// CacheDB::ReadyDB - Ready the DB2 /*{{{*/
// ---------------------------------------------------------------------
/* This opens the DB2 file for caching package information */
-bool CacheDB::ReadyDB(string DB)
+bool CacheDB::ReadyDB(string const &DB)
{
int err;
/*}}}*/
// CacheDB::GetFileInfo - Get all the info about the file /*{{{*/
// ---------------------------------------------------------------------
-bool CacheDB::GetFileInfo(string FileName, bool DoControl, bool DoContents,
- bool GenContentsOnly,
- bool DoMD5, bool DoSHA1, bool DoSHA256, bool const &checkMtime)
+bool CacheDB::GetFileInfo(string const &FileName, bool const &DoControl, bool const &DoContents,
+ bool const &GenContentsOnly, bool const &DoMD5, bool const &DoSHA1,
+ bool const &DoSHA256, bool const &checkMtime)
{
this->FileName = FileName;
// CacheDB::LoadContents - Load the File Listing /*{{{*/
// ---------------------------------------------------------------------
/* */
-bool CacheDB::LoadContents(bool GenOnly)
+bool CacheDB::LoadContents(bool const &GenOnly)
{
// Try to read the control information out of the DB.
if ((CurStat.Flags & FlContents) == FlContents)
return string(space);
}
-static inline unsigned char xdig2num(char dig) {
+static inline unsigned char xdig2num(char const &dig) {
if (isdigit(dig)) return dig - '0';
if ('a' <= dig && dig <= 'f') return dig - 'a' + 10;
if ('A' <= dig && dig <= 'F') return dig - 'A' + 10;
// CacheDB::GetMD5 - Get the MD5 hash /*{{{*/
// ---------------------------------------------------------------------
/* */
-bool CacheDB::GetMD5(bool GenOnly)
+bool CacheDB::GetMD5(bool const &GenOnly)
{
// Try to read the control information out of the DB.
if ((CurStat.Flags & FlMD5) == FlMD5)
// CacheDB::GetSHA1 - Get the SHA1 hash /*{{{*/
// ---------------------------------------------------------------------
/* */
-bool CacheDB::GetSHA1(bool GenOnly)
+bool CacheDB::GetSHA1(bool const &GenOnly)
{
// Try to read the control information out of the DB.
if ((CurStat.Flags & FlSHA1) == FlSHA1)
// CacheDB::GetSHA256 - Get the SHA256 hash /*{{{*/
// ---------------------------------------------------------------------
/* */
-bool CacheDB::GetSHA256(bool GenOnly)
+bool CacheDB::GetSHA256(bool const &GenOnly)
{
// Try to read the control information out of the DB.
if ((CurStat.Flags & FlSHA256) == FlSHA256)
{
return Dbp->get(Dbp,0,&Key,&Data,0) == 0;
};
- inline bool Put(const void *In,unsigned long Length)
+ inline bool Put(const void *In,unsigned long const &Length)
{
if (ReadOnly == true)
return true;
bool GetFileStat(bool const &doStat = false);
bool GetCurStat();
bool LoadControl();
- bool LoadContents(bool GenOnly);
- bool GetMD5(bool GenOnly);
- bool GetSHA1(bool GenOnly);
- bool GetSHA256(bool GenOnly);
+ bool LoadContents(bool const &GenOnly);
+ bool GetMD5(bool const &GenOnly);
+ bool GetSHA1(bool const &GenOnly);
+ bool GetSHA256(bool const &GenOnly);
// Stat info stored in the DB, Fixed types since it is written to disk.
enum FlagList {FlControl = (1<<0),FlMD5=(1<<1),FlContents=(1<<2),
Stats() : Bytes(0), MD5Bytes(0), SHA1Bytes(0), SHA256Bytes(0), Packages(0), Misses(0), DeLinkBytes(0) {};
} Stats;
- bool ReadyDB(string DB);
+ bool ReadyDB(string const &DB);
inline bool DBFailed() {return Dbp != 0 && DBLoaded == false;};
inline bool Loaded() {return DBLoaded == true;};
inline off_t GetFileSize(void) {return CurStat.FileSize;}
- bool SetFile(string FileName,struct stat St,FileFd *Fd);
- bool GetFileInfo(string FileName, bool DoControl, bool DoContents,
- bool GenContentsOnly, bool DoMD5, bool DoSHA1, bool DoSHA256, bool const &checkMtime = false);
+ bool SetFile(string const &FileName,struct stat St,FileFd *Fd);
+ bool GetFileInfo(string const &FileName, bool const &DoControl, bool const &DoContents, bool const &GenContentsOnly,
+ bool const &DoMD5, bool const &DoSHA1, bool const &DoSHA256, bool const &checkMtime = false);
bool Finish();
bool Clean();
- CacheDB(string DB) : Dbp(0), Fd(NULL), DebFile(0) {ReadyDB(DB);};
+ CacheDB(string const &DB) : Dbp(0), Fd(NULL), DebFile(0) {ReadyDB(DB);};
~CacheDB() {ReadyDB(string()); delete DebFile;};
};
// ContentsExtract::Add - Read the contents data into the sorter /*{{{*/
// ---------------------------------------------------------------------
/* */
-void ContentsExtract::Add(GenContents &Contents,string Package)
+void ContentsExtract::Add(GenContents &Contents,string const &Package)
{
const char *Start = Data;
char *Pkg = Contents.Mystrdup(Package.c_str());
virtual bool DoItem(Item &Itm,int &Fd);
void Reset() {CurSize = 0;};
bool TakeContents(const void *Data,unsigned long Length);
- void Add(GenContents &Contents,string Package);
+ void Add(GenContents &Contents,string const &Package);
ContentsExtract() : Data(0), MaxSize(0), CurSize(0) {};
virtual ~ContentsExtract() {delete [] Data;};
// MultiCompress::MultiCompress - Constructor /*{{{*/
// ---------------------------------------------------------------------
/* Setup the file outputs, compression modes and fork the writer child */
-MultiCompress::MultiCompress(string Output,string Compress,
- mode_t Permissions,bool Write)
+MultiCompress::MultiCompress(string const &Output,string const &Compress,
+ mode_t const &Permissions,bool const &Write) :
+ Permissions(Permissions)
{
Outputs = 0;
Outputter = -1;
Input = 0;
UpdateMTime = 0;
- this->Permissions = Permissions;
/* Parse the compression string, a space separated lists of compresison
types */
/* This checks each compressed file to make sure it exists and returns
stat information for a random file from the collection. False means
one or more of the files is missing. */
-bool MultiCompress::GetStat(string Output,string Compress,struct stat &St)
+bool MultiCompress::GetStat(string const &Output,string const &Compress,struct stat &St)
{
/* Parse the compression string, a space separated lists of compresison
types */
/* This opens the compressor, either in compress mode or decompress
mode. FileFd is always the compressor input/output file,
OutFd is the created pipe, Input for Compress, Output for Decompress. */
-bool MultiCompress::OpenCompress(const CompType *Prog,pid_t &Pid,int FileFd,
- int &OutFd,bool Comp)
+bool MultiCompress::OpenCompress(const CompType *Prog,pid_t &Pid,int const &FileFd,
+ int &OutFd,bool const &Comp)
{
Pid = -1;
computes the MD5 of the raw data. After this the raw data in the
original files is compared to see if this data is new. If the data
is new then the temp files are renamed, otherwise they are erased. */
-bool MultiCompress::Child(int FD)
+bool MultiCompress::Child(int const &FD)
{
// Start the compression children.
for (Files *I = Outputs; I != 0; I = I->Next)
mode_t Permissions;
static const CompType Compressors[];
- bool OpenCompress(const CompType *Prog,pid_t &Pid,int FileFd,
- int &OutFd,bool Comp);
- bool Child(int Fd);
+ bool OpenCompress(const CompType *Prog,pid_t &Pid,int const &FileFd,
+ int &OutFd,bool const &Comp);
+ bool Child(int const &Fd);
bool Start();
bool Die();
bool Finalize(unsigned long &OutSize);
bool OpenOld(int &Fd,pid_t &Proc);
bool CloseOld(int Fd,pid_t Proc);
- static bool GetStat(string Output,string Compress,struct stat &St);
+ static bool GetStat(string const &Output,string const &Compress,struct stat &St);
- MultiCompress(string Output,string Compress,mode_t Permissions,
- bool Write = true);
+ MultiCompress(string const &Output,string const &Compress,
+ mode_t const &Permissions, bool const &Write = true);
~MultiCompress();
};
// Override::ReadOverride - Read the override file /*{{{*/
// ---------------------------------------------------------------------
/* This parses the override file and reads it into the map */
-bool Override::ReadOverride(string File,bool Source)
+bool Override::ReadOverride(string const &File,bool const &Source)
{
if (File.empty() == true)
return true;
// Override::ReadExtraOverride - Read the extra override file /*{{{*/
// ---------------------------------------------------------------------
/* This parses the extra override file and reads it into the map */
-bool Override::ReadExtraOverride(string File,bool Source)
+bool Override::ReadExtraOverride(string const &File,bool const &Source)
{
if (File.empty() == true)
return true;
/* Returns a override item for the given package and the given architecture.
* Treats "all" special
*/
-Override::Item* Override::GetItem(string Package, string Architecture)
+Override::Item* Override::GetItem(string const &Package, string const &Architecture)
{
- map<string,Item>::iterator I = Mapping.find(Package);
+ map<string,Item>::const_iterator I = Mapping.find(Package);
map<string,Item>::iterator J = Mapping.find(Package + "/" + Architecture);
if (I == Mapping.end() && J == Mapping.end())
if (R->Priority != "") result->Priority = R->Priority;
if (R->OldMaint != "") result->OldMaint = R->OldMaint;
if (R->NewMaint != "") result->NewMaint = R->NewMaint;
- for (map<string,string>::iterator foI = R->FieldOverride.begin();
+ for (map<string,string>::const_iterator foI = R->FieldOverride.begin();
foI != R->FieldOverride.end(); foI++)
{
result->FieldOverride[foI->first] = foI->second;
there is a rule but it does not match then the empty string is returned,
also if there was no rewrite rule the empty string is returned. Failed
indicates if there was some kind of problem while rewriting. */
-string Override::Item::SwapMaint(string Orig,bool &Failed)
+string Override::Item::SwapMaint(string const &Orig,bool &Failed)
{
Failed = false;
override file. Thus it persists.*/
#if 1
// Break OldMaint up into little bits on double slash boundaries.
- string::iterator End = OldMaint.begin();
+ string::const_iterator End = OldMaint.begin();
while (1)
{
- string::iterator Start = End;
+ string::const_iterator Start = End;
for (; End < OldMaint.end() &&
(End + 3 >= OldMaint.end() || End[0] != ' ' ||
End[1] != '/' || End[2] != '/'); End++);
string NewMaint;
map<string,string> FieldOverride;
- string SwapMaint(string Orig,bool &Failed);
+ string SwapMaint(string const &Orig,bool &Failed);
~Item() {};
};
map<string,Item> Mapping;
- inline Item *GetItem(string Package)
+ inline Item *GetItem(string const &Package)
{
return GetItem(Package, "");
}
- Item *GetItem(string Package, string Architecture);
+ Item *GetItem(string const &Package, string const &Architecture);
- bool ReadOverride(string File,bool Source = false);
- bool ReadExtraOverride(string File,bool Source = false);
+ bool ReadOverride(string const &File,bool const &Source = false);
+ bool ReadExtraOverride(string const &File,bool const &Source = false);
};
#endif
// FTWScanner::ScannerFile - File Scanner /*{{{*/
// ---------------------------------------------------------------------
/* */
-int FTWScanner::ScannerFile(const char *File, bool ReadLink)
+int FTWScanner::ScannerFile(const char *File, bool const &ReadLink)
{
const char *LastComponent = strrchr(File, '/');
if (LastComponent == NULL)
else
LastComponent++;
- vector<string>::iterator I;
+ vector<string>::const_iterator I;
for(I = Owner->Patterns.begin(); I != Owner->Patterns.end(); ++I)
{
if (fnmatch((*I).c_str(), LastComponent, 0) == 0)
{
Owner->NewLine(1);
- bool Type = _error->PopMessage(Err);
+ bool const Type = _error->PopMessage(Err);
if (Type == true)
cerr << _("E: ") << Err << endl;
else
// FTWScanner::RecursiveScan - Just scan a directory tree /*{{{*/
// ---------------------------------------------------------------------
/* */
-bool FTWScanner::RecursiveScan(string Dir)
+bool FTWScanner::RecursiveScan(string const &Dir)
{
/* If noprefix is set then jam the scan root in, so we don't generate
link followed paths out of control */
// Do recursive directory searching
Owner = this;
- int Res = ftw(Dir.c_str(),ScannerFTW,30);
+ int const Res = ftw(Dir.c_str(),ScannerFTW,30);
// Error treewalking?
if (Res != 0)
// ---------------------------------------------------------------------
/* This is an alternative to using FTW to locate files, it reads the list
of files from another file. */
-bool FTWScanner::LoadFileList(string Dir,string File)
+bool FTWScanner::LoadFileList(string const &Dir, string const &File)
{
/* If noprefix is set then jam the scan root in, so we don't generate
link followed paths out of control */
/* */
bool FTWScanner::Delink(string &FileName,const char *OriginalPath,
unsigned long &DeLinkBytes,
- off_t FileSize)
+ off_t const &FileSize)
{
// See if this isn't an internaly prefix'd file name.
if (InternalPrefix.empty() == false &&
// PackagesWriter::PackagesWriter - Constructor /*{{{*/
// ---------------------------------------------------------------------
/* */
-PackagesWriter::PackagesWriter(string DB,string Overrides,string ExtOverrides,
- string aArch) :
+PackagesWriter::PackagesWriter(string const &DB,string const &Overrides,string const &ExtOverrides,
+ string const &aArch) :
Db(DB),Stats(Db.Stats), Arch(aArch)
{
Output = stdout;
// FTWScanner::SetExts - Set extensions to support /*{{{*/
// ---------------------------------------------------------------------
/* */
-bool FTWScanner::SetExts(string Vals)
+bool FTWScanner::SetExts(string const &Vals)
{
ClearPatterns();
string::size_type Start = 0;
SetTFRewriteData(Changes[End++], "Suggests", OptionalStr.c_str());
}
- for (map<string,string>::iterator I = OverItem->FieldOverride.begin();
+ for (map<string,string>::const_iterator I = OverItem->FieldOverride.begin();
I != OverItem->FieldOverride.end(); I++)
SetTFRewriteData(Changes[End++],I->first.c_str(),I->second.c_str());
// SourcesWriter::SourcesWriter - Constructor /*{{{*/
// ---------------------------------------------------------------------
/* */
-SourcesWriter::SourcesWriter(string BOverrides,string SOverrides,
- string ExtOverrides)
+SourcesWriter::SourcesWriter(string const &BOverrides,string const &SOverrides,
+ string const &ExtOverrides)
{
Output = stdout;
AddPattern("*.dsc");
if (NewMaint.empty() == false)
SetTFRewriteData(Changes[End++], "Maintainer", NewMaint.c_str());
- for (map<string,string>::iterator I = SOverItem->FieldOverride.begin();
+ for (map<string,string>::const_iterator I = SOverItem->FieldOverride.begin();
I != SOverItem->FieldOverride.end(); I++)
SetTFRewriteData(Changes[End++],I->first.c_str(),I->second.c_str());
// ContentsWriter::ContentsWriter - Constructor /*{{{*/
// ---------------------------------------------------------------------
/* */
-ContentsWriter::ContentsWriter(string DB) :
+ContentsWriter::ContentsWriter(string const &DB) :
Db(DB), Stats(Db.Stats)
{
// ---------------------------------------------------------------------
/* If Package is the empty string the control record will be parsed to
determine what the package name is. */
-bool ContentsWriter::DoPackage(string FileName,string Package)
+bool ContentsWriter::DoPackage(string FileName, string Package)
{
if (!Db.GetFileInfo(FileName, Package.empty(), true, false, false, false, false, false))
{
// ContentsWriter::ReadFromPkgs - Read from a packages file /*{{{*/
// ---------------------------------------------------------------------
/* */
-bool ContentsWriter::ReadFromPkgs(string PkgFile,string PkgCompress)
+bool ContentsWriter::ReadFromPkgs(string const &PkgFile,string const &PkgCompress)
{
MultiCompress Pkgs(PkgFile,PkgCompress,0,false);
if (_error->PendingError() == true)
// ReleaseWriter::ReleaseWriter - Constructor /*{{{*/
// ---------------------------------------------------------------------
/* */
-ReleaseWriter::ReleaseWriter(string DB)
+ReleaseWriter::ReleaseWriter(string const &DB)
{
AddPattern("Packages");
AddPattern("Packages.gz");
AddPattern("md5sum.txt");
Output = stdout;
- time_t now = time(NULL);
+ time_t const now = time(NULL);
char datestr[128];
if (strftime(datestr, sizeof(datestr), "%a, %d %b %Y %H:%M:%S UTC",
gmtime(&now)) == 0)
void ReleaseWriter::Finish()
{
fprintf(Output, "MD5Sum:\n");
- for(map<string,struct CheckSum>::iterator I = CheckSums.begin();
+ for(map<string,struct CheckSum>::const_iterator I = CheckSums.begin();
I != CheckSums.end();
++I)
{
}
fprintf(Output, "SHA1:\n");
- for(map<string,struct CheckSum>::iterator I = CheckSums.begin();
+ for(map<string,struct CheckSum>::const_iterator I = CheckSums.begin();
I != CheckSums.end();
++I)
{
}
fprintf(Output, "SHA256:\n");
- for(map<string,struct CheckSum>::iterator I = CheckSums.begin();
+ for(map<string,struct CheckSum>::const_iterator I = CheckSums.begin();
I != CheckSums.end();
++I)
{
static FTWScanner *Owner;
static int ScannerFTW(const char *File,const struct stat *sb,int Flag);
- static int ScannerFile(const char *File, bool ReadLink);
+ static int ScannerFile(const char *File, bool const &ReadLink);
bool Delink(string &FileName,const char *OriginalPath,
- unsigned long &Bytes,off_t FileSize);
+ unsigned long &Bytes,off_t const &FileSize);
- inline void NewLine(unsigned Priority)
+ inline void NewLine(unsigned const &Priority)
{
if (ErrorPrinted == false && Quiet <= Priority)
{
string InternalPrefix;
virtual bool DoPackage(string FileName) = 0;
- bool RecursiveScan(string Dir);
- bool LoadFileList(string BaseDir,string File);
+ bool RecursiveScan(string const &Dir);
+ bool LoadFileList(string const &BaseDir,string const &File);
void ClearPatterns() { Patterns.clear(); };
- void AddPattern(string Pattern) { Patterns.push_back(Pattern); };
- bool SetExts(string Vals);
+ void AddPattern(string const &Pattern) { Patterns.push_back(Pattern); };
+ bool SetExts(string const &Vals);
FTWScanner();
virtual ~FTWScanner() {delete [] RealPath;};
struct CacheDB::Stats &Stats;
string Arch;
- inline bool ReadOverride(string File) {return Over.ReadOverride(File);};
- inline bool ReadExtraOverride(string File)
+ inline bool ReadOverride(string const &File) {return Over.ReadOverride(File);};
+ inline bool ReadExtraOverride(string const &File)
{return Over.ReadExtraOverride(File);};
virtual bool DoPackage(string FileName);
- PackagesWriter(string DB,string Overrides,string ExtOverrides=string(),
- string Arch=string());
+ PackagesWriter(string const &DB,string const &Overrides,string const &ExtOverrides=string(),
+ string const &Arch=string());
virtual ~PackagesWriter() {};
};
bool DoPackage(string FileName,string Package);
virtual bool DoPackage(string FileName)
{return DoPackage(FileName,string());};
- bool ReadFromPkgs(string PkgFile,string PkgCompress);
+ bool ReadFromPkgs(string const &PkgFile,string const &PkgCompress);
void Finish() {Gen.Print(Output);};
- inline bool ReadyDB(string DB) {return Db.ReadyDB(DB);};
+ inline bool ReadyDB(string const &DB) {return Db.ReadyDB(DB);};
- ContentsWriter(string DB);
+ ContentsWriter(string const &DB);
virtual ~ContentsWriter() {};
};
virtual bool DoPackage(string FileName);
- SourcesWriter(string BOverrides,string SOverrides,
- string ExtOverrides=string());
+ SourcesWriter(string const &BOverrides,string const &SOverrides,
+ string const &ExtOverrides=string());
virtual ~SourcesWriter() {free(Buffer);};
};
class ReleaseWriter : public FTWScanner
{
public:
- ReleaseWriter(string DB);
+ ReleaseWriter(string const &DB);
virtual bool DoPackage(string FileName);
void Finish();