def format_name(name, indent, max_length):
"""
Formats a potentially long name for multi-line display, giving
it a columned effect. Assumes the first line is already
properly indented.
"""
if not name or not max_length or (max_length -
indent) <= 2 or not isinstance(
name, six.string_types):
return name
if not isinstance(name, six.text_type):
name = name.decode("utf-8")
words = name.split()
lines = []
# handle emtpty names
if not words:
return name
# Preserve leading whitespace in front of the first word
leading_space = len(name) - len(name.lstrip())
words[0] = name[0:leading_space] + words[0]
# If there is leading whitespace, we've already indented the word and don't
# want to double count.
current = indent - leading_space
if current < 0:
current = 0
def add_line():
lines.append(' '.join(line))
line = []
# Split here and build it back up by word, this way we get word wrapping
while words:
word = words.pop(0)
if current + utf8_width(word) <= max_length:
current += utf8_width(
word) + 1 # Have to account for the extra space
line.append(word)
else:
if line:
add_line()
# If the word will not fit, break it
if indent + utf8_width(word) > max_length:
split_index = 0
while (utf8_width(word[:split_index + 1]) + indent <=
max_length):
split_index += 1
words.insert(0, word[split_index:])
word = word[:split_index]
line = [word]
if indent and lines:
line.insert(0, ' ' * (indent - 1))
current = indent + utf8_width(word) + 1
add_line()
return '\n'.join(lines)
def format_name(name, indent, max_length):
"""
Formats a potentially long name for multi-line display, giving
it a columned effect. Assumes the first line is already
properly indented.
"""
if not name or not max_length or (max_length - indent) <= 2 or not isinstance(name, basestring):
return name
if not isinstance(name, unicode):
name = name.decode("utf-8")
words = name.split()
lines = []
# handle emtpty names
if not words:
return name
# Preserve leading whitespace in front of the first word
leading_space = len(name) - len(name.lstrip())
words[0] = name[0:leading_space] + words[0]
# If there is leading whitespace, we've already indented the word and don't
# want to double count.
current = indent - leading_space
if current < 0:
current = 0
def add_line():
lines.append(' '.join(line))
line = []
# Split here and build it back up by word, this way we get word wrapping
while words:
word = words.pop(0)
if current + utf8_width(word) <= max_length:
current += utf8_width(word) + 1 # Have to account for the extra space
line.append(word)
else:
if line:
add_line()
# If the word will not fit, break it
if indent + utf8_width(word) > max_length:
split_index = 0
while(utf8_width(word[:split_index + 1]) + indent <= max_length):
split_index += 1
words.insert(0, word[split_index:])
word = word[:split_index]
line = [word]
if indent and lines:
line.insert(0, ' ' * (indent - 1))
current = indent + utf8_width(word) + 1
add_line()
return '\n'.join(lines)
def _importplugins(self, types):
'''Load plugins matching the given types.
'''
# Initialise plugin dict
self._plugins = {}
self._pluginfuncs = {}
for slot in SLOTS:
self._pluginfuncs[slot] = []
# Import plugins
self._used_disable_plugin = set()
self._used_enable_plugin = set()
for dir in self.searchpath:
if not os.path.isdir(dir):
continue
for modulefile in sorted(glob.glob('%s/*.py' % dir)):
self._loadplugin(modulefile, types)
# If we are in verbose mode we get the full 'Loading "blah" plugin' lines
if (self._plugins and
not self.verbose_logger.isEnabledFor(logginglevels.DEBUG_3)):
# Mostly copied from YumOutput._outKeyValFill()
key = _("Loaded plugins: ")
val = ", ".join(sorted(self._plugins))
nxt = ' ' * (utf8_width(key) - 2) + ': '
width = 80
if hasattr(self.base, 'term'):
width = self.base.term.columns
self.verbose_logger.log(
logginglevels.INFO_2,
fill(val,
width=width,
initial_indent=key,
subsequent_indent=nxt))
if self.disabledPlugins:
for wc in self.disabledPlugins:
if wc not in self._used_disable_plugin:
self.verbose_logger.log(logginglevels.INFO_2,
_("No plugin match for: %s") % wc)
del self._used_disable_plugin
if self.enabledPlugins:
for wc in self.enabledPlugins:
if wc not in self._used_enable_plugin:
self.verbose_logger.log(logginglevels.INFO_2,
_("No plugin match for: %s") % wc)
del self._used_enable_plugin
def _importplugins(self, types):
'''Load plugins matching the given types.
'''
# Initialise plugin dict
self._plugins = {}
self._pluginfuncs = {}
for slot in SLOTS:
self._pluginfuncs[slot] = []
# Import plugins
self._used_disable_plugin = set()
self._used_enable_plugin = set()
for dir in self.searchpath:
if not os.path.isdir(dir):
continue
for modulefile in sorted(glob.glob('%s/*.py' % dir)):
self._loadplugin(modulefile, types)
# If we are in verbose mode we get the full 'Loading "blah" plugin' lines
if (self._plugins and
not self.verbose_logger.isEnabledFor(logginglevels.DEBUG_3)):
# Mostly copied from YumOutput._outKeyValFill()
key = _("Loaded plugins: ")
val = ", ".join(sorted(self._plugins))
nxt = ' ' * (utf8_width(key) - 2) + ': '
width = 80
if hasattr(self.base, 'term'):
width = self.base.term.columns
self.verbose_logger.log(logginglevels.INFO_2,
fill(val, width=width, initial_indent=key,
subsequent_indent=nxt))
if self.disabledPlugins:
for wc in self.disabledPlugins:
if wc not in self._used_disable_plugin:
self.verbose_logger.log(logginglevels.INFO_2,
_("No plugin match for: %s") % wc)
del self._used_disable_plugin
if self.enabledPlugins:
for wc in self.enabledPlugins:
if wc not in self._used_enable_plugin:
self.verbose_logger.log(logginglevels.INFO_2,
_("No plugin match for: %s") % wc)
del self._used_enable_plugin
resultmsgs = [exception2msg(e)]
except KeyboardInterrupt:
return self.exUserCancel()
except IOError, e:
return self.exIOError(e)
# Act on the depsolve result
if result == 0:
# Normal exit
if self.unlock(): return 200
return 0
elif result == 1:
# Fatal error
for msg in resultmsgs:
prefix = _('Error: %s')
prefix2nd = (' ' * (utf8_width(prefix) - 2))
self.logger.critical(prefix, msg.replace('\n', '\n' + prefix2nd))
if not self.conf.skip_broken:
self.verbose_logger.info(_(" You could try using --skip-broken to work around the problem"))
if not self._rpmdb_warn_checks(out=self.verbose_logger.info, warn=False):
self.verbose_logger.info(_(" You could try running: rpm -Va --nofiles --nodigest"))
if self.unlock(): return 200
return 1
elif result == 2:
# Continue on
pass
else:
self.logger.critical(_('Unknown Error(s): Exit Code: %d:'), result)
for msg in resultmsgs:
self.logger.critical(msg)
if self.unlock(): return 200
def ljust_wide(in_str, padding):
return in_str + ' ' * (padding - utf8_width(in_str))
def ljust_wide(in_str, padding):
return in_str + ' ' * (padding - utf8_width(in_str))
resultmsgs = [unicode(e)]
except KeyboardInterrupt:
return exUserCancel()
except IOError, e:
return exIOError(e)
# Act on the depsolve result
if result == 0:
# Normal exit
if unlock(): return 200
return 0
elif result == 1:
# Fatal error
for msg in resultmsgs:
prefix = _('Error: %s')
prefix2nd = (' ' * (utf8_width(prefix) - 2))
logger.critical(prefix, msg.replace('\n', '\n' + prefix2nd))
if not base.conf.skip_broken:
verbose_logger.info(
_(" You could try using --skip-broken to work around the problem"
))
if not base._rpmdb_warn_checks(out=verbose_logger.info, warn=False):
verbose_logger.info(
_(" You could try running: rpm -Va --nofiles --nodigest"))
if unlock(): return 200
return 1
elif result == 2:
# Continue on
pass
else:
logger.critical(_('Unknown Error(s): Exit Code: %d:'), result)
except KeyboardInterrupt:
return self.exUserCancel()
except IOError, e:
return self.exIOError(e)
# Act on the depsolve result
if result == 0:
# Normal exit
if self.unlock():
return 200
return 0
elif result == 1:
# Fatal error
for msg in resultmsgs:
prefix = _("Error: %s")
prefix2nd = " " * (utf8_width(prefix) - 2)
self.logger.critical(prefix, msg.replace("\n", "\n" + prefix2nd))
if not self.conf.skip_broken:
self.verbose_logger.info(_(" You could try using --skip-broken to work around the problem"))
if not self._rpmdb_warn_checks(out=self.verbose_logger.info, warn=False):
self.verbose_logger.info(_(" You could try running: rpm -Va --nofiles --nodigest"))
if self.unlock():
return 200
return 1
elif result == 2:
# Continue on
pass
else:
self.logger.critical(_("Unknown Error(s): Exit Code: %d:"), result)
for msg in resultmsgs:
self.logger.critical(msg)
def _formatTransaction(self, tsInfo):
"""Return a string containing a human-readable formatted
summary of the transaction.
:param tsInfo: :class:`yum.transactioninfo.TransactionData`
instance that contains information about the transaction
:return: a string that contains a formatted summary of the
transaction
"""
# Sort the packages in the transaction into different lists,
# e.g. installed, updated etc
tsInfo.makelists(True, True)
# For each package list, pkglist_lines will contain a tuple
# that contains the name of the list, and a list of tuples
# with information about each package in the list
pkglist_lines = []
data = {'n' : {}, 'v' : {}, 'r' : {}}
a_wid = 0 # Arch can't get "that big" ... so always use the max.
def _add_line(lines, data, a_wid, po, obsoletes=[]):
# Create a tuple of strings that contain the name, arch,
# version, repository, size, and obsoletes of the package
# given in po. Then, append this tuple to lines. The
# strings are formatted so that the tuple can be easily
# joined together for output.
(n,a,e,v,r) = po.pkgtup
# Retrieve the version, repo id, and size of the package
# in human-readable form
evr = po.printVer()
repoid = po.ui_from_repo
size = self._format_number(float(po.size))
if a is None: # gpgkeys are weird
a = 'noarch'
lines.append((n, a, evr, repoid, size, obsoletes))
# Create a dict of field_length => number of packages, for
# each field.
for (d, v) in (("n",len(n)), ("v",len(evr)), ("r",len(repoid))):
data[d].setdefault(v, 0)
data[d][v] += 1
a_wid = max(a_wid, len(a))
return a_wid
# Iterate through the different groups of packages
for (action, pkglist) in [(_('Installing'), tsInfo.installed),
(_('Updating'), tsInfo.updated),
(_('Removing'), tsInfo.removed),
(_('Reinstalling'), tsInfo.reinstalled),
(_('Downgrading'), tsInfo.downgraded),
(_('Installing for dependencies'), tsInfo.depinstalled),
(_('Updating for dependencies'), tsInfo.depupdated),
(_('Removing for dependencies'), tsInfo.depremoved)]:
# Create a list to hold the tuples of strings for each package
lines = []
# Append the tuple for each package to lines, and update a_wid
for txmbr in pkglist:
a_wid = _add_line(lines, data, a_wid, txmbr.po, txmbr.obsoletes)
# Append the lines instance for this package list to pkglist_lines
pkglist_lines.append((action, lines))
# # Iterate through other package lists
# for (action, pkglist) in [(_('Skipped (dependency problems)'),
# self.skipped_packages),
# (_('Not installed'), self._not_found_i.values()),
# (_('Not available'), self._not_found_a.values())]:
# lines = []
# for po in pkglist:
# a_wid = _add_line(lines, data, a_wid, po)
# pkglist_lines.append((action, lines))
if not data['n']:
return u''
else:
# Change data to a list with the correct number of
# columns, in the correct order
data = [data['n'], {}, data['v'], data['r'], {}]
# Calculate the space needed for each column
columns = [1, a_wid, 1, 1, 5]
columns = self._calcColumns(data, self.opts.output_width,
columns, remainder_column = 2, indent=" ")
(n_wid, a_wid, v_wid, r_wid, s_wid) = columns
assert s_wid == 5
# out will contain the output as a list of strings, that
# can be later joined together
out = [u"""
%s
%s
%s
""" % ('=' * self.opts.output_width,
self._fmtColumns(((_('Package'), -n_wid), (_('Arch'), -a_wid),
(_('Version'), -v_wid), (_('Repository'), -r_wid),
(_('Size'), s_wid)), u" "),
'=' * self.opts.output_width)]
# Add output for each package list in pkglist_lines
for (action, lines) in pkglist_lines:
#If the package list is empty, skip it
if not lines:
continue
# Add the name of the package list
totalmsg = u"%s:\n" % action
# Add a line of output about an individual package
for (n, a, evr, repoid, size, obsoletes) in lines:
columns = ((n, -n_wid), (a, -a_wid),
(evr, -v_wid), (repoid, -r_wid), (size, s_wid))
msg = self._fmtColumns(columns, u" ", u"\n")
for obspo in sorted(obsoletes):
appended = _(' replacing %s.%s %s\n')
appended %= (obspo.name,
obspo.arch, obspo.printVer())
msg = msg+appended
totalmsg = totalmsg + msg
# Append the line about the individual package to out
out.append(totalmsg)
# Add a summary of the transaction
out.append(_("""
Transaction Summary
%s
""") % ('=' * self.opts.output_width))
summary_data = (
(_('Install'), len(tsInfo.installed),
len(tsInfo.depinstalled)),
(_('Upgrade'), len(tsInfo.updated),
len(tsInfo.depupdated)),
(_('Remove'), len(tsInfo.removed),
len(tsInfo.depremoved)),
(_('Reinstall'), len(tsInfo.reinstalled), 0),
(_('Downgrade'), len(tsInfo.downgraded), 0),
# (_('Skipped (dependency problems)'), len(self.skipped_packages), 0),
# (_('Not installed'), len(self._not_found_i.values()), 0),
# (_('Not available'), len(self._not_found_a.values()), 0),
)
max_msg_action = 0
max_msg_count = 0
max_msg_pkgs = 0
max_msg_depcount = 0
for action, count, depcount in summary_data:
if not count and not depcount:
continue
msg_pkgs = P_('Package', 'Packages', count)
len_msg_action = utf8_width(action)
len_msg_count = utf8_width(str(count))
len_msg_pkgs = utf8_width(msg_pkgs)
if depcount:
len_msg_depcount = utf8_width(str(depcount))
else:
len_msg_depcount = 0
max_msg_action = max(len_msg_action, max_msg_action)
max_msg_count = max(len_msg_count, max_msg_count)
max_msg_pkgs = max(len_msg_pkgs, max_msg_pkgs)
max_msg_depcount = max(len_msg_depcount, max_msg_depcount)
for action, count, depcount in summary_data:
msg_pkgs = P_('Package', 'Packages', count)
if depcount:
msg_deppkgs = P_('Dependent package', 'Dependent packages',
depcount)
if count:
msg = '%s %*d %s (+%*d %s)\n'
out.append(msg % (utf8_width_fill(action, max_msg_action),
max_msg_count, count,
utf8_width_fill(msg_pkgs, max_msg_pkgs),
max_msg_depcount, depcount, msg_deppkgs))
else:
msg = '%s %*s %s ( %*d %s)\n'
out.append(msg % (utf8_width_fill(action, max_msg_action),
max_msg_count, '',
utf8_width_fill('', max_msg_pkgs),
max_msg_depcount, depcount, msg_deppkgs))
elif count:
msg = '%s %*d %s\n'
out.append(msg % (utf8_width_fill(action, max_msg_action),
max_msg_count, count, msg_pkgs))
return ''.join(out)
def _calcColumns(self, data, total_width, columns=None, remainder_column=0, indent=''):
"""Dynamically calculate the widths of the columns that the
fields in data should be placed into for output.
:param data: a list of dictionaries that represent the data to
be output. Each dictionary in the list corresponds to annn
column of output. The keys of the dictionary are the
lengths of the items to be output, and the value associated
with a key is the number of items of that length.
:param total_width: the total width of the output.
:param columns: a list containing the minimum amount of space
that must be allocated for each row. This can be used to
ensure that there is space available in a column if, for
example, the actual lengths of the items being output
cannot be given in *data*
:param remainder_column: number of the column to receive a few
extra spaces that may remain after other allocation has
taken place
:param indent: string that will be prefixed to a line of
output to create e.g. an indent
:return: a list of the widths of the columns that the fields
in data should be placed into for output
"""
if total_width is None:
total_width = self.term.columns
cols = len(data)
# Convert the data to ascending list of tuples, (field_length, pkgs)
pdata = data
data = [None] * cols # Don't modify the passed in data
for d in range(0, cols):
data[d] = sorted(pdata[d].items())
# We start allocating 1 char to everything but the last column, and a
# space between each (again, except for the last column). Because
# at worst we are better with:
# |one two three|
# | four |
# ...than:
# |one two three|
# | f|
# |our |
# ...the later being what we get if we pre-allocate the last column, and
# thus. the space, due to "three" overflowing it's column by 2 chars.
if columns is None:
columns = [1] * (cols - 1)
columns.append(0)
total_width -= (sum(columns) + (cols - 1) +
utf8_width(indent))
if not columns[-1]:
total_width += 1
while total_width > 0:
# Find which field all the spaces left will help best
helps = 0
val = 0
for d in xrange(0, cols):
thelps = self._calc_columns_spaces_helps(columns[d], data[d],
total_width)
if not thelps:
continue
# We prefer to overflow: the last column, and then earlier
# columns. This is so that in the best case (just overflow the
# last) ... grep still "works", and then we make it prettier.
if helps and (d == (cols - 1)) and (thelps / 2) < helps:
continue
if thelps < helps:
continue
helps = thelps
val = d
# If we found a column to expand, move up to the next level with
# that column and start again with any remaining space.
if helps:
diff = data[val].pop(0)[0] - columns[val]
if not columns[val] and (val == (cols - 1)):
# If we are going from 0 => N on the last column, take 1
# for the space before the column.
total_width -= 1
columns[val] += diff
total_width -= diff
continue
overflowed_columns = 0
for d in xrange(0, cols):
if not data[d]:
continue
overflowed_columns += 1
if overflowed_columns:
# Split the remaining spaces among each overflowed column
# equally
norm = total_width / overflowed_columns
for d in xrange(0, cols):
if not data[d]:
continue
columns[d] += norm
total_width -= norm
# Split the remaining spaces among each column equally, except the
# last one. And put the rest into the remainder column
cols -= 1
norm = total_width / cols
for d in xrange(0, cols):
columns[d] += norm
columns[remainder_column] += total_width - (cols * norm)
total_width = 0
return columns