def mustconfirm(projrcexists):
"""Read the projrc.confirm setting.
Valid values are:
- true: Always ask for confirmation
- first: Ask for confirmation when the projrc file
is transferred for the first time
- false: Do not ask for confirmation
(i.e. accept all projrc changes)
Note that you can use any valid 'boolean' value
instead of true and false (i.e. always, yes, on or 1
instead of true and never, no, off or 0 instead of false)
"""
confirmchanges = ui.config(
'projrc', 'confirm', default=True)
if isinstance(confirmchanges, bool):
return confirmchanges
confirm = util.parsebool(confirmchanges)
if not confirm is None:
return confirm
confirmchanges = confirmchanges.lower()
if projrcexists and confirmchanges == "first":
return False
return True
def pagecmd(orig, ui, options, cmd, cmdfunc):
p = ui.config("pager", "pager", os.environ.get("PAGER"))
usepager = False
always = util.parsebool(options['pager'])
auto = options['pager'] == 'auto'
if not p:
pass
elif always:
usepager = True
elif not auto:
usepager = False
else:
attend = ui.configlist('pager', 'attend', attended)
ignore = ui.configlist('pager', 'ignore')
cmds, _ = cmdutil.findcmd(cmd, commands.table)
for cmd in cmds:
var = 'attend-%s' % cmd
if ui.config('pager', var):
usepager = ui.configbool('pager', var)
break
if (cmd in attend or (cmd not in ignore and not attend)):
usepager = True
break
setattr(ui, 'pageractive', usepager)
if usepager:
ui.setconfig('ui', 'formatted', ui.formatted(), 'pager')
ui.setconfig('ui', 'interactive', False, 'pager')
if util.safehasattr(signal, "SIGPIPE"):
signal.signal(signal.SIGPIPE, signal.SIG_DFL)
_runpager(ui, p)
return orig(ui, options, cmd, cmdfunc)
def _setuppagercmd(ui, options, cmd):
if not ui.formatted():
return
p = ui.config("pager", "pager", os.environ.get("PAGER"))
usepager = False
always = util.parsebool(options['pager'])
auto = options['pager'] == 'auto'
if not p:
pass
elif always:
usepager = True
elif not auto:
usepager = False
else:
attended = ['annotate', 'cat', 'diff', 'export', 'glog', 'log', 'qdiff']
attend = ui.configlist('pager', 'attend', attended)
ignore = ui.configlist('pager', 'ignore')
cmds, _ = cmdutil.findcmd(cmd, commands.table)
for cmd in cmds:
var = 'attend-%s' % cmd
if ui.config('pager', var):
usepager = ui.configbool('pager', var)
break
if (cmd in attend or
(cmd not in ignore and not attend)):
usepager = True
break
if usepager:
ui.setconfig('ui', 'formatted', ui.formatted(), 'pager')
ui.setconfig('ui', 'interactive', False, 'pager')
return p
def pagecmd(orig, ui, options, cmd, cmdfunc):
p = ui.config("pager", "pager", os.environ.get("PAGER"))
usepager = False
always = util.parsebool(options['pager'])
auto = options['pager'] == 'auto'
if not p:
pass
elif always:
usepager = True
elif not auto:
usepager = False
else:
attend = ui.configlist('pager', 'attend', attended)
ignore = ui.configlist('pager', 'ignore')
cmds, _ = cmdutil.findcmd(cmd, commands.table)
for cmd in cmds:
var = 'attend-%s' % cmd
if ui.config('pager', var):
usepager = ui.configbool('pager', var)
break
if (cmd in attend or
(cmd not in ignore and not attend)):
usepager = True
break
if usepager:
ui.setconfig('ui', 'formatted', ui.formatted(), 'pager')
ui.setconfig('ui', 'interactive', False, 'pager')
if util.safehasattr(signal, "SIGPIPE"):
signal.signal(signal.SIGPIPE, signal.SIG_DFL)
_runpager(ui, p)
return orig(ui, options, cmd, cmdfunc)
def _setuppagercmd(ui, options, cmd):
if not ui.formatted():
return
p = ui.config("pager", "pager", os.environ.get("PAGER"))
usepager = False
always = util.parsebool(options['pager'])
auto = options['pager'] == 'auto'
if not p:
pass
elif always:
usepager = True
elif not auto:
usepager = False
else:
attended = ['annotate', 'cat', 'diff', 'export', 'glog', 'log', 'qdiff']
attend = ui.configlist('pager', 'attend', attended)
ignore = ui.configlist('pager', 'ignore')
cmds, _ = cmdutil.findcmd(cmd, commands.table)
for cmd in cmds:
var = 'attend-%s' % cmd
if ui.config('pager', var):
usepager = ui.configbool('pager', var)
break
if (cmd in attend or
(cmd not in ignore and not attend)):
usepager = True
break
if usepager:
ui.setconfig('ui', 'formatted', ui.formatted(), 'pager')
ui.setconfig('ui', 'interactive', False, 'pager')
return p
def colorcmd(orig, ui_, opts, cmd, cmdfunc):
coloropt = opts['color']
auto = coloropt == 'auto'
always = util.parsebool(coloropt)
if (always or
(always is None and
(auto and (os.environ.get('TERM') != 'dumb' and ui_.formatted())))):
colorui._colormode = mode
colorui.__bases__ = (ui_.__class__,)
ui_.__class__ = colorui
extstyles()
configstyles(ui_)
return orig(ui_, opts, cmd, cmdfunc)
def pagecmd(orig, ui, options, cmd, cmdfunc):
p = ui.config("pager", "pager", os.environ.get("PAGER"))
if p and sys.stdout.isatty() and "--debugger" not in sys.argv:
attend = ui.configlist("pager", "attend", attended)
auto = options["pager"] == "auto"
always = util.parsebool(options["pager"])
if always or auto and (cmd in attend or (cmd not in ui.configlist("pager", "ignore") and not attend)):
ui.setconfig("ui", "formatted", ui.formatted())
ui.setconfig("ui", "interactive", False)
_runpager(p)
if ui.configbool("pager", "quiet"):
signal.signal(signal.SIGPIPE, signal.SIG_DFL)
return orig(ui, options, cmd, cmdfunc)
def colorcmd(orig, ui_, opts, cmd, cmdfunc):
coloropt = opts['color']
auto = coloropt == 'auto'
always = util.parsebool(coloropt)
if (always
or (always is None and
(auto and
(os.environ.get('TERM') != 'dumb' and ui_.formatted())))):
colorui._colormode = mode
colorui.__bases__ = (ui_.__class__, )
ui_.__class__ = colorui
extstyles()
configstyles(ui_)
return orig(ui_, opts, cmd, cmdfunc)
def pagecmd(orig, ui, options, cmd, cmdfunc):
p = ui.config("pager", "pager", os.environ.get("PAGER"))
if p and sys.stdout.isatty() and '--debugger' not in sys.argv:
attend = ui.configlist('pager', 'attend', attended)
auto = options['pager'] == 'auto'
always = util.parsebool(options['pager'])
if (always or auto and
(cmd in attend or (cmd not in ui.configlist('pager', 'ignore')
and not attend))):
ui.setconfig('ui', 'formatted', ui.formatted())
ui.setconfig('ui', 'interactive', False)
_runpager(p)
if ui.configbool('pager', 'quiet'):
signal.signal(signal.SIGPIPE, signal.SIG_DFL)
return orig(ui, options, cmd, cmdfunc)
def pagecmd(orig, ui, options, cmd, cmdfunc):
p = ui.config("pager", "pager", os.environ.get("PAGER"))
if p and sys.stdout.isatty() and '--debugger' not in sys.argv:
attend = ui.configlist('pager', 'attend', attended)
auto = options['pager'] == 'auto'
always = util.parsebool(options['pager'])
if (always or auto and
(cmd in attend or
(cmd not in ui.configlist('pager', 'ignore') and not attend))):
ui.setconfig('ui', 'formatted', ui.formatted())
ui.setconfig('ui', 'interactive', False)
_runpager(p)
if ui.configbool('pager', 'quiet'):
signal.signal(signal.SIGPIPE, signal.SIG_DFL)
return orig(ui, options, cmd, cmdfunc)
def runworker(ui, fn, wargs, items):
# 0.4 is the cost per argument. So if we have at least 100 files
# on a 4 core machine than our linear cost outweights the
# drawback of spwaning. We are overwritign this if we force a
# worker to run with a ridiculous high number.
weight = 0.0 # disable worker
useworker = ui.config('p4fastimport', 'useworker')
if useworker == 'force':
weight = 100000.0 # force worker
elif util.parsebool(useworker or ''):
weight = 0.04 # normal weight
# Fix duplicated messages before
# https://www.mercurial-scm.org/repo/hg-committed/rev/9d3d56aa1a9f
ui.flush()
return worker.worker(ui, weight, fn, wargs, items)
def pagecmd(orig, ui, options, cmd, cmdfunc):
p = ui.config("pager", "pager", os.environ.get("PAGER"))
if p:
attend = ui.configlist('pager', 'attend', attended)
auto = options['pager'] == 'auto'
always = util.parsebool(options['pager'])
if (always or auto and
(cmd in attend or (cmd not in ui.configlist('pager', 'ignore')
and not attend))):
ui.setconfig('ui', 'formatted', ui.formatted())
ui.setconfig('ui', 'interactive', False)
if util.safehasattr(signal, "SIGPIPE"):
signal.signal(signal.SIGPIPE, signal.SIG_DFL)
_runpager(p)
return orig(ui, options, cmd, cmdfunc)
def pagecmd(orig, ui, options, cmd, cmdfunc):
p = ui.config("pager", "pager", os.environ.get("PAGER"))
if p:
attend = ui.configlist('pager', 'attend', attended)
auto = options['pager'] == 'auto'
always = util.parsebool(options['pager'])
if (always or auto and
(cmd in attend or
(cmd not in ui.configlist('pager', 'ignore') and not attend))):
ui.setconfig('ui', 'formatted', ui.formatted())
ui.setconfig('ui', 'interactive', False)
if util.safehasattr(signal, "SIGPIPE"):
signal.signal(signal.SIGPIPE, signal.SIG_DFL)
_runpager(p)
return orig(ui, options, cmd, cmdfunc)
def _modesetup(ui, coloropt):
global _terminfo_params
if coloropt == 'debug':
return 'debug'
auto = (coloropt == 'auto')
always = not auto and util.parsebool(coloropt)
if not always and not auto:
return None
formatted = always or (os.environ.get('TERM') != 'dumb' and ui.formatted())
mode = ui.config('color', 'mode', 'auto')
realmode = mode
if mode == 'auto':
if os.name == 'nt' and 'TERM' not in os.environ:
# looks line a cmd.exe console, use win32 API or nothing
realmode = 'win32'
else:
realmode = 'ansi'
if realmode == 'win32':
_terminfo_params = {}
if not w32effects:
if mode == 'win32':
# only warn if color.mode is explicitly set to win32
ui.warn(_('warning: failed to set color mode to %s\n') % mode)
return None
_effects.update(w32effects)
elif realmode == 'ansi':
_terminfo_params = {}
elif realmode == 'terminfo':
_terminfosetup(ui, mode)
if not _terminfo_params:
if mode == 'terminfo':
## FIXME Shouldn't we return None in this case too?
# only warn if color.mode is explicitly set to win32
ui.warn(_('warning: failed to set color mode to %s\n') % mode)
realmode = 'ansi'
else:
return None
if always or (auto and formatted):
return realmode
return None
def _modesetup(ui, coloropt):
global _terminfo_params
if coloropt == 'debug':
return 'debug'
auto = (coloropt == 'auto')
always = not auto and util.parsebool(coloropt)
if not always and not auto:
return None
formatted = always or (os.environ.get('TERM') != 'dumb' and ui.formatted())
mode = ui.config('color', 'mode', 'auto')
realmode = mode
if mode == 'auto':
if os.name == 'nt' and 'TERM' not in os.environ:
# looks line a cmd.exe console, use win32 API or nothing
realmode = 'win32'
else:
realmode = 'ansi'
if realmode == 'win32':
_terminfo_params = {}
if not w32effects:
if mode == 'win32':
# only warn if color.mode is explicitly set to win32
ui.warn(_('warning: failed to set color mode to %s\n') % mode)
return None
_effects.update(w32effects)
elif realmode == 'ansi':
_terminfo_params = {}
elif realmode == 'terminfo':
_terminfosetup(ui, mode)
if not _terminfo_params:
if mode == 'terminfo':
## FIXME Shouldn't we return None in this case too?
# only warn if color.mode is explicitly set to win32
ui.warn(_('warning: failed to set color mode to %s\n') % mode)
realmode = 'ansi'
else:
return None
if always or (auto and formatted):
return realmode
return None
def _modesetup(ui, coloropt):
global _terminfo_params
auto = coloropt == "auto"
always = not auto and util.parsebool(coloropt)
if not always and not auto:
return None
formatted = always or (os.environ.get("TERM") != "dumb" and ui.formatted())
mode = ui.config("color", "mode", "auto")
realmode = mode
if mode == "auto":
if os.name == "nt" and "TERM" not in os.environ:
# looks line a cmd.exe console, use win32 API or nothing
realmode = "win32"
else:
realmode = "ansi"
if realmode == "win32":
_terminfo_params = {}
if not w32effects:
if mode == "win32":
# only warn if color.mode is explicitly set to win32
ui.warn(_("warning: failed to set color mode to %s\n") % mode)
return None
_effects.update(w32effects)
elif realmode == "ansi":
_terminfo_params = {}
elif realmode == "terminfo":
_terminfosetup(ui, mode)
if not _terminfo_params:
if mode == "terminfo":
## FIXME Shouldn't we return None in this case too?
# only warn if color.mode is explicitly set to win32
ui.warn(_("warning: failed to set color mode to %s\n") % mode)
realmode = "ansi"
else:
return None
if always or (auto and formatted):
return realmode
return None
def mustupdateonincoming():
default = 'false'
updateonincoming = ui.config('projrc', 'updateonincoming',
default=default)
if (updateonincoming == ''):
# prompt for confirmation when the field is set but empty
# The reason is that it is reasonable for a user to expect
# to be ableto update the projrc file when it sets
# a field called 'updateonincoming'
return 'prompt'
if util.parsebool(updateonincoming) == False:
# we don't want to get here when None!
return 'false'
updateonincoming = updateonincoming.lower()
if not updateonincoming in ('auto', 'prompt'):
ui.warn(_('invalid projrc.updateonincoming value (%s).\n'
'using default projrc.updateonincoming value instead '
'(%s)\n' % (updateonincoming, default)))
return default
return updateonincoming
option.initFrom(widget)
option.rect = style.subElementRect(style.SE_CheckBoxIndicator, option)
option.rect.moveTo(1, 1)
option.state |= state
style.drawPrimitive(style.PE_IndicatorCheckBox, option, painter)
return pix
# On machines with a retina display running OSX (i.e. "darwin"), most icons are
# too big because Qt4 does not support retina displays very well.
# To fix that we let users force tortoishg to use smaller icons by setting a
# THG_RETINA environment variable to True (or any value that mercurial parses
# as True.
IS_RETINA = False
if sys.platform == 'darwin':
IS_RETINA = util.parsebool(os.environ.get('THG_RETINA', '0'))
def _fixIconSizeForRetinaDisplay(s):
if IS_RETINA and s > 1:
s /= 2
return s
def smallIconSize():
style = QApplication.style()
s = style.pixelMetric(QStyle.PM_SmallIconSize)
s = _fixIconSizeForRetinaDisplay(s)
return QSize(s, s)
def toolBarIconSize():
if sys.platform == 'darwin':
option.rect.moveTo(1, 1)
option.state |= state
style.drawPrimitive(style.PE_IndicatorCheckBox, option, painter)
return pix
# On machines with a retina display running OSX (i.e. "darwin"), most icons are
# too big because Qt4 does not support retina displays very well.
# To fix that we let users force tortoishg to use smaller icons by setting a
# THG_RETINA environment variable to True (or any value that mercurial parses
# as True.
# Whereas on Linux, Qt4 has no support for high dpi displays at all causing
# icons to be rendered unusably small. The workaround for that is to render
# the icons at double the normal size.
# TODO: Remove this hack after upgrading to Qt5.
IS_RETINA = util.parsebool(os.environ.get('THG_RETINA', '0'))
def _fixIconSizeForRetinaDisplay(s):
if IS_RETINA:
if sys.platform == 'darwin':
if s > 1:
s /= 2
elif sys.platform == 'linux2':
s *= 2
return s
def smallIconSize():
style = QApplication.style()
s = style.pixelMetric(QStyle.PM_SmallIconSize)
def _modesetup(ui, coloropt):
global _terminfo_params
if coloropt == 'debug':
return 'debug'
auto = (coloropt == 'auto')
always = not auto and util.parsebool(coloropt)
if not always and not auto:
return None
formatted = always or (os.environ.get('TERM') != 'dumb' and ui.formatted())
mode = ui.config('color', 'mode', 'auto')
# If pager is active, color.pagermode overrides color.mode.
if getattr(ui, 'pageractive', False):
mode = ui.config('color', 'pagermode', mode)
realmode = mode
if mode == 'auto':
if os.name == 'nt':
term = os.environ.get('TERM')
# TERM won't be defined in a vanilla cmd.exe environment.
# UNIX-like environments on Windows such as Cygwin and MSYS will
# set TERM. They appear to make a best effort attempt at setting it
# to something appropriate. However, not all environments with TERM
# defined support ANSI. Since "ansi" could result in terminal
# gibberish, we error on the side of selecting "win32". However, if
# w32effects is not defined, we almost certainly don't support
# "win32", so don't even try.
if (term and 'xterm' in term) or not w32effects:
realmode = 'ansi'
else:
realmode = 'win32'
else:
realmode = 'ansi'
def modewarn():
# only warn if color.mode was explicitly set and we're in
# an interactive terminal
if mode == realmode and ui.interactive():
ui.warn(_('warning: failed to set color mode to %s\n') % mode)
if realmode == 'win32':
_terminfo_params = {}
if not w32effects:
modewarn()
return None
_effects.update(w32effects)
elif realmode == 'ansi':
_terminfo_params = {}
elif realmode == 'terminfo':
_terminfosetup(ui, mode)
if not _terminfo_params:
## FIXME Shouldn't we return None in this case too?
modewarn()
realmode = 'ansi'
else:
return None
if always or (auto and formatted):
return realmode
return None
def tortoisehgtools(uiorconfig, selectedlocation=None):
"""Parse 'tortoisehg-tools' section of ini file.
>>> from pprint import pprint
>>> from mercurial import config
>>> class memui(uimod.ui):
... def readconfig(self, filename, root=None, trust=False,
... sections=None, remap=None):
... pass # avoid reading settings from file-system
Changes:
>>> hgrctext = '''
... [tortoisehg-tools]
... update_to_tip.icon = hg-update
... update_to_tip.command = hg update tip
... update_to_tip.tooltip = Update to tip
... '''
>>> uiobj = memui()
>>> uiobj._tcfg.parse('<hgrc>', hgrctext)
into the following dictionary
>>> tools, toollist = tortoisehgtools(uiobj)
>>> pprint(tools) #doctest: +NORMALIZE_WHITESPACE
{'update_to_tip': {'command': 'hg update tip',
'icon': 'hg-update',
'tooltip': 'Update to tip'}}
>>> toollist
['update_to_tip']
If selectedlocation is set, only return those tools that have been
configured to be shown at the given "location".
Tools are added to "locations" by adding them to one of the
"extension lists", which are lists of tool names, which follow the same
format as the workbench.task-toolbar setting, i.e. a list of tool names,
separated by spaces or "|" to indicate separators.
>>> hgrctext_full = hgrctext + '''
... update_to_null.icon = hg-update
... update_to_null.command = hg update null
... update_to_null.tooltip = Update to null
... explore_wd.command = explorer.exe /e,{ROOT}
... explore_wd.enable = iswd
... explore_wd.label = Open in explorer
... explore_wd.showoutput = True
...
... [tortoisehg]
... workbench.custom-toolbar = update_to_tip | explore_wd
... workbench.revdetails.custom-menu = update_to_tip update_to_null
... '''
>>> uiobj = memui()
>>> uiobj._tcfg.parse('<hgrc>', hgrctext_full)
>>> tools, toollist = tortoisehgtools(
... uiobj, selectedlocation='workbench.custom-toolbar')
>>> sorted(tools.keys())
['explore_wd', 'update_to_tip']
>>> toollist
['update_to_tip', '|', 'explore_wd']
>>> tools, toollist = tortoisehgtools(
... uiobj, selectedlocation='workbench.revdetails.custom-menu')
>>> sorted(tools.keys())
['update_to_null', 'update_to_tip']
>>> toollist
['update_to_tip', 'update_to_null']
Valid "locations lists" are:
- workbench.custom-toolbar
- workbench.revdetails.custom-menu
>>> tortoisehgtools(uiobj, selectedlocation='invalid.location')
Traceback (most recent call last):
...
ValueError: invalid location 'invalid.location'
This function can take a ui object or a config object as its input.
>>> cfg = config.config()
>>> cfg.parse('<hgrc>', hgrctext)
>>> tools, toollist = tortoisehgtools(cfg)
>>> pprint(tools) #doctest: +NORMALIZE_WHITESPACE
{'update_to_tip': {'command': 'hg update tip',
'icon': 'hg-update',
'tooltip': 'Update to tip'}}
>>> toollist
['update_to_tip']
>>> cfg = config.config()
>>> cfg.parse('<hgrc>', hgrctext_full)
>>> tools, toollist = tortoisehgtools(
... cfg, selectedlocation='workbench.custom-toolbar')
>>> sorted(tools.keys())
['explore_wd', 'update_to_tip']
>>> toollist
['update_to_tip', '|', 'explore_wd']
No error for empty config:
>>> emptycfg = config.config()
>>> tortoisehgtools(emptycfg)
({}, [])
>>> tortoisehgtools(emptycfg, selectedlocation='workbench.custom-toolbar')
({}, [])
"""
if isinstance(uiorconfig, uimod.ui):
configitems = uiorconfig.configitems
configlist = uiorconfig.configlist
else:
configitems = uiorconfig.items
def configlist(section, name):
return uiorconfig.get(section, name, '').split()
tools = {}
for key, value in configitems('tortoisehg-tools'):
toolname, field = key.split('.', 1)
if toolname not in tools:
tools[toolname] = {}
bvalue = util.parsebool(value)
if bvalue is not None:
value = bvalue
tools[toolname][field] = value
if selectedlocation is None:
return tools, sorted(tools.keys())
# Only return the tools that are linked to the selected location
if selectedlocation not in dict(tortoisehgtoollocations):
raise ValueError('invalid location %r' % selectedlocation)
guidef = configlist('tortoisehg', selectedlocation) or []
toollist = []
selectedtools = {}
for name in guidef:
if name != '|':
info = tools.get(name, None)
if info is None:
continue
selectedtools[name] = info
toollist.append(name)
return selectedtools, toollist
def tortoisehgtools(uiorconfig, selectedlocation=None):
"""Parse 'tortoisehg-tools' section of ini file.
>>> from pprint import pprint
>>> from mercurial import config
>>> class memui(ui.ui):
... def readconfig(self, filename, root=None, trust=False,
... sections=None, remap=None):
... pass # avoid reading settings from file-system
Changes:
>>> hgrctext = '''
... [tortoisehg-tools]
... update_to_tip.icon = hg-update
... update_to_tip.command = hg update tip
... update_to_tip.tooltip = Update to tip
... '''
>>> uiobj = memui()
>>> uiobj._tcfg.parse('<hgrc>', hgrctext)
into the following dictionary
>>> tools, toollist = tortoisehgtools(uiobj)
>>> pprint(tools) #doctest: +NORMALIZE_WHITESPACE
{'update_to_tip': {'command': 'hg update tip',
'icon': 'hg-update',
'tooltip': 'Update to tip'}}
>>> toollist
['update_to_tip']
If selectedlocation is set, only return those tools that have been
configured to be shown at the given "location".
Tools are added to "locations" by adding them to one of the
"extension lists", which are lists of tool names, which follow the same
format as the workbench.task-toolbar setting, i.e. a list of tool names,
separated by spaces or "|" to indicate separators.
>>> hgrctext_full = hgrctext + '''
... update_to_null.icon = hg-update
... update_to_null.command = hg update null
... update_to_null.tooltip = Update to null
... explore_wd.command = explorer.exe /e,{ROOT}
... explore_wd.enable = iswd
... explore_wd.label = Open in explorer
... explore_wd.showoutput = True
...
... [tortoisehg]
... workbench.custom-toolbar = update_to_tip | explore_wd
... workbench.revdetails.custom-menu = update_to_tip update_to_null
... '''
>>> uiobj = memui()
>>> uiobj._tcfg.parse('<hgrc>', hgrctext_full)
>>> tools, toollist = tortoisehgtools(
... uiobj, selectedlocation='workbench.custom-toolbar')
>>> sorted(tools.keys())
['explore_wd', 'update_to_tip']
>>> toollist
['update_to_tip', '|', 'explore_wd']
>>> tools, toollist = tortoisehgtools(
... uiobj, selectedlocation='workbench.revdetails.custom-menu')
>>> sorted(tools.keys())
['update_to_null', 'update_to_tip']
>>> toollist
['update_to_tip', 'update_to_null']
Valid "locations lists" are:
- workbench.custom-toolbar
- workbench.revdetails.custom-menu
>>> tortoisehgtools(uiobj, selectedlocation='invalid.location')
Traceback (most recent call last):
...
ValueError: invalid location 'invalid.location'
This function can take a ui object or a config object as its input.
>>> cfg = config.config()
>>> cfg.parse('<hgrc>', hgrctext)
>>> tools, toollist = tortoisehgtools(cfg)
>>> pprint(tools) #doctest: +NORMALIZE_WHITESPACE
{'update_to_tip': {'command': 'hg update tip',
'icon': 'hg-update',
'tooltip': 'Update to tip'}}
>>> toollist
['update_to_tip']
>>> cfg = config.config()
>>> cfg.parse('<hgrc>', hgrctext_full)
>>> tools, toollist = tortoisehgtools(
... cfg, selectedlocation='workbench.custom-toolbar')
>>> sorted(tools.keys())
['explore_wd', 'update_to_tip']
>>> toollist
['update_to_tip', '|', 'explore_wd']
No error for empty config:
>>> emptycfg = config.config()
>>> tortoisehgtools(emptycfg)
({}, [])
>>> tortoisehgtools(emptycfg, selectedlocation='workbench.custom-toolbar')
({}, [])
"""
if isinstance(uiorconfig, ui.ui):
configitems = uiorconfig.configitems
configlist = uiorconfig.configlist
else:
configitems = uiorconfig.items
def configlist(section, name):
return uiorconfig.get(section, name, '').split()
tools = {}
for key, value in configitems('tortoisehg-tools'):
toolname, field = key.split('.')
if toolname not in tools:
tools[toolname] = {}
bvalue = util.parsebool(value)
if bvalue is not None:
value = bvalue
tools[toolname][field] = value
if selectedlocation is None:
return tools, sorted(tools.keys())
# Only return the tools that are linked to the selected location
if selectedlocation not in dict(tortoisehgtoollocations):
raise ValueError('invalid location %r' % selectedlocation)
guidef = configlist('tortoisehg', selectedlocation) or []
toollist = []
selectedtools = {}
for name in guidef:
if name != '|':
info = tools.get(name, None)
if info is None:
continue
selectedtools[name] = info
toollist.append(name)
return selectedtools, toollist
def _modesetup(ui, coloropt):
global _terminfo_params
if coloropt == 'debug':
return 'debug'
auto = (coloropt == 'auto')
always = not auto and util.parsebool(coloropt)
if not always and not auto:
return None
formatted = always or (os.environ.get('TERM') != 'dumb' and ui.formatted())
mode = ui.config('color', 'mode', 'auto')
# If pager is active, color.pagermode overrides color.mode.
if getattr(ui, 'pageractive', False):
mode = ui.config('color', 'pagermode', mode)
realmode = mode
if mode == 'auto':
if os.name == 'nt':
term = os.environ.get('TERM')
# TERM won't be defined in a vanilla cmd.exe environment.
# UNIX-like environments on Windows such as Cygwin and MSYS will
# set TERM. They appear to make a best effort attempt at setting it
# to something appropriate. However, not all environments with TERM
# defined support ANSI. Since "ansi" could result in terminal
# gibberish, we error on the side of selecting "win32". However, if
# w32effects is not defined, we almost certainly don't support
# "win32", so don't even try.
if (term and 'xterm' in term) or not w32effects:
realmode = 'ansi'
else:
realmode = 'win32'
else:
realmode = 'ansi'
def modewarn():
# only warn if color.mode was explicitly set and we're in
# an interactive terminal
if mode == realmode and ui.interactive():
ui.warn(_('warning: failed to set color mode to %s\n') % mode)
if realmode == 'win32':
_terminfo_params = {}
if not w32effects:
modewarn()
return None
_effects.update(w32effects)
elif realmode == 'ansi':
_terminfo_params = {}
elif realmode == 'terminfo':
_terminfosetup(ui, mode)
if not _terminfo_params:
## FIXME Shouldn't we return None in this case too?
modewarn()
realmode = 'ansi'
else:
return None
if always or (auto and formatted):
return realmode
return None
