Create an interface to get the ability to use
another FollowSymbol implementation
Change-Id: I5802f62523ff3ee47b8a14e487adf43edcb6c9b1
Reviewed-by: Nikolai Kosjar <nikolai.kosjar@qt.io>
* The QtTest include is not available in release builds.
* Make the batch file mode only available in debug/test builds as that
one uses test utilities that are only available in debug builds.
Change-Id: I441c51ec00b14b81a396ad0199882cf46fff10b0
Reviewed-by: David Schulz <david.schulz@qt.io>
This allows to start Qt Creator in batch processing mode:
$ export QTC_CLANG_BATCH=/path/to/file
$ export QT_LOGGING_RULES=qtc.clangcodemodel.batch=true
$ ./qtcreator -load ClangCodeModel
The batch file will be executed and Qt Creator will exit. Advanced
logging output can be activated as stated above.
Note that it is required that the project was already configured/set up
properly with the used settingspath, otherwise the wrong configuration
will be taken or a pop-up dialog will block the execution.
A small example follows that covers all the understood and so far needed
batch file commands in order to train libclang for profile guided
optimization. ${PWD} expands to the directory of the batch file.
openProject "${PWD}/calendarwidget.pro"
# Initial parsing
openDocument "${PWD}/window.cpp"
closeAllDocuments
openDocument "${PWD}/window.cpp"
# Reparse
setCursor 478 1
insertText " "
insertText " "
insertText " "
# Completion
complete
complete
complete
# Member completion
insertText "comboBox->"
complete
complete
complete
# Wait in order to inspect the result
processEvents 3000
Change-Id: I7dc5dddc6752272ecc2fb4f30497b17cee3f9a9f
Reviewed-by: hjk <hjk@qt.io>
Reviewed-by: David Schulz <david.schulz@qt.io>
This reverts commit 07f4ae6227,
which broke compilation
clangbatchfileprocessor.cpp:170:27: error: ambiguous overload for
'operator==' (operand types are 'const QChar' and 'char')
and only worked in QT_TEST=1 cases.
Change-Id: I089427359958221882cb4e4369c4b88d71779acf
Reviewed-by: Tobias Hunger <tobias.hunger@qt.io>
This allows to start Qt Creator in batch processing mode:
$ export QTC_CLANG_BATCH=/path/to/file
$ export QT_LOGGING_RULES=qtc.clangcodemodel.batch=true
$ ./qtcreator -load ClangCodeModel
The batch file will be executed and Qt Creator will exit. Advanced
logging output can be activated as stated above.
Note that it is required that the project was already configured/set up
properly with the used settingspath, otherwise the wrong configuration
will be taken or a pop-up dialog will block the execution.
A small example follows that covers all the understood and so far needed
batch file commands in order to train libclang for profile guided
optimization. ${PWD} expands to the directory of the batch file.
openProject "${PWD}/calendarwidget.pro"
# Initial parsing
openDocument "${PWD}/window.cpp"
closeAllDocuments
openDocument "${PWD}/window.cpp"
# Reparse
setCursor 478 1
insertText " "
insertText " "
insertText " "
# Completion
complete
complete
complete
# Member completion
insertText "comboBox->"
complete
complete
complete
# Wait in order to inspect the result
processEvents 3000
Change-Id: Ib30526036f999e530f0c01d42a196a1e311e2c4c
Reviewed-by: David Schulz <david.schulz@qt.io>
Feeding libclang with unsaved files (e.g. in-memory generated ui_*.h)
that do not exist on disk leads to regeneration of the preamble on every
parse/reparse/completion and thus renders the clang code model useless.
We could check the existence in the file system for every unsaved file
just before every parse/reparse/completion. Obviously this does not
scale (e.g. qtcreator.pro generates about 200 unsaves files) and would
also slow down the responsiveness of the completion, especially for the
dot-to-arrow correction case.
We could also set up a file system watcher. However, implementing the
"file got created" case is not trivial because QFileSystemWatcher does
not support it out of the box.
Instead, set up a custom include directory and create empty files in it
that represent the unsaved files and pass that include directory to
libclang as the last one. While this fixes the performance problems, it
also comes with at least two problems:
* Because ui_*.h files are "relocated" to the same directory, two or
more "foo.ui" in the same session will be problematic.
* Because of the custom include directory, problems might arise for
projects that include the ui_*.h as "some/relative/path/ui_foo.h"
instead of "ui_foo.h". This should be the less common case.
Task-number: QTCREATORBUG-17245
Change-Id: I6e40e87c3ef095086eb22c972dd8c1a6459a8245
Reviewed-by: Marco Bubke <marco.bubke@qt.io>
...by introducing a custom tooltip widget for diagnostics.
Locations and fixits of child diagnostics are presented as clickable
links, leading to that position in the editor or to the execution of
that fix it.
Change-Id: I83e801e22d0421dd29275e333e5dd91587885cf1
Reviewed-by: Alessandro Portale <alessandro.portale@theqtcompany.com>
We used to call QTextCharFormat::setToolTip from the ExtraSelection to
install the diagnostic tooltip. Since this allows to set only text
tooltips and we would like to introduce a custom tooltip widget for
diagnostics, make use of CppHoverHandler, which is more flexible.
Change-Id: Ia1b2c3c50810596ce4a3a025002e6e4efd8789db
Reviewed-by: Alessandro Portale <alessandro.portale@theqtcompany.com>
...for consistency and to avoid future file name clashes.
Change-Id: If595c8debfa1ceb01a1bb0ed34649fa513660503
Reviewed-by: Marco Bubke <marco.bubke@theqtcompany.com>
They are invokable by the usual means (Alt+Enter, editor's context menu
> Refactor) plus by the context menu of the editor's left margin for the
related line.
The fixit text comes directly from libclang and is thus not translated.
We modify the text slighty by stripping the diagnostic category prefix
("note:", "error:", ...) and capitalizing the first letter.
A follow-up change should properly indicate available refactorings with
a refactoring icon in the editor's left margin.
Task-number: QTCREATORBUG-14868
Change-Id: I86157c9f824d2a9dedf19087476d02ad1e6cc854
Reviewed-by: Marco Bubke <marco.bubke@theqtcompany.com>
...by introducing ClangDiagnosticManager and the helper class
ClangDiagnosticFilter.
ClangDiagnosticManager will get more state in a follow-up change.
Change-Id: Id2c312bc897ea41ed67292b56b24dcfb7975ff4a
Reviewed-by: Marco Bubke <marco.bubke@theqtcompany.com>
Diagnostics are now moved to the clang backend process. Fixits are
supported too.
Change-Id: I20faacf466bbf78dec479220c3d7b336a47bc453
Reviewed-by: Nikolai Kosjar <nikolai.kosjar@theqtcompany.com>
This makes us independent of libclang crashes for completion.
Re-parsing for highlighting still happens in the Qt Creator process.
Run in verbose mode:
qtc.clangcodemodel.ipc=true
Run tests:
-test "ClangCodeModel"
Task-number: QTCREATORBUG-14108
Task-number: QTCREATORBUG-12819
Change-Id: Id3e95bd2afdb6508bbd1d35fddc69534a909b905
Reviewed-by: Marco Bubke <marco.bubke@theqtcompany.com>
clang_installation.pri
* Remove pointless CLANG_COMPLETION, CLANG_HIGHLIGHTING defines
* Remove auto-detection of llvm-config-* variants in PATH. This does
not make any sense if the user has to provide LLVM_INSTALL_DIR.
* If llvm-config is not found in LLVM_INSTALL_DIR, determine the clang
version by looking into the lib dir (there should exist e.g.
"clang/3.6.1")
* Check paths for existence
* Simplify logic
* Do not call error() in helper functions
clangcodemodel.pro
* Print detected version
* Sort HEADERS/SOURCES
Change-Id: I020d2e78aea37ef01a337e6da658d7f5e56b3ac5
Reviewed-by: Marco Bubke <marco.bubke@theqtcompany.com>
This is a partial result of wip/clang-oop. More will follow.
This allows us to invoke the completion out of the Qt Creator process
and thus safes us as against libclang crashes.
At this point only the completion use case is supported.
Some notes on the individual components:
src/libs/codemodelbackendipc
* library encapsulating the inter process communication handling
* used by the backend application and in a follow-up change by the
creator integration
src/libs/3rdparty/sqlite
* version 3.8.10.2
* dependency of codemodelbackendipc, will be used to storage indexing
data, among others
src/tools/codemodelbackend
* the backend application
tests/unit:
* unit tests
Change-Id: I91a48e27467581a22fb760a18d8eb926008fea60
Reviewed-by: Alessandro Portale <alessandro.portale@theqtcompany.com>
Reviewed-by: Nikolai Kosjar <nikolai.kosjar@theqtcompany.com>
Reviewed-by: Marco Bubke <marco.bubke@theqtcompany.com>
Reviewed-by: Oswald Buddenhagen <oswald.buddenhagen@theqtcompany.com>
This mainly takes CppEditorSupport apart.
* Parsing is now invoked by CPPEditorDocument itself by listening to
QTextDocument::contentsChanged().
* Upon construction and destruction CPPEditorDocument creates and
deletes an EditorDocumentHandle for (un)registration in the model
manager. This handle provides everything to generate the working copy
and to access the editor document processor.
* A CPPEditorDocument owns a BaseEditorDocumentProcessor instance that
controls parsing, semantic info recalculation and the semantic
highlighting for the document. This is more or less what is left from
CppEditorSupport and can be considered as the backend of a
CPPEditorDocument. CPPEditorDocument itself is quite small.
* BuiltinEditorDocumentProcessor and ClangEditorDocumentProcessor
derive from BaseEditorDocumentProcessor and implement the gaps.
* Since the semantic info calculation was bound to the widget, it
also calculated the local uses, which depend on the cursor
position. This calculation got moved into the extracted class
UseSeletionsUpdater in the cppeditor plugin, which is run once the
cursor position changes or the semantic info document is updated.
* Some more logic got extracted:
- SemanticInfoUpdater (logic was in CppEditorSupport)
- SemanticHighlighter (logic was in CppEditorSupport)
* The *Parser and *Processor classes can be easily accessed by the
static function get().
* CppHighlightingSupport is gone since it turned out to be useless.
* The editor dependency in CompletionAssistProviders is gone since we
actually only need the file path now.
Change-Id: I49d3a7bd138c5ed9620123e34480772535156508
Reviewed-by: Orgad Shaneh <orgads@gmail.com>
Reviewed-by: Erik Verbruggen <erik.verbruggen@digia.com>
- Use a QSharedPointer instead of an explicitly shared pointer.
- Remove the LiveUnitManager.
Change-Id: I05bf32c1f77c17f42ee1da39f1353cff580fa6eb
Reviewed-by: Nikolai Kosjar <nikolai.kosjar@digia.com>
