def xmldescription(url):
xmlfilename =urllib.urlopen(url) #Ouverture du fichier via le web.
dom= parse(xmlfilename) #Lecture du fichier
Description = dom.getElementsByTagName('summary') #Recherche l'élément 'summary'
nbSummary = len(Description) #Nombre de summary
condition = False
NoSummary = 1
while condition == False:
if string.count(Description[NoSummary].firstChild.nodeValue ,u"Température:"):
TxtNodeValue = Description[NoSummary].firstChild.nodeValue #Retourne le X ieme enfant du noeud soit le sommaire HTML
condition = True
NoSummary = NoSummary + 1
if NoSummary == nbSummary:
TxtNodeValue = "nil"
condition = True
# Traitement du noeud XML
ListeB = string.split(TxtNodeValue, "<b>") # Division des informations du noeud à '<b>' retourne un liste de plusieurs éléments.
if len(ListeB) > 1: # S'il y a de l'information dans la variable
for elements in ListeB: # Pour chaque élément de la liste.
if string.count(elements, "Temp") > 0: # S'il y a le texte 'TEMP' dans l'élément regardé.
TextTemp = string.split(elements, "</b>")[1] # Division pour extraire la température
NombreTemp = string.replace(TextTemp, "°C <br/>", "") # Efface par remplacement les éléments indésirables
else:
NombreTemp = "-9999" # Si aucune température, mettre la valeur -9999.
return string.strip(string.replace(NombreTemp, ",", ".")) # Retour de la valeur avec remplacement des , par des .
def deg2HMS(ra='', dec='', round=False):
import string
RA, DEC= '', ''
if dec:
if string.count(str(dec),':')==2:
dec00=string.split(dec,':')
dec0,dec1,dec2=float(dec00[0]),float(dec00[1]),float(dec00[2])
if '-' in str(dec0): DEC=(-1)*((dec2/60.+dec1)/60.+((-1)*dec0))
else: DEC=(dec2/60.+dec1)/60.+dec0
else:
if str(dec)[0]=='-': dec0=(-1)*abs(int(dec))
else: dec0=abs(int(dec))
dec1=int((abs(dec)-abs(dec0))*(60))
dec2=((((abs(dec))-abs(dec0))*60)-abs(dec1))*60
DEC='00'[len(str(dec0)):]+str(dec0)+':'+'00'[len(str(dec1)):]+str(dec1)+':'+'00'[len(str(int(dec2))):]+str(dec2)
if ra:
if string.count(str(ra),':')==2:
ra00=string.split(ra,':')
ra0,ra1,ra2=float(ra00[0]),float(ra00[1]),float(ra00[2])
RA=((ra2/60.+ra1)/60.+ra0)*15.
else:
ra0=int(ra/15.)
ra1=int(((ra/15.)-ra0)*(60))
ra2=((((ra/15.)-ra0)*60)-ra1)*60
RA='00'[len(str(ra0)):]+str(ra0)+':'+'00'[len(str(ra1)):]+str(ra1)+':'+'00'[len(str(int(ra2))):]+str(ra2)
if ra and dec: return RA, DEC
else: return RA or DEC
def fixcode(block, doctype='UNKNOWN'):
# Some XML preparation
block = LeftMargin(block)
# Pull out title if available
re_title = re.compile('^#\-+ (.+) \-+#$', re.M)
if_title = re_title.match(block)
if if_title:
title = if_title.group(1)
block = re_title.sub('', block) # take title out of code
else: title = ''
# Process the code block with dw_colorize (if possible and appropriate)
if py_formatter and (string.count(title,'.py') or
string.count(title,'Python') or
string.count(title,'python') or
string.count(title,'py_') or
doctype == 'PYTHON'):
print ('<p><heading refname="code1" type="code" toc="yes">%s</heading>'
% Typography(title))
print '<code type="section">',
dw_colorize.Parser(block.rstrip()).toXML()
print '</code></p>'
# elif the-will-and-the-way-is-there-to-format-language-X:
# elif the-will-and-the-way-is-there-to-format-language-Y:
else:
block = Detag(block)
print code_block % (Typography(title), block.strip())
def parseResults(output):
results = {}
for line in output:
print line,
if string.count(line, "SIGSEG"):
results[0] = ["FAULT", string.strip(line)]
continue
# look for something of the form:
# filename:line:message
msg = string.split(line,":",2)
if len(msg)<3: continue
if msg[0]!=inputfilename: continue
if len(msg[1])==0: continue
if not msg[1][0] in string.digits: continue
# it's in the right form; parse it
linenumber = int(msg[1])
msgtype = "UNKNOWN"
uppermsg = string.upper(msg[2])
if string.count(uppermsg,"ERROR"):
msgtype = "ERROR"
if string.count(uppermsg,"WARNING"):
msgtype = "WARNING"
msgtext = string.strip(msg[2])
ignore = 0
for ignoreExpr in ignoreExprList:
if re.search(ignoreExpr,msgtext)!=None:
ignore = 1
if not ignore:
results[linenumber]=[msgtype,string.strip(msg[2])]
return results
def bitrigramFeature(self):
bi_template=[]
tri_template=[]
biFeature={}
triFeature={}
for l in string.lowercase:
for m in string.lowercase:
for n in string.lowercase:
tri_template.append(l+m+n)
bi_template.append(l+m)
words=''
for temp in self.sentences:
if self.output==False:
length=len(temp)-3
else:
length=len(temp)-2
for i in range(length):
words +=temp[i]+' '
for elem in bi_template:
biFeature[elem]=float(string.count(words,elem))
for elem in tri_template:
triFeature[elem]=float(string.count(words,elem))
triSum=sum(triFeature.values())
biSum=sum(biFeature.values())
for elem in biFeature:
biFeature[elem]=biFeature[elem]/biSum
for elem in triFeature:
triFeature[elem]=triFeature[elem]/triSum
return biFeature, triFeature
def remove_polyA(self, at_percentage = .9):
"""Remove patterns which are likely due to polyA tails from the lists.
This is just a helper function to remove pattenrs which are likely
just due to polyA tails, and thus are not really great motifs.
This will also get rid of stuff like ATATAT, which might be a
useful motif, so use at your own discretion.
XXX Could we write a more general function, based on info content
or something like that?
Arguments:
o at_percentage - The percentage of A and T residues in a pattern
that qualifies it for being removed.
"""
remove_list = []
# find all of the really AT rich patterns
for pattern_info in self._pattern_list:
pattern_at = (float(string.count(pattern_info[1], 'A') +
string.count(pattern_info[1], 'T')) /
float(len(pattern_info[1])))
if pattern_at > at_percentage:
remove_list.append(pattern_info)
# now remove them from the master list
for to_remove in remove_list:
self._pattern_list.remove(to_remove)
def ScriptURL(target, web_page_url=None, absolute=0):
"""target - scriptname only, nothing extra
web_page_url - the list's configvar of the same name
absolute - a flag which if set, generates an absolute url
"""
if web_page_url is None:
web_page_url = mm_cfg.DEFAULT_URL
if web_page_url[-1] <> '/':
web_page_url = web_page_url + '/'
fullpath = os.environ.get('REQUEST_URI')
if fullpath is None:
fullpath = os.environ.get('SCRIPT_NAME', '') + \
os.environ.get('PATH_INFO', '')
baseurl = urlparse.urlparse(web_page_url)[2]
if not absolute and fullpath[:len(baseurl)] == baseurl:
# Use relative addressing
fullpath = fullpath[len(baseurl):]
i = string.find(fullpath, '?')
if i > 0:
count = string.count(fullpath, '/', 0, i)
else:
count = string.count(fullpath, '/')
path = ('../' * count) + target
else:
path = web_page_url + target
return path + mm_cfg.CGIEXT
def find_module_for_item(modules, item):
"""Find the matching module for a given item"""
dbg("find_module_for_item: Searching for: %s" % item)
module = None
# We need a shortcut here for root level items
if not ARGUMENTS.standalone and string.count(item, '.') == 1:
dbg("find_module_for_item: Using root-level shortcut")
module = "hs"
# Methods are very easy to shortcut
if string.count(item, ':') == 1:
dbg("find_module_for_item: Using method shortcut")
module = item.split(':')[0]
if not module:
matches = []
for mod in modules:
if item.startswith(mod):
matches.append(mod)
matches.sort()
dbg("find_module_for_item: Found options: %s" % matches)
try:
module = matches[-1]
except IndexError:
err("Unable to find module for: %s" % item)
dbg("find_module_for_item: Found: %s" % module)
return module
def extratabs(self, line):
tabcount = 0
for c in line:
if c <> "\t":
break
tabcount = tabcount + 1
last = 0
cleanline = ""
tags = PyFontify.fontify(line)
# strip comments and strings
for tag, start, end, sublist in tags:
if tag in ("string", "comment"):
cleanline = cleanline + line[last:start]
last = end
cleanline = cleanline + line[last:]
cleanline = string.strip(cleanline)
if cleanline and cleanline[-1] == ":":
tabcount = tabcount + 1
else:
# extra indent after unbalanced (, [ or {
for open, close in (("(", ")"), ("[", "]"), ("{", "}")):
count = string.count(cleanline, open)
if count and count > string.count(cleanline, close):
tabcount = tabcount + 2
break
return tabcount
def load(self,name):
"""
Returns a two dimensional numpy array where a[:,0] is
wavelength in Angstroms and a[:,1] is flux in
counts/sec/angstrom/cm^2
Noisy spectra are smoothed with window_len in the .txt file.
Ergs and AB Mag units are automatically converted to counts.
"""
fname = self.objects[name]['dataFile']
fullFileName = os.path.join(self.this_dir,"data",fname[0])
if (string.count(fullFileName,"fit")):
a = self.loadSdssSpecFits(fullFileName)
else:
a = numpy.loadtxt(fullFileName)
len = int(self.objects[name]['window_len'][0])
if len > 1:
a[:,1] = smooth.smooth(a[:,1], window_len=len)[len/2:-(len/2)]
try:
fluxUnit = self.objects[name]['fluxUnit'][0]
scale = float(fluxUnit.split()[0])
a[:,1] *= scale
except ValueError:
print "error"
ergs = string.count(self.objects[name]['fluxUnit'][0],"ergs")
if ergs:
a[:,1] *= (a[:,0] * self.k)
mag = string.count(self.objects[name]['fluxUnit'][0],"mag")
if mag:
a[:,1] = (10**(-2.406/2.5))*(10**(-0.4*a[:,1]))/(a[:,0]**2) * (a[:,0] * self.k)
return a
def callback(match):
if not any([match.group(0).startswith('/%s' % s) for s in self.start_markers]):
return match.group(0)
start, end = match.start(), match.end()
start_line = string.count(text, '\n', 0, start)
start_col = start - string.rfind(text, '\n', 0, start) - 1
if start_col < 0:
start_col = 0
end_line = string.count(text, '\n', 0, end)
end_col = end - string.rfind(text, '\n', 0, end) - 1
offset_line = start_line + 1
raw_text = match.group(0)
# Compute offset column.
idx = raw_text.find('\n') + 1
for offset_col in xrange(idx, len(raw_text)):
if raw_text[offset_col] not in [' ', '\t']:
break
if raw_text[offset_col] == '*':
offset_col += 1
if raw_text[offset_col] in [' ', '\t']:
offset_col += 1
offset_col -= idx
proc_text = self._stripText(raw_text, offset_col)
comments.append(Comment(start_line, start_col, start, end_line, end_col, end,
offset_line, offset_col, proc_text, raw_text))
return match.group(0)
def process_request(self, req):
req.perm.assert_permission ('WIKI_MODIFY')
page_name = req.args['target_page'][req.args['target_page'].find('wiki')+5:]
p = WikiPage(self.env, page_name )
author_name = req.authname
comment_text = req.args['comment']
comment_parent = req.args['comment_parent']
dt = datetime.now()
comment_date = dt.strftime("%Y-%m-%d %H:%M:%S")
comment_id = "%032x" % random.getrandbits(128)
redirect_url = "%s%s#%s" % (req.base_path, req.args['target_page'],comment_id)
changeset_comment = "%s..." % comment_text[:20]
insertion_index = string.find( p.text, "=%s" % comment_parent )
if ( insertion_index != -1 ):
heads = string.count(p.text,"{{{#!WikiComments",0,insertion_index)
tails = string.count(p.text,"}}}",0,insertion_index)
level = heads - tails
padding = ""
comment_out = '%s{{{#!WikiComments author="%s" date="%s" id="%s""\n%s%s\n%s=%s\n%s}}}\n' \
% (padding, author_name,comment_date,comment_id,padding,comment_text,padding,comment_id,padding)
p.text = p.text[:insertion_index]+comment_out+p.text[insertion_index:]
p.save( author_name, changeset_comment, req.remote_addr )
req.redirect(redirect_url)
def writeArray (xy, file=None, format='%g ', comments=[], commentChar='#'):
""" Write a numeric array xy to file (or stdout if unspecified).
(format must have one, two, or xy.shape[1] specifiers, line feed is appended if necessary.) """
if file:
if hasattr(file,'closed'):
if file.mode=='w': out=file
else: print 'ERROR --- IO.writeArray: file "' + file + '" opened in readmode!'
else:
out=open(file,'w')
# print command line as first line to output file
if not (sys.argv[0]=='' or 'ipython' in sys.argv[0]):
sys.argv[0] = os.path.basename(sys.argv[0])
out.write (commentChar + ' ' + join(sys.argv) + '\n' + commentChar + '\n')
else: out = sys.stdout
for com in comments: out.write ( '%s %s\n' % (commentChar, strip(com)) )
if len(xy.shape)==1:
if count(format,'\n')==0: format = format.rstrip()+'\n'
for i in range(xy.shape[0]): out.write (format % xy[i] )
elif len(xy.shape)==2:
npc = count(format,'%')
if npc==1:
format = xy.shape[1] * format
elif npc==2 and xy.shape[1]>2:
f2 = rfind(format,'%')
format = format[:f2] + (xy.shape[1]-1) * (' '+format[f2:])
elif npc!=xy.shape[1]:
print "ERROR --- IO.writeArray: check format (number of format specs does'nt match number of columns in data)"
return
if count(format,'\n')==0: format = format.rstrip()+'\n'
for i in range(xy.shape[0]): out.write (format % tuple(xy[i,:]) )
else:
print 'ERROR --- IO.writeArray: writing arrays with more than 2 dimensions not supported!'
if not out.closed: out.close()
def defswarp(namefile, imgname, _combine, gain=''):
import floyds
import string, re, os
if _combine.lower() in ['median']:
_combine = 'MEDIAN'
elif _combine.lower() in ['average']:
_combine = 'AVERAGE'
elif _combine.lower() in ['sum']:
_combine = 'SUM'
swarpfile = floyds.__path__[0] + '/standard/sex/default.swarp'
f = open(swarpfile, 'r')
ss = f.readlines()
f.close()
ff = open(namefile, 'w')
for i in ss:
if string.count(i, 'IMAGEOUT_NAME') == 1:
ff.write('IMAGEOUT_NAME ' + str(imgname) + ' # Output filename \n')
elif string.count(i, 'WEIGHTOUT_NAME') == 1:
ff.write('WEIGHTOUT_NAME ' + str(
re.sub('.fits', '.weight.fits', imgname)) + ' # Output weight-map filename \n')
elif string.count(i, 'COMBINE_TYPE') == 1:
ff.write('COMBINE_TYPE ' + str(_combine) + ' # MEDIAN,AVERAGE,MIN,MAX,WEIGHTED,CHI2 \n')
elif string.count(i, 'GAIN_DEFAULT') == 1:
if gain:
ff.write('GAIN_DEFAULT ' + str(gain) + ' # Default gain if no FITS keyword found \n')
else:
ff.write(i)
else:
ff.write(i)
ff.close()
return namefile
def main():
pathname = EasyDialogs.AskFileForOpen(message="File to check end-of-lines in:")
if not pathname:
sys.exit(0)
fp = open(pathname, "rb")
try:
data = fp.read()
except MemoryError:
EasyDialogs.Message("Sorry, file is too big.")
sys.exit(0)
if len(data) == 0:
EasyDialogs.Message("File is empty.")
sys.exit(0)
number_cr = string.count(data, "\r")
number_lf = string.count(data, "\n")
if number_cr == number_lf == 0:
EasyDialogs.Message("File contains no lines.")
if number_cr == 0:
EasyDialogs.Message("File has unix-style line endings")
elif number_lf == 0:
EasyDialogs.Message("File has mac-style line endings")
elif number_cr == number_lf:
EasyDialogs.Message("File probably has MSDOS-style line endings")
else:
EasyDialogs.Message("File has no recognizable line endings (binary file?)")
sys.exit(0)
def scoreParse(self, parse, correct):
"""Compares the algorithms parse and the correct parse and assigns a score for that parse.
The score is based upon how far apart the right and left parentheses are from each other
in the two parses and also includes a penalty for parentheses in one parse but not the
other.
"""
score = 0
compCnt = string.count(parse, "(")
realCnt = string.count(correct, "(")
compPos = -1
realPos = -1
for i in range(compCnt):
compPos = string.find(parse, "(", compPos+1, len(parse))
realPos = string.find(correct, "(", realPos+1, len(correct))
score += abs(compPos - realPos)
score += abs(compCnt - realCnt)
compCnt = string.count(parse, ")")
realCnt = string.count(correct, ")")
compPos = -1
realPos = -1
for i in range(compCnt):
compPos = string.find(parse, ")", compPos+1, len(parse))
realPos = string.find(correct, ")", realPos+1, len(correct))
score += abs(compPos - realPos)
score += abs(compCnt - realCnt)
return score
def fixcode(block, doctype):
# Some HTML preparation
block = Detag(block)
block = LeftMargin(block)
# Pull out title if available
re_title = re.compile('^#\-+ (.+) \-+#$', re.M)
if_title = re_title.match(block)
if if_title:
title = if_title.group(1)
block = re_title.sub('', block) # take title out of code
else: title = ''
#block = string.strip(block) # no surrounding whitespace
# Process the code block with Py2HTML (if possible and appropriate)
if py_formatter and (string.count(title,'.py') or
string.count(title,'Python') or
string.count(title,'python') or
string.count(title,'py_') or
doctype == 'PYTHON'):
fh = open('tmp', 'w')
fh.write(block)
fh.close()
py2html.main([None, '-format:rawhtml', 'tmp'])
block = open('tmp.html').read()
block = code_block % (title, block)
# elif the-will-and-the-way-is-there-to-format-language-X:
# elif the-will-and-the-way-is-there-to-format-language-Y:
else:
block = code_block % (title, '<pre>'+block+'</pre>')
return block
def myFeatures(string):
all_notes = re.findall(r"[0-9]0? *?/ *?10", string)
if all_notes:
print(all_notes)
all_notes = [int(x.split("/")[0].strip()) for x in all_notes]
mean = np.mean(all_notes)
maxim = np.max(all_notes)
minim = np.min(all_notes)
print(all_notes, mean, maxim, minim)
else:
mean = -1
maxim = -1
minim = -1
return [
len(string),
string.count("."),
string.count("!"),
string.count("?"),
len(re.findall(r"[^0-9a-zA-Z_ ]", string)), # Non aplha numeric
len(re.findall(r"10", string)),
len(re.findall(r"[0-9]", string)),
string.count("<"),
len(re.findall(r"star(s)?", string)),
mean,
maxim,
minim,
len(re.findall(r"[A-Z]", string)),
]
def readworkingdirfile(fname):
# retun the contents of file fname
# if it is a dos file convert it to Mac
fp=open(getworkingdir()+fname,'rb')
try:
data = fp.read()
except MemoryError:
print 'Sorry, file is too big.'
return
if len(data) == 0:
print 'File is empty.'
return
number_cr = string.count(data, '\r')
number_lf = string.count(data, '\n')
#if number_cr == number_lf == 0:
#EasyDialogs.Message('File contains no lines.')
if number_cr == 0:
#EasyDialogs.Message('File has unix-style line endings')
data=string.replace(data,'\n','\r') #make it a mac file
#elif number_lf == 0:
#EasyDialogs.Message('File has mac-style line endings')
elif number_cr == number_lf:
#EasyDialogs.Message('File probably has MSDOS-style line endings')
data=string.replace(data,'\n','') #make it a mac file
#else:
#EasyDialogs.Message('File has no recognizable line endings (binary file?)')
#f=open('Macintosh HD:Python 2.0:santosfiles:gumbhere1','w')
#f.write(data)
fp.close()
return data
def run(self):
try:
if osflag:
proc=Popen(self.cmd,shell=False,stdin=None,stdout=PIPE,\
stderr=STDOUT,bufsize=0)
else:
from subprocess import STARTUPINFO
si=STARTUPINFO()
si.dwFlags|=1
si.wShowWindow=0
proc=Popen(self.cmd,shell=False,stdin=None,stdout=PIPE,\
stderr=STDOUT,bufsize=0,startupinfo=si)
while 1:
if self.stop_flag:
if osflag: proc.send_signal(signal.SIGKILL)
else: proc.kill()
break
if osflag:
if proc.stdout in select.select([proc.stdout],[],[],1)[0]:
line=proc.stdout.readline()
else: line=' \n'
else: line=proc.stdout.readline()
if not len(line): break
else:
if count(line,'ttl') or count(line,'TTL'): self.retries=0
else: self.retries=self.retries+1
line=' '
sleep(0.5)
proc.poll()
except: pass
def action(self, user, cmd_list):
t = self.telnet
t.write("\n")
login_prompt = "login: "******"Password:"******"%s\n" % user)
response = t.read_until(password_prompt, 3)
if string.count(response, password_prompt):
print response
else:
return 0
t.write("%s\n" % self.passwd[user])
response = t.read_until(self.command_prompt, 5)
if not string.count(response, self.command_prompt):
return 0
for cmd in cmd_list:
t.write("%s\n" % cmd)
response = t.read_until(self.command_prompt, self.timeout)
if not string.count(response, self.command_prompt):
return 0
print response
return 1
def _cmd_telnet_exec_usr_raw_cmd(host, user, password, cmd):
"""
Telnet into a machine and execute a command at the
user level and gets raw output from remote.
Args:
host: Host IP address
user: User login name
password: Password
cmd: Command to execute after successful telnet
Returns:
True, response: Successful telnet login and response to command executed
NOTE: Command might fail, but still it returns True meaning
that the command is executed on remote.
False, response: Unsuccessful telnet login and empty response
"""
command_prompt = "$ "
response = " "
try:
tn = telnetlib.Telnet(host)
except:
return(False, '')
login_prompt = "login:"******"\n")
password_prompt = "Password:"******"\n")
response = tn.read_until(command_prompt, 3)
if not string.count(response, command_prompt):
return (False, '')
tn.write("%s\n" % cmd)
tn.write(b"exit\n")
cmdResponse = tn.read_all().decode('ascii')
tn.close()
'''
# Try this ----
cmdResponse = ''
while cmdResponse.find('$') == -1:
cmdResponse = tn.read_all().decode('ascii')
#cmdResponse = tn.read_very_eager()
print cmdResponse
# ends here ----
'''
if not string.count(cmdResponse, "exit"):
print cmdResponse
return (False, None)
return (True, cmdResponse) # SUCCESS - Exec cmd after telnet
def calculate_gc(x):
"""Calculates the GC content of DNA sequence x.
x: a string composed only of A's, T's, G's, and C's."""
if x == '':
return 1
x = x.upper()
gc = float(string.count(x, "G") +string.count(x, "C")) / len(x)
return gc
def is_configuration_removed(self):
flag = False
removed_config = self.get_system_configuration()
numsec = string.count(removed_config, 'insecure = [0]')
numpp = string.count (removed_config, 'proxy_port = []')
if numsec == 1 and numpp == 1:
flag = True
return flag
def count_assignment(patch):
num_assign = 0
patch_split = re.split("\n",patch)
leng = len(patch_split)
for i in range(0,leng):
patch_line = patch_split[i]
if (patch_line.startswith("+") or patch_line.startswith("-")) and (patch_line.startswith("+++")==False and patch_line.startswith("---")==False):
num_assign += string.count(patch_line,"=") - string.count(patch_line,"==")*2 - string.count(patch_line,"!=") - string.count(patch_line,">=") - string.count(patch_line,"<=") - string.count(patch_line,"?=")
return num_assign
def setName(self, fileName): self.name = fileName if (string.count(self.name,"gdc")): fileName = string.lstrip(fileName,"gdc") if (string.count(self.name,"dat")): fileName = string.rstrip(fileName,".dat") if (string.count(self.name,".000")): fileName = string.rstrip(fileName,".000") self.runNumber = int(fileName)
def is_configuration_modified(self, output):
flag = False
modified_config = self.get_system_configuration()
numsec = string.count(modified_config, 'insecure = %s' % self.modinsecure)
numpp = string.count (modified_config, 'proxy_port = %s' % self.modproxyport)
if numsec == 1 and numpp == 1:
flag = True
logger.info("It's successful to verify modified configration")
return flag
def mergeUnbalancedPipes(self, patterns):
ctr = 0
while ctr < len(patterns)-1:
if string.count(patterns[ctr],'[') != string.count(patterns[ctr], ']'):
patterns[ctr] = patterns[ctr] + '|' +patterns[ctr+1]
else:
ctr = ctr + 1
patterns = map(lambda x:string.strip(x), patterns)
return patterns
def is_configuration_modified(self):
flag = False
modified_config = self.get_system_configuration()
numsec = string.count(modified_config, 'insecure = %s' % self.modinsecure)
numpp = string.count (modified_config, 'proxy_port = %s' % self.modproxyport)
# if numsec == 3 and numpp == 3:
if numsec == 1 and numpp == 1:
flag = True
return flag
def test(instring):
"""Test to check if instring is well-formed value of a bibtex field:
returns
( number of double quotes mod 2, number of left braces - number right braces )
"""
instring = string.replace(instring, '\\"', "")
quote_count = string.count(instring, '"')
lb_count = string.count(instring, "{")
rb_count = string.count(instring, "}")
return (divmod(quote_count, 2)[1], lb_count - rb_count)
def generate_frequency_table(text, charset):
'''
Generate a character frequency table for a given text
and charset as list of chars, digraphs, etc
text - A sample of plaintext to analyze for frequency data
charset - (list of strings) The set of items to count in the plaintext
such as ['a','b','c', ... 'z','aa','ab','ac', ... 'zz']
'''
freq_table = {}
text_len = 0
for char in charset:
freq_table[char] = 0
for char in text:
if char in charset:
freq_table[char] += 1
text_len += 1
for multigraph in filter(lambda x: len(x) > 1, charset):
freq_table[multigraph] = string.count(text, multigraph)
# Normalize frequencies with length of text
for key in freq_table.keys():
if text_len != 0:
freq_table[key] /= float(text_len)
else:
freq_table[key] = 0
return freq_table
def checkNameValidity(self, params):
import string
if not self.name.isNone:
vname = self.name.getValue()
# check if we have a name
if (not vname) or (vname == ""): # the name is mandatory
return "Relationship name must be specified"
# now check that the name is valid (a variable name)
if string.count(vname, " ") > 0:
return "Invalid relationship name, no white spaces allowed"
# check first character
if (vname[0] >= '0') and (vname[0] <= '9'): # a number
return "Invalid variable name, first character must be a letter or '_'"
if vname[0] != '_' and (vname[0] < 'A' or vname[0] > 'z'):
return "Invalid relationship name, first character must be a letter or '_'"
# now check for the rest of not allowed characters...
for c in range(len(vname) - 1):
if vname[c + 1] < 'A' or vname[c + 1] > 'z': # not a letter
if vname[c + 1] < '0' or vname[c +
1] > '9': # not a number
if vname[c + 1] != '_': # not underscore
return ("Invalid relationship name, character '" +
vname[c + 1] + "' is not allowed",
self.graphObject_)
return None
def print_error(input, err, scanner):
"""This is a really dumb long function to print error messages nicely."""
p = err.pos
# Figure out the line number
line = count(input[:p], '\n')
print err.msg + " on line " + repr(line + 1) + ":"
# Now try printing part of the line
text = input[max(p - 80, 0):p + 80]
p = p - max(p - 80, 0)
# Strip to the left
i = rfind(text[:p], '\n')
j = rfind(text[:p], '\r')
if i < 0 or (0 <= j < i): i = j
if 0 <= i < p:
p = p - i - 1
text = text[i + 1:]
# Strip to the right
i = find(text, '\n', p)
j = find(text, '\r', p)
if i < 0 or (0 <= j < i): i = j
if i >= 0:
text = text[:i]
# Now shorten the text
while len(text) > 70 and p > 60:
# Cut off 10 chars
text = "..." + text[10:]
p = p - 7
# Now print the string, along with an indicator
print '> ', text
print '> ', ' ' * p + '^'
print 'List of nearby tokens:', scanner
def collectRaidStatus(configobj):
# https://github.com/jnv/ansible-fedora-infra/blob/master/roles/nagios_client/files/scripts/check_raid.py
devices = []
mdstat = string.split(open('/proc/mdstat').read(), '\n')
error = ""
i = 0
for line in mdstat:
if line[0:2] == 'md':
device = string.split(line)[0]
devices.append(device)
status = string.split(mdstat[i + 1])[3]
if string.count(status, "_"):
# see if we can figure out what's going on
err = string.split(mdstat[i + 2])
msg = "device=%s status=%s" % (device, status)
if len(err) > 0:
msg = msg + " rebuild=%s" % err[0]
if not error:
error = msg
else:
error = error + ", " + msg
i = i + 1
if not error:
return True
else:
return error
def _diff_line_based(left_text,
right_text,
include_deletions=True,
include_insertions=True,
replace_as_insert=False,
replace_as_delete=False,
ratio_skip=0.7,
line_length=model.Text.LINE_LENGTH):
from difflib import SequenceMatcher
left = _decompose(left_text)
right = _decompose(right_text)
s = SequenceMatcher(None, left, right)
html_match = ''
for op, i1, i2, j1, j2 in s.get_opcodes():
if op == 'equal':
html_match += _compose(left[i1:i2])
elif op == 'delete' and include_deletions:
html_match += '<del>' + _compose(left[i1:i2]) + '</del>'
elif op == 'insert' and include_insertions:
html_match += '<ins>' + _compose(right[j1:j2]) + '</ins>'
elif op == 'replace':
if replace_as_delete:
html_match += '<del>' + _compose(left[i1:i2]) + '</del>'
elif replace_as_insert:
html_match += '<ins>' + _compose(right[j1:j2]) + '</ins>'
else:
html_match += '<span>' + _compose(right[j1:j2]) + '</span>'
carry = []
lines = []
for line in linify(html_match, line_length):
for val in reversed(carry):
line = val + line
carry = []
for tag_begin, tag_end in (('<span>', '</span>'), ('<ins>', '</ins>'),
('<del>', '</del>')):
begin_count = count(line, tag_begin)
end_count = count(line, tag_end)
if begin_count > end_count:
line = line + tag_end
carry.append(tag_begin)
elif begin_count < end_count:
line = tag_begin + line
lines.append(line)
return lines
def create_tcp_controller(self,
tcp_name=None,
initial_controller=None,
require_type=None):
"""Create new instance of TCPController.
Arguments:
tcp_name -- String to reference new TCPController over TCP
Optional arguments:
initial_controller -- Initial value of TCPController instance
require_type -- force this as TCPController instance's return_type
"""
class Parser:
def __init__(self, tcp_name, most_recent_command):
self.tcp_name = tcp_name
self.most_recent_command = most_recent_command
def parse_func(self, match):
# Could make this into a lambda function
self.most_recent_command[self.tcp_name] = match.groups()[-1]
return ""
if tcp_name is None:
raise ValueError("Must specify tcp_name")
if tcp_name in self.names.keys():
raise ValueError('tcp_name "%s" already in use.' % tcp_name)
if string.count(tcp_name, ' '):
raise ValueError('tcp_name "%s" cannot have spaces.' % tcp_name)
if tcp_name == "quit":
raise ValueError('tcp_name "%s" conflicts with reserved word.' %
tcp_name)
if initial_controller is None:
# create default controller
initial_controller = VisionEgg.FlowControl.ConstantController(
during_go_value=1.0, between_go_value=0.0)
else:
if not isinstance(initial_controller,
VisionEgg.FlowControl.Controller):
print initial_controller
raise ValueError(
'initial_controller not an instance of VisionEgg.FlowControl.Controller'
)
if require_type is None:
require_type = initial_controller.returns_type()
# Create initial None value for self.last_command dict
self.last_command[tcp_name] = None
# Create values for self.names dict tuple ( controller, name_re, most_recent_command, parser )
controller = TCPController(tcp_name=tcp_name,
initial_controller=initial_controller)
name_re_str = re.compile("^" + tcp_name + r"\s*=\s*(.*)\s*\n$",
re.MULTILINE)
parser = Parser(tcp_name, self.last_command).parse_func
self.names[tcp_name] = (controller, name_re_str, parser, require_type)
self.socket.send('"%s" controllable with this connection.\n' %
tcp_name)
return controller
def calc_entropy(string):
"""Calculates the Shannon entropy of a string"""
prob = [
float(string.count(c)) / len(string)
for c in dict.fromkeys(list(string))
]
entropy = -sum([p * math.log(p) / math.log(2.0) for p in prob])
return entropy
def test4():
print r'/n', u'abc', ur'Hello\nWorld!'
s, t, g = 'fofff1', 'obr2', 'lilang'
nex = zip(s, t, g)
print nex
print string.capitalize(s)
print string.center(s, 10), string.count(s, 'f'), s.find('f', 5,
5), s.isalnum()
def receive_handover(self):
global a_success_count
global b_success_count
global c_success_count
a = "MSG: [S1ap: eNB->MME] ENB STATUS TRFR"
b = "MSG: [S1ap: eNB<-MME] UE CONTEXT REL CMD"
c = "MSG: [S1ap: eNB->MME] UE CONTEXT REL CMPL"
f = open('mintlog.txt', 'r')
line = f.read()
a_success_count = string.count(line, a)
b_success_count = string.count(line, b)
c_success_count = string.count(line, c)
f.close()
print "a_success_count is :", a_success_count
print "b_success_count is :", b_success_count
print "c_success_count is :", c_success_count
def Query(szMutex):
szLines = os.popen('p4mutex query ' + szMutex).read()
count = string.count(szLines, 'HELD')
if (count == 0):
return 1
else:
print "Lock held"
return 0
def getOSType(prototypesDir):
ostype = string.lower(sys.platform)
if '-' in ostype:
ostype = ostype[:string.find(ostype, '-')]
for proto in os.listdir(prototypesDir):
if string.count(ostype, string.lower(proto)):
return proto
return ostype
def equal_string(a, b):
if (a == 'alpha' and b == 'alpha'):
e = False
elif a == '' and b == '':
e = True
elif (a == '' and b != '') or (a != '' and b == ''):
e = False
else:
sub = a[0:4]
nsub = string.count(a, sub)
if nsub != string.count(b, sub):
e = False
else:
a = string.replace(a, sub, '')
b = string.replace(b, sub, '')
e = equal_string(a, b)
return e
def update_pos(self):
"Updates (line,col)-pos by checking processed blocks."
breaks = string.count(self.data, "\n", self.last_upd_pos, self.pos)
self.last_upd_pos = self.pos
if breaks > 0:
self.line = self.line + breaks
self.last_break = string.rfind(self.data, "\n", 0, self.pos)
def is_isogram2(string):
if string == '':
return True
else:
countList = []
string = list(string.lower())
print(string)
print(string.count('o'))
for i in string:
countList.append(string.count(i))
print(countList)
for j in countList:
if j > 1:
return False
else:
return True
print(countList)
def most_repeated_letters(a):
'''Return the number of times the most frequent letter repeats.'''
b = 0
c = 0
while b < len(a):
c = max(string.count(a, a[b]), c)
b = b + 1
return c
def get_rating(self):
"""Find the film's rating. From 0 to 10.
Convert if needed when assigning."""
tmp_rating = gutils.trim(self.page, "ticas por:</B></Center>",
"c_critica.pl?id=")
if tmp_rating:
self.rating = str(
float(string.count(tmp_rating, 'estrela.gif')) * 2)
def strip_disk(path):
"""
Strip disk from windows path
example: c:\ot\test returns \ot\test """
if (int(string.count(path,':'))==0):
return path
else:
return str(string.split(path,':\\')[1])
def run():
from django.core.management import call_command
call_command('syncdb')
creates = []
for sqlhash in connection.queries:
if string.count(sqlhash['sql'], "CREATE TABLE") == 1:
creates.append(sqlhash['sql'])
return creates
def deja_vu():
string = input()
dv = False
for i in string:
if string.count(i) > 1:
dv = True
break
print("Deja Vu" if dv else "Unique")
def parselist(string, sep):
if string.count(sep) < 1:
return [string]
j = string.split(sep)
l = []
for i in j:
l.append(i.strip())
return l
def Entropy(string, base=2.0):
import math
dct = dict.fromkeys(list(string))
# frequencies
pkvec = [float(string.count(c)) / len(string) for c in dct]
# entropy
H = -sum([pk * math.log(pk) / math.log(base) for pk in pkvec])
return H
def countCharInFile(fileName, char):
string = ''
with open(fileName) as fo:
line = fo.readline()
while(line):
string += line +"\n"
line = fo.readline()
print(char + ' occurs ' + str(string.count(char)) + ' times in string')
def Compression(self, string, path_save_code, path_save_table,
path_save_output):
'''
This function compression
'''
#print('Do')
Tree = []
l = len(string)
i = 0
while self.Sum(Tree) < l:
#print('Xuong')
while string[i] in [row[0] for row in Tree]:
i = i + 1
#print('i',i)
Tree.append([string[i], string.count(string[i])])
i = i + 1
print(Tree)
# Sort
Tree.sort(key=lambda Tree: Tree[1], reverse=1)
# Build Tree
len_l = len(Tree)
self.Build_Tree(Tree, 0, len_l - 1)
# Convert list to dictionary
dict = {}
for i in range(len_l):
dict[Tree[i][0]] = Tree[i][1:]
self.Tree = dict
print('Shannon Fano Tree', self.Tree)
# Covert code for Shannon Fano
for i in range(l):
temp_str = ''
for char in self.Tree[string[i]][1:]:
temp_str = temp_str + str(char)
self.encode = self.encode + temp_str
pickle.dump(self.encode, open(path_save_code, 'wb'))
# Create Table Probability
Table = {}
for key in self.Tree.keys():
Table[key] = self.Tree[key][0]
print('TABLE Probability: ', Table)
#pickle.dump(self.Tree,open(path_save_tree,'wb'))
pickle.dump(Table, open(path_save_table, 'wb'))
self.B1 = math.ceil(
len(self.encode) / 8) + os.stat(path_save_table).st_size
# Save encode to file
pickle.dump((self.encode, self.Tree), open(path_save_output, 'wb'))
# Save tree
#pickle.dump(self.Tree,open(path_save_tree,'wb'))
return self.encode
def run_transmiter(n,nbytes,count,carrier_map,tb):
tb.start() # start flow graph
#nbytes = int(1e6 * options.megabytes)
#n = 0
tx_success=0
pktno = 0
pkt_size = int(options.size)
start_time = 0
last_time = 0
#carrier_map="FFFFFE7FFFFFF"
new_freq = options.tx_freq
count_init=0
print "carrier_map_passed_by_main=",carrier_map
# string_pipe=open('string_pipe','r')
while n < nbytes:
#if count_init >2000:
## carrier_map_new=string_pipe.readline()
## carrier_map_new=carrier_map[0:(len(carrier_map)-1)]
#if (pktno%40000)==0:
##carrier_map = os.read(fd,options.occupied_tones/4) #The sensor is a part of this code so no need to read from pipe
#if string.count(carrier_map,'0') >= 180:
#carrier_map="000000000000"
#tx_success=tb.txpath.sink.set_center_freq(new_freq+1e6)
#if tx_success:
#new_frew=new_freq+1e6
#print "successfully"
#print "Freq changed to "
#print new_freq
if string.count(carrier_map,'0') >= 190:
print "Waiting no bandwidth available"
return n
if options.from_file is None:
data = (pkt_size - 2) * chr(pktno & 0xff)
else:
if pktno < 20:
data = (pkt_size - 2) * chr(pktno & 0xff)
else:
data = source_file.read(pkt_size - 2)
if data == '':
break;
if (count==0):
break;
count=count-1
count_init=count_init + 1
payload = struct.pack('!H', pktno & 0xffff) + data
send_pkt(tb,payload,carrier_map)
n += len(payload)
sys.stderr.write('.')
if options.discontinuous and pktno % 10 == 1:
time.sleep(1)
pktno += 1
#send_pkt(eof=True)
tb.stop()
tb.wait()
print "n before retunning from trans loop=",n
print "nbytes after retunning from trans loop=",nbytes
return n
def getForces(names, coords, forces, L, fframe):
na = len(names)
l = len(L) ## no of lines in file
line_min = 0
cur_frame = 0
for line in range(l): ## loop over lines of file1
if line > line_min:
num_matches3 = string.count(L[line], searchterm3)
if num_matches3:
return
num_matches1 = string.count(L[line], searchterm1)
num_matches2 = string.count(L[line], searchterm2)
num_matches3 = string.count(L[line], 'Timer:')
num_matches = num_matches1 + num_matches2
if num_matches and not num_matches3:
j = 0
print 'Frame: ', cur_frame, ' Read forces starting at line ', line, ' for ', na, ' atoms'
for line2 in range(line + 1, line + na + 2):
if string.count(L[line2], '##') > 0:
words = string.split(L[line2])
shift = 0
while words[shift] != '##':
shift = shift + 1
shift = shift + 1
if words[shift] == '*':
shift = shift + 1
word = words[shift:]
name = word[0]
#print name
x = word[1]
y = word[2]
z = word[3]
fx = word[4]
fy = word[5]
fz = word[6]
names[j] = name
coords[j] = x + '\t' + y + '\t' + z
forces[j] = fx + '\t' + fy + '\t' + fz
j = j + 1
line_min = line + na + 2
if fframe == cur_frame:
print 'break'
break
cur_frame = cur_frame + 1
def testCompile(self):
'Check we can compile a fractal and the resulting .so looks ok'
ff = self.compiler.files["gf4d.frm"]
self.assertNotEqual(string.index(ff.contents, "Modified for Gf4D"), -1)
self.assertNotEqual(ff.get_formula("T03-01-G4"), None)
self.assertEqual(len(ff.formulas) > 0, 1)
f = self.compiler.get_formula("gf4d.frm", "T03-01-G4")
self.assertEqual(f.errors, [])
commands.getoutput("rm -f test-out.so")
cg = self.compiler.compile(f)
self.compiler.generate_code(f, cg, "test-out.so", None)
# check the output contains the right functions
(status, output) = commands.getstatusoutput('nm test-out.so')
self.assertEqual(status, 0)
self.assertEqual(string.count(output, "pf_new"), 1)
self.assertEqual(string.count(output, "pf_calc"), 1)
self.assertEqual(string.count(output, "pf_init"), 1)
self.assertEqual(string.count(output, "pf_kill"), 1)
def isNiceStr2(s):
temps = s
isDoubleSubs = 0
while (len(temps) > 2):
sub = temps[:2]
string = temps[2:]
if (string.count(sub) > 0):
isDoubleSubs = string.count(sub)
break
temps = temps[1:]
temps = s
isRepeatBetween = 0
while (len(temps) > 2):
if (temps[0] == temps[2]):
isRepeatBetween = 1
break
temps = temps[1:]
return (isDoubleSubs > 0 and isRepeatBetween > 0)
def count_occ(f_name, str1):
ct = 0
dr = open(f_name, 'r')
for line in dr:
ct0 = string.count(line, str1)
ct += ct0
dr.close()
return ct
def getNumOrbitals(L):
searchterm = 'Number of states'
for line in L: ## loop over lines of file
num_matches = string.count(line, searchterm)
if num_matches:
word = string.split(line)
no = eval(word[4])
break
return no
def init_plot():
if os.path.exists(path_plot):
print '\n\tpath %s exist!' % (path_plot)
else:
print '\n\tmaking directory'
os.makedirs(path_plot)
print '\t%s created successfully' % (path_plot)
dirs = os.listdir(path_out)
dirs.sort()
for d in dirs:
if string.count(d, 'l') == 0 and string.count(d, 'T') == 1:
print '\n\tStart working on ' + d
#adjust(path_out, d)
plot_def(d)
print '\n\tEnd working on ' + d
print '\n\tFinally End\n'
