def run(self):
max_unit = 0
for i in range(self.ran):
print("Generation ", i)
gen = Generation(self.p)
#gen.hand.print_cards()
gen.assign_unit_value(0)
#gen.print_stats()
gen.calc_fitness(self.step, 0)
#for i in range(p.size):
# print(gen.population.units[i].fitness)
if (i == self.ran - 1):
break
max_val = 0
for i in range(gen.population.size):
if (gen.population.units[i].fitness > max_val):
max_unit = gen.population.units[i]
max_val = gen.population.units[i].fitness
print(max_unit.fitness)
s = Step(gen)
gen.population.units = s.generate_mating_pool()
max_val = 0
max_unit = 0
for i in range(gen.population.size):
if (gen.population.units[i].fitness > max_val):
max_unit = gen.population.units[i]
max_val = gen.population.units[i].fitness
print(max_unit.weights)
return max_unit.weights
def run_test2_steps(self):
"""
Complete: True
Consistent: True
Solution: True
Linearization :
start
move b a table2
move a table0 table1
move d c table0
move c table4 table3
finish
"""
steps, ordering_constraints, causal_links = self.get_parameters(
"test8")
# TODO
steps.append(
Step(2, "move b a table2", [
Condition(True, "clear table2"),
Condition(True, "on b a"),
Condition(True, "clear b")
], [
Condition(True, "on b table2"),
Condition(True, "clear a"),
Condition(True, "clear a")
]))
steps.append(
Step(3, "move c table4 table3", [
Condition(True, "clear table3"),
Condition(True, "on c table4"),
Condition(True, "clear c")
], [
Condition(True, "clear table4"),
Condition(True, "on c table3")
]))
steps.append(
Step(4, "move d c table0", [
Condition(True, "on d c"),
Condition(True, "clear d"),
Condition(True, "clear table0")
], [
Condition(True, "on d table0"),
Condition(True, "clear c"),
Condition(True, "clear c")
]))
steps.append(
Step(5, "move a table0 table1", [
Condition(True, "clear table1"),
Condition(True, "on a table0"),
Condition(True, "clear a")
], [
Condition(True, "clear table0"),
Condition(True, "on a table1")
]))
return steps, ordering_constraints, causal_links
def load(self):
self.steps = []
result = mysql_connection.select(
'SELECT * FROM profiles WHERE email = "%s" AND password = "******"' %
(self.email, self.password))
if result:
self.from_dict(result)
profile_steps = mysql_connection.select_all(
'SELECT * FROM profile_steps WHERE profile = "%s"' %
str(self.id))
if profile_steps:
for ps in profile_steps:
step = Step()
step.id = ps['step']
step.load()
step.date = ps['date']
step.time = ps['time']
step.due = ps['due']
step.status = Status(ps['status'])
self.steps.append(step)
move_reasons = mysql_connection.select_all(
'SELECT * FROM move_reasons WHERE profile = "%s"' %
str(self.id))
if move_reasons:
self.move_reasons = [
MoveReason(r['reason']) for r in move_reasons
]
return True
return False
def test_execute_should_save_stage(self):
output = "resources/stages/Tokenizer"
# TODO remove output
params = {"path": output, "overwrite": "true"}
stage = feature.Tokenizer(inputCol="text", outputCol="words")
step = Step('save', params, stage)
step.execute()
self.assertTrue(os.path.exists(output))
def test_execute_should_load_stage(self):
params = {"path": "resources/stages/LogisticRegression"}
stage = classification.LogisticRegression()
step = Step('load', params, stage)
loaded = step.execute()
cls = classification.LogisticRegression
self.assertIsInstance(
loaded,
cls,
msg=f"Loaded stage {loaded} is not instance of {cls.__class__}")
def meatify(self):
num_items_replaced = 0
max_items_replaced = round((3 + (len(self.ingredients) * 0.2)) / 2)
for i in range(len(self.ingredients)):
if num_items_replaced > max_items_replaced:
break
found = None
for kind, matches in veg_types.items():
for match in matches:
if match in self.ingredients[i].name:
found = kind
break
if found is None:
continue
old = self.ingredients[i].name
new = random.choice(veg_to_meat[found])
if self.ingredients[i].measure == 'item':
self.ingredients[i].quantity /= 2.0
self.ingredients[i].measure = 'cup'
descs = ' '.join(self.ingredients[i].descriptors)
descs = descs + ' ' + ' '.join(self.ingredients[i].preparations)
descs.strip()
new_ing = Ingredient('{} {} {} {}'.format(
self.ingredients[i].quantity, self.ingredients[i].measure,
descs, new))
self.ingredients[i] = new_ing
num_items_replaced += 1
yield old, new
if num_items_replaced == 0:
# try to guess new meat
ing_str, prep_str, comb_str = random.choice(meat_additions)
# add ingredient
new_ingredient = Ingredient(ing_str)
self.ingredients.append(new_ingredient)
# add step to cook ingredient
cook_step = Step(prep_str, self.ingredients)
self.steps.insert(0, cook_step)
# add step to combine ingredient
combine_step = Step(comb_str, self.ingredients)
self.steps.append(combine_step)
yield None, new_ingredient
def __init__(self,
note,
name,
launchpadPorts,
interfacePorts,
outgoingCC,
silent,
new=False):
print("init")
self.launchpad = launchpadPorts
self.interface = interfacePorts
self.note = note
self.name = name
self.outgoingCC = outgoingCC
self.silent = silent
self.sequence = []
if not new:
return
self.sequence.append(Step(9, 0, [21, 41], self.launchpad['out']))
self.sequence.append(Step(10, 1, [22, 42], self.launchpad['out']))
self.sequence.append(Step(11, 2, [23, 43], self.launchpad['out']))
self.sequence.append(Step(12, 3, [24, 44], self.launchpad['out']))
self.sequence.append(Step(25, 4, [25, 45], self.launchpad['out']))
self.sequence.append(Step(26, 5, [26, 46], self.launchpad['out']))
self.sequence.append(Step(27, 6, [27, 47], self.launchpad['out']))
self.sequence.append(Step(28, 7, [28, 48], self.launchpad['out']))
def test_step_update(step_ids, ind=0):
""" get text, increase counter++, put text with new counter"""
print('----- test_step_update: TEXT')
text_step_id = step_ids[ind]
st = Step.get(text_step_id)
new_text = text_next_counter(st.text)
st.update(new_text)
stu = Step.get(text_step_id)
assert (st == stu)
print('----- test_step_update: QUIZ')
print('Not implemented yet')
return st, ind + 1
def recordWalk(outputType: OutputType, refImage: Image, current: [] = None):
global currentStep
currentStep = currentStep + 1
try:
os.makedirs(".\\" + currentStageName)
except:
1
refImageName = ".\\" + currentStageName + "\\" + str(
currentStep) + "_" + '%05x' % random.randrange(16**5) + ".png"
if (refImage):
refImage.save(refImageName)
setStep(Step(currentStep, outputType, refImageName, refImage, current))
else:
setStep(Step(currentStep, outputType, None, None, current))
def checkout(self, socket):
#for socket in self.sockets:
# socket.write(steps[-1].to_string())
print("checkout")
print(self.active_user)
print(self.active_socket)
print(socket)
if self.active_socket is socket:
print("is")
message = socket.readLine().data().decode()
step = Step()
step.from_string(message)
self.process(step)
"""
def train(self, x: np.ndarray, answer: float):
if type(answer) not in [int, float]:
raise ValueError("La salida esperada answer debe ser un número")
elif type(x) not in [list, np.ndarray]:
raise ValueError("el input x debe ser un arreglo de floats")
elif len(x) != self.__length:
raise ValueError("Largo del arreglo incorrecto")
else:
for i in range(self.__length):
if type(x[i]) != float:
raise ValueError(
"cada input del arreglo debe ser un float")
old_w = self.get_weights()
res = self.feed(x) # obtenemos la salida de la neurona
diff = float(answer) - res # calculamos el error
l_rate = self.__lrate
old_b = self.__bias
# Calculamos delta dependiendo del tipo de función de activación de la neurona
if self.__acfunction == Step():
delta = diff
else:
delta = diff * self.__acfunction.derivative(res)
new_w = [] # Arreglo donde guardaremos los nuevos pesos
# Calculamos los nuevos pesos
for i in range(self.__length):
new_w.append(old_w[i] + l_rate * x[i] * delta)
self.set_weights(np.array(new_w)) # Actualizamos los pesos
new_b = old_b + l_rate * delta # Calculamos el nuevo sesgo
self.set_bias(new_b) # Actualizamos el sesgo
def read_csv(file_name, print_info=False):
"""Reads data from input file (style 1).
Returns list of jobs, number of jobs, number of machines.
"""
with open(file_name, newline='') as csv_file:
reader = csv.reader(csv_file)
dimensions = next(reader)[0].split()
jobs_no = int(dimensions[0])
machines_no = int(dimensions[1])
jobs = []
for job_id, row in enumerate(reader):
row = row[0].split()
jobs.append([])
# number of steps matches number of machines
for i in range(machines_no):
machine_id = int(row[2 * (i + 1) - 2])
duration = int(row[2 * (i + 1) - 1])
step = Step(job_id, i, machine_id, duration)
jobs[job_id].append(step)
if print_info:
print_jobs(jobs)
return jobs, jobs_no, machines_no
def read_csv_2(file_name, print_info=False):
"""Reads data from input file (style 1).
Returns list of jobs, number of jobs, number of machines.
"""
with open(file_name, newline='') as csv_file:
reader = csv.reader(csv_file)
dimensions = next(reader)[0].split()
jobs_no = int(dimensions[0])
machines_no = int(dimensions[1])
# skip the 'Times' string
next(reader)
jobs = []
for job_id in range(jobs_no):
jobs.append([])
job_times = next(reader)[0].split()
for step_no, job_time in enumerate(job_times):
step = Step(job_id, step_no, math.inf, int(job_time))
jobs[job_id].append(step)
# skip the 'Machines' string
next(reader)
for job_id in range(jobs_no):
job_machines = next(reader)[0].split()
for step_no, step_machine_id in enumerate(job_machines):
jobs[job_id][step_no].machine_id = int(
step_machine_id) - 1 # cause they are encoded from 1
if print_info:
print_jobs(jobs)
return jobs, jobs_no, machines_no
def set_steps(self, steps):
new_steps = []
for step in steps:
new_step = Step(**step)
new_steps.append(new_step)
self.steps = new_steps
return self.steps
def __init__(self, content, pois_ids, profile):
self.profile = profile
status_code = content['code']
if status_code == 3:
raise RuntimeError('Routing failed!')
elif status_code > 0:
raise RuntimeError('Error code: {}'.format(status_code))
unassigned_nr = len(content['unassigned'])
if unassigned_nr > 0:
log('Warning: {} unassigned targets'.format(unassigned_nr))
route = content['routes'][0]
self.visit_time = i2dt(route['service'])
self.travel_time = i2dt(route['duration'])
self.waiting_time = i2dt(route['waiting_time'])
self._computing_times = content['summary']['computing_times']
raw_steps = route['steps']
self.steps = []
for s in raw_steps:
step = Step(s, pois_ids)
self.steps.append(step)
log(self, indent=0, verbose=True)
def moveAndClick(step, currentMov, postMoveDelay, midClickDelay,
postMoveAlways):
global timedDelays
global newStepList
moved = False
if step.clickPos:
moved = moveMouse(step.clickPos[0] - currentMov[0],
(step.clickPos[1] - currentMov[1]))
if postMoveAlways > 0.0:
time.sleep(postMoveAlways)
if moved:
time.sleep(postMoveDelay)
timedDelays += postMoveDelay
if moved and step.imageName is not None and step.imageName != "":
img = loopAndGrabImage()
imageName = step.imageName.replace(".png", "_move.png")
img.save(imageName, "png")
newStepList.append(
Step(-1, OutputType.MOVE, imageName, img, step.clickPos))
mouse.press(Button.left)
time.sleep(midClickDelay)
timedDelays += midClickDelay
mouse.release(Button.left)
pass
def loadSequences(self):
fileCount = 0
for seqfile in sorted(os.listdir(self.sequenceDir)):
print(seqfile)
if fileCount == 4:
return
fileCount += 1
with open(os.path.join(self.sequenceDir, seqfile), 'r', encoding='utf-8') as fp:
data = json.load(fp)
sequence = []
for step in data['sequence']:
sequence.append(Step(step['note'],
step['led'],
step['incommingCC'],
self.launchpad['out'],
step['active']))
for cc in step['cc']:
sequence[-1].addCc(cc["cc"], cc["value"])
temp = {}
self.sequences.append(Sequencer(data['note'],
data['name'],
self.launchpad,
self.interface,
outgoingCC=data['outgoingCC'],
silent=data['silent']))
self.sequences[-1].sequence = sequence
def test_get_step_ids(lesson_id=expected_lesson_ids[0],
expected=expected_step_ids):
print('----- test_get_step_ids')
step_ids = Step.get_step_ids_for_lesson(lesson_id)
print(f'lesson = {lesson_id} -> steps={step_ids}')
assert (step_ids == expected)
return step_ids
def test_get_step(step_ids, ind=0, expected=expected_step_text):
print('----- test_get_step')
step_id = step_ids[ind]
st = Step.get(step_id)
print('TEXT =', st.text)
assert (st.text == expected)
return st, ind + 1
def refresh(self):
'''Refetch instance data from the API.
'''
response = requests.get('%s/guides/%s' % (API_BASE_URL, self.id))
attributes = response.json()
self.category = Category(attributes['category'])
self.url = attributes['url']
self.title = attributes['title']
if attributes['image']:
self.image = Image(attributes['image']['id'])
else:
self.image = None
self.locale = attributes['locale']
self.introduction = WikiText(attributes['introduction_raw'],
attributes['introduction_rendered'])
self.conclusion = WikiText(attributes['conclusion_raw'],
attributes['conclusion_rendered'])
if (attributes['tools']):
self.tools = attributes['tools']
else:
self.tools = None
self.parts = attributes['parts']
self.subject = attributes['subject']
self.modifiedDate = datetime.utcfromtimestamp(
attributes['modified_date'])
self.createdDate = datetime.utcfromtimestamp(
attributes['created_date'])
self.publishedDate = datetime.utcfromtimestamp(
attributes['published_date'])
#self.documents = attributes['documents']
author = attributes['author']
#self.author = User(author['userid'], name=author['text'])
if (attributes['time_required_min']):
self.time_required_min = attributes['time_required_min']
else:
self.time_required_min = -1
if (attributes['time_required_max']):
self.time_required_max = attributes['time_required_max']
else:
self.time_required_max = -1
self.steps = [
Step(step['guideid'], step['stepid'], data=step)
for step in attributes['steps']
]
self.type = attributes['type']
self.public = attributes['public']
self.revision = attributes['revisionid']
self.difficulty = attributes['difficulty']
self.prerequisites = [
Guide(guide['guideid']) for guide in attributes['prerequisites']
]
# attributes['prereq_modified_date']
#self.summary = attributes['summary']
self.flags = [
Flag.from_id(flag['flagid']) for flag in attributes['flags']
]
def change_step_ingredients(self, changes):
for old, new in changes:
if old is not None:
for s in range(len(self.steps)):
for i in range(len(self.steps[s].ingredients)):
if old in self.steps[s].ingredients[i]:
self.steps[s] = Step(
self.steps[s].raw.replace(old, new),
self.ingredients)
break
def addStep(self,
number,
stepDescription,
expectedResult,
expectedRunTime=None):
self.steps.append(
Step(number,
stepDescription,
expectedResult,
expectedRunTime=expectedRunTime))
def load(self):
result = mysql_connection.select(
'SELECT * FROM cities WHERE name LIKE "%s"' % str(self.name))
if result:
self.id = result['id']
self.steps = []
self.location = Location(result['location_lat'],
result['location_lng'])
if result['buildings'] != '' and result['buildings'] is not None:
self.buildings = json.loads(result['buildings'])
steps_result = mysql_connection.select_all(
'SELECT id FROM steps WHERE city LIKE "%s"' % str(self.name))
print steps_result
if steps_result:
for s in steps_result:
step = Step()
step.id = s['id']
step.load()
self.add_step(step)
def import_uj(self, filename):
with open(filename, 'r') as f:
raw = f.readlines()
self.first_import_line = raw[0]
ET.register_namespace('', SCHEME_PREFIX[1:-1])
tree = ET.parse(filename)
root = tree.getroot()
self.name = root.attrib['NAME']
self.app_name = root.attrib['APPNAME']
self.version = root.attrib['VERSION']
created = root.find(SCHEME_PREFIX+'CREATED')
self.created = created.text
self.uj_global_settings = []
for nvp in root.findall(SCHEME_PREFIX+'NVP'):
self.uj_global_settings.append({'NAME': nvp.attrib['NAME'], 'PLUGIN': nvp.attrib['PLUGIN'], 'TYPE': nvp.attrib['TYPE'], 'text': nvp.text})
#### Dynamic Data Items ###
dditems_element = root.find(SCHEME_PREFIX+'DYNAMICDATA')
self.dditems = []
for ddi in dditems_element.findall(SCHEME_PREFIX+'DDITEM'):
ddi_type = ddi.find(SCHEME_PREFIX+'SOURCE').attrib['TYPE']
self.dditems.append(TYPE_TO_CLASS_MAP[ddi_type](ddi))
#### Steps & Step-Groups ####
# stepgroups are not defined in the XML, so to construct a stepgroup, we need list of all the steps
steps_element = root.find(SCHEME_PREFIX+'STEPS')
stepgroups = []
stepgroup_steps = []
lead_step = None
last_step_stepgroup_id = -1
for step in steps_element.findall(SCHEME_PREFIX+'STEP'):
current_step = Step(step)
if last_step_stepgroup_id == -1: # adjust for starting element
lead_step = current_step
last_step_stepgroup_id = current_step.stepgroup_id
if current_step.stepgroup_id != last_step_stepgroup_id:
stepgroups.append(StepGroup(lead_step, stepgroup_steps))
lead_step = current_step
stepgroup_steps = [current_step]
last_step_stepgroup_id = current_step.id
else:
stepgroup_steps.append(current_step)
# finalize after last step
stepgroups.append(StepGroup(lead_step, stepgroup_steps))
self.stepgroups = stepgroups
def test_execute_should_fit_stage(self):
cls = Model
dataset = self.spark.createDataFrame([(0, Vectors.dense([1, 2]), 1),
(1, Vectors.dense([1, 3]), 1),
(2, Vectors.dense([2, 3]), 0),
(3, Vectors.dense([4, 5]), 1)],
["id", "features", "label"])
params = {"dataset": dataset}
stage = classification.LogisticRegression()
step = Step('fit', params, stage)
model = step.execute()
self.assertIsInstance(
model,
cls,
msg=f"Result {model} is not instance of {cls.__class__}")
def create_steps(journey_dict):
"""
Extract the coordinates of each step in the journey.
"""
steps = []
for step in journey_dict['steps']:
origin = get_coord_from_step(step, 'start_location')
destination = get_coord_from_step(step, 'end_location')
duration = step['duration']['value']
steps.append(Step(origin, destination, duration=duration))
return steps
def find_direction_steps(self, board_row, direction, steps):
count = False
i = 1
for col in board_row:
if col == self.name:
count = True
if col != "." and col != self.name and count:
break
if col == "." and count:
step = Step(self.name, direction, i)
steps.append(step)
i = i + 1
def get_all_steps(username: str) -> list:
"""
Returns a list of Step objects corresponding to the given user.
"""
with Database(DATABASE_PATH) as db:
return [
Step(row['description'], not not row['completed'])
for row in db.query(
"SELECT description, completed FROM STEPS WHERE username=%s ORDER BY step_num ASC",
username
)
]
def test_step_push(lesson_id, text='New step by scripts'):
step_ids = Step.get_step_ids_for_lesson(lesson_id)
position = len(step_ids) + 1
step = Step()
step.lesson_id = lesson_id
step.position = position
step.text = text
id = step.create()
assert (id == step.id)
st1 = step.get(id)
assert (st1.text == text)
assert (step == st1)
return id
def from_steps_str_to_object(steps):
steps_strs = steps.split(' ')[:-1]
steps_objs = []
for step in steps_strs:
if step[1] == 'R':
direction = Direction.RIGHT
elif step[1] == 'L':
direction = Direction.LEFT
elif step[1] == 'D':
direction = Direction.DOWN
else:
direction = Direction.UP
step_obj = Step(step[0], direction, int(step[2]))
steps_objs.append(step_obj)
return steps_objs
def main():
#excluded_dirs = ["log","resources","conf"]
# parse command-line arguments
script_main_dir = os.path.dirname(os.path.realpath(__file__))
args = parse_args(script_main_dir)
#supported_vendors = config.read_supported_vendors(script_main_dir + path_sep + "config")
os.environ["BASE_DIR"] = script_main_dir
log_dir = args.log
if not os.path.isdir(log_dir):
os.mkdir(log_dir)
step = args.step
vendor = args.cloud
mode = args.mode
dry_run = args.dry_run
# set logger
dt = datetime.datetime.now()
log_name = step + "_" + vendor + "_" + dt.strftime("%Y%m%d_%H%M") + ".log"
setup_logging(args,args.log_level,log_name)
#Check input
if not config.is_configuration_supported(supported_vendors,vendor):
logging.error("No support for provided 'cloud' value : {}".format(vendor))
exit(1)
elif not config.is_configuration_supported(supported_steps,step):
logging.error("No support for provided 'step' value : {}".format(step))
exit(1)
full_log = log_dir + log_name
logging.info("Starting running step : {} for vendor {} see log file : {} ".format(step,vendor,full_log))
#Create step object
current_step = Step(step,vendor,logging,script_main_dir,script_main_dir + path_sep + "config",script_main_dir + path_sep + "resources",mode)
#Read the input data and verify it
current_step.read_input_data()
#Copy sources from source directory
current_step.copy_sources()
#Intialize the db components with all running necessary configs
current_step.intialize_db_components()
#Replace all placeholders accoridng to <db.compnenet.name>.plcholders file
current_step.replace_placeholders()
if dry_run:
try:
logging.info("Dry run instructions :")
current_step.print_script_order()
finally:
logging.info("Finished running step : {} for vendor {} see log file : {}".format(step,vendor,full_log))
else:
try:
# Execute Scripts
current_step.run_sql_scripts()
except DbException as e:
logging.error("Running scripts for step {} failed with error : {}".format(step,e.value))
exit(2)
finally:
logging.info("Finished running step : {} for vendor {} see log file : {}".format(step,vendor,full_log))
import datetime
from brewer import Brewer
from receipe import Receipe
from globalthings import *
from step import Step
print "Test begging"
mon_step1=Step("monStep",TRANSITION,10)
mon_step2=Step("monStep2",LEVEL,60,67)
mon_step3=Step("monStep3",TRANSITION,10)
mon_step4=Step("monStep4",LEVEL,1,90)
mon_step1.print_self()
mon_step2.print_self()
mon_step3.print_self()
mon_step4.print_self()
mon_step1.interpolation(0, datetime.datetime.now(), 50, datetime.datetime.now()+ datetime.timedelta(minutes=5, seconds=0))
ma_receipe=Receipe("Ma premiere recette")
ma_receipe.add_step(mon_step1)
ma_receipe.add_step(mon_step2)
ma_receipe.add_step(mon_step3)
ma_receipe.add_step(mon_step4)
ma_receipe.print_self()
ma_receipe.start(20)
ma_receipe.print_self()
ma_receipe.get_current_temperature_instruction()
