void FilePath::InitFromRelativePath(const String &relativePath, const String &folder)
{
sourcePathname = folder + relativePath;
SetRelativePath(relativePath, folder);
}
/** reset from string
* @see NPLFileName() for details.
*/
void FromString(const char* sFilePath){
// for empty string, default to local Glia file.
if(sFilePath[0] == '\0')
{
// FromString("(gl)script/empty.lua");
sRuntimeStateName.clear();
sNID.clear();
sDNSServerName.clear();
sRelativePath.clear();
return;
}
int i = 0;
int nNIDIndex = 0;
int nRelativePathIndex;
int nDNSServerIndex;
bool bExplicitActivationType = false;
/// get the activation type
if(sFilePath[i] == '(')
{
bExplicitActivationType = true;
i++;
while( (sFilePath[i]!=')') && (sFilePath[i]!='\0'))
{
i++;
}
i++;
if( !(i==4 && (sFilePath[1]=='g') && (sFilePath[2]=='l')) )
sRuntimeStateName.assign(sFilePath+1, i-2);
else
sRuntimeStateName.clear();
nNIDIndex = i;
}
/// get namespace
while( (sFilePath[i]!=':') && (sFilePath[i]!='\0'))
i++;
if(sFilePath[i]=='\0')
{
sNID.clear();
sRelativePath.assign(sFilePath+nNIDIndex, i-nNIDIndex);
sDNSServerName.clear();
return;
}
else
{
if(i>nNIDIndex)
sNID.assign(sFilePath+nNIDIndex, i-nNIDIndex);
else
sNID.clear();
/// get relative path
nRelativePathIndex = i+1;
i++;
}
/// get relative path
while( (sFilePath[i]!='@') && (sFilePath[i]!='\0') )
i++;
SetRelativePath(sFilePath+nRelativePathIndex, i - nRelativePathIndex);
if(sFilePath[i]=='\0')
{
sDNSServerName.clear();
return;
}
else
i++;
/// get DNS server name
nDNSServerIndex = i;
while( sFilePath[i]!='\0')
i++;
sDNSServerName.assign(sFilePath+nDNSServerIndex, i - nDNSServerIndex);
}
void FilePath::SetRelativePath(const String &relativePath)
{
SetRelativePath(relativeFolder, FileSystem::Instance()->GetCurrentWorkingDirectory());
}
