def test_matrix():
output = matrix([[1, 2, 3, 4, 5],
[2, 3, 4, 5, 6],
[3, 5, 7, 9, 11],
[5, 13, 29, 61, 125] # ,
# [13, 65533, 2**65536-3, 2**2**65536-3, 2**2**2**65536-3]
])
for m in range(3):
for n in range(4):
assert ack(m, n) == output[m, n]
def test_matrix():
output = matrix([
[1, 2, 3, 4, 5],
[2, 3, 4, 5, 6],
[3, 5, 7, 9, 11],
[5, 13, 29, 61, 125] # ,
# [13, 65533, 2**65536-3, 2**2**65536-3, 2**2**2**65536-3]
])
for m in range(3):
for n in range(4):
assert ack(m, n) == output[m, n]
def __init__(self, thisdirective):
self.ID = None # each directive has a unique ID
self.lastfailtime = None # last time a failure was detected
self.faildetecttime = None # first time failure was detected for current problem
self.ack = ack.ack() # ack object to track acknowledgements
self.checkcount = 0 # count number of checks/re-checks
self.failcount = 0 # count number of continuous failed checks
self.thisdirective = thisdirective # pointer to the directive this object belongs to
# status holds the status of the most recent check.
# Values can be:
# ok - no problem
# failinitial - possible failure state (might need more rechecks, for example)
# fail - check has failed
# unknown - not executed yet
# Initial value cannot be 'ok' because of 'checkdependson' race-condition.
self.status = 'unknown' # Status of most recent check.
def __init__(self, thisdirective):
self.ID = None # each directive has a unique ID
self.lastfailtime = None # last time a failure was detected
self.faildetecttime = None # first time failure was detected for current problem
self.ack = ack.ack() # ack object to track acknowledgements
self.checkcount = 0 # count number of checks/re-checks
self.failcount = 0 # count number of continuous failed checks
self.thisdirective = thisdirective # pointer to the directive this object belongs to
# status holds the status of the most recent check.
# Values can be:
# ok - no problem
# failinitial - possible failure state (might need more rechecks, for example)
# fail - check has failed
# unknown - not executed yet
# Initial value cannot be 'ok' because of 'checkdependson' race-condition.
self.status = 'unknown' # Status of most recent check.
def __init__(self, toklist):
# Check toklist for valid tokens
if len(toklist) < 2: # need at least 2 tokens
raise ParseFailure, "Directive expected at least 3 tokens, found %d" % len(toklist)
if toklist[-1] != ':': # last token should be a ':'
raise ParseFailure, "Directive expected ':' but didn't find one"
self.basetype = 'Directive' # the object can know its own basetype
self.type = toklist[0] # the directive type of this instance
self.Action = action.action() # create new action instance
self.Action.varDict = {} # dictionary of variables used for emails etc
self.actionList = [] # each directive will have a list of actions
# Set up informational variables - these are common to all Directives
# %h = hostname
self.Action.varDict['h'] = log.hostname
# %sys = command from a system() action
# TODO
self.Action.varDict['sys'] = '[sys not yet defined]'
# %act = show list of actions taken preceded by "The following actions
# were taken:" if any were taken
self.Action.varDict['act'] = '[act not yet defined]'
# %actnm = show list of actions taken (excluding email()'s) preceded by
# "The following actions were taken:" if any were taken
self.Action.varDict['actnm'] = '[actnm not yet defined]'
# each directive has a unique ID
self.ID = None
# directives keep state information about themselves
self.lastfailtime = None # last time a failure was detected
self.faildetecttime = None # first time failure was detected for current problem
self.ack = ack.ack() # ack object to track acknowledgements
self.status = "ok" # status of most recent check: "ok" or "fail"
def test_expected():
u"""Assert that ack() reutrns expected values."""
for input_ in vals:
assert ack.ack(input_[0], input_[1]) == vals[input_]
def test_neg2():
assert ack(2, -1) is None
def test_neg():
assert ack(-1, 0) is None
def test_ack(): assert ack(0,0) == 1 assert ack(0,1) == 2 assert ack(1,0) == 2 assert ack(1,1) == 3 assert ack(0,2) == 3 assert ack(0,3) == 4 assert ack(0,4) == 5 assert ack(1,2) == 4 assert ack(1,3) == 5 assert ack(1,4) == 6 assert ack(2,0) == 3 assert ack(2,1) == 5 assert ack(2,2) == 7 assert ack(2,3) == 9 assert ack(2,4) == 11 assert ack(3,0) == 5 assert ack(3,1) == 13 assert ack(3,2) == 29 assert ack(3,3) == 61 assert ack(3,4) == 125
def test_ack():
assert ack(0, 0) == 1
assert ack(0, 1) == 2
assert ack(1, 0) == 2
assert ack(1, 1) == 3
assert ack(0, 2) == 3
assert ack(0, 3) == 4
assert ack(0, 4) == 5
assert ack(1, 2) == 4
assert ack(1, 3) == 5
assert ack(1, 4) == 6
assert ack(2, 0) == 3
assert ack(2, 1) == 5
assert ack(2, 2) == 7
assert ack(2, 3) == 9
assert ack(2, 4) == 11
assert ack(3, 0) == 5
assert ack(3, 1) == 13
assert ack(3, 2) == 29
assert ack(3, 3) == 61
assert ack(3, 4) == 125
from ack import ack
count1 = 0
if ack(0, 0) == 1:
count1 = count1 + 1
if ack(1, 0) == 2:
count1 = count1 + 1
if ack(2, 0) == 3:
count1 = count1 + 1
if ack(3, 0) == 5:
count1 = count1 + 1
if ack(0, 1) == 2:
count1 = count1 + 1
if ack(1, 1) == 3:
count1 = count1 + 1
if ack(2, 1) == 5:
count1 = count1 + 1
if ack(3, 1) == 13:
count1 = count1 + 1
if ack(0, 2) == 3:
count1 = count1 + 1
if ack(1, 2) == 4:
count1 = count1 + 1
if ack(2, 2) == 7:
count1 = count1 + 1
if ack(3, 2) == 29:
count1 = count1 + 1
if ack(0, 3) == 4:
count1 = count1 + 1
if ack(1, 3) == 5:
from ack import ack
facts = open("facts/facts.csv").read().split('\n')
for fact in facts:
parts = fact.split(',')
m, n, expected = [int(i) for i in parts]
stack = [-1, m, n]
ack(stack)
assert stack[-1] == expected
import ack ack.ack(0,1) print "hi"
def test_neg2():
assert ack(2, -1) is None
def test_ack_0():
assert ack(0, 0) == 1
assert ack(0, 1) == 2
assert ack(0, 2) == 3
assert ack(0, 3) == 4
assert ack(0, 4) == 5
def test_ack_3():
assert ack(3, 0) == 5
assert ack(3, 1) == 13
assert ack(3, 2) == 29
assert ack(3, 3) == 61
assert ack(3, 4) == 125
def test_ack_2():
assert ack(2, 0) == 3
assert ack(2, 1) == 5
assert ack(2, 2) == 7
assert ack(2, 3) == 9
assert ack(2, 4) == 11
def test_ack_1():
assert ack(1, 0) == 2
assert ack(1, 1) == 3
assert ack(1, 2) == 4
assert ack(1, 3) == 5
assert ack(1, 4) == 6
import ack ack.ack(0, 1) print "hi"
def test_badvalues():
u"""Verify that only positive integers are processed by the fucntion."""
for badval in badvals:
with pytest.raises(ValueError):
result = ack.ack(badval[0], badval[1])
def test_neg():
assert ack(-1, 0) is None
