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> . > > Du könntest höchstens die Compiler-DLL benutzen. Wie man diese jedoch > > in eigene Anwendungen einbinden kann, habe ich noch nicht geprüft. > > > > MfG André H. > > > > > Hi André, > auf meiner Festplatte, gaaaaanz weit unten, habe ich die DLL-Schnittstelle gefunden. > Damit kann, wer will und <i>kann</i>, ein Komandozeilen-Tool basteln > > <b><u>cc2comp.def </u></b> > <code> > > LIBRARY CC2Comp > > DESCRIPTION 'C-Control II Compiler Library for Win32 IDE' > > EXPORTS > > openProject > closeProject > renameProject > isValidModuleName > addModule > replaceModuleSource > removeAll > removeModule > setMessageBuffer > compileModule > beginBuild > finishBuild > getModuleLineInfos > getIdentDefPos > getIdentCompletions > getIdentFullName > writeOutputFile > getRequiredVMCBufferSize > fillVMCBuffer > </code> > > > <b><u>cc2comp.h</u></b> > > <code> > /******************************************************************************** > > project C-Control II > > cc2comp.h > > compiler DLL interface > > *********************************************************************************/ > > #ifndef _cc2comp_h > #define _cc2comp_h > > #ifndef STRICT > #define STRICT > #endif > > #define WIN32_LEAN_AND_MEAN > #include <windows.h> > > > > #define CC2COMP_API FAR PASCAL > > > #define C2_MODULE_HANDLE DWORD > #define PROJECT LPVOID > > extern "C" { > > // note: if not stated otherwise, all LPSTR mean pointer to a null-terminated > // string of 8-bit Windows (ANSI) characters. > > > PROJECT CC2COMP_API openProject ( LPSTR name ); > /* > create a new project object with a name; > > returns a PROJECT pointer after the object has been sucessfully created (else NULL), > provide this pointer to subsequent calls of those functions below > */ > > > BOOL CC2COMP_API closeProject ( PROJECT project ); > /* > close and destroy a project object > > returns FALSE for bad project pointer > */ > > > BOOL CC2COMP_API renameProject ( PROJECT project, LPSTR name ); > /* > rename a project; > > returns FALSE for bad project pointer > */ > > > BOOL CC2COMP_API isValidModuleName( LPCSTR name ); > /* > check if a given name fulfills the C2 identifier name specifications > > returns TRUE if good, returns FALSE on bad name > */ > > > C2_MODULE_HANDLE CC2COMP_API addModule ( PROJECT project, LPSTR name, LPSTR source, DWORD options ); > /* > add a C2 source module to an open project; > this module is appended to the end of the project's modules list > > > project - pointer to project > > name - module name, must be a valid C2-identifier (alphanumeric chars only, no whitespaces) > > source - full path of file, e.g. "c:/projects/c2/test1.c2", > or pointer to data stream in memory > > options - 0 - source is pointer to memory stream > 1 - source is path of file > > > returns a handle value if the module has been successfully added to the project; > > returns 0xFFFF.FFFE if the given name is no valid C2 identifier > > returns 0xFFFF.FFFF if a module with the given name is already existing in the project; > > returns 0 if the module does not exist or any other fatal exception was caught, > then the project should be closed > */ > > > BOOL CC2COMP_API replaceModuleSource ( PROJECT project, C2_MODULE_HANDLE module, LPSTR source, DWORD options ); > /* > replace a module's C2 source; the function invalidates all previous translation results for every module > from this modul downto the end of the list > > > project - pointer to project > > module - module handle > > source - full path of file, e.g. "c:/projects/c2/test1.c2", > or pointer to data stream in memory > > options - 0 - source is pointer to memory stream > 1 - source is path of file > > > returns FALSE if the module does not exist or any other fatal exception was caught, > then the project should be closed > */ > > > BOOL CC2COMP_API removeAll ( PROJECT project ); > /* > removes all modules from the list > > project - pointer to project > > returns FALSE if any fatal exception was caught, else TRUE > */ > > > BOOL CC2COMP_API removeModule ( PROJECT project, C2_MODULE_HANDLE module ); > /* > remove a module from the project's modules list; the function invalidates > all previous translation results for every remaining module beyond this one downto > the end of the list > > > project - pointer to project > > module - module handle > > > returns FALSE if the module does not exist or any other fatal exception was caught, > then the project should be closed > */ > > > BOOL CC2COMP_API setMessageBuffer ( PROJECT project, LPSTR output, DWORD length ); > /* > set a project's compiler message output destination > > > project - pointer to project > > output - full path of file, e.g. "c:/projects/c2/testproject.log", > or pointer to data stream in memory > or NULL for standard console output > > length - 0 -> disable any output > 0xFFFF.FFFF -> write output to file > else -> write max. length output bytes to memory > (including null-terminator) > > > returns FALSE if the function failed, then the project should be closed > */ > > > DWORD CC2COMP_API compileModule ( PROJECT project, C2_MODULE_HANDLE module ); > /* > compile every invalidated (see above) or previously untranslated module, > starting from the first module in the project's modules list downto the > specified module, at least the specified module will be translated because > it's declared invalid automatically; > all compiled modules with errors remain or become invalid, the good ones become > "clean" (means translated and valid); > the function delcares every module beyond the specified one to be invalid; > > > project - pointer to project > > module - module handle > > > returns following status result: > > 0x0000.0000 - function call failed (fatal exception) -> close project > > 0xFFFF.FFFF - success, no errors; call "getModuleLineInfos" for > context information of every source line > > 0x0???.???? - n (=0x???.????) compiler errors read and parse the compiler logs > (see "setMessageBuffer") for error status and messages; > call "getModuleLineInfos" for context information of > every source line > */ > > > BOOL CC2COMP_API beginBuild ( PROJECT project ); > BOOL CC2COMP_API finishBuild ( PROJECT project ); > > > > BOOL CC2COMP_API getModuleLineInfos ( PROJECT project, C2_MODULE_HANDLE module, LPSTR infos, DWORD linecount ); > /* > retrieve syntax context information for every single line of a compiled module > > project - pointer to project > > module - module handle > > infos - pointer to an array of bytes, without null-terminator, this array must > be capable to take one byte for each line - check the number of lines > when compiling the module before! don't call this function for uncompiled > modules! > > > each byte value is a combination of following states > > 0 - LINE_EMPTY > 1 - LINE_EXECUTABLE > 128 - LINE_ERROR > > > returns FALSE if the function failed, then the project should be closed > */ > > > BOOL CC2COMP_API getIdentDefPos ( PROJECT project, LPSTR ident, > C2_MODULE_HANDLE* module_ptr, DWORD* lino_ptr ); > /* > retrieve module and line number of an identifier's definition position > > project - pointer to project > > ident - identifer, e.g. "A.fx" for function fx of module A > > module_ptr - pointer to module handle > > lino_ptr - pointer to line number > > > before calling getIdentDefPos, values at module_ptr and lino_ptr must > contain current context information; > getIdentDefPos will replace both values at module_ptr and lino_ptr > by identifier's definition position > > returns FALSE if ident could not be found from given context view, else TRUE > */ > > > BOOL CC2COMP_API getIdentCompletions ( PROJECT project, LPSTR ident, > C2_MODULE_HANDLE module, DWORD lino, > LPSTR completions, DWORD length ); > /* > get all valid completions for a given identifier > > project - pointer to project > > ident - identifer, e.g. "A" for a module A > > module - context module handle > > lino - context line number > > completions - pointer to buffer, where completions get listed as text > > length - maximum length of buffer > > > if module "A" had two functions "fx1", "fx2" and a variable "x", > getIdentCompletions will fill completions with > "fx1 (function) > fx2 (function) > x (variable)" , separeted by line feeds. > > returns FALSE if ident could not be found from given context view, else TRUE > */ > > > > BOOL CC2COMP_API getIdentFullName ( PROJECT project, LPSTR ident, > C2_MODULE_HANDLE module, DWORD lino, > LPSTR fullname, DWORD length ); > /* > get the full name for a given identifier, the full name includes the whole > identifier path, beginning from the module name, > the full name is required when asking for a variable's mapcode during simulation run > > project - pointer to project > > ident - identifer > > module - context module handle > > lino - context line number > > fullname - pointer to buffer, where the fullname shall be stored in > > length - maximum length of buffer > > > returns FALSE if something went wrong, you cannot use the fullname then > */ > > > > BOOL CC2COMP_API writeOutputFile ( PROJECT project, LPSTR output ); > /* > write VM codes to an outputfile, to be called after successful build; > full debug information is automatically stored in a separate file (*.dbg), > provide this debug file to later simulator runs > > > project - pointer to project > > output - full path of file, e.g. "c:/projects/c2/testproject.out", > > returns FALSE if the function failed, then the project should be closed > */ > > > DWORD CC2COMP_API getRequiredVMCBufferSize ( PROJECT project ); > /* > ask for the required buffer size (see fillVMCBuffer below); > call this function after successful writeOutputFile only > > project - pointer to project > > returns 0 on error, then the project should be closed > */ > > > BOOL CC2COMP_API fillVMCBuffer ( PROJECT project, LPSTR buffer ); > /* > write VM codes into a memory buffer; > > project - pointer to project > buffer - buffer of enough size (see getRequiredVMCBufferSize above) > > returns FALSE if the function failed, then the project should be closed > */ > > > } > > #endif > </code> > > > viele Grüße > m.

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