Differential D5447 Diff 55196 plugins/custom-definesandincludes/compilerprovider/compilerfactories.cpp

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plugins/custom-definesandincludes/compilerprovider/compilerfactories.cpp

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22 */ 22​ */
23 23​
24#include "compilerfactories.h" 24​#include "compilerfactories.h"
25#include "compilerprovider.h" 25​#include "compilerprovider.h"
26 26​
27#include "gcclikecompiler.h" 27​#include "gcclikecompiler.h"
28#include "msvccompiler.h" 28​#include "msvccompiler.h"
29 29​
30​#include <QStandardPaths>
31​
30QString ClangFactory::name() const 32​QString ClangFactory::name() const
31{ 33​{
32 return QStringLiteral("Clang"); 34​ return QStringLiteral("Clang");
33} 35​}
34 36​
35bool ClangFactory::isSupported(const KDevelop::Path& path) const 37​bool ClangFactory::isSupported(const KDevelop::Path& path) const
36{ 38​{
37 const auto filename = path.lastPathSegment(); 39​ const auto filename = path.lastPathSegment();
38 return filename.contains(QLatin1String("clang")) && !filename.contains(QLatin1String("clang-cl")); 40​ return filename.contains(QLatin1String("clang")) && !filename.contains(QLatin1String("clang-cl"));
39} 41​}
40 42​
41CompilerPointer ClangFactory::createCompiler(const QString& name, const QString& path, bool editable ) const 43​CompilerPointer ClangFactory::createCompiler(const QString& name, const QString& path, bool editable ) const
42{ 44​{
43 return CompilerPointer(new GccLikeCompiler(name, path, editable, this->name())); 45​ return CompilerPointer(new GccLikeCompiler(name, path, editable, this->name()));
44} 46​}
45 47​
46void ClangFactory::registerDefaultCompilers(CompilerProvider* provider) const 48​void ClangFactory::registerDefaultCompilers(CompilerProvider* provider) const
47{ 49​{
48 const QString clang = QStringLiteral("clang"); 50​ // no need to check the result, we already do this is CompilerProvider::CompilerProvider()
51​ const QString clang = QStandardPaths::findExecutable(QStringLiteral("clang"));
mwolffUnsubmitted
Done

shouldn't be required, we find the executable internally by name after all

mwolff: shouldn't be required, we find the executable internally by name after all
arrowdAuthorUnsubmitted
Done

Hmm. But the second arg of createCompiler is called path, and whole this patch is about passing a full path there.

Probably, in presence of such thing as runtimes, we need to revise Compiler's API and do something about path() method?

arrowd: Hmm. But the second arg of `createCompiler` is called `path`, and whole this patch is about…
mwolffUnsubmitted
Done

afaik it's called path since it can be a user-provided absolute path. But the builtin compiler defaults all want to do dynamic lookups. so no, I think it's fine to keep the API but again - don't hardcode an absolute path in the host here - it should be a name that's checked in either the runtime or the host

mwolff: afaik it's called path since it can be a user-provided absolute path. But the builtin compiler…
arrowdAuthorUnsubmitted
Done

So, this hunk and other dittos should be completely reversed?

arrowd: So, this hunk and other `ditto`s should be completely reversed?
mwolffUnsubmitted
Done

yes exactly

mwolff: yes exactly
49 52​
50 auto compiler = createCompiler(name(), clang, false); 53​ auto compiler = createCompiler(name(), clang, false);
51 provider->registerCompiler(compiler); 54​ provider->registerCompiler(compiler);
52} 55​}
53 56​
54QString GccFactory::name() const 57​QString GccFactory::name() const
55{ 58​{
56 return QStringLiteral("GCC"); 59​ return QStringLiteral("GCC");
57} 60​}
58 61​
59bool GccFactory::isSupported(const KDevelop::Path& path) const 62​bool GccFactory::isSupported(const KDevelop::Path& path) const
60{ 63​{
61 return path.lastPathSegment().contains(QLatin1String("gcc")) || path.lastPathSegment().contains(QLatin1String("g++")); 64​ return path.lastPathSegment().contains(QLatin1String("gcc")) || path.lastPathSegment().contains(QLatin1String("g++"));
62} 65​}
63 66​
64CompilerPointer GccFactory::createCompiler(const QString& name, const QString& path, bool editable ) const 67​CompilerPointer GccFactory::createCompiler(const QString& name, const QString& path, bool editable ) const
65{ 68​{
66 return CompilerPointer(new GccLikeCompiler(name, path, editable, this->name())); 69​ return CompilerPointer(new GccLikeCompiler(name, path, editable, this->name()));
67} 70​}
68 71​
69void GccFactory::registerDefaultCompilers(CompilerProvider* provider) const 72​void GccFactory::registerDefaultCompilers(CompilerProvider* provider) const
70{ 73​{
71 const QString gcc = QStringLiteral("gcc"); 74​ const QString gcc = QStandardPaths::findExecutable(QStringLiteral("gcc"));
mwolffUnsubmitted
Done

dito

mwolff: dito
72 75​
73 auto compiler = createCompiler(name(), gcc, false); 76​ auto compiler = createCompiler(name(), gcc, false);
74 provider->registerCompiler(compiler); 77​ provider->registerCompiler(compiler);
75} 78​}
76 79​
77QString MsvcFactory::name() const 80​QString MsvcFactory::name() const
78{ 81​{
79 return QStringLiteral("MSVC"); 82​ return QStringLiteral("MSVC");
80} 83​}
81 84​
82CompilerPointer MsvcFactory::createCompiler(const QString& name, const QString& path, bool editable ) const 85​CompilerPointer MsvcFactory::createCompiler(const QString& name, const QString& path, bool editable ) const
83{ 86​{
84 return CompilerPointer(new MsvcCompiler(name, path, editable, this->name())); 87​ return CompilerPointer(new MsvcCompiler(name, path, editable, this->name()));
85} 88​}
86 89​
87void MsvcFactory::registerDefaultCompilers(CompilerProvider* provider) const 90​void MsvcFactory::registerDefaultCompilers(CompilerProvider* provider) const
88{ 91​{
89 provider->registerCompiler(createCompiler(name(), QStringLiteral("cl.exe"), false)); 92​ provider->registerCompiler(createCompiler(name(), QStandardPaths::findExecutable(QStringLiteral("cl.exe")), false));
mwolffUnsubmitted
Done

dito

mwolff: dito
90} 93​}
91 94​
92bool MsvcFactory::isSupported(const KDevelop::Path& path) const 95​bool MsvcFactory::isSupported(const KDevelop::Path& path) const
93{ 96​{
94 return path.lastPathSegment() == QLatin1String("cl.exe") || path.lastPathSegment().contains(QLatin1String("clang-cl")); 97​ return path.lastPathSegment() == QLatin1String("cl.exe") || path.lastPathSegment().contains(QLatin1String("clang-cl"));
95} 98​}