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tdelibs/kate/part/test_regression.cpp

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/**
* This file is part of the KDE project
*
* Copyright (C) 2001,2003 Peter Kelly (pmk@post.com)
* Copyright (C) 2003,2004 Stephan Kulow (coolo@kde.org)
* Copyright (C) 2004 Dirk Mueller ( mueller@kde.org )
* Copyright 2006 Leo Savernik (l.savernik@aon.at)
*
* This library is free software; you can redistribute it and/or
* modify it under the terms of the GNU Library General Public
* License as published by the Free Software Foundation; either
* version 2 of the License, or (at your option) any later version.
*
* This library 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
* Library General Public License for more details.
*
* You should have received a copy of the GNU Library General Public License
* along with this library; see the file COPYING.LIB. If not, write to
* the Free Software Foundation, Inc., 51 Franklin Street, Fifth Floor,
* Boston, MA 02110-1301, USA.
*
*/
#include <stdlib.h>
#include <sys/time.h>
#include <sys/resource.h>
#include <sys/types.h>
#include <unistd.h>
#include <pwd.h>
#include <signal.h>
#include <kapplication.h>
#include <kstandarddirs.h>
#include <tqimage.h>
#include <tqfile.h>
#include "test_regression.h"
#include <unistd.h>
#include <stdio.h>
#include <kaction.h>
#include <kcmdlineargs.h>
#include "katefactory.h"
#include <kio/job.h>
#include <kmainwindow.h>
#include <ksimpleconfig.h>
#include <kglobalsettings.h>
#include <tqcolor.h>
#include <tqcursor.h>
#include <tqdir.h>
#include <tqevent.h>
#include <tqobject.h>
#include <tqpushbutton.h>
#include <tqscrollview.h>
#include <tqstring.h>
#include <tqregexp.h>
#include <tqtextstream.h>
#include <tqvaluelist.h>
#include <tqwidget.h>
#include <tqfileinfo.h>
#include <tqtimer.h>
#include <kstatusbar.h>
#include <tqfileinfo.h>
#include "katedocument.h"
#include "kateview.h"
#include <kparts/browserextension.h>
#include "katejscript.h"
#include "katedocumenthelpers.h"
#include "kateconfig.h"
#include "../interfaces/katecmd.h"
using namespace KJS;
#define BASE_DIR_CONFIG "/.testkateregression-3.5"
//BEGIN TestJScriptEnv
TestJScriptEnv::TestJScriptEnv(KateDocument *part) {
ExecState *exec = m_interpreter->globalExec();
KJS::ObjectImp *wd = wrapDocument(m_interpreter->globalExec(), part);
KateView *v = static_cast<KateView *>(part->widget());
KJS::ObjectImp *wv = new KateViewObject(exec, v, wrapView(m_interpreter->globalExec(), v));
*m_view = KJS::Object(wv);
*m_document = KJS::Object(wd);
m_output = new OutputObject(exec, part, v);
m_output->ref();
// recreate properties
m_interpreter->globalObject().put(exec, "document", *m_document);
m_interpreter->globalObject().put(exec, "view", *m_view);
// create new properties
m_interpreter->globalObject().put(exec, "output", KJS::Object(m_output));
// add convenience shortcuts
m_interpreter->globalObject().put(exec, "d", *m_document);
m_interpreter->globalObject().put(exec, "v", *m_view);
m_interpreter->globalObject().put(exec, "out", KJS::Object(m_output));
m_interpreter->globalObject().put(exec, "o", KJS::Object(m_output));
}
TestJScriptEnv::~TestJScriptEnv() {
m_output->deref();
}
//END TestJScriptEnv
//BEGIN KateViewObject
KateViewObject::KateViewObject(ExecState *exec, KateView *v, ObjectImp *fallback)
: view(v), fallback(fallback)
{
// put a function
#define PUT_FUNC(name, enumval) \
putDirect(#name, new KateViewFunction(exec,v,KateViewFunction::enumval,1), DontEnum)
fallback->ref();
PUT_FUNC(keyReturn, KeyReturn);
PUT_FUNC(enter, KeyReturn);
PUT_FUNC(type, Type);
PUT_FUNC(keyDelete, KeyDelete);
PUT_FUNC(deleteWordRight, DeleteWordRight);
PUT_FUNC(transpose, Transpose);
PUT_FUNC(cursorLeft, CursorLeft);
PUT_FUNC(cursorPrev, CursorLeft);
PUT_FUNC(left, CursorLeft);
PUT_FUNC(prev, CursorLeft);
PUT_FUNC(shiftCursorLeft, ShiftCursorLeft);
PUT_FUNC(shiftCursorPrev, ShiftCursorLeft);
PUT_FUNC(shiftLeft, ShiftCursorLeft);
PUT_FUNC(shiftPrev, ShiftCursorLeft);
PUT_FUNC(cursorRight, CursorRight);
PUT_FUNC(cursorNext, CursorRight);
PUT_FUNC(right, CursorRight);
PUT_FUNC(next, CursorRight);
PUT_FUNC(shiftCursorRight, ShiftCursorRight);
PUT_FUNC(shiftCursorNext, ShiftCursorRight);
PUT_FUNC(shiftRight, ShiftCursorRight);
PUT_FUNC(shiftNext, ShiftCursorRight);
PUT_FUNC(wordLeft, WordLeft);
PUT_FUNC(wordPrev, WordLeft);
PUT_FUNC(shiftWordLeft, ShiftWordLeft);
PUT_FUNC(shiftWordPrev, ShiftWordLeft);
PUT_FUNC(wordRight, WordRight);
PUT_FUNC(wordNext, WordRight);
PUT_FUNC(shiftWordRight, ShiftWordRight);
PUT_FUNC(shiftWordNext, ShiftWordRight);
PUT_FUNC(home, Home);
PUT_FUNC(shiftHome, ShiftHome);
PUT_FUNC(end, End);
PUT_FUNC(shiftEnd, ShiftEnd);
PUT_FUNC(up, Up);
PUT_FUNC(shiftUp, ShiftUp);
PUT_FUNC(down, Down);
PUT_FUNC(shiftDown, ShiftDown);
PUT_FUNC(scrollUp, ScrollUp);
PUT_FUNC(scrollDown, ScrollDown);
PUT_FUNC(topOfView, TopOfView);
PUT_FUNC(shiftTopOfView, ShiftTopOfView);
PUT_FUNC(bottomOfView, BottomOfView);
PUT_FUNC(shiftBottomOfView, ShiftBottomOfView);
PUT_FUNC(pageUp, PageUp);
PUT_FUNC(shiftPageUp, ShiftPageUp);
PUT_FUNC(pageDown, PageDown);
PUT_FUNC(shiftPageDown, ShiftPageDown);
PUT_FUNC(top, Top);
PUT_FUNC(shiftTop, ShiftTop);
PUT_FUNC(bottom, Bottom);
PUT_FUNC(shiftBottom, ShiftBottom);
PUT_FUNC(toMatchingBracket, ToMatchingBracket);
PUT_FUNC(shiftToMatchingBracket, ShiftToMatchingBracket);
#undef PUT_FUNC
}
KateViewObject::~KateViewObject()
{
fallback->deref();
}
const ClassInfo *KateViewObject::classInfo() const {
// evil hack II: disguise as fallback, otherwise we can't fall back
return fallback->classInfo();
}
Value KateViewObject::get(ExecState *exec, const Identifier &propertyName) const
{
ValueImp *val = getDirect(propertyName);
if (val)
return Value(val);
return fallback->get(exec, propertyName);
}
//END KateViewObject
//BEGIN KateViewFunction
KateViewFunction::KateViewFunction(ExecState */*exec*/, KateView *v, int _id, int length)
{
m_view = v;
id = _id;
putDirect("length",length);
}
bool KateViewFunction::implementsCall() const
{
return true;
}
Value KateViewFunction::call(ExecState *exec, Object &/*thisObj*/, const List &args)
{
// calls a function repeatedly as specified by its first parameter (once
// if not specified).
#define REP_CALL(enumval, func) \
case enumval: {\
int cnt = 1;\
if (args.size() > 0) cnt = args[0].toInt32(exec);\
while (cnt-- > 0) { m_view->func(); }\
return Undefined();\
}
switch (id) {
REP_CALL(KeyReturn, keyReturn);
REP_CALL(KeyDelete, keyDelete);
REP_CALL(DeleteWordRight, deleteWordRight);
REP_CALL(Transpose, transpose);
REP_CALL(CursorLeft, cursorLeft);
REP_CALL(ShiftCursorLeft, shiftCursorLeft);
REP_CALL(CursorRight, cursorRight);
REP_CALL(ShiftCursorRight, shiftCursorRight);
REP_CALL(WordLeft, wordLeft);
REP_CALL(ShiftWordLeft, shiftWordLeft);
REP_CALL(WordRight, wordRight);
REP_CALL(ShiftWordRight, shiftWordRight);
REP_CALL(Home, home);
REP_CALL(ShiftHome, shiftHome);
REP_CALL(End, end);
REP_CALL(ShiftEnd, shiftEnd);
REP_CALL(Up, up);
REP_CALL(ShiftUp, shiftUp);
REP_CALL(Down, down);
REP_CALL(ShiftDown, shiftDown);
REP_CALL(ScrollUp, scrollUp);
REP_CALL(ScrollDown, scrollDown);
REP_CALL(TopOfView, topOfView);
REP_CALL(ShiftTopOfView, shiftTopOfView);
REP_CALL(BottomOfView, bottomOfView);
REP_CALL(ShiftBottomOfView, shiftBottomOfView);
REP_CALL(PageUp, pageUp);
REP_CALL(ShiftPageUp, shiftPageUp);
REP_CALL(PageDown, pageDown);
REP_CALL(ShiftPageDown, shiftPageDown);
REP_CALL(Top, top);
REP_CALL(ShiftTop, shiftTop);
REP_CALL(Bottom, bottom);
REP_CALL(ShiftBottom, shiftBottom);
REP_CALL(ToMatchingBracket, toMatchingBracket);
REP_CALL(ShiftToMatchingBracket, shiftToMatchingBracket);
case Type: {
UString str = args[0].toString(exec);
TQString res = str.qstring();
return Boolean(m_view->doc()->typeChars(m_view, res));
}
}
return Undefined();
#undef REP_CALL
}
//END KateViewFunction
//BEGIN OutputObject
OutputObject::OutputObject(KJS::ExecState *exec, KateDocument *d, KateView *v) : doc(d), view(v), changed(0), outstr(0) {
putDirect("write", new OutputFunction(exec,this,OutputFunction::Write,-1), DontEnum);
putDirect("print", new OutputFunction(exec,this,OutputFunction::Write,-1), DontEnum);
putDirect("writeln", new OutputFunction(exec,this,OutputFunction::Writeln,-1), DontEnum);
putDirect("println", new OutputFunction(exec,this,OutputFunction::Writeln,-1), DontEnum);
putDirect("writeLn", new OutputFunction(exec,this,OutputFunction::Writeln,-1), DontEnum);
putDirect("printLn", new OutputFunction(exec,this,OutputFunction::Writeln,-1), DontEnum);
putDirect("writeCursorPosition", new OutputFunction(exec,this,OutputFunction::WriteCursorPosition,-1), DontEnum);
putDirect("cursorPosition", new OutputFunction(exec,this,OutputFunction::WriteCursorPosition,-1), DontEnum);
putDirect("pos", new OutputFunction(exec,this,OutputFunction::WriteCursorPosition,-1), DontEnum);
putDirect("writeCursorPositionln", new OutputFunction(exec,this,OutputFunction::WriteCursorPositionln,-1), DontEnum);
putDirect("cursorPositionln", new OutputFunction(exec,this,OutputFunction::WriteCursorPositionln,-1), DontEnum);
putDirect("posln", new OutputFunction(exec,this,OutputFunction::WriteCursorPositionln,-1), DontEnum);
}
OutputObject::~OutputObject() {
}
KJS::UString OutputObject::className() const {
return UString("OutputObject");
}
//END OutputObject
//BEGIN OutputFunction
OutputFunction::OutputFunction(KJS::ExecState *exec, OutputObject *output, int _id, int length)
: o(output)
{
id = _id;
if (length >= 0)
putDirect("length",length);
}
bool OutputFunction::implementsCall() const
{
return true;
}
KJS::Value OutputFunction::call(KJS::ExecState *exec, KJS::Object &thisObj, const KJS::List &args)
{
if (!*o->changed) *o->outstr = TQString();
switch (id) {
case Write:
case Writeln: {
// Gather all parameters and concatenate to string
TQString res;
for (int i = 0; i < args.size(); i++) {
res += args[i].toString(exec).qstring();
}
if (id == Writeln)
res += "\n";
*o->outstr += res;
break;
}
case WriteCursorPositionln:
case WriteCursorPosition: {
// Gather all parameters and concatenate to string
TQString res;
for (int i = 0; i < args.size(); i++) {
res += args[i].toString(exec).qstring();
}
// Append cursor position
uint l, c;
o->view->cursorPosition(&l, &c);
res += "(" + TQString::number(l) + "," + TQString::number(c) + ")";
if (id == WriteCursorPositionln)
res += "\n";
*o->outstr += res;
break;
}
}
*o->changed = true;
return Undefined();
}
//END OutputFunction
// -------------------------------------------------------------------------
const char failureSnapshotPrefix[] = "testkateregressionrc-FS.";
static TQString findMostRecentFailureSnapshot() {
TQDir dir(kapp->dirs()->saveLocation("config"),
TQString(failureSnapshotPrefix)+"*",
TQDir::Time, TQDir::Files);
return dir[0].mid(sizeof failureSnapshotPrefix - 1);
}
static KCmdLineOptions options[] =
{
{ "b", 0, 0 },
{ "base <base_dir>", "Directory containing tests, basedir and output directories.", 0},
{ "cmp-failures <snapshot>", "Compare failures of this testrun against snapshot <snapshot>. Defaults to the most recently captured failure snapshot or none if none exists.", 0 },
{ "d", 0, 0 },
{ "debug", "Do not supress debug output", 0},
{ "g", 0, 0 } ,
{ "genoutput", "Regenerate baseline (instead of checking)", 0 } ,
{ "keep-output", "Keep output files even on success", 0 },
{ "save-failures <snapshot>", "Save failures of this testrun as failure snapshot <snapshot>", 0 },
{ "s", 0, 0 } ,
{ "show", "Show the window while running tests", 0 } ,
{ "t", 0, 0 } ,
{ "test <filename>", "Only run a single test. Multiple options allowed.", 0 } ,
{ "o", 0, 0 },
{ "output <directory>", "Put output in <directory> instead of <base_dir>/output", 0 } ,
{ "+[base_dir]", "Directory containing tests,basedir and output directories. Only regarded if -b is not specified.", 0 } ,
{ "+[testcases]", "Relative path to testcase, or directory of testcases to be run (equivalent to -t).", 0 } ,
KCmdLineLastOption
};
int main(int argc, char *argv[])
{
// forget about any settings
passwd* pw = getpwuid( getuid() );
if (!pw) {
fprintf(stderr, "dang, I don't even know who I am.\n");
exit(1);
}
TQString kh("/var/tmp/%1_kate_non_existent");
kh = kh.arg( pw->pw_name );
setenv( "KDEHOME", kh.latin1(), 1 );
setenv( "LC_ALL", "C", 1 );
setenv( "LANG", "C", 1 );
// signal( SIGALRM, signal_handler );
KCmdLineArgs::init(argc, argv, "testregression", "TestRegression",
"Regression tester for kate", "1.0");
KCmdLineArgs::addCmdLineOptions(options);
KCmdLineArgs *args = KCmdLineArgs::parsedArgs( );
TQCString baseDir = args->getOption("base");
TQCString baseDirConfigFile(::getenv("HOME") + TQCString(BASE_DIR_CONFIG));
{
TQFile baseDirConfig(baseDirConfigFile);
if (baseDirConfig.open(IO_ReadOnly)) {
TQTextStream bds(&baseDirConfig);
baseDir = bds.readLine().latin1();
}
}
if ( args->count() < 1 && baseDir.isEmpty() ) {
printf("For regression testing, make sure to have checked out the kate regression\n"
"testsuite from svn:\n"
"\tsvn co \"https://<user>@svn.kde.org:/home/kde/trunk/tests/katetests/regression\"\n"
"Remember the root path into which you checked out the testsuite.\n"
"\n");
printf("%s needs the root path of the kate regression\n"
"testsuite to function properly\n"
"By default, the root path is looked up in the file\n"
"\t%s\n"
"If it doesn't exist yet, create it by invoking\n"
"\techo \"<root-path>\" > %s\n"
"You may override the location by specifying the root explicitly on the\n"
"command line with option -b\n"
"", KCmdLineArgs::appName(),
(const char *)baseDirConfigFile,
(const char *)baseDirConfigFile);
::exit( 1 );
}
int testcase_index = 0;
if (baseDir.isEmpty()) baseDir = args->arg(testcase_index++);
TQFileInfo bdInfo(baseDir);
baseDir = TQFile::encodeName(bdInfo.absFilePath());
const char *subdirs[] = {"tests", "baseline", "output", "resources"};
for ( int i = 0; i < 2; i++ ) {
TQFileInfo sourceDir(TQFile::encodeName( baseDir ) + "/" + subdirs[i]);
if ( !sourceDir.exists() || !sourceDir.isDir() ) {
fprintf(stderr,"ERROR: Source directory \"%s/%s\": no such directory.\n", (const char *)baseDir, subdirs[i]);
exit(1);
}
}
KApplication a;
a.disableAutoDcopRegistration();
a.setStyle("windows");
KSimpleConfig cfg( "testkateregressionrc" );
cfg.setGroup("Kate Document Defaults");
cfg.writeEntry("Basic Config Flags",
KateDocumentConfig::cfBackspaceIndents
// | KateDocumentConfig::cfWordWrap
// | KateDocumentConfig::cfRemoveSpaces
| KateDocumentConfig::cfWrapCursor
// | KateDocumentConfig::cfAutoBrackets
// | KateDocumentConfig::cfTabIndentsMode
// | KateDocumentConfig::cfOvr
| KateDocumentConfig::cfKeepIndentProfile
| KateDocumentConfig::cfKeepExtraSpaces
| KateDocumentConfig::cfTabIndents
| KateDocumentConfig::cfShowTabs
| KateDocumentConfig::cfSpaceIndent
| KateDocumentConfig::cfSmartHome
| KateDocumentConfig::cfTabInsertsTab
// | KateDocumentConfig::cfReplaceTabsDyn
// | KateDocumentConfig::cfRemoveTrailingDyn
| KateDocumentConfig::cfDoxygenAutoTyping
// | KateDocumentConfig::cfMixedIndent
| KateDocumentConfig::cfIndentPastedText
);
cfg.sync();
int rv = 1;
{
KSimpleConfig dc( "kdebugrc" );
// FIXME adapt to kate
static int areas[] = { 1000, 13000, 13001, 13002, 13010,
13020, 13025, 13030, 13033, 13035,
13040, 13050, 13051, 7000, 7006, 170,
171, 7101, 7002, 7019, 7027, 7014,
7001, 7011, 6070, 6080, 6090, 0};
int channel = args->isSet( "debug" ) ? 2 : 4;
for ( int i = 0; areas[i]; ++i ) {
dc.setGroup( TQString::number( areas[i] ) );
dc.writeEntry( "InfoOutput", channel );
}
dc.sync();
kdClearDebugConfig();
}
// create widgets
KateFactory *fac = KateFactory::self();
KMainWindow *toplevel = new KMainWindow();
KateDocument *part = new KateDocument(/*bSingleViewMode*/true,
/*bBrowserView*/false,
/*bReadOnly*/false,
/*parentWidget*/toplevel,
/*widgetName*/"testkate");
part->readConfig(&cfg);
toplevel->setCentralWidget( part->widget() );
Q_ASSERT(part->config()->configFlags() & KateDocumentConfig::cfDoxygenAutoTyping);
bool visual = false;
if (args->isSet("show"))
visual = true;
a.setTopWidget(part->widget());
a.setMainWidget( toplevel );
if ( visual )
toplevel->show();
// we're not interested
toplevel->statusBar()->hide();
if (!getenv("KDE_DEBUG")) {
// set ulimits
rlimit vmem_limit = { 256*1024*1024, RLIM_INFINITY }; // 256Mb Memory should suffice
setrlimit(RLIMIT_AS, &vmem_limit);
rlimit stack_limit = { 8*1024*1024, RLIM_INFINITY }; // 8Mb Memory should suffice
setrlimit(RLIMIT_STACK, &stack_limit);
}
// run the tests
RegressionTest *regressionTest = new RegressionTest(part,
&cfg,
baseDir,
args->getOption("output"),
args->isSet("genoutput"));
TQObject::connect(part->browserExtension(), TQT_SIGNAL(openURLRequest(const KURL &, const KParts::URLArgs &)),
regressionTest, TQT_SLOT(slotOpenURL(const KURL&, const KParts::URLArgs &)));
TQObject::connect(part->browserExtension(), TQT_SIGNAL(resizeTopLevelWidget( int, int )),
regressionTest, TQT_SLOT(resizeTopLevelWidget( int, int )));
regressionTest->m_keepOutput = args->isSet("keep-output");
regressionTest->m_showGui = args->isSet("show");
{
TQString failureSnapshot = args->getOption("cmp-failures");
if (failureSnapshot.isEmpty())
failureSnapshot = findMostRecentFailureSnapshot();
if (!failureSnapshot.isEmpty())
regressionTest->setFailureSnapshotConfig(
new KSimpleConfig(failureSnapshotPrefix + failureSnapshot, true),
failureSnapshot);
}
if (args->isSet("save-failures")) {
TQString failureSaver = args->getOption("save-failures");
regressionTest->setFailureSnapshotSaver(
new KSimpleConfig(failureSnapshotPrefix + failureSaver, false),
failureSaver);
}
bool result = false;
QCStringList tests = args->getOptionList("test");
// merge testcases specified on command line
for (; testcase_index < args->count(); testcase_index++)
tests << args->arg(testcase_index);
if (tests.count() > 0)
for (TQValueListConstIterator<TQCString> it = tests.begin(); it != tests.end(); ++it) {
result = regressionTest->runTests(*it,true);
if (!result) break;
}
else
result = regressionTest->runTests();
if (result) {
if (args->isSet("genoutput")) {
printf("\nOutput generation completed.\n");
}
else {
printf("\nTests completed.\n");
printf("Total: %d\n",
regressionTest->m_passes_work+
regressionTest->m_passes_fail+
regressionTest->m_failures_work+
regressionTest->m_failures_fail+
regressionTest->m_errors);
printf("Passes: %d",regressionTest->m_passes_work);
if ( regressionTest->m_passes_fail )
printf( " (%d unexpected passes)", regressionTest->m_passes_fail );
if (regressionTest->m_passes_new)
printf(" (%d new since %s)", regressionTest->m_passes_new, regressionTest->m_failureComp->group().latin1());
printf( "\n" );
printf("Failures: %d",regressionTest->m_failures_work);
if ( regressionTest->m_failures_fail )
printf( " (%d expected failures)", regressionTest->m_failures_fail );
if ( regressionTest->m_failures_new )
printf(" (%d new since %s)", regressionTest->m_failures_new, regressionTest->m_failureComp->group().latin1());
printf( "\n" );
if ( regressionTest->m_errors )
printf("Errors: %d\n",regressionTest->m_errors);
TQFile list( regressionTest->m_outputDir + "/links.html" );
list.open( IO_WriteOnly|IO_Append );
TQString link, cl;
link = TQString( "<hr>%1 failures. (%2 expected failures)" )
.arg(regressionTest->m_failures_work )
.arg( regressionTest->m_failures_fail );
if (regressionTest->m_failures_new)
link += TQString(" <span style=\"color:red;font-weight:bold\">(%1 new failures since %2)</span>")
.arg(regressionTest->m_failures_new)
.arg(regressionTest->m_failureComp->group());
if (regressionTest->m_passes_new)
link += TQString(" <p style=\"color:green;font-weight:bold\">%1 new passes since %2</p>")
.arg(regressionTest->m_passes_new)
.arg(regressionTest->m_failureComp->group());
list.tqwriteBlock( link.latin1(), link.length() );
list.close();
}
}
// Only return a 0 exit code if all tests were successful
if (regressionTest->m_failures_work == 0 && regressionTest->m_errors == 0)
rv = 0;
// cleanup
delete regressionTest;
delete part;
delete toplevel;
// delete fac;
return rv;
}
// -------------------------------------------------------------------------
RegressionTest *RegressionTest::curr = 0;
RegressionTest::RegressionTest(KateDocument *part, KConfig *baseConfig,
const TQString &baseDir,
const TQString &outputDir, bool _genOutput)
: TQObject(part)
{
m_part = part;
m_view = static_cast<KateView *>(m_part->widget());
m_baseConfig = baseConfig;
m_baseDir = baseDir;
m_baseDir = m_baseDir.replace( "//", "/" );
if ( m_baseDir.endsWith( "/" ) )
m_baseDir = m_baseDir.left( m_baseDir.length() - 1 );
if (outputDir.isEmpty())
m_outputDir = m_baseDir + "/output";
else
m_outputDir = outputDir;
createMissingDirs(m_outputDir + "/");
m_keepOutput = false;
m_genOutput = _genOutput;
m_failureComp = 0;
m_failureSave = 0;
m_showGui = false;
m_passes_work = m_passes_fail = m_passes_new = 0;
m_failures_work = m_failures_fail = m_failures_new = 0;
m_errors = 0;
::unlink( TQFile::encodeName( m_outputDir + "/links.html" ) );
TQFile f( m_outputDir + "/empty.html" );
TQString s;
f.open( IO_WriteOnly | IO_Truncate );
s = "<html><body>Follow the white rabbit";
f.tqwriteBlock( s.latin1(), s.length() );
f.close();
f.setName( m_outputDir + "/index.html" );
f.open( IO_WriteOnly | IO_Truncate );
s = "<html><frameset cols=150,*><frame src=links.html><frame name=content src=empty.html>";
f.tqwriteBlock( s.latin1(), s.length() );
f.close();
curr = this;
}
#include <tqobjectlist.h>
static TQStringList readListFile( const TQString &filename )
{
// Read ignore file for this directory
TQString ignoreFilename = filename;
TQFileInfo ignoreInfo(ignoreFilename);
TQStringList ignoreFiles;
if (ignoreInfo.exists()) {
TQFile ignoreFile(ignoreFilename);
if (!ignoreFile.open(IO_ReadOnly)) {
fprintf(stderr,"Can't open %s\n",ignoreFilename.latin1());
exit(1);
}
TQTextStream ignoreStream(&ignoreFile);
TQString line;
while (!(line = ignoreStream.readLine()).isNull())
ignoreFiles.append(line);
ignoreFile.close();
}
return ignoreFiles;
}
RegressionTest::~RegressionTest()
{
// Important! Delete comparison config *first* as saver config
// might point to the same physical file.
delete m_failureComp;
delete m_failureSave;
}
void RegressionTest::setFailureSnapshotConfig(KConfig *cfg, const TQString &sname)
{
Q_ASSERT(cfg);
m_failureComp = cfg;
m_failureComp->setGroup(sname);
}
void RegressionTest::setFailureSnapshotSaver(KConfig *cfg, const TQString &sname)
{
Q_ASSERT(cfg);
m_failureSave = cfg;
m_failureSave->setGroup(sname);
}
TQStringList RegressionTest::concatListFiles(const TQString &relPath, const TQString &filename)
{
TQStringList cmds;
int pos = relPath.findRev('/');
if (pos >= 0)
cmds += concatListFiles(relPath.left(pos), filename);
cmds += readListFile(m_baseDir + "/tests/" + relPath + "/" + filename);
return cmds;
}
bool RegressionTest::runTests(TQString relPath, bool mustExist, int known_failure)
{
m_currentOutput = TQString::null;
if (!TQFile(m_baseDir + "/tests/"+relPath).exists()) {
fprintf(stderr,"%s: No such file or directory\n",relPath.latin1());
return false;
}
TQString fullPath = m_baseDir + "/tests/"+relPath;
TQFileInfo info(fullPath);
if (!info.exists() && mustExist) {
fprintf(stderr,"%s: No such file or directory\n",relPath.latin1());
return false;
}
if (!info.isReadable() && mustExist) {
fprintf(stderr,"%s: Access denied\n",relPath.latin1());
return false;
}
if (info.isDir()) {
TQStringList ignoreFiles = readListFile( m_baseDir + "/tests/"+relPath+"/ignore" );
TQStringList failureFiles = readListFile( m_baseDir + "/tests/"+relPath+"/KNOWN_FAILURES" );
// Run each test in this directory, recusively
TQDir sourceDir(m_baseDir + "/tests/"+relPath);
for (uint fileno = 0; fileno < sourceDir.count(); fileno++) {
TQString filename = sourceDir[fileno];
TQString relFilename = relPath.isEmpty() ? filename : relPath+"/"+filename;
if (filename.startsWith(".") || ignoreFiles.contains(filename) )
continue;
int failure_type = NoFailure;
if ( failureFiles.contains( filename ) )
failure_type |= AllFailure;
if ( failureFiles.contains ( filename + "-result" ) )
failure_type |= ResultFailure;
runTests(relFilename, false, failure_type);
}
}
else if (info.isFile()) {
TQString relativeDir = TQFileInfo(relPath).dirPath();
TQString filename = info.fileName();
m_currentBase = m_baseDir + "/tests/"+relativeDir;
m_currentCategory = relativeDir;
m_currentTest = filename;
m_known_failures = known_failure;
m_outputCustomised = false;
// gather commands
// directory-specific commands
TQStringList commands = concatListFiles(relPath, ".kateconfig-commands");
// testcase-specific commands
commands += readListFile(m_currentBase + "/" + filename + "-commands");
rereadConfig(); // reset options to default
if ( filename.endsWith(".txt") ) {
#if 0
if ( relPath.startsWith( "domts/" ) && !m_runJS )
return true;
if ( relPath.startsWith( "ecma/" ) && !m_runJS )
return true;
#endif
// if ( m_runHTML )
testStaticFile(relPath, commands);
}
else if (mustExist) {
fprintf(stderr,"%s: Not a valid test file (must be .txt)\n",relPath.latin1());
return false;
}
} else if (mustExist) {
fprintf(stderr,"%s: Not a regular file\n",relPath.latin1());
return false;
}
return true;
}
void RegressionTest::createLink( const TQString& test, int failures )
{
createMissingDirs( m_outputDir + "/" + test + "-compare.html" );
TQFile list( m_outputDir + "/links.html" );
list.open( IO_WriteOnly|IO_Append );
TQString link;
link = TQString( "<a href=\"%1\" target=\"content\" title=\"%2\">" )
.arg( test + "-compare.html" )
.arg( test );
link += m_currentTest;
link += "</a> ";
if (failures & NewFailure)
link += "<span style=\"font-weight:bold;color:red\">";
link += "[";
if ( failures & ResultFailure )
link += "R";
link += "]";
if (failures & NewFailure)
link += "</span>";
link += "<br>\n";
list.tqwriteBlock( link.latin1(), link.length() );
list.close();
}
/** returns the path in a way that is relatively reachable from base.
* @param base base directory (must not include trailing slash)
* @param path directory/file to be relatively reached by base
* @return path with all elements replaced by .. and concerning path elements
* to be relatively reachable from base.
*/
static TQString makeRelativePath(const TQString &base, const TQString &path)
{
TQString absBase = TQFileInfo(base).absFilePath();
TQString absPath = TQFileInfo(path).absFilePath();
// kdDebug() << "absPath: \"" << absPath << "\"" << endl;
// kdDebug() << "absBase: \"" << absBase << "\"" << endl;
// walk up to common ancestor directory
int pos = 0;
do {
pos++;
int newpos = absBase.find('/', pos);
if (newpos == -1) newpos = absBase.length();
TQConstString cmpPathComp(absPath.tqunicode() + pos, newpos - pos);
TQConstString cmpBaseComp(absBase.tqunicode() + pos, newpos - pos);
// kdDebug() << "cmpPathComp: \"" << cmpPathComp.string() << "\"" << endl;
// kdDebug() << "cmpBaseComp: \"" << cmpBaseComp.string() << "\"" << endl;
// kdDebug() << "pos: " << pos << " newpos: " << newpos << endl;
if (cmpPathComp.string() != cmpBaseComp.string()) { pos--; break; }
pos = newpos;
} while (pos < (int)absBase.length() && pos < (int)absPath.length());
int basepos = pos < (int)absBase.length() ? pos + 1 : pos;
int pathpos = pos < (int)absPath.length() ? pos + 1 : pos;
// kdDebug() << "basepos " << basepos << " pathpos " << pathpos << endl;
TQString rel;
{
TQConstString relBase(absBase.tqunicode() + basepos, absBase.length() - basepos);
TQConstString relPath(absPath.tqunicode() + pathpos, absPath.length() - pathpos);
// generate as many .. as there are path elements in relBase
if (relBase.string().length() > 0) {
for (int i = relBase.string().contains('/'); i > 0; --i)
rel += "../";
rel += "..";
if (relPath.string().length() > 0) rel += "/";
}
rel += relPath.string();
}
return rel;
}
/** processes events for at least \c msec milliseconds */
static void pause(int msec)
{
TQTime t;
t.start();
do {
kapp->processEvents();
} while (t.elapsed() < msec);
}
void RegressionTest::doFailureReport( const TQString& test, int failures )
{
if ( failures == NoFailure ) {
::unlink( TQFile::encodeName( m_outputDir + "/" + test + "-compare.html" ) );
return;
}
createLink( test, failures );
TQFile compare( m_outputDir + "/" + test + "-compare.html" );
TQString testFile = TQFileInfo(test).fileName();
TQString renderDiff;
TQString domDiff;
TQString relOutputDir = makeRelativePath(m_baseDir, m_outputDir);
// are blocking reads possible with KProcess?
char pwd[PATH_MAX];
(void) getcwd( pwd, PATH_MAX );
chdir( TQFile::encodeName( m_baseDir ) );
if ( failures & ResultFailure ) {
domDiff += "<pre>";
FILE *pipe = popen( TQString::fromLatin1( "diff -u baseline/%1-result %3/%2-result" )
.arg ( test, test, relOutputDir ).latin1(), "r" );
TQTextIStream *is = new TQTextIStream( pipe );
for ( int line = 0; line < 100 && !is->eof(); ++line ) {
TQString line = is->readLine();
line = line.replace( '<', "&lt;" );
line = line.replace( '>', "&gt;" );
domDiff += line + "\n";
}
delete is;
pclose( pipe );
domDiff += "</pre>";
}
chdir( pwd );
// create a relative path so that it works via web as well. ugly
TQString relpath = makeRelativePath(m_outputDir + "/"
+ TQFileInfo(test).dirPath(), m_baseDir);
compare.open( IO_WriteOnly|IO_Truncate );
TQString cl;
cl = TQString( "<html><head><title>%1</title>" ).arg( test );
cl += TQString( "<script>\n"
"var pics = new Array();\n"
"pics[0]=new Image();\n"
"pics[0].src = '%1';\n"
"pics[1]=new Image();\n"
"pics[1].src = '%2';\n"
"var doflicker = 1;\n"
"var t = 1;\n"
"var lastb=0;\n" )
.arg( relpath+"/baseline/"+test+"-dump.png" )
.arg( testFile+"-dump.png" );
cl += TQString( "function toggleVisible(visible) {\n"
" document.getElementById('render').style.visibility= visible == 'render' ? 'visible' : 'hidden';\n"
" document.getElementById('image').style.visibility= visible == 'image' ? 'visible' : 'hidden';\n"
" document.getElementById('dom').style.visibility= visible == 'dom' ? 'visible' : 'hidden';\n"
"}\n"
"function show() { document.getElementById('image').src = pics[t].src; "
"document.getElementById('image').style.borderColor = t && !doflicker ? 'red' : 'gray';\n"
"toggleVisible('image');\n"
"}" );
cl += TQString ( "function runSlideShow(){\n"
" document.getElementById('image').src = pics[t].src;\n"
" if (doflicker)\n"
" t = 1 - t;\n"
" setTimeout('runSlideShow()', 200);\n"
"}\n"
"function m(b) { if (b == lastb) return; document.getElementById('b'+b).className='buttondown';\n"
" var e = document.getElementById('b'+lastb);\n"
" if(e) e.className='button';\n"
" lastb = b;\n"
"}\n"
"function showRender() { doflicker=0;toggleVisible('render')\n"
"}\n"
"function showDom() { doflicker=0;toggleVisible('dom')\n"
"}\n"
"</script>\n");
cl += TQString ("<style>\n"
".buttondown { cursor: pointer; padding: 0px 20px; color: white; background-color: blue; border: inset blue 2px;}\n"
".button { cursor: pointer; padding: 0px 20px; color: black; background-color: white; border: outset blue 2px;}\n"
".diff { position: absolute; left: 10px; top: 100px; visibility: hidden; border: 1px black solid; background-color: white; color: black; /* width: 800; height: 600; overflow: scroll; */ }\n"
"</style>\n" );
cl += TQString( "<body onload=\"m(5); toggleVisible('dom');\"" );
cl += TQString(" text=black bgcolor=gray>\n<h1>%3</h1>\n" ).arg( test );
if ( renderDiff.length() )
cl += "<span id='b4' class='button' onclick='showRender();m(4)'>R-DIFF</span>&nbsp;\n";
if ( domDiff.length() )
cl += "<span id='b5' class='button' onclick='showDom();m(5);'>D-DIFF</span>&nbsp;\n";
// The test file always exists - except for checkOutput called from *.js files
if ( TQFile::exists( m_baseDir + "/tests/"+ test ) )
cl += TQString( "<a class=button href=\"%1\">HTML</a>&nbsp;" )
.arg( relpath+"/tests/"+test );
cl += TQString( "<hr>"
"<img style='border: solid 5px gray' src=\"%1\" id='image'>" )
.arg( relpath+"/baseline/"+test+"-dump.png" );
cl += "<div id='render' class='diff'>" + renderDiff + "</div>";
cl += "<div id='dom' class='diff'>" + domDiff + "</div>";
cl += "</body></html>";
compare.tqwriteBlock( cl.latin1(), cl.length() );
compare.close();
}
void RegressionTest::testStaticFile(const TQString & filename, const TQStringList &commands)
{
tqApp->mainWidget()->resize( 800, 600); // restore size
// Set arguments
KParts::URLArgs args;
if (filename.endsWith(".txt")) args.serviceType = "text/plain";
m_part->browserExtension()->setURLArgs(args);
// load page
KURL url;
url.setProtocol("file");
url.setPath(TQFileInfo(m_baseDir + "/tests/"+filename).absFilePath());
m_part->openURL(url);
// inject commands
for (TQStringList::ConstIterator cit = commands.begin(); cit != commands.end(); ++cit) {
TQString str = (*cit).stripWhiteSpace();
if (str.isEmpty() || str.startsWith("#")) continue;
Kate::Command *cmd = KateCmd::self()->queryCommand(str);
if (cmd) {
TQString msg;
if (!cmd->exec(m_view, str, msg))
fprintf(stderr, "ERROR executing command '%s': %s\n", str.latin1(), msg.latin1());
}
}
pause(200);
Q_ASSERT(m_part->config()->configFlags() & KateDocumentConfig::cfDoxygenAutoTyping);
bool script_error = false;
{
// Execute script
TestJScriptEnv jsenv(m_part);
jsenv.output()->setChangedFlag(&m_outputCustomised);
jsenv.output()->setOutputString(&m_outputString);
script_error = evalJS(jsenv.interpreter(), m_baseDir + "/tests/"+TQFileInfo(filename).dirPath()+"/.kateconfig-script", true)
&& evalJS(jsenv.interpreter(), m_baseDir + "/tests/"+filename+"-script");
}
int back_known_failures = m_known_failures;
if (!script_error) goto bail_out;
if (m_showGui) kapp->processEvents();
if ( m_genOutput ) {
reportResult(checkOutput(filename+"-result"), "result");
} else {
int failures = NoFailure;
// compare with output file
if ( m_known_failures & ResultFailure)
m_known_failures = AllFailure;
bool newfail;
if ( !reportResult( checkOutput(filename+"-result"), "result", &newfail ) )
failures |= ResultFailure;
if (newfail)
failures |= NewFailure;
doFailureReport(filename, failures );
}
bail_out:
m_known_failures = back_known_failures;
m_part->setModified(false);
m_part->closeURL();
}
bool RegressionTest::evalJS(Interpreter &interp, const TQString &filename, bool ignore_nonexistent)
{
TQString fullSourceName = filename;
TQFile sourceFile(fullSourceName);
if (!sourceFile.open(IO_ReadOnly)) {
if (!ignore_nonexistent) {
fprintf(stderr,"ERROR reading file %s\n",fullSourceName.latin1());
m_errors++;
}
return ignore_nonexistent;
}
TQTextStream stream ( &sourceFile );
stream.setEncoding( TQTextStream::UnicodeUTF8 );
TQString code = stream.read();
sourceFile.close();
saw_failure = false;
ignore_errors = false;
Completion c = interp.evaluate(UString( code ) );
if ( /*report_result &&*/ !ignore_errors) {
if (c.complType() == Throw) {
TQString errmsg = c.value().toString(interp.globalExec()).qstring();
printf( "ERROR: %s (%s)\n",filename.latin1(), errmsg.latin1());
m_errors++;
return false;
}
}
return true;
}
class GlobalImp : public ObjectImp {
public:
virtual UString className() const { return "global"; }
};
RegressionTest::CheckResult RegressionTest::checkOutput(const TQString &againstFilename)
{
TQString absFilename = TQFileInfo(m_baseDir + "/baseline/" + againstFilename).absFilePath();
if ( svnIgnored( absFilename ) ) {
m_known_failures = NoFailure;
return Ignored;
}
CheckResult result = Success;
// compare result to existing file
TQString outputFilename = TQFileInfo(m_outputDir + "/" + againstFilename).absFilePath();
bool kf = false;
if ( m_known_failures & AllFailure )
kf = true;
if ( kf )
outputFilename += "-KF";
if ( m_genOutput )
outputFilename = absFilename;
// get existing content
TQString data;
if (m_outputCustomised) {
data = m_outputString;
} else {
data = m_part->text();
}
TQFile file(absFilename);
if (file.open(IO_ReadOnly)) {
TQTextStream stream ( &file );
stream.setEncoding( TQTextStream::UnicodeUTF8 );
TQString fileData = stream.read();
result = ( fileData == data ) ? Success : Failure;
if ( !m_genOutput && result == Success && !m_keepOutput ) {
::unlink( TQFile::encodeName( outputFilename ) );
return Success;
}
} else if (!m_genOutput) {
fprintf(stderr, "Error reading file %s\n", absFilename.latin1());
result = Failure;
}
// generate result file
createMissingDirs( outputFilename );
TQFile file2(outputFilename);
if (!file2.open(IO_WriteOnly)) {
fprintf(stderr,"Error writing to file %s\n",outputFilename.latin1());
exit(1);
}
TQTextStream stream2(&file2);
stream2.setEncoding( TQTextStream::UnicodeUTF8 );
stream2 << data;
if ( m_genOutput )
printf("Generated %s\n", outputFilename.latin1());
return result;
}
void RegressionTest::rereadConfig()
{
m_baseConfig->setGroup("Kate Document Defaults");
m_part->config()->readConfig(m_baseConfig);
m_baseConfig->setGroup("Kate View Defaults");
m_view->config()->readConfig(m_baseConfig);
}
bool RegressionTest::reportResult(CheckResult result, const TQString & description, bool *newfail)
{
if ( result == Ignored ) {
//printf("IGNORED: ");
//printDescription( description );
return true; // no error
} else
return reportResult( result == Success, description, newfail );
}
bool RegressionTest::reportResult(bool passed, const TQString & description, bool *newfail)
{
if (newfail) *newfail = false;
if (m_genOutput)
return true;
TQString filename(m_currentTest + "-" + description);
if (!m_currentCategory.isEmpty())
filename = m_currentCategory + "/" + filename;
const bool oldfailed = m_failureComp && m_failureComp->readNumEntry(filename);
if (passed) {
if ( m_known_failures & AllFailure ) {
printf("PASS (unexpected!)");
m_passes_fail++;
} else {
printf("PASS");
m_passes_work++;
}
if (oldfailed) {
printf(" (new)");
m_passes_new++;
}
if (m_failureSave)
m_failureSave->deleteEntry(filename);
}
else {
if ( m_known_failures & AllFailure ) {
printf("FAIL (known)");
m_failures_fail++;
passed = true; // we knew about it
} else {
printf("FAIL");
m_failures_work++;
}
if (!oldfailed && m_failureComp) {
printf(" (new)");
m_failures_new++;
if (newfail) *newfail = true;
}
if (m_failureSave)
m_failureSave->writeEntry(filename, 1);
}
printf(": ");
printDescription( description );
return passed;
}
void RegressionTest::printDescription(const TQString& description)
{
if (!m_currentCategory.isEmpty())
printf("%s/", m_currentCategory.latin1());
printf("%s", m_currentTest.latin1());
if (!description.isEmpty()) {
TQString desc = description;
desc.replace( '\n', ' ' );
printf(" [%s]", desc.latin1());
}
printf("\n");
fflush(stdout);
}
void RegressionTest::createMissingDirs(const TQString & filename)
{
TQFileInfo dif(filename);
TQFileInfo dirInfo( dif.dirPath() );
if (dirInfo.exists())
return;
TQStringList pathComponents;
TQFileInfo parentDir = dirInfo;
pathComponents.prepend(parentDir.absFilePath());
while (!parentDir.exists()) {
TQString parentPath = parentDir.absFilePath();
int slashPos = parentPath.findRev('/');
if (slashPos < 0)
break;
parentPath = parentPath.left(slashPos);
pathComponents.prepend(parentPath);
parentDir = TQFileInfo(parentPath);
}
for (uint pathno = 1; pathno < pathComponents.count(); pathno++) {
if (!TQFileInfo(pathComponents[pathno]).exists() &&
!TQDir(pathComponents[pathno-1]).mkdir(pathComponents[pathno])) {
fprintf(stderr,"Error creating directory %s\n",pathComponents[pathno].latin1());
exit(1);
}
}
}
void RegressionTest::slotOpenURL(const KURL &url, const KParts::URLArgs &args)
{
m_part->browserExtension()->setURLArgs( args );
m_part->openURL(url);
}
bool RegressionTest::svnIgnored( const TQString &filename )
{
TQFileInfo fi( filename );
TQString ignoreFilename = fi.dirPath() + "/svnignore";
TQFile ignoreFile(ignoreFilename);
if (!ignoreFile.open(IO_ReadOnly))
return false;
TQTextStream ignoreStream(&ignoreFile);
TQString line;
while (!(line = ignoreStream.readLine()).isNull()) {
if ( line == fi.fileName() )
return true;
}
ignoreFile.close();
return false;
}
void RegressionTest::resizeTopLevelWidget( int w, int h )
{
tqApp->mainWidget()->resize( w, h );
// Since we're not visible, this doesn't have an immediate effect, TQWidget posts the event
TQApplication::sendPostedEvents( 0, TQEvent::Resize );
}
#include "test_regression.moc"
// kate: indent-width 4
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