def getVarsInfo(self,vartype,res):
if self.active or not self.running:
return res
ch=self.changed
self.write('info {}'.format(vartype))
lines,ok=self.read()
self.changed=ch
if not ok:
#print "Failed to evaluate {}".format(var)
return res
if type(lines) is list:
lines='\n'.join(lines)
lines=lines.split('\n')
groups=[]
for line in lines:
if line:
if line[0]!=' ':
groups.append([])
groups[-1].append(line)
for group in groups:
all='\n'.join(group)
import xparse
#from xparse.xparse import Node
cur=xparse.parse(all)
if cur:
res[cur.name]=cur
def getLocals(self):
res={}
if self.active or not self.running:
return res
ch=self.changed
self.write('info locals')
lines,ok=self.read()
self.changed=ch
if not ok:
#print "Failed to evaluate {}".format(var)
return res
if type(lines) is list:
lines='\n'.join(lines)
#open("locals.txt","w").write(lines)
lines=lines.split('\n')
groups=[]
for line in lines:
if line[0]!=' ':
groups.append([])
groups[-1].append(line)
for group in groups:
all='\n'.join(group)
import xparse
from xparse.xparse import Node
cur=xparse.parse(all)
if cur:
res[cur.name]=cur
return res
def evaluate(self,var):
import xparse
lines=self.printVar(var)
if globals.dev:
print "@@@\n{}\n@@@".format(lines)
return xparse.parse(lines)
def evaluate(self,var):
import xparse
from xparse.xparse import Node
lines=self.printVar(var)
return xparse.parse(lines)
