def _get_values(self, context):
if debug: print 'Calculator evaluate', self, context
_module_lock.acquire()
try:
local_context = {}
id = thread_id()
if id in self._threads:
self._threads.remove(id) #if we don't remove it, this may become permanent
raise ECircularReference('Recursion detected', self.name)
self._threads.add(id)
finally:
_module_lock.release()
try:
for k in context.iterkeys():
v = context[k]
if debug: print 'Calculator key/value: ',k, v
if callable(v): #node gets and forced variables
x = v()
if not hasattr(x,'__abs__'):
if hasattr(x,'__float__'):
x = float(x)
elif hasattr(x,'__int__'):
x = int(x)
local_context[k] = x
if debug: print 'Callable returned :', local_context[k]
else:
local_context[k] = v
finally:
_module_lock.acquire()
try:
self._threads.discard(id)
finally:
_module_lock.release()
return local_context
def _get_values(self, context):
if debug: print 'Calculator evaluate', self, context
_module_lock.acquire()
try:
local_context = {}
id = thread_id()
if id in self._threads:
self._threads.remove(
id) #if we don't remove it, this may become permanent
raise ECircularReference('Recursion detected', self.name)
self._threads.add(id)
finally:
_module_lock.release()
try:
for k in context.iterkeys():
v = context[k]
if debug: print 'Calculator key/value: ', k, v
if callable(v): #node gets and forced variables
x = v()
if not hasattr(x, '__abs__'):
if hasattr(x, '__float__'):
x = float(x)
elif hasattr(x, '__int__'):
x = int(x)
local_context[k] = x
if debug: print 'Callable returned :', local_context[k]
else:
local_context[k] = v
finally:
_module_lock.acquire()
try:
self._threads.discard(id)
finally:
_module_lock.release()
return local_context
def _get_values(self, context):
_module_lock.acquire()
try:
local_context = {}
id = thread_id()
if id in self._threads:
#if we don't remove it, this may become permanent
self._threads.remove(id)
raise ECircularReference('Recursion detected', self.name)
self._threads.add(id)
finally:
_module_lock.release()
try:
for k in context.iterkeys():
v = context[k]
local_context[k] = v() if callable(v) else v
finally:
_module_lock.acquire()
try:
self._threads.discard(id)
finally:
_module_lock.release()
return local_context
def _get_values(self, context):
_module_lock.acquire()
try:
local_context = {}
id = thread_id()
if id in self._threads:
#if we don't remove it, this may become permanent
self._threads.remove(id)
raise ECircularReference('Recursion detected', self.name)
self._threads.add(id)
finally:
_module_lock.release()
try:
for k in context.iterkeys():
v = context[k]
local_context[k] = v() if callable(v) else v
finally:
_module_lock.acquire()
try:
self._threads.discard(id)
finally:
_module_lock.release()
return local_context
