void RasterTerrain::OpenTerrain(void)
{
TCHAR szFile[MAX_PATH] = TEXT("\0");
GetRegistryString(szRegistryTerrainFile, szFile, MAX_PATH);
char zfilename[MAX_PATH];
ExpandLocalPath(szFile);
unicode2ascii(szFile, zfilename, MAX_PATH);
if (strlen(zfilename)==0) {
static TCHAR szMapFile[MAX_PATH] = TEXT("\0");
GetRegistryString(szRegistryMapFile, szMapFile, MAX_PATH);
ExpandLocalPath(szMapFile);
_tcscpy(szFile,szMapFile);
_tcscat(szFile,TEXT("/terrain.jp2"));
unicode2ascii(szFile, zfilename, MAX_PATH);
}
// TODO code: Check locking, especially when reloading a file.
// TODO bug: Fix cache method
CreateTerrainMap(zfilename);
}
void
ReadWayPoints(WayPointList &way_points, RasterTerrain &terrain)
{
StartupStore(TEXT("ReadWayPoints\n"));
TCHAR szFile1[MAX_PATH] = TEXT("\0");
TCHAR szFile2[MAX_PATH] = TEXT("\0");
bool file_embedded = false;
// JMW TODO protect with mutex (whole waypoint list class)
CloseWayPoints(way_points);
GetRegistryString(szRegistryWayPointFile, szFile1, MAX_PATH);
SetRegistryString(szRegistryWayPointFile, TEXT("\0"));
if (_tcslen(szFile1)>0) {
ExpandLocalPath(szFile1);
} else {
file_embedded = true;
GetRegistryString(szRegistryMapFile, szFile1, MAX_PATH);
ExpandLocalPath(szFile1);
_tcscat(szFile1, TEXT("/"));
_tcscat(szFile1, TEXT("waypoints.xcw"));
}
globalFileNum = 0;
if (ReadWayPointFile(szFile1, way_points, terrain)) {
// read OK, so set the registry to the actual file name
if (!file_embedded) {
printf("save\n");
ContractLocalPath(szFile1);
SetRegistryString(szRegistryWayPointFile, szFile1);
}
} else {
StartupStore(TEXT("No waypoint file 1\n"));
}
// read additional waypoint file
GetRegistryString(szRegistryAdditionalWayPointFile, szFile2, MAX_PATH);
SetRegistryString(szRegistryAdditionalWayPointFile, TEXT("\0"));
if (_tcslen(szFile2)>0){
ExpandLocalPath(szFile2);
globalFileNum = 1;
if (ReadWayPointFile(szFile2, way_points, terrain)) {
// read OK, so set the registry to the actual file name
ContractLocalPath(szFile2);
SetRegistryString(szRegistryAdditionalWayPointFile, szFile2);
} else {
StartupStore(TEXT("No waypoint file 2\n"));
}
}
}
void
ReadAirspace(AirspaceDatabase &airspace_database, RasterTerrain *terrain)
{
TCHAR tpath[MAX_PATH];
// TODO bug: add exception handler to protect parser code against chrashes
// TODO bug: second file should be opened even if first was not okay
// Read the airspace filenames from the registry
GetRegistryString(szRegistryAirspaceFile, tpath, MAX_PATH);
if (tpath[0] != 0) {
ExpandLocalPath(tpath);
char path[MAX_PATH];
unicode2ascii(tpath, path, sizeof(path));
if (!ReadAirspace(airspace_database, path))
StartupStore(TEXT("No airspace file 1\n"));
} else {
// TODO feature: airspace in xcm files should be a feature
/*
static TCHAR szMapFile[MAX_PATH] = TEXT("\0");
GetRegistryString(szRegistryMapFile, szMapFile, MAX_PATH);
ExpandLocalPath(szMapFile);
wcscat(szMapFile,TEXT("/"));
wcscat(szMapFile,TEXT("airspace.txt"));
unicode2ascii(szMapFile, zfilename, MAX_PATH);
fp = zzip_fopen(zfilename, "rt");
*/
}
GetRegistryString(szRegistryAdditionalAirspaceFile, tpath, MAX_PATH);
if (tpath[0] != 0) {
ExpandLocalPath(tpath);
char path[MAX_PATH];
unicode2ascii(tpath, path, sizeof(path));
if (!ReadAirspace(airspace_database, path))
StartupStore(TEXT("No airspace file 2\n"));
}
// Calculate the airspace boundaries
FindAirspaceAreaBounds(airspace_database);
FindAirspaceCircleBounds(airspace_database);
if (terrain != NULL) {
terrain->Lock();
airspace_database.UpdateAGL(*terrain);
terrain->Unlock();
}
}
void
WaypointWriteFiles(WayPointList &way_points,
const SETTINGS_COMPUTER &settings_computer)
{
// JMW TODO protect with mutex (whole waypoint list class)
TCHAR szFile1[MAX_PATH] = TEXT("\0");
TCHAR szFile2[MAX_PATH] = TEXT("\0");
FILE *fp=NULL;
GetRegistryString(szRegistryWayPointFile, szFile1, MAX_PATH);
ExpandLocalPath(szFile1);
if (_tcslen(szFile1)>0) {
fp = _tfopen(szFile1, TEXT("wb"));
} else {
LocalPath(szFile1);
_tcscat(szFile1,TEXT("\\waypoints1.dat"));
fp = _tfopen(szFile1, TEXT("wb"));
}
if(fp != NULL) {
globalFileNum = 0;
WriteWayPointFile(way_points, fp, settings_computer);
fprintf(fp,"\r\n");
fclose(fp);
fp = NULL;
}
GetRegistryString(szRegistryAdditionalWayPointFile, szFile2, MAX_PATH);
ExpandLocalPath(szFile2);
if (_tcslen(szFile2)>0) {
fp = _tfopen(szFile2, TEXT("wb"));
} else {
LocalPath(szFile2);
_tcscat(szFile2,TEXT("\\waypoints2.dat"));
fp = _tfopen(szFile2, TEXT("wb"));
}
if(fp != NULL) {
globalFileNum = 1;
WriteWayPointFile(way_points, fp, settings_computer);
fprintf(fp,"\r\n");
fclose(fp);
fp = NULL;
}
}
void OpenAirfieldDetails() {
TCHAR zfilename[MAX_PATH];
zAirfieldDetails = NULL;
_tcscpy(szAirfieldDetailsFile,szAirfieldFile);
if (_tcslen(szAirfieldDetailsFile)>0) {
ExpandLocalPath(szAirfieldDetailsFile);
_tcscpy(zfilename, szAirfieldDetailsFile);
_tcscpy(szAirfieldFile,_T(""));
} else {
#if 0
LocalPath(zfilename, _T(KD_WAYPOINTS));
_tcscat(zfilename, _T(DIRSEP));
_tcscat(zfilename, _T(LKF_AIRFIELDS));
#else
_tcscpy(zfilename, _T(""));
#endif
}
if (_tcslen(zfilename)>0) {
StartupStore(_T(". open AirfieldFile <%s> %s"), zfilename, NEWLINE);
zAirfieldDetails = openzip(zfilename, "rb");
}
};
/**
* Writes all missing translations found during runtime to a language file
* in the data dir
*/
void WriteMissingTranslations() {
std::map<TCHAR*, TCHAR*, lessTCHAR<TCHAR*> >::iterator
s=unusedTranslations.begin(),e=unusedTranslations.end();
TCHAR szFile1[MAX_PATH] = TEXT("%LOCAL_PATH%\\\\localization_todo.xcl\0");
FILE *fp=NULL;
ExpandLocalPath(szFile1);
fp = _tfopen(szFile1, TEXT("w+"));
if (fp != NULL) {
while (s != e) {
TCHAR* p = (s->second);
if (p) {
while (*p) {
if (*p != _T('\n')) {
fwprintf(fp, TEXT("%c"), *p);
} else {
fwprintf(fp, TEXT("\\n"));
}
p++;
}
fwprintf(fp, TEXT("=\n"));
}
s++;
}
fclose(fp);
}
}
bool
Profile::GetPath(const char *key, TCHAR *value)
{
TCHAR buffer[MAX_PATH];
if (!Get(key, buffer, ARRAY_SIZE(buffer)))
return false;
ExpandLocalPath(value, buffer);
return true;
}
/**
* Reads the selected LanguageFile into the cache
*/
void ReadLanguageFile() {
StartupStore(TEXT("Loading language file\n"));
TCHAR szFile1[MAX_PATH] = TEXT("\0");
FILE *fp=NULL;
// Read the language filename from the registry
GetRegistryString(szRegistryLanguageFile, szFile1, MAX_PATH);
ExpandLocalPath(szFile1);
// Reset filename in registry in case language
// loading crashes the application
SetRegistryString(szRegistryLanguageFile, TEXT("\0"));
// If the language file is not set use the default one
if (_tcslen(szFile1)==0) {
_tcscpy(szFile1,TEXT("default.xcl"));
}
// Open the language file
fp = _tfopen(szFile1, TEXT("rt"));
// Return if file error
if (fp == NULL)
return;
// TODO code: Safer sizes, strings etc - use C++ (can scanf restrict length?)
TCHAR buffer[2049]; // key from scanf
TCHAR key[2049]; // key from scanf
TCHAR value[2049]; // value from scanf
int found; // Entries found from scanf
// Read from the file
while ((GetTextData_Size < MAXSTATUSMESSAGECACHE)
&& _fgetts(buffer, 2048, fp)
&& ((found = _stscanf(buffer, TEXT("%[^#=]=%[^\r\n][\r\n]"), key, value)) != EOF)) {
// Check valid line?
if ((found != 2) || key[0] == 0 || value[0] == 0) continue;
// Save parsed translation to the cache
GetTextData[GetTextData_Size].key = StringMallocParse(key);
GetTextData[GetTextData_Size].text = StringMallocParse(value);
// Global counter
GetTextData_Size++;
}
// file was OK, so save filename to registry again
ContractLocalPath(szFile1);
SetRegistryString(szRegistryLanguageFile, szFile1);
fclose(fp);
}
void RasterTerrain::OpenTerrain(void)
{
#if TESTBENCH
StartupStore(TEXT(". Loading Terrain... %s"),NEWLINE);
#endif
CreateProgressDialog(MsgToken(900)); // Loading Terrain File...
TCHAR szFile[MAX_PATH] = _T("\0");
_tcscpy(szFile,szTerrainFile);
ExpandLocalPath(szFile);
if ( (_tcslen(szFile)>0) && ( _tcsstr(szFile, _T(".DEM")) || _tcsstr(szFile, _T(".dem")) ) ) {
if (!CreateTerrainMap(szFile)) {
// If no terrain will be found, the registry will be invalid on next run
_tcscpy(szTerrainFile,_T(""));
StartupStore(_T("... INVALID TERRAIN file <%s>%s"),szFile,NEWLINE);
}
} else {
StartupStore(_T(". NO TERRAIN file available.%s"),NEWLINE);
}
}
void LKReadLanguageFile() {
static bool doinit=true;
static TCHAR oldLang[4];
if (doinit) {
_tcscpy(LKLangSuffix,_T(""));
_tcscpy(oldLang,_T("XXX"));
doinit=false;
}
bool english=false;
TCHAR szFile1[MAX_PATH] = TEXT("\0");
_tcscpy(LKLangSuffix,_T(""));
GetRegistryString(szRegistryLanguageFile, szFile1, MAX_PATH);
tryeng:
if (_tcslen(szFile1)==0) {
_tcscpy(szFile1,_T("%LOCAL_PATH%\\\\_Language\\ENGLISH.LNG"));
english=true;
}
ExpandLocalPath(szFile1);
// SetRegistryString(szRegistryLanguageFile, TEXT("\0")); // ?
ZZIP_FILE *langFile = zzip_fopen(szFile1, "rb");
if (langFile == NULL) {
if (english) {
StartupStore(_T("--- CRITIC, NO ENGLISH LANGUAGE FILES!%s"),NEWLINE);
// critic point, no default language! BIG PROBLEM here!
for (unsigned short i=0; i<MAX_MESSAGES; i++) {
LKMessages[i]=NULL;
LKMessagesIndex[i]=-1;
}
return;
} else {
StartupStore(_T("--- NO LANGUAGE FILE FOUND <%s>, retrying with ENGlish!%s"),szFile1,NEWLINE);
_tcscpy(szFile1,_T(""));
goto tryeng;
}
return;
}
bool found=false;
TCHAR sTmp[200];
TCHAR mylang[30];
while (ReadULine(langFile, sTmp, countof(sTmp))) {
if (_tcslen(sTmp)<3) continue;
if ((sTmp[0]=='L')&&(sTmp[1]=='=')) {
_tcscpy(mylang,&sTmp[2]);
for (unsigned short i=0; i<_tcslen(mylang); i++) {
if (mylang[i]=='\r' || mylang[i]=='\n') {
mylang[i]='\0';
break;
}
}
found=true;
break;
}
}
if (found) {
if (_tcslen(mylang)>3) mylang[3]='\0';
_tcscpy(LKLangSuffix,mylang);
}
if (_tcscmp(oldLang,LKLangSuffix)!=0) {
if ( !LKLoadMessages(false) ) {
// force reload of english
if (_tcscmp(_T("ENG"),LKLangSuffix) == 0 ) {
StartupStore(_T("... CRITICAL, no english langauge available!%s"),NEWLINE);
} else {
StartupStore(_T("... LoadText failed, fallback to english language\n"));
_tcscpy(szFile1,_T("%LOCAL_PATH%\\\\_Language\\ENGLISH.LNG"));
SetRegistryString(szRegistryLanguageFile, szFile1);
_tcscpy(LKLangSuffix,_T("ENG"));
LKLoadMessages(false);
}
} else {
_tcscpy(oldLang,mylang);
// Now overload english messages filling gaps in translations
// only if current lang is not english of course: no reason to load it twice
if (_tcscmp(_T("ENG"),LKLangSuffix) != 0 ) {
_tcscpy(LKLangSuffix,_T("ENG"));
LKLoadMessages(true);
_tcscpy(LKLangSuffix,oldLang);
}
}
}
zzip_fclose(langFile);
return;
}
void
StatusMessageList::LoadFile()
{
StartupStore(TEXT("Loading status file\n"));
TCHAR szFile1[MAX_PATH] = TEXT("\0");
FILE *fp=NULL;
// Open file from registry
GetRegistryString(szRegistryStatusFile, szFile1, MAX_PATH);
ExpandLocalPath(szFile1);
SetRegistryString(szRegistryStatusFile, TEXT("\0"));
if (_tcslen(szFile1)>0)
fp = _tfopen(szFile1, TEXT("rt"));
// Unable to open file
if (fp == NULL)
return;
// TODO code: Safer sizes, strings etc - use C++ (can scanf restrict length?)
TCHAR buffer[2049]; // Buffer for all
TCHAR key[2049]; // key from scanf
TCHAR value[2049]; // value from scanf
int ms; // Found ms for delay
const TCHAR **location; // Where to put the data
int found; // Entries found from scanf
bool some_data; // Did we find some in the last loop...
// Init first entry
_init_Status(StatusMessageData_Size);
some_data = false;
/* Read from the file */
while (
(StatusMessageData_Size < MAXSTATUSMESSAGECACHE)
&& _fgetts(buffer, 2048, fp)
&& ((found = _stscanf(buffer, TEXT("%[^#=]=%[^\n]\n"), key, value)) != EOF)
) {
// Check valid line? If not valid, assume next record (primative, but works ok!)
if ((found != 2) || key[0] == 0 || value[0] == 0) {
// Global counter (only if the last entry had some data)
if (some_data) {
StatusMessageData_Size++;
some_data = false;
_init_Status(StatusMessageData_Size);
}
} else {
location = NULL;
if (_tcscmp(key, TEXT("key")) == 0) {
some_data = true; // Success, we have a real entry
location = &StatusMessageData[StatusMessageData_Size].key;
} else if (_tcscmp(key, TEXT("sound")) == 0) {
StatusMessageData[StatusMessageData_Size].doSound = true;
location = &StatusMessageData[StatusMessageData_Size].sound;
} else if (_tcscmp(key, TEXT("delay")) == 0) {
if (_stscanf(value, TEXT("%d"), &ms) == 1)
StatusMessageData[StatusMessageData_Size].delay_ms = ms;
} else if (_tcscmp(key, TEXT("hide")) == 0) {
if (_tcscmp(value, TEXT("yes")) == 0)
StatusMessageData[StatusMessageData_Size].doStatus = false;
}
// Do we have somewhere to put this && is it currently empty ? (prevent lost at startup)
if (location && (_tcscmp(*location, TEXT("")) == 0)) {
// TODO code: this picks up memory lost from no entry, but not duplicates - fix.
if (*location) {
// JMW fix memory leak
free((void*)*location);
}
*location = StringMallocParse(value);
}
}
}
// How many we really got (blank next just in case)
StatusMessageData_Size++;
_init_Status(StatusMessageData_Size);
// file was ok, so save it to registry
ContractLocalPath(szFile1);
SetRegistryString(szRegistryStatusFile, szFile1);
fclose(fp);
}
void TopologyStore::Open() {
StartupStore(TEXT("OpenTopology\n"));
XCSoarInterface::CreateProgressDialog(gettext(TEXT("Loading Topology File...")));
Poco::ScopedRWLock protect(lock, true);
// Start off by getting the names and paths
static TCHAR szOrigFile[MAX_PATH] = TEXT("\0");
static TCHAR szFile[MAX_PATH] = TEXT("\0");
static TCHAR Directory[MAX_PATH] = TEXT("\0");
for (int z=0; z<MAXTOPOLOGY; z++) {
topology_store[z] = 0;
}
GetRegistryString(szRegistryTopologyFile, szFile, MAX_PATH);
ExpandLocalPath(szFile);
_tcscpy(szOrigFile,szFile); // make copy of original
ContractLocalPath(szOrigFile);
// remove it in case it causes a crash (will restore later)
SetRegistryString(szRegistryTopologyFile, TEXT("\0"));
if (_tcslen(szFile)==0) {
// file is blank, so look for it in a map file
static TCHAR szMapFile[MAX_PATH] = TEXT("\0");
GetRegistryString(szRegistryMapFile, szMapFile, MAX_PATH);
if (_tcslen(szMapFile)==0) {
return;
}
ExpandLocalPath(szMapFile);
// Look for the file within the map zip file...
_tcscpy(Directory,szMapFile);
_tcscat(Directory,TEXT("/"));
szFile[0]=0;
_tcscat(szFile,Directory);
_tcscat(szFile,TEXT("topology.tpl"));
} else {
ExtractDirectory(Directory,szFile);
}
// Ready to open the file now..
static ZZIP_FILE* zFile;
char zfilename[MAX_PATH];
unicode2ascii(szFile, zfilename, MAX_PATH);
zFile = zzip_fopen(zfilename, "rt");
if (!zFile) {
StartupStore(TEXT("No topology file\n%s\n"), szFile);
return;
}
TCHAR ctemp[80];
TCHAR TempString[READLINE_LENGTH+1];
TCHAR ShapeName[50];
double ShapeRange;
long ShapeIcon;
long ShapeField;
TCHAR wShapeFilename[MAX_PATH];
TCHAR *Stop;
int numtopo = 0;
char ShapeFilename[MAX_PATH];
while(ReadString(zFile,READLINE_LENGTH,TempString)) {
if((_tcslen(TempString) > 0)
&& (_tcsstr(TempString,TEXT("*")) != TempString)) // Look For Comment
{
BYTE red, green, blue;
// filename,range,icon,field
// File name
PExtractParameter(TempString, ctemp, 0);
_tcscpy(ShapeName, ctemp);
_tcscpy(wShapeFilename, Directory);
_tcscat(wShapeFilename,ShapeName);
_tcscat(wShapeFilename,TEXT(".shp"));
#ifdef _UNICODE
WideCharToMultiByte( CP_ACP, 0, wShapeFilename,
_tcslen(wShapeFilename)+1,
ShapeFilename,
200, NULL, NULL);
#else
strcpy(ShapeFilename, wShapeFilename);
#endif
// Shape range
PExtractParameter(TempString, ctemp, 1);
ShapeRange = StrToDouble(ctemp,NULL);
// Shape icon
PExtractParameter(TempString, ctemp, 2);
ShapeIcon = _tcstol(ctemp, &Stop, 10);
// Shape field for text display
// sjt 02NOV05 - field parameter enabled
PExtractParameter(TempString, ctemp, 3);
if (_istalnum(ctemp[0])) {
ShapeField = _tcstol(ctemp, &Stop, 10);
ShapeField--;
} else {
ShapeField = -1;
}
// Red component of line / shading colour
PExtractParameter(TempString, ctemp, 4);
red = (BYTE)_tcstol(ctemp, &Stop, 10);
// Green component of line / shading colour
PExtractParameter(TempString, ctemp, 5);
green = (BYTE)_tcstol(ctemp, &Stop, 10);
// Blue component of line / shading colour
PExtractParameter(TempString, ctemp, 6);
blue = (BYTE)_tcstol(ctemp, &Stop, 10);
if ((red==64)
&& (green==96)
&& (blue==240)) {
// JMW update colours to ICAO standard
red = 85; // water colours
green = 160;
blue = 255;
}
if (ShapeField<0) {
Topology* newtopo;
newtopo = new Topology(ShapeFilename, Color(red,green,blue));
topology_store[numtopo] = newtopo;
} else {
TopologyLabel *newtopol;
newtopol = new TopologyLabel(ShapeFilename,
Color(red,green,blue),
ShapeField);
topology_store[numtopo] = newtopol;
}
if (ShapeIcon!=0)
topology_store[numtopo]->loadBitmap(ShapeIcon);
topology_store[numtopo]->scaleThreshold = ShapeRange;
numtopo++;
}
}
zzip_fclose(zFile);
// file was OK, so save it
SetRegistryString(szRegistryTopologyFile, szOrigFile);
}
void RasterTerrain::OpenTerrain(void)
{
terrain_initialised = false;
#if TESTBENCH
StartupStore(TEXT(". Loading Terrain... %s"),NEWLINE);
#endif
CreateProgressDialog(gettext(TEXT("_@M900_"))); // Loading Terrain File...
TCHAR szFile[MAX_PATH] = _T("\0");
_tcscpy(szFile,szTerrainFile);
TCHAR szOrigFile[MAX_PATH] = _T("\0");
ExpandLocalPath(szFile);
_tcscpy(szOrigFile, szFile);
ContractLocalPath(szOrigFile);
// If no terrain will be found, the registry will be invalid on next run
_tcscpy(szTerrainFile,_T(""));
#ifdef LKMTERRAIN
static TCHAR szMFile[MAX_PATH] = TEXT("\0");
if (_tcslen(szFile)==0) {
StartupStore(_T(". NO TERRAIN file configured%s"),NEWLINE);
_tcscpy(szMFile,szMapFile);
ExpandLocalPath(szMFile);
_tcscpy(szFile,szMFile);
_tcscpy(szFile,szMFile);
_tcscat(szFile, _T("/terrain.dem"));
StartupStore(_T(". Attempting to use DEM <%s> inside mapfile%s"),szFile,NEWLINE);
}
if (CreateTerrainMap(szFile)) {
_tcscpy(szTerrainFile,szOrigFile);
terrain_initialised = true;
return;
} else {
_tcscpy(szFile,szMFile);
_tcscat(szFile, _T("/terrain.dat"));
StartupStore(_T(". Attempting to use DAT <%s> inside mapfile%s"),szFile,NEWLINE);
if (CreateTerrainMap(szFile)) {
_tcscpy(szTerrainFile,szOrigFile);
terrain_initialised = true;
return;
}
}
#else
if ( (_tcslen(szFile)>0) && ( _tcsstr(szFile, _T(".DEM")) || _tcsstr(szFile, _T(".dem")) ) ) {
if (CreateTerrainMap(szFile)) {
_tcscpy(szterrainFile,szOrigFile);
terrain_initialised = true;
return;
} else {
StartupStore(_T("... INVALID TERRAIN file <%s>%s"),szFile,NEWLINE);
}
}
#endif
if (TerrainMap) {
TerrainMap->Close();
delete TerrainMap;
TerrainMap = NULL;
}
terrain_initialised = false;
StartupStore(_T(". NO TERRAIN file available.%s"),NEWLINE);
}
// Loads a new task from scratch.
// This is called on startup by the even manager because in DEFAULT MENU we have a GCE event
// configured to load Default.tsk for STARTUP_SIMULATOR and STARTUP_REAL.
// Until we change this, which would be a good thing because these configuration are unnecessary ,
// we must use the FullResetAsked trick.
void LoadNewTask(LPCTSTR szFileName)
{
TASK_POINT Temp;
START_POINT STemp;
int i;
bool TaskInvalid = false;
bool WaypointInvalid = false;
bool TaskLoaded = false;
char taskinfo[LKPREAMBOLSIZE+1]; // 100207
bool oldversion=false; // 100207
TCHAR taskFileName[MAX_PATH];
LockTaskData();
ClearTask();
if (FullResetAsked) {
#if TESTBENCH
StartupStore(_T("... LoadNewTask detected FullResetAsked, attempt to load DEMO.TSK\n"));
#endif
// Clear the flag, forever.
FullResetAsked=false;
_tcscpy(taskFileName,_T("%LOCAL_PATH%\\\\_Tasks\\DEMO.TSK"));
ExpandLocalPath(taskFileName);
} else {
_tcscpy(taskFileName,szFileName);
}
StartupStore(_T(". LoadNewTask <%s>%s"),taskFileName,NEWLINE);
FILE* stream = _tfopen(taskFileName, _T("rb"));
if(stream) {
// Defaults
int old_StartLine = StartLine;
int old_SectorType = SectorType;
DWORD old_SectorRadius = SectorRadius;
DWORD old_StartRadius = StartRadius;
int old_AutoAdvance = AutoAdvance;
double old_AATTaskLength = AATTaskLength;
BOOL old_AATEnabled = AATEnabled;
DWORD old_FinishRadius = FinishRadius;
int old_FinishLine = FinishLine;
bool old_EnableMultipleStartPoints = EnableMultipleStartPoints;
TaskLoaded = true;
if(fread(taskinfo, sizeof(char), LKPREAMBOLSIZE, stream) != LKPREAMBOLSIZE) {
TaskInvalid = true;
goto goEnd;
}
// task version check
if ( (taskinfo[0]!= 'L') || (taskinfo[1]!= 'K') || (taskinfo[2]!=LKTASKVERSION) ) {
TaskInvalid = true;
oldversion = true;
goto goEnd;
}
for(i=0;i<OLD_MAXTASKPOINTS;i++) {
if(fread(&Temp, 1, sizeof(OLD_TASK_POINT), stream) != sizeof(OLD_TASK_POINT)) {
TaskInvalid = true;
break;
}
if(i < MAXTASKPOINTS) {
memcpy(&Task[i],&Temp, sizeof(OLD_TASK_POINT));
if( !ValidNotResWayPoint(Temp.Index) && (Temp.Index != -1) ) { // 091213
// Task is only invalid here if the index is out of range
// of the waypoints and not equal to -1.
// (Because -1 indicates a null task item)
WaypointInvalid = true;
}
}
}
if (!TaskInvalid) {
TaskInvalid = fread(&AATEnabled, 1, sizeof(BOOL), stream) != sizeof(BOOL);
}
if (!TaskInvalid) {
TaskInvalid = fread(&AATTaskLength, 1, sizeof(double), stream) != sizeof(double);
}
// ToDo review by JW
// 20060521:sgi added additional task parameters
if (!TaskInvalid) {
TaskInvalid = fread(&FinishRadius, 1, sizeof(FinishRadius), stream) != sizeof(FinishRadius);
}
if (!TaskInvalid) {
TaskInvalid = fread(&FinishLine, 1, sizeof(FinishLine), stream) != sizeof(FinishLine);
}
if (!TaskInvalid) {
TaskInvalid = fread(&StartRadius, 1, sizeof(StartRadius), stream) != sizeof(StartRadius);
}
if (!TaskInvalid) {
TaskInvalid = fread(&StartLine, 1, sizeof(StartLine), stream) != sizeof(StartLine);
}
if (!TaskInvalid) {
TaskInvalid = fread(&SectorType, 1, sizeof(SectorType), stream) != sizeof(SectorType);
}
if (!TaskInvalid) {
TaskInvalid = fread(&SectorRadius, 1, sizeof(SectorRadius), stream) != sizeof(SectorRadius);
}
if (!TaskInvalid) {
TaskInvalid = fread(&AutoAdvance, 1, sizeof(AutoAdvance), stream) != sizeof(AutoAdvance);
}
if (!TaskInvalid) {
TaskInvalid = fread(&EnableMultipleStartPoints, 1, sizeof(EnableMultipleStartPoints), stream) != sizeof(EnableMultipleStartPoints);
}
for(i=0;i<MAXSTARTPOINTS;i++) {
if(fread(&STemp, 1, sizeof(START_POINT), stream) != sizeof(START_POINT)) {
TaskInvalid = true;
break;
}
if( ValidNotResWayPoint(STemp.Index) || (STemp.Index==-1) ) { // 091213
memcpy(&StartPoints[i],&STemp, sizeof(START_POINT));
} else {
WaypointInvalid = true;
StartupStore(_T("--- LoadNewTask: invalid waypoint=%d found%s"),STemp.Index,NEWLINE); // 091213
}
}
// search for waypoints...
if (!TaskInvalid) {
if (!LoadTaskWaypoints(stream) && WaypointInvalid) {
// couldn't lookup the waypoints in the file and we know there are invalid waypoints
TaskInvalid = true;
StartupStore(_T(". LoadTaskNew: cant locate waypoint in file, and invalid wp in task file%s"),NEWLINE);
}
}
// TimeGate config
if (!TaskInvalid) {
TaskInvalid = fread(&PGOpenTimeH, 1, sizeof(PGOpenTimeH), stream) != sizeof(PGOpenTimeH);
}
if (!TaskInvalid) {
TaskInvalid = fread(&PGOpenTimeM, 1, sizeof(PGOpenTimeM), stream) != sizeof(PGOpenTimeM);
}
if (!TaskInvalid) {
InitActiveGate();
// PGOpenTime is Calculated !
int tmp;
TaskInvalid = fread(&tmp, 1, sizeof(tmp), stream) != sizeof(tmp);
}
if (!TaskInvalid) {
PGCloseTime=86399;
// PGCloseTime is Calculated !
int tmp;
TaskInvalid = fread(&tmp, 1, sizeof(tmp), stream) != sizeof(tmp);
}
if (!TaskInvalid) {
TaskInvalid = fread(&PGGateIntervalTime, 1, sizeof(PGGateIntervalTime), stream) != sizeof(PGGateIntervalTime);
}
if (!TaskInvalid) {
TaskInvalid = fread(&PGNumberOfGates, 1, sizeof(PGNumberOfGates), stream) != sizeof(PGNumberOfGates);
}
if (!TaskInvalid) {
TaskInvalid = fread(&PGStartOut, 1, sizeof(PGStartOut), stream) != sizeof(PGStartOut);
}
goEnd:
fclose(stream);
if (TaskInvalid) {
if (oldversion)
StartupStore(_T("------ Task is invalid: old task format%s"),NEWLINE);
else
StartupStore(_T("------ Task is invalid%s"),NEWLINE);
StartLine = old_StartLine;
SectorType = old_SectorType;
SectorRadius = old_SectorRadius;
StartRadius = old_StartRadius;
AutoAdvance = old_AutoAdvance;
AATTaskLength = old_AATTaskLength;
AATEnabled = old_AATEnabled;
FinishRadius = old_FinishRadius;
FinishLine = old_FinishLine;
EnableMultipleStartPoints = old_EnableMultipleStartPoints;
}
} else {
StartupStore(_T("... LoadNewTask: file <%s> not found%s"),taskFileName,NEWLINE); // 091213
TaskInvalid = true;
}
if (TaskInvalid) {
ClearTask();
}
RefreshTask();
if (!ValidTaskPoint(0)) {
ActiveWayPoint = 0;
}
UnlockTaskData();
if (TaskInvalid && TaskLoaded) {
if (oldversion) {
// LKTOKEN _@M360_ = "Invalid old task format!"
MessageBoxX(gettext(TEXT("_@M360_")),
// LKTOKEN _@M396_ = "Load task"
gettext(TEXT("_@M396_")), mbOk);
} else {
// LKTOKEN _@M264_ = "Error in task file!"
MessageBoxX(gettext(TEXT("_@M264_")),
// LKTOKEN _@M396_ = "Load task"
gettext(TEXT("_@M396_")), mbOk);
}
} else {
#if TESTBENCH
StartupStore(_T("------ Task is Loaded%s"),NEWLINE);
#endif
TaskModified = false;
TargetModified = false;
_tcscpy(LastTaskFileName, taskFileName);
}
}
void ReadWayPoints(void)
{
#if TESTBENCH
StartupStore(TEXT(". ReadWayPoints%s"),NEWLINE);
#endif
TCHAR szFile1[MAX_PATH] = TEXT("\0");
TCHAR szFile2[MAX_PATH] = TEXT("\0");
ZZIP_FILE *fp=NULL;
LockTaskData();
CloseWayPoints(); // BUGFIX 091104 duplicate waypoints entries
InitVirtualWaypoints(); // 091103
_tcscpy(szFile1,szWaypointFile);
_tcscpy(szWaypointFile,_T(""));
if (_tcslen(szFile1)>0) {
ExpandLocalPath(szFile1);
fp = openzip(szFile1, "rt");
} else {
}
if(fp != NULL)
{
globalFileNum = 0;
WpFileType[1]=ReadWayPointFile(fp, szFile1);
zzip_fclose(fp);
fp = 0;
// read OK, so set the registry to the actual file name
ContractLocalPath(szFile1);
_tcscpy(szWaypointFile,szFile1);
} else {
StartupStore(TEXT("--- No waypoint file 1%s"),NEWLINE);
}
// read additional waypoint file
// reset to empty until we verified it is existing
_tcscpy(szFile2,szAdditionalWaypointFile);
_tcscpy(szAdditionalWaypointFile,_T(""));
if (_tcslen(szFile2)>0){
ExpandLocalPath(szFile2);
fp = openzip(szFile2, "rt");
if(fp != NULL){
globalFileNum = 1;
WpFileType[2]=ReadWayPointFile(fp, szFile2);
zzip_fclose(fp);
fp = NULL;
// read OK, so set the registry to the actual file name
ContractLocalPath(szFile2);
_tcscpy(szAdditionalWaypointFile,szFile2);
} else {
StartupStore(TEXT("--- No waypoint file 2%s"),NEWLINE);
}
}
// each time we load WayPoint, we need to init WaypointCalc !!
InitWayPointCalc();
UnlockTaskData();
}
// Loads a new task from scratch.
// This is called on startup by the even manager because in DEFAULT MENU we have a GCE event
// configured to load Default.tsk for STARTUP_SIMULATOR and STARTUP_REAL.
// Until we change this, which would be a good thing because these configuration are unnecessary ,
// we must use the FullResetAsked trick.
void LoadNewTask(LPCTSTR szFileName)
{
HANDLE hFile;
TASK_POINT Temp;
START_POINT STemp;
DWORD dwBytesRead;
int i;
bool TaskInvalid = false;
bool WaypointInvalid = false;
bool TaskLoaded = false;
char taskinfo[LKPREAMBOLSIZE+1]; // 100207
bool oldversion=false; // 100207
TCHAR taskFileName[MAX_PATH];
LockTaskData();
ClearTask();
if (FullResetAsked) {
#if TESTBENCH
StartupStore(_T("... LoadNewTask detected FullResetAsked, attempt to load DEMO.TSK\n"));
#endif
// Clear the flag, forever.
FullResetAsked=false;
_tcscpy(taskFileName,_T("%LOCAL_PATH%\\\\_Tasks\\DEMO.TSK"));
ExpandLocalPath(taskFileName);
} else {
_tcscpy(taskFileName,szFileName);
}
StartupStore(_T(". LoadNewTask <%s>%s"),taskFileName,NEWLINE);
hFile = CreateFile(taskFileName,GENERIC_READ,0, (LPSECURITY_ATTRIBUTES)NULL,OPEN_EXISTING, FILE_ATTRIBUTE_NORMAL,NULL);
if(hFile!= INVALID_HANDLE_VALUE )
{
// Defaults
int old_StartLine = StartLine;
int old_SectorType = SectorType;
DWORD old_SectorRadius = SectorRadius;
DWORD old_StartRadius = StartRadius;
int old_AutoAdvance = AutoAdvance;
double old_AATTaskLength = AATTaskLength;
BOOL old_AATEnabled = AATEnabled;
DWORD old_FinishRadius = FinishRadius;
int old_FinishLine = FinishLine;
bool old_EnableMultipleStartPoints = EnableMultipleStartPoints;
TaskLoaded = true;
if(!ReadFile(hFile,&taskinfo,LKPREAMBOLSIZE,&dwBytesRead, (OVERLAPPED *)NULL)) {
TaskInvalid = true;
goto goEnd;
}
// task version check
if ( (taskinfo[0]!= 'L') || (taskinfo[1]!= 'K') || (taskinfo[2]!=LKTASKVERSION) ) {
TaskInvalid = true;
oldversion = true;
goto goEnd;
}
for(i=0;i<MAXTASKPOINTS;i++)
{
if(!ReadFile(hFile,&Temp,sizeof(TASK_POINT),&dwBytesRead, (OVERLAPPED *)NULL))
{
TaskInvalid = true;
break;
}
memcpy(&Task[i],&Temp, sizeof(TASK_POINT));
if( !ValidNotResWayPoint(Temp.Index) && (Temp.Index != -1) ) { // 091213
// Task is only invalid here if the index is out of range
// of the waypoints and not equal to -1.
// (Because -1 indicates a null task item)
WaypointInvalid = true;
}
}
if (!TaskInvalid) {
if (!ReadFile(hFile,&AATEnabled,sizeof(BOOL),&dwBytesRead,(OVERLAPPED*)NULL)) {
TaskInvalid = true;
}
if (!ReadFile(hFile,&AATTaskLength,sizeof(double),&dwBytesRead,(OVERLAPPED*)NULL)) {
TaskInvalid = true;
}
// ToDo review by JW
// 20060521:sgi added additional task parameters
if (!ReadFile(hFile,&FinishRadius,sizeof(FinishRadius),&dwBytesRead,(OVERLAPPED*)NULL)) {
TaskInvalid = true;
}
if (!ReadFile(hFile,&FinishLine,sizeof(FinishLine),&dwBytesRead,(OVERLAPPED*)NULL)) {
TaskInvalid = true;
}
if (!ReadFile(hFile,&StartRadius,sizeof(StartRadius),&dwBytesRead,(OVERLAPPED*)NULL)) {
TaskInvalid = true;
}
if (!ReadFile(hFile,&StartLine,sizeof(StartLine),&dwBytesRead,(OVERLAPPED*)NULL)) {
TaskInvalid = true;
}
if (!ReadFile(hFile,&SectorType,sizeof(SectorType),&dwBytesRead,(OVERLAPPED*)NULL)) {
TaskInvalid = true;
}
if (!ReadFile(hFile,&SectorRadius,sizeof(SectorRadius),&dwBytesRead,(OVERLAPPED*)NULL)) {
TaskInvalid = true;
}
if (!ReadFile(hFile,&AutoAdvance,sizeof(AutoAdvance),&dwBytesRead,(OVERLAPPED*)NULL)) {
TaskInvalid = true;
}
if (!ReadFile(hFile,&EnableMultipleStartPoints,sizeof(bool),&dwBytesRead,(OVERLAPPED*)NULL)) {
TaskInvalid = true;
}
for(i=0;i<MAXSTARTPOINTS;i++)
{
if(!ReadFile(hFile,&STemp,sizeof(START_POINT),&dwBytesRead, (OVERLAPPED *)NULL)) {
TaskInvalid = true;
break;
}
if( ValidNotResWayPoint(STemp.Index) || (STemp.Index==-1) ) { // 091213
memcpy(&StartPoints[i],&STemp, sizeof(START_POINT));
} else {
WaypointInvalid = true;
StartupStore(_T("--- LoadNewTask: invalid waypoint=%d found%s"),STemp.Index,NEWLINE); // 091213
}
}
// search for waypoints...
if (!TaskInvalid) {
if (!LoadTaskWaypoints(hFile) && WaypointInvalid) {
// couldn't lookup the waypoints in the file and we know there are invalid waypoints
TaskInvalid = true;
StartupStore(_T(". LoadTaskNew: cant locate waypoint in file, and invalid wp in task file%s"),NEWLINE);
}
}
}
// TimeGate config
if (!TaskInvalid) {
TaskInvalid = !ReadFile(hFile, &PGOpenTimeH, sizeof (PGOpenTimeH), &dwBytesRead, (OVERLAPPED*) NULL);
}
if (!TaskInvalid) {
TaskInvalid = !ReadFile(hFile, &PGOpenTimeM, sizeof (PGOpenTimeM), &dwBytesRead, (OVERLAPPED*) NULL);
}
if (!TaskInvalid) {
PGOpenTime=((PGOpenTimeH*60)+PGOpenTimeM)*60;
// PGOpenTime is Calculated !
int tmp;
TaskInvalid = !ReadFile(hFile, &tmp, sizeof (tmp), &dwBytesRead, (OVERLAPPED*) NULL);
}
if (!TaskInvalid) {
PGCloseTime=86399;
// PGCloseTime is Calculated !
int tmp;
TaskInvalid = !ReadFile(hFile, &tmp, sizeof (tmp), &dwBytesRead, (OVERLAPPED*) NULL);
}
if (!TaskInvalid) {
TaskInvalid = !ReadFile(hFile, &PGGateIntervalTime, sizeof (PGGateIntervalTime), &dwBytesRead, (OVERLAPPED*) NULL);
}
if (!TaskInvalid) {
TaskInvalid = !ReadFile(hFile, &PGNumberOfGates, sizeof (PGNumberOfGates), &dwBytesRead, (OVERLAPPED*) NULL);
}
if (!TaskInvalid) {
TaskInvalid = !ReadFile(hFile, &PGStartOut, sizeof (PGStartOut), &dwBytesRead, (OVERLAPPED*) NULL);
}
goEnd:
CloseHandle(hFile);
if (TaskInvalid) {
if (oldversion)
StartupStore(_T("------ Task is invalid: old task format%s"),NEWLINE);
else
StartupStore(_T("------ Task is invalid%s"),NEWLINE);
StartLine = old_StartLine;
SectorType = old_SectorType;
SectorRadius = old_SectorRadius;
StartRadius = old_StartRadius;
AutoAdvance = old_AutoAdvance;
AATTaskLength = old_AATTaskLength;
AATEnabled = old_AATEnabled;
FinishRadius = old_FinishRadius;
FinishLine = old_FinishLine;
EnableMultipleStartPoints = old_EnableMultipleStartPoints;
}
} else {
StartupStore(_T("... LoadNewTask: file <%s> not found%s"),taskFileName,NEWLINE); // 091213
TaskInvalid = true;
}
if (TaskInvalid) {
ClearTask();
}
RefreshTask();
if (!ValidTaskPoint(0)) {
ActiveWayPoint = 0;
}
UnlockTaskData();
if (TaskInvalid && TaskLoaded) {
if (oldversion) {
// LKTOKEN _@M360_ = "Invalid old task format!"
MessageBoxX(hWndMapWindow, gettext(TEXT("_@M360_")),
// LKTOKEN _@M396_ = "Load task"
gettext(TEXT("_@M396_")), MB_OK|MB_ICONEXCLAMATION);
} else {
// LKTOKEN _@M264_ = "Error in task file!"
MessageBoxX(hWndMapWindow, gettext(TEXT("_@M264_")),
// LKTOKEN _@M396_ = "Load task"
gettext(TEXT("_@M396_")), MB_OK|MB_ICONEXCLAMATION);
}
} else {
#if TESTBENCH
StartupStore(_T("------ Task is Loaded%s"),NEWLINE);
#endif
TaskModified = false;
TargetModified = false;
_tcscpy(LastTaskFileName, taskFileName);
}
}