def __init__(self, e, control):
self.e = e
self.name = control.get_name()
e.controls[self.name] = self
self.control_type_str = control.get_type_string()
self.control_id = control.get_id()
self.ui = e.ui;
self.updater = ControlRefreshData(self)
self.vals = [ ]
self.ui.add_control(self.e, self)
self.control_type = control.get_type()
self.destroyed = False
if (self.control_type == OpenIPMI.CONTROL_IDENTIFIER):
self.num_vals = control.identifier_get_max_length();
else:
self.num_vals = control.get_num_vals();
pass
if ((self.control_type == OpenIPMI.CONTROL_LIGHT)
and (control.light_set_with_setting())):
self.setting_light = True
self.lights = [ ]
for i in range (0, self.num_vals):
lc = control.light_has_local_control(i)
colors = [ ]
for j in range (0, OpenIPMI.CONTROL_NUM_COLORS):
if control.light_is_color_supported(i, j):
colors.append(OpenIPMI.color_string(j))
pass
pass
self.lights.append((lc, colors))
pass
pass
else:
self.setting_light = False
pass
self.is_settable = control.is_settable()
self.is_readable = control.is_readable()
if (self.is_settable):
if (self.setting_light):
self.setter = LightSet(self)
else:
self.setter = ControlSet(self)
pass
pass
else:
self.setter = None
pass
self.ui.prepend_item(self, "Control Type", self.control_type_str)
cs = [ ]
if (control.has_events()):
cs.append("generates_events")
pass
if (self.is_settable):
cs.append("settable")
pass
if (self.is_readable):
cs.append("readable")
pass
self.ui.append_item(self, "Control Capabilities", ' '.join(cs))
if (self.control_type == OpenIPMI.CONTROL_LIGHT):
self.ui.append_item(self, "Num Lights", str(self.num_vals))
if (self.setting_light):
self.ui.append_item(self, "Light Type", "setting")
for i in range(0, self.num_vals):
cap = [ ]
if control.light_has_local_control(i):
cap.append("local_control")
pass
for j in range (0, OpenIPMI.CONTROL_NUM_COLORS):
if control.light_is_color_supported(i, j):
cap.append(OpenIPMI.color_string(j))
pass
pass
self.ui.append_item(self, "Light" + str(i), ' '.join(cap))
pass
pass
else:
self.ui.append_item(self, "Light Type", "transition")
for i in range(0, self.num_vals):
cap = [ ]
for j in range (0, control.get_num_light_values(i)):
cap2 = [ ]
for k in range (0,control.get_num_light_transitions(i, j)):
cap3 = [ ]
val = control.get_light_color(i, j, k)
cap3.append(OpenIPMI.color_string(val))
val = control.get_light_color_time(i, j, k)
cap3.append(OpenIPMI.color_string(val))
cap2.append(cap3)
pass
cap.append(cap2)
pass
self.ui.append_item(self, "Light" + str(i), str(cap))
pass
pass
pass
elif (self.control_type == OpenIPMI.CONTROL_IDENTIFIER):
self.ui.append_item(self, "Max Length", str(self.num_vals))
else:
self.ui.append_item(self, "Num Vals", str(self.num_vals))
pass
return
def __init__(self, e, control):
self.e = e
self.name = control.get_name()
e.controls[self.name] = self
self.control_type_str = control.get_type_string()
self.control_id = control.get_id()
self.ui = e.ui;
self.updater = ControlRefreshData(self)
self.vals = [ ]
self.ui.add_control(self.e, self)
self.control_type = control.get_type()
self.destroyed = False
if (self.control_type == OpenIPMI.CONTROL_IDENTIFIER):
self.num_vals = control.identifier_get_max_length();
else:
self.num_vals = control.get_num_vals();
pass
if ((self.control_type == OpenIPMI.CONTROL_LIGHT)
and (control.light_set_with_setting())):
self.setting_light = True
self.lights = [ ]
for i in range (0, self.num_vals):
lc = control.light_has_local_control(i)
colors = [ ]
for j in range (0, OpenIPMI.CONTROL_NUM_COLORS):
if control.light_is_color_supported(i, j):
colors.append(OpenIPMI.color_string(j))
pass
pass
self.lights.append((lc, colors))
pass
pass
else:
self.setting_light = False
pass
self.is_settable = control.is_settable()
self.is_readable = control.is_readable()
if (self.is_settable):
if (self.setting_light):
self.setter = LightSet(self)
else:
self.setter = ControlSet(self)
pass
pass
else:
self.setter = None
pass
self.ui.prepend_item(self, "Control Type", self.control_type_str)
cs = [ ]
if (control.has_events()):
cs.append("generates_events")
pass
if (self.is_settable):
cs.append("settable")
pass
if (self.is_readable):
cs.append("readable")
pass
self.ui.append_item(self, "Control Capabilities", ' '.join(cs))
if (self.control_type == OpenIPMI.CONTROL_LIGHT):
self.ui.append_item(self, "Num Lights", str(self.num_vals))
if (self.setting_light):
self.ui.append_item(self, "Light Type", "setting")
for i in range(0, self.num_vals):
cap = [ ]
if control.light_has_local_control(i):
cap.append("local_control")
pass
for j in range (0, OpenIPMI.CONTROL_NUM_COLORS):
if control.light_is_color_supported(i, j):
cap.append(OpenIPMI.color_string(j))
pass
pass
self.ui.append_item(self, "Light" + str(i), ' '.join(cap))
pass
pass
else:
self.ui.append_item(self, "Light Type", "transition")
for i in range(0, self.num_vals):
cap = [ ]
for j in range (0, control.get_num_light_values(i)):
cap2 = [ ]
for k in range (0,control.get_num_light_transitions(i, j)):
cap3 = [ ]
val = control.get_light_color(i, j, k)
cap3.append(OpenIPMI.color_string(val))
val = control.get_light_color_time(i, j, k)
cap3.append(OpenIPMI.color_string(val))
cap2.append(cap3)
pass
cap.append(cap2)
pass
self.ui.append_item(self, "Light" + str(i), str(cap))
pass
pass
pass
elif (self.control_type == OpenIPMI.CONTROL_IDENTIFIER):
self.ui.append_item(self, "Max Length", str(self.num_vals))
else:
self.ui.append_item(self, "Num Vals", str(self.num_vals))
pass
return
def entity_control_update_cb(self, op, entity, control):
use_setting = 0
print op + " control " + control.get_name()
if ((op == "added") or (op == "changed")):
t = control.get_type()
print " type = " + str(t)
print " entity_id = " + str(control.get_entity_id())
print " entity_instance = " + str(control.get_entity_instance())
print " settable = " + str(control.is_settable())
print " readable = " + str(control.is_readable())
print(" ignore_if_no_entity = " +
str(control.get_ignore_if_no_entity()))
print " control_id = " + str(control.get_control_id())
print " has_events = " + str(control.has_events())
num_vals = control.get_num_vals()
print " num_vals = " + str(num_vals)
if t == OpenIPMI.CONTROL_LIGHT:
use_setting = control.light_set_with_setting()
pass
if use_setting:
print " light controlled with setting"
tstr = " Colors: "
for i in range(0, OpenIPMI.CONTROL_NUM_COLORS):
if (control.light_is_color_supported(i)):
tstr += " " + OpenIPMI.color_string(i) + ("(%d)" % i)
pass
pass
print tstr
print(" light_has_local_control = " +
str(control.light_has_local_control()))
rv = control.ipmi_control_get_light(self)
if rv:
print "***Error getting light: " + str(rv)
pass
pass
elif t == OpenIPMI.CONTROL_IDENTIFIER:
print(" identifier_get_max_length = " +
str(control.identifier_get_max_length()))
rv = control.identifier_get_val(self)
if rv:
print "***Error getting control id: " + str(rv)
pass
pas
elif t == OpenIPMI.CONTROL_LIGHT:
for i in range(0, num_vals) :
n = control.get_num_light_values(i)
print " Light %d" % i
for j in range (0, n):
print " Value %d" % j
o = control.get_num_light_transitions(i, j)
for k in range (0, o):
tstr = " Transition %d:" & k
v = control.get_light_color(i, j, k)
tstr += " " + OpenIPMI.color_string(v)
v = control.get_light_color_time(i, j, k)
tstr += " time(" + str(v) + ")"
pass
pass
pass
pass
if op == "added":
rv = control.add_event_handler(self)
if rv:
print "***Error adding control event handler: " + str(rv)
pass
pass
pass
elif op == "deleted":
rv = control.remove_event_handler(self)
if rv:
print "***Error removing control event handler: " + str(rv)
pass
pass
return
def entity_control_update_cb(self, op, entity, control):
use_setting = 0
print op + " control " + control.get_name()
if ((op == "added") or (op == "changed")):
t = control.get_type()
print " type = " + str(t)
print " entity_id = " + str(control.get_entity_id())
print " entity_instance = " + str(control.get_entity_instance())
print " settable = " + str(control.is_settable())
print " readable = " + str(control.is_readable())
print(" ignore_if_no_entity = " +
str(control.get_ignore_if_no_entity()))
print " control_id = " + str(control.get_control_id())
print " has_events = " + str(control.has_events())
num_vals = control.get_num_vals()
print " num_vals = " + str(num_vals)
if t == OpenIPMI.CONTROL_LIGHT:
use_setting = control.light_set_with_setting()
pass
if use_setting:
print " light controlled with setting"
tstr = " Colors: "
for i in range(0, OpenIPMI.CONTROL_NUM_COLORS):
if (control.light_is_color_supported(i)):
tstr += " " + OpenIPMI.color_string(i) + ("(%d)" % i)
pass
pass
print tstr
print(" light_has_local_control = " +
str(control.light_has_local_control()))
rv = control.ipmi_control_get_light(self)
if rv:
print "***Error getting light: " + str(rv)
pass
pass
elif t == OpenIPMI.CONTROL_IDENTIFIER:
print(" identifier_get_max_length = " +
str(control.identifier_get_max_length()))
rv = control.identifier_get_val(self)
if rv:
print "***Error getting control id: " + str(rv)
pass
pas
elif t == OpenIPMI.CONTROL_LIGHT:
for i in range(0, num_vals):
n = control.get_num_light_values(i)
print " Light %d" % i
for j in range(0, n):
print " Value %d" % j
o = control.get_num_light_transitions(i, j)
for k in range(0, o):
tstr = " Transition %d:" & k
v = control.get_light_color(i, j, k)
tstr += " " + OpenIPMI.color_string(v)
v = control.get_light_color_time(i, j, k)
tstr += " time(" + str(v) + ")"
pass
pass
pass
pass
if op == "added":
rv = control.add_event_handler(self)
if rv:
print "***Error adding control event handler: " + str(rv)
pass
pass
pass
elif op == "deleted":
rv = control.remove_event_handler(self)
if rv:
print "***Error removing control event handler: " + str(rv)
pass
pass
return
