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// (C) 2001, Cornelius Schumacher
#include <tqstringlist.h>
#include <tqfile.h>
#include <ksimpleconfig.h>
#include <kstandarddirs.h>
#include <kurl.h>
#include <kdebug.h>
#include "packageimpl.h"
#include "bugimpl.h"
#include "bugdetailsimpl.h"
#include "bugcache.h"
BugCache::BugCache( const TQString &id )
{
mId = id;
init();
}
BugCache::~BugCache()
{
m_cachePackages->sync();
m_cacheBugs->sync();
delete m_cachePackages;
delete m_cacheBugs;
}
void BugCache::init()
{
mCachePackagesFileName = locateLocal( "appdata", mId + "-packages.cache" );
mCacheBugsFileName = locateLocal( "appdata", mId + "-bugs.cache" );
m_cachePackages = new KSimpleConfig( mCachePackagesFileName );
m_cacheBugs = new KSimpleConfig( mCacheBugsFileName );
}
void BugCache::savePackageList( const Package::List &pkgs )
{
Package::List::ConstIterator it;
for (it = pkgs.begin(); it != pkgs.end(); ++it) {
m_cachePackages->setGroup((*it).name());
m_cachePackages->writeEntry("description",(*it).description());
m_cachePackages->writeEntry("numberOfBugs",(*it).numberOfBugs());
m_cachePackages->writeEntry("components",(*it).components());
writePerson(m_cachePackages,"Maintainer",(*it).maintainer());
}
}
Package::List BugCache::loadPackageList()
{
Package::List pkgs;
TQStringList packages = m_cachePackages->groupList();
TQStringList::ConstIterator it;
for( it = packages.begin(); it != packages.end(); ++it ) {
if ((*it) == "<default>") continue;
if ((*it).contains("/")) continue;
m_cachePackages->setGroup(*it);
TQString description = m_cachePackages->readEntry("description");
int numberOfBugs = m_cachePackages->readNumEntry("numberOfBugs");
Person maintainer = readPerson( m_cachePackages, "Maintainer");
TQStringList components = m_cachePackages->readListEntry("components");
pkgs.append( Package( new PackageImpl( (*it), description, numberOfBugs,
maintainer, components ) ) );
}
return pkgs;
}
void BugCache::invalidatePackageList()
{
// Completely wipe out packages.cache
TQStringList packages = m_cachePackages->groupList();
TQStringList::ConstIterator it;
for( it = packages.begin(); it != packages.end(); ++it ) {
if ((*it) == "<default>") continue;
m_cachePackages->deleteGroup(*it, true);
}
}
void BugCache::saveBugList( const Package &pkg, const TQString &component, const Bug::List &bugs )
{
TQStringList bugList;
Bug::List::ConstIterator it;
for( it = bugs.begin(); it != bugs.end(); ++it ) {
TQString number = (*it).number();
bugList.append( number );
m_cacheBugs->setGroup( number );
m_cacheBugs->writeEntry( "Title", (*it).title() );
m_cacheBugs->writeEntry( "Severity", Bug::severityToString((*it).severity()) );
m_cacheBugs->writeEntry( "Status", Bug::statusToString((*it).status()) );
m_cacheBugs->writeEntry( "MergedWith" , (*it).mergedWith() );
m_cacheBugs->writeEntry( "Age", ( *it ).age() );
writePerson( m_cacheBugs, "Submitter", (*it).submitter() );
writePerson( m_cacheBugs, "TODO", (*it).developerTODO() );
}
if ( component.isEmpty() )
m_cachePackages->setGroup( pkg.name() );
else {
m_cachePackages->setGroup( pkg.name() + "/" + component );
}
m_cachePackages->writeEntry( "bugList", bugList );
}
Bug::List BugCache::loadBugList( const Package &pkg, const TQString &component, bool disconnected )
{
// kdDebug() << "Loading bug list for " << pkg.name() << endl;
Bug::List bugList;
if ( component.isEmpty() )
m_cachePackages->setGroup( pkg.name() );
else
m_cachePackages->setGroup( pkg.name() + "/" + component );
TQStringList bugs = m_cachePackages->readListEntry( "bugList" );
// kdDebug() << " Bugs: " << (bugs.join(",")) << endl;
TQStringList::ConstIterator it;
for( it = bugs.begin(); it != bugs.end(); ++it ) {
if ( m_cacheBugs->hasGroup(*it) )
{
m_cacheBugs->setGroup(*it);
TQString title = m_cacheBugs->readEntry("Title");
if ( !title.isEmpty() ) // dunno how I ended up with an all empty bug in the cache
{
Person submitter = readPerson( m_cacheBugs, "Submitter" );
Bug::Status status = Bug::stringToStatus( m_cacheBugs->readEntry("Status") );
Bug::Severity severity = Bug::stringToSeverity( m_cacheBugs->readEntry("Severity") );
Person developerTODO = readPerson( m_cacheBugs, "TODO" );
Bug::BugMergeList mergedWith = m_cacheBugs->readIntListEntry( "MergedWith" );
uint age = m_cacheBugs->readUnsignedNumEntry( "Age", 0xFFFFFFFF );
bugList.append( Bug( new BugImpl( title, submitter, ( *it ), age,
severity, developerTODO,
status, mergedWith ) ) );
}
} else {
// This bug is in the package cache's buglist but not in the bugs cache
// Probably a new bug, we need to fetch it - if we're not in disconnected mode
kdWarning() << "Bug " << *it << " not in bug cache" << endl;
if ( !disconnected )
return Bug::List(); // returning an empty list will trigger a reload of the buglist
}
}
return bugList;
}
void BugCache::invalidateBugList( const Package& pkg, const TQString &component )
{
kdDebug() << "BugCache::invalidateBugList " << pkg.name()
<< " (" << component << ")" << endl;
// Erase bug list for this package
if ( component.isEmpty() ) {
m_cachePackages->setGroup( pkg.name() );
} else {
TQString key = pkg.name() + "/" + component;
m_cachePackages->setGroup( key );
m_cachePackages->setGroup( pkg.name() + "/" + component );
}
m_cachePackages->writeEntry("bugList",TQString());
}
void BugCache::saveBugDetails( const Bug &bug, const BugDetails &details )
{
m_cacheBugs->setGroup( bug.number() );
m_cacheBugs->writeEntry( "Version", details.version() );
m_cacheBugs->writeEntry( "Source", details.source() );
m_cacheBugs->writeEntry( "Compiler", details.compiler() );
m_cacheBugs->writeEntry( "OS", details.os() );
TQStringList senders;
TQStringList texts;
TQStringList dates;
BugDetailsPart::List parts = details.parts();
BugDetailsPart::List::ConstIterator it;
for ( it = parts.begin(); it != parts.end(); ++it ) {
senders.append( (*it).sender.fullName() );
texts.append( (*it).text );
dates.append( (*it).date.toString( TQt::ISODate ) );
}
m_cacheBugs->writeEntry( "Details", texts );
m_cacheBugs->writeEntry( "Senders", senders );
m_cacheBugs->writeEntry( "Dates", dates );
}
bool BugCache::hasBugDetails( const Bug& bug ) const
{
if ( !m_cacheBugs->hasGroup( bug.number() ) )
return false;
m_cacheBugs->setGroup( bug.number() );
return m_cacheBugs->hasKey( "Details" );
}
BugDetails BugCache::loadBugDetails( const Bug &bug )
{
if ( !m_cacheBugs->hasGroup( bug.number() ) ) {
return BugDetails();
}
m_cacheBugs->setGroup( bug.number() );
BugDetailsPart::List parts;
TQStringList texts = m_cacheBugs->readListEntry( "Details" );
TQStringList senders = m_cacheBugs->readListEntry( "Senders" );
TQStringList dates = m_cacheBugs->readListEntry( "Dates" );
TQStringList::ConstIterator itTexts = texts.begin();
TQStringList::ConstIterator itSenders = senders.begin();
TQStringList::ConstIterator itDates = dates.begin();
while( itTexts != texts.end() ) {
TQDateTime date = TQDateTime::fromString( *itDates, TQt::ISODate );
parts.append( BugDetailsPart( Person(*itSenders), date, *itTexts ) );
++itTexts;
++itSenders;
++itDates;
}
if ( parts.count() == 0 ) {
return BugDetails();
}
TQString version = m_cacheBugs->readEntry( "Version" );
TQString source = m_cacheBugs->readEntry( "Source" );
TQString compiler = m_cacheBugs->readEntry( "Compiler" );
TQString os = m_cacheBugs->readEntry( "OS" );
return BugDetails( new BugDetailsImpl( version, source, compiler, os,
parts ) );
}
void BugCache::invalidateBugDetails( const Bug& bug )
{
m_cacheBugs->deleteGroup( bug.number(), true );
}
void BugCache::clear()
{
delete m_cachePackages;
delete m_cacheBugs;
TQFile f1( mCachePackagesFileName );
f1.remove();
TQFile f2( mCacheBugsFileName );
f2.remove();
init();
}
void BugCache::writePerson( KSimpleConfig *file, const TQString &key,
const Person &p )
{
TQStringList values;
values.append(p.name);
values.append(p.email);
file->writeEntry( key, values );
}
struct Person BugCache::readPerson( KSimpleConfig *file, const TQString &key )
{
struct Person p;
TQStringList values = file->readListEntry(key);
if ( values.count() > 0 )
p.name = values[0];
if ( values.count() > 1 )
p.email = values[1];
return p;
}
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