def _set_run(capstone_ion, password_ion, value, asyncOK):
turbine = capstone_ion.turbine
if value == 1:
# Start running...
utlcon = command.UTLCON(turbine, 2)
medbtu = command.MEDBTU(turbine, 1)
autrst = command.AUTRST(turbine, 1)
strcmd = command.STRCMD(turbine, 1)
response = capstone_ion.line_handler.command(utlcon)
response = capstone_ion.line_handler.command(medbtu)
response = capstone_ion.line_handler.command(autrst)
response = capstone_ion.line_handler.command(strcmd)
elif value == 0:
strcmd = command.STRCMD(turbine, 0)
response = capstone_ion.line_handler.command(strcmd)
else:
raise EInvalidValue, ('run', value)
def start(line_handler, turbine=0):
l = line_handler
r = l.command(command.PSSWRD(turbine, 'USR123P'))
print 'protect mode', r.is_protect()
r = l.command(command.UTLCON(turbine, 2)) # Set grid connect mode?
print 'utility connection number', r.utility_connection_value()
r = l.command(command.MEDBTU(turbine, 1))
print 'mode', r.mode()
r = l.command(command.AUTRST(turbine, 1))
print 'auto restart', r.auto_restart()
#r = l.command(command.WFRAMP(turbine,5)) # ?
#print 'can start', r.can_start()
r = l.command(command.STRCMD(
turbine, 1)) # Starts/stops the turbine (if USRSTR allows).
print 'will start', r.will_start()
def _create_single_children(self):
SingleValueCommand(self, 'password', command.PSSWRD(self.turbine),
_get_password_mode, _set_password)
SingleValueCommand(self, 'run', command.STRCMD(self.turbine),
_get_will_start, _set_run)
cache = RO_CommandCache(self, self.line_handler,
command.SYSSSL(self.turbine))
response_base = 'self.cached_response().'
_cache_roc_by_name(cache, response_base, 'system_severity_level')
cache = RO_CommandCache(self, self.line_handler,
command.SYSSTA(self.turbine))
response_base = 'self.cached_response().'
_cache_roc_by_name(cache, response_base, 'current_system_state_string')
cache = RO_CommandCache(self, self.line_handler,
command.WARNTY(self.turbine))
response_base = 'self.cached_response().'
_cache_roc_by_name(cache, response_base, 'hours_of_operation')
_cache_roc_by_name(cache, response_base, 'start_events')
def stop(line_handler, turbine=0):
r = l.command(command.PSSWRD(turbine, 'USR123P'))
print 'protect mode', r.is_protect()
r = l.command(command.STRCMD(turbine, 0)) # Stop the turbine.
print 'will start', r.will_start()
for i in c.children_names():
print i, c.get_child(i).get()
r = l.command(command.ALLDAT())
for sr in r._line_map.keys():
print r._get_response(sr)
r = l.command(command.PSSWRD(0, 'USR123P'))
print 'protect mode', r.is_protect()
r = l.command(command.USRSTR()) # Checks user-start.
print 'can start', r.can_start()
r = l.command(command.STRCMD()) # Starts/stops the turbine (if USRSTR allows).
print 'will start', r.will_start()
r = l.command(command.LOGOFF())
print 'reset', r.reset()
def start(line_handler, turbine=0):
l = line_handler
r = l.command(command.PSSWRD(turbine, 'USR123P'))
print 'protect mode', r.is_protect()
r = l.command(command.UTLCON(turbine, 2)) # Set grid connect mode?
print 'utility connection number', r.utility_connection_value()
r = l.command(command.MEDBTU(turbine, 1))
print 'mode', r.mode()
r = l.command(command.AUTRST(turbine, 1))