diff --git a/outputview/outputfilteringstrategies.cpp b/outputview/outputfilteringstrategies.cpp
index 20d6df431b..b8374fb3d8 100644
--- a/outputview/outputfilteringstrategies.cpp
+++ b/outputview/outputfilteringstrategies.cpp
@@ -1,449 +1,447 @@
/*
This file is part of KDevelop
Copyright (C) 2012 Morten Danielsen Volden mvolden2@gmail.com
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. If not, see .
*/
#include "outputfilteringstrategies.h"
#include "outputformats.h"
#include "filtereditem.h"
#include
#include
#include
#include
using namespace KDevelop;
namespace {
template
FilteredItem match(const ErrorFormats& errorFormats, const QString& line)
{
FilteredItem item(line);
for( const ErrorFormat& curErrFilter : errorFormats ) {
const auto match = curErrFilter.expression.match(line);
if( match.hasMatch() ) {
item.url = QUrl::fromUserInput(match.captured( curErrFilter.fileGroup ));
item.lineNo = match.captured( curErrFilter.lineGroup ).toInt() - 1;
if(curErrFilter.columnGroup >= 0) {
item.columnNo = match.captured( curErrFilter.columnGroup ).toInt() - 1;
} else {
item.columnNo = 0;
}
QString txt = match.captured(curErrFilter.textGroup);
item.type = FilteredItem::ErrorItem;
// Make the item clickable if it comes with the necessary file & line number information
if (curErrFilter.fileGroup > 0 && curErrFilter.lineGroup > 0) {
item.isActivatable = true;
}
break;
}
}
return item;
}
}
/// --- No filter strategy ---
NoFilterStrategy::NoFilterStrategy()
{
}
FilteredItem NoFilterStrategy::actionInLine(const QString& line)
{
return FilteredItem( line );
}
FilteredItem NoFilterStrategy::errorInLine(const QString& line)
{
return FilteredItem( line );
}
/// --- Compiler error filter strategy ---
CompilerFilterStrategy::CompilerFilterStrategy(const QUrl& buildDir)
: m_buildDir(buildDir)
{
}
Path CompilerFilterStrategy::pathForFile(const QString& filename) const
{
QFileInfo fi( filename );
Path currentPath;
if( fi.isRelative() ) {
if( m_currentDirs.isEmpty() ) {
return Path(m_buildDir, filename );
}
auto it = m_currentDirs.constEnd() - 1;
do {
currentPath = Path(*it, filename);
} while( (it-- != m_currentDirs.constBegin()) && !QFileInfo(currentPath.toLocalFile()).exists() );
return currentPath;
} else {
currentPath = Path(filename);
}
return currentPath;
}
bool CompilerFilterStrategy::isMultiLineCase(KDevelop::ErrorFormat curErrFilter) const
{
if(curErrFilter.compiler == QLatin1String("gfortran") || curErrFilter.compiler == QLatin1String("cmake")) {
return true;
}
return false;
}
void CompilerFilterStrategy::putDirAtEnd(const Path& pathToInsert)
{
auto it = m_positionInCurrentDirs.find( pathToInsert );
// Encountered new build directory?
if (it == m_positionInCurrentDirs.end()) {
m_currentDirs.push_back( pathToInsert );
m_positionInCurrentDirs.insert( pathToInsert, m_currentDirs.size() - 1 );
} else {
// Build dir already in currentDirs, but move it to back of currentDirs list
// (this gives us most-recently-used semantics in pathForFile)
std::rotate(m_currentDirs.begin() + it.value(), m_currentDirs.begin() + it.value() + 1, m_currentDirs.end() );
it.value() = m_currentDirs.size() - 1;
}
}
QVector CompilerFilterStrategy::getCurrentDirs()
{
QVector ret;
ret.reserve(m_currentDirs.size());
for (const auto& path : m_currentDirs) {
ret << path.pathOrUrl();
}
return ret;
}
FilteredItem CompilerFilterStrategy::actionInLine(const QString& line)
{
// A list of filters for possible compiler, linker, and make actions
static const ActionFormat ACTION_FILTERS[] = {
ActionFormat( ki18nc("compiling a file: %1 file %2 compiler", "compiling %1 (%2)"), 1, 2,
QStringLiteral("(?:^|[^=])\\b(gcc|CC|cc|distcc|c\\+\\+|g\\+\\+|clang(?:\\+\\+)|mpicc|icc|icpc)\\s+.*-c.*[/ '\\\\]+(\\w+\\.(?:cpp|CPP|c|C|cxx|CXX|cs|java|hpf|f|F|f90|F90|f95|F95))")),
//moc and uic
ActionFormat( ki18nc("generating a file: %1 file %2 generator tool", "generating %1 (%2)"), 1, 2,
QStringLiteral("/(moc|uic)\\b.*\\s-o\\s([^\\s;]+)")),
//libtool linking
ActionFormat( ki18nc("Linking object files into a library or executable: %1 target, %2 linker", "linking %1 (%2)"),
QStringLiteral("libtool"), QStringLiteral("/bin/sh\\s.*libtool.*--mode=link\\s.*\\s-o\\s([^\\s;]+)"), 1 ),
//unsermake
ActionFormat( ki18nc("compiling a file: %1 file %2 compiler", "compiling %1 (%2)"), 1, 1,
QStringLiteral("^compiling (.*)") ),
ActionFormat( ki18nc("generating a file: %1 file %2 generator tool", "generating %1 (%2)"), 1, 2,
QStringLiteral("^generating (.*)") ),
ActionFormat( ki18nc("Linking object files into a library or executable: %1 file, %2 linker", "linking %1 (%2)"), 1, 2,
QStringLiteral("(gcc|cc|c\\+\\+|g\\+\\+|clang(?:\\+\\+)|mpicc|icc|icpc)\\S* (?:\\S* )*-o ([^\\s;]+)")),
ActionFormat( ki18nc("Linking object files into a library or executable: %1 file, %2 compiler", "linking %1 (%2)"), 1, 2,
QStringLiteral("^linking (.*)") ),
//cmake
ActionFormat( ki18nc("finished building a target: %1 target name", "built %1"), -1, 1,
QStringLiteral("\\[.+%\\] Built target (.*)") ),
ActionFormat( ki18nc("compiling a file: %1 file %2 compiler", "compiling %1 (%2)"), QStringLiteral("cmake"),
QStringLiteral("\\[.+%\\] Building .* object (.*)"), 1 ),
ActionFormat( ki18nc("generating a file: %1 file %2 generator tool", "generating %1 (%2)"), -1, 1,
QStringLiteral("\\[.+%\\] Generating (.*)") ),
ActionFormat( ki18nc("Linking object files into a library or executable: %1 target", "linking %1"), -1, 1,
QStringLiteral("^Linking (.*)") ),
ActionFormat( ki18nc("configuring a project: %1 tool", "configuring (%1)"), QStringLiteral("cmake"),
QStringLiteral("(-- Configuring (done|incomplete)|-- Found|-- Adding|-- Enabling)"), -1 ),
ActionFormat( ki18nc("installing a file: %1 file", "installing %1"), -1, 1,
QStringLiteral("-- Installing (.*)") ),
//libtool install
ActionFormat( ki18nc("creating a folder: %1 path", "creating %1"), {},
QStringLiteral("/(?:bin/sh\\s.*mkinstalldirs).*\\s([^\\s;]+)"), 1 ),
ActionFormat( ki18nc("installing a file: %1 file", "installing %1"), {},
QStringLiteral("/(?:usr/bin/install|bin/sh\\s.*mkinstalldirs|bin/sh\\s.*libtool.*--mode=install).*\\s([^\\s;]+)"), 1 ),
//dcop
ActionFormat( ki18nc("generating a file: %1 file %2 generator tool", "generating %1 (%2)"), QStringLiteral("dcopidl"),
QStringLiteral("dcopidl .* > ([^\\s;]+)"), 1 ),
ActionFormat( ki18nc("compiling a file: %1 file %2 compiler", "compiling %1 (%2)"), QStringLiteral("dcopidl2cpp"),
QStringLiteral("dcopidl2cpp (?:\\S* )*([^\\s;]+)"), 1 ),
// match against Entering directory to update current build dir
ActionFormat( ki18nc("change directory: %1: path", "entering %1 (%2)"), QStringLiteral("cd"),
QStringLiteral("make\\[\\d+\\]: Entering directory (\\`|\\')(.+)'"), 2),
// waf and scons use the same basic convention as make
ActionFormat( ki18nc("change directory: %1: path", "entering %1 (%2)"), QStringLiteral("cd"),
QStringLiteral("(Waf|scons): Entering directory (\\`|\\')(.+)'"), 3)
};
FilteredItem item(line);
for (const auto& curActFilter : ACTION_FILTERS) {
const auto match = curActFilter.expression.match(line);
if( match.hasMatch() ) {
item.type = FilteredItem::ActionItem;
KLocalizedString shortened = curActFilter.label;
if (curActFilter.fileGroup != -1) {
shortened = shortened.subs(match.captured(curActFilter.fileGroup));
}
if (curActFilter.toolGroup != -1 ) {
shortened = shortened.subs(match.captured(curActFilter.toolGroup));
} else if (!curActFilter.tool.isEmpty()) {
shortened = shortened.subs(curActFilter.tool);
}
item.shortenedText = shortened.toString();
if( curActFilter.tool == "cd" ) {
const Path path(match.captured(curActFilter.fileGroup));
m_currentDirs.push_back( path );
m_positionInCurrentDirs.insert( path , m_currentDirs.size() - 1 );
}
// Special case for cmake: we parse the "Compiling " expression
// and use it to find out about the build paths encountered during a build.
// They are later searched by pathForFile to find source files corresponding to
// compiler errors.
// Note: CMake objectfile has the format: "/path/to/four/CMakeFiles/file.o"
if ( curActFilter.fileGroup != -1 && curActFilter.tool == "cmake" && line.contains("Building")) {
const auto objectFile = match.captured(curActFilter.fileGroup);
const auto dir = objectFile.section(QStringLiteral("CMakeFiles/"), 0, 0);
putDirAtEnd(Path(m_buildDir, dir));
}
break;
}
}
return item;
}
FilteredItem CompilerFilterStrategy::errorInLine(const QString& line)
{
// All the possible string that indicate an error if we via Regex have been able to
// extract file and linenumber from a given outputline
// TODO: This seems clumsy -- and requires another scan of the line.
// Merge this information into ErrorFormat? --Kevin
using Indicator = QPair;
static const Indicator INDICATORS[] = {
// ld
Indicator(QStringLiteral("undefined reference"), FilteredItem::ErrorItem),
Indicator(QStringLiteral("undefined symbol"), FilteredItem::ErrorItem),
Indicator(QStringLiteral("ld: cannot find"), FilteredItem::ErrorItem),
Indicator(QStringLiteral("no such file"), FilteredItem::ErrorItem),
// gcc
Indicator(QStringLiteral("error"), FilteredItem::ErrorItem),
// generic
Indicator(QStringLiteral("warning"), FilteredItem::WarningItem),
Indicator(QStringLiteral("info"), FilteredItem::InformationItem),
Indicator(QStringLiteral("note"), FilteredItem::InformationItem),
};
// A list of filters for possible compiler, linker, and make errors
static const ErrorFormat ERROR_FILTERS[] = {
// GCC - another case, eg. for #include "pixmap.xpm" which does not exists
ErrorFormat( QStringLiteral("^([^:\t]+):([0-9]+):([0-9]+):([^0-9]+)"), 1, 2, 4, 3 ),
// GCC
ErrorFormat( QStringLiteral("^([^:\t]+):([0-9]+):([^0-9]+)"), 1, 2, 3 ),
// GCC
ErrorFormat( QStringLiteral("^(In file included from |[ ]+from )([^: \\t]+):([0-9]+)(:|,)(|[0-9]+)"), 2, 3, 5 ),
// ICC
ErrorFormat( QStringLiteral("^([^: \\t]+)\\(([0-9]+)\\):([^0-9]+)"), 1, 2, 3, QStringLiteral("intel") ),
//libtool link
ErrorFormat( QStringLiteral("^(libtool):( link):( warning): "), 0, 0, 0 ),
// make
ErrorFormat( QStringLiteral("No rule to make target"), 0, 0, 0 ),
// cmake
ErrorFormat( QStringLiteral("^([^: \\t]+):([0-9]+):"), 1, 2, 0, QStringLiteral("cmake") ),
// cmake
ErrorFormat( QStringLiteral("CMake (Error|Warning) (|\\([a-zA-Z]+\\) )(in|at) ([^:]+):($|[0-9]+)"), 4, 5, 1, QStringLiteral("cmake") ),
// cmake/automoc
// example: AUTOMOC: error: /foo/bar.cpp The file includes (...),
// example: AUTOMOC: error: /foo/bar.cpp: The file includes (...)
// note: ':' after file name isn't always appended, see http://cmake.org/gitweb?p=cmake.git;a=commitdiff;h=317d8498aa02c9f486bf5071963bb2034777cdd6
// example: AUTOGEN: error: /foo/bar.cpp: The file includes (...)
// note: AUTOMOC got renamed to AUTOGEN at some point
ErrorFormat( QStringLiteral("^(AUTOMOC|AUTOGEN): error: ([^:]+):? (The file .*)$"), 2, 0, 0 ),
// via qt4_automoc
// example: automoc4: The file "/foo/bar.cpp" includes the moc file "bar1.moc", but ...
ErrorFormat( QStringLiteral("^automoc4: The file \"([^\"]+)\" includes the moc file"), 1, 0, 0 ),
// Fortran
ErrorFormat( QStringLiteral("\"(.*)\", line ([0-9]+):(.*)"), 1, 2, 3 ),
// GFortran
ErrorFormat( QStringLiteral("^(.*):([0-9]+)\\.([0-9]+):(.*)"), 1, 2, 4, QStringLiteral("gfortran"), 3 ),
// Jade
ErrorFormat( QStringLiteral("^[a-zA-Z]+:([^: \t]+):([0-9]+):[0-9]+:[a-zA-Z]:(.*)"), 1, 2, 3 ),
// ifort
ErrorFormat( QStringLiteral("^fortcom: (.*): (.*), line ([0-9]+):(.*)"), 2, 3, 1, QStringLiteral("intel") ),
// PGI
ErrorFormat( QStringLiteral("PGF9(.*)-(.*)-(.*)-(.*) \\((.*): ([0-9]+)\\)"), 5, 6, 4, QStringLiteral("pgi") ),
// PGI (2)
ErrorFormat( QStringLiteral("PGF9(.*)-(.*)-(.*)-Symbol, (.*) \\((.*)\\)"), 5, 5, 4, QStringLiteral("pgi") ),
};
FilteredItem item(line);
for (const auto& curErrFilter : ERROR_FILTERS) {
const auto match = curErrFilter.expression.match(line);
if( match.hasMatch() && !( line.contains( QLatin1String("Each undeclared identifier is reported only once") )
|| line.contains( QLatin1String("for each function it appears in.") ) ) )
{
if(curErrFilter.fileGroup > 0) {
if( curErrFilter.compiler == "cmake" ) { // Unfortunately we cannot know if an error or an action comes first in cmake, and therefore we need to do this
if( m_currentDirs.empty() ) {
putDirAtEnd( m_buildDir.parent() );
}
}
item.url = pathForFile( match.captured( curErrFilter.fileGroup ) ).toUrl();
}
item.lineNo = match.captured( curErrFilter.lineGroup ).toInt() - 1;
if(curErrFilter.columnGroup >= 0) {
item.columnNo = match.captured( curErrFilter.columnGroup ).toInt() - 1;
} else {
item.columnNo = 0;
}
QString txt = match.captured(curErrFilter.textGroup);
// Find the indicator which happens most early.
int earliestIndicatorIdx = txt.length();
for (const auto& curIndicator : INDICATORS) {
int curIndicatorIdx = txt.indexOf(curIndicator.first, 0, Qt::CaseInsensitive);
if((curIndicatorIdx >= 0) && (earliestIndicatorIdx > curIndicatorIdx)) {
earliestIndicatorIdx = curIndicatorIdx;
item.type = curIndicator.second;
}
}
// Make the item clickable if it comes with the necessary file information
if (item.url.isValid()) {
item.isActivatable = true;
if(item.type == FilteredItem::InvalidItem) {
// If there are no error indicators in the line
// maybe this is a multiline case
if(isMultiLineCase(curErrFilter)) {
item.type = FilteredItem::ErrorItem;
} else {
// Okay so we couldn't find anything to indicate an error, but we have file and lineGroup
// Lets keep this item clickable and indicate this to the user.
item.type = FilteredItem::InformationItem;
}
}
}
break;
}
}
return item;
}
/// --- Script error filter strategy ---
ScriptErrorFilterStrategy::ScriptErrorFilterStrategy()
{
}
FilteredItem ScriptErrorFilterStrategy::actionInLine(const QString& line)
{
return FilteredItem(line);
}
FilteredItem ScriptErrorFilterStrategy::errorInLine(const QString& line)
{
// A list of filters for possible Python and PHP errors
static const ErrorFormat SCRIPT_ERROR_FILTERS[] = {
ErrorFormat( QStringLiteral("^ File \"(.*)\", line ([0-9]+)(.*$|, in(.*)$)"), 1, 2, -1 ),
ErrorFormat( QStringLiteral("^.*(/.*):([0-9]+).*$"), 1, 2, -1 ),
ErrorFormat( QStringLiteral("^.* in (/.*) on line ([0-9]+).*$"), 1, 2, -1 )
};
return match(SCRIPT_ERROR_FILTERS, line);
}
/// --- Native application error filter strategy ---
NativeAppErrorFilterStrategy::NativeAppErrorFilterStrategy()
{
}
FilteredItem NativeAppErrorFilterStrategy::actionInLine(const QString& line)
{
return FilteredItem(line);
}
FilteredItem NativeAppErrorFilterStrategy::errorInLine(const QString& line)
{
static const ErrorFormat NATIVE_APPLICATION_ERROR_FILTERS[] = {
// BEGIN: C++
// a.out: test.cpp:5: int main(): Assertion `false' failed.
ErrorFormat(QStringLiteral("^.+: (.+):([1-9][0-9]*): .*: Assertion `.*' failed\\.$"), 1, 2, -1),
// END: C++
// BEGIN: Qt
// Note: Scan the whole line for catching Qt runtime warnings (-> no ^$)
// Reasoning: With QT_MESSAGE_PATTERN you can configure the output to your desire,
// which means the output could be arbitrarily prefixed or suffixed with other content
// QObject::connect related errors, also see err_method_notfound() in qobject.cpp
// QObject::connect: No such slot Foo::bar() in /foo/bar.cpp:313
ErrorFormat(QStringLiteral("QObject::connect: (?:No such|Parentheses expected,) (?:slot|signal) [^ ]* in (.*):([0-9]+)"), 1, 2, -1),
// ASSERT: "errors().isEmpty()" in file /foo/bar.cpp, line 49
ErrorFormat(QStringLiteral("ASSERT: \"(.*)\" in file (.*), line ([0-9]+)"), 2, 3, -1),
- // QFATAL : FooTest::testBar() ASSERT: "index.isValid()" in file /foo/bar.cpp, line 32
- ErrorFormat(QStringLiteral("QFATAL : (.*) ASSERT: \"(.*)\" in file (.*), line ([0-9]+)"), 3, 4, -1),
// Catch:
// FAIL! : FooTest::testBar() Compared pointers are not the same
// Actual ...
// Expected ...
// Loc: [/foo/bar.cpp(33)]
//
// Do *not* catch:
// ...
// Loc: [Unknown file(0)]
ErrorFormat(QStringLiteral(" Loc: \\[(.*)\\(([1-9][0-9]*)\\)\\]"), 1, 2, -1),
// file:///path/to/foo.qml:7:1: Bar is not a type
ErrorFormat(QStringLiteral("(file:\\/\\/(?:.+)):([1-9][0-9]*):([1-9][0-9]*): (.+) (?:is not a type|is ambiguous\\.|is instantiated recursively)"), 1, 2, -1, 3)
// END: Qt
};
return match(NATIVE_APPLICATION_ERROR_FILTERS, line);
}
/// --- Static Analysis filter strategy ---
StaticAnalysisFilterStrategy::StaticAnalysisFilterStrategy()
{
}
FilteredItem StaticAnalysisFilterStrategy::actionInLine(const QString& line)
{
return FilteredItem(line);
}
FilteredItem StaticAnalysisFilterStrategy::errorInLine(const QString& line)
{
// A list of filters for static analysis tools (krazy2, cppcheck)
static const ErrorFormat STATIC_ANALYSIS_FILTERS[] = {
// CppCheck
ErrorFormat( QStringLiteral("^\\[(.*):([0-9]+)\\]:(.*)"), 1, 2, 3 ),
// krazy2
ErrorFormat( QStringLiteral("^\\t([^:]+).*line#([0-9]+).*"), 1, 2, -1 ),
// krazy2 without line info
ErrorFormat( QStringLiteral("^\\t(.*): missing license"), 1, -1, -1 )
};
return match(STATIC_ANALYSIS_FILTERS, line);
}