reactos/reactos/tools/rbuild/backend/mingw/modulehandler.cpp
2005-07-08 19:55:30 +00:00

3009 lines
77 KiB
C++

#include "../../pch.h"
#include <assert.h>
#include "../../rbuild.h"
#include "mingw.h"
#include "modulehandler.h"
using std::string;
using std::vector;
#define CLEAN_FILE(f) clean_files.push_back ( f );
static string ros_temp = "$(TEMPORARY)";
MingwBackend*
MingwModuleHandler::backend = NULL;
FILE*
MingwModuleHandler::fMakefile = NULL;
bool
MingwModuleHandler::use_pch = false;
string
PrefixFilename (
const string& filename,
const string& prefix )
{
if ( !prefix.length() )
return filename;
string out;
const char* pfilename = filename.c_str();
const char* p1 = strrchr ( pfilename, '/' );
const char* p2 = strrchr ( pfilename, '\\' );
if ( p1 || p2 )
{
if ( p2 > p1 )
p1 = p2;
out += string(pfilename,p1-pfilename) + CSEP;
pfilename = p1 + 1;
}
out += prefix + pfilename;
return out;
}
string
GetTargetMacro ( const Module& module, bool with_dollar )
{
string s ( module.name );
strupr ( &s[0] );
s += "_TARGET";
if ( with_dollar )
return ssprintf ( "$(%s)", s.c_str() );
return s;
}
MingwModuleHandler::MingwModuleHandler (
const Module& module_ )
: module(module_)
{
}
MingwModuleHandler::~MingwModuleHandler()
{
}
/*static*/ void
MingwModuleHandler::SetBackend ( MingwBackend* backend_ )
{
backend = backend_;
}
/*static*/ void
MingwModuleHandler::SetMakefile ( FILE* f )
{
fMakefile = f;
}
/*static*/ void
MingwModuleHandler::SetUsePch ( bool b )
{
use_pch = b;
}
/* static*/ string
MingwModuleHandler::RemoveVariables ( string path)
{
size_t i = path.find ( '$' );
if ( i != string::npos )
{
size_t j = path.find ( ')', i );
if ( j != string::npos )
{
if ( j + 2 < path.length () && path[j + 1] == CSEP )
return path.substr ( j + 2);
else
return path.substr ( j + 1);
}
}
return path;
}
/*static*/ string
MingwModuleHandler::PassThruCacheDirectory (
const string &file,
Directory* directoryTree )
{
string directory ( GetDirectory ( RemoveVariables ( file ) ) );
string generatedFilesDirectory = backend->AddDirectoryTarget ( directory,
directoryTree );
if ( directory.find ( generatedFilesDirectory ) != string::npos )
/* This path already includes the generated files directory variable */
return file;
else
{
if ( file == "" )
return generatedFilesDirectory;
return generatedFilesDirectory + SSEP + file;
}
}
/*static*/ Directory*
MingwModuleHandler::GetTargetDirectoryTree (
const Module& module )
{
if ( module.type == StaticLibrary )
return backend->intermediateDirectory;
return backend->outputDirectory;
}
/*static*/ string
MingwModuleHandler::GetTargetFilename (
const Module& module,
string_list* pclean_files )
{
string target = PassThruCacheDirectory (
NormalizeFilename ( module.GetPath () ),
GetTargetDirectoryTree ( module ) );
if ( pclean_files )
{
string_list& clean_files = *pclean_files;
CLEAN_FILE ( target );
}
return target;
}
/*static*/ string
MingwModuleHandler::GetImportLibraryFilename (
const Module& module,
string_list* pclean_files )
{
string target = PassThruCacheDirectory (
NormalizeFilename ( module.GetDependencyPath () ),
backend->intermediateDirectory );
if ( pclean_files )
{
string_list& clean_files = *pclean_files;
CLEAN_FILE ( target );
}
return target;
}
/*static*/ MingwModuleHandler*
MingwModuleHandler::InstanciateHandler (
const Module& module,
MingwBackend* backend )
{
MingwModuleHandler* handler;
switch ( module.type )
{
case BuildTool:
handler = new MingwBuildToolModuleHandler ( module );
break;
case StaticLibrary:
handler = new MingwStaticLibraryModuleHandler ( module );
break;
case ObjectLibrary:
handler = new MingwObjectLibraryModuleHandler ( module );
break;
case Kernel:
handler = new MingwKernelModuleHandler ( module );
break;
case NativeCUI:
handler = new MingwNativeCUIModuleHandler ( module );
break;
case Win32CUI:
handler = new MingwWin32CUIModuleHandler ( module );
break;
case Win32GUI:
handler = new MingwWin32GUIModuleHandler ( module );
break;
case KernelModeDLL:
handler = new MingwKernelModeDLLModuleHandler ( module );
break;
case NativeDLL:
handler = new MingwNativeDLLModuleHandler ( module );
break;
case Win32DLL:
handler = new MingwWin32DLLModuleHandler ( module );
break;
case KernelModeDriver:
handler = new MingwKernelModeDriverModuleHandler ( module );
break;
case BootLoader:
handler = new MingwBootLoaderModuleHandler ( module );
break;
case BootSector:
handler = new MingwBootSectorModuleHandler ( module );
break;
case Iso:
handler = new MingwIsoModuleHandler ( module );
break;
case LiveIso:
handler = new MingwLiveIsoModuleHandler ( module );
break;
case Test:
handler = new MingwTestModuleHandler ( module );
break;
case RpcServer:
handler = new MingwRpcServerModuleHandler ( module );
break;
case RpcClient:
handler = new MingwRpcClientModuleHandler ( module );
break;
default:
throw UnknownModuleTypeException (
module.node.location,
module.type );
break;
}
return handler;
}
string
MingwModuleHandler::GetWorkingDirectory () const
{
return ".";
}
string
MingwModuleHandler::GetBasename ( const string& filename ) const
{
size_t index = filename.find_last_of ( '.' );
if ( index != string::npos )
return filename.substr ( 0, index );
return "";
}
string
MingwModuleHandler::GetActualSourceFilename (
const string& filename ) const
{
string extension = GetExtension ( filename );
if ( extension == ".spec" || extension == ".SPEC" )
{
string basename = GetBasename ( filename );
return PassThruCacheDirectory ( NormalizeFilename ( basename + ".stubs.c" ),
backend->intermediateDirectory );
}
else if ( extension == ".idl" || extension == ".IDL" )
{
string basename = GetBasename ( filename );
string newname;
if ( module.type == RpcServer )
newname = basename + "_s.c";
else
newname = basename + "_c.c";
return PassThruCacheDirectory ( NormalizeFilename ( newname ),
backend->intermediateDirectory );
}
else
return filename;
}
string
MingwModuleHandler::GetModuleArchiveFilename () const
{
if ( module.type == StaticLibrary )
return GetTargetFilename ( module, NULL );
return PassThruCacheDirectory ( ReplaceExtension (
NormalizeFilename ( module.GetPath () ),
".temp.a" ),
backend->intermediateDirectory );
}
bool
MingwModuleHandler::IsGeneratedFile ( const File& file ) const
{
string extension = GetExtension ( file.name );
return ( extension == ".spec" || extension == ".SPEC" );
}
/*static*/ bool
MingwModuleHandler::ReferenceObjects (
const Module& module )
{
if ( module.type == ObjectLibrary )
return true;
if ( module.type == RpcServer )
return true;
if ( module.type == RpcClient )
return true;
return false;
}
string
MingwModuleHandler::GetImportLibraryDependency (
const Module& importedModule )
{
string dep;
if ( ReferenceObjects ( importedModule ) )
dep = GetTargetMacro ( importedModule );
else
dep = GetImportLibraryFilename ( importedModule, NULL );
return dep;
}
void
MingwModuleHandler::GetTargets ( const Module& dependencyModule,
string_list& targets )
{
if ( dependencyModule.invocations.size () > 0 )
{
for ( size_t i = 0; i < dependencyModule.invocations.size (); i++ )
{
Invoke& invoke = *dependencyModule.invocations[i];
invoke.GetTargets ( targets );
}
}
else
targets.push_back ( GetImportLibraryDependency ( dependencyModule ) );
}
void
MingwModuleHandler::GetModuleDependencies (
string_list& dependencies )
{
size_t iend = module.dependencies.size ();
if ( iend == 0 )
return;
for ( size_t i = 0; i < iend; i++ )
{
const Dependency& dependency = *module.dependencies[i];
const Module& dependencyModule = *dependency.dependencyModule;
GetTargets ( dependencyModule,
dependencies );
}
GetDefinitionDependencies ( dependencies );
}
void
MingwModuleHandler::GetSourceFilenames ( string_list& list,
bool includeGeneratedFiles ) const
{
size_t i;
const vector<File*>& files = module.non_if_data.files;
for ( i = 0; i < files.size (); i++ )
{
if ( includeGeneratedFiles || !files[i]->IsGeneratedFile () )
{
list.push_back (
GetActualSourceFilename ( files[i]->name ) );
}
}
// intentionally make a copy so that we can append more work in
// the middle of processing without having to go recursive
vector<If*> v = module.non_if_data.ifs;
for ( i = 0; i < v.size (); i++ )
{
size_t j;
If& rIf = *v[i];
// check for sub-ifs to add to list
const vector<If*>& ifs = rIf.data.ifs;
for ( j = 0; j < ifs.size (); j++ )
v.push_back ( ifs[j] );
const vector<File*>& files = rIf.data.files;
for ( j = 0; j < files.size (); j++ )
{
File& file = *files[j];
if ( includeGeneratedFiles || !file.IsGeneratedFile () )
{
list.push_back (
GetActualSourceFilename ( file.name ) );
}
}
}
}
void
MingwModuleHandler::GetSourceFilenamesWithoutGeneratedFiles (
string_list& list ) const
{
GetSourceFilenames ( list, false );
}
string
MingwModuleHandler::GetObjectFilename (
const string& sourceFilename,
string_list* pclean_files ) const
{
Directory* directoryTree;
string newExtension;
string extension = GetExtension ( sourceFilename );
if ( extension == ".rc" || extension == ".RC" )
newExtension = ".coff";
else if ( extension == ".spec" || extension == ".SPEC" )
newExtension = ".stubs.o";
else if ( extension == ".idl" || extension == ".IDL" )
{
if ( module.type == RpcServer )
newExtension = "_s.o";
else
newExtension = "_c.o";
}
else
newExtension = ".o";
if ( module.type == BootSector )
directoryTree = backend->outputDirectory;
else
directoryTree = backend->intermediateDirectory;
string obj_file = PassThruCacheDirectory (
NormalizeFilename ( ReplaceExtension (
RemoveVariables ( sourceFilename ),
newExtension ) ),
directoryTree );
if ( pclean_files )
{
string_list& clean_files = *pclean_files;
CLEAN_FILE ( obj_file );
}
return obj_file;
}
void
MingwModuleHandler::GenerateCleanTarget () const
{
if ( 0 == clean_files.size() )
return;
fprintf ( fMakefile, ".PHONY: %s_clean\n", module.name.c_str() );
fprintf ( fMakefile, "%s_clean:\n\t-@${rm}", module.name.c_str() );
for ( size_t i = 0; i < clean_files.size(); i++ )
{
if ( 9==((i+1)%10) )
fprintf ( fMakefile, " 2>$(NUL)\n\t-@${rm}" );
fprintf ( fMakefile, " %s", clean_files[i].c_str() );
}
fprintf ( fMakefile, " 2>$(NUL)\n" );
fprintf ( fMakefile, "clean: %s_clean\n\n", module.name.c_str() );
}
void
MingwModuleHandler::GenerateInstallTarget () const
{
if ( module.installName.length () == 0 )
return;
fprintf ( fMakefile, ".PHONY: %s_install\n", module.name.c_str() );
string normalizedTargetFilename = MingwModuleHandler::PassThruCacheDirectory (
NormalizeFilename ( module.installBase + SSEP + module.installName ),
backend->installDirectory );
fprintf ( fMakefile,
"%s_install: %s\n",
module.name.c_str (),
normalizedTargetFilename.c_str() );
}
void
MingwModuleHandler::GenerateDependsTarget () const
{
fprintf ( fMakefile,
".PHONY: %s_depends\n",
module.name.c_str() );
fprintf ( fMakefile,
"%s_depends: $(RBUILD_TARGET)\n",
module.name.c_str () );
fprintf ( fMakefile,
"\t$(ECHO_RBUILD)\n" );
fprintf ( fMakefile,
"\t$(Q)$(RBUILD_TARGET) -dm%s mingw\n",
module.name.c_str () );
}
string
MingwModuleHandler::GetObjectFilenames ()
{
const vector<File*>& files = module.non_if_data.files;
if ( files.size () == 0 )
return "";
string objectFilenames ( "" );
for ( size_t i = 0; i < files.size (); i++ )
{
if ( objectFilenames.size () > 0 )
objectFilenames += " ";
objectFilenames +=
GetObjectFilename ( files[i]->name, NULL );
}
return objectFilenames;
}
/* static */ string
MingwModuleHandler::GenerateGccDefineParametersFromVector (
const vector<Define*>& defines )
{
string parameters;
for ( size_t i = 0; i < defines.size (); i++ )
{
Define& define = *defines[i];
if (parameters.length () > 0)
parameters += " ";
parameters += "-D";
parameters += define.name;
if (define.value.length () > 0)
{
parameters += "=";
parameters += define.value;
}
}
return parameters;
}
string
MingwModuleHandler::GenerateGccDefineParameters () const
{
string parameters = GenerateGccDefineParametersFromVector ( module.project.non_if_data.defines );
string s = GenerateGccDefineParametersFromVector ( module.non_if_data.defines );
if ( s.length () > 0 )
{
parameters += " ";
parameters += s;
}
return parameters;
}
string
MingwModuleHandler::ConcatenatePaths (
const string& path1,
const string& path2 ) const
{
if ( ( path1.length () == 0 ) || ( path1 == "." ) || ( path1 == "./" ) )
return path2;
if ( path1[path1.length ()] == CSEP )
return path1 + path2;
else
return path1 + CSEP + path2;
}
/* static */ string
MingwModuleHandler::GenerateGccIncludeParametersFromVector ( const vector<Include*>& includes )
{
string parameters;
for ( size_t i = 0; i < includes.size (); i++ )
{
Include& include = *includes[i];
if ( parameters.length () > 0 )
parameters += " ";
parameters += "-I" + include.directory;
}
return parameters;
}
string
MingwModuleHandler::GenerateGccIncludeParameters () const
{
string parameters = GenerateGccIncludeParametersFromVector ( module.non_if_data.includes );
string s = GenerateGccIncludeParametersFromVector ( module.project.non_if_data.includes );
if ( s.length () > 0 )
{
parameters += " ";
parameters += s;
}
return parameters;
}
string
MingwModuleHandler::GenerateCompilerParametersFromVector ( const vector<CompilerFlag*>& compilerFlags ) const
{
string parameters;
for ( size_t i = 0; i < compilerFlags.size (); i++ )
{
CompilerFlag& compilerFlag = *compilerFlags[i];
if ( parameters.length () > 0 )
parameters += " ";
parameters += compilerFlag.flag;
}
return parameters;
}
string
MingwModuleHandler::GenerateLinkerParametersFromVector ( const vector<LinkerFlag*>& linkerFlags ) const
{
string parameters;
for ( size_t i = 0; i < linkerFlags.size (); i++ )
{
LinkerFlag& linkerFlag = *linkerFlags[i];
if ( parameters.length () > 0 )
parameters += " ";
parameters += linkerFlag.flag;
}
return parameters;
}
string
MingwModuleHandler::GenerateImportLibraryDependenciesFromVector (
const vector<Library*>& libraries )
{
string dependencies ( "" );
int wrap_count = 0;
for ( size_t i = 0; i < libraries.size (); i++ )
{
if ( wrap_count++ == 5 )
dependencies += " \\\n\t\t", wrap_count = 0;
else if ( dependencies.size () > 0 )
dependencies += " ";
dependencies += GetImportLibraryDependency ( *libraries[i]->importedModule );
}
return dependencies;
}
string
MingwModuleHandler::GenerateLinkerParameters () const
{
return GenerateLinkerParametersFromVector ( module.linkerFlags );
}
void
MingwModuleHandler::GenerateMacro (
const char* assignmentOperation,
const string& macro,
const IfableData& data )
{
size_t i;
bool generateAssignment;
generateAssignment = (use_pch && module.pch != NULL ) || data.includes.size () > 0 || data.defines.size () > 0 || data.compilerFlags.size () > 0;
if ( generateAssignment )
{
fprintf ( fMakefile,
"%s %s",
macro.c_str(),
assignmentOperation );
}
if ( use_pch && module.pch != NULL )
{
fprintf ( fMakefile,
" -I%s",
GetDirectory ( GetPrecompiledHeaderFilename () ).c_str () );
}
string compilerParameters = GenerateCompilerParametersFromVector ( data.compilerFlags );
if ( compilerParameters.size () > 0 )
{
fprintf (
fMakefile,
" %s",
compilerParameters.c_str () );
}
for ( i = 0; i < data.includes.size(); i++ )
{
fprintf (
fMakefile,
" -I%s",
data.includes[i]->directory.c_str() );
}
for ( i = 0; i < data.defines.size(); i++ )
{
Define& d = *data.defines[i];
fprintf (
fMakefile,
" -D%s",
d.name.c_str() );
if ( d.value.size() )
fprintf (
fMakefile,
"=%s",
d.value.c_str() );
}
if ( generateAssignment )
{
fprintf ( fMakefile, "\n" );
}
}
void
MingwModuleHandler::GenerateMacros (
const char* assignmentOperation,
const IfableData& data,
const vector<LinkerFlag*>* linkerFlags )
{
size_t i;
GenerateMacro ( assignmentOperation,
cflagsMacro,
data );
GenerateMacro ( assignmentOperation,
windresflagsMacro,
data );
if ( linkerFlags != NULL )
{
string linkerParameters = GenerateLinkerParametersFromVector ( *linkerFlags );
if ( linkerParameters.size () > 0 )
{
fprintf (
fMakefile,
"%s %s %s\n",
linkerflagsMacro.c_str (),
assignmentOperation,
linkerParameters.c_str() );
}
}
if ( data.libraries.size () > 0 )
{
string deps = GenerateImportLibraryDependenciesFromVector ( data.libraries );
if ( deps.size () > 0 )
{
fprintf (
fMakefile,
"%s %s %s\n",
libsMacro.c_str(),
assignmentOperation,
deps.c_str() );
}
}
const vector<If*>& ifs = data.ifs;
for ( i = 0; i < ifs.size(); i++ )
{
If& rIf = *ifs[i];
if ( rIf.data.defines.size()
|| rIf.data.includes.size()
|| rIf.data.libraries.size()
|| rIf.data.files.size()
|| rIf.data.compilerFlags.size()
|| rIf.data.ifs.size() )
{
fprintf (
fMakefile,
"%s (\"$(%s)\",\"%s\")\n",
rIf.negated ? "ifneq" : "ifeq",
rIf.property.c_str(),
rIf.value.c_str() );
GenerateMacros (
"+=",
rIf.data,
NULL );
fprintf (
fMakefile,
"endif\n\n" );
}
}
}
void
MingwModuleHandler::CleanupFileVector ( vector<File*>& sourceFiles )
{
for (size_t i = 0; i < sourceFiles.size (); i++)
delete sourceFiles[i];
}
void
MingwModuleHandler::GetModuleSpecificSourceFiles ( vector<File*>& sourceFiles )
{
}
void
MingwModuleHandler::GenerateObjectMacros (
const char* assignmentOperation,
const IfableData& data,
const vector<LinkerFlag*>* linkerFlags )
{
size_t i;
const vector<File*>& files = data.files;
if ( files.size () > 0 )
{
for ( i = 0; i < files.size (); i++ )
{
File& file = *files[i];
if ( file.first )
{
fprintf ( fMakefile,
"%s := %s $(%s)\n",
objectsMacro.c_str(),
GetObjectFilename (
file.name, NULL ).c_str (),
objectsMacro.c_str() );
}
}
fprintf (
fMakefile,
"%s %s",
objectsMacro.c_str (),
assignmentOperation );
for ( i = 0; i < files.size(); i++ )
{
File& file = *files[i];
if ( !file.first )
{
fprintf (
fMakefile,
"%s%s",
( i%10 == 9 ? " \\\n\t" : " " ),
GetObjectFilename (
file.name, NULL ).c_str () );
}
}
fprintf ( fMakefile, "\n" );
}
const vector<If*>& ifs = data.ifs;
for ( i = 0; i < ifs.size(); i++ )
{
If& rIf = *ifs[i];
if ( rIf.data.defines.size()
|| rIf.data.includes.size()
|| rIf.data.libraries.size()
|| rIf.data.files.size()
|| rIf.data.compilerFlags.size()
|| rIf.data.ifs.size() )
{
fprintf (
fMakefile,
"%s (\"$(%s)\",\"%s\")\n",
rIf.negated ? "ifneq" : "ifeq",
rIf.property.c_str(),
rIf.value.c_str() );
GenerateObjectMacros (
"+=",
rIf.data,
NULL );
fprintf (
fMakefile,
"endif\n\n" );
}
}
vector<File*> sourceFiles;
GetModuleSpecificSourceFiles ( sourceFiles );
for ( i = 0; i < sourceFiles.size (); i++ )
{
fprintf (
fMakefile,
"%s += %s\n",
objectsMacro.c_str(),
GetObjectFilename (
sourceFiles[i]->name, NULL ).c_str () );
}
CleanupFileVector ( sourceFiles );
}
string
MingwModuleHandler::GetPrecompiledHeaderFilename () const
{
const string& basePchFilename = module.pch->file.name + ".gch";
return PassThruCacheDirectory ( NormalizeFilename ( basePchFilename ),
backend->intermediateDirectory );
}
void
MingwModuleHandler::GenerateGccCommand (
const string& sourceFilename,
const string& cc,
const string& cflagsMacro )
{
string dependencies = sourceFilename;
if ( module.pch && use_pch )
dependencies += " " + GetPrecompiledHeaderFilename ();
/* WIDL generated headers may be used */
dependencies += " " + GetLinkingDependenciesMacro ();
dependencies += " " + NormalizeFilename ( module.xmlbuildFile );
string objectFilename = GetObjectFilename (
sourceFilename, &clean_files );
fprintf ( fMakefile,
"%s: %s | %s\n",
objectFilename.c_str (),
dependencies.c_str (),
GetDirectory ( objectFilename ).c_str () );
fprintf ( fMakefile, "\t$(ECHO_CC)\n" );
fprintf ( fMakefile,
"\t%s -c $< -o $@ %s\n",
cc.c_str (),
cflagsMacro.c_str () );
}
void
MingwModuleHandler::GenerateGccAssemblerCommand (
const string& sourceFilename,
const string& cc,
const string& cflagsMacro )
{
string dependencies = sourceFilename;
dependencies += " " + NormalizeFilename ( module.xmlbuildFile );
string objectFilename = GetObjectFilename (
sourceFilename, &clean_files );
fprintf ( fMakefile,
"%s: %s | %s\n",
objectFilename.c_str (),
dependencies.c_str (),
GetDirectory ( objectFilename ).c_str () );
fprintf ( fMakefile, "\t$(ECHO_GAS)\n" );
fprintf ( fMakefile,
"\t%s -x assembler-with-cpp -c $< -o $@ -D__ASM__ %s\n",
cc.c_str (),
cflagsMacro.c_str () );
}
void
MingwModuleHandler::GenerateNasmCommand (
const string& sourceFilename,
const string& nasmflagsMacro )
{
string dependencies = sourceFilename;
dependencies += " " + NormalizeFilename ( module.xmlbuildFile );
string objectFilename = GetObjectFilename (
sourceFilename, &clean_files );
fprintf ( fMakefile,
"%s: %s | %s\n",
objectFilename.c_str (),
dependencies.c_str (),
GetDirectory ( objectFilename ).c_str () );
fprintf ( fMakefile, "\t$(ECHO_NASM)\n" );
fprintf ( fMakefile,
"\t%s -f win32 $< -o $@ %s\n",
"$(Q)${nasm}",
nasmflagsMacro.c_str () );
}
void
MingwModuleHandler::GenerateWindresCommand (
const string& sourceFilename,
const string& windresflagsMacro )
{
string dependencies = sourceFilename;
dependencies += " " + NormalizeFilename ( module.xmlbuildFile );
string objectFilename =
GetObjectFilename ( sourceFilename, &clean_files );
string sourceFilenamePart = ReplaceExtension ( GetFilename ( sourceFilename ), "" );
string rciFilename = ros_temp + module.name + "." + sourceFilenamePart + ".rci.tmp";
string resFilename = ros_temp + module.name + "." + sourceFilenamePart + ".res.tmp";
if ( module.useWRC )
{
fprintf ( fMakefile,
"%s: %s $(WRC_TARGET) | %s\n",
objectFilename.c_str (),
dependencies.c_str (),
GetDirectory ( objectFilename ).c_str () );
fprintf ( fMakefile, "\t$(ECHO_WRC)\n" );
fprintf ( fMakefile,
"\t${gcc} -xc -E -DRC_INVOKED ${%s} %s > %s\n",
windresflagsMacro.c_str (),
sourceFilename.c_str (),
rciFilename.c_str () );
fprintf ( fMakefile,
"\t$(Q)$(WRC_TARGET) ${%s} %s %s\n",
windresflagsMacro.c_str (),
rciFilename.c_str (),
resFilename.c_str () );
fprintf ( fMakefile,
"\t-@${rm} %s 2>$(NUL)\n",
rciFilename.c_str () );
fprintf ( fMakefile,
"\t${windres} %s -o $@\n",
resFilename.c_str () );
fprintf ( fMakefile,
"\t-@${rm} %s 2>$(NUL)\n",
resFilename.c_str () );
}
else
{
fprintf ( fMakefile,
"%s: %s $(WRC_TARGET) | %s\n",
objectFilename.c_str (),
dependencies.c_str (),
GetDirectory ( objectFilename ).c_str () );
fprintf ( fMakefile, "\t$(ECHO_WRC)\n" );
fprintf ( fMakefile,
"\t${windres} $(%s) %s -o $@\n",
windresflagsMacro.c_str (),
sourceFilename.c_str () );
}
}
void
MingwModuleHandler::GenerateWinebuildCommands (
const string& sourceFilename )
{
string dependencies = sourceFilename;
dependencies += " " + NormalizeFilename ( module.xmlbuildFile );
string basename = GetBasename ( sourceFilename );
string def_file = PassThruCacheDirectory (
basename + ".spec.def",
backend->intermediateDirectory );
CLEAN_FILE(def_file);
string stub_file = PassThruCacheDirectory (
basename + ".stubs.c",
backend->intermediateDirectory );
CLEAN_FILE(stub_file)
fprintf ( fMakefile,
"%s: %s $(WINEBUILD_TARGET)\n",
def_file.c_str (),
dependencies.c_str () );
fprintf ( fMakefile, "\t$(ECHO_WINEBLD)\n" );
fprintf ( fMakefile,
"\t%s -o %s --def -E %s\n",
"$(Q)$(WINEBUILD_TARGET)",
def_file.c_str (),
sourceFilename.c_str () );
fprintf ( fMakefile,
"%s: %s $(WINEBUILD_TARGET)\n",
stub_file.c_str (),
sourceFilename.c_str () );
fprintf ( fMakefile, "\t$(ECHO_WINEBLD)\n" );
fprintf ( fMakefile,
"\t%s -o %s --pedll %s\n",
"$(Q)$(WINEBUILD_TARGET)",
stub_file.c_str (),
sourceFilename.c_str () );
}
string
MingwModuleHandler::GetWidlFlags ( const File& file )
{
return file.switches;
}
string
MingwModuleHandler::GetRpcServerHeaderFilename ( string basename ) const
{
return basename + "_s.h";
}
void
MingwModuleHandler::GenerateWidlCommandsServer (
const File& file,
const string& widlflagsMacro )
{
string dependencies = file.name;
dependencies += " " + NormalizeFilename ( module.xmlbuildFile );
string basename = GetBasename ( file.name );
/*string generatedHeaderFilename = PassThruCacheDirectory (
basename + ".h",
backend->intermediateDirectory );
CLEAN_FILE(generatedHeaderFilename);
*/
string generatedHeaderFilename = GetRpcServerHeaderFilename ( basename );
CLEAN_FILE(generatedHeaderFilename);
string generatedServerFilename = PassThruCacheDirectory (
basename + "_s.c",
backend->intermediateDirectory );
CLEAN_FILE(generatedServerFilename);
fprintf ( fMakefile,
"%s %s: %s $(WIDL_TARGET) | %s\n",
generatedServerFilename.c_str (),
generatedHeaderFilename.c_str (),
dependencies.c_str (),
GetDirectory ( generatedServerFilename ).c_str () );
fprintf ( fMakefile, "\t$(ECHO_WIDL)\n" );
fprintf ( fMakefile,
"\t%s %s %s -h -H %s -s -S %s %s\n",
"$(Q)$(WIDL_TARGET)",
GetWidlFlags ( file ).c_str (),
widlflagsMacro.c_str (),
generatedHeaderFilename.c_str (),
generatedServerFilename.c_str (),
file.name.c_str () );
}
string
MingwModuleHandler::GetRpcClientHeaderFilename ( string basename ) const
{
return basename + "_c.h";
}
void
MingwModuleHandler::GenerateWidlCommandsClient (
const File& file,
const string& widlflagsMacro )
{
string dependencies = file.name;
dependencies += " " + NormalizeFilename ( module.xmlbuildFile );
string basename = GetBasename ( file.name );
/*string generatedHeaderFilename = PassThruCacheDirectory (
basename + ".h",
backend->intermediateDirectory );
CLEAN_FILE(generatedHeaderFilename);
*/
string generatedHeaderFilename = GetRpcClientHeaderFilename ( basename );
CLEAN_FILE(generatedHeaderFilename);
string generatedClientFilename = PassThruCacheDirectory (
basename + "_c.c",
backend->intermediateDirectory );
CLEAN_FILE(generatedClientFilename);
fprintf ( fMakefile,
"%s %s: %s $(WIDL_TARGET) | %s\n",
generatedClientFilename.c_str (),
generatedHeaderFilename.c_str (),
dependencies.c_str (),
GetDirectory ( generatedClientFilename ).c_str () );
fprintf ( fMakefile, "\t$(ECHO_WIDL)\n" );
fprintf ( fMakefile,
"\t%s %s %s -h -H %s -c -C %s %s\n",
"$(Q)$(WIDL_TARGET)",
GetWidlFlags ( file ).c_str (),
widlflagsMacro.c_str (),
generatedHeaderFilename.c_str (),
generatedClientFilename.c_str (),
file.name.c_str () );
}
void
MingwModuleHandler::GenerateWidlCommands (
const File& file,
const string& widlflagsMacro )
{
if ( module.type == RpcServer )
GenerateWidlCommandsServer ( file,
widlflagsMacro );
else
GenerateWidlCommandsClient ( file,
widlflagsMacro );
}
void
MingwModuleHandler::GenerateCommands (
const File& file,
const string& cc,
const string& cppc,
const string& cflagsMacro,
const string& nasmflagsMacro,
const string& windresflagsMacro,
const string& widlflagsMacro )
{
string extension = GetExtension ( file.name );
if ( extension == ".c" || extension == ".C" )
{
GenerateGccCommand ( file.name,
cc,
cflagsMacro );
return;
}
else if ( extension == ".cc" || extension == ".CC" ||
extension == ".cpp" || extension == ".CPP" ||
extension == ".cxx" || extension == ".CXX" )
{
GenerateGccCommand ( file.name,
cppc,
cflagsMacro );
return;
}
else if ( extension == ".s" || extension == ".S" )
{
GenerateGccAssemblerCommand ( file.name,
cc,
cflagsMacro );
return;
}
else if ( extension == ".asm" || extension == ".ASM" )
{
GenerateNasmCommand ( file.name,
nasmflagsMacro );
return;
}
else if ( extension == ".rc" || extension == ".RC" )
{
GenerateWindresCommand ( file.name,
windresflagsMacro );
return;
}
else if ( extension == ".spec" || extension == ".SPEC" )
{
GenerateWinebuildCommands ( file.name );
GenerateGccCommand ( GetActualSourceFilename ( file.name ),
cc,
cflagsMacro );
return;
}
else if ( extension == ".idl" || extension == ".IDL" )
{
GenerateWidlCommands ( file,
widlflagsMacro );
GenerateGccCommand ( GetActualSourceFilename ( file.name ),
cc,
cflagsMacro );
return;
}
throw InvalidOperationException ( __FILE__,
__LINE__,
"Unsupported filename extension '%s' in file '%s'",
extension.c_str (),
file.name.c_str () );
}
void
MingwModuleHandler::GenerateBuildMapCode ()
{
fprintf ( fMakefile,
"ifeq ($(ROS_BUILDMAP),full)\n" );
string mapFilename = PassThruCacheDirectory (
GetBasename ( module.GetPath () ) + ".map",
backend->outputDirectory );
CLEAN_FILE ( mapFilename );
fprintf ( fMakefile,
"\t$(ECHO_OBJDUMP)\n" );
fprintf ( fMakefile,
"\t$(Q)${objdump} -d -S $@ > %s\n",
mapFilename.c_str () );
fprintf ( fMakefile,
"else\n" );
fprintf ( fMakefile,
"ifeq ($(ROS_BUILDMAP),yes)\n" );
fprintf ( fMakefile,
"\t$(ECHO_NM)\n" );
fprintf ( fMakefile,
"\t$(Q)${nm} --numeric-sort $@ > %s\n",
mapFilename.c_str () );
fprintf ( fMakefile,
"endif\n" );
fprintf ( fMakefile,
"endif\n" );
}
void
MingwModuleHandler::GenerateBuildNonSymbolStrippedCode ()
{
fprintf ( fMakefile,
"ifeq ($(ROS_BUILDNOSTRIP),yes)\n" );
string filename = module.GetPath ();
string outputFilename = PassThruCacheDirectory (
filename,
backend->outputDirectory );
string nostripFilename = PassThruCacheDirectory (
GetBasename ( filename ) + ".nostrip" + GetExtension ( filename ),
backend->outputDirectory );
CLEAN_FILE ( nostripFilename );
fprintf ( fMakefile,
"\t$(ECHO_CP)\n" );
fprintf ( fMakefile,
"\t${cp} %s %s 1>$(NUL)\n",
outputFilename.c_str (),
nostripFilename.c_str () );
fprintf ( fMakefile,
"endif\n" );
}
void
MergeStringVector ( const vector<string>& input,
vector<string>& output )
{
int wrap_at = 25;
string s;
int wrap_count = -1;
for ( size_t i = 0; i < input.size (); i++ )
{
if ( input[i].size () == 0 )
continue;
if ( wrap_count++ == wrap_at )
{
output.push_back ( s );
s = "";
wrap_count = 0;
}
else if ( s.size () > 0)
s += " ";
s += input[i];
}
if ( s.length () > 0 )
output.push_back ( s );
}
void
MingwModuleHandler::GetObjectsVector ( const IfableData& data,
vector<string>& objectFiles ) const
{
for ( size_t i = 0; i < data.files.size (); i++ )
{
File& file = *data.files[i];
objectFiles.push_back ( GetObjectFilename ( file.name, NULL ) );
}
}
void
MingwModuleHandler::GenerateCleanObjectsAsYouGoCode () const
{
if ( backend->configuration.CleanAsYouGo )
{
vector<string> objectFiles;
GetObjectsVector ( module.non_if_data,
objectFiles );
vector<string> lines;
MergeStringVector ( objectFiles,
lines );
for ( size_t i = 0; i < lines.size (); i++ )
{
fprintf ( fMakefile,
"\t-@${rm} %s 2>$(NUL)\n",
lines[i].c_str () );
}
}
}
void
MingwModuleHandler::GenerateRunRsymCode () const
{
fprintf ( fMakefile,
"\t$(ECHO_RSYM)\n" );
fprintf ( fMakefile,
"\t$(Q)$(RSYM_TARGET) $@ $@\n\n" );
}
void
MingwModuleHandler::GenerateLinkerCommand (
const string& dependencies,
const string& linker,
const string& linkerParameters,
const string& objectsMacro,
const string& libsMacro )
{
string target ( GetTargetMacro ( module ) );
string target_folder ( GetDirectory ( GetTargetFilename ( module, NULL ) ) );
string def_file = GetDefinitionFilename ();
fprintf ( fMakefile,
"%s: %s %s $(RSYM_TARGET) | %s\n",
target.c_str (),
def_file.c_str (),
dependencies.c_str (),
target_folder.c_str () );
fprintf ( fMakefile, "\t$(ECHO_LD)\n" );
string targetName ( module.GetTargetName () );
if ( module.IsDLL () )
{
string temp_exp = ros_temp + module.name + ".temp.exp";
CLEAN_FILE ( temp_exp );
string killAt = module.mangledSymbols ? "" : "--kill-at";
fprintf ( fMakefile,
"\t${dlltool} --dllname %s --def %s --output-exp %s %s\n",
targetName.c_str (),
def_file.c_str (),
temp_exp.c_str (),
killAt.c_str () );
fprintf ( fMakefile,
"\t%s %s %s -o %s %s %s %s\n",
linker.c_str (),
linkerParameters.c_str (),
temp_exp.c_str (),
target.c_str (),
objectsMacro.c_str (),
libsMacro.c_str (),
GetLinkerMacro ().c_str () );
fprintf ( fMakefile,
"\t-@${rm} %s 2>$(NUL)\n",
temp_exp.c_str () );
}
else
{
fprintf ( fMakefile,
"\t%s %s -o %s %s %s %s\n",
linker.c_str (),
linkerParameters.c_str (),
target.c_str (),
objectsMacro.c_str (),
libsMacro.c_str (),
GetLinkerMacro ().c_str () );
}
GenerateBuildMapCode ();
GenerateBuildNonSymbolStrippedCode ();
GenerateRunRsymCode ();
GenerateCleanObjectsAsYouGoCode ();
}
void
MingwModuleHandler::GeneratePhonyTarget() const
{
string targetMacro ( GetTargetMacro ( module ) );
fprintf ( fMakefile,
".PHONY: %s\n\n",
targetMacro.c_str ());
fprintf ( fMakefile, "%s: | %s\n",
targetMacro.c_str (),
GetDirectory ( GetTargetFilename ( module, NULL ) ).c_str () );
}
void
MingwModuleHandler::GenerateObjectFileTargets (
const IfableData& data,
const string& cc,
const string& cppc,
const string& cflagsMacro,
const string& nasmflagsMacro,
const string& windresflagsMacro,
const string& widlflagsMacro )
{
size_t i;
const vector<File*>& files = data.files;
for ( i = 0; i < files.size (); i++ )
{
GenerateCommands ( *files[i],
cc,
cppc,
cflagsMacro,
nasmflagsMacro,
windresflagsMacro,
widlflagsMacro );
fprintf ( fMakefile,
"\n" );
}
const vector<If*>& ifs = data.ifs;
for ( i = 0; i < ifs.size(); i++ )
{
GenerateObjectFileTargets ( ifs[i]->data,
cc,
cppc,
cflagsMacro,
nasmflagsMacro,
windresflagsMacro,
widlflagsMacro );
}
vector<File*> sourceFiles;
GetModuleSpecificSourceFiles ( sourceFiles );
for ( i = 0; i < sourceFiles.size (); i++ )
{
GenerateCommands ( *sourceFiles[i],
cc,
cppc,
cflagsMacro,
nasmflagsMacro,
windresflagsMacro,
widlflagsMacro );
}
CleanupFileVector ( sourceFiles );
}
void
MingwModuleHandler::GenerateObjectFileTargets (
const string& cc,
const string& cppc,
const string& cflagsMacro,
const string& nasmflagsMacro,
const string& windresflagsMacro,
const string& widlflagsMacro )
{
if ( module.pch && use_pch )
{
const string& baseHeaderFilename = module.pch->file.name;
const string& pchFilename = GetPrecompiledHeaderFilename ();
CLEAN_FILE(pchFilename);
fprintf ( fMakefile,
"%s: %s\n",
pchFilename.c_str(),
baseHeaderFilename.c_str() );
fprintf ( fMakefile, "\t$(ECHO_PCH)\n" );
fprintf ( fMakefile,
"\t%s -o %s %s -g %s\n\n",
module.cplusplus ? cppc.c_str() : cc.c_str(),
pchFilename.c_str(),
cflagsMacro.c_str(),
baseHeaderFilename.c_str() );
}
GenerateObjectFileTargets ( module.non_if_data,
cc,
cppc,
cflagsMacro,
nasmflagsMacro,
windresflagsMacro,
widlflagsMacro );
fprintf ( fMakefile, "\n" );
}
string
MingwModuleHandler::GenerateArchiveTarget ( const string& ar,
const string& objs_macro ) const
{
string archiveFilename ( GetModuleArchiveFilename () );
fprintf ( fMakefile,
"%s: %s | %s\n",
archiveFilename.c_str (),
objs_macro.c_str (),
GetDirectory(archiveFilename).c_str() );
fprintf ( fMakefile, "\t$(ECHO_AR)\n" );
fprintf ( fMakefile,
"\t%s -rc $@ %s\n",
ar.c_str (),
objs_macro.c_str ());
GenerateCleanObjectsAsYouGoCode ();
fprintf ( fMakefile, "\n" );
return archiveFilename;
}
string
MingwModuleHandler::GetCFlagsMacro () const
{
return ssprintf ( "$(%s_CFLAGS)",
module.name.c_str () );
}
/*static*/ string
MingwModuleHandler::GetObjectsMacro ( const Module& module )
{
return ssprintf ( "$(%s_OBJS)",
module.name.c_str () );
}
string
MingwModuleHandler::GetLinkingDependenciesMacro () const
{
return ssprintf ( "$(%s_LINKDEPS)", module.name.c_str () );
}
string
MingwModuleHandler::GetLibsMacro () const
{
return ssprintf ( "$(%s_LIBS)", module.name.c_str () );
}
string
MingwModuleHandler::GetLinkerMacro () const
{
return ssprintf ( "$(%s_LFLAGS)",
module.name.c_str () );
}
string
MingwModuleHandler::GetModuleTargets ( const Module& module )
{
if ( ReferenceObjects ( module ) )
return GetObjectsMacro ( module );
else
return GetTargetFilename ( module, NULL );
}
void
MingwModuleHandler::GenerateObjectMacro ()
{
objectsMacro = ssprintf ("%s_OBJS", module.name.c_str ());
GenerateObjectMacros (
"=",
module.non_if_data,
&module.linkerFlags );
// future references to the macro will be to get its values
objectsMacro = ssprintf ("$(%s)", objectsMacro.c_str ());
}
void
MingwModuleHandler::GenerateTargetMacro ()
{
fprintf ( fMakefile,
"%s := %s\n",
GetTargetMacro ( module, false ).c_str (),
GetModuleTargets ( module ).c_str () );
}
void
MingwModuleHandler::GetRpcHeaderDependencies (
string_list& dependencies ) const
{
for ( size_t i = 0; i < module.non_if_data.libraries.size (); i++ )
{
Library& library = *module.non_if_data.libraries[i];
if ( library.importedModule->type == RpcServer ||
library.importedModule->type == RpcClient )
{
for ( size_t j = 0; j < library.importedModule->non_if_data.files.size (); j++ )
{
File& file = *library.importedModule->non_if_data.files[j];
string extension = GetExtension ( file.name );
if ( extension == ".idl" || extension == ".IDL" )
{
string basename = GetBasename ( file.name );
if ( library.importedModule->type == RpcServer )
dependencies.push_back ( GetRpcServerHeaderFilename ( basename ) );
if ( library.importedModule->type == RpcClient )
dependencies.push_back ( GetRpcClientHeaderFilename ( basename ) );
}
}
}
}
}
void
MingwModuleHandler::GenerateOtherMacros ()
{
cflagsMacro = ssprintf ("%s_CFLAGS", module.name.c_str ());
nasmflagsMacro = ssprintf ("%s_NASMFLAGS", module.name.c_str ());
windresflagsMacro = ssprintf ("%s_RCFLAGS", module.name.c_str ());
widlflagsMacro = ssprintf ("%s_WIDLFLAGS", module.name.c_str ());
linkerflagsMacro = ssprintf ("%s_LFLAGS", module.name.c_str ());
libsMacro = ssprintf("%s_LIBS", module.name.c_str ());
linkDepsMacro = ssprintf ("%s_LINKDEPS", module.name.c_str ());
GenerateMacros (
"=",
module.non_if_data,
&module.linkerFlags );
string_list s;
if ( module.importLibrary )
{
const vector<File*>& files = module.non_if_data.files;
for ( size_t i = 0; i < files.size (); i++ )
{
File& file = *files[i];
string extension = GetExtension ( file.name );
if ( extension == ".spec" || extension == ".SPEC" )
GetSpecObjectDependencies ( s, file.name );
}
}
GetRpcHeaderDependencies ( s );
if ( s.size () > 0 )
{
fprintf (
fMakefile,
"%s +=",
linkDepsMacro.c_str() );
for ( size_t i = 0; i < s.size(); i++ )
fprintf ( fMakefile,
" %s",
s[i].c_str () );
fprintf ( fMakefile, "\n" );
}
string globalCflags = "-g";
if ( backend->usePipe )
globalCflags += " -pipe";
if ( !module.enableWarnings )
globalCflags += " -Werror";
fprintf (
fMakefile,
"%s += $(PROJECT_CFLAGS) %s\n",
cflagsMacro.c_str (),
globalCflags.c_str () );
fprintf (
fMakefile,
"%s += $(PROJECT_RCFLAGS)\n",
windresflagsMacro.c_str () );
fprintf (
fMakefile,
"%s += $(PROJECT_WIDLFLAGS)\n",
widlflagsMacro.c_str () );
fprintf (
fMakefile,
"%s_LFLAGS += $(PROJECT_LFLAGS) -g\n",
module.name.c_str () );
fprintf (
fMakefile,
"%s += $(%s)\n",
linkDepsMacro.c_str (),
libsMacro.c_str () );
string cflags = TypeSpecificCFlags();
if ( cflags.size() > 0 )
{
fprintf ( fMakefile,
"%s += %s\n\n",
cflagsMacro.c_str (),
cflags.c_str () );
}
string nasmflags = TypeSpecificNasmFlags();
if ( nasmflags.size () > 0 )
{
fprintf ( fMakefile,
"%s += %s\n\n",
nasmflagsMacro.c_str (),
nasmflags.c_str () );
}
string linkerflags = TypeSpecificLinkerFlags();
if ( linkerflags.size() > 0 )
{
fprintf ( fMakefile,
"%s += %s\n\n",
linkerflagsMacro.c_str (),
linkerflags.c_str () );
}
fprintf ( fMakefile, "\n\n" );
// future references to the macros will be to get their values
cflagsMacro = ssprintf ("$(%s)", cflagsMacro.c_str ());
nasmflagsMacro = ssprintf ("$(%s)", nasmflagsMacro.c_str ());
widlflagsMacro = ssprintf ("$(%s)", widlflagsMacro.c_str ());
}
void
MingwModuleHandler::GenerateRules ()
{
string cc = ( module.host == HostTrue ? "${host_gcc}" : "${gcc}" );
string cppc = ( module.host == HostTrue ? "${host_gpp}" : "${gpp}" );
string ar = ( module.host == HostTrue ? "${host_ar}" : "${ar}" );
if ( module.name != "zlib" ) /* Avoid make warning */
{
string proxyMakefile = PassThruCacheDirectory (
NormalizeFilename ( module.GetBasePath () + SSEP + "makefile" ),
backend->outputDirectory );
CLEAN_FILE ( proxyMakefile );
}
string targetMacro = GetTargetMacro ( module );
CLEAN_FILE ( targetMacro );
// generate phony target for module name
fprintf ( fMakefile, ".PHONY: %s\n",
module.name.c_str () );
string dependencies = GetTargetMacro ( module );
if ( module.type == Test )
dependencies += " $(REGTESTS_RUN_TARGET)";
fprintf ( fMakefile, "%s: %s\n\n",
module.name.c_str (),
dependencies.c_str () );
if ( module.type == Test )
{
fprintf ( fMakefile,
"\t@%s\n",
targetMacro.c_str ());
}
if ( !ReferenceObjects ( module ) )
{
string ar_target ( GenerateArchiveTarget ( ar, objectsMacro ) );
if ( targetMacro != ar_target )
CLEAN_FILE ( ar_target );
}
GenerateObjectFileTargets ( cc,
cppc,
cflagsMacro,
nasmflagsMacro,
windresflagsMacro,
widlflagsMacro );
}
void
MingwModuleHandler::GetInvocationDependencies (
const Module& module,
string_list& dependencies )
{
for ( size_t i = 0; i < module.invocations.size (); i++ )
{
Invoke& invoke = *module.invocations[i];
if ( invoke.invokeModule == &module )
/* Protect against circular dependencies */
continue;
invoke.GetTargets ( dependencies );
}
}
void
MingwModuleHandler::GenerateInvocations () const
{
if ( module.invocations.size () == 0 )
return;
size_t iend = module.invocations.size ();
for ( size_t i = 0; i < iend; i++ )
{
const Invoke& invoke = *module.invocations[i];
if ( invoke.invokeModule->type != BuildTool )
{
throw InvalidBuildFileException ( module.node.location,
"Only modules of type buildtool can be invoked." );
}
string invokeTarget = module.GetInvocationTarget ( i );
string_list invoke_targets;
assert ( invoke_targets.size() );
invoke.GetTargets ( invoke_targets );
fprintf ( fMakefile,
".PHONY: %s\n\n",
invokeTarget.c_str () );
fprintf ( fMakefile,
"%s:",
invokeTarget.c_str () );
size_t j, jend = invoke_targets.size();
for ( j = 0; j < jend; j++ )
{
fprintf ( fMakefile,
" %s",
invoke_targets[i].c_str () );
}
fprintf ( fMakefile, "\n\n%s", invoke_targets[0].c_str () );
for ( j = 1; j < jend; j++ )
fprintf ( fMakefile,
" %s",
invoke_targets[i].c_str () );
fprintf ( fMakefile,
": %s\n",
NormalizeFilename ( invoke.invokeModule->GetPath () ).c_str () );
fprintf ( fMakefile, "\t$(ECHO_INVOKE)\n" );
fprintf ( fMakefile,
"\t%s %s\n\n",
NormalizeFilename ( invoke.invokeModule->GetPath () ).c_str (),
invoke.GetParameters ().c_str () );
}
}
string
MingwModuleHandler::GetPreconditionDependenciesName () const
{
return module.name + "_precondition";
}
void
MingwModuleHandler::GetDefaultDependencies (
string_list& dependencies ) const
{
/* Avoid circular dependency */
if ( module.type != BuildTool
&& module.name != "zlib"
&& module.name != "hostzlib" )
dependencies.push_back ( "$(INIT)" );
}
void
MingwModuleHandler::GeneratePreconditionDependencies ()
{
string preconditionDependenciesName = GetPreconditionDependenciesName ();
string_list sourceFilenames;
GetSourceFilenamesWithoutGeneratedFiles ( sourceFilenames );
string_list dependencies;
GetDefaultDependencies ( dependencies );
GetModuleDependencies ( dependencies );
GetInvocationDependencies ( module, dependencies );
if ( dependencies.size() )
{
fprintf ( fMakefile,
"%s =",
preconditionDependenciesName.c_str () );
for ( size_t i = 0; i < dependencies.size(); i++ )
fprintf ( fMakefile,
" %s",
dependencies[i].c_str () );
fprintf ( fMakefile, "\n\n" );
}
for ( size_t i = 0; i < sourceFilenames.size(); i++ )
{
fprintf ( fMakefile,
"%s: ${%s}\n",
sourceFilenames[i].c_str(),
preconditionDependenciesName.c_str ());
}
fprintf ( fMakefile, "\n" );
}
bool
MingwModuleHandler::IsWineModule () const
{
if ( module.importLibrary == NULL)
return false;
size_t index = module.importLibrary->definition.rfind ( ".spec.def" );
return ( index != string::npos );
}
string
MingwModuleHandler::GetDefinitionFilename () const
{
if ( module.importLibrary != NULL )
{
string defFilename = module.GetBasePath () + SSEP + module.importLibrary->definition;
if ( IsWineModule () )
return PassThruCacheDirectory ( NormalizeFilename ( defFilename ),
backend->intermediateDirectory );
else
return defFilename;
}
else
return "tools" SSEP "rbuild" SSEP "empty.def";
}
void
MingwModuleHandler::GenerateImportLibraryTargetIfNeeded ()
{
if ( module.importLibrary != NULL )
{
string library_target (
GetImportLibraryFilename ( module, &clean_files ) );
string defFilename = GetDefinitionFilename ();
string_list deps;
GetDefinitionDependencies ( deps );
fprintf ( fMakefile, "# IMPORT LIBRARY RULE:\n" );
fprintf ( fMakefile, "%s: %s",
library_target.c_str (),
defFilename.c_str () );
size_t i, iend = deps.size();
for ( i = 0; i < iend; i++ )
fprintf ( fMakefile, " %s",
deps[i].c_str () );
fprintf ( fMakefile, " | %s\n",
GetDirectory ( GetImportLibraryFilename ( module, NULL ) ).c_str () );
fprintf ( fMakefile, "\t$(ECHO_DLLTOOL)\n" );
string killAt = module.mangledSymbols ? "" : "--kill-at";
fprintf ( fMakefile,
"\t${dlltool} --dllname %s --def %s --output-lib %s %s\n\n",
module.GetTargetName ().c_str (),
defFilename.c_str (),
library_target.c_str (),
killAt.c_str () );
}
}
void
MingwModuleHandler::GetSpecObjectDependencies (
string_list& dependencies,
const string& filename ) const
{
string basename = GetBasename ( filename );
string defDependency = PassThruCacheDirectory (
NormalizeFilename ( basename + ".spec.def" ),
backend->intermediateDirectory );
dependencies.push_back ( defDependency );
string stubsDependency = PassThruCacheDirectory (
NormalizeFilename ( basename + ".stubs.c" ),
backend->intermediateDirectory );
dependencies.push_back ( stubsDependency );
}
void
MingwModuleHandler::GetWidlObjectDependencies (
string_list& dependencies,
const string& filename ) const
{
string basename = GetBasename ( filename );
string serverDependency = PassThruCacheDirectory (
NormalizeFilename ( basename + "_s.c" ),
backend->intermediateDirectory );
dependencies.push_back ( serverDependency );
}
void
MingwModuleHandler::GetDefinitionDependencies (
string_list& dependencies ) const
{
string dkNkmLibNoFixup = "dk/nkm/lib";
const vector<File*>& files = module.non_if_data.files;
for ( size_t i = 0; i < files.size (); i++ )
{
File& file = *files[i];
string extension = GetExtension ( file.name );
if ( extension == ".spec" || extension == ".SPEC" )
{
GetSpecObjectDependencies ( dependencies, file.name );
}
if ( extension == ".idl" || extension == ".IDL" )
{
GetWidlObjectDependencies ( dependencies, file.name );
}
}
}
MingwBuildToolModuleHandler::MingwBuildToolModuleHandler ( const Module& module_ )
: MingwModuleHandler ( module_ )
{
}
void
MingwBuildToolModuleHandler::Process ()
{
GenerateBuildToolModuleTarget ();
}
void
MingwBuildToolModuleHandler::GenerateBuildToolModuleTarget ()
{
string targetMacro ( GetTargetMacro (module) );
string objectsMacro = GetObjectsMacro ( module );
string linkDepsMacro = GetLinkingDependenciesMacro ();
string libsMacro = GetLibsMacro ();
GenerateRules ();
string linker;
if ( module.cplusplus )
linker = "${host_gpp}";
else
linker = "${host_gcc}";
fprintf ( fMakefile, "%s: %s %s | %s\n",
targetMacro.c_str (),
objectsMacro.c_str (),
linkDepsMacro.c_str (),
GetDirectory(GetTargetFilename(module,NULL)).c_str () );
fprintf ( fMakefile, "\t$(ECHO_LD)\n" );
fprintf ( fMakefile,
"\t%s %s -o $@ %s %s\n\n",
linker.c_str (),
GetLinkerMacro ().c_str (),
objectsMacro.c_str (),
libsMacro.c_str () );
}
MingwKernelModuleHandler::MingwKernelModuleHandler (
const Module& module_ )
: MingwModuleHandler ( module_ )
{
}
void
MingwKernelModuleHandler::Process ()
{
GenerateKernelModuleTarget ();
}
void
MingwKernelModuleHandler::GenerateKernelModuleTarget ()
{
string targetMacro ( GetTargetMacro ( module ) );
string workingDirectory = GetWorkingDirectory ( );
string objectsMacro = GetObjectsMacro ( module );
string linkDepsMacro = GetLinkingDependenciesMacro ();
string libsMacro = GetLibsMacro ();
GenerateImportLibraryTargetIfNeeded ();
if ( module.non_if_data.files.size () > 0 )
{
GenerateRules ();
string dependencies = linkDepsMacro + " " + objectsMacro;
string linkerParameters = ssprintf ( "-Wl,-T,%s" SSEP "ntoskrnl.lnk -Wl,--subsystem,native -Wl,--entry,%s -Wl,--image-base,%s -Wl,--file-alignment,0x1000 -Wl,--section-alignment,0x1000 -nostartfiles -shared",
module.GetBasePath ().c_str (),
module.entrypoint.c_str (),
module.baseaddress.c_str () );
GenerateLinkerCommand ( dependencies,
"${gcc}",
linkerParameters,
objectsMacro,
libsMacro );
}
else
{
GeneratePhonyTarget();
}
}
MingwStaticLibraryModuleHandler::MingwStaticLibraryModuleHandler (
const Module& module_ )
: MingwModuleHandler ( module_ )
{
}
void
MingwStaticLibraryModuleHandler::Process ()
{
GenerateStaticLibraryModuleTarget ();
}
void
MingwStaticLibraryModuleHandler::GenerateStaticLibraryModuleTarget ()
{
GenerateRules ();
}
MingwObjectLibraryModuleHandler::MingwObjectLibraryModuleHandler (
const Module& module_ )
: MingwModuleHandler ( module_ )
{
}
void
MingwObjectLibraryModuleHandler::Process ()
{
GenerateObjectLibraryModuleTarget ();
}
void
MingwObjectLibraryModuleHandler::GenerateObjectLibraryModuleTarget ()
{
GenerateRules ();
}
MingwKernelModeDLLModuleHandler::MingwKernelModeDLLModuleHandler (
const Module& module_ )
: MingwModuleHandler ( module_ )
{
}
void
MingwKernelModeDLLModuleHandler::Process ()
{
GenerateKernelModeDLLModuleTarget ();
}
void
MingwKernelModeDLLModuleHandler::GenerateKernelModeDLLModuleTarget ()
{
string targetMacro ( GetTargetMacro ( module ) );
string workingDirectory = GetWorkingDirectory ( );
string objectsMacro = GetObjectsMacro ( module );
string linkDepsMacro = GetLinkingDependenciesMacro ();
string libsMacro = GetLibsMacro ();
GenerateImportLibraryTargetIfNeeded ();
if ( module.non_if_data.files.size () > 0 )
{
GenerateRules ();
string dependencies = linkDepsMacro + " " + objectsMacro;
string linkerParameters = ssprintf ( "-Wl,--subsystem,native -Wl,--entry,%s -Wl,--image-base,%s -Wl,--file-alignment,0x1000 -Wl,--section-alignment,0x1000 -nostartfiles -shared",
module.entrypoint.c_str (),
module.baseaddress.c_str () );
GenerateLinkerCommand ( dependencies,
"${gcc}",
linkerParameters,
objectsMacro,
libsMacro );
}
else
{
GeneratePhonyTarget();
}
}
MingwKernelModeDriverModuleHandler::MingwKernelModeDriverModuleHandler (
const Module& module_ )
: MingwModuleHandler ( module_ )
{
}
void
MingwKernelModeDriverModuleHandler::Process ()
{
GenerateKernelModeDriverModuleTarget ();
}
void
MingwKernelModeDriverModuleHandler::GenerateKernelModeDriverModuleTarget ()
{
string targetMacro ( GetTargetMacro (module) );
string workingDirectory = GetWorkingDirectory ();
string objectsMacro = GetObjectsMacro ( module );
string linkDepsMacro = GetLinkingDependenciesMacro ();
string libsMacro = GetLibsMacro ();
GenerateImportLibraryTargetIfNeeded ();
if ( module.non_if_data.files.size () > 0 )
{
GenerateRules ();
string dependencies = linkDepsMacro + " " + objectsMacro;
string linkerParameters = ssprintf ( "-Wl,--subsystem,native -Wl,--entry,%s -Wl,--image-base,%s -Wl,--file-alignment,0x1000 -Wl,--section-alignment,0x1000 -nostartfiles -shared",
module.entrypoint.c_str (),
module.baseaddress.c_str () );
GenerateLinkerCommand ( dependencies,
"${gcc}",
linkerParameters,
objectsMacro,
libsMacro );
}
else
{
GeneratePhonyTarget();
}
}
MingwNativeDLLModuleHandler::MingwNativeDLLModuleHandler (
const Module& module_ )
: MingwModuleHandler ( module_ )
{
}
void
MingwNativeDLLModuleHandler::Process ()
{
GenerateNativeDLLModuleTarget ();
}
void
MingwNativeDLLModuleHandler::GenerateNativeDLLModuleTarget ()
{
string targetMacro ( GetTargetMacro (module) );
string workingDirectory = GetWorkingDirectory ( );
string objectsMacro = GetObjectsMacro ( module );
string linkDepsMacro = GetLinkingDependenciesMacro ();
string libsMacro = GetLibsMacro ();
GenerateImportLibraryTargetIfNeeded ();
if ( module.non_if_data.files.size () > 0 )
{
GenerateRules ();
string dependencies = linkDepsMacro + " " + objectsMacro;
string linkerParameters = ssprintf ( "-Wl,--subsystem,native -Wl,--entry,%s -Wl,--image-base,%s -Wl,--file-alignment,0x1000 -Wl,--section-alignment,0x1000 -nostartfiles -nostdlib -shared",
module.entrypoint.c_str (),
module.baseaddress.c_str () );
GenerateLinkerCommand ( dependencies,
"${gcc}",
linkerParameters,
objectsMacro,
libsMacro );
}
else
{
GeneratePhonyTarget();
}
}
MingwNativeCUIModuleHandler::MingwNativeCUIModuleHandler (
const Module& module_ )
: MingwModuleHandler ( module_ )
{
}
void
MingwNativeCUIModuleHandler::Process ()
{
GenerateNativeCUIModuleTarget ();
}
void
MingwNativeCUIModuleHandler::GenerateNativeCUIModuleTarget ()
{
string targetMacro ( GetTargetMacro (module) );
string workingDirectory = GetWorkingDirectory ( );
string objectsMacro = GetObjectsMacro ( module );
string linkDepsMacro = GetLinkingDependenciesMacro ();
string libsMacro = GetLibsMacro ();
GenerateImportLibraryTargetIfNeeded ();
if ( module.non_if_data.files.size () > 0 )
{
GenerateRules ();
string dependencies = linkDepsMacro + " " + objectsMacro;
string linkerParameters = ssprintf ( "-Wl,--subsystem,native -Wl,--entry,%s -Wl,--image-base,%s -Wl,--file-alignment,0x1000 -Wl,--section-alignment,0x1000 -nostartfiles -nostdlib",
module.entrypoint.c_str (),
module.baseaddress.c_str () );
GenerateLinkerCommand ( dependencies,
"${gcc}",
linkerParameters,
objectsMacro,
libsMacro );
}
else
{
GeneratePhonyTarget();
}
}
MingwWin32DLLModuleHandler::MingwWin32DLLModuleHandler (
const Module& module_ )
: MingwModuleHandler ( module_ )
{
}
void
MingwWin32DLLModuleHandler::Process ()
{
GenerateWin32DLLModuleTarget ();
}
void
MingwWin32DLLModuleHandler::GenerateWin32DLLModuleTarget ()
{
string targetMacro ( GetTargetMacro (module) );
string workingDirectory = GetWorkingDirectory ( );
string objectsMacro = GetObjectsMacro ( module );
string linkDepsMacro = GetLinkingDependenciesMacro ();
string libsMacro = GetLibsMacro ();
GenerateImportLibraryTargetIfNeeded ();
if ( module.non_if_data.files.size () > 0 )
{
GenerateRules ();
string dependencies = linkDepsMacro + " " + objectsMacro;
string linker;
if ( module.cplusplus )
linker = "${gpp}";
else
linker = "${gcc}";
string linkerParameters = ssprintf ( "-Wl,--subsystem,console -Wl,--entry,%s -Wl,--image-base,%s -Wl,--file-alignment,0x1000 -Wl,--section-alignment,0x1000 -shared",
module.entrypoint.c_str (),
module.baseaddress.c_str () );
GenerateLinkerCommand ( dependencies,
linker,
linkerParameters,
objectsMacro,
libsMacro );
}
else
{
GeneratePhonyTarget();
}
}
MingwWin32CUIModuleHandler::MingwWin32CUIModuleHandler (
const Module& module_ )
: MingwModuleHandler ( module_ )
{
}
void
MingwWin32CUIModuleHandler::Process ()
{
GenerateWin32CUIModuleTarget ();
}
void
MingwWin32CUIModuleHandler::GenerateWin32CUIModuleTarget ()
{
string targetMacro ( GetTargetMacro (module) );
string workingDirectory = GetWorkingDirectory ( );
string objectsMacro = GetObjectsMacro ( module );
string linkDepsMacro = GetLinkingDependenciesMacro ();
string libsMacro = GetLibsMacro ();
GenerateImportLibraryTargetIfNeeded ();
if ( module.non_if_data.files.size () > 0 )
{
GenerateRules ();
string dependencies = linkDepsMacro + " " + objectsMacro;
string linker;
if ( module.cplusplus )
linker = "${gpp}";
else
linker = "${gcc}";
string linkerParameters = ssprintf ( "-Wl,--subsystem,console -Wl,--entry,%s -Wl,--image-base,%s -Wl,--file-alignment,0x1000 -Wl,--section-alignment,0x1000",
module.entrypoint.c_str (),
module.baseaddress.c_str () );
GenerateLinkerCommand ( dependencies,
linker,
linkerParameters,
objectsMacro,
libsMacro );
}
else
{
GeneratePhonyTarget();
}
}
MingwWin32GUIModuleHandler::MingwWin32GUIModuleHandler (
const Module& module_ )
: MingwModuleHandler ( module_ )
{
}
void
MingwWin32GUIModuleHandler::Process ()
{
GenerateWin32GUIModuleTarget ();
}
void
MingwWin32GUIModuleHandler::GenerateWin32GUIModuleTarget ()
{
string targetMacro ( GetTargetMacro (module) );
string workingDirectory = GetWorkingDirectory ( );
string objectsMacro = GetObjectsMacro ( module );
string linkDepsMacro = GetLinkingDependenciesMacro ();
string libsMacro = GetLibsMacro ();
GenerateImportLibraryTargetIfNeeded ();
if ( module.non_if_data.files.size () > 0 )
{
GenerateRules ();
string dependencies = linkDepsMacro + " " + objectsMacro;
string linker;
if ( module.cplusplus )
linker = "${gpp}";
else
linker = "${gcc}";
string linkerParameters = ssprintf ( "-Wl,--subsystem,windows -Wl,--entry,%s -Wl,--image-base,%s -Wl,--file-alignment,0x1000 -Wl,--section-alignment,0x1000",
module.entrypoint.c_str (),
module.baseaddress.c_str () );
GenerateLinkerCommand ( dependencies,
linker,
linkerParameters,
objectsMacro,
libsMacro );
}
else
{
GeneratePhonyTarget();
}
}
MingwBootLoaderModuleHandler::MingwBootLoaderModuleHandler (
const Module& module_ )
: MingwModuleHandler ( module_ )
{
}
void
MingwBootLoaderModuleHandler::Process ()
{
GenerateBootLoaderModuleTarget ();
}
void
MingwBootLoaderModuleHandler::GenerateBootLoaderModuleTarget ()
{
string targetName ( module.GetTargetName () );
string targetMacro ( GetTargetMacro (module) );
string workingDirectory = GetWorkingDirectory ();
string junk_tmp = ros_temp + module.name + ".junk.tmp";
CLEAN_FILE ( junk_tmp );
string objectsMacro = GetObjectsMacro ( module );
string linkDepsMacro = GetLinkingDependenciesMacro ();
string libsMacro = GetLibsMacro ();
GenerateRules ();
fprintf ( fMakefile, "%s: %s %s | %s\n",
targetMacro.c_str (),
objectsMacro.c_str (),
linkDepsMacro.c_str (),
GetDirectory(GetTargetFilename(module,NULL)).c_str () );
fprintf ( fMakefile, "\t$(ECHO_LD)\n" );
fprintf ( fMakefile,
"\t${ld} %s -N -Ttext=0x8000 -o %s %s %s\n",
GetLinkerMacro ().c_str (),
junk_tmp.c_str (),
objectsMacro.c_str (),
linkDepsMacro.c_str () );
fprintf ( fMakefile,
"\t${objcopy} -O binary %s $@\n",
junk_tmp.c_str () );
fprintf ( fMakefile,
"\t-@${rm} %s 2>$(NUL)\n",
junk_tmp.c_str () );
}
MingwBootSectorModuleHandler::MingwBootSectorModuleHandler (
const Module& module_ )
: MingwModuleHandler ( module_ )
{
}
void
MingwBootSectorModuleHandler::Process ()
{
GenerateBootSectorModuleTarget ();
}
void
MingwBootSectorModuleHandler::GenerateBootSectorModuleTarget ()
{
string objectsMacro = GetObjectsMacro ( module );
GenerateRules ();
fprintf ( fMakefile, ".PHONY: %s\n\n",
module.name.c_str ());
fprintf ( fMakefile,
"%s: %s\n",
module.name.c_str (),
objectsMacro.c_str () );
}
MingwIsoModuleHandler::MingwIsoModuleHandler (
const Module& module_ )
: MingwModuleHandler ( module_ )
{
}
void
MingwIsoModuleHandler::Process ()
{
GenerateIsoModuleTarget ();
}
void
MingwIsoModuleHandler::OutputBootstrapfileCopyCommands (
const string& bootcdDirectory )
{
for ( size_t i = 0; i < module.project.modules.size (); i++ )
{
const Module& m = *module.project.modules[i];
if ( !m.enabled )
continue;
if ( m.bootstrap != NULL )
{
string sourceFilename = PassThruCacheDirectory (
NormalizeFilename ( m.GetPath () ),
backend->outputDirectory );
string targetFilenameNoFixup ( bootcdDirectory + SSEP + m.bootstrap->base + SSEP + m.bootstrap->nameoncd );
string targetFilename = MingwModuleHandler::PassThruCacheDirectory (
NormalizeFilename ( targetFilenameNoFixup ),
backend->outputDirectory );
fprintf ( fMakefile,
"\t$(ECHO_CP)\n" );
fprintf ( fMakefile,
"\t${cp} %s %s 1>$(NUL)\n",
sourceFilename.c_str (),
targetFilename.c_str () );
}
}
}
void
MingwIsoModuleHandler::OutputCdfileCopyCommands (
const string& bootcdDirectory )
{
for ( size_t i = 0; i < module.project.cdfiles.size (); i++ )
{
const CDFile& cdfile = *module.project.cdfiles[i];
string targetFilenameNoFixup = bootcdDirectory + SSEP + cdfile.base + SSEP + cdfile.nameoncd;
string targetFilename = MingwModuleHandler::PassThruCacheDirectory (
NormalizeFilename ( targetFilenameNoFixup ),
backend->outputDirectory );
fprintf ( fMakefile,
"\t$(ECHO_CP)\n" );
fprintf ( fMakefile,
"\t${cp} %s %s 1>$(NUL)\n",
cdfile.GetPath ().c_str (),
targetFilename.c_str () );
}
}
string
MingwIsoModuleHandler::GetBootstrapCdDirectories ( const string& bootcdDirectory )
{
string directories;
for ( size_t i = 0; i < module.project.modules.size (); i++ )
{
const Module& m = *module.project.modules[i];
if ( !m.enabled )
continue;
if ( m.bootstrap != NULL )
{
string targetDirectory ( bootcdDirectory + SSEP + m.bootstrap->base );
if ( directories.size () > 0 )
directories += " ";
directories += PassThruCacheDirectory (
NormalizeFilename ( targetDirectory ),
backend->outputDirectory );
}
}
return directories;
}
string
MingwIsoModuleHandler::GetNonModuleCdDirectories ( const string& bootcdDirectory )
{
string directories;
for ( size_t i = 0; i < module.project.cdfiles.size (); i++ )
{
const CDFile& cdfile = *module.project.cdfiles[i];
string targetDirectory ( bootcdDirectory + SSEP + cdfile.base );
if ( directories.size () > 0 )
directories += " ";
directories += PassThruCacheDirectory (
NormalizeFilename ( targetDirectory ),
backend->outputDirectory );
}
return directories;
}
string
MingwIsoModuleHandler::GetCdDirectories ( const string& bootcdDirectory )
{
string directories = GetBootstrapCdDirectories ( bootcdDirectory );
directories += " " + GetNonModuleCdDirectories ( bootcdDirectory );
return directories;
}
void
MingwIsoModuleHandler::GetBootstrapCdFiles (
vector<string>& out ) const
{
for ( size_t i = 0; i < module.project.modules.size (); i++ )
{
const Module& m = *module.project.modules[i];
if ( !m.enabled )
continue;
if ( m.bootstrap != NULL )
{
string filename = PassThruCacheDirectory (
NormalizeFilename ( m.GetPath () ),
backend->outputDirectory );
out.push_back ( filename );
}
}
}
void
MingwIsoModuleHandler::GetNonModuleCdFiles (
vector<string>& out ) const
{
for ( size_t i = 0; i < module.project.cdfiles.size (); i++ )
{
const CDFile& cdfile = *module.project.cdfiles[i];
out.push_back ( cdfile.GetPath () );
}
}
void
MingwIsoModuleHandler::GetCdFiles (
vector<string>& out ) const
{
GetBootstrapCdFiles ( out );
GetNonModuleCdFiles ( out );
}
void
MingwIsoModuleHandler::GenerateIsoModuleTarget ()
{
string bootcdDirectory = "cd";
string bootcd = PassThruCacheDirectory (
NormalizeFilename ( bootcdDirectory + SSEP ),
backend->outputDirectory );
string isoboot = PassThruCacheDirectory (
NormalizeFilename ( "boot" SSEP "freeldr" SSEP "bootsect" SSEP "isoboot.o" ),
backend->outputDirectory );
string bootcdReactosNoFixup = bootcdDirectory + SSEP "reactos";
string bootcdReactos = PassThruCacheDirectory (
NormalizeFilename ( bootcdReactosNoFixup + SSEP ),
backend->outputDirectory );
CLEAN_FILE ( bootcdReactos );
string reactosInf = PassThruCacheDirectory (
NormalizeFilename ( bootcdReactosNoFixup + SSEP "reactos.inf" ),
backend->outputDirectory );
string reactosDff = NormalizeFilename ( "bootdata" SSEP "packages" SSEP "reactos.dff" );
string cdDirectories = GetCdDirectories ( bootcdDirectory );
vector<string> vCdFiles;
GetCdFiles ( vCdFiles );
string cdFiles = v2s ( vCdFiles, 5 );
fprintf ( fMakefile, ".PHONY: %s\n\n",
module.name.c_str ());
fprintf ( fMakefile,
"%s: all %s %s %s %s $(CABMAN_TARGET) $(CDMAKE_TARGET)\n",
module.name.c_str (),
isoboot.c_str (),
bootcdReactos.c_str (),
cdDirectories.c_str (),
cdFiles.c_str () );
fprintf ( fMakefile, "\t$(ECHO_CABMAN)\n" );
fprintf ( fMakefile,
"\t$(Q)$(CABMAN_TARGET) -C %s -L %s -I -P $(OUTPUT)\n",
reactosDff.c_str (),
bootcdReactos.c_str () );
fprintf ( fMakefile,
"\t$(Q)$(CABMAN_TARGET) -C %s -RC %s -L %s -N -P $(OUTPUT)\n",
reactosDff.c_str (),
reactosInf.c_str (),
bootcdReactos.c_str ());
fprintf ( fMakefile,
"\t-@${rm} %s 2>$(NUL)\n",
reactosInf.c_str () );
OutputBootstrapfileCopyCommands ( bootcdDirectory );
OutputCdfileCopyCommands ( bootcdDirectory );
fprintf ( fMakefile, "\t$(ECHO_CDMAKE)\n" );
fprintf ( fMakefile,
"\t$(Q)$(CDMAKE_TARGET) -v -m -b %s %s REACTOS ReactOS.iso\n",
isoboot.c_str (),
bootcd.c_str () );
fprintf ( fMakefile,
"\n" );
}
MingwLiveIsoModuleHandler::MingwLiveIsoModuleHandler (
const Module& module_ )
: MingwModuleHandler ( module_ )
{
}
void
MingwLiveIsoModuleHandler::Process ()
{
GenerateLiveIsoModuleTarget ();
}
void
MingwLiveIsoModuleHandler::CreateDirectory ( const string& directory )
{
string normalizedDirectory = MingwModuleHandler::PassThruCacheDirectory (
NormalizeFilename ( directory ) + SSEP,
backend->outputDirectory );
}
void
MingwLiveIsoModuleHandler::OutputCopyCommand ( const string& sourceFilename,
const string& targetFilename,
const string& targetDirectory )
{
string normalizedTargetFilename = MingwModuleHandler::PassThruCacheDirectory (
NormalizeFilename ( targetDirectory + SSEP + targetFilename ),
backend->outputDirectory );
fprintf ( fMakefile,
"\t$(ECHO_CP)\n" );
fprintf ( fMakefile,
"\t${cp} %s %s 1>$(NUL)\n",
sourceFilename.c_str (),
normalizedTargetFilename.c_str () );
}
void
MingwLiveIsoModuleHandler::OutputModuleCopyCommands ( string& livecdDirectory,
string& reactosDirectory )
{
for ( size_t i = 0; i < module.project.modules.size (); i++ )
{
const Module& m = *module.project.modules[i];
if ( !m.enabled )
continue;
if ( m.installName.length () > 0 )
{
string sourceFilename = MingwModuleHandler::PassThruCacheDirectory (
NormalizeFilename ( m.GetPath () ),
backend->outputDirectory );
OutputCopyCommand ( sourceFilename,
m.installName,
livecdDirectory + SSEP + reactosDirectory + SSEP + m.installBase );
}
}
}
void
MingwLiveIsoModuleHandler::OutputNonModuleCopyCommands ( string& livecdDirectory,
string& reactosDirectory )
{
for ( size_t i = 0; i < module.project.installfiles.size (); i++ )
{
const InstallFile& installfile = *module.project.installfiles[i];
OutputCopyCommand ( installfile.GetPath (),
installfile.newname,
livecdDirectory + SSEP + reactosDirectory + SSEP + installfile.base );
}
}
void
MingwLiveIsoModuleHandler::OutputProfilesDirectoryCommands ( string& livecdDirectory )
{
CreateDirectory ( livecdDirectory + SSEP "Profiles" );
CreateDirectory ( livecdDirectory + SSEP "Profiles" SSEP "All Users") ;
CreateDirectory ( livecdDirectory + SSEP "Profiles" SSEP "All Users" SSEP "Desktop" );
CreateDirectory ( livecdDirectory + SSEP "Profiles" SSEP "Default User" );
CreateDirectory ( livecdDirectory + SSEP "Profiles" SSEP "Default User" SSEP "Desktop" );
CreateDirectory ( livecdDirectory + SSEP "Profiles" SSEP "Default User" SSEP "My Documents" );
string livecdIni = "bootdata" SSEP "livecd.ini";
OutputCopyCommand ( livecdIni,
"freeldr.ini",
livecdDirectory );
}
void
MingwLiveIsoModuleHandler::OutputLoaderCommands ( string& livecdDirectory )
{
string freeldr = PassThruCacheDirectory (
NormalizeFilename ( "boot" SSEP "freeldr" SSEP "freeldr" SSEP "freeldr.sys" ),
backend->outputDirectory );
CreateDirectory ( livecdDirectory + SSEP "loader" );
OutputCopyCommand ( freeldr,
"setupldr.sys",
livecdDirectory + SSEP + "loader" );
}
void
MingwLiveIsoModuleHandler::OutputRegistryCommands ( string& livecdDirectory )
{
string reactosSystem32ConfigDirectory = NormalizeFilename (
MingwModuleHandler::PassThruCacheDirectory (
livecdDirectory + SSEP "reactos" SSEP "system32" SSEP "config" SSEP,
backend->outputDirectory ) );
fprintf ( fMakefile,
"\t$(ECHO_MKHIVE)\n" );
fprintf ( fMakefile,
"\t$(MKHIVE_TARGET) bootdata %s bootdata" SSEP "livecd.inf bootdata" SSEP "hiveinst.inf\n",
reactosSystem32ConfigDirectory.c_str () );
}
void
MingwLiveIsoModuleHandler::GenerateLiveIsoModuleTarget ()
{
string livecdDirectory = "livecd";
string livecd = PassThruCacheDirectory (
NormalizeFilename ( livecdDirectory + SSEP ),
backend->outputDirectory );
string isoboot = PassThruCacheDirectory (
NormalizeFilename ( "boot" SSEP "freeldr" SSEP "bootsect" SSEP "isoboot.o" ),
backend->outputDirectory );
string reactosDirectory = "reactos";
string livecdReactosNoFixup = livecdDirectory + SSEP + reactosDirectory;
string livecdReactos = NormalizeFilename ( PassThruCacheDirectory (
NormalizeFilename ( livecdReactosNoFixup + SSEP ),
backend->outputDirectory ) );
CLEAN_FILE ( livecdReactos );
fprintf ( fMakefile, ".PHONY: %s\n\n",
module.name.c_str ());
fprintf ( fMakefile,
"%s: all %s %s $(MKHIVE_TARGET) $(CDMAKE_TARGET)\n",
module.name.c_str (),
isoboot.c_str (),
livecdReactos.c_str () );
OutputModuleCopyCommands ( livecdDirectory,
reactosDirectory );
OutputNonModuleCopyCommands ( livecdDirectory,
reactosDirectory );
OutputProfilesDirectoryCommands ( livecdDirectory );
OutputLoaderCommands ( livecdDirectory );
OutputRegistryCommands ( livecdDirectory );
fprintf ( fMakefile, "\t$(ECHO_CDMAKE)\n" );
fprintf ( fMakefile,
"\t$(Q)$(CDMAKE_TARGET) -v -m -j -b %s %s REACTOS ReactOS-LiveCD.iso\n",
isoboot.c_str (),
livecd.c_str () );
fprintf ( fMakefile,
"\n" );
}
MingwTestModuleHandler::MingwTestModuleHandler (
const Module& module_ )
: MingwModuleHandler ( module_ )
{
}
void
MingwTestModuleHandler::Process ()
{
GenerateTestModuleTarget ();
}
void
MingwTestModuleHandler::GetModuleSpecificSourceFiles ( vector<File*>& sourceFiles )
{
string basePath = "$(INTERMEDIATE)" SSEP + module.GetBasePath ();
sourceFiles.push_back ( new File ( basePath + SSEP "_hooks.c", false, "", false ) );
sourceFiles.push_back ( new File ( basePath + SSEP "_stubs.S", false, "", false ) );
sourceFiles.push_back ( new File ( basePath + SSEP "_startup.c", false, "", false ) );
}
void
MingwTestModuleHandler::GenerateTestModuleTarget ()
{
string targetMacro ( GetTargetMacro ( module ) );
string workingDirectory = GetWorkingDirectory ( );
string objectsMacro = GetObjectsMacro ( module );
string linkDepsMacro = GetLinkingDependenciesMacro ();
string libsMacro = GetLibsMacro ();
GenerateImportLibraryTargetIfNeeded ();
if ( module.non_if_data.files.size () > 0 )
{
GenerateRules ();
string dependencies = linkDepsMacro + " " + objectsMacro;
string linker;
if ( module.cplusplus )
linker = "${gpp}";
else
linker = "${gcc}";
string linkerParameters = ssprintf ( "-Wl,--subsystem,console -Wl,--entry,%s -Wl,--image-base,%s -Wl,--file-alignment,0x1000 -Wl,--section-alignment,0x1000",
module.entrypoint.c_str (),
module.baseaddress.c_str () );
GenerateLinkerCommand ( dependencies,
linker,
linkerParameters,
objectsMacro,
libsMacro );
}
else
{
GeneratePhonyTarget();
}
}
MingwRpcServerModuleHandler::MingwRpcServerModuleHandler (
const Module& module_ )
: MingwModuleHandler ( module_ )
{
}
void
MingwRpcServerModuleHandler::Process ()
{
GenerateRules ();
}
MingwRpcClientModuleHandler::MingwRpcClientModuleHandler (
const Module& module_ )
: MingwModuleHandler ( module_ )
{
}
void
MingwRpcClientModuleHandler::Process ()
{
GenerateRules ();
}