun (_, style, _, _, _, _, _) ->
4336 match fst style with
4337 | RStruct (_, structname) -> update structname RStructOnly
4338 | RStructList (_, structname) -> update structname RStructListOnly
4342 (* return key->values as a list of (key,value) *)
4343 Hashtbl.fold (fun key value xs -> (key, value) :: xs) h []
4345 (* Used for testing language bindings. *)
4347 | CallString of string
4348 | CallOptString of string option
4349 | CallStringList of string list
4351 | CallInt64 of int64
4354 (* Used to memoize the result of pod2text. *)
4355 let pod2text_memo_filename = "src/.pod2text.data"
4356 let pod2text_memo : ((int * string * string), string list) Hashtbl.t =
4358 let chan = open_in pod2text_memo_filename in
4359 let v = input_value chan in
4363 _ -> Hashtbl.create 13
4364 let pod2text_memo_updated () =
4365 let chan = open_out pod2text_memo_filename in
4366 output_value chan pod2text_memo;
4369 (* Useful functions.
4370 * Note we don't want to use any external OCaml libraries which
4371 * makes this a bit harder than it should be.
4373 let failwithf fs = ksprintf failwith fs
4375 let replace_char s c1 c2 =
4376 let s2 = String.copy s in
4377 let r = ref false in
4378 for i = 0 to String.length s2 - 1 do
4379 if String.unsafe_get s2 i = c1 then (
4380 String.unsafe_set s2 i c2;
4384 if not !r then s else s2
4388 (* || c = '\f' *) || c = '\n' || c = '\r' || c = '\t' (* || c = '\v' *)
4390 let triml ?(test = isspace) str =
4392 let n = ref (String.length str) in
4393 while !n > 0 && test str.[!i]; do
4398 else String.sub str !i !n
4400 let trimr ?(test = isspace) str =
4401 let n = ref (String.length str) in
4402 while !n > 0 && test str.[!n-1]; do
4405 if !n = String.length str then str
4406 else String.sub str 0 !n
4408 let trim ?(test = isspace) str =
4409 trimr ~test (triml ~test str)
4411 let rec find s sub =
4412 let len = String.length s in
4413 let sublen = String.length sub in
4415 if i <= len-sublen then (
4417 if j < sublen then (
4418 if s.[i+j] = sub.[j] then loop2 (j+1)
4424 if r = -1 then loop (i+1) else r
4430 let rec replace_str s s1 s2 =
4431 let len = String.length s in
4432 let sublen = String.length s1 in
4433 let i = find s s1 in
4436 let s' = String.sub s 0 i in
4437 let s'' = String.sub s (i+sublen) (len-i-sublen) in
4438 s' ^ s2 ^ replace_str s'' s1 s2
4441 let rec string_split sep str =
4442 let len = String.length str in
4443 let seplen = String.length sep in
4444 let i = find str sep in
4445 if i = -1 then [str]
4447 let s' = String.sub str 0 i in
4448 let s'' = String.sub str (i+seplen) (len-i-seplen) in
4449 s' :: string_split sep s''
4452 let files_equal n1 n2 =
4453 let cmd = sprintf "cmp -s %s %s" (Filename.quote n1) (Filename.quote n2) in
4454 match Sys.command cmd with
4457 | i -> failwithf "%s: failed with error code %d" cmd i
4459 let rec filter_map f = function
4463 | Some y -> y :: filter_map f xs
4464 | None -> filter_map f xs
4466 let rec find_map f = function
4467 | [] -> raise Not_found
4471 | None -> find_map f xs
4474 let rec loop i = function
4476 | x :: xs -> f i x; loop (i+1) xs
4481 let rec loop i = function
4483 | x :: xs -> let r = f i x in r :: loop (i+1) xs
4487 let name_of_argt = function
4488 | Pathname n | Device n | Dev_or_Path n | String n | OptString n
4489 | StringList n | DeviceList n | Bool n | Int n | Int64 n
4490 | FileIn n | FileOut n -> n
4492 let java_name_of_struct typ =
4493 try List.assoc typ java_structs
4496 "java_name_of_struct: no java_structs entry corresponding to %s" typ
4498 let cols_of_struct typ =
4499 try List.assoc typ structs
4501 failwithf "cols_of_struct: unknown struct %s" typ
4503 let seq_of_test = function
4504 | TestRun s | TestOutput (s, _) | TestOutputList (s, _)
4505 | TestOutputListOfDevices (s, _)
4506 | TestOutputInt (s, _) | TestOutputIntOp (s, _, _)
4507 | TestOutputTrue s | TestOutputFalse s
4508 | TestOutputLength (s, _) | TestOutputBuffer (s, _)
4509 | TestOutputStruct (s, _)
4510 | TestLastFail s -> s
4512 (* Handling for function flags. *)
4513 let protocol_limit_warning =
4514 "Because of the message protocol, there is a transfer limit
4515 of somewhere between 2MB and 4MB. To transfer large files you should use
4518 let danger_will_robinson =
4519 "B<This command is dangerous. Without careful use you
4520 can easily destroy all your data>."
4522 let deprecation_notice flags =
4525 find_map (function DeprecatedBy str -> Some str | _ -> None) flags in
4527 sprintf "This function is deprecated.
4528 In new code, use the C<%s> call instead.
4530 Deprecated functions will not be removed from the API, but the
4531 fact that they are deprecated indicates that there are problems
4532 with correct use of these functions." alt in
4537 (* Check function names etc. for consistency. *)
4538 let check_functions () =
4539 let contains_uppercase str =
4540 let len = String.length str in
4542 if i >= len then false
4545 if c >= 'A' && c <= 'Z' then true
4552 (* Check function names. *)
4554 fun (name, _, _, _, _, _, _) ->
4555 if String.length name >= 7 && String.sub name 0 7 = "guestfs" then
4556 failwithf "function name %s does not need 'guestfs' prefix" name;
4558 failwithf "function name is empty";
4559 if name.[0] < 'a' || name.[0] > 'z' then
4560 failwithf "function name %s must start with lowercase a-z" name;
4561 if String.contains name '-' then
4562 failwithf "function name %s should not contain '-', use '_' instead."
4566 (* Check function parameter/return names. *)
4568 fun (name, style, _, _, _, _, _) ->
4569 let check_arg_ret_name n =
4570 if contains_uppercase n then
4571 failwithf "%s param/ret %s should not contain uppercase chars"
4573 if String.contains n '-' || String.contains n '_' then
4574 failwithf "%s param/ret %s should not contain '-' or '_'"
4577 failwithf "%s has a param/ret called 'value', which causes conflicts in the OCaml bindings, use something like 'val' or a more descriptive name" name;
4578 if n = "int" || n = "char" || n = "short" || n = "long" then
4579 failwithf "%s has a param/ret which conflicts with a C type (eg. 'int', 'char' etc.)" name;
4580 if n = "i" || n = "n" then
4581 failwithf "%s has a param/ret called 'i' or 'n', which will cause some conflicts in the generated code" name;
4582 if n = "argv" || n = "args" then
4583 failwithf "%s has a param/ret called 'argv' or 'args', which will cause some conflicts in the generated code" name;
4585 (* List Haskell, OCaml and C keywords here.
4586 * http://www.haskell.org/haskellwiki/Keywords
4587 * http://caml.inria.fr/pub/docs/manual-ocaml/lex.html#operator-char
4588 * http://en.wikipedia.org/wiki/C_syntax#Reserved_keywords
4589 * Formatted via: cat c haskell ocaml|sort -u|grep -vE '_|^val$' \
4590 * |perl -pe 's/(.+)/"$1";/'|fmt -70
4591 * Omitting _-containing words, since they're handled above.
4592 * Omitting the OCaml reserved word, "val", is ok,
4593 * and saves us from renaming several parameters.
4596 "and"; "as"; "asr"; "assert"; "auto"; "begin"; "break"; "case";
4597 "char"; "class"; "const"; "constraint"; "continue"; "data";
4598 "default"; "deriving"; "do"; "done"; "double"; "downto"; "else";
4599 "end"; "enum"; "exception"; "extern"; "external"; "false"; "float";
4600 "for"; "forall"; "foreign"; "fun"; "function"; "functor"; "goto";
4601 "hiding"; "if"; "import"; "in"; "include"; "infix"; "infixl";
4602 "infixr"; "inherit"; "initializer"; "inline"; "instance"; "int";
4603 "land"; "lazy"; "let"; "long"; "lor"; "lsl"; "lsr"; "lxor";
4604 "match"; "mdo"; "method"; "mod"; "module"; "mutable"; "new";
4605 "newtype"; "object"; "of"; "open"; "or"; "private"; "qualified";
4606 "rec"; "register"; "restrict"; "return"; "short"; "sig"; "signed";
4607 "sizeof"; "static"; "struct"; "switch"; "then"; "to"; "true"; "try";
4608 "type"; "typedef"; "union"; "unsigned"; "virtual"; "void";
4609 "volatile"; "when"; "where"; "while";
4611 if List.mem n reserved then
4612 failwithf "%s has param/ret using reserved word %s" name n;
4615 (match fst style with
4617 | RInt n | RInt64 n | RBool n
4618 | RConstString n | RConstOptString n | RString n
4619 | RStringList n | RStruct (n, _) | RStructList (n, _)
4620 | RHashtable n | RBufferOut n ->
4621 check_arg_ret_name n
4623 List.iter (fun arg -> check_arg_ret_name (name_of_argt arg)) (snd style)
4626 (* Check short descriptions. *)
4628 fun (name, _, _, _, _, shortdesc, _) ->
4629 if shortdesc.[0] <> Char.lowercase shortdesc.[0] then
4630 failwithf "short description of %s should begin with lowercase." name;
4631 let c = shortdesc.[String.length shortdesc-1] in
4632 if c = '\n' || c = '.' then
4633 failwithf "short description of %s should not end with . or \\n." name
4636 (* Check long dscriptions. *)
4638 fun (name, _, _, _, _, _, longdesc) ->
4639 if longdesc.[String.length longdesc-1] = '\n' then
4640 failwithf "long description of %s should not end with \\n." name
4643 (* Check proc_nrs. *)
4645 fun (name, _, proc_nr, _, _, _, _) ->
4646 if proc_nr <= 0 then
4647 failwithf "daemon function %s should have proc_nr > 0" name
4651 fun (name, _, proc_nr, _, _, _, _) ->
4652 if proc_nr <> -1 then
4653 failwithf "non-daemon function %s should have proc_nr -1" name
4654 ) non_daemon_functions;
4657 List.map (fun (name, _, proc_nr, _, _, _, _) -> name, proc_nr)
4660 List.sort (fun (_,nr1) (_,nr2) -> compare nr1 nr2) proc_nrs in
4661 let rec loop = function
4664 | (name1,nr1) :: ((name2,nr2) :: _ as rest) when nr1 < nr2 ->
4666 | (name1,nr1) :: (name2,nr2) :: _ ->
4667 failwithf "%s and %s have conflicting procedure numbers (%d, %d)"
4675 (* Ignore functions that have no tests. We generate a
4676 * warning when the user does 'make check' instead.
4678 | name, _, _, _, [], _, _ -> ()
4679 | name, _, _, _, tests, _, _ ->
4683 match seq_of_test test with
4685 failwithf "%s has a test containing an empty sequence" name
4686 | cmds -> List.map List.hd cmds
4688 let funcs = List.flatten funcs in
4690 let tested = List.mem name funcs in
4693 failwithf "function %s has tests but does not test itself" name
4696 (* 'pr' prints to the current output file. *)
4697 let chan = ref stdout
4698 let pr fs = ksprintf (output_string !chan) fs
4700 (* Generate a header block in a number of standard styles. *)
4701 type comment_style = CStyle | HashStyle | OCamlStyle | HaskellStyle
4702 type license = GPLv2 | LGPLv2
4704 let generate_header comment license =
4705 let c = match comment with
4706 | CStyle -> pr "/* "; " *"
4707 | HashStyle -> pr "# "; "#"
4708 | OCamlStyle -> pr "(* "; " *"
4709 | HaskellStyle -> pr "{- "; " " in
4710 pr "libguestfs generated file\n";
4711 pr "%s WARNING: THIS FILE IS GENERATED BY 'src/generator.ml'.\n" c;
4712 pr "%s ANY CHANGES YOU MAKE TO THIS FILE WILL BE LOST.\n" c;
4714 pr "%s Copyright (C) 2009 Red Hat Inc.\n" c;
4718 pr "%s This program is free software; you can redistribute it and/or modify\n" c;
4719 pr "%s it under the terms of the GNU General Public License as published by\n" c;
4720 pr "%s the Free Software Foundation; either version 2 of the License, or\n" c;
4721 pr "%s (at your option) any later version.\n" c;
4723 pr "%s This program is distributed in the hope that it will be useful,\n" c;
4724 pr "%s but WITHOUT ANY WARRANTY; without even the implied warranty of\n" c;
4725 pr "%s MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the\n" c;
4726 pr "%s GNU General Public License for more details.\n" c;
4728 pr "%s You should have received a copy of the GNU General Public License along\n" c;
4729 pr "%s with this program; if not, write to the Free Software Foundation, Inc.,\n" c;
4730 pr "%s 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301 USA.\n" c;
4733 pr "%s This library is free software; you can redistribute it and/or\n" c;
4734 pr "%s modify it under the terms of the GNU Lesser General Public\n" c;
4735 pr "%s License as published by the Free Software Foundation; either\n" c;
4736 pr "%s version 2 of the License, or (at your option) any later version.\n" c;
4738 pr "%s This library is distributed in the hope that it will be useful,\n" c;
4739 pr "%s but WITHOUT ANY WARRANTY; without even the implied warranty of\n" c;
4740 pr "%s MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU\n" c;
4741 pr "%s Lesser General Public License for more details.\n" c;
4743 pr "%s You should have received a copy of the GNU Lesser General Public\n" c;
4744 pr "%s License along with this library; if not, write to the Free Software\n" c;
4745 pr "%s Foundation, Inc., 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301 USA\n" c;
4748 | CStyle -> pr " */\n"
4750 | OCamlStyle -> pr " *)\n"
4751 | HaskellStyle -> pr "-}\n"
4755 (* Start of main code generation functions below this line. *)
4757 (* Generate the pod documentation for the C API. *)
4758 let rec generate_actions_pod () =
4760 fun (shortname, style, _, flags, _, _, longdesc) ->
4761 if not (List.mem NotInDocs flags) then (
4762 let name = "guestfs_" ^ shortname in
4763 pr "=head2 %s\n\n" name;
4765 generate_prototype ~extern:false ~handle:"handle" name style;
4767 pr "%s\n\n" longdesc;
4768 (match fst style with
4770 pr "This function returns 0 on success or -1 on error.\n\n"
4772 pr "On error this function returns -1.\n\n"
4774 pr "On error this function returns -1.\n\n"
4776 pr "This function returns a C truth value on success or -1 on error.\n\n"
4778 pr "This function returns a string, or NULL on error.
4779 The string is owned by the guest handle and must I<not> be freed.\n\n"
4780 | RConstOptString _ ->
4781 pr "This function returns a string which may be NULL.
4782 There is way to return an error from this function.
4783 The string is owned by the guest handle and must I<not> be freed.\n\n"
4785 pr "This function returns a string, or NULL on error.
4786 I<The caller must free the returned string after use>.\n\n"
4788 pr "This function returns a NULL-terminated array of strings
4789 (like L<environ(3)>), or NULL if there was an error.
4790 I<The caller must free the strings and the array after use>.\n\n"
4791 | RStruct (_, typ) ->
4792 pr "This function returns a C<struct guestfs_%s *>,
4793 or NULL if there was an error.
4794 I<The caller must call C<guestfs_free_%s> after use>.\n\n" typ typ
4795 | RStructList (_, typ) ->
4796 pr "This function returns a C<struct guestfs_%s_list *>
4797 (see E<lt>guestfs-structs.hE<gt>),
4798 or NULL if there was an error.
4799 I<The caller must call C<guestfs_free_%s_list> after use>.\n\n" typ typ
4801 pr "This function returns a NULL-terminated array of
4802 strings, or NULL if there was an error.
4803 The array of strings will always have length C<2n+1>, where
4804 C<n> keys and values alternate, followed by the trailing NULL entry.
4805 I<The caller must free the strings and the array after use>.\n\n"
4807 pr "This function returns a buffer, or NULL on error.
4808 The size of the returned buffer is written to C<*size_r>.
4809 I<The caller must free the returned buffer after use>.\n\n"
4811 if List.mem ProtocolLimitWarning flags then
4812 pr "%s\n\n" protocol_limit_warning;
4813 if List.mem DangerWillRobinson flags then
4814 pr "%s\n\n" danger_will_robinson;
4815 match deprecation_notice flags with
4817 | Some txt -> pr "%s\n\n" txt
4819 ) all_functions_sorted
4821 and generate_structs_pod () =
4822 (* Structs documentation. *)
4825 pr "=head2 guestfs_%s\n" typ;
4827 pr " struct guestfs_%s {\n" typ;
4830 | name, FChar -> pr " char %s;\n" name
4831 | name, FUInt32 -> pr " uint32_t %s;\n" name
4832 | name, FInt32 -> pr " int32_t %s;\n" name
4833 | name, (FUInt64|FBytes) -> pr " uint64_t %s;\n" name
4834 | name, FInt64 -> pr " int64_t %s;\n" name
4835 | name, FString -> pr " char *%s;\n" name
4837 pr " /* The next two fields describe a byte array. */\n";
4838 pr " uint32_t %s_len;\n" name;
4839 pr " char *%s;\n" name
4841 pr " /* The next field is NOT nul-terminated, be careful when printing it: */\n";
4842 pr " char %s[32];\n" name
4843 | name, FOptPercent ->
4844 pr " /* The next field is [0..100] or -1 meaning 'not present': */\n";
4845 pr " float %s;\n" name
4849 pr " struct guestfs_%s_list {\n" typ;
4850 pr " uint32_t len; /* Number of elements in list. */\n";
4851 pr " struct guestfs_%s *val; /* Elements. */\n" typ;
4854 pr " void guestfs_free_%s (struct guestfs_free_%s *);\n" typ typ;
4855 pr " void guestfs_free_%s_list (struct guestfs_free_%s_list *);\n"
4860 (* Generate the protocol (XDR) file, 'guestfs_protocol.x' and
4861 * indirectly 'guestfs_protocol.h' and 'guestfs_protocol.c'.
4863 * We have to use an underscore instead of a dash because otherwise
4864 * rpcgen generates incorrect code.
4866 * This header is NOT exported to clients, but see also generate_structs_h.
4868 and generate_xdr () =
4869 generate_header CStyle LGPLv2;
4871 (* This has to be defined to get around a limitation in Sun's rpcgen. *)
4872 pr "typedef string str<>;\n";
4875 (* Internal structures. *)
4879 pr "struct guestfs_int_%s {\n" typ;
4881 | name, FChar -> pr " char %s;\n" name
4882 | name, FString -> pr " string %s<>;\n" name
4883 | name, FBuffer -> pr " opaque %s<>;\n" name
4884 | name, FUUID -> pr " opaque %s[32];\n" name
4885 | name, (FInt32|FUInt32) -> pr " int %s;\n" name
4886 | name, (FInt64|FUInt64|FBytes) -> pr " hyper %s;\n" name
4887 | name, FOptPercent -> pr " float %s;\n" name
4891 pr "typedef struct guestfs_int_%s guestfs_int_%s_list<>;\n" typ typ;
4896 fun (shortname, style, _, _, _, _, _) ->
4897 let name = "guestfs_" ^ shortname in
4899 (match snd style with
4902 pr "struct %s_args {\n" name;
4905 | Pathname n | Device n | Dev_or_Path n | String n ->
4906 pr " string %s<>;\n" n
4907 | OptString n -> pr " str *%s;\n" n
4908 | StringList n | DeviceList n -> pr " str %s<>;\n" n
4909 | Bool n -> pr " bool %s;\n" n
4910 | Int n -> pr " int %s;\n" n
4911 | Int64 n -> pr " hyper %s;\n" n
4912 | FileIn _ | FileOut _ -> ()
4916 (match fst style with
4919 pr "struct %s_ret {\n" name;
4923 pr "struct %s_ret {\n" name;
4924 pr " hyper %s;\n" n;
4927 pr "struct %s_ret {\n" name;
4930 | RConstString _ | RConstOptString _ ->
4931 failwithf "RConstString|RConstOptString cannot be used by daemon functions"
4933 pr "struct %s_ret {\n" name;
4934 pr " string %s<>;\n" n;
4937 pr "struct %s_ret {\n" name;
4938 pr " str %s<>;\n" n;
4940 | RStruct (n, typ) ->
4941 pr "struct %s_ret {\n" name;
4942 pr " guestfs_int_%s %s;\n" typ n;
4944 | RStructList (n, typ) ->
4945 pr "struct %s_ret {\n" name;
4946 pr " guestfs_int_%s_list %s;\n" typ n;
4949 pr "struct %s_ret {\n" name;
4950 pr " str %s<>;\n" n;
4953 pr "struct %s_ret {\n" name;
4954 pr " opaque %s<>;\n" n;
4959 (* Table of procedure numbers. *)
4960 pr "enum guestfs_procedure {\n";
4962 fun (shortname, _, proc_nr, _, _, _, _) ->
4963 pr " GUESTFS_PROC_%s = %d,\n" (String.uppercase shortname) proc_nr
4965 pr " GUESTFS_PROC_NR_PROCS\n";
4969 (* Having to choose a maximum message size is annoying for several
4970 * reasons (it limits what we can do in the API), but it (a) makes
4971 * the protocol a lot simpler, and (b) provides a bound on the size
4972 * of the daemon which operates in limited memory space. For large
4973 * file transfers you should use FTP.
4975 pr "const GUESTFS_MESSAGE_MAX = %d;\n" (4 * 1024 * 1024);
4978 (* Message header, etc. *)
4980 /* The communication protocol is now documented in the guestfs(3)
4984 const GUESTFS_PROGRAM = 0x2000F5F5;
4985 const GUESTFS_PROTOCOL_VERSION = 1;
4987 /* These constants must be larger than any possible message length. */
4988 const GUESTFS_LAUNCH_FLAG = 0xf5f55ff5;
4989 const GUESTFS_CANCEL_FLAG = 0xffffeeee;
4991 enum guestfs_message_direction {
4992 GUESTFS_DIRECTION_CALL = 0, /* client -> daemon */
4993 GUESTFS_DIRECTION_REPLY = 1 /* daemon -> client */
4996 enum guestfs_message_status {
4997 GUESTFS_STATUS_OK = 0,
4998 GUESTFS_STATUS_ERROR = 1
5001 const GUESTFS_ERROR_LEN = 256;
5003 struct guestfs_message_error {
5004 string error_message<GUESTFS_ERROR_LEN>;
5007 struct guestfs_message_header {
5008 unsigned prog; /* GUESTFS_PROGRAM */
5009 unsigned vers; /* GUESTFS_PROTOCOL_VERSION */
5010 guestfs_procedure proc; /* GUESTFS_PROC_x */
5011 guestfs_message_direction direction;
5012 unsigned serial; /* message serial number */
5013 guestfs_message_status status;
5016 const GUESTFS_MAX_CHUNK_SIZE = 8192;
5018 struct guestfs_chunk {
5019 int cancel; /* if non-zero, transfer is cancelled */
5020 /* data size is 0 bytes if the transfer has finished successfully */
5021 opaque data<GUESTFS_MAX_CHUNK_SIZE>;
5025 (* Generate the guestfs-structs.h file. *)
5026 and generate_structs_h () =
5027 generate_header CStyle LGPLv2;
5029 (* This is a public exported header file containing various
5030 * structures. The structures are carefully written to have
5031 * exactly the same in-memory format as the XDR structures that
5032 * we use on the wire to the daemon. The reason for creating
5033 * copies of these structures here is just so we don't have to
5034 * export the whole of guestfs_protocol.h (which includes much
5035 * unrelated and XDR-dependent stuff that we don't want to be
5036 * public, or required by clients).
5038 * To reiterate, we will pass these structures to and from the
5039 * client with a simple assignment or memcpy, so the format
5040 * must be identical to what rpcgen / the RFC defines.
5043 (* Public structures. *)
5046 pr "struct guestfs_%s {\n" typ;
5049 | name, FChar -> pr " char %s;\n" name
5050 | name, FString -> pr " char *%s;\n" name
5052 pr " uint32_t %s_len;\n" name;
5053 pr " char *%s;\n" name
5054 | name, FUUID -> pr " char %s[32]; /* this is NOT nul-terminated, be careful when printing */\n" name
5055 | name, FUInt32 -> pr " uint32_t %s;\n" name
5056 | name, FInt32 -> pr " int32_t %s;\n" name
5057 | name, (FUInt64|FBytes) -> pr " uint64_t %s;\n" name
5058 | name, FInt64 -> pr " int64_t %s;\n" name
5059 | name, FOptPercent -> pr " float %s; /* [0..100] or -1 */\n" name
5063 pr "struct guestfs_%s_list {\n" typ;
5064 pr " uint32_t len;\n";
5065 pr " struct guestfs_%s *val;\n" typ;
5068 pr "extern void guestfs_free_%s (struct guestfs_%s *);\n" typ typ;
5069 pr "extern void guestfs_free_%s_list (struct guestfs_%s_list *);\n" typ typ;
5073 (* Generate the guestfs-actions.h file. *)
5074 and generate_actions_h () =
5075 generate_header CStyle LGPLv2;
5077 fun (shortname, style, _, _, _, _, _) ->
5078 let name = "guestfs_" ^ shortname in
5079 generate_prototype ~single_line:true ~newline:true ~handle:"handle"
5083 (* Generate the guestfs-internal-actions.h file. *)
5084 and generate_internal_actions_h () =
5085 generate_header CStyle LGPLv2;
5087 fun (shortname, style, _, _, _, _, _) ->
5088 let name = "guestfs__" ^ shortname in
5089 generate_prototype ~single_line:true ~newline:true ~handle:"handle"
5091 ) non_daemon_functions
5093 (* Generate the client-side dispatch stubs. *)
5094 and generate_client_actions () =
5095 generate_header CStyle LGPLv2;
5101 #include <inttypes.h>
5103 #include \"guestfs.h\"
5104 #include \"guestfs-internal.h\"
5105 #include \"guestfs-internal-actions.h\"
5106 #include \"guestfs_protocol.h\"
5108 #define error guestfs_error
5109 //#define perrorf guestfs_perrorf
5110 //#define safe_malloc guestfs_safe_malloc
5111 #define safe_realloc guestfs_safe_realloc
5112 //#define safe_strdup guestfs_safe_strdup
5113 #define safe_memdup guestfs_safe_memdup
5115 /* Check the return message from a call for validity. */
5117 check_reply_header (guestfs_h *g,
5118 const struct guestfs_message_header *hdr,
5119 unsigned int proc_nr, unsigned int serial)
5121 if (hdr->prog != GUESTFS_PROGRAM) {
5122 error (g, \"wrong program (%%d/%%d)\", hdr->prog, GUESTFS_PROGRAM);
5125 if (hdr->vers != GUESTFS_PROTOCOL_VERSION) {
5126 error (g, \"wrong protocol version (%%d/%%d)\",
5127 hdr->vers, GUESTFS_PROTOCOL_VERSION);
5130 if (hdr->direction != GUESTFS_DIRECTION_REPLY) {
5131 error (g, \"unexpected message direction (%%d/%%d)\",
5132 hdr->direction, GUESTFS_DIRECTION_REPLY);
5135 if (hdr->proc != proc_nr) {
5136 error (g, \"unexpected procedure number (%%d/%%d)\", hdr->proc, proc_nr);
5139 if (hdr->serial != serial) {
5140 error (g, \"unexpected serial (%%d/%%d)\", hdr->serial, serial);
5147 /* Check we are in the right state to run a high-level action. */
5149 check_state (guestfs_h *g, const char *caller)
5151 if (!guestfs__is_ready (g)) {
5152 if (guestfs__is_config (g) || guestfs__is_launching (g))
5153 error (g, \"%%s: call launch before using this function\\n(in guestfish, don't forget to use the 'run' command)\",
5156 error (g, \"%%s called from the wrong state, %%d != READY\",
5157 caller, guestfs__get_state (g));
5165 (* Generate code to generate guestfish call traces. *)
5166 let trace_call shortname style =
5167 pr " if (guestfs__get_trace (g)) {\n";
5170 List.exists (function
5171 | StringList _ | DeviceList _ -> true
5172 | _ -> false) (snd style) in
5178 pr " printf (\"%s\");\n" shortname;
5181 | String n (* strings *)
5187 (* guestfish doesn't support string escaping, so neither do we *)
5188 pr " printf (\" \\\"%%s\\\"\", %s);\n" n
5189 | OptString n -> (* string option *)
5190 pr " if (%s) printf (\" \\\"%%s\\\"\", %s);\n" n n;
5191 pr " else printf (\" null\");\n"
5193 | DeviceList n -> (* string list *)
5194 pr " putchar (' ');\n";
5195 pr " putchar ('\"');\n";
5196 pr " for (i = 0; %s[i]; ++i) {\n" n;
5197 pr " if (i > 0) putchar (' ');\n";
5198 pr " fputs (%s[i], stdout);\n" n;
5200 pr " putchar ('\"');\n";
5201 | Bool n -> (* boolean *)
5202 pr " fputs (%s ? \" true\" : \" false\", stdout);\n" n
5203 | Int n -> (* int *)
5204 pr " printf (\" %%d\", %s);\n" n
5206 pr " printf (\" %%\" PRIi64, %s);\n" n
5208 pr " putchar ('\\n');\n";
5213 (* For non-daemon functions, generate a wrapper around each function. *)
5215 fun (shortname, style, _, _, _, _, _) ->
5216 let name = "guestfs_" ^ shortname in
5218 generate_prototype ~extern:false ~semicolon:false ~newline:true
5219 ~handle:"g" name style;
5221 trace_call shortname style;
5222 pr " return guestfs__%s " shortname;
5223 generate_c_call_args ~handle:"g" style;
5227 ) non_daemon_functions;
5229 (* Client-side stubs for each function. *)
5231 fun (shortname, style, _, _, _, _, _) ->
5232 let name = "guestfs_" ^ shortname in
5234 (* Generate the action stub. *)
5235 generate_prototype ~extern:false ~semicolon:false ~newline:true
5236 ~handle:"g" name style;
5239 match fst style with
5240 | RErr | RInt _ | RInt64 _ | RBool _ -> "-1"
5241 | RConstString _ | RConstOptString _ ->
5242 failwithf "RConstString|RConstOptString cannot be used by daemon functions"
5243 | RString _ | RStringList _
5244 | RStruct _ | RStructList _
5245 | RHashtable _ | RBufferOut _ ->
5250 (match snd style with
5252 | _ -> pr " struct %s_args args;\n" name
5255 pr " guestfs_message_header hdr;\n";
5256 pr " guestfs_message_error err;\n";
5258 match fst style with
5260 | RConstString _ | RConstOptString _ ->
5261 failwithf "RConstString|RConstOptString cannot be used by daemon functions"
5263 | RBool _ | RString _ | RStringList _
5264 | RStruct _ | RStructList _
5265 | RHashtable _ | RBufferOut _ ->
5266 pr " struct %s_ret ret;\n" name;
5269 pr " int serial;\n";
5272 trace_call shortname style;
5273 pr " if (check_state (g, \"%s\") == -1) return %s;\n" name error_code;
5274 pr " guestfs___set_busy (g);\n";
5277 (* Send the main header and arguments. *)
5278 (match snd style with
5280 pr " serial = guestfs___send (g, GUESTFS_PROC_%s, NULL, NULL);\n"
5281 (String.uppercase shortname)
5285 | Pathname n | Device n | Dev_or_Path n | String n ->
5286 pr " args.%s = (char *) %s;\n" n n
5288 pr " args.%s = %s ? (char **) &%s : NULL;\n" n n n
5289 | StringList n | DeviceList n ->
5290 pr " args.%s.%s_val = (char **) %s;\n" n n n;
5291 pr " for (args.%s.%s_len = 0; %s[args.%s.%s_len]; args.%s.%s_len++) ;\n" n n n n n n n;
5293 pr " args.%s = %s;\n" n n
5295 pr " args.%s = %s;\n" n n
5297 pr " args.%s = %s;\n" n n
5298 | FileIn _ | FileOut _ -> ()
5300 pr " serial = guestfs___send (g, GUESTFS_PROC_%s,\n"
5301 (String.uppercase shortname);
5302 pr " (xdrproc_t) xdr_%s_args, (char *) &args);\n"
5305 pr " if (serial == -1) {\n";
5306 pr " guestfs___end_busy (g);\n";
5307 pr " return %s;\n" error_code;
5311 (* Send any additional files (FileIn) requested. *)
5312 let need_read_reply_label = ref false in
5316 pr " r = guestfs___send_file (g, %s);\n" n;
5317 pr " if (r == -1) {\n";
5318 pr " guestfs___end_busy (g);\n";
5319 pr " return %s;\n" error_code;
5321 pr " if (r == -2) /* daemon cancelled */\n";
5322 pr " goto read_reply;\n";
5323 need_read_reply_label := true;
5328 (* Wait for the reply from the remote end. *)
5329 if !need_read_reply_label then pr " read_reply:\n";
5330 pr " memset (&hdr, 0, sizeof hdr);\n";
5331 pr " memset (&err, 0, sizeof err);\n";
5332 if has_ret then pr " memset (&ret, 0, sizeof ret);\n";
5334 pr " r = guestfs___recv (g, \"%s\", &hdr, &err,\n " shortname;
5338 pr "(xdrproc_t) xdr_guestfs_%s_ret, (char *) &ret" shortname;
5341 pr " if (r == -1) {\n";
5342 pr " guestfs___end_busy (g);\n";
5343 pr " return %s;\n" error_code;
5347 pr " if (check_reply_header (g, &hdr, GUESTFS_PROC_%s, serial) == -1) {\n"
5348 (String.uppercase shortname);
5349 pr " guestfs___end_busy (g);\n";
5350 pr " return %s;\n" error_code;
5354 pr " if (hdr.status == GUESTFS_STATUS_ERROR) {\n";
5355 pr " error (g, \"%%s: %%s\", \"%s\", err.error_message);\n" shortname;
5356 pr " free (err.error_message);\n";
5357 pr " guestfs___end_busy (g);\n";
5358 pr " return %s;\n" error_code;
5362 (* Expecting to receive further files (FileOut)? *)
5366 pr " if (guestfs___recv_file (g, %s) == -1) {\n" n;
5367 pr " guestfs___end_busy (g);\n";
5368 pr " return %s;\n" error_code;
5374 pr " guestfs___end_busy (g);\n";
5376 (match fst style with
5377 | RErr -> pr " return 0;\n"
5378 | RInt n | RInt64 n | RBool n ->
5379 pr " return ret.%s;\n" n
5380 | RConstString _ | RConstOptString _ ->
5381 failwithf "RConstString|RConstOptString cannot be used by daemon functions"
5383 pr " return ret.%s; /* caller will free */\n" n
5384 | RStringList n | RHashtable n ->
5385 pr " /* caller will free this, but we need to add a NULL entry */\n";
5386 pr " ret.%s.%s_val =\n" n n;
5387 pr " safe_realloc (g, ret.%s.%s_val,\n" n n;
5388 pr " sizeof (char *) * (ret.%s.%s_len + 1));\n"
5390 pr " ret.%s.%s_val[ret.%s.%s_len] = NULL;\n" n n n n;
5391 pr " return ret.%s.%s_val;\n" n n
5393 pr " /* caller will free this */\n";
5394 pr " return safe_memdup (g, &ret.%s, sizeof (ret.%s));\n" n n
5395 | RStructList (n, _) ->
5396 pr " /* caller will free this */\n";
5397 pr " return safe_memdup (g, &ret.%s, sizeof (ret.%s));\n" n n
5399 pr " *size_r = ret.%s.%s_len;\n" n n;
5400 pr " return ret.%s.%s_val; /* caller will free */\n" n n
5406 (* Functions to free structures. *)
5407 pr "/* Structure-freeing functions. These rely on the fact that the\n";
5408 pr " * structure format is identical to the XDR format. See note in\n";
5409 pr " * generator.ml.\n";
5416 pr "guestfs_free_%s (struct guestfs_%s *x)\n" typ typ;
5418 pr " xdr_free ((xdrproc_t) xdr_guestfs_int_%s, (char *) x);\n" typ;
5424 pr "guestfs_free_%s_list (struct guestfs_%s_list *x)\n" typ typ;
5426 pr " xdr_free ((xdrproc_t) xdr_guestfs_int_%s_list, (char *) x);\n" typ;
5433 (* Generate daemon/actions.h. *)
5434 and generate_daemon_actions_h () =
5435 generate_header CStyle GPLv2;
5437 pr "#include \"../src/guestfs_protocol.h\"\n";
5441 fun (name, style, _, _, _, _, _) ->
5443 ~single_line:true ~newline:true ~in_daemon:true ~prefix:"do_"
5447 (* Generate the server-side stubs. *)
5448 and generate_daemon_actions () =
5449 generate_header CStyle GPLv2;
5451 pr "#include <config.h>\n";
5453 pr "#include <stdio.h>\n";
5454 pr "#include <stdlib.h>\n";
5455 pr "#include <string.h>\n";
5456 pr "#include <inttypes.h>\n";
5457 pr "#include <rpc/types.h>\n";
5458 pr "#include <rpc/xdr.h>\n";
5460 pr "#include \"daemon.h\"\n";
5461 pr "#include \"c-ctype.h\"\n";
5462 pr "#include \"../src/guestfs_protocol.h\"\n";
5463 pr "#include \"actions.h\"\n";
5467 fun (name, style, _, _, _, _, _) ->
5468 (* Generate server-side stubs. *)
5469 pr "static void %s_stub (XDR *xdr_in)\n" name;
5472 match fst style with
5473 | RErr | RInt _ -> pr " int r;\n"; "-1"
5474 | RInt64 _ -> pr " int64_t r;\n"; "-1"
5475 | RBool _ -> pr " int r;\n"; "-1"
5476 | RConstString _ | RConstOptString _ ->
5477 failwithf "RConstString|RConstOptString cannot be used by daemon functions"
5478 | RString _ -> pr " char *r;\n"; "NULL"
5479 | RStringList _ | RHashtable _ -> pr " char **r;\n"; "NULL"
5480 | RStruct (_, typ) -> pr " guestfs_int_%s *r;\n" typ; "NULL"
5481 | RStructList (_, typ) -> pr " guestfs_int_%s_list *r;\n" typ; "NULL"
5483 pr " size_t size;\n";
5487 (match snd style with
5490 pr " struct guestfs_%s_args args;\n" name;
5493 | Device n | Dev_or_Path n
5496 | OptString n -> pr " char *%s;\n" n
5497 | StringList n | DeviceList n -> pr " char **%s;\n" n
5498 | Bool n -> pr " int %s;\n" n
5499 | Int n -> pr " int %s;\n" n
5500 | Int64 n -> pr " int64_t %s;\n" n
5501 | FileIn _ | FileOut _ -> ()
5506 (match snd style with
5509 pr " memset (&args, 0, sizeof args);\n";
5511 pr " if (!xdr_guestfs_%s_args (xdr_in, &args)) {\n" name;
5512 pr " reply_with_error (\"%%s: daemon failed to decode procedure arguments\", \"%s\");\n" name;
5516 pr " char *%s = args.%s;\n" n n
5518 let pr_list_handling_code n =
5519 pr " %s = realloc (args.%s.%s_val,\n" n n n;
5520 pr " sizeof (char *) * (args.%s.%s_len+1));\n" n n;
5521 pr " if (%s == NULL) {\n" n;
5522 pr " reply_with_perror (\"realloc\");\n";
5525 pr " %s[args.%s.%s_len] = NULL;\n" n n n;
5526 pr " args.%s.%s_val = %s;\n" n n n;
5532 pr " ABS_PATH (%s, goto done);\n" n;
5535 pr " RESOLVE_DEVICE (%s, goto done);\n" n;
5538 pr " REQUIRE_ROOT_OR_RESOLVE_DEVICE (%s, goto done);\n" n;
5539 | String n -> pr_args n
5540 | OptString n -> pr " %s = args.%s ? *args.%s : NULL;\n" n n n
5542 pr_list_handling_code n;
5544 pr_list_handling_code n;
5545 pr " /* Ensure that each is a device,\n";
5546 pr " * and perform device name translation. */\n";
5547 pr " { int pvi; for (pvi = 0; physvols[pvi] != NULL; ++pvi)\n";
5548 pr " RESOLVE_DEVICE (physvols[pvi], goto done);\n";
5550 | Bool n -> pr " %s = args.%s;\n" n n
5551 | Int n -> pr " %s = args.%s;\n" n n
5552 | Int64 n -> pr " %s = args.%s;\n" n n
5553 | FileIn _ | FileOut _ -> ()
5559 (* this is used at least for do_equal *)
5560 if List.exists (function Pathname _ -> true | _ -> false) (snd style) then (
5561 (* Emit NEED_ROOT just once, even when there are two or
5562 more Pathname args *)
5563 pr " NEED_ROOT (goto done);\n";
5566 (* Don't want to call the impl with any FileIn or FileOut
5567 * parameters, since these go "outside" the RPC protocol.
5570 List.filter (function FileIn _ | FileOut _ -> false | _ -> true)
5572 pr " r = do_%s " name;
5573 generate_c_call_args (fst style, args');
5576 pr " if (r == %s)\n" error_code;
5577 pr " /* do_%s has already called reply_with_error */\n" name;
5581 (* If there are any FileOut parameters, then the impl must
5582 * send its own reply.
5585 List.exists (function FileOut _ -> true | _ -> false) (snd style) in
5587 pr " /* do_%s has already sent a reply */\n" name
5589 match fst style with
5590 | RErr -> pr " reply (NULL, NULL);\n"
5591 | RInt n | RInt64 n | RBool n ->
5592 pr " struct guestfs_%s_ret ret;\n" name;
5593 pr " ret.%s = r;\n" n;
5594 pr " reply ((xdrproc_t) &xdr_guestfs_%s_ret, (char *) &ret);\n"
5596 | RConstString _ | RConstOptString _ ->
5597 failwithf "RConstString|RConstOptString cannot be used by daemon functions"
5599 pr " struct guestfs_%s_ret ret;\n" name;
5600 pr " ret.%s = r;\n" n;
5601 pr " reply ((xdrproc_t) &xdr_guestfs_%s_ret, (char *) &ret);\n"
5604 | RStringList n | RHashtable n ->
5605 pr " struct guestfs_%s_ret ret;\n" name;
5606 pr " ret.%s.%s_len = count_strings (r);\n" n n;
5607 pr " ret.%s.%s_val = r;\n" n n;
5608 pr " reply ((xdrproc_t) &xdr_guestfs_%s_ret, (char *) &ret);\n"
5610 pr " free_strings (r);\n"
5612 pr " struct guestfs_%s_ret ret;\n" name;
5613 pr " ret.%s = *r;\n" n;
5614 pr " reply ((xdrproc_t) xdr_guestfs_%s_ret, (char *) &ret);\n"
5616 pr " xdr_free ((xdrproc_t) xdr_guestfs_%s_ret, (char *) &ret);\n"
5618 | RStructList (n, _) ->
5619 pr " struct guestfs_%s_ret ret;\n" name;
5620 pr " ret.%s = *r;\n" n;
5621 pr " reply ((xdrproc_t) xdr_guestfs_%s_ret, (char *) &ret);\n"
5623 pr " xdr_free ((xdrproc_t) xdr_guestfs_%s_ret, (char *) &ret);\n"
5626 pr " struct guestfs_%s_ret ret;\n" name;
5627 pr " ret.%s.%s_val = r;\n" n n;
5628 pr " ret.%s.%s_len = size;\n" n n;
5629 pr " reply ((xdrproc_t) &xdr_guestfs_%s_ret, (char *) &ret);\n"
5634 (* Free the args. *)
5635 (match snd style with
5640 pr " xdr_free ((xdrproc_t) xdr_guestfs_%s_args, (char *) &args);\n"
5647 (* Dispatch function. *)
5648 pr "void dispatch_incoming_message (XDR *xdr_in)\n";
5650 pr " switch (proc_nr) {\n";
5653 fun (name, style, _, _, _, _, _) ->
5654 pr " case GUESTFS_PROC_%s:\n" (String.uppercase name);
5655 pr " %s_stub (xdr_in);\n" name;
5660 pr " reply_with_error (\"dispatch_incoming_message: unknown procedure number %%d, set LIBGUESTFS_PATH to point to the matching libguestfs appliance directory\", proc_nr);\n";
5665 (* LVM columns and tokenization functions. *)
5666 (* XXX This generates crap code. We should rethink how we
5672 pr "static const char *lvm_%s_cols = \"%s\";\n"
5673 typ (String.concat "," (List.map fst cols));
5676 pr "static int lvm_tokenize_%s (char *str, guestfs_int_lvm_%s *r)\n" typ typ;
5678 pr " char *tok, *p, *next;\n";
5682 pr " fprintf (stderr, \"%%s: <<%%s>>\\n\", __func__, str);\n";
5685 pr " if (!str) {\n";
5686 pr " fprintf (stderr, \"%%s: failed: passed a NULL string\\n\", __func__);\n";
5689 pr " if (!*str || c_isspace (*str)) {\n";
5690 pr " fprintf (stderr, \"%%s: failed: passed a empty string or one beginning with whitespace\\n\", __func__);\n";
5695 fun (name, coltype) ->
5696 pr " if (!tok) {\n";
5697 pr " fprintf (stderr, \"%%s: failed: string finished early, around token %%s\\n\", __func__, \"%s\");\n" name;
5700 pr " p = strchrnul (tok, ',');\n";
5701 pr " if (*p) next = p+1; else next = NULL;\n";
5702 pr " *p = '\\0';\n";
5705 pr " r->%s = strdup (tok);\n" name;
5706 pr " if (r->%s == NULL) {\n" name;
5707 pr " perror (\"strdup\");\n";
5711 pr " for (i = j = 0; i < 32; ++j) {\n";
5712 pr " if (tok[j] == '\\0') {\n";
5713 pr " fprintf (stderr, \"%%s: failed to parse UUID from '%%s'\\n\", __func__, tok);\n";
5715 pr " } else if (tok[j] != '-')\n";
5716 pr " r->%s[i++] = tok[j];\n" name;
5719 pr " if (sscanf (tok, \"%%\"SCNu64, &r->%s) != 1) {\n" name;
5720 pr " fprintf (stderr, \"%%s: failed to parse size '%%s' from token %%s\\n\", __func__, tok, \"%s\");\n" name;
5724 pr " if (sscanf (tok, \"%%\"SCNi64, &r->%s) != 1) {\n" name;
5725 pr " fprintf (stderr, \"%%s: failed to parse int '%%s' from token %%s\\n\", __func__, tok, \"%s\");\n" name;
5729 pr " if (tok[0] == '\\0')\n";
5730 pr " r->%s = -1;\n" name;
5731 pr " else if (sscanf (tok, \"%%f\", &r->%s) != 1) {\n" name;
5732 pr " fprintf (stderr, \"%%s: failed to parse float '%%s' from token %%s\\n\", __func__, tok, \"%s\");\n" name;
5735 | FBuffer | FInt32 | FUInt32 | FUInt64 | FChar ->
5736 assert false (* can never be an LVM column *)
5738 pr " tok = next;\n";
5741 pr " if (tok != NULL) {\n";
5742 pr " fprintf (stderr, \"%%s: failed: extra tokens at end of string\\n\", __func__);\n";
5749 pr "guestfs_int_lvm_%s_list *\n" typ;
5750 pr "parse_command_line_%ss (void)\n" typ;
5752 pr " char *out, *err;\n";
5753 pr " char *p, *pend;\n";
5755 pr " guestfs_int_lvm_%s_list *ret;\n" typ;
5756 pr " void *newp;\n";
5758 pr " ret = malloc (sizeof *ret);\n";
5759 pr " if (!ret) {\n";
5760 pr " reply_with_perror (\"malloc\");\n";
5761 pr " return NULL;\n";
5764 pr " ret->guestfs_int_lvm_%s_list_len = 0;\n" typ;
5765 pr " ret->guestfs_int_lvm_%s_list_val = NULL;\n" typ;
5767 pr " r = command (&out, &err,\n";
5768 pr " \"/sbin/lvm\", \"%ss\",\n" typ;
5769 pr " \"-o\", lvm_%s_cols, \"--unbuffered\", \"--noheadings\",\n" typ;
5770 pr " \"--nosuffix\", \"--separator\", \",\", \"--units\", \"b\", NULL);\n";
5771 pr " if (r == -1) {\n";
5772 pr " reply_with_error (\"%%s\", err);\n";
5773 pr " free (out);\n";
5774 pr " free (err);\n";
5775 pr " free (ret);\n";
5776 pr " return NULL;\n";
5779 pr " free (err);\n";
5781 pr " /* Tokenize each line of the output. */\n";
5784 pr " while (p) {\n";
5785 pr " pend = strchr (p, '\\n'); /* Get the next line of output. */\n";
5786 pr " if (pend) {\n";
5787 pr " *pend = '\\0';\n";
5791 pr " while (*p && c_isspace (*p)) /* Skip any leading whitespace. */\n";
5794 pr " if (!*p) { /* Empty line? Skip it. */\n";
5799 pr " /* Allocate some space to store this next entry. */\n";
5800 pr " newp = realloc (ret->guestfs_int_lvm_%s_list_val,\n" typ;
5801 pr " sizeof (guestfs_int_lvm_%s) * (i+1));\n" typ;
5802 pr " if (newp == NULL) {\n";
5803 pr " reply_with_perror (\"realloc\");\n";
5804 pr " free (ret->guestfs_int_lvm_%s_list_val);\n" typ;
5805 pr " free (ret);\n";
5806 pr " free (out);\n";
5807 pr " return NULL;\n";
5809 pr " ret->guestfs_int_lvm_%s_list_val = newp;\n" typ;
5811 pr " /* Tokenize the next entry. */\n";
5812 pr " r = lvm_tokenize_%s (p, &ret->guestfs_int_lvm_%s_list_val[i]);\n" typ typ;
5813 pr " if (r == -1) {\n";
5814 pr " reply_with_error (\"failed to parse output of '%ss' command\");\n" typ;
5815 pr " free (ret->guestfs_int_lvm_%s_list_val);\n" typ;
5816 pr " free (ret);\n";
5817 pr " free (out);\n";
5818 pr " return NULL;\n";
5825 pr " ret->guestfs_int_lvm_%s_list_len = i;\n" typ;
5827 pr " free (out);\n";
5828 pr " return ret;\n";
5831 ) ["pv", lvm_pv_cols; "vg", lvm_vg_cols; "lv", lvm_lv_cols]
5833 (* Generate a list of function names, for debugging in the daemon.. *)
5834 and generate_daemon_names () =
5835 generate_header CStyle GPLv2;
5837 pr "#include <config.h>\n";
5839 pr "#include \"daemon.h\"\n";
5842 pr "/* This array is indexed by proc_nr. See guestfs_protocol.x. */\n";
5843 pr "const char *function_names[] = {\n";
5845 fun (name, _, proc_nr, _, _, _, _) -> pr " [%d] = \"%s\",\n" proc_nr name
5849 (* Generate the tests. *)
5850 and generate_tests () =
5851 generate_header CStyle GPLv2;
5858 #include <sys/types.h>
5861 #include \"guestfs.h\"
5862 #include \"guestfs-internal.h\"
5864 static guestfs_h *g;
5865 static int suppress_error = 0;
5867 static void print_error (guestfs_h *g, void *data, const char *msg)
5869 if (!suppress_error)
5870 fprintf (stderr, \"%%s\\n\", msg);
5873 /* FIXME: nearly identical code appears in fish.c */
5874 static void print_strings (char *const *argv)
5878 for (argc = 0; argv[argc] != NULL; ++argc)
5879 printf (\"\\t%%s\\n\", argv[argc]);
5883 static void print_table (char const *const *argv)
5887 for (i = 0; argv[i] != NULL; i += 2)
5888 printf (\"%%s: %%s\\n\", argv[i], argv[i+1]);
5894 (* Generate a list of commands which are not tested anywhere. *)
5895 pr "static void no_test_warnings (void)\n";
5898 let hash : (string, bool) Hashtbl.t = Hashtbl.create 13 in
5900 fun (_, _, _, _, tests, _, _) ->
5901 let tests = filter_map (
5903 | (_, (Always|If _|Unless _), test) -> Some test
5904 | (_, Disabled, _) -> None
5906 let seq = List.concat (List.map seq_of_test tests) in
5907 let cmds_tested = List.map List.hd seq in
5908 List.iter (fun cmd -> Hashtbl.replace hash cmd true) cmds_tested
5912 fun (name, _, _, _, _, _, _) ->
5913 if not (Hashtbl.mem hash name) then
5914 pr " fprintf (stderr, \"warning: \\\"guestfs_%s\\\" has no tests\\n\");\n" name
5920 (* Generate the actual tests. Note that we generate the tests
5921 * in reverse order, deliberately, so that (in general) the
5922 * newest tests run first. This makes it quicker and easier to
5927 fun (name, _, _, _, tests, _, _) ->
5928 mapi (generate_one_test name) tests
5929 ) (List.rev all_functions) in
5930 let test_names = List.concat test_names in
5931 let nr_tests = List.length test_names in
5934 int main (int argc, char *argv[])
5937 unsigned long int n_failed = 0;
5938 const char *filename;
5940 int nr_tests, test_num = 0;
5942 setbuf (stdout, NULL);
5944 no_test_warnings ();
5946 g = guestfs_create ();
5948 printf (\"guestfs_create FAILED\\n\");
5952 guestfs_set_error_handler (g, print_error, NULL);
5954 guestfs_set_path (g, \"../appliance\");
5956 filename = \"test1.img\";
5957 fd = open (filename, O_WRONLY|O_CREAT|O_NOCTTY|O_NONBLOCK|O_TRUNC, 0666);
5962 if (lseek (fd, %d, SEEK_SET) == -1) {
5968 if (write (fd, &c, 1) == -1) {
5974 if (close (fd) == -1) {
5979 if (guestfs_add_drive (g, filename) == -1) {
5980 printf (\"guestfs_add_drive %%s FAILED\\n\", filename);
5984 filename = \"test2.img\";
5985 fd = open (filename, O_WRONLY|O_CREAT|O_NOCTTY|O_NONBLOCK|O_TRUNC, 0666);
5990 if (lseek (fd, %d, SEEK_SET) == -1) {
5996 if (write (fd, &c, 1) == -1) {
6002 if (close (fd) == -1) {
6007 if (guestfs_add_drive (g, filename) == -1) {
6008 printf (\"guestfs_add_drive %%s FAILED\\n\", filename);
6012 filename = \"test3.img\";
6013 fd = open (filename, O_WRONLY|O_CREAT|O_NOCTTY|O_NONBLOCK|O_TRUNC, 0666);
6018 if (lseek (fd, %d, SEEK_SET) == -1) {
6024 if (write (fd, &c, 1) == -1) {
6030 if (close (fd) == -1) {
6035 if (guestfs_add_drive (g, filename) == -1) {
6036 printf (\"guestfs_add_drive %%s FAILED\\n\", filename);
6040 if (guestfs_add_drive_ro (g, \"../images/test.iso\") == -1) {
6041 printf (\"guestfs_add_drive_ro ../images/test.iso FAILED\\n\");
6045 if (guestfs_launch (g) == -1) {
6046 printf (\"guestfs_launch FAILED\\n\");
6050 /* Set a timeout in case qemu hangs during launch (RHBZ#505329). */
6053 /* Cancel previous alarm. */
6058 " (500 * 1024 * 1024) (50 * 1024 * 1024) (10 * 1024 * 1024) nr_tests;
6062 pr " test_num++;\n";
6063 pr " printf (\"%%3d/%%3d %s\\n\", test_num, nr_tests);\n" test_name;
6064 pr " if (%s () == -1) {\n" test_name;
6065 pr " printf (\"%s FAILED\\n\");\n" test_name;
6066 pr " n_failed++;\n";
6071 pr " guestfs_close (g);\n";
6072 pr " unlink (\"test1.img\");\n";
6073 pr " unlink (\"test2.img\");\n";
6074 pr " unlink (\"test3.img\");\n";
6077 pr " if (n_failed > 0) {\n";
6078 pr " printf (\"***** %%lu / %%d tests FAILED *****\\n\", n_failed, nr_tests);\n";
6086 and generate_one_test name i (init, prereq, test) =
6087 let test_name = sprintf "test_%s_%d" name i in
6090 static int %s_skip (void)
6094 str = getenv (\"TEST_ONLY\");
6096 return strstr (str, \"%s\") == NULL;
6097 str = getenv (\"SKIP_%s\");
6098 if (str && STREQ (str, \"1\")) return 1;
6099 str = getenv (\"SKIP_TEST_%s\");
6100 if (str && STREQ (str, \"1\")) return 1;
6104 " test_name name (String.uppercase test_name) (String.uppercase name);
6107 | Disabled | Always -> ()
6108 | If code | Unless code ->
6109 pr "static int %s_prereq (void)\n" test_name;
6117 static int %s (void)
6120 printf (\" %%s skipped (reason: environment variable set)\\n\", \"%s\");
6124 " test_name test_name test_name;
6128 pr " printf (\" %%s skipped (reason: test disabled in generator)\\n\", \"%s\");\n" test_name
6130 pr " if (! %s_prereq ()) {\n" test_name;
6131 pr " printf (\" %%s skipped (reason: test prerequisite)\\n\", \"%s\");\n" test_name;
6135 generate_one_test_body name i test_name init test;
6137 pr " if (%s_prereq ()) {\n" test_name;
6138 pr " printf (\" %%s skipped (reason: test prerequisite)\\n\", \"%s\");\n" test_name;
6142 generate_one_test_body name i test_name init test;
6144 generate_one_test_body name i test_name init test
6152 and generate_one_test_body name i test_name init test =
6154 | InitNone (* XXX at some point, InitNone and InitEmpty became
6155 * folded together as the same thing. Really we should
6156 * make InitNone do nothing at all, but the tests may
6157 * need to be checked to make sure this is OK.
6160 pr " /* InitNone|InitEmpty for %s */\n" test_name;
6161 List.iter (generate_test_command_call test_name)
6162 [["blockdev_setrw"; "/dev/sda"];
6166 pr " /* InitPartition for %s: create /dev/sda1 */\n" test_name;
6167 List.iter (generate_test_command_call test_name)
6168 [["blockdev_setrw"; "/dev/sda"];
6171 ["part_disk"; "/dev/sda"; "mbr"]]
6173 pr " /* InitBasicFS for %s: create ext2 on /dev/sda1 */\n" test_name;
6174 List.iter (generate_test_command_call test_name)
6175 [["blockdev_setrw"; "/dev/sda"];
6178 ["part_disk"; "/dev/sda"; "mbr"];
6179 ["mkfs"; "ext2"; "/dev/sda1"];
6180 ["mount"; "/dev/sda1"; "/"]]
6181 | InitBasicFSonLVM ->
6182 pr " /* InitBasicFSonLVM for %s: create ext2 on /dev/VG/LV */\n"
6184 List.iter (generate_test_command_call test_name)
6185 [["blockdev_setrw"; "/dev/sda"];
6188 ["part_disk"; "/dev/sda"; "mbr"];
6189 ["pvcreate"; "/dev/sda1"];
6190 ["vgcreate"; "VG"; "/dev/sda1"];
6191 ["lvcreate"; "LV"; "VG"; "8"];
6192 ["mkfs"; "ext2"; "/dev/VG/LV"];
6193 ["mount"; "/dev/VG/LV"; "/"]]
6195 pr " /* InitISOFS for %s */\n" test_name;
6196 List.iter (generate_test_command_call test_name)
6197 [["blockdev_setrw"; "/dev/sda"];
6200 ["mount_ro"; "/dev/sdd"; "/"]]
6203 let get_seq_last = function
6205 failwithf "%s: you cannot use [] (empty list) when expecting a command"
6208 let seq = List.rev seq in
6209 List.rev (List.tl seq), List.hd seq
6214 pr " /* TestRun for %s (%d) */\n" name i;
6215 List.iter (generate_test_command_call test_name) seq
6216 | TestOutput (seq, expected) ->
6217 pr " /* TestOutput for %s (%d) */\n" name i;
6218 pr " const char *expected = \"%s\";\n" (c_quote expected);
6219 let seq, last = get_seq_last seq in
6221 pr " if (STRNEQ (r, expected)) {\n";
6222 pr " fprintf (stderr, \"%s: expected \\\"%%s\\\" but got \\\"%%s\\\"\\n\", expected, r);\n" test_name;
6226 List.iter (generate_test_command_call test_name) seq;
6227 generate_test_command_call ~test test_name last
6228 | TestOutputList (seq, expected) ->
6229 pr " /* TestOutputList for %s (%d) */\n" name i;
6230 let seq, last = get_seq_last seq in
6234 pr " if (!r[%d]) {\n" i;
6235 pr " fprintf (stderr, \"%s: short list returned from command\\n\");\n" test_name;
6236 pr " print_strings (r);\n";
6240 pr " const char *expected = \"%s\";\n" (c_quote str);
6241 pr " if (STRNEQ (r[%d], expected)) {\n" i;
6242 pr " fprintf (stderr, \"%s: expected \\\"%%s\\\" but got \\\"%%s\\\"\\n\", expected, r[%d]);\n" test_name i;
6247 pr " if (r[%d] != NULL) {\n" (List.length expected);
6248 pr " fprintf (stderr, \"%s: extra elements returned from command\\n\");\n"
6250 pr " print_strings (r);\n";
6254 List.iter (generate_test_command_call test_name) seq;
6255 generate_test_command_call ~test test_name last
6256 | TestOutputListOfDevices (seq, expected) ->
6257 pr " /* TestOutputListOfDevices for %s (%d) */\n" name i;
6258 let seq, last = get_seq_last seq in
6262 pr " if (!r[%d]) {\n" i;
6263 pr " fprintf (stderr, \"%s: short list returned from command\\n\");\n" test_name;
6264 pr " print_strings (r);\n";
6268 pr " const char *expected = \"%s\";\n" (c_quote str);
6269 pr " r[%d][5] = 's';\n" i;
6270 pr " if (STRNEQ (r[%d], expected)) {\n" i;
6271 pr " fprintf (stderr, \"%s: expected \\\"%%s\\\" but got \\\"%%s\\\"\\n\", expected, r[%d]);\n" test_name i;
6276 pr " if (r[%d] != NULL) {\n" (List.length expected);
6277 pr " fprintf (stderr, \"%s: extra elements returned from command\\n\");\n"
6279 pr " print_strings (r);\n";
6283 List.iter (generate_test_command_call test_name) seq;
6284 generate_test_command_call ~test test_name last
6285 | TestOutputInt (seq, expected) ->
6286 pr " /* TestOutputInt for %s (%d) */\n" name i;
6287 let seq, last = get_seq_last seq in
6289 pr " if (r != %d) {\n" expected;
6290 pr " fprintf (stderr, \"%s: expected %d but got %%d\\n\","
6296 List.iter (generate_test_command_call test_name) seq;
6297 generate_test_command_call ~test test_name last
6298 | TestOutputIntOp (seq, op, expected) ->
6299 pr " /* TestOutputIntOp for %s (%d) */\n" name i;
6300 let seq, last = get_seq_last seq in
6302 pr " if (! (r %s %d)) {\n" op expected;
6303 pr " fprintf (stderr, \"%s: expected %s %d but got %%d\\n\","
6304 test_name op expected;
6309 List.iter (generate_test_command_call test_name) seq;
6310 generate_test_command_call ~test test_name last
6311 | TestOutputTrue seq ->
6312 pr " /* TestOutputTrue for %s (%d) */\n" name i;
6313 let seq, last = get_seq_last seq in
6316 pr " fprintf (stderr, \"%s: expected true, got false\\n\");\n"
6321 List.iter (generate_test_command_call test_name) seq;
6322 generate_test_command_call ~test test_name last
6323 | TestOutputFalse seq ->
6324 pr " /* TestOutputFalse for %s (%d) */\n" name i;
6325 let seq, last = get_seq_last seq in
6328 pr " fprintf (stderr, \"%s: expected false, got true\\n\");\n"
6333 List.iter (generate_test_command_call test_name) seq;
6334 generate_test_command_call ~test test_name last
6335 | TestOutputLength (seq, expected) ->
6336 pr " /* TestOutputLength for %s (%d) */\n" name i;
6337 let seq, last = get_seq_last seq in
6340 pr " for (j = 0; j < %d; ++j)\n" expected;
6341 pr " if (r[j] == NULL) {\n";
6342 pr " fprintf (stderr, \"%s: short list returned\\n\");\n"
6344 pr " print_strings (r);\n";
6347 pr " if (r[j] != NULL) {\n";
6348 pr " fprintf (stderr, \"%s: long list returned\\n\");\n"
6350 pr " print_strings (r);\n";
6354 List.iter (generate_test_command_call test_name) seq;
6355 generate_test_command_call ~test test_name last
6356 | TestOutputBuffer (seq, expected) ->
6357 pr " /* TestOutputBuffer for %s (%d) */\n" name i;
6358 pr " const char *expected = \"%s\";\n" (c_quote expected);
6359 let seq, last = get_seq_last seq in
6360 let len = String.length expected in
6362 pr " if (size != %d) {\n" len;
6363 pr " fprintf (stderr, \"%s: returned size of buffer wrong, expected %d but got %%zu\\n\", size);\n" test_name len;
6366 pr " if (STRNEQLEN (r, expected, size)) {\n";
6367 pr " fprintf (stderr, \"%s: expected \\\"%%s\\\" but got \\\"%%s\\\"\\n\", expected, r);\n" test_name;
6371 List.iter (generate_test_command_call test_name) seq;
6372 generate_test_command_call ~test test_name last
6373 | TestOutputStruct (seq, checks) ->
6374 pr " /* TestOutputStruct for %s (%d) */\n" name i;
6375 let seq, last = get_seq_last seq in
6379 | CompareWithInt (field, expected) ->
6380 pr " if (r->%s != %d) {\n" field expected;
6381 pr " fprintf (stderr, \"%s: %s was %%d, expected %d\\n\",\n"
6382 test_name field expected;
6383 pr " (int) r->%s);\n" field;
6386 | CompareWithIntOp (field, op, expected) ->
6387 pr " if (!(r->%s %s %d)) {\n" field op expected;
6388 pr " fprintf (stderr, \"%s: %s was %%d, expected %s %d\\n\",\n"
6389 test_name field op expected;
6390 pr " (int) r->%s);\n" field;
6393 | CompareWithString (field, expected) ->
6394 pr " if (STRNEQ (r->%s, \"%s\")) {\n" field expected;
6395 pr " fprintf (stderr, \"%s: %s was \"%%s\", expected \"%s\"\\n\",\n"
6396 test_name field expected;
6397 pr " r->%s);\n" field;
6400 | CompareFieldsIntEq (field1, field2) ->
6401 pr " if (r->%s != r->%s) {\n" field1 field2;
6402 pr " fprintf (stderr, \"%s: %s (%%d) <> %s (%%d)\\n\",\n"
6403 test_name field1 field2;
6404 pr " (int) r->%s, (int) r->%s);\n" field1 field2;
6407 | CompareFieldsStrEq (field1, field2) ->
6408 pr " if (STRNEQ (r->%s, r->%s)) {\n" field1 field2;
6409 pr " fprintf (stderr, \"%s: %s (\"%%s\") <> %s (\"%%s\")\\n\",\n"
6410 test_name field1 field2;
6411 pr " r->%s, r->%s);\n" field1 field2;
6416 List.iter (generate_test_command_call test_name) seq;
6417 generate_test_command_call ~test test_name last
6418 | TestLastFail seq ->
6419 pr " /* TestLastFail for %s (%d) */\n" name i;
6420 let seq, last = get_seq_last seq in
6421 List.iter (generate_test_command_call test_name) seq;
6422 generate_test_command_call test_name ~expect_error:true last
6424 (* Generate the code to run a command, leaving the result in 'r'.
6425 * If you expect to get an error then you should set expect_error:true.
6427 and generate_test_command_call ?(expect_error = false) ?test test_name cmd =
6429 | [] -> assert false
6431 (* Look up the command to find out what args/ret it has. *)
6434 let _, style, _, _, _, _, _ =
6435 List.find (fun (n, _, _, _, _, _, _) -> n = name) all_functions in
6438 failwithf "%s: in test, command %s was not found" test_name name in
6440 if List.length (snd style) <> List.length args then
6441 failwithf "%s: in test, wrong number of args given to %s"
6448 | OptString n, "NULL" -> ()
6451 | Dev_or_Path n, arg
6453 | OptString n, arg ->
6454 pr " const char *%s = \"%s\";\n" n (c_quote arg);
6458 | FileIn _, _ | FileOut _, _ -> ()
6459 | StringList n, arg | DeviceList n, arg ->
6460 let strs = string_split " " arg in
6463 pr " const char *%s_%d = \"%s\";\n" n i (c_quote str);
6465 pr " const char *const %s[] = {\n" n;
6467 fun i _ -> pr " %s_%d,\n" n i
6471 ) (List.combine (snd style) args);
6474 match fst style with
6475 | RErr | RInt _ | RBool _ -> pr " int r;\n"; "-1"
6476 | RInt64 _ -> pr " int64_t r;\n"; "-1"
6477 | RConstString _ | RConstOptString _ ->
6478 pr " const char *r;\n"; "NULL"
6479 | RString _ -> pr " char *r;\n"; "NULL"
6480 | RStringList _ | RHashtable _ ->
6484 | RStruct (_, typ) ->
6485 pr " struct guestfs_%s *r;\n" typ; "NULL"
6486 | RStructList (_, typ) ->
6487 pr " struct guestfs_%s_list *r;\n" typ; "NULL"
6490 pr " size_t size;\n";
6493 pr " suppress_error = %d;\n" (if expect_error then 1 else 0);
6494 pr " r = guestfs_%s (g" name;
6496 (* Generate the parameters. *)
6499 | OptString _, "NULL" -> pr ", NULL"
6501 | Device n, _ | Dev_or_Path n, _
6505 | FileIn _, arg | FileOut _, arg ->
6506 pr ", \"%s\"" (c_quote arg)
6507 | StringList n, _ | DeviceList n, _ ->
6508 pr ", (char **) %s" n
6511 try int_of_string arg
6512 with Failure "int_of_string" ->
6513 failwithf "%s: expecting an int, but got '%s'" test_name arg in
6517 try Int64.of_string arg
6518 with Failure "int_of_string" ->
6519 failwithf "%s: expecting an int64, but got '%s'" test_name arg in
6522 let b = bool_of_string arg in pr ", %d" (if b then 1 else 0)
6523 ) (List.combine (snd style) args);
6525 (match fst style with
6526 | RBufferOut _ -> pr ", &size"
6532 if not expect_error then
6533 pr " if (r == %s)\n" error_code
6535 pr " if (r != %s)\n" error_code;
6538 (* Insert the test code. *)
6544 (match fst style with
6545 | RErr | RInt _ | RInt64 _ | RBool _
6546 | RConstString _ | RConstOptString _ -> ()
6547 | RString _ | RBufferOut _ -> pr " free (r);\n"
6548 | RStringList _ | RHashtable _ ->
6549 pr " for (i = 0; r[i] != NULL; ++i)\n";
6550 pr " free (r[i]);\n";
6552 | RStruct (_, typ) ->
6553 pr " guestfs_free_%s (r);\n" typ
6554 | RStructList (_, typ) ->
6555 pr " guestfs_free_%s_list (r);\n" typ
6561 let str = replace_str str "\r" "\\r" in
6562 let str = replace_str str "\n" "\\n" in
6563 let str = replace_str str "\t" "\\t" in
6564 let str = replace_str str "\000" "\\0" in
6567 (* Generate a lot of different functions for guestfish. *)
6568 and generate_fish_cmds () =
6569 generate_header CStyle GPLv2;
6573 fun (_, _, _, flags, _, _, _) -> not (List.mem NotInFish flags)
6575 let all_functions_sorted =
6577 fun (_, _, _, flags, _, _, _) -> not (List.mem NotInFish flags)
6578 ) all_functions_sorted in
6580 pr "#include <stdio.h>\n";
6581 pr "#include <stdlib.h>\n";
6582 pr "#include <string.h>\n";
6583 pr "#include <inttypes.h>\n";
6585 pr "#include <guestfs.h>\n";
6586 pr "#include \"c-ctype.h\"\n";
6587 pr "#include \"fish.h\"\n";
6590 (* list_commands function, which implements guestfish -h *)
6591 pr "void list_commands (void)\n";
6593 pr " printf (\" %%-16s %%s\\n\", _(\"Command\"), _(\"Description\"));\n";
6594 pr " list_builtin_commands ();\n";
6596 fun (name, _, _, flags, _, shortdesc, _) ->
6597 let name = replace_char name '_' '-' in
6598 pr " printf (\"%%-20s %%s\\n\", \"%s\", _(\"%s\"));\n"
6600 ) all_functions_sorted;
6601 pr " printf (\" %%s\\n\",";
6602 pr " _(\"Use -h <cmd> / help <cmd> to show detailed help for a command.\"));\n";
6606 (* display_command function, which implements guestfish -h cmd *)
6607 pr "void display_command (const char *cmd)\n";
6610 fun (name, style, _, flags, _, shortdesc, longdesc) ->
6611 let name2 = replace_char name '_' '-' in
6613 try find_map (function FishAlias n -> Some n | _ -> None) flags
6614 with Not_found -> name in
6615 let longdesc = replace_str longdesc "C<guestfs_" "C<" in
6617 match snd style with
6621 name2 (String.concat " " (List.map name_of_argt args)) in
6624 if List.mem ProtocolLimitWarning flags then
6625 ("\n\n" ^ protocol_limit_warning)
6628 (* For DangerWillRobinson commands, we should probably have
6629 * guestfish prompt before allowing you to use them (especially
6630 * in interactive mode). XXX
6634 if List.mem DangerWillRobinson flags then
6635 ("\n\n" ^ danger_will_robinson)
6640 match deprecation_notice flags with
6642 | Some txt -> "\n\n" ^ txt in
6644 let describe_alias =
6645 if name <> alias then
6646 sprintf "\n\nYou can use '%s' as an alias for this command." alias
6650 pr "STRCASEEQ (cmd, \"%s\")" name;
6651 if name <> name2 then
6652 pr " || STRCASEEQ (cmd, \"%s\")" name2;
6653 if name <> alias then
6654 pr " || STRCASEEQ (cmd, \"%s\")" alias;
6656 pr " pod2text (\"%s\", _(\"%s\"), %S);\n"
6658 ("=head1 SYNOPSIS\n\n " ^ synopsis ^ "\n\n" ^
6659 "=head1 DESCRIPTION\n\n" ^
6660 longdesc ^ warnings ^ describe_alias);
6663 pr " display_builtin_command (cmd);\n";
6667 let emit_print_list_function typ =
6668 pr "static void print_%s_list (struct guestfs_%s_list *%ss)\n"
6671 pr " unsigned int i;\n";
6673 pr " for (i = 0; i < %ss->len; ++i) {\n" typ;
6674 pr " printf (\"[%%d] = {\\n\", i);\n";
6675 pr " print_%s_indent (&%ss->val[i], \" \");\n" typ typ;
6676 pr " printf (\"}\\n\");\n";
6682 (* print_* functions *)
6686 List.exists (function (_, (FUUID|FBuffer)) -> true | _ -> false) cols in
6688 pr "static void print_%s_indent (struct guestfs_%s *%s, const char *indent)\n" typ typ typ;
6691 pr " unsigned int i;\n";
6697 pr " printf (\"%%s%s: %%s\\n\", indent, %s->%s);\n" name typ name
6699 pr " printf (\"%%s%s: \", indent);\n" name;
6700 pr " for (i = 0; i < 32; ++i)\n";
6701 pr " printf (\"%%c\", %s->%s[i]);\n" typ name;
6702 pr " printf (\"\\n\");\n"
6704 pr " printf (\"%%s%s: \", indent);\n" name;
6705 pr " for (i = 0; i < %s->%s_len; ++i)\n" typ name;
6706 pr " if (c_isprint (%s->%s[i]))\n" typ name;
6707 pr " printf (\"%%c\", %s->%s[i]);\n" typ name;
6709 pr " printf (\"\\\\x%%02x\", %s->%s[i]);\n" typ name;
6710 pr " printf (\"\\n\");\n"
6711 | name, (FUInt64|FBytes) ->
6712 pr " printf (\"%%s%s: %%\" PRIu64 \"\\n\", indent, %s->%s);\n"
6715 pr " printf (\"%%s%s: %%\" PRIi64 \"\\n\", indent, %s->%s);\n"
6718 pr " printf (\"%%s%s: %%\" PRIu32 \"\\n\", indent, %s->%s);\n"
6721 pr " printf (\"%%s%s: %%\" PRIi32 \"\\n\", indent, %s->%s);\n"
6724 pr " printf (\"%%s%s: %%c\\n\", indent, %s->%s);\n"
6726 | name, FOptPercent ->
6727 pr " if (%s->%s >= 0) printf (\"%%s%s: %%g %%%%\\n\", indent, %s->%s);\n"
6728 typ name name typ name;
6729 pr " else printf (\"%%s%s: \\n\", indent);\n" name
6735 (* Emit a print_TYPE_list function definition only if that function is used. *)
6738 | typ, (RStructListOnly | RStructAndList) ->
6739 (* generate the function for typ *)
6740 emit_print_list_function typ
6741 | typ, _ -> () (* empty *)
6742 ) (rstructs_used_by all_functions);
6744 (* Emit a print_TYPE function definition only if that function is used. *)
6747 | typ, (RStructOnly | RStructAndList) ->
6748 pr "static void print_%s (struct guestfs_%s *%s)\n" typ typ typ;
6750 pr " print_%s_indent (%s, \"\");\n" typ typ;
6753 | typ, _ -> () (* empty *)
6754 ) (rstructs_used_by all_functions);
6756 (* run_<action> actions *)
6758 fun (name, style, _, flags, _, _, _) ->
6759 pr "static int run_%s (const char *cmd, int argc, char *argv[])\n" name;
6761 (match fst style with
6764 | RBool _ -> pr " int r;\n"
6765 | RInt64 _ -> pr " int64_t r;\n"
6766 | RConstString _ | RConstOptString _ -> pr " const char *r;\n"
6767 | RString _ -> pr " char *r;\n"
6768 | RStringList _ | RHashtable _ -> pr " char **r;\n"
6769 | RStruct (_, typ) -> pr " struct guestfs_%s *r;\n" typ
6770 | RStructList (_, typ) -> pr " struct guestfs_%s_list *r;\n" typ
6773 pr " size_t size;\n";
6781 | FileOut n -> pr " const char *%s;\n" n
6783 | Dev_or_Path n -> pr " char *%s;\n" n
6784 | StringList n | DeviceList n -> pr " char **%s;\n" n
6785 | Bool n -> pr " int %s;\n" n
6786 | Int n -> pr " int %s;\n" n
6787 | Int64 n -> pr " int64_t %s;\n" n
6790 (* Check and convert parameters. *)
6791 let argc_expected = List.length (snd style) in
6792 pr " if (argc != %d) {\n" argc_expected;
6793 pr " fprintf (stderr, _(\"%%s should have %%d parameter(s)\\n\"), cmd, %d);\n"
6795 pr " fprintf (stderr, _(\"type 'help %%s' for help on %%s\\n\"), cmd, cmd);\n";
6803 pr " %s = argv[%d];\n" name i
6805 | Dev_or_Path name ->
6806 pr " %s = resolve_win_path (argv[%d]);\n" name i;
6807 pr " if (%s == NULL) return -1;\n" name
6809 pr " %s = STRNEQ (argv[%d], \"\") ? argv[%d] : NULL;\n"
6812 pr " %s = STRNEQ (argv[%d], \"-\") ? argv[%d] : \"/dev/stdin\";\n"
6815 pr " %s = STRNEQ (argv[%d], \"-\") ? argv[%d] : \"/dev/stdout\";\n"
6817 | StringList name | DeviceList name ->
6818 pr " %s = parse_string_list (argv[%d]);\n" name i;
6819 pr " if (%s == NULL) return -1;\n" name;
6821 pr " %s = is_true (argv[%d]) ? 1 : 0;\n" name i
6823 pr " %s = atoi (argv[%d]);\n" name i
6825 pr " %s = atoll (argv[%d]);\n" name i
6828 (* Call C API function. *)
6830 try find_map (function FishAction n -> Some n | _ -> None) flags
6831 with Not_found -> sprintf "guestfs_%s" name in
6833 generate_c_call_args ~handle:"g" style;
6838 | Device name | String name
6839 | OptString name | FileIn name | FileOut name | Bool name
6840 | Int name | Int64 name -> ()
6841 | Pathname name | Dev_or_Path name ->
6842 pr " free (%s);\n" name
6843 | StringList name | DeviceList name ->
6844 pr " free_strings (%s);\n" name
6847 (* Check return value for errors and display command results. *)
6848 (match fst style with
6849 | RErr -> pr " return r;\n"
6851 pr " if (r == -1) return -1;\n";
6852 pr " printf (\"%%d\\n\", r);\n";
6855 pr " if (r == -1) return -1;\n";
6856 pr " printf (\"%%\" PRIi64 \"\\n\", r);\n";
6859 pr " if (r == -1) return -1;\n";
6860 pr " if (r) printf (\"true\\n\"); else printf (\"false\\n\");\n";
6863 pr " if (r == NULL) return -1;\n";
6864 pr " printf (\"%%s\\n\", r);\n";
6866 | RConstOptString _ ->
6867 pr " printf (\"%%s\\n\", r ? : \"(null)\");\n";
6870 pr " if (r == NULL) return -1;\n";
6871 pr " printf (\"%%s\\n\", r);\n";
6875 pr " if (r == NULL) return -1;\n";
6876 pr " print_strings (r);\n";
6877 pr " free_strings (r);\n";
6879 | RStruct (_, typ) ->
6880 pr " if (r == NULL) return -1;\n";
6881 pr " print_%s (r);\n" typ;
6882 pr " guestfs_free_%s (r);\n" typ;
6884 | RStructList (_, typ) ->
6885 pr " if (r == NULL) return -1;\n";
6886 pr " print_%s_list (r);\n" typ;
6887 pr " guestfs_free_%s_list (r);\n" typ;
6890 pr " if (r == NULL) return -1;\n";
6891 pr " print_table (r);\n";
6892 pr " free_strings (r);\n";
6895 pr " if (r == NULL) return -1;\n";
6896 pr " fwrite (r, size, 1, stdout);\n";
6904 (* run_action function *)
6905 pr "int run_action (const char *cmd, int argc, char *argv[])\n";
6908 fun (name, _, _, flags, _, _, _) ->
6909 let name2 = replace_char name '_' '-' in
6911 try find_map (function FishAlias n -> Some n | _ -> None) flags
6912 with Not_found -> name in
6914 pr "STRCASEEQ (cmd, \"%s\")" name;
6915 if name <> name2 then
6916 pr " || STRCASEEQ (cmd, \"%s\")" name2;
6917 if name <> alias then
6918 pr " || STRCASEEQ (cmd, \"%s\")" alias;
6920 pr " return run_%s (cmd, argc, argv);\n" name;
6924 pr " fprintf (stderr, _(\"%%s: unknown command\\n\"), cmd);\n";
6931 (* Readline completion for guestfish. *)
6932 and generate_fish_completion () =
6933 generate_header CStyle GPLv2;
6937 fun (_, _, _, flags, _, _, _) -> not (List.mem NotInFish flags)
6947 #ifdef HAVE_LIBREADLINE
6948 #include <readline/readline.h>
6953 #ifdef HAVE_LIBREADLINE
6955 static const char *const commands[] = {
6956 BUILTIN_COMMANDS_FOR_COMPLETION,
6959 (* Get the commands, including the aliases. They don't need to be
6960 * sorted - the generator() function just does a dumb linear search.
6964 fun (name, _, _, flags, _, _, _) ->
6965 let name2 = replace_char name '_' '-' in
6967 try find_map (function FishAlias n -> Some n | _ -> None) flags
6968 with Not_found -> name in
6970 if name <> alias then [name2; alias] else [name2]
6972 let commands = List.flatten commands in
6974 List.iter (pr " \"%s\",\n") commands;
6980 generator (const char *text, int state)
6982 static int index, len;
6987 len = strlen (text);
6990 rl_attempted_completion_over = 1;
6992 while ((name = commands[index]) != NULL) {
6994 if (STRCASEEQLEN (name, text, len))
6995 return strdup (name);
7001 #endif /* HAVE_LIBREADLINE */
7003 char **do_completion (const char *text, int start, int end)
7005 char **matches = NULL;
7007 #ifdef HAVE_LIBREADLINE
7008 rl_completion_append_character = ' ';
7011 matches = rl_completion_matches (text, generator);
7012 else if (complete_dest_paths)
7013 matches = rl_completion_matches (text, complete_dest_paths_generator);
7020 (* Generate the POD documentation for guestfish. *)
7021 and generate_fish_actions_pod () =
7022 let all_functions_sorted =
7024 fun (_, _, _, flags, _, _, _) ->
7025 not (List.mem NotInFish flags || List.mem NotInDocs flags)
7026 ) all_functions_sorted in
7028 let rex = Str.regexp "C<guestfs_\\([^>]+\\)>" in
7031 fun (name, style, _, flags, _, _, longdesc) ->
7033 Str.global_substitute rex (
7036 try Str.matched_group 1 s
7038 failwithf "error substituting C<guestfs_...> in longdesc of function %s" name in
7039 "C<" ^ replace_char sub '_' '-' ^ ">"
7041 let name = replace_char name '_' '-' in
7043 try find_map (function FishAlias n -> Some n | _ -> None) flags
7044 with Not_found -> name in
7046 pr "=head2 %s" name;
7047 if name <> alias then
7054 | Pathname n | Device n | Dev_or_Path n | String n -> pr " %s" n
7055 | OptString n -> pr " %s" n
7056 | StringList n | DeviceList n -> pr " '%s ...'" n
7057 | Bool _ -> pr " true|false"
7058 | Int n -> pr " %s" n
7059 | Int64 n -> pr " %s" n
7060 | FileIn n | FileOut n -> pr " (%s|-)" n
7064 pr "%s\n\n" longdesc;
7066 if List.exists (function FileIn _ | FileOut _ -> true
7067 | _ -> false) (snd style) then
7068 pr "Use C<-> instead of a filename to read/write from stdin/stdout.\n\n";
7070 if List.mem ProtocolLimitWarning flags then
7071 pr "%s\n\n" protocol_limit_warning;
7073 if List.mem DangerWillRobinson flags then
7074 pr "%s\n\n" danger_will_robinson;
7076 match deprecation_notice flags with
7078 | Some txt -> pr "%s\n\n" txt
7079 ) all_functions_sorted
7081 (* Generate a C function prototype. *)
7082 and generate_prototype ?(extern = true) ?(static = false) ?(semicolon = true)
7083 ?(single_line = false) ?(newline = false) ?(in_daemon = false)
7085 ?handle name style =
7086 if extern then pr "extern ";
7087 if static then pr "static ";
7088 (match fst style with
7090 | RInt _ -> pr "int "
7091 | RInt64 _ -> pr "int64_t "
7092 | RBool _ -> pr "int "
7093 | RConstString _ | RConstOptString _ -> pr "const char *"
7094 | RString _ | RBufferOut _ -> pr "char *"
7095 | RStringList _ | RHashtable _ -> pr "char **"
7096 | RStruct (_, typ) ->
7097 if not in_daemon then pr "struct guestfs_%s *" typ
7098 else pr "guestfs_int_%s *" typ
7099 | RStructList (_, typ) ->
7100 if not in_daemon then pr "struct guestfs_%s_list *" typ
7101 else pr "guestfs_int_%s_list *" typ
7103 let is_RBufferOut = match fst style with RBufferOut _ -> true | _ -> false in
7104 pr "%s%s (" prefix name;
7105 if handle = None && List.length (snd style) = 0 && not is_RBufferOut then
7108 let comma = ref false in
7111 | Some handle -> pr "guestfs_h *%s" handle; comma := true
7115 if single_line then pr ", " else pr ",\n\t\t"
7122 | Device n | Dev_or_Path n
7126 pr "const char *%s" n
7127 | StringList n | DeviceList n ->
7129 pr "char *const *%s" n
7130 | Bool n -> next (); pr "int %s" n
7131 | Int n -> next (); pr "int %s" n
7132 | Int64 n -> next (); pr "int64_t %s" n
7135 if not in_daemon then (next (); pr "const char *%s" n)
7137 if is_RBufferOut then (next (); pr "size_t *size_r");
7140 if semicolon then pr ";";
7141 if newline then pr "\n"
7143 (* Generate C call arguments, eg "(handle, foo, bar)" *)
7144 and generate_c_call_args ?handle ?(decl = false) style =
7146 let comma = ref false in
7148 if !comma then pr ", ";
7153 | Some handle -> pr "%s" handle; comma := true
7158 pr "%s" (name_of_argt arg)
7160 (* For RBufferOut calls, add implicit &size parameter. *)
7162 match fst style with
7170 (* Generate the OCaml bindings interface. *)
7171 and generate_ocaml_mli () =
7172 generate_header OCamlStyle LGPLv2;
7175 (** For API documentation you should refer to the C API
7176 in the guestfs(3) manual page. The OCaml API uses almost
7177 exactly the same calls. *)
7180 (** A [guestfs_h] handle. *)
7182 exception Error of string
7183 (** This exception is raised when there is an error. *)
7185 exception Handle_closed of string
7186 (** This exception is raised if you use a {!Guestfs.t} handle
7187 after calling {!close} on it. The string is the name of
7190 val create : unit -> t
7191 (** Create a {!Guestfs.t} handle. *)
7193 val close : t -> unit
7194 (** Close the {!Guestfs.t} handle and free up all resources used
7197 Handles are closed by the garbage collector when they become
7198 unreferenced, but callers can call this in order to provide
7199 predictable cleanup. *)
7202 generate_ocaml_structure_decls ();
7206 fun (name, style, _, _, _, shortdesc, _) ->
7207 generate_ocaml_prototype name style;
7208 pr "(** %s *)\n" shortdesc;
7210 ) all_functions_sorted
7212 (* Generate the OCaml bindings implementation. *)
7213 and generate_ocaml_ml () =
7214 generate_header OCamlStyle LGPLv2;
7219 exception Error of string
7220 exception Handle_closed of string
7222 external create : unit -> t = \"ocaml_guestfs_create\"
7223 external close : t -> unit = \"ocaml_guestfs_close\"
7225 (* Give the exceptions names, so they can be raised from the C code. *)
7227 Callback.register_exception \"ocaml_guestfs_error\" (Error \"\");
7228 Callback.register_exception \"ocaml_guestfs_closed\" (Handle_closed \"\")
7232 generate_ocaml_structure_decls ();
7236 fun (name, style, _, _, _, shortdesc, _) ->
7237 generate_ocaml_prototype ~is_external:true name style;
7238 ) all_functions_sorted
7240 (* Generate the OCaml bindings C implementation. *)
7241 and generate_ocaml_c () =
7242 generate_header CStyle LGPLv2;
7249 #include <caml/config.h>
7250 #include <caml/alloc.h>
7251 #include <caml/callback.h>
7252 #include <caml/fail.h>
7253 #include <caml/memory.h>
7254 #include <caml/mlvalues.h>
7255 #include <caml/signals.h>
7257 #include <guestfs.h>
7259 #include \"guestfs_c.h\"
7261 /* Copy a hashtable of string pairs into an assoc-list. We return
7262 * the list in reverse order, but hashtables aren't supposed to be
7265 static CAMLprim value
7266 copy_table (char * const * argv)
7269 CAMLlocal5 (rv, pairv, kv, vv, cons);
7273 for (i = 0; argv[i] != NULL; i += 2) {
7274 kv = caml_copy_string (argv[i]);
7275 vv = caml_copy_string (argv[i+1]);
7276 pairv = caml_alloc (2, 0);
7277 Store_field (pairv, 0, kv);
7278 Store_field (pairv, 1, vv);
7279 cons = caml_alloc (2, 0);
7280 Store_field (cons, 1, rv);
7282 Store_field (cons, 0, pairv);
7290 (* Struct copy functions. *)
7292 let emit_ocaml_copy_list_function typ =
7293 pr "static CAMLprim value\n";
7294 pr "copy_%s_list (const struct guestfs_%s_list *%ss)\n" typ typ typ;
7296 pr " CAMLparam0 ();\n";
7297 pr " CAMLlocal2 (rv, v);\n";
7298 pr " unsigned int i;\n";
7300 pr " if (%ss->len == 0)\n" typ;
7301 pr " CAMLreturn (Atom (0));\n";
7303 pr " rv = caml_alloc (%ss->len, 0);\n" typ;
7304 pr " for (i = 0; i < %ss->len; ++i) {\n" typ;
7305 pr " v = copy_%s (&%ss->val[i]);\n" typ typ;
7306 pr " caml_modify (&Field (rv, i), v);\n";
7308 pr " CAMLreturn (rv);\n";
7316 let has_optpercent_col =
7317 List.exists (function (_, FOptPercent) -> true | _ -> false) cols in
7319 pr "static CAMLprim value\n";
7320 pr "copy_%s (const struct guestfs_%s *%s)\n" typ typ typ;
7322 pr " CAMLparam0 ();\n";
7323 if has_optpercent_col then
7324 pr " CAMLlocal3 (rv, v, v2);\n"
7326 pr " CAMLlocal2 (rv, v);\n";
7328 pr " rv = caml_alloc (%d, 0);\n" (List.length cols);
7333 pr " v = caml_copy_string (%s->%s);\n" typ name
7335 pr " v = caml_alloc_string (%s->%s_len);\n" typ name;
7336 pr " memcpy (String_val (v), %s->%s, %s->%s_len);\n"
7339 pr " v = caml_alloc_string (32);\n";
7340 pr " memcpy (String_val (v), %s->%s, 32);\n" typ name
7341 | name, (FBytes|FInt64|FUInt64) ->
7342 pr " v = caml_copy_int64 (%s->%s);\n" typ name
7343 | name, (FInt32|FUInt32) ->
7344 pr " v = caml_copy_int32 (%s->%s);\n" typ name
7345 | name, FOptPercent ->
7346 pr " if (%s->%s >= 0) { /* Some %s */\n" typ name name;
7347 pr " v2 = caml_copy_double (%s->%s);\n" typ name;
7348 pr " v = caml_alloc (1, 0);\n";
7349 pr " Store_field (v, 0, v2);\n";
7350 pr " } else /* None */\n";
7351 pr " v = Val_int (0);\n";
7353 pr " v = Val_int (%s->%s);\n" typ name
7355 pr " Store_field (rv, %d, v);\n" i
7357 pr " CAMLreturn (rv);\n";
7362 (* Emit a copy_TYPE_list function definition only if that function is used. *)
7365 | typ, (RStructListOnly | RStructAndList) ->
7366 (* generate the function for typ *)
7367 emit_ocaml_copy_list_function typ
7368 | typ, _ -> () (* empty *)
7369 ) (rstructs_used_by all_functions);
7373 fun (name, style, _, _, _, _, _) ->
7374 pr "/* Automatically generated wrapper for function\n";
7376 generate_ocaml_prototype name style;
7381 "gv" :: List.map (fun arg -> name_of_argt arg ^ "v") (snd style) in
7383 let needs_extra_vs =
7384 match fst style with RConstOptString _ -> true | _ -> false in
7386 pr "/* Emit prototype to appease gcc's -Wmissing-prototypes. */\n";
7387 pr "CAMLprim value ocaml_guestfs_%s (value %s" name (List.hd params);
7388 List.iter (pr ", value %s") (List.tl params); pr ");\n";
7391 pr "CAMLprim value\n";
7392 pr "ocaml_guestfs_%s (value %s" name (List.hd params);
7393 List.iter (pr ", value %s") (List.tl params);
7398 | [p1; p2; p3; p4; p5] ->
7399 pr " CAMLparam5 (%s);\n" (String.concat ", " params)
7400 | p1 :: p2 :: p3 :: p4 :: p5 :: rest ->
7401 pr " CAMLparam5 (%s);\n" (String.concat ", " [p1; p2; p3; p4; p5]);
7402 pr " CAMLxparam%d (%s);\n"
7403 (List.length rest) (String.concat ", " rest)
7405 pr " CAMLparam%d (%s);\n" (List.length ps) (String.concat ", " ps)
7407 if not needs_extra_vs then
7408 pr " CAMLlocal1 (rv);\n"
7410 pr " CAMLlocal3 (rv, v, v2);\n";
7413 pr " guestfs_h *g = Guestfs_val (gv);\n";
7414 pr " if (g == NULL)\n";
7415 pr " ocaml_guestfs_raise_closed (\"%s\");\n" name;
7421 | Device n | Dev_or_Path n
7425 pr " const char *%s = String_val (%sv);\n" n n
7427 pr " const char *%s =\n" n;
7428 pr " %sv != Val_int (0) ? String_val (Field (%sv, 0)) : NULL;\n"
7430 | StringList n | DeviceList n ->
7431 pr " char **%s = ocaml_guestfs_strings_val (g, %sv);\n" n n
7433 pr " int %s = Bool_val (%sv);\n" n n
7435 pr " int %s = Int_val (%sv);\n" n n
7437 pr " int64_t %s = Int64_val (%sv);\n" n n
7440 match fst style with
7441 | RErr -> pr " int r;\n"; "-1"
7442 | RInt _ -> pr " int r;\n"; "-1"
7443 | RInt64 _ -> pr " int64_t r;\n"; "-1"
7444 | RBool _ -> pr " int r;\n"; "-1"
7445 | RConstString _ | RConstOptString _ ->
7446 pr " const char *r;\n"; "NULL"
7447 | RString _ -> pr " char *r;\n"; "NULL"
7452 | RStruct (_, typ) ->
7453 pr " struct guestfs_%s *r;\n" typ; "NULL"
7454 | RStructList (_, typ) ->
7455 pr " struct guestfs_%s_list *r;\n" typ; "NULL"
7462 pr " size_t size;\n";
7466 pr " caml_enter_blocking_section ();\n";
7467 pr " r = guestfs_%s " name;
7468 generate_c_call_args ~handle:"g" style;
7470 pr " caml_leave_blocking_section ();\n";
7474 | StringList n | DeviceList n ->
7475 pr " ocaml_guestfs_free_strings (%s);\n" n;
7476 | Pathname _ | Device _ | Dev_or_Path _ | String _ | OptString _
7477 | Bool _ | Int _ | Int64 _
7478 | FileIn _ | FileOut _ -> ()
7481 pr " if (r == %s)\n" error_code;
7482 pr " ocaml_guestfs_raise_error (g, \"%s\");\n" name;
7485 (match fst style with
7486 | RErr -> pr " rv = Val_unit;\n"
7487 | RInt _ -> pr " rv = Val_int (r);\n"
7489 pr " rv = caml_copy_int64 (r);\n"
7490 | RBool _ -> pr " rv = Val_bool (r);\n"
7492 pr " rv = caml_copy_string (r);\n"
7493 | RConstOptString _ ->
7494 pr " if (r) { /* Some string */\n";
7495 pr " v = caml_alloc (1, 0);\n";
7496 pr " v2 = caml_copy_string (r);\n";
7497 pr " Store_field (v, 0, v2);\n";
7498 pr " } else /* None */\n";
7499 pr " v = Val_int (0);\n";
7501 pr " rv = caml_copy_string (r);\n";
7504 pr " rv = caml_copy_string_array ((const char **) r);\n";
7505 pr " for (i = 0; r[i] != NULL; ++i) free (r[i]);\n";
7507 | RStruct (_, typ) ->
7508 pr " rv = copy_%s (r);\n" typ;
7509 pr " guestfs_free_%s (r);\n" typ;
7510 | RStructList (_, typ) ->
7511 pr " rv = copy_%s_list (r);\n" typ;
7512 pr " guestfs_free_%s_list (r);\n" typ;
7514 pr " rv = copy_table (r);\n";
7515 pr " for (i = 0; r[i] != NULL; ++i) free (r[i]);\n";
7518 pr " rv = caml_alloc_string (size);\n";
7519 pr " memcpy (String_val (rv), r, size);\n";
7522 pr " CAMLreturn (rv);\n";
7526 if List.length params > 5 then (
7527 pr "/* Emit prototype to appease gcc's -Wmissing-prototypes. */\n";
7528 pr "CAMLprim value ";
7529 pr "ocaml_guestfs_%s_byte (value *argv, int argn);\n" name;
7530 pr "CAMLprim value\n";
7531 pr "ocaml_guestfs_%s_byte (value *argv, int argn)\n" name;
7533 pr " return ocaml_guestfs_%s (argv[0]" name;
7534 iteri (fun i _ -> pr ", argv[%d]" i) (List.tl params);
7539 ) all_functions_sorted
7541 and generate_ocaml_structure_decls () =
7544 pr "type %s = {\n" typ;
7547 | name, FString -> pr " %s : string;\n" name
7548 | name, FBuffer -> pr " %s : string;\n" name
7549 | name, FUUID -> pr " %s : string;\n" name
7550 | name, (FBytes|FInt64|FUInt64) -> pr " %s : int64;\n" name
7551 | name, (FInt32|FUInt32) -> pr " %s : int32;\n" name
7552 | name, FChar -> pr " %s : char;\n" name
7553 | name, FOptPercent -> pr " %s : float option;\n" name
7559 and generate_ocaml_prototype ?(is_external = false) name style =
7560 if is_external then pr "external " else pr "val ";
7561 pr "%s : t -> " name;
7564 | Pathname _ | Device _ | Dev_or_Path _ | String _ | FileIn _ | FileOut _ -> pr "string -> "
7565 | OptString _ -> pr "string option -> "
7566 | StringList _ | DeviceList _ -> pr "string array -> "
7567 | Bool _ -> pr "bool -> "
7568 | Int _ -> pr "int -> "
7569 | Int64 _ -> pr "int64 -> "
7571 (match fst style with
7572 | RErr -> pr "unit" (* all errors are turned into exceptions *)
7573 | RInt _ -> pr "int"
7574 | RInt64 _ -> pr "int64"
7575 | RBool _ -> pr "bool"
7576 | RConstString _ -> pr "string"
7577 | RConstOptString _ -> pr "string option"
7578 | RString _ | RBufferOut _ -> pr "string"
7579 | RStringList _ -> pr "string array"
7580 | RStruct (_, typ) -> pr "%s" typ
7581 | RStructList (_, typ) -> pr "%s array" typ
7582 | RHashtable _ -> pr "(string * string) list"
7584 if is_external then (
7586 if List.length (snd style) + 1 > 5 then
7587 pr "\"ocaml_guestfs_%s_byte\" " name;
7588 pr "\"ocaml_guestfs_%s\"" name
7592 (* Generate Perl xs code, a sort of crazy variation of C with macros. *)
7593 and generate_perl_xs () =
7594 generate_header CStyle LGPLv2;
7597 #include \"EXTERN.h\"
7601 #include <guestfs.h>
7604 #define PRId64 \"lld\"
7608 my_newSVll(long long val) {
7609 #ifdef USE_64_BIT_ALL
7610 return newSViv(val);
7614 len = snprintf(buf, 100, \"%%\" PRId64, val);
7615 return newSVpv(buf, len);
7620 #define PRIu64 \"llu\"
7624 my_newSVull(unsigned long long val) {
7625 #ifdef USE_64_BIT_ALL
7626 return newSVuv(val);
7630 len = snprintf(buf, 100, \"%%\" PRIu64, val);
7631 return newSVpv(buf, len);
7635 /* http://www.perlmonks.org/?node_id=680842 */
7637 XS_unpack_charPtrPtr (SV *arg) {
7642 if (!arg || !SvOK (arg) || !SvROK (arg) || SvTYPE (SvRV (arg)) != SVt_PVAV)
7643 croak (\"array reference expected\");
7645 av = (AV *)SvRV (arg);
7646 ret = malloc ((av_len (av) + 1 + 1) * sizeof (char *));
7648 croak (\"malloc failed\");
7650 for (i = 0; i <= av_len (av); i++) {
7651 SV **elem = av_fetch (av, i, 0);
7653 if (!elem || !*elem)
7654 croak (\"missing element in list\");
7656 ret[i] = SvPV_nolen (*elem);
7664 MODULE = Sys::Guestfs PACKAGE = Sys::Guestfs
7671 RETVAL = guestfs_create ();
7673 croak (\"could not create guestfs handle\");
7674 guestfs_set_error_handler (RETVAL, NULL, NULL);
7687 fun (name, style, _, _, _, _, _) ->
7688 (match fst style with
7689 | RErr -> pr "void\n"
7690 | RInt _ -> pr "SV *\n"
7691 | RInt64 _ -> pr "SV *\n"
7692 | RBool _ -> pr "SV *\n"
7693 | RConstString _ -> pr "SV *\n"
7694 | RConstOptString _ -> pr "SV *\n"
7695 | RString _ -> pr "SV *\n"
7696 | RBufferOut _ -> pr "SV *\n"
7698 | RStruct _ | RStructList _
7700 pr "void\n" (* all lists returned implictly on the stack *)
7702 (* Call and arguments. *)
7704 generate_c_call_args ~handle:"g" ~decl:true style;
7706 pr " guestfs_h *g;\n";
7710 | Pathname n | Device n | Dev_or_Path n | String n | FileIn n | FileOut n ->
7713 (* http://www.perlmonks.org/?node_id=554277
7714 * Note that the implicit handle argument means we have
7715 * to add 1 to the ST(x) operator.
7717 pr " char *%s = SvOK(ST(%d)) ? SvPV_nolen(ST(%d)) : NULL;\n" n (i+1) (i+1)
7718 | StringList n | DeviceList n -> pr " char **%s;\n" n
7719 | Bool n -> pr " int %s;\n" n
7720 | Int n -> pr " int %s;\n" n
7721 | Int64 n -> pr " int64_t %s;\n" n
7724 let do_cleanups () =
7727 | Pathname _ | Device _ | Dev_or_Path _ | String _ | OptString _
7728 | Bool _ | Int _ | Int64 _
7729 | FileIn _ | FileOut _ -> ()
7730 | StringList n | DeviceList n -> pr " free (%s);\n" n
7735 (match fst style with
7740 pr " r = guestfs_%s " name;
7741 generate_c_call_args ~handle:"g" style;
7744 pr " if (r == -1)\n";
7745 pr " croak (\"%s: %%s\", guestfs_last_error (g));\n" name;
7751 pr " %s = guestfs_%s " n name;
7752 generate_c_call_args ~handle:"g" style;
7755 pr " if (%s == -1)\n" n;
7756 pr " croak (\"%s: %%s\", guestfs_last_error (g));\n" name;
7757 pr " RETVAL = newSViv (%s);\n" n;
7762 pr " int64_t %s;\n" n;
7764 pr " %s = guestfs_%s " n name;
7765 generate_c_call_args ~handle:"g" style;
7768 pr " if (%s == -1)\n" n;
7769 pr " croak (\"%s: %%s\", guestfs_last_error (g));\n" name;
7770 pr " RETVAL = my_newSVll (%s);\n" n;
7775 pr " const char *%s;\n" n;
7777 pr " %s = guestfs_%s " n name;
7778 generate_c_call_args ~handle:"g" style;
7781 pr " if (%s == NULL)\n" n;
7782 pr " croak (\"%s: %%s\", guestfs_last_error (g));\n" name;
7783 pr " RETVAL = newSVpv (%s, 0);\n" n;
7786 | RConstOptString n ->
7788 pr " const char *%s;\n" n;
7790 pr " %s = guestfs_%s " n name;
7791 generate_c_call_args ~handle:"g" style;
7794 pr " if (%s == NULL)\n" n;
7795 pr " RETVAL = &PL_sv_undef;\n";
7797 pr " RETVAL = newSVpv (%s, 0);\n" n;
7802 pr " char *%s;\n" n;
7804 pr " %s = guestfs_%s " n name;
7805 generate_c_call_args ~handle:"g" style;
7808 pr " if (%s == NULL)\n" n;
7809 pr " croak (\"%s: %%s\", guestfs_last_error (g));\n" name;
7810 pr " RETVAL = newSVpv (%s, 0);\n" n;
7811 pr " free (%s);\n" n;
7814 | RStringList n | RHashtable n ->
7816 pr " char **%s;\n" n;
7819 pr " %s = guestfs_%s " n name;
7820 generate_c_call_args ~handle:"g" style;
7823 pr " if (%s == NULL)\n" n;
7824 pr " croak (\"%s: %%s\", guestfs_last_error (g));\n" name;
7825 pr " for (n = 0; %s[n] != NULL; ++n) /**/;\n" n;
7826 pr " EXTEND (SP, n);\n";
7827 pr " for (i = 0; i < n; ++i) {\n";
7828 pr " PUSHs (sv_2mortal (newSVpv (%s[i], 0)));\n" n;
7829 pr " free (%s[i]);\n" n;
7831 pr " free (%s);\n" n;
7832 | RStruct (n, typ) ->
7833 let cols = cols_of_struct typ in
7834 generate_perl_struct_code typ cols name style n do_cleanups
7835 | RStructList (n, typ) ->
7836 let cols = cols_of_struct typ in
7837 generate_perl_struct_list_code typ cols name style n do_cleanups
7840 pr " char *%s;\n" n;
7841 pr " size_t size;\n";
7843 pr " %s = guestfs_%s " n name;
7844 generate_c_call_args ~handle:"g" style;
7847 pr " if (%s == NULL)\n" n;
7848 pr " croak (\"%s: %%s\", guestfs_last_error (g));\n" name;
7849 pr " RETVAL = newSVpv (%s, size);\n" n;
7850 pr " free (%s);\n" n;
7858 and generate_perl_struct_list_code typ cols name style n do_cleanups =
7860 pr " struct guestfs_%s_list *%s;\n" typ n;
7864 pr " %s = guestfs_%s " n name;
7865 generate_c_call_args ~handle:"g" style;
7868 pr " if (%s == NULL)\n" n;
7869 pr " croak (\"%s: %%s\", guestfs_last_error (g));\n" name;
7870 pr " EXTEND (SP, %s->len);\n" n;
7871 pr " for (i = 0; i < %s->len; ++i) {\n" n;
7872 pr " hv = newHV ();\n";
7876 pr " (void) hv_store (hv, \"%s\", %d, newSVpv (%s->val[i].%s, 0), 0);\n"
7877 name (String.length name) n name
7879 pr " (void) hv_store (hv, \"%s\", %d, newSVpv (%s->val[i].%s, 32), 0);\n"
7880 name (String.length name) n name
7882 pr " (void) hv_store (hv, \"%s\", %d, newSVpv (%s->val[i].%s, %s->val[i].%s_len), 0);\n"
7883 name (String.length name) n name n name
7884 | name, (FBytes|FUInt64) ->
7885 pr " (void) hv_store (hv, \"%s\", %d, my_newSVull (%s->val[i].%s), 0);\n"
7886 name (String.length name) n name
7888 pr " (void) hv_store (hv, \"%s\", %d, my_newSVll (%s->val[i].%s), 0);\n"
7889 name (String.length name) n name
7890 | name, (FInt32|FUInt32) ->
7891 pr " (void) hv_store (hv, \"%s\", %d, newSVnv (%s->val[i].%s), 0);\n"
7892 name (String.length name) n name
7894 pr " (void) hv_store (hv, \"%s\", %d, newSVpv (&%s->val[i].%s, 1), 0);\n"
7895 name (String.length name) n name
7896 | name, FOptPercent ->
7897 pr " (void) hv_store (hv, \"%s\", %d, newSVnv (%s->val[i].%s), 0);\n"
7898 name (String.length name) n name
7900 pr " PUSHs (sv_2mortal (newRV ((SV *) hv)));\n";
7902 pr " guestfs_free_%s_list (%s);\n" typ n
7904 and generate_perl_struct_code typ cols name style n do_cleanups =
7906 pr " struct guestfs_%s *%s;\n" typ n;
7908 pr " %s = guestfs_%s " n name;
7909 generate_c_call_args ~handle:"g" style;
7912 pr " if (%s == NULL)\n" n;
7913 pr " croak (\"%s: %%s\", guestfs_last_error (g));\n" name;
7914 pr " EXTEND (SP, 2 * %d);\n" (List.length cols);
7916 fun ((name, _) as col) ->
7917 pr " PUSHs (sv_2mortal (newSVpv (\"%s\", 0)));\n" name;
7921 pr " PUSHs (sv_2mortal (newSVpv (%s->%s, 0)));\n"
7924 pr " PUSHs (sv_2mortal (newSVpv (%s->%s, %s->%s_len)));\n"
7927 pr " PUSHs (sv_2mortal (newSVpv (%s->%s, 32)));\n"
7929 | name, (FBytes|FUInt64) ->
7930 pr " PUSHs (sv_2mortal (my_newSVull (%s->%s)));\n"
7933 pr " PUSHs (sv_2mortal (my_newSVll (%s->%s)));\n"
7935 | name, (FInt32|FUInt32) ->
7936 pr " PUSHs (sv_2mortal (newSVnv (%s->%s)));\n"
7939 pr " PUSHs (sv_2mortal (newSVpv (&%s->%s, 1)));\n"
7941 | name, FOptPercent ->
7942 pr " PUSHs (sv_2mortal (newSVnv (%s->%s)));\n"
7945 pr " free (%s);\n" n
7947 (* Generate Sys/Guestfs.pm. *)
7948 and generate_perl_pm () =
7949 generate_header HashStyle LGPLv2;
7956 Sys::Guestfs - Perl bindings for libguestfs
7962 my $h = Sys::Guestfs->new ();
7963 $h->add_drive ('guest.img');
7965 $h->mount ('/dev/sda1', '/');
7966 $h->touch ('/hello');
7971 The C<Sys::Guestfs> module provides a Perl XS binding to the
7972 libguestfs API for examining and modifying virtual machine
7975 Amongst the things this is good for: making batch configuration
7976 changes to guests, getting disk used/free statistics (see also:
7977 virt-df), migrating between virtualization systems (see also:
7978 virt-p2v), performing partial backups, performing partial guest
7979 clones, cloning guests and changing registry/UUID/hostname info, and
7982 Libguestfs uses Linux kernel and qemu code, and can access any type of
7983 guest filesystem that Linux and qemu can, including but not limited
7984 to: ext2/3/4, btrfs, FAT and NTFS, LVM, many different disk partition
7985 schemes, qcow, qcow2, vmdk.
7987 Libguestfs provides ways to enumerate guest storage (eg. partitions,
7988 LVs, what filesystem is in each LV, etc.). It can also run commands
7989 in the context of the guest. Also you can access filesystems over FTP.
7991 See also L<Sys::Guestfs::Lib(3)> for a set of useful library
7992 functions for using libguestfs from Perl, including integration
7997 All errors turn into calls to C<croak> (see L<Carp(3)>).
8005 package Sys::Guestfs;
8011 XSLoader::load ('Sys::Guestfs');
8013 =item $h = Sys::Guestfs->new ();
8015 Create a new guestfs handle.
8021 my $class = ref ($proto) || $proto;
8023 my $self = Sys::Guestfs::_create ();
8024 bless $self, $class;
8030 (* Actions. We only need to print documentation for these as
8031 * they are pulled in from the XS code automatically.
8034 fun (name, style, _, flags, _, _, longdesc) ->
8035 if not (List.mem NotInDocs flags) then (
8036 let longdesc = replace_str longdesc "C<guestfs_" "C<$h-E<gt>" in
8038 generate_perl_prototype name style;
8040 pr "%s\n\n" longdesc;
8041 if List.mem ProtocolLimitWarning flags then
8042 pr "%s\n\n" protocol_limit_warning;
8043 if List.mem DangerWillRobinson flags then
8044 pr "%s\n\n" danger_will_robinson;
8045 match deprecation_notice flags with
8047 | Some txt -> pr "%s\n\n" txt
8049 ) all_functions_sorted;
8061 Copyright (C) 2009 Red Hat Inc.
8065 Please see the file COPYING.LIB for the full license.
8071 L<http://libguestfs.org>,
8072 L<Sys::Guestfs::Lib(3)>.
8077 and generate_perl_prototype name style =
8078 (match fst style with
8086 | RBufferOut n -> pr "$%s = " n
8088 | RHashtable n -> pr "%%%s = " n
8090 | RStructList (n,_) -> pr "@%s = " n
8093 let comma = ref false in
8096 if !comma then pr ", ";
8099 | Pathname n | Device n | Dev_or_Path n | String n
8100 | OptString n | Bool n | Int n | Int64 n | FileIn n | FileOut n ->
8102 | StringList n | DeviceList n ->
8107 (* Generate Python C module. *)
8108 and generate_python_c () =
8109 generate_header CStyle LGPLv2;
8118 #include \"guestfs.h\"
8126 get_handle (PyObject *obj)
8129 assert (obj != Py_None);
8130 return ((Pyguestfs_Object *) obj)->g;
8134 put_handle (guestfs_h *g)
8138 PyCObject_FromVoidPtrAndDesc ((void *) g, (char *) \"guestfs_h\", NULL);
8141 /* This list should be freed (but not the strings) after use. */
8143 get_string_list (PyObject *obj)
8150 if (!PyList_Check (obj)) {
8151 PyErr_SetString (PyExc_RuntimeError, \"expecting a list parameter\");
8155 len = PyList_Size (obj);
8156 r = malloc (sizeof (char *) * (len+1));
8158 PyErr_SetString (PyExc_RuntimeError, \"get_string_list: out of memory\");
8162 for (i = 0; i < len; ++i)
8163 r[i] = PyString_AsString (PyList_GetItem (obj, i));
8170 put_string_list (char * const * const argv)
8175 for (argc = 0; argv[argc] != NULL; ++argc)
8178 list = PyList_New (argc);
8179 for (i = 0; i < argc; ++i)
8180 PyList_SetItem (list, i, PyString_FromString (argv[i]));
8186 put_table (char * const * const argv)
8188 PyObject *list, *item;
8191 for (argc = 0; argv[argc] != NULL; ++argc)
8194 list = PyList_New (argc >> 1);
8195 for (i = 0; i < argc; i += 2) {
8196 item = PyTuple_New (2);
8197 PyTuple_SetItem (item, 0, PyString_FromString (argv[i]));
8198 PyTuple_SetItem (item, 1, PyString_FromString (argv[i+1]));
8199 PyList_SetItem (list, i >> 1, item);
8206 free_strings (char **argv)
8210 for (argc = 0; argv[argc] != NULL; ++argc)
8216 py_guestfs_create (PyObject *self, PyObject *args)
8220 g = guestfs_create ();
8222 PyErr_SetString (PyExc_RuntimeError,
8223 \"guestfs.create: failed to allocate handle\");
8226 guestfs_set_error_handler (g, NULL, NULL);
8227 return put_handle (g);
8231 py_guestfs_close (PyObject *self, PyObject *args)
8236 if (!PyArg_ParseTuple (args, (char *) \"O:guestfs_close\", &py_g))
8238 g = get_handle (py_g);
8242 Py_INCREF (Py_None);
8248 let emit_put_list_function typ =
8249 pr "static PyObject *\n";
8250 pr "put_%s_list (struct guestfs_%s_list *%ss)\n" typ typ typ;
8252 pr " PyObject *list;\n";
8255 pr " list = PyList_New (%ss->len);\n" typ;
8256 pr " for (i = 0; i < %ss->len; ++i)\n" typ;
8257 pr " PyList_SetItem (list, i, put_%s (&%ss->val[i]));\n" typ typ;
8258 pr " return list;\n";
8263 (* Structures, turned into Python dictionaries. *)
8266 pr "static PyObject *\n";
8267 pr "put_%s (struct guestfs_%s *%s)\n" typ typ typ;
8269 pr " PyObject *dict;\n";
8271 pr " dict = PyDict_New ();\n";
8275 pr " PyDict_SetItemString (dict, \"%s\",\n" name;
8276 pr " PyString_FromString (%s->%s));\n"
8279 pr " PyDict_SetItemString (dict, \"%s\",\n" name;
8280 pr " PyString_FromStringAndSize (%s->%s, %s->%s_len));\n"
8283 pr " PyDict_SetItemString (dict, \"%s\",\n" name;
8284 pr " PyString_FromStringAndSize (%s->%s, 32));\n"
8286 | name, (FBytes|FUInt64) ->
8287 pr " PyDict_SetItemString (dict, \"%s\",\n" name;
8288 pr " PyLong_FromUnsignedLongLong (%s->%s));\n"
8291 pr " PyDict_SetItemString (dict, \"%s\",\n" name;
8292 pr " PyLong_FromLongLong (%s->%s));\n"
8295 pr " PyDict_SetItemString (dict, \"%s\",\n" name;
8296 pr " PyLong_FromUnsignedLong (%s->%s));\n"
8299 pr " PyDict_SetItemString (dict, \"%s\",\n" name;
8300 pr " PyLong_FromLong (%s->%s));\n"
8302 | name, FOptPercent ->
8303 pr " if (%s->%s >= 0)\n" typ name;
8304 pr " PyDict_SetItemString (dict, \"%s\",\n" name;
8305 pr " PyFloat_FromDouble ((double) %s->%s));\n"
8308 pr " Py_INCREF (Py_None);\n";
8309 pr " PyDict_SetItemString (dict, \"%s\", Py_None);\n" name;
8312 pr " PyDict_SetItemString (dict, \"%s\",\n" name;
8313 pr " PyString_FromStringAndSize (&dirent->%s, 1));\n" name
8315 pr " return dict;\n";
8321 (* Emit a put_TYPE_list function definition only if that function is used. *)
8324 | typ, (RStructListOnly | RStructAndList) ->
8325 (* generate the function for typ *)
8326 emit_put_list_function typ
8327 | typ, _ -> () (* empty *)
8328 ) (rstructs_used_by all_functions);
8330 (* Python wrapper functions. *)
8332 fun (name, style, _, _, _, _, _) ->
8333 pr "static PyObject *\n";
8334 pr "py_guestfs_%s (PyObject *self, PyObject *args)\n" name;
8337 pr " PyObject *py_g;\n";
8338 pr " guestfs_h *g;\n";
8339 pr " PyObject *py_r;\n";
8342 match fst style with
8343 | RErr | RInt _ | RBool _ -> pr " int r;\n"; "-1"
8344 | RInt64 _ -> pr " int64_t r;\n"; "-1"
8345 | RConstString _ | RConstOptString _ ->
8346 pr " const char *r;\n"; "NULL"
8347 | RString _ -> pr " char *r;\n"; "NULL"
8348 | RStringList _ | RHashtable _ -> pr " char **r;\n"; "NULL"
8349 | RStruct (_, typ) -> pr " struct guestfs_%s *r;\n" typ; "NULL"
8350 | RStructList (_, typ) ->
8351 pr " struct guestfs_%s_list *r;\n" typ; "NULL"
8354 pr " size_t size;\n";
8359 | Pathname n | Device n | Dev_or_Path n | String n | FileIn n | FileOut n ->
8360 pr " const char *%s;\n" n
8361 | OptString n -> pr " const char *%s;\n" n
8362 | StringList n | DeviceList n ->
8363 pr " PyObject *py_%s;\n" n;
8364 pr " char **%s;\n" n
8365 | Bool n -> pr " int %s;\n" n
8366 | Int n -> pr " int %s;\n" n
8367 | Int64 n -> pr " long long %s;\n" n
8372 (* Convert the parameters. *)
8373 pr " if (!PyArg_ParseTuple (args, (char *) \"O";
8376 | Pathname _ | Device _ | Dev_or_Path _ | String _ | FileIn _ | FileOut _ -> pr "s"
8377 | OptString _ -> pr "z"
8378 | StringList _ | DeviceList _ -> pr "O"
8379 | Bool _ -> pr "i" (* XXX Python has booleans? *)
8381 | Int64 _ -> pr "L" (* XXX Whoever thought it was a good idea to
8382 * emulate C's int/long/long long in Python?
8385 pr ":guestfs_%s\",\n" name;
8389 | Pathname n | Device n | Dev_or_Path n | String n | FileIn n | FileOut n -> pr ", &%s" n
8390 | OptString n -> pr ", &%s" n
8391 | StringList n | DeviceList n -> pr ", &py_%s" n
8392 | Bool n -> pr ", &%s" n
8393 | Int n -> pr ", &%s" n
8394 | Int64 n -> pr ", &%s" n
8398 pr " return NULL;\n";
8400 pr " g = get_handle (py_g);\n";
8403 | Pathname _ | Device _ | Dev_or_Path _ | String _
8404 | FileIn _ | FileOut _ | OptString _ | Bool _ | Int _ | Int64 _ -> ()
8405 | StringList n | DeviceList n ->
8406 pr " %s = get_string_list (py_%s);\n" n n;
8407 pr " if (!%s) return NULL;\n" n
8412 pr " r = guestfs_%s " name;
8413 generate_c_call_args ~handle:"g" style;
8418 | Pathname _ | Device _ | Dev_or_Path _ | String _
8419 | FileIn _ | FileOut _ | OptString _ | Bool _ | Int _ | Int64 _ -> ()
8420 | StringList n | DeviceList n ->
8421 pr " free (%s);\n" n
8424 pr " if (r == %s) {\n" error_code;
8425 pr " PyErr_SetString (PyExc_RuntimeError, guestfs_last_error (g));\n";
8426 pr " return NULL;\n";
8430 (match fst style with
8432 pr " Py_INCREF (Py_None);\n";
8433 pr " py_r = Py_None;\n"
8435 | RBool _ -> pr " py_r = PyInt_FromLong ((long) r);\n"
8436 | RInt64 _ -> pr " py_r = PyLong_FromLongLong (r);\n"
8437 | RConstString _ -> pr " py_r = PyString_FromString (r);\n"
8438 | RConstOptString _ ->
8440 pr " py_r = PyString_FromString (r);\n";
8442 pr " Py_INCREF (Py_None);\n";
8443 pr " py_r = Py_None;\n";
8446 pr " py_r = PyString_FromString (r);\n";
8449 pr " py_r = put_string_list (r);\n";
8450 pr " free_strings (r);\n"
8451 | RStruct (_, typ) ->
8452 pr " py_r = put_%s (r);\n" typ;
8453 pr " guestfs_free_%s (r);\n" typ
8454 | RStructList (_, typ) ->
8455 pr " py_r = put_%s_list (r);\n" typ;
8456 pr " guestfs_free_%s_list (r);\n" typ
8458 pr " py_r = put_table (r);\n";
8459 pr " free_strings (r);\n"
8461 pr " py_r = PyString_FromStringAndSize (r, size);\n";
8465 pr " return py_r;\n";
8470 (* Table of functions. *)
8471 pr "static PyMethodDef methods[] = {\n";
8472 pr " { (char *) \"create\", py_guestfs_create, METH_VARARGS, NULL },\n";
8473 pr " { (char *) \"close\", py_guestfs_close, METH_VARARGS, NULL },\n";
8475 fun (name, _, _, _, _, _, _) ->
8476 pr " { (char *) \"%s\", py_guestfs_%s, METH_VARARGS, NULL },\n"
8479 pr " { NULL, NULL, 0, NULL }\n";
8483 (* Init function. *)
8486 initlibguestfsmod (void)
8488 static int initialized = 0;
8490 if (initialized) return;
8491 Py_InitModule ((char *) \"libguestfsmod\", methods);
8496 (* Generate Python module. *)
8497 and generate_python_py () =
8498 generate_header HashStyle LGPLv2;
8501 u\"\"\"Python bindings for libguestfs
8504 g = guestfs.GuestFS ()
8505 g.add_drive (\"guest.img\")
8507 parts = g.list_partitions ()
8509 The guestfs module provides a Python binding to the libguestfs API
8510 for examining and modifying virtual machine disk images.
8512 Amongst the things this is good for: making batch configuration
8513 changes to guests, getting disk used/free statistics (see also:
8514 virt-df), migrating between virtualization systems (see also:
8515 virt-p2v), performing partial backups, performing partial guest
8516 clones, cloning guests and changing registry/UUID/hostname info, and
8519 Libguestfs uses Linux kernel and qemu code, and can access any type of
8520 guest filesystem that Linux and qemu can, including but not limited
8521 to: ext2/3/4, btrfs, FAT and NTFS, LVM, many different disk partition
8522 schemes, qcow, qcow2, vmdk.
8524 Libguestfs provides ways to enumerate guest storage (eg. partitions,
8525 LVs, what filesystem is in each LV, etc.). It can also run commands
8526 in the context of the guest. Also you can access filesystems over FTP.
8528 Errors which happen while using the API are turned into Python
8529 RuntimeError exceptions.
8531 To create a guestfs handle you usually have to perform the following
8534 # Create the handle, call add_drive at least once, and possibly
8535 # several times if the guest has multiple block devices:
8536 g = guestfs.GuestFS ()
8537 g.add_drive (\"guest.img\")
8539 # Launch the qemu subprocess and wait for it to become ready:
8542 # Now you can issue commands, for example:
8547 import libguestfsmod
8550 \"\"\"Instances of this class are libguestfs API handles.\"\"\"
8552 def __init__ (self):
8553 \"\"\"Create a new libguestfs handle.\"\"\"
8554 self._o = libguestfsmod.create ()
8557 libguestfsmod.close (self._o)
8562 fun (name, style, _, flags, _, _, longdesc) ->
8564 generate_py_call_args ~handle:"self" (snd style);
8567 if not (List.mem NotInDocs flags) then (
8568 let doc = replace_str longdesc "C<guestfs_" "C<g." in
8570 match fst style with
8571 | RErr | RInt _ | RInt64 _ | RBool _
8572 | RConstOptString _ | RConstString _
8573 | RString _ | RBufferOut _ -> doc
8575 doc ^ "\n\nThis function returns a list of strings."
8576 | RStruct (_, typ) ->
8577 doc ^ sprintf "\n\nThis function returns a dictionary, with keys matching the various fields in the guestfs_%s structure." typ
8578 | RStructList (_, typ) ->
8579 doc ^ sprintf "\n\nThis function returns a list of %ss. Each %s is represented as a dictionary." typ typ
8581 doc ^ "\n\nThis function returns a dictionary." in
8583 if List.mem ProtocolLimitWarning flags then
8584 doc ^ "\n\n" ^ protocol_limit_warning
8587 if List.mem DangerWillRobinson flags then
8588 doc ^ "\n\n" ^ danger_will_robinson
8591 match deprecation_notice flags with
8593 | Some txt -> doc ^ "\n\n" ^ txt in
8594 let doc = pod2text ~width:60 name doc in
8595 let doc = List.map (fun line -> replace_str line "\\" "\\\\") doc in
8596 let doc = String.concat "\n " doc in
8597 pr " u\"\"\"%s\"\"\"\n" doc;
8599 pr " return libguestfsmod.%s " name;
8600 generate_py_call_args ~handle:"self._o" (snd style);
8605 (* Generate Python call arguments, eg "(handle, foo, bar)" *)
8606 and generate_py_call_args ~handle args =
8608 List.iter (fun arg -> pr ", %s" (name_of_argt arg)) args;
8611 (* Useful if you need the longdesc POD text as plain text. Returns a
8614 * Because this is very slow (the slowest part of autogeneration),
8615 * we memoize the results.
8617 and pod2text ~width name longdesc =
8618 let key = width, name, longdesc in
8619 try Hashtbl.find pod2text_memo key
8621 let filename, chan = Filename.open_temp_file "gen" ".tmp" in
8622 fprintf chan "=head1 %s\n\n%s\n" name longdesc;
8624 let cmd = sprintf "pod2text -w %d %s" width (Filename.quote filename) in
8625 let chan = Unix.open_process_in cmd in
8626 let lines = ref [] in
8628 let line = input_line chan in
8629 if i = 1 then (* discard the first line of output *)
8632 let line = triml line in
8633 lines := line :: !lines;
8636 let lines = try loop 1 with End_of_file -> List.rev !lines in
8637 Unix.unlink filename;
8638 (match Unix.close_process_in chan with
8639 | Unix.WEXITED 0 -> ()
8641 failwithf "pod2text: process exited with non-zero status (%d)" i
8642 | Unix.WSIGNALED i | Unix.WSTOPPED i ->
8643 failwithf "pod2text: process signalled or stopped by signal %d" i
8645 Hashtbl.add pod2text_memo key lines;
8646 pod2text_memo_updated ();
8649 (* Generate ruby bindings. *)
8650 and generate_ruby_c () =
8651 generate_header CStyle LGPLv2;
8659 #include \"guestfs.h\"
8661 #include \"extconf.h\"
8663 /* For Ruby < 1.9 */
8665 #define RARRAY_LEN(r) (RARRAY((r))->len)
8668 static VALUE m_guestfs; /* guestfs module */
8669 static VALUE c_guestfs; /* guestfs_h handle */
8670 static VALUE e_Error; /* used for all errors */
8672 static void ruby_guestfs_free (void *p)
8675 guestfs_close ((guestfs_h *) p);
8678 static VALUE ruby_guestfs_create (VALUE m)
8682 g = guestfs_create ();
8684 rb_raise (e_Error, \"failed to create guestfs handle\");
8686 /* Don't print error messages to stderr by default. */
8687 guestfs_set_error_handler (g, NULL, NULL);
8689 /* Wrap it, and make sure the close function is called when the
8692 return Data_Wrap_Struct (c_guestfs, NULL, ruby_guestfs_free, g);
8695 static VALUE ruby_guestfs_close (VALUE gv)
8698 Data_Get_Struct (gv, guestfs_h, g);
8700 ruby_guestfs_free (g);
8701 DATA_PTR (gv) = NULL;
8709 fun (name, style, _, _, _, _, _) ->
8710 pr "static VALUE ruby_guestfs_%s (VALUE gv" name;
8711 List.iter (fun arg -> pr ", VALUE %sv" (name_of_argt arg)) (snd style);
8714 pr " guestfs_h *g;\n";
8715 pr " Data_Get_Struct (gv, guestfs_h, g);\n";
8717 pr " rb_raise (rb_eArgError, \"%%s: used handle after closing it\", \"%s\");\n"
8723 | Pathname n | Device n | Dev_or_Path n | String n | FileIn n | FileOut n ->
8724 pr " Check_Type (%sv, T_STRING);\n" n;
8725 pr " const char *%s = StringValueCStr (%sv);\n" n n;
8727 pr " rb_raise (rb_eTypeError, \"expected string for parameter %%s of %%s\",\n";
8728 pr " \"%s\", \"%s\");\n" n name
8730 pr " const char *%s = !NIL_P (%sv) ? StringValueCStr (%sv) : NULL;\n" n n n
8731 | StringList n | DeviceList n ->
8732 pr " char **%s;\n" n;
8733 pr " Check_Type (%sv, T_ARRAY);\n" n;
8735 pr " int i, len;\n";
8736 pr " len = RARRAY_LEN (%sv);\n" n;
8737 pr " %s = guestfs_safe_malloc (g, sizeof (char *) * (len+1));\n"
8739 pr " for (i = 0; i < len; ++i) {\n";
8740 pr " VALUE v = rb_ary_entry (%sv, i);\n" n;
8741 pr " %s[i] = StringValueCStr (v);\n" n;
8743 pr " %s[len] = NULL;\n" n;
8746 pr " int %s = RTEST (%sv);\n" n n
8748 pr " int %s = NUM2INT (%sv);\n" n n
8750 pr " long long %s = NUM2LL (%sv);\n" n n
8755 match fst style with
8756 | RErr | RInt _ | RBool _ -> pr " int r;\n"; "-1"
8757 | RInt64 _ -> pr " int64_t r;\n"; "-1"
8758 | RConstString _ | RConstOptString _ ->
8759 pr " const char *r;\n"; "NULL"
8760 | RString _ -> pr " char *r;\n"; "NULL"
8761 | RStringList _ | RHashtable _ -> pr " char **r;\n"; "NULL"
8762 | RStruct (_, typ) -> pr " struct guestfs_%s *r;\n" typ; "NULL"
8763 | RStructList (_, typ) ->
8764 pr " struct guestfs_%s_list *r;\n" typ; "NULL"
8767 pr " size_t size;\n";
8771 pr " r = guestfs_%s " name;
8772 generate_c_call_args ~handle:"g" style;
8777 | Pathname _ | Device _ | Dev_or_Path _ | String _
8778 | FileIn _ | FileOut _ | OptString _ | Bool _ | Int _ | Int64 _ -> ()
8779 | StringList n | DeviceList n ->
8780 pr " free (%s);\n" n
8783 pr " if (r == %s)\n" error_code;
8784 pr " rb_raise (e_Error, \"%%s\", guestfs_last_error (g));\n";
8787 (match fst style with
8789 pr " return Qnil;\n"
8790 | RInt _ | RBool _ ->
8791 pr " return INT2NUM (r);\n"
8793 pr " return ULL2NUM (r);\n"
8795 pr " return rb_str_new2 (r);\n";
8796 | RConstOptString _ ->
8798 pr " return rb_str_new2 (r);\n";
8800 pr " return Qnil;\n";
8802 pr " VALUE rv = rb_str_new2 (r);\n";
8806 pr " int i, len = 0;\n";
8807 pr " for (i = 0; r[i] != NULL; ++i) len++;\n";
8808 pr " VALUE rv = rb_ary_new2 (len);\n";
8809 pr " for (i = 0; r[i] != NULL; ++i) {\n";
8810 pr " rb_ary_push (rv, rb_str_new2 (r[i]));\n";
8811 pr " free (r[i]);\n";
8815 | RStruct (_, typ) ->
8816 let cols = cols_of_struct typ in
8817 generate_ruby_struct_code typ cols
8818 | RStructList (_, typ) ->
8819 let cols = cols_of_struct typ in
8820 generate_ruby_struct_list_code typ cols
8822 pr " VALUE rv = rb_hash_new ();\n";
8824 pr " for (i = 0; r[i] != NULL; i+=2) {\n";
8825 pr " rb_hash_aset (rv, rb_str_new2 (r[i]), rb_str_new2 (r[i+1]));\n";
8826 pr " free (r[i]);\n";
8827 pr " free (r[i+1]);\n";
8832 pr " VALUE rv = rb_str_new (r, size);\n";
8842 /* Initialize the module. */
8843 void Init__guestfs ()
8845 m_guestfs = rb_define_module (\"Guestfs\");
8846 c_guestfs = rb_define_class_under (m_guestfs, \"Guestfs\", rb_cObject);
8847 e_Error = rb_define_class_under (m_guestfs, \"Error\", rb_eStandardError);
8849 rb_define_module_function (m_guestfs, \"create\", ruby_guestfs_create, 0);
8850 rb_define_method (c_guestfs, \"close\", ruby_guestfs_close, 0);
8853 (* Define the rest of the methods. *)
8855 fun (name, style, _, _, _, _, _) ->
8856 pr " rb_define_method (c_guestfs, \"%s\",\n" name;
8857 pr " ruby_guestfs_%s, %d);\n" name (List.length (snd style))
8862 (* Ruby code to return a struct. *)
8863 and generate_ruby_struct_code typ cols =
8864 pr " VALUE rv = rb_hash_new ();\n";
8868 pr " rb_hash_aset (rv, rb_str_new2 (\"%s\"), rb_str_new2 (r->%s));\n" name name
8870 pr " rb_hash_aset (rv, rb_str_new2 (\"%s\"), rb_str_new (r->%s, r->%s_len));\n" name name name
8872 pr " rb_hash_aset (rv, rb_str_new2 (\"%s\"), rb_str_new (r->%s, 32));\n" name name
8873 | name, (FBytes|FUInt64) ->
8874 pr " rb_hash_aset (rv, rb_str_new2 (\"%s\"), ULL2NUM (r->%s));\n" name name
8876 pr " rb_hash_aset (rv, rb_str_new2 (\"%s\"), LL2NUM (r->%s));\n" name name
8878 pr " rb_hash_aset (rv, rb_str_new2 (\"%s\"), UINT2NUM (r->%s));\n" name name
8880 pr " rb_hash_aset (rv, rb_str_new2 (\"%s\"), INT2NUM (r->%s));\n" name name
8881 | name, FOptPercent ->
8882 pr " rb_hash_aset (rv, rb_str_new2 (\"%s\"), rb_dbl2big (r->%s));\n" name name
8883 | name, FChar -> (* XXX wrong? *)
8884 pr " rb_hash_aset (rv, rb_str_new2 (\"%s\"), ULL2NUM (r->%s));\n" name name
8886 pr " guestfs_free_%s (r);\n" typ;
8889 (* Ruby code to return a struct list. *)
8890 and generate_ruby_struct_list_code typ cols =
8891 pr " VALUE rv = rb_ary_new2 (r->len);\n";
8893 pr " for (i = 0; i < r->len; ++i) {\n";
8894 pr " VALUE hv = rb_hash_new ();\n";
8898 pr " rb_hash_aset (hv, rb_str_new2 (\"%s\"), rb_str_new2 (r->val[i].%s));\n" name name
8900 pr " rb_hash_aset (hv, rb_str_new2 (\"%s\"), rb_str_new (r->val[i].%s, r->val[i].%s_len));\n" name name name
8902 pr " rb_hash_aset (hv, rb_str_new2 (\"%s\"), rb_str_new (r->val[i].%s, 32));\n" name name
8903 | name, (FBytes|FUInt64) ->
8904 pr " rb_hash_aset (hv, rb_str_new2 (\"%s\"), ULL2NUM (r->val[i].%s));\n" name name
8906 pr " rb_hash_aset (hv, rb_str_new2 (\"%s\"), LL2NUM (r->val[i].%s));\n" name name
8908 pr " rb_hash_aset (hv, rb_str_new2 (\"%s\"), UINT2NUM (r->val[i].%s));\n" name name
8910 pr " rb_hash_aset (hv, rb_str_new2 (\"%s\"), INT2NUM (r->val[i].%s));\n" name name
8911 | name, FOptPercent ->
8912 pr " rb_hash_aset (hv, rb_str_new2 (\"%s\"), rb_dbl2big (r->val[i].%s));\n" name name
8913 | name, FChar -> (* XXX wrong? *)
8914 pr " rb_hash_aset (hv, rb_str_new2 (\"%s\"), ULL2NUM (r->val[i].%s));\n" name name
8916 pr " rb_ary_push (rv, hv);\n";
8918 pr " guestfs_free_%s_list (r);\n" typ;
8921 (* Generate Java bindings GuestFS.java file. *)
8922 and generate_java_java () =
8923 generate_header CStyle LGPLv2;
8926 package com.redhat.et.libguestfs;
8928 import java.util.HashMap;
8929 import com.redhat.et.libguestfs.LibGuestFSException;
8930 import com.redhat.et.libguestfs.PV;
8931 import com.redhat.et.libguestfs.VG;
8932 import com.redhat.et.libguestfs.LV;
8933 import com.redhat.et.libguestfs.Stat;
8934 import com.redhat.et.libguestfs.StatVFS;
8935 import com.redhat.et.libguestfs.IntBool;
8936 import com.redhat.et.libguestfs.Dirent;
8939 * The GuestFS object is a libguestfs handle.
8943 public class GuestFS {
8944 // Load the native code.
8946 System.loadLibrary (\"guestfs_jni\");
8950 * The native guestfs_h pointer.
8955 * Create a libguestfs handle.
8957 * @throws LibGuestFSException
8959 public GuestFS () throws LibGuestFSException
8963 private native long _create () throws LibGuestFSException;
8966 * Close a libguestfs handle.
8968 * You can also leave handles to be collected by the garbage
8969 * collector, but this method ensures that the resources used
8970 * by the handle are freed up immediately. If you call any
8971 * other methods after closing the handle, you will get an
8974 * @throws LibGuestFSException
8976 public void close () throws LibGuestFSException
8982 private native void _close (long g) throws LibGuestFSException;
8984 public void finalize () throws LibGuestFSException
8992 fun (name, style, _, flags, _, shortdesc, longdesc) ->
8993 if not (List.mem NotInDocs flags); then (
8994 let doc = replace_str longdesc "C<guestfs_" "C<g." in
8996 if List.mem ProtocolLimitWarning flags then
8997 doc ^ "\n\n" ^ protocol_limit_warning
9000 if List.mem DangerWillRobinson flags then
9001 doc ^ "\n\n" ^ danger_will_robinson
9004 match deprecation_notice flags with
9006 | Some txt -> doc ^ "\n\n" ^ txt in
9007 let doc = pod2text ~width:60 name doc in
9008 let doc = List.map ( (* RHBZ#501883 *)
9011 | nonempty -> nonempty
9013 let doc = String.concat "\n * " doc in
9016 pr " * %s\n" shortdesc;
9019 pr " * @throws LibGuestFSException\n";
9023 generate_java_prototype ~public:true ~semicolon:false name style;
9026 pr " if (g == 0)\n";
9027 pr " throw new LibGuestFSException (\"%s: handle is closed\");\n"
9030 if fst style <> RErr then pr "return ";
9032 generate_java_call_args ~handle:"g" (snd style);
9036 generate_java_prototype ~privat:true ~native:true name style;
9043 (* Generate Java call arguments, eg "(handle, foo, bar)" *)
9044 and generate_java_call_args ~handle args =
9046 List.iter (fun arg -> pr ", %s" (name_of_argt arg)) args;
9049 and generate_java_prototype ?(public=false) ?(privat=false) ?(native=false)
9050 ?(semicolon=true) name style =
9051 if privat then pr "private ";
9052 if public then pr "public ";
9053 if native then pr "native ";
9056 (match fst style with
9057 | RErr -> pr "void ";
9058 | RInt _ -> pr "int ";
9059 | RInt64 _ -> pr "long ";
9060 | RBool _ -> pr "boolean ";
9061 | RConstString _ | RConstOptString _ | RString _
9062 | RBufferOut _ -> pr "String ";
9063 | RStringList _ -> pr "String[] ";
9064 | RStruct (_, typ) ->
9065 let name = java_name_of_struct typ in
9067 | RStructList (_, typ) ->
9068 let name = java_name_of_struct typ in
9070 | RHashtable _ -> pr "HashMap<String,String> ";
9073 if native then pr "_%s " name else pr "%s " name;
9075 let needs_comma = ref false in
9084 if !needs_comma then pr ", ";
9085 needs_comma := true;
9089 | Device n | Dev_or_Path n
9095 | StringList n | DeviceList n ->
9106 pr " throws LibGuestFSException";
9107 if semicolon then pr ";"
9109 and generate_java_struct jtyp cols =
9110 generate_header CStyle LGPLv2;
9113 package com.redhat.et.libguestfs;
9116 * Libguestfs %s structure.
9128 | name, FBuffer -> pr " public String %s;\n" name
9129 | name, (FBytes|FUInt64|FInt64) -> pr " public long %s;\n" name
9130 | name, (FUInt32|FInt32) -> pr " public int %s;\n" name
9131 | name, FChar -> pr " public char %s;\n" name
9132 | name, FOptPercent ->
9133 pr " /* The next field is [0..100] or -1 meaning 'not present': */\n";
9134 pr " public float %s;\n" name
9139 and generate_java_c () =
9140 generate_header CStyle LGPLv2;
9147 #include \"com_redhat_et_libguestfs_GuestFS.h\"
9148 #include \"guestfs.h\"
9150 /* Note that this function returns. The exception is not thrown
9151 * until after the wrapper function returns.
9154 throw_exception (JNIEnv *env, const char *msg)
9157 cl = (*env)->FindClass (env,
9158 \"com/redhat/et/libguestfs/LibGuestFSException\");
9159 (*env)->ThrowNew (env, cl, msg);
9162 JNIEXPORT jlong JNICALL
9163 Java_com_redhat_et_libguestfs_GuestFS__1create
9164 (JNIEnv *env, jobject obj)
9168 g = guestfs_create ();
9170 throw_exception (env, \"GuestFS.create: failed to allocate handle\");
9173 guestfs_set_error_handler (g, NULL, NULL);
9174 return (jlong) (long) g;
9177 JNIEXPORT void JNICALL
9178 Java_com_redhat_et_libguestfs_GuestFS__1close
9179 (JNIEnv *env, jobject obj, jlong jg)
9181 guestfs_h *g = (guestfs_h *) (long) jg;
9188 fun (name, style, _, _, _, _, _) ->
9190 (match fst style with
9191 | RErr -> pr "void ";
9192 | RInt _ -> pr "jint ";
9193 | RInt64 _ -> pr "jlong ";
9194 | RBool _ -> pr "jboolean ";
9195 | RConstString _ | RConstOptString _ | RString _
9196 | RBufferOut _ -> pr "jstring ";
9197 | RStruct _ | RHashtable _ ->
9199 | RStringList _ | RStructList _ ->
9203 pr "Java_com_redhat_et_libguestfs_GuestFS_";
9204 pr "%s" (replace_str ("_" ^ name) "_" "_1");
9206 pr " (JNIEnv *env, jobject obj, jlong jg";
9210 | Device n | Dev_or_Path n
9215 pr ", jstring j%s" n
9216 | StringList n | DeviceList n ->
9217 pr ", jobjectArray j%s" n
9219 pr ", jboolean j%s" n
9227 pr " guestfs_h *g = (guestfs_h *) (long) jg;\n";
9228 let error_code, no_ret =
9229 match fst style with
9230 | RErr -> pr " int r;\n"; "-1", ""
9232 | RInt _ -> pr " int r;\n"; "-1", "0"
9233 | RInt64 _ -> pr " int64_t r;\n"; "-1", "0"
9234 | RConstString _ -> pr " const char *r;\n"; "NULL", "NULL"
9235 | RConstOptString _ -> pr " const char *r;\n"; "NULL", "NULL"
9237 pr " jstring jr;\n";
9238 pr " char *r;\n"; "NULL", "NULL"
9240 pr " jobjectArray jr;\n";
9243 pr " jstring jstr;\n";
9244 pr " char **r;\n"; "NULL", "NULL"
9245 | RStruct (_, typ) ->
9246 pr " jobject jr;\n";
9248 pr " jfieldID fl;\n";
9249 pr " struct guestfs_%s *r;\n" typ; "NULL", "NULL"
9250 | RStructList (_, typ) ->
9251 pr " jobjectArray jr;\n";
9253 pr " jfieldID fl;\n";
9254 pr " jobject jfl;\n";
9255 pr " struct guestfs_%s_list *r;\n" typ; "NULL", "NULL"
9256 | RHashtable _ -> pr " char **r;\n"; "NULL", "NULL"
9258 pr " jstring jr;\n";
9260 pr " size_t size;\n";
9265 | Device n | Dev_or_Path n
9270 pr " const char *%s;\n" n
9271 | StringList n | DeviceList n ->
9272 pr " int %s_len;\n" n;
9273 pr " const char **%s;\n" n
9278 pr " int64_t %s;\n" n
9282 (match fst style with
9283 | RStringList _ | RStructList _ -> true
9284 | RErr | RBool _ | RInt _ | RInt64 _ | RConstString _
9286 | RString _ | RBufferOut _ | RStruct _ | RHashtable _ -> false) ||
9287 List.exists (function
9288 | StringList _ -> true
9289 | DeviceList _ -> true
9290 | _ -> false) (snd style) in
9296 (* Get the parameters. *)
9300 | Device n | Dev_or_Path n
9304 pr " %s = (*env)->GetStringUTFChars (env, j%s, NULL);\n" n n
9306 (* This is completely undocumented, but Java null becomes
9309 pr " %s = j%s ? (*env)->GetStringUTFChars (env, j%s, NULL) : NULL;\n" n n n
9310 | StringList n | DeviceList n ->
9311 pr " %s_len = (*env)->GetArrayLength (env, j%s);\n" n n;
9312 pr " %s = guestfs_safe_malloc (g, sizeof (char *) * (%s_len+1));\n" n n;
9313 pr " for (i = 0; i < %s_len; ++i) {\n" n;
9314 pr " jobject o = (*env)->GetObjectArrayElement (env, j%s, i);\n"
9316 pr " %s[i] = (*env)->GetStringUTFChars (env, o, NULL);\n" n;
9318 pr " %s[%s_len] = NULL;\n" n n;
9322 pr " %s = j%s;\n" n n
9325 (* Make the call. *)
9326 pr " r = guestfs_%s " name;
9327 generate_c_call_args ~handle:"g" style;
9330 (* Release the parameters. *)
9334 | Device n | Dev_or_Path n
9338 pr " (*env)->ReleaseStringUTFChars (env, j%s, %s);\n" n n
9341 pr " (*env)->ReleaseStringUTFChars (env, j%s, %s);\n" n n
9342 | StringList n | DeviceList n ->
9343 pr " for (i = 0; i < %s_len; ++i) {\n" n;
9344 pr " jobject o = (*env)->GetObjectArrayElement (env, j%s, i);\n"
9346 pr " (*env)->ReleaseStringUTFChars (env, o, %s[i]);\n" n;
9348 pr " free (%s);\n" n
9354 (* Check for errors. *)
9355 pr " if (r == %s) {\n" error_code;
9356 pr " throw_exception (env, guestfs_last_error (g));\n";
9357 pr " return %s;\n" no_ret;
9361 (match fst style with
9363 | RInt _ -> pr " return (jint) r;\n"
9364 | RBool _ -> pr " return (jboolean) r;\n"
9365 | RInt64 _ -> pr " return (jlong) r;\n"
9366 | RConstString _ -> pr " return (*env)->NewStringUTF (env, r);\n"
9367 | RConstOptString _ ->
9368 pr " return (*env)->NewStringUTF (env, r); /* XXX r NULL? */\n"
9370 pr " jr = (*env)->NewStringUTF (env, r);\n";
9374 pr " for (r_len = 0; r[r_len] != NULL; ++r_len) ;\n";
9375 pr " cl = (*env)->FindClass (env, \"java/lang/String\");\n";
9376 pr " jstr = (*env)->NewStringUTF (env, \"\");\n";
9377 pr " jr = (*env)->NewObjectArray (env, r_len, cl, jstr);\n";
9378 pr " for (i = 0; i < r_len; ++i) {\n";
9379 pr " jstr = (*env)->NewStringUTF (env, r[i]);\n";
9380 pr " (*env)->SetObjectArrayElement (env, jr, i, jstr);\n";
9381 pr " free (r[i]);\n";
9385 | RStruct (_, typ) ->
9386 let jtyp = java_name_of_struct typ in
9387 let cols = cols_of_struct typ in
9388 generate_java_struct_return typ jtyp cols
9389 | RStructList (_, typ) ->
9390 let jtyp = java_name_of_struct typ in
9391 let cols = cols_of_struct typ in
9392 generate_java_struct_list_return typ jtyp cols
9395 pr " throw_exception (env, \"%s: internal error: please let us know how to make a Java HashMap from JNI bindings!\");\n" name;
9396 pr " return NULL;\n"
9398 pr " jr = (*env)->NewStringUTF (env, r); /* XXX size */\n";
9407 and generate_java_struct_return typ jtyp cols =
9408 pr " cl = (*env)->FindClass (env, \"com/redhat/et/libguestfs/%s\");\n" jtyp;
9409 pr " jr = (*env)->AllocObject (env, cl);\n";
9413 pr " fl = (*env)->GetFieldID (env, cl, \"%s\", \"Ljava/lang/String;\");\n" name;
9414 pr " (*env)->SetObjectField (env, jr, fl, (*env)->NewStringUTF (env, r->%s));\n" name;
9417 pr " char s[33];\n";
9418 pr " memcpy (s, r->%s, 32);\n" name;
9420 pr " fl = (*env)->GetFieldID (env, cl, \"%s\", \"Ljava/lang/String;\");\n" name;
9421 pr " (*env)->SetObjectField (env, jr, fl, (*env)->NewStringUTF (env, s));\n";
9425 pr " int len = r->%s_len;\n" name;
9426 pr " char s[len+1];\n";
9427 pr " memcpy (s, r->%s, len);\n" name;
9428 pr " s[len] = 0;\n";
9429 pr " fl = (*env)->GetFieldID (env, cl, \"%s\", \"Ljava/lang/String;\");\n" name;
9430 pr " (*env)->SetObjectField (env, jr, fl, (*env)->NewStringUTF (env, s));\n";
9432 | name, (FBytes|FUInt64|FInt64) ->
9433 pr " fl = (*env)->GetFieldID (env, cl, \"%s\", \"J\");\n" name;
9434 pr " (*env)->SetLongField (env, jr, fl, r->%s);\n" name;
9435 | name, (FUInt32|FInt32) ->
9436 pr " fl = (*env)->GetFieldID (env, cl, \"%s\", \"I\");\n" name;
9437 pr " (*env)->SetLongField (env, jr, fl, r->%s);\n" name;
9438 | name, FOptPercent ->
9439 pr " fl = (*env)->GetFieldID (env, cl, \"%s\", \"F\");\n" name;
9440 pr " (*env)->SetFloatField (env, jr, fl, r->%s);\n" name;
9442 pr " fl = (*env)->GetFieldID (env, cl, \"%s\", \"C\");\n" name;
9443 pr " (*env)->SetLongField (env, jr, fl, r->%s);\n" name;
9448 and generate_java_struct_list_return typ jtyp cols =
9449 pr " cl = (*env)->FindClass (env, \"com/redhat/et/libguestfs/%s\");\n" jtyp;
9450 pr " jr = (*env)->NewObjectArray (env, r->len, cl, NULL);\n";
9451 pr " for (i = 0; i < r->len; ++i) {\n";
9452 pr " jfl = (*env)->AllocObject (env, cl);\n";
9456 pr " fl = (*env)->GetFieldID (env, cl, \"%s\", \"Ljava/lang/String;\");\n" name;
9457 pr " (*env)->SetObjectField (env, jfl, fl, (*env)->NewStringUTF (env, r->val[i].%s));\n" name;
9460 pr " char s[33];\n";
9461 pr " memcpy (s, r->val[i].%s, 32);\n" name;
9463 pr " fl = (*env)->GetFieldID (env, cl, \"%s\", \"Ljava/lang/String;\");\n" name;
9464 pr " (*env)->SetObjectField (env, jfl, fl, (*env)->NewStringUTF (env, s));\n";
9468 pr " int len = r->val[i].%s_len;\n" name;
9469 pr " char s[len+1];\n";
9470 pr " memcpy (s, r->val[i].%s, len);\n" name;
9471 pr " s[len] = 0;\n";
9472 pr " fl = (*env)->GetFieldID (env, cl, \"%s\", \"Ljava/lang/String;\");\n" name;
9473 pr " (*env)->SetObjectField (env, jfl, fl, (*env)->NewStringUTF (env, s));\n";
9475 | name, (FBytes|FUInt64|FInt64) ->
9476 pr " fl = (*env)->GetFieldID (env, cl, \"%s\", \"J\");\n" name;
9477 pr " (*env)->SetLongField (env, jfl, fl, r->val[i].%s);\n" name;
9478 | name, (FUInt32|FInt32) ->
9479 pr " fl = (*env)->GetFieldID (env, cl, \"%s\", \"I\");\n" name;
9480 pr " (*env)->SetLongField (env, jfl, fl, r->val[i].%s);\n" name;
9481 | name, FOptPercent ->
9482 pr " fl = (*env)->GetFieldID (env, cl, \"%s\", \"F\");\n" name;
9483 pr " (*env)->SetFloatField (env, jfl, fl, r->val[i].%s);\n" name;
9485 pr " fl = (*env)->GetFieldID (env, cl, \"%s\", \"C\");\n" name;
9486 pr " (*env)->SetLongField (env, jfl, fl, r->val[i].%s);\n" name;
9488 pr " (*env)->SetObjectArrayElement (env, jfl, i, jfl);\n";
9490 pr " guestfs_free_%s_list (r);\n" typ;
9493 and generate_java_makefile_inc () =
9494 generate_header HashStyle GPLv2;
9496 pr "java_built_sources = \\\n";
9499 pr "\tcom/redhat/et/libguestfs/%s.java \\\n" jtyp;
9501 pr "\tcom/redhat/et/libguestfs/GuestFS.java\n"
9503 and generate_haskell_hs () =
9504 generate_header HaskellStyle LGPLv2;
9506 (* XXX We only know how to generate partial FFI for Haskell
9507 * at the moment. Please help out!
9509 let can_generate style =
9513 | RInt64 _, _ -> true
9516 | RConstOptString _, _
9522 | RBufferOut _, _ -> false in
9525 {-# INCLUDE <guestfs.h> #-}
9526 {-# LANGUAGE ForeignFunctionInterface #-}
9531 (* List out the names of the actions we want to export. *)
9533 fun (name, style, _, _, _, _, _) ->
9534 if can_generate style then pr ",\n %s" name
9540 -- Unfortunately some symbols duplicate ones already present
9541 -- in Prelude. We don't know which, so we hard-code a list
9543 import Prelude hiding (truncate)
9547 import Foreign.C.Types
9549 import Control.Exception
9550 import Data.Typeable
9552 data GuestfsS = GuestfsS -- represents the opaque C struct
9553 type GuestfsP = Ptr GuestfsS -- guestfs_h *
9554 type GuestfsH = ForeignPtr GuestfsS -- guestfs_h * with attached finalizer
9556 -- XXX define properly later XXX
9560 data IntBool = IntBool
9562 data StatVFS = StatVFS
9563 data Hashtable = Hashtable
9565 foreign import ccall unsafe \"guestfs_create\" c_create
9567 foreign import ccall unsafe \"&guestfs_close\" c_close
9568 :: FunPtr (GuestfsP -> IO ())
9569 foreign import ccall unsafe \"guestfs_set_error_handler\" c_set_error_handler
9570 :: GuestfsP -> Ptr CInt -> Ptr CInt -> IO ()
9572 create :: IO GuestfsH
9575 c_set_error_handler p nullPtr nullPtr
9576 h <- newForeignPtr c_close p
9579 foreign import ccall unsafe \"guestfs_last_error\" c_last_error
9580 :: GuestfsP -> IO CString
9582 -- last_error :: GuestfsH -> IO (Maybe String)
9583 -- last_error h = do
9584 -- str <- withForeignPtr h (\\p -> c_last_error p)
9585 -- maybePeek peekCString str
9587 last_error :: GuestfsH -> IO (String)
9589 str <- withForeignPtr h (\\p -> c_last_error p)
9591 then return \"no error\"
9592 else peekCString str
9596 (* Generate wrappers for each foreign function. *)
9598 fun (name, style, _, _, _, _, _) ->
9599 if can_generate style then (
9600 pr "foreign import ccall unsafe \"guestfs_%s\" c_%s\n" name name;
9602 generate_haskell_prototype ~handle:"GuestfsP" style;
9606 generate_haskell_prototype ~handle:"GuestfsH" ~hs:true style;
9608 pr "%s %s = do\n" name
9609 (String.concat " " ("h" :: List.map name_of_argt (snd style)));
9611 (* Convert pointer arguments using with* functions. *)
9616 | Pathname n | Device n | Dev_or_Path n | String n -> pr "withCString %s $ \\%s -> " n n
9617 | OptString n -> pr "maybeWith withCString %s $ \\%s -> " n n
9618 | StringList n | DeviceList n -> pr "withMany withCString %s $ \\%s -> withArray0 nullPtr %s $ \\%s -> " n n n n
9619 | Bool _ | Int _ | Int64 _ -> ()
9621 (* Convert integer arguments. *)
9625 | Bool n -> sprintf "(fromBool %s)" n
9626 | Int n -> sprintf "(fromIntegral %s)" n
9627 | Int64 n -> sprintf "(fromIntegral %s)" n
9628 | FileIn n | FileOut n
9629 | Pathname n | Device n | Dev_or_Path n | String n | OptString n | StringList n | DeviceList n -> n
9631 pr "withForeignPtr h (\\p -> c_%s %s)\n" name
9632 (String.concat " " ("p" :: args));
9633 (match fst style with
9634 | RErr | RInt _ | RInt64 _ | RBool _ ->
9635 pr " if (r == -1)\n";
9637 pr " err <- last_error h\n";
9639 | RConstString _ | RConstOptString _ | RString _
9640 | RStringList _ | RStruct _
9641 | RStructList _ | RHashtable _ | RBufferOut _ ->
9642 pr " if (r == nullPtr)\n";
9644 pr " err <- last_error h\n";
9647 (match fst style with
9649 pr " else return ()\n"
9651 pr " else return (fromIntegral r)\n"
9653 pr " else return (fromIntegral r)\n"
9655 pr " else return (toBool r)\n"
9664 pr " else return ()\n" (* XXXXXXXXXXXXXXXXXXXX *)
9670 and generate_haskell_prototype ~handle ?(hs = false) style =
9672 let string = if hs then "String" else "CString" in
9673 let int = if hs then "Int" else "CInt" in
9674 let bool = if hs then "Bool" else "CInt" in
9675 let int64 = if hs then "Integer" else "Int64" in
9679 | Pathname _ | Device _ | Dev_or_Path _ | String _ -> pr "%s" string
9680 | OptString _ -> if hs then pr "Maybe String" else pr "CString"
9681 | StringList _ | DeviceList _ -> if hs then pr "[String]" else pr "Ptr CString"
9682 | Bool _ -> pr "%s" bool
9683 | Int _ -> pr "%s" int
9684 | Int64 _ -> pr "%s" int
9685 | FileIn _ -> pr "%s" string
9686 | FileOut _ -> pr "%s" string
9691 (match fst style with
9692 | RErr -> if not hs then pr "CInt"
9693 | RInt _ -> pr "%s" int
9694 | RInt64 _ -> pr "%s" int64
9695 | RBool _ -> pr "%s" bool
9696 | RConstString _ -> pr "%s" string
9697 | RConstOptString _ -> pr "Maybe %s" string
9698 | RString _ -> pr "%s" string
9699 | RStringList _ -> pr "[%s]" string
9700 | RStruct (_, typ) ->
9701 let name = java_name_of_struct typ in
9703 | RStructList (_, typ) ->
9704 let name = java_name_of_struct typ in
9706 | RHashtable _ -> pr "Hashtable"
9707 | RBufferOut _ -> pr "%s" string
9711 and generate_bindtests () =
9712 generate_header CStyle LGPLv2;
9717 #include <inttypes.h>
9720 #include \"guestfs.h\"
9721 #include \"guestfs-internal.h\"
9722 #include \"guestfs-internal-actions.h\"
9723 #include \"guestfs_protocol.h\"
9725 #define error guestfs_error
9726 #define safe_calloc guestfs_safe_calloc
9727 #define safe_malloc guestfs_safe_malloc
9730 print_strings (char *const *argv)
9735 for (argc = 0; argv[argc] != NULL; ++argc) {
9736 if (argc > 0) printf (\", \");
9737 printf (\"\\\"%%s\\\"\", argv[argc]);
9742 /* The test0 function prints its parameters to stdout. */
9746 match test_functions with
9747 | [] -> assert false
9748 | test0 :: tests -> test0, tests in
9751 let (name, style, _, _, _, _, _) = test0 in
9752 generate_prototype ~extern:false ~semicolon:false ~newline:true
9753 ~handle:"g" ~prefix:"guestfs__" name style;
9758 | Device n | Dev_or_Path n
9761 | FileOut n -> pr " printf (\"%%s\\n\", %s);\n" n
9762 | OptString n -> pr " printf (\"%%s\\n\", %s ? %s : \"null\");\n" n n
9763 | StringList n | DeviceList n -> pr " print_strings (%s);\n" n
9764 | Bool n -> pr " printf (\"%%s\\n\", %s ? \"true\" : \"false\");\n" n
9765 | Int n -> pr " printf (\"%%d\\n\", %s);\n" n
9766 | Int64 n -> pr " printf (\"%%\" PRIi64 \"\\n\", %s);\n" n
9768 pr " /* Java changes stdout line buffering so we need this: */\n";
9769 pr " fflush (stdout);\n";
9775 fun (name, style, _, _, _, _, _) ->
9776 if String.sub name (String.length name - 3) 3 <> "err" then (
9777 pr "/* Test normal return. */\n";
9778 generate_prototype ~extern:false ~semicolon:false ~newline:true
9779 ~handle:"g" ~prefix:"guestfs__" name style;
9781 (match fst style with
9786 pr " sscanf (val, \"%%d\", &r);\n";
9790 pr " sscanf (val, \"%%\" SCNi64, &r);\n";
9793 pr " return STREQ (val, \"true\");\n"
9795 | RConstOptString _ ->
9796 (* Can't return the input string here. Return a static
9797 * string so we ensure we get a segfault if the caller
9800 pr " return \"static string\";\n"
9802 pr " return strdup (val);\n"
9804 pr " char **strs;\n";
9806 pr " sscanf (val, \"%%d\", &n);\n";
9807 pr " strs = safe_malloc (g, (n+1) * sizeof (char *));\n";
9808 pr " for (i = 0; i < n; ++i) {\n";
9809 pr " strs[i] = safe_malloc (g, 16);\n";
9810 pr " snprintf (strs[i], 16, \"%%d\", i);\n";
9812 pr " strs[n] = NULL;\n";
9813 pr " return strs;\n"
9814 | RStruct (_, typ) ->
9815 pr " struct guestfs_%s *r;\n" typ;
9816 pr " r = safe_calloc (g, sizeof *r, 1);\n";
9818 | RStructList (_, typ) ->
9819 pr " struct guestfs_%s_list *r;\n" typ;
9820 pr " r = safe_calloc (g, sizeof *r, 1);\n";
9821 pr " sscanf (val, \"%%d\", &r->len);\n";
9822 pr " r->val = safe_calloc (g, r->len, sizeof *r->val);\n";
9825 pr " char **strs;\n";
9827 pr " sscanf (val, \"%%d\", &n);\n";
9828 pr " strs = safe_malloc (g, (n*2+1) * sizeof (*strs));\n";
9829 pr " for (i = 0; i < n; ++i) {\n";
9830 pr " strs[i*2] = safe_malloc (g, 16);\n";
9831 pr " strs[i*2+1] = safe_malloc (g, 16);\n";
9832 pr " snprintf (strs[i*2], 16, \"%%d\", i);\n";
9833 pr " snprintf (strs[i*2+1], 16, \"%%d\", i);\n";
9835 pr " strs[n*2] = NULL;\n";
9836 pr " return strs;\n"
9838 pr " return strdup (val);\n"
9843 pr "/* Test error return. */\n";
9844 generate_prototype ~extern:false ~semicolon:false ~newline:true
9845 ~handle:"g" ~prefix:"guestfs__" name style;
9847 pr " error (g, \"error\");\n";
9848 (match fst style with
9849 | RErr | RInt _ | RInt64 _ | RBool _ ->
9851 | RConstString _ | RConstOptString _
9852 | RString _ | RStringList _ | RStruct _
9856 pr " return NULL;\n"
9863 and generate_ocaml_bindtests () =
9864 generate_header OCamlStyle GPLv2;
9868 let g = Guestfs.create () in
9875 | CallString s -> "\"" ^ s ^ "\""
9876 | CallOptString None -> "None"
9877 | CallOptString (Some s) -> sprintf "(Some \"%s\")" s
9878 | CallStringList xs ->
9879 "[|" ^ String.concat ";" (List.map (sprintf "\"%s\"") xs) ^ "|]"
9880 | CallInt i when i >= 0 -> string_of_int i
9881 | CallInt i (* when i < 0 *) -> "(" ^ string_of_int i ^ ")"
9882 | CallInt64 i when i >= 0L -> Int64.to_string i ^ "L"
9883 | CallInt64 i (* when i < 0L *) -> "(" ^ Int64.to_string i ^ "L)"
9884 | CallBool b -> string_of_bool b
9889 generate_lang_bindtests (
9890 fun f args -> pr " Guestfs.%s g %s;\n" f (mkargs args)
9893 pr "print_endline \"EOF\"\n"
9895 and generate_perl_bindtests () =
9896 pr "#!/usr/bin/perl -w\n";
9897 generate_header HashStyle GPLv2;
9904 my $g = Sys::Guestfs->new ();
9908 String.concat ", " (
9911 | CallString s -> "\"" ^ s ^ "\""
9912 | CallOptString None -> "undef"
9913 | CallOptString (Some s) -> sprintf "\"%s\"" s
9914 | CallStringList xs ->
9915 "[" ^ String.concat "," (List.map (sprintf "\"%s\"") xs) ^ "]"
9916 | CallInt i -> string_of_int i
9917 | CallInt64 i -> Int64.to_string i
9918 | CallBool b -> if b then "1" else "0"
9923 generate_lang_bindtests (
9924 fun f args -> pr "$g->%s (%s);\n" f (mkargs args)
9927 pr "print \"EOF\\n\"\n"
9929 and generate_python_bindtests () =
9930 generate_header HashStyle GPLv2;
9935 g = guestfs.GuestFS ()
9939 String.concat ", " (
9942 | CallString s -> "\"" ^ s ^ "\""
9943 | CallOptString None -> "None"
9944 | CallOptString (Some s) -> sprintf "\"%s\"" s
9945 | CallStringList xs ->
9946 "[" ^ String.concat "," (List.map (sprintf "\"%s\"") xs) ^ "]"
9947 | CallInt i -> string_of_int i
9948 | CallInt64 i -> Int64.to_string i
9949 | CallBool b -> if b then "1" else "0"
9954 generate_lang_bindtests (
9955 fun f args -> pr "g.%s (%s)\n" f (mkargs args)
9958 pr "print \"EOF\"\n"
9960 and generate_ruby_bindtests () =
9961 generate_header HashStyle GPLv2;
9966 g = Guestfs::create()
9970 String.concat ", " (
9973 | CallString s -> "\"" ^ s ^ "\""
9974 | CallOptString None -> "nil"
9975 | CallOptString (Some s) -> sprintf "\"%s\"" s
9976 | CallStringList xs ->
9977 "[" ^ String.concat "," (List.map (sprintf "\"%s\"") xs) ^ "]"
9978 | CallInt i -> string_of_int i
9979 | CallInt64 i -> Int64.to_string i
9980 | CallBool b -> string_of_bool b
9985 generate_lang_bindtests (
9986 fun f args -> pr "g.%s(%s)\n" f (mkargs args)
9989 pr "print \"EOF\\n\"\n"
9991 and generate_java_bindtests () =
9992 generate_header CStyle GPLv2;
9995 import com.redhat.et.libguestfs.*;
9997 public class Bindtests {
9998 public static void main (String[] argv)
10001 GuestFS g = new GuestFS ();
10005 String.concat ", " (
10008 | CallString s -> "\"" ^ s ^ "\""
10009 | CallOptString None -> "null"
10010 | CallOptString (Some s) -> sprintf "\"%s\"" s
10011 | CallStringList xs ->
10013 String.concat "," (List.map (sprintf "\"%s\"") xs) ^ "}"
10014 | CallInt i -> string_of_int i
10015 | CallInt64 i -> Int64.to_string i
10016 | CallBool b -> string_of_bool b
10021 generate_lang_bindtests (
10022 fun f args -> pr " g.%s (%s);\n" f (mkargs args)
10026 System.out.println (\"EOF\");
10028 catch (Exception exn) {
10029 System.err.println (exn);
10036 and generate_haskell_bindtests () =
10037 generate_header HaskellStyle GPLv2;
10040 module Bindtests where
10041 import qualified Guestfs
10044 g <- Guestfs.create
10048 String.concat " " (
10051 | CallString s -> "\"" ^ s ^ "\""
10052 | CallOptString None -> "Nothing"
10053 | CallOptString (Some s) -> sprintf "(Just \"%s\")" s
10054 | CallStringList xs ->
10055 "[" ^ String.concat "," (List.map (sprintf "\"%s\"") xs) ^ "]"
10056 | CallInt i when i < 0 -> "(" ^ string_of_int i ^ ")"
10057 | CallInt i -> string_of_int i
10058 | CallInt64 i when i < 0L -> "(" ^ Int64.to_string i ^ ")"
10059 | CallInt64 i -> Int64.to_string i
10060 | CallBool true -> "True"
10061 | CallBool false -> "False"
10066 generate_lang_bindtests (
10067 fun f args -> pr " Guestfs.%s g %s\n" f (mkargs args)
10070 pr " putStrLn \"EOF\"\n"
10072 (* Language-independent bindings tests - we do it this way to
10073 * ensure there is parity in testing bindings across all languages.
10075 and generate_lang_bindtests call =
10076 call "test0" [CallString "abc"; CallOptString (Some "def");
10077 CallStringList []; CallBool false;
10078 CallInt 0; CallInt64 0L; CallString "123"; CallString "456"];
10079 call "test0" [CallString "abc"; CallOptString None;
10080 CallStringList []; CallBool false;
10081 CallInt 0; CallInt64 0L; CallString "123"; CallString "456"];
10082 call "test0" [CallString ""; CallOptString (Some "def");
10083 CallStringList []; CallBool false;
10084 CallInt 0; CallInt64 0L; CallString "123"; CallString "456"];
10085 call "test0" [CallString ""; CallOptString (Some "");
10086 CallStringList []; CallBool false;
10087 CallInt 0; CallInt64 0L; CallString "123"; CallString "456"];
10088 call "test0" [CallString "abc"; CallOptString (Some "def");
10089 CallStringList ["1"]; CallBool false;
10090 CallInt 0; CallInt64 0L; CallString "123"; CallString "456"];
10091 call "test0" [CallString "abc"; CallOptString (Some "def");
10092 CallStringList ["1"; "2"]; CallBool false;
10093 CallInt 0; CallInt64 0L; CallString "123"; CallString "456"];
10094 call "test0" [CallString "abc"; CallOptString (Some "def");
10095 CallStringList ["1"]; CallBool true;
10096 CallInt 0; CallInt64 0L; CallString "123"; CallString "456"];
10097 call "test0" [CallString "abc"; CallOptString (Some "def");
10098 CallStringList ["1"]; CallBool false;
10099 CallInt (-1); CallInt64 (-1L); CallString "123"; CallString "456"];
10100 call "test0" [CallString "abc"; CallOptString (Some "def");
10101 CallStringList ["1"]; CallBool false;
10102 CallInt (-2); CallInt64 (-2L); CallString "123"; CallString "456"];
10103 call "test0" [CallString "abc"; CallOptString (Some "def");
10104 CallStringList ["1"]; CallBool false;
10105 CallInt 1; CallInt64 1L; CallString "123"; CallString "456"];
10106 call "test0" [CallString "abc"; CallOptString (Some "def");
10107 CallStringList ["1"]; CallBool false;
10108 CallInt 2; CallInt64 2L; CallString "123"; CallString "456"];
10109 call "test0" [CallString "abc"; CallOptString (Some "def");
10110 CallStringList ["1"]; CallBool false;
10111 CallInt 4095; CallInt64 4095L; CallString "123"; CallString "456"];
10112 call "test0" [CallString "abc"; CallOptString (Some "def");
10113 CallStringList ["1"]; CallBool false;
10114 CallInt 0; CallInt64 0L; CallString ""; CallString ""]
10116 (* XXX Add here tests of the return and error functions. *)
10118 (* This is used to generate the src/MAX_PROC_NR file which
10119 * contains the maximum procedure number, a surrogate for the
10120 * ABI version number. See src/Makefile.am for the details.
10122 and generate_max_proc_nr () =
10123 let proc_nrs = List.map (
10124 fun (_, _, proc_nr, _, _, _, _) -> proc_nr
10125 ) daemon_functions in
10127 let max_proc_nr = List.fold_left max 0 proc_nrs in
10129 pr "%d\n" max_proc_nr
10131 let output_to filename =
10132 let filename_new = filename ^ ".new" in
10133 chan := open_out filename_new;
10138 (* Is the new file different from the current file? *)
10139 if Sys.file_exists filename && files_equal filename filename_new then
10140 Unix.unlink filename_new (* same, so skip it *)
10142 (* different, overwrite old one *)
10143 (try Unix.chmod filename 0o644 with Unix.Unix_error _ -> ());
10144 Unix.rename filename_new filename;
10145 Unix.chmod filename 0o444;
10146 printf "written %s\n%!" filename;
10151 (* Main program. *)
10153 check_functions ();
10155 if not (Sys.file_exists "HACKING") then (
10157 You are probably running this from the wrong directory.
10158 Run it from the top source directory using the command
10164 let close = output_to "src/guestfs_protocol.x" in
10168 let close = output_to "src/guestfs-structs.h" in
10169 generate_structs_h ();
10172 let close = output_to "src/guestfs-actions.h" in
10173 generate_actions_h ();
10176 let close = output_to "src/guestfs-internal-actions.h" in
10177 generate_internal_actions_h ();
10180 let close = output_to "src/guestfs-actions.c" in
10181 generate_client_actions ();
10184 let close = output_to "daemon/actions.h" in
10185 generate_daemon_actions_h ();
10188 let close = output_to "daemon/stubs.c" in
10189 generate_daemon_actions ();
10192 let close = output_to "daemon/names.c" in
10193 generate_daemon_names ();
10196 let close = output_to "capitests/tests.c" in
10200 let close = output_to "src/guestfs-bindtests.c" in
10201 generate_bindtests ();
10204 let close = output_to "fish/cmds.c" in
10205 generate_fish_cmds ();
10208 let close = output_to "fish/completion.c" in
10209 generate_fish_completion ();
10212 let close = output_to "guestfs-structs.pod" in
10213 generate_structs_pod ();
10216 let close = output_to "guestfs-actions.pod" in
10217 generate_actions_pod ();
10220 let close = output_to "guestfish-actions.pod" in
10221 generate_fish_actions_pod ();
10224 let close = output_to "ocaml/guestfs.mli" in
10225 generate_ocaml_mli ();
10228 let close = output_to "ocaml/guestfs.ml" in
10229 generate_ocaml_ml ();
10232 let close = output_to "ocaml/guestfs_c_actions.c" in
10233 generate_ocaml_c ();
10236 let close = output_to "ocaml/bindtests.ml" in
10237 generate_ocaml_bindtests ();
10240 let close = output_to "perl/Guestfs.xs" in
10241 generate_perl_xs ();
10244 let close = output_to "perl/lib/Sys/Guestfs.pm" in
10245 generate_perl_pm ();
10248 let close = output_to "perl/bindtests.pl" in
10249 generate_perl_bindtests ();
10252 let close = output_to "python/guestfs-py.c" in
10253 generate_python_c ();
10256 let close = output_to "python/guestfs.py" in
10257 generate_python_py ();
10260 let close = output_to "python/bindtests.py" in
10261 generate_python_bindtests ();
10264 let close = output_to "ruby/ext/guestfs/_guestfs.c" in
10265 generate_ruby_c ();
10268 let close = output_to "ruby/bindtests.rb" in
10269 generate_ruby_bindtests ();
10272 let close = output_to "java/com/redhat/et/libguestfs/GuestFS.java" in
10273 generate_java_java ();
10278 let cols = cols_of_struct typ in
10279 let filename = sprintf "java/com/redhat/et/libguestfs/%s.java" jtyp in
10280 let close = output_to filename in
10281 generate_java_struct jtyp cols;
10285 let close = output_to "java/Makefile.inc" in
10286 generate_java_makefile_inc ();
10289 let close = output_to "java/com_redhat_et_libguestfs_GuestFS.c" in
10290 generate_java_c ();
10293 let close = output_to "java/Bindtests.java" in
10294 generate_java_bindtests ();
10297 let close = output_to "haskell/Guestfs.hs" in
10298 generate_haskell_hs ();
10301 let close = output_to "haskell/Bindtests.hs" in
10302 generate_haskell_bindtests ();
10305 let close = output_to "src/MAX_PROC_NR" in
10306 generate_max_proc_nr ();
10309 (* Always generate this file last, and unconditionally. It's used
10310 * by the Makefile to know when we must re-run the generator.
10312 let chan = open_out "src/stamp-generator" in
10313 fprintf chan "1\n";