def __init__(self, ltuname=None):
self.gettag1(ltuname)
self.tag= clientpy.dicxinfo_service(self.resultservice)
if self.tag==0:
print "Error: cannot register"
return
result= self.waitinfo()
if result[:6] == 'failed':
print "Error: "+result
self.tag=0
return
if ltuname!=None: # LTU
clientpy.dicxcmnd_callback(self.tag, self.ltuname+"/PIPE",
"open "+self.ltuname+" pyclient 1.0\n")
print self.waitinfo()
def execDO(self, cmd): # send and wait for result
#result='1234'
rc= clientpy.dicxcmnd_callback(self.ltu+"/DO", cmd)
if rc != 1:
return ''
result= self.waitinfo()
return result
def execDO(self, cmd): # send and wait for result
#result='1234'
print "execDO:"+self.resultservice+', '+cmd
rc= clientpy.dicxcmnd_callback(self.tag, self.docmd, cmd)
if rc != 1:
return ''
result= self.waitinfo()
print "res>%s<"%result
return result
def execDO(self, cmd): # send cmd, wait for result and return it
#result='1234'
self.dbgprt("execDO:"+self.resultservice+', '+cmd)
rc= clientpy.dicxcmnd_callback(self.tag, self.docmd, cmd)
if rc != 1:
self.errmsg("Bad cmd:",cmd)
return ''
result= self.waitinfo()
self.dbgprt("res>%s<"%result)
return result
def __init__(self, ltuname=None):
""" rc: self.tag:
0 -> connection not successful
>0 -> connection OK (i.e. execDO method can be used)
"""
self.gettag1(ltuname)
self.tag= clientpy.dicxinfo_service(self.resultservice)
if self.tag==0:
print "Error: cannot register"
return
result= self.waitinfo()
if result[:6] == 'failed':
self.errprt("DImServer(%s)"%ltuname, result)
self.tag=0
return
if ltuname!=None: # LTU
clientpy.dicxcmnd_callback(self.tag, self.ltuname+"/PIPE",
"open "+self.ltuname+" pyclient 1.0\n")
wimessage= self.waitinfo()
self.dbgprt(wimessage)
def __init__(self, ltu): self.ltu= ltu self.RESULTid= clientpy.dicxinfo_service(ltu+"/RESULT") print self.waitinfo() clientpy.dicxcmnd_callback(ltu+"/PIPE","open "+ltu+" pyclient 1.0\n") print self.waitinfo()
