def getInfo(self, text="", colorize=0):
"""
Returns information about the highlights in here.
This is used by #highlight to tell all the highlights involved
as well as #write which takes this information and dumps
it to the file.
@param text: we return info on highlights that match this text
@type text: string
@param colorize: whether (1) or not (0) to colorize the style
text in the style
@type colorize: int
@return: list of strings where each string represents a highlight
@rtype: list of strings
"""
listing = list(self._highlights.keys())
if text:
listing = utils.expand_text(text, listing)
data = []
for mem in listing:
if colorize == 1:
data.append("highlight {%s%s%s} {%s}" %
(ansi.get_color(self._highlights[mem][0]),
self._highlights[mem][0],
ansi.get_color("default"), utils.escape(mem)))
else:
data.append("highlight {%s} {%s}" %
(self._highlights[mem][0], utils.escape(mem)))
return data
def getInfo(self, text="", tag=None):
"""
Returns information about the actions in here.
This is used by #action to tell all the actions involved
as well as #write which takes this information and dumps
it to the file.
@param text: the text to expand to find actions the user
wants information about.
@type text: string
@param tag: the tag which to find actions for.
@type tag: string
@return: a list of strings where each string represents an action
@rtype: list of strings
"""
listing = self._actions.keys()
if text:
listing = utils.expand_text(text, listing)
data = []
for mem in listing:
actup = self._actions[mem]
if not tag or actup[6] == tag:
data.append(
"action {%s} {%s} color={%d} priority={%d} onetime={%s} tag={%s}"
% (utils.escape(mem), utils.escape(
actup[2]), actup[3], actup[4], actup[5], actup[6]))
return data
def getInfo(self, text="", tag=None):
"""
Returns information about the actions in here.
This is used by #action to tell all the actions involved
as well as #write which takes this information and dumps
it to the file.
@param text: the text to expand to find actions the user
wants information about.
@type text: string
@param tag: the tag which to find actions for.
@type tag: string
@return: a list of strings where each string represents an action
@rtype: list of strings
"""
listing = self._actions.keys()
if text:
listing = utils.expand_text(text, listing)
data = []
for mem in listing:
actup = self._actions[mem]
if not tag or actup[6] == tag:
data.append("action {%s} {%s} color={%d} priority={%d} onetime={%s} tag={%s}" %
(utils.escape(mem), utils.escape(actup[2]), actup[3], actup[4], actup[5], actup[6]))
return data
def getInfo(self, text=""):
"""
Returns information about the aliases in here.
This is used by #alias to tell all the aliases involved
as well as #write which takes this information and dumps
it to the file.
@param text: the text to expand to find aliases the user
wants information about.
@type text: string
@return: a list of strings where each string represents an alias
@rtype: list of strings
"""
if len(self._aliases) == 0:
return []
listing = list(self._aliases.keys())
if text:
listing = utils.expand_text(text, listing)
data = []
for mem in listing:
data.append("alias {%s} {%s}" % (mem, utils.escape(self._aliases[mem])))
return data
def getInfoMappings(self):
l = []
for mem in self._highlights.keys():
l.append( { "style": self._highlights[mem][0],
"text": utils.escape(mem) } )
return l
def getInfo(self, text=''):
"""
Returns information about the substitutes in here.
This is used by #substitute to tell all the substitutes involved
as well as #write which takes this information and dumps
it to the file.
@param text: the text used to figure out which substitutes to provide
information on
@type text: string
@return: list of strings where each string represents a substitute
@rtype: list of strings
"""
listing = self._substitutes.keys()
if text:
listing = utils.expand_text(text, listing)
listing = [
"substitute {%s} {%s}" %
(mem, utils.escape(self._substitutes[mem])) for mem in listing
]
return listing
def getInfo(self, text=""):
"""
Returns information about the aliases in here.
This is used by #alias to tell all the aliases involved
as well as #write which takes this information and dumps
it to the file.
@param text: the text to expand to find aliases the user
wants information about.
@type text: string
@return: a list of strings where each string represents an alias
@rtype: list of strings
"""
if len(self._aliases) == 0:
return []
listing = self._aliases.keys()
if text:
listing = utils.expand_text(text, listing)
data = []
for mem in listing:
data.append("alias {%s} {%s}" % (mem, utils.escape(self._aliases[mem])))
return data
def getSubstituteInfoMapping(self):
l = []
for mem in self._substitutes.keys():
l.append({
"item": mem,
"substitution": utils.escape(self._substitutes[mem])
})
return l
def getInfo(self, text="", colorize=0):
"""
Returns information about the highlights in here.
This is used by #highlight to tell all the highlights involved
as well as #write which takes this information and dumps
it to the file.
@param text: we return info on highlights that match this text
@type text: string
@param colorize: whether (1) or not (0) to colorize the style
text in the style
@type colorize: int
@return: list of strings where each string represents a highlight
@rtype: list of strings
"""
listing = self._highlights.keys()
if text:
listing = utils.expand_text(text, listing)
data = []
for mem in listing:
if colorize == 1:
data.append("highlight {%s%s%s} {%s}" %
(ansi.get_color(self._highlights[mem][0]),
self._highlights[mem][0],
ansi.get_color("default"),
utils.escape(mem)))
else:
data.append("highlight {%s} {%s}" %
(self._highlights[mem][0], utils.escape(mem)))
return data
def getInfo(self, text=''):
"""
Returns information about the substitutes in here.
This is used by #substitute to tell all the substitutes involved
as well as #write which takes this information and dumps
it to the file.
@param text: the text used to figure out which substitutes to provide
information on
@type text: string
@return: list of strings where each string represents a substitute
@rtype: list of strings
"""
listing = self._substitutes.keys()
if text:
listing = utils.expand_text(text, listing)
listing = ["substitute {%s} {%s}" % (mem, utils.escape(self._substitutes[mem])) for mem in listing]
return listing
def getSubstituteInfoMapping(self):
l = []
for mem in self._substitutes.keys():
l.append( { "item": mem,
"substitution": utils.escape(self._substitutes[mem]) } )
return l