def test_unload(self):
"Test unload of architecture"
interface = Interface()
retMsg = interface.load({'filepath':TEST_ARCH_PATH})
self.assertEqual(retMsg,{'status':True})
retMsg = interface.unload()
self.assertEqual(retMsg,{'status':True})
def test_parse_command(self):
"Test API parse"
interface = Interface()
retMsg = interface.parse_command({})
self.assertEqual(retMsg,{})
# load
retMsg = interface.parse_command({
'load' : {
'filepath' : TEST_ARCH_PATH
}
})
self.assertEqual(retMsg,{'status':True})
# step
retMsg = interface.parse_command({
'step' : {
'type' : 'logic'
}
})
self.assertEqual(retMsg,{'status':True})
# reset
retMsg = interface.parse_command({'reset':{}})
self.assertEqual(retMsg,{'status':True})
# program
retMsg = interface.parse_command({
'program' : {
'filepath':TEST_PROGRAM_PATH,'memory':'memory'
}
})
self.assertTrue(retMsg['memory']['success'])
# inspect
retMsg = interface.parse_command({'inspect':['q']})
self.assertIn('q',retMsg)
# unload
retMsg = interface.parse_command({'unload':{}})
self.assertEqual(retMsg,{'status':True})
# assemble
retMsg = interface.parse_command({
'assemble' : {
'filepath':TEST_ASSEMBLE_PATH
}
})
self.assertEqual(retMsg['errors'],'')
def test_program(self):
"Test program function for a valid architecture"
interface = Interface()
retMsg = interface.load({'filepath':TEST_ARCH_PATH})
self.assertEqual(retMsg,{'status':True})
retMsg = interface.handle_component_msg({'inspect':['memory']})
self.assertEqual(len(retMsg['memory']['state']),0)
retMsg = interface.program({'filepath':TEST_PROGRAM_PATH,'memory':'memory'})
self.assertTrue(retMsg['memory']['success'])
retMsg = interface.handle_component_msg({'inspect':['memory']})
self.assertNotEqual(len(retMsg['memory']['state']),0)
def test_step(self):
"Test architecture clock step"
interface = Interface()
retMsg = interface.load({'filepath':TEST_ARCH_PATH})
self.assertEqual(retMsg,{'status':True})
retMsg = interface.handle_component_msg({'inspect':['q']})
value_1 = retMsg['q']['state']
retMsg = interface.step({'type':'logic'})
self.assertEqual(retMsg,({'status':True}))
retMsg = interface.handle_component_msg({'inspect':['q']})
value_2 = retMsg['q']['state']
self.assertNotEqual(value_1,value_2)
def test_assemble(self):
"Test assemble (requires GCC)"
interface = Interface()
retMsg = interface.assemble({'filepath':TEST_ASSEMBLE_PATH})
self.assertEqual(retMsg['errors'],'')
def test_constructor(self):
"Standard test for constructor"
interface = Interface()
def test_handle_component_msg(self):
"Test architecture hook API router"
interface = Interface()
retMsg = interface.load({'filepath':TEST_ARCH_PATH})
self.assertEqual(retMsg,{'status':True})
retMsg = interface.handle_component_msg({'inspect':['q']})
self.assertIn('q',retMsg)
retMsg = interface.handle_component_msg({
'modify' : {
'name' : 'memory',
'parameters' : {
'start' : 0,
'data' : [10,20,30,40,50,60,70,80]
}
}
})
self.assertTrue(retMsg['memory']['success'])
retMsg = interface.handle_component_msg({'inspect':['memory']})
self.assertEqual(retMsg['memory']['state'][7],80)
retMsg = interface.handle_component_msg({'clear' : ['memory']})
self.assertTrue(retMsg['memory']['success'])
retMsg = interface.handle_component_msg({'inspect':['memory']})
self.assertEqual(len(retMsg['memory']['state']),0)
retMsg = interface.handle_component_msg({'inspect':['const']})
value_1 = retMsg['const']['state']
retMsg = interface.handle_component_msg({
'generate' : {
'name' : 'const',
'parameters' : {
'state' : value_1 + 1
}
}
})
self.assertTrue(retMsg['const']['success'])
retMsg = interface.handle_component_msg({'inspect':['const']})
value_2 = retMsg['const']['state']
self.assertNotEqual(value_1,value_2)
if __name__ == "__main__":
isAlex = False # You're probably not Alex so we won't us sentry
if len(sys.argv) > 1:
port = int(sys.argv[1])
else:
port = DEFAULT_HOST_PORT
if isAlex:
from sentry.sentry import initialize_sentry
client = initialize_sentry()
try:
interface = Interface()
async def api_call(websocket, path):
async for message in websocket:
try:
msg = json.loads(message.replace("\\", "/"))
retMsg = interface.parse_command(msg)
rxStr = json.dumps(retMsg)
await websocket.send(rxStr)
except Exception as e:
await websocket.send(
json.dumps({
'status':
False,
'error':
'cannot parse JSON message: {}'.format(str(e))