def show_types(self, types):
if not types:
show_status_message("Can't infer type", False)
return
types = sorted(list(
filter(lambda t: t.region(self.view).contains(self.view.sel()[0]),
types)),
key=lambda t: t.region(self.view).size())
self.output_view = output_panel(self.view.window(),
'',
panel_name=TYPES_PANEL_NAME,
syntax='Haskell-SublimeHaskell',
show_panel=False)
regions = []
for t in types:
output_text(self.output_view,
'{0}\n'.format(t.show(self.view)),
clear=False)
regions.append(
sublime.Region(
self.output_view.size() - 1 -
len(use_unicode_operators(t.typename)),
self.output_view.size() - 1))
self.output_view.add_regions('types', regions, 'comment', '',
sublime.DRAW_OUTLINED)
show_panel(self.view.window(), panel_name=TYPES_PANEL_NAME)
def show_types(self, types):
if not types:
show_status_message("Can't infer type", False)
return
self.types = types
self.output_view = output_panel(self.view.window(), '', panel_name = 'sublime_haskell_show_type', syntax = 'Haskell-SublimeHaskell')
self.view.window().show_quick_panel([t.typename for t in self.types], self.on_done, 0, -1, self.on_changed)
def show_types(self, types):
if not types:
show_status_message("Can't infer type", False)
return
self.types = types
self.output_view = output_panel(self.view.window(), '', panel_name = 'sublime_haskell_show_types', syntax = 'Haskell-SublimeHaskell', show_panel = False)
regions = []
for t in self.types:
output_text(self.output_view, '{0}\n'.format(t.show(self.view)), clear = False)
regions.append(sublime.Region(self.output_view.size() - 1 - len(t.typename), self.output_view.size() - 1))
self.output_view.add_regions('types', regions, 'comment', '', sublime.DRAW_OUTLINED)
show_panel(self.view.window(), panel_name = 'sublime_haskell_show_type')
def show_types(self, types):
if not types:
show_status_message("Can't infer type", False)
return
self.types = types
self.output_view = output_panel(self.view.window(),
'',
panel_name=TYPES_PANEL_NAME,
syntax='Haskell-SublimeHaskell')
self.view.window().show_quick_panel([t.typename for t in self.types],
self.on_done, 0, -1,
self.on_changed)
def run(self, edit):
selections = list(self.view.sel())
if not self.is_infos_valid(selections):
self.Infos = [ExpandSelectionInfo(self.view, s) for s in selections]
if not self.is_infos_valid(selections):
show_status_message('Unable to retrieve expand selection info', False)
return
tr = [i.expand() for i in self.Infos]
self.view.sel().clear()
self.view.sel().add_all([t.region for t in tr])
output_panel(self.view.window(), '\n'.join([t.typename for t in tr]), panel_name = 'sublime_haskell_expand_selection_expression', syntax = 'Haskell-SublimeHaskell')
def show_types(self, types):
if not types:
show_status_message("Can't infer type", False)
return
types = sorted(
list(filter(lambda t: t.region(self.view).contains(self.view.sel()[0]), types)),
key = lambda t: t.region(self.view).size())
self.output_view = output_panel(self.view.window(), '', panel_name = TYPES_PANEL_NAME, syntax = 'Haskell-SublimeHaskell', show_panel = False)
regions = []
for t in types:
output_text(self.output_view, '{0}\n'.format(t.show(self.view)), clear = False)
regions.append(sublime.Region(self.output_view.size() - 1 - len(t.typename), self.output_view.size() - 1))
self.output_view.add_regions('types', regions, 'comment', '', sublime.DRAW_OUTLINED)
show_panel(self.view.window(), panel_name = TYPES_PANEL_NAME)
def show_types(self, types):
if not types:
show_status_message("Can't infer type", False)
return
best_result = self.get_best_type(types)
type_text = [best_result.show(self.view), '']
type_text.extend([r.show(self.view) for r in types if r.start.line == r.end.line])
output_view = self.view.window().get_output_panel('sublime_haskell_hdevtools_type')
output_view.set_read_only(False)
output_view.run_command('sublime_haskell_output_text', {
'text': '\n'.join(type_text) })
output_view.sel().clear()
output_view.set_read_only(True)
self.view.window().run_command('show_panel', {
'panel': 'output.sublime_haskell_hdevtools_type' })
def run(self, edit):
selections = list(self.view.sel())
if not self.is_infos_valid(selections):
self.Infos = [
ExpandSelectionInfo(self.view, s) for s in selections
]
if not self.is_infos_valid(selections):
show_status_message('Unable to retrieve expand selection info',
False)
return
tr = [i.expand() for i in self.Infos]
self.view.sel().clear()
self.view.sel().add_all([t.region for t in tr])
output_panel(self.view.window(),
'\n'.join([t.typename for t in tr]),
panel_name='sublime_haskell_expand_selection_expression',
syntax='Haskell-SublimeHaskell')
def show_types(self, types):
if not types:
show_status_message("Can't infer type", False)
return
best_result = self.get_best_type(types)
type_text = [best_result.show(self.view), '']
type_text.extend(
[r.show(self.view) for r in types if r.start.line == r.end.line])
output_view = self.view.window().get_output_panel(
'sublime_haskell_hdevtools_type')
output_view.set_read_only(False)
output_view.run_command('sublime_haskell_output_text',
{'text': '\n'.join(type_text)})
output_view.sel().clear()
output_view.set_read_only(True)
self.view.window().run_command(
'show_panel', {'panel': 'output.sublime_haskell_hdevtools_type'})
def show_types(self, types):
if not types:
show_status_message("Can't infer type", False)
return
self.types = types
self.output_view = output_panel(
self.view.window(),
'',
panel_name='sublime_haskell_show_types',
syntax='Haskell-SublimeHaskell',
show_panel=False)
regions = []
for t in self.types:
output_text(self.output_view,
'{0}\n'.format(t.show(self.view)),
clear=False)
regions.append(
sublime.Region(self.output_view.size() - 1 - len(t.typename),
self.output_view.size() - 1))
self.output_view.add_regions('types', regions, 'comment', '',
sublime.DRAW_OUTLINED)
show_panel(self.view.window(), panel_name='sublime_haskell_show_type')
