def _main(args):
input = getattr(__builtins__, 'raw_input', __builtins__.input)
args = _argparse(args)
sourceslist = aptsources.sourceslist.SourcesList(False)
duplicates = get_duplicates(sourceslist)
if duplicates:
for dupe, orig in duplicates:
print('Overlapping source entries:\n'
' 1. {0}: {1}\n'
' 2. {2}: {3}\n'
'I disabled the latter entry.'.format(
orig.file, orig, dupe.file, dupe),
end='\n\n')
dupe.disabled = True
print('\n{0} source entries were disabled:'.format(len(duplicates)),
*[dupe for dupe, orig in duplicates],
sep='\n ',
end='\n\n')
if args.apply_changes is None:
if input('Do you want to save these changes? (y/N) ').upper(
) != 'Y':
return 2
if args.apply_changes is not False:
sourceslist.save()
else:
print('No duplicate entries were found.')
return 0
def handle_duplicates(sourceslist,
apply_changes=None,
equivalent_schemes=None):
"""Interactive disablement of duplicate source entries"""
stdout = termwrap.stdout()
stdout_indent1 = stdout.copy(subsequent_indent=stdout.subsequent_indent +
' ' * 4)
stdout_indent2 = stdout_indent1.copy(
initial_indent=stdout_indent1.subsequent_indent)
duplicates = tuple(
get_duplicates(sourceslist, equivalent_schemes=equivalent_schemes))
if duplicates:
for dupe_set in duplicates:
dupe_set = iter(
sort_dupe_set_by_scheme_class(equivalent_schemes, dupe_set))
orig = next(dupe_set)
for dupe in dupe_set:
stdout.print(_('Overlapping source entries:'))
for i, se in enumerate((orig, dupe), 1):
stdout_indent1.print(
_("{ordinal:2d}. file {file!r}:").format(ordinal=i,
file=se.file))
stdout_indent2.print(se.line)
stdout.print(_("I disabled all but the first entry."),
end="\n\n")
dupe.disabled = True
stdout.print(
_N('{nduplicates:d} source entry was disabled',
'{nduplicates:d} source entries were disabled', len(
duplicates)).format(nduplicates=len(duplicates)) + ':')
stdout_indent2.initial_indent = stdout_indent2.initial_indent[:-2]
stdout_indent2.print_all(map(str, itertools.chain(*duplicates)),
sep='\n')
if apply_changes is None:
stdout.file.write('\n')
answer = (Choices(_U('yes'), _U('no'), default='no').ask(
_('Do you want to save these changes?')))
apply_changes = answer is not None and answer.orig == 'yes'
if not apply_changes:
termwrap.stderr().print(_('Aborted.'))
return 2
if apply_changes:
sourceslist.save()
else:
stdout.print(_('No duplicate entries were found.'))
return 0
def handle_duplicates(sourceslist, apply_changes=None):
"""Interactive disablement of duplicate source entries"""
stdout = termwrap.stdout()
stdout_indent1 = stdout.copy(
subsequent_indent=stdout.subsequent_indent + ' ' * 4)
stdout_indent2 = stdout_indent1.copy(
initial_indent=stdout_indent1.subsequent_indent)
duplicates = tuple(get_duplicates(sourceslist))
if duplicates:
for dupe_set in duplicates:
orig = dupe_set.pop(0)
for dupe in dupe_set:
stdout.print(_('Overlapping source entries:'))
for i, se in enumerate((orig, dupe), 1):
stdout_indent1.print(
_("{ordinal:2d}. file '{file:s}':")
.format(ordinal=i, file=se.file))
stdout_indent2.print(se.line)
stdout.print(_('I disabled the latter entry.'), end='\n\n')
dupe.disabled = True
stdout.print(
_N('{nduplicates:d} source entry was disabled',
'{nduplicates:d} source entries were disabled',
len(duplicates)).format(nduplicates=len(duplicates)) + ':')
stdout_indent2.initial_indent = stdout_indent2.initial_indent[:-2]
stdout_indent2.print_all(map(str, itertools.chain(*duplicates)), sep='\n')
if apply_changes is None:
stdout.file.write('\n')
answer = (
Choices(_U('yes'), _U('no'), default='no')
.ask(_('Do you want to save these changes?')))
apply_changes = answer is not None and answer.orig == 'yes'
if not apply_changes:
termwrap.stderr().print(_('Aborted.'))
return 2
if apply_changes:
sourceslist.save()
else:
stdout.print(_('No duplicate entries were found.'))
return 0
def main(*args):
input = getattr(__builtins__, "raw_input", __builtins__.input)
args = _argparse(args or None)
sourceslist = aptsources.sourceslist.SourcesList(False)
duplicates = tuple(get_duplicates(sourceslist))
if duplicates:
for dupe_set in duplicates:
orig = dupe_set.pop(0)
for dupe in dupe_set:
print(
"Overlapping source entries:\n"
" 1. {0}: {1}\n"
" 2. {2}: {3}\n"
"I disabled the latter entry.".format(
orig.file, orig, dupe.file, dupe),
end="\n\n",
)
dupe.disabled = True
print("\n{0} source entries were disabled:".format(len(duplicates)),
*itertools.chain(*duplicates),
sep="\n ",
end="\n\n")
if args.apply_changes is None:
if input("Do you want to save these changes? (y/N) ").upper(
) != "Y":
return 2
if args.apply_changes is not False:
sourceslist.save()
else:
print("No duplicate entries were found.")
return 0
return duplicates
if __name__ == '__main__':
try:
input = raw_input
except NameError:
pass
sourceslist = aptsources.sourceslist.SourcesList(False)
duplicates = get_duplicates(sourceslist)
if duplicates:
for dupe, orig in duplicates:
print(
'Overlapping source entries:\n'
' 1. {0}: {1}\n'
' 2. {2}: {3}\n'
'I disabled the latter entry.'.format(
orig.file, orig, dupe.file, dupe),
end='\n\n')
dupe.disabled = True
print('\n{0} source entries were disabled:'.format(len(duplicates)),
*[dupe for dupe, orig in duplicates], sep='\n ', end='\n\n')
if input('Do you want to save these changes? (y/N) ').upper() == 'Y':
sourceslist.save()
else:
print('No duplicated entries were found.')
for c in (se.comps or EMPTY_COMPONENT_LIST):
key = (se.type, se.uri, se.dist, c)
previous_se = sentry_map.setdefault(key, se)
if previous_se is not se:
duplicates.append((se, previous_se))
break
return duplicates
if __name__ == '__main__':
try:
input = raw_input
except NameError:
pass
sourceslist = aptsources.sourceslist.SourcesList(False)
duplicates = get_duplicates(sourceslist)
if duplicates:
for dupe, orig in duplicates:
print(
'Overlapping source entries:\n'
' 1. {0}: {1}\n'
' 2. {2}: {3}\n'
'I disabled the latter entry.'.format(
orig.file, orig, dupe.file, dupe),
end='\n\n')
dupe.disabled = True
print('\n{0} source entries were disabled:'.format(len(duplicates)),
*[dupe for dupe, orig in duplicates], sep='\n ', end='\n\n')
if input('Do you want to save these changes? (y/N) ').upper() == 'Y':
sourceslist.save()
else:
print('No duplicated entries were found.')
