def VIEW_REBIND(self, varname, rebinding_str):
"""
Rebind a view.
"""
try:
rebindings = self._rebindings(rebinding_str)
rebound = self.probe_loader.lookup(varname, *rebindings)
msg = simplejson.dumps(rebound.to_basic())
except StandardError, exc:
# reply(failure_reply(str(exc)))
from simx.act.context import R
R.reply(failure_reply(exc.message))
def DECLARE_PROBE(self,nodes, var, rebinding_str):
#def PROBE_BIND(self, varname, rebinding_str):
"""
Establish a particular binding.
Initially, no nodes are added.
"""
# try:
# rebindings = self._rebindings(rebinding_str)
# resolved = self.probe_loader.lookup(varname, *rebindings)
# binding_id = self.add_binding(resolved)
# msg = simplejson.dumps({
# 'id': binding_id,
# 'resolved': resolved.to_basic()
# })
# except StandardError, exc:
# reply(failure_reply(str(exc)))
# else:
# reply(success_reply(msg))
#print "rebindings****", rebinding_str
rebindings = self._rebindings(rebinding_str)
if rebindings is None:
return
#print "rebindings: ",rebindings
varname, varpara=self.splitbyName(var)
rebound = self.probe_loader.lookup(varname, *rebindings)
#binding_id = self.add_binding(rebound)
#print "rebound",rebound.to_basic(),"\n",simplejson.dumps(rebound.to_basic())
value=rebound.bind(nodes)
#print varpara
if(varpara is not None):
for para in varpara:
n=re.match(r"([0-9]+)",para)
if(n is not None):
para=int(n.group(1))
value=value[para]
#print "para:",value
#if varpara is not None and re.match(r"([0-9]+)",varpara[-1]) is not None:
#print "value:",value
#else:
#print "value:",value.get()
#rebound = self.probe_loader.lookup(varname, *rebindings)
#print "rebound",rebound
msg = simplejson.dumps(rebound.to_basic())
def GET_LISTING(self):
"""
Return a listing of all known variable and type information.
"""
def conv(src):
"Convert to proper transmission structure"
return dict((k, v.to_basic()) for k, v in src.iteritems())
data = {
'variables': conv(self.probe_loader.variables),
'structures': conv(self.probe_loader.structs),
'typedefs': conv(self.probe_loader.typedefs)
}
msg = simplejson.dumps(data)
# reply(success_reply(msg))
from simx.act.context import R
R.reply(success_reply(msg))
def to_json(self):
"""
Return JSON representation of definition.
"""
return simplejson.dumps(self.to_basic())
def to_json(self):
"""
Return JSON representation of definition.
"""
return simplejson.dumps(self.to_basic())