def show_pkgfiles(dirname, o=None):
ents = []
m = {}
try:
dirname = os.path.abspath(dirname)
for fn in gs.list_dir_tree(dirname, ext_filter,
gs.setting('fn_exclude_prefixes', []), o):
name = os.path.relpath(fn, dirname).replace('\\', '/')
m[name] = fn
ents.append(name)
except Exception as ex:
ui.error(DOMAIN, 'Error: %s' % ex)
if ents:
ents.sort(key=lambda a: a.lower())
try:
s = " ../ ( current: %s )" % dirname
m[s] = os.path.join(dirname, "..")
ents.insert(0, s)
except Exception:
pass
def cb(i, win):
if i >= 0:
fn = m[ents[i]]
if os.path.isdir(fn):
win.run_command("gs_browse_files", {"dir": fn})
else:
vu.open(fn=fn, win=win)
gs.show_quick_panel(ents, cb)
else:
gs.show_quick_panel([['', 'No files found']])
def show_pkgfiles(dirname, o=None):
ents = []
m = {}
try:
dirname = os.path.abspath(dirname)
for fn in gs.list_dir_tree(dirname, ext_filter, gs.setting('fn_exclude_prefixes', []), o):
name = os.path.relpath(fn, dirname).replace('\\', '/')
m[name] = fn
ents.append(name)
except Exception as ex:
ui.error(DOMAIN, 'Error: %s' % ex)
if ents:
ents.sort(key = lambda a: a.lower())
try:
s = " ../ ( current: %s )" % dirname
m[s] = os.path.join(dirname, "..")
ents.insert(0, s)
except Exception:
pass
def cb(i, win):
if i >= 0:
fn = m[ents[i]]
if os.path.isdir(fn):
win.run_command("gs_browse_files", {"dir": fn})
else:
vu.open(fn=fn, win=win)
gs.show_quick_panel(ents, cb)
else:
gs.show_quick_panel([['', 'No files found']])
def jump_to_imports(self):
view = gs.active_valid_go_view()
if not view:
return
last_import = gs.attr('last_import_path.%s' % vu.V(view).vfn(), '')
r = None
if last_import:
offset = len(last_import) + 2
last_import = re.escape(last_import)
pat = '(?s)import.*?(?:"%s"|`%s`)' % (last_import, last_import)
r = view.find(pat, 0)
if not r:
offset = 1
pat = '(?s)import.*?["`]'
r = view.find(pat, 0)
if not r:
ui.error(DOMAIN, "cannot find import declarations")
return
pt = r.end() - offset
row, col = view.rowcol(pt)
loc = Loc(view.file_name(), row, col)
self.jump_to((view, loc))
def jump_to_imports(self):
view = gs.active_valid_go_view()
if not view:
return
last_import = gs.attr('last_import_path.%s' % vu.V(view).vfn(), '')
r = None
if last_import:
offset = len(last_import) + 2
last_import = re.escape(last_import)
pat = '(?s)import.*?(?:"%s"|`%s`)' % (last_import, last_import)
r = view.find(pat, 0)
if not r:
offset = 1
pat = '(?s)import.*?["`]'
r = view.find(pat, 0)
if not r:
ui.error(DOMAIN, "cannot find import declarations")
return
pt = r.end() - offset
row, col = view.rowcol(pt)
loc = Loc(view.file_name(), row, col)
self.jump_to((view, loc))
def run(self, edit, pos, content, added_path=''):
pos = int(pos) # un-f*****g-believable
view = self.view
dirty, err = gspatch.merge(view, pos, content, edit)
if err:
ui.error(DOMAIN, err)
if dirty:
sublime.set_timeout(lambda: view.run_command('undo'), 0)
elif dirty:
k = 'last_import_path.%s' % vu.V(view).vfn()
if added_path:
gs.set_attr(k, added_path)
else:
gs.del_attr(k)
def f(res, err):
if err:
ui.error(DOMAIN, err)
return
fn = res.get('Fn')
row = res.get('Line', -1) - 1
col = res.get('Col', 0) - 1
if not fn or row < 0:
ui.note(DOMAIN, "no definition found")
return
gs.println('opening %s:%s:%s' % (fn, row, col))
vu.open(fn=fn, row=row, col=col)
def f(res, err):
if err:
ui.error(DOMAIN, err)
return
fn = res.get('Fn')
row = res.get('Line', -1) - 1
col = res.get('Col', 0) - 1
if not fn or row < 0:
ui.note(DOMAIN, "no definition found")
return
gs.println('opening %s:%s:%s' % (fn, row, col))
vu.open(fn=fn, row=row, col=col)
def f(res, err):
if err:
ui.error(DOMAIN, err)
return
ents, m = handle_pkgdirs_res(res)
if ents:
def cb(i, win):
if i >= 0:
dirname = gs.basedir_or_cwd(m[ents[i]])
win.run_command('gs_browse_files', {'dir': dirname})
gs.show_quick_panel(ents, cb)
else:
gs.show_quick_panel([['', 'No source directories found']])
def show_palette(self, palette, direct=False):
view = gs.active_valid_go_view(self.window)
if not view:
return
palette = palette.lower().strip()
if palette == 'auto':
palette = self.last_activate_palette
elif palette == 'main':
palette = ''
pcb = None
if palette:
pcb = self.palettes.get(palette)
if pcb:
self.last_activate_palette = palette
else:
ui.error(DOMAIN, 'Invalid palette `%s`' % palette)
palette = ''
if not direct and len(self.bookmarks) > 0:
loc = self.bookmarks[-1]
line = 'line %d' % (loc.row + 1)
if view.file_name() == loc.fn:
fn = ''
else:
fn = relpath(loc.fn, dirname(loc.fn))
if fn.startswith('..'):
fn = loc.fn
fn = '%s ' % fn
self.add_item(u'\u2190 Go Back (%s%s)' % (fn, line),
self.jump_back, None)
if not direct and palette:
self.add_item(u'@%s \u21B5' % palette.title(), self.show_palette,
'main')
li1 = len(self.items)
if pcb:
pcb(view, direct)
if not direct:
for k in sorted(self.palettes.keys()):
if k:
if k != palette:
ttl = '@' + k.title()
itm = ttl
self.add_item(itm, self.show_palette, k)
def f(res, err):
if err:
ui.error(DOMAIN, err)
return
ents, m = handle_pkgdirs_res(res)
if ents:
def cb(i, win):
if i >= 0:
dirname = gs.basedir_or_cwd(m[ents[i]])
win.run_command('gs_browse_files', {'dir': dirname})
gs.show_quick_panel(ents, cb)
else:
gs.show_quick_panel([['', 'No source directories found']])
def f(im, err):
if err:
ui.error(DOMAIN, err)
return
delete_imports = []
add_imports = []
paths = im.get('paths', {})
for path in paths:
skipAdd = False
for i in im.get('imports', []):
if i.get('path') == path:
skipAdd = True
name = i.get('name', '')
if not name:
name = basename(path)
if name == path:
delete_imports.append(
('%sdelete: %s' % (indent, name), i))
else:
delete_imports.append(
('%sdelete: %s ( %s )' % (indent, name, path),
i))
if not skipAdd:
s = '%s%s' % (indent, path)
m = {
'path': path,
'add': True,
}
nm = paths[path]
if nm and nm != path and not path.endswith('/%s' % nm):
s = '%s (%s)' % (s, nm)
if gs.setting('use_named_imports') is True:
m['name'] = nm
add_imports.append((s, m))
for i in sorted(delete_imports):
self.add_item(i[0], toggle_import, (view, i[1]))
if len(delete_imports) > 0:
self.add_item(' ', self.show_palette, 'imports')
for i in sorted(add_imports):
self.add_item(i[0], toggle_import, (view, i[1]))
self.do_show_panel()
def show_palette(self, palette, direct=False):
view = gs.active_valid_go_view(self.window)
if not view:
return
palette = palette.lower().strip()
if palette == 'auto':
palette = self.last_activate_palette
elif palette == 'main':
palette = ''
pcb = None
if palette:
pcb = self.palettes.get(palette)
if pcb:
self.last_activate_palette = palette
else:
ui.error(DOMAIN, 'Invalid palette `%s`' % palette)
palette = ''
if not direct and len(self.bookmarks) > 0:
loc = self.bookmarks[-1]
line = 'line %d' % (loc.row + 1)
if view.file_name() == loc.fn:
fn = ''
else:
fn = relpath(loc.fn, dirname(loc.fn))
if fn.startswith('..'):
fn = loc.fn
fn = '%s ' % fn
self.add_item(u'\u2190 Go Back (%s%s)' % (fn, line), self.jump_back, None)
if not direct and palette:
self.add_item(u'@%s \u21B5' % palette.title(), self.show_palette, 'main')
li1 = len(self.items)
if pcb:
pcb(view, direct)
if not direct:
for k in sorted(self.palettes.keys()):
if k:
if k != palette:
ttl = '@' + k.title()
itm = ttl
self.add_item(itm, self.show_palette, k)
def f(res, err):
if err:
ui.error(DOMAIN, err)
return
ents, m = handle_pkgdirs_res(res)
if ents:
ents.insert(0, "Current Package")
def cb(i, win):
if i == 0:
self.present_current()
elif i >= 1:
self.present('', '', os.path.dirname(m[ents[i]]))
gs.show_quick_panel(ents, cb)
else:
gs.show_quick_panel([['', 'No source directories found']])
def f(res, err):
if err:
ui.error(DOMAIN, err)
return
ents, m = handle_pkgdirs_res(res)
if ents:
ents.insert(0, "Current Package")
def cb(i, win):
if i == 0:
self.present_current()
elif i >= 1:
self.present('', '', os.path.dirname(m[ents[i]]))
gs.show_quick_panel(ents, cb)
else:
gs.show_quick_panel([['', 'No source directories found']])
def f(im, err):
if err:
ui.error(DOMAIN, err)
return
delete_imports = []
add_imports = []
paths = im.get('paths', {})
for path in paths:
skipAdd = False
for i in im.get('imports', []):
if i.get('path') == path:
skipAdd = True
name = i.get('name', '')
if not name:
name = basename(path)
if name == path:
delete_imports.append(('%sdelete: %s' % (indent, name), i))
else:
delete_imports.append(('%sdelete: %s ( %s )' % (indent, name, path), i))
if not skipAdd:
s = '%s%s' % (indent, path)
m = {
'path': path,
'add': True,
}
nm = paths[path]
if nm and nm != path and not path.endswith('/%s' % nm):
s = '%s (%s)' % (s, nm)
if gs.setting('use_named_imports') is True:
m['name'] = nm
add_imports.append((s, m))
for i in sorted(delete_imports):
self.add_item(i[0], toggle_import, (view, i[1]))
if len(delete_imports) > 0:
self.add_item(' ', self.show_palette, 'imports')
for i in sorted(add_imports):
self.add_item(i[0], toggle_import, (view, i[1]))
self.do_show_panel()
def toggle_import(a):
view, decl = a
im, err = mg9.imports(view.file_name(),
view.substr(sublime.Region(0, view.size())), [decl])
if err:
ui.error(DOMAIN, err)
else:
src = im.get('src', '')
line_ref = im.get('lineRef', 0)
r = view.full_line(view.text_point(max(0, line_ref - 1), 0))
if not src or line_ref < 1 or not r:
return
view.run_command(
'gs_patch_imports', {
'pos': r.end(),
'content': src,
'added_path': (decl.get('path') if decl.get('add') else '')
})
def toggle_import(a):
view, decl = a
im, err = mg9.imports(
view.file_name(),
view.substr(sublime.Region(0, view.size())),
[decl]
)
if err:
ui.error(DOMAIN, err)
else:
src = im.get('src', '')
line_ref = im.get('lineRef', 0)
r = view.full_line(view.text_point(max(0, line_ref-1), 0))
if not src or line_ref < 1 or not r:
return
view.run_command('gs_patch_imports', {
'pos': r.end(),
'content': src,
'added_path': (decl.get('path') if decl.get('add') else '')
})
def complete(self, fn, offset, src, func_name_only):
comps = []
autocomplete_tests = gs.setting('autocomplete_tests', False)
autocomplete_closures = gs.setting('autocomplete_closures', False)
res, err = mg9.complete(fn, src, offset)
if err:
ui.error(DOMAIN, err)
ents = res['Candidates']
if not ents and gs.setting('autocomplete_suggest_imports') is True:
self.suggest(res['Suggestions'])
name_fx = None
name_fx_pat = gs.setting('autocomplete_filter_name')
if name_fx_pat:
try:
name_fx = re.compile(name_fx_pat)
except Exception as ex:
ui.error(DOMAIN, 'Cannot filter completions: %s' % ex)
in_iface = GoSublime.current_interface['name'] in GoSublime.INTERFACES and src[offset-1:offset] == '.'
for ent in ents:
if name_fx and name_fx.search(ent['name']):
continue
tn = ent['type']
cn = ent['class']
nm = ent['name']
is_func = (cn == 'func')
is_func_type = (cn == 'type' and tn.startswith('func('))
if cn == 'type' and tn == 'interface' and nm not in GoSublime.INTERFACES:
GoSublime.INTERFACES.append(nm)
if in_iface:
tmpl = '//Implementing %s·%s\nfunc (${1:this} ${2:*struct_name}) %s%s {\n\t$0\n}\n'
if cn == 'func' and tn != 'built-in':
sig = tmpl % (GoSublime.current_interface['name'], nm, nm, tn[4:])
GoSublime.current_interface['funcs'].append(sig)
if is_func:
if nm in ('main', 'init'):
continue
if not autocomplete_tests and nm.startswith(('Test', 'Benchmark', 'Example')):
continue
if is_func or is_func_type:
s_sfx = u'\u0282'
t_sfx = gs.CLASS_PREFIXES.get('type', '')
f_sfx = gs.CLASS_PREFIXES.get('func', '')
params, ret = declex(tn)
decl = []
for i, p in enumerate(params):
n, t = p
if t.startswith('...'):
n = '...'
decl.append('${%d:%s}' % (i+1, n))
decl = ', '.join(decl)
ret = ret.strip('() ')
if is_func:
if func_name_only:
comps.append((
'%s\t%s %s' % (nm, ret, f_sfx),
nm,
))
else:
comps.append((
'%s\t%s %s' % (nm, ret, f_sfx),
'%s(%s)' % (nm, decl),
))
else:
comps.append((
'%s\t%s %s' % (nm, tn, t_sfx),
nm,
))
if autocomplete_closures:
comps.append((
'%s {}\tfunc() {...} %s' % (nm, s_sfx),
'%s {\n\t${0}\n}' % tn,
))
elif cn != 'PANIC':
comps.append((
'%s\t%s %s' % (nm, tn, self.typeclass_prefix(cn, tn)),
nm,
))
if len(GoSublime.current_interface['funcs']) > 0 :
comps.insert(0,('Implement Interface','\n'.join(GoSublime.current_interface['funcs']) + '\n'))
else:
self.not_in_scope = True
# GoSublime.current_interface = []
return comps
def complete(self, fn, offset, src, func_name_only):
comps = []
autocomplete_tests = gs.setting('autocomplete_tests', False)
autocomplete_closures = gs.setting('autocomplete_closures', False)
res, err = mg9.complete(fn, src, offset)
if err:
ui.error(DOMAIN, err)
ents = res['Candidates']
if not ents and gs.setting('autocomplete_suggest_imports') is True:
self.suggest(res['Suggestions'])
name_fx = None
name_fx_pat = gs.setting('autocomplete_filter_name')
if name_fx_pat:
try:
name_fx = re.compile(name_fx_pat)
except Exception as ex:
ui.error(DOMAIN, 'Cannot filter completions: %s' % ex)
for ent in ents:
if name_fx and name_fx.search(ent['name']):
continue
tn = ent['type']
cn = ent['class']
nm = ent['name']
is_func = (cn == 'func')
is_func_type = (cn == 'type' and tn.startswith('func('))
if is_func:
if nm in ('main', 'init'):
continue
if not autocomplete_tests and nm.startswith(('Test', 'Benchmark', 'Example')):
continue
if is_func or is_func_type:
s_sfx = u'\u0282'
t_sfx = gs.CLASS_PREFIXES.get('type', '')
f_sfx = gs.CLASS_PREFIXES.get('func', '')
params, ret = declex(tn)
decl = []
for i, p in enumerate(params):
n, t = p
if t.startswith('...'):
n = '...'
decl.append('${%d:%s}' % (i+1, n))
decl = ', '.join(decl)
ret = ret.strip('() ')
if is_func:
if func_name_only:
comps.append((
'%s\t%s %s' % (nm, ret, f_sfx),
nm,
))
else:
comps.append((
'%s\t%s %s' % (nm, ret, f_sfx),
'%s(%s)' % (nm, decl),
))
else:
comps.append((
'%s\t%s %s' % (nm, tn, t_sfx),
nm,
))
if autocomplete_closures:
comps.append((
'%s {}\tfunc() {...} %s' % (nm, s_sfx),
'%s {\n\t${0}\n}' % tn,
))
elif cn != 'PANIC':
comps.append((
'%s\t%s %s' % (nm, tn, self.typeclass_prefix(cn, tn)),
nm,
))
return comps
def complete(self, fn, offset, src, func_name_only):
comps = []
autocomplete_tests = gs.setting('autocomplete_tests', False)
autocomplete_closures = gs.setting('autocomplete_closures', False)
res, err = mg9.complete(fn, src, offset)
if err:
ui.error(DOMAIN, err)
ents = res['Candidates']
if not ents and gs.setting('autocomplete_suggest_imports') is True:
self.suggest(res['Suggestions'])
name_fx = None
name_fx_pat = gs.setting('autocomplete_filter_name')
if name_fx_pat:
try:
name_fx = re.compile(name_fx_pat)
except Exception as ex:
ui.error(DOMAIN, 'Cannot filter completions: %s' % ex)
for ent in ents:
if name_fx and name_fx.search(ent['name']):
continue
tn = ent['type']
cn = ent['class']
nm = ent['name']
is_func = (cn == 'func')
is_func_type = (cn == 'type' and tn.startswith('func('))
if is_func:
if nm in ('main', 'init'):
continue
if not autocomplete_tests and nm.startswith(
('Test', 'Benchmark', 'Example')):
continue
if is_func or is_func_type:
s_sfx = u'\u0282'
t_sfx = gs.CLASS_PREFIXES.get('type', '')
f_sfx = gs.CLASS_PREFIXES.get('func', '')
params, ret = declex(tn)
decl = []
for i, p in enumerate(params):
n, t = p
if t.startswith('...'):
n = '...'
decl.append('${%d:%s}' % (i + 1, n))
decl = ', '.join(decl)
ret = ret.strip('() ')
if is_func:
if func_name_only:
comps.append((
'%s\t%s %s' % (nm, ret, f_sfx),
nm,
))
else:
comps.append((
'%s\t%s %s' % (nm, ret, f_sfx),
'%s(%s)' % (nm, decl),
))
else:
comps.append((
'%s\t%s %s' % (nm, tn, t_sfx),
nm,
))
if autocomplete_closures:
comps.append((
'%s {}\tfunc() {...} %s' % (nm, s_sfx),
'%s {\n\t${0}\n}' % tn,
))
elif cn != 'PANIC':
comps.append((
'%s\t%s %s' % (nm, tn, self.typeclass_prefix(cn, tn)),
nm,
))
return comps
