void Topology::Open() { shapefileopen = false; #if USETOPOMARKS if (append) { if (msSHPOpenFile(&shpfile, (char*)"rb+", filename) == -1) { // StartupStore(_T(". Topology: Open: append failed for <%s> (this can be normal)%s"),filename,NEWLINE); return; } } else { #endif if (msSHPOpenFile(&shpfile, (char*)"rb", filename) == -1) { StartupStore(_T("------ Topology: Open FAILED for <%s>%s"),filename,NEWLINE); return; } #if USETOPOMARKS } #endif // StartupStore(_T(". Topology: Open <%s>%s"),filename,NEWLINE); scaleThreshold = 1000.0; shpCache = (XShape**)malloc(sizeof(XShape*)*shpfile.numshapes); if (shpCache) { shapefileopen = true; #ifdef TOPOFASTCACHE initCache(); #else for (int i=0; i<shpfile.numshapes; i++) { shpCache[i] = NULL; } #endif } else { StartupStore(_T("------ ERR Topology, malloc failed shpCache%s"), NEWLINE); } }
void Topology::Open() { shapefileopen = false; if (append) { if (msSHPOpenFile(&shpfile, "rb+", filename) == -1) { return; } } else { if (msSHPOpenFile(&shpfile, "rb", filename) == -1) { return; } } scaleThreshold = 1000.0; shpCache = (XShape**)malloc(sizeof(XShape*)*shpfile.numshapes); if (shpCache) { shapefileopen = true; for (int i=0; i<shpfile.numshapes; i++) { shpCache[i] = NULL; } } }