def converse():
moves=[]
line= file.readline().split()
for i in range(0,string._int(line[0])):
move=(line[2*i+1],string._int(line[2*i+2]))
moves.append(move)
time=0
opos=1
bpos=1
lat=0
prev='O'
for move in moves:
if(move[0]=='O'):
go=abs(move[1]-opos)
if(prev!='O'):
go=max(0,go-lat)
lat=go+1
else:
lat+=go+1
time+=go+1
opos=move[1]
prev='O'
else:
go=abs(move[1]-bpos)
if(prev!='B'):
go=max(0,go-lat)
lat=go+1
else:
lat+=go+1
time+=go+1
bpos=move[1]
prev='B'
return time
def converse():
mixtures = {}
opsite = set()
line = file.readline().split()
size = string._int(line[0])
del line[0]
for i in range(0, size):
mixture = line[0]
del line[0]
mixtures[(mixture[0], mixture[1])] = mixture[2]
mixtures[(mixture[1], mixture[0])] = mixture[2]
size = string._int(line[0])
del line[0]
for i in range(0, size):
op = line[0]
del line[0]
opsite.add((op[0], op[1]))
opsite.add((op[1], op[0]))
del line[0]
ingreedmentsInside = {}
result = []
for move in line[0]:
if (len(result) == 0):
result.append(move)
ingreedmentsInside[move] = 1
else:
if (mixtures.has_key((result[-1], move))):
newKey = mixtures[(result[-1], move)]
if (ingreedmentsInside[result[-1]] == 1):
ingreedmentsInside.pop(result[-1])
else:
ingreedmentsInside[result[-1]] -= 1
del result[-1]
result.append(newKey)
if (ingreedmentsInside.has_key(newKey)):
ingreedmentsInside[newKey] += 1
else:
ingreedmentsInside[newKey] = 1
else:
result.append(move)
if (ingreedmentsInside.has_key(move)):
ingreedmentsInside[move] += 1
else:
ingreedmentsInside[move] = 1
for key in ingreedmentsInside.keys():
if ((key, result[-1]) in opsite):
result = []
ingreedmentsInside = {}
break
return str(result).replace('\'', '')
def warning (text, level = 1, exit = 0):
"""Use 3 for information, 2 for warning, 1 for error"""
log_level = string._int(os.getenv("DIKB_LOG_LEVEL"))
if (log_level >= level):
sys.stderr.write (" ".join(["DIKB: warning:", text, "\n",]))
sys.stderr.flush()
if exit:
sys.exit (1)
return
if (line[col]=='#'):
array[row][col]='#'
for row in range(size[0]):
for col in range(size[1]):
if (array[row][col]=='#'):
array[row][col]='/'
if((row==size[0]-1) or (col==size[1]-1)):
print "Impossible"
return
if(not((array[row+1][col]=='#') and (array[row][col+1]=='#') and (array[row+1][col+1]=='#'))):
print "Impossible"
return
array[row+1][col]='\\'
array[row][col+1]='\\'
array[row+1][col+1]='/'
for row in range(size[0]):
line=""
for col in range(size[1]):
line+=array[row][col]
print line
file = open('./a2.in')
for i in range(0,string._int(file.readline())):
print 'Case #%s:' %((i+1))
converse()
# The statuses retrieved are merely counters for each host/service state...
for line in f.readlines():
if hst.match(line):
hosts = Bunch(Up = string.atoi(string.split(line)[2]),
Down = string.atoi(string.split(line)[4]),
Unreach = string.atoi(string.split(line)[6]))
if srv.match(line):
servs = Bunch(OK = string.atoi(string.split(line)[2]),
Warning = string.atoi(string.split(line)[4]),
Unknown = string.atoi(string.split(line)[6]),
Critical = string.atoi(string.split(line)[8]))
if upt.match(line):
# Resulting format is: Dd HH:MM, where D is number of days.
uptime = "%s %2.2d:%2.2d" % \
(string.split(line)[3],
string._int(string.split(line)[4].strip("h")),
string._int(string.split(line)[5].strip("m")))
if age.match(line):
# Resulting format is: [HH:MM].
stat_age = "[%2.2d:%2.2d]" % \
(string._int(string.split(line)[5].strip("m")),
string._int(string.split(line)[6].strip("s")))
r = os.WEXITSTATUS(f.close() or 0)
if r != 0: err("nagiostats: error: is nagios running?")
return Bunch(hosts = hosts, services = servs, uptime = uptime, age = stat_age)
def get_raid_arrays():
"Retrieve list of active RAID arrays, e.g. [md0, md1, ...]."
raid_arrays = []
"Use a regular expression to match the lines we're intrested in."
expect = re.compile("^ARRAY[ \t]+/dev/md[0-9]+[ \t]+level=raid1")
def partition2(L, j):
'''partitions list L into j sublists. The last group may have more elements than previous groups. The result list will have length j.
Example: print partition2(range(1,8+1),3)
returns: [[1, 2], [3, 4], [5, 6], [7, 8, 7, 8]]'''
quotient = len(L) / j
remainder = len(L) % j
if remainder == 0:
return partition(L, quotient)
result = partition(L, quotient + 1)
nrm = len(L) % (quotient + 1)
result = result + [L[-nrm:]]
return result
for el in cpts:
chapterNumber = string._int(el[0])
chapterNumberStr = el[0]
chapterNumberText = el[1]
chapterTitle = el[2]
nextChapterNumberStr = "%03d" % (
(chapterNumber + numOfChapters + 1) % numOfChapters) # e.g. '013'
filename = 'x' + chapterNumberStr + '.html'
filePath = sourceRoot + '/' + filename
print 'reading:', filename
inF = open(filePath, 'rb')
maintxt = unicode(inF.read(), 'utf-8')
inF.close()
maintxt = maintxt.strip()
def partition2(L,j):
'''partitions list L into j sublists. The last group may have more elements than previous groups. The result list will have length j.
Example: print partition2(range(1,8+1),3)
returns: [[1, 2], [3, 4], [5, 6], [7, 8, 7, 8]]'''
quotient=len(L)/j
remainder=len(L)%j
if remainder==0:
return partition(L,quotient)
result = partition(L,quotient+1)
nrm=len(L)%(quotient+1)
result = result + [L[-nrm:]]
return result
for el in cpts:
chapterNumber=string._int(el[0])
chapterNumberStr=el[0]
chapterNumberText=el[1]
chapterTitle=el[2]
nextChapterNumberStr = "%03d"%( (chapterNumber+numOfChapters+1)%numOfChapters ) # e.g. '013'
filename='x' + chapterNumberStr + '.html'
filePath= sourceRoot + '/' + filename
print 'reading:', filename
inF = open(filePath,'rb')
maintxt=unicode(inF.read(),'utf-8')
inF.close()
maintxt=maintxt.strip()
paragraphs=maintxt.split('\n ')