def commandReact(command, message, irc):
arg = {}
for i in range(0, len(message["args"])):
arg.update({"arg" + str(i + 1): message["args"][i]})
if len(message["args"]) < 10:
for i in range(len(message["args"]), 10):
arg.update({"arg" + str(i + 1): ""})
for name in commands:
c = commands[name]
if c["reactTo"] == "sender":
reactTo = common.senderFormat(message["from"], "nick")
elif c["reactTo"] == "channel":
if message["to"].split("!")[0] != common.conf.read()["nick"]:
reactTo = message["to"]
else:
reactTo = common.senderFormat(message["from"], "nick")
if command == name and c["reactType"] == "say":
common.say(reactTo, common.substitute(c["reactText"], message,
arg), irc)
return True
elif command == name and c["reactType"] == "me":
common.me(reactTo, common.substitute(c["reactText"], message, arg),
irc)
return True
return False
def run_scp(local_file, destination):
scp_cmd = 'scp {} '.format(g_id_rsa_option)
output, returncode = run(scp_cmd + ' {} {}@{}:{}'.format(
local_file, g_args.ssh_user, g_new_instance_ip_address, destination),
hide_command=g_hide_command,
debug=g_args.debug)
say(output)
def textReact(message,irc): try: for c in texts: if c["reactTo"] == "sender": reactTo = common.senderFormat(message["from"],"nick") elif c["reactTo"] == "channel": if ommon.senderFormat(message["to"],"nick") != common.conf.read()["nick"]: reactTo = message["to"] else: reactTo = common.senderFormat(message["from"],"nick") if c["matchType"] == "equals" and message["message"].lower() == common.substitute(c["matchText"].lower(),message): if c["reactType"] == "say": common.say(reactTo,common.substitute(c["reactText"],message),irc) return True elif c["reactType"] == "me": common.me(reactTo,common.substitute(c["reactText"],message),irc) return True elif c["matchType"] == "contains" and message["message"].lower().find(common.substitute(c["matchText"].lower(),message)) != -1: if c["reactType"] == "say": common.say(reactTo,common.substitute(c["reactText"],message),irc) return True elif c["reactType"] == "me": common.me(reactTo,common.substitute(c["reactText"],message),irc) return True return False except: pass
def textReact(message, irc):
try:
for c in texts:
if c["reactTo"] == "sender":
reactTo = common.senderFormat(message["from"], "nick")
elif c["reactTo"] == "channel":
if ommon.senderFormat(message["to"],
"nick") != common.conf.read()["nick"]:
reactTo = message["to"]
else:
reactTo = common.senderFormat(message["from"], "nick")
if c["matchType"] == "equals" and message["message"].lower(
) == common.substitute(c["matchText"].lower(), message):
if c["reactType"] == "say":
common.say(reactTo,
common.substitute(c["reactText"], message), irc)
return True
elif c["reactType"] == "me":
common.me(reactTo,
common.substitute(c["reactText"], message), irc)
return True
elif c["matchType"] == "contains" and message["message"].lower(
).find(common.substitute(c["matchText"].lower(), message)) != -1:
if c["reactType"] == "say":
common.say(reactTo,
common.substitute(c["reactText"], message), irc)
return True
elif c["reactType"] == "me":
common.me(reactTo,
common.substitute(c["reactText"], message), irc)
return True
return False
except:
pass
def getExistingMasterInstance(current_master_ip=None):
say('Making sure jenkins is not running on the master...', banner="*")
# First make sure you can run a dummy command.
cmd = '{} {}@{} \'echo hello\''.format(g_ssh_cmd, g_args.ssh_user,
g_args.current_master_ip)
run(cmd, hide_command=g_hide_command)
say('Script was able to ssh onto master and run "echo hello world"...')
# OK, not make sure jenkins is not running: Add an extra "-t", otherwise you will get:
# sudo: sorry, you must have a tty to run sudo
cmd = '{} -t {}@{} \'sudo service jenkins status\''.format(
g_ssh_cmd, g_args.ssh_user, g_args.current_master_ip)
output, returncode = run(cmd,
raise_on_failure=False,
hide_command=g_hide_command,
debug=g_args.debug)
if 'jenkins' in output and 'is running...' in output:
user_input = input(
'Jenkins is running on the master. Are you sure you want to continue? (y|n)'
)
if user_input != 'y':
say('goodbye!')
sys.exit(0)
say('Getting instance from IP: ' + g_args.current_master_ip)
output, returncode = run(
'aws ec2 describe-instances --filters "Name=ip-address,Values=' +
g_args.current_master_ip + '"',
hide_command=g_hide_command,
debug=g_args.debug)
instance = json.loads(output)['Reservations'][0]['Instances'][0]
say('Instance-id of existing Jenkins master: ' + instance['InstanceId'])
return instance
def run_ssh(cmd, raise_on_failure=True):
pre_cmd = '{} -t {}@{} '.format(g_ssh_cmd, g_args.ssh_user,
g_new_instance_ip_address)
output, returncode = run(pre_cmd + '\'{}\''.format(cmd),
hide_command=g_hide_command,
debug=g_args.debug,
raise_on_failure=raise_on_failure)
say(output)
return output, returncode
def check_spot_instance_termination():
while True:
script_to_run = os.path.abspath(
os.path.join(os.path.dirname(__file__),
'check_spot_instance_termination.sh'))
output, returncode = run(script_to_run)
if returncode == 1:
say('The instance is about to be terminated! Exiting script now!')
os._exit(1)
say(output)
time.sleep(5)
def mkCity(callingWidget, fileid, tabs):
global cities
if idExists(fileid, "c"):
say("Existing fileid! Loading instead...")
else:
cities[fileid] = {}
cities[fileid]["info"] = loadCity(fileid)
cities[fileid]["changed"] = False
cities[fileid]["cat"] = "c"
saveThisC(callingWidget, fileid)
displayCity(callingWidget, fileid, tabs)
def mkState(callingWidget,fileid,tabs):
global states
if idExists(fileid,'s'):
say("Existing fileid! Loading instead...")
else:
states[fileid] = {}
states[fileid]['info'] = loadState(fileid)
states[fileid]['changed'] = False
states[fileid]['cat'] = 's'
pushLoc(fileid)
saveThisS(callingWidget,fileid)
displayState(callingWidget,fileid,tabs)
def amiExists(ami_id=None):
cmd = 'aws ec2 describe-images --image-ids ' + ami_id
output, returncode = run(cmd,
hide_command=g_hide_command,
debug=g_args.debug)
j = json.loads(output)
if len(j['Images']) == 0:
say('AMI-ID not found: ' + ami_id)
return False
else:
say('AMI-ID found: ' + ami_id)
return True
def mkPerson(callingWidget,fileid,tabs):
global people
if idExists(fileid,'p'):
say("Existing fileid! Loading instead...")
else:
p = loadPerson(fileid)
people[fileid] = {}
people[fileid]['info'] = p[0]
people[fileid]['relat'] = p[1]
people[fileid]['changed'] = False
people[fileid]['cat'] = 'p'
saveThisP(callingWidget,fileid)
displayPerson(callingWidget,fileid,tabs)
def mkPlace(callingWidget,fileid,tabs):
global places
if idExists(fileid,'l'):
say("Existing fileid! Loading instead...")
else:
L = loadPlace(fileid)
places[fileid] = {}
places[fileid]['info'] = L[0]
places[fileid]['relat'] = L[1]
places[fileid]['changed'] = False
places[fileid]['cat'] = 'l'
saveThisL(callingWidget,fileid)
displayPlace(callingWidget,fileid,tabs)
def react(t, irc):
command, message = common.command(common.type(t))
args = message['args']
sender = common.senderFormat(message['from'], "nick")
if command == None:
return False
if command.lower() != "weather":
return False
if len(args) == 0:
location = getSavedData(sender)
else:
location = " ".join(args)
putSavedData(sender, location)
if location == False:
if message["to"].split("!")[0] != common.conf.read()["nick"]:
common.say(
message['to'],
"Sorry, I don't know where you live. Try \"{0}weather <location>\""
.format(common.conf.read()['commands']['commandPrefix']), irc)
else:
common.say(
common.senderFormat(message["from"], "nick"),
"Sorry, I don't know where you live. Try \"{0}weather <location>\""
.format(common.conf.read()['commands']['commandPrefix']), irc)
else:
if message["to"].split("!")[0] != common.conf.read()["nick"]:
common.say(message['to'], stringFromLocation(location), irc)
else:
common.say(common.senderFormat(message["from"], "nick"),
stringFromLocation(location), irc)
def attacheVolume(volume_id=None, instance_id=None, region=None):
say('Attaching volume...', banner="*")
cmd = 'aws ec2 attach-volume --volume-id ' + str(volume_id) + \
' --instance-id ' + str(instance_id) + \
' --device /dev/sdb'
output, returncode = run(cmd,
hide_command=g_hide_command,
debug=g_args.debug)
say(output)
while True:
cmd = 'aws ec2 describe-volumes --volume-ids ' + str(volume_id)
output, returncode = run(cmd,
hide_command=g_hide_command,
debug=g_args.debug)
state = json.loads(output)['Volumes'][0]['State']
if state == 'in-use':
say('Volume has been attached: ' + str(volume_id))
break
else:
say('Current State: ' + str(state))
time.sleep(15)
# Re-describe the instance, since it now has a new volume:
cmd = 'aws ec2 describe-instances --instance-ids {} --region {}'.format(
instance_id, region)
output, returncode = run(cmd,
hide_command=g_hide_command,
debug=g_args.debug)
instance = json.loads(output)['Reservations'][0]['Instances'][0]
return instance
def kick_off_jobs(test_file):
say('Kicking off all the workers...', banner='*', color='green')
ret_jenkins_queue_jobs = []
# Get all the tests from the tests.txt:
all_tests = []
with open(test_file, 'r') as fd:
for test in fd.readlines():
if test.strip() != '':
all_tests.append(test.strip())
say('num of tests : {}'.format(len(all_tests)))
say('These are the tests that set to be executed on this run:')
for test in all_tests:
say('test: {0}'.format(test))
for test in all_tests:
# For each test group, call a jenkins job to run them sequencially:
params = {
'GIT_HASH': args.git_hash,
'UPSTREAM_BUILD_NUMBER': os.environ.get('BUILD_NUMBER', 'manual'),
'TEST': test
}
# Put these jobs on the queue:
r = build_job(host=args.jenkins_host,
build_name=args.worker_job,
params=params,
username=args.jenkins_username,
password=args.jenkins_password)
ret_jenkins_queue_jobs.append(r)
return ret_jenkins_queue_jobs
def getPlacesIn(city):
state = common.getInf(cities.get(city),["info","statefile"],None)
if state.find(".xml") > -1: state = state.split('.')[0]
if city.find(".xml") > -1: city = city.split('.')[0]
if state:
data = placeList.get(state)
if data is not None:
data = placeList[state].get(city)
if data is not None:
return data
else:
common.say("City %s not found in placeList" %city)
else:
common.say("State %s not found in placeList" % state)
return {}
def run(cmd):
output = None
returncode = None
say('Running command: {}'.format(cmd))
try:
p = subprocess.Popen(cmd,
stdout=subprocess.PIPE,
stderr=subprocess.STDOUT,
universal_newlines=True,
shell=True)
output = p.communicate()[0]
returncode = p.returncode
except Exception:
say('***Error in command: {0}'.format(cmd))
say('Exception:----------------')
say(traceback.format_exc())
say('--------------------------')
return output, returncode
def createSnapshot(volume_id=None):
say('Creating snapshot...', banner="*")
cmd = 'aws ec2 create-snapshot --description jenkins-master-snapshot --volume-id ' + volume_id
output, returncode = run(cmd,
hide_command=g_hide_command,
debug=g_args.debug)
snapshot_id = json.loads(output)['SnapshotId']
while True:
cmd = 'aws ec2 describe-snapshots --snapshot-ids ' + str(snapshot_id)
output, returncode = run(cmd,
hide_command=g_hide_command,
debug=g_args.debug)
status = json.loads(output)['Snapshots'][0]['State']
progress = json.loads(output)['Snapshots'][0]['Progress']
if status == 'completed':
say('Snapshot has been created!')
break
else:
say('Current Status: ' + str(status) + '. Current Progress: ' +
str(progress))
time.sleep(15)
cmd = 'aws ec2 create-tags --resources ' + str(
snapshot_id) + ' --tags Key=Name,Value=jenkins-master-snapshot'
output, returncode = run(cmd,
hide_command=g_hide_command,
debug=g_args.debug)
return snapshot_id
def commandReact(command,message,irc):
arg = {}
for i in range(0,len(message["args"])):
arg.update({"arg"+str(i+1):message["args"][i]})
if len(message["args"]) < 10:
for i in range(len(message["args"]),10):
arg.update({"arg"+str(i+1):""})
for name in commands:
c = commands[name]
if c["reactTo"] == "sender":
reactTo = common.senderFormat(message["from"],"nick")
elif c["reactTo"] == "channel":
if message["to"].split("!")[0] != common.conf.read()["nick"]:
reactTo = message["to"]
else:
reactTo = common.senderFormat(message["from"],"nick")
if command == name and c["reactType"] == "say":
common.say(reactTo,common.substitute(c["reactText"],message,arg),irc)
return True
elif command == name and c["reactType"] == "me":
common.me(reactTo,common.substitute(c["reactText"],message,arg),irc)
return True
return False
def parseArgs():
default_rpm = 'http://pkg.jenkins-ci.org/redhat-stable/jenkins-1.625.3-1.1.noarch.rpm'
parser = argparse.ArgumentParser(
formatter_class=argparse.ArgumentDefaultsHelpFormatter)
parser.add_argument('--ami_id', help='AMI-ID.', default='ami-8f5a4bee')
parser.add_argument('--current-master-ip',
help='Public IP Address of existing Jenkins Master.')
parser.add_argument('--id_rsa',
help='id_rsa file used to ssh onto the master.',
default=None)
parser.add_argument('--key_pair_name',
help='AWS key name.',
default='jenkins.cloud')
parser.add_argument('--ssh_user', help='ssh user.', default='ec2-user')
parser.add_argument(
'--target_env',
help='The target env to create instance in. Usually "eod-us-west-2".',
choices=g_env_map['environments'].keys(),
default='eod-us-west-2')
parser.add_argument('--volume_type',
help='The EBS volume type.',
choices=['gp2', 'standard'],
default='gp2')
parser.add_argument(
'--volume_size',
help=
'The EBS volume size in GB. If none specified, the size of the snapshot is used.',
default=None)
parser.add_argument('--instance_type',
help='The size of the instance.',
default='t2.medium')
parser.add_argument('--jenkins_rpm',
help='The http location of the jenkins rpm.',
default=default_rpm)
parser.add_argument('--owner_email',
help='The owner tag for the jenkins master',
default='*****@*****.**')
parser.add_argument('--debug',
action='store_true',
help='Show debug information.')
args = parser.parse_args()
if args.current_master_ip is None and args.volume_size is None:
say('You have not specified an existing jenkins master, so a EBS volme will be created for you.'
)
say('You must specify a volume size for this new volume.')
say('Exiting with error...')
sys.exit(1)
return args
def react(t,irc):
command,message = common.command(common.type(t))
args = message['args']
sender = common.senderFormat(message['from'],"nick")
if command == None:
return False
if command.lower() != "weather":
return False
if len(args) == 0:
location = getSavedData(sender)
else:
location = " ".join(args)
putSavedData(sender,location)
if location == False:
if message["to"].split("!")[0] != common.conf.read()["nick"]:
common.say(message['to'],"Sorry, I don't know where you live. Try \"{0}weather <location>\"".format(common.conf.read()['commands']['commandPrefix']) , irc)
else:
common.say(common.senderFormat(message["from"],"nick"),"Sorry, I don't know where you live. Try \"{0}weather <location>\"".format(common.conf.read()['commands']['commandPrefix']),irc)
else:
if message["to"].split("!")[0] != common.conf.read()["nick"]:
common.say(message['to'],stringFromLocation(location),irc)
else:
common.say(common.senderFormat(message["from"],"nick"),stringFromLocation(location),irc)
def findJenkinsVolume(instance=None):
say('Finding data storage block device...', banner="*")
for block_device in instance['BlockDeviceMappings']:
if 'Ebs' in block_device.keys():
output, returncode = run('aws ec2 describe-volumes --volume-ids ' +
block_device['Ebs']['VolumeId'],
hide_command=g_hide_command,
debug=g_args.debug)
j = json.loads(output)
if 'Tags' in j['Volumes'][0].keys():
for tag in j['Volumes'][0]['Tags']:
if tag['Key'] == 'Name' and tag[
'Value'] == 'jenkins-master-volume':
say('Found the volume that we want to create a snapshot from (has tag jenkins-master-volume): '
+ block_device['Ebs']['VolumeId'] + '. Size:' +
str(json.loads(output)['Volumes'][0]['Size']))
return block_device
say('***Error: Could not find master volume via the Name tag.')
return None
def createVolume(snapshot_id=None,
volume_type=None,
volume_size=None,
region=None,
az=None):
say('Creating volume...', banner="*")
snapshot_arg = ' --snapshot-id {}'.format(snapshot_id)
if snapshot_id is None:
snapshot_arg = ''
volume_size = '' if volume_size is None else ' --size ' + volume_size
cmd = 'aws ec2 create-volume --region ' + region + \
' --availability-zone ' + az + ' ' + \
snapshot_arg + \
' --volume-type ' + volume_type + volume_size
output, returncode = run(cmd,
hide_command=g_hide_command,
debug=g_args.debug)
volume_id = json.loads(output)['VolumeId']
size = json.loads(output)['Size']
while True:
cmd = 'aws ec2 describe-volumes --volume-ids ' + str(volume_id)
output, returncode = run(cmd,
hide_command=g_hide_command,
debug=g_args.debug)
state = json.loads(output)['Volumes'][0]['State']
if state == 'available':
say('Volume has been created: ' + str(volume_id))
break
else:
say('Current State: ' + str(state))
time.sleep(15)
cmd = 'aws ec2 create-tags --resources ' + str(
volume_id) + ' --tags Key=Name,Value=jenkins-master-volume'
output, returncode = run(cmd,
hide_command=g_hide_command,
debug=g_args.debug)
return volume_id, size
def ingest(inCmd,
inStr,
mood=[],
weight=[],
isCmd=False,
isMem=False,
matches=[[], []]):
from common import wordSim, processResponse, getResponse, say
#from loadFile import load
from determineFunction import findCMD, refineMatches
from Fermi import substituteBiographicMemory
if not (isCmd or isMem):
matches = refineMatches(inCmd, inStr)
matches = substituteBiographicMemory(matches, queryType='what is')
if len(matches[0]) == 0 and not (isCmd or isMem):
say(getResponse(findCMD("rephrase")),
more=False,
speak=setting("SPEAK"),
moodUpdate=True)
return False
'''
Algorithm:
- load substance from list
- record ingestion time
- append to INGESTED list
'''
if isCmd:
ingestionTime = time.time()
taskProfile = "pow(2.0, -1.0*T*T/(900.0*900.0))" # ~15 minute half life
taskDetails = [[inCmd[0]], mood, weight, taskProfile]
#print "appending: ", taskDetails
GLOB['INGESTED'].append([taskDetails, ingestionTime, "COMMAND"])
GLOB['MOOD'] = updateMood(GLOB['MOOD'], weight=[0] * GLOB['MOODDIM'])
#print "AFTER CMD ADD"
#print GLOB['MOOD']
return # no return value if adding a cmd mood modifier
if isMem:
#print "ADDING MEMORY MOOD"
ingestionTime = time.time()
memProfile = "pow(2.0, -1.0*T*T/(900.0*900.0))" # ~15 minute half life
memDetails = [[inStr], mood, weight, memProfile]
#print "appending: ", taskDetails
GLOB['INGESTED'].append([memDetails, ingestionTime, "MEMORY"])
GLOB['MOOD'] = updateMood(GLOB['MOOD'], weight=[0] * GLOB['MOODDIM'])
#print "AFTER CMD ADD"
#print GLOB['MOOD']
return # no return value if adding a cmd mood modifier
substances = load(SETS_DIR + "substances.txt", LPC=5)
# line 0: name(s)
# line 1: effect
# line 2: weight
# line 3: profile equations
# line 4: response formats
'''
for matchStr in inCmd[1]:
matchStr= matchStr.replace('juice','')
inStr = inStr.replace(matchStr, '')
'''
# find top match
maxMatch = 0
topSubstance = []
for substance in substances:
for matchPhrase in substance[0]:
matchScore = wordSim(matches[0][0], matchPhrase, useInScore=True)
#print matchPhrase, inStr, matchScore
if matchScore >= maxMatch:
maxMatch = matchScore
topSubstance = substance
if setting('DEBUG'):
print "INGESTION SCORE:", topSubstance[0], " - ", maxMatch
# topSubstance[4]:
#replacements = [topSubstance[0][randint(0,len(topSubstance[0])-1)]]
replacements = topSubstance[0][randint(0,
len(topSubstance[0]) -
1)] #matches[0][0] #
#rStr = processResponse(getResponse(inCmd), replacements)
responseForm = topSubstance[4][randint(0, len(topSubstance[4]) - 1)]
rStr = processResponse(responseForm, [replacements])
say(rStr, more=False, speak=setting("SPEAK"))
# now modify mood accordingly
ingestionTime = time.time()
#print "appending: ", topSubstance
GLOB['INGESTED'].append([topSubstance, ingestionTime, "SUBSTANCE"])
#print "BEFORE UPDATE"
#print GLOB['MOOD']
GLOB['MOOD'] = updateMood(GLOB['MOOD'], weight=[0] * GLOB['MOODDIM'])
#print "AFTER SUBSTANCE ADD"
#print GLOB['MOOD']
return [topSubstance[0][0], True]
say('--------------------------')
return output, returncode
def check_spot_instance_termination():
while True:
script_to_run = os.path.abspath(
os.path.join(os.path.dirname(__file__),
'check_spot_instance_termination.sh'))
output, returncode = run(script_to_run)
if returncode == 1:
say('The instance is about to be terminated! Exiting script now!')
os._exit(1)
say(output)
time.sleep(5)
if __name__ == '__main__':
args = parseArgs()
# Run thread that checks if spot instance is about to be destroyed:
thread = threading.Thread(target=check_spot_instance_termination)
thread.daemon = True
thread.start()
# Run all the tests:
output, returncode = run(os.environ.get('TEST', 'echo "no tests!"'))
say('OUTPUT: \n{}'.format(output))
sys.exit(returncode)
if __name__ == "__main__":
# Parse the command line args:
g_args = parseArgs()
# Debug or no Debug:
g_hide_command = False if g_args.debug is True else True
# Is this a new master or clone from existing master:
b_new_instance = True if g_args.current_master_ip is None else False
g_new_instance_ip_address = None
# Setup general ssh command syntax:
if g_args.id_rsa is not None:
if not os.path.exists(g_args.id_rsa):
say('***Error: File does not exist: {}'.g_args.id_rsa)
sys.exit(1)
g_id_rsa_option = '' if g_args.id_rsa is None else '-i {}'.format(
g_args.id_rsa)
g_ssh_cmd = (
'ssh {} -o ControlMaster=no -o ConnectTimeout=30 -t -n '
'-o PreferredAuthentications=publickey -o StrictHostKeyChecking=no '
'-o UserKnownHostsFile=/dev/null').format(g_id_rsa_option)
if amiExists(ami_id=g_args.ami_id) is False:
say('***Error: You have to pass in an AMI that exists.')
sys.exit(1)
snapshot_id = None
subnet_id = random.choice(
g_env_map['environments'][g_args.target_env]['vpcsubnet'])['id']
def moodReport(inCmd, inStr, matches=[[], []]):
from common import say, getResponse
from Fermi import stateSummary
from satisfactionMaximization import IV
reportType = "short"
if "report" in inStr:
reportType = "full"
PREVMOOD = GLOB['PREVMOOD']
MOOD = GLOB['MOOD']
INGESTED = GLOB['INGESTED']
if reportType == "short":
#mVec = copy.deepcopy(MOOD)
#mVec = fullMoodVec(mVec)
Fm = fullMoodVec(MOOD, pronoun=True) # weight vector
Fm.sort(key=lambda tup: tup[1])
Fm.reverse()
#curFace = getFace(MOOD)
#rStr = "I am feeling "+curFace[2]+"."
rStr = "I am feeling " + Fm[0][0]
if Fm[0][0] >= 0:
rStr += ", but"
else:
rStr += ", and"
#print "HERE"
# sort by weight
Fw = fullMoodVec(IV(), colloquial=True) # weight vector
Fw.sort(key=lambda tup: tup[1])
Fw.reverse()
topNeed = Fw[0]
if topNeed[1] >= 0.85:
rStr += " I am badly in need of some " + topNeed[0] + '.'
elif topNeed[1] >= 0.5:
rStr += " I am in need of some " + topNeed[0] + '.'
elif topNeed[1] >= 0.25:
rStr += " I could use some " + topNeed[0] + '.'
else:
rStr += " I wouldn't mind some " + topNeed[0] + '.'
say(rStr, more=False, speak=setting("SPEAK"), location="history")
#topThought = m.getTopSentence(QV, ["", GLOB['MOOD']])
#print k.sf(topThought[1], 3)
#say('*'+topThought[0]+'*', more=False, speak=setting("SPEAK"), moodUpdate=True)
else:
# want to get previous mood before AI talks about mood report
prevFace = getFace(PREVMOOD)
say(getResponse(inCmd), more=False, speak=setting("SPEAK"))
curFace = getFace(MOOD)
SMood, iWeights = ingestionMood(moodType="SUBSTANCE")
imVec = [SMood[i] * iWeights[i] for i in range(GLOB['MOODDIM'])]
iFace = getFace(SMood)
T = timeFactor()
print
print " Current mood:", curFace[2]
print " Emoticon:", curFace[0]
#print "\n %s" % ''.join('%s'%MOOD)
stateSummary()
print
print "Previous mood:", prevFace[2]
print " Emoticon:", prevFace[0]
#print "\n %s" % ''.join('%s'%PREVMOOD)
stateSummary(PREVMOOD)
print
print "Mood from ingestions"
print " Emoticon:", iFace[0]
#print "\n %s" % ''.join('%s'%imVec)
stateSummary(imVec)
print
print "Mood from time of day"
print " Emoticon:", getFace(T)[0]
print " Arousal: %.2f" % T[1]
return True
def help(args, caller, irc):
print("Help is running")
print("help(" + str(args) + "," + str(caller) + "," + str(irc) + ")")
if len(args) <= 1:
common.say(common.senderFormat(caller, "nick"), helpText["help"], irc)
elif args[1] == "":
print("saying helptext")
common.say(common.senderFormat(caller, "nick"), helpText["help"], irc)
print("said helptext")
elif args[1][0] == "a":
common.say(common.senderFormat(caller, "nick"), helpText["add"], irc)
elif args[1][0] == "r":
common.say(common.senderFormat(caller, "nick"), helpText["remove"],
irc)
elif args[1][0] == "e":
common.say(common.senderFormat(caller, "nick"), helpText["edit"], irc)
elif args[1][0] == "l":
common.say(common.senderFormat(caller, "nick"), helpText["list"], irc)
else:
common.say(common.senderFormat(caller, "nick"), "Yerwhat!?", irc)
def setTerminationPolicy(instance=None, region=None):
# Before terminating, make sure all block devices are set to DeleteOnTermination is true:
for block_device in instance['BlockDeviceMappings']:
say('------------')
say(block_device)
if 'Ebs' in block_device.keys():
if block_device['Ebs']['DeleteOnTermination'] is False:
# Flip the bit to true:
device_name = block_device['DeviceName']
cmd_modify = 'aws ec2 modify-instance-attribute' + \
' --region ' + region + \
' --instance-id ' + str(instance['InstanceId']) + \
' --block-device-mappings ' + \
'\'[{"DeviceName": "' + device_name + '","Ebs":{"DeleteOnTermination":true}}]\''
output, returncode = run(cmd_modify,
hide_command=True,
retry_count=3)
# Wait for it to stick:
bHasStuck = False
say('Waiting for termination policy to stick...')
for i in range(30):
cmd = 'aws ec2 describe-instance-attribute --instance-id {}' \
' --attribute blockDeviceMapping --region {}'.format(instance['InstanceId'], region)
output, returncode = run(cmd,
hide_command=True,
retry_count=3)
# We have to loop (again) to find the block device that we just set :(
for bd in json.loads(output)['BlockDeviceMappings']:
if bd['DeviceName'] == device_name:
if bd['Ebs']['DeleteOnTermination'] is True:
bHasStuck = True
break
if bHasStuck is True:
say('DeleteOnTermination has stuck!')
break
else:
say('Block device DeleteOnTermination has not stuck yet. Sleeping for 2 seconds...'
)
time.sleep(2)
if bHasStuck is False:
say('***Error: We set the launch perm, but it did not stick. Error!'
)
sys.exit(1)
say('All block devices on instance, ' + str(instance['InstanceId']) +
', are set to terminate on deletion.')
def help(args,caller,irc):
print("Help is running")
print("help("+str(args)+","+str(caller)+","+str(irc)+")")
if len(args) <= 1:
common.say(common.senderFormat(caller,"nick"),helpText["help"],irc)
elif args[1] == "":
print("saying helptext")
common.say(common.senderFormat(caller,"nick"),helpText["help"],irc)
print("said helptext")
elif args[1][0] == "a":
common.say(common.senderFormat(caller,"nick"),helpText["add"],irc)
elif args[1][0] == "r":
common.say(common.senderFormat(caller,"nick"),helpText["remove"],irc)
elif args[1][0] == "e":
common.say(common.senderFormat(caller,"nick"),helpText["edit"],irc)
elif args[1][0] == "l":
common.say(common.senderFormat(caller,"nick"),helpText["list"],irc)
else:
common.say(common.senderFormat(caller,"nick"),"Yerwhat!?",irc)
def add(args, caller, irc):
if len(args) < 6:
common.say(
common.senderFormat(caller, "nick"),
"Oops, try sending the right number of arguments (see \"{cp}sr help add\" if you're having trouble)"
.replace("{cp}",
common.conf.read()["commands"]["commandPrefix"]), irc)
elif args[1][0].lower() == "c": #command
if len(args) > 6:
args[5] = " ".join(args[5:])
args = args[:6]
if len(args) == 6:
if args[3][0].lower() in ("m", "s") and args[4][0].lower() in (
"c", "s"): #me,say channel,sender
name = args[2]
if args[3][0].lower() == "m":
args[3] = "me"
elif args[3][0].lower() == "s":
args[3] = "say"
if args[4][0].lower() == "c":
args[4] = "channel"
elif args[4][0].lower() == "s":
args[4] = "sender"
command = {
"reactType": args[3],
"reactTo": args[4],
"reactText": args[5]
}
# DO THIS
cfg = common.persistence.confLoad("simpleResponse",
defaultConf)
try:
texts = cfg["texts"]
commands = cfg["commands"]
helpText = cfg["helpText"]
except:
common.say(common.senderFormat(caller, "nick"),
"Something done gone wrong :(", irc)
commands.update({name: command})
common.persistence.confSave("simpleResponse", {
"commands": commands,
"texts": texts,
"helpText": helpText
})
common.say(
common.senderFormat(caller, "nick"),
"Hoorah! command \"{cp}{0}\" will be responded to by {1} with \"/{2} {3}\""
.replace("{cp}",
common.conf.read()["commands"]
["commandPrefix"]).format(args[2], args[4],
args[3], args[5]), irc)
else:
common.say(
common.senderFormat(caller, "nick"),
"Oops, something went wrong. Check all your arguments are valid. (see \"{cp}sr help add\" if you're having trouble)"
.replace("{cp}",
common.conf.read()["commands"]["commandPrefix"]),
irc)
else:
common.say(
common.senderFormat(caller, "nick"),
"Oops, try sending the right number of arguments (see \"{cp}sr help add\" if you're having trouble)"
.replace("{cp}",
common.conf.read()["commands"]["commandPrefix"]), irc)
elif args[1][0].lower() == "t": #text
if len(args) > 7:
args[6] = " ".join(args[6:])
args = args[:7]
if len(args) == 7:
if args[2][0].lower() in ("e", "c") and args[4][0].lower() in (
"m", "s") and args[5][0].lower() in (
"c", "s"): #equals,contains me,say channel,sender
if args[4][0].lower() == "m":
args[4] = "me"
elif args[4][0].lower() == "s":
args[4] = "say"
if args[5][0].lower() == "c":
args[5] = "channel"
elif args[5][0].lower() == "s":
args[5] = "sender"
if args[2][0].lower() == "e":
args[2] = "equals"
elif args[2][0].lower() == "c":
args[2] = "contains"
else:
common.say(common.senderFormat(caller, "nick"),
"Yerwhat!?", irc)
command = {
"matchType": args[2],
"matchText": args[3],
"reactType": args[4],
"reactTo": args[5],
"reactText": args[6]
}
cfg = common.persistence.confLoad("simpleResponse",
defaultConf)
try:
texts = cfg["texts"]
commands = cfg["commands"]
helpText = cfg["helpText"]
except:
common.say(common.senderFormat(caller, "nick"),
"Something done gone wrong :(", irc)
texts += [command]
cfg.update({
"texts": texts,
})
common.persistence.confSave("simpleResponse", cfg)
common.say(
common.senderFormat(caller, "nick"),
"Hoorah! text that {0} \"{1}\" will be responded to by {2} with \"/{3} {4}\""
.format(args[2], args[3], args[5], args[4], args[6]), irc)
else:
common.say(
common.senderFormat(caller, "nick"),
"Oops, something went wrong. Check all your arguments are valid. (see \"!sr help add\" if you're having trouble)",
irc)
else:
common.say(
common.senderFormat(caller, "nick"),
"Oops, try sending the right number of arguments (see \"!sr help add\" if you're having trouble)",
irc)
else:
common.say(common.senderFormat(caller, "nick"), "Yerwhat!?", irc)
def moodReport(inCmd, inStr, matches=[[],[]]):
from common import say, getResponse
from Fermi import stateSummary
from satisfactionMaximization import IV
reportType="short"
if "report" in inStr:
reportType = "full"
PREVMOOD = GLOB['PREVMOOD']
MOOD = GLOB['MOOD']
INGESTED = GLOB['INGESTED']
if reportType == "short":
#mVec = copy.deepcopy(MOOD)
#mVec = fullMoodVec(mVec)
Fm = fullMoodVec(MOOD,pronoun=True) # weight vector
Fm.sort(key=lambda tup: tup[1])
Fm.reverse()
#curFace = getFace(MOOD)
#rStr = "I am feeling "+curFace[2]+"."
rStr = "I am feeling "+Fm[0][0]
if Fm[0][0] >= 0:
rStr += ", but"
else:
rStr += ", and"
#print "HERE"
# sort by weight
Fw = fullMoodVec(IV(),colloquial=True) # weight vector
Fw.sort(key=lambda tup: tup[1])
Fw.reverse()
topNeed = Fw[0]
if topNeed[1] >= 0.85:
rStr += " I am badly in need of some "+topNeed[0]+'.'
elif topNeed[1] >= 0.5:
rStr += " I am in need of some "+topNeed[0]+'.'
elif topNeed[1] >= 0.25:
rStr += " I could use some "+topNeed[0]+'.'
else:
rStr += " I wouldn't mind some "+topNeed[0]+'.'
say(rStr, more=False, speak=setting("SPEAK"), location="history")
#topThought = m.getTopSentence(QV, ["", GLOB['MOOD']])
#print k.sf(topThought[1], 3)
#say('*'+topThought[0]+'*', more=False, speak=setting("SPEAK"), moodUpdate=True)
else:
# want to get previous mood before AI talks about mood report
prevFace = getFace(PREVMOOD)
say(getResponse(inCmd), more=False, speak=setting("SPEAK"))
curFace = getFace(MOOD)
SMood, iWeights = ingestionMood(moodType="SUBSTANCE")
imVec = [SMood[i]*iWeights[i] for i in range(GLOB['MOODDIM'])]
iFace = getFace(SMood)
T = timeFactor()
print
print " Current mood:", curFace[2]
print " Emoticon:", curFace[0]
#print "\n %s" % ''.join('%s'%MOOD)
stateSummary()
print
print "Previous mood:", prevFace[2]
print " Emoticon:", prevFace[0]
#print "\n %s" % ''.join('%s'%PREVMOOD)
stateSummary(PREVMOOD)
print
print "Mood from ingestions"
print " Emoticon:", iFace[0]
#print "\n %s" % ''.join('%s'%imVec)
stateSummary(imVec)
print
print "Mood from time of day"
print " Emoticon:", getFace(T)[0]
print " Arousal: %.2f" % T[1]
return True
def deltaMoodQuery(inCmd=[], inStr="", matches=[[],[]], fromAuto=False):
from common import say
from random import random
# how did that make you feel?
# -> diff between prevmood and mood
#print "PREV MOOD:", GLOB['CMDHIST'][len(GLOB['CMDHIST'])]
#print "CUR MOOD:", GLOB['MOOD']
cNum = len(GLOB['CMDHIST'])
saidSomething = False
if cNum >= 3:
#print "HERE"
oldMood = GLOB['CMDHIST'][cNum-2][3]
newMood = GLOB['CMDHIST'][cNum-1][3]
deltaMood = [newMood[i] - oldMood[i] for i in range(GLOB['MOODDIM'])]
maxDelta = max([abs(item) for item in deltaMood])
# only tell mood with certain probability if fromAuto
#if setting('VERBOSE_MOOD')*maxDelta < random() and fromAuto:
deltaThreshold = 2.0*(1.0 - setting('VERBOSE_MOOD'))
if maxDelta < deltaThreshold and fromAuto:
#print "maxDelta:", maxDelta
return False #True
feelings=[]
for i in range(len(deltaMood)):
item = deltaMood[i]
if abs(item) >= 0.75:
feelings.append("a lot more "+getStatePronoun(i, positive=item>0))
elif abs(item) >= 0.5:
feelings.append(getStatePronoun(i, positive=item>0))
elif abs(item) >= 0.3:
feelings.append("a little more "+getStatePronoun(i, positive=item>0))
if len(feelings) == 0:
if not fromAuto:
say("That did not really affect me.", more=False, speak=setting("SPEAK"))
saidSomething= True
else:
if not fromAuto:
say("I am feeling "+listize(feelings)+'.', more=False, speak=setting("SPEAK"))
else:
#tkTopClear()
tkTopCat("*That made me feel "+listize(feelings)+'.*')
saidSomething = True
'''
elif len(feelings) == 1:
say("I am feeling "+feelings[0]+'.', more=False, speak=setting("SPEAK"))
elif len(feelings) == 2:
say("I am feeling "+' and '.join(feelings)+'.', more=False, speak=setting("SPEAK"))
else:
say("I am feeling "+', '.join(feelings)+'.', more=False, speak=setting("SPEAK"))
'''
else:
if not fromAuto:
say("I'm not sure.", more=False, speak=setting("SPEAK"))
saidSomething = True
return saidSomething #True
def configureInstance(volume_size=None,
default_rpm=None,
is_new_instance=True):
say('Running ssh commands to configure box...', banner="*")
run_ssh('sudo mkdir -p /var/build')
while True:
say('Waiting for {}G partition to be availabe by the OS...'.format(
volume_size))
# -i option in lsblk is "ascii output"
output, returncode = run_ssh(
'sudo lsblk -i | grep {}G | grep -v grep'.format(volume_size),
raise_on_failure=False)
if returncode == 0:
say('{}G volume is now availabe by the OS!'.format(volume_size))
run_ssh('sudo lsblk -i')
break
time.sleep(5)
run_ssh('sudo file -s /dev/xvdb')
if is_new_instance is True:
say('Brand new master. Formating EBS drive...')
# Creating brand new jenkin master, not cloned from an existing one.
# Format existing volume:
run_ssh('sudo mkfs -F -t ext4 /dev/xvdb')
run_ssh('sudo mount /dev/xvdb /var/build')
run_ssh('sudo mkdir -p /var/build/jenkins')
# Modify /etc/fstab:
run_ssh('echo "#!/bin/sh" > /tmp/fstab.sh')
run_ssh(
'echo "echo "/dev/xvdb /var/build ext4 defaults,nofail 0 2" >> /etc/fstab" >> /tmp/fstab.sh'
)
run_ssh('sudo chmod +x /tmp/fstab.sh')
run_ssh('sudo /tmp/fstab.sh')
# Make sure /etc/fstab is OK:
run_ssh('sudo mount -a')
# Install some packages:
run_ssh('sudo yum -y install git')
run_ssh('sudo yum -y install java-1.8.0-openjdk-devel')
run_ssh(
'sudo alternatives --set java /usr/lib/jvm/jre-1.8.0-openjdk.x86_64/bin/java'
)
# Install Jenkins:
run_ssh('cd /tmp && wget --quiet {}'.format(default_rpm))
run_ssh('cd /tmp && sudo yum -y install {}'.format(default_rpm))
if is_new_instance is True:
say('Brand new instance must have /var/build/jenkins/etc.sysconfig.jenkins...'
)
run_ssh(
'sudo mv /etc/sysconfig/jenkins /var/build/jenkins/etc.sysconfig.jenkins'
)
run_ssh('sudo rm -rf /etc/sysconfig/jenkins')
run_ssh(
'sudo ln -s /var/build/jenkins/etc.sysconfig.jenkins /etc/sysconfig/jenkins'
)
run_ssh('sudo rm -rf /var/lib/jenkins')
run_ssh('sudo ln -s /var/build/jenkins/ /var/lib/jenkins')
# Install pip and virtualenv:
run_ssh('sudo wget --quiet https://bootstrap.pypa.io/get-pip.py')
run_ssh('sudo python get-pip.py')
run_ssh('sudo pip install virtualenv')
run_ssh('sudo pip install termcolor')
run_ssh('sudo pip install requests==2.18.4')
# Install logrotate:
run_scp(
os.path.abspath(
os.path.join(os.path.dirname(__file__), 'logrotate_jenkins')),
'/tmp')
run_ssh('sudo mv /tmp/logrotate_jenkins /etc/logrotate.d/')
run_ssh('sudo chown root:root /etc/logrotate.d/logrotate_jenkins')
# Install and run nginx:
run_scp(
os.path.abspath(
os.path.join(os.path.dirname(__file__), 'install_nginx.sh')),
'/tmp')
run_scp(
os.path.abspath(os.path.join(os.path.dirname(__file__), 'nginx.conf')),
'/tmp')
run_scp(
os.path.abspath(
os.path.join(os.path.dirname(__file__), 'etc.init.d.nginx')),
'/tmp')
run_ssh('sudo mv /tmp/nginx.conf /var/build/jenkins/')
run_ssh('sudo mv /tmp/etc.init.d.nginx /var/build/jenkins/')
run_ssh('sudo bash /tmp/install_nginx.sh')
if is_new_instance is True:
run_ssh('sudo chown -R jenkins:jenkins /var/build/jenkins')
say("This is a brand new installation of jenkins. Please see /var/lib/jenkins/secrets/initialAdminPassword for the initial password!"
)
say("And start jenkins with: sudo service jenkins start. It will be running on port 8080"
)
say("Your next steps are to install a cert and run jenkins on port 443."
)
def deltaMoodQuery(inCmd=[], inStr="", matches=[[], []], fromAuto=False):
from common import say
from random import random
# how did that make you feel?
# -> diff between prevmood and mood
#print "PREV MOOD:", GLOB['CMDHIST'][len(GLOB['CMDHIST'])]
#print "CUR MOOD:", GLOB['MOOD']
cNum = len(GLOB['CMDHIST'])
saidSomething = False
if cNum >= 3:
#print "HERE"
oldMood = GLOB['CMDHIST'][cNum - 2][3]
newMood = GLOB['CMDHIST'][cNum - 1][3]
deltaMood = [newMood[i] - oldMood[i] for i in range(GLOB['MOODDIM'])]
maxDelta = max([abs(item) for item in deltaMood])
# only tell mood with certain probability if fromAuto
#if setting('VERBOSE_MOOD')*maxDelta < random() and fromAuto:
deltaThreshold = 2.0 * (1.0 - setting('VERBOSE_MOOD'))
if maxDelta < deltaThreshold and fromAuto:
#print "maxDelta:", maxDelta
return False #True
feelings = []
for i in range(len(deltaMood)):
item = deltaMood[i]
if abs(item) >= 0.75:
feelings.append("a lot more " +
getStatePronoun(i, positive=item > 0))
elif abs(item) >= 0.5:
feelings.append(getStatePronoun(i, positive=item > 0))
elif abs(item) >= 0.3:
feelings.append("a little more " +
getStatePronoun(i, positive=item > 0))
if len(feelings) == 0:
if not fromAuto:
say("That did not really affect me.",
more=False,
speak=setting("SPEAK"))
saidSomething = True
else:
if not fromAuto:
say("I am feeling " + listize(feelings) + '.',
more=False,
speak=setting("SPEAK"))
else:
#tkTopClear()
tkTopCat("*That made me feel " + listize(feelings) + '.*')
saidSomething = True
'''
elif len(feelings) == 1:
say("I am feeling "+feelings[0]+'.', more=False, speak=setting("SPEAK"))
elif len(feelings) == 2:
say("I am feeling "+' and '.join(feelings)+'.', more=False, speak=setting("SPEAK"))
else:
say("I am feeling "+', '.join(feelings)+'.', more=False, speak=setting("SPEAK"))
'''
else:
if not fromAuto:
say("I'm not sure.", more=False, speak=setting("SPEAK"))
saidSomething = True
return saidSomething #True
def driver(test_file):
# Kick off all jenkins jobs:
jenkins_queue_jobs = kick_off_jobs(test_file)
say('Waiting for all worker jobs to get off the jenkins queue...',
banner='*',
color='green')
builds = []
for q in jenkins_queue_jobs:
while True:
try:
q.poll()
builds.append(q.get_build())
break
except NotBuiltYet:
say('still on the queue: {0}'.format(q))
time.sleep(10)
continue
except requests.exceptions.HTTPError as ex:
# Edge case where queue item is off the queue
# and has been deleted by Jenkins
if ex.response.status_code == 404:
say('breaking out of loop for this item on the queue...')
break
say('All jobs off the queue! Waiting for all jobs to finish...',
banner='*',
color='green')
ret_code = 0
master_results = []
while len(builds) > 0:
say('*' * 75)
for b in builds:
b.poll()
if b.is_running() is True:
say('Still building: {0} url: {1}'.format(b.name, b.baseurl))
isBuilding = True
time.sleep(10)
else:
# It takes one more poll to get the results:
b.poll()
say('Build Done: {0} status: {1}'.format(
b.baseurl, b.get_status()))
# Regardless of what happened, the worker is done, so
# take it off the list
if b.get_status() != 'SUCCESS':
ret_code += 1
master_results.append(b)
builds.remove(b)
say('Results', banner='*', color='green')
for build in master_results:
say('Status: {0}, URL: {1}'.format(build.get_status(), build.baseurl))
say('All done!')
return ret_code
def add(args,caller,irc):
if len(args) < 6:
common.say(common.senderFormat(caller,"nick"),"Oops, try sending the right number of arguments (see \"{cp}sr help add\" if you're having trouble)".replace("{cp}",common.conf.read()["commands"]["commandPrefix"]),irc)
elif args[1][0].lower() == "c": #command
if len(args) > 6:
args[5] = " ".join(args[5:])
args = args[:6]
if len(args) == 6:
if args[3][0].lower() in ("m","s") and args[4][0].lower() in ("c","s"): #me,say channel,sender
name = args[2]
if args[3][0].lower() == "m":
args[3] = "me"
elif args[3][0].lower() == "s":
args[3] = "say"
if args[4][0].lower() == "c":
args[4] = "channel"
elif args[4][0].lower() == "s":
args[4] = "sender"
command = {"reactType":args[3],"reactTo":args[4],"reactText":args[5]}
# DO THIS
cfg = common.persistence.confLoad("simpleResponse",defaultConf)
try:
texts = cfg["texts"]
commands = cfg["commands"]
helpText = cfg["helpText"]
except:
common.say(common.senderFormat(caller,"nick"),"Something done gone wrong :(",irc)
commands.update({name:command})
common.persistence.confSave("simpleResponse",{"commands":commands,"texts":texts,"helpText":helpText})
common.say(common.senderFormat(caller,"nick"),"Hoorah! command \"{cp}{0}\" will be responded to by {1} with \"/{2} {3}\"".replace("{cp}",common.conf.read()["commands"]["commandPrefix"]).format(args[2],args[4],args[3],args[5]),irc)
else:
common.say(common.senderFormat(caller,"nick"),"Oops, something went wrong. Check all your arguments are valid. (see \"{cp}sr help add\" if you're having trouble)".replace("{cp}",common.conf.read()["commands"]["commandPrefix"]),irc)
else:
common.say(common.senderFormat(caller,"nick"),"Oops, try sending the right number of arguments (see \"{cp}sr help add\" if you're having trouble)".replace("{cp}",common.conf.read()["commands"]["commandPrefix"]),irc)
elif args[1][0].lower() == "t": #text
if len(args) > 7:
args[6] = " ".join(args[6:])
args = args[:7]
if len(args) == 7:
if args[2][0].lower() in ("e","c") and args[4][0].lower() in ("m","s") and args[5][0].lower() in ("c","s"): #equals,contains me,say channel,sender
if args[4][0].lower() == "m":
args[4] = "me"
elif args[4][0].lower() == "s":
args[4] = "say"
if args[5][0].lower() == "c":
args[5] = "channel"
elif args[5][0].lower() == "s":
args[5] = "sender"
if args[2][0].lower() == "e":
args[2] = "equals"
elif args[2][0].lower() == "c":
args[2] = "contains"
else:
common.say(common.senderFormat(caller,"nick"),"Yerwhat!?",irc)
command = {"matchType":args[2],"matchText":args[3],"reactType":args[4],"reactTo":args[5],"reactText":args[6]}
cfg = common.persistence.confLoad("simpleResponse",defaultConf)
try:
texts = cfg["texts"]
commands = cfg["commands"]
helpText = cfg["helpText"]
except:
common.say(common.senderFormat(caller,"nick"),"Something done gone wrong :(",irc)
texts += [command]
cfg.update({"texts":texts,})
common.persistence.confSave("simpleResponse",cfg)
common.say(common.senderFormat(caller,"nick"),"Hoorah! text that {0} \"{1}\" will be responded to by {2} with \"/{3} {4}\"".format(args[2],args[3],args[5],args[4],args[6]),irc)
else:
common.say(common.senderFormat(caller,"nick"),"Oops, something went wrong. Check all your arguments are valid. (see \"!sr help add\" if you're having trouble)",irc)
else:
common.say(common.senderFormat(caller,"nick"),"Oops, try sending the right number of arguments (see \"!sr help add\" if you're having trouble)",irc)
else:
common.say(common.senderFormat(caller,"nick"),"Yerwhat!?",irc)
def ingest(inCmd, inStr, mood=[], weight=[], isCmd=False, isMem=False, matches=[[],[]]):
from common import wordSim, processResponse, getResponse, say
#from loadFile import load
from determineFunction import findCMD, refineMatches
from Fermi import substituteBiographicMemory
if not (isCmd or isMem):
matches = refineMatches(inCmd, inStr)
matches = substituteBiographicMemory(matches, queryType='what is')
if len(matches[0]) ==0 and not (isCmd or isMem):
say(getResponse(findCMD("rephrase")), more=False, speak=setting("SPEAK"), moodUpdate=True)
return False
'''
Algorithm:
- load substance from list
- record ingestion time
- append to INGESTED list
'''
if isCmd:
ingestionTime = time.time()
taskProfile="pow(2.0, -1.0*T*T/(900.0*900.0))" # ~15 minute half life
taskDetails = [[inCmd[0]], mood, weight, taskProfile]
#print "appending: ", taskDetails
GLOB['INGESTED'].append([taskDetails, ingestionTime, "COMMAND"])
GLOB['MOOD']=updateMood(GLOB['MOOD'], weight=[0]*GLOB['MOODDIM'])
#print "AFTER CMD ADD"
#print GLOB['MOOD']
return # no return value if adding a cmd mood modifier
if isMem:
#print "ADDING MEMORY MOOD"
ingestionTime = time.time()
memProfile="pow(2.0, -1.0*T*T/(900.0*900.0))" # ~15 minute half life
memDetails = [[inStr], mood, weight, memProfile]
#print "appending: ", taskDetails
GLOB['INGESTED'].append([memDetails, ingestionTime, "MEMORY"])
GLOB['MOOD']=updateMood(GLOB['MOOD'], weight=[0]*GLOB['MOODDIM'])
#print "AFTER CMD ADD"
#print GLOB['MOOD']
return # no return value if adding a cmd mood modifier
substances = load(SETS_DIR+"substances.txt", LPC=5)
# line 0: name(s)
# line 1: effect
# line 2: weight
# line 3: profile equations
# line 4: response formats
'''
for matchStr in inCmd[1]:
matchStr= matchStr.replace('juice','')
inStr = inStr.replace(matchStr, '')
'''
# find top match
maxMatch=0
topSubstance=[]
for substance in substances:
for matchPhrase in substance[0]:
matchScore = wordSim(matches[0][0], matchPhrase, useInScore=True)
#print matchPhrase, inStr, matchScore
if matchScore >= maxMatch:
maxMatch = matchScore
topSubstance = substance
if setting('DEBUG'):
print "INGESTION SCORE:", topSubstance[0], " - ", maxMatch
# topSubstance[4]:
#replacements = [topSubstance[0][randint(0,len(topSubstance[0])-1)]]
replacements = topSubstance[0][randint(0,len(topSubstance[0])-1)] #matches[0][0] #
#rStr = processResponse(getResponse(inCmd), replacements)
responseForm = topSubstance[4][randint(0,len(topSubstance[4])-1)]
rStr = processResponse(responseForm, [replacements])
say(rStr, more=False, speak=setting("SPEAK"))
# now modify mood accordingly
ingestionTime = time.time()
#print "appending: ", topSubstance
GLOB['INGESTED'].append([topSubstance, ingestionTime, "SUBSTANCE"])
#print "BEFORE UPDATE"
#print GLOB['MOOD']
GLOB['MOOD']=updateMood(GLOB['MOOD'], weight=[0]*GLOB['MOODDIM'])
#print "AFTER SUBSTANCE ADD"
#print GLOB['MOOD']
return [topSubstance[0][0], True]
def killListFile(caller = None):
os.remove(os.path.join(os.path.abspath(config['realmdir']),"myrealm.cfg"))
say("WorldList destroyed!")
global status
status.push(0,"WorldList destroyed!")
