def __call__(self):
import textwrap
from kupfer import uiutils
environment = make_environment(last_result=DummyResult())
docstrings = []
for attr in sorted(environment):
if attr != "_" and attr.startswith("_"):
continue
val = environment[attr]
if not callable(val):
docstrings.append(u"%s = %s" % (attr, val))
continue
try:
docstrings.append(val.__doc__)
except AttributeError:
pass
formatted = []
maxlen = 72
left_margin = 4
for docstr in docstrings:
# Wrap the description and align continued lines
docsplit = docstr.split("\n", 1)
if len(docsplit) < 2:
formatted.append(docstr)
continue
wrapped_lines = textwrap.wrap(docsplit[1].strip(),
maxlen - left_margin)
wrapped = (u"\n" + u" " * left_margin).join(wrapped_lines)
formatted.append("%s\n %s" % (docsplit[0], wrapped))
uiutils.show_text_result("\n\n".join(formatted), _("Calculator"))
raise IgnoreResultException
def __call__(self):
import textwrap
from kupfer import uiutils
environment = make_environment(last_result=DummyResult())
docstrings = []
for attr in sorted(environment):
if attr != "_" and attr.startswith("_"):
continue
val = environment[attr]
if not callable(val):
docstrings.append(u"%s = %s" % (attr, val))
continue
try:
docstrings.append(val.__doc__)
except AttributeError:
pass
formatted = []
maxlen = 72
left_margin = 4
for docstr in docstrings:
# Wrap the description and align continued lines
docsplit = docstr.split("\n", 1)
if len(docsplit) < 2:
formatted.append(docstr)
continue
wrapped_lines = textwrap.wrap(docsplit[1].strip(),
maxlen - left_margin)
wrapped = (u"\n" + u" " * left_margin).join(wrapped_lines)
formatted.append("%s\n %s" % (docsplit[0], wrapped))
uiutils.show_text_result("\n\n".join(formatted), _("Calculator"))
raise IgnoreResultException
def activate(self, leaf):
cli = ["gpg", "--verify", "--batch", leaf.object]
p = subprocess.Popen(cli,
stdout=subprocess.PIPE,
stderr=subprocess.PIPE)
stdout, stderr = p.communicate()
uiutils.show_text_result(stdout or stderr,
title=_("Verification Result"))
def activate(self, leaf):
import StringIO
# NOTE: Core imports
from kupfer.core import qfurl
from kupfer import uiutils
from kupfer import puid
output = StringIO.StringIO()
def print_func(*args):
print >>output, " ".join(unicode(a) for a in args)
pretty.print_debug("debug", *args)
print_func("Debug info about", leaf)
print_func(leaf, repr(leaf))
def get_qfurl(leaf):
try:
return qfurl.qfurl(leaf)
except qfurl.QfurlError:
pass
def get_object_fields(leaf):
return {
"repr" : leaf,
"description": leaf.get_description(),
"thumb" : leaf.get_thumbnail(32, 32),
"gicon" : leaf.get_gicon(),
"icon" : leaf.get_icon(),
"icon-name": leaf.get_icon_name(),
"type" : type(leaf),
"module" : leaf.__module__,
"aliases" : getattr(leaf, "name_aliases", None),
"qfurl" : get_qfurl(leaf),
"puid" : puid.get_unique_id(leaf),
}
def get_leaf_fields(leaf):
base = get_object_fields(leaf)
base.update( {
"object" : leaf.object,
"object-type" : type(leaf.object),
"content" : leaf.content_source(),
"content-alt" : leaf.content_source(alternate=True),
"builtin-actions": list(leaf.get_actions()),
} )
return base
def get_source_fields(src):
base = get_object_fields(src)
base.update({
"dynamic" : src.is_dynamic(),
"sort" : src.should_sort_lexically(),
"parent" : src.get_parent(),
"leaf" : src.get_leaf_repr(),
"provides" : list(src.provides()),
"cached_items": type(src.cached_items),
"len": isinstance(src.cached_items, list) and len(src.cached_items),
} )
return base
def print_fields(fields):
for field in sorted(fields):
val = fields[field]
rep = repr(val)
print_func("%-15s:" % field, rep)
if str(val) not in rep:
print_func("%-15s:" % field, val)
leafinfo = get_leaf_fields(leaf)
print_fields(leafinfo)
if leafinfo["content"]:
print_func("Content ============")
print_fields(get_source_fields(leafinfo["content"]))
if leafinfo["content"] != leafinfo["content-alt"]:
print_func("Content-Alt ========")
print_fields(get_source_fields(leafinfo["content-alt"]))
uiutils.show_text_result(output.getvalue())
def activate(self, leaf, ctx):
uiutils.show_text_result(leaf.get_text_representation(),
title=_("Show Text"),
ctx=ctx)
def activate(self, leaf):
uiutils.show_text_result(leaf.get_text_representation(), title=_("Show Text"))
def finish(self, text):
uiutils.show_text_result(text, title=_("Show Package Information"))
self._finish_callback(self)
def activate(self, leaf):
uiutils.show_text_result(leaf.object, title=_("Show Text"))
def finish(self, text):
uiutils.show_text_result(text, title=_("Show Package Information"))
self._finish_callback(self)
def thread_finish(self):
uiutils.show_text_result(self.info, title=_("Show Package Information"))
def activate(self, leaf):
cli = ["gpg", "--verify", "--batch", leaf.object]
p = subprocess.Popen(cli, stdout=subprocess.PIPE, stderr=subprocess.PIPE)
stdout, stderr = p.communicate()
uiutils.show_text_result(stdout or stderr, title=_("Verification Result"))
