def start():
kernel = Kernel()
kernel.verbose(False)
if isfile(FILE_PATH+"aimlFiles\\brain.brn"):
kernel.bootstrap(brainFile=FILE_PATH+"aimlFiles\\brain.brn")
else:
print("Please run brain.py file present in aimlFiles directory")
exit()
return kernel
"""
This file contains the PyAIML stress test. It creates two bots, and connects
them in a cyclic loop. A lot of output is generated; piping the results to
a log file is highly recommended.
"""
# import aiml
from aiml import Kernel # Use PyAiml dev
# Create the kernels
kern1 = Kernel()
kern1.verbose(False)
kern2 = Kernel()
kern2.verbose(False)
# Initialize the kernels
print("Initializing Kernel #1")
kern1.bootstrap(learnFiles="std-startup.xml", commands="load aiml b")
kern1.saveBrain("standard.brn")
print("\nInitializing Kernel #2")
kern2.bootstrap(brainFile="standard.brn")
# Start the bots off with some basic input.
response = "askquestion"
# Off they go!
while True:
response = kern1.respond(response).strip()
print("1:", response)
response = kern2.respond(response).strip()
print("2:", response)
"""
This file contains the PyAIML stress test. It creates two bots, and connects
them in a cyclic loop. A lot of output is generated; piping the results to
a log file is highly recommended.
"""
# import aiml
from aiml import Kernel # Use PyAiml dev
# Create the kernels
kern1 = Kernel()
kern1.verbose(False)
kern2 = Kernel()
kern2.verbose(False)
# Initialize the kernels
print("Initializing Kernel #1")
kern1.bootstrap(learnFiles="std-startup.xml", commands="load aiml b")
kern1.saveBrain("standard.brn")
print("\nInitializing Kernel #2")
kern2.bootstrap(brainFile="standard.brn")
# Start the bots off with some basic input.
response = "askquestion"
# Off they go!
while True:
response = kern1.respond(response).strip()
print("1:", response)
response = kern2.respond(response).strip()
print("2:", response)
