def set_symbol(self,name,value):
"""
Set
"""
#self.data[name]= value
self.data['__tmp__'] = value
s = "%s = __tmp__" % name
eval.do_exec(s,self.data)
del self.data['__tmp__']
def add_symbol(self,name,value):
"""
Add
"""
#self.data.update({name:value})
self.data['__tmp__'] = value
s = "%s = __tmp__" % name
eval.do_exec(s,self.data)
del self.data['__tmp__']
def del_symbol(self,name):
"""
Delete
"""
#return self.data.pop(name)
#del self.data[name]
if self.has_symbol(name):
s = "del %s" % name
eval.do_exec(s,self.data)
return
def get_symbol(self,name):
"""
Get
"""
s = "try:\n"
s = s+ " __tmp__ = %s\n" % name
s = s+ "except:\n"
s = s +" __tmp__ = None\n"
eval.do_exec(s,self.data)
tmp = self.data.get('__tmp__')
del self.data['__tmp__']
return tmp
def execute(self,arg,**kws):
"""
Execute an argument
return 0 if command is completed
return 1 if need more input
Note if USE_CODE = True its difficult to
catch exceptions. Here we are letting the
caller handle them. Note that the caller
must clear the buffer on an exception!
"""
###########
# This bit wont raise an exception
#if USE_CODE:
# ret = self.console.push(arg)
# if ret == True:
# return 1
# else:
# return 0
###########
# Use below which follows from python/lib/code.py
# Note the caller must clear the buffer
# when there is an exception!
if USE_CODE:
# append to buffer
self.console.buffer.append(arg)
source = "\n".join(self.console.buffer)
#print source
# Try to compile the code
# if its incomplete return 1
cd = self.console.compile(source, filename="<shell input>", symbol="single")
if cd is None: return 1
# If its complete run it
#exec cd in self.console.locals
ret = eval.do_exec(cd,self.symbol_table.data)
self.console.resetbuffer()
return 0
else:
try:
ret = eval.do_exec(arg,self.symbol_table.data)
return 0
except:
return 2
