def __init__(self):
"""Create our main helpers and compile RE patterns"""
self.S = Syllabizer()
self.P = Positioner()
self.SD = ScanDict(self)
self.vowelRE = sre.compile('[aeiouyAEIOUY]')
self.wordBoundsRE = sre.compile(r"([-.,;:?!\(\)\"\s]+)")
self.possIambRE = sre.compile('(x[x/])+')
def __init__(self):
"""Create our main helpers and compile RE patterns"""
self.LD = LineData()
self.S = Syllabizer()
self.P = Positioner()
self.SD = ScanDict(self)
self.vowelRE = sre.compile('[aeiouyAEIOUY]')
self.wordBoundsRE = sre.compile(r"([-.,;:?!\(\)\"\s]+)")
self.possIambRE = sre.compile('(x[x/])+')
def createCluster(clusterNode, cellName):
cellConfigNode = getChild(clusterNode, "CellConfig")
if cellConfigNode:
createCellConfig(cellConfigNode, cellName)
for nodeConfigNode in getChildElements(clusterNode, "NodeConfig"):
createNodeConfig(nodeConfigNode)
clusterName = clusterNode.attributes['name'].value
nodesNodeList = getChildElements(clusterNode, 'Node')
if len(nodesNodeList) > 0:
clusterId, serverIds, nodeNames = createClusterMembers(clusterName, nodesNodeList, cellName)
for nodesNode in nodesNodeList:
nodeName = nodesNode.attributes["name"].value
for serverNode in getChildElements(nodesNode, "Server"):
serverName = serverNode.attributes["name"].value
for serverPortNode in getChildElements(serverNode, "ServerPort"):
modifyServerPorts(nodeName, serverName, serverPortNode)
else:
clusterId = AdminConfig.getid('/ServerCluster:%s/' % clusterName)
serverIds, nodeNames = getClusterMembers(clusterId)
clusterConfigNode = getChild(clusterNode, "ClusterConfig")
if clusterConfigNode:
resourcesNode = getChild(clusterConfigNode, "Resources")
if resourcesNode:
clusterScope = "Cluster=%s" % clusterName
clusterPath = "/ServerCluster:%s/" % clusterName
createResources(clusterPath, clusterScope, resourcesNode)
modifyServices(clusterConfigNode, clusterId)
modifyAttributes(clusterConfigNode, clusterId)
for serverConfigNode in getChildElements(clusterNode, "ServerConfig"):
if serverConfigNode.getAttributeNode("match"):
match = sre.compile(serverConfigNode.attributes["match"].value)
else:
match = sre.compile(".*")
for serverItem in serverIds:
if match.match(serverItem["server"]):
print "Applying ServerConfig to " + serverItem["server"]
serverId = serverItem["serverId"]
modifyServices(serverConfigNode, serverId)
modifyAttributes(serverConfigNode, serverId)
resourcesNode = getChild(serverConfigNode, "Resources")
if resourcesNode:
serverScope = "Node=%(node)s,Server=%(server)s" % serverItem
serverPath = "/Node:%(node)s/Server:%(server)s/" % serverItem
createResources(serverPath, serverScope, resourcesNode)
print "Saving Config..."
AdminConfig.save()
print "Config saved."
print "Refresh and sync..."
refreshAndSync(cellName, clusterName, nodeNames)
def main():
gaia = wikipedia.getSite(code=u'en', fam=u'gaia')
plot = wikipedia.getSite(code=u'en', fam=u'plotwiki')
wikipedia.setAction(wikipedia.translate(gaia, msg))
wikipedia.setAction(wikipedia.translate(plot, msg))
final = u'<noinclude><!-- Do not edit this page, this page is automatically created by a Bot. -->\n'
final += u'==Most Recent Events==</noinclude>\n'
nonrecent = u'<noinclude>==Older Events==\n'
end = u'\n\'\'View everything here on the [[Plotwiki:|plotwiki...]]\'\'</noinclude>'
moreYears = True
year = 04
events = []
temp = []
while moreYears:
y = str(year)
page = wikipedia.Page(plot, u'Template:Pnav%s' % y.zfill(2))
try:
text = page.get()
r = sre.compile(u'^.*<span style=".*normal.*">(.*)</span>.*$',
sre.UNICODE | sre.MULTILINE | sre.DOTALL)
text = sre.sub(r, u'\\1', text)
r = sre.compile(u'\s+\|\s+',
sre.UNICODE | sre.MULTILINE | sre.DOTALL)
pages = sre.split(r, text)
r = sre.compile(u'\[\[([^|]*)(\|.*)?\]\]', sre.UNICODE)
for p in pages:
temp.append(sre.sub(r, u'\\1', p))
year += 1
except wikipedia.NoPage:
moreYears = False
for e in temp:
if not e in events:
events.append(e)
events = reversed(list(events))
x = 1
for e in events:
final += u'* [[Plotwiki:%s|]]\n' % e
x += 1
if x == 6:
final += nonrecent
if x <= 6:
final += end
final += end
page = wikipedia.Page(gaia, u'Plotwiki Current Events')
page.put(final)
def main(): gaia = wikipedia.getSite(code=u'en', fam=u'gaia') plot = wikipedia.getSite(code=u'en', fam=u'plotwiki') wikipedia.setAction(wikipedia.translate(gaia, msg)) wikipedia.setAction(wikipedia.translate(plot, msg)) final = u'<noinclude><!-- Do not edit this page, this page is automatically created by a Bot. -->\n' final+= u'==Most Recent Events==</noinclude>\n' nonrecent = u'<noinclude>==Older Events==\n' end = u'\n\'\'View everything here on the [[Plotwiki:|plotwiki...]]\'\'</noinclude>' moreYears = True year = 04 events = [] temp = [] while moreYears: y = str(year) page = wikipedia.Page(plot, u'Template:Pnav%s' % y.zfill(2)) try: text = page.get() r = sre.compile(u'^.*<span style=".*normal.*">(.*)</span>.*$', sre.UNICODE | sre.MULTILINE | sre.DOTALL) text = sre.sub(r, u'\\1', text) r = sre.compile(u'\s+\|\s+', sre.UNICODE | sre.MULTILINE | sre.DOTALL) pages = sre.split(r, text) r = sre.compile(u'\[\[([^|]*)(\|.*)?\]\]', sre.UNICODE) for p in pages: temp.append(sre.sub(r, u'\\1', p)) year+=1 except wikipedia.NoPage: moreYears = False for e in temp: if not e in events: events.append(e) events = reversed(list(events)); x = 1 for e in events: final+=u'* [[Plotwiki:%s|]]\n' % e x+=1 if x==6: final+=nonrecent if x<=6: final+=end final+=end page = wikipedia.Page(gaia, u'Plotwiki Current Events') page.put(final)
def __init__(self):
self.suffixes = sre.compile(
r""" [^aeiouhr]y\b | er\b | age | est |
ing | ness\b | less | ful | ment\b | time\b | [st]ion |
[ia]ble\b | [ct]ial | [ctg]iou | [ctg]ious
""",
sre.VERBOSE,
)
# | ical\b | icle\b | ual\b | ism \b | [ae]ry\b # don't work (as 2-syl)
# Note: left out special-character "*ag$" and "tim$" -- don't understand!
# final syllable spelled with liquid or nasal and silent 'e'
self.liquidterm = sre.compile(r" [^aeiouy] [rl] e \b", sre.X)
# the collection of special-character groups
self.finalE = sre.compile(r" [^aeiouy] e \b ", sre.X)
self.CiVcomb = sre.compile(r" [st] i [aeiouy] ", sre.X)
self.CCpair = sre.compile(r" [cgprstw] h | gn | gu[aeiouy] | qu | ck", sre.X)
self.VyVcomb = sre.compile(r" [aeiou] y [aeiou]", sre.X)
# vowel pairs reliably disyllabic (not 'ui' ('juice' vs 'intuition'! some
# 'ue' missed ('constituent'), some 'oe' ('poem'))
self.sylvowels = sre.compile(r" [aeiu] o | [iu] a | iu", sre.X)
# divisions should fall before or after, not within, these consonant pairs
self.splitLeftPairs = sre.compile(
r""" [bdfk%02] [rl] | g [rln] |
[tw] r | p [rlsn] s [nml]""",
sre.X,
)
class InpCmdLineOptions:
r"""Reads a chapter-section style template file constructing the list of
variables that can be specified on the command prompt.
"""
# matches "$var"
varRe = sre.compile('\$(?P<var>\w+)')
def __init__(self, fname):
self.fname = fname # file name
self.vars = {} # dictionary of variable -> value
def parse(self):
r"""parse() -> None
"""
fp = open(self.fname, 'r')
data = fp.read()
values = self.varRe.findall(data) # findall all $vars in file
# loop over values, inserting them in the dictionary
for v in values:
self.vars[v] = None
def getVars(self):
return self.vars.keys()
def _setOkay(self, okay):
if type(okay) == str:
self.okay = sre.compile(okay)
elif type(okay) in (LambdaType, ListType, NoneType):
self.okay = okay
else:
raise TypeError, "okay must be lambda, list, or string"
def add_expression(self, expression, state, action, next_state, flags=0): """Adds a transition that activates if the input symbol matches the regular expression. The action callable gets a match object instead of the symbol.""" cre = sre.compile(expression, flags) self._expressions.append( (cre, state, action, next_state) ) self._transitions[(SREType, state)] = (self._check_expression, None)
def init_pattern(key):
"""Return a SRE compiled pattern; the match can be accessed in the
match object as
m = P[key].match(string)
m.group(key)
"""
return sre.compile('^init\(\): %(key)s: *(?P<%(key)s>.*)$' % locals())
def __init__(self, parent, ID, title):
wd, ht, fnt = self._setSizes()
wx.Frame.__init__(self, parent, ID, title, size=(wd, ht))
# our panels, top to bottom
self.ScanLine = MyScanTC(self, fnt)
self.TextLine = MyLineTC(self, fnt)
self.NotesWindow = MyNotesTC(self, fnt)
self.WholeText = MyTextSTC(self, -1)
# line numbers
self.WholeText.SetMarginType(0, stc.STC_MARGIN_NUMBER)
self.WholeText.SetMarginType(1, stc.STC_MARGIN_SYMBOL)
self.WholeText.StyleSetBackground(stc.STC_STYLE_LINENUMBER,
(246,246,246))
# initialize our data members and helpers
self.SM = ScansionMachine() # central engine of scansion work
self.E = Explainer(self.NotesWindow)
self.lineNum = 0 # where to put its scansion when done
self.Metron = 2 # initial assumption:
self.LineFeet = 5 # iambic pentameter
self.LineFeetSet = True
self.SM.SetLineFeet(5, True)
self.forceiamb, self.forceanap = False, False
self.SetupGUI() # buttons, menus . . .
self.SetupScansionSteps() # inc some more data items
self.WholeText.DisplayText(InitialText) # as a startup . . .
self.loadedtext = True
self.WholeText.SetReadOnly(0) # but allow editing
self.DisableAllScanButtons()
self.loadPath, self.savePath = '', ''
wx.FutureCall(100, self.WholeText.SetFocus) # Robin Dunn's fix!
self.leadSpaceRE = sre.compile(r'[ |\t]+')
self.newFindDialog, self.oldFindDialog = [None for i in range(2)]
# icon
ico = robIcon.getrobIcon()
self.SetIcon(ico)
def parse(self, text):
linesplitter = sre.compile(r"[ \t=]")
self.lines = []
state = 0
currenttitle = None
for line in text.splitlines():
line = line.strip()
if line.startswith("#"):
self.lines.append(GrubComment(line[1:]))
continue
if not line:
continue
if state == 0:
cmd, rest = linesplitter.split(line, 1)
CMD = COMMANDS[cmd]
if CMD.flags & BUILTIN_TITLE:
state = 1
currenttitle = GrubTitleEntry(rest)
self.lines.append(currenttitle)
continue
elif CMD.flags & BUILTIN_MENU:
self.lines.append(GrubEntry(CMD, rest))
if state == 1:
cmd, rest = linesplitter.split(line, 1)
CMD = COMMANDS[cmd]
if CMD.flags & BUILTIN_TITLE:
currenttitle = GrubTitleEntry(rest)
self.lines.append(currenttitle)
elif CMD.flags & (BUILTIN_CMDLINE | BUILTIN_MENU):
currenttitle.lines.append(GrubEntry(CMD, rest))
def logall(start, xtra_args=None, verbose=False, dry_run=False):
paths = []
svn = Popen(['svn', 'info', start], stdout=PIPE)
url_p = sre.compile(r'^URL: (.*)')
url = None
for line in svn.stdout:
m = url_p.match(line)
if m:
url = m.group(1)
assert url is not None, "svn info: could not find URL:"
paths = []
svn = Popen(['svn', 'list', '--recursive', url], stdout=PIPE)
[paths.append(L.strip()) for L in svn.stdout]
r = svn.wait()
if r != 0:
print "\n".join(paths)
sys.exit(r)
cmd = ['svn']
if xtra_args:
cmd.extend(xtra_args)
cmd.extend( ['log', url] )
cmd.extend(paths)
# if verbose or dry_run:
# print ' '.join(cmd)
if dry_run:
sys.exit(0)
svn = Popen(cmd, stdout=PIPE)
for line in svn.stdout:
print line,
def init_pattern(key):
"""Return a SRE compiled pattern; the match can be accessed in the
match object as
m = P[key].match(string)
m.group(key)
"""
return sre.compile('^init\(\): %(key)s: *(?P<%(key)s>.*)$' % locals())
def __init__(self, parent, ID, title, poem):
wd, ht, fnt = self._setSizes()
wx.Frame.__init__(self, parent, ID, title, size=(wd, ht))
# our panels, top to bottom
self.ScanLine = MyScanTC(self, fnt)
self.TextLine = MyLineTC(self, fnt)
self.NotesWindow = MyNotesTC(self, fnt)
self.WholeText = MyTextSTC(self, -1)
# line numbers
self.WholeText.SetMarginType(0, stc.STC_MARGIN_NUMBER)
self.WholeText.SetMarginType(1, stc.STC_MARGIN_SYMBOL)
self.WholeText.SetMarginWidth(0, 1)
self.WholeText.SetMarginWidth(1, 10)
self.WholeText.StyleSetBackground(stc.STC_STYLE_LINENUMBER, (246,246,246))
# initialize our data members and helpers
self.SM = ScansionMachine() # central engine of scansion work
self.E = Explainer(self.NotesWindow)
self.lineNum = 0 # where to put its scansion when done
self.loaddir = '' # where user gets textfiles to Load
self.Metron = 2 # initial assumption:
self.LineFeet = 5 # iambic pentameter
self.LineFeetSet = True
self.SM.SetLineFeet(5, True)
self.SetupGUI() # buttons, menus . . .
# self.dwds = []
self.SetupScansionSteps() # inc some more data items
self.WholeText.DisplayText(InitialText) # as a startup . . .
self.WholeText.SetReadOnly(0) # but allow editing
self.EnableScanButtons(False)
wx.FutureCall(100, self.WholeText.SetFocus) # Robin Dunn's fix!
self.leadSpaceRE = sre.compile(r'[ |\t]+')
self.poem = poem
def __init__(self, parent, ID, title):
wd, ht, fnt = self._setSizes()
wx.Frame.__init__(self, parent, ID, title, size=(wd, ht))
# our panels, top to bottom
self.ScanLine = MyScanTC(self, fnt)
self.TextLine = MyLineTC(self, fnt)
self.NotesWindow = MyNotesTC(self, fnt)
self.WholeText = MyTextSTC(self, -1)
# line numbers
self.WholeText.SetMarginType(0, stc.STC_MARGIN_NUMBER)
self.WholeText.SetMarginType(1, stc.STC_MARGIN_SYMBOL)
self.WholeText.StyleSetBackground(stc.STC_STYLE_LINENUMBER,
(246, 246, 246))
# initialize our data members and helpers
self.SM = ScansionMachine() # central engine of scansion work
self.E = Explainer(self.NotesWindow)
self.lineNum = 0 # where to put its scansion when done
self.Metron = 2 # initial assumption:
self.LineFeet = 5 # iambic pentameter
self.LineFeetSet = True
self.SM.SetLineFeet(5, True)
self.forceiamb, self.forceanap = False, False
self.SetupGUI() # buttons, menus . . .
self.SetupScansionSteps() # inc some more data items
self.WholeText.DisplayText(InitialText) # as a startup . . .
self.loadedtext = True
self.WholeText.SetReadOnly(0) # but allow editing
self.DisableAllScanButtons()
self.loadPath, self.savePath = '', ''
wx.FutureCall(100, self.WholeText.SetFocus) # Robin Dunn's fix!
self.leadSpaceRE = sre.compile(r'[ |\t]+')
self.newFindDialog, self.oldFindDialog = [None for i in range(2)]
# icon
ico = robIcon.getrobIcon()
self.SetIcon(ico)
def init_pattern(key):
"""Return a SRE compiled pattern; the match can be accessed in the
match object as
m = P[key].match(string)
m.group(key)
"""
return sre.compile("^init\(\): {key!s}: *(?P<{key!s}>.*)$".format(**locals()))
def _findFiles(suffix):
""" Builds list of all files which contain suffix.
Suffix should not contain wildcards; instead, they
should be like 'crj.fits' or '.dat' or 'coeffs'.
"""
_ldir = os.listdir('.')
# format suffix for use in reg expression
_indx = string.find(suffix, '.')
if _indx > 0:
extn = suffix[:_indx] + '[.]' + suffix[_indx + 1:]
else:
extn = suffix
regpatt = '.*' + extn + '.*$'
# compile regular expression
_reg = sre.compile(regpatt)
# build file list
flist = []
for file in _ldir:
if _reg.match(file):
flist.append(file)
return flist
def listCellConfig(doc, cellConfigElement):
security = AdminConfig.getid('/Cell:/Security:/')
securityElement = doc.createElement("Security")
cellConfigElement.appendChild(securityElement)
for configClass in ConfigClasses.CellConfigSecurity:
for configObj in AdminConfig.list(configClass.classname, security).splitlines():
configElement = doc.createElement(configClass.classname)
securityElement.appendChild(configElement)
for attribute in configClass.requiredAttributes():
configElement.setAttribute(attribute.attributeName,
AdminConfig.showAttribute(configObj, attribute.attributeName))
signerCertRegExp = sre.compile(
"\[ \[issuedTo (.*)\] \[fingerPrint .*\] \[signatureAlgorithm .*\] \[serialNumber .*\] \[alias (.*)\] \[validity (.*)\] \[version .*\] \[issuedBy .*\] \[size .*\] \]")
for keystoreName in ['CellDefaultKeyStore', 'CellDefaultTrustStore']:
keystoreElement = doc.createElement(keystoreName)
securityElement.appendChild(keystoreElement)
for line in AdminTask.listSignerCertificates('[-keyStoreName %s]' % keystoreName).splitlines():
signerCertMatch = signerCertRegExp.match(line)
if signerCertMatch:
signerCertElement = doc.createElement('SignerCertificate')
keystoreElement.appendChild(signerCertElement)
signerCertElement.setAttribute("alias", signerCertMatch.group(2))
signerCertElement.setAttribute("issuedTo", signerCertMatch.group(1))
signerCertElement.setAttribute("validity", signerCertMatch.group(3))
for line in AdminTask.listPersonalCertificates('[-keyStoreName %s]' % keystoreName).splitlines():
signerCertMatch = signerCertRegExp.match(line)
if signerCertMatch:
signerCertElement = doc.createElement('PersonalCertificate')
keystoreElement.appendChild(signerCertElement)
signerCertElement.setAttribute("alias", signerCertMatch.group(2))
signerCertElement.setAttribute("issuedTo", signerCertMatch.group(1))
signerCertElement.setAttribute("validity", signerCertMatch.group(3))
cellResourcesElement = doc.createElement('Resources')
cellConfigElement.appendChild(cellResourcesElement)
listCellResources(doc, cellResourcesElement, AdminConfig.getid('/Cell:/'))
def appendTargets(doc, moduleElement, moduleTargetLine):
nodeServerRegexp = sre.compile("WebSphere:cell=.*,node=(.*),server=(.*)")
clusterRegexp = sre.compile("WebSphere:cell=.*,cluster=(.*)")
for moduleTargetId in moduleTargetLine.split("+"):
clusterMatch = clusterRegexp.match(moduleTargetId)
if clusterMatch:
targetElement = doc.createElement("Target")
moduleElement.appendChild(targetElement)
targetElement.setAttribute("cluster", clusterMatch.group(1))
else:
nodeServerMatch = nodeServerRegexp.match(moduleTargetId)
if nodeServerMatch:
targetElement = doc.createElement("Target")
moduleElement.appendChild(targetElement)
targetElement.setAttribute("node", nodeServerMatch.group(1))
targetElement.setAttribute("server", nodeServerMatch.group(2))
def substitute(self,*args):
for color in colors:
self.txt.tag_remove(color,"1.0","end")
self.txt.tag_remove("emph"+color,"1.0","end")
self.rex = sre.compile("") # default value in case of misformed regexp
self.rex = sre.compile(self.fld.get("1.0","end")[:-1],sre.MULTILINE)
try:
sre.compile("(?P<emph>%s)" % self.fld.get(tk.SEL_FIRST,tk.SEL_LAST))
self.rexSel = sre.compile("%s(?P<emph>%s)%s" % (
self.fld.get("1.0",tk.SEL_FIRST),
self.fld.get(tk.SEL_FIRST,tk.SEL_LAST),
self.fld.get(tk.SEL_LAST,"end")[:-1],
),sre.MULTILINE)
except:
self.rexSel = self.rex
self.rexSel.sub(self.addTags,self.txt.get("1.0","end"))
def init_pattern(key):
"""Return a SRE compiled pattern; the match can be accessed in the
match object as
m = P[key].match(string)
m.group(key)
"""
return sre.compile(
'^init\(\): {key!s}: *(?P<{key!s}>.*)$'.format(**locals()))
class InpParser:
# matches "[SectionName]"
reSection = sre.compile('\[(?P<sn>\S+)\]')
# matches "key = value"
reKeyValue = sre.compile('(?P<key>\w+)[ \t]*=[ \t]*(?P<value>\S+)')
def __init__(self, fname):
self.fname = fname # input file name
def parse(self):
r"""parse() -> Chapter
Parses input file and returns chapter object for the complete
input file."""
chapter = Chapter()
# open input file for reading
fp = open(self.fname, 'r')
data = fp.read().split('\n') # split into lines
currSection = None
for d in data:
# check if line is section header
mo = self.reSection.search(d)
if mo:
# yes, it is a section header: extract name and add it to chapter
sn = mo.group('sn')
section = Section(sn)
chapter.addSection(sn, section)
currSection = section
else:
# no it is not: check if it is key=value pair
mo = self.reKeyValue.search(d)
if mo:
# yes, it is: extract key and pair
key = mo.group('key')
value = mo.group('value')
currSection.addValue(key, value)
else:
# it is neither section nor data line so ignore it
pass
return chapter
def substitute(self, *args):
for color in colors:
self.txt.tag_remove(color, "1.0", "end")
self.txt.tag_remove("emph" + color, "1.0", "end")
self.rex = sre.compile("") # default value in case of misformed regexp
self.rex = sre.compile(self.fld.get("1.0", "end")[:-1], sre.MULTILINE)
try:
sre.compile("(?P<emph>%s)" %
self.fld.get(tk.SEL_FIRST, tk.SEL_LAST))
self.rexSel = sre.compile(
"%s(?P<emph>%s)%s" % (
self.fld.get("1.0", tk.SEL_FIRST),
self.fld.get(tk.SEL_FIRST, tk.SEL_LAST),
self.fld.get(tk.SEL_LAST, "end")[:-1],
), sre.MULTILINE)
except:
self.rexSel = self.rex
self.rexSel.sub(self.addTags, self.txt.get("1.0", "end"))
def main(): #Setup Familys for Wikia Involved anime = wikipedia.getSite(code=u'en', fam=u'anime') wikipedia.setAction(wikipedia.translate(anime, msg)) siteList = [] #Get Project Wiki Listing wikiaIds = [] page = wikipedia.Page(anime, u'Bots/Wiki', None, None, 4)#4=Project Namespace try: text = page.get() r = sre.compile(u'^.*<!-- \|\|START\|\| -->\n?', sre.UNICODE | sre.DOTALL) text = sre.sub(r, u'', text) r = sre.compile(u'\n?<!-- \|\|END\|\| -->.*$', sre.UNICODE | sre.DOTALL) text = sre.sub(r, u'', text) r = sre.compile(u'\n', sre.UNICODE | sre.MULTILINE | sre.DOTALL) wikilist = sre.split(r, text) for wiki in wikilist: if wiki != u'': wikiaIds.append(wiki) except wikipedia.NoPage: moreYears = False for wiki in wikiaIds: siteList.append(wikipedia.getSite(code=u'en', fam=wiki)) commonstart = u'@import "http://en.anime.wikia.com/index.php?title=MediaWiki:Anime-Common.css&action=raw&ctype=text/css";' monobookstart = u'@import "http://en.anime.wikia.com/index.php?title=MediaWiki:Anime-Monobook.css&action=raw&ctype=text/css";' for site in siteList: common = wikipedia.Page(site, u'Common.css', None, None, 8)#8=MediaWiki Namespace monobook = wikipedia.Page(site, u'Monobook.css', None, None, 8)#8=MediaWiki Namespace siteSource = u'' try: siteSource = sitePage.get() except wikipedia.NoPage: wikipedia.output(u'Site %s has no %s template, creating it' % (site, template)) if siteSource != templateSource: wikipedia.output(u'Site \'%s\' template status: Needs Updating' % site) wikipedia.output(u'Updating template on %s' % site) sitePage.put(templateSource) else: wikipedia.output(u'Site \'%s\' template status: Ok' % site)
def __init__(self, hunk):
self.hunk = hunk
self.lines = self.hunk.split("\n")
self.linecount = len(self.lines)
self.insertions = 0
self.deletions = 0
self.added = []
self.removed = []
self.ID = sre.compile("\$Id:{0,1}.*\$")
self.Revision = sre.compile("\$Revision:{0,1}.*\$")
self.Author = sre.compile("\$Author:{0,1}.*\$")
self.Date = sre.compile("\$Date:{0,1}.*\$")
self.ok = 0
for i in range(0, self.linecount):
if self.lines[i].startswith("+"):
self.insertions += 1
self.added.append(self.lines[i])
if self.lines[i].startswith("-"):
self.deletions += 1
self.removed.append(self.lines[i])
self.checkhunk()
def auto_complete(self):
pos = self._sc.get_current_pos()
wpos = self._sc.word_start_position(pos, True)
linepos, line = self._sc.get_cur_line()
word = line[linepos - (pos - wpos):linepos]
if word:
pattern = sre.compile(r'\W(%s.+?)\W' % word)
text = self._sc.get_text()
words = set(pattern.findall(text))
self._sc.auto_c_set_choose_single(True)
self._sc.auto_c_set_drop_rest_of_word(True)
self._sc.auto_c_show(len(word), ' '.join(sorted(list(words))))
def __init__(self, hunk):
self.hunk = hunk
self.lines = self.hunk.split("\n")
self.linecount = len(self.lines)
self.insertions = 0
self.deletions = 0
self.added = []
self.removed = []
self.ID = sre.compile("\$Id:{0,1}.*\$")
self.Revision = sre.compile("\$Revision:{0,1}.*\$")
self.Author = sre.compile("\$Author:{0,1}.*\$")
self.Date = sre.compile("\$Date:{0,1}.*\$")
self.ok = 0
for i in range(0, self.linecount):
if self.lines[i].startswith("+"):
self.insertions += 1
self.added.append(self.lines[i])
if self.lines[i].startswith("-"):
self.deletions += 1
self.removed.append(self.lines[i])
self.checkhunk()
def getSuggestionListFile(word, filename):
try:
f = file(filename, 'r')
except IOError:
return []
pattern = sre.compile(word+r'.*?\b')
matches = []
for line in f.readlines():
for match in pattern.findall(line):
if match != word and match not in matches:
matches.append(match)
matches.sort()
return matches
def from_one_line(msg):
# (?<!\\) is a lookbehind assertion which asks anything but '\'
# to match the regexp that follows it
# So here match '\\n' but not if you have a '\' before that
re = sre.compile(r"(?<!\\)\\n")
msg = re.sub("\n", msg)
msg = msg.replace("\\\\", "\\")
# s12 = 'test\\ntest\\\\ntest'
# s13 = re.sub('\n', s12)
# s14 s13.replace('\\\\', '\\')
# s14
# 'test\ntest\\ntest'
return msg
def get_next_image_dir():
dnbase = "./imgs"
lst = glob.glob(dnbase + '-[0-9][0-9][0-9][0-9]')
if (lst):
lst.sort()
last = lst[len(lst) - 1]
m = sre.search(sre.compile(dnbase + "-(\d+)$"), last)
nlast = int(m.group(1))
fno = nlast + 1
else:
fno = 1
dirname = (dnbase + "-%04d") % (fno)
# printf("dirname=%s\n", dirname);
os.mkdir(dirname)
return dirname
def loadurl(urlname,context={}):
"""resolves a url and returns the results
if the url starts with file:// then it will try to find a static file
if it starts with python:// then it will try to find a python object"""
parameter_re = "\s*(\w+\s*=|)\s*\w+\s*"
namedparameter_re = "\s*((?P<key>\w+)\s*=|)\s*(?P<value>\w+)\s*"
identifier_re = "(\w+[.])+\w+"
module_re = "(?P<module>(%s))" % identifier_re
parameters_re = "(?P<params>(%s,)*%s)" % (parameter_re, parameter_re)
innerid_re = "[.]\w+"
import_re = "\s*%s\s*(\(%s\)\s*|)" % (module_re, parameters_re)
import_matcher = sre.compile(import_re)
import_match = import_matcher.match(urlname)
if not import_match:
raise ValueError("Invalid overlay definition: %s" % urlname)
module = import_match.group("module")
moduleparts = module.split(".")
#load the first part as that should be a module
modulename = moduleparts.pop(0)
includeobject = imp.load_module(modulename,*imp.find_module(modulename))
#cycle through the rest of the url parts gathering objects as we go
for part in moduleparts:
if hasattr(includeobject,part):
includeobject = getattr(includeobject,part)
if callable(includeobject):
parameters = import_match.group("params")
includeargs = []
includekwargs = {}
if parameters:
for parameterdef in parameters.split(","):
namedparameter_match = sre.match(namedparameter_re, parameterdef)
key = namedparameter_match.group("key")
value = namedparameter_match.group("value")
value = context.get(value)
if key:
if isinstance(key, unicode):
key = key.encode("utf-8")
includekwargs[key] = context.get(value,value)
else:
includeargs.append(context.get(value,value))
includeobject = includeobject(*includeargs, **includekwargs)
return str(includeobject)
includesource = open(os.path.join(namespacedir, filename), "r").read()
return includesource
def format_directory(self):
# XXX Unixism
if self.url and self.url[-1] != '/':
self.url = self.url + '/'
fp = os.popen("ls -l -a %s/. 2>&1" % self.pathname, "r")
lines = fp.readlines()
fp.close()
import StringIO
import sre
from urllib import quote
from urlparse import urljoin
def escape(s):
if not s: return ""
s = s.replace('&', '&') # Must be done first
s = s.replace('<', '<')
s = s.replace('>', '>')
return s
prog = sre.compile(self.listing_pattern)
data = self.listing_header % {
'url': self.url,
'pathname': escape(self.pathname)
}
for line in lines:
if line[-1] == '\n': line = line[:-1]
m = prog.match(line)
if not m:
line = escape(line) + '\n'
data = data + line
continue
mode, middle, name = m.group(1, 2, 3)
rawname = name
[mode, middle, name] = map(escape, [mode, middle, name])
href = urljoin(self.url, quote(rawname))
if len(mode) == 10 and mode[0] == 'd' or name[-1:] == '/':
if name[-1:] != '/':
name = name + '/'
if href[-1:] != '/':
href = href + '/'
line = '%s%s<A HREF="%s">%s</A>\n' % (mode, middle, escape(href),
name)
data = data + line
data = data + self.listing_trailer
self.fp = StringIO.StringIO(data)
self.headers['content-type'] = 'text/html'
self.headers['content-length'] = str(len(data))
class GrailFTP(ftplib.FTP):
#
# Hackish subclass of ftplib.FTP to allow the transfer size to be
# available for the creation of a content-length header.
#
import sre
_size_re = sre.compile("\\(([0-9][0-9]*) bytes\\)", sre.IGNORECASE)
_xfer_size = None
def getresp(self):
resp = ftplib.FTP.getresp(self)
if len(resp) >= 3 and resp[:3] == "150":
m = self._size_re.search(resp)
if m and m.start() >= 0:
self._xfer_size = string.atoi(m.group(1))
return resp
def search(self, argv):
"""search <pattern>
Search the source file for the regular expression pattern."""
patt = sre.compile(" ".join(argv[1:]))
filename = self._dbg.curframe.f_code.co_filename
if self._dbg.lineno is None:
start = 0
else:
start = max(0, self._dbg.lineno - 9)
lines = linecache.getlines(filename)[start:]
for lineno, line in enumerate(lines):
#line = linecache.getline(filename, lineno)
mo = patt.search(line)
if mo:
self._print_source(filename, lineno+start-10, lineno+start+10)
return
else:
self._print("Pattern not found.")
def scan_log(logfile, P):
STATUS = {"abort": sre.compile("(?P<abort>Abort|abort)")}
Vars = {}
StatusVars = {}
with open(logfile, "r") as log:
print "== {logfile!s} ==".format(**locals())
for line in log:
l = line.strip()
for key, pattern in P.items():
m = pattern.match(l)
if m:
Vars[key] = m.group(key)
break
for key, pattern in STATUS.items():
m = pattern.search(l)
if m:
StatusVars[key] = m.group(key)
return Vars, StatusVars
def format_directory(self):
# XXX Unixism
if self.url and self.url[-1] != '/':
self.url = self.url + '/'
fp = os.popen("ls -l -a %s/. 2>&1" % self.pathname, "r")
lines = fp.readlines()
fp.close()
import StringIO
import sre
from urllib import quote
from urlparse import urljoin
def escape(s):
if not s: return ""
s = s.replace('&', '&') # Must be done first
s = s.replace('<', '<')
s = s.replace('>', '>')
return s
prog = sre.compile(self.listing_pattern)
data = self.listing_header % {'url': self.url,
'pathname': escape(self.pathname)}
for line in lines:
if line[-1] == '\n': line = line[:-1]
m = prog.match(line)
if not m:
line = escape(line) + '\n'
data = data + line
continue
mode, middle, name = m.group(1, 2, 3)
rawname = name
[mode, middle, name] = map(escape, [mode, middle, name])
href = urljoin(self.url, quote(rawname))
if len(mode) == 10 and mode[0] == 'd' or name[-1:] == '/':
if name[-1:] != '/':
name = name + '/'
if href[-1:] != '/':
href = href + '/'
line = '%s%s<A HREF="%s">%s</A>\n' % (
mode, middle, escape(href), name)
data = data + line
data = data + self.listing_trailer
self.fp = StringIO.StringIO(data)
self.headers['content-type'] = 'text/html'
self.headers['content-length'] = str(len(data))
def listCluster(doc, clusterElement, cluster):
clusterName = AdminConfig.showAttribute(cluster, 'name')
print 'listCluster: ' + clusterName
clusterElement.setAttribute('name', clusterName)
members = wsadminToList(AdminConfig.showAttribute(cluster, 'members'))
for member in members:
nodeElement = doc.createElement('Node')
clusterElement.appendChild(nodeElement)
nodeName = AdminConfig.showAttribute(member, 'nodeName')
nodeElement.setAttribute('name', nodeName)
serverElement = doc.createElement('Server')
nodeElement.appendChild(serverElement)
serverName = AdminConfig.showAttribute(member, 'memberName')
serverElement.setAttribute('name', serverName)
serverPortRegex = sre.compile("\[(.*) \[ \[port (.*)\] \[node (.*)\] \[host (.*)\] \[server (.*)\] \]\]")
for serverPort in AdminTask.listServerPorts(serverName, '-nodeName %s' % nodeName).splitlines():
serverPortMatch = serverPortRegex.match(serverPort)
if serverPortMatch:
serverPortElement = doc.createElement("ServerPort")
serverElement.appendChild(serverPortElement)
serverPortElement.setAttribute("endPointName", serverPortMatch.group(1))
serverPortElement.setAttribute("host", serverPortMatch.group(4))
serverPortElement.setAttribute("port", serverPortMatch.group(2))
clusterConfigElement = doc.createElement('ClusterConfig')
clusterElement.appendChild(clusterConfigElement)
clusterResourcesElement = doc.createElement('Resources')
clusterConfigElement.appendChild(clusterResourcesElement)
listClusterResources(doc, clusterResourcesElement, cluster)
for member in members:
nodeName = AdminConfig.showAttribute(member, 'nodeName')
serverName = AdminConfig.showAttribute(member, 'memberName')
print 'listMember: ' + serverName
server = AdminConfig.getid('/Node:%s/Server:%s/' % (nodeName, serverName))
serverConfigElement = doc.createElement('ServerConfig')
clusterElement.appendChild(serverConfigElement)
serverConfigElement.setAttribute('match', serverName)
serverResourcesElement = doc.createElement('Resources')
serverConfigElement.appendChild(serverResourcesElement)
listClusterResources(doc, serverResourcesElement, server)
serverServicesElement = doc.createElement('Services')
serverConfigElement.appendChild(serverServicesElement)
listServerConfigServices(doc, serverServicesElement, server)
listConfigAttributes(doc, serverConfigElement, server, ConfigClasses.ServerConfigClass)
def __init__(self):
self.suffixes = sre.compile(r""" [^aeiouhr]y\b | er\b | age | est |
ing | ness\b | less | ful | ment\b | time\b | [st]ion |
[ia]ble\b | [ct]ial | [ctg]iou | [ctg]ious
""", sre.VERBOSE)
# | ical\b | icle\b | ual\b | ism \b | [ae]ry\b # don't work (as 2-syl)
# Note: left out special-character "*ag$" and "tim$" -- don't understand!
# final syllable spelled with liquid or nasal and silent 'e'
self.liquidterm = sre.compile(r" [^aeiouy] [rl] e \b", sre.X)
# the collection of special-character groups
self.finalE = sre.compile(r" [^aeiouy] e \b ", sre.X)
self.CiVcomb = sre.compile(r" [st] i [aeiouy] ", sre.X)
self.CCpair = sre.compile(r" [cgprstw] h | gn | gu[aeiouy] | qu | ck",
sre.X)
self.VyVcomb = sre.compile(r" [aeiou] y [aeiou]", sre.X)
# vowel pairs reliably disyllabic (not 'ui' ('juice' vs 'intuition'! some
# 'ue' missed ('constituent'), some 'oe' ('poem'))
self.sylvowels = sre.compile(r" [aeiu] o | [iu] a | iu", sre.X)
# divisions should fall before or after, not within, these consonant pairs
self.splitLeftPairs = sre.compile(r""" [bdfk%02] [rl] | g [rln] |
[tw] r | p [rlsn] s [nml]""", sre.X)
def find_function(funcname, filename):
cre = sre.compile(r'def\s+%s\s*[(]' % funcname)
try:
fp = open(filename)
except IOError:
return None
# consumer of this info expects the first line to be 1
lineno = 1
answer = None
while 1:
line = fp.readline()
if line == '':
break
if cre.match(line):
answer = funcname, filename, lineno
break
lineno = lineno + 1
fp.close()
return answer
def scan_log(logfile, P):
STATUS = {
'abort': sre.compile('(?P<abort>Abort|abort)'),
}
Vars = {}
StatusVars = {}
with open(logfile, "r") as log:
print "== {logfile!s} ==".format(**locals())
for line in log:
l = line.strip()
for key, pattern in P.items():
m = pattern.match(l)
if m:
Vars[key] = m.group(key)
break
for key, pattern in STATUS.items():
m = pattern.search(l)
if m:
StatusVars[key] = m.group(key)
return Vars, StatusVars
def scan_log(logfile,P):
STATUS = {'abort':sre.compile('(?P<abort>Abort|abort)'),
}
Vars = {}
StatusVars = {}
log = open(logfile,"r")
print "== %(logfile)s ==" % locals()
for line in log:
l = line.strip()
for key,pattern in P.items():
m = pattern.match(l)
if m:
Vars[key] = m.group(key)
break
for key,pattern in STATUS.items():
m = pattern.search(l)
if m:
StatusVars[key] = m.group(key)
log.close()
return Vars, StatusVars
def __init__(self, poem):
self.poem = poem
fnt = 13 # ------- sets the font size...
self.footlist = []
self.LineData = []
self.CurrentStep = 0
self.mfield = ""
self.footfield_txt = ""
self.ScanLine = []
self.FORKSTEP = 3 # the step at which the two algorithms divide
self.poem = poem
self.TextLine = []
self.NotesWindow = []
self.WholeText = []
self.SM = ScansionMachine()
self.SM.SD.Dict = {}
self.SM.SD.LoadDictionary()
self.E = Explainer(self.NotesWindow)
self.lineNum = 0 # where to put its scansion when done
self.loaddir = '' # where user gets textfiles to Load
self.Metron = 2 # initial assumption:
self.LineFeet = 5 # iambic pentameter
self.LineFeetSet = True
self.SM.SetLineFeet(5, True)
self.SetupScansionSteps() # inc some more data items
self.leadSpaceRE = sre.compile(r'[ |\t]+')
self.OneIambicAlgFailed = False
self.SM.ParseLine(str(poem))
self.SetupScansionSteps()
laststep = len(self.Steps)
step = self.CurrentStep
while step < laststep:
self.OnStepButton()
step = self.CurrentStep
if len(poem) > 10:
for item in self.NotesWindow:
print(item)
def scan_log(logfile, P):
STATUS = {
'abort': sre.compile('(?P<abort>Abort|abort)'),
}
Vars = {}
StatusVars = {}
log = open(logfile, "r")
print "== %(logfile)s ==" % locals()
for line in log:
l = line.strip()
for key, pattern in P.items():
m = pattern.match(l)
if m:
Vars[key] = m.group(key)
break
for key, pattern in STATUS.items():
m = pattern.search(l)
if m:
StatusVars[key] = m.group(key)
log.close()
return Vars, StatusVars
class RawFeed(FeedPlugin):
torrent_pattern = sre.compile(
"(http://[a-zA-Z0-9._~:/?#\[\]@!$&'()*+,;=-]+?\.torrent)")
def __init__(self, main, url, doc=None):
FeedPlugin.__init__(self, main, url, url, url, doc)
self.main = main
self.data = None
def _supports(version):
if version >= '4.3.0':
return True
return False
supports = staticmethod(_supports)
def _matches_type(mimetype, subtype):
if (mimetype is None and subtype.lower() == subtype):
return True
return False
matches_type = staticmethod(_matches_type)
def _update(self, doc=None):
u = zurllib.urlopen(self.url)
self.data = u.read()
u.close()
self.main.show_status(self.get_items())
self.main.feed_was_updated(self.url)
def get_items(self):
items = []
if self.data is None:
return items
urls = self.torrent_pattern.findall(self.data)
for u in urls:
i = (u, u, u)
items.append(i)
return items
def colorize_re(regexp):
r"""
@return: The HTML code for a colorized version of the pattern for
the given SRE regular expression. If C{colorize_re} can't
figure out how to colorize the regexp, then it will simply return
the (uncolorized) pattern, with C{'&'}, C{'<'}, and C{'>'}
escaped as HTML entities. The colorized expression includes
spans with the following css classes:
- X{re}: The entire regular expression.
- X{re-char}: Special characters (such as C{'.'}, C{'\('}),
character categories (such as C{'\w'}), and locations
(such as C{'\b'}).
- X{re-op}: Operators (such as C{'*'} and C{'|'}).
- X{re-group}: Grouping constructs (such as C{'(...)'}).
- X{re-ref} References (such as C{'\1'})
@rtype: C{string}
@param regexp: The regular expression to colorize.
@type regexp: C{SRE_Pattern} or C{string}
"""
try:
if type(regexp) == type(''): regexp = sre.compile(regexp)
tree = sre_parse.parse(regexp.pattern, regexp.flags)
return ('<span class="%s">%s</span>' %
(RE_TAG, _colorize_re(tree, 1)))
except:
try:
pat = regexp.pattern
pat = pat.replace('&', '&')
pat = pat.replace('<', '<')
pat = pat.replace('>', '>')
return '<span class="%s">%s</span>' % (RE_TAG, pat)
except:
try:
str = `regexp`
str = str.replace('&', '&')
str = str.replace('<', '<')
str = str.replace('>', '>')
return str
except: return '<span class="%s">...</span>' % RE_TAG
def getlistingdata(self):
if not self.lines:
return ""
lines, self.lines = self.lines[:-1], self.lines[-1:]
data = ""
prog = sre.compile(self.listing_pattern)
for line in lines:
if self.debuglevel > 2:
print "*getl*", ` line `
if line is None:
data = data + self.listing_header % {
'url': self.escape(self.url)
}
continue
if line[-1:] == '\r': line = line[:-1]
m = prog.match(line)
if not m:
line = self.escape(line) + '\n'
data = data + line
continue
mode, middle, name, symlink = m.group(1, 2, 3, 5)
rawname = name
[mode, middle, name] = map(self.escape, [mode, middle, name])
href = urljoin(self.url, quote(rawname))
if len(mode) == 10 and mode[0] == 'd' or name[-1:] == '/':
if name[-1:] != '/':
name = name + '/'
if href[-1:] != '/':
href = href + '/'
line = '%s%s<A HREF="%s">%s</A>%s\n' % (
mode, middle, self.escape(href), name,
(symlink and symlink or ''))
data = data + line
if self.lines == [None]:
data = data + self.listing_trailer
self.lines = []
return data
class NewlineScratcher:
import sre
__scratch_re = sre.compile("[ \\t]*\\n")
# for new version only:
## __buffer = ''
def __init__(self, parser, limit=-1):
self.__limit = limit
self.__parser = parser
def __call__(self, data):
# new version that works better sometimes but can really die badly:
# (hopefully fixable!)
## data = self.__buffer + data
## while "\n" in data and self.__limit != 0:
## length = self.__scratch_re.match(data)
## if length >= 0:
## data = data[length:]
## self.__limit = self.__limit - 1
## if string.strip(data) or self.__limit == 0:
## self.__parser.formatter.add_literal_data(data)
## self.__parser.set_data_handler(
## self.__parser.formatter.add_literal_data)
## self.__parser = None
## else:
## self.__buffer = data
# old version:
while data and data[0] == "\n" and self.__limit != 0:
data = data[1:]
self.__limit = self.__limit - 1
if data:
self.__parser.formatter.add_literal_data(data)
self.__parser.set_data_handler(
self.__parser.formatter.add_literal_data)
del self.__parser
def listNodeConfig(doc, nodeElement, node):
nodeName = AdminConfig.showAttribute(node, 'name')
print 'listnode: ' + nodeName
nodeElement.setAttribute('name', nodeName)
nodeElement.setAttribute('hostName', AdminConfig.showAttribute(node, 'hostName'))
nodeServicesElement = doc.createElement('Resources')
nodeElement.appendChild(nodeServicesElement)
listNodeResources(doc, nodeServicesElement, node)
serverPortRegex = sre.compile("\[(.*) \[ \[port (.*)\] \[node (.*)\] \[host (.*)\] \[server (.*)\] \]\]")
for webServer in AdminConfig.list('WebServer', node).splitlines():
webServerElement = doc.createElement('WebServer')
nodeElement.appendChild(webServerElement)
server = AdminConfig.showAttribute(webServer, 'server')
serverName = AdminConfig.showAttribute(server, 'name')
webServerElement.setAttribute("name", serverName)
print 'list: WebServer ' + serverName
for serverPort in AdminTask.listServerPorts(serverName, '-nodeName %s' % nodeName).splitlines():
serverPortMatch = serverPortRegex.match(serverPort)
if serverPortMatch:
serverPortElement = doc.createElement("ServerPort")
webServerElement.appendChild(serverPortElement)
serverPortElement.setAttribute("endPointName", serverPortMatch.group(1))
serverPortElement.setAttribute("host", serverPortMatch.group(4))
serverPortElement.setAttribute("port", serverPortMatch.group(2))
# SRE test harness for the Python regression suite
# this is based on test_re.py, but uses a test function instead
# of all those asserts
import sys
sys.path = ['.'] + sys.path
from test_support import verbose, TestFailed, have_unicode
import sre
import sys, os, string, traceback
#
# test support
def test(expression, result, exception=None):
try:
r = eval(expression)
except:
if exception:
if not isinstance(sys.exc_value, exception):
print expression, "FAILED"
# display name, not actual value
if exception is sre.error:
print "expected", "sre.error"
else:
print "expected", exception.__name__
print "got", sys.exc_type.__name__, str(sys.exc_value)
else:
print expression, "FAILED"
traceback.print_exc(file=sys.stdout)
else:
if exception:
print expression, "FAILED"
## Sid Meier's Civilization 4
## Copyright Firaxis Games 2005
import CvUtil
from CvPythonExtensions import *
import string
import sre
import Version
ArtFileMgr = CyArtFileMgr()
localText = CyTranslator()
gc = CyGlobalContext()
# sre compile
remLinks = sre.compile(r'<link=.*?>|</link>')
class CvDawnOfMan:
"Dawn of man screen"
def __init__(self, iScreenID):
self.iScreenID = iScreenID
self.X_SCREEN = 0
self.Y_SCREEN = 0
self.W_SCREEN = 1024
self.H_SCREEN = 768
# < Dawn Of Man Start >
self.W_TECH = 425
self.H_TECH = 80
def error(msg):
sys.stderr.write("\033[31;1mERROR: "+msg+"\033[0m\n")
sys.exit(1)
if len(sys.argv) != 2:
DIR=path.normpath(sys.argv[1])+'/'
banfile=sys.argv[2]
pref_len=len(DIR)
else:
error("No directory and banfile given to the "+sys.argv[0]+" script")
file=open(banfile,"r")
ban=[]
for i in file.readlines():
ban+=[sre.compile(i.strip())]
file.close()
lib_re=sre.compile("^.*\.so(\.[0-9]+)*$")
def judgement(suspect):
"""Checks if a file isn't banned."""
for i in ban:
if i.match(suspect):
return 1
return 0
hardlinked_inodes=[]
for top, dirs, files in walk(DIR):
for i in files:
file=path.join(top,i)
def init_pattern(key):
"""Return a SRE compiled pattern; the match can be accessed in the
match object as
m = P[key].match(string)
m.group(key)
"""
return sre.compile(
'^init\(\): {key!s}: *(?P<{key!s}>.*)$'.format(**locals()))
INIT_KEYS = ['hostname', 'stagedir', 'JOB_ID', 'JOB_NAME']
P = {key: init_pattern(key) for key in INIT_KEYS}
Q = {
'hostname': sre.compile('^host: *(?P<hostname>.*)$'),
'stagedir':
sre.compile('^\+\+ temp_dir=(?P<stagedir>/scratch/oliver/.*)$'),
'WDIR': sre.compile('^WDIR: *(?P<WDIR>.*)$'),
}
# note: the SRE's are matched patterns, ie anchored at beginning of line!!
def scan_log(logfile, P):
STATUS = {
'abort': sre.compile('(?P<abort>Abort|abort)'),
}
Vars = {}
StatusVars = {}
with open(logfile, "r") as log:
print "== {logfile!s} ==".format(**locals())
def main():
finished = False
gaia = wikipedia.getSite(code=u'en', fam=u'gaia')
wikipedia.setAction(wikipedia.translate(gaia, msg))
wikipedia.output(u'Welcome to the Gaiabot Item Creatior.')
blank = sre.compile(u'^$', sre.UNICODE)
while not finished:
wikipedia.output(u'Begining Process...')
choice = wikipedia.inputChoice(u'Do you wish to create a item?',
['Yes', 'No'], ['y', 'N'], 'N')
if choice in ['n', 'N']:
finished = True
else:
wikipedia.output(
u'Please enter the asked values to create a Item partial.')
name = u''
image = u''
thumb = False
price = u''
store = u''
gender = u''
description = u''
month = u''
year = u''
isDonation = False
alt = u''
otheritem = u''
intro = u''
trivia = []
external = []
groups = []
animalHats = False
animalMasks = False
masks = False
headgear = False
while name.isspace() or sre.match(blank, name) != None:
name = wikipedia.input(u'Please enter the item name: ').strip(
u' ').strip(u' ')
choice = wikipedia.inputChoice(u'Is this a donation Item?',
['Yes', 'No'], ['y', 'N'], 'N')
if choice in ['y', 'Y']:
isDonation = True
alt = wikipedia.input(
u'(Optional)Please enter the item\'s alternate name if it has one: '
).strip(u' ').strip(u' ')
otheritem = wikipedia.input(
u'(Optional)Please enter the name of other item released this month: '
).strip(u' ').strip(u' ')
else:
intro = wikipedia.input(
u'Please enter the intro statement for the item: ').strip(
u' ').strip(u' ')
image = wikipedia.input(
u'If it has one, please enter the name of the image for the Item. No Item: Prefix: '
).strip(u' ').strip(u' ')
if not image.isspace() and sre.match(blank, image) == None:
choice = wikipedia.inputChoice(
u'Does this image need to become a thumbnail for space (Large Images only.)?',
['Yes', 'No'], ['y', 'N'], 'N')
if choice in ['y', 'Y']:
thumb = True
price = wikipedia.input(
u'Please enter the item\'s price, if it is not sold in stores leave blank: '
).strip(u' ').strip(u' ')
store = wikipedia.input(
u'Please enter the name of the store that the item is sold at: '
).strip(u' ').strip(u' ')
gender = wikipedia.input(
u'Please enter the gender that the item can be equiped to, leave blank for Any: '
).strip(u' ').strip(u' ')
description = wikipedia.input(
u'Please enter the item description: ').strip(u' ').strip(u' ')
choice = wikipedia.inputChoice(
u'What Month was this item released in?', [
'January', 'Fenuary', 'March', 'April', 'May', 'June',
'July', 'August', 'September', 'October', 'November',
'December', 'Unknown'
], [
'jan', 'feb', 'mar', 'apr', 'may', 'june', 'july', 'aug',
'sept', 'oct', 'nov', 'dec', 'u'
], 'u')
if choice in ['jan', 'Jan', 'january', 'January']:
month = u'January'
elif choice in ['feb', 'Feb', 'feburary', 'Febuary']:
month = u'Febuary'
elif choice in ['mar', 'Mar', 'march', 'March']:
month = u'March'
elif choice in ['apr', 'Apr', 'april', 'April']:
month = u'April'
elif choice in ['may', 'May']:
month = u'May'
elif choice in ['june', 'June']:
month = u'June'
elif choice in ['july', 'July']:
month = u'July'
elif choice in ['aug', 'Aug', 'august', 'August']:
month = u'August'
elif choice in [
'sep', 'Sep', 'sept', 'Sept', 'september', 'September'
]:
month = u'September'
elif choice in ['oct', 'Oct', 'october', 'October']:
month = u'October'
elif choice in ['nov', 'Nov', 'november', 'November']:
month = u'November'
elif choice in ['dec', 'Dec', 'december', 'December']:
month = u'December'
year = wikipedia.input(u'What year was this item released in?'
).strip(u' ').strip(u' ')
incomplete = True
while incomplete:
t = wikipedia.input(
u'You may enter multiple entrys for the trivia section here. Leave the box blank when you are finished: '
).strip(u' ').strip(u' ')
if not t.isspace() and sre.match(blank, t) == None:
trivia.append(t)
else:
incomplete = False
incomplete = True
while incomplete:
e = wikipedia.input(
u'Please enter a URL for the External links section. Use Blank when finished: '
).strip(u' ').strip(u' ')
if not e.isspace() and sre.match(blank, e) == None:
c = wikipedia.input(
u'Please enter a caption for this URL if you wish: '
).strip(u' ').strip(u' ')
external.append((e, c))
else:
incomplete = False
incomplete = True
while incomplete:
g = wikipedia.input(
u'Please enter the names of the normal Item Groups this Item is in. Leave the box blank when you are finished(Do not use special groups): '
).strip(u' ').strip(u' ')
if not g.isspace() and sre.match(blank, g) == None:
groups.append(g)
else:
incomplete = False
incomplete = True
choice = wikipedia.inputChoice(
u'Is this a in the Special group "Animal Hats"?',
['Yes', 'No'], ['y', 'N'], 'N')
if choice in ['y', 'Y']:
animalHats = True
choice = wikipedia.inputChoice(
u'Is this a in the Special group "Animal Masks"?',
['Yes', 'No'], ['y', 'N'], 'N')
if choice in ['y', 'Y']:
animalMasks = True
choice = wikipedia.inputChoice(
u'Is this a in the Special group "Masks"?', ['Yes', 'No'],
['y', 'N'], 'N')
if choice in ['y', 'Y']:
masks = True
choice = wikipedia.inputChoice(
u'Is this a in the Special group "Headgear"?', ['Yes', 'No'],
['y', 'N'], 'N')
if choice in ['y', 'Y']:
headgear = True
outputTo = wikipedia.input(
u'(Required)Please enter the article name you wish to output the Item Partial to: '
).strip(u' ').strip(u' ')
if not outputTo.isspace() and sre.match(blank, outputTo) == None:
pageData = u''
if isDonation:
pageData += u'{{donationIntro|name=%s|' % name
if not alt.isspace() and sre.match(blank, alt) == None:
pageData += u'alt=%s|' % alt
pageData += u'month=%s|year=%s|other=%s}}\n' % (
month, year, other)
else:
pageData += u'%s\n' % intro
pageData += u'{{item|name=%s' % name
if not image.isspace() and sre.match(blank, image) == None:
pageData += u'|image=%s' % image
if thumb:
pageData += u'|thumb=true'
if not price.isspace() and sre.match(blank, price) == None:
pageData += u'|price=%s' % price
if not store.isspace() and sre.match(blank, store) == None:
pageData += u'|store=%s' % store
if not gender.isspace() and sre.match(blank, gender) == None:
pageData += u'|gender=%s' % gender
pageData += u'|description=%s' % description
if not month.isspace() and sre.match(blank, month) == None:
pageData += u'|month=%s' % month
if not year.isspace() and sre.match(blank, year) == None:
pageData += u'|year=%s' % year
pageData += u'}}\n'
pageData += u'==Trivia==\n'
if len(trivia) > 0:
for t in trivia:
pageData += u'%s\n\n' % t
else:
pageData += u'???\n\n'
pageData += u'==External Links==\n'
for url, comment in external:
pageData += u'* %s' % url
if not comment.isspace() and sre.match(blank,
comment) == None:
pageData += u' - %s' % comment
pageData += u'\n'
pageData += u'\n'
pageData += u'{{itemGroups'
for g in groups:
pageData += u'|%s' % g
if animalHats:
pageData += u'|Animal Hats'
if animalMasks:
pageData += u'|Animal Masks'
if masks:
pageData += u'|Masks'
if headgear:
pageData += u'|Headgear'
pageData += u'}}'
page = wikipedia.Page(gaia, u'%s' % outputTo)
old = u''
try:
old = page.get()
except wikipedia.NoPage:
old = u''
page.put(old + pageData)
("text/x-perl", ".pl"),
("text/x-ruby", ".rb"),
("text/x-tex", ".tex"),
# this was created by me in order for it to be picked up later
("text/x-ocaml", ".ml"),
("text/x-apache-conf", ".conf"),
("text/x-lua", ".lua"),
("text/x-yaml", ".yml"),
)
for key, val in MIMETYPES:
mimetypes.add_type(key, val)
# !
import sre
seps = r'[.\W]'
word_re = sre.compile(r'(\w+)$')
class Scintilla(scintilla.Scintilla):
def get_text(self):
return super(Scintilla, self).get_text(self.get_length() + 1)[1]
def append_text(self, text):
super(Scintilla, self).append_text(len(text), text)
def get_line(self, number):
return super(Scintilla, self).get_line(number)[1]
class Pscyntilla(gobject.GObject):
gsignal('mark-clicked', gobject.TYPE_INT, gobject.TYPE_BOOLEAN)