def _account_mod(login_name, ext, settings):
"""Modify a KBasix user account.
_account_mod(login_name, ext, settings)
The 'ext' can be 'profile' or 'prefs' depending if a user's
profile information or preferences are being changed. The
'settings' is a dictionary. Nothing is returned.
"""
(OK, status) = _check_args(locals())
if not OK:
raise AccountModError(status)
uid = str(_info(login_name)['uid'])
f = os.path.join(users_root_dir_, uid, uid + '.%s' % ext)
try:
extfile = _read_file(f)
except Exception as reason:
raise AccountModError(reason)
for key in settings:
extfile[key] = settings[key]
try:
_save_file(extfile, f)
except Exception as reason:
raise AccountModError(reason)
return
def _account_mod(login_name, ext, settings):
"""Modify a KBasix user account.
_account_mod(login_name, ext, settings)
The 'ext' can be 'profile' or 'prefs' depending if a user's
profile information or preferences are being changed. The
'settings' is a dictionary. Nothing is returned.
"""
(OK, status) = _check_args(locals())
if not OK:
raise AccountModError(status)
uid = str(_info(login_name)['uid'])
f = os.path.join(users_root_dir_, uid, uid + '.%s' % ext)
try:
extfile = _read_file(f)
except Exception as reason:
raise AccountModError(reason)
for key in settings:
extfile[key] = settings[key]
try:
_save_file(extfile, f)
except Exception as reason:
raise AccountModError(reason)
return
def _finger(login_name):
"""Interactively retrieve information about a user account.
info = _finger(login_name)
The return type may vary, should only be used interactively.
"""
(OK, status) = _check_args(locals())
if not OK:
raise FingerError(status)
import pprint
user_info = _info(login_name)
if not user_info:
return 'User "%s" not found.' % login_name
uid = str(user_info['uid'])
f = os.path.join(users_root_dir_, uid, uid + '.%s' % 'profile')
try:
return pprint.pprint(_read_file(f, lock=False))
except Exception as reason:
raise FingerError(reason)
def _finger(login_name):
"""Interactively retrieve information about a user account.
info = _finger(login_name)
The return type may vary, should only be used interactively.
"""
(OK, status) = _check_args(locals())
if not OK:
raise FingerError(status)
import pprint
user_info = _info(login_name)
if not user_info:
return 'User "%s" not found.' % login_name
uid = str(user_info['uid'])
f = os.path.join(users_root_dir_, uid, uid + '.%s' % 'profile')
try:
return pprint.pprint(_read_file(f, lock=False))
except Exception as reason:
raise FingerError(reason)
def _get_file_info(file_tag, info):
"""Read the file metadata.
file_info = _get_file_info(file_tag, info)
Returns a dictionary with the file metadata (an empty one if
either the metadata or content file isn't there).
"""
import logging
import os
import manage_users
logging.debug('Getting file metadata for "%s" (%s)' % \
(file_tag, info['login_name']))
_check_file_tag(file_tag, info['login_name'])
the_file = os.path.join(info['users_root_dir_'], str(info['uid']), \
file_tag)
the_id_file = the_file + '-id'
if not os.path.exists(the_id_file) or not os.path.exists(the_file):
logging.warn('Unable to retrieve file metadata and/or content \
for "%s" (%s)' % (the_id_file, info['login_name']))
return {}
return manage_users._read_file(the_id_file, lock=False)
def _get_file_info(file_tag, info):
"""Read the file metadata.
file_info = _get_file_info(file_tag, info)
Returns a dictionary with the file metadata (an empty one if
either the metadata or content file isn't there).
"""
import logging
import os
import manage_users
logging.debug('Getting file metadata for "%s" (%s)' % \
(file_tag, info['login_name']))
_check_file_tag(file_tag, info['login_name'])
the_file = os.path.join(info['users_root_dir_'], str(info['uid']), \
file_tag)
the_id_file = the_file + '-id'
if not os.path.exists(the_id_file) or not os.path.exists(the_file):
logging.warn('Unable to retrieve file metadata and/or content \
for "%s" (%s)' % (the_id_file, info['login_name']))
return {}
return manage_users._read_file(the_id_file, lock=False)
def _account_info(login_name, ext):
"""Retrieve information about a user account.
info = _account_info(login_name, ext)
The 'ext' can be 'profile' or 'prefs' depending if a user's
profile information or preferences are being accessed. Return
is a dictionary (possibly an empty one). This function is suitable
for function calls from other programs.
"""
(OK, status) = _check_args(locals())
if not OK:
raise AccountInfoError(status)
user_info = _info(login_name)
if not user_info:
return {}
uid = str(user_info['uid'])
f = os.path.join(users_root_dir_, uid, uid + '.%s' % ext)
try:
return _read_file(f, lock=False)
except Exception as reason:
raise AccountInfoError(reason)
def _account_info(login_name, ext):
"""Retrieve information about a user account.
info = _account_info(login_name, ext)
The 'ext' can be 'profile' or 'prefs' depending if a user's
profile information or preferences are being accessed. Return
is a dictionary (possibly an empty one). This function is suitable
for function calls from other programs.
"""
(OK, status) = _check_args(locals())
if not OK:
raise AccountInfoError(status)
user_info = _info(login_name)
if not user_info:
return {}
uid = str(user_info['uid'])
f = os.path.join(users_root_dir_, uid, uid + '.%s' % ext)
try:
return _read_file(f, lock=False)
except Exception as reason:
raise AccountInfoError(reason)
def _copy_file(req, info):
"""Copy a file internally (within KBasix).
_copy_file(req, info)
Depending on the situation it may return an over-quota page, an
access denied page or, if successful, the file manager page.
"""
import logging
import os
import hashlib
import time
import shutil
import json
import manage_users
import upload
(info['user_dir_size'], over_page) = upload._check_quota(req, 'copy', \
info)
if info['user_dir_size'] < 0:
return over_page
user_dir = os.path.join(info['users_root_dir_'], str(info['uid']))
hash_val = hashlib.sha256(os.urandom(info['random_length'])).hexdigest()
dst_file_tag = '%r-%s-file' % (time.time(), hash_val)
src_file_tag = req.form['file_tag'].value
_check_file_tag(src_file_tag, info['login_name'])
file_info = _get_file_info(src_file_tag, info)
denied_page = _check_permissions(file_info, info)
if denied_page:
return denied_page
src_file = os.path.join(user_dir, src_file_tag)
src_id_file = src_file + '-id'
dst_file = os.path.join(user_dir, dst_file_tag)
dst_id_file = dst_file + '-id'
id_info = manage_users._read_file(src_id_file, lock=False)
# We massage the appropriate metadata, removing all previous private
# information.
id_info['owner'] = info['login_name']
id_info['owner_uid'] = info['uid']
id_info['uid_shares'] = []
id_info['gid_shares'] = []
id_info['local_share'] = False
id_info['world_share'] = False
id_info['timestamp'] = time.time()
id_info['file_tag'] = dst_file_tag
id_info['custom'] = {}
try:
f = open(dst_id_file, 'wb')
json.dump(id_info, f)
f.close()
os.chmod(dst_id_file, 0600)
except Exception as reason:
logging.critical('Unable to create id file "%s" because "%s" \
(%s)' % (dst_id_file, reason, info['login_name']))
raise CopyFileError('Unable to create id file')
try:
shutil.copy2(src_file, dst_file)
except Exception as reason:
logging.critical('Unable to copy file "%s" because "%s" (%s)' % \
(src_file, reason, info['login_name']))
raise CopyFileError('Unable to copy file')
logging.debug('Copied file "%s" -> "%s" (%s)' % \
(src_file, dst_file, info['login_name']))
return _initialize(req, info)
def _get_file_list(info):
"""Get the file listing.
file_list = _get_file_list(info)
Returns a string.
"""
# This function is way too big, it needs to be sensibly split up.
import logging
import os
import fnmatch
import time
import aux
import manage_users
import manage_kbasix
login_name = info['login_name']
logging.debug('Creating a file list (%s)' % login_name)
prefs = manage_kbasix._account_info(login_name, 'prefs')
user_dir = os.path.join(info['users_root_dir_'], str(info['uid']))
entries = {}
count = {}
gids = manage_users._info(login_name)['gids']
# Check for local- and GID-shared files.
for subdir in ['local'] + [str(i) for i in gids]:
subpath = os.path.join(info['shared_dir_'], subdir)
if os.path.exists(subpath):
# Some house cleaning: delete broken symlinks.
for i in os.listdir(subpath):
f = os.path.join(subpath, i)
# We are lenient with file removals in shared directories
# because another user might have beat us to it.
if not os.path.exists(f):
try:
os.remove(f)
logging.info('Deleted broken shared symlink "%s" \
(%s)' % (f, login_name))
except Exception as reason:
logging.warn(reason)
for i in fnmatch.filter(os.listdir(subpath), '*-file'):
rel_path = os.path.relpath(subpath, user_dir)
src = os.path.join(rel_path, i)
dst = os.path.join(user_dir, i)
# Shared entries which are deleted by the user (the
# sharee) are actually hidden from view by adding them
# to the 'hidden_gidloc_shared_files' list when the
# sharee deletes them.
# Once hidden, local/gid-shared files cannot be recovered
# unless explicitly re-shared with that user via uid_shares.
# Note that if the file exists (important if it's a uid
# point share, which takes precedence) we leave it alone.
if not os.path.exists(dst) and \
i not in \
prefs['file_manager']['hidden_gidloc_shared_files']:
try:
# The target may not exist, but if the link does,
# delete it.
if os.path.islink(dst + '-id'):
os.remove(dst + '-id')
os.symlink(src + '-id', dst + '-id')
except:
logging.error('Cannot link shared id file "%s" \
(%s)' % (src + '-id', login_name))
else:
if os.path.islink(dst):
os.remove(dst)
os.symlink(src, dst)
logging.debug('Added shared file "%s" -> "%s" \
(%s)' % (src, dst, login_name))
# Create the listing of the files/symlinks in the user's directory.
for i in os.listdir(user_dir):
f = os.path.join(user_dir, i)
if not os.path.exists(f):
try:
os.remove(f)
logging.info('Deleted broken user symlink "%s" (%s)' % \
(f, login_name))
except Exception as reason:
logging.error(reason)
for i in fnmatch.filter(os.listdir(user_dir), '*-id'):
f = os.path.join(user_dir, i)
# This should not normally happen. The magic [:-3] deletes '-id'
# and leaves the content file name.
if not os.path.exists(f[:-3]):
try:
os.remove(f)
logging.error('Deleted orphan id file "%s" (%s)' % \
(f, login_name))
except Exception as reason:
logging.error(reason)
continue
details = manage_users._read_file(f, lock=False)
# A symlink implies the file is being shared with the user.
if os.path.islink(f):
details['shared_with_me'] = True
else:
details['shared_with_me'] = False
for j in ['file_title', 'file_description']:
if not details[j]: details[j] = info['empty_placeholder_']
details['file_date'] = \
time.strftime(info['file_manager_time_format_'], \
time.localtime(details['timestamp']))
# We need the token for the buttons.
details['token'] = info['token']
sort_key = details[prefs['file_manager']['sort_criteria']]
# We pad with zeros to obtain a natural sorting for entries with
# the same non-string keys e.g. size or timestamp. Padding to 50
# seems safe, although this is admittedly a magic number
# (timestamps have less than 20 digits, and files size are smaller
# than that). Worst case scenario is that the sorting on huge
# numeric sort keys (larger than 50 digits) will be wrong, but this
# is unlikely to happen and has no other consequences.
if not isinstance(sort_key, basestring):
sort_key = '%r' % sort_key
sort_key = sort_key.zfill(50)
# We internally distinguish between identical entry values
# (say, identical file names), but although lumped together
# in their proper place within the overall list they are
# not sub-sorted in any deliberate way.
if sort_key not in entries:
count[sort_key] = 1
entries[sort_key] = details
else:
count[sort_key] += 1
entries[sort_key + ' (%s)' % count[sort_key]] = details
if prefs['file_manager']['condensed_view']:
info['template'] = 'condensed_entry_template_'
else:
info['template'] = 'entry_template_'
file_list = ''
for key in sorted(entries, \
reverse=bool(prefs['file_manager']['reverse'])):
entries[key]['shared_status'] = ''
entries[key]['file_colour'] = info['my_file_colour_']
if entries[key]['shared_with_me']:
# World shares are not symlinked with the individual accounts,
# and entries which cannot be read any longer are deleted.
if not entries[key]['local_share'] and \
not info['uid'] in entries[key]['uid_shares'] and not \
set(gids).intersection(set(entries[key]['gid_shares'])):
shared_file = \
os.path.join(user_dir, entries[key]['file_tag'])
try:
os.remove(shared_file)
os.remove(shared_file + '-id')
except Exception as reason:
logging.error(reason)
continue
# Don't show the shares made by no-longer-exsting users if
# 'exusers_cannot_share' is True.
elif not manage_users._info(entries[key]['owner_uid']) and \
info['exusers_cannot_share']:
continue
else:
entries[key]['shared_status'] = """
<img src="%s" title="File shared with me by: %s"
alt="[File shared with me by: %s]" />
""" % (info['shared_icon_with_me_'], entries[key]['owner'], \
entries[key]['owner'])
entries[key]['file_colour'] = info['other_file_colour_']
if prefs['file_manager']['hide_shared'] and \
entries[key]['shared_with_me']:
continue
# Shared files can be copied internally (it's more efficient than
# downloading and uploading again).
entries[key]['copy_file'] = ''
if entries[key]['shared_with_me']:
entries[key]['copy_file_icon_'] = info['copy_file_icon_']
entries[key]['copy_file_form_style_'] = \
info['copy_file_form_style_']
entries[key]['copy_file'] = """
<form %(copy_file_form_style_)s
action="../file_manager.py/process?action=copy_file"
method="post">
<input type="hidden" name="token" value="%(token)s" />
<input type="hidden" name="file_tag" value="%(file_tag)s" />
<input title="Make a local copy" type="image"
alt="Make a local copy" src="%(copy_file_icon_)s" />
</form>
""" % entries[key]
# Files that are shared (the user being the sharer) are tagged
# in various ways to indicate this.
else:
if entries[key]['world_share']:
entries[key]['shared_status'] += """
<img src="%s" title="File is shared with the world"
alt="[File is shared with the world]" />
""" % info['shared_icon_by_me_to_world_']
if entries[key]['local_share']:
entries[key]['shared_status'] += """
<img src="%s" title="File is shared with registered users"
alt="[File is shared with registered users]" />
""" % info['shared_icon_by_me_locally_']
if entries[key]['gid_shares']:
entries[key]['shared_status'] += """
<img src="%s" title="File is shared with selected groups"
alt="[File is shared with selected groups]" />
""" % info['shared_icon_by_me_to_groups_']
if entries[key]['uid_shares']:
entries[key]['shared_status'] += """
<img src="%s" title="File is shared with selected users"
alt="[File is shared with selected users]" />
""" % info['shared_icon_by_me_selectively_']
# Convert the size to a string with the appropriate unit suffix e.g.
# 'MB'.
entries[key]['file_size_str'] = \
aux._bytes_string(entries[key]['file_size'])
entries[key]['toggle_select'] = info['toggle_select']
# Limit the length of titles and descriptions.
for i in ['description', 'title']:
if info['max_chars_in_' + i]:
max_char = len(entries[key]['file_' + i])
char_num = min(max_char, info['max_chars_in_' + i])
entries[key][i + '_blurb'] = \
entries[key]['file_' + i][:char_num]
if max_char > char_num:
entries[key][i + '_blurb'] += '...'
else:
entries[key][i + '_blurb'] = entries[key]['file_' + i]
# The keyword filter. This is actually a very important
# functionality, and should be split into its own function.
# Furthermore, it is currently very weak, and should be drastically
# improved. Right now is just filters on words in the file title
# and description, ignoring punctuation. It is also
# case-insensitive.
if prefs['file_manager']['keywords']:
import re
# Use '[\W_]+' to eliminate underscores. See also:
#
# http://stackoverflow.com/questions/6631870/strip-non-alpha-numeric-characters-from-string-in-python-but-keeping-special-cha
#
# The 're.U' works on unicode strings.
nonalnum = re.compile('[\W]+', re.U)
keywords = set([i.lower() for i in \
prefs['file_manager']['keywords'].split()])
words = [nonalnum.sub('', i.lower()) for i in \
entries[key]['file_title'].split()]
words += [nonalnum.sub('', i.lower()) for i in \
entries[key]['file_description'].split()]
if keywords <= set(words):
file_list += aux._fill_str(info[info['template']], \
entries[key])
continue
file_list += aux._fill_str(info[info['template']], entries[key])
if not file_list:
return info['no_files_found_']
else:
return file_list
def _copy_file(req, info):
"""Copy a file internally (within KBasix).
_copy_file(req, info)
Depending on the situation it may return an over-quota page, an
access denied page or, if successful, the file manager page.
"""
import logging
import os
import hashlib
import time
import shutil
import json
import manage_users
import upload
(info['user_dir_size'], over_page) = upload._check_quota(req, 'copy', \
info)
if info['user_dir_size'] < 0:
return over_page
user_dir = os.path.join(info['users_root_dir_'], str(info['uid']))
hash_val = hashlib.sha256(os.urandom(info['random_length'])).hexdigest()
dst_file_tag = '%r-%s-file' % (time.time(), hash_val)
src_file_tag = req.form['file_tag'].value
_check_file_tag(src_file_tag, info['login_name'])
file_info = _get_file_info(src_file_tag, info)
denied_page = _check_permissions(file_info, info)
if denied_page:
return denied_page
src_file = os.path.join(user_dir, src_file_tag)
src_id_file = src_file + '-id'
dst_file = os.path.join(user_dir, dst_file_tag)
dst_id_file = dst_file + '-id'
id_info = manage_users._read_file(src_id_file, lock=False)
# We massage the appropriate metadata, removing all previous private
# information.
id_info['owner'] = info['login_name']
id_info['owner_uid'] = info['uid']
id_info['uid_shares'] = []
id_info['gid_shares'] = []
id_info['local_share'] = False
id_info['world_share'] = False
id_info['timestamp'] = time.time()
id_info['file_tag'] = dst_file_tag
id_info['custom'] = {}
try:
f = open(dst_id_file, 'wb')
json.dump(id_info, f)
f.close()
os.chmod(dst_id_file, 0600)
except Exception as reason:
logging.critical('Unable to create id file "%s" because "%s" \
(%s)' % (dst_id_file, reason, info['login_name']))
raise CopyFileError('Unable to create id file')
try:
shutil.copy2(src_file, dst_file)
except Exception as reason:
logging.critical('Unable to copy file "%s" because "%s" (%s)' % \
(src_file, reason, info['login_name']))
raise CopyFileError('Unable to copy file')
logging.debug('Copied file "%s" -> "%s" (%s)' % \
(src_file, dst_file, info['login_name']))
return _initialize(req, info)
def _get_file_list(info):
"""Get the file listing.
file_list = _get_file_list(info)
Returns a string.
"""
# This function is way too big, it needs to be sensibly split up.
import logging
import os
import fnmatch
import time
import aux
import manage_users
import manage_kbasix
login_name = info['login_name']
logging.debug('Creating a file list (%s)' % login_name)
prefs = manage_kbasix._account_info(login_name, 'prefs')
user_dir = os.path.join(info['users_root_dir_'], str(info['uid']))
entries = {}
count = {}
gids = manage_users._info(login_name)['gids']
# Check for local- and GID-shared files.
for subdir in ['local'] + [str(i) for i in gids]:
subpath = os.path.join(info['shared_dir_'], subdir)
if os.path.exists(subpath):
# Some house cleaning: delete broken symlinks.
for i in os.listdir(subpath):
f = os.path.join(subpath, i)
# We are lenient with file removals in shared directories
# because another user might have beat us to it.
if not os.path.exists(f):
try:
os.remove(f)
logging.info('Deleted broken shared symlink "%s" \
(%s)' % (f, login_name))
except Exception as reason:
logging.warn(reason)
for i in fnmatch.filter(os.listdir(subpath), '*-file'):
rel_path = os.path.relpath(subpath, user_dir)
src = os.path.join(rel_path, i)
dst = os.path.join(user_dir, i)
# Shared entries which are deleted by the user (the
# sharee) are actually hidden from view by adding them
# to the 'hidden_gidloc_shared_files' list when the
# sharee deletes them.
# Once hidden, local/gid-shared files cannot be recovered
# unless explicitly re-shared with that user via uid_shares.
# Note that if the file exists (important if it's a uid
# point share, which takes precedence) we leave it alone.
if not os.path.exists(dst) and \
i not in \
prefs['file_manager']['hidden_gidloc_shared_files']:
try:
# The target may not exist, but if the link does,
# delete it.
if os.path.islink(dst + '-id'):
os.remove(dst + '-id')
os.symlink(src + '-id', dst + '-id')
except:
logging.error('Cannot link shared id file "%s" \
(%s)' % (src + '-id', login_name))
else:
if os.path.islink(dst):
os.remove(dst)
os.symlink(src, dst)
logging.debug('Added shared file "%s" -> "%s" \
(%s)' % (src, dst, login_name))
# Create the listing of the files/symlinks in the user's directory.
for i in os.listdir(user_dir):
f = os.path.join(user_dir, i)
if not os.path.exists(f):
try:
os.remove(f)
logging.info('Deleted broken user symlink "%s" (%s)' % \
(f, login_name))
except Exception as reason:
logging.error(reason)
for i in fnmatch.filter(os.listdir(user_dir), '*-id'):
f = os.path.join(user_dir, i)
# This should not normally happen. The magic [:-3] deletes '-id'
# and leaves the content file name.
if not os.path.exists(f[:-3]):
try:
os.remove(f)
logging.error('Deleted orphan id file "%s" (%s)' % \
(f, login_name))
except Exception as reason:
logging.error(reason)
continue
details = manage_users._read_file(f, lock=False)
# A symlink implies the file is being shared with the user.
if os.path.islink(f):
details['shared_with_me'] = True
else:
details['shared_with_me'] = False
for j in ['file_title', 'file_description']:
if not details[j]: details[j] = info['empty_placeholder_']
details['file_date'] = \
time.strftime(info['file_manager_time_format_'], \
time.localtime(details['timestamp']))
# We need the token for the buttons.
details['token'] = info['token']
sort_key = details[prefs['file_manager']['sort_criteria']]
# We pad with zeros to obtain a natural sorting for entries with
# the same non-string keys e.g. size or timestamp. Padding to 50
# seems safe, although this is admittedly a magic number
# (timestamps have less than 20 digits, and files size are smaller
# than that). Worst case scenario is that the sorting on huge
# numeric sort keys (larger than 50 digits) will be wrong, but this
# is unlikely to happen and has no other consequences.
if not isinstance(sort_key, basestring):
sort_key = '%r' % sort_key
sort_key = sort_key.zfill(50)
# We internally distinguish between identical entry values
# (say, identical file names), but although lumped together
# in their proper place within the overall list they are
# not sub-sorted in any deliberate way.
if sort_key not in entries:
count[sort_key] = 1
entries[sort_key] = details
else:
count[sort_key] += 1
entries[sort_key + ' (%s)' % count[sort_key]] = details
if prefs['file_manager']['condensed_view']:
info['template'] = 'condensed_entry_template_'
else:
info['template'] = 'entry_template_'
file_list = ''
for key in sorted(entries, \
reverse=bool(prefs['file_manager']['reverse'])):
entries[key]['shared_status'] = ''
entries[key]['file_colour'] = info['my_file_colour_']
if entries[key]['shared_with_me']:
# World shares are not symlinked with the individual accounts,
# and entries which cannot be read any longer are deleted.
if not entries[key]['local_share'] and \
not info['uid'] in entries[key]['uid_shares'] and not \
set(gids).intersection(set(entries[key]['gid_shares'])):
shared_file = \
os.path.join(user_dir, entries[key]['file_tag'])
try:
os.remove(shared_file)
os.remove(shared_file + '-id')
except Exception as reason:
logging.error(reason)
continue
# Don't show the shares made by no-longer-exsting users if
# 'exusers_cannot_share' is True.
elif not manage_users._info(entries[key]['owner_uid']) and \
info['exusers_cannot_share']:
continue
else:
entries[key]['shared_status'] = """
<img src="%s" title="File shared with me by: %s"
alt="[File shared with me by: %s]" />
""" % (info['shared_icon_with_me_'], entries[key]['owner'], \
entries[key]['owner'])
entries[key]['file_colour'] = info['other_file_colour_']
if prefs['file_manager']['hide_shared'] and \
entries[key]['shared_with_me']:
continue
# Shared files can be copied internally (it's more efficient than
# downloading and uploading again).
entries[key]['copy_file'] = ''
if entries[key]['shared_with_me']:
entries[key]['copy_file_icon_'] = info['copy_file_icon_']
entries[key]['copy_file_form_style_'] = \
info['copy_file_form_style_']
entries[key]['copy_file'] = """
<form %(copy_file_form_style_)s
action="../file_manager.py/process?action=copy_file"
method="post">
<input type="hidden" name="token" value="%(token)s" />
<input type="hidden" name="file_tag" value="%(file_tag)s" />
<input title="Make a local copy" type="image"
alt="Make a local copy" src="%(copy_file_icon_)s" />
</form>
""" % entries[key]
# Files that are shared (the user being the sharer) are tagged
# in various ways to indicate this.
else:
if entries[key]['world_share']:
entries[key]['shared_status'] += """
<img src="%s" title="File is shared with the world"
alt="[File is shared with the world]" />
""" % info['shared_icon_by_me_to_world_']
if entries[key]['local_share']:
entries[key]['shared_status'] += """
<img src="%s" title="File is shared with registered users"
alt="[File is shared with registered users]" />
""" % info['shared_icon_by_me_locally_']
if entries[key]['gid_shares']:
entries[key]['shared_status'] += """
<img src="%s" title="File is shared with selected groups"
alt="[File is shared with selected groups]" />
""" % info['shared_icon_by_me_to_groups_']
if entries[key]['uid_shares']:
entries[key]['shared_status'] += """
<img src="%s" title="File is shared with selected users"
alt="[File is shared with selected users]" />
""" % info['shared_icon_by_me_selectively_']
# Convert the size to a string with the appropriate unit suffix e.g.
# 'MB'.
entries[key]['file_size_str'] = \
aux._bytes_string(entries[key]['file_size'])
entries[key]['toggle_select'] = info['toggle_select']
# Limit the length of titles and descriptions.
for i in ['description', 'title']:
if info['max_chars_in_' + i]:
max_char = len(entries[key]['file_' + i])
char_num = min(max_char, info['max_chars_in_' + i])
entries[key][i + '_blurb'] = \
entries[key]['file_' + i][:char_num]
if max_char > char_num:
entries[key][i + '_blurb'] += '...'
else:
entries[key][i + '_blurb'] = entries[key]['file_' + i]
# The keyword filter. This is actually a very important
# functionality, and should be split into its own function.
# Furthermore, it is currently very weak, and should be drastically
# improved. Right now is just filters on words in the file title
# and description, ignoring punctuation. It is also
# case-insensitive.
if prefs['file_manager']['keywords']:
import re
# Use '[\W_]+' to eliminate underscores. See also:
#
# http://stackoverflow.com/questions/6631870/strip-non-alpha-numeric-characters-from-string-in-python-but-keeping-special-cha
#
# The 're.U' works on unicode strings.
nonalnum = re.compile('[\W]+', re.U)
keywords = set([i.lower() for i in \
prefs['file_manager']['keywords'].split()])
words = [nonalnum.sub('', i.lower()) for i in \
entries[key]['file_title'].split()]
words += [nonalnum.sub('', i.lower()) for i in \
entries[key]['file_description'].split()]
if keywords <= set(words):
file_list += aux._fill_str(info[info['template']], \
entries[key])
continue
file_list += aux._fill_str(info[info['template']], entries[key])
if not file_list:
return info['no_files_found_']
else:
return file_list