def get_pattern_addition_two():
patterns = [
Pattern('{domain1} {property} {nr1} {range1} and {nr2} {range2}.',
2, 1, 1),
Pattern('if {nr1} {range1} are added to {nr2} {range2}', 1, 0, 0)
]
return random.choice(patterns)
def get_pattern_addition_one():
patterns = [
Pattern(' {nr1} of them are added. ', 0, 0, 0),
Pattern('to those {range1}, we add {nr1} more', 1, 0, 0)
]
return random.choice(patterns)
def get_pattern_division_one():
patterns = [
Pattern(
' and at the end, it is decided to share all to {nr1} friends'
),
Pattern('finally, we need to divide all this by {nr1}')
]
return random.choice(patterns)
def get_pattern_division_two():
patterns = [
Pattern(
'There is {domain1} that {property} {nr1} {range1}. {range1} is divided by {nr2}.',
1, 1, 1, 0),
Pattern(
'We have {nr1} {range1}, but we are told that we have to divide all by {nr2}',
1, 0, 0, 0)
]
return random.choice(patterns)
def get_pattern_multiplication_two():
patterns = [
Pattern(
'There is {domain1} that {property} {nr1} {range1}. If we add {nr2} times the same quantity to {domain1}',
1, 1, 1, 0),
Pattern(
'Being given {nr1} {range1}, someone decides to multiply this by {nr1}',
1, 0, 0, 0)
]
return random.choice(patterns)
def get_pattern_subtraction_two():
patterns = [
Pattern(
'There is {domain1} that {property} {nr1} {range1}, but {nr2} of them disappear.',
1, 1, 1),
Pattern('From {nr1} {range1} someone decides to remove {nr2}.', 1,
0, 0)
]
return random.choice(patterns)
def load_patterns():
'''Loads patterns from local .txt and .png files'''
Pattern(filename="glider", pat_list=Pattern.pattern_list)
Pattern(filename="pentadecathlon", pat_list=Pattern.pattern_list)
Pattern(filename="t_tetro", pat_list=Pattern.pattern_list)
Pattern(filename="gosper", pat_list=Pattern.pattern_list)
Pattern(filename="inf_10_cell", pat_list=Pattern.pattern_list)
Pattern(filename="copperhead", pat_list=Pattern.pattern_list)
Pattern(filename="light_w", pat_list=Pattern.pattern_list)
Pattern(filename="r_pento", pat_list=Pattern.pattern_list)
Pattern(filename="schick_engine", pat_list=Pattern.pattern_list)
Pattern(filename="schick_tagalong", pat_list=Pattern.pattern_list)
#Sorting because keeping everything orginized is nice
try:
Pattern.pattern_list.sort(key=lambda pattern: pattern.name)
except AttributeError as error:
print(error)
print("Please make sure all patterns are loaded correctly...")
def check_reason(job):
pattern = Pattern(PATTERN_FILE)
patterns = pattern.patterns
msg = {'tag': 'infra', 'reason': 'Reason was not found'}
for job_key, job_file in TRIPLEOCI.iteritems():
LOG.debug('Checking {} - {}'.format(job_key, job_file))
# try:
full_log = job['log_url'] + job_file
LOG.debug('Downloading {}'.format(full_log))
r = requests.get(full_log)
if r.status_code == 200:
found = False
for line in r.iter_lines():
for p in patterns.get(job_key, {}):
line_matched = (line_match(p["pattern"],
line,
exclude=p.get("exclude")))
if line_matched:
LOG.debug('Line matched! - {}'.format(p['pattern']))
msg['tag'] = p['tag']
msg['reason'] = p['msg'].format(
line_match(p["pattern"], line))
found = True
break
if found:
return msg
else:
LOG.debug('Could not download {}'.format(full_log))
msg['tag'] = 'infra'
msg['reason'] = 'Could not download log'
# except Exception:
# LOG.debug('Could not download {}'.format(full_log))
# msg['tag'] = 'infra'
# msg['reason'] = 'Failed to fetch logs'
return msg
def generate(x=10, y=10, z=10, time_steps=10):
return Pattern(data=[
[[[calculate_rgb(x, y, z, t) for zi in range(z)] for yi in range(y)] for xi in range(x)]
for t in range(time_steps)
])
def get_obj_pattern_subtraction():
patterns = [
Pattern(' how many {generic} are left?', number_generic=1),
Pattern(' this being given, what is the left number?')
]
return random.choice(patterns)
def get_obj_pattern_addition():
patterns = [
Pattern(' what is the total now?'),
Pattern(' how many do we have now?')
]
return random.choice(patterns)
def get_pattern_multiplication_one():
patterns = [
Pattern(' after, we multiply all by {nr1}'),
Pattern('if we add {nr1} times the same amount')
]
return random.choice(patterns)
def get_pattern_subtraction_one():
patterns = [
Pattern(' and from that amount {nr1} is removed from the total'),
Pattern(' somehow, {nr1} dissapear')
]
return random.choice(patterns)