def sensor_event_enable_cb(self, sensor, err):
if (err):
_oi_logging.error("Unable to set sensor event enables: " + str(err))
else:
sensor.get_event_enables(self.s)
pass
return
def RestoreDomains(mainhandler):
for i in defaultDomains:
name = i[0]
attrhashes = i[1]
other = i[2]
connects = []
for attrhash in attrhashes:
if ("contype" not in attrhash):
continue
args = OpenIPMI.alloc_empty_args(str(attrhash["contype"]))
if (args == None):
continue
for attr in attrhash.items():
vname = str(attr[0])
if (vname == "contype"):
continue
value = str(attr[1])
args.set_val(0, vname, value)
pass
connects.append(args)
pass
domain_id = OpenIPMI.open_domain3(name, [], connects, None, None)
if (domain_id != None):
DomainInfoSetup(other, domain_id)
pass
else:
_oi_logging.error("Error making domain connection for " + name)
pass
pass
return
def GetAttrInt(attr, default):
try:
return int(attr.nodeValue)
except Exception, e:
_oi_logging.error("Error getting init parm " + attr.nodeName +
": " + str(e))
return default
def sensor_set_thresholds_cb(self, sensor, err):
if (err):
_oi_logging.error("Unable to set sensor thresholds: " + str(err))
else:
sensor.get_thresholds(self.s)
pass
return
def RequestActivation(self, event):
oper = EntityOp(self, "set_activation_requested")
rv = oper.DoOp()
if (rv != 0):
_oi_logging.error("entity set activation failed: " + str(rv))
pass
return
def sensor_set_thresholds_cb(self, sensor, err):
if (err):
_oi_logging.error("Unable to set sensor thresholds: " + str(err))
else:
sensor.get_thresholds(self.s)
pass
return
def RequestActivation(self, event):
oper = EntityOp(self, "set_activation_requested")
rv = oper.DoOp()
if (rv != 0):
_oi_logging.error("entity set activation failed: " + str(rv))
pass
return
def GetAttrInt(attr, default):
try:
return int(attr.nodeValue)
except Exception, e:
_oi_logging.error("Error getting init parm " + attr.nodeName +
": " + str(e))
return default
def Deactivate(self, event):
oper = EntityOp(self, "deactivate")
rv = oper.DoOp()
if (rv != 0):
_oi_logging.error("entity deactivation failed: " + str(rv))
pass
return
def sensor_event_enable_cb(self, sensor, err):
if (err):
_oi_logging.error("Unable to set sensor event enables: " + str(err))
else:
sensor.get_event_enables(self.s)
pass
return
def mc_get_event_log_enable_cb(self, mc, err, val):
if err:
_oi_logging.error(
"Error getting MC event log enable for " + self.name + ": " + OpenIPMI.get_error_string(err)
)
return
self.ui.set_item_text(self.el_item, str(val != 0))
def RestoreDomains(mainhandler):
for i in defaultDomains:
name = i[0]
attrhashes = i[1]
other = i[2]
connects = [ ]
for attrhash in attrhashes:
if ("contype" not in attrhash):
continue
args = OpenIPMI.alloc_empty_args(str(attrhash["contype"]))
if (args == None):
continue
for attr in attrhash.items():
vname = str(attr[0])
if (vname == "contype"):
continue
value = str(attr[1])
args.set_val(0, vname, value)
pass
connects.append(args)
pass
domain_id = OpenIPMI.open_domain3(name, [], connects, None, None)
if (domain_id != None):
DomainInfoSetup(other, domain_id)
pass
else:
_oi_logging.error("Error making domain connection for " + name)
pass
pass
return
def mc_get_event_log_enable_cb(self, mc, err, val):
if (err):
_oi_logging.error("Error getting MC event log enable for "
+ self.name + ": "
+ OpenIPMI.get_error_string(err))
return
self.ui.set_item_text(self.el_item, str(val != 0))
def mc_events_enable_cb(self, mc, err):
if (err):
_oi_logging.error("Error setting MC events for "
+ self.name + ": "
+ OpenIPMI.get_error_string(err))
return
self.ee_refr.DoUpdate()
def Deactivate(self, event):
oper = EntityOp(self, "deactivate")
rv = oper.DoOp()
if (rv != 0):
_oi_logging.error("entity deactivation failed: " + str(rv))
pass
return
def entity_hot_swap_get_time_cb(self, entity, err, time):
if (err):
_oi_logging.error("Error getting activation time: " + str(err))
return
gui_setdialog.SetDialog("Set " + self.name + " for " + str(self.e),
[time], 1, self)
return
def save(objlist, file):
domimpl = xml.dom.getDOMImplementation()
doc = domimpl.createDocument(None, "IPMIPrefs", None)
main = doc.documentElement
for obj in objlist:
elem = doc.createElement(obj.getTag())
obj.SaveInfo(doc, elem)
main.appendChild(elem)
pass
try:
info = os.stat(file)
pass
except:
# File doesn't exist, create it.
try:
fd = os.open(file, os.O_WRONLY | os.O_CREAT,
stat.S_IRUSR | stat.S_IWUSR)
os.close(fd)
pass
except:
_oi_logging.error("Unable to create startup file " + file)
return
pass
try:
f = open(file, 'w')
doc.writexml(f, indent='', addindent='\t', newl='\n')
pass
except:
_oi_logging.error("Unable to save startup file " + file)
pass
return
def mc_set_event_log_enable_cb(self, mc, err):
if err:
_oi_logging.error(
"Error setting MC event log enable for" + self.name + ": " + OpenIPMI.get_error_string(err)
)
return
self.el_refr.DoUpdate()
return
def GetAttrBool(attr, default):
if (attr.nodeValue.lower() == "true") or (attr.nodeValue == "1"):
return True
elif (attr.nodeValue.lower() == "false") or (attr.nodeValue == "0"):
return False
else:
_oi_logging.error ("Error getting init parm " + attr.nodeName)
pass
return default
def entity_hot_swap_get_time_cb(self, entity, err, time):
if (err):
_oi_logging.error("Error getting activation time: " + str(err))
return
gui_setdialog.SetDialog("Set " + self.name + " for " + str(self.e),
[ time ],
1,
self)
return
def GetAttrBool(attr, default):
if (attr.nodeValue.lower() == "true") or (attr.nodeValue == "1"):
return True
elif (attr.nodeValue.lower() == "false") or (attr.nodeValue == "0"):
return False
else:
_oi_logging.error ("Error getting init parm " + attr.nodeName)
pass
return default
def entity_hot_swap_cb(self, entity, err, state):
if (self.destroyed):
return
if (err):
_oi_logging.error("Error getting entity hot-swap state: " + str(err))
return
self.hot_swap_state = state
self.ui.set_item_text(self.hotswapitem,
self.hot_swap + ' ' + self.hot_swap_state)
return
def sensor_get_hysteresis_cb(self, sensor, err, positive, negative):
if (err != 0):
_oi_logging.error("Error getting sensor hysteresis: " + str(err))
self.Destroy()
else:
gui_setdialog.SetDialog("Set hysteresis for " + self.s.name,
[ positive, negative ], 2, self,
[ "Positive", "Negative" ])
pass
return
def sensor_cb(self, sensor):
if (self.setting):
self.err = sensor.set_thresholds(self.threshold_str, self)
else:
rv = sensor.get_thresholds(self)
if (rv != 0):
_oi_logging.error("Error getting sensor thresholds: " + str(rv))
return
pass
return
def entity_hot_swap_cb(self, entity, err, state):
if (self.destroyed):
return
if (err):
_oi_logging.error("Error getting entity hot-swap state: " + str(err))
return
self.hot_swap_state = state
self.ui.set_item_text(self.hotswapitem,
self.hot_swap + ' ' + self.hot_swap_state)
return
def sensor_get_hysteresis_cb(self, sensor, err, positive, negative):
if (err != 0):
_oi_logging.error("Error getting sensor hysteresis: " + str(err))
self.Destroy()
else:
gui_setdialog.SetDialog("Set hysteresis for " + self.s.name,
[positive, negative], 2, self,
["Positive", "Negative"])
pass
return
def sensor_cb(self, sensor):
if (self.setting):
self.err = sensor.set_thresholds(self.threshold_str, self)
else:
rv = sensor.get_thresholds(self)
if (rv != 0):
_oi_logging.error("Error getting sensor thresholds: " + str(rv))
return
pass
return
def sensor_cb(self, sensor):
if (self.setting):
self.err = sensor.set_event_enables(self.event_enable_str, self)
else:
rv = sensor.get_event_enables(self)
if (rv != 0):
_oi_logging.error("Error getting sensor event enables: "
+ str(rv))
return
pass
return
def sensor_cb(self, sensor):
if (self.setting):
self.err = sensor.set_event_enables(self.event_enable_str, self)
else:
rv = sensor.get_event_enables(self)
if (rv != 0):
_oi_logging.error("Error getting sensor event enables: " +
str(rv))
return
pass
return
def refresh(self):
name_s = [ "" ]
node_s = [ None ]
rv = self.fru.get_root_node(name_s, node_s)
if (rv != 0):
_oi_logging.error("unable to get FRU node: " + str(rv))
return
self.fru_type = name_s[0]
self.RemoveAll()
self.add_fru_data(self.treeroot, node_s[0], 0, None,
self.fru_type == "standard FRU")
self.AfterDone()
self.ExpandItem("")
return
def refresh(self):
name_s = [""]
node_s = [None]
rv = self.fru.get_root_node(name_s, node_s)
if (rv != 0):
_oi_logging.error("unable to get FRU node: " + str(rv))
return
self.fru_type = name_s[0]
self.RemoveAll()
self.add_fru_data(self.treeroot, node_s[0], 0, None,
self.fru_type == "standard FRU")
self.AfterDone()
self.ExpandItem("")
return
def sensor_get_thresholds_cb(self, sensor, err, th):
if (err != 0):
_oi_logging.error("Error getting sensor thresholds: " + str(err))
return
self.thresholds = []
defaults = []
labels = []
for i in th.split(':'):
j = i.split()
self.thresholds.append(j[0])
defaults.append(j[1])
labels.append(threshold_str_to_full(j[0]))
pass
gui_setdialog.SetDialog("Set Thresholds for " + str(self.s), defaults,
len(defaults), self, labels)
return
def sensor_get_thresholds_cb(self, sensor, err, th):
if (err != 0):
_oi_logging.error("Error getting sensor thresholds: " + str(err))
return
self.thresholds = [ ]
defaults = [ ]
labels = [ ]
for i in th.split(':'):
j = i.split()
self.thresholds.append(j[0])
defaults.append(j[1])
labels.append(threshold_str_to_full(j[0]))
pass
gui_setdialog.SetDialog("Set Thresholds for " + str(self.s),
defaults, len(defaults), self, labels)
return
def __init__(self, e, name, func):
self.e = e
self.name = name
self.func = func
self.err = 0
rv = e.entity_id.to_entity(self)
if (rv == 0):
rv = self.err
pass
if (rv):
_oi_logging.error("Error doing entity cb in activation time setter: "
+ str(rv))
pass
return
def __init__(self, e, name, func):
self.e = e
self.name = name
self.func = func
self.err = 0
rv = e.entity_id.to_entity(self)
if (rv == 0):
rv = self.err
pass
if (rv):
_oi_logging.error("Error doing entity cb in activation time setter: "
+ str(rv))
pass
return
def __init__(self, fru, name):
self.fru = fru
name_s = [""]
node_s = [None]
rv = fru.get_root_node(name_s, node_s)
if (rv != 0):
_oi_logging.error("unable to get FRU node: " + str(rv))
return
self.fru_type = name_s[0]
gui_treelist.TreeList.__init__(self, "FRU info for " + name, ".",
[("Name", 300), ("Value", 300)])
self.add_fru_data(self.treeroot, node_s[0], 0, None,
self.fru_type == "standard FRU")
self.AfterDone()
self.ExpandItem("")
return
def __init__(self, fru, name):
self.fru = fru
name_s = [ "" ]
node_s = [ None ]
rv = fru.get_root_node(name_s, node_s)
if (rv != 0):
_oi_logging.error("unable to get FRU node: " + str(rv))
return
self.fru_type = name_s[0]
gui_treelist.TreeList.__init__(self, "FRU info for " + name,
".",
[("Name", 300), ("Value", 300)])
self.add_fru_data(self.treeroot, node_s[0], 0, None,
self.fru_type == "standard FRU")
self.AfterDone()
self.ExpandItem("")
return
def sensor_get_event_enable_cb(self, sensor, err, st):
if (err != 0):
_oi_logging.error("Error getting sensor event enables: "
+ str(err))
return
defaults = [ False, False ]
labels = [ "Enable Events", "Scanning" ]
en = { }
for i in self.s.events_supported:
en[i] = False
pass
for i in st.split(' '):
if (i == "events"):
defaults[0] = True
elif (i == "scanning"):
defaults[1] = True
elif (i == "busy"):
pass
elif (self.s.event_support == OpenIPMI.EVENT_SUPPORT_PER_STATE):
en[i] = True
pass
pass
self.enables = [ ]
for i in self.s.events_supported:
defaults.append(en[i])
self.enables.append(i)
if (self.s.is_threshold):
labels.append(threshold_event_str_to_full(i))
else:
name = self.s.events_supported_name[i]
labels.append(discrete_event_str_to_full(i, name))
pass
pass
gui_setdialog.SetDialog("Set Event Enables for " + str(self.s),
defaults, len(defaults), self, labels)
return
def sensor_get_event_enable_cb(self, sensor, err, st):
if (err != 0):
_oi_logging.error("Error getting sensor event enables: " +
str(err))
return
defaults = [False, False]
labels = ["Enable Events", "Scanning"]
en = {}
for i in self.s.events_supported:
en[i] = False
pass
for i in st.split(' '):
if (i == "events"):
defaults[0] = True
elif (i == "scanning"):
defaults[1] = True
elif (i == "busy"):
pass
elif (self.s.event_support == OpenIPMI.EVENT_SUPPORT_PER_STATE):
en[i] = True
pass
pass
self.enables = []
for i in self.s.events_supported:
defaults.append(en[i])
self.enables.append(i)
if (self.s.is_threshold):
labels.append(threshold_event_str_to_full(i))
else:
name = self.s.events_supported_name[i]
labels.append(discrete_event_str_to_full(i, name))
pass
pass
gui_setdialog.SetDialog("Set Event Enables for " + str(self.s),
defaults, len(defaults), self, labels)
return
def restore(self, node):
name = str(node.getAttribute("name"));
if (name == ""):
return
connects = [ ]
other = OtherDomainInfo()
for c in node.childNodes:
if (c.nodeType == c.ELEMENT_NODE):
if (c.nodeName == "connection"):
attrhash = { }
for i in range(0, c.attributes.length):
attr = c.attributes.item(i)
attrhash[attr.nodeName] = attr.nodeValue
pass
connects.append(attrhash)
pass
elif (c.nodeName == "IPMB_rescan_time"):
try:
other.ipmb_rescan_time = int(c.getAttribute("time"))
except:
_oi_logging.error("Error restoring IPMB rescan time"
+ " in a domain")
pass
pass
elif (c.nodeName == "SEL_rescan_time"):
try:
other.sel_rescan_time = int(c.getAttribute("time"))
except:
_oi_logging.error("Error restoring SEL rescan time"
+ " in a domain")
pass
pass
pass
pass
defaultDomains.append([name, connects, other])
return
def restore(self, node):
name = str(node.getAttribute("name"))
if (name == ""):
return
connects = []
other = OtherDomainInfo()
for c in node.childNodes:
if (c.nodeType == c.ELEMENT_NODE):
if (c.nodeName == "connection"):
attrhash = {}
for i in range(0, c.attributes.length):
attr = c.attributes.item(i)
attrhash[attr.nodeName] = attr.nodeValue
pass
connects.append(attrhash)
pass
elif (c.nodeName == "IPMB_rescan_time"):
try:
other.ipmb_rescan_time = int(c.getAttribute("time"))
except:
_oi_logging.error("Error restoring IPMB rescan time" +
" in a domain")
pass
pass
elif (c.nodeName == "SEL_rescan_time"):
try:
other.sel_rescan_time = int(c.getAttribute("time"))
except:
_oi_logging.error("Error restoring SEL rescan time" +
" in a domain")
pass
pass
pass
pass
defaultDomains.append([name, connects, other])
return
def entity_fru_update_werr_cb(self, op, err, entity, fru):
if (self.destroyed):
return
if (op == "error"):
_oi_logging.error("Error getting entity fru: " + str(err))
return
def entity_activate_cb(self, entity, err):
if (err != 0):
_oi_logging.error("entity activate operation failed: " + str(err))
pass
return
def entity_activate_cb(self, entity, err):
if (err != 0):
_oi_logging.error("entity activate operation failed: " + str(err))
pass
return
