def __init__(self, source_file, user_file = None):
self.options = odict()
self.allowChanges = True
if not user_file:
self.allowChanges = False
# read main file, which contains include commands
main_conf = read_file(source_file)
# m4 parses the include commands and read files
conf_dir = os.path.dirname(source_file)
proc = KPopen(main_conf, "/usr/bin/m4", "-I", conf_dir)
out = proc.stdout
err = proc.stderr
status = proc.return_code
if status != 0:
raise Exception("Could not read config")
# out is a string containing all included files in tbxsosd.conf
self.load_string(out)
# Open the local configuration file if it exists.
if user_file:
local_conf = read_file(user_file)
self.load_string(local_conf, setChanged = True)
def __init__(self, source_file, user_file=None):
self.options = odict()
self.allowChanges = True
if not user_file:
self.allowChanges = False
# read main file, which contains include commands
main_conf = read_file(source_file)
# m4 parses the include commands and read files
conf_dir = os.path.dirname(source_file)
proc = KPopen(main_conf, "/usr/bin/m4", "-I", conf_dir)
out = proc.stdout
err = proc.stderr
status = proc.return_code
if status != 0:
raise Exception("Could not read config")
# out is a string containing all included files in tbxsosd.conf
self.load_string(out)
# Open the local configuration file if it exists.
if user_file:
local_conf = read_file(user_file)
self.load_string(local_conf, setChanged=True)
def convert_mc_to_python(data):
if isinstance(data, AbstractConfigNode):
d = odict()
for key, prop in data.prop_set.items():
d[key] = convert_mc_to_python(prop.__get__(data))
return d
if isinstance(data, tuple):
d = odict()
for key, value in data:
d[key] = convert_mc_to_python(value)
return d
elif isinstance(data, list):
l = []
for item in data:
l.append(convert_mc_to_python(item))
return l
else:
return data
def convert_mc_to_python(data):
if isinstance(data, AbstractConfigNode):
d = odict()
for key, prop in data.prop_set.items():
d[key] = convert_mc_to_python(prop.__get__(data))
return d
if isinstance(data, tuple):
d = odict()
for key, value in data:
d[key] = convert_mc_to_python(value)
return d
elif isinstance(data, list):
l = []
for item in data:
l.append(convert_mc_to_python(item))
return l
else:
return data
def show_kws_mgt_query_page(self):
# Define the session variables, if required.
if not web_session.has_key("kws_mgt_query_offset"):
self.reset_kws_mgt_query()
# Obtain the Teambox list.
kws_list = self.get_kws_mgt_kws_list(web_session["kws_mgt_query_offset"], web_session["kws_mgt_query_limit"])
# Obtain the information about the Teamboxes.
kws_dict = odict()
for kws_id in kws_list: kws_dict[kws_id] = self.get_kws_mgt_kws_info(kws_id)
# Show the information.
action_url = url_for('teamboxes')
# Get the Teambox list content.
s = ""
for kws_info in kws_dict.values():
kws_href = action_url + "?kws_mgt_specific_kws=%i" % (kws_info.kws_id)
s += ' <tr>\n'
s += ' <td><input type="checkbox" name="kws_mgt_kws_cb_%i"/></td>\n' % (kws_info.kws_id)
s += ' <td class="kwstableid">%i</td>\n' % (kws_info.kws_id)
s += ' <td class="kwstablename"><a href="%s">%s</a></td>\n' % \
(kws_href, kweb_lib.html_text_escape(kws_info.name))
s += ' <td class="kwstablestats">%i</td>\n' % (len(kws_info.user_list))
s += ' <td class="kwstablestats">%s MiB</td>\n' % (self.format_as_mb(kws_info.file_size, 2))
s += ' <td class="kwstablestats">%s</td>\n' % (self.format_kws_date(kws_info.creation_date))
s += ' <td class="kwstablestats">%s</td>\n' % (kweb_lib.html_text_escape(kws_info.org_name))
s += ' </tr>\n'
kws_table_body = s
# Push variables to template.
c.action_url = action_url
c.kws_table_body = kws_table_body
c.kws_mgt_query_offset = web_session["kws_mgt_query_offset"] + 1
c.kws_mgt_query_limit = web_session["kws_mgt_query_limit"]
return render('/teamboxes/query.mako')
def __init__(self, doc=None):
self.doc = doc
self.sections = odict()
def __init__(self, doc=None):
self.doc = doc
self.sections = odict()
