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tdesvn/src/svnqt/cache/ReposLog.cpp

450 lines
16 KiB

#include "ReposLog.h"
#include "LogCache.h"
#include "svnqt/info_entry.h"
#include "svnqt/svnqttypes.h"
#include "svnqt/client.h"
#include "svnqt/context_listener.h"
#include "svnqt/cache/DatabaseException.h"
#include <tqsqldatabase.h>
/*!
\fn svn::cache::ReposLog::ReposLog(svn::Client*aClient,const TQString&)
*/
svn::cache::ReposLog::ReposLog(svn::Client*aClient,const TQString&aRepository)
:m_Client(),
m_Database(0),
m_ReposRoot(aRepository),m_latestHead(svn::Revision::UNDEFINED)
{
m_Client=aClient;
ContextP ctx = m_Client->getContext();
if (!aRepository.isEmpty()) {
m_Database = LogCache::self()->reposDb(aRepository);
}
}
/*!
\fn svn::cache::ReposLog::latestHeadRev()
*/
svn::Revision svn::cache::ReposLog::latestHeadRev()
{
if (!m_Client||m_ReposRoot.isEmpty()) {
return svn::Revision::UNDEFINED;
}
if (!m_Database) {
m_Database = LogCache::self()->reposDb(m_ReposRoot);
if (!m_Database) {
return svn::Revision::UNDEFINED;
}
}
/// no catch - exception has go trough...
tqDebug("Getting headrev");
svn::InfoEntries e = m_Client->info(m_ReposRoot,svn::DepthEmpty,svn::Revision::HEAD,svn::Revision::HEAD);
if (e.count()<1||e[0].reposRoot().isEmpty()) {
return svn::Revision::UNDEFINED;
}
tqDebug("Getting headrev done");
return e[0].revision();
}
/*!
\fn svn::cache::ReposLog::latestCachedRev()
*/
svn::Revision svn::cache::ReposLog::latestCachedRev()
{
if (m_ReposRoot.isEmpty()) {
return svn::Revision::UNDEFINED;
}
if (!m_Database) {
m_Database = LogCache::self()->reposDb(m_ReposRoot);
if (!m_Database) {
return svn::Revision::UNDEFINED;
}
}
TQString q("select revision from 'logentries' order by revision DESC limit 1");
TQSqlQuery _q(TQString(), m_Database);
if (!_q.exec(q)) {
tqDebug("%s", _q.lastError().text().TOUTF8().data());
return svn::Revision::UNDEFINED;
}
int _r;
if (_q.isActive() && _q.next()) {
//tqDebug("Sel result: %s",_q.value(0).toString().TOUTF8().data());
_r = _q.value(0).toInt();
} else {
tqDebug("%s", _q.lastError().text().TOUTF8().data());
return svn::Revision::UNDEFINED;
}
return _r;
}
bool svn::cache::ReposLog::checkFill(svn::Revision&start,svn::Revision&end,bool checkHead)
{
if (!m_Database) {
m_Database = LogCache::self()->reposDb(m_ReposRoot);
if (!m_Database) {
return false;
}
}
ContextP cp = m_Client->getContext();
long long icount=0;
svn::Revision _latest=latestCachedRev();
// tqDebug("Latest cached rev: %i",_latest.revnum());
// tqDebug("End revision is: %s",end.toString().TOUTF8().data());
if (checkHead && _latest.revnum()>=latestHeadRev().revnum()) {
return true;
}
start=date2numberRev(start);
end=date2numberRev(end);
// both should now one of START, HEAD or NUMBER
if (start==svn::Revision::HEAD || (end==svn::Revision::NUMBER && start==svn::Revision::NUMBER && start.revnum()>end.revnum())) {
svn::Revision tmp = start;
start = end;
end = tmp;
}
svn::Revision _rstart=_latest.revnum()+1;
svn::Revision _rend = end;
if (_rend==svn::Revision::UNDEFINED) {
// tqDebug("Setting end to Head");
_rend=svn::Revision::HEAD;
}
// no catch - exception should go outside.
if (_rstart==0){
_rstart = 1;
}
// tqDebug("Getting log %s -> %s",_rstart.toString().TOUTF8().data(),_rend.toString().TOUTF8().data());
if (_rend==svn::Revision::HEAD) {
_rend=latestHeadRev();
}
if (_rend==svn::Revision::HEAD||_rend.revnum()>_latest.revnum()) {
LogEntriesMap _internal;
// tqDebug("Retrieving from network.");
if (!m_Client->log(m_ReposRoot,_rstart,_rend,_internal,svn::Revision::UNDEFINED,true,false)) {
return false;
}
LogEntriesMap::ConstIterator it=_internal.begin();
for (;it!=_internal.end();++it) {
_insertLogEntry((*it));
if (cp && cp->getListener()) {
//cp->getListener()->contextProgress(++icount,_internal.size());
if (cp->getListener()->contextCancel()) {
throw DatabaseException(TQString("Could not retrieve values: User cancel."));
}
}
}
}
return true;
}
bool svn::cache::ReposLog::fillCache(const svn::Revision&_end)
{
svn::Revision end = _end;
svn::Revision start = latestCachedRev().revnum()+1;
return checkFill(start,end,false);
}
/*!
\fn svn::cache::ReposLog::simpleLog(const svn::Revision&start,const svn::Revision&end,LogEntriesMap&target)
*/
bool svn::cache::ReposLog::simpleLog(LogEntriesMap&target,const svn::Revision&_start,const svn::Revision&_end,bool noNetwork)
{
if (!m_Client||m_ReposRoot.isEmpty()) {
return false;
}
target.clear();
ContextP cp = m_Client->getContext();
svn::Revision end = _end;
svn::Revision start = _start;
if (!noNetwork) {
if (!checkFill(start,end,true)) {
return false;
}
} else {
end=date2numberRev(end,noNetwork);
start=date2numberRev(start,noNetwork);
}
if (end==svn::Revision::HEAD) {
end = latestCachedRev();
}
if (start==svn::Revision::HEAD) {
start=latestCachedRev();
}
static TQString sCount("select count(*) from logentries where revision<=? and revision>=?");
static TQString sEntry("select revision,author,date,message from logentries where revision<=? and revision>=?");
static TQString sItems("select changeditem,action,copyfrom,copyfromrev from changeditems where revision=?");
TQSqlQuery bcount(TQString(),m_Database);
bcount.prepare(sCount);
TQSqlQuery bcur(TQString(),m_Database);
bcur.prepare(sEntry);
TQSqlQuery cur(TQString(),m_Database);
cur.prepare(sItems);
bcount.bindValue(0,TQ_LLONG(end.revnum()));
bcount.bindValue(1,TQ_LLONG(start.revnum()));
if (!bcount.exec()) {
tqDebug("%s", bcount.lastError().text().TOUTF8().data());
throw svn::cache::DatabaseException(TQString("Could not retrieve count: ")+bcount.lastError().text());
return false;
}
bcount.next();
if (bcount.value(0).toLongLong()<1) {
// we didn't found logs with this parameters
return false;
}
bcur.bindValue(0,TQ_LLONG(end.revnum()));
bcur.bindValue(1,TQ_LLONG(start.revnum()));
if (!bcur.exec()) {
tqDebug("%s", bcur.lastError().text().TOUTF8().data());
throw svn::cache::DatabaseException(TQString("Could not retrieve values: ")+bcur.lastError().text());
return false;
}
TQ_LLONG revision;
while(bcur.next()) {
revision = bcur.value(0).toLongLong();
cur.bindValue(0,revision);
if (!cur.exec()) {
tqDebug("%s", cur.lastError().text().TOUTF8().data());
throw svn::cache::DatabaseException(TQString("Could not retrieve values: ")+cur.lastError().text()
,cur.lastError().number());
return false;
}
target[revision].revision=revision;
target[revision].author=bcur.value(1).toString();
target[revision].date=bcur.value(2).toLongLong();
target[revision].message=bcur.value(3).toString();
while(cur.next()) {
LogChangePathEntry lcp;
TQString ac = cur.value(1).toString();
lcp.action=ac[0].latin1();
lcp.copyFromPath=cur.value(2).toString();
lcp.path= cur.value(0).toString();
lcp.copyFromRevision=cur.value(3).toLongLong();
target[revision].changedPaths.push_back(lcp);
}
if (cp && cp->getListener()) {
if (cp->getListener()->contextCancel()) {
throw svn::cache::DatabaseException(TQString("Could not retrieve values: User cancel."));
return false;
}
}
}
return true;
}
/*!
\fn svn::cache::ReposLog::date2numberRev(const svn::Revision&)
*/
svn::Revision svn::cache::ReposLog::date2numberRev(const svn::Revision&aRev,bool noNetwork)
{
if (aRev!=svn::Revision::DATE) {
return aRev;
}
if (!m_Database) {
return svn::Revision::UNDEFINED;
}
static TQString _q("select revision from logentries where date<? order by revision desc");
TQSqlQuery query("select revision,date from logentries order by revision desc limit 1",m_Database);
if (query.lastError().type()!=TQSqlError::None) {
tqDebug("%s", query.lastError().text().TOUTF8().data());
}
bool must_remote=!noNetwork;
if (query.next()) {
if (query.value(1).toLongLong()>=aRev.date()) {
must_remote=false;
}
}
if (must_remote) {
svn::InfoEntries e = (m_Client->info(m_ReposRoot,svn::DepthEmpty,aRev,aRev));;
if (e.count()<1||e[0].reposRoot().isEmpty()) {
return aRev;
}
return e[0].revision();
}
query.prepare(_q);
query.bindValue(0,TQ_LLONG(aRev.date()));
query.exec();
if (query.lastError().type()!=TQSqlError::None) {
tqDebug("%s", query.lastError().text().TOUTF8().data());
}
if (query.next()) {
return query.value(0).toInt();
}
// not found...
if (noNetwork) {
return svn::Revision::UNDEFINED;
}
svn::InfoEntries e = (m_Client->info(m_ReposRoot,svn::DepthEmpty,svn::Revision::HEAD,svn::Revision::HEAD));;
if (e.count()<1||e[0].reposRoot().isEmpty()) {
return svn::Revision::UNDEFINED;
}
return e[0].revision();
}
/*!
\fn svn::cache::ReposLog::insertLogEntry(const svn::LogEntry&)
*/
bool svn::cache::ReposLog::_insertLogEntry(const svn::LogEntry&aEntry)
{
TQSqlRecord *buffer;
m_Database->transaction();
TQ_LLONG j = aEntry.revision;
static TQString qEntry("insert into logentries (revision,date,author,message) values (?,?,?,?)");
static TQString qPathes("insert into changeditems (revision,changeditem,action,copyfrom,copyfromrev) values (?,?,?,?,?)");
TQSqlQuery _q(TQString(),m_Database);
_q.prepare(qEntry);
_q.bindValue(0,j);
_q.bindValue(1,aEntry.date);
_q.bindValue(2,aEntry.author);
_q.bindValue(3,aEntry.message);
if (!_q.exec()) {
m_Database->rollback();
tqDebug("Could not insert values: %s",_q.lastError().text().TOUTF8().data());
tqDebug("%s", _q.lastQuery().TOUTF8().data());
throw svn::cache::DatabaseException(TQString("Could not insert values: ")+_q.lastError().text(),_q.lastError().number());
}
_q.prepare(qPathes);
svn::LogChangePathEntries::ConstIterator cpit = aEntry.changedPaths.begin();
for (;cpit!=aEntry.changedPaths.end();++cpit){
_q.bindValue(0,j);
_q.bindValue(1,(*cpit).path);
_q.bindValue(2,TQString(TQChar((*cpit).action)));
_q.bindValue(3,(*cpit).copyFromPath);
_q.bindValue(4,TQ_LLONG((*cpit).copyFromRevision));
if (!_q.exec()) {
m_Database->rollback();
tqDebug("Could not insert values: %s",_q.lastError().text().TOUTF8().data());
tqDebug("%s", _q.lastQuery().TOUTF8().data());
throw svn::cache::DatabaseException(TQString("Could not insert values: ")+_q.lastError().text(),_q.lastError().number());
}
}
m_Database->commit();
return true;
}
bool svn::cache::ReposLog::insertLogEntry(const svn::LogEntry&aEntry)
{
return _insertLogEntry(aEntry);
}
/*!
\fn svn::cache::ReposLog::log(const svn::Path&,const svn::Revision&start, const svn::Revision&end,const svn::Revision&peg,svn::LogEntriesMap&target, bool strictNodeHistory,int limit))
*/
bool svn::cache::ReposLog::log(const svn::Path&what,const svn::Revision&_start, const svn::Revision&_end,const svn::Revision&_peg,svn::LogEntriesMap&target, bool strictNodeHistory,int limit)
{
static TQString s_q("select logentries.revision,logentries.author,logentries.date,logentries.message from logentries where logentries.revision in (select changeditems.revision from changeditems where (changeditems.changeditem='%1' or changeditems.changeditem GLOB '%2/*') %3 GROUP BY changeditems.revision) ORDER BY logentries.revision DESC");
static TQString s_e("select changeditem,action,copyfrom,copyfromrev from changeditems where changeditems.revision='%1'");
svn::Revision peg = date2numberRev(_peg,true);
svn::Revision end = date2numberRev(_end,true);
svn::Revision start = date2numberRev(_start,true);
TQString query_string = TQString(s_q).arg(what.native()).arg(what.native()).arg((peg==svn::Revision::UNDEFINED?"":TQString(" AND revision<=%1").arg(peg.revnum())));
if (peg==svn::Revision::UNDEFINED) {
peg = latestCachedRev();
}
if (!itemExists(peg,what)) {
throw svn::cache::DatabaseException(TQString("Entry '%1' does not exists at revision %2").arg(what.native()).arg(peg.toString()));
}
if (limit>0) {
query_string+=TQString(" LIMIT %1").arg(limit);
}
TQSqlQuery _q(TQString(),m_Database);
TQSqlQuery _q2(TQString(),m_Database);
_q.prepare(query_string);
if (!_q.exec()) {
tqDebug("Could not select values: %s",_q.lastError().text().TOUTF8().data());
tqDebug("%s", _q.lastQuery().TOUTF8().data());
throw svn::cache::DatabaseException(TQString("Could not select values: ")+_q.lastError().text(),_q.lastError().number());
}
while(_q.next()) {
TQ_LLONG revision = _q.value(0).toLongLong();
target[revision].revision=revision;
target[revision].author=_q.value(1).toString();
target[revision].date=_q.value(2).toLongLong();
target[revision].message=_q.value(3).toString();
query_string=s_e.arg(revision);
_q2.prepare(query_string);
if (!_q2.exec()) {
tqDebug("Could not select values: %s",_q2.lastError().text().TOUTF8().data());
} else {
while (_q2.next()) {
target[revision].changedPaths.push_back (
LogChangePathEntry (_q2.value(0).toString(),
_q2.value(1).toString()[0],
_q2.value(2).toString(),
_q2.value(3).toLongLong()
)
);
}
}
}
return true;
}
/*!
\fn svn::cache::ReposLog::itemExists(const svn::Revision&,const TQString&)
*/
bool svn::cache::ReposLog::itemExists(const svn::Revision&peg,const svn::Path&path)
{
/// @todo this moment I have no idea how to check real with all moves and deletes of parent folders without a hell of sql statements so we make it quite simple: it exists if we found it.
#if 0
static TQString _s1("select revision from changeditems where changeditem='%1' and action='A' and revision<=%2 order by revision desc limit 1");
TQSqlQuery _q(TQString(),m_Database);
TQString query_string=TQString(_s1).arg(path.native()).arg(peg.revnum());
if (!_q.exec(query_string)) {
tqDebug("Could not select values: %s",_q.lastError().text().TOUTF8().data());
tqDebug(_q.lastQuery().TOUTF8().data());
throw svn::cache::DatabaseException(TQString("Could not select values: ")+_q.lastError().text(),_q.lastError().number());
}
tqDebug(_q.lastQuery().TOUTF8().data());
svn::Path _p = path;
static TQString _s2("select revision from changeditem where changeditem in (%1) and action='D' and revision>%2 and revision<=%3 order by revision desc limit 1");
TQStringList p_list;
while (_p.length()>0) {
p_list.append(TQString("'%1'").arg(_p.native()));
_p.removeLast();
}
query_string=TQString(_s2).arg(p_list.join(",")).arg();
#endif
return true;
}
bool svn::cache::ReposLog::isValid()const
{
if (!m_Database) {
m_Database = LogCache::self()->reposDb(m_ReposRoot);
if (!m_Database) {
return false;
}
}
return true;
}