def datas_refresh(oc_widgets):
"""
refresh a page's all data
"""
# some of the item don't create by _create_iteme which `certainly`
# have attributes called ('get_conf', 'set_conf', 'show_conf', 'conf_path')
# so we have to use the double_check function here.
for i in oc_widgets.values():
if double_check(i, 'get_conf'):
if double_check(i, 'conf_path'):
v = i.get_conf(i.conf_path)
elif double_check(i, 'get_conf_args'):
v = i.get_conf(*i.get_conf_args)
else:
v = i.get_conf()
if double_check(i, 'show_conf'):
i.show_conf(v)
elif hasattr(i, 'set_label'):
i.set_label(v or "")
i.get_oc_value = i.get_label
elif hasattr(i, 'set_text'):
i.set_text(v or "")
i.get_oc_value = i.get_text
else:
logger.debug('Need a Setter for' + str(i))
def datas_refresh(oc_widgets):
"""
refresh a page's all data
"""
# some of the item don't create by _create_iteme which `certainly`
# have attributes called ('get_conf', 'set_conf', 'show_conf', 'conf_path')
# so we have to use the double_check function here.
for i in oc_widgets.values():
if double_check(i, 'get_conf'):
if double_check(i, 'conf_path'):
v = i.get_conf(i.conf_path)
elif double_check(i, 'get_conf_args'):
v = i.get_conf(*i.get_conf_args)
else:
v = i.get_conf()
if double_check(i, 'show_conf'):
i.show_conf(v)
elif hasattr(i, 'set_label'):
i.set_label(v or "")
i.get_oc_value = i.get_label
elif hasattr(i, 'set_text'):
i.set_text(v or "")
i.get_oc_value = i.get_text
else:
logger.debug('Need a Setter for' + str(i))
def conf_apply(apy_btn):
oc_widgets = get_oc_widgets(apy_btn)
for widget in oc_widgets.values():
# this could be a ValidateEntry, which has
# get_oc_value, or a normal gtk.Entry, which
# will automatically get a get_oc_value during
# the creation.
if hasattr(widget, 'get_oc_value'):
v = widget.get_oc_value()
else:
logger.debug('Nothing to apply for:' + str(widget))
if double_check(widget, 'set_conf'):
if double_check(widget, 'conf_path'):
widget.set_conf(widget.conf_path, v)
else:
widget.set_conf(v)
def conf_apply(apy_btn):
oc_widgets = get_oc_widgets(apy_btn)
for widget in oc_widgets.values():
# this could be a ValidateEntry, which has
# get_oc_value, or a normal gtk.Entry, which
# will automatically get a get_oc_value during
# the creation.
if hasattr(widget, 'get_oc_value'):
v = widget.get_oc_value()
else:
logger.debug('Nothing to apply for:' + str(widget))
if double_check(widget, 'set_conf'):
if double_check(widget, 'conf_path'):
widget.set_conf(widget.conf_path, v)
else:
widget.set_conf(v)
def read_status_datas():
status_text = []
if network_up():
network_status = {}
client = gudev.Client(['net'])
# reload augeas tree
aug.load()
for nic in client.query_by_subsystem("net"):
try:
interface = nic.get_property("INTERFACE")
logger.debug(interface)
if not interface == "lo":
if(has_ip_address(interface) or
get_ipv6_address(interface)):
ipv4_address = get_ip_address(interface)
try:
ipv6_address, netmask = get_ipv6_address(interface)
except:
ipv6_address = ""
network_status[interface] = (
ipv4_address,
ipv6_address)
except:
pass
# remove parent/bridge duplicates
for key in sorted(network_status.iterkeys()):
if key.startswith("br"):
parent_dev = key[+2:]
if network_status.has_key(parent_dev):
del network_status[parent_dev]
for key in sorted(network_status.iterkeys()):
ipv4_addr, ipv6_addr = network_status[key]
cmd = "/files/etc/sysconfig/network-scripts/" +\
"ifcfg-%s/BOOTPROTO" % str(key)
dev_bootproto = augtool_get(cmd)
if dev_bootproto is None:
cmd = "/files/etc/sysconfig/network-scripts/" +\
"ifcfg-br%s/BOOTPROTO" % str(key)
dev_bootproto = augtool_get(cmd)
if dev_bootproto is None:
dev_bootproto = "Disabled"
if not nic_link_detected(key):
ipv4_addr = "(Link Inactive)"
if ipv4_addr.strip() == "" and dev_bootproto.strip() == "dhcp":
if "Inactive" in ipv4_addr:
ipv4_addr = "(Link Inactive)"
else:
ipv4_addr = "(DHCP Failed)"
if OVIRT_VARS.has_key("OVIRT_IPV6") and ipv6_addr != "":
pass
else:
ipv6_addr = ""
status_text.append([key.strip(), dev_bootproto.strip(),
ipv4_addr.strip(), ipv6_addr.strip()])
logger.debug(status_text)
logger.debug(network_status)
else:
status_text.append(["Not Connected", "", "", ""])
return status_text
def validator_disp(widget, _, validator):
v = widget.get_parent().get_oc_value()
if validator(v) is True:
widget.get_parent().validate_status.set_label('VALID')
widget.get_parent().bool_validate_state = 0
else:
widget.get_parent().validate_status.set_label('INVALID')
widget.get_parent().bool_validate_state = 1
oc_widgets = get_oc_widgets(widget.get_parent())
apply_rest_btn = None
invalid_cnt = 0
for w in oc_widgets.values():
if isinstance(w, ValidateEntry):
invalid_cnt += w.bool_validate_state
if isinstance(w, ApplyResetBtn):
apply_rest_btn = w
if apply_rest_btn:
if invalid_cnt > 0 and apply_rest_btn:
apply_rest_btn.btns[0].set_sensitive(False)
elif invalid_cnt == 0:
apply_rest_btn.btns[0].set_sensitive(True)
else:
logger.debug('Error invalid_cnt value :%d' % invalid_cnt)
def validator_disp(widget, _, validator):
v = widget.get_parent().get_oc_value()
if validator(v) is True:
widget.get_parent().validate_status.set_label('VALID')
widget.get_parent().bool_validate_state = 0
else:
widget.get_parent().validate_status.set_label('INVALID')
widget.get_parent().bool_validate_state = 1
oc_widgets = get_oc_widgets(widget.get_parent())
apply_rest_btn = None
invalid_cnt = 0
for w in oc_widgets.values():
if isinstance(w, ValidateEntry):
invalid_cnt += w.bool_validate_state
if isinstance(w, ApplyResetBtn):
apply_rest_btn = w
if apply_rest_btn:
if invalid_cnt > 0 and apply_rest_btn:
apply_rest_btn.btns[0].set_sensitive(False)
elif invalid_cnt == 0:
apply_rest_btn.btns[0].set_sensitive(True)
else:
logger.debug('Error invalid_cnt value :%d' % invalid_cnt)
def read_status_datas():
status_text = []
if network_up():
network_status = {}
client = gudev.Client(['net'])
# reload augeas tree
aug.load()
for nic in client.query_by_subsystem("net"):
try:
interface = nic.get_property("INTERFACE")
logger.debug(interface)
if not interface == "lo":
if (has_ip_address(interface)
or get_ipv6_address(interface)):
ipv4_address = get_ip_address(interface)
try:
ipv6_address, netmask = get_ipv6_address(interface)
except:
ipv6_address = ""
network_status[interface] = (ipv4_address,
ipv6_address)
except:
pass
# remove parent/bridge duplicates
for key in sorted(network_status.iterkeys()):
if key.startswith("br"):
parent_dev = key[+2:]
if network_status.has_key(parent_dev):
del network_status[parent_dev]
for key in sorted(network_status.iterkeys()):
ipv4_addr, ipv6_addr = network_status[key]
cmd = "/files/etc/sysconfig/network-scripts/" +\
"ifcfg-%s/BOOTPROTO" % str(key)
dev_bootproto = augtool_get(cmd)
if dev_bootproto is None:
cmd = "/files/etc/sysconfig/network-scripts/" +\
"ifcfg-br%s/BOOTPROTO" % str(key)
dev_bootproto = augtool_get(cmd)
if dev_bootproto is None:
dev_bootproto = "Disabled"
if not nic_link_detected(key):
ipv4_addr = "(Link Inactive)"
if ipv4_addr.strip() == "" and dev_bootproto.strip() == "dhcp":
if "Inactive" in ipv4_addr:
ipv4_addr = "(Link Inactive)"
else:
ipv4_addr = "(DHCP Failed)"
if OVIRT_VARS.has_key("OVIRT_IPV6") and ipv6_addr != "":
pass
else:
ipv6_addr = ""
status_text.append([
key.strip(),
dev_bootproto.strip(),
ipv4_addr.strip(),
ipv6_addr.strip()
])
logger.debug(status_text)
logger.debug(network_status)
else:
status_text.append(["Not Connected", "", "", ""])
return status_text
