def __init__(self, resp_proc):
_logger.info('Starting F# language services...')
self.fsac = FsacClient(server.start(), resp_proc)
self.compilers_path = None
self.project_file = None
self._errors = []
self.errors_panel = FSharpErrorsPanel()
self.fsac.send_request(CompilerLocationRequest())
# todo: register as decorator instead?
response_processor.add_listener(ON_COMPILER_PATH_AVAILABLE,
self.on_compiler_path_available)
response_processor.add_listener(ON_ERRORS_AVAILABLE,
self.on_errors_available)
self._write_lock = threading.Lock()
def __init__(self, resp_proc):
_logger.info ('Starting F# language services...')
self.fsac = FsacClient(server.start(), resp_proc)
self.compilers_path = None
self.project_file = None
self._errors = []
self.errors_panel = FSharpErrorsPanel()
self.fsac.send_request(CompilerLocationRequest())
# todo: register as decorator instead?
response_processor.add_listener(ON_COMPILER_PATH_AVAILABLE,
self.on_compiler_path_available)
response_processor.add_listener(ON_ERRORS_AVAILABLE,
self.on_errors_available)
self._write_lock = threading.Lock()
class Editor(object):
"""Global editor state.
"""
def __init__(self, resp_proc):
_logger.info ('Starting F# language services...')
self.fsac = FsacClient(server.start(), resp_proc)
self.compilers_path = None
self.project_file = None
self._errors = []
self.errors_panel = FSharpErrorsPanel()
self.fsac.send_request(CompilerLocationRequest())
# todo: register as decorator instead?
response_processor.add_listener(ON_COMPILER_PATH_AVAILABLE,
self.on_compiler_path_available)
response_processor.add_listener(ON_ERRORS_AVAILABLE,
self.on_errors_available)
self._write_lock = threading.Lock()
def on_compiler_path_available(self, data):
self.compilers_path = data['response'].compilers_path
def on_errors_available(self, data):
self.errors = data['response']['Data']
self.errors_panel.update((ErrorInfo(e) for e in self.errors), sort_key=lambda x: x.start_line)
self.errors_panel.display()
@property
def errors(self):
with self._write_lock:
return self._errors
@errors.setter
def errors(self, value):
assert isinstance(value, list), 'bad call'
with self._write_lock:
self._errors = value
@property
def compiler_path(self):
if self.compilers_path is None:
return
return os.path.join(self.compilers_path, 'fsc.exe')
@property
def interpreter_path(self):
if self.compilers_path is None:
return None
return os.path.join(self.compilers_path, 'fsi.exe')
def update_project_data(self, fs_file):
assert isinstance(fs_file, FileInfo), 'wrong argument: %s' % fs_file
# todo: run in alternate thread
# fsautocomplete.exe doesn't link F# script files to any .fsproj file,
# so bail out.
if fs_file.is_fsharp_script_file:
return
if not self.project_file or not self.project_file.governs(fs_file.path):
self.project_file = FSharpProjectFile.from_path(fs_file.path)
if not self.project_file:
_logger.info('could not find a .fsproj file for %s' % fs_file)
return
# fsautocomplete.exe takes care of managing .fsproj files, so we
# can add as many as we need.
self.set_project()
def set_project(self):
self.fsac.send_request(ProjectRequest(self.project_file.path))
def parse_file(self, fs_file, content):
self.fsac.send_request(ParseRequest(fs_file.path, content))
def parse_view(self, view, force=False):
"""
Sends a parse request to fsac.
@view
The view whose content should be parsed.
@force
If `True`, the @view will be parsed even if it's clean.
"""
if not (view.is_dirty() or force):
return
# FIXME: In ST, I think a file may have a .file_name() and still not
# exist on disk because it's been unlinked.
# ignore unsaved files
fs_file = FileInfo(view)
self.update_project_data(fs_file)
# TODO: very inneficient?
if fs_file.is_fsharp_code:
content = view.substr(sublime.Region(0, view.size()))
self.parse_file(fs_file, content)
class Editor(object):
"""Global editor state.
"""
def __init__(self, resp_proc):
_logger.info('Starting F# language services...')
self.fsac = FsacClient(server.start(), resp_proc)
self.compilers_path = None
self.project_file = None
self._errors = []
self.errors_panel = FSharpErrorsPanel()
self.fsac.send_request(CompilerLocationRequest())
# todo: register as decorator instead?
response_processor.add_listener(ON_COMPILER_PATH_AVAILABLE,
self.on_compiler_path_available)
response_processor.add_listener(ON_ERRORS_AVAILABLE,
self.on_errors_available)
self._write_lock = threading.Lock()
def on_compiler_path_available(self, data):
self.compilers_path = data['response'].compilers_path
def on_errors_available(self, data):
self.errors = data['response']['Data']
self.errors_panel.update((ErrorInfo(e) for e in self.errors),
sort_key=lambda x: x.start_line)
self.errors_panel.display()
@property
def errors(self):
with self._write_lock:
return self._errors
@errors.setter
def errors(self, value):
assert isinstance(value, list), 'bad call'
with self._write_lock:
self._errors = value
@property
def compiler_path(self):
if self.compilers_path is None:
return
return os.path.join(self.compilers_path, 'fsc.exe')
@property
def interpreter_path(self):
if self.compilers_path is None:
return None
return os.path.join(self.compilers_path, 'fsi.exe')
def update_project_data(self, fs_file):
assert isinstance(fs_file, FileInfo), 'wrong argument: %s' % fs_file
# todo: run in alternate thread
# fsautocomplete.exe doesn't link F# script files to any .fsproj file,
# so bail out.
if fs_file.is_fsharp_script_file:
return
if not self.project_file or not self.project_file.governs(
fs_file.path):
self.project_file = FSharpProjectFile.from_path(fs_file.path)
if not self.project_file:
_logger.info('could not find a .fsproj file for %s' % fs_file)
return
# fsautocomplete.exe takes care of managing .fsproj files, so we
# can add as many as we need.
self.set_project()
def set_project(self):
self.fsac.send_request(ProjectRequest(self.project_file.path))
def parse_file(self, fs_file, content):
self.fsac.send_request(ParseRequest(fs_file.path, content))
def parse_view(self, view, force=False):
"""
Sends a parse request to fsac.
@view
The view whose content should be parsed.
@force
If `True`, the @view will be parsed even if it's clean.
"""
if not (view.is_dirty() or force):
return
# FIXME: In ST, I think a file may have a .file_name() and still not
# exist on disk because it's been unlinked.
# ignore unsaved files
fs_file = FileInfo(view)
self.update_project_data(fs_file)
# TODO: very inneficient?
if fs_file.is_fsharp_code:
content = view.substr(sublime.Region(0, view.size()))
self.parse_file(fs_file, content)