void Compiler::setInputFile( std::string& name )
{
std::wstring* wname( new std::wstring() );
mbtowstring( name, *wname );
wname = addFileName( wname );
inFiles.push_back( new IpfFile( wname ) );
}
bool DbExcel::Open(const char *filename)
{
CString wname(filename);
#if defined(UNICODE)
return Open(wname);
#else
return Open(AnsiStrToWideStr(wname));
#endif
}
Dir*
wdirstat(char *fn)
{
Dir *d;
fn = wname(fn);
d = dirstat(fn);
free(fn);
return d;
}
int
waccess(char *fn, int mode)
{
int rv;
fn = wname(fn);
rv = access(fn, mode);
free(fn);
return rv;
}
Biobuf*
wBopen(char *fn, int mode)
{
Biobuf *rv;
fn = wname(fn);
rv = Bopen(fn, mode);
free(fn);
return rv;
}
int
wcreate(char *fn, int mode, int32_t perm)
{
int rv;
fn = wname(fn);
rv = create(fn, mode, perm);
free(fn);
return rv;
}
int
wopen(char *fn, int mode)
{
int rv;
fn = wname(fn);
rv = open(fn, mode);
free(fn);
return rv;
}
//------------------------------------------------------------------------------
bool set_env(const char* name, const char* value)
{
wstr<32> wname(name);
wstr<64> wvalue;
if (value != nullptr)
wvalue = value;
const wchar_t* value_arg = (value != nullptr) ? wvalue.c_str() : nullptr;
return (SetEnvironmentVariableW(wname.c_str(), value_arg) != 0);
}
/**
* @brief Constructor
*
* @param igcFile IGC file to analyse
* @param handicap Glider handicap
* @param startAltitudeLoss The loss of altitude needed to detect the start of powerless flight
* @param interruptFix GPS fix at which a test should be interrupted
*/
CTestContest::CTestContest(const std::string &igcFile, unsigned handicap, unsigned startAltitudeLoss, unsigned interruptFix):
_igcFile(igcFile),
_handicap(handicap),
_replay(CReplayLogger::Instance()),
_kml(igcFile + ".kml"),
_contestMgr(handicap, startAltitudeLoss),
_interruptFix(interruptFix),
_maxIterProcessPeriod(0),
_maxIterProcessTime(0)
{
std::wstring wname(_igcFile.begin(), _igcFile.end());
_replay.Filename(wname.c_str());
_replay.Register(this, GPSHandler);
}
//------------------------------------------------------------------------------
bool get_env(const char* name, str_base& out)
{
wstr<32> wname(name);
int len = GetEnvironmentVariableW(wname.c_str(), nullptr, 0);
if (!len)
return false;
wstr<> wvalue;
wvalue.reserve(len);
len = GetEnvironmentVariableW(wname.c_str(), wvalue.data(), wvalue.size());
out.reserve(len);
out = wvalue.c_str();
return true;
}
bool XMLParser::getProperties(_xmlAttr * properties, map<wstring, wstring> & attrMap)
{
for(_xmlAttr * childprop = properties;
childprop;
childprop = childprop->next)
{
for(xmlNode * child = childprop->children;
child;
child = child->next)
{
string name = (char*)childprop->name;
string content = (char*)childprop->children->content;
wstring wname(name.begin(), name.end());
wstring wcontent(content.begin(), content.end());
attrMap[wname] = wcontent;
}
}
return true;
}
void MaxExportPlugin::ProcessTriObjects()
{
for (int i = 0; i < triObjects.size(); i++)
{
TriObject* TObj = triObjects[i];
INode* node = nodeList[i];
std::vector<indexed_vertex> indOut; //Финальный набор вершин (индексированых)
bool hasColor = false, hasTex = false;
std::vector<indexed_vertex> indVerts = GetIndexedVerts(&(TObj->mesh), hasTex, hasColor);
std::vector<unsigned int> indices = InitIndices(indVerts.size());
//Отмечаем дупликаты вершин
std::vector<bool> vertDupes;
vertDupes.resize(indVerts.size());
std::fill(vertDupes.begin(), vertDupes.end(), false);
for (int i = 0; i < indVerts.size(); i++)
{
if (!vertDupes[i])
{
for (int j = i + 1; j < indVerts.size(); j++)
{
if (indVerts[i].pos == indVerts[j].pos
&& indVerts[i].col == indVerts[j].col
&& indVerts[i].tex == indVerts[j].tex)
{
vertDupes[j] = true;
indices[j] = i;
}
}
}
}
std::vector<unsigned int> newVertPos;
newVertPos.resize(indVerts.size());
for (int i = 0; i < indVerts.size(); i++)
{
if (!vertDupes[i])
{
newVertPos[i] = indOut.size();
indOut.push_back(indVerts[i]);
}
}
for (int i = 0; i < indices.size(); i++)
{
indices[i] = newVertPos[indices[i]];
}
MeshIO::Mesh mesh;
std::wstring wname(node->GetName());
std::string cname(wname.begin(), wname.end());
mesh.name = cname;
//Вертексы
for (int i = 0; i < indOut.size(); i++)
{
Point3 v = TObj->mesh.verts[indOut[i].pos];
mesh.verts.insert(mesh.verts.end(), MeshIO::vec3(v.x, v.y, v.z));
}
//Индексы
for (int i = 0; i < indices.size(); i++)
{
mesh.faces.insert(mesh.faces.end(), indices[i]);
}
//Цвет
if (hasColor)
{
for (int i = 0; i < indOut.size(); i++)
{
Point3 v = TObj->mesh.vertCol[indOut[i].col];
mesh.color.insert(mesh.color.end(), MeshIO::vec3(v.x, v.y, v.z));
}
}
//Текстурные координаты
if (hasTex)
{
mesh.uvw.insert(mesh.uvw.end(), std::vector<MeshIO::vec3>());
for (int i = 0; i < indOut.size(); i++)
{
Point3 v = TObj->mesh.tVerts[indOut[i].tex];
mesh.uvw[0].insert(mesh.uvw[0].end(), MeshIO::vec3(v.x, v.y, v.z));
}
}
meshFile->meshes.insert(meshFile->meshes.end(), mesh);
}
for (int i = 0; i < triObjects.size(); i++)
{
if (deleteTriObj[i])
triObjects[i]->DeleteMe();
}
}
BOOL Cfg::ReadIni(WCHAR *user_dir, WCHAR *virtual_dir)
{
if (!Init(user_dir, virtual_dir)) return FALSE;
int i, j;
char section[100], key[100], *p;
DynBuf buf(MAX_HISTORY_CHAR_BUF);
Wstr wbuf(MAX_HISTORY_CHAR_BUF);
char *section_array[] = { SRC_HISTORY, DST_HISTORY, DEL_HISTORY,
INC_HISTORY, EXC_HISTORY,
FROMDATE_HISTORY, TODATE_HISTORY,
MINSIZE_HISTORY, MAXSIZE_HISTORY };
bool is_filter_array[] = { false, false, false,
true, true,
false, false,
false, false };
WCHAR ***history_array[] = { &srcPathHistory, &dstPathHistory, &delPathHistory,
&includeHistory, &excludeHistory,
&fromDateHistory, &toDateHistory,
&minSizeHistory, &maxSizeHistory };
/*
WCHAR wtestbuf[MAX_HISTORY_CHAR_BUF];
WCHAR *wtest[] = {
L"12345",
L"abc\\[abc\\]\\",
L"aaa\\aaa",
L"abc[\\ax]",
L"abc[\\ax]\\",
L"12[[]345",
L"12[[]345\\",
L"12\\a3\\[45\\",
L"12345",
NULL };
for (int i=0; wtest[i]; i++) GetFilterStrCore(wtest[i], wtestbuf);
*/
srcPathHistory = NULL;
dstPathHistory = NULL;
delPathHistory = NULL;
includeHistory = NULL;
excludeHistory = NULL;
jobArray = NULL;
jobMax = 0;
finActArray = NULL;
finActMax = 0;
ini.SetSection(MAIN_SECTION);
iniVersion = ini.GetInt(INI_VERSION_KEY, CUR_INI_VERSION);
bufSize = ini.GetInt(BUFSIZE_KEY, DEFAULT_BUFSIZE);
maxRunNum = ini.GetInt(MAXRUNNUM_KEY, DEFAULT_MAXRUNNUM);
maxTransSize = ini.GetInt(MAXTRANSSIZE_KEY, DEFAULT_MAXTRANSSIZE);
maxOvlNum = ini.GetInt(MAXOVLNUM_KEY, DEFAULT_MAXOVLNUM);
maxOvlSize = ini.GetInt(MAXOVLSIZE_KEY, -1);
if ((maxTransSize % maxOvlNum)) {
maxTransSize = (maxTransSize + maxOvlNum - 1) / maxOvlNum * maxOvlNum;
}
if (bufSize < maxTransSize * BUFIO_SIZERATIO) {
bufSize = maxTransSize * BUFIO_SIZERATIO;
}
maxOpenFiles = ini.GetInt(MAXOPENFILES_KEY, DEFAULT_MAXOPENFILES);
maxAttrSize = ini.GetInt(MAXATTRSIZE_KEY, DEFAULT_MAXATTRSIZE);
maxDirSize = ini.GetInt(MAXDIRSIZE_KEY, DEFAULT_MAXDIRSIZE);
nbMinSizeNtfs = ini.GetInt(NONBUFMINSIZENTFS_KEY, DEFAULT_NBMINSIZE_NTFS);
nbMinSizeFat = ini.GetInt(NONBUFMINSIZEFAT_KEY, DEFAULT_NBMINSIZE_FAT);
timeDiffGrace = ini.GetInt(TIMEDIFFGRACE_KEY, 0);
isReadOsBuf = ini.GetInt(ISREADOSBUF_KEY, FALSE);
isWShareOpen = ini.GetInt(WRITESHAREOPEN_KEY, FALSE);
maxHistoryNext = maxHistory = ini.GetInt(MAX_HISTORY_KEY, DEFAULT_MAX_HISTORY);
copyMode = ini.GetInt(COPYMODE_KEY, DEFAULT_COPYMODE);
copyFlags = ini.GetInt(COPYFLAGS_KEY, DEFAULT_COPYFLAGS);
copyUnFlags = ini.GetInt(COPYUNFLAGS_KEY, DEFAULT_COPYUNFLAGS);
skipEmptyDir = ini.GetInt(SKIPEMPTYDIR_KEY, DEFAULT_EMPTYDIR);
forceStart = ini.GetInt(FORCESTART_KEY, DEFAULT_FORCESTART);
ignoreErr = ini.GetInt(IGNORE_ERR_KEY, TRUE);
estimateMode = ini.GetInt(ESTIMATE_KEY, 0);
diskMode = ini.GetInt(DISKMODE_KEY, 0);
netDrvMode = ini.GetInt(NETDRVMODE_KEY, 0);
aclReset = ini.GetInt(ACLRESET_KEY, 0);
isTopLevel = ini.GetInt(ISTOPLEVEL_KEY, FALSE);
isErrLog = ini.GetInt(ISERRLOG_KEY, TRUE);
isUtf8Log = ini.GetInt(ISUTF8LOG_KEY, TRUE);
fileLogMode = ini.GetInt(FILELOGMODE_KEY, 0);
fileLogFlags = ini.GetInt(FILELOGFLAGS_KEY, 0);
aclErrLog = ini.GetInt(ACLERRLOG_KEY, FALSE);
streamErrLog = ini.GetInt(STREAMERRLOG_KEY, FALSE);
debugFlags = ini.GetInt(DEBUGFLAGS_KEY, 0);
isRunasButton = ini.GetInt(ISRUNASBUTTON_KEY, FALSE);
isSameDirRename = ini.GetInt(ISSAMEDIRRENAME_KEY, TRUE);
shextAutoClose = ini.GetInt(SHEXTAUTOCLOSE_KEY, TRUE);
shextTaskTray = ini.GetInt(SHEXTTASKTRAY_KEY, FALSE);
shextNoConfirm = ini.GetInt(SHEXTNOCONFIRM_KEY, FALSE);
shextNoConfirmDel = ini.GetInt(SHEXTNOCONFIRMDEL_KEY, FALSE);
execConfirm = ini.GetInt(EXECCONRIM_KEY, FALSE);
lcid = ini.GetInt(LCID_KEY, -1);
waitTick = ini.GetInt(WAITTICK_KEY, DEFAULT_WAITTICK);
isAutoSlowIo = ini.GetInt(ISAUTOSLOWIO_KEY, TRUE);
speedLevel = ini.GetInt(SPEEDLEVEL_KEY, SPEED_FULL);
alwaysLowIo = ini.GetInt(ALWAYSLOWIO_KEY, FALSE);
enableOwdel = ini.GetInt(OWDEL_KEY, FALSE);
enableAcl = ini.GetInt(ACL_KEY, FALSE);
enableStream = ini.GetInt(STREAM_KEY, FALSE);
enableVerify = ini.GetInt(VERIFY_KEY, FALSE);
useOverlapIo = ini.GetInt(USEOVERLAPIO_KEY, TRUE);
usingMD5 = ini.GetInt(USEMD5_KEY, TRUE);
enableNSA = ini.GetInt(NSA_KEY, FALSE);
delDirWithFilter= ini.GetInt(DELDIR_KEY, FALSE);
enableMoveAttr = ini.GetInt(MOVEATTR_KEY, FALSE);
serialMove = ini.GetInt(SERIALMOVE_KEY, TRUE);
serialVerifyMove = ini.GetInt(SERIALVERIFYMOVE_KEY, TRUE);
isReparse = ini.GetInt(REPARSE_KEY, TRUE);
isLinkDest = ini.GetInt(LINKDEST_KEY, FALSE);
maxLinkHash = ini.GetInt(MAXLINKHASH_KEY, DEFAULT_LINKHASH);
allowContFsize = ini.GetInt(ALLOWCONTFSIZE_KEY, DEFAULT_ALLOWCONTFSIZE);
isReCreate = ini.GetInt(RECREATE_KEY, FALSE);
isExtendFilter = ini.GetInt(EXTENDFILTER_KEY, FALSE);
taskbarMode = ini.GetInt(TASKBARMODE_KEY, 0);
finishNotify = ini.GetInt(FINISHNOTIFY_KEY, 1);
finishNotifyTout = ini.GetInt(FINISHNOTIFYTOUT_KEY, FINISH_NOTIFY_DEFAULT);
infoSpan = ini.GetInt(INFOSPAN_KEY, DEFAULT_INFOSPAN);
if (infoSpan < 0 || infoSpan > 2) infoSpan = DEFAULT_INFOSPAN;
ini.GetStr(WINPOS_KEY, buf, MAX_PATH, "");
winpos.x = (p = strtok(buf, ", \t")) ? atoi(p) : INVALID_POINTVAL;
winpos.y = p && (p = strtok(NULL, ", \t")) ? atoi(p) : INVALID_POINTVAL;
winsize.cx = p && (p = strtok(NULL, ", \t")) ? atoi(p) : INVALID_SIZEVAL;
winsize.cy = p && (p = strtok(NULL, ", \t")) ? atoi(p) : INVALID_SIZEVAL;
ini.GetStr(DRIVEMAP_KEY, driveMap, sizeof(driveMap), "");
ini.GetStr(STATUSFONT_KEY, buf, MAX_HISTORY_CHAR_BUF, "");
IniStrToW(buf, statusFont);
statusFontSize = ini.GetInt(STATUSFONTSIZE_KEY, 0);
/* logfile */
ini.GetStr(LOGFILE_KEY, buf, MAX_PATH, DEFAULT_FASTCOPYLOG);
IniStrToW(buf, wbuf.Buf());
if (wcschr(wbuf.s(), '\\') == NULL) {
Wstr wname(wbuf);
MakePathW(wbuf.Buf(), userDir, wname.s());
}
errLogPath = wcsdup(wbuf.s());
/* History */
for (i=0; i < sizeof(section_array) / sizeof(char *); i++) {
char *section_p = section_array[i];
bool &is_filter = is_filter_array[i];
WCHAR **&history = *history_array[i];
ini.SetSection(section_p);
history = (WCHAR **)calloc(maxHistory, sizeof(WCHAR *));
for (j=0; j < maxHistory + 30; j++) {
wsprintf(key, "%d", j);
if (j < maxHistory) {
if (is_filter) {
GetFilterStr(key, buf, wbuf.Buf());
} else {
ini.GetStr(key, buf, MAX_HISTORY_CHAR_BUF);
IniStrToW(buf, wbuf.Buf());
}
history[j] = wcsdup(wbuf.s());
}
else if (!ini.DelKey(key))
break;
}
}
/* Job */
for (i=0; i < JOB_MAX; i++) {
Job job;
wsprintf(section, FMT_JOB_KEY, i);
ini.SetSection(section);
if (ini.GetStr(TITLE_KEY, buf, MAX_HISTORY_CHAR_BUF) <= 0)
break;
IniStrToW(buf, wbuf.Buf());
job.title = wcsdup(wbuf.s());
ini.GetStr(SRC_KEY, buf, MAX_HISTORY_CHAR_BUF);
IniStrToW(buf, wbuf.Buf());
job.src = wcsdup(wbuf.s());
ini.GetStr(DST_KEY, buf, MAX_HISTORY_CHAR_BUF);
IniStrToW(buf, wbuf.Buf());
job.dst = wcsdup(wbuf.s());
ini.GetStr(CMD_KEY, buf, MAX_HISTORY_CHAR_BUF);
IniStrToW(buf, wbuf.Buf());
job.cmd = wcsdup(wbuf.s());
GetFilterStr(INCLUDE_KEY, buf, wbuf.Buf());
job.includeFilter = wcsdup(wbuf.s());
GetFilterStr(EXCLUDE_KEY, buf, wbuf.Buf());
job.excludeFilter = wcsdup(wbuf.s());
ini.GetStr(FROMDATE_KEY, buf, MAX_HISTORY_CHAR_BUF);
IniStrToW(buf, wbuf.Buf());
job.fromDateFilter = wcsdup(wbuf.s());
ini.GetStr(TODATE_KEY, buf, MAX_HISTORY_CHAR_BUF);
IniStrToW(buf, wbuf.Buf());
job.toDateFilter = wcsdup(wbuf.s());
ini.GetStr(MINSIZE_KEY, buf, MAX_HISTORY_CHAR_BUF);
IniStrToW(buf, wbuf.Buf());
job.minSizeFilter = wcsdup(wbuf.s());
ini.GetStr(MAXSIZE_KEY, buf, MAX_HISTORY_CHAR_BUF);
IniStrToW(buf, wbuf.Buf());
job.maxSizeFilter = wcsdup(wbuf.s());
job.estimateMode = ini.GetInt(ESTIMATE_KEY, 0);
job.diskMode = ini.GetInt(DISKMODE_KEY, 0);
job.ignoreErr = ini.GetInt(IGNORE_ERR_KEY, TRUE);
job.enableOwdel = ini.GetInt(OWDEL_KEY, FALSE);
job.enableAcl = ini.GetInt(ACL_KEY, FALSE);
job.enableStream = ini.GetInt(STREAM_KEY, FALSE);
job.enableVerify = ini.GetInt(VERIFY_KEY, FALSE);
job.isFilter = ini.GetInt(FILTER_KEY, FALSE);
job.bufSize = ini.GetInt(BUFSIZE_KEY, DEFAULT_BUFSIZE);
if (job.bufSize < maxTransSize * BUFIO_SIZERATIO) {
job.bufSize = maxTransSize * BUFIO_SIZERATIO;
}
AddJobW(&job);
}
/* FinAct */
for (i=0; i < FINACT_MAX; i++) {
FinAct act;
wsprintf(buf, FMT_FINACT_KEY, i);
ini.SetSection(buf);
if (ini.GetStr(TITLE_KEY, buf, MAX_HISTORY_CHAR_BUF) <= 0)
break;
IniStrToW(buf, wbuf.Buf());
act.title = wcsdup(wbuf.Buf());
ini.GetStr(SOUND_KEY, buf, MAX_HISTORY_CHAR_BUF);
IniStrToW(buf, wbuf.Buf());
act.sound = wcsdup(wbuf.s());
ini.GetStr(CMD_KEY, buf, MAX_HISTORY_CHAR_BUF);
IniStrToW(buf, wbuf.Buf());
act.command = wcsdup(wbuf.s());
act.flags = ini.GetInt(FLAGS_KEY, 0);
if (ini.GetStr(SHUTDOWNTIME_KEY, buf, MAX_HISTORY_CHAR_BUF) > 0) {
act.shutdownTime = strtol(buf, 0, 10);
}
AddFinActW(&act);
}
if (::GetFileAttributesW(ini.GetIniFileNameW()) == 0xffffffff) {
WriteIni();
}
needIniConvert = FALSE;
return TRUE;
}
