X-Git-Url: http://git.annexia.org/?p=virt-mem.git;a=blobdiff_plain;f=lib%2Fkernel_task_struct.ml;h=6f6f94a5e8f93a163eb8aa5685855115ac87c7b0;hp=dfcbeb3e3bf0cd4b20ecfbc758bf7185c781fa6c;hb=2e1de51e35bea53ebece1a6fd6d6970534f4cbe9;hpb=1b58937968accec823051a1f00a56ae1e7438ece

diff --git a/lib/kernel_task_struct.ml b/lib/kernel_task_struct.ml
index dfcbeb3..6f6f94a 100644
--- a/lib/kernel_task_struct.ml
+++ b/lib/kernel_task_struct.ml
@@ -1,837 +1,2831 @@
-let warning =
-  "This code is automatically generated from the kernel database by kerneldb-to-parser program.  Any edits you make will be lost.";;
+(* WARNING: This file and the corresponding mli (interface) are
+ * automatically generated by the extract/codegen/kerneldb_to_parser.ml
+ * program.
+ *
+ * Any edits you make to this file will be lost.
+ *
+ * To update this file from the latest kernel database, it is recommended
+ * that you do 'make update-kernel-structs'.
+ *)
+
 let zero = 0;;
-exception ParseError of string * string * string;;
+let struct_name = "task_struct";;
+let match_err = "failed to match kernel structure";;
 type t =
-  { task_struct_active_mm : Virt_mem_mmap.addr; task_struct_comm : string;
-    task_struct_mm : Virt_mem_mmap.addr; task_struct_normal_prio : int64;
-    task_struct_pid : int64; task_struct_prio : int64;
-    task_struct_state : int64; task_struct_static_prio : int64;
+  { task_struct_state : int64; task_struct_prio : int64;
+    task_struct_normal_prio : int64; task_struct_static_prio : int64;
+    task_struct_tasks'prev : Virt_mem_mmap.addr;
     task_struct_tasks'next : Virt_mem_mmap.addr;
-    task_struct_tasks'prev : Virt_mem_mmap.addr
+    task_struct_mm : Virt_mem_mmap.addr;
+    task_struct_active_mm : Virt_mem_mmap.addr; task_struct_comm : string;
+    task_struct_pid : int64
   };;
-let parser_1 bits = bitmatch bits with
+type fs_t =
+  { __fs_task_struct_state : Virt_mem_types.fieldsig;
+    __fs_task_struct_prio : Virt_mem_types.fieldsig;
+    __fs_task_struct_normal_prio : Virt_mem_types.fieldsig;
+    __fs_task_struct_static_prio : Virt_mem_types.fieldsig;
+    __fs_task_struct_tasks'prev : Virt_mem_types.fieldsig;
+    __fs_task_struct_tasks'next : Virt_mem_types.fieldsig;
+    __fs_task_struct_mm : Virt_mem_types.fieldsig;
+    __fs_task_struct_active_mm : Virt_mem_types.fieldsig;
+    __fs_task_struct_comm : Virt_mem_types.fieldsig;
+    __fs_task_struct_pid : Virt_mem_types.fieldsig
+  };;
+let fieldsig_1 =
+  {
+    __fs_task_struct_state =
+      { Virt_mem_types.field_available = true; field_offset = 0; };
+    __fs_task_struct_prio =
+      { Virt_mem_types.field_available = true; field_offset = 24; };
+    __fs_task_struct_static_prio =
+      { Virt_mem_types.field_available = true; field_offset = 28; };
+    __fs_task_struct_normal_prio =
+      { Virt_mem_types.field_available = true; field_offset = 32; };
+    __fs_task_struct_tasks'next =
+      { Virt_mem_types.field_available = true; field_offset = 124; };
+    __fs_task_struct_tasks'prev =
+      { Virt_mem_types.field_available = true; field_offset = 128; };
+    __fs_task_struct_mm =
+      { Virt_mem_types.field_available = true; field_offset = 132; };
+    __fs_task_struct_active_mm =
+      { Virt_mem_types.field_available = true; field_offset = 136; };
+    __fs_task_struct_pid =
+      { Virt_mem_types.field_available = true; field_offset = 168; };
+    __fs_task_struct_comm =
+      { Virt_mem_types.field_available = true; field_offset = 404; };
+  };;
+let fieldsig_2 =
+  {
+    __fs_task_struct_state =
+      { Virt_mem_types.field_available = true; field_offset = 0; };
+    __fs_task_struct_prio =
+      { Virt_mem_types.field_available = true; field_offset = 20; };
+    __fs_task_struct_static_prio =
+      { Virt_mem_types.field_available = true; field_offset = 24; };
+    __fs_task_struct_normal_prio =
+      { Virt_mem_types.field_available = true; field_offset = 28; };
+    __fs_task_struct_tasks'next =
+      { Virt_mem_types.field_available = true; field_offset = 268; };
+    __fs_task_struct_tasks'prev =
+      { Virt_mem_types.field_available = true; field_offset = 272; };
+    __fs_task_struct_mm =
+      { Virt_mem_types.field_available = true; field_offset = 276; };
+    __fs_task_struct_active_mm =
+      { Virt_mem_types.field_available = true; field_offset = 280; };
+    __fs_task_struct_pid =
+      { Virt_mem_types.field_available = true; field_offset = 312; };
+    __fs_task_struct_comm =
+      { Virt_mem_types.field_available = true; field_offset = 564; };
+  };;
+let fieldsig_3 =
+  {
+    __fs_task_struct_state =
+      { Virt_mem_types.field_available = true; field_offset = 0; };
+    __fs_task_struct_prio =
+      { Virt_mem_types.field_available = true; field_offset = 20; };
+    __fs_task_struct_static_prio =
+      { Virt_mem_types.field_available = true; field_offset = 24; };
+    __fs_task_struct_normal_prio =
+      { Virt_mem_types.field_available = true; field_offset = 28; };
+    __fs_task_struct_tasks'next =
+      { Virt_mem_types.field_available = true; field_offset = 404; };
+    __fs_task_struct_tasks'prev =
+      { Virt_mem_types.field_available = true; field_offset = 408; };
+    __fs_task_struct_mm =
+      { Virt_mem_types.field_available = true; field_offset = 412; };
+    __fs_task_struct_active_mm =
+      { Virt_mem_types.field_available = true; field_offset = 416; };
+    __fs_task_struct_pid =
+      { Virt_mem_types.field_available = true; field_offset = 448; };
+    __fs_task_struct_comm =
+      { Virt_mem_types.field_available = true; field_offset = 741; };
+  };;
+let fieldsig_4 =
+  {
+    __fs_task_struct_state =
+      { Virt_mem_types.field_available = true; field_offset = 0; };
+    __fs_task_struct_prio =
+      { Virt_mem_types.field_available = true; field_offset = 24; };
+    __fs_task_struct_static_prio =
+      { Virt_mem_types.field_available = true; field_offset = 28; };
+    __fs_task_struct_normal_prio =
+      { Virt_mem_types.field_available = true; field_offset = 32; };
+    __fs_task_struct_tasks'next =
+      { Virt_mem_types.field_available = true; field_offset = 420; };
+    __fs_task_struct_tasks'prev =
+      { Virt_mem_types.field_available = true; field_offset = 424; };
+    __fs_task_struct_mm =
+      { Virt_mem_types.field_available = true; field_offset = 428; };
+    __fs_task_struct_active_mm =
+      { Virt_mem_types.field_available = true; field_offset = 432; };
+    __fs_task_struct_pid =
+      { Virt_mem_types.field_available = true; field_offset = 464; };
+    __fs_task_struct_comm =
+      { Virt_mem_types.field_available = true; field_offset = 761; };
+  };;
+let fieldsig_5 =
+  {
+    __fs_task_struct_state =
+      { Virt_mem_types.field_available = true; field_offset = 0; };
+    __fs_task_struct_prio =
+      { Virt_mem_types.field_available = true; field_offset = 24; };
+    __fs_task_struct_static_prio =
+      { Virt_mem_types.field_available = true; field_offset = 28; };
+    __fs_task_struct_normal_prio =
+      { Virt_mem_types.field_available = true; field_offset = 32; };
+    __fs_task_struct_tasks'next =
+      { Virt_mem_types.field_available = true; field_offset = 268; };
+    __fs_task_struct_tasks'prev =
+      { Virt_mem_types.field_available = true; field_offset = 272; };
+    __fs_task_struct_mm =
+      { Virt_mem_types.field_available = true; field_offset = 292; };
+    __fs_task_struct_active_mm =
+      { Virt_mem_types.field_available = true; field_offset = 296; };
+    __fs_task_struct_pid =
+      { Virt_mem_types.field_available = true; field_offset = 328; };
+    __fs_task_struct_comm =
+      { Virt_mem_types.field_available = true; field_offset = 568; };
+  };;
+let fieldsig_6 =
+  {
+    __fs_task_struct_state =
+      { Virt_mem_types.field_available = true; field_offset = 0; };
+    __fs_task_struct_prio =
+      { Virt_mem_types.field_available = true; field_offset = 24; };
+    __fs_task_struct_static_prio =
+      { Virt_mem_types.field_available = true; field_offset = 28; };
+    __fs_task_struct_normal_prio =
+      { Virt_mem_types.field_available = true; field_offset = 32; };
+    __fs_task_struct_tasks'next =
+      { Virt_mem_types.field_available = true; field_offset = 276; };
+    __fs_task_struct_tasks'prev =
+      { Virt_mem_types.field_available = true; field_offset = 280; };
+    __fs_task_struct_mm =
+      { Virt_mem_types.field_available = true; field_offset = 300; };
+    __fs_task_struct_active_mm =
+      { Virt_mem_types.field_available = true; field_offset = 304; };
+    __fs_task_struct_pid =
+      { Virt_mem_types.field_available = true; field_offset = 336; };
+    __fs_task_struct_comm =
+      { Virt_mem_types.field_available = true; field_offset = 576; };
+  };;
+let fieldsig_7 =
+  {
+    __fs_task_struct_state =
+      { Virt_mem_types.field_available = true; field_offset = 0; };
+    __fs_task_struct_prio =
+      { Virt_mem_types.field_available = true; field_offset = 20; };
+    __fs_task_struct_static_prio =
+      { Virt_mem_types.field_available = true; field_offset = 24; };
+    __fs_task_struct_normal_prio =
+      { Virt_mem_types.field_available = true; field_offset = 28; };
+    __fs_task_struct_tasks'next =
+      { Virt_mem_types.field_available = true; field_offset = 272; };
+    __fs_task_struct_tasks'prev =
+      { Virt_mem_types.field_available = true; field_offset = 276; };
+    __fs_task_struct_mm =
+      { Virt_mem_types.field_available = true; field_offset = 280; };
+    __fs_task_struct_active_mm =
+      { Virt_mem_types.field_available = true; field_offset = 284; };
+    __fs_task_struct_pid =
+      { Virt_mem_types.field_available = true; field_offset = 316; };
+    __fs_task_struct_comm =
+      { Virt_mem_types.field_available = true; field_offset = 552; };
+  };;
+let fieldsig_8 =
+  {
+    __fs_task_struct_state =
+      { Virt_mem_types.field_available = true; field_offset = 0; };
+    __fs_task_struct_prio =
+      { Virt_mem_types.field_available = true; field_offset = 20; };
+    __fs_task_struct_static_prio =
+      { Virt_mem_types.field_available = true; field_offset = 24; };
+    __fs_task_struct_normal_prio =
+      { Virt_mem_types.field_available = true; field_offset = 28; };
+    __fs_task_struct_tasks'next =
+      { Virt_mem_types.field_available = true; field_offset = 268; };
+    __fs_task_struct_tasks'prev =
+      { Virt_mem_types.field_available = true; field_offset = 272; };
+    __fs_task_struct_mm =
+      { Virt_mem_types.field_available = true; field_offset = 276; };
+    __fs_task_struct_active_mm =
+      { Virt_mem_types.field_available = true; field_offset = 280; };
+    __fs_task_struct_pid =
+      { Virt_mem_types.field_available = true; field_offset = 312; };
+    __fs_task_struct_comm =
+      { Virt_mem_types.field_available = true; field_offset = 548; };
+  };;
+let fieldsig_9 =
+  {
+    __fs_task_struct_state =
+      { Virt_mem_types.field_available = true; field_offset = 0; };
+    __fs_task_struct_prio =
+      { Virt_mem_types.field_available = true; field_offset = 20; };
+    __fs_task_struct_static_prio =
+      { Virt_mem_types.field_available = true; field_offset = 24; };
+    __fs_task_struct_normal_prio =
+      { Virt_mem_types.field_available = true; field_offset = 28; };
+    __fs_task_struct_tasks'next =
+      { Virt_mem_types.field_available = true; field_offset = 376; };
+    __fs_task_struct_tasks'prev =
+      { Virt_mem_types.field_available = true; field_offset = 380; };
+    __fs_task_struct_mm =
+      { Virt_mem_types.field_available = true; field_offset = 384; };
+    __fs_task_struct_active_mm =
+      { Virt_mem_types.field_available = true; field_offset = 388; };
+    __fs_task_struct_pid =
+      { Virt_mem_types.field_available = true; field_offset = 420; };
+    __fs_task_struct_comm =
+      { Virt_mem_types.field_available = true; field_offset = 677; };
+  };;
+let fieldsig_10 =
+  {
+    __fs_task_struct_state =
+      { Virt_mem_types.field_available = true; field_offset = 0; };
+    __fs_task_struct_prio =
+      { Virt_mem_types.field_available = true; field_offset = 24; };
+    __fs_task_struct_static_prio =
+      { Virt_mem_types.field_available = true; field_offset = 28; };
+    __fs_task_struct_normal_prio =
+      { Virt_mem_types.field_available = true; field_offset = 32; };
+    __fs_task_struct_tasks'next =
+      { Virt_mem_types.field_available = true; field_offset = 448; };
+    __fs_task_struct_tasks'prev =
+      { Virt_mem_types.field_available = true; field_offset = 452; };
+    __fs_task_struct_mm =
+      { Virt_mem_types.field_available = true; field_offset = 456; };
+    __fs_task_struct_active_mm =
+      { Virt_mem_types.field_available = true; field_offset = 460; };
+    __fs_task_struct_pid =
+      { Virt_mem_types.field_available = true; field_offset = 492; };
+    __fs_task_struct_comm =
+      { Virt_mem_types.field_available = true; field_offset = 788; };
+  };;
+let fieldsig_11 =
+  {
+    __fs_task_struct_state =
+      { Virt_mem_types.field_available = true; field_offset = 0; };
+    __fs_task_struct_prio =
+      { Virt_mem_types.field_available = true; field_offset = 40; };
+    __fs_task_struct_static_prio =
+      { Virt_mem_types.field_available = true; field_offset = 44; };
+    __fs_task_struct_normal_prio =
+      { Virt_mem_types.field_available = true; field_offset = 48; };
+    __fs_task_struct_tasks'next =
+      { Virt_mem_types.field_available = true; field_offset = 192; };
+    __fs_task_struct_tasks'prev =
+      { Virt_mem_types.field_available = true; field_offset = 200; };
+    __fs_task_struct_mm =
+      { Virt_mem_types.field_available = true; field_offset = 208; };
+    __fs_task_struct_active_mm =
+      { Virt_mem_types.field_available = true; field_offset = 216; };
+    __fs_task_struct_pid =
+      { Virt_mem_types.field_available = true; field_offset = 268; };
+    __fs_task_struct_comm =
+      { Virt_mem_types.field_available = true; field_offset = 680; };
+  };;
+let fieldsig_12 =
+  {
+    __fs_task_struct_state =
+      { Virt_mem_types.field_available = true; field_offset = 0; };
+    __fs_task_struct_prio =
+      { Virt_mem_types.field_available = true; field_offset = 28; };
+    __fs_task_struct_static_prio =
+      { Virt_mem_types.field_available = true; field_offset = 32; };
+    __fs_task_struct_normal_prio =
+      { Virt_mem_types.field_available = true; field_offset = 36; };
+    __fs_task_struct_tasks'next =
+      { Virt_mem_types.field_available = true; field_offset = 352; };
+    __fs_task_struct_tasks'prev =
+      { Virt_mem_types.field_available = true; field_offset = 360; };
+    __fs_task_struct_mm =
+      { Virt_mem_types.field_available = true; field_offset = 368; };
+    __fs_task_struct_active_mm =
+      { Virt_mem_types.field_available = true; field_offset = 376; };
+    __fs_task_struct_pid =
+      { Virt_mem_types.field_available = true; field_offset = 416; };
+    __fs_task_struct_comm =
+      { Virt_mem_types.field_available = true; field_offset = 856; };
+  };;
+let fieldsig_13 =
+  {
+    __fs_task_struct_state =
+      { Virt_mem_types.field_available = true; field_offset = 0; };
+    __fs_task_struct_prio =
+      { Virt_mem_types.field_available = true; field_offset = 28; };
+    __fs_task_struct_static_prio =
+      { Virt_mem_types.field_available = true; field_offset = 32; };
+    __fs_task_struct_normal_prio =
+      { Virt_mem_types.field_available = true; field_offset = 36; };
+    __fs_task_struct_tasks'next =
+      { Virt_mem_types.field_available = true; field_offset = 480; };
+    __fs_task_struct_tasks'prev =
+      { Virt_mem_types.field_available = true; field_offset = 488; };
+    __fs_task_struct_mm =
+      { Virt_mem_types.field_available = true; field_offset = 496; };
+    __fs_task_struct_active_mm =
+      { Virt_mem_types.field_available = true; field_offset = 504; };
+    __fs_task_struct_pid =
+      { Virt_mem_types.field_available = true; field_offset = 544; };
+    __fs_task_struct_comm =
+      { Virt_mem_types.field_available = true; field_offset = 1049; };
+  };;
+let fieldsig_14 =
+  {
+    __fs_task_struct_state =
+      { Virt_mem_types.field_available = true; field_offset = 0; };
+    __fs_task_struct_prio =
+      { Virt_mem_types.field_available = true; field_offset = 32; };
+    __fs_task_struct_static_prio =
+      { Virt_mem_types.field_available = true; field_offset = 36; };
+    __fs_task_struct_normal_prio =
+      { Virt_mem_types.field_available = true; field_offset = 40; };
+    __fs_task_struct_tasks'next =
+      { Virt_mem_types.field_available = true; field_offset = 512; };
+    __fs_task_struct_tasks'prev =
+      { Virt_mem_types.field_available = true; field_offset = 520; };
+    __fs_task_struct_mm =
+      { Virt_mem_types.field_available = true; field_offset = 528; };
+    __fs_task_struct_active_mm =
+      { Virt_mem_types.field_available = true; field_offset = 536; };
+    __fs_task_struct_pid =
+      { Virt_mem_types.field_available = true; field_offset = 576; };
+    __fs_task_struct_comm =
+      { Virt_mem_types.field_available = true; field_offset = 1089; };
+  };;
+let fieldsig_15 =
+  {
+    __fs_task_struct_state =
+      { Virt_mem_types.field_available = true; field_offset = 0; };
+    __fs_task_struct_prio =
+      { Virt_mem_types.field_available = true; field_offset = 24; };
+    __fs_task_struct_static_prio =
+      { Virt_mem_types.field_available = true; field_offset = 28; };
+    __fs_task_struct_normal_prio =
+      { Virt_mem_types.field_available = true; field_offset = 32; };
+    __fs_task_struct_tasks'next =
+      { Virt_mem_types.field_available = true; field_offset = 128; };
+    __fs_task_struct_tasks'prev =
+      { Virt_mem_types.field_available = true; field_offset = 132; };
+    __fs_task_struct_mm =
+      { Virt_mem_types.field_available = true; field_offset = 136; };
+    __fs_task_struct_active_mm =
+      { Virt_mem_types.field_available = true; field_offset = 140; };
+    __fs_task_struct_pid =
+      { Virt_mem_types.field_available = true; field_offset = 172; };
+    __fs_task_struct_comm =
+      { Virt_mem_types.field_available = true; field_offset = 408; };
+  };;
+let fieldsig_16 =
+  {
+    __fs_task_struct_state =
+      { Virt_mem_types.field_available = true; field_offset = 0; };
+    __fs_task_struct_prio =
+      { Virt_mem_types.field_available = true; field_offset = 40; };
+    __fs_task_struct_static_prio =
+      { Virt_mem_types.field_available = true; field_offset = 44; };
+    __fs_task_struct_normal_prio =
+      { Virt_mem_types.field_available = true; field_offset = 48; };
+    __fs_task_struct_tasks'next =
+      { Virt_mem_types.field_available = true; field_offset = 200; };
+    __fs_task_struct_tasks'prev =
+      { Virt_mem_types.field_available = true; field_offset = 208; };
+    __fs_task_struct_mm =
+      { Virt_mem_types.field_available = true; field_offset = 216; };
+    __fs_task_struct_active_mm =
+      { Virt_mem_types.field_available = true; field_offset = 224; };
+    __fs_task_struct_pid =
+      { Virt_mem_types.field_available = true; field_offset = 276; };
+    __fs_task_struct_comm =
+      { Virt_mem_types.field_available = true; field_offset = 680; };
+  };;
+let fieldsig_17 =
+  {
+    __fs_task_struct_state =
+      { Virt_mem_types.field_available = true; field_offset = 0; };
+    __fs_task_struct_prio =
+      { Virt_mem_types.field_available = true; field_offset = 40; };
+    __fs_task_struct_static_prio =
+      { Virt_mem_types.field_available = true; field_offset = 44; };
+    __fs_task_struct_normal_prio =
+      { Virt_mem_types.field_available = true; field_offset = 48; };
+    __fs_task_struct_tasks'next =
+      { Virt_mem_types.field_available = true; field_offset = 216; };
+    __fs_task_struct_tasks'prev =
+      { Virt_mem_types.field_available = true; field_offset = 224; };
+    __fs_task_struct_mm =
+      { Virt_mem_types.field_available = true; field_offset = 232; };
+    __fs_task_struct_active_mm =
+      { Virt_mem_types.field_available = true; field_offset = 240; };
+    __fs_task_struct_pid =
+      { Virt_mem_types.field_available = true; field_offset = 292; };
+    __fs_task_struct_comm =
+      { Virt_mem_types.field_available = true; field_offset = 696; };
+  };;
+let fieldsig_18 =
+  {
+    __fs_task_struct_state =
+      { Virt_mem_types.field_available = true; field_offset = 0; };
+    __fs_task_struct_prio =
+      { Virt_mem_types.field_available = true; field_offset = 32; };
+    __fs_task_struct_static_prio =
+      { Virt_mem_types.field_available = true; field_offset = 36; };
+    __fs_task_struct_normal_prio =
+      { Virt_mem_types.field_available = true; field_offset = 40; };
+    __fs_task_struct_tasks'next =
+      { Virt_mem_types.field_available = true; field_offset = 184; };
+    __fs_task_struct_tasks'prev =
+      { Virt_mem_types.field_available = true; field_offset = 192; };
+    __fs_task_struct_mm =
+      { Virt_mem_types.field_available = true; field_offset = 200; };
+    __fs_task_struct_active_mm =
+      { Virt_mem_types.field_available = true; field_offset = 208; };
+    __fs_task_struct_pid =
+      { Virt_mem_types.field_available = true; field_offset = 248; };
+    __fs_task_struct_comm =
+      { Virt_mem_types.field_available = true; field_offset = 648; };
+  };;
+let fieldsig_19 =
+  {
+    __fs_task_struct_state =
+      { Virt_mem_types.field_available = true; field_offset = 0; };
+    __fs_task_struct_prio =
+      { Virt_mem_types.field_available = true; field_offset = 32; };
+    __fs_task_struct_static_prio =
+      { Virt_mem_types.field_available = true; field_offset = 36; };
+    __fs_task_struct_normal_prio =
+      { Virt_mem_types.field_available = true; field_offset = 40; };
+    __fs_task_struct_tasks'next =
+      { Virt_mem_types.field_available = true; field_offset = 176; };
+    __fs_task_struct_tasks'prev =
+      { Virt_mem_types.field_available = true; field_offset = 184; };
+    __fs_task_struct_mm =
+      { Virt_mem_types.field_available = true; field_offset = 192; };
+    __fs_task_struct_active_mm =
+      { Virt_mem_types.field_available = true; field_offset = 200; };
+    __fs_task_struct_pid =
+      { Virt_mem_types.field_available = true; field_offset = 240; };
+    __fs_task_struct_comm =
+      { Virt_mem_types.field_available = true; field_offset = 648; };
+  };;
+let fieldsig_20 =
+  {
+    __fs_task_struct_state =
+      { Virt_mem_types.field_available = true; field_offset = 0; };
+    __fs_task_struct_prio =
+      { Virt_mem_types.field_available = true; field_offset = 24; };
+    __fs_task_struct_static_prio =
+      { Virt_mem_types.field_available = true; field_offset = 28; };
+    __fs_task_struct_normal_prio =
+      { Virt_mem_types.field_available = true; field_offset = 32; };
+    __fs_task_struct_tasks'next =
+      { Virt_mem_types.field_available = true; field_offset = 280; };
+    __fs_task_struct_tasks'prev =
+      { Virt_mem_types.field_available = true; field_offset = 284; };
+    __fs_task_struct_mm =
+      { Virt_mem_types.field_available = true; field_offset = 304; };
+    __fs_task_struct_active_mm =
+      { Virt_mem_types.field_available = true; field_offset = 308; };
+    __fs_task_struct_pid =
+      { Virt_mem_types.field_available = true; field_offset = 340; };
+    __fs_task_struct_comm =
+      { Virt_mem_types.field_available = true; field_offset = 584; };
+  };;
+let fieldsig_21 =
+  {
+    __fs_task_struct_state =
+      { Virt_mem_types.field_available = true; field_offset = 0; };
+    __fs_task_struct_prio =
+      { Virt_mem_types.field_available = true; field_offset = 32; };
+    __fs_task_struct_static_prio =
+      { Virt_mem_types.field_available = true; field_offset = 36; };
+    __fs_task_struct_normal_prio =
+      { Virt_mem_types.field_available = true; field_offset = 40; };
+    __fs_task_struct_tasks'next =
+      { Virt_mem_types.field_available = true; field_offset = 336; };
+    __fs_task_struct_tasks'prev =
+      { Virt_mem_types.field_available = true; field_offset = 344; };
+    __fs_task_struct_mm =
+      { Virt_mem_types.field_available = true; field_offset = 384; };
+    __fs_task_struct_active_mm =
+      { Virt_mem_types.field_available = true; field_offset = 392; };
+    __fs_task_struct_pid =
+      { Virt_mem_types.field_available = true; field_offset = 432; };
+    __fs_task_struct_comm =
+      { Virt_mem_types.field_available = true; field_offset = 840; };
+  };;
+let fieldsig_22 =
+  {
+    __fs_task_struct_state =
+      { Virt_mem_types.field_available = true; field_offset = 0; };
+    __fs_task_struct_prio =
+      { Virt_mem_types.field_available = true; field_offset = 32; };
+    __fs_task_struct_static_prio =
+      { Virt_mem_types.field_available = true; field_offset = 36; };
+    __fs_task_struct_normal_prio =
+      { Virt_mem_types.field_available = true; field_offset = 40; };
+    __fs_task_struct_tasks'next =
+      { Virt_mem_types.field_available = true; field_offset = 328; };
+    __fs_task_struct_tasks'prev =
+      { Virt_mem_types.field_available = true; field_offset = 336; };
+    __fs_task_struct_mm =
+      { Virt_mem_types.field_available = true; field_offset = 376; };
+    __fs_task_struct_active_mm =
+      { Virt_mem_types.field_available = true; field_offset = 384; };
+    __fs_task_struct_pid =
+      { Virt_mem_types.field_available = true; field_offset = 424; };
+    __fs_task_struct_comm =
+      { Virt_mem_types.field_available = true; field_offset = 840; };
+  };;
+let fieldsig_23 =
+  {
+    __fs_task_struct_state =
+      { Virt_mem_types.field_available = true; field_offset = 0; };
+    __fs_task_struct_prio =
+      { Virt_mem_types.field_available = true; field_offset = 24; };
+    __fs_task_struct_static_prio =
+      { Virt_mem_types.field_available = true; field_offset = 28; };
+    __fs_task_struct_normal_prio =
+      { Virt_mem_types.field_available = true; field_offset = 32; };
+    __fs_task_struct_tasks'next =
+      { Virt_mem_types.field_available = true; field_offset = 288; };
+    __fs_task_struct_tasks'prev =
+      { Virt_mem_types.field_available = true; field_offset = 292; };
+    __fs_task_struct_mm =
+      { Virt_mem_types.field_available = true; field_offset = 312; };
+    __fs_task_struct_active_mm =
+      { Virt_mem_types.field_available = true; field_offset = 316; };
+    __fs_task_struct_pid =
+      { Virt_mem_types.field_available = true; field_offset = 348; };
+    __fs_task_struct_comm =
+      { Virt_mem_types.field_available = true; field_offset = 592; };
+  };;
+let fieldsig_24 =
+  {
+    __fs_task_struct_state =
+      { Virt_mem_types.field_available = true; field_offset = 0; };
+    __fs_task_struct_prio =
+      { Virt_mem_types.field_available = true; field_offset = 32; };
+    __fs_task_struct_static_prio =
+      { Virt_mem_types.field_available = true; field_offset = 36; };
+    __fs_task_struct_normal_prio =
+      { Virt_mem_types.field_available = true; field_offset = 40; };
+    __fs_task_struct_tasks'next =
+      { Virt_mem_types.field_available = true; field_offset = 360; };
+    __fs_task_struct_tasks'prev =
+      { Virt_mem_types.field_available = true; field_offset = 368; };
+    __fs_task_struct_mm =
+      { Virt_mem_types.field_available = true; field_offset = 408; };
+    __fs_task_struct_active_mm =
+      { Virt_mem_types.field_available = true; field_offset = 416; };
+    __fs_task_struct_pid =
+      { Virt_mem_types.field_available = true; field_offset = 456; };
+    __fs_task_struct_comm =
+      { Virt_mem_types.field_available = true; field_offset = 864; };
+  };;
+let fieldsig_25 =
+  {
+    __fs_task_struct_state =
+      { Virt_mem_types.field_available = true; field_offset = 0; };
+    __fs_task_struct_prio =
+      { Virt_mem_types.field_available = true; field_offset = 32; };
+    __fs_task_struct_static_prio =
+      { Virt_mem_types.field_available = true; field_offset = 36; };
+    __fs_task_struct_normal_prio =
+      { Virt_mem_types.field_available = true; field_offset = 40; };
+    __fs_task_struct_tasks'next =
+      { Virt_mem_types.field_available = true; field_offset = 352; };
+    __fs_task_struct_tasks'prev =
+      { Virt_mem_types.field_available = true; field_offset = 360; };
+    __fs_task_struct_mm =
+      { Virt_mem_types.field_available = true; field_offset = 400; };
+    __fs_task_struct_active_mm =
+      { Virt_mem_types.field_available = true; field_offset = 408; };
+    __fs_task_struct_pid =
+      { Virt_mem_types.field_available = true; field_offset = 448; };
+    __fs_task_struct_comm =
+      { Virt_mem_types.field_available = true; field_offset = 864; };
+  };;
+let fieldsig_26 =
+  {
+    __fs_task_struct_state =
+      { Virt_mem_types.field_available = true; field_offset = 0; };
+    __fs_task_struct_prio =
+      { Virt_mem_types.field_available = true; field_offset = 20; };
+    __fs_task_struct_static_prio =
+      { Virt_mem_types.field_available = true; field_offset = 24; };
+    __fs_task_struct_normal_prio =
+      { Virt_mem_types.field_available = true; field_offset = 28; };
+    __fs_task_struct_tasks'next =
+      { Virt_mem_types.field_available = true; field_offset = 280; };
+    __fs_task_struct_tasks'prev =
+      { Virt_mem_types.field_available = true; field_offset = 284; };
+    __fs_task_struct_mm =
+      { Virt_mem_types.field_available = true; field_offset = 288; };
+    __fs_task_struct_active_mm =
+      { Virt_mem_types.field_available = true; field_offset = 292; };
+    __fs_task_struct_pid =
+      { Virt_mem_types.field_available = true; field_offset = 324; };
+    __fs_task_struct_comm =
+      { Virt_mem_types.field_available = true; field_offset = 560; };
+  };;
+let fieldsig_27 =
+  {
+    __fs_task_struct_state =
+      { Virt_mem_types.field_available = true; field_offset = 0; };
+    __fs_task_struct_prio =
+      { Virt_mem_types.field_available = true; field_offset = 28; };
+    __fs_task_struct_static_prio =
+      { Virt_mem_types.field_available = true; field_offset = 32; };
+    __fs_task_struct_normal_prio =
+      { Virt_mem_types.field_available = true; field_offset = 36; };
+    __fs_task_struct_tasks'next =
+      { Virt_mem_types.field_available = true; field_offset = 352; };
+    __fs_task_struct_tasks'prev =
+      { Virt_mem_types.field_available = true; field_offset = 360; };
+    __fs_task_struct_mm =
+      { Virt_mem_types.field_available = true; field_offset = 368; };
+    __fs_task_struct_active_mm =
+      { Virt_mem_types.field_available = true; field_offset = 376; };
+    __fs_task_struct_pid =
+      { Virt_mem_types.field_available = true; field_offset = 416; };
+    __fs_task_struct_comm =
+      { Virt_mem_types.field_available = true; field_offset = 816; };
+  };;
+let fieldsig_28 =
+  {
+    __fs_task_struct_state =
+      { Virt_mem_types.field_available = true; field_offset = 0; };
+    __fs_task_struct_prio =
+      { Virt_mem_types.field_available = true; field_offset = 28; };
+    __fs_task_struct_static_prio =
+      { Virt_mem_types.field_available = true; field_offset = 32; };
+    __fs_task_struct_normal_prio =
+      { Virt_mem_types.field_available = true; field_offset = 36; };
+    __fs_task_struct_tasks'next =
+      { Virt_mem_types.field_available = true; field_offset = 344; };
+    __fs_task_struct_tasks'prev =
+      { Virt_mem_types.field_available = true; field_offset = 352; };
+    __fs_task_struct_mm =
+      { Virt_mem_types.field_available = true; field_offset = 360; };
+    __fs_task_struct_active_mm =
+      { Virt_mem_types.field_available = true; field_offset = 368; };
+    __fs_task_struct_pid =
+      { Virt_mem_types.field_available = true; field_offset = 408; };
+    __fs_task_struct_comm =
+      { Virt_mem_types.field_available = true; field_offset = 816; };
+  };;
+let fieldsig_29 =
+  {
+    __fs_task_struct_state =
+      { Virt_mem_types.field_available = true; field_offset = 0; };
+    __fs_task_struct_prio =
+      { Virt_mem_types.field_available = true; field_offset = 20; };
+    __fs_task_struct_static_prio =
+      { Virt_mem_types.field_available = true; field_offset = 24; };
+    __fs_task_struct_normal_prio =
+      { Virt_mem_types.field_available = true; field_offset = 28; };
+    __fs_task_struct_tasks'next =
+      { Virt_mem_types.field_available = true; field_offset = 272; };
+    __fs_task_struct_tasks'prev =
+      { Virt_mem_types.field_available = true; field_offset = 276; };
+    __fs_task_struct_mm =
+      { Virt_mem_types.field_available = true; field_offset = 280; };
+    __fs_task_struct_active_mm =
+      { Virt_mem_types.field_available = true; field_offset = 284; };
+    __fs_task_struct_pid =
+      { Virt_mem_types.field_available = true; field_offset = 316; };
+    __fs_task_struct_comm =
+      { Virt_mem_types.field_available = true; field_offset = 552; };
+  };;
+let fieldsig_30 =
+  {
+    __fs_task_struct_state =
+      { Virt_mem_types.field_available = true; field_offset = 0; };
+    __fs_task_struct_prio =
+      { Virt_mem_types.field_available = true; field_offset = 28; };
+    __fs_task_struct_static_prio =
+      { Virt_mem_types.field_available = true; field_offset = 32; };
+    __fs_task_struct_normal_prio =
+      { Virt_mem_types.field_available = true; field_offset = 36; };
+    __fs_task_struct_tasks'next =
+      { Virt_mem_types.field_available = true; field_offset = 360; };
+    __fs_task_struct_tasks'prev =
+      { Virt_mem_types.field_available = true; field_offset = 368; };
+    __fs_task_struct_mm =
+      { Virt_mem_types.field_available = true; field_offset = 376; };
+    __fs_task_struct_active_mm =
+      { Virt_mem_types.field_available = true; field_offset = 384; };
+    __fs_task_struct_pid =
+      { Virt_mem_types.field_available = true; field_offset = 424; };
+    __fs_task_struct_comm =
+      { Virt_mem_types.field_available = true; field_offset = 824; };
+  };;
+let fieldsig_31 =
+  {
+    __fs_task_struct_state =
+      { Virt_mem_types.field_available = true; field_offset = 0; };
+    __fs_task_struct_prio =
+      { Virt_mem_types.field_available = true; field_offset = 28; };
+    __fs_task_struct_static_prio =
+      { Virt_mem_types.field_available = true; field_offset = 32; };
+    __fs_task_struct_normal_prio =
+      { Virt_mem_types.field_available = true; field_offset = 36; };
+    __fs_task_struct_tasks'next =
+      { Virt_mem_types.field_available = true; field_offset = 352; };
+    __fs_task_struct_tasks'prev =
+      { Virt_mem_types.field_available = true; field_offset = 360; };
+    __fs_task_struct_mm =
+      { Virt_mem_types.field_available = true; field_offset = 368; };
+    __fs_task_struct_active_mm =
+      { Virt_mem_types.field_available = true; field_offset = 376; };
+    __fs_task_struct_pid =
+      { Virt_mem_types.field_available = true; field_offset = 416; };
+    __fs_task_struct_comm =
+      { Virt_mem_types.field_available = true; field_offset = 824; };
+  };;
+let fieldsig_32 =
+  {
+    __fs_task_struct_state =
+      { Virt_mem_types.field_available = true; field_offset = 0; };
+    __fs_task_struct_prio =
+      { Virt_mem_types.field_available = true; field_offset = 20; };
+    __fs_task_struct_static_prio =
+      { Virt_mem_types.field_available = true; field_offset = 24; };
+    __fs_task_struct_normal_prio =
+      { Virt_mem_types.field_available = true; field_offset = 28; };
+    __fs_task_struct_tasks'next =
+      { Virt_mem_types.field_available = true; field_offset = 280; };
+    __fs_task_struct_tasks'prev =
+      { Virt_mem_types.field_available = true; field_offset = 284; };
+    __fs_task_struct_mm =
+      { Virt_mem_types.field_available = true; field_offset = 288; };
+    __fs_task_struct_active_mm =
+      { Virt_mem_types.field_available = true; field_offset = 292; };
+    __fs_task_struct_pid =
+      { Virt_mem_types.field_available = true; field_offset = 324; };
+    __fs_task_struct_comm =
+      { Virt_mem_types.field_available = true; field_offset = 576; };
+  };;
+let fieldsig_33 =
+  {
+    __fs_task_struct_state =
+      { Virt_mem_types.field_available = true; field_offset = 0; };
+    __fs_task_struct_prio =
+      { Virt_mem_types.field_available = true; field_offset = 28; };
+    __fs_task_struct_static_prio =
+      { Virt_mem_types.field_available = true; field_offset = 32; };
+    __fs_task_struct_normal_prio =
+      { Virt_mem_types.field_available = true; field_offset = 36; };
+    __fs_task_struct_tasks'next =
+      { Virt_mem_types.field_available = true; field_offset = 360; };
+    __fs_task_struct_tasks'prev =
+      { Virt_mem_types.field_available = true; field_offset = 368; };
+    __fs_task_struct_mm =
+      { Virt_mem_types.field_available = true; field_offset = 376; };
+    __fs_task_struct_active_mm =
+      { Virt_mem_types.field_available = true; field_offset = 384; };
+    __fs_task_struct_pid =
+      { Virt_mem_types.field_available = true; field_offset = 424; };
+    __fs_task_struct_comm =
+      { Virt_mem_types.field_available = true; field_offset = 856; };
+  };;
+let fieldsig_34 =
+  {
+    __fs_task_struct_state =
+      { Virt_mem_types.field_available = true; field_offset = 0; };
+    __fs_task_struct_prio =
+      { Virt_mem_types.field_available = true; field_offset = 20; };
+    __fs_task_struct_static_prio =
+      { Virt_mem_types.field_available = true; field_offset = 24; };
+    __fs_task_struct_normal_prio =
+      { Virt_mem_types.field_available = true; field_offset = 28; };
+    __fs_task_struct_tasks'next =
+      { Virt_mem_types.field_available = true; field_offset = 392; };
+    __fs_task_struct_tasks'prev =
+      { Virt_mem_types.field_available = true; field_offset = 396; };
+    __fs_task_struct_mm =
+      { Virt_mem_types.field_available = true; field_offset = 400; };
+    __fs_task_struct_active_mm =
+      { Virt_mem_types.field_available = true; field_offset = 404; };
+    __fs_task_struct_pid =
+      { Virt_mem_types.field_available = true; field_offset = 436; };
+    __fs_task_struct_comm =
+      { Virt_mem_types.field_available = true; field_offset = 697; };
+  };;
+let fieldsig_35 =
+  {
+    __fs_task_struct_state =
+      { Virt_mem_types.field_available = true; field_offset = 0; };
+    __fs_task_struct_prio =
+      { Virt_mem_types.field_available = true; field_offset = 28; };
+    __fs_task_struct_static_prio =
+      { Virt_mem_types.field_available = true; field_offset = 32; };
+    __fs_task_struct_normal_prio =
+      { Virt_mem_types.field_available = true; field_offset = 36; };
+    __fs_task_struct_tasks'next =
+      { Virt_mem_types.field_available = true; field_offset = 456; };
+    __fs_task_struct_tasks'prev =
+      { Virt_mem_types.field_available = true; field_offset = 464; };
+    __fs_task_struct_mm =
+      { Virt_mem_types.field_available = true; field_offset = 472; };
+    __fs_task_struct_active_mm =
+      { Virt_mem_types.field_available = true; field_offset = 480; };
+    __fs_task_struct_pid =
+      { Virt_mem_types.field_available = true; field_offset = 520; };
+    __fs_task_struct_comm =
+      { Virt_mem_types.field_available = true; field_offset = 969; };
+  };;
+let fieldsig_36 =
+  {
+    __fs_task_struct_state =
+      { Virt_mem_types.field_available = true; field_offset = 0; };
+    __fs_task_struct_prio =
+      { Virt_mem_types.field_available = true; field_offset = 28; };
+    __fs_task_struct_static_prio =
+      { Virt_mem_types.field_available = true; field_offset = 32; };
+    __fs_task_struct_normal_prio =
+      { Virt_mem_types.field_available = true; field_offset = 36; };
+    __fs_task_struct_tasks'next =
+      { Virt_mem_types.field_available = true; field_offset = 456; };
+    __fs_task_struct_tasks'prev =
+      { Virt_mem_types.field_available = true; field_offset = 464; };
+    __fs_task_struct_mm =
+      { Virt_mem_types.field_available = true; field_offset = 472; };
+    __fs_task_struct_active_mm =
+      { Virt_mem_types.field_available = true; field_offset = 480; };
+    __fs_task_struct_pid =
+      { Virt_mem_types.field_available = true; field_offset = 520; };
+    __fs_task_struct_comm =
+      { Virt_mem_types.field_available = true; field_offset = 977; };
+  };;
+let fieldsig_37 =
+  {
+    __fs_task_struct_state =
+      { Virt_mem_types.field_available = true; field_offset = 0; };
+    __fs_task_struct_prio =
+      { Virt_mem_types.field_available = true; field_offset = 20; };
+    __fs_task_struct_static_prio =
+      { Virt_mem_types.field_available = true; field_offset = 24; };
+    __fs_task_struct_normal_prio =
+      { Virt_mem_types.field_available = true; field_offset = 28; };
+    __fs_task_struct_tasks'next =
+      { Virt_mem_types.field_available = true; field_offset = 400; };
+    __fs_task_struct_tasks'prev =
+      { Virt_mem_types.field_available = true; field_offset = 404; };
+    __fs_task_struct_mm =
+      { Virt_mem_types.field_available = true; field_offset = 408; };
+    __fs_task_struct_active_mm =
+      { Virt_mem_types.field_available = true; field_offset = 412; };
+    __fs_task_struct_pid =
+      { Virt_mem_types.field_available = true; field_offset = 444; };
+    __fs_task_struct_comm =
+      { Virt_mem_types.field_available = true; field_offset = 737; };
+  };;
+let fieldsig_38 =
+  {
+    __fs_task_struct_state =
+      { Virt_mem_types.field_available = true; field_offset = 0; };
+    __fs_task_struct_prio =
+      { Virt_mem_types.field_available = true; field_offset = 28; };
+    __fs_task_struct_static_prio =
+      { Virt_mem_types.field_available = true; field_offset = 32; };
+    __fs_task_struct_normal_prio =
+      { Virt_mem_types.field_available = true; field_offset = 36; };
+    __fs_task_struct_tasks'next =
+      { Virt_mem_types.field_available = true; field_offset = 480; };
+    __fs_task_struct_tasks'prev =
+      { Virt_mem_types.field_available = true; field_offset = 488; };
+    __fs_task_struct_mm =
+      { Virt_mem_types.field_available = true; field_offset = 496; };
+    __fs_task_struct_active_mm =
+      { Virt_mem_types.field_available = true; field_offset = 504; };
+    __fs_task_struct_pid =
+      { Virt_mem_types.field_available = true; field_offset = 544; };
+    __fs_task_struct_comm =
+      { Virt_mem_types.field_available = true; field_offset = 1049; };
+  };;
+let fieldsig_39 =
+  {
+    __fs_task_struct_state =
+      { Virt_mem_types.field_available = true; field_offset = 0; };
+    __fs_task_struct_prio =
+      { Virt_mem_types.field_available = true; field_offset = 24; };
+    __fs_task_struct_static_prio =
+      { Virt_mem_types.field_available = true; field_offset = 28; };
+    __fs_task_struct_normal_prio =
+      { Virt_mem_types.field_available = true; field_offset = 32; };
+    __fs_task_struct_tasks'next =
+      { Virt_mem_types.field_available = true; field_offset = 416; };
+    __fs_task_struct_tasks'prev =
+      { Virt_mem_types.field_available = true; field_offset = 420; };
+    __fs_task_struct_mm =
+      { Virt_mem_types.field_available = true; field_offset = 424; };
+    __fs_task_struct_active_mm =
+      { Virt_mem_types.field_available = true; field_offset = 428; };
+    __fs_task_struct_pid =
+      { Virt_mem_types.field_available = true; field_offset = 460; };
+    __fs_task_struct_comm =
+      { Virt_mem_types.field_available = true; field_offset = 757; };
+  };;
+let fieldsig_40 =
+  {
+    __fs_task_struct_state =
+      { Virt_mem_types.field_available = true; field_offset = 0; };
+    __fs_task_struct_prio =
+      { Virt_mem_types.field_available = true; field_offset = 24; };
+    __fs_task_struct_static_prio =
+      { Virt_mem_types.field_available = true; field_offset = 28; };
+    __fs_task_struct_normal_prio =
+      { Virt_mem_types.field_available = true; field_offset = 32; };
+    __fs_task_struct_tasks'next =
+      { Virt_mem_types.field_available = true; field_offset = 424; };
+    __fs_task_struct_tasks'prev =
+      { Virt_mem_types.field_available = true; field_offset = 428; };
+    __fs_task_struct_mm =
+      { Virt_mem_types.field_available = true; field_offset = 432; };
+    __fs_task_struct_active_mm =
+      { Virt_mem_types.field_available = true; field_offset = 436; };
+    __fs_task_struct_pid =
+      { Virt_mem_types.field_available = true; field_offset = 468; };
+    __fs_task_struct_comm =
+      { Virt_mem_types.field_available = true; field_offset = 765; };
+  };;
+let fieldsig_41 =
+  {
+    __fs_task_struct_state =
+      { Virt_mem_types.field_available = true; field_offset = 0; };
+    __fs_task_struct_prio =
+      { Virt_mem_types.field_available = true; field_offset = 32; };
+    __fs_task_struct_static_prio =
+      { Virt_mem_types.field_available = true; field_offset = 36; };
+    __fs_task_struct_normal_prio =
+      { Virt_mem_types.field_available = true; field_offset = 40; };
+    __fs_task_struct_tasks'next =
+      { Virt_mem_types.field_available = true; field_offset = 512; };
+    __fs_task_struct_tasks'prev =
+      { Virt_mem_types.field_available = true; field_offset = 520; };
+    __fs_task_struct_mm =
+      { Virt_mem_types.field_available = true; field_offset = 528; };
+    __fs_task_struct_active_mm =
+      { Virt_mem_types.field_available = true; field_offset = 536; };
+    __fs_task_struct_pid =
+      { Virt_mem_types.field_available = true; field_offset = 576; };
+    __fs_task_struct_comm =
+      { Virt_mem_types.field_available = true; field_offset = 1089; };
+  };;
+let fieldsig_42 =
+  {
+    __fs_task_struct_state =
+      { Virt_mem_types.field_available = true; field_offset = 0; };
+    __fs_task_struct_prio =
+      { Virt_mem_types.field_available = true; field_offset = 24; };
+    __fs_task_struct_static_prio =
+      { Virt_mem_types.field_available = true; field_offset = 28; };
+    __fs_task_struct_normal_prio =
+      { Virt_mem_types.field_available = true; field_offset = 32; };
+    __fs_task_struct_tasks'next =
+      { Virt_mem_types.field_available = true; field_offset = 444; };
+    __fs_task_struct_tasks'prev =
+      { Virt_mem_types.field_available = true; field_offset = 448; };
+    __fs_task_struct_mm =
+      { Virt_mem_types.field_available = true; field_offset = 452; };
+    __fs_task_struct_active_mm =
+      { Virt_mem_types.field_available = true; field_offset = 456; };
+    __fs_task_struct_pid =
+      { Virt_mem_types.field_available = true; field_offset = 488; };
+    __fs_task_struct_comm =
+      { Virt_mem_types.field_available = true; field_offset = 784; };
+  };;
+let fieldsig_43 =
+  {
+    __fs_task_struct_state =
+      { Virt_mem_types.field_available = true; field_offset = 0; };
+    __fs_task_struct_prio =
+      { Virt_mem_types.field_available = true; field_offset = 24; };
+    __fs_task_struct_static_prio =
+      { Virt_mem_types.field_available = true; field_offset = 28; };
+    __fs_task_struct_normal_prio =
+      { Virt_mem_types.field_available = true; field_offset = 32; };
+    __fs_task_struct_tasks'next =
+      { Virt_mem_types.field_available = true; field_offset = 464; };
+    __fs_task_struct_tasks'prev =
+      { Virt_mem_types.field_available = true; field_offset = 468; };
+    __fs_task_struct_mm =
+      { Virt_mem_types.field_available = true; field_offset = 472; };
+    __fs_task_struct_active_mm =
+      { Virt_mem_types.field_available = true; field_offset = 476; };
+    __fs_task_struct_pid =
+      { Virt_mem_types.field_available = true; field_offset = 508; };
+    __fs_task_struct_comm =
+      { Virt_mem_types.field_available = true; field_offset = 808; };
+  };;
+let fieldsig_44 =
+  {
+    __fs_task_struct_state =
+      { Virt_mem_types.field_available = true; field_offset = 0; };
+    __fs_task_struct_prio =
+      { Virt_mem_types.field_available = true; field_offset = 32; };
+    __fs_task_struct_static_prio =
+      { Virt_mem_types.field_available = true; field_offset = 36; };
+    __fs_task_struct_normal_prio =
+      { Virt_mem_types.field_available = true; field_offset = 40; };
+    __fs_task_struct_tasks'next =
+      { Virt_mem_types.field_available = true; field_offset = 560; };
+    __fs_task_struct_tasks'prev =
+      { Virt_mem_types.field_available = true; field_offset = 568; };
+    __fs_task_struct_mm =
+      { Virt_mem_types.field_available = true; field_offset = 576; };
+    __fs_task_struct_active_mm =
+      { Virt_mem_types.field_available = true; field_offset = 584; };
+    __fs_task_struct_pid =
+      { Virt_mem_types.field_available = true; field_offset = 624; };
+    __fs_task_struct_comm =
+      { Virt_mem_types.field_available = true; field_offset = 1128; };
+  };;
+let fieldsig_45 =
+  {
+    __fs_task_struct_state =
+      { Virt_mem_types.field_available = true; field_offset = 0; };
+    __fs_task_struct_prio =
+      { Virt_mem_types.field_available = true; field_offset = 32; };
+    __fs_task_struct_static_prio =
+      { Virt_mem_types.field_available = true; field_offset = 36; };
+    __fs_task_struct_normal_prio =
+      { Virt_mem_types.field_available = true; field_offset = 40; };
+    __fs_task_struct_tasks'next =
+      { Virt_mem_types.field_available = true; field_offset = 560; };
+    __fs_task_struct_tasks'prev =
+      { Virt_mem_types.field_available = true; field_offset = 568; };
+    __fs_task_struct_mm =
+      { Virt_mem_types.field_available = true; field_offset = 576; };
+    __fs_task_struct_active_mm =
+      { Virt_mem_types.field_available = true; field_offset = 584; };
+    __fs_task_struct_pid =
+      { Virt_mem_types.field_available = true; field_offset = 624; };
+    __fs_task_struct_comm =
+      { Virt_mem_types.field_available = true; field_offset = 1128; };
+  };;
+let fieldsig_46 =
+  {
+    __fs_task_struct_state =
+      { Virt_mem_types.field_available = true; field_offset = 0; };
+    __fs_task_struct_prio =
+      { Virt_mem_types.field_available = true; field_offset = 40; };
+    __fs_task_struct_static_prio =
+      { Virt_mem_types.field_available = true; field_offset = 44; };
+    __fs_task_struct_normal_prio =
+      { Virt_mem_types.field_available = true; field_offset = 48; };
+    __fs_task_struct_tasks'next =
+      { Virt_mem_types.field_available = true; field_offset = 192; };
+    __fs_task_struct_tasks'prev =
+      { Virt_mem_types.field_available = true; field_offset = 200; };
+    __fs_task_struct_mm =
+      { Virt_mem_types.field_available = true; field_offset = 208; };
+    __fs_task_struct_active_mm =
+      { Virt_mem_types.field_available = true; field_offset = 216; };
+    __fs_task_struct_pid =
+      { Virt_mem_types.field_available = true; field_offset = 268; };
+    __fs_task_struct_comm =
+      { Virt_mem_types.field_available = true; field_offset = 672; };
+  };;
+let parser_1 bits = 
+  bitmatch bits with
   | { task_struct_state : zero+32 : offset(0), littleendian;
-    task_struct_prio : zero+32 : offset(192), littleendian;
-    task_struct_static_prio : zero+32 : offset(224), littleendian;
-    task_struct_normal_prio : zero+32 : offset(256), littleendian;
-    task_struct_tasks'next : zero+32 : offset(992), littleendian;
-    task_struct_tasks'prev : zero+32 : offset(1024), littleendian;
-    task_struct_mm : zero+32 : offset(1056), littleendian;
-    task_struct_active_mm : zero+32 : offset(1088), littleendian;
-    task_struct_pid : zero+32 : offset(1344), littleendian;
-    task_struct_comm : 128 : offset(3232), string } -> { task_struct_state = task_struct_state;
-    task_struct_prio = task_struct_prio;
-    task_struct_static_prio = task_struct_static_prio;
-    task_struct_normal_prio = task_struct_normal_prio;
-    task_struct_tasks'next = Int64.sub task_struct_tasks'next 124L;
-    task_struct_tasks'prev = Int64.sub task_struct_tasks'prev 128L;
-    task_struct_mm = task_struct_mm;
-    task_struct_active_mm = task_struct_active_mm;
-    task_struct_pid = task_struct_pid;
-    task_struct_comm = task_struct_comm }
-  | { _ } -> raise (ParseError ("task_struct", "parser_1", "failed to match kernel structure"));;
-let parser_2 bits = bitmatch bits with
-  | { task_struct_state : zero+32 : offset(0), bigendian;
-    task_struct_prio : zero+32 : offset(160), bigendian;
-    task_struct_static_prio : zero+32 : offset(192), bigendian;
-    task_struct_normal_prio : zero+32 : offset(224), bigendian;
-    task_struct_tasks'next : zero+32 : offset(2176), bigendian;
-    task_struct_tasks'prev : zero+32 : offset(2208), bigendian;
-    task_struct_mm : zero+32 : offset(2240), bigendian;
-    task_struct_active_mm : zero+32 : offset(2272), bigendian;
-    task_struct_pid : zero+32 : offset(2528), bigendian;
-    task_struct_comm : 128 : offset(4416), string } -> { task_struct_state = task_struct_state;
-    task_struct_prio = task_struct_prio;
-    task_struct_static_prio = task_struct_static_prio;
-    task_struct_normal_prio = task_struct_normal_prio;
-    task_struct_tasks'next = Int64.sub task_struct_tasks'next 272L;
-    task_struct_tasks'prev = Int64.sub task_struct_tasks'prev 276L;
-    task_struct_mm = task_struct_mm;
-    task_struct_active_mm = task_struct_active_mm;
-    task_struct_pid = task_struct_pid;
-    task_struct_comm = task_struct_comm }
-  | { _ } -> raise (ParseError ("task_struct", "parser_2", "failed to match kernel structure"));;
-let parser_3 bits = bitmatch bits with
-  | { task_struct_state : zero+32 : offset(0), bigendian;
-    task_struct_prio : zero+32 : offset(192), bigendian;
-    task_struct_static_prio : zero+32 : offset(224), bigendian;
-    task_struct_normal_prio : zero+32 : offset(256), bigendian;
-    task_struct_tasks'next : zero+32 : offset(2304), bigendian;
-    task_struct_tasks'prev : zero+32 : offset(2336), bigendian;
-    task_struct_mm : zero+32 : offset(2496), bigendian;
-    task_struct_active_mm : zero+32 : offset(2528), bigendian;
-    task_struct_pid : zero+32 : offset(2784), bigendian;
-    task_struct_comm : 128 : offset(4736), string } -> { task_struct_state = task_struct_state;
-    task_struct_prio = task_struct_prio;
-    task_struct_static_prio = task_struct_static_prio;
-    task_struct_normal_prio = task_struct_normal_prio;
-    task_struct_tasks'next = Int64.sub task_struct_tasks'next 288L;
-    task_struct_tasks'prev = Int64.sub task_struct_tasks'prev 292L;
-    task_struct_mm = task_struct_mm;
-    task_struct_active_mm = task_struct_active_mm;
-    task_struct_pid = task_struct_pid;
-    task_struct_comm = task_struct_comm }
-  | { _ } -> raise (ParseError ("task_struct", "parser_3", "failed to match kernel structure"));;
-let parser_4 bits = bitmatch bits with
+      task_struct_prio : zero+32 : offset(192), littleendian;
+      task_struct_static_prio : zero+32 : offset(224), littleendian;
+      task_struct_normal_prio : zero+32 : offset(256), littleendian;
+      task_struct_tasks'next : zero+32 : offset(992), littleendian;
+      task_struct_tasks'prev : zero+32 : offset(1024), littleendian;
+      task_struct_mm : zero+32 : offset(1056), littleendian;
+      task_struct_active_mm : zero+32 : offset(1088), littleendian;
+      task_struct_pid : zero+32 : offset(1344), littleendian;
+      task_struct_comm : 128 : offset(3232), string } ->
+      { task_struct_state = task_struct_state;
+        task_struct_prio = task_struct_prio;
+        task_struct_static_prio = task_struct_static_prio;
+        task_struct_normal_prio = task_struct_normal_prio;
+        task_struct_tasks'next = Int64.sub task_struct_tasks'next 124L;
+        task_struct_tasks'prev = Int64.sub task_struct_tasks'prev 128L;
+        task_struct_mm = task_struct_mm;
+        task_struct_active_mm = task_struct_active_mm;
+        task_struct_pid = task_struct_pid;
+        task_struct_comm = task_struct_comm }
+  | { _ } ->
+      raise (Virt_mem_types.ParseError (struct_name, "parser_1", match_err));;
+let parser_2 bits = 
+  bitmatch bits with
+  | { task_struct_state : zero+32 : offset(0), littleendian;
+      task_struct_prio : zero+32 : offset(160), littleendian;
+      task_struct_static_prio : zero+32 : offset(192), littleendian;
+      task_struct_normal_prio : zero+32 : offset(224), littleendian;
+      task_struct_tasks'next : zero+32 : offset(2144), littleendian;
+      task_struct_tasks'prev : zero+32 : offset(2176), littleendian;
+      task_struct_mm : zero+32 : offset(2208), littleendian;
+      task_struct_active_mm : zero+32 : offset(2240), littleendian;
+      task_struct_pid : zero+32 : offset(2496), littleendian;
+      task_struct_comm : 128 : offset(4512), string } ->
+      { task_struct_state = task_struct_state;
+        task_struct_prio = task_struct_prio;
+        task_struct_static_prio = task_struct_static_prio;
+        task_struct_normal_prio = task_struct_normal_prio;
+        task_struct_tasks'next = Int64.sub task_struct_tasks'next 268L;
+        task_struct_tasks'prev = Int64.sub task_struct_tasks'prev 272L;
+        task_struct_mm = task_struct_mm;
+        task_struct_active_mm = task_struct_active_mm;
+        task_struct_pid = task_struct_pid;
+        task_struct_comm = task_struct_comm }
+  | { _ } ->
+      raise (Virt_mem_types.ParseError (struct_name, "parser_2", match_err));;
+let parser_3 bits = 
+  bitmatch bits with
+  | { task_struct_state : zero+32 : offset(0), littleendian;
+      task_struct_prio : zero+32 : offset(160), littleendian;
+      task_struct_static_prio : zero+32 : offset(192), littleendian;
+      task_struct_normal_prio : zero+32 : offset(224), littleendian;
+      task_struct_tasks'next : zero+32 : offset(3232), littleendian;
+      task_struct_tasks'prev : zero+32 : offset(3264), littleendian;
+      task_struct_mm : zero+32 : offset(3296), littleendian;
+      task_struct_active_mm : zero+32 : offset(3328), littleendian;
+      task_struct_pid : zero+32 : offset(3584), littleendian;
+      task_struct_comm : 128 : offset(5928), string } ->
+      { task_struct_state = task_struct_state;
+        task_struct_prio = task_struct_prio;
+        task_struct_static_prio = task_struct_static_prio;
+        task_struct_normal_prio = task_struct_normal_prio;
+        task_struct_tasks'next = Int64.sub task_struct_tasks'next 404L;
+        task_struct_tasks'prev = Int64.sub task_struct_tasks'prev 408L;
+        task_struct_mm = task_struct_mm;
+        task_struct_active_mm = task_struct_active_mm;
+        task_struct_pid = task_struct_pid;
+        task_struct_comm = task_struct_comm }
+  | { _ } ->
+      raise (Virt_mem_types.ParseError (struct_name, "parser_3", match_err));;
+let parser_4 bits = 
+  bitmatch bits with
+  | { task_struct_state : zero+32 : offset(0), littleendian;
+      task_struct_prio : zero+32 : offset(192), littleendian;
+      task_struct_static_prio : zero+32 : offset(224), littleendian;
+      task_struct_normal_prio : zero+32 : offset(256), littleendian;
+      task_struct_tasks'next : zero+32 : offset(3360), littleendian;
+      task_struct_tasks'prev : zero+32 : offset(3392), littleendian;
+      task_struct_mm : zero+32 : offset(3424), littleendian;
+      task_struct_active_mm : zero+32 : offset(3456), littleendian;
+      task_struct_pid : zero+32 : offset(3712), littleendian;
+      task_struct_comm : 128 : offset(6088), string } ->
+      { task_struct_state = task_struct_state;
+        task_struct_prio = task_struct_prio;
+        task_struct_static_prio = task_struct_static_prio;
+        task_struct_normal_prio = task_struct_normal_prio;
+        task_struct_tasks'next = Int64.sub task_struct_tasks'next 420L;
+        task_struct_tasks'prev = Int64.sub task_struct_tasks'prev 424L;
+        task_struct_mm = task_struct_mm;
+        task_struct_active_mm = task_struct_active_mm;
+        task_struct_pid = task_struct_pid;
+        task_struct_comm = task_struct_comm }
+  | { _ } ->
+      raise (Virt_mem_types.ParseError (struct_name, "parser_4", match_err));;
+let parser_5 bits = 
+  bitmatch bits with
+  | { task_struct_state : zero+32 : offset(0), littleendian;
+      task_struct_prio : zero+32 : offset(192), littleendian;
+      task_struct_static_prio : zero+32 : offset(224), littleendian;
+      task_struct_normal_prio : zero+32 : offset(256), littleendian;
+      task_struct_tasks'next : zero+32 : offset(2144), littleendian;
+      task_struct_tasks'prev : zero+32 : offset(2176), littleendian;
+      task_struct_mm : zero+32 : offset(2336), littleendian;
+      task_struct_active_mm : zero+32 : offset(2368), littleendian;
+      task_struct_pid : zero+32 : offset(2624), littleendian;
+      task_struct_comm : 128 : offset(4544), string } ->
+      { task_struct_state = task_struct_state;
+        task_struct_prio = task_struct_prio;
+        task_struct_static_prio = task_struct_static_prio;
+        task_struct_normal_prio = task_struct_normal_prio;
+        task_struct_tasks'next = Int64.sub task_struct_tasks'next 268L;
+        task_struct_tasks'prev = Int64.sub task_struct_tasks'prev 272L;
+        task_struct_mm = task_struct_mm;
+        task_struct_active_mm = task_struct_active_mm;
+        task_struct_pid = task_struct_pid;
+        task_struct_comm = task_struct_comm }
+  | { _ } ->
+      raise (Virt_mem_types.ParseError (struct_name, "parser_5", match_err));;
+let parser_6 bits = 
+  bitmatch bits with
+  | { task_struct_state : zero+32 : offset(0), littleendian;
+      task_struct_prio : zero+32 : offset(192), littleendian;
+      task_struct_static_prio : zero+32 : offset(224), littleendian;
+      task_struct_normal_prio : zero+32 : offset(256), littleendian;
+      task_struct_tasks'next : zero+32 : offset(2208), littleendian;
+      task_struct_tasks'prev : zero+32 : offset(2240), littleendian;
+      task_struct_mm : zero+32 : offset(2400), littleendian;
+      task_struct_active_mm : zero+32 : offset(2432), littleendian;
+      task_struct_pid : zero+32 : offset(2688), littleendian;
+      task_struct_comm : 128 : offset(4608), string } ->
+      { task_struct_state = task_struct_state;
+        task_struct_prio = task_struct_prio;
+        task_struct_static_prio = task_struct_static_prio;
+        task_struct_normal_prio = task_struct_normal_prio;
+        task_struct_tasks'next = Int64.sub task_struct_tasks'next 276L;
+        task_struct_tasks'prev = Int64.sub task_struct_tasks'prev 280L;
+        task_struct_mm = task_struct_mm;
+        task_struct_active_mm = task_struct_active_mm;
+        task_struct_pid = task_struct_pid;
+        task_struct_comm = task_struct_comm }
+  | { _ } ->
+      raise (Virt_mem_types.ParseError (struct_name, "parser_6", match_err));;
+let parser_7 bits = 
+  bitmatch bits with
+  | { task_struct_state : zero+32 : offset(0), littleendian;
+      task_struct_prio : zero+32 : offset(160), littleendian;
+      task_struct_static_prio : zero+32 : offset(192), littleendian;
+      task_struct_normal_prio : zero+32 : offset(224), littleendian;
+      task_struct_tasks'next : zero+32 : offset(2176), littleendian;
+      task_struct_tasks'prev : zero+32 : offset(2208), littleendian;
+      task_struct_mm : zero+32 : offset(2240), littleendian;
+      task_struct_active_mm : zero+32 : offset(2272), littleendian;
+      task_struct_pid : zero+32 : offset(2528), littleendian;
+      task_struct_comm : 128 : offset(4416), string } ->
+      { task_struct_state = task_struct_state;
+        task_struct_prio = task_struct_prio;
+        task_struct_static_prio = task_struct_static_prio;
+        task_struct_normal_prio = task_struct_normal_prio;
+        task_struct_tasks'next = Int64.sub task_struct_tasks'next 272L;
+        task_struct_tasks'prev = Int64.sub task_struct_tasks'prev 276L;
+        task_struct_mm = task_struct_mm;
+        task_struct_active_mm = task_struct_active_mm;
+        task_struct_pid = task_struct_pid;
+        task_struct_comm = task_struct_comm }
+  | { _ } ->
+      raise (Virt_mem_types.ParseError (struct_name, "parser_7", match_err));;
+let parser_8 bits = 
+  bitmatch bits with
+  | { task_struct_state : zero+32 : offset(0), littleendian;
+      task_struct_prio : zero+32 : offset(160), littleendian;
+      task_struct_static_prio : zero+32 : offset(192), littleendian;
+      task_struct_normal_prio : zero+32 : offset(224), littleendian;
+      task_struct_tasks'next : zero+32 : offset(2144), littleendian;
+      task_struct_tasks'prev : zero+32 : offset(2176), littleendian;
+      task_struct_mm : zero+32 : offset(2208), littleendian;
+      task_struct_active_mm : zero+32 : offset(2240), littleendian;
+      task_struct_pid : zero+32 : offset(2496), littleendian;
+      task_struct_comm : 128 : offset(4384), string } ->
+      { task_struct_state = task_struct_state;
+        task_struct_prio = task_struct_prio;
+        task_struct_static_prio = task_struct_static_prio;
+        task_struct_normal_prio = task_struct_normal_prio;
+        task_struct_tasks'next = Int64.sub task_struct_tasks'next 268L;
+        task_struct_tasks'prev = Int64.sub task_struct_tasks'prev 272L;
+        task_struct_mm = task_struct_mm;
+        task_struct_active_mm = task_struct_active_mm;
+        task_struct_pid = task_struct_pid;
+        task_struct_comm = task_struct_comm }
+  | { _ } ->
+      raise (Virt_mem_types.ParseError (struct_name, "parser_8", match_err));;
+let parser_9 bits = 
+  bitmatch bits with
+  | { task_struct_state : zero+32 : offset(0), littleendian;
+      task_struct_prio : zero+32 : offset(160), littleendian;
+      task_struct_static_prio : zero+32 : offset(192), littleendian;
+      task_struct_normal_prio : zero+32 : offset(224), littleendian;
+      task_struct_tasks'next : zero+32 : offset(3008), littleendian;
+      task_struct_tasks'prev : zero+32 : offset(3040), littleendian;
+      task_struct_mm : zero+32 : offset(3072), littleendian;
+      task_struct_active_mm : zero+32 : offset(3104), littleendian;
+      task_struct_pid : zero+32 : offset(3360), littleendian;
+      task_struct_comm : 128 : offset(5416), string } ->
+      { task_struct_state = task_struct_state;
+        task_struct_prio = task_struct_prio;
+        task_struct_static_prio = task_struct_static_prio;
+        task_struct_normal_prio = task_struct_normal_prio;
+        task_struct_tasks'next = Int64.sub task_struct_tasks'next 376L;
+        task_struct_tasks'prev = Int64.sub task_struct_tasks'prev 380L;
+        task_struct_mm = task_struct_mm;
+        task_struct_active_mm = task_struct_active_mm;
+        task_struct_pid = task_struct_pid;
+        task_struct_comm = task_struct_comm }
+  | { _ } ->
+      raise (Virt_mem_types.ParseError (struct_name, "parser_9", match_err));;
+let parser_10 bits = 
+  bitmatch bits with
+  | { task_struct_state : zero+32 : offset(0), littleendian;
+      task_struct_prio : zero+32 : offset(192), littleendian;
+      task_struct_static_prio : zero+32 : offset(224), littleendian;
+      task_struct_normal_prio : zero+32 : offset(256), littleendian;
+      task_struct_tasks'next : zero+32 : offset(3584), littleendian;
+      task_struct_tasks'prev : zero+32 : offset(3616), littleendian;
+      task_struct_mm : zero+32 : offset(3648), littleendian;
+      task_struct_active_mm : zero+32 : offset(3680), littleendian;
+      task_struct_pid : zero+32 : offset(3936), littleendian;
+      task_struct_comm : 128 : offset(6304), string } ->
+      { task_struct_state = task_struct_state;
+        task_struct_prio = task_struct_prio;
+        task_struct_static_prio = task_struct_static_prio;
+        task_struct_normal_prio = task_struct_normal_prio;
+        task_struct_tasks'next = Int64.sub task_struct_tasks'next 448L;
+        task_struct_tasks'prev = Int64.sub task_struct_tasks'prev 452L;
+        task_struct_mm = task_struct_mm;
+        task_struct_active_mm = task_struct_active_mm;
+        task_struct_pid = task_struct_pid;
+        task_struct_comm = task_struct_comm }
+  | { _ } ->
+      raise (Virt_mem_types.ParseError (struct_name, "parser_10", match_err));;
+let parser_11 bits = 
+  bitmatch bits with
+  | { task_struct_state : zero+64 : offset(0), littleendian;
+      task_struct_prio : zero+32 : offset(320), littleendian;
+      task_struct_static_prio : zero+32 : offset(352), littleendian;
+      task_struct_normal_prio : zero+32 : offset(384), littleendian;
+      task_struct_tasks'next : zero+64 : offset(1536), littleendian;
+      task_struct_tasks'prev : zero+64 : offset(1600), littleendian;
+      task_struct_mm : zero+64 : offset(1664), littleendian;
+      task_struct_active_mm : zero+64 : offset(1728), littleendian;
+      task_struct_pid : zero+32 : offset(2144), littleendian;
+      task_struct_comm : 128 : offset(5440), string } ->
+      { task_struct_state = task_struct_state;
+        task_struct_prio = task_struct_prio;
+        task_struct_static_prio = task_struct_static_prio;
+        task_struct_normal_prio = task_struct_normal_prio;
+        task_struct_tasks'next = Int64.sub task_struct_tasks'next 192L;
+        task_struct_tasks'prev = Int64.sub task_struct_tasks'prev 200L;
+        task_struct_mm = task_struct_mm;
+        task_struct_active_mm = task_struct_active_mm;
+        task_struct_pid = task_struct_pid;
+        task_struct_comm = task_struct_comm }
+  | { _ } ->
+      raise (Virt_mem_types.ParseError (struct_name, "parser_11", match_err));;
+let parser_12 bits = 
+  bitmatch bits with
   | { task_struct_state : zero+64 : offset(0), littleendian;
-    task_struct_prio : zero+32 : offset(320), littleendian;
-    task_struct_static_prio : zero+32 : offset(352), littleendian;
-    task_struct_normal_prio : zero+32 : offset(384), littleendian;
-    task_struct_tasks'next : zero+64 : offset(1536), littleendian;
-    task_struct_tasks'prev : zero+64 : offset(1600), littleendian;
-    task_struct_mm : zero+64 : offset(1664), littleendian;
-    task_struct_active_mm : zero+64 : offset(1728), littleendian;
-    task_struct_pid : zero+32 : offset(2144), littleendian;
-    task_struct_comm : 128 : offset(5376), string } -> { task_struct_state = task_struct_state;
-    task_struct_prio = task_struct_prio;
-    task_struct_static_prio = task_struct_static_prio;
-    task_struct_normal_prio = task_struct_normal_prio;
-    task_struct_tasks'next = Int64.sub task_struct_tasks'next 192L;
-    task_struct_tasks'prev = Int64.sub task_struct_tasks'prev 200L;
-    task_struct_mm = task_struct_mm;
-    task_struct_active_mm = task_struct_active_mm;
-    task_struct_pid = task_struct_pid;
-    task_struct_comm = task_struct_comm }
-  | { _ } -> raise (ParseError ("task_struct", "parser_4", "failed to match kernel structure"));;
-let parser_5 bits = bitmatch bits with
+      task_struct_prio : zero+32 : offset(224), littleendian;
+      task_struct_static_prio : zero+32 : offset(256), littleendian;
+      task_struct_normal_prio : zero+32 : offset(288), littleendian;
+      task_struct_tasks'next : zero+64 : offset(2816), littleendian;
+      task_struct_tasks'prev : zero+64 : offset(2880), littleendian;
+      task_struct_mm : zero+64 : offset(2944), littleendian;
+      task_struct_active_mm : zero+64 : offset(3008), littleendian;
+      task_struct_pid : zero+32 : offset(3328), littleendian;
+      task_struct_comm : 128 : offset(6848), string } ->
+      { task_struct_state = task_struct_state;
+        task_struct_prio = task_struct_prio;
+        task_struct_static_prio = task_struct_static_prio;
+        task_struct_normal_prio = task_struct_normal_prio;
+        task_struct_tasks'next = Int64.sub task_struct_tasks'next 352L;
+        task_struct_tasks'prev = Int64.sub task_struct_tasks'prev 360L;
+        task_struct_mm = task_struct_mm;
+        task_struct_active_mm = task_struct_active_mm;
+        task_struct_pid = task_struct_pid;
+        task_struct_comm = task_struct_comm }
+  | { _ } ->
+      raise (Virt_mem_types.ParseError (struct_name, "parser_12", match_err));;
+let parser_13 bits = 
+  bitmatch bits with
   | { task_struct_state : zero+64 : offset(0), littleendian;
-    task_struct_prio : zero+32 : offset(256), littleendian;
-    task_struct_static_prio : zero+32 : offset(288), littleendian;
-    task_struct_normal_prio : zero+32 : offset(320), littleendian;
-    task_struct_tasks'next : zero+64 : offset(2816), littleendian;
-    task_struct_tasks'prev : zero+64 : offset(2880), littleendian;
-    task_struct_mm : zero+64 : offset(3200), littleendian;
-    task_struct_active_mm : zero+64 : offset(3264), littleendian;
-    task_struct_pid : zero+32 : offset(3584), littleendian;
-    task_struct_comm : 128 : offset(6912), string } -> { task_struct_state = task_struct_state;
-    task_struct_prio = task_struct_prio;
-    task_struct_static_prio = task_struct_static_prio;
-    task_struct_normal_prio = task_struct_normal_prio;
-    task_struct_tasks'next = Int64.sub task_struct_tasks'next 352L;
-    task_struct_tasks'prev = Int64.sub task_struct_tasks'prev 360L;
-    task_struct_mm = task_struct_mm;
-    task_struct_active_mm = task_struct_active_mm;
-    task_struct_pid = task_struct_pid;
-    task_struct_comm = task_struct_comm }
-  | { _ } -> raise (ParseError ("task_struct", "parser_5", "failed to match kernel structure"));;
-let parser_6 bits = bitmatch bits with
+      task_struct_prio : zero+32 : offset(224), littleendian;
+      task_struct_static_prio : zero+32 : offset(256), littleendian;
+      task_struct_normal_prio : zero+32 : offset(288), littleendian;
+      task_struct_tasks'next : zero+64 : offset(3840), littleendian;
+      task_struct_tasks'prev : zero+64 : offset(3904), littleendian;
+      task_struct_mm : zero+64 : offset(3968), littleendian;
+      task_struct_active_mm : zero+64 : offset(4032), littleendian;
+      task_struct_pid : zero+32 : offset(4352), littleendian;
+      task_struct_comm : 128 : offset(8392), string } ->
+      { task_struct_state = task_struct_state;
+        task_struct_prio = task_struct_prio;
+        task_struct_static_prio = task_struct_static_prio;
+        task_struct_normal_prio = task_struct_normal_prio;
+        task_struct_tasks'next = Int64.sub task_struct_tasks'next 480L;
+        task_struct_tasks'prev = Int64.sub task_struct_tasks'prev 488L;
+        task_struct_mm = task_struct_mm;
+        task_struct_active_mm = task_struct_active_mm;
+        task_struct_pid = task_struct_pid;
+        task_struct_comm = task_struct_comm }
+  | { _ } ->
+      raise (Virt_mem_types.ParseError (struct_name, "parser_13", match_err));;
+let parser_14 bits = 
+  bitmatch bits with
+  | { task_struct_state : zero+64 : offset(0), littleendian;
+      task_struct_prio : zero+32 : offset(256), littleendian;
+      task_struct_static_prio : zero+32 : offset(288), littleendian;
+      task_struct_normal_prio : zero+32 : offset(320), littleendian;
+      task_struct_tasks'next : zero+64 : offset(4096), littleendian;
+      task_struct_tasks'prev : zero+64 : offset(4160), littleendian;
+      task_struct_mm : zero+64 : offset(4224), littleendian;
+      task_struct_active_mm : zero+64 : offset(4288), littleendian;
+      task_struct_pid : zero+32 : offset(4608), littleendian;
+      task_struct_comm : 128 : offset(8712), string } ->
+      { task_struct_state = task_struct_state;
+        task_struct_prio = task_struct_prio;
+        task_struct_static_prio = task_struct_static_prio;
+        task_struct_normal_prio = task_struct_normal_prio;
+        task_struct_tasks'next = Int64.sub task_struct_tasks'next 512L;
+        task_struct_tasks'prev = Int64.sub task_struct_tasks'prev 520L;
+        task_struct_mm = task_struct_mm;
+        task_struct_active_mm = task_struct_active_mm;
+        task_struct_pid = task_struct_pid;
+        task_struct_comm = task_struct_comm }
+  | { _ } ->
+      raise (Virt_mem_types.ParseError (struct_name, "parser_14", match_err));;
+let parser_15 bits = 
+  bitmatch bits with
+  | { task_struct_state : zero+32 : offset(0), bigendian;
+      task_struct_prio : zero+32 : offset(192), bigendian;
+      task_struct_static_prio : zero+32 : offset(224), bigendian;
+      task_struct_normal_prio : zero+32 : offset(256), bigendian;
+      task_struct_tasks'next : zero+32 : offset(1024), bigendian;
+      task_struct_tasks'prev : zero+32 : offset(1056), bigendian;
+      task_struct_mm : zero+32 : offset(1088), bigendian;
+      task_struct_active_mm : zero+32 : offset(1120), bigendian;
+      task_struct_pid : zero+32 : offset(1376), bigendian;
+      task_struct_comm : 128 : offset(3264), string } ->
+      { task_struct_state = task_struct_state;
+        task_struct_prio = task_struct_prio;
+        task_struct_static_prio = task_struct_static_prio;
+        task_struct_normal_prio = task_struct_normal_prio;
+        task_struct_tasks'next = Int64.sub task_struct_tasks'next 128L;
+        task_struct_tasks'prev = Int64.sub task_struct_tasks'prev 132L;
+        task_struct_mm = task_struct_mm;
+        task_struct_active_mm = task_struct_active_mm;
+        task_struct_pid = task_struct_pid;
+        task_struct_comm = task_struct_comm }
+  | { _ } ->
+      raise (Virt_mem_types.ParseError (struct_name, "parser_15", match_err));;
+let parser_16 bits = 
+  bitmatch bits with
   | { task_struct_state : zero+64 : offset(0), bigendian;
-    task_struct_prio : zero+32 : offset(256), bigendian;
-    task_struct_static_prio : zero+32 : offset(288), bigendian;
-    task_struct_normal_prio : zero+32 : offset(320), bigendian;
-    task_struct_tasks'next : zero+64 : offset(1472), bigendian;
-    task_struct_tasks'prev : zero+64 : offset(1536), bigendian;
-    task_struct_mm : zero+64 : offset(1600), bigendian;
-    task_struct_active_mm : zero+64 : offset(1664), bigendian;
-    task_struct_pid : zero+32 : offset(1984), bigendian;
-    task_struct_comm : 128 : offset(5184), string } -> { task_struct_state = task_struct_state;
-    task_struct_prio = task_struct_prio;
-    task_struct_static_prio = task_struct_static_prio;
-    task_struct_normal_prio = task_struct_normal_prio;
-    task_struct_tasks'next = Int64.sub task_struct_tasks'next 184L;
-    task_struct_tasks'prev = Int64.sub task_struct_tasks'prev 192L;
-    task_struct_mm = task_struct_mm;
-    task_struct_active_mm = task_struct_active_mm;
-    task_struct_pid = task_struct_pid;
-    task_struct_comm = task_struct_comm }
-  | { _ } -> raise (ParseError ("task_struct", "parser_6", "failed to match kernel structure"));;
-let parser_7 bits = bitmatch bits with
+      task_struct_prio : zero+32 : offset(320), bigendian;
+      task_struct_static_prio : zero+32 : offset(352), bigendian;
+      task_struct_normal_prio : zero+32 : offset(384), bigendian;
+      task_struct_tasks'next : zero+64 : offset(1600), bigendian;
+      task_struct_tasks'prev : zero+64 : offset(1664), bigendian;
+      task_struct_mm : zero+64 : offset(1728), bigendian;
+      task_struct_active_mm : zero+64 : offset(1792), bigendian;
+      task_struct_pid : zero+32 : offset(2208), bigendian;
+      task_struct_comm : 128 : offset(5440), string } ->
+      { task_struct_state = task_struct_state;
+        task_struct_prio = task_struct_prio;
+        task_struct_static_prio = task_struct_static_prio;
+        task_struct_normal_prio = task_struct_normal_prio;
+        task_struct_tasks'next = Int64.sub task_struct_tasks'next 200L;
+        task_struct_tasks'prev = Int64.sub task_struct_tasks'prev 208L;
+        task_struct_mm = task_struct_mm;
+        task_struct_active_mm = task_struct_active_mm;
+        task_struct_pid = task_struct_pid;
+        task_struct_comm = task_struct_comm }
+  | { _ } ->
+      raise (Virt_mem_types.ParseError (struct_name, "parser_16", match_err));;
+let parser_17 bits = 
+  bitmatch bits with
+  | { task_struct_state : zero+64 : offset(0), littleendian;
+      task_struct_prio : zero+32 : offset(320), littleendian;
+      task_struct_static_prio : zero+32 : offset(352), littleendian;
+      task_struct_normal_prio : zero+32 : offset(384), littleendian;
+      task_struct_tasks'next : zero+64 : offset(1728), littleendian;
+      task_struct_tasks'prev : zero+64 : offset(1792), littleendian;
+      task_struct_mm : zero+64 : offset(1856), littleendian;
+      task_struct_active_mm : zero+64 : offset(1920), littleendian;
+      task_struct_pid : zero+32 : offset(2336), littleendian;
+      task_struct_comm : 128 : offset(5568), string } ->
+      { task_struct_state = task_struct_state;
+        task_struct_prio = task_struct_prio;
+        task_struct_static_prio = task_struct_static_prio;
+        task_struct_normal_prio = task_struct_normal_prio;
+        task_struct_tasks'next = Int64.sub task_struct_tasks'next 216L;
+        task_struct_tasks'prev = Int64.sub task_struct_tasks'prev 224L;
+        task_struct_mm = task_struct_mm;
+        task_struct_active_mm = task_struct_active_mm;
+        task_struct_pid = task_struct_pid;
+        task_struct_comm = task_struct_comm }
+  | { _ } ->
+      raise (Virt_mem_types.ParseError (struct_name, "parser_17", match_err));;
+let parser_18 bits = 
+  bitmatch bits with
   | { task_struct_state : zero+64 : offset(0), bigendian;
-    task_struct_prio : zero+32 : offset(320), bigendian;
-    task_struct_static_prio : zero+32 : offset(352), bigendian;
-    task_struct_normal_prio : zero+32 : offset(384), bigendian;
-    task_struct_tasks'next : zero+64 : offset(1600), bigendian;
-    task_struct_tasks'prev : zero+64 : offset(1664), bigendian;
-    task_struct_mm : zero+64 : offset(1728), bigendian;
-    task_struct_active_mm : zero+64 : offset(1792), bigendian;
-    task_struct_pid : zero+32 : offset(2208), bigendian;
-    task_struct_comm : 128 : offset(5440), string } -> { task_struct_state = task_struct_state;
-    task_struct_prio = task_struct_prio;
-    task_struct_static_prio = task_struct_static_prio;
-    task_struct_normal_prio = task_struct_normal_prio;
-    task_struct_tasks'next = Int64.sub task_struct_tasks'next 200L;
-    task_struct_tasks'prev = Int64.sub task_struct_tasks'prev 208L;
-    task_struct_mm = task_struct_mm;
-    task_struct_active_mm = task_struct_active_mm;
-    task_struct_pid = task_struct_pid;
-    task_struct_comm = task_struct_comm }
-  | { _ } -> raise (ParseError ("task_struct", "parser_7", "failed to match kernel structure"));;
-let parser_8 bits = bitmatch bits with
+      task_struct_prio : zero+32 : offset(256), bigendian;
+      task_struct_static_prio : zero+32 : offset(288), bigendian;
+      task_struct_normal_prio : zero+32 : offset(320), bigendian;
+      task_struct_tasks'next : zero+64 : offset(1472), bigendian;
+      task_struct_tasks'prev : zero+64 : offset(1536), bigendian;
+      task_struct_mm : zero+64 : offset(1600), bigendian;
+      task_struct_active_mm : zero+64 : offset(1664), bigendian;
+      task_struct_pid : zero+32 : offset(1984), bigendian;
+      task_struct_comm : 128 : offset(5184), string } ->
+      { task_struct_state = task_struct_state;
+        task_struct_prio = task_struct_prio;
+        task_struct_static_prio = task_struct_static_prio;
+        task_struct_normal_prio = task_struct_normal_prio;
+        task_struct_tasks'next = Int64.sub task_struct_tasks'next 184L;
+        task_struct_tasks'prev = Int64.sub task_struct_tasks'prev 192L;
+        task_struct_mm = task_struct_mm;
+        task_struct_active_mm = task_struct_active_mm;
+        task_struct_pid = task_struct_pid;
+        task_struct_comm = task_struct_comm }
+  | { _ } ->
+      raise (Virt_mem_types.ParseError (struct_name, "parser_18", match_err));;
+let parser_19 bits = 
+  bitmatch bits with
   | { task_struct_state : zero+64 : offset(0), littleendian;
-    task_struct_prio : zero+32 : offset(320), littleendian;
-    task_struct_static_prio : zero+32 : offset(352), littleendian;
-    task_struct_normal_prio : zero+32 : offset(384), littleendian;
-    task_struct_tasks'next : zero+64 : offset(1536), littleendian;
-    task_struct_tasks'prev : zero+64 : offset(1600), littleendian;
-    task_struct_mm : zero+64 : offset(1664), littleendian;
-    task_struct_active_mm : zero+64 : offset(1728), littleendian;
-    task_struct_pid : zero+32 : offset(2144), littleendian;
-    task_struct_comm : 128 : offset(5440), string } -> { task_struct_state = task_struct_state;
-    task_struct_prio = task_struct_prio;
-    task_struct_static_prio = task_struct_static_prio;
-    task_struct_normal_prio = task_struct_normal_prio;
-    task_struct_tasks'next = Int64.sub task_struct_tasks'next 192L;
-    task_struct_tasks'prev = Int64.sub task_struct_tasks'prev 200L;
-    task_struct_mm = task_struct_mm;
-    task_struct_active_mm = task_struct_active_mm;
-    task_struct_pid = task_struct_pid;
-    task_struct_comm = task_struct_comm }
-  | { _ } -> raise (ParseError ("task_struct", "parser_8", "failed to match kernel structure"));;
-let parser_9 bits = bitmatch bits with
+      task_struct_prio : zero+32 : offset(256), littleendian;
+      task_struct_static_prio : zero+32 : offset(288), littleendian;
+      task_struct_normal_prio : zero+32 : offset(320), littleendian;
+      task_struct_tasks'next : zero+64 : offset(1408), littleendian;
+      task_struct_tasks'prev : zero+64 : offset(1472), littleendian;
+      task_struct_mm : zero+64 : offset(1536), littleendian;
+      task_struct_active_mm : zero+64 : offset(1600), littleendian;
+      task_struct_pid : zero+32 : offset(1920), littleendian;
+      task_struct_comm : 128 : offset(5184), string } ->
+      { task_struct_state = task_struct_state;
+        task_struct_prio = task_struct_prio;
+        task_struct_static_prio = task_struct_static_prio;
+        task_struct_normal_prio = task_struct_normal_prio;
+        task_struct_tasks'next = Int64.sub task_struct_tasks'next 176L;
+        task_struct_tasks'prev = Int64.sub task_struct_tasks'prev 184L;
+        task_struct_mm = task_struct_mm;
+        task_struct_active_mm = task_struct_active_mm;
+        task_struct_pid = task_struct_pid;
+        task_struct_comm = task_struct_comm }
+  | { _ } ->
+      raise (Virt_mem_types.ParseError (struct_name, "parser_19", match_err));;
+let parser_20 bits = 
+  bitmatch bits with
+  | { task_struct_state : zero+32 : offset(0), bigendian;
+      task_struct_prio : zero+32 : offset(192), bigendian;
+      task_struct_static_prio : zero+32 : offset(224), bigendian;
+      task_struct_normal_prio : zero+32 : offset(256), bigendian;
+      task_struct_tasks'next : zero+32 : offset(2240), bigendian;
+      task_struct_tasks'prev : zero+32 : offset(2272), bigendian;
+      task_struct_mm : zero+32 : offset(2432), bigendian;
+      task_struct_active_mm : zero+32 : offset(2464), bigendian;
+      task_struct_pid : zero+32 : offset(2720), bigendian;
+      task_struct_comm : 128 : offset(4672), string } ->
+      { task_struct_state = task_struct_state;
+        task_struct_prio = task_struct_prio;
+        task_struct_static_prio = task_struct_static_prio;
+        task_struct_normal_prio = task_struct_normal_prio;
+        task_struct_tasks'next = Int64.sub task_struct_tasks'next 280L;
+        task_struct_tasks'prev = Int64.sub task_struct_tasks'prev 284L;
+        task_struct_mm = task_struct_mm;
+        task_struct_active_mm = task_struct_active_mm;
+        task_struct_pid = task_struct_pid;
+        task_struct_comm = task_struct_comm }
+  | { _ } ->
+      raise (Virt_mem_types.ParseError (struct_name, "parser_20", match_err));;
+let parser_21 bits = 
+  bitmatch bits with
+  | { task_struct_state : zero+64 : offset(0), bigendian;
+      task_struct_prio : zero+32 : offset(256), bigendian;
+      task_struct_static_prio : zero+32 : offset(288), bigendian;
+      task_struct_normal_prio : zero+32 : offset(320), bigendian;
+      task_struct_tasks'next : zero+64 : offset(2688), bigendian;
+      task_struct_tasks'prev : zero+64 : offset(2752), bigendian;
+      task_struct_mm : zero+64 : offset(3072), bigendian;
+      task_struct_active_mm : zero+64 : offset(3136), bigendian;
+      task_struct_pid : zero+32 : offset(3456), bigendian;
+      task_struct_comm : 128 : offset(6720), string } ->
+      { task_struct_state = task_struct_state;
+        task_struct_prio = task_struct_prio;
+        task_struct_static_prio = task_struct_static_prio;
+        task_struct_normal_prio = task_struct_normal_prio;
+        task_struct_tasks'next = Int64.sub task_struct_tasks'next 336L;
+        task_struct_tasks'prev = Int64.sub task_struct_tasks'prev 344L;
+        task_struct_mm = task_struct_mm;
+        task_struct_active_mm = task_struct_active_mm;
+        task_struct_pid = task_struct_pid;
+        task_struct_comm = task_struct_comm }
+  | { _ } ->
+      raise (Virt_mem_types.ParseError (struct_name, "parser_21", match_err));;
+let parser_22 bits = 
+  bitmatch bits with
   | { task_struct_state : zero+64 : offset(0), littleendian;
-    task_struct_prio : zero+32 : offset(224), littleendian;
-    task_struct_static_prio : zero+32 : offset(256), littleendian;
-    task_struct_normal_prio : zero+32 : offset(288), littleendian;
-    task_struct_tasks'next : zero+64 : offset(2816), littleendian;
-    task_struct_tasks'prev : zero+64 : offset(2880), littleendian;
-    task_struct_mm : zero+64 : offset(2944), littleendian;
-    task_struct_active_mm : zero+64 : offset(3008), littleendian;
-    task_struct_pid : zero+32 : offset(3328), littleendian;
-    task_struct_comm : 128 : offset(6592), string } -> { task_struct_state = task_struct_state;
-    task_struct_prio = task_struct_prio;
-    task_struct_static_prio = task_struct_static_prio;
-    task_struct_normal_prio = task_struct_normal_prio;
-    task_struct_tasks'next = Int64.sub task_struct_tasks'next 352L;
-    task_struct_tasks'prev = Int64.sub task_struct_tasks'prev 360L;
-    task_struct_mm = task_struct_mm;
-    task_struct_active_mm = task_struct_active_mm;
-    task_struct_pid = task_struct_pid;
-    task_struct_comm = task_struct_comm }
-  | { _ } -> raise (ParseError ("task_struct", "parser_9", "failed to match kernel structure"));;
-let parser_10 bits = bitmatch bits with
+      task_struct_prio : zero+32 : offset(256), littleendian;
+      task_struct_static_prio : zero+32 : offset(288), littleendian;
+      task_struct_normal_prio : zero+32 : offset(320), littleendian;
+      task_struct_tasks'next : zero+64 : offset(2624), littleendian;
+      task_struct_tasks'prev : zero+64 : offset(2688), littleendian;
+      task_struct_mm : zero+64 : offset(3008), littleendian;
+      task_struct_active_mm : zero+64 : offset(3072), littleendian;
+      task_struct_pid : zero+32 : offset(3392), littleendian;
+      task_struct_comm : 128 : offset(6720), string } ->
+      { task_struct_state = task_struct_state;
+        task_struct_prio = task_struct_prio;
+        task_struct_static_prio = task_struct_static_prio;
+        task_struct_normal_prio = task_struct_normal_prio;
+        task_struct_tasks'next = Int64.sub task_struct_tasks'next 328L;
+        task_struct_tasks'prev = Int64.sub task_struct_tasks'prev 336L;
+        task_struct_mm = task_struct_mm;
+        task_struct_active_mm = task_struct_active_mm;
+        task_struct_pid = task_struct_pid;
+        task_struct_comm = task_struct_comm }
+  | { _ } ->
+      raise (Virt_mem_types.ParseError (struct_name, "parser_22", match_err));;
+let parser_23 bits = 
+  bitmatch bits with
   | { task_struct_state : zero+32 : offset(0), bigendian;
-    task_struct_prio : zero+32 : offset(192), bigendian;
-    task_struct_static_prio : zero+32 : offset(224), bigendian;
-    task_struct_normal_prio : zero+32 : offset(256), bigendian;
-    task_struct_tasks'next : zero+32 : offset(1024), bigendian;
-    task_struct_tasks'prev : zero+32 : offset(1056), bigendian;
-    task_struct_mm : zero+32 : offset(1088), bigendian;
-    task_struct_active_mm : zero+32 : offset(1120), bigendian;
-    task_struct_pid : zero+32 : offset(1376), bigendian;
-    task_struct_comm : 128 : offset(3264), string } -> { task_struct_state = task_struct_state;
-    task_struct_prio = task_struct_prio;
-    task_struct_static_prio = task_struct_static_prio;
-    task_struct_normal_prio = task_struct_normal_prio;
-    task_struct_tasks'next = Int64.sub task_struct_tasks'next 128L;
-    task_struct_tasks'prev = Int64.sub task_struct_tasks'prev 132L;
-    task_struct_mm = task_struct_mm;
-    task_struct_active_mm = task_struct_active_mm;
-    task_struct_pid = task_struct_pid;
-    task_struct_comm = task_struct_comm }
-  | { _ } -> raise (ParseError ("task_struct", "parser_10", "failed to match kernel structure"));;
-let parser_11 bits = bitmatch bits with
+      task_struct_prio : zero+32 : offset(192), bigendian;
+      task_struct_static_prio : zero+32 : offset(224), bigendian;
+      task_struct_normal_prio : zero+32 : offset(256), bigendian;
+      task_struct_tasks'next : zero+32 : offset(2304), bigendian;
+      task_struct_tasks'prev : zero+32 : offset(2336), bigendian;
+      task_struct_mm : zero+32 : offset(2496), bigendian;
+      task_struct_active_mm : zero+32 : offset(2528), bigendian;
+      task_struct_pid : zero+32 : offset(2784), bigendian;
+      task_struct_comm : 128 : offset(4736), string } ->
+      { task_struct_state = task_struct_state;
+        task_struct_prio = task_struct_prio;
+        task_struct_static_prio = task_struct_static_prio;
+        task_struct_normal_prio = task_struct_normal_prio;
+        task_struct_tasks'next = Int64.sub task_struct_tasks'next 288L;
+        task_struct_tasks'prev = Int64.sub task_struct_tasks'prev 292L;
+        task_struct_mm = task_struct_mm;
+        task_struct_active_mm = task_struct_active_mm;
+        task_struct_pid = task_struct_pid;
+        task_struct_comm = task_struct_comm }
+  | { _ } ->
+      raise (Virt_mem_types.ParseError (struct_name, "parser_23", match_err));;
+let parser_24 bits = 
+  bitmatch bits with
   | { task_struct_state : zero+64 : offset(0), bigendian;
-    task_struct_prio : zero+32 : offset(224), bigendian;
-    task_struct_static_prio : zero+32 : offset(256), bigendian;
-    task_struct_normal_prio : zero+32 : offset(288), bigendian;
-    task_struct_tasks'next : zero+64 : offset(2880), bigendian;
-    task_struct_tasks'prev : zero+64 : offset(2944), bigendian;
-    task_struct_mm : zero+64 : offset(3008), bigendian;
-    task_struct_active_mm : zero+64 : offset(3072), bigendian;
-    task_struct_pid : zero+32 : offset(3392), bigendian;
-    task_struct_comm : 128 : offset(6592), string } -> { task_struct_state = task_struct_state;
-    task_struct_prio = task_struct_prio;
-    task_struct_static_prio = task_struct_static_prio;
-    task_struct_normal_prio = task_struct_normal_prio;
-    task_struct_tasks'next = Int64.sub task_struct_tasks'next 360L;
-    task_struct_tasks'prev = Int64.sub task_struct_tasks'prev 368L;
-    task_struct_mm = task_struct_mm;
-    task_struct_active_mm = task_struct_active_mm;
-    task_struct_pid = task_struct_pid;
-    task_struct_comm = task_struct_comm }
-  | { _ } -> raise (ParseError ("task_struct", "parser_11", "failed to match kernel structure"));;
-let parser_12 bits = bitmatch bits with
-  | { task_struct_state : zero+32 : offset(0), littleendian;
-    task_struct_prio : zero+32 : offset(192), littleendian;
-    task_struct_static_prio : zero+32 : offset(224), littleendian;
-    task_struct_normal_prio : zero+32 : offset(256), littleendian;
-    task_struct_tasks'next : zero+32 : offset(2208), littleendian;
-    task_struct_tasks'prev : zero+32 : offset(2240), littleendian;
-    task_struct_mm : zero+32 : offset(2400), littleendian;
-    task_struct_active_mm : zero+32 : offset(2432), littleendian;
-    task_struct_pid : zero+32 : offset(2688), littleendian;
-    task_struct_comm : 128 : offset(4608), string } -> { task_struct_state = task_struct_state;
-    task_struct_prio = task_struct_prio;
-    task_struct_static_prio = task_struct_static_prio;
-    task_struct_normal_prio = task_struct_normal_prio;
-    task_struct_tasks'next = Int64.sub task_struct_tasks'next 276L;
-    task_struct_tasks'prev = Int64.sub task_struct_tasks'prev 280L;
-    task_struct_mm = task_struct_mm;
-    task_struct_active_mm = task_struct_active_mm;
-    task_struct_pid = task_struct_pid;
-    task_struct_comm = task_struct_comm }
-  | { _ } -> raise (ParseError ("task_struct", "parser_12", "failed to match kernel structure"));;
-let parser_13 bits = bitmatch bits with
+      task_struct_prio : zero+32 : offset(256), bigendian;
+      task_struct_static_prio : zero+32 : offset(288), bigendian;
+      task_struct_normal_prio : zero+32 : offset(320), bigendian;
+      task_struct_tasks'next : zero+64 : offset(2880), bigendian;
+      task_struct_tasks'prev : zero+64 : offset(2944), bigendian;
+      task_struct_mm : zero+64 : offset(3264), bigendian;
+      task_struct_active_mm : zero+64 : offset(3328), bigendian;
+      task_struct_pid : zero+32 : offset(3648), bigendian;
+      task_struct_comm : 128 : offset(6912), string } ->
+      { task_struct_state = task_struct_state;
+        task_struct_prio = task_struct_prio;
+        task_struct_static_prio = task_struct_static_prio;
+        task_struct_normal_prio = task_struct_normal_prio;
+        task_struct_tasks'next = Int64.sub task_struct_tasks'next 360L;
+        task_struct_tasks'prev = Int64.sub task_struct_tasks'prev 368L;
+        task_struct_mm = task_struct_mm;
+        task_struct_active_mm = task_struct_active_mm;
+        task_struct_pid = task_struct_pid;
+        task_struct_comm = task_struct_comm }
+  | { _ } ->
+      raise (Virt_mem_types.ParseError (struct_name, "parser_24", match_err));;
+let parser_25 bits = 
+  bitmatch bits with
   | { task_struct_state : zero+64 : offset(0), littleendian;
-    task_struct_prio : zero+32 : offset(224), littleendian;
-    task_struct_static_prio : zero+32 : offset(256), littleendian;
-    task_struct_normal_prio : zero+32 : offset(288), littleendian;
-    task_struct_tasks'next : zero+64 : offset(3648), littleendian;
-    task_struct_tasks'prev : zero+64 : offset(3712), littleendian;
-    task_struct_mm : zero+64 : offset(3776), littleendian;
-    task_struct_active_mm : zero+64 : offset(3840), littleendian;
-    task_struct_pid : zero+32 : offset(4160), littleendian;
-    task_struct_comm : 128 : offset(7816), string } -> { task_struct_state = task_struct_state;
-    task_struct_prio = task_struct_prio;
-    task_struct_static_prio = task_struct_static_prio;
-    task_struct_normal_prio = task_struct_normal_prio;
-    task_struct_tasks'next = Int64.sub task_struct_tasks'next 456L;
-    task_struct_tasks'prev = Int64.sub task_struct_tasks'prev 464L;
-    task_struct_mm = task_struct_mm;
-    task_struct_active_mm = task_struct_active_mm;
-    task_struct_pid = task_struct_pid;
-    task_struct_comm = task_struct_comm }
-  | { _ } -> raise (ParseError ("task_struct", "parser_13", "failed to match kernel structure"));;
-let parser_14 bits = bitmatch bits with
+      task_struct_prio : zero+32 : offset(256), littleendian;
+      task_struct_static_prio : zero+32 : offset(288), littleendian;
+      task_struct_normal_prio : zero+32 : offset(320), littleendian;
+      task_struct_tasks'next : zero+64 : offset(2816), littleendian;
+      task_struct_tasks'prev : zero+64 : offset(2880), littleendian;
+      task_struct_mm : zero+64 : offset(3200), littleendian;
+      task_struct_active_mm : zero+64 : offset(3264), littleendian;
+      task_struct_pid : zero+32 : offset(3584), littleendian;
+      task_struct_comm : 128 : offset(6912), string } ->
+      { task_struct_state = task_struct_state;
+        task_struct_prio = task_struct_prio;
+        task_struct_static_prio = task_struct_static_prio;
+        task_struct_normal_prio = task_struct_normal_prio;
+        task_struct_tasks'next = Int64.sub task_struct_tasks'next 352L;
+        task_struct_tasks'prev = Int64.sub task_struct_tasks'prev 360L;
+        task_struct_mm = task_struct_mm;
+        task_struct_active_mm = task_struct_active_mm;
+        task_struct_pid = task_struct_pid;
+        task_struct_comm = task_struct_comm }
+  | { _ } ->
+      raise (Virt_mem_types.ParseError (struct_name, "parser_25", match_err));;
+let parser_26 bits = 
+  bitmatch bits with
+  | { task_struct_state : zero+32 : offset(0), bigendian;
+      task_struct_prio : zero+32 : offset(160), bigendian;
+      task_struct_static_prio : zero+32 : offset(192), bigendian;
+      task_struct_normal_prio : zero+32 : offset(224), bigendian;
+      task_struct_tasks'next : zero+32 : offset(2240), bigendian;
+      task_struct_tasks'prev : zero+32 : offset(2272), bigendian;
+      task_struct_mm : zero+32 : offset(2304), bigendian;
+      task_struct_active_mm : zero+32 : offset(2336), bigendian;
+      task_struct_pid : zero+32 : offset(2592), bigendian;
+      task_struct_comm : 128 : offset(4480), string } ->
+      { task_struct_state = task_struct_state;
+        task_struct_prio = task_struct_prio;
+        task_struct_static_prio = task_struct_static_prio;
+        task_struct_normal_prio = task_struct_normal_prio;
+        task_struct_tasks'next = Int64.sub task_struct_tasks'next 280L;
+        task_struct_tasks'prev = Int64.sub task_struct_tasks'prev 284L;
+        task_struct_mm = task_struct_mm;
+        task_struct_active_mm = task_struct_active_mm;
+        task_struct_pid = task_struct_pid;
+        task_struct_comm = task_struct_comm }
+  | { _ } ->
+      raise (Virt_mem_types.ParseError (struct_name, "parser_26", match_err));;
+let parser_27 bits = 
+  bitmatch bits with
   | { task_struct_state : zero+64 : offset(0), bigendian;
-    task_struct_prio : zero+32 : offset(256), bigendian;
-    task_struct_static_prio : zero+32 : offset(288), bigendian;
-    task_struct_normal_prio : zero+32 : offset(320), bigendian;
-    task_struct_tasks'next : zero+64 : offset(2688), bigendian;
-    task_struct_tasks'prev : zero+64 : offset(2752), bigendian;
-    task_struct_mm : zero+64 : offset(3072), bigendian;
-    task_struct_active_mm : zero+64 : offset(3136), bigendian;
-    task_struct_pid : zero+32 : offset(3456), bigendian;
-    task_struct_comm : 128 : offset(6720), string } -> { task_struct_state = task_struct_state;
-    task_struct_prio = task_struct_prio;
-    task_struct_static_prio = task_struct_static_prio;
-    task_struct_normal_prio = task_struct_normal_prio;
-    task_struct_tasks'next = Int64.sub task_struct_tasks'next 336L;
-    task_struct_tasks'prev = Int64.sub task_struct_tasks'prev 344L;
-    task_struct_mm = task_struct_mm;
-    task_struct_active_mm = task_struct_active_mm;
-    task_struct_pid = task_struct_pid;
-    task_struct_comm = task_struct_comm }
-  | { _ } -> raise (ParseError ("task_struct", "parser_14", "failed to match kernel structure"));;
-let parser_15 bits = bitmatch bits with
+      task_struct_prio : zero+32 : offset(224), bigendian;
+      task_struct_static_prio : zero+32 : offset(256), bigendian;
+      task_struct_normal_prio : zero+32 : offset(288), bigendian;
+      task_struct_tasks'next : zero+64 : offset(2816), bigendian;
+      task_struct_tasks'prev : zero+64 : offset(2880), bigendian;
+      task_struct_mm : zero+64 : offset(2944), bigendian;
+      task_struct_active_mm : zero+64 : offset(3008), bigendian;
+      task_struct_pid : zero+32 : offset(3328), bigendian;
+      task_struct_comm : 128 : offset(6528), string } ->
+      { task_struct_state = task_struct_state;
+        task_struct_prio = task_struct_prio;
+        task_struct_static_prio = task_struct_static_prio;
+        task_struct_normal_prio = task_struct_normal_prio;
+        task_struct_tasks'next = Int64.sub task_struct_tasks'next 352L;
+        task_struct_tasks'prev = Int64.sub task_struct_tasks'prev 360L;
+        task_struct_mm = task_struct_mm;
+        task_struct_active_mm = task_struct_active_mm;
+        task_struct_pid = task_struct_pid;
+        task_struct_comm = task_struct_comm }
+  | { _ } ->
+      raise (Virt_mem_types.ParseError (struct_name, "parser_27", match_err));;
+let parser_28 bits = 
+  bitmatch bits with
   | { task_struct_state : zero+64 : offset(0), littleendian;
-    task_struct_prio : zero+32 : offset(224), littleendian;
-    task_struct_static_prio : zero+32 : offset(256), littleendian;
-    task_struct_normal_prio : zero+32 : offset(288), littleendian;
-    task_struct_tasks'next : zero+64 : offset(3840), littleendian;
-    task_struct_tasks'prev : zero+64 : offset(3904), littleendian;
-    task_struct_mm : zero+64 : offset(3968), littleendian;
-    task_struct_active_mm : zero+64 : offset(4032), littleendian;
-    task_struct_pid : zero+32 : offset(4352), littleendian;
-    task_struct_comm : 128 : offset(8392), string } -> { task_struct_state = task_struct_state;
-    task_struct_prio = task_struct_prio;
-    task_struct_static_prio = task_struct_static_prio;
-    task_struct_normal_prio = task_struct_normal_prio;
-    task_struct_tasks'next = Int64.sub task_struct_tasks'next 480L;
-    task_struct_tasks'prev = Int64.sub task_struct_tasks'prev 488L;
-    task_struct_mm = task_struct_mm;
-    task_struct_active_mm = task_struct_active_mm;
-    task_struct_pid = task_struct_pid;
-    task_struct_comm = task_struct_comm }
-  | { _ } -> raise (ParseError ("task_struct", "parser_15", "failed to match kernel structure"));;
-let parser_16 bits = bitmatch bits with
-  | { task_struct_state : zero+32 : offset(0), littleendian;
-    task_struct_prio : zero+32 : offset(160), littleendian;
-    task_struct_static_prio : zero+32 : offset(192), littleendian;
-    task_struct_normal_prio : zero+32 : offset(224), littleendian;
-    task_struct_tasks'next : zero+32 : offset(3008), littleendian;
-    task_struct_tasks'prev : zero+32 : offset(3040), littleendian;
-    task_struct_mm : zero+32 : offset(3072), littleendian;
-    task_struct_active_mm : zero+32 : offset(3104), littleendian;
-    task_struct_pid : zero+32 : offset(3360), littleendian;
-    task_struct_comm : 128 : offset(5416), string } -> { task_struct_state = task_struct_state;
-    task_struct_prio = task_struct_prio;
-    task_struct_static_prio = task_struct_static_prio;
-    task_struct_normal_prio = task_struct_normal_prio;
-    task_struct_tasks'next = Int64.sub task_struct_tasks'next 376L;
-    task_struct_tasks'prev = Int64.sub task_struct_tasks'prev 380L;
-    task_struct_mm = task_struct_mm;
-    task_struct_active_mm = task_struct_active_mm;
-    task_struct_pid = task_struct_pid;
-    task_struct_comm = task_struct_comm }
-  | { _ } -> raise (ParseError ("task_struct", "parser_16", "failed to match kernel structure"));;
-let parser_17 bits = bitmatch bits with
+      task_struct_prio : zero+32 : offset(224), littleendian;
+      task_struct_static_prio : zero+32 : offset(256), littleendian;
+      task_struct_normal_prio : zero+32 : offset(288), littleendian;
+      task_struct_tasks'next : zero+64 : offset(2752), littleendian;
+      task_struct_tasks'prev : zero+64 : offset(2816), littleendian;
+      task_struct_mm : zero+64 : offset(2880), littleendian;
+      task_struct_active_mm : zero+64 : offset(2944), littleendian;
+      task_struct_pid : zero+32 : offset(3264), littleendian;
+      task_struct_comm : 128 : offset(6528), string } ->
+      { task_struct_state = task_struct_state;
+        task_struct_prio = task_struct_prio;
+        task_struct_static_prio = task_struct_static_prio;
+        task_struct_normal_prio = task_struct_normal_prio;
+        task_struct_tasks'next = Int64.sub task_struct_tasks'next 344L;
+        task_struct_tasks'prev = Int64.sub task_struct_tasks'prev 352L;
+        task_struct_mm = task_struct_mm;
+        task_struct_active_mm = task_struct_active_mm;
+        task_struct_pid = task_struct_pid;
+        task_struct_comm = task_struct_comm }
+  | { _ } ->
+      raise (Virt_mem_types.ParseError (struct_name, "parser_28", match_err));;
+let parser_29 bits = 
+  bitmatch bits with
+  | { task_struct_state : zero+32 : offset(0), bigendian;
+      task_struct_prio : zero+32 : offset(160), bigendian;
+      task_struct_static_prio : zero+32 : offset(192), bigendian;
+      task_struct_normal_prio : zero+32 : offset(224), bigendian;
+      task_struct_tasks'next : zero+32 : offset(2176), bigendian;
+      task_struct_tasks'prev : zero+32 : offset(2208), bigendian;
+      task_struct_mm : zero+32 : offset(2240), bigendian;
+      task_struct_active_mm : zero+32 : offset(2272), bigendian;
+      task_struct_pid : zero+32 : offset(2528), bigendian;
+      task_struct_comm : 128 : offset(4416), string } ->
+      { task_struct_state = task_struct_state;
+        task_struct_prio = task_struct_prio;
+        task_struct_static_prio = task_struct_static_prio;
+        task_struct_normal_prio = task_struct_normal_prio;
+        task_struct_tasks'next = Int64.sub task_struct_tasks'next 272L;
+        task_struct_tasks'prev = Int64.sub task_struct_tasks'prev 276L;
+        task_struct_mm = task_struct_mm;
+        task_struct_active_mm = task_struct_active_mm;
+        task_struct_pid = task_struct_pid;
+        task_struct_comm = task_struct_comm }
+  | { _ } ->
+      raise (Virt_mem_types.ParseError (struct_name, "parser_29", match_err));;
+let parser_30 bits = 
+  bitmatch bits with
   | { task_struct_state : zero+64 : offset(0), bigendian;
-    task_struct_prio : zero+32 : offset(224), bigendian;
-    task_struct_static_prio : zero+32 : offset(256), bigendian;
-    task_struct_normal_prio : zero+32 : offset(288), bigendian;
-    task_struct_tasks'next : zero+64 : offset(3648), bigendian;
-    task_struct_tasks'prev : zero+64 : offset(3712), bigendian;
-    task_struct_mm : zero+64 : offset(3776), bigendian;
-    task_struct_active_mm : zero+64 : offset(3840), bigendian;
-    task_struct_pid : zero+32 : offset(4160), bigendian;
-    task_struct_comm : 128 : offset(7752), string } -> { task_struct_state = task_struct_state;
-    task_struct_prio = task_struct_prio;
-    task_struct_static_prio = task_struct_static_prio;
-    task_struct_normal_prio = task_struct_normal_prio;
-    task_struct_tasks'next = Int64.sub task_struct_tasks'next 456L;
-    task_struct_tasks'prev = Int64.sub task_struct_tasks'prev 464L;
-    task_struct_mm = task_struct_mm;
-    task_struct_active_mm = task_struct_active_mm;
-    task_struct_pid = task_struct_pid;
-    task_struct_comm = task_struct_comm }
-  | { _ } -> raise (ParseError ("task_struct", "parser_17", "failed to match kernel structure"));;
-let parser_18 bits = bitmatch bits with
-  | { task_struct_state : zero+32 : offset(0), littleendian;
-    task_struct_prio : zero+32 : offset(160), littleendian;
-    task_struct_static_prio : zero+32 : offset(192), littleendian;
-    task_struct_normal_prio : zero+32 : offset(224), littleendian;
-    task_struct_tasks'next : zero+32 : offset(2144), littleendian;
-    task_struct_tasks'prev : zero+32 : offset(2176), littleendian;
-    task_struct_mm : zero+32 : offset(2208), littleendian;
-    task_struct_active_mm : zero+32 : offset(2240), littleendian;
-    task_struct_pid : zero+32 : offset(2496), littleendian;
-    task_struct_comm : 128 : offset(4384), string } -> { task_struct_state = task_struct_state;
-    task_struct_prio = task_struct_prio;
-    task_struct_static_prio = task_struct_static_prio;
-    task_struct_normal_prio = task_struct_normal_prio;
-    task_struct_tasks'next = Int64.sub task_struct_tasks'next 268L;
-    task_struct_tasks'prev = Int64.sub task_struct_tasks'prev 272L;
-    task_struct_mm = task_struct_mm;
-    task_struct_active_mm = task_struct_active_mm;
-    task_struct_pid = task_struct_pid;
-    task_struct_comm = task_struct_comm }
-  | { _ } -> raise (ParseError ("task_struct", "parser_18", "failed to match kernel structure"));;
-let parser_19 bits = bitmatch bits with
+      task_struct_prio : zero+32 : offset(224), bigendian;
+      task_struct_static_prio : zero+32 : offset(256), bigendian;
+      task_struct_normal_prio : zero+32 : offset(288), bigendian;
+      task_struct_tasks'next : zero+64 : offset(2880), bigendian;
+      task_struct_tasks'prev : zero+64 : offset(2944), bigendian;
+      task_struct_mm : zero+64 : offset(3008), bigendian;
+      task_struct_active_mm : zero+64 : offset(3072), bigendian;
+      task_struct_pid : zero+32 : offset(3392), bigendian;
+      task_struct_comm : 128 : offset(6592), string } ->
+      { task_struct_state = task_struct_state;
+        task_struct_prio = task_struct_prio;
+        task_struct_static_prio = task_struct_static_prio;
+        task_struct_normal_prio = task_struct_normal_prio;
+        task_struct_tasks'next = Int64.sub task_struct_tasks'next 360L;
+        task_struct_tasks'prev = Int64.sub task_struct_tasks'prev 368L;
+        task_struct_mm = task_struct_mm;
+        task_struct_active_mm = task_struct_active_mm;
+        task_struct_pid = task_struct_pid;
+        task_struct_comm = task_struct_comm }
+  | { _ } ->
+      raise (Virt_mem_types.ParseError (struct_name, "parser_30", match_err));;
+let parser_31 bits = 
+  bitmatch bits with
+  | { task_struct_state : zero+64 : offset(0), littleendian;
+      task_struct_prio : zero+32 : offset(224), littleendian;
+      task_struct_static_prio : zero+32 : offset(256), littleendian;
+      task_struct_normal_prio : zero+32 : offset(288), littleendian;
+      task_struct_tasks'next : zero+64 : offset(2816), littleendian;
+      task_struct_tasks'prev : zero+64 : offset(2880), littleendian;
+      task_struct_mm : zero+64 : offset(2944), littleendian;
+      task_struct_active_mm : zero+64 : offset(3008), littleendian;
+      task_struct_pid : zero+32 : offset(3328), littleendian;
+      task_struct_comm : 128 : offset(6592), string } ->
+      { task_struct_state = task_struct_state;
+        task_struct_prio = task_struct_prio;
+        task_struct_static_prio = task_struct_static_prio;
+        task_struct_normal_prio = task_struct_normal_prio;
+        task_struct_tasks'next = Int64.sub task_struct_tasks'next 352L;
+        task_struct_tasks'prev = Int64.sub task_struct_tasks'prev 360L;
+        task_struct_mm = task_struct_mm;
+        task_struct_active_mm = task_struct_active_mm;
+        task_struct_pid = task_struct_pid;
+        task_struct_comm = task_struct_comm }
+  | { _ } ->
+      raise (Virt_mem_types.ParseError (struct_name, "parser_31", match_err));;
+let parser_32 bits = 
+  bitmatch bits with
+  | { task_struct_state : zero+32 : offset(0), bigendian;
+      task_struct_prio : zero+32 : offset(160), bigendian;
+      task_struct_static_prio : zero+32 : offset(192), bigendian;
+      task_struct_normal_prio : zero+32 : offset(224), bigendian;
+      task_struct_tasks'next : zero+32 : offset(2240), bigendian;
+      task_struct_tasks'prev : zero+32 : offset(2272), bigendian;
+      task_struct_mm : zero+32 : offset(2304), bigendian;
+      task_struct_active_mm : zero+32 : offset(2336), bigendian;
+      task_struct_pid : zero+32 : offset(2592), bigendian;
+      task_struct_comm : 128 : offset(4608), string } ->
+      { task_struct_state = task_struct_state;
+        task_struct_prio = task_struct_prio;
+        task_struct_static_prio = task_struct_static_prio;
+        task_struct_normal_prio = task_struct_normal_prio;
+        task_struct_tasks'next = Int64.sub task_struct_tasks'next 280L;
+        task_struct_tasks'prev = Int64.sub task_struct_tasks'prev 284L;
+        task_struct_mm = task_struct_mm;
+        task_struct_active_mm = task_struct_active_mm;
+        task_struct_pid = task_struct_pid;
+        task_struct_comm = task_struct_comm }
+  | { _ } ->
+      raise (Virt_mem_types.ParseError (struct_name, "parser_32", match_err));;
+let parser_33 bits = 
+  bitmatch bits with
   | { task_struct_state : zero+64 : offset(0), bigendian;
-    task_struct_prio : zero+32 : offset(256), bigendian;
-    task_struct_static_prio : zero+32 : offset(288), bigendian;
-    task_struct_normal_prio : zero+32 : offset(320), bigendian;
-    task_struct_tasks'next : zero+64 : offset(2880), bigendian;
-    task_struct_tasks'prev : zero+64 : offset(2944), bigendian;
-    task_struct_mm : zero+64 : offset(3264), bigendian;
-    task_struct_active_mm : zero+64 : offset(3328), bigendian;
-    task_struct_pid : zero+32 : offset(3648), bigendian;
-    task_struct_comm : 128 : offset(6912), string } -> { task_struct_state = task_struct_state;
-    task_struct_prio = task_struct_prio;
-    task_struct_static_prio = task_struct_static_prio;
-    task_struct_normal_prio = task_struct_normal_prio;
-    task_struct_tasks'next = Int64.sub task_struct_tasks'next 360L;
-    task_struct_tasks'prev = Int64.sub task_struct_tasks'prev 368L;
-    task_struct_mm = task_struct_mm;
-    task_struct_active_mm = task_struct_active_mm;
-    task_struct_pid = task_struct_pid;
-    task_struct_comm = task_struct_comm }
-  | { _ } -> raise (ParseError ("task_struct", "parser_19", "failed to match kernel structure"));;
-let parser_20 bits = bitmatch bits with
+      task_struct_prio : zero+32 : offset(224), bigendian;
+      task_struct_static_prio : zero+32 : offset(256), bigendian;
+      task_struct_normal_prio : zero+32 : offset(288), bigendian;
+      task_struct_tasks'next : zero+64 : offset(2880), bigendian;
+      task_struct_tasks'prev : zero+64 : offset(2944), bigendian;
+      task_struct_mm : zero+64 : offset(3008), bigendian;
+      task_struct_active_mm : zero+64 : offset(3072), bigendian;
+      task_struct_pid : zero+32 : offset(3392), bigendian;
+      task_struct_comm : 128 : offset(6848), string } ->
+      { task_struct_state = task_struct_state;
+        task_struct_prio = task_struct_prio;
+        task_struct_static_prio = task_struct_static_prio;
+        task_struct_normal_prio = task_struct_normal_prio;
+        task_struct_tasks'next = Int64.sub task_struct_tasks'next 360L;
+        task_struct_tasks'prev = Int64.sub task_struct_tasks'prev 368L;
+        task_struct_mm = task_struct_mm;
+        task_struct_active_mm = task_struct_active_mm;
+        task_struct_pid = task_struct_pid;
+        task_struct_comm = task_struct_comm }
+  | { _ } ->
+      raise (Virt_mem_types.ParseError (struct_name, "parser_33", match_err));;
+let parser_34 bits = 
+  bitmatch bits with
   | { task_struct_state : zero+32 : offset(0), bigendian;
-    task_struct_prio : zero+32 : offset(160), bigendian;
-    task_struct_static_prio : zero+32 : offset(192), bigendian;
-    task_struct_normal_prio : zero+32 : offset(224), bigendian;
-    task_struct_tasks'next : zero+32 : offset(3136), bigendian;
-    task_struct_tasks'prev : zero+32 : offset(3168), bigendian;
-    task_struct_mm : zero+32 : offset(3200), bigendian;
-    task_struct_active_mm : zero+32 : offset(3232), bigendian;
-    task_struct_pid : zero+32 : offset(3488), bigendian;
-    task_struct_comm : 128 : offset(5576), string } -> { task_struct_state = task_struct_state;
-    task_struct_prio = task_struct_prio;
-    task_struct_static_prio = task_struct_static_prio;
-    task_struct_normal_prio = task_struct_normal_prio;
-    task_struct_tasks'next = Int64.sub task_struct_tasks'next 392L;
-    task_struct_tasks'prev = Int64.sub task_struct_tasks'prev 396L;
-    task_struct_mm = task_struct_mm;
-    task_struct_active_mm = task_struct_active_mm;
-    task_struct_pid = task_struct_pid;
-    task_struct_comm = task_struct_comm }
-  | { _ } -> raise (ParseError ("task_struct", "parser_20", "failed to match kernel structure"));;
-let parser_21 bits = bitmatch bits with
-  | { task_struct_state : zero+32 : offset(0), littleendian;
-    task_struct_prio : zero+32 : offset(192), littleendian;
-    task_struct_static_prio : zero+32 : offset(224), littleendian;
-    task_struct_normal_prio : zero+32 : offset(256), littleendian;
-    task_struct_tasks'next : zero+32 : offset(2144), littleendian;
-    task_struct_tasks'prev : zero+32 : offset(2176), littleendian;
-    task_struct_mm : zero+32 : offset(2336), littleendian;
-    task_struct_active_mm : zero+32 : offset(2368), littleendian;
-    task_struct_pid : zero+32 : offset(2624), littleendian;
-    task_struct_comm : 128 : offset(4544), string } -> { task_struct_state = task_struct_state;
-    task_struct_prio = task_struct_prio;
-    task_struct_static_prio = task_struct_static_prio;
-    task_struct_normal_prio = task_struct_normal_prio;
-    task_struct_tasks'next = Int64.sub task_struct_tasks'next 268L;
-    task_struct_tasks'prev = Int64.sub task_struct_tasks'prev 272L;
-    task_struct_mm = task_struct_mm;
-    task_struct_active_mm = task_struct_active_mm;
-    task_struct_pid = task_struct_pid;
-    task_struct_comm = task_struct_comm }
-  | { _ } -> raise (ParseError ("task_struct", "parser_21", "failed to match kernel structure"));;
-let parser_22 bits = bitmatch bits with
-  | { task_struct_state : zero+64 : offset(0), littleendian;
-    task_struct_prio : zero+32 : offset(320), littleendian;
-    task_struct_static_prio : zero+32 : offset(352), littleendian;
-    task_struct_normal_prio : zero+32 : offset(384), littleendian;
-    task_struct_tasks'next : zero+64 : offset(1728), littleendian;
-    task_struct_tasks'prev : zero+64 : offset(1792), littleendian;
-    task_struct_mm : zero+64 : offset(1856), littleendian;
-    task_struct_active_mm : zero+64 : offset(1920), littleendian;
-    task_struct_pid : zero+32 : offset(2336), littleendian;
-    task_struct_comm : 128 : offset(5568), string } -> { task_struct_state = task_struct_state;
-    task_struct_prio = task_struct_prio;
-    task_struct_static_prio = task_struct_static_prio;
-    task_struct_normal_prio = task_struct_normal_prio;
-    task_struct_tasks'next = Int64.sub task_struct_tasks'next 216L;
-    task_struct_tasks'prev = Int64.sub task_struct_tasks'prev 224L;
-    task_struct_mm = task_struct_mm;
-    task_struct_active_mm = task_struct_active_mm;
-    task_struct_pid = task_struct_pid;
-    task_struct_comm = task_struct_comm }
-  | { _ } -> raise (ParseError ("task_struct", "parser_22", "failed to match kernel structure"));;
-let parser_23 bits = bitmatch bits with
+      task_struct_prio : zero+32 : offset(160), bigendian;
+      task_struct_static_prio : zero+32 : offset(192), bigendian;
+      task_struct_normal_prio : zero+32 : offset(224), bigendian;
+      task_struct_tasks'next : zero+32 : offset(3136), bigendian;
+      task_struct_tasks'prev : zero+32 : offset(3168), bigendian;
+      task_struct_mm : zero+32 : offset(3200), bigendian;
+      task_struct_active_mm : zero+32 : offset(3232), bigendian;
+      task_struct_pid : zero+32 : offset(3488), bigendian;
+      task_struct_comm : 128 : offset(5576), string } ->
+      { task_struct_state = task_struct_state;
+        task_struct_prio = task_struct_prio;
+        task_struct_static_prio = task_struct_static_prio;
+        task_struct_normal_prio = task_struct_normal_prio;
+        task_struct_tasks'next = Int64.sub task_struct_tasks'next 392L;
+        task_struct_tasks'prev = Int64.sub task_struct_tasks'prev 396L;
+        task_struct_mm = task_struct_mm;
+        task_struct_active_mm = task_struct_active_mm;
+        task_struct_pid = task_struct_pid;
+        task_struct_comm = task_struct_comm }
+  | { _ } ->
+      raise (Virt_mem_types.ParseError (struct_name, "parser_34", match_err));;
+let parser_35 bits = 
+  bitmatch bits with
+  | { task_struct_state : zero+64 : offset(0), bigendian;
+      task_struct_prio : zero+32 : offset(224), bigendian;
+      task_struct_static_prio : zero+32 : offset(256), bigendian;
+      task_struct_normal_prio : zero+32 : offset(288), bigendian;
+      task_struct_tasks'next : zero+64 : offset(3648), bigendian;
+      task_struct_tasks'prev : zero+64 : offset(3712), bigendian;
+      task_struct_mm : zero+64 : offset(3776), bigendian;
+      task_struct_active_mm : zero+64 : offset(3840), bigendian;
+      task_struct_pid : zero+32 : offset(4160), bigendian;
+      task_struct_comm : 128 : offset(7752), string } ->
+      { task_struct_state = task_struct_state;
+        task_struct_prio = task_struct_prio;
+        task_struct_static_prio = task_struct_static_prio;
+        task_struct_normal_prio = task_struct_normal_prio;
+        task_struct_tasks'next = Int64.sub task_struct_tasks'next 456L;
+        task_struct_tasks'prev = Int64.sub task_struct_tasks'prev 464L;
+        task_struct_mm = task_struct_mm;
+        task_struct_active_mm = task_struct_active_mm;
+        task_struct_pid = task_struct_pid;
+        task_struct_comm = task_struct_comm }
+  | { _ } ->
+      raise (Virt_mem_types.ParseError (struct_name, "parser_35", match_err));;
+let parser_36 bits = 
+  bitmatch bits with
   | { task_struct_state : zero+64 : offset(0), littleendian;
-    task_struct_prio : zero+32 : offset(256), littleendian;
-    task_struct_static_prio : zero+32 : offset(288), littleendian;
-    task_struct_normal_prio : zero+32 : offset(320), littleendian;
-    task_struct_tasks'next : zero+64 : offset(1408), littleendian;
-    task_struct_tasks'prev : zero+64 : offset(1472), littleendian;
-    task_struct_mm : zero+64 : offset(1536), littleendian;
-    task_struct_active_mm : zero+64 : offset(1600), littleendian;
-    task_struct_pid : zero+32 : offset(1920), littleendian;
-    task_struct_comm : 128 : offset(5184), string } -> { task_struct_state = task_struct_state;
-    task_struct_prio = task_struct_prio;
-    task_struct_static_prio = task_struct_static_prio;
-    task_struct_normal_prio = task_struct_normal_prio;
-    task_struct_tasks'next = Int64.sub task_struct_tasks'next 176L;
-    task_struct_tasks'prev = Int64.sub task_struct_tasks'prev 184L;
-    task_struct_mm = task_struct_mm;
-    task_struct_active_mm = task_struct_active_mm;
-    task_struct_pid = task_struct_pid;
-    task_struct_comm = task_struct_comm }
-  | { _ } -> raise (ParseError ("task_struct", "parser_23", "failed to match kernel structure"));;
-let parser_24 bits = bitmatch bits with
+      task_struct_prio : zero+32 : offset(224), littleendian;
+      task_struct_static_prio : zero+32 : offset(256), littleendian;
+      task_struct_normal_prio : zero+32 : offset(288), littleendian;
+      task_struct_tasks'next : zero+64 : offset(3648), littleendian;
+      task_struct_tasks'prev : zero+64 : offset(3712), littleendian;
+      task_struct_mm : zero+64 : offset(3776), littleendian;
+      task_struct_active_mm : zero+64 : offset(3840), littleendian;
+      task_struct_pid : zero+32 : offset(4160), littleendian;
+      task_struct_comm : 128 : offset(7816), string } ->
+      { task_struct_state = task_struct_state;
+        task_struct_prio = task_struct_prio;
+        task_struct_static_prio = task_struct_static_prio;
+        task_struct_normal_prio = task_struct_normal_prio;
+        task_struct_tasks'next = Int64.sub task_struct_tasks'next 456L;
+        task_struct_tasks'prev = Int64.sub task_struct_tasks'prev 464L;
+        task_struct_mm = task_struct_mm;
+        task_struct_active_mm = task_struct_active_mm;
+        task_struct_pid = task_struct_pid;
+        task_struct_comm = task_struct_comm }
+  | { _ } ->
+      raise (Virt_mem_types.ParseError (struct_name, "parser_36", match_err));;
+let parser_37 bits = 
+  bitmatch bits with
+  | { task_struct_state : zero+32 : offset(0), littleendian;
+      task_struct_prio : zero+32 : offset(160), littleendian;
+      task_struct_static_prio : zero+32 : offset(192), littleendian;
+      task_struct_normal_prio : zero+32 : offset(224), littleendian;
+      task_struct_tasks'next : zero+32 : offset(3200), littleendian;
+      task_struct_tasks'prev : zero+32 : offset(3232), littleendian;
+      task_struct_mm : zero+32 : offset(3264), littleendian;
+      task_struct_active_mm : zero+32 : offset(3296), littleendian;
+      task_struct_pid : zero+32 : offset(3552), littleendian;
+      task_struct_comm : 128 : offset(5896), string } ->
+      { task_struct_state = task_struct_state;
+        task_struct_prio = task_struct_prio;
+        task_struct_static_prio = task_struct_static_prio;
+        task_struct_normal_prio = task_struct_normal_prio;
+        task_struct_tasks'next = Int64.sub task_struct_tasks'next 400L;
+        task_struct_tasks'prev = Int64.sub task_struct_tasks'prev 404L;
+        task_struct_mm = task_struct_mm;
+        task_struct_active_mm = task_struct_active_mm;
+        task_struct_pid = task_struct_pid;
+        task_struct_comm = task_struct_comm }
+  | { _ } ->
+      raise (Virt_mem_types.ParseError (struct_name, "parser_37", match_err));;
+let parser_38 bits = 
+  bitmatch bits with
+  | { task_struct_state : zero+64 : offset(0), bigendian;
+      task_struct_prio : zero+32 : offset(224), bigendian;
+      task_struct_static_prio : zero+32 : offset(256), bigendian;
+      task_struct_normal_prio : zero+32 : offset(288), bigendian;
+      task_struct_tasks'next : zero+64 : offset(3840), bigendian;
+      task_struct_tasks'prev : zero+64 : offset(3904), bigendian;
+      task_struct_mm : zero+64 : offset(3968), bigendian;
+      task_struct_active_mm : zero+64 : offset(4032), bigendian;
+      task_struct_pid : zero+32 : offset(4352), bigendian;
+      task_struct_comm : 128 : offset(8392), string } ->
+      { task_struct_state = task_struct_state;
+        task_struct_prio = task_struct_prio;
+        task_struct_static_prio = task_struct_static_prio;
+        task_struct_normal_prio = task_struct_normal_prio;
+        task_struct_tasks'next = Int64.sub task_struct_tasks'next 480L;
+        task_struct_tasks'prev = Int64.sub task_struct_tasks'prev 488L;
+        task_struct_mm = task_struct_mm;
+        task_struct_active_mm = task_struct_active_mm;
+        task_struct_pid = task_struct_pid;
+        task_struct_comm = task_struct_comm }
+  | { _ } ->
+      raise (Virt_mem_types.ParseError (struct_name, "parser_38", match_err));;
+let parser_39 bits = 
+  bitmatch bits with
+  | { task_struct_state : zero+32 : offset(0), littleendian;
+      task_struct_prio : zero+32 : offset(192), littleendian;
+      task_struct_static_prio : zero+32 : offset(224), littleendian;
+      task_struct_normal_prio : zero+32 : offset(256), littleendian;
+      task_struct_tasks'next : zero+32 : offset(3328), littleendian;
+      task_struct_tasks'prev : zero+32 : offset(3360), littleendian;
+      task_struct_mm : zero+32 : offset(3392), littleendian;
+      task_struct_active_mm : zero+32 : offset(3424), littleendian;
+      task_struct_pid : zero+32 : offset(3680), littleendian;
+      task_struct_comm : 128 : offset(6056), string } ->
+      { task_struct_state = task_struct_state;
+        task_struct_prio = task_struct_prio;
+        task_struct_static_prio = task_struct_static_prio;
+        task_struct_normal_prio = task_struct_normal_prio;
+        task_struct_tasks'next = Int64.sub task_struct_tasks'next 416L;
+        task_struct_tasks'prev = Int64.sub task_struct_tasks'prev 420L;
+        task_struct_mm = task_struct_mm;
+        task_struct_active_mm = task_struct_active_mm;
+        task_struct_pid = task_struct_pid;
+        task_struct_comm = task_struct_comm }
+  | { _ } ->
+      raise (Virt_mem_types.ParseError (struct_name, "parser_39", match_err));;
+let parser_40 bits = 
+  bitmatch bits with
   | { task_struct_state : zero+32 : offset(0), bigendian;
-    task_struct_prio : zero+32 : offset(192), bigendian;
-    task_struct_static_prio : zero+32 : offset(224), bigendian;
-    task_struct_normal_prio : zero+32 : offset(256), bigendian;
-    task_struct_tasks'next : zero+32 : offset(2240), bigendian;
-    task_struct_tasks'prev : zero+32 : offset(2272), bigendian;
-    task_struct_mm : zero+32 : offset(2432), bigendian;
-    task_struct_active_mm : zero+32 : offset(2464), bigendian;
-    task_struct_pid : zero+32 : offset(2720), bigendian;
-    task_struct_comm : 128 : offset(4672), string } -> { task_struct_state = task_struct_state;
-    task_struct_prio = task_struct_prio;
-    task_struct_static_prio = task_struct_static_prio;
-    task_struct_normal_prio = task_struct_normal_prio;
-    task_struct_tasks'next = Int64.sub task_struct_tasks'next 280L;
-    task_struct_tasks'prev = Int64.sub task_struct_tasks'prev 284L;
-    task_struct_mm = task_struct_mm;
-    task_struct_active_mm = task_struct_active_mm;
-    task_struct_pid = task_struct_pid;
-    task_struct_comm = task_struct_comm }
-  | { _ } -> raise (ParseError ("task_struct", "parser_24", "failed to match kernel structure"));;
-let parser_25 bits = bitmatch bits with
+      task_struct_prio : zero+32 : offset(192), bigendian;
+      task_struct_static_prio : zero+32 : offset(224), bigendian;
+      task_struct_normal_prio : zero+32 : offset(256), bigendian;
+      task_struct_tasks'next : zero+32 : offset(3392), bigendian;
+      task_struct_tasks'prev : zero+32 : offset(3424), bigendian;
+      task_struct_mm : zero+32 : offset(3456), bigendian;
+      task_struct_active_mm : zero+32 : offset(3488), bigendian;
+      task_struct_pid : zero+32 : offset(3744), bigendian;
+      task_struct_comm : 128 : offset(6120), string } ->
+      { task_struct_state = task_struct_state;
+        task_struct_prio = task_struct_prio;
+        task_struct_static_prio = task_struct_static_prio;
+        task_struct_normal_prio = task_struct_normal_prio;
+        task_struct_tasks'next = Int64.sub task_struct_tasks'next 424L;
+        task_struct_tasks'prev = Int64.sub task_struct_tasks'prev 428L;
+        task_struct_mm = task_struct_mm;
+        task_struct_active_mm = task_struct_active_mm;
+        task_struct_pid = task_struct_pid;
+        task_struct_comm = task_struct_comm }
+  | { _ } ->
+      raise (Virt_mem_types.ParseError (struct_name, "parser_40", match_err));;
+let parser_41 bits = 
+  bitmatch bits with
+  | { task_struct_state : zero+64 : offset(0), bigendian;
+      task_struct_prio : zero+32 : offset(256), bigendian;
+      task_struct_static_prio : zero+32 : offset(288), bigendian;
+      task_struct_normal_prio : zero+32 : offset(320), bigendian;
+      task_struct_tasks'next : zero+64 : offset(4096), bigendian;
+      task_struct_tasks'prev : zero+64 : offset(4160), bigendian;
+      task_struct_mm : zero+64 : offset(4224), bigendian;
+      task_struct_active_mm : zero+64 : offset(4288), bigendian;
+      task_struct_pid : zero+32 : offset(4608), bigendian;
+      task_struct_comm : 128 : offset(8712), string } ->
+      { task_struct_state = task_struct_state;
+        task_struct_prio = task_struct_prio;
+        task_struct_static_prio = task_struct_static_prio;
+        task_struct_normal_prio = task_struct_normal_prio;
+        task_struct_tasks'next = Int64.sub task_struct_tasks'next 512L;
+        task_struct_tasks'prev = Int64.sub task_struct_tasks'prev 520L;
+        task_struct_mm = task_struct_mm;
+        task_struct_active_mm = task_struct_active_mm;
+        task_struct_pid = task_struct_pid;
+        task_struct_comm = task_struct_comm }
+  | { _ } ->
+      raise (Virt_mem_types.ParseError (struct_name, "parser_41", match_err));;
+let parser_42 bits = 
+  bitmatch bits with
   | { task_struct_state : zero+32 : offset(0), littleendian;
-    task_struct_prio : zero+32 : offset(160), littleendian;
-    task_struct_static_prio : zero+32 : offset(192), littleendian;
-    task_struct_normal_prio : zero+32 : offset(224), littleendian;
-    task_struct_tasks'next : zero+32 : offset(3232), littleendian;
-    task_struct_tasks'prev : zero+32 : offset(3264), littleendian;
-    task_struct_mm : zero+32 : offset(3296), littleendian;
-    task_struct_active_mm : zero+32 : offset(3328), littleendian;
-    task_struct_pid : zero+32 : offset(3584), littleendian;
-    task_struct_comm : 128 : offset(5928), string } -> { task_struct_state = task_struct_state;
-    task_struct_prio = task_struct_prio;
-    task_struct_static_prio = task_struct_static_prio;
-    task_struct_normal_prio = task_struct_normal_prio;
-    task_struct_tasks'next = Int64.sub task_struct_tasks'next 404L;
-    task_struct_tasks'prev = Int64.sub task_struct_tasks'prev 408L;
-    task_struct_mm = task_struct_mm;
-    task_struct_active_mm = task_struct_active_mm;
-    task_struct_pid = task_struct_pid;
-    task_struct_comm = task_struct_comm }
-  | { _ } -> raise (ParseError ("task_struct", "parser_25", "failed to match kernel structure"));;
-let parser_26 bits = bitmatch bits with
+      task_struct_prio : zero+32 : offset(192), littleendian;
+      task_struct_static_prio : zero+32 : offset(224), littleendian;
+      task_struct_normal_prio : zero+32 : offset(256), littleendian;
+      task_struct_tasks'next : zero+32 : offset(3552), littleendian;
+      task_struct_tasks'prev : zero+32 : offset(3584), littleendian;
+      task_struct_mm : zero+32 : offset(3616), littleendian;
+      task_struct_active_mm : zero+32 : offset(3648), littleendian;
+      task_struct_pid : zero+32 : offset(3904), littleendian;
+      task_struct_comm : 128 : offset(6272), string } ->
+      { task_struct_state = task_struct_state;
+        task_struct_prio = task_struct_prio;
+        task_struct_static_prio = task_struct_static_prio;
+        task_struct_normal_prio = task_struct_normal_prio;
+        task_struct_tasks'next = Int64.sub task_struct_tasks'next 444L;
+        task_struct_tasks'prev = Int64.sub task_struct_tasks'prev 448L;
+        task_struct_mm = task_struct_mm;
+        task_struct_active_mm = task_struct_active_mm;
+        task_struct_pid = task_struct_pid;
+        task_struct_comm = task_struct_comm }
+  | { _ } ->
+      raise (Virt_mem_types.ParseError (struct_name, "parser_42", match_err));;
+let parser_43 bits = 
+  bitmatch bits with
   | { task_struct_state : zero+32 : offset(0), bigendian;
-    task_struct_prio : zero+32 : offset(160), bigendian;
-    task_struct_static_prio : zero+32 : offset(192), bigendian;
-    task_struct_normal_prio : zero+32 : offset(224), bigendian;
-    task_struct_tasks'next : zero+32 : offset(2240), bigendian;
-    task_struct_tasks'prev : zero+32 : offset(2272), bigendian;
-    task_struct_mm : zero+32 : offset(2304), bigendian;
-    task_struct_active_mm : zero+32 : offset(2336), bigendian;
-    task_struct_pid : zero+32 : offset(2592), bigendian;
-    task_struct_comm : 128 : offset(4480), string } -> { task_struct_state = task_struct_state;
-    task_struct_prio = task_struct_prio;
-    task_struct_static_prio = task_struct_static_prio;
-    task_struct_normal_prio = task_struct_normal_prio;
-    task_struct_tasks'next = Int64.sub task_struct_tasks'next 280L;
-    task_struct_tasks'prev = Int64.sub task_struct_tasks'prev 284L;
-    task_struct_mm = task_struct_mm;
-    task_struct_active_mm = task_struct_active_mm;
-    task_struct_pid = task_struct_pid;
-    task_struct_comm = task_struct_comm }
-  | { _ } -> raise (ParseError ("task_struct", "parser_26", "failed to match kernel structure"));;
-let parser_27 bits = bitmatch bits with
+      task_struct_prio : zero+32 : offset(192), bigendian;
+      task_struct_static_prio : zero+32 : offset(224), bigendian;
+      task_struct_normal_prio : zero+32 : offset(256), bigendian;
+      task_struct_tasks'next : zero+32 : offset(3712), bigendian;
+      task_struct_tasks'prev : zero+32 : offset(3744), bigendian;
+      task_struct_mm : zero+32 : offset(3776), bigendian;
+      task_struct_active_mm : zero+32 : offset(3808), bigendian;
+      task_struct_pid : zero+32 : offset(4064), bigendian;
+      task_struct_comm : 128 : offset(6464), string } ->
+      { task_struct_state = task_struct_state;
+        task_struct_prio = task_struct_prio;
+        task_struct_static_prio = task_struct_static_prio;
+        task_struct_normal_prio = task_struct_normal_prio;
+        task_struct_tasks'next = Int64.sub task_struct_tasks'next 464L;
+        task_struct_tasks'prev = Int64.sub task_struct_tasks'prev 468L;
+        task_struct_mm = task_struct_mm;
+        task_struct_active_mm = task_struct_active_mm;
+        task_struct_pid = task_struct_pid;
+        task_struct_comm = task_struct_comm }
+  | { _ } ->
+      raise (Virt_mem_types.ParseError (struct_name, "parser_43", match_err));;
+let parser_44 bits = 
+  bitmatch bits with
+  | { task_struct_state : zero+64 : offset(0), bigendian;
+      task_struct_prio : zero+32 : offset(256), bigendian;
+      task_struct_static_prio : zero+32 : offset(288), bigendian;
+      task_struct_normal_prio : zero+32 : offset(320), bigendian;
+      task_struct_tasks'next : zero+64 : offset(4480), bigendian;
+      task_struct_tasks'prev : zero+64 : offset(4544), bigendian;
+      task_struct_mm : zero+64 : offset(4608), bigendian;
+      task_struct_active_mm : zero+64 : offset(4672), bigendian;
+      task_struct_pid : zero+32 : offset(4992), bigendian;
+      task_struct_comm : 128 : offset(9024), string } ->
+      { task_struct_state = task_struct_state;
+        task_struct_prio = task_struct_prio;
+        task_struct_static_prio = task_struct_static_prio;
+        task_struct_normal_prio = task_struct_normal_prio;
+        task_struct_tasks'next = Int64.sub task_struct_tasks'next 560L;
+        task_struct_tasks'prev = Int64.sub task_struct_tasks'prev 568L;
+        task_struct_mm = task_struct_mm;
+        task_struct_active_mm = task_struct_active_mm;
+        task_struct_pid = task_struct_pid;
+        task_struct_comm = task_struct_comm }
+  | { _ } ->
+      raise (Virt_mem_types.ParseError (struct_name, "parser_44", match_err));;
+let parser_45 bits = 
+  bitmatch bits with
+  | { task_struct_state : zero+64 : offset(0), littleendian;
+      task_struct_prio : zero+32 : offset(256), littleendian;
+      task_struct_static_prio : zero+32 : offset(288), littleendian;
+      task_struct_normal_prio : zero+32 : offset(320), littleendian;
+      task_struct_tasks'next : zero+64 : offset(4480), littleendian;
+      task_struct_tasks'prev : zero+64 : offset(4544), littleendian;
+      task_struct_mm : zero+64 : offset(4608), littleendian;
+      task_struct_active_mm : zero+64 : offset(4672), littleendian;
+      task_struct_pid : zero+32 : offset(4992), littleendian;
+      task_struct_comm : 128 : offset(9024), string } ->
+      { task_struct_state = task_struct_state;
+        task_struct_prio = task_struct_prio;
+        task_struct_static_prio = task_struct_static_prio;
+        task_struct_normal_prio = task_struct_normal_prio;
+        task_struct_tasks'next = Int64.sub task_struct_tasks'next 560L;
+        task_struct_tasks'prev = Int64.sub task_struct_tasks'prev 568L;
+        task_struct_mm = task_struct_mm;
+        task_struct_active_mm = task_struct_active_mm;
+        task_struct_pid = task_struct_pid;
+        task_struct_comm = task_struct_comm }
+  | { _ } ->
+      raise (Virt_mem_types.ParseError (struct_name, "parser_45", match_err));;
+let parser_46 bits = 
+  bitmatch bits with
   | { task_struct_state : zero+64 : offset(0), littleendian;
-    task_struct_prio : zero+32 : offset(256), littleendian;
-    task_struct_static_prio : zero+32 : offset(288), littleendian;
-    task_struct_normal_prio : zero+32 : offset(320), littleendian;
-    task_struct_tasks'next : zero+64 : offset(2624), littleendian;
-    task_struct_tasks'prev : zero+64 : offset(2688), littleendian;
-    task_struct_mm : zero+64 : offset(3008), littleendian;
-    task_struct_active_mm : zero+64 : offset(3072), littleendian;
-    task_struct_pid : zero+32 : offset(3392), littleendian;
-    task_struct_comm : 128 : offset(6720), string } -> { task_struct_state = task_struct_state;
-    task_struct_prio = task_struct_prio;
-    task_struct_static_prio = task_struct_static_prio;
-    task_struct_normal_prio = task_struct_normal_prio;
-    task_struct_tasks'next = Int64.sub task_struct_tasks'next 328L;
-    task_struct_tasks'prev = Int64.sub task_struct_tasks'prev 336L;
-    task_struct_mm = task_struct_mm;
-    task_struct_active_mm = task_struct_active_mm;
-    task_struct_pid = task_struct_pid;
-    task_struct_comm = task_struct_comm }
-  | { _ } -> raise (ParseError ("task_struct", "parser_27", "failed to match kernel structure"));;
+      task_struct_prio : zero+32 : offset(320), littleendian;
+      task_struct_static_prio : zero+32 : offset(352), littleendian;
+      task_struct_normal_prio : zero+32 : offset(384), littleendian;
+      task_struct_tasks'next : zero+64 : offset(1536), littleendian;
+      task_struct_tasks'prev : zero+64 : offset(1600), littleendian;
+      task_struct_mm : zero+64 : offset(1664), littleendian;
+      task_struct_active_mm : zero+64 : offset(1728), littleendian;
+      task_struct_pid : zero+32 : offset(2144), littleendian;
+      task_struct_comm : 128 : offset(5376), string } ->
+      { task_struct_state = task_struct_state;
+        task_struct_prio = task_struct_prio;
+        task_struct_static_prio = task_struct_static_prio;
+        task_struct_normal_prio = task_struct_normal_prio;
+        task_struct_tasks'next = Int64.sub task_struct_tasks'next 192L;
+        task_struct_tasks'prev = Int64.sub task_struct_tasks'prev 200L;
+        task_struct_mm = task_struct_mm;
+        task_struct_active_mm = task_struct_active_mm;
+        task_struct_pid = task_struct_pid;
+        task_struct_comm = task_struct_comm }
+  | { _ } ->
+      raise (Virt_mem_types.ParseError (struct_name, "parser_46", match_err));;
 module StringMap = Map.Make(String);;
 let map = StringMap.empty;;
-let v = (parser_1, 2704);;
-let map = StringMap.add "2.6.21-1.3128.fc7.i586" v map;;
-let v = (parser_2, 1756);;
-let map = StringMap.add "2.6.22-0.23.rc7.git6.fc8.ppc" v map;;
-let v = (parser_1, 2704);;
+let v = (parser_1, 2704, fieldsig_1);;
+let map = StringMap.add "2.6.20-1.2933.fc6.i686" v map;;
+let v = (parser_1, 2704, fieldsig_1);;
+let map = StringMap.add "2.6.21-1.3145.fc7.i686" v map;;
+let v = (parser_1, 2704, fieldsig_1);;
+let map = StringMap.add "2.6.21-1.3190.fc7.i686" v map;;
+let v = (parser_1, 2704, fieldsig_1);;
+let map = StringMap.add "2.6.21-1.3228.fc7.i686" v map;;
+let v = (parser_2, 3364, fieldsig_2);;
+let map = StringMap.add "2.6.23.14-135.fc8.i686" v map;;
+let v = (parser_2, 3364, fieldsig_2);;
+let map = StringMap.add "2.6.23.14-78.fc7.i686" v map;;
+let v = (parser_3, 4684, fieldsig_3);;
+let map = StringMap.add "2.6.25.14-69.fc8.i686" v map;;
+let v = (parser_4, 4180, fieldsig_4);;
+let map = StringMap.add "2.6.26.2-2.fc8.i686" v map;;
+let v = (parser_1, 1400, fieldsig_1);;
+let map = StringMap.add "2.6.20-1.2933.fc6.i686" v map;;
+let v = (parser_1, 2704, fieldsig_1);;
 let map = StringMap.add "2.6.21-1.3128.fc7.i686" v map;;
-let v = (parser_1, 2704);;
+let v = (parser_1, 2704, fieldsig_1);;
 let map = StringMap.add "2.6.21-1.3132.fc7.i686" v map;;
-let v = (parser_3, 1780);;
-let map = StringMap.add "2.6.21-1.3236.fc8.ppc" v map;;
-let v = (parser_1, 1376);;
-let map = StringMap.add "2.6.21-1.3228.fc7.i586" v map;;
-let v = (parser_4, 1856);;
-let map = StringMap.add "2.6.18-1.2798.fc6.x86_64" v map;;
-let v = (parser_5, 3948);;
-let map = StringMap.add "2.6.21-1.3236.fc8.x86_64" v map;;
-let v = (parser_6, 2116);;
-let map = StringMap.add "2.6.21-1.3218.fc8.ppc64" v map;;
-let v = (parser_7, 2072);;
-let map = StringMap.add "2.6.21-1.3228.fc7.ppc64" v map;;
-let v = (parser_8, 1832);;
-let map = StringMap.add "2.6.21-1.3228.fc7.x86_64" v map;;
-let v = (parser_1, 2712);;
-let map = StringMap.add "2.6.21-1.3218.fc8.i586" v map;;
-let v = (parser_9, 3932);;
-let map = StringMap.add "2.6.22-0.23.rc7.git6.fc8.x86_64" v map;;
-let v = (parser_7, 2132);;
-let map = StringMap.add "2.6.21-1.3144.fc7.ppc64" v map;;
-let v = (parser_10, 1612);;
-let map = StringMap.add "2.6.21-1.3218.fc8.ppc" v map;;
-let v = (parser_11, 2292);;
-let map = StringMap.add "2.6.22-0.23.rc7.git6.fc8.ppc64" v map;;
-let v = (parser_12, 2880);;
+let v = (parser_1, 2704, fieldsig_1);;
+let map = StringMap.add "2.6.21-1.3141.fc7.i686" v map;;
+let v = (parser_1, 2704, fieldsig_1);;
+let map = StringMap.add "2.6.21-1.3144.fc7.i686" v map;;
+let v = (parser_1, 1400, fieldsig_1);;
+let map = StringMap.add "2.6.21-1.3145.fc7.i686" v map;;
+let v = (parser_1, 1400, fieldsig_1);;
+let map = StringMap.add "2.6.21-1.3190.fc7.i686" v map;;
+let v = (parser_1, 2712, fieldsig_1);;
+let map = StringMap.add "2.6.21-1.3209.fc8.i686" v map;;
+let v = (parser_1, 2712, fieldsig_1);;
+let map = StringMap.add "2.6.21-1.3218.fc8.i686" v map;;
+let v = (parser_1, 2712, fieldsig_1);;
+let map = StringMap.add "2.6.21-1.3221.fc8.i686" v map;;
+let v = (parser_1, 1376, fieldsig_1);;
+let map = StringMap.add "2.6.21-1.3228.fc7.i686" v map;;
+let v = (parser_5, 2880, fieldsig_5);;
+let map = StringMap.add "2.6.21-1.3234.fc8.i686" v map;;
+let v = (parser_6, 2880, fieldsig_6);;
 let map = StringMap.add "2.6.21-1.3236.fc8.i686" v map;;
-let v = (parser_7, 2132);;
-let map = StringMap.add "2.6.21-1.3132.fc7.ppc64" v map;;
-let v = (parser_1, 1376);;
+let v = (parser_7, 2872, fieldsig_7);;
+let map = StringMap.add "2.6.21-1.3238.fc8.i686" v map;;
+let v = (parser_7, 2872, fieldsig_7);;
+let map = StringMap.add "2.6.21-1.3242.fc8.i686" v map;;
+let v = (parser_8, 2856, fieldsig_8);;
+let map = StringMap.add "2.6.22-0.23.rc7.git6.fc8.i686" v map;;
+let v = (parser_7, 2872, fieldsig_7);;
+let map = StringMap.add "2.6.22-0.rc7.2.fc8.i686" v map;;
+let v = (parser_2, 1548, fieldsig_2);;
+let map = StringMap.add "2.6.23.14-135.fc8.i686" v map;;
+let v = (parser_2, 1548, fieldsig_2);;
+let map = StringMap.add "2.6.23.14-78.fc7.i686" v map;;
+let v = (parser_9, 3540, fieldsig_9);;
+let map = StringMap.add "2.6.24-0.167.rc8.git4.fc9.i686" v map;;
+let v = (parser_9, 3540, fieldsig_9);;
+let map = StringMap.add "2.6.24-7.fc9.i686" v map;;
+let v = (parser_9, 3540, fieldsig_9);;
+let map = StringMap.add "2.6.24-9.fc9.i686" v map;;
+let v = (parser_3, 1832, fieldsig_3);;
+let map = StringMap.add "2.6.25.14-69.fc8.i686" v map;;
+let v = (parser_4, 1328, fieldsig_4);;
+let map = StringMap.add "2.6.26.1-9.fc9.i686" v map;;
+let v = (parser_4, 1328, fieldsig_4);;
+let map = StringMap.add "2.6.26.2-2.fc8.i686" v map;;
+let v = (parser_10, 4204, fieldsig_10);;
+let map = StringMap.add "2.6.27-0.225.rc1.git5.fc10.i686" v map;;
+let v = (parser_10, 4204, fieldsig_10);;
+let map = StringMap.add "2.6.27-0.226.rc1.git5.fc10.i686" v map;;
+let v = (parser_10, 4204, fieldsig_10);;
+let map = StringMap.add "2.6.27-0.231.rc1.git6.fc10.i686" v map;;
+let v = (parser_10, 4204, fieldsig_10);;
+let map = StringMap.add "2.6.27-0.237.rc2.fc10.i686" v map;;
+let v = (parser_10, 4204, fieldsig_10);;
+let map = StringMap.add "2.6.27-0.238.rc2.fc10.i686" v map;;
+let v = (parser_10, 4204, fieldsig_10);;
+let map = StringMap.add "2.6.27-0.241.rc2.git1.fc10.i686" v map;;
+let v = (parser_10, 4204, fieldsig_10);;
+let map = StringMap.add "2.6.27-0.244.rc2.git1.fc10.i686" v map;;
+let v = (parser_4, 4180, fieldsig_4);;
+let map = StringMap.add "2.6.26.1-9.fc9.i686" v map;;
+let v = (parser_1, 2704, fieldsig_1);;
+let map = StringMap.add "2.6.20-1.2933.fc6.i686" v map;;
+let v = (parser_11, 3772, fieldsig_11);;
+let map = StringMap.add "2.6.20-1.2933.fc6.x86_64" v map;;
+let v = (parser_1, 2704, fieldsig_1);;
+let map = StringMap.add "2.6.21-1.3145.fc7.i686" v map;;
+let v = (parser_11, 3772, fieldsig_11);;
+let map = StringMap.add "2.6.21-1.3145.fc7.x86_64" v map;;
+let v = (parser_1, 2704, fieldsig_1);;
+let map = StringMap.add "2.6.21-1.3190.fc7.i686" v map;;
+let v = (parser_11, 3772, fieldsig_11);;
+let map = StringMap.add "2.6.21-1.3190.fc7.x86_64" v map;;
+let v = (parser_1, 2704, fieldsig_1);;
 let map = StringMap.add "2.6.21-1.3228.fc7.i686" v map;;
-let v = (parser_13, 4684);;
-let map = StringMap.add "2.6.24-9.fc9.x86_64" v map;;
-let v = (parser_11, 2292);;
-let map = StringMap.add "2.6.22-0.23.rc7.git6.fc8.ppc64" v map;;
-let v = (parser_7, 2132);;
-let map = StringMap.add "2.6.21-1.3132.fc7.ppc64" v map;;
-let v = (parser_13, 4684);;
-let map = StringMap.add "2.6.24-7.fc9.x86_64" v map;;
-let v = (parser_1, 1384);;
+let v = (parser_11, 3772, fieldsig_11);;
+let map = StringMap.add "2.6.21-1.3228.fc7.x86_64" v map;;
+let v = (parser_2, 3364, fieldsig_2);;
+let map = StringMap.add "2.6.23.14-135.fc8.i686" v map;;
+let v = (parser_12, 4468, fieldsig_12);;
+let map = StringMap.add "2.6.23.14-135.fc8.x86_64" v map;;
+let v = (parser_12, 4468, fieldsig_12);;
+let map = StringMap.add "2.6.23.14-78.fc7.x86_64" v map;;
+let v = (parser_3, 4684, fieldsig_3);;
+let map = StringMap.add "2.6.25.14-69.fc8.i686" v map;;
+let v = (parser_13, 6232, fieldsig_13);;
+let map = StringMap.add "2.6.25.14-69.fc8.x86_64" v map;;
+let v = (parser_4, 4180, fieldsig_4);;
+let map = StringMap.add "2.6.26.1-9.fc9.i686" v map;;
+let v = (parser_14, 5808, fieldsig_14);;
+let map = StringMap.add "2.6.26.1-9.fc9.x86_64" v map;;
+let v = (parser_4, 4180, fieldsig_4);;
+let map = StringMap.add "2.6.26.2-2.fc8.i686" v map;;
+let v = (parser_14, 5808, fieldsig_14);;
+let map = StringMap.add "2.6.26.2-2.fc8.x86_64" v map;;
+let v = (parser_1, 1384, fieldsig_1);;
 let map = StringMap.add "2.6.18-1.2798.fc6.i586" v map;;
-let v = (parser_10, 1620);;
-let map = StringMap.add "2.6.21-1.3132.fc7.ppc" v map;;
-let v = (parser_14, 2292);;
-let map = StringMap.add "2.6.21-1.3234.fc8.ppc64" v map;;
-let v = (parser_1, 1384);;
-let map = StringMap.add "2.6.18-1.2798.fc6.i686" v map;;
-let v = (parser_15, 2496);;
-let map = StringMap.add "2.6.25.11-97.fc9.x86_64" v map;;
-let v = (parser_1, 1368);;
+let v = (parser_1, 1384, fieldsig_1);;
 let map = StringMap.add "2.6.18-1.2798.fc6.i686" v map;;
-let v = (parser_16, 3540);;
-let map = StringMap.add "2.6.24-9.fc9.i686" v map;;
-let v = (parser_17, 2492);;
-let map = StringMap.add "2.6.24-7.fc9.ppc64" v map;;
-let v = (parser_18, 2856);;
-let map = StringMap.add "2.6.22-0.23.rc7.git6.fc8.i686" v map;;
-let v = (parser_19, 2308);;
-let map = StringMap.add "2.6.21-1.3236.fc8.ppc64" v map;;
-let v = (parser_10, 1628);;
-let map = StringMap.add "2.6.21-1.3209.fc8.ppc" v map;;
-let v = (parser_19, 2308);;
-let map = StringMap.add "2.6.21-1.3236.fc8.ppc64" v map;;
-let v = (parser_7, 2072);;
-let map = StringMap.add "2.6.21-1.3228.fc7.ppc64" v map;;
-let v = (parser_7, 2132);;
-let map = StringMap.add "2.6.21-1.3128.fc7.ppc64" v map;;
-let v = (parser_1, 2712);;
-let map = StringMap.add "2.6.21-1.3209.fc8.i686" v map;;
-let v = (parser_8, 3772);;
-let map = StringMap.add "2.6.21-1.3132.fc7.x86_64" v map;;
-let v = (parser_17, 2492);;
-let map = StringMap.add "2.6.24-7.fc9.ppc64" v map;;
-let v = (parser_8, 3772);;
-let map = StringMap.add "2.6.21-1.3228.fc7.x86_64" v map;;
-let v = (parser_20, 1948);;
-let map = StringMap.add "2.6.24-9.fc9.ppc" v map;;
-let v = (parser_10, 1576);;
+let v = (parser_15, 1576, fieldsig_15);;
 let map = StringMap.add "2.6.18-1.2798.fc6.ppc" v map;;
-let v = (parser_10, 1620);;
-let map = StringMap.add "2.6.21-1.3128.fc7.ppc" v map;;
-let v = (parser_1, 2712);;
-let map = StringMap.add "2.6.21-1.3209.fc8.i686" v map;;
-let v = (parser_8, 3772);;
-let map = StringMap.add "2.6.20-1.2933.fc6.x86_64" v map;;
-let v = (parser_21, 2880);;
-let map = StringMap.add "2.6.21-1.3234.fc8.i686" v map;;
-let v = (parser_10, 1620);;
-let map = StringMap.add "2.6.21-1.3144.fc7.ppc" v map;;
-let v = (parser_7, 2132);;
-let map = StringMap.add "2.6.21-1.3144.fc7.ppc64" v map;;
-let v = (parser_17, 2492);;
-let map = StringMap.add "2.6.24-9.fc9.ppc64" v map;;
-let v = (parser_10, 1628);;
-let map = StringMap.add "2.6.21-1.3218.fc8.ppc" v map;;
-let v = (parser_10, 1604);;
-let map = StringMap.add "2.6.21-1.3128.fc7.ppc" v map;;
-let v = (parser_22, 1928);;
-let map = StringMap.add "2.6.18-1.2798.fc6.x86_64" v map;;
-let v = (parser_10, 1604);;
-let map = StringMap.add "2.6.21-1.3132.fc7.ppc" v map;;
-let v = (parser_10, 1584);;
-let map = StringMap.add "2.6.21-1.3228.fc7.ppc" v map;;
-let v = (parser_17, 2492);;
-let map = StringMap.add "2.6.24-9.fc9.ppc64" v map;;
-let v = (parser_6, 2116);;
-let map = StringMap.add "2.6.21-1.3218.fc8.ppc64" v map;;
-let v = (parser_7, 2104);;
+let v = (parser_16, 2104, fieldsig_16);;
 let map = StringMap.add "2.6.18-1.2798.fc6.ppc64" v map;;
-let v = (parser_8, 3780);;
-let map = StringMap.add "2.6.21-1.3128.fc7.x86_64" v map;;
-let v = (parser_1, 1400);;
+let v = (parser_16, 2088, fieldsig_16);;
+let map = StringMap.add "2.6.18-1.2798.fc6.ppc64iseries" v map;;
+let v = (parser_17, 1928, fieldsig_17);;
+let map = StringMap.add "2.6.18-1.2798.fc6.x86_64" v map;;
+let v = (parser_1, 1400, fieldsig_1);;
+let map = StringMap.add "2.6.20-1.2933.fc6.i586" v map;;
+let v = (parser_1, 1400, fieldsig_1);;
 let map = StringMap.add "2.6.20-1.2933.fc6.i686" v map;;
-let v = (parser_8, 3772);;
-let map = StringMap.add "2.6.21-1.3144.fc7.x86_64" v map;;
-let v = (parser_7, 2112);;
+let v = (parser_15, 1592, fieldsig_15);;
+let map = StringMap.add "2.6.20-1.2933.fc6.ppc" v map;;
+let v = (parser_16, 2112, fieldsig_16);;
 let map = StringMap.add "2.6.20-1.2933.fc6.ppc64" v map;;
-let v = (parser_2, 1772);;
-let map = StringMap.add "2.6.22-0.23.rc7.git6.fc8.ppc" v map;;
-let v = (parser_20, 1936);;
-let map = StringMap.add "2.6.24-7.fc9.ppc" v map;;
-let v = (parser_10, 1612);;
-let map = StringMap.add "2.6.21-1.3209.fc8.ppc" v map;;
-let v = (parser_8, 1920);;
+let v = (parser_11, 1920, fieldsig_11);;
 let map = StringMap.add "2.6.20-1.2933.fc6.x86_64" v map;;
-let v = (parser_1, 2704);;
+let v = (parser_1, 2704, fieldsig_1);;
+let map = StringMap.add "2.6.21-1.3128.fc7.i586" v map;;
+let v = (parser_1, 2704, fieldsig_1);;
+let map = StringMap.add "2.6.21-1.3128.fc7.i686" v map;;
+let v = (parser_15, 1604, fieldsig_15);;
+let map = StringMap.add "2.6.21-1.3128.fc7.ppc" v map;;
+let v = (parser_16, 2132, fieldsig_16);;
+let map = StringMap.add "2.6.21-1.3128.fc7.ppc64" v map;;
+let v = (parser_11, 3772, fieldsig_11);;
+let map = StringMap.add "2.6.21-1.3128.fc7.x86_64" v map;;
+let v = (parser_1, 2704, fieldsig_1);;
 let map = StringMap.add "2.6.21-1.3132.fc7.i586" v map;;
-let v = (parser_1, 2704);;
+let v = (parser_1, 2704, fieldsig_1);;
+let map = StringMap.add "2.6.21-1.3132.fc7.i686" v map;;
+let v = (parser_15, 1604, fieldsig_15);;
+let map = StringMap.add "2.6.21-1.3132.fc7.ppc" v map;;
+let v = (parser_16, 2132, fieldsig_16);;
+let map = StringMap.add "2.6.21-1.3132.fc7.ppc64" v map;;
+let v = (parser_11, 3772, fieldsig_11);;
+let map = StringMap.add "2.6.21-1.3132.fc7.x86_64" v map;;
+let v = (parser_1, 2704, fieldsig_1);;
+let map = StringMap.add "2.6.21-1.3141.fc7.i586" v map;;
+let v = (parser_1, 2704, fieldsig_1);;
+let map = StringMap.add "2.6.21-1.3141.fc7.i686" v map;;
+let v = (parser_15, 1604, fieldsig_15);;
+let map = StringMap.add "2.6.21-1.3141.fc7.ppc" v map;;
+let v = (parser_16, 2132, fieldsig_16);;
+let map = StringMap.add "2.6.21-1.3141.fc7.ppc64" v map;;
+let v = (parser_11, 3772, fieldsig_11);;
+let map = StringMap.add "2.6.21-1.3141.fc7.x86_64" v map;;
+let v = (parser_1, 2704, fieldsig_1);;
 let map = StringMap.add "2.6.21-1.3144.fc7.i586" v map;;
-let v = (parser_8, 1880);;
-let map = StringMap.add "2.6.21-1.3228.fc7.x86_64" v map;;
-let v = (parser_7, 2088);;
-let map = StringMap.add "2.6.18-1.2798.fc6.ppc64iseries" v map;;
-let v = (parser_16, 3540);;
-let map = StringMap.add "2.6.24-7.fc9.i586" v map;;
-let v = (parser_10, 1592);;
-let map = StringMap.add "2.6.20-1.2933.fc6.ppc" v map;;
-let v = (parser_1, 2712);;
-let map = StringMap.add "2.6.21-1.3218.fc8.i686" v map;;
-let v = (parser_1, 2704);;
+let v = (parser_1, 2704, fieldsig_1);;
 let map = StringMap.add "2.6.21-1.3144.fc7.i686" v map;;
-let v = (parser_1, 1376);;
-let map = StringMap.add "2.6.21-1.3228.fc7.i686" v map;;
-let v = (parser_1, 2712);;
+let v = (parser_15, 1604, fieldsig_15);;
+let map = StringMap.add "2.6.21-1.3144.fc7.ppc" v map;;
+let v = (parser_16, 2132, fieldsig_16);;
+let map = StringMap.add "2.6.21-1.3144.fc7.ppc64" v map;;
+let v = (parser_11, 3772, fieldsig_11);;
+let map = StringMap.add "2.6.21-1.3144.fc7.x86_64" v map;;
+let v = (parser_1, 1400, fieldsig_1);;
+let map = StringMap.add "2.6.21-1.3145.fc7.i586" v map;;
+let v = (parser_1, 1400, fieldsig_1);;
+let map = StringMap.add "2.6.21-1.3145.fc7.i686" v map;;
+let v = (parser_15, 1592, fieldsig_15);;
+let map = StringMap.add "2.6.21-1.3145.fc7.ppc" v map;;
+let v = (parser_16, 2112, fieldsig_16);;
+let map = StringMap.add "2.6.21-1.3145.fc7.ppc64" v map;;
+let v = (parser_11, 1920, fieldsig_11);;
+let map = StringMap.add "2.6.21-1.3145.fc7.x86_64" v map;;
+let v = (parser_1, 1400, fieldsig_1);;
+let map = StringMap.add "2.6.21-1.3190.fc7.i586" v map;;
+let v = (parser_1, 1400, fieldsig_1);;
+let map = StringMap.add "2.6.21-1.3190.fc7.i686" v map;;
+let v = (parser_15, 1592, fieldsig_15);;
+let map = StringMap.add "2.6.21-1.3190.fc7.ppc" v map;;
+let v = (parser_16, 2112, fieldsig_16);;
+let map = StringMap.add "2.6.21-1.3190.fc7.ppc64" v map;;
+let v = (parser_11, 1920, fieldsig_11);;
+let map = StringMap.add "2.6.21-1.3190.fc7.x86_64" v map;;
+let v = (parser_1, 2712, fieldsig_1);;
 let map = StringMap.add "2.6.21-1.3209.fc8.i586" v map;;
-let v = (parser_23, 3756);;
+let v = (parser_1, 2712, fieldsig_1);;
+let map = StringMap.add "2.6.21-1.3209.fc8.i686" v map;;
+let v = (parser_15, 1612, fieldsig_15);;
+let map = StringMap.add "2.6.21-1.3209.fc8.ppc" v map;;
+let v = (parser_18, 2116, fieldsig_18);;
+let map = StringMap.add "2.6.21-1.3209.fc8.ppc64" v map;;
+let v = (parser_19, 3756, fieldsig_19);;
+let map = StringMap.add "2.6.21-1.3209.fc8.x86_64" v map;;
+let v = (parser_1, 2712, fieldsig_1);;
+let map = StringMap.add "2.6.21-1.3218.fc8.i586" v map;;
+let v = (parser_1, 2712, fieldsig_1);;
+let map = StringMap.add "2.6.21-1.3218.fc8.i686" v map;;
+let v = (parser_15, 1612, fieldsig_15);;
+let map = StringMap.add "2.6.21-1.3218.fc8.ppc" v map;;
+let v = (parser_18, 2116, fieldsig_18);;
+let map = StringMap.add "2.6.21-1.3218.fc8.ppc64" v map;;
+let v = (parser_19, 3756, fieldsig_19);;
 let map = StringMap.add "2.6.21-1.3218.fc8.x86_64" v map;;
-let v = (parser_7, 2088);;
-let map = StringMap.add "2.6.18-1.2798.fc6.ppc64iseries" v map;;
-let v = (parser_1, 2704);;
-let map = StringMap.add "2.6.21-1.3144.fc7.i686" v map;;
-let v = (parser_8, 1880);;
-let map = StringMap.add "2.6.20-1.2933.fc6.x86_64" v map;;
-let v = (parser_24, 1796);;
-let map = StringMap.add "2.6.21-1.3234.fc8.ppc" v map;;
-let v = (parser_8, 1920);;
-let map = StringMap.add "2.6.20-1.2933.fc6.x86_64" v map;;
-let v = (parser_22, 1928);;
-let map = StringMap.add "2.6.18-1.2798.fc6.x86_64" v map;;
-let v = (parser_16, 3540);;
-let map = StringMap.add "2.6.24-7.fc9.i686" v map;;
-let v = (parser_8, 3780);;
-let map = StringMap.add "2.6.21-1.3144.fc7.x86_64" v map;;
-let v = (parser_10, 1608);;
-let map = StringMap.add "2.6.20-1.2933.fc6.ppc" v map;;
-let v = (parser_16, 3540);;
-let map = StringMap.add "2.6.24-7.fc9.i686" v map;;
-let v = (parser_16, 3540);;
-let map = StringMap.add "2.6.24-9.fc9.i686" v map;;
-let v = (parser_1, 2704);;
-let map = StringMap.add "2.6.20-1.2933.fc6.i686" v map;;
-let v = (parser_25, 1832);;
-let map = StringMap.add "2.6.25.11-97.fc9.i686" v map;;
-let v = (parser_1, 2704);;
-let map = StringMap.add "2.6.21-1.3228.fc7.i686" v map;;
-let v = (parser_1, 2704);;
+let v = (parser_1, 2712, fieldsig_1);;
+let map = StringMap.add "2.6.21-1.3221.fc8.i586" v map;;
+let v = (parser_1, 2712, fieldsig_1);;
+let map = StringMap.add "2.6.21-1.3221.fc8.i686" v map;;
+let v = (parser_15, 1612, fieldsig_15);;
+let map = StringMap.add "2.6.21-1.3221.fc8.ppc" v map;;
+let v = (parser_18, 2116, fieldsig_18);;
+let map = StringMap.add "2.6.21-1.3221.fc8.ppc64" v map;;
+let v = (parser_19, 3756, fieldsig_19);;
+let map = StringMap.add "2.6.21-1.3221.fc8.x86_64" v map;;
+let v = (parser_1, 1376, fieldsig_1);;
+let map = StringMap.add "2.6.21-1.3228.fc7.i586" v map;;
+let v = (parser_1, 1376, fieldsig_1);;
 let map = StringMap.add "2.6.21-1.3228.fc7.i686" v map;;
-let v = (parser_1, 2704);;
-let map = StringMap.add "2.6.21-1.3128.fc7.i686" v map;;
-let v = (parser_10, 1604);;
-let map = StringMap.add "2.6.21-1.3144.fc7.ppc" v map;;
-let v = (parser_1, 1400);;
-let map = StringMap.add "2.6.20-1.2933.fc6.i686" v map;;
-let v = (parser_23, 3756);;
-let map = StringMap.add "2.6.21-1.3209.fc8.x86_64" v map;;
-let v = (parser_26, 1756);;
-let map = StringMap.add "2.6.21-1.3238.fc8.ppc" v map;;
-let v = (parser_27, 3932);;
-let map = StringMap.add "2.6.21-1.3234.fc8.x86_64" v map;;
-let v = (parser_24, 1780);;
+let v = (parser_15, 1560, fieldsig_15);;
+let map = StringMap.add "2.6.21-1.3228.fc7.ppc" v map;;
+let v = (parser_16, 2072, fieldsig_16);;
+let map = StringMap.add "2.6.21-1.3228.fc7.ppc64" v map;;
+let v = (parser_11, 1880, fieldsig_11);;
+let map = StringMap.add "2.6.21-1.3228.fc7.x86_64" v map;;
+let v = (parser_5, 2880, fieldsig_5);;
+let map = StringMap.add "2.6.21-1.3234.fc8.i686" v map;;
+let v = (parser_20, 1780, fieldsig_20);;
 let map = StringMap.add "2.6.21-1.3234.fc8.ppc" v map;;
-let v = (parser_14, 2292);;
+let v = (parser_21, 2292, fieldsig_21);;
 let map = StringMap.add "2.6.21-1.3234.fc8.ppc64" v map;;
-let v = (parser_1, 1400);;
-let map = StringMap.add "2.6.20-1.2933.fc6.i586" v map;;
-let v = (parser_8, 3780);;
-let map = StringMap.add "2.6.21-1.3132.fc7.x86_64" v map;;
-let v = (parser_1, 1400);;
-let map = StringMap.add "2.6.20-1.2933.fc6.i686" v map;;
-let v = (parser_7, 2104);;
-let map = StringMap.add "2.6.18-1.2798.fc6.ppc64" v map;;
-let v = (parser_1, 1384);;
-let map = StringMap.add "2.6.18-1.2798.fc6.i686" v map;;
-let v = (parser_10, 1560);;
-let map = StringMap.add "2.6.21-1.3228.fc7.ppc" v map;;
-let v = (parser_12, 2880);;
+let v = (parser_22, 3932, fieldsig_22);;
+let map = StringMap.add "2.6.21-1.3234.fc8.x86_64" v map;;
+let v = (parser_6, 2880, fieldsig_6);;
 let map = StringMap.add "2.6.21-1.3236.fc8.i686" v map;;
-let v = (parser_3, 1796);;
+let v = (parser_23, 1780, fieldsig_23);;
 let map = StringMap.add "2.6.21-1.3236.fc8.ppc" v map;;
-let v = (parser_1, 1384);;
-let map = StringMap.add "2.6.20-1.2933.fc6.i686" v map;;
-let v = (parser_1, 2712);;
-let map = StringMap.add "2.6.21-1.3218.fc8.i686" v map;;
-let v = (parser_16, 3540);;
+let v = (parser_24, 2308, fieldsig_24);;
+let map = StringMap.add "2.6.21-1.3236.fc8.ppc64" v map;;
+let v = (parser_25, 3948, fieldsig_25);;
+let map = StringMap.add "2.6.21-1.3236.fc8.x86_64" v map;;
+let v = (parser_7, 2872, fieldsig_7);;
+let map = StringMap.add "2.6.21-1.3238.fc8.i686" v map;;
+let v = (parser_26, 1756, fieldsig_26);;
+let map = StringMap.add "2.6.21-1.3238.fc8.ppc" v map;;
+let v = (parser_27, 2276, fieldsig_27);;
+let map = StringMap.add "2.6.21-1.3238.fc8.ppc64" v map;;
+let v = (parser_28, 3916, fieldsig_28);;
+let map = StringMap.add "2.6.21-1.3238.fc8.x86_64" v map;;
+let v = (parser_7, 2872, fieldsig_7);;
+let map = StringMap.add "2.6.21-1.3242.fc8.i686" v map;;
+let v = (parser_26, 1756, fieldsig_26);;
+let map = StringMap.add "2.6.21-1.3242.fc8.ppc" v map;;
+let v = (parser_27, 2276, fieldsig_27);;
+let map = StringMap.add "2.6.21-1.3242.fc8.ppc64" v map;;
+let v = (parser_28, 3916, fieldsig_28);;
+let map = StringMap.add "2.6.21-1.3242.fc8.x86_64" v map;;
+let v = (parser_8, 2856, fieldsig_8);;
+let map = StringMap.add "2.6.22-0.23.rc7.git6.fc8.i686" v map;;
+let v = (parser_29, 1756, fieldsig_29);;
+let map = StringMap.add "2.6.22-0.23.rc7.git6.fc8.ppc" v map;;
+let v = (parser_30, 2292, fieldsig_30);;
+let map = StringMap.add "2.6.22-0.23.rc7.git6.fc8.ppc64" v map;;
+let v = (parser_31, 3932, fieldsig_31);;
+let map = StringMap.add "2.6.22-0.23.rc7.git6.fc8.x86_64" v map;;
+let v = (parser_7, 2872, fieldsig_7);;
+let map = StringMap.add "2.6.22-0.rc7.2.fc8.i686" v map;;
+let v = (parser_26, 1756, fieldsig_26);;
+let map = StringMap.add "2.6.22-0.rc7.2.fc8.ppc" v map;;
+let v = (parser_27, 2276, fieldsig_27);;
+let map = StringMap.add "2.6.22-0.rc7.2.fc8.ppc64" v map;;
+let v = (parser_28, 3916, fieldsig_28);;
+let map = StringMap.add "2.6.22-0.rc7.2.fc8.x86_64" v map;;
+let v = (parser_2, 1548, fieldsig_2);;
+let map = StringMap.add "2.6.23.14-135.fc8.i586" v map;;
+let v = (parser_2, 1548, fieldsig_2);;
+let map = StringMap.add "2.6.23.14-135.fc8.i686" v map;;
+let v = (parser_32, 1736, fieldsig_32);;
+let map = StringMap.add "2.6.23.14-135.fc8.ppc" v map;;
+let v = (parser_33, 2272, fieldsig_33);;
+let map = StringMap.add "2.6.23.14-135.fc8.ppc64" v map;;
+let v = (parser_12, 2080, fieldsig_12);;
+let map = StringMap.add "2.6.23.14-135.fc8.x86_64" v map;;
+let v = (parser_2, 1548, fieldsig_2);;
+let map = StringMap.add "2.6.23.14-78.fc7.i586" v map;;
+let v = (parser_2, 1548, fieldsig_2);;
+let map = StringMap.add "2.6.23.14-78.fc7.i686" v map;;
+let v = (parser_32, 1736, fieldsig_32);;
+let map = StringMap.add "2.6.23.14-78.fc7.ppc" v map;;
+let v = (parser_33, 2272, fieldsig_33);;
+let map = StringMap.add "2.6.23.14-78.fc7.ppc64" v map;;
+let v = (parser_12, 2080, fieldsig_12);;
+let map = StringMap.add "2.6.23.14-78.fc7.x86_64" v map;;
+let v = (parser_9, 3540, fieldsig_9);;
+let map = StringMap.add "2.6.24-0.167.rc8.git4.fc9.i586" v map;;
+let v = (parser_9, 3540, fieldsig_9);;
+let map = StringMap.add "2.6.24-0.167.rc8.git4.fc9.i686" v map;;
+let v = (parser_34, 1940, fieldsig_34);;
+let map = StringMap.add "2.6.24-0.167.rc8.git4.fc9.ppc" v map;;
+let v = (parser_35, 2504, fieldsig_35);;
+let map = StringMap.add "2.6.24-0.167.rc8.git4.fc9.ppc64" v map;;
+let v = (parser_36, 4684, fieldsig_36);;
+let map = StringMap.add "2.6.24-0.167.rc8.git4.fc9.x86_64" v map;;
+let v = (parser_9, 3540, fieldsig_9);;
+let map = StringMap.add "2.6.24-7.fc9.i586" v map;;
+let v = (parser_9, 3540, fieldsig_9);;
+let map = StringMap.add "2.6.24-7.fc9.i686" v map;;
+let v = (parser_34, 1940, fieldsig_34);;
+let map = StringMap.add "2.6.24-7.fc9.ppc" v map;;
+let v = (parser_35, 2504, fieldsig_35);;
+let map = StringMap.add "2.6.24-7.fc9.ppc64" v map;;
+let v = (parser_36, 4684, fieldsig_36);;
+let map = StringMap.add "2.6.24-7.fc9.x86_64" v map;;
+let v = (parser_9, 3540, fieldsig_9);;
 let map = StringMap.add "2.6.24-9.fc9.i586" v map;;
-let v = (parser_8, 3772);;
-let map = StringMap.add "2.6.21-1.3128.fc7.x86_64" v map;;
-let v = (parser_21, 2880);;
-let map = StringMap.add "2.6.21-1.3234.fc8.i686" v map;;
-let v = (parser_7, 2112);;
-let map = StringMap.add "2.6.20-1.2933.fc6.ppc64" v map;;
-let v = (parser_20, 1936);;
+let v = (parser_9, 3540, fieldsig_9);;
+let map = StringMap.add "2.6.24-9.fc9.i686" v map;;
+let v = (parser_34, 1940, fieldsig_34);;
 let map = StringMap.add "2.6.24-9.fc9.ppc" v map;;
-let v = (parser_7, 2132);;
+let v = (parser_35, 2504, fieldsig_35);;
+let map = StringMap.add "2.6.24-9.fc9.ppc64" v map;;
+let v = (parser_36, 4684, fieldsig_36);;
+let map = StringMap.add "2.6.24-9.fc9.x86_64" v map;;
+let v = (parser_3, 1832, fieldsig_3);;
+let map = StringMap.add "2.6.25.11-97.fc9.i686" v map;;
+let v = (parser_13, 2496, fieldsig_13);;
+let map = StringMap.add "2.6.25.11-97.fc9.x86_64" v map;;
+let v = (parser_37, 1832, fieldsig_37);;
+let map = StringMap.add "2.6.25.14-69.fc8.i586" v map;;
+let v = (parser_3, 1832, fieldsig_3);;
+let map = StringMap.add "2.6.25.14-69.fc8.i686" v map;;
+let v = (parser_38, 2524, fieldsig_38);;
+let map = StringMap.add "2.6.25.14-69.fc8.ppc64" v map;;
+let v = (parser_39, 1324, fieldsig_39);;
+let map = StringMap.add "2.6.26.1-9.fc9.i586" v map;;
+let v = (parser_4, 1328, fieldsig_4);;
+let map = StringMap.add "2.6.26.1-9.fc9.i686" v map;;
+let v = (parser_40, 1968, fieldsig_40);;
+let map = StringMap.add "2.6.26.1-9.fc9.ppc" v map;;
+let v = (parser_41, 2572, fieldsig_41);;
+let map = StringMap.add "2.6.26.1-9.fc9.ppc64" v map;;
+let v = (parser_14, 2072, fieldsig_14);;
+let map = StringMap.add "2.6.26.1-9.fc9.x86_64" v map;;
+let v = (parser_39, 1324, fieldsig_39);;
+let map = StringMap.add "2.6.26.2-2.fc8.i586" v map;;
+let v = (parser_4, 1328, fieldsig_4);;
+let map = StringMap.add "2.6.26.2-2.fc8.i686" v map;;
+let v = (parser_40, 1968, fieldsig_40);;
+let map = StringMap.add "2.6.26.2-2.fc8.ppc" v map;;
+let v = (parser_41, 2572, fieldsig_41);;
+let map = StringMap.add "2.6.26.2-2.fc8.ppc64" v map;;
+let v = (parser_14, 2072, fieldsig_14);;
+let map = StringMap.add "2.6.26.2-2.fc8.x86_64" v map;;
+let v = (parser_42, 4200, fieldsig_42);;
+let map = StringMap.add "2.6.27-0.225.rc1.git5.fc10.i586" v map;;
+let v = (parser_10, 4204, fieldsig_10);;
+let map = StringMap.add "2.6.27-0.225.rc1.git5.fc10.i686" v map;;
+let v = (parser_43, 2124, fieldsig_43);;
+let map = StringMap.add "2.6.27-0.225.rc1.git5.fc10.ppc" v map;;
+let v = (parser_44, 6712, fieldsig_44);;
+let map = StringMap.add "2.6.27-0.225.rc1.git5.fc10.ppc64" v map;;
+let v = (parser_45, 5824, fieldsig_45);;
+let map = StringMap.add "2.6.27-0.225.rc1.git5.fc10.x86_64" v map;;
+let v = (parser_42, 4200, fieldsig_42);;
+let map = StringMap.add "2.6.27-0.226.rc1.git5.fc10.i586" v map;;
+let v = (parser_10, 4204, fieldsig_10);;
+let map = StringMap.add "2.6.27-0.226.rc1.git5.fc10.i686" v map;;
+let v = (parser_43, 2124, fieldsig_43);;
+let map = StringMap.add "2.6.27-0.226.rc1.git5.fc10.ppc" v map;;
+let v = (parser_44, 6712, fieldsig_44);;
+let map = StringMap.add "2.6.27-0.226.rc1.git5.fc10.ppc64" v map;;
+let v = (parser_45, 5824, fieldsig_45);;
+let map = StringMap.add "2.6.27-0.226.rc1.git5.fc10.x86_64" v map;;
+let v = (parser_42, 4200, fieldsig_42);;
+let map = StringMap.add "2.6.27-0.231.rc1.git6.fc10.i586" v map;;
+let v = (parser_10, 4204, fieldsig_10);;
+let map = StringMap.add "2.6.27-0.231.rc1.git6.fc10.i686" v map;;
+let v = (parser_43, 2124, fieldsig_43);;
+let map = StringMap.add "2.6.27-0.231.rc1.git6.fc10.ppc" v map;;
+let v = (parser_44, 6712, fieldsig_44);;
+let map = StringMap.add "2.6.27-0.231.rc1.git6.fc10.ppc64" v map;;
+let v = (parser_45, 5824, fieldsig_45);;
+let map = StringMap.add "2.6.27-0.231.rc1.git6.fc10.x86_64" v map;;
+let v = (parser_42, 4200, fieldsig_42);;
+let map = StringMap.add "2.6.27-0.237.rc2.fc10.i586" v map;;
+let v = (parser_10, 4204, fieldsig_10);;
+let map = StringMap.add "2.6.27-0.237.rc2.fc10.i686" v map;;
+let v = (parser_43, 2124, fieldsig_43);;
+let map = StringMap.add "2.6.27-0.237.rc2.fc10.ppc" v map;;
+let v = (parser_44, 6712, fieldsig_44);;
+let map = StringMap.add "2.6.27-0.237.rc2.fc10.ppc64" v map;;
+let v = (parser_45, 5824, fieldsig_45);;
+let map = StringMap.add "2.6.27-0.237.rc2.fc10.x86_64" v map;;
+let v = (parser_42, 4200, fieldsig_42);;
+let map = StringMap.add "2.6.27-0.238.rc2.fc10.i586" v map;;
+let v = (parser_10, 4204, fieldsig_10);;
+let map = StringMap.add "2.6.27-0.238.rc2.fc10.i686" v map;;
+let v = (parser_43, 2124, fieldsig_43);;
+let map = StringMap.add "2.6.27-0.238.rc2.fc10.ppc" v map;;
+let v = (parser_44, 6712, fieldsig_44);;
+let map = StringMap.add "2.6.27-0.238.rc2.fc10.ppc64" v map;;
+let v = (parser_45, 5824, fieldsig_45);;
+let map = StringMap.add "2.6.27-0.238.rc2.fc10.x86_64" v map;;
+let v = (parser_42, 4200, fieldsig_42);;
+let map = StringMap.add "2.6.27-0.241.rc2.git1.fc10.i586" v map;;
+let v = (parser_10, 4204, fieldsig_10);;
+let map = StringMap.add "2.6.27-0.241.rc2.git1.fc10.i686" v map;;
+let v = (parser_43, 2124, fieldsig_43);;
+let map = StringMap.add "2.6.27-0.241.rc2.git1.fc10.ppc" v map;;
+let v = (parser_44, 6712, fieldsig_44);;
+let map = StringMap.add "2.6.27-0.241.rc2.git1.fc10.ppc64" v map;;
+let v = (parser_45, 5824, fieldsig_45);;
+let map = StringMap.add "2.6.27-0.241.rc2.git1.fc10.x86_64" v map;;
+let v = (parser_42, 4200, fieldsig_42);;
+let map = StringMap.add "2.6.27-0.244.rc2.git1.fc10.i586" v map;;
+let v = (parser_10, 4204, fieldsig_10);;
+let map = StringMap.add "2.6.27-0.244.rc2.git1.fc10.i686" v map;;
+let v = (parser_43, 2124, fieldsig_43);;
+let map = StringMap.add "2.6.27-0.244.rc2.git1.fc10.ppc" v map;;
+let v = (parser_44, 6712, fieldsig_44);;
+let map = StringMap.add "2.6.27-0.244.rc2.git1.fc10.ppc64" v map;;
+let v = (parser_45, 5824, fieldsig_45);;
+let map = StringMap.add "2.6.27-0.244.rc2.git1.fc10.x86_64" v map;;
+let v = (parser_1, 1368, fieldsig_1);;
+let map = StringMap.add "2.6.18-1.2798.fc6.i686" v map;;
+let v = (parser_16, 2104, fieldsig_16);;
+let map = StringMap.add "2.6.18-1.2798.fc6.ppc64" v map;;
+let v = (parser_16, 2088, fieldsig_16);;
+let map = StringMap.add "2.6.18-1.2798.fc6.ppc64iseries" v map;;
+let v = (parser_46, 1856, fieldsig_46);;
+let map = StringMap.add "2.6.18-1.2798.fc6.x86_64" v map;;
+let v = (parser_1, 1384, fieldsig_1);;
+let map = StringMap.add "2.6.20-1.2933.fc6.i686" v map;;
+let v = (parser_16, 2112, fieldsig_16);;
+let map = StringMap.add "2.6.20-1.2933.fc6.ppc64" v map;;
+let v = (parser_11, 1880, fieldsig_11);;
+let map = StringMap.add "2.6.20-1.2933.fc6.x86_64" v map;;
+let v = (parser_16, 2132, fieldsig_16);;
 let map = StringMap.add "2.6.21-1.3128.fc7.ppc64" v map;;
-let v = (parser_20, 1948);;
-let map = StringMap.add "2.6.24-7.fc9.ppc" v map;;
-let v = (parser_6, 2116);;
+let v = (parser_11, 3780, fieldsig_11);;
+let map = StringMap.add "2.6.21-1.3128.fc7.x86_64" v map;;
+let v = (parser_16, 2132, fieldsig_16);;
+let map = StringMap.add "2.6.21-1.3132.fc7.ppc64" v map;;
+let v = (parser_11, 3780, fieldsig_11);;
+let map = StringMap.add "2.6.21-1.3132.fc7.x86_64" v map;;
+let v = (parser_16, 2132, fieldsig_16);;
+let map = StringMap.add "2.6.21-1.3141.fc7.ppc64" v map;;
+let v = (parser_11, 3780, fieldsig_11);;
+let map = StringMap.add "2.6.21-1.3141.fc7.x86_64" v map;;
+let v = (parser_16, 2132, fieldsig_16);;
+let map = StringMap.add "2.6.21-1.3144.fc7.ppc64" v map;;
+let v = (parser_11, 3780, fieldsig_11);;
+let map = StringMap.add "2.6.21-1.3144.fc7.x86_64" v map;;
+let v = (parser_16, 2112, fieldsig_16);;
+let map = StringMap.add "2.6.21-1.3145.fc7.ppc64" v map;;
+let v = (parser_11, 1880, fieldsig_11);;
+let map = StringMap.add "2.6.21-1.3145.fc7.x86_64" v map;;
+let v = (parser_16, 2112, fieldsig_16);;
+let map = StringMap.add "2.6.21-1.3190.fc7.ppc64" v map;;
+let v = (parser_11, 1880, fieldsig_11);;
+let map = StringMap.add "2.6.21-1.3190.fc7.x86_64" v map;;
+let v = (parser_18, 2116, fieldsig_18);;
 let map = StringMap.add "2.6.21-1.3209.fc8.ppc64" v map;;
-let v = (parser_10, 1592);;
+let v = (parser_18, 2116, fieldsig_18);;
+let map = StringMap.add "2.6.21-1.3218.fc8.ppc64" v map;;
+let v = (parser_18, 2116, fieldsig_18);;
+let map = StringMap.add "2.6.21-1.3221.fc8.ppc64" v map;;
+let v = (parser_16, 2072, fieldsig_16);;
+let map = StringMap.add "2.6.21-1.3228.fc7.ppc64" v map;;
+let v = (parser_11, 1832, fieldsig_11);;
+let map = StringMap.add "2.6.21-1.3228.fc7.x86_64" v map;;
+let v = (parser_21, 2292, fieldsig_21);;
+let map = StringMap.add "2.6.21-1.3234.fc8.ppc64" v map;;
+let v = (parser_24, 2308, fieldsig_24);;
+let map = StringMap.add "2.6.21-1.3236.fc8.ppc64" v map;;
+let v = (parser_27, 2276, fieldsig_27);;
+let map = StringMap.add "2.6.21-1.3238.fc8.ppc64" v map;;
+let v = (parser_27, 2276, fieldsig_27);;
+let map = StringMap.add "2.6.21-1.3242.fc8.ppc64" v map;;
+let v = (parser_30, 2292, fieldsig_30);;
+let map = StringMap.add "2.6.22-0.23.rc7.git6.fc8.ppc64" v map;;
+let v = (parser_27, 2276, fieldsig_27);;
+let map = StringMap.add "2.6.22-0.rc7.2.fc8.ppc64" v map;;
+let v = (parser_33, 2272, fieldsig_33);;
+let map = StringMap.add "2.6.23.14-135.fc8.ppc64" v map;;
+let v = (parser_33, 2272, fieldsig_33);;
+let map = StringMap.add "2.6.23.14-78.fc7.ppc64" v map;;
+let v = (parser_35, 2504, fieldsig_35);;
+let map = StringMap.add "2.6.24-0.167.rc8.git4.fc9.ppc64" v map;;
+let v = (parser_35, 2504, fieldsig_35);;
+let map = StringMap.add "2.6.24-7.fc9.ppc64" v map;;
+let v = (parser_35, 2504, fieldsig_35);;
+let map = StringMap.add "2.6.24-9.fc9.ppc64" v map;;
+let v = (parser_38, 2524, fieldsig_38);;
+let map = StringMap.add "2.6.25.14-69.fc8.ppc64" v map;;
+let v = (parser_41, 2572, fieldsig_41);;
+let map = StringMap.add "2.6.26.1-9.fc9.ppc64" v map;;
+let v = (parser_41, 2572, fieldsig_41);;
+let map = StringMap.add "2.6.26.2-2.fc8.ppc64" v map;;
+let v = (parser_44, 6712, fieldsig_44);;
+let map = StringMap.add "2.6.27-0.225.rc1.git5.fc10.ppc64" v map;;
+let v = (parser_44, 6712, fieldsig_44);;
+let map = StringMap.add "2.6.27-0.226.rc1.git5.fc10.ppc64" v map;;
+let v = (parser_44, 6712, fieldsig_44);;
+let map = StringMap.add "2.6.27-0.231.rc1.git6.fc10.ppc64" v map;;
+let v = (parser_44, 6712, fieldsig_44);;
+let map = StringMap.add "2.6.27-0.237.rc2.fc10.ppc64" v map;;
+let v = (parser_44, 6712, fieldsig_44);;
+let map = StringMap.add "2.6.27-0.238.rc2.fc10.ppc64" v map;;
+let v = (parser_44, 6712, fieldsig_44);;
+let map = StringMap.add "2.6.27-0.241.rc2.git1.fc10.ppc64" v map;;
+let v = (parser_44, 6712, fieldsig_44);;
+let map = StringMap.add "2.6.27-0.244.rc2.git1.fc10.ppc64" v map;;
+let v = (parser_15, 1592, fieldsig_15);;
 let map = StringMap.add "2.6.18-1.2798.fc6.ppc" v map;;
-let v = (parser_18, 2856);;
-let map = StringMap.add "2.6.22-0.23.rc7.git6.fc8.i686" v map;;
-let v = (parser_1, 2704);;
+let v = (parser_15, 1608, fieldsig_15);;
+let map = StringMap.add "2.6.20-1.2933.fc6.ppc" v map;;
+let v = (parser_15, 1620, fieldsig_15);;
+let map = StringMap.add "2.6.21-1.3128.fc7.ppc" v map;;
+let v = (parser_15, 1620, fieldsig_15);;
+let map = StringMap.add "2.6.21-1.3132.fc7.ppc" v map;;
+let v = (parser_15, 1620, fieldsig_15);;
+let map = StringMap.add "2.6.21-1.3141.fc7.ppc" v map;;
+let v = (parser_15, 1620, fieldsig_15);;
+let map = StringMap.add "2.6.21-1.3144.fc7.ppc" v map;;
+let v = (parser_15, 1608, fieldsig_15);;
+let map = StringMap.add "2.6.21-1.3145.fc7.ppc" v map;;
+let v = (parser_15, 1608, fieldsig_15);;
+let map = StringMap.add "2.6.21-1.3190.fc7.ppc" v map;;
+let v = (parser_15, 1628, fieldsig_15);;
+let map = StringMap.add "2.6.21-1.3209.fc8.ppc" v map;;
+let v = (parser_15, 1628, fieldsig_15);;
+let map = StringMap.add "2.6.21-1.3218.fc8.ppc" v map;;
+let v = (parser_15, 1628, fieldsig_15);;
+let map = StringMap.add "2.6.21-1.3221.fc8.ppc" v map;;
+let v = (parser_15, 1584, fieldsig_15);;
+let map = StringMap.add "2.6.21-1.3228.fc7.ppc" v map;;
+let v = (parser_20, 1796, fieldsig_20);;
+let map = StringMap.add "2.6.21-1.3234.fc8.ppc" v map;;
+let v = (parser_23, 1796, fieldsig_23);;
+let map = StringMap.add "2.6.21-1.3236.fc8.ppc" v map;;
+let v = (parser_26, 1772, fieldsig_26);;
+let map = StringMap.add "2.6.21-1.3238.fc8.ppc" v map;;
+let v = (parser_26, 1772, fieldsig_26);;
+let map = StringMap.add "2.6.21-1.3242.fc8.ppc" v map;;
+let v = (parser_29, 1772, fieldsig_29);;
+let map = StringMap.add "2.6.22-0.23.rc7.git6.fc8.ppc" v map;;
+let v = (parser_26, 1772, fieldsig_26);;
+let map = StringMap.add "2.6.22-0.rc7.2.fc8.ppc" v map;;
+let v = (parser_32, 1760, fieldsig_32);;
+let map = StringMap.add "2.6.23.14-135.fc8.ppc" v map;;
+let v = (parser_32, 1760, fieldsig_32);;
+let map = StringMap.add "2.6.23.14-78.fc7.ppc" v map;;
+let v = (parser_34, 1952, fieldsig_34);;
+let map = StringMap.add "2.6.24-0.167.rc8.git4.fc9.ppc" v map;;
+let v = (parser_34, 1952, fieldsig_34);;
+let map = StringMap.add "2.6.24-7.fc9.ppc" v map;;
+let v = (parser_34, 1952, fieldsig_34);;
+let map = StringMap.add "2.6.24-9.fc9.ppc" v map;;
+let v = (parser_40, 1992, fieldsig_40);;
+let map = StringMap.add "2.6.26.1-9.fc9.ppc" v map;;
+let v = (parser_40, 1992, fieldsig_40);;
+let map = StringMap.add "2.6.26.2-2.fc8.ppc" v map;;
+let v = (parser_43, 2136, fieldsig_43);;
+let map = StringMap.add "2.6.27-0.225.rc1.git5.fc10.ppc" v map;;
+let v = (parser_43, 2136, fieldsig_43);;
+let map = StringMap.add "2.6.27-0.226.rc1.git5.fc10.ppc" v map;;
+let v = (parser_43, 2136, fieldsig_43);;
+let map = StringMap.add "2.6.27-0.231.rc1.git6.fc10.ppc" v map;;
+let v = (parser_43, 2136, fieldsig_43);;
+let map = StringMap.add "2.6.27-0.237.rc2.fc10.ppc" v map;;
+let v = (parser_43, 2136, fieldsig_43);;
+let map = StringMap.add "2.6.27-0.238.rc2.fc10.ppc" v map;;
+let v = (parser_43, 2136, fieldsig_43);;
+let map = StringMap.add "2.6.27-0.241.rc2.git1.fc10.ppc" v map;;
+let v = (parser_43, 2136, fieldsig_43);;
+let map = StringMap.add "2.6.27-0.244.rc2.git1.fc10.ppc" v map;;
+let v = (parser_1, 1384, fieldsig_1);;
+let map = StringMap.add "2.6.18-1.2798.fc6.i686" v map;;
+let v = (parser_17, 1928, fieldsig_17);;
+let map = StringMap.add "2.6.18-1.2798.fc6.x86_64" v map;;
+let v = (parser_1, 1400, fieldsig_1);;
 let map = StringMap.add "2.6.20-1.2933.fc6.i686" v map;;
-let v = (parser_6, 2116);;
-let map = StringMap.add "2.6.21-1.3209.fc8.ppc64" v map;;
-let v = (parser_1, 2704);;
-let map = StringMap.add "2.6.21-1.3132.fc7.i686" v map;;
+let v = (parser_11, 1920, fieldsig_11);;
+let map = StringMap.add "2.6.20-1.2933.fc6.x86_64" v map;;
 type kernel_version = string;;
 let task_struct_known version = StringMap.mem version map;;
 let task_struct_size version =
-  let (_, size) = StringMap.find version map in size;;
+  let (_, size, _) = StringMap.find version map in size;;
 let task_struct_of_bits version bits =
-  let (parsefn, _) = StringMap.find version map in parsefn bits;;
+  let (parsefn, _, _) = StringMap.find version map in parsefn bits;;
 let get_task_struct version mem addr =
-  let (parsefn, size) = StringMap.find version map in
+  let (parsefn, size, _) = StringMap.find version map in
   let bytes = Virt_mem_mmap.get_bytes mem addr size in
   let bits = Bitstring.bitstring_of_string bytes in parsefn bits;;
+let field_signature_of_task_struct_state version =
+  let (_, _, fs) = StringMap.find version map in fs.__fs_task_struct_state;;
+let field_signature_of_task_struct_prio version =
+  let (_, _, fs) = StringMap.find version map in fs.__fs_task_struct_prio;;
+let field_signature_of_task_struct_normal_prio version =
+  let (_, _, fs) = StringMap.find version map
+  in fs.__fs_task_struct_normal_prio;;
+let field_signature_of_task_struct_static_prio version =
+  let (_, _, fs) = StringMap.find version map
+  in fs.__fs_task_struct_static_prio;;
+let field_signature_of_task_struct_tasks'prev version =
+  let (_, _, fs) = StringMap.find version map
+  in fs.__fs_task_struct_tasks'prev;;
+let field_signature_of_task_struct_tasks'next version =
+  let (_, _, fs) = StringMap.find version map
+  in fs.__fs_task_struct_tasks'next;;
+let field_signature_of_task_struct_mm version =
+  let (_, _, fs) = StringMap.find version map in fs.__fs_task_struct_mm;;
+let field_signature_of_task_struct_active_mm version =
+  let (_, _, fs) = StringMap.find version map
+  in fs.__fs_task_struct_active_mm;;
+let field_signature_of_task_struct_comm version =
+  let (_, _, fs) = StringMap.find version map in fs.__fs_task_struct_comm;;
+let field_signature_of_task_struct_pid version =
+  let (_, _, fs) = StringMap.find version map in fs.__fs_task_struct_pid;;