// PfmFormatterDispatch::Delete
void CCALL Volume::Delete( PfmMarshallerDeleteOp* op, void* formatterUse)
{
int64_t openId = op->OpenId();
int64_t parentFileId = op->ParentFileId();
const PfmNamePart* endName = op->EndName();
int64_t writeTime = op->WriteTime();
int perr;
File* file;
perr = FindOpenFile( openId, &file);
if (!perr)
{
if (file == &root)
{
// Can't delete root.
perr = pfmErrorAccessDenied;
}
else if (!file->name)
{
// Already deleted.
}
else if (file->fileType == pfmFileTypeFolder && file->data.folder.firstChild)
{
// Don't allow non empty folder to be deleted
perr = pfmErrorNotEmpty;
}
else
{
file->Delete( writeTime, false/*leaveChildren*/);
}
}
op->Complete( perr);
}
// PfmFormatterDispatch::MoveReplace
void CCALL Volume::MoveReplace( PfmMarshallerMoveReplaceOp* op, void* formatterUse)
{
int64_t sourceOpenId = op->SourceOpenId();
int64_t sourceParentFileId = op->SourceParentFileId();
const PfmNamePart* sourceEndName = op->SourceEndName();
int64_t targetOpenId = op->TargetOpenId();
int64_t targetParentFileId = op->TargetParentFileId();
const PfmNamePart* targetEndName = op->TargetEndName();
uint8_t/*bool*/ deleteSource = op->DeleteSource();
int64_t writeTime = op->WriteTime();
int perr;
File* file;
File* target;
perr = FindOpenFile( sourceOpenId, &file);
if (!perr)
{
perr = FindOpenFile( targetOpenId, &target);
if (!perr)
{
if (target == &root)
{
// Can't replace root.
perr = pfmErrorAccessDenied;
}
else if (!target->name)
{
perr = pfmErrorDeleted;
}
else if (file->sibPrev && !deleteSource)
{
// Links are not supported.
perr = pfmErrorInvalid;
}
else if (file == target)
{
perr = pfmErrorInvalid;
}
else
{
perr = file->Move( target->parent, target->sibPrev, target->name, writeTime);
if (!perr)
{
target->Delete( writeTime, false/*leaveChildren*/);
}
}
}
}
op->Complete( perr);
}
// PfmFormatterDispatch::Replace
void CCALL Volume::Replace( PfmMarshallerReplaceOp* op, void* formatterUse)
{
int64_t targetOpenId = op->TargetOpenId();
int64_t targetParentFileId = op->TargetParentFileId();
const PfmNamePart* targetEndName = op->TargetEndName();
uint8_t createFileFlags = op->CreateFileFlags();
int64_t writeTime = op->WriteTime();
int64_t newCreateOpenId = op->NewCreateOpenId();
int perr;
PfmOpenAttribs openAttribs = zeroOpenAttribs;
File* target;
File* file;
perr = FindOpenFile( targetOpenId, &target);
if (!perr)
{
if (target == &root)
{
// Can't replace root.
perr = pfmErrorAccessDenied;
}
else if (!target->name)
{
perr = pfmErrorDeleted;
}
else
{
perr = FileFactory( target->parent, target->sibPrev, target->name, target->fileType, createFileFlags, writeTime, &file);
if (!perr)
{
target->Delete( writeTime, false/*leaveChildren*/);
file->Open( newCreateOpenId, &openAttribs, 0, 0);
}
}
}
op->Complete( perr, &openAttribs, 0);
}
bool UpdateExistingShortName(char *Name,wchar *NameW)
{
FindData fd;
if (!FindFile::FastFind(Name,NameW,&fd))
return(false);
if (*fd.Name==0 || *fd.ShortName==0)
return(false);
if (stricomp(PointToName(fd.Name),fd.ShortName)==0 ||
stricomp(PointToName(Name),fd.ShortName)!=0)
return(false);
char NewName[NM];
for (int I=0;I<10000;I+=123)
{
strncpyz(NewName,Name,ASIZE(NewName));
sprintf(PointToName(NewName),"rtmp%d",I);
if (!FileExist(NewName))
break;
}
if (FileExist(NewName))
return(false);
char FullName[NM];
strncpyz(FullName,Name,ASIZE(FullName));
strcpy(PointToName(FullName),PointToName(fd.Name));
if (!MoveFile(FullName,NewName))
return(false);
File KeepShortFile;
bool Created=false;
if (!FileExist(Name))
Created=KeepShortFile.Create(Name);
MoveFile(NewName,FullName);
if (Created)
{
KeepShortFile.Close();
KeepShortFile.Delete();
}
return(true);
}
void JUnitOutput::WriteToFile(const Uri& URI,
const TestResultCollector& Results)
{
// ensure that a new log will be written
File output;
output.SetLocation(URI);
output.Delete();
FileStream out;
out.Open(URI, FileAccessMode::Write, FileAccessPriority::DelayReadWrite);
if (out.CanWrite())
{
//start suites
String tag("<testsuites>\n", sizeof("<testsuites>\n"));
out.Write(reinterpret_cast<const UInt8*>(tag.c_str()), 0, tag.Length());
for(UInt32 i = 0; i<Results.TestResults().Count(); ++i)
{
//start a suite
tag=String::Format(String("<testsuite error=\"%u\" failures=\"%u\" hostname=\"RadonFramework-TestEnvoirement\" name=\"%s\" tests=\"%u\" time=\"%.3f\" timestamp=\"%s\" id=\"%u\" package=\"%u\">\n",sizeof(
"<testsuite error=\"%u\" failures=\"%u\" hostname=\"RadonFramework-TestEnvoirement\" name=\"%s\" tests=\"%u\" time=\"%.3f\" timestamp=\"%s\" id=\"%u\" package=\"%u\">\n")),
Results.TestResults()[i].TestsWithError,
Results.TestResults()[i].TestsWithFailure,
Results.TestResults()[i].SuiteName.c_str(),
Results.TestResults()[i].TestResults.Count(),
Results.TestResults()[i].TotalTime,
"2007-11-02T23:13:49",
0,
0);
out.Write(reinterpret_cast<const UInt8*>(tag.c_str()), 0 ,tag.Length());
for(UInt32 j = 0; j<Results.TestResults()[i].TestResults.Count(); ++j)
{
//start testcase
tag=String::Format(String("<testcase classname=\"%s\" name=\"%s\" time=\"%d\">\n", sizeof(
"<testcase classname=\"%s\" name=\"%s\" time=\"%d\">\n")),
"",
Results.TestResults()[i].TestResults[j].Name().c_str(),
Results.TestResults()[i].TestResults[j].TimeRequired().Ticks());
out.Write(reinterpret_cast<const UInt8*>(tag.c_str()), 0, tag.Length());
// test failed
if (!Results.TestResults()[i].TestResults[j].Passed())
{
tag=String::Format(String("<error message=\"%s\" type=\"%s\">%s\n", sizeof(
"<error message=\"%s\" type=\"%s\">%s\n")),
"",
"",
"");
out.Write(reinterpret_cast<const UInt8*>(tag.c_str()), 0, tag.Length());
tag="</error>\n";
out.Write(reinterpret_cast<const UInt8*>(tag.c_str()), 0, tag.Length());
}
// test raise an exception
if (Results.TestResults()[i].TestResults[j].Error())
{
tag=String::Format(String("<failure message=\"%s\" type=\"%s\">%s\n",sizeof(
"<failure message=\"%s\" type=\"%s\">%s\n")),
"",
"",
"");
out.Write(reinterpret_cast<const UInt8*>(tag.c_str()), 0, tag.Length());
tag="</failure>\n";
out.Write(reinterpret_cast<const UInt8*>(tag.c_str()), 0, tag.Length());
}
//end testcase
tag="</testcase>\n";
out.Write(reinterpret_cast<const UInt8*>(tag.c_str()), 0, tag.Length());
}
//end the suite
tag="</testsuite>\n";
out.Write(reinterpret_cast<const UInt8*>(tag.c_str()), 0, tag.Length());
}
//end suites
tag="</testsuites>\n";
out.Write(reinterpret_cast<const UInt8*>(tag.c_str()), 0, tag.Length());
}
}
void Changeset::Delete( File& file, const OpenFlag flags ) const
{
file.Delete( flags, m_Id );
}
// If we find a file, which short name is equal to 'Name', we try to change
// its short name, while preserving the long name. It helps when unpacking
// an archived file, which long name is equal to short name of already
// existing file. Otherwise we would overwrite the already existing file,
// even though its long name does not match the name of unpacking file.
bool UpdateExistingShortName(const wchar *Name)
{
wchar LongPathName[NM];
DWORD Res=GetLongPathName(Name,LongPathName,ASIZE(LongPathName));
if (Res==0 || Res>=ASIZE(LongPathName))
return false;
wchar ShortPathName[NM];
Res=GetShortPathName(Name,ShortPathName,ASIZE(ShortPathName));
if (Res==0 || Res>=ASIZE(ShortPathName))
return false;
wchar *LongName=PointToName(LongPathName);
wchar *ShortName=PointToName(ShortPathName);
// We continue only if file has a short name, which does not match its
// long name, and this short name is equal to name of file which we need
// to create.
if (*ShortName==0 || wcsicomp(LongName,ShortName)==0 ||
wcsicomp(PointToName(Name),ShortName)!=0)
return false;
// Generate the temporary new name for existing file.
wchar NewName[NM];
*NewName=0;
for (int I=0;I<10000 && *NewName==0;I+=123)
{
// Here we copy the path part of file to create. We'll make the temporary
// file in the same folder.
wcsncpyz(NewName,Name,ASIZE(NewName));
// Here we set the random name part.
swprintf(PointToName(NewName),ASIZE(NewName),L"rtmp%d",I);
// If such file is already exist, try next random name.
if (FileExist(NewName))
*NewName=0;
}
// If we could not generate the name not used by any other file, we return.
if (*NewName==0)
return false;
// FastFind returns the name without path, but we need the fully qualified
// name for renaming, so we use the path from file to create and long name
// from existing file.
wchar FullName[NM];
wcsncpyz(FullName,Name,ASIZE(FullName));
SetName(FullName,LongName,ASIZE(FullName));
// Rename the existing file to randomly generated name. Normally it changes
// the short name too.
if (!MoveFile(FullName,NewName))
return false;
// Now we need to create the temporary empty file with same name as
// short name of our already existing file. We do it to occupy its previous
// short name and not allow to use it again when renaming the file back to
// its original long name.
File KeepShortFile;
bool Created=false;
if (!FileExist(Name))
Created=KeepShortFile.Create(Name,FMF_WRITE|FMF_SHAREREAD);
// Now we rename the existing file from temporary name to original long name.
// Since its previous short name is occupied by another file, it should
// get another short name.
MoveFile(NewName,FullName);
if (Created)
{
// Delete the temporary zero length file occupying the short name,
KeepShortFile.Close();
KeepShortFile.Delete();
}
// We successfully changed the short name. Maybe sometimes we'll simplify
// this function by use of SetFileShortName Windows API call.
// But SetFileShortName is not available in older Windows.
return true;
}
// If we find a file, which short name is equal to 'Name', we try to change
// its short name, while preserving the long name. It helps when unpacking
// an archived file, which long name is equal to short name of already
// existing file. Otherwise we would overwrite the already existing file,
// even though its long name does not match the name of unpacking file.
bool UpdateExistingShortName(wchar *Name)
{
// 'Name' is the name of file which we want to create. Let's check
// if file with such name is exist. If it does not, we return.
FindData fd;
if (!FindFile::FastFind(NULL,Name,&fd))
return(false);
// We continue only if file has a short name, which does not match its
// long name, and this short name is equal to name of file which we need
// to create.
if (*fd.ShortName==0 || wcsicomp(PointToName(fd.NameW),fd.ShortName)==0 ||
wcsicomp(PointToName(Name),fd.ShortName)!=0)
return(false);
// Generate the temporary new name for existing file.
wchar NewName[NM];
*NewName=0;
for (int I=0;I<10000 && *NewName==0;I+=123)
{
// Here we copy the path part of file to create. We'll make the temporary
// file in the same folder.
wcsncpyz(NewName,Name,ASIZE(NewName));
// Here we set the random name part.
sprintfw(PointToName(NewName),ASIZE(NewName),L"rtmp%d",I);
// If such file is already exist, try next random name.
if (FileExist(NULL,NewName))
*NewName=0;
}
// If we could not generate the name not used by any other file, we return.
if (*NewName==0)
return(false);
// FastFind returns the name without path, but we need the fully qualified
// name for renaming, so we use the path from file to create and long name
// from existing file.
wchar FullName[NM];
wcsncpyz(FullName,Name,ASIZE(FullName));
wcscpy(PointToName(FullName),PointToName(fd.NameW));
// Rename the existing file to randomly generated name. Normally it changes
// the short name too.
if (!MoveFileW(FullName,NewName))
return(false);
// Now we need to create the temporary empty file with same name as
// short name of our already existing file. We do it to occupy its previous
// short name and not allow to use it again when renaming the file back to
// its original long name.
File KeepShortFile;
bool Created=false;
if (!FileExist(NULL,Name))
Created=KeepShortFile.Create(NULL,Name);
// Now we rename the existing file from temporary name to original long name.
// Since its previous short name is occupied by another file, it should
// get another short name.
MoveFileW(NewName,FullName);
if (Created)
{
// Delete the temporary zero length file occupying the short name,
KeepShortFile.Close();
KeepShortFile.Delete();
}
// We successfully changed the short name. Maybe sometimes we'll simplify
// this function by use of SetFileShortName Windows API call.
// But SetFileShortName is not available in older Windows.
return(true);
}