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dasm.cpp
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// Licensed to the .NET Foundation under one or more agreements.
// The .NET Foundation licenses this file to you under the MIT license.
#include "ildasmpch.h"
#include <crtdbg.h>
#include <utilcode.h>
#include "specstrings.h"
#include "debugmacros.h"
#include "corpriv.h"
#include "ceeload.h"
#include "dynamicarray.h"
#include <metamodelpub.h>
#include "formattype.h"
#include "readytorun.h"
#define DECLARE_DATA
#include "dasmenum.hpp"
#include "dis.h"
#include "resource.h"
#include "dasm_sz.h"
//#define MAX_FILENAME_LENGTH 2048 //moved to dis.h
#include <corsym.h>
#include <clrversion.h>
// Disable the "initialization of static local vars is no thread safe" error
#ifdef _MSC_VER
#pragma warning(disable : 4640)
#endif
#ifdef TARGET_UNIX
#include "resourcestring.h"
#define NATIVE_STRING_RESOURCE_NAME dasm_rc
DECLARE_NATIVE_STRING_RESOURCE_TABLE(NATIVE_STRING_RESOURCE_NAME);
#endif
#include "mdfileformat.h"
struct MIDescriptor
{
mdToken tkClass; // defining class token
mdToken tkDecl; // implemented method token
mdToken tkBody; // implementing method token
mdToken tkBodyParent; // parent of the implementing method
};
ISymUnmanagedReader* g_pSymReader = NULL;
IMDInternalImport* g_pImport = NULL;
IMetaDataImport2* g_pPubImport;
extern IMetaDataAssemblyImport* g_pAssemblyImport;
PELoader * g_pPELoader;
void * g_pMetaData;
unsigned g_cbMetaData;
IMAGE_COR20_HEADER * g_CORHeader;
DynamicArray<int32_t> *g_pPtrTags = NULL; //to keep track of all "ldptr"
DynamicArray<DWORD> *g_pPtrSize= NULL; //to keep track of all "ldptr"
int g_iPtrCount = 0;
mdToken * g_cl_list = NULL;
mdToken * g_cl_enclosing = NULL;
BYTE* g_enum_td_type = NULL; // enum (TD) underlying types
BYTE* g_enum_tr_type = NULL; // enum (TR) underlying types
IMDInternalImport** g_asmref_import = NULL; // IMDInternalImports for external assemblies
DynamicArray<MIDescriptor> *g_pmi_list = NULL;
DWORD g_NumMI;
DWORD g_NumClasses;
DWORD g_NumTypeRefs;
DWORD g_NumAsmRefs;
DWORD g_NumModules;
BOOL g_fDumpIL = TRUE;
BOOL g_fDumpHeader = FALSE;
BOOL g_fDumpAsmCode = TRUE;
extern BOOL g_fDumpTokens; // declared in formatType.cpp
BOOL g_fDumpStats = FALSE;
BOOL g_fTDC = TRUE;
BOOL g_fShowCA = TRUE;
BOOL g_fCAVerbal = FALSE;
BOOL g_fShowRefs = FALSE;
BOOL g_fDumpToPerfWriter = FALSE;
HANDLE g_PerfDataFilePtr = NULL;
BOOL g_fDumpClassList = FALSE;
BOOL g_fDumpTypeList = FALSE;
BOOL g_fDumpSummary = FALSE;
BOOL g_fDecompile = FALSE; // still in progress
BOOL g_fShowBytes = FALSE;
BOOL g_fShowSource = FALSE;
BOOL g_fPrettyPrint = FALSE;
BOOL g_fInsertSourceLines = FALSE;
BOOL g_fThisIsInstanceMethod;
BOOL g_fTryInCode = TRUE;
BOOL g_fLimitedVisibility = FALSE;
BOOL g_fR2RNativeManifestMetadata = FALSE;
BOOL g_fHidePub = TRUE;
BOOL g_fHidePriv = TRUE;
BOOL g_fHideFam = TRUE;
BOOL g_fHideAsm = TRUE;
BOOL g_fHideFAA = TRUE;
BOOL g_fHideFOA = TRUE;
BOOL g_fHidePrivScope = TRUE;
BOOL g_fProject = FALSE; // if .winmd file, transform to .NET view
extern BOOL g_fQuoteAllNames; // declared in formatType.cpp, init to FALSE
BOOL g_fForwardDecl=FALSE;
char g_szAsmCodeIndent[MAX_MEMBER_LENGTH];
char g_szNamespace[MAX_MEMBER_LENGTH];
DWORD g_Mode = MODE_DUMP_ALL;
char g_pszClassToDump[MAX_CLASSNAME_LENGTH];
char g_pszMethodToDump[MAX_MEMBER_LENGTH];
char g_pszSigToDump[MAX_SIGNATURE_LENGTH];
BOOL g_fCustomInstructionEncodingSystem = FALSE;
COR_FIELD_OFFSET *g_rFieldOffset = NULL;
ULONG g_cFieldsMax, g_cFieldOffsets;
char g_szInputFile[MAX_FILENAME_LENGTH]; // in UTF-8
WCHAR g_wszFullInputFile[MAX_PATH + 1]; // in UTF-16
char g_szOutputFile[MAX_FILENAME_LENGTH]; // in UTF-8
char* g_pszObjFileName;
FILE* g_pFile = NULL;
mdToken g_tkClassToDump = 0;
mdToken g_tkMethodToDump = 0;
unsigned g_uConsoleCP = CP_ACP;
unsigned g_uCodePage = g_uConsoleCP;
char* g_rchCA = NULL; // dyn.allocated array of CA dumped/not flags
unsigned g_uNCA = 0; // num. of CAs
struct ResourceNode;
extern DynamicArray<LocalComTypeDescr*> *g_pLocalComType;
extern ULONG g_LocalComTypeNum;
// MetaInfo integration:
#include "../tools/metainfo/mdinfo.h"
BOOL g_fDumpMetaInfo = FALSE;
ULONG g_ulMetaInfoFilter = MDInfo::dumpDefault;
// Validator module type.
DWORD g_ValModuleType = ValidatorModuleTypeInvalid;
IMetaDataDispenserEx *g_pDisp = NULL;
void DisplayFile(_In_ __nullterminated WCHAR* szFile,
BOOL isFile,
ULONG DumpFilter,
_In_opt_z_ WCHAR* szObjFile,
strPassBackFn pDisplayString);
extern mdMethodDef g_tkEntryPoint; // integration with MetaInfo
DWORD DumpResourceToFile(_In_ __nullterminated WCHAR* wzFileName); // see DRES.CPP
struct VTableRef
{
mdMethodDef tkTok;
WORD wEntry;
WORD wSlot;
};
DynamicArray<VTableRef> *g_prVTableRef = NULL;
ULONG g_nVTableRef = 0;
struct EATableRef
{
mdMethodDef tkTok;
char* pszName;
};
DynamicArray<EATableRef> *g_prEATableRef=NULL;
ULONG g_nEATableRef = 0;
ULONG g_nEATableBase = 0;
extern HINSTANCE g_hResources;
void DumpCustomAttributeProps(mdToken tkCA, mdToken tkType, mdToken tkOwner, BYTE*pBlob, ULONG ulLen, void *GUICookie, bool bWithOwner);
WCHAR* RstrW(unsigned id)
{
static WCHAR buffer[1024];
DWORD cchBuff = (DWORD)ARRAY_SIZE(buffer);
WCHAR* buff = (WCHAR*)buffer;
memset(buffer,0,sizeof(buffer));
switch(id)
{
case IDS_E_DASMOK:
case IDS_E_PARTDASM:
case IDS_E_PARAMSEQNO:
case IDS_E_MEMBRENUM:
case IDS_E_ODDMEMBER:
case IDS_E_ENUMINIT:
case IDS_E_NODATA:
case IDS_E_VTFUTABLE:
case IDS_E_BOGUSRVA:
case IDS_E_EATJTABLE:
case IDS_E_EATJSIZE:
case IDS_E_RESFLAGS:
case IDS_E_MIHENTRY:
case IDS_E_CODEMGRTBL:
case IDS_E_COMIMAGE:
case IDS_E_MDDETAILS:
case IDS_E_MISTART:
case IDS_E_MIEND:
case IDS_E_ONLYITEMS:
case IDS_E_DECOMPRESS:
case IDS_E_COMPRESSED:
case IDS_E_INSTRDECOD:
case IDS_E_INSTRTYPE:
case IDS_E_SECTHEADER:
case IDS_E_MDAIMPORT:
case IDS_E_MDAFROMMDI:
case IDS_E_MDIIMPORT:
case IDS_E_NOMANIFEST:
case IDS_W_CREATEDW32RES:
case IDS_E_CORRUPTW32RES:
case IDS_E_CANTACCESSW32RES:
case IDS_E_CANTOPENW32RES:
case IDS_ERRORREOPENINGFILE:
wcscpy_s(buffer,ARRAY_SIZE(buffer),W("// "));
buff +=3;
cchBuff -= 3;
break;
case IDS_E_AUTOCA:
case IDS_E_METHBEG:
case IDS_E_DASMNATIVE:
case IDS_E_METHODRT:
case IDS_E_CODESIZE:
case IDS_W_CREATEDMRES:
case IDS_E_READINGMRES:
wcscpy_s(buffer,ARRAY_SIZE(buffer),W("%s// "));
buff +=5;
cchBuff -= 5;
break;
case IDS_E_NORVA:
wcscpy_s(buffer,ARRAY_SIZE(buffer),W("/* "));
buff += 3;
cchBuff -= 3;
break;
default:
break;
}
#ifdef TARGET_UNIX
LoadNativeStringResource(NATIVE_STRING_RESOURCE_TABLE(NATIVE_STRING_RESOURCE_NAME),id, buff, cchBuff, NULL);
#else
_ASSERTE(g_hResources != NULL);
LoadString(g_hResources,id,buff,cchBuff);
#endif
if(id == IDS_E_NORVA)
wcscat_s(buff,cchBuff,W(" */"));
return buffer;
}
char* RstrA(unsigned n, unsigned codepage)
{
static char buff[2048];
WCHAR* wz = RstrW(n);
// Unicode -> UTF-8
memset(buff,0,sizeof(buff));
if(!WideCharToMultiByte(codepage,0,(LPCWSTR)wz,-1,buff,sizeof(buff),NULL,NULL))
buff[0] = 0;
return buff;
}
char* RstrUTF(unsigned n)
{
return RstrA(n,CP_UTF8);
}
char* RstrANSI(unsigned n)
{
return RstrA(n,g_uConsoleCP);
}
#if 0
void PrintEncodingSystem()
{
long i;
printf("Custom opcode encoding system employed\n");
printf("~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~\n");
for (i = 0; i < 256; i++)
{
long value = g_pInstructionDecodingTable->m_SingleByteOpcodes[i];
printf("0x%02x --> ", i);
printf("%s\n", OpcodeInfo[value].pszName);
}
}
#endif
// buffers for formatType functions
extern CQuickBytes * g_szBuf_KEYWORD;
extern CQuickBytes * g_szBuf_COMMENT;
extern CQuickBytes * g_szBuf_ERRORMSG;
extern CQuickBytes * g_szBuf_ANCHORPT;
extern CQuickBytes * g_szBuf_JUMPPT;
extern CQuickBytes * g_szBuf_UnquotedProperName;
extern CQuickBytes * g_szBuf_ProperName;
BOOL Init()
{
g_szBuf_KEYWORD = new CQuickBytes();
g_szBuf_COMMENT = new CQuickBytes();
g_szBuf_ERRORMSG = new CQuickBytes();
g_szBuf_ANCHORPT = new CQuickBytes();
g_szBuf_JUMPPT = new CQuickBytes();
g_szBuf_UnquotedProperName = new CQuickBytes();
g_szBuf_ProperName = new CQuickBytes();
return TRUE;
} // Init
extern LPCSTR *rAsmRefName; // decl. in formatType.cpp -- for AsmRef aliases
extern ULONG ulNumAsmRefs; // decl. in formatType.cpp -- for AsmRef aliases
void Cleanup()
{
if (g_pAssemblyImport != NULL)
{
g_pAssemblyImport->Release();
g_pAssemblyImport = NULL;
}
if (g_pPubImport != NULL)
{
g_pPubImport->Release();
g_pPubImport = NULL;
}
if (g_pImport != NULL)
{
g_pImport->Release();
g_pImport = NULL;
TokenSigDelete();
}
if (g_pDisp != NULL)
{
g_pDisp->Release();
g_pDisp = NULL;
}
if (g_pSymReader != NULL)
{
g_pSymReader->Release();
g_pSymReader = NULL;
}
if (g_pPELoader != NULL)
{
g_pPELoader->close();
SDELETE(g_pPELoader);
}
g_iPtrCount = 0;
g_NumClasses = 0;
g_NumTypeRefs = 0;
g_NumModules = 0;
g_tkEntryPoint = 0;
g_szAsmCodeIndent[0] = 0;
g_szNamespace[0]=0;
g_pszClassToDump[0]=0;
g_pszMethodToDump[0]=0;
g_pszSigToDump[0] = 0;
g_NumDups = 0;
g_NumRefs = 0;
g_NumMI = 0;
g_LocalComTypeNum = 0;
g_nEATableRef = 0;
g_fCustomInstructionEncodingSystem = FALSE;
if (rAsmRefName != NULL)
{
for (int i = 0; (unsigned)i < ulNumAsmRefs; i++)
{
if (rAsmRefName[i] != NULL) VDELETE(rAsmRefName[i]);
}
VDELETE(rAsmRefName);
ulNumAsmRefs = 0;
}
if (g_rchCA != NULL)
VDELETE(g_rchCA);
if (g_cl_list != NULL) VDELETE(g_cl_list);
if (g_cl_enclosing != NULL) VDELETE(g_cl_enclosing);
if (g_pmi_list != NULL) SDELETE(g_pmi_list);
if (g_dups != NULL) SDELETE(g_dups);
if (g_enum_td_type != NULL) VDELETE(g_enum_td_type);
if (g_enum_tr_type != NULL) VDELETE(g_enum_tr_type);
if (g_asmref_import != NULL)
{
for (DWORD i = 0; i < g_NumAsmRefs; i++)
{
if (g_asmref_import[i] != NULL)
g_asmref_import[i]->Release();
}
VDELETE(g_asmref_import);
g_NumAsmRefs = 0;
}
} // Cleanup
void Uninit()
{
if (g_pPtrTags != NULL)
{
SDELETE(g_pPtrTags);
}
if (g_pPtrSize != NULL)
{
SDELETE(g_pPtrSize);
}
if (g_pmi_list != NULL)
{
SDELETE(g_pmi_list);
}
if (g_dups != NULL) SDELETE(g_dups);
if (g_refs != NULL) SDELETE(g_refs);
if (g_pLocalComType != NULL)
{
SDELETE(g_pLocalComType);
}
if (g_prVTableRef != NULL)
{
SDELETE(g_prVTableRef);
}
if (g_prEATableRef != NULL)
{
SDELETE(g_prEATableRef);
}
if (g_szBuf_KEYWORD != NULL)
{
SDELETE(g_szBuf_KEYWORD);
}
if (g_szBuf_COMMENT != NULL)
{
SDELETE(g_szBuf_COMMENT);
}
if (g_szBuf_ERRORMSG != NULL)
{
SDELETE(g_szBuf_ERRORMSG);
}
if (g_szBuf_ANCHORPT != NULL)
{
SDELETE(g_szBuf_ANCHORPT);
}
if (g_szBuf_JUMPPT != NULL)
{
SDELETE(g_szBuf_JUMPPT);
}
if (g_szBuf_UnquotedProperName != NULL)
{
SDELETE(g_szBuf_UnquotedProperName);
}
if (g_szBuf_ProperName != NULL)
{
SDELETE(g_szBuf_ProperName);
}
} // Uninit
HRESULT IsClassRefInScope(mdTypeRef classref)
{
HRESULT hr = S_OK;
const char *pszNameSpace;
const char *pszClassName;
mdTypeDef classdef;
mdToken tkRes;
IfFailRet(g_pImport->GetNameOfTypeRef(classref, &pszNameSpace, &pszClassName));
MAKE_NAME_IF_NONE(pszClassName,classref);
IfFailRet(g_pImport->GetResolutionScopeOfTypeRef(classref, &tkRes));
hr = g_pImport->FindTypeDef(pszNameSpace, pszClassName,
(TypeFromToken(tkRes) == mdtTypeRef) ? tkRes : mdTokenNil, &classdef);
return hr;
}
#ifdef _PREFAST_
#pragma warning(push)
#pragma warning(disable:21000) // Suppress PREFast warning about overly large function
#endif
BOOL EnumClasses()
{
HRESULT hr;
HENUMInternal hEnum;
ULONG i = 0,j;
//char szString[1024];
HENUMInternal hBody;
HENUMInternal hDecl;
if(g_cl_list) VDELETE(g_cl_list);
if(g_cl_enclosing) VDELETE(g_cl_enclosing);
if (g_pmi_list) SDELETE(g_pmi_list);
if (g_dups) SDELETE(g_dups);
if (g_enum_td_type) VDELETE(g_enum_td_type);
if (g_enum_tr_type) VDELETE(g_enum_tr_type);
if (g_asmref_import)
{
for (DWORD nIndex = 0; nIndex < g_NumAsmRefs; nIndex++)
{
if (g_asmref_import[nIndex] != NULL)
g_asmref_import[nIndex]->Release();
}
VDELETE(g_asmref_import);
g_NumAsmRefs = 0;
}
//--------------------------------------------------------------
if (FAILED(g_pImport->EnumAllInit(mdtTypeRef,&hEnum)))
{
printError(g_pFile, "MetaData error: cannot enumerate all TypeRefs");
return FALSE;
}
g_NumTypeRefs = g_pImport->EnumGetCount(&hEnum);
g_pImport->EnumClose(&hEnum);
if(g_NumTypeRefs)
{
g_enum_tr_type = new BYTE[g_NumTypeRefs+1];
if(g_enum_tr_type == NULL) return FALSE;
memset(g_enum_tr_type,0xFF,g_NumTypeRefs+1);
}
//--------------------------------------------------------------
if (FAILED(g_pImport->EnumAllInit(mdtAssemblyRef, &hEnum)))
{
printError(g_pFile, "MetaData error: cannot enumerate all AssemblyRefs");
return FALSE;
}
g_NumAsmRefs = g_pImport->EnumGetCount(&hEnum);
g_pImport->EnumClose(&hEnum);
if(g_NumAsmRefs)
{
g_asmref_import = new IMDInternalImport*[g_NumAsmRefs+1];
if(g_asmref_import == NULL) return FALSE;
memset(g_asmref_import,0,(g_NumAsmRefs+1)*sizeof(IMDInternalImport*));
}
//--------------------------------------------------------------
hr = g_pImport->EnumTypeDefInit(
&hEnum);
if (FAILED(hr))
{
printError(g_pFile,RstrUTF(IDS_E_CLSENUM));
return FALSE;
}
g_NumClasses = g_pImport->EnumGetCount(&hEnum);
g_tkClassToDump = 0;
g_NumMI = 0;
g_NumDups = 0;
if(g_NumClasses == 0) return TRUE;
g_enum_td_type = new BYTE[g_NumClasses+1];
if(g_enum_td_type == NULL) return FALSE;
memset(g_enum_td_type,0xFF,g_NumClasses+1);
g_cl_list = new mdToken[g_NumClasses];
if(g_cl_list == NULL) return FALSE;
g_cl_enclosing = new mdToken[g_NumClasses];
if(g_cl_enclosing == NULL)
{
VDELETE(g_cl_list);
return FALSE;
}
g_pmi_list = new DynamicArray<MIDescriptor>;
if(g_pmi_list == NULL)
{
VDELETE(g_cl_enclosing);
VDELETE(g_cl_list);
return FALSE;
}
g_dups = new DynamicArray<mdToken>;
if(g_dups == NULL)
{
SDELETE(g_pmi_list);
VDELETE(g_cl_enclosing);
VDELETE(g_cl_list);
return FALSE;
}
// fill the list of typedef tokens
while(g_pImport->EnumNext(&hEnum, &g_cl_list[i]))
{
mdToken tkEnclosing;
if (g_Mode == MODE_DUMP_CLASS || g_Mode == MODE_DUMP_CLASS_METHOD || g_Mode == MODE_DUMP_CLASS_METHOD_SIG)
{
CQuickBytes out;
// we want plain class name without token values
BOOL fDumpTokens = g_fDumpTokens;
g_fDumpTokens = FALSE;
PAL_CPP_TRY
{
if (strcmp(PrettyPrintClass(&out, g_cl_list[i], g_pImport), g_pszClassToDump) == 0)
{
g_tkClassToDump = g_cl_list[i];
}
}
PAL_CPP_CATCH_ALL
{ }
PAL_CPP_ENDTRY;
g_fDumpTokens = fDumpTokens;
}
g_cl_enclosing[i] = mdTypeDefNil;
hr = g_pImport->GetNestedClassProps(g_cl_list[i],&tkEnclosing);
if (SUCCEEDED(hr) && RidFromToken(tkEnclosing)) // No need to check token validity here, it's done later
g_cl_enclosing[i] = tkEnclosing;
if (SUCCEEDED(g_pImport->EnumMethodImplInit(g_cl_list[i],&hBody,&hDecl)))
{
if ((j = g_pImport->EnumMethodImplGetCount(&hBody,&hDecl)))
{
mdToken tkBody,tkDecl,tkBodyParent;
for (ULONG k = 0; k < j; k++)
{
if (g_pImport->EnumMethodImplNext(&hBody,&hDecl,&tkBody,&tkDecl) == S_OK)
{
if (SUCCEEDED(g_pImport->GetParentToken(tkBody,&tkBodyParent)))
{
(*g_pmi_list)[g_NumMI].tkClass = g_cl_list[i];
(*g_pmi_list)[g_NumMI].tkBody = tkBody;
(*g_pmi_list)[g_NumMI].tkDecl = tkDecl;
(*g_pmi_list)[g_NumMI].tkBodyParent = tkBodyParent;
g_NumMI++;
}
}
}
}
g_pImport->EnumMethodImplClose(&hBody,&hDecl);
}
i++;
}
g_pImport->EnumClose(&hEnum);
// check nesting consistency (circular nesting, invalid enclosers)
for(i = 0; i < g_NumClasses; i++)
{
mdToken tkThis = g_cl_list[i];
mdToken tkEncloser = g_cl_enclosing[i];
mdToken tkPrevLevel = tkThis;
while(tkEncloser != mdTypeDefNil)
{
if(tkThis == tkEncloser)
{
sprintf_s(szString,SZSTRING_SIZE,RstrUTF(IDS_E_SELFNSTD),tkThis);
printError(g_pFile,szString);
g_cl_enclosing[i] = mdTypeDefNil;
break;
}
else
{
for(j = 0; (j < g_NumClasses)&&(tkEncloser != g_cl_list[j]); j++);
if(j == g_NumClasses)
{
sprintf_s(szString,SZSTRING_SIZE,RstrUTF(IDS_E_NOENCLOS),
tkPrevLevel,tkEncloser);
printError(g_pFile,szString);
g_cl_enclosing[i] = mdTypeDefNil;
break;
}
else
{
tkPrevLevel = tkEncloser;
tkEncloser = g_cl_enclosing[j];
}
}
} // end while(tkEncloser != mdTypeDefNil)
} // end for(i = 0; i < g_NumClasses; i++)
// register all class dups
const char *pszClassName;
const char *pszNamespace;
const char *pszClassName1;
const char *pszNamespace1;
if (FAILED(g_pImport->GetNameOfTypeDef(
g_cl_list[0],
&pszClassName,
&pszNamespace)))
{
char sz[2048];
sprintf_s(sz, 2048, RstrUTF(IDS_E_INVALIDRECORD), g_cl_list[0]);
printLine(g_pFile, sz);
return FALSE;
}
if((g_cl_enclosing[0]==mdTypeDefNil)
&&(0==strcmp(pszClassName,"<Module>"))
&&(*pszNamespace == 0))
{
(*g_dups)[g_NumDups++] = g_cl_list[0];
}
for(i = 1; i < g_NumClasses; i++)
{
if (FAILED(g_pImport->GetNameOfTypeDef(
g_cl_list[i],
&pszClassName,
&pszNamespace)))
{
char sz[2048];
sprintf_s(sz, 2048, RstrUTF(IDS_E_INVALIDRECORD), g_cl_list[i]);
printLine(g_pFile, sz);
return FALSE;
}
for(j = 0; j < i; j++)
{
if (FAILED(g_pImport->GetNameOfTypeDef(
g_cl_list[j],
&pszClassName1,
&pszNamespace1)))
{
char sz[2048];
sprintf_s(sz, 2048, RstrUTF(IDS_E_INVALIDRECORD), g_cl_list[j]);
printLine(g_pFile, sz);
return FALSE;
}
if((g_cl_enclosing[i]==g_cl_enclosing[j])
&&(0==strcmp(pszClassName,pszClassName1))
&&(0==strcmp(pszNamespace,pszNamespace1)))
{
(*g_dups)[g_NumDups++] = g_cl_list[i];
break;
}
}
} // end for(i = 1; i < g_NumClasses; i++)
//register all field and method dups
for(i = 0; i <= g_NumClasses; i++)
{
HENUMInternal hEnumMember;
mdToken *pMemberList = NULL;
DWORD NumMembers,k;
// methods
if (i != 0)
{
hr = g_pImport->EnumInit(mdtMethodDef, g_cl_list[i-1], &hEnumMember);
}
else
{
hr = g_pImport->EnumGlobalFunctionsInit(&hEnumMember);
}
if (FAILED(hr))
{
printLine(g_pFile,RstrUTF(IDS_E_MEMBRENUM));
return FALSE;
}
NumMembers = g_pImport->EnumGetCount(&hEnumMember);
pMemberList = new mdToken[NumMembers];
for (j = 0; g_pImport->EnumNext(&hEnumMember, &pMemberList[j]); j++);
_ASSERTE(j == NumMembers);
g_pImport->EnumClose(&hEnumMember);
for (j = 1; j < NumMembers; j++)
{
const char *pszName;
ULONG cSig;
PCCOR_SIGNATURE pSig;
if (FAILED(g_pImport->GetNameOfMethodDef(pMemberList[j], &pszName)) ||
FAILED(g_pImport->GetSigOfMethodDef(pMemberList[j], &cSig, &pSig)))
{
char sz[2048];
sprintf_s(sz, 2048, RstrUTF(IDS_E_INVALIDRECORD), pMemberList[j]);
printLine(g_pFile, sz);
return FALSE;
}
for (k = 0; k < j; k++)
{
const char *szName1;
if (FAILED(g_pImport->GetNameOfMethodDef(pMemberList[k], &szName1)))
{
char sz[2048];
sprintf_s(sz, 2048, RstrUTF(IDS_E_INVALIDRECORD), pMemberList[k]);
printLine(g_pFile, sz);
return FALSE;
}
if (strcmp(pszName, szName1) == 0)
{
ULONG cSig1;
PCCOR_SIGNATURE pSig1;
if (FAILED(g_pImport->GetSigOfMethodDef(pMemberList[k], &cSig1, &pSig1)))
{
char sz[2048];
sprintf_s(sz, 2048, RstrUTF(IDS_E_INVALIDRECORD), pMemberList[k]);
printLine(g_pFile, sz);
return FALSE;
}
if((cSig == cSig1)&&(0==memcmp(pSig,pSig1,cSig)))
{
(*g_dups)[g_NumDups++] = pMemberList[j];
break;
}
}
}
}
VDELETE(pMemberList);
// fields
if (i != 0)
{
hr = g_pImport->EnumInit(mdtFieldDef, g_cl_list[i-1], &hEnumMember);
}
else
{
hr = g_pImport->EnumGlobalFieldsInit(&hEnumMember);
}
if (FAILED(hr))
{
printLine(g_pFile,RstrUTF(IDS_E_MEMBRENUM));
return FALSE;
}
NumMembers = g_pImport->EnumGetCount(&hEnumMember);
pMemberList = new mdToken[NumMembers];
for (j = 0; g_pImport->EnumNext(&hEnumMember, &pMemberList[j]); j++);
_ASSERTE(j == NumMembers);
g_pImport->EnumClose(&hEnumMember);
for (j = 1; j < NumMembers; j++)
{
const char *pszName;
ULONG cSig;
PCCOR_SIGNATURE pSig;
if (FAILED(g_pImport->GetNameOfFieldDef(pMemberList[j], &pszName)) ||
FAILED(g_pImport->GetSigOfFieldDef(pMemberList[j], &cSig, &pSig)))
{
char sz[2048];
sprintf_s(sz, 2048, RstrUTF(IDS_E_INVALIDRECORD), pMemberList[j]);
printLine(g_pFile, sz);
return FALSE;
}
for (k = 0; k < j; k++)
{
const char *szName1;
if (FAILED(g_pImport->GetNameOfFieldDef(pMemberList[k], &szName1)))
{
char sz[2048];
sprintf_s(sz, 2048, RstrUTF(IDS_E_INVALIDRECORD), pMemberList[k]);
printLine(g_pFile, sz);
return FALSE;
}
if (strcmp(pszName, szName1) == 0)
{
ULONG cSig1;
PCCOR_SIGNATURE pSig1;
if (FAILED(g_pImport->GetSigOfFieldDef(pMemberList[k], &cSig1, &pSig1)))
{
char sz[2048];
sprintf_s(sz, 2048, RstrUTF(IDS_E_INVALIDRECORD), pMemberList[k]);
printLine(g_pFile, sz);
return FALSE;
}
if((cSig == cSig1)&&(0==memcmp(pSig,pSig1,cSig)))
{
(*g_dups)[g_NumDups++] = pMemberList[j];
break;
}
}
}
}
VDELETE(pMemberList);
} // end for(i = 0; i <= g_NumClasses; i++)
return TRUE;
}
#ifdef _PREFAST_
#pragma warning(pop)
#endif
void DumpMscorlib(void* GUICookie)
{
// In the CoreCLR with reference assemblies and redirection it is more difficult to determine if
// a particular Assembly is the System assembly, like mscorlib.dll is for the Desktop CLR.
// In the CoreCLR runtimes, the System assembly can be System.Private.CoreLib.dll, System.Runtime.dll
// or netstandard.dll and in the future a different Assembly name could be used.
// We now determine the identity of the System assembly by querying if the Assembly defines the
// well known type System.Object as that type must be defined by the System assembly
// If this type is defined then we will output the ".mscorlib" directive to indicate that this
// assembly is the System assembly.
//
mdTypeDef tkObjectTypeDef = mdTypeDefNil;
// Lookup the type System.Object and see it it has a type definition in this assembly
if (SUCCEEDED(g_pPubImport->FindTypeDefByName(W("System.Object"), mdTypeDefNil, &tkObjectTypeDef)))
{
if (tkObjectTypeDef != mdTypeDefNil)
{
// We do have a type definition for System.Object in this assembly
//
DWORD dwClassAttrs = 0;
mdToken tkExtends = mdTypeDefNil;
// Retrieve the type def properties as well, so that we can check a few more things about
// the System.Object type
//
if (SUCCEEDED(g_pPubImport->GetTypeDefProps(tkObjectTypeDef, NULL, 0, NULL, &dwClassAttrs, &tkExtends)))
{
bool bExtends = g_pPubImport->IsValidToken(tkExtends);
bool isClass = ((dwClassAttrs & tdClassSemanticsMask) == tdClass);
// We also check the type properties to make sure that we have a class and not a Value type definition
// and that this type definition isn't extending another type.
//
if (isClass & !bExtends)
{
// We will mark this assembly with the System assembly directive: .mscorlib
//
printLine(GUICookie, "");
sprintf_s(szString, SZSTRING_SIZE, "%s%s ", g_szAsmCodeIndent, KEYWORD(".mscorlib"));
printLine(GUICookie, szString);
printLine(GUICookie, "");
}
}
}
}
}
void DumpTypelist(void* GUICookie)
{
if(g_NumClasses > 1)
{
DWORD i;
CQuickBytes out;
printLine(GUICookie,"");
sprintf_s(szString,SZSTRING_SIZE,"%s%s ",g_szAsmCodeIndent,KEYWORD(".typelist"));
printLine(GUICookie,szString);
sprintf_s(szString,SZSTRING_SIZE,"%s%s",g_szAsmCodeIndent,SCOPE());
printLine(GUICookie,szString);
strcat_s(g_szAsmCodeIndent,MAX_MEMBER_LENGTH," ");
for(i = 0; i < g_NumClasses; i++)
{
out.Shrink(0);
sprintf_s(szString,SZSTRING_SIZE, "%s%s",g_szAsmCodeIndent, PrettyPrintClass(&out, g_cl_list[i], g_pImport));
printLine(GUICookie,szString);
}
g_szAsmCodeIndent[strlen(g_szAsmCodeIndent)-2] = 0;
sprintf_s(szString,SZSTRING_SIZE,"%s%s",g_szAsmCodeIndent,UNSCOPE());
printLine(GUICookie,szString);
printLine(GUICookie,"");
}
}
#define ELEMENT_TYPE_TYPEDEF (ELEMENT_TYPE_MAX+1)
BOOL EnumTypedefs()
{
HENUMInternal hEnum;
ULONG i,l;
mdToken tk;
if (g_typedefs) SDELETE(g_typedefs);
g_typedefs = new DynamicArray<TypeDefDescr>;
g_NumTypedefs = 0;
if (FAILED(g_pImport->EnumAllInit(mdtTypeSpec, &hEnum)))
{
return FALSE;
}
for (i = 0; g_pImport->EnumNext(&hEnum, &tk); i++)
{
ULONG cSig;
PCCOR_SIGNATURE sig;
if (FAILED(g_pImport->GetSigFromToken(tk, &cSig, &sig)))
{
return FALSE;
}
if (*sig == ELEMENT_TYPE_TYPEDEF)
{
TypeDefDescr* pTDD = &((*g_typedefs)[g_NumTypedefs]);
pTDD->szName = (char*)sig+1;
l = 2+(ULONG)strlen((char*)sig+1);
pTDD->tkTypeSpec = GET_UNALIGNED_VAL32(sig + l);
pTDD->tkSelf = tk;
if (TypeFromToken(pTDD->tkTypeSpec) == mdtTypeSpec)
{
if (FAILED(g_pImport->GetSigFromToken(pTDD->tkTypeSpec,&(pTDD->cb), &(pTDD->psig))))
{
return FALSE;
}
}
else if (TypeFromToken(pTDD->tkTypeSpec) == mdtCustomAttribute)
{
l += sizeof(mdToken);
pTDD->psig = sig + l;
pTDD->cb = cSig - l;
}
else
{
pTDD->psig = NULL;
pTDD->cb = 0;
}
g_NumTypedefs++;
}
}
g_pImport->EnumClose(&hEnum);
return TRUE;