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kpilot sysinfo-conduit.cc Go to the documentation of this file. /* KPilot ** ** Copyright (C) 2003 by Reinhold Kainhofer ** */ /* ** This program is free software; you can redistribute it and/or modify ** it under the terms of the GNU General Public License as published by ** the Free Software Foundation; either version 2 of the License, or ** (at your option) any later version. ** ** This program is distributed in the hope that it will be useful, ** but WITHOUT ANY WARRANTY; without even the implied warranty of ** MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the ** GNU General Public License for more details. ** ** You should have received a copy of the GNU General Public License ** along with this program in a file called COPYING; if not, write to ** the Free Software Foundation, Inc., 51 Franklin Street, Fifth Floor, Boston, ** MA 02110-1301, USA. */ /* ** Bug reports and questions can be sent to kde-pim@kde.org. */ #include "options.h" #include <pi-version.h> #include <qtimer.h> #include <qdir.h> #include <qfileinfo.h> #include <qregexp.h> #include <kconfig.h> #include <kdebug.h> #include <pilotSysInfo.h> #include <pilotUser.h> #include <pilotCard.h> #include <kpilotlink.h> #include <kstandarddirs.h> #include <pilotSerialDatabase.h> #include <sys/utsname.h> #include "sysinfo-factory.h" #include "sysinfo-conduit.moc" #include "sysinfoSettings.h" const QString SysInfoConduit::defaultpage = CSL1("KPilot System Information Page\n" "==============================\n" "(Kpilot was unable to find the correct template file, \n" "so this simple template was used.)\n\n" "<!--#ifhardware#\n" "-) Hardware Information\n" " DeviceID: #deviceid#\n" " Device name: #devicename#\n" " Device model: #devicemodel#\n" " Manufacturer: #manufacturer#\n" " Connected via: #devicetype#\n" "#endifhardware#-->\n" "\n" "<!--#ifuser#\n" "-) User Information\n" " Handheld User Name: #username#\n" " Handheld Password: #pw#\n" " Handheld User ID: #uid#\n" " Viewer ID: #viewerid#\n" "#endifuser#-->\n" "\n" "<!--#ifmemory#\n" "-) Memory Information\n" " ROM: #rom# kB total\n" " Total RAM: #totalmem# kB total\n" " Free RAM: #freemem# kB free\n" "#endifmemory#-->\n" "\n" "<!--#ifstorage#\n" "-) Storage Information\n" " Number of cards: #cards#\n" " Memory on cards: #storagemem#\n" "#endifstorage#-->\n" "\n" "<!--#ifdblist#\n" "-) List of Databases on Handheld\n" " Available Databases: #dblist(%1,)#\n" "#endifdblist#-->\n" "\n" "<!--#ifrecords#\n" "-) Number of addresses, to-dos, events, and memos\n" " Addresses: #addresses# entries in Addressbook\n" " Events: #events# entries in Calendar\n" " To-dos: #todos# entries in To-do list\n" " Memos: #memos# memos\n" "#endifrecords#-->\n" "\n" "<!--#ifsync#\n" "-) Synchronization Information\n" " Last sync attempt: #lastsync#\n" " Last successful sync: #lastsuccsync#\n" " Last sync with PC (ID): #lastsyncpc#\n" "#endifsync#-->\n" "\n" "<!--#ifpcversion#\n" "-) Version Information (Desktop)\n" " Operating System: #os#\n" " Hostname: #hostname#\n" " Qt Version: #qt#\n" " KDE Version: #kde#\n" " KPilot Version: #kpilot#\n" " Pilot-Link Version: #pilotlink#\n" "#endifpcversion#-->\n" "\n" "<!--#ifpalmversion#\n" "-) Version Information (Handheld)\n" " PalmOS: #palmos#\n" "#endifpalmversion#-->\n" "\n" "<!--#ifdebug#\n" "-) Debug Information\n" " #debug#\n" "#endifdebug#-->\n" "\n" "------------------------------------------------------------\n" "Page created <!--#date#--> by the KPilot System Information conduit.\n" ""); // Something to allow us to check what revision // the modules are that make up a binary distribution. extern "C" { unsigned long version_conduit_sysinfo = Pilot::PLUGIN_API; } SysInfoConduit::SysInfoConduit(KPilotLink * o, const char *n, const QStringList & a) : ConduitAction(o, n, a) { FUNCTIONSETUP; fConduitName=i18n("System Information"); } SysInfoConduit::~SysInfoConduit() { FUNCTIONSETUP; } void SysInfoConduit::readConfig() { fOutputFile = SysinfoSettings::outputFile(); fOutputType = (eOutputTypeEnum) SysinfoSettings::outputFormat(); fTemplateFile = SysinfoSettings::templateFile(); fHardwareInfo = SysinfoSettings::hardwareInfo(); fUserInfo = SysinfoSettings::userInfo(); fMemoryInfo = SysinfoSettings::memoryInfo(); fStorageInfo = SysinfoSettings::storageInfo(); fDBList = SysinfoSettings::databaseList(); fRecordNumber = SysinfoSettings::recordNumbers(); fSyncInfo = SysinfoSettings::syncInfo(); fKDEVersion = SysinfoSettings::kDEVersion(); fPalmOSVersion = SysinfoSettings::palmOSVersion(); fDebugInfo = SysinfoSettings::debugInformation(); } /* virtual */ bool SysInfoConduit::exec() { FUNCTIONSETUP; readConfig(); QTimer::singleShot(0, this, SLOT(hardwareInfo())); return true; } void SysInfoConduit::hardwareInfo() { FUNCTIONSETUP; if (fHardwareInfo) { QString unknown = i18n("unknown"); /* Retrieve values for * - #deviceid# * - #devicename# * - #devicemodel# * - #manufactorer# * - #devicetype# */ KPilotSysInfo sysinfo = fHandle->getSysInfo(); fValues[CSL1("deviceid")] = QString::fromLatin1(sysinfo.getProductID()); const KPilotCard *device = fHandle->getCardInfo(); if (device) { fValues[CSL1("devicename")] = QString::fromLatin1(device->getCardName()); fValues[CSL1("devicemodel")] = unknown; // TODO fValues[CSL1("manufacturer")] = QString::fromLatin1(device->getCardManufacturer()); } else { fValues[CSL1("devicename")] = unknown; fValues[CSL1("devicemodel")] = unknown; fValues[CSL1("manufacturer")] = unknown; } fValues[CSL1("devicetype")] = unknown; KPILOT_DELETE(device); keepParts.append(CSL1("hardware")); } else removeParts.append(CSL1("hardware")); QTimer::singleShot(0, this, SLOT(userInfo())); } void SysInfoConduit::userInfo() { FUNCTIONSETUP; if (fUserInfo) { /* Retrieve values for * - #username# * - #uid# */ KPilotUser user=fHandle->getPilotUser(); fValues[CSL1("username")] = user.name(); if (user.passwordLength()>0) { fValues[CSL1("pw")] = i18n("Password set"); } else { fValues[CSL1("pw")] = i18n("No password set"); } fValues[CSL1("uid")] = QString::number(user.data()->userID); fValues[CSL1("viewerid")] = QString::number(user.data()->viewerID); keepParts.append(CSL1("user")); } else { removeParts.append(CSL1("user")); } QTimer::singleShot(0, this, SLOT(memoryInfo())); } void SysInfoConduit::memoryInfo() { FUNCTIONSETUP; if (fMemoryInfo) { /* Retrieve values for * - #rom# * - #totalmem# * - #freemem# */ const KPilotCard *device = fHandle->getCardInfo(); if (device) { fValues[CSL1("rom")] = QString::number(device->getRomSize()/1024); fValues[CSL1("totalmem")] = QString::number(device->getRamSize()/1024); fValues[CSL1("freemem")] = QString::number(device->getRamFree()/1024); } keepParts.append(CSL1("memory")); } else removeParts.append(CSL1("memory")); QTimer::singleShot(0, this, SLOT(storageInfo())); } void SysInfoConduit::storageInfo() { FUNCTIONSETUP; if (fStorageInfo) { /* Retrieve values for * - $cards$ */ const KPilotCard *device = fHandle->getCardInfo(1); if (device) { fValues[CSL1("cards")] = CSL1("%1 (%2, %3 kB of %3 kB free)") .arg(QString::fromLatin1(device->getCardName())) .arg(QString::fromLatin1(device->getCardManufacturer())) .arg(device->getRamFree()/1024) .arg(device->getRamSize()/1024); KPILOT_DELETE(device); } else { fValues[CSL1("cards")] = i18n("No Cards available via pilot-link"); } keepParts.append(CSL1("storage")); } else removeParts.append(CSL1("storage")); QTimer::singleShot(0, this, SLOT(dbListInfo())); } void SysInfoConduit::dbListInfo() { FUNCTIONSETUP; if (fDBList) { /* Retrieve values for * - #dblist(structure)# */ dblist=deviceLink()->getDBList(); keepParts.append(CSL1("dblist")); } else removeParts.append(CSL1("dblist")); QTimer::singleShot(0, this, SLOT(recNumberInfo())); } void SysInfoConduit::recNumberInfo() { FUNCTIONSETUP; if (fRecordNumber) { /* Retrieve values for * - #addresses# * - #events# * - #todos# * - #memos# */ PilotDatabase *fDatabase = 0L; QString ERROR = CSL1("ERROR"); fValues[CSL1("addresses")] = ERROR; fValues[CSL1("events")] = ERROR; fValues[CSL1("todos")] = ERROR; fValues[CSL1("memos")] = ERROR; fDatabase = deviceLink()->database(CSL1("AddressDB")); if (fDatabase) { fValues[CSL1("addresses")] = QString::number(fDatabase->recordCount()); KPILOT_DELETE(fDatabase); } fDatabase = deviceLink()->database(CSL1("DatebookDB")); if (fDatabase) { fValues[CSL1("events")] = QString::number(fDatabase->recordCount()); KPILOT_DELETE(fDatabase); } fDatabase = deviceLink()->database(CSL1("ToDoDB")); if (fDatabase) { fValues[CSL1("todos")] = QString::number(fDatabase->recordCount()); KPILOT_DELETE(fDatabase); } fDatabase = deviceLink()->database(CSL1("MemoDB")); if (fDatabase) { fValues[CSL1("memos")] = QString::number(fDatabase->recordCount()); KPILOT_DELETE(fDatabase); } keepParts.append(CSL1("records")); } else removeParts.append(CSL1("records")); QTimer::singleShot(0, this, SLOT(syncInfo())); } void SysInfoConduit::syncInfo() { FUNCTIONSETUP; if (fSyncInfo) { /* Retrieve values for * - #lastsync# * - #lastsuccsync# * - #lastsyncpc# */ KPilotUser user = deviceLink()->getPilotUser(); time_t lastsync = user.getLastSyncDate(); QDateTime qlastsync; qlastsync.setTime_t(lastsync); fValues[CSL1("lastsync")] = qlastsync.toString(Qt::LocalDate); lastsync = user.getLastSuccessfulSyncDate(); qlastsync.setTime_t(lastsync); fValues[CSL1("lastsuccsync")] = qlastsync.toString(Qt::LocalDate); fValues[CSL1("lastsyncpc")] = QString::number(user.getLastSyncPC()); keepParts.append(CSL1("sync")); } else removeParts.append(CSL1("sync")); QTimer::singleShot(0, this, SLOT(pcVersionInfo())); } void SysInfoConduit::pcVersionInfo() { FUNCTIONSETUP; if (fKDEVersion) { /* Retrieve values for * - #os# * - #qt# * - #kde# * - #kpilot# * - #pilotlink# */ fValues[CSL1("kpilot")] = QString::fromLatin1(KPILOT_VERSION); fValues[CSL1("kde")] = i18n("unknown"); fValues[CSL1("qt")] = i18n("unknown"); fValues[CSL1("os")] = i18n("unknown"); fValues[CSL1("hostname")] = i18n("unknown"); struct utsname name; if (uname (&name) >= 0) { fValues[CSL1("os")] = CSL1("%1 %3, %5") .arg(QString::fromLatin1(name.sysname)) .arg(QString::fromLatin1(name.release)) .arg(QString::fromLatin1(name.machine)); fValues[CSL1("hostname")] = CSL1("%2").arg(QString::fromLatin1(name.nodename)); } #ifdef KDE_VERSION_STRING fValues[CSL1("kde")] = QString::fromLatin1(KDE_VERSION_STRING); #endif #ifdef QT_VERSION_STR fValues[CSL1("qt")] = QString::fromLatin1(QT_VERSION_STR); #endif fValues[CSL1("pilotlink")] = CSL1("%1.%2.%3%4") .arg(PILOT_LINK_VERSION) .arg(PILOT_LINK_MAJOR) .arg(PILOT_LINK_MINOR) #ifdef PILOT_LINK_PATCH .arg(QString::fromLatin1(PILOT_LINK_PATCH)); #else .arg(QString()); #endif keepParts.append(CSL1("pcversion")); } else removeParts.append(CSL1("pcversion")); QTimer::singleShot(0, this, SLOT(palmVersionInfo())); } void SysInfoConduit::palmVersionInfo() { FUNCTIONSETUP; if (fPalmOSVersion) { /* Retrieve values for * - #palmos# */ /* fValues["palmos"] = QString("PalmOS %1.%2 (compat %3.%4)") .arg(fHandle->getSysInfo()->getMajorVersion()) .arg(fHandle->getSysInfo()->getMinorVersion()) .arg(fHandle->getSysInfo()->getCompatMajorVersion()) .arg(fHandle->getSysInfo()->getCompatMinorVersion());*/ KPilotSysInfo i = deviceLink()->getSysInfo(); fValues[CSL1("palmos")] = CSL1("PalmOS %1.%2").arg(i.getMajorVersion()).arg(i.getMinorVersion()); keepParts.append(CSL1("palmversion")); } else removeParts.append(CSL1("palmversion")); QTimer::singleShot(0, this, SLOT(debugInfo())); } void SysInfoConduit::debugInfo() { FUNCTIONSETUP; if (fDebugInfo) { /* Retrieve values for * - #debug# */ fValues[CSL1("debug")] = i18n("No debug data"); keepParts.append(CSL1("debug")); } else removeParts.append(CSL1("debug")); QTimer::singleShot(0, this, SLOT(writeFile())); } void SysInfoConduit::writeFile() { FUNCTIONSETUP; fValues[CSL1("date")] = QDateTime::currentDateTime().toString(Qt::LocalDate); QString output; // Open the template file QString templatefile; switch(fOutputType) { case eOutputText: templatefile=locate("data", CSL1("kpilot/sysinfoconduit/Template.txt")); break; case eOutputTemplate: templatefile=fTemplateFile; break; case eOutputHTML: default: templatefile=locate("data", CSL1("kpilot/sysinfoconduit/Template.html")); break; } // Read in the template, close the file bool loaded=false; if (!templatefile.isEmpty()){ #ifdef DEBUG DEBUGKPILOT<<"Loading template file "<<templatefile<<endl; #endif QFile infile(templatefile); if (infile.open(IO_ReadOnly)) { QTextStream instream(&infile); output = instream.read(); infile.close(); loaded=true; } } if (!loaded) { WARNINGKPILOT << "Loading template file " << templatefile <<" failed. Using default template instead." << endl; output=defaultpage; } // Remove all parts not extracted for ( QStringList::Iterator it = removeParts.begin(); it != removeParts.end(); ++it ) { QRegExp re(CSL1("<!--#if%1#.*#endif%1#-->").arg(*it).arg(*it)); re.setMinimal(true); output.remove(re); } for ( QStringList::Iterator it = keepParts.begin(); it != keepParts.end(); ++it ) { QRegExp re(CSL1("<!--#if%1#(.*)#endif%1#-->").arg(*it).arg(*it)); re.setMinimal(true); output.replace(re, CSL1("\\1")); } // Do a loop through all keys in fValues QMap<QString,QString>::Iterator it; for ( it = fValues.begin(); it != fValues.end(); ++it ) { output.replace(CSL1("#%1#").arg(it.key()), it.data()); } // Insert the list of databases QRegExp re(CSL1("#dblist\\[(.*)\\]#")); re.setMinimal(true); while (re.search(output)>=0){ QString dbstring; QString subpatt=re.cap(1); for (KPilotLink::DBInfoList::ConstIterator i = dblist.begin(); i != dblist.end(); ++i ) { DBInfo dbi = *i; QString newpatt(subpatt); char tmpchr[5]; ::memset(&tmpchr[0], 0, 5); /* Patterns for the dblist argument: * %0 .. Database name * %1 .. type * %2 .. creator * %3 .. index * %4 .. flags * %5 .. miscFlags * %6 .. version * %7 .. createDate * %8 .. modifyDate * %9 .. backupDate */ newpatt.replace(CSL1("%0"), QString::fromLatin1(dbi.name)); set_long(&tmpchr[0],dbi.type); newpatt.replace(CSL1("%1"), QString::fromLatin1(tmpchr)); set_long(&tmpchr[0],dbi.creator); newpatt.replace(CSL1("%2"), QString::fromLatin1(tmpchr)); newpatt.replace(CSL1("%3"), QString::number(dbi.index)); newpatt.replace(CSL1("%4"), QString::number(dbi.flags)); newpatt.replace(CSL1("%5"), QString::number(dbi.miscFlags)); newpatt.replace(CSL1("%6"), QString::number(dbi.version)); QDateTime tm; tm.setTime_t(dbi.createDate); newpatt.replace(CSL1("%7"), tm.toString(Qt::LocalDate)); tm.setTime_t(dbi.modifyDate); newpatt.replace(CSL1("%8"), tm.toString(Qt::LocalDate)); tm.setTime_t(dbi.backupDate); newpatt.replace(CSL1("%9"), tm.toString(Qt::LocalDate)); dbstring.append(newpatt); } // Now, just replace the whole found pattern by the string we just constructed. output.replace(re.cap(0), dbstring); } // Write out the result QFile outfile(fOutputFile); #ifdef DEBUG DEBUGKPILOT << fname << ": Writing file <" << fOutputFile << ">" << endl; #endif if (fOutputFile.isEmpty() || (!outfile.open(IO_WriteOnly)) ) { QFileInfo fi(QDir::home(), CSL1("KPilotSysInfo.")+QFileInfo(templatefile).extension() ); fOutputFile=fi.absFilePath(); WARNINGKPILOT << "Unable to open output file, using " << fOutputFile << " instead." << endl; emit logMessage(i18n("Unable to open output file, using %1 instead.").arg(fOutputFile)); outfile.setName(fOutputFile); if (!outfile.open(IO_WriteOnly)) { WARNINGKPILOT<< "Unable to open " << fOutputFile << endl; emit logError(i18n("Unable to open %1").arg(fOutputFile)); QTimer::singleShot(0, this, SLOT(cleanup())); return; } } // Finally, write the actual text out to the file. QTextStream outstream(&outfile); outstream<<output; outfile.close(); emit logMessage(i18n("Handheld system information written to the file %1").arg(fOutputFile)); QTimer::singleShot(0, this, SLOT(cleanup())); } void SysInfoConduit::cleanup() { FUNCTIONSETUP; // Nothing to clean up so far (Do I have memory leaks somewhere?) emit syncDone(this); } kpilot Skip menu "kpilot" Main Page Namespace List Class Hierarchy Alphabetical List Class List File List Namespace Members Class Members Related Pages API Reference Skip menu "API Reference"   doc kioslaves kmail konsolekalendar kpilot libemailfunctions libkcal Generated for API Reference by doxygen 1.5.9 This website is maintained by Adriaan de Groot and Allen Winter. KDE® and the K Desktop Environment® logo are registered trademarks of KDE e.V. | Legal