default:
-static void DummyFunction()
+static __attribute__((unused)) void DummyFunction()
{
int a;
a.OnFree();
void OnLoad(GlobalSettingsData data)
{
- IDESettings settings = (IDESettings)data;
#ifndef MAKEFILE_GENERATOR
+ IDESettings settings = (IDESettings)data;
globalSettingsDialog.ideSettings = settings;
ide.UpdateRecentMenus();
ide.UpdateCompilerConfigs(true);
#define SEPS "/"
#define SEP '/'
-static Array<String> notLinkerOptions
+static Array<const String> notLinkerOptions
{ [
"-static-libgcc",
"-shared",
// NOTES: - this function should get only unescaped unix style paths
// - paths with literal $(somestring) in them are not supported
// my_$(messed_up)_path would likely become my__path
-void EscapeForMake(char * output, char * input, bool hideSpace, bool allowVars, bool allowDblQuote)
+void EscapeForMake(char * output, const char * input, bool hideSpace, bool allowVars, bool allowDblQuote)
{
- char ch, *i = input, *o = output;
+ char ch, *o = output;
+ const char *i = input;
bool inVar = false;
#ifdef _DEBUG
int len = strlen(input);
delete buf;
}
-void EscapeForMakeToDynString(DynamicString output, char * input, bool hideSpace, bool allowVars, bool allowDblQuote)
+void EscapeForMakeToDynString(DynamicString output, const char * input, bool hideSpace, bool allowVars, bool allowDblQuote)
{
char * buf = new char[strlen(input)*2+1];
EscapeForMake(buf, input, hideSpace, allowVars, allowDblQuote);
delete buf;
}
-int OutputFileList(File f, char * name, Array<String> list, Map<String, int> varStringLenDiffs, char * prefix)
+int OutputFileList(File f, const char * name, Array<String> list, Map<String, int> varStringLenDiffs, const char * prefix)
{
int numOfBreaks = 0;
const int breakListLength = 1536;
return numOfBreaks;
}
-void OutputFileListActions(File f, char * name, int parts, char * fileName)
+void OutputFileListActions(File f, const char * name, int parts, const char * fileName)
{
if(parts > 1)
{
}
}
-void OutputCleanActions(File f, char * name, int parts)
+void OutputCleanActions(File f, const char * name, int parts)
{
if(parts > 1)
{
enum StringOutputMethod { asIs, escape, escapePath};
enum ToolchainFlag { any, _D, _I, _isystem, _Wl, _L/*, _Wl-rpath*/ };
-String flagNames[ToolchainFlag] = { "", "-D", "-I", "-isystem ", "-Wl,", /*"-Wl,--library-path="*/"-L"/*, "-Wl,-rpath "*/ };
+const String flagNames[ToolchainFlag] = { "", "-D", "-I", "-isystem ", "-Wl,", /*"-Wl,--library-path="*/"-L"/*, "-Wl,-rpath "*/ };
void OutputFlags(File f, ToolchainFlag flag, Array<String> list, LineOutputMethod lineMethod)
{
if(list.count)
void CamelCase(char * string)
{
- int c, len = strlen(string);
- for(c=0; c<len && string[c] >= 'A' && string[c] <= 'Z'; c++)
- string[c] = (char)tolower(string[c]);
+ if(string)
+ {
+ int c, len = strlen(string);
+ for(c=0; c<len && string[c] >= 'A' && string[c] <= 'Z'; c++)
+ string[c] = (char)tolower(string[c]);
+ }
}
CompilerConfig GetCompilerConfig()
projectPOs.options.targetType : TargetTypes::unset;
-char * PlatformToMakefileTargetVariable(Platform platform)
+const char * PlatformToMakefileTargetVariable(Platform platform)
{
return platform == win32 ? "WINDOWS_TARGET" :
platform == tux ? "LINUX_TARGET" :
"ERROR_BAD_TARGET";
}
-char * TargetTypeToMakefileVariable(TargetTypes targetType)
+const char * TargetTypeToMakefileVariable(TargetTypes targetType)
{
return targetType == executable ? "executable" :
targetType == sharedLibrary ? "sharedlib" :
}
// Move this to ProjectConfig? null vs Common to consider...
-char * GetConfigName(ProjectConfig config)
+const char * GetConfigName(ProjectConfig config)
{
return config ? config.name : "Common";
}
float version;
String moduleName;
- property char * moduleVersion
+ property const char * moduleVersion
{
set { delete moduleVersion; if(value && value[0]) moduleVersion = CopyString(value); } // TODO: use CopyString function that filters chars
get { return moduleVersion ? moduleVersion : ""; } // version number should only use digits and dots
isset { return moduleVersion != null && moduleVersion[0]; } // add leading/trailing 0 if value start/ends with dot(s)
}
- property char * description
+ property const char * description
{
set { delete description; if(value && value[0]) description = CopyString(value); }
get { return description ? description : ""; }
isset { return description != null && description[0]; }
}
- property char * license
+ property const char * license
{
set { delete license; if(value && value[0]) license = CopyString(value); }
get { return license ? license : ""; }
isset { return license != null && license[0]; }
}
- property char * compilerConfigsDir
+ property const char * compilerConfigsDir
{
set { delete compilerConfigsDir; if(value && value[0]) compilerConfigsDir = CopyString(value); }
get { return compilerConfigsDir ? compilerConfigsDir : ""; }
FileMonitor fileMonitor
{
this, FileChange { modified = true };
- bool OnFileNotify(FileChange action, char * param)
+ bool OnFileNotify(FileChange action, const char * param)
{
fileMonitor.StopMonitoring();
if(OnProjectModified(action, param))
return true;
}
- bool OnProjectModified(FileChange fileChange, char * param)
+ bool OnProjectModified(FileChange fileChange, const char * param)
{
char temp[4096];
sprintf(temp, $"The project %s was modified by another application.\n"
}
}
- property char * filePath
+ property const char * filePath
{
set
{
}
}
- ProjectConfig GetConfig(char * configName)
+ ProjectConfig GetConfig(const char * configName)
{
ProjectConfig result = null;
if(configName && configName[0] && configurations.count)
return result;
}
- ProjectNode FindNodeByObjectFileName(char * fileName, IntermediateFileType type, bool dotMain, ProjectConfig config)
+ ProjectNode FindNodeByObjectFileName(const char * fileName, IntermediateFileType type, bool dotMain, ProjectConfig config)
{
ProjectNode result;
- char * cfgName;
+ const char * cfgName;
if(!config)
config = this.config;
cfgName = config ? config.name : "";
return false;
}
- char * GetObjDirExpression(ProjectConfig config)
+ const char * GetObjDirExpression(ProjectConfig config)
{
// TODO: Support platform options
- char * expression = localObjectsDirectory;
+ const char * expression = localObjectsDirectory;
if(!expression)
expression = settingsObjectsDirectory;
return expression;
DirExpression GetObjDir(CompilerConfig compiler, ProjectConfig config, int bitDepth)
{
- char * expression = GetObjDirExpression(config);
+ const char * expression = GetObjDirExpression(config);
DirExpression objDir { type = intermediateObjectsDir };
objDir.Evaluate(expression, this, compiler, config, bitDepth);
return objDir;
}
- char * GetTargetDirExpression(ProjectConfig config)
+ const char * GetTargetDirExpression(ProjectConfig config)
{
// TODO: Support platform options
- char * expression = localTargetDirectory;
+ const char * expression = localTargetDirectory;
if(!expression)
expression = settingsTargetDirectory;
return expression;
DirExpression GetTargetDir(CompilerConfig compiler, ProjectConfig config, int bitDepth)
{
- char * expression = GetTargetDirExpression(config);
+ const char * expression = GetTargetDirExpression(config);
DirExpression targetDir { type = DirExpressionType::targetDir /*intermediateObjectsDir*/};
targetDir.Evaluate(expression, this, compiler, config, bitDepth);
return targetDir;
return fastMath == true;
}
- String GetDefaultNameSpace(ProjectConfig config)
+ const String GetDefaultNameSpace(ProjectConfig config)
{
- String defaultNameSpace = localDefaultNameSpace;
+ const String defaultNameSpace = localDefaultNameSpace;
return defaultNameSpace;
}
return strictNameSpaces == true;
}
- String GetTargetFileName(ProjectConfig config)
+ const String GetTargetFileName(ProjectConfig config)
{
- String targetFileName = localTargetFileName;
+ const String targetFileName = localTargetFileName;
return targetFileName;
}
{
#ifndef MAKEFILE_GENERATOR
return ide.project == this && ide.debugger && ide.debugger.prjConfig == config && ide.debugger.isActive;
+#else
+ return false;
#endif
}
{
#ifndef MAKEFILE_GENERATOR
return ide.project == this && ide.debugger && ide.debugger.prjConfig == config && ide.debugger.isPrepared;
+#else
+ return false;
#endif
}
}
#ifndef MAKEFILE_GENERATOR
- bool Save(char * fileName)
+ bool Save(const char * fileName)
{
File f;
/*char output[MAX_LOCATION];
void CatTargetFileName(char * string, CompilerConfig compiler, ProjectConfig config)
{
TargetTypes targetType = GetTargetType(config);
- String targetFileName = GetTargetFileName(config);
+ const String targetFileName = GetTargetFileName(config);
if(targetType == staticLibrary)
{
PathCatSlash(string, "lib");
strcat(string, ".dylib");
else
strcat(string, ".so");
- if(compiler.targetPlatform == tux && GetRuntimePlatform() == tux && moduleVersion && moduleVersion[0])
+ if(compiler.targetPlatform == tux && __runtimePlatform == tux && moduleVersion && moduleVersion[0])
{
strcat(string, ".");
strcat(string, moduleVersion);
void ModifiedAllConfigs(bool making, bool compiling, bool linking, bool symbolGen)
{
Map<String, NameCollisionInfo> cfgNameCollision;
- MapIterator<String, Map<String, NameCollisionInfo>> it { map = configsNameCollisions };
+ MapIterator<const String, Map<String, NameCollisionInfo>> it { map = configsNameCollisions };
if(it.Index("", false))
{
cfgNameCollision = it.data;
bool loggedALine = false;
int lenMakeCommand = strlen(compiler.makeCommand);
int testLen = 0;
- char * t, * s;
+ const char * t, * s, * s2;
char moduleName[MAX_FILENAME];
- char * gnuToolchainPrefix = compiler.gnuToolchainPrefix ? compiler.gnuToolchainPrefix : "";
+ const char * gnuToolchainPrefix = compiler.gnuToolchainPrefix ? compiler.gnuToolchainPrefix : "";
DynamicString test { };
DynamicString ecp { };
//printf("Peeking and GetLine...\n");
if((result = f.Peek()) && (result = f.GetLine(line, sizeof(line)-1)) && line[0])
{
- char * message = null;
- char * inFileIncludedFrom = strstr(line, stringInFileIncludedFrom);
- char * from = strstr(line, stringFrom);
+ const char * message = null;
+ const char * inFileIncludedFrom = strstr(line, stringInFileIncludedFrom);
+ const char * from = strstr(line, stringFrom);
test.copyLenSingleBlankReplTrim(line, ' ', true, testLen);
- if((t = strstr(line, (s=": recipe for target"))) && (t = strstr(t+strlen(s), (s=" failed"))) && (t+strlen(s))[0] == '\0')
+ if((t = strstr(line, (s=": recipe for target"))) && (t = strstr(t+strlen(s), (s2 = " failed"))) && (t+strlen(s2))[0] == '\0')
; // ignore this new gnu make error but what is it about?
else if(strstr(line, compiler.makeCommand) == line && line[lenMakeCommand] == ':')
{
- char * module = strstr(line, "No rule to make target `");
+ const char * module = strstr(line, "No rule to make target `");
if(module)
{
char * end;
if(module)
{
- byte * tokens[1];
+ char * tokens[1];
if(!compiling && !isPrecomp)
{
ide.outputView.buildBox.Logf($"Compiling...\n");
if(module) module++;
if(module)
{
- byte * tokens[1];
+ char * tokens[1];
char * dashF = strstr(module, "-F ");
if(dashF)
{
{
if(linking || compiling || precompiling)
{
- char * start = inFileIncludedFrom ? inFileIncludedFrom + strlen(stringInFileIncludedFrom) : from ? from + strlen(stringFrom) : line;
- char * colon = strstr(start, ":"); //, * bracket;
+ const char * start = inFileIncludedFrom ? inFileIncludedFrom + strlen(stringInFileIncludedFrom) : from ? from + strlen(stringFrom) : line;
+ const char * colon = strstr(start, ":"); //, * bracket;
if(colon && (colon[1] == '/' || colon[1] == '\\'))
colon = strstr(colon + 1, ":");
if(colon)
{
- char * sayError = "";
+ const char * sayError = "";
char moduleName[MAX_LOCATION], temp[MAX_LOCATION];
char * pointer;
char * error;
numErrors++;
}
else if(compilingEC == 1 || (objDir && objDir == moduleName))
- continue;
+ {
+ bool skip = false;
+
+ // Filter out these warnings caused by eC generated C code:
+
+ // Declaration ordering bugs -- Awaiting topo sort implementation
+ if(strstr(line, "declared inside parameter list")) skip = true;
+ else if(strstr(line, "its scope is only this definition")) skip = true;
+ else if(strstr(line, "note: expected 'struct ") || strstr(line, "note: expected ‘struct "))
+ {
+ #define STRUCT_A "'struct "
+ #define STRUCT_B "‘struct "
+ char * struct1, * struct2, ch1, ch2;
+ struct1 = strstr(line, STRUCT_A);
+ if(struct1) { struct1 += sizeof(STRUCT_A)-1; } else { struct1 = strstr(line, STRUCT_B); struct1 += sizeof(STRUCT_B)-1; };
+
+ struct2 = strstr(struct1, STRUCT_A);
+ if(struct2) { struct2 += sizeof(STRUCT_A)-1; } else { struct2 = strstr(struct1, STRUCT_B); if(struct2) struct2 += sizeof(STRUCT_B)-1; };
+
+ if(struct1 && struct2)
+ {
+ while(ch1 = *(struct1++), ch2 = *(struct2++), ch1 && ch2 && (ch1 == '_' || isalnum(ch1)) && (ch2 == '_' || isalnum(ch2)));
+ if(ch1 == ch2)
+ skip = true;
+ }
+ }
+ // Pointers warnings (eC should already warn about relevant problems, more forgiving for function pointers, should cast in generated code)
+ else if((strstr(line, "note: expected '") || strstr(line, "note: expected ‘")) && strstr(line, "(*)")) skip = true;
+ else if(strstr(line, "expected 'void **") || strstr(line, "expected ‘void **")) skip = true;
+ else if(strstr(line, "from incompatible pointer type")) skip = true;
+ else if(strstr(line, "comparison of distinct pointer types lacks a cast")) skip = true;
+
+ // Things being defined for potential use -- Should mark as unused
+ else if(strstr(line, "unused variable") && (strstr(line, "'__") || strstr(line, "‘__") || strstr(line, "'class'") || strstr(line, "‘class’"))) skip = true;
+ else if(strstr(line, "defined but not used") && strstr(line, "__ecereProp")) skip = true;
+
+ // For preprocessed code from objidl.h (MinGW-w64 headers)
+ else if(strstr(line, "declaration does not declare anything")) skip = true;
+
+ // Location information that could apply to ignored warnings
+ else if(strstr(line, "In function '") || strstr(line, "In function ‘") ) skip = true;
+ else if(strstr(line, "At top level")) skip = true;
+ else if(strstr(line, "(near initialization for '") || strstr(line, "(near initialization for ‘")) skip = true;
+
+ if(skip) continue;
+ numWarnings++;
+ }
else if(strstr(line, "warning:"))
{
numWarnings++;
{
char fullModuleName[MAX_LOCATION];
FileAttribs found = 0;
- Project foundProject = this;
+ //Project foundProject = this;
if(moduleName[0])
{
char * loc = strstr(moduleName, ":");
found = FileExists(fullModuleName);
if(found)
{
- foundProject = prj;
+ //foundProject = prj;
break;
}
}
found = FileExists(fullModuleName);
if(found)
{
- foundProject = prj;
+ //foundProject = prj;
break;
}
}
{
if(f.GetExitCode() && !numErrors)
{
- bool result = f.GetLine(line, sizeof(line)-1);
+ /*bool result = */f.GetLine(line, sizeof(line)-1);
ide.outputView.buildBox.Logf($"Fatal Error: child process terminated unexpectedly\n");
}
else if(buildType != install)
char configName[MAX_LOCATION];
DirExpression objDirExp = GetObjDir(compiler, config, bitDepth);
PathBackup pathBackup { };
- bool crossCompiling = (compiler.targetPlatform != GetRuntimePlatform());
- char * targetPlatform = crossCompiling ? (char *)compiler.targetPlatform : "";
+ bool crossCompiling = (compiler.targetPlatform != __runtimePlatform);
+ const char * targetPlatform = crossCompiling ? (char *)compiler.targetPlatform : "";
bool eC_Debug = mode.eC_ToolsDebug;
bool singleProjectOnlyNode = onlyNodes && onlyNodes.count == 1 && onlyNodes[0].type == project;
}
else
{
- int len;
char pushD[MAX_LOCATION];
char cfDir[MAX_LOCATION];
GetIDECompilerConfigsDir(cfDir, true, true);
// Create object dir if it does not exist already
if(!FileExists(objDirExp.dir).isDirectory)
{
- sprintf(command, "%s CF_DIR=\"%s\"%s%s%s%s COMPILER=%s objdir -C \"%s\"%s -f \"%s\"",
+ sprintf(command, "%s CF_DIR=\"%s\"%s%s%s%s%s COMPILER=%s objdir -C \"%s\"%s -f \"%s\"",
compiler.makeCommand, cfDir,
crossCompiling ? " TARGET_PLATFORM=" : "",
targetPlatform,
if(compiler.type.isVC)
{
- bool result = false;
+ //bool result = false;
char oldwd[MAX_LOCATION];
GetWorkingDir(oldwd, sizeof(oldwd));
ChangeWorkingDir(topNode.path);
{
ProcessPipeOutputRaw(f);
delete f;
- result = true;
+ //result = true;
}
ChangeWorkingDir(oldwd);
}
char * compilerName;
DualPipe f;
PathBackup pathBackup { };
- bool crossCompiling = (compiler.targetPlatform != GetRuntimePlatform());
- char * targetPlatform = crossCompiling ? (char *)compiler.targetPlatform : "";
+ bool crossCompiling = (compiler.targetPlatform != __runtimePlatform);
+ const char * targetPlatform = crossCompiling ? (char *)compiler.targetPlatform : "";
compilerName = CopyString(compiler.name);
CamelCase(compilerName);
if(compiler.type.isVC)
{
- bool result = false;
+ //bool result = false;
char oldwd[MAX_LOCATION];
GetWorkingDir(oldwd, sizeof(oldwd));
ChangeWorkingDir(topNode.path);
{
ProcessPipeOutputRaw(f);
delete f;
- result = true;
+ //result = true;
}
ChangeWorkingDir(oldwd);
//return result;
delete compilerName;
}
- void Run(char * args, CompilerConfig compiler, ProjectConfig config, int bitDepth)
+ void Run(const char * args, CompilerConfig compiler, ProjectConfig config, int bitDepth)
{
String target = new char[maxPathLen];
char oldDirectory[MAX_LOCATION];
char * name;
char * compilerName;
bool gccCompiler = compiler.ccCommand && (strstr(compiler.ccCommand, "gcc") != null || strstr(compiler.ccCommand, "g++") != null);
- char * gnuToolchainPrefix = compiler.gnuToolchainPrefix ? compiler.gnuToolchainPrefix : "";
+ const char * gnuToolchainPrefix = compiler.gnuToolchainPrefix ? compiler.gnuToolchainPrefix : "";
Platform platform = compiler.targetPlatform;
compilerName = CopyString(compiler.name);
return result;
}
- bool GenerateMakefile(char * altMakefilePath, bool noResources, char * includemkPath, ProjectConfig config)
+ bool GenerateMakefile(const char * altMakefilePath, bool noResources, const char * includemkPath, ProjectConfig config)
{
bool result = false;
char filePath[MAX_LOCATION];
char targetDirExpNoSpaces[MAX_LOCATION];
char fixedModuleName[MAX_FILENAME];
char fixedConfigName[MAX_FILENAME];
- int c, len;
+ int c;
int lenObjDirExpNoSpaces, lenTargetDirExpNoSpaces;
// Non-zero if we're building eC code
// We'll have to be careful with this when merging configs where eC files can be excluded in some configs and included in others
int numRCObjects = 0;
bool containsCXX = false; // True if the project contains a C++ file
bool relObjDir, sameOrRelObjTargetDirs;
- String objDirExp = GetObjDirExpression(config);
+ const String objDirExp = GetObjDirExpression(config);
TargetTypes targetType = GetTargetType(config);
char cfDir[MAX_LOCATION];
if(compilerConfigsDir && compilerConfigsDir[0])
{
strcpy(cfDir, compilerConfigsDir);
- if(cfDir && cfDir[0] && cfDir[strlen(cfDir)-1] != '/')
+ if(cfDir[0] && cfDir[strlen(cfDir)-1] != '/')
strcat(cfDir, "/");
}
else
{
int c;
- char * map[5][2] = { { "COBJECTS", "C" }, { "SYMBOLS", "S" }, { "IMPORTS", "I" }, { "ECOBJECTS", "O" }, { "BOWLS", "B" } };
+ const char * map[5][2] = { { "COBJECTS", "C" }, { "SYMBOLS", "S" }, { "IMPORTS", "I" }, { "ECOBJECTS", "O" }, { "BOWLS", "B" } };
numCObjects = topNode.GenMakefilePrintNode(f, this, eCsources, namesInfo, listItems, config, null);
if(numCObjects)
topNode.GenMakefilePrintNode(f, this, sources, null, listItems, config, null);
{
- char * prefix;
+ const char * prefix;
if(numCObjects && numRCObjects)
prefix = "$(ECSOURCES) $(RCSOURCES)";
else if(numCObjects)
f.Puts("\n");
}
- topNode.GenMakeCollectAssignNodeFlags(config, numCObjects,
+ topNode.GenMakeCollectAssignNodeFlags(config, numCObjects != 0,
cflagsVariations, nodeCFlagsMapping,
ecflagsVariations, nodeECFlagsMapping, null);
void GenMakefilePrintMainObjectRule(File f, ProjectConfig config)
{
char extension[MAX_EXTENSION] = "c";
- char modulePath[MAX_LOCATION];
+ //char modulePath[MAX_LOCATION];
char fixedModuleName[MAX_FILENAME];
- DualPipe dep;
- char command[2048];
+ //DualPipe dep;
+ //char command[2048];
char objDirNoSpaces[MAX_LOCATION];
- String objDirExp = GetObjDirExpression(config);
+ const String objDirExp = GetObjDirExpression(config);
ReplaceSpaces(objDirNoSpaces, objDirExp);
ReplaceSpaces(fixedModuleName, moduleName);
#endif
}
- void GenMakePrintCustomFlags(File f, String variableName, bool printNonCustom, Map<String, int> cflagsVariations)
+ void GenMakePrintCustomFlags(File f, const String variableName, bool printNonCustom, Map<String, int> cflagsVariations)
{
int c;
for(c = printNonCustom ? 0 : 1; c <= cflagsVariations.count; c++)
static inline void ProjectLoadLastBuildNamesInfo(Project prj, ProjectConfig cfg)
{
- char * cfgName = cfg ? cfg.name : "";
+ const char * cfgName = cfg ? cfg.name : "";
Map<String, NameCollisionInfo> cfgNameCollisions = prj.configsNameCollisions[cfgName];
if(cfgNameCollisions)
{
prj.topNode.GenMakefileGetNameCollisionInfo(cfgNameCollisions, cfg);
}
-Project LegacyBinaryLoadProject(File f, char * filePath)
+Project LegacyBinaryLoadProject(File f, const char * filePath)
{
Project project = null;
char signature[sizeof(epjSignature)];
char section[128];
char subSection[128];
char * equal;
- int len;
uint pos;
pos = f.Tell();
makingModified = true;
}
-Project LegacyAsciiLoadProject(File f, char * filePath)
+Project LegacyAsciiLoadProject(File f, const char * filePath)
{
Project project = null;
- ProjectNode node = null;
+ //ProjectNode node = null;
int pos;
char parentPath[MAX_LOCATION];
char section[128] = "";
child.type = file;
child.icon = NodeIcons::SelectFileIcon(child.name);
parent.files.Add(child);
- node = child;
+ //node = child;
//child = null;
}
else
PathCatSlash(parentPath, child.name);
parent.files.Add(child);
parent = child;
- node = child;
+ //node = child;
//child = null;
}
else if(!strcmpi(section, "Configurations"))
project.filePath = topNodePath;
parentPath[0] = '\0';
parent = project.topNode;
- node = parent;
+ //node = parent;
strcpy(section, "Target");
equal = &buffer[6];
if(equal[0] == ' ')
child.icon = archiveFile;
project.resNode = child;
parent = child;
- node = child;
+ //node = child;
strcpy(subSection, buffer);
}
else
continue;
if(cfg != firstConfig)
{
- cfg.platforms.Free();
- delete cfg.platforms;
+ cfg.platforms = null;
}
}
project.platforms = firstConfig.platforms;
- firstConfig.platforms = null;
+ *&firstConfig.platforms = null;
}
}
}
}
-Project LoadProject(char * filePath, char * activeConfigName)
+Project LoadProject(const char * filePath, const char * activeConfigName)
{
Project project = null;
File f = FileOpen(filePath, read);
if(!project)
{
JSONParser parser { f = f };
- JSONResult result = parser.GetObject(class(Project), &project);
+ /*JSONResult result = */parser.GetObject(class(Project), &project);
if(project)
{
char insidePath[MAX_LOCATION];
return project;
}
-static GccVersionInfo GetGccVersionInfo(CompilerConfig compiler, String compilerCommand)
+#ifndef MAKEFILE_GENERATOR
+static GccVersionInfo GetGccVersionInfo(CompilerConfig compiler, const String compilerCommand)
{
GccVersionInfo result = unknown;
if(compiler.ccCommand)
return result;
}
};
+#endif
Ecere Software / sdk / blobdiff