/* * File msc.c - read VC++ debug information from COFF and eventually * from PDB files. * * Copyright (C) 1996, Eric Youngdale. * Copyright (C) 1999-2000, Ulrich Weigand. * Copyright (C) 2004-2005, Eric Pouech. * * This library is free software; you can redistribute it and/or * modify it under the terms of the GNU Lesser General Public * License as published by the Free Software Foundation; either * version 2.1 of the License, or (at your option) any later version. * * This library is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU * Lesser General Public License for more details. * * You should have received a copy of the GNU Lesser General Public * License along with this library; if not, write to the Free Software * Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA */ /* * Note - this handles reading debug information for 32 bit applications * that run under Windows-NT for example. I doubt that this would work well * for 16 bit applications, but I don't think it really matters since the * file format is different, and we should never get in here in such cases. * * TODO: * Get 16 bit CV stuff working. * Add symbol size to internal symbol table. */ #include "config.h" #include "wine/port.h" #include <assert.h> #include <stdio.h> #include <stdlib.h> #include <string.h> #ifdef HAVE_UNISTD_H # include <unistd.h> #endif #ifndef PATH_MAX #define PATH_MAX MAX_PATH #endif #include <stdarg.h> #include "windef.h" #include "winbase.h" #include "winreg.h" #include "winternl.h" #include "wine/exception.h" #include "wine/debug.h" #include "excpt.h" #include "dbghelp_private.h" #include "mscvpdb.h" WINE_DEFAULT_DEBUG_CHANNEL(dbghelp_msc); #define MAX_PATHNAME_LEN 1024 /*======================================================================== * Debug file access helper routines */ static WINE_EXCEPTION_FILTER(page_fault) { if (GetExceptionCode() == EXCEPTION_ACCESS_VIOLATION) return EXCEPTION_EXECUTE_HANDLER; return EXCEPTION_CONTINUE_SEARCH; } static void dump(const void* ptr, unsigned len) { int i, j; BYTE msg[128]; const char* hexof = "0123456789abcdef"; const BYTE* x = (const BYTE*)ptr; for (i = 0; i < len; i += 16) { sprintf(msg, "%08x: ", i); memset(msg + 10, ' ', 3 * 16 + 1 + 16); for (j = 0; j < min(16, len - i); j++) { msg[10 + 3 * j + 0] = hexof[x[i + j] >> 4]; msg[10 + 3 * j + 1] = hexof[x[i + j] & 15]; msg[10 + 3 * j + 2] = ' '; msg[10 + 3 * 16 + 1 + j] = (x[i + j] >= 0x20 && x[i + j] < 0x7f) ? x[i + j] : '.'; } msg[10 + 3 * 16] = ' '; msg[10 + 3 * 16 + 1 + 16] = '\0'; FIXME("%s\n", msg); } } /*======================================================================== * Process CodeView type information. */ #define MAX_BUILTIN_TYPES 0x0480 #define FIRST_DEFINABLE_TYPE 0x1000 static struct symt* cv_basic_types[MAX_BUILTIN_TYPES]; #define SymTagCVBitField (SymTagMax + 0x100) struct codeview_bitfield { struct symt symt; unsigned subtype; unsigned bitposition; unsigned bitlength; }; struct cv_defined_module { BOOL allowed; unsigned int num_defined_types; struct symt** defined_types; struct codeview_bitfield* bitfields; unsigned num_bitfields; unsigned used_bitfields; }; /* FIXME: don't make it static */ #define CV_MAX_MODULES 32 static struct cv_defined_module cv_zmodules[CV_MAX_MODULES]; static struct cv_defined_module*cv_current_module; static void codeview_init_basic_types(struct module* module) { /* * These are the common builtin types that are used by VC++. */ cv_basic_types[T_NOTYPE] = NULL; cv_basic_types[T_ABS] = NULL; cv_basic_types[T_VOID] = &symt_new_basic(module, btVoid, "void", 0)->symt; cv_basic_types[T_CHAR] = &symt_new_basic(module, btChar, "char", 1)->symt; cv_basic_types[T_SHORT] = &symt_new_basic(module, btInt, "short int", 2)->symt; cv_basic_types[T_LONG] = &symt_new_basic(module, btInt, "long int", 4)->symt; cv_basic_types[T_QUAD] = &symt_new_basic(module, btInt, "long long int", 8)->symt; cv_basic_types[T_UCHAR] = &symt_new_basic(module, btUInt, "unsigned char", 1)->symt; cv_basic_types[T_USHORT] = &symt_new_basic(module, btUInt, "unsigned short", 2)->symt; cv_basic_types[T_ULONG] = &symt_new_basic(module, btUInt, "unsigned long", 4)->symt; cv_basic_types[T_UQUAD] = &symt_new_basic(module, btUInt, "unsigned long long", 8)->symt; cv_basic_types[T_REAL32] = &symt_new_basic(module, btFloat, "float", 4)->symt; cv_basic_types[T_REAL64] = &symt_new_basic(module, btFloat, "double", 8)->symt; cv_basic_types[T_RCHAR] = &symt_new_basic(module, btInt, "signed char", 1)->symt; cv_basic_types[T_WCHAR] = &symt_new_basic(module, btWChar, "wchar_t", 2)->symt; cv_basic_types[T_INT4] = &symt_new_basic(module, btInt, "INT4", 4)->symt; cv_basic_types[T_UINT4] = &symt_new_basic(module, btUInt, "UINT4", 4)->symt; cv_basic_types[T_32PVOID] = &symt_new_pointer(module, cv_basic_types[T_VOID])->symt; cv_basic_types[T_32PCHAR] = &symt_new_pointer(module, cv_basic_types[T_CHAR])->symt; cv_basic_types[T_32PSHORT] = &symt_new_pointer(module, cv_basic_types[T_SHORT])->symt; cv_basic_types[T_32PLONG] = &symt_new_pointer(module, cv_basic_types[T_LONG])->symt; cv_basic_types[T_32PQUAD] = &symt_new_pointer(module, cv_basic_types[T_QUAD])->symt; cv_basic_types[T_32PUCHAR] = &symt_new_pointer(module, cv_basic_types[T_UCHAR])->symt; cv_basic_types[T_32PUSHORT] = &symt_new_pointer(module, cv_basic_types[T_USHORT])->symt; cv_basic_types[T_32PULONG] = &symt_new_pointer(module, cv_basic_types[T_ULONG])->symt; cv_basic_types[T_32PUQUAD] = &symt_new_pointer(module, cv_basic_types[T_UQUAD])->symt; cv_basic_types[T_32PREAL32] = &symt_new_pointer(module, cv_basic_types[T_REAL32])->symt; cv_basic_types[T_32PREAL64] = &symt_new_pointer(module, cv_basic_types[T_REAL64])->symt; cv_basic_types[T_32PRCHAR] = &symt_new_pointer(module, cv_basic_types[T_RCHAR])->symt; cv_basic_types[T_32PWCHAR] = &symt_new_pointer(module, cv_basic_types[T_WCHAR])->symt; cv_basic_types[T_32PINT4] = &symt_new_pointer(module, cv_basic_types[T_INT4])->symt; cv_basic_types[T_32PUINT4] = &symt_new_pointer(module, cv_basic_types[T_UINT4])->symt; } static int numeric_leaf(int* value, const unsigned short int* leaf) { unsigned short int type = *leaf++; int length = 2; if (type < LF_NUMERIC) { *value = type; } else { switch (type) { case LF_CHAR: length += 1; *value = *(const char*)leaf; break; case LF_SHORT: length += 2; *value = *(const short*)leaf; break; case LF_USHORT: length += 2; *value = *(const unsigned short*)leaf; break; case LF_LONG: length += 4; *value = *(const int*)leaf; break; case LF_ULONG: length += 4; *value = *(const unsigned int*)leaf; break; case LF_QUADWORD: case LF_UQUADWORD: FIXME("Unsupported numeric leaf type %04x\n", type); length += 8; *value = 0; /* FIXME */ break; case LF_REAL32: FIXME("Unsupported numeric leaf type %04x\n", type); length += 4; *value = 0; /* FIXME */ break; case LF_REAL48: FIXME("Unsupported numeric leaf type %04x\n", type); length += 6; *value = 0; /* FIXME */ break; case LF_REAL64: FIXME("Unsupported numeric leaf type %04x\n", type); length += 8; *value = 0; /* FIXME */ break; case LF_REAL80: FIXME("Unsupported numeric leaf type %04x\n", type); length += 10; *value = 0; /* FIXME */ break; case LF_REAL128: FIXME("Unsupported numeric leaf type %04x\n", type); length += 16; *value = 0; /* FIXME */ break; case LF_COMPLEX32: FIXME("Unsupported numeric leaf type %04x\n", type); length += 4; *value = 0; /* FIXME */ break; case LF_COMPLEX64: FIXME("Unsupported numeric leaf type %04x\n", type); length += 8; *value = 0; /* FIXME */ break; case LF_COMPLEX80: FIXME("Unsupported numeric leaf type %04x\n", type); length += 10; *value = 0; /* FIXME */ break; case LF_COMPLEX128: FIXME("Unsupported numeric leaf type %04x\n", type); length += 16; *value = 0; /* FIXME */ break; case LF_VARSTRING: FIXME("Unsupported numeric leaf type %04x\n", type); length += 2 + *leaf; *value = 0; /* FIXME */ break; default: FIXME("Unknown numeric leaf type %04x\n", type); *value = 0; break; } } return length; } /* convert a pascal string (as stored in debug information) into * a C string (null terminated). */ static const char* terminate_string(const struct p_string* p_name) { static char symname[256]; memcpy(symname, p_name->name, p_name->namelen); symname[p_name->namelen] = '\0'; return (!*symname || strcmp(symname, "__unnamed") == 0) ? NULL : symname; } static struct symt* codeview_get_type(unsigned int typeno, BOOL allow_special) { struct symt* symt = NULL; /* * Convert Codeview type numbers into something we can grok internally. * Numbers < FIRST_DEFINABLE_TYPE are all fixed builtin types. * Numbers from FIRST_DEFINABLE_TYPE and up are all user defined (structs, etc). */ if (typeno < FIRST_DEFINABLE_TYPE) { if (typeno < MAX_BUILTIN_TYPES) symt = cv_basic_types[typeno]; } else { unsigned mod_index = typeno >> 24; unsigned mod_typeno = typeno & 0x00FFFFFF; struct cv_defined_module* mod; mod = (mod_index == 0) ? cv_current_module : &cv_zmodules[mod_index]; if (mod_index >= CV_MAX_MODULES || !mod->allowed) FIXME("Module of index %d isn't loaded yet (%x)\n", mod_index, typeno); else { if (mod_typeno - FIRST_DEFINABLE_TYPE < mod->num_defined_types) symt = mod->defined_types[mod_typeno - FIRST_DEFINABLE_TYPE]; } } if (!allow_special && symt && symt->tag == SymTagCVBitField) FIXME("bitfields are only handled for UDTs\n"); if (!symt && typeno) FIXME("Returning NULL symt for type-id %x\n", typeno); return symt; } static int codeview_add_type(unsigned int typeno, struct symt* dt) { if (typeno < FIRST_DEFINABLE_TYPE) FIXME("What the heck\n"); if (!cv_current_module) { FIXME("Adding %x to non allowed module\n", typeno); return FALSE; } if ((typeno >> 24) != 0) FIXME("No module index while inserting type-id assumption is wrong %x\n", typeno); while (typeno - FIRST_DEFINABLE_TYPE >= cv_current_module->num_defined_types) { cv_current_module->num_defined_types += 0x100; if (cv_current_module->defined_types) cv_current_module->defined_types = (struct symt**) HeapReAlloc(GetProcessHeap(), HEAP_ZERO_MEMORY, cv_current_module->defined_types, cv_current_module->num_defined_types * sizeof(struct symt*)); else cv_current_module->defined_types = (struct symt**) HeapAlloc(GetProcessHeap(), HEAP_ZERO_MEMORY, cv_current_module->num_defined_types * sizeof(struct symt*)); if (cv_current_module->defined_types == NULL) return FALSE; } cv_current_module->defined_types[typeno - FIRST_DEFINABLE_TYPE] = dt; return TRUE; } static void codeview_clear_type_table(void) { int i; for (i = 0; i < CV_MAX_MODULES; i++) { if (cv_zmodules[i].allowed && cv_zmodules[i].defined_types) HeapFree(GetProcessHeap(), 0, cv_zmodules[i].defined_types); cv_zmodules[i].allowed = FALSE; cv_zmodules[i].defined_types = NULL; cv_zmodules[i].num_defined_types = 0; HeapFree(GetProcessHeap(), 0, cv_zmodules[i].bitfields); cv_zmodules[i].bitfields = NULL; cv_zmodules[i].num_bitfields = cv_zmodules[i].used_bitfields = 0; } cv_current_module = NULL; } static int codeview_add_type_pointer(struct module* module, unsigned int typeno, unsigned int datatype) { struct symt* symt = &symt_new_pointer(module, codeview_get_type(datatype, FALSE))->symt; return codeview_add_type(typeno, symt); } static int codeview_add_type_array(struct module* module, unsigned int typeno, const char* name, unsigned int elemtype, unsigned int arr_len) { struct symt* symt; struct symt* elem = codeview_get_type(elemtype, FALSE); DWORD arr_max = 0; if (elem) { DWORD elem_size; symt_get_info(elem, TI_GET_LENGTH, &elem_size); if (elem_size) arr_max = arr_len / elem_size; } symt = &symt_new_array(module, 0, arr_max, elem)->symt; return codeview_add_type(typeno, symt); } static int codeview_add_type_bitfield(unsigned int typeno, unsigned int bitoff, unsigned int nbits, unsigned int basetype) { if (cv_current_module->used_bitfields >= cv_current_module->num_bitfields) { if (cv_current_module->bitfields) { cv_current_module->num_bitfields *= 2; cv_current_module->bitfields = HeapReAlloc(GetProcessHeap(), 0, cv_current_module->bitfields, cv_current_module->num_bitfields * sizeof(struct codeview_bitfield)); } else { cv_current_module->num_bitfields = 64; cv_current_module->bitfields = HeapAlloc(GetProcessHeap(), 0, cv_current_module->num_bitfields * sizeof(struct codeview_bitfield)); } if (!cv_current_module->bitfields) return 0; } cv_current_module->bitfields[cv_current_module->used_bitfields].symt.tag = SymTagCVBitField; cv_current_module->bitfields[cv_current_module->used_bitfields].subtype = basetype; cv_current_module->bitfields[cv_current_module->used_bitfields].bitposition = bitoff; cv_current_module->bitfields[cv_current_module->used_bitfields].bitlength = nbits; return codeview_add_type(typeno, &cv_current_module->bitfields[cv_current_module->used_bitfields++].symt); } static int codeview_add_type_enum_field_list(struct module* module, unsigned int typeno, const unsigned char* list, int len) { struct symt_enum* symt; const unsigned char* ptr = list; symt = symt_new_enum(module, NULL); while (ptr - list < len) { const union codeview_fieldtype* type = (const union codeview_fieldtype*)ptr; if (*ptr >= 0xf0) /* LF_PAD... */ { ptr += *ptr & 0x0f; continue; } switch (type->generic.id) { case LF_ENUMERATE_V1: { int value, vlen = numeric_leaf(&value, &type->enumerate_v1.value); const struct p_string* p_name = (const struct p_string*)((const unsigned char*)&type->enumerate_v1.value + vlen); symt_add_enum_element(module, symt, terminate_string(p_name), value); ptr += 2 + 2 + vlen + (1 + p_name->namelen); break; } case LF_ENUMERATE_V3: { int value, vlen = numeric_leaf(&value, &type->enumerate_v3.value); const char* name = (const char*)&type->enumerate_v3.value + vlen; symt_add_enum_element(module, symt, name, value); ptr += 2 + 2 + vlen + (1 + strlen(name)); break; } default: FIXME("Unsupported type %04x in ENUM field list\n", type->generic.id); return FALSE; } } return codeview_add_type(typeno, &symt->symt); } static int codeview_add_type_struct_field_list(struct module* module, unsigned int typeno, const unsigned char* list, int len) { struct symt_udt* symt; const unsigned char* ptr = list; int value, leaf_len; const struct p_string* p_name; const char* c_name; struct symt* subtype; symt = symt_new_udt(module, NULL, 0, UdtStruct /* don't care */); while (ptr - list < len) { const union codeview_fieldtype* type = (const union codeview_fieldtype*)ptr; if (*ptr >= 0xf0) /* LF_PAD... */ { ptr +=* ptr & 0x0f; continue; } switch (type->generic.id) { case LF_BCLASS_V1: leaf_len = numeric_leaf(&value, &type->bclass_v1.offset); /* FIXME: ignored for now */ ptr += 2 + 2 + 2 + leaf_len; break; case LF_BCLASS_V2: leaf_len = numeric_leaf(&value, &type->bclass_v2.offset); /* FIXME: ignored for now */ ptr += 2 + 2 + 4 + leaf_len; break; case LF_VBCLASS_V1: case LF_IVBCLASS_V1: { const unsigned short int* p_vboff; int vpoff, vplen; leaf_len = numeric_leaf(&value, &type->vbclass_v1.vbpoff); p_vboff = (const unsigned short int*)((const char*)&type->vbclass_v1.vbpoff + leaf_len); vplen = numeric_leaf(&vpoff, p_vboff); /* FIXME: ignored for now */ ptr += 2 + 2 + 2 + 2 + leaf_len + vplen; } break; case LF_VBCLASS_V2: case LF_IVBCLASS_V2: { const unsigned short int* p_vboff; int vpoff, vplen; leaf_len = numeric_leaf(&value, &type->vbclass_v2.vbpoff); p_vboff = (const unsigned short int*)((const char*)&type->vbclass_v2.vbpoff + leaf_len); vplen = numeric_leaf(&vpoff, p_vboff); /* FIXME: ignored for now */ ptr += 2 + 2 + 4 + 4 + leaf_len + vplen; } break; case LF_MEMBER_V1: leaf_len = numeric_leaf(&value, &type->member_v1.offset); p_name = (const struct p_string*)((const char*)&type->member_v1.offset + leaf_len); subtype = codeview_get_type(type->member_v1.type, TRUE); if (!subtype || subtype->tag != SymTagCVBitField) { DWORD elem_size = 0; if (subtype) symt_get_info(subtype, TI_GET_LENGTH, &elem_size); symt_add_udt_element(module, symt, terminate_string(p_name), codeview_get_type(type->member_v1.type, TRUE), value << 3, elem_size << 3); } else { struct codeview_bitfield* cvbf = (struct codeview_bitfield*)subtype; symt_add_udt_element(module, symt, terminate_string(p_name), codeview_get_type(cvbf->subtype, FALSE), cvbf->bitposition, cvbf->bitlength); } ptr += 2 + 2 + 2 + leaf_len + (1 + p_name->namelen); break; case LF_MEMBER_V2: leaf_len = numeric_leaf(&value, &type->member_v2.offset); p_name = (const struct p_string*)((const unsigned char*)&type->member_v2.offset + leaf_len); subtype = codeview_get_type(type->member_v2.type, TRUE); if (!subtype || subtype->tag != SymTagCVBitField) { DWORD elem_size = 0; if (subtype) symt_get_info(subtype, TI_GET_LENGTH, &elem_size); symt_add_udt_element(module, symt, terminate_string(p_name), subtype, value << 3, elem_size << 3); } else { struct codeview_bitfield* cvbf = (struct codeview_bitfield*)subtype; symt_add_udt_element(module, symt, terminate_string(p_name), codeview_get_type(cvbf->subtype, FALSE), cvbf->bitposition, cvbf->bitlength); } ptr += 2 + 2 + 4 + leaf_len + (1 + p_name->namelen); break; case LF_MEMBER_V3: leaf_len = numeric_leaf(&value, &type->member_v3.offset); c_name = (const char*)&type->member_v3.offset + leaf_len; subtype = codeview_get_type(type->member_v3.type, TRUE); if (!subtype || subtype->tag != SymTagCVBitField) { DWORD elem_size = 0; if (subtype) symt_get_info(subtype, TI_GET_LENGTH, &elem_size); symt_add_udt_element(module, symt, c_name, subtype, value << 3, elem_size << 3); } else { struct codeview_bitfield* cvbf = (struct codeview_bitfield*)subtype; symt_add_udt_element(module, symt, c_name, codeview_get_type(cvbf->subtype, FALSE), cvbf->bitposition, cvbf->bitlength); } ptr += 2 + 2 + 4 + leaf_len + (strlen(c_name) + 1); break; case LF_STMEMBER_V1: /* FIXME: ignored for now */ ptr += 2 + 2 + 2 + (1 + type->stmember_v1.p_name.namelen); break; case LF_STMEMBER_V2: /* FIXME: ignored for now */ ptr += 2 + 4 + 2 + (1 + type->stmember_v2.p_name.namelen); break; case LF_METHOD_V1: /* FIXME: ignored for now */ ptr += 2 + 2 + 2 + (1 + type->method_v1.p_name.namelen); break; case LF_METHOD_V2: /* FIXME: ignored for now */ ptr += 2 + 2 + 4 + (1 + type->method_v2.p_name.namelen); break; case LF_NESTTYPE_V1: /* FIXME: ignored for now */ ptr += 2 + 2 + (1 + type->nesttype_v1.p_name.namelen); break; case LF_NESTTYPE_V2: /* FIXME: ignored for now */ ptr += 2 + 2 + 4 + (1 + type->nesttype_v2.p_name.namelen); break; case LF_VFUNCTAB_V1: /* FIXME: ignored for now */ ptr += 2 + 2; break; case LF_VFUNCTAB_V2: /* FIXME: ignored for now */ ptr += 2 + 2 + 4; break; case LF_ONEMETHOD_V1: /* FIXME: ignored for now */ switch ((type->onemethod_v1.attribute >> 2) & 7) { case 4: case 6: /* (pure) introducing virtual method */ ptr += 2 + 2 + 2 + 4 + (1 + type->onemethod_virt_v1.p_name.namelen); break; default: ptr += 2 + 2 + 2 + (1 + type->onemethod_v1.p_name.namelen); break; } break; case LF_ONEMETHOD_V2: /* FIXME: ignored for now */ switch ((type->onemethod_v2.attribute >> 2) & 7) { case 4: case 6: /* (pure) introducing virtual method */ ptr += 2 + 2 + 4 + 4 + (1 + type->onemethod_virt_v2.p_name.namelen); break; default: ptr += 2 + 2 + 4 + (1 + type->onemethod_v2.p_name.namelen); break; } break; default: FIXME("Unsupported type %04x in STRUCT field list\n", type->generic.id); return FALSE; } } return codeview_add_type(typeno, &symt->symt); } static int codeview_add_type_enum(struct module* module, unsigned int typeno, const char* name, unsigned int fieldlist) { struct symt_enum* symt = symt_new_enum(module, name); struct symt* list = codeview_get_type(fieldlist, FALSE); /* FIXME: this is rather ugly !!! */ if (list) symt->vchildren = ((struct symt_enum*)list)->vchildren; return codeview_add_type(typeno, &symt->symt); } static int codeview_add_type_struct(struct module* module, unsigned int typeno, const char* name, int structlen, unsigned int fieldlist, enum UdtKind kind) { struct symt_udt* symt = symt_new_udt(module, name, structlen, kind); struct symt* list = codeview_get_type(fieldlist, FALSE); /* FIXME: this is rather ugly !!! */ if (list) symt->vchildren = ((struct symt_udt*)list)->vchildren; return codeview_add_type(typeno, &symt->symt); } static int codeview_new_func_signature(struct module* module, unsigned typeno, unsigned ret_type) { struct symt* symt; symt = &symt_new_function_signature(module, codeview_get_type(ret_type, FALSE))->symt; return codeview_add_type(typeno, symt); } static int codeview_parse_type_table(struct module* module, const char* table, int len) { unsigned int curr_type = 0x1000; const char* ptr = table; int retv; const union codeview_type* type; int value, leaf_len; const struct p_string* p_name; const char* c_name; while (ptr - table < len) { retv = TRUE; type = (const union codeview_type*)ptr; switch (type->generic.id) { case LF_MODIFIER_V1: /* FIXME: we don't handle modifiers, * but readd previous type on the curr_type */ WARN("Modifier on %x: %s%s%s%s\n", type->modifier_v1.type, type->modifier_v1.attribute & 0x01 ? "const " : "", type->modifier_v1.attribute & 0x02 ? "volatile " : "", type->modifier_v1.attribute & 0x04 ? "unaligned " : "", type->modifier_v1.attribute & ~0x07 ? "unknown " : ""); codeview_add_type(curr_type, codeview_get_type(type->modifier_v1.type, FALSE)); break; case LF_MODIFIER_V2: /* FIXME: we don't handle modifiers, but readd previous type on the curr_type */ WARN("Modifier on %x: %s%s%s%s\n", type->modifier_v2.type, type->modifier_v2.attribute & 0x01 ? "const " : "", type->modifier_v2.attribute & 0x02 ? "volatile " : "", type->modifier_v2.attribute & 0x04 ? "unaligned " : "", type->modifier_v2.attribute & ~0x07 ? "unknown " : ""); codeview_add_type(curr_type, codeview_get_type(type->modifier_v2.type, FALSE)); break; case LF_POINTER_V1: retv = codeview_add_type_pointer(module, curr_type, type->pointer_v1.datatype); break; case LF_POINTER_V2: retv = codeview_add_type_pointer(module, curr_type, type->pointer_v2.datatype); break; case LF_ARRAY_V1: leaf_len = numeric_leaf(&value, &type->array_v1.arrlen); p_name = (const struct p_string*)((const unsigned char*)&type->array_v1.arrlen + leaf_len); retv = codeview_add_type_array(module, curr_type, terminate_string(p_name), type->array_v1.elemtype, value); break; case LF_ARRAY_V2: leaf_len = numeric_leaf(&value, &type->array_v2.arrlen); p_name = (const struct p_string*)((const unsigned char*)&type->array_v2.arrlen + leaf_len); retv = codeview_add_type_array(module, curr_type, terminate_string(p_name), type->array_v2.elemtype, value); break; case LF_ARRAY_V3: leaf_len = numeric_leaf(&value, &type->array_v3.arrlen); c_name = (const char*)&type->array_v3.arrlen + leaf_len; retv = codeview_add_type_array(module, curr_type, c_name, type->array_v3.elemtype, value); break; case LF_BITFIELD_V1: /* a bitfield is a CodeView specific data type which represent a bitfield * in a structure or a class. For now, we store it in a SymTag-like type * (so that the rest of the process is seamless), but check at udt * inclusion type for its presence */ retv = codeview_add_type_bitfield(curr_type, type->bitfield_v1.bitoff, type->bitfield_v1.nbits, type->bitfield_v1.type); break; case LF_BITFIELD_V2: retv = codeview_add_type_bitfield(curr_type, type->bitfield_v2.bitoff, type->bitfield_v2.nbits, type->bitfield_v2.type); break; case LF_FIELDLIST_V1: case LF_FIELDLIST_V2: { /* * A 'field list' is a CodeView-specific data type which doesn't * directly correspond to any high-level data type. It is used * to hold the collection of members of a struct, class, union * or enum type. The actual definition of that type will follow * later, and refer to the field list definition record. * * As we don't have a field list type ourselves, we look ahead * in the field list to try to find out whether this field list * will be used for an enum or struct type, and create a dummy * type of the corresponding sort. Later on, the definition of * the 'real' type will copy the member / enumeration data. */ const char* list = type->fieldlist.list; int len = (ptr + type->generic.len + 2) - list; if (((const union codeview_fieldtype*)list)->generic.id == LF_ENUMERATE_V1 || ((const union codeview_fieldtype*)list)->generic.id == LF_ENUMERATE_V3) retv = codeview_add_type_enum_field_list(module, curr_type, list, len); else retv = codeview_add_type_struct_field_list(module, curr_type, list, len); } break; case LF_STRUCTURE_V1: case LF_CLASS_V1: leaf_len = numeric_leaf(&value, &type->struct_v1.structlen); p_name = (const struct p_string*)((const unsigned char*)&type->struct_v1.structlen + leaf_len); retv = codeview_add_type_struct(module, curr_type, terminate_string(p_name), value, type->struct_v1.fieldlist, type->generic.id == LF_CLASS_V1 ? UdtClass : UdtStruct); break; case LF_STRUCTURE_V2: case LF_CLASS_V2: leaf_len = numeric_leaf(&value, &type->struct_v2.structlen); p_name = (const struct p_string*)((const unsigned char*)&type->struct_v2.structlen + leaf_len); retv = codeview_add_type_struct(module, curr_type, terminate_string(p_name), value, type->struct_v2.fieldlist, type->generic.id == LF_CLASS_V2 ? UdtClass : UdtStruct); break; case LF_STRUCTURE_V3: case LF_CLASS_V3: leaf_len = numeric_leaf(&value, &type->struct_v3.structlen); c_name = (const char*)&type->struct_v3.structlen + leaf_len; retv = codeview_add_type_struct(module, curr_type, c_name, value, type->struct_v3.fieldlist, type->generic.id == LF_CLASS_V3 ? UdtClass : UdtStruct); break; case LF_UNION_V1: leaf_len = numeric_leaf(&value, &type->union_v1.un_len); p_name = (const struct p_string*)((const unsigned char*)&type->union_v1.un_len + leaf_len); retv = codeview_add_type_struct(module, curr_type, terminate_string(p_name), value, type->union_v1.fieldlist, UdtUnion); break; case LF_UNION_V2: leaf_len = numeric_leaf(&value, &type->union_v2.un_len); p_name = (const struct p_string*)((const unsigned char*)&type->union_v2.un_len + leaf_len); retv = codeview_add_type_struct(module, curr_type, terminate_string(p_name), value, type->union_v2.fieldlist, UdtUnion); break; case LF_UNION_V3: leaf_len = numeric_leaf(&value, &type->union_v3.un_len); c_name = (const char*)&type->union_v3.un_len + leaf_len; retv = codeview_add_type_struct(module, curr_type, c_name, value, type->union_v3.fieldlist, UdtUnion); case LF_ENUM_V1: retv = codeview_add_type_enum(module, curr_type, terminate_string(&type->enumeration_v1.p_name), type->enumeration_v1.field); break; case LF_ENUM_V2: retv = codeview_add_type_enum(module, curr_type, terminate_string(&type->enumeration_v2.p_name), type->enumeration_v2.field); break; case LF_ENUM_V3: retv = codeview_add_type_enum(module, curr_type, type->enumeration_v3.name, type->enumeration_v3.field); break; case LF_PROCEDURE_V1: retv = codeview_new_func_signature(module, curr_type, type->procedure_v1.rvtype); break; case LF_PROCEDURE_V2: retv = codeview_new_func_signature(module, curr_type, type->procedure_v2.rvtype); break; case LF_MFUNCTION_V1: /* FIXME: for C++, this is plain wrong, but as we don't use arg types * nor class information, this would just do for now */ retv = codeview_new_func_signature(module, curr_type, type->mfunction_v1.rvtype); break; case LF_MFUNCTION_V2: /* FIXME: for C++, this is plain wrong, but as we don't use arg types * nor class information, this would just do for now */ retv = codeview_new_func_signature(module, curr_type, type->mfunction_v2.rvtype); break; case LF_ARGLIST_V1: case LF_ARGLIST_V2: { static int once; if (!once++) FIXME("Not adding parameters' types to function signature\n"); } break; default: FIXME("Unsupported type-id leaf %x\n", type->generic.id); dump(type, 2 + type->generic.len); break; } if (!retv) return FALSE; curr_type++; ptr += type->generic.len + 2; } return TRUE; } /*======================================================================== * Process CodeView line number information. */ static struct codeview_linetab* codeview_snarf_linetab(struct module* module, const char* linetab, int size, BOOL pascal_str) { int file_segcount; char filename[PATH_MAX]; const unsigned int* filetab; const struct p_string* p_fn; int i; int k; struct codeview_linetab* lt_hdr; const unsigned int* lt_ptr; int nfile; int nseg; union any_size pnt; union any_size pnt2; const struct startend* start; int this_seg; struct symt_compiland* compiland; /* * Now get the important bits. */ pnt.c = linetab; nfile = *pnt.s++; nseg = *pnt.s++; filetab = (const unsigned int*) pnt.c; /* * Now count up the number of segments in the file. */ nseg = 0; for (i = 0; i < nfile; i++) { pnt2.c = linetab + filetab[i]; nseg += *pnt2.s; } /* * Next allocate the header we will be returning. * There is one header for each segment, so that we can reach in * and pull bits as required. */ lt_hdr = (struct codeview_linetab*) HeapAlloc(GetProcessHeap(), HEAP_ZERO_MEMORY, (nseg + 1) * sizeof(*lt_hdr)); if (lt_hdr == NULL) { goto leave; } /* * Now fill the header we will be returning, one for each segment. * Note that this will basically just contain pointers into the existing * line table, and we do not actually copy any additional information * or allocate any additional memory. */ this_seg = 0; for (i = 0; i < nfile; i++) { /* * Get the pointer into the segment information. */ pnt2.c = linetab + filetab[i]; file_segcount = *pnt2.s; pnt2.ui++; lt_ptr = (const unsigned int*) pnt2.c; start = (const struct startend*)(lt_ptr + file_segcount); /* * Now snarf the filename for all of the segments for this file. */ if (pascal_str) { p_fn = (const struct p_string*)(start + file_segcount); memset(filename, 0, sizeof(filename)); memcpy(filename, p_fn->name, p_fn->namelen); compiland = symt_new_compiland(module, filename); } else compiland = symt_new_compiland(module, (const char*)(start + file_segcount)); for (k = 0; k < file_segcount; k++, this_seg++) { pnt2.c = linetab + lt_ptr[k]; lt_hdr[this_seg].start = start[k].start; lt_hdr[this_seg].end = start[k].end; lt_hdr[this_seg].compiland = compiland; lt_hdr[this_seg].segno = *pnt2.s++; lt_hdr[this_seg].nline = *pnt2.s++; lt_hdr[this_seg].offtab = pnt2.ui; lt_hdr[this_seg].linetab = (const unsigned short*)(pnt2.ui + lt_hdr[this_seg].nline); } } leave: return lt_hdr; } /*======================================================================== * Process CodeView symbol information. */ static unsigned int codeview_map_offset(const struct msc_debug_info* msc_dbg, unsigned int offset) { int nomap = msc_dbg->nomap; const OMAP_DATA* omapp = msc_dbg->omapp; int i; if (!nomap || !omapp) return offset; /* FIXME: use binary search */ for (i = 0; i < nomap - 1; i++) if (omapp[i].from <= offset && omapp[i+1].from > offset) return !omapp[i].to ? 0 : omapp[i].to + (offset - omapp[i].from); return 0; } static const struct codeview_linetab* codeview_get_linetab(const struct codeview_linetab* linetab, unsigned seg, unsigned offset) { /* * Check whether we have line number information */ if (linetab) { for (; linetab->linetab; linetab++) if (linetab->segno == seg && linetab->start <= offset && linetab->end > offset) break; if (!linetab->linetab) linetab = NULL; } return linetab; } static unsigned codeview_get_address(const struct msc_debug_info* msc_dbg, unsigned seg, unsigned offset) { int nsect = msc_dbg->nsect; const IMAGE_SECTION_HEADER* sectp = msc_dbg->sectp; if (!seg || seg > nsect) return 0; return msc_dbg->module->module.BaseOfImage + codeview_map_offset(msc_dbg, sectp[seg-1].VirtualAddress + offset); } static void codeview_add_func_linenum(struct module* module, struct symt_function* func, const struct codeview_linetab* linetab, unsigned offset, unsigned size) { unsigned int i; if (!linetab) return; for (i = 0; i < linetab->nline; i++) { if (linetab->offtab[i] >= offset && linetab->offtab[i] < offset + size) { symt_add_func_line(module, func, linetab->compiland->source, linetab->linetab[i], linetab->offtab[i] - offset); } } } static int codeview_snarf(const struct msc_debug_info* msc_dbg, const BYTE* root, int offset, int size, struct codeview_linetab* linetab) { struct symt_function* curr_func = NULL; int i, length; const struct codeview_linetab* flt; struct symt_block* block = NULL; struct symt* symt; const char* name; /* * Loop over the different types of records and whenever we * find something we are interested in, record it and move on. */ for (i = offset; i < size; i += length) { const union codeview_symbol* sym = (const union codeview_symbol*)(root + i); length = sym->generic.len + 2; if (i + length > size) break; if (length & 3) FIXME("unpadded len %u\n", length); switch (sym->generic.id) { /* * Global and local data symbols. We don't associate these * with any given source file. */ case S_GDATA_V1: case S_LDATA_V1: flt = codeview_get_linetab(linetab, sym->data_v1.segment, sym->data_v1.offset); symt_new_global_variable(msc_dbg->module, flt ? flt->compiland : NULL, terminate_string(&sym->data_v1.p_name), sym->generic.id == S_LDATA_V1, codeview_get_address(msc_dbg, sym->data_v1.segment, sym->data_v1.offset), 0, codeview_get_type(sym->data_v1.symtype, FALSE)); break; case S_GDATA_V2: case S_LDATA_V2: flt = codeview_get_linetab(linetab, sym->data_v2.segment, sym->data_v2.offset); name = terminate_string(&sym->data_v2.p_name); if (name) symt_new_global_variable(msc_dbg->module, flt ? flt->compiland : NULL, name, sym->generic.id == S_LDATA_V2, codeview_get_address(msc_dbg, sym->data_v2.segment, sym->data_v2.offset), 0, codeview_get_type(sym->data_v2.symtype, FALSE)); break; case S_GDATA_V3: case S_LDATA_V3: flt = codeview_get_linetab(linetab, sym->data_v3.segment, sym->data_v3.offset); if (*sym->data_v3.name) symt_new_global_variable(msc_dbg->module, flt ? flt->compiland : NULL, sym->data_v3.name, sym->generic.id == S_LDATA_V3, codeview_get_address(msc_dbg, sym->data_v3.segment, sym->data_v3.offset), 0, codeview_get_type(sym->data_v3.symtype, FALSE)); break; case S_PUB_V1: /* FIXME is this really a 'data_v1' structure ?? */ if (!(dbghelp_options & SYMOPT_NO_PUBLICS)) { flt = codeview_get_linetab(linetab, sym->data_v1.segment, sym->data_v1.offset); symt_new_public(msc_dbg->module, flt ? flt->compiland : NULL, terminate_string(&sym->data_v1.p_name), codeview_get_address(msc_dbg, sym->data_v1.segment, sym->data_v1.offset), 0, TRUE /* FIXME */, TRUE /* FIXME */); } break; case S_PUB_V2: /* FIXME is this really a 'data_v2' structure ?? */ if (!(dbghelp_options & SYMOPT_NO_PUBLICS)) { flt = codeview_get_linetab(linetab, sym->data_v2.segment, sym->data_v2.offset); symt_new_public(msc_dbg->module, flt ? flt->compiland : NULL, terminate_string(&sym->data_v2.p_name), codeview_get_address(msc_dbg, sym->data_v2.segment, sym->data_v2.offset), 0, TRUE /* FIXME */, TRUE /* FIXME */); } break; /* * Sort of like a global function, but it just points * to a thunk, which is a stupid name for what amounts to * a PLT slot in the normal jargon that everyone else uses. */ case S_THUNK_V1: flt = codeview_get_linetab(linetab, sym->thunk_v1.segment, sym->thunk_v1.offset); symt_new_thunk(msc_dbg->module, flt ? flt->compiland : NULL, terminate_string(&sym->thunk_v1.p_name), sym->thunk_v1.thtype, codeview_get_address(msc_dbg, sym->thunk_v1.segment, sym->thunk_v1.offset), sym->thunk_v1.thunk_len); break; case S_THUNK_V3: flt = codeview_get_linetab(linetab, sym->thunk_v3.segment, sym->thunk_v3.offset); symt_new_thunk(msc_dbg->module, flt ? flt->compiland : NULL, sym->thunk_v3.name, sym->thunk_v3.thtype, codeview_get_address(msc_dbg, sym->thunk_v3.segment, sym->thunk_v3.offset), sym->thunk_v3.thunk_len); break; /* * Global and static functions. */ case S_GPROC_V1: case S_LPROC_V1: flt = codeview_get_linetab(linetab, sym->proc_v1.segment, sym->proc_v1.offset); if (curr_func) FIXME("nested function\n"); curr_func = symt_new_function(msc_dbg->module, flt ? flt->compiland : NULL, terminate_string(&sym->proc_v1.p_name), codeview_get_address(msc_dbg, sym->proc_v1.segment, sym->proc_v1.offset), sym->proc_v1.proc_len, codeview_get_type(sym->proc_v1.proctype, FALSE)); codeview_add_func_linenum(msc_dbg->module, curr_func, flt, sym->proc_v1.offset, sym->proc_v1.proc_len); symt_add_function_point(msc_dbg->module, curr_func, SymTagFuncDebugStart, sym->proc_v1.debug_start, NULL); symt_add_function_point(msc_dbg->module, curr_func, SymTagFuncDebugEnd, sym->proc_v1.debug_end, NULL); break; case S_GPROC_V2: case S_LPROC_V2: flt = codeview_get_linetab(linetab, sym->proc_v2.segment, sym->proc_v2.offset); if (curr_func) FIXME("nested function\n"); curr_func = symt_new_function(msc_dbg->module, flt ? flt->compiland : NULL, terminate_string(&sym->proc_v2.p_name), codeview_get_address(msc_dbg, sym->proc_v2.segment, sym->proc_v2.offset), sym->proc_v2.proc_len, codeview_get_type(sym->proc_v2.proctype, FALSE)); codeview_add_func_linenum(msc_dbg->module, curr_func, flt, sym->proc_v2.offset, sym->proc_v2.proc_len); symt_add_function_point(msc_dbg->module, curr_func, SymTagFuncDebugStart, sym->proc_v2.debug_start, NULL); symt_add_function_point(msc_dbg->module, curr_func, SymTagFuncDebugEnd, sym->proc_v2.debug_end, NULL); break; case S_GPROC_V3: case S_LPROC_V3: flt = codeview_get_linetab(linetab, sym->proc_v3.segment, sym->proc_v3.offset); if (curr_func) FIXME("nested function\n"); curr_func = symt_new_function(msc_dbg->module, flt ? flt->compiland : NULL, sym->proc_v3.name, codeview_get_address(msc_dbg, sym->proc_v3.segment, sym->proc_v3.offset), sym->proc_v3.proc_len, codeview_get_type(sym->proc_v3.proctype, FALSE)); codeview_add_func_linenum(msc_dbg->module, curr_func, flt, sym->proc_v3.offset, sym->proc_v3.proc_len); symt_add_function_point(msc_dbg->module, curr_func, SymTagFuncDebugStart, sym->proc_v3.debug_start, NULL); symt_add_function_point(msc_dbg->module, curr_func, SymTagFuncDebugEnd, sym->proc_v3.debug_end, NULL); break; /* * Function parameters and stack variables. */ case S_BPREL_V1: symt_add_func_local(msc_dbg->module, curr_func, 0, sym->stack_v1.offset, block, codeview_get_type(sym->stack_v1.symtype, FALSE), terminate_string(&sym->stack_v1.p_name)); break; case S_BPREL_V2: symt_add_func_local(msc_dbg->module, curr_func, 0, sym->stack_v2.offset, block, codeview_get_type(sym->stack_v2.symtype, FALSE), terminate_string(&sym->stack_v2.p_name)); break; case S_BPREL_V3: symt_add_func_local(msc_dbg->module, curr_func, 0, sym->stack_v3.offset, block, codeview_get_type(sym->stack_v3.symtype, FALSE), sym->stack_v3.name); break; case S_REGISTER_V1: symt_add_func_local(msc_dbg->module, curr_func, 0, sym->register_v1.reg, block, codeview_get_type(sym->register_v1.type, FALSE), terminate_string(&sym->register_v1.p_name)); break; case S_REGISTER_V2: symt_add_func_local(msc_dbg->module, curr_func, 0, sym->register_v2.reg, block, codeview_get_type(sym->register_v2.type, FALSE), terminate_string(&sym->register_v2.p_name)); break; case S_BLOCK_V1: block = symt_open_func_block(msc_dbg->module, curr_func, block, codeview_get_address(msc_dbg, sym->block_v1.segment, sym->block_v1.offset), sym->block_v1.length); break; case S_BLOCK_V3: block = symt_open_func_block(msc_dbg->module, curr_func, block, codeview_get_address(msc_dbg, sym->block_v3.segment, sym->block_v3.offset), sym->block_v3.length); break; case S_END_V1: if (block) { block = symt_close_func_block(msc_dbg->module, curr_func, block, 0); } else if (curr_func) { symt_normalize_function(msc_dbg->module, curr_func); curr_func = NULL; } break; /* FIXME: we should use this as a compiland, instead of guessing it on the fly */ case S_COMPILAND_V1: TRACE("S-Compiland-V1e %x %s\n", sym->compiland_v1.unknown, terminate_string(&sym->compiland_v1.p_name)); break; case S_COMPILAND_V2: TRACE("S-Compiland-V2 %s\n", terminate_string(&sym->compiland_v2.p_name)); if (TRACE_ON(dbghelp_msc)) { const char* ptr1 = sym->compiland_v2.p_name.name + sym->compiland_v2.p_name.namelen; const char* ptr2; while (*ptr1) { ptr2 = ptr1 + strlen(ptr1) + 1; TRACE("\t%s => %s\n", ptr1, ptr2); ptr1 = ptr2 + strlen(ptr2) + 1; } } break; case S_COMPILAND_V3: TRACE("S-Compiland-V3 %s\n", sym->compiland_v3.name); if (TRACE_ON(dbghelp_msc)) { const char* ptr1 = sym->compiland_v3.name + strlen(sym->compiland_v3.name); const char* ptr2; while (*ptr1) { ptr2 = ptr1 + strlen(ptr1) + 1; TRACE("\t%s => %s\n", ptr1, ptr2); ptr1 = ptr2 + strlen(ptr2) + 1; } } break; case S_OBJNAME_V1: TRACE("S-ObjName %.*s\n", ((const BYTE*)sym)[8], (const BYTE*)sym + 9); break; case S_LABEL_V1: if (curr_func) { symt_add_function_point(msc_dbg->module, curr_func, SymTagLabel, codeview_get_address(msc_dbg, sym->label_v1.segment, sym->label_v1.offset) - curr_func->address, terminate_string(&sym->label_v1.p_name)); } else FIXME("No current function for label %s\n", terminate_string(&sym->label_v1.p_name)); break; case S_LABEL_V3: if (curr_func) { symt_add_function_point(msc_dbg->module, curr_func, SymTagLabel, codeview_get_address(msc_dbg, sym->label_v3.segment, sym->label_v3.offset) - curr_func->address, sym->label_v3.name); } else FIXME("No current function for label %s\n", sym->label_v3.name); break; case S_CONSTANT_V1: { int val, vlen; const struct p_string* name; const char* x; struct symt* se; vlen = numeric_leaf(&val, &sym->constant_v1.cvalue); name = (const struct p_string*)((const char*)&sym->constant_v1.cvalue + vlen); se = codeview_get_type(sym->constant_v1.type, FALSE); if (!se) x = "---"; else if (se->tag == SymTagEnum) x = ((struct symt_enum*)se)->name; else x = "###"; TRACE("S-Constant-V1 %u %s %x (%s)\n", val, terminate_string(name), sym->constant_v1.type, x); /* FIXME: we should add this as a constant value */ } break; case S_CONSTANT_V2: { int val, vlen; const struct p_string* name; const char* x; struct symt* se; vlen = numeric_leaf(&val, &sym->constant_v2.cvalue); name = (const struct p_string*)((const char*)&sym->constant_v2.cvalue + vlen); se = codeview_get_type(sym->constant_v2.type, FALSE); if (!se) x = "---"; else if (se->tag == SymTagEnum) x = ((struct symt_enum*)se)->name; else x = "###"; TRACE("S-Constant-V2 %u %s %x (%s)\n", val, terminate_string(name), sym->constant_v2.type, x); /* FIXME: we should add this as a constant value */ } break; case S_CONSTANT_V3: { int val, vlen; const char* name; const char* x; struct symt* se; vlen = numeric_leaf(&val, &sym->constant_v3.cvalue); name = (const char*)&sym->constant_v3.cvalue + vlen; se = codeview_get_type(sym->constant_v3.type, FALSE); if (!se) x = "---"; else if (se->tag == SymTagEnum) x = ((struct symt_enum*)se)->name; else x = "###"; TRACE("S-Constant-V3 %u %s %x (%s)\n", val, name, sym->constant_v3.type, x); /* FIXME: we should add this as a constant value */ } break; case S_UDT_V1: if (sym->udt_v1.type) { if ((symt = codeview_get_type(sym->udt_v1.type, FALSE))) symt_new_typedef(msc_dbg->module, symt, terminate_string(&sym->udt_v1.p_name)); else FIXME("S-Udt %s: couldn't find type 0x%x\n", terminate_string(&sym->udt_v1.p_name), sym->udt_v1.type); } break; case S_UDT_V2: if (sym->udt_v2.type) { if ((symt = codeview_get_type(sym->udt_v2.type, FALSE))) symt_new_typedef(msc_dbg->module, symt, terminate_string(&sym->udt_v2.p_name)); else FIXME("S-Udt %s: couldn't find type 0x%x\n", terminate_string(&sym->udt_v2.p_name), sym->udt_v2.type); } break; case S_UDT_V3: if (sym->udt_v3.type) { if ((symt = codeview_get_type(sym->udt_v3.type, FALSE))) symt_new_typedef(msc_dbg->module, symt, sym->udt_v3.name); else FIXME("S-Udt %s: couldn't find type 0x%x\n", sym->udt_v3.name, sym->udt_v3.type); } break; /* * These are special, in that they are always followed by an * additional length-prefixed string which is *not* included * into the symbol length count. We need to skip it. */ case S_PROCREF_V1: case S_DATAREF_V1: case S_LPROCREF_V1: name = (const char*)sym + length; length += (*name + 1 + 3) & ~3; break; case S_PUB_DATA_V3: if (!(dbghelp_options & SYMOPT_NO_PUBLICS)) { flt = codeview_get_linetab(linetab, sym->data_v3.segment, sym->data_v3.offset); symt_new_public(msc_dbg->module, flt ? flt->compiland : NULL, sym->data_v3.name, codeview_get_address(msc_dbg, sym->data_v3.segment, sym->data_v3.offset), 0, FALSE /* FIXME */, FALSE); } break; case S_PUB_FUNC1_V3: case S_PUB_FUNC2_V3: /* using a data_v3 isn't what we'd expect */ if (!(dbghelp_options & SYMOPT_NO_PUBLICS)) { flt = codeview_get_linetab(linetab, sym->data_v3.segment, sym->data_v3.offset); symt_new_public(msc_dbg->module, flt ? flt->compiland : NULL, sym->data_v3.name, codeview_get_address(msc_dbg, sym->data_v3.segment, sym->data_v3.offset), 0, TRUE /* FIXME */, TRUE); } break; case S_MSTOOL_V3: /* just to silence a few warnings */ break; default: FIXME("Unsupported symbol id %x\n", sym->generic.id); dump(sym, 2 + sym->generic.len); break; } } if (curr_func) symt_normalize_function(msc_dbg->module, curr_func); HeapFree(GetProcessHeap(), 0, linetab); return TRUE; } /*======================================================================== * Process PDB file. */ struct pdb_lookup { const char* filename; enum {PDB_JG, PDB_DS} kind; union { struct { DWORD timestamp; struct PDB_JG_TOC* toc; } jg; struct { GUID guid; struct PDB_DS_TOC* toc; } ds; } u; }; static void* pdb_jg_read(const struct PDB_JG_HEADER* pdb, const WORD* block_list, int size) { int i, num_blocks; BYTE* buffer; if (!size) return NULL; num_blocks = (size + pdb->block_size - 1) / pdb->block_size; buffer = HeapAlloc(GetProcessHeap(), 0, num_blocks * pdb->block_size); for (i = 0; i < num_blocks; i++) memcpy(buffer + i * pdb->block_size, (const char*)pdb + block_list[i] * pdb->block_size, pdb->block_size); return buffer; } static void* pdb_ds_read(const struct PDB_DS_HEADER* pdb, const DWORD* block_list, int size) { int i, num_blocks; BYTE* buffer; if (!size) return NULL; num_blocks = (size + pdb->block_size - 1) / pdb->block_size; buffer = HeapAlloc(GetProcessHeap(), 0, num_blocks * pdb->block_size); for (i = 0; i < num_blocks; i++) memcpy(buffer + i * pdb->block_size, (const char*)pdb + block_list[i] * pdb->block_size, pdb->block_size); return buffer; } static void* pdb_read_jg_file(const struct PDB_JG_HEADER* pdb, const struct PDB_JG_TOC* toc, DWORD file_nr) { const WORD* block_list; DWORD i; if (!toc || file_nr >= toc->num_files) return NULL; block_list = (const WORD*) &toc->file[toc->num_files]; for (i = 0; i < file_nr; i++) block_list += (toc->file[i].size + pdb->block_size - 1) / pdb->block_size; return pdb_jg_read(pdb, block_list, toc->file[file_nr].size); } static void* pdb_read_ds_file(const struct PDB_DS_HEADER* pdb, const struct PDB_DS_TOC* toc, DWORD file_nr) { const DWORD* block_list; DWORD i; if (!toc || file_nr >= toc->num_files) return NULL; if (toc->file_size[file_nr] == 0 || toc->file_size[file_nr] == 0xFFFFFFFF) { FIXME(">>> requesting NULL stream (%lu)\n", file_nr); return NULL; } block_list = &toc->file_size[toc->num_files]; for (i = 0; i < file_nr; i++) block_list += (toc->file_size[i] + pdb->block_size - 1) / pdb->block_size; return pdb_ds_read(pdb, block_list, toc->file_size[file_nr]); } static void* pdb_read_file(const BYTE* image, const struct pdb_lookup* pdb_lookup, DWORD file_nr) { switch (pdb_lookup->kind) { case PDB_JG: return pdb_read_jg_file((const struct PDB_JG_HEADER*)image, pdb_lookup->u.jg.toc, file_nr); case PDB_DS: return pdb_read_ds_file((const struct PDB_DS_HEADER*)image, pdb_lookup->u.ds.toc, file_nr); } return NULL; } static unsigned pdb_get_file_size(const struct pdb_lookup* pdb_lookup, DWORD file_nr) { switch (pdb_lookup->kind) { case PDB_JG: return pdb_lookup->u.jg.toc->file[file_nr].size; case PDB_DS: return pdb_lookup->u.ds.toc->file_size[file_nr]; } return 0; } static void pdb_free(void* buffer) { HeapFree(GetProcessHeap(), 0, buffer); } static void pdb_free_lookup(const struct pdb_lookup* pdb_lookup) { switch (pdb_lookup->kind) { case PDB_JG: if (pdb_lookup->u.jg.toc) pdb_free(pdb_lookup->u.jg.toc); break; case PDB_DS: if (pdb_lookup->u.ds.toc) pdb_free(pdb_lookup->u.ds.toc); break; } } static void pdb_convert_types_header(PDB_TYPES* types, const BYTE* image) { memset(types, 0, sizeof(PDB_TYPES)); if (!image) return; if (*(const DWORD*)image < 19960000) /* FIXME: correct version? */ { /* Old version of the types record header */ const PDB_TYPES_OLD* old = (const PDB_TYPES_OLD*)image; types->version = old->version; types->type_offset = sizeof(PDB_TYPES_OLD); types->type_size = old->type_size; types->first_index = old->first_index; types->last_index = old->last_index; types->file = old->file; } else { /* New version of the types record header */ *types = *(const PDB_TYPES*)image; } } static void pdb_convert_symbols_header(PDB_SYMBOLS* symbols, int* header_size, const BYTE* image) { memset(symbols, 0, sizeof(PDB_SYMBOLS)); if (!image) return; if (*(const DWORD*)image != 0xffffffff) { /* Old version of the symbols record header */ const PDB_SYMBOLS_OLD* old = (const PDB_SYMBOLS_OLD*)image; symbols->version = 0; symbols->module_size = old->module_size; symbols->offset_size = old->offset_size; symbols->hash_size = old->hash_size; symbols->srcmodule_size = old->srcmodule_size; symbols->pdbimport_size = 0; symbols->hash1_file = old->hash1_file; symbols->hash2_file = old->hash2_file; symbols->gsym_file = old->gsym_file; *header_size = sizeof(PDB_SYMBOLS_OLD); } else { /* New version of the symbols record header */ *symbols = *(const PDB_SYMBOLS*)image; *header_size = sizeof(PDB_SYMBOLS); } } static void pdb_convert_symbol_file(const PDB_SYMBOLS* symbols, PDB_SYMBOL_FILE_EX* sfile, unsigned* size, const void* image) { if (symbols->version < 19970000) { const PDB_SYMBOL_FILE *sym_file = (const PDB_SYMBOL_FILE*)image; memset(sfile, 0, sizeof(*sfile)); sfile->file = sym_file->file; sfile->range.index = sym_file->range.index; sfile->symbol_size = sym_file->symbol_size; sfile->lineno_size = sym_file->lineno_size; *size = sizeof(PDB_SYMBOL_FILE) - 1; } else { memcpy(sfile, image, sizeof(PDB_SYMBOL_FILE_EX)); *size = sizeof(PDB_SYMBOL_FILE_EX) - 1; } } static BOOL CALLBACK pdb_match(char* file, void* user) { /* accept first file that exists */ HANDLE h = CreateFileA(file, GENERIC_READ, FILE_SHARE_READ, NULL, OPEN_EXISTING, FILE_ATTRIBUTE_NORMAL, NULL); TRACE("match with %s returns %p\n", file, h); if (INVALID_HANDLE_VALUE != h) { CloseHandle(h); return FALSE; } return TRUE; } static HANDLE open_pdb_file(const struct process* pcs, const char* filename) { HANDLE h; char dbg_file_path[MAX_PATH]; h = CreateFileA(filename, GENERIC_READ, FILE_SHARE_READ, NULL, OPEN_EXISTING, FILE_ATTRIBUTE_NORMAL, NULL); /* FIXME: should give more bits on the file to look at */ if (h == INVALID_HANDLE_VALUE && SymFindFileInPath(pcs->handle, NULL, (char*)filename, NULL, 0, 0, 0, dbg_file_path, pdb_match, NULL)) { h = CreateFileA(dbg_file_path, GENERIC_READ, FILE_SHARE_READ, NULL, OPEN_EXISTING, FILE_ATTRIBUTE_NORMAL, NULL); TRACE("with %s returns %p\n", dbg_file_path, h); } return (h == INVALID_HANDLE_VALUE) ? NULL : h; } static void pdb_process_types(const struct msc_debug_info* msc_dbg, const char* image, struct pdb_lookup* pdb_lookup) { char* types_image = NULL; types_image = pdb_read_file(image, pdb_lookup, 2); if (types_image) { PDB_TYPES types; pdb_convert_types_header(&types, types_image); /* Check for unknown versions */ switch (types.version) { case 19950410: /* VC 4.0 */ case 19951122: case 19961031: /* VC 5.0 / 6.0 */ case 19990903: break; default: ERR("-Unknown type info version %ld\n", types.version); } /* Read type table */ codeview_parse_type_table(msc_dbg->module, types_image + types.type_offset, types.type_size); pdb_free(types_image); } } static const char PDB_JG_IDENT[] = "Microsoft C/C++ program database 2.00\r\n\032JG\0"; static const char PDB_DS_IDENT[] = "Microsoft C/C++ MSF 7.00\r\n\032DS\0"; static BOOL pdb_init(struct pdb_lookup* pdb_lookup, const char* image) { /* check the file header, and if ok, load the TOC */ TRACE("PDB(%s): %.40s\n", pdb_lookup->filename, debugstr_an(image, 40)); switch (pdb_lookup->kind) { case PDB_JG: pdb_lookup->u.jg.toc = NULL; if (memcmp(image, PDB_JG_IDENT, sizeof(PDB_JG_IDENT))) { FIXME("Couldn't match JG header\n"); return FALSE; } else { const struct PDB_JG_HEADER* pdb = (const struct PDB_JG_HEADER*)image; struct PDB_JG_ROOT* root; pdb_lookup->u.jg.toc = pdb_jg_read(pdb, pdb->toc_block, pdb->toc.size); root = pdb_read_jg_file(pdb, pdb_lookup->u.jg.toc, 1); if (!root) { ERR("-Unable to get root from .PDB in %s\n", pdb_lookup->filename); return FALSE; } switch (root->Version) { case 19950623: /* VC 4.0 */ case 19950814: case 19960307: /* VC 5.0 */ case 19970604: /* VC 6.0 */ break; default: ERR("-Unknown root block version %ld\n", root->Version); } /* Check .PDB time stamp */ if (root->TimeDateStamp != pdb_lookup->u.jg.timestamp) { ERR("-Wrong time stamp of .PDB file %s (0x%08lx, 0x%08lx)\n", pdb_lookup->filename, root->TimeDateStamp, pdb_lookup->u.jg.timestamp); } pdb_free(root); } break; case PDB_DS: pdb_lookup->u.ds.toc = NULL; if (memcmp(image, PDB_DS_IDENT, sizeof(PDB_DS_IDENT))) { FIXME("Couldn't match DS header\n"); return FALSE; } else { const struct PDB_DS_HEADER* pdb = (const struct PDB_DS_HEADER*)image; struct PDB_DS_ROOT* root; pdb_lookup->u.ds.toc = pdb_ds_read(pdb, (const DWORD*)((const char*)pdb + pdb->toc_page * pdb->block_size), pdb->toc_size); root = pdb_read_ds_file(pdb, pdb_lookup->u.ds.toc, 1); if (!root) { ERR("-Unable to get root from .PDB in %s\n", pdb_lookup->filename); return FALSE; } switch (root->Version) { case 20000404: break; default: ERR("-Unknown root block version %ld\n", root->Version); } /* Check .PDB time stamp */ if (memcmp(&root->guid, &pdb_lookup->u.ds.guid, sizeof(GUID))) { ERR("-Wrong GUID of .PDB file %s (%s, %s)\n", pdb_lookup->filename, wine_dbgstr_guid(&root->guid), wine_dbgstr_guid(&pdb_lookup->u.ds.guid)); } pdb_free(root); } break; } if (0) /* some tool to dump the internal files from a PDB file */ { int i, num_files; switch (pdb_lookup->kind) { case PDB_JG: num_files = pdb_lookup->u.jg.toc->num_files; break; case PDB_DS: num_files = pdb_lookup->u.ds.toc->num_files; break; } for (i = 1; i < num_files; i++) { unsigned char* x = pdb_read_file(image, pdb_lookup, i); FIXME("********************** [%u]: size=%08x\n", i, pdb_get_file_size(pdb_lookup, i)); dump(x, pdb_get_file_size(pdb_lookup, i)); pdb_free(x); } } return TRUE; } static BOOL pdb_process_internal(const struct process* pcs, const struct msc_debug_info* msc_dbg, struct pdb_lookup* pdb_lookup, unsigned module_index); static void pdb_process_symbol_imports(const struct process* pcs, const struct msc_debug_info* msc_dbg, PDB_SYMBOLS* symbols, const void* symbols_image, char* image, struct pdb_lookup* pdb_lookup, unsigned module_index) { if (module_index == -1 && symbols && symbols->pdbimport_size) { const PDB_SYMBOL_IMPORT*imp; const void* first; const void* last; const char* ptr; int i = 0; imp = (const PDB_SYMBOL_IMPORT*)((const char*)symbols_image + sizeof(PDB_SYMBOLS) + symbols->module_size + symbols->offset_size + symbols->hash_size + symbols->srcmodule_size); first = (const char*)imp; last = (const char*)imp + symbols->pdbimport_size; while (imp < (const PDB_SYMBOL_IMPORT*)last) { ptr = (const char*)imp + sizeof(*imp) + strlen(imp->filename); if (i >= CV_MAX_MODULES) FIXME("Out of bounds !!!\n"); if (!strcasecmp(pdb_lookup->filename, imp->filename)) { if (module_index != -1) FIXME("Twice the entry\n"); else module_index = i; } else { struct pdb_lookup imp_pdb_lookup; imp_pdb_lookup.filename = imp->filename; imp_pdb_lookup.kind = PDB_JG; imp_pdb_lookup.u.jg.timestamp = imp->TimeDateStamp; pdb_process_internal(pcs, msc_dbg, &imp_pdb_lookup, i); } i++; imp = (const PDB_SYMBOL_IMPORT*)((const char*)first + ((ptr - (const char*)first + strlen(ptr) + 1 + 3) & ~3)); } } cv_current_module = &cv_zmodules[(module_index == -1) ? 0 : module_index]; if (cv_current_module->allowed) FIXME("Already allowed ??\n"); cv_current_module->allowed = TRUE; pdb_process_types(msc_dbg, image, pdb_lookup); } static BOOL pdb_process_internal(const struct process* pcs, const struct msc_debug_info* msc_dbg, struct pdb_lookup* pdb_lookup, unsigned module_index) { BOOL ret = FALSE; HANDLE hFile, hMap = NULL; char* image = NULL; char* symbols_image = NULL; TRACE("Processing PDB file %s\n", pdb_lookup->filename); /* Open and map() .PDB file */ if ((hFile = open_pdb_file(pcs, pdb_lookup->filename)) == NULL || ((hMap = CreateFileMappingA(hFile, NULL, PAGE_READONLY, 0, 0, NULL)) == NULL) || ((image = MapViewOfFile(hMap, FILE_MAP_READ, 0, 0, 0)) == NULL)) { WARN("Unable to open .PDB file: %s\n", pdb_lookup->filename); goto leave; } pdb_init(pdb_lookup, image); symbols_image = pdb_read_file(image, pdb_lookup, 3); if (symbols_image) { PDB_SYMBOLS symbols; char* modimage; char* file; int header_size = 0; pdb_convert_symbols_header(&symbols, &header_size, symbols_image); switch (symbols.version) { case 0: /* VC 4.0 */ case 19960307: /* VC 5.0 */ case 19970606: /* VC 6.0 */ case 19990903: break; default: ERR("-Unknown symbol info version %ld %08lx\n", symbols.version, symbols.version); } pdb_process_symbol_imports(pcs, msc_dbg, &symbols, symbols_image, image, pdb_lookup, module_index); /* Read global symbol table */ modimage = pdb_read_file(image, pdb_lookup, symbols.gsym_file); if (modimage) { codeview_snarf(msc_dbg, modimage, 0, pdb_get_file_size(pdb_lookup, symbols.gsym_file), NULL); pdb_free(modimage); } /* Read per-module symbol / linenumber tables */ file = symbols_image + header_size; while (file - symbols_image < header_size + symbols.module_size) { PDB_SYMBOL_FILE_EX sfile; const char* file_name; unsigned size; HeapValidate(GetProcessHeap(), 0, NULL); pdb_convert_symbol_file(&symbols, &sfile, &size, file); modimage = pdb_read_file(image, pdb_lookup, sfile.file); if (modimage) { struct codeview_linetab* linetab = NULL; if (sfile.lineno_size) linetab = codeview_snarf_linetab(msc_dbg->module, modimage + sfile.symbol_size, sfile.lineno_size, pdb_lookup->kind == PDB_JG); if (sfile.symbol_size) codeview_snarf(msc_dbg, modimage, sizeof(DWORD), sfile.symbol_size, linetab); pdb_free(modimage); } file_name = (const char*)file + size; file_name += strlen(file_name) + 1; file = (char*)((DWORD)(file_name + strlen(file_name) + 1 + 3) & ~3); } } else pdb_process_symbol_imports(pcs, msc_dbg, NULL, NULL, image, pdb_lookup, module_index); msc_dbg->module->module.SymType = SymCv; ret = TRUE; leave: /* Cleanup */ if (symbols_image) pdb_free(symbols_image); pdb_free_lookup(pdb_lookup); if (image) UnmapViewOfFile(image); if (hMap) CloseHandle(hMap); if (hFile) CloseHandle(hFile); return ret; } static BOOL pdb_process_file(const struct process* pcs, const struct msc_debug_info* msc_dbg, struct pdb_lookup* pdb_lookup) { BOOL ret; memset(cv_zmodules, 0, sizeof(cv_zmodules)); codeview_init_basic_types(msc_dbg->module); ret = pdb_process_internal(pcs, msc_dbg, pdb_lookup, -1); codeview_clear_type_table(); return ret; } /*======================================================================== * Process CodeView debug information. */ #define MAKESIG(a,b,c,d) ((a) | ((b) << 8) | ((c) << 16) | ((d) << 24)) #define CODEVIEW_NB09_SIG MAKESIG('N','B','0','9') #define CODEVIEW_NB10_SIG MAKESIG('N','B','1','0') #define CODEVIEW_NB11_SIG MAKESIG('N','B','1','1') #define CODEVIEW_RSDS_SIG MAKESIG('R','S','D','S') typedef struct _CODEVIEW_HEADER_NBxx { DWORD dwSignature; DWORD lfoDirectory; } CODEVIEW_HEADER_NBxx,* PCODEVIEW_HEADER_NBxx; typedef struct _CODEVIEW_HEADER_RSDS { DWORD dwSignature; GUID guid; DWORD unknown; CHAR name[1]; } CODEVIEW_HEADER_RSDS,* PCODEVIEW_HEADER_RSDS; typedef struct _CODEVIEW_PDB_DATA { DWORD timestamp; DWORD unknown; CHAR name[1]; } CODEVIEW_PDB_DATA, *PCODEVIEW_PDB_DATA; typedef struct _CV_DIRECTORY_HEADER { WORD cbDirHeader; WORD cbDirEntry; DWORD cDir; DWORD lfoNextDir; DWORD flags; } CV_DIRECTORY_HEADER, *PCV_DIRECTORY_HEADER; typedef struct _CV_DIRECTORY_ENTRY { WORD subsection; WORD iMod; DWORD lfo; DWORD cb; } CV_DIRECTORY_ENTRY, *PCV_DIRECTORY_ENTRY; #define sstAlignSym 0x125 #define sstSrcModule 0x127 static BOOL codeview_process_info(const struct process* pcs, const struct msc_debug_info* msc_dbg) { const CODEVIEW_HEADER_NBxx* cv = (const CODEVIEW_HEADER_NBxx*)msc_dbg->root; BOOL ret = FALSE; struct pdb_lookup pdb_lookup; TRACE("Processing signature %.4s\n", (const char*)&cv->dwSignature); switch (cv->dwSignature) { case CODEVIEW_NB09_SIG: case CODEVIEW_NB11_SIG: { const CV_DIRECTORY_HEADER* hdr = (const CV_DIRECTORY_HEADER*)(msc_dbg->root + cv->lfoDirectory); const CV_DIRECTORY_ENTRY* ent; const CV_DIRECTORY_ENTRY* prev; const CV_DIRECTORY_ENTRY* next; unsigned int i; codeview_init_basic_types(msc_dbg->module); ent = (const CV_DIRECTORY_ENTRY*)((const BYTE*)hdr + hdr->cbDirHeader); for (i = 0; i < hdr->cDir; i++, ent = next) { next = (i == hdr->cDir-1)? NULL : (const CV_DIRECTORY_ENTRY*)((const BYTE*)ent + hdr->cbDirEntry); prev = (i == 0)? NULL : (const CV_DIRECTORY_ENTRY*)((const BYTE*)ent - hdr->cbDirEntry); if (ent->subsection == sstAlignSym) { /* * Check the next and previous entry. If either is a * sstSrcModule, it contains the line number info for * this file. * * FIXME: This is not a general solution! */ struct codeview_linetab* linetab = NULL; if (next && next->iMod == ent->iMod && next->subsection == sstSrcModule) linetab = codeview_snarf_linetab(msc_dbg->module, msc_dbg->root + next->lfo, next->cb, TRUE); if (prev && prev->iMod == ent->iMod && prev->subsection == sstSrcModule) linetab = codeview_snarf_linetab(msc_dbg->module, msc_dbg->root + prev->lfo, prev->cb, TRUE); codeview_snarf(msc_dbg, msc_dbg->root + ent->lfo, sizeof(DWORD), ent->cb, linetab); } } msc_dbg->module->module.SymType = SymCv; ret = TRUE; break; } case CODEVIEW_NB10_SIG: { const CODEVIEW_PDB_DATA* pdb = (const CODEVIEW_PDB_DATA*)(cv + 1); pdb_lookup.filename = pdb->name; pdb_lookup.kind = PDB_JG; pdb_lookup.u.jg.timestamp = pdb->timestamp; pdb_lookup.u.jg.toc = NULL; ret = pdb_process_file(pcs, msc_dbg, &pdb_lookup); break; } case CODEVIEW_RSDS_SIG: { const CODEVIEW_HEADER_RSDS* rsds = (const CODEVIEW_HEADER_RSDS*)msc_dbg->root; TRACE("Got RSDS type of PDB file: guid=%s unk=%08lx name=%s\n", wine_dbgstr_guid(&rsds->guid), rsds->unknown, rsds->name); pdb_lookup.filename = rsds->name; pdb_lookup.kind = PDB_DS; pdb_lookup.u.ds.guid = rsds->guid; pdb_lookup.u.ds.toc = NULL; ret = pdb_process_file(pcs, msc_dbg, &pdb_lookup); break; } default: ERR("Unknown CODEVIEW signature %08lX in module %s\n", cv->dwSignature, msc_dbg->module->module.ModuleName); break; } return ret; } /*======================================================================== * Process debug directory. */ BOOL pe_load_debug_directory(const struct process* pcs, struct module* module, const BYTE* mapping, const IMAGE_SECTION_HEADER* sectp, DWORD nsect, const IMAGE_DEBUG_DIRECTORY* dbg, int nDbg) { BOOL ret; int i; struct msc_debug_info msc_dbg; msc_dbg.module = module; msc_dbg.nsect = nsect; msc_dbg.sectp = sectp; msc_dbg.nomap = 0; msc_dbg.omapp = NULL; __TRY { ret = FALSE; /* First, watch out for OMAP data */ for (i = 0; i < nDbg; i++) { if (dbg[i].Type == IMAGE_DEBUG_TYPE_OMAP_FROM_SRC) { msc_dbg.nomap = dbg[i].SizeOfData / sizeof(OMAP_DATA); msc_dbg.omapp = (const OMAP_DATA*)(mapping + dbg[i].PointerToRawData); break; } } /* Now, try to parse CodeView debug info */ for (i = 0; i < nDbg; i++) { if (dbg[i].Type == IMAGE_DEBUG_TYPE_CODEVIEW) { msc_dbg.root = mapping + dbg[i].PointerToRawData; if ((ret = codeview_process_info(pcs, &msc_dbg))) goto done; } } /* If not found, try to parse COFF debug info */ for (i = 0; i < nDbg; i++) { if (dbg[i].Type == IMAGE_DEBUG_TYPE_COFF) { msc_dbg.root = mapping + dbg[i].PointerToRawData; if ((ret = coff_process_info(&msc_dbg))) goto done; } } done: /* FIXME: this should be supported... this is the debug information for * functions compiled without a frame pointer (FPO = frame pointer omission) * the associated data helps finding out the relevant information */ for (i = 0; i < nDbg; i++) if (dbg[i].Type == IMAGE_DEBUG_TYPE_FPO) FIXME("This guy has FPO information\n"); #if 0 #define FRAME_FPO 0 #define FRAME_TRAP 1 #define FRAME_TSS 2 typedef struct _FPO_DATA { DWORD ulOffStart; /* offset 1st byte of function code */ DWORD cbProcSize; /* # bytes in function */ DWORD cdwLocals; /* # bytes in locals/4 */ WORD cdwParams; /* # bytes in params/4 */ WORD cbProlog : 8; /* # bytes in prolog */ WORD cbRegs : 3; /* # regs saved */ WORD fHasSEH : 1; /* TRUE if SEH in func */ WORD fUseBP : 1; /* TRUE if EBP has been allocated */ WORD reserved : 1; /* reserved for future use */ WORD cbFrame : 2; /* frame type */ } FPO_DATA; #endif } __EXCEPT(page_fault) { ERR("Got a page fault while loading symbols\n"); ret = FALSE; } __ENDTRY return ret; }