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JoaoJunior
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formatted-python-code-APR

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481k
def main(): import sys, os, getopt, string global repeat_count try: optlist,args=getopt.getopt(sys.argv[1:], 'dtu:p:r:e:s') if len(args) > 2 or len(args) < 2: raise TypeError, None if len(args) == 2: path_info=args[1] except: sys.stderr.write(__doc__) sys.exit(-1) silent=profile=u=debug=timeit=None env={} for opt,val in optlist: if opt=='-d': debug=1 if opt=='-s': silent=1 if opt=='-t': timeit=1 if opt=='-u': u=val elif opt=='-p': profile=val elif opt=='-r': repeat_count=string.atoi(val) elif opt=='-e': opt=string.find(val,'=') if opt <= 0: raise 'Invalid argument to -e', val env[val[:opt]]=val[opt+1:] if (debug or 0)+(timeit or 0)+(profile and 1 or 0) > 1: raise 'Invalid options', 'only one of -p, -t, and -d are allowed' module=args[0] publish(module,path_info,u=u,p=profile,d=debug,t=timeit,e=env,s=silent)
def main(): import sys, os, getopt, string global repeat_count try: optlist,args=getopt.getopt(sys.argv[1:], 'dtu:p:r:e:s') if len(args) < 1 or len(args) > 2: raise TypeError, None elif len(args)==1: args=args[0],'/' path_info=args[1] except: sys.stderr.write(__doc__) sys.exit(-1) silent=profile=u=debug=timeit=None env={} for opt,val in optlist: if opt=='-d': debug=1 if opt=='-s': silent=1 if opt=='-t': timeit=1 if opt=='-u': u=val elif opt=='-p': profile=val elif opt=='-r': repeat_count=string.atoi(val) elif opt=='-e': opt=string.find(val,'=') if opt <= 0: raise 'Invalid argument to -e', val env[val[:opt]]=val[opt+1:] if (debug or 0)+(timeit or 0)+(profile and 1 or 0) > 1: raise 'Invalid options', 'only one of -p, -t, and -d are allowed' module=args[0] publish(module,path_info,u=u,p=profile,d=debug,t=timeit,e=env,s=silent)
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def __call__(self, REQUEST=None, **kw): "Searchable interface" if REQUEST is not None: perms=[] user=REQUEST.AUTHENTICATED_USER for p in self.ac_inherited_permissions(): if user.has_permission(p[0], self): perms.append(p[0]) REQUEST.set('permissions',perms) results=[] for ph in self.helpValues(): results.append(apply(getattr(ph, '__call__'), (REQUEST,) , kw)) return LazyCat(results)
def __call__(self, REQUEST=None, **kw): "Searchable interface" if REQUEST is not None: perms=[] user=REQUEST.AUTHENTICATED_USER for p in self.ac_inherited_permissions(): if user.has_permission(p[0], self): perms.append(p[0]) REQUEST.set('permissions',perms) results=[] for ph in self.helpValues(): results.append(apply(getattr(ph, '__call__'), (REQUEST,) , kw)) return LazyCat(results)
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def parse_cookie(text, result=None, qparmre=regex.compile( '\([\0- ]*' '\([^\0- ;,=\"]+\)="\([^"]*\)\"' '\([\0- ]*[;,]\)?[\0- ]*\)' ), parmre=regex.compile( '\([\0- ]*' '\([^\0- ;,=\"]+\)=\([^\0;-=\"]*\)' '\([\0- ]*[;,]\)?[\0- ]*\)' ), acquire=parse_cookie_lock.acquire, release=parse_cookie_lock.release, ): if result is None: result={} already_have=result.has_key acquire() try: if qparmre.match(text) >= 0: # Match quoted correct cookies name=qparmre.group(2) value=qparmre.group(3) l=len(qparmre.group(1)) elif parmre.match(text) >= 0: # Match evil MSIE cookies ;) name=parmre.group(2) value=parmre.group(3) l=len(parmre.group(1)) else: if not text or not strip(text): return result raise "InvalidParameter", text finally: release() if not already_have(name): result[name]=value return apply(parse_cookie,(text[l:],result))
def parse_cookie(text, result=None, qparmre=regex.compile( '\([\0- ]*' '\([^\0- ;,=\"]+\)="\([^"]*\)\"' '\([\0- ]*[;,]\)?[\0- ]*\)' ), parmre=regex.compile( '\([\0- ]*' '\([^\0- ;,=\"]+\)=\([^\0- ;,\"]*\)' '\([\0- ]*[;,]\)?[\0- ]*\)' ), acquire=parse_cookie_lock.acquire, release=parse_cookie_lock.release, ): if result is None: result={} already_have=result.has_key acquire() try: if qparmre.match(text) >= 0: # Match quoted correct cookies name=qparmre.group(2) value=qparmre.group(3) l=len(qparmre.group(1)) elif parmre.match(text) >= 0: # Match evil MSIE cookies ;) name=parmre.group(2) value=parmre.group(3) l=len(parmre.group(1)) else: if not text or not strip(text): return result raise "InvalidParameter", text finally: release() if not already_have(name): result[name]=value return apply(parse_cookie,(text[l:],result))
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def parse(self, line):
def parse(self, line):
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def __getitem__(self,input_index):
def __getitem__(self,input_index):
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def __getitem__(self,input_index):
def __getitem__(self,input_index):
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def sh(home, user, group): start=os.path.join(home, 'start') if not os.path.exists(start): print '-'*78 print 'Creating start script, start' f = open(start,'w') f.write(START_SCRIPT % (varname, varname, sys.executable, varname)) ch(start,user,group,0711) f.close() stop=os.path.join(home, 'stop') if not os.path.exists(stop): print '-'*78 print 'Creating stop script, stop' f = open(stop,'w') f.write(STOP_SCRIPT % os.path.join(home,'var','Z2.pid')) ch(stop,user,group,0711) f.close()
def sh(home, user, group): start=os.path.join(home, 'start') if not os.path.exists(start): print '-'*78 print 'Creating start script, start' f = open(start,'w') f.write(START_SCRIPT % sys.executable) ch(start,user,group,0711) f.close() stop=os.path.join(home, 'stop') if not os.path.exists(stop): print '-'*78 print 'Creating stop script, stop' f = open(stop,'w') f.write(STOP_SCRIPT % os.path.join(home,'var','Z2.pid')) ch(stop,user,group,0711) f.close()
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def sh(home, user, group): start=os.path.join(home, 'start') if not os.path.exists(start): print '-'*78 print 'Creating start script, start' f = open(start,'w') f.write(START_SCRIPT % (varname, varname, sys.executable, varname)) ch(start,user,group,0711) f.close() stop=os.path.join(home, 'stop') if not os.path.exists(stop): print '-'*78 print 'Creating stop script, stop' f = open(stop,'w') f.write(STOP_SCRIPT % os.path.join(home,'var','Z2.pid')) ch(stop,user,group,0711) f.close()
def sh(home, user, group): start=os.path.join(home, 'start') if not os.path.exists(start): print '-'*78 print 'Creating start script, start' f = open(start,'w') f.write(START_SCRIPT % (varname, varname, sys.executable, varname)) ch(start,user,group,0711) f.close() stop=os.path.join(home, 'stop') if not os.path.exists(stop): print '-'*78 print 'Creating stop script, stop' f = open(stop,'w') f.write(STOP_SCRIPT % os.path.join(home,'var','Z2.pid')) ch(stop,user,group,0711) f.close()
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def manage_edit(self, actions=[], helps=[], REQUEST=None): "Change view actions" options=self.data() changed=0 if len(actions)!=len(options): raise 'Bad Request', 'wrong number of actions'
def manage_edit(self, actions=[], helps=[], REQUEST=None): "Change view actions" options=self.data() changed=0 if len(actions)!=len(options): raise 'Bad Request', 'wrong number of actions'
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def manage_edit(self, actions=[], helps=[], REQUEST=None): "Change view actions" options=self.data() changed=0 if len(actions)!=len(options): raise 'Bad Request', 'wrong number of actions'
def manage_edit(self, actions=[], helps=[], REQUEST=None): "Change view actions" options=self.data() changed=0 if len(actions)!=len(options): raise 'Bad Request', 'wrong number of actions'
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def oldvalidate(self, inst, parent, name, value, md): ################################################################# # Note that this method is not used normally. It is simply a # Python rendition of the validate method implemented in # DocumentTemplate.cDocumentTemplate. The Python version # serves the role of a requirements spec for the C version and # can also be useful (if temporarily renamed to validate) for # debugging. #################################################################
def oldvalidate(self, inst, parent, name, value, md): ################################################################# # Note that this method is not used normally. It is simply a # Python rendition of the validate method implemented in # DocumentTemplate.cDocumentTemplate. The Python version # serves the role of a requirements spec for the C version and # can also be useful (if temporarily renamed to validate) for # debugging. #################################################################
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def getObject(module, name, reload=0, modules={}): if modules.has_key(module): old=modules[module] if old.has_key(name) and not reload: return old[name] else: old=None if module[-3:]=='.py': p=module[:-3] elif module[-4:]=='.pyp': p=module[:-4] else: p=module p=getPath('Extensions', p, suffixes=('','py','pyp')) if p is None: raise "Module Error", ( "The specified module, <em>%s</em>, couldn't be found.") __traceback_info__=p, module if p[-4:]=='.pyp': data=zlib.decompress( rotor.newrotor(d+' shshsh').decrypt(open(p,'rb').read()) ) execsrc=compile(data,module,'exec') else: try: execsrc=open(p) except: raise "Module Error", ( "The specified module, <em>%s</em>, couldn't be opened." % module) m={} exec execsrc in m try: r=m[name] except KeyError: raise 'Invalid Object Name', ( "The specified object, <em>%s</em>, was not found in module, " "<em>%s</em>." % (name, module)) if old: for k, v in m.items(): old[k]=v else: modules[module]=m return r
def getObject(module, name, reload=0, modules={}): if modules.has_key(module): old=modules[module] if old.has_key(name) and not reload: return old[name] else: old=None if module[-3:]=='.py': p=module[:-3] elif module[-4:]=='.pyp': p=module[:-4] else: p=module p=getPath('Extensions', p, suffixes=('','py','pyp')) if p is None: raise "Module Error", ( "The specified module, <em>%s</em>, couldn't be found." % module) __traceback_info__=p, module if p[-4:]=='.pyp': data=zlib.decompress( rotor.newrotor(d+' shshsh').decrypt(open(p,'rb').read()) ) execsrc=compile(data,module,'exec') else: try: execsrc=open(p) except: raise "Module Error", ( "The specified module, <em>%s</em>, couldn't be opened." % module) m={} exec execsrc in m try: r=m[name] except KeyError: raise 'Invalid Object Name', ( "The specified object, <em>%s</em>, was not found in module, " "<em>%s</em>." % (name, module)) if old: for k, v in m.items(): old[k]=v else: modules[module]=m return r
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def _clean(self, b, index): for k, v in list(index.items()): if v is b: self.notifyDestruct(index[k][k]) del index[k] b.clear()
def _clean(self, b, index): if DEBUG: TLOG('building list of index items') l = list(index.items()) if DEBUG: TLOG('done building list of index items, now iterating over them') tmp = [] for k, v in l: if v is b: self.notifyDestruct(index[k][k]) del index[k] b.clear()
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def __init__(self, args): args = parse_params(args, name='', type=None, column=None, multiple=1, optional=1) self.__name__ = name_param(args,'sqlvar') has_key=args.has_key if not has_key('type'): raise ParseError, ('the type attribute is required', 'dtvar') self.type=t=args['type'] if not valid_type(t): raise ParseError, ('invalid type, %s' % t, 'dtvar') if has_key('optional'): self.optional=args['optional'] if has_key('multiple'): self.multiple=args['multiple'] if has_key('column'): self.column=args['column'] else: self.column=self.__name__
def __init__(self, args): args = parse_params(args, name='', type=None, column=None, multiple=1, optional=1, op=None) self.__name__ = name_param(args,'sqlvar') has_key=args.has_key if not has_key('type'): raise ParseError, ('the type attribute is required', 'dtvar') self.type=t=args['type'] if not valid_type(t): raise ParseError, ('invalid type, %s' % t, 'dtvar') if has_key('optional'): self.optional=args['optional'] if has_key('multiple'): self.multiple=args['multiple'] if has_key('column'): self.column=args['column'] else: self.column=self.__name__
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def __init__(self, args): args = parse_params(args, name='', type=None, column=None, multiple=1, optional=1) self.__name__ = name_param(args,'sqlvar') has_key=args.has_key if not has_key('type'): raise ParseError, ('the type attribute is required', 'dtvar') self.type=t=args['type'] if not valid_type(t): raise ParseError, ('invalid type, %s' % t, 'dtvar') if has_key('optional'): self.optional=args['optional'] if has_key('multiple'): self.multiple=args['multiple'] if has_key('column'): self.column=args['column'] else: self.column=self.__name__
def __init__(self, args): args = parse_params(args, name='', type=None, column=None, multiple=1, optional=1) self.__name__ = name_param(args,'sqlvar') has_key=args.has_key if not has_key('type'): raise ParseError, ('the type attribute is required', 'sqltest') self.type=t=args['type'] if not valid_type(t): raise ParseError, ('invalid type, %s' % t, 'dtvar') if has_key('optional'): self.optional=args['optional'] if has_key('multiple'): self.multiple=args['multiple'] if has_key('column'): self.column=args['column'] else: self.column=self.__name__
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def __init__(self, args): args = parse_params(args, name='', type=None, column=None, multiple=1, optional=1) self.__name__ = name_param(args,'sqlvar') has_key=args.has_key if not has_key('type'): raise ParseError, ('the type attribute is required', 'dtvar') self.type=t=args['type'] if not valid_type(t): raise ParseError, ('invalid type, %s' % t, 'dtvar') if has_key('optional'): self.optional=args['optional'] if has_key('multiple'): self.multiple=args['multiple'] if has_key('column'): self.column=args['column'] else: self.column=self.__name__
def __init__(self, args): args = parse_params(args, name='', type=None, column=None, multiple=1, optional=1) self.__name__ = name_param(args,'sqlvar') has_key=args.has_key if not has_key('type'): raise ParseError, ('the type attribute is required', 'dtvar') self.type=t=args['type'] if not valid_type(t): raise ParseError, ('invalid type, %s' % t, 'sqltest') if has_key('optional'): self.optional=args['optional'] if has_key('multiple'): self.multiple=args['multiple'] if has_key('column'): self.column=args['column'] else: self.column=self.__name__
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def render(self, md): name=self.__name__ t=self.type try: v = md[name] except KeyError, key: if str(key)==name and self.optional: return '' raise KeyError, key, sys.exc_traceback if type(v) in (ListType, TupleType): if len(v) > 1 and not self.multiple: raise 'Multiple Values', ( 'multiple values are not allowed for <em>%s</em>' % name) else: v=[v] vs=[] for v in v: if not v and type(v) is StringType and t != 'string': continue if t=='int': try: if type(v) is StringType: atoi(v) else: v=str(int(v)) except: raise ValueError, ( 'Invalid integer value for <em>%s</em>' % name) elif t=='float': if not v and type(v) is StringType: continue try: if type(v) is StringType: atof(v) else: v=str(float(v)) except: raise ValueError, ( 'Invalid floating-point value for <em>%s</em>' % name) else: v=str(v) v=md.getitem('sql_quote__',0)(v) #if find(v,"\'") >= 0: v=join(split(v,"\'"),"''") #v="'%s'" % v vs.append(v)
def render(self, md): name=self.__name__ t=self.type try: v = md[name] except KeyError, key: if str(key)==name and self.optional: return '' raise KeyError, key, sys.exc_traceback if type(v) in (ListType, TupleType): if len(v) > 1 and not self.multiple: raise 'Multiple Values', ( 'multiple values are not allowed for <em>%s</em>' % name) else: v=[v] vs=[] for v in v: if not v and type(v) is StringType and t != 'string': continue if t=='int': try: if type(v) is StringType: atoi(v) else: v=str(int(v)) except: raise ValueError, ( 'Invalid integer value for <em>%s</em>' % name) elif t=='float': if not v and type(v) is StringType: continue try: if type(v) is StringType: atof(v) else: v=str(float(v)) except: raise ValueError, ( 'Invalid floating-point value for <em>%s</em>' % name) else: v=str(v) v=md.getitem('sql_quote__',0)(v) #if find(v,"\'") >= 0: v=join(split(v,"\'"),"''") #v="'%s'" % v vs.append(v)
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def exception(self, fatal=0, info=None, absuri_match=re.compile(r'\w+://[\w\.]+').match, tag_search=re.compile('[a-zA-Z]>').search, abort=1 ): if type(info) is type(()) and len(info) == 3: t, v, tb = info else: t, v, tb = sys.exc_info()
def exception(self, fatal=0, info=None, absuri_match=re.compile(r'\w+://[\w\.]+').match, tag_search=re.compile('[a-zA-Z]>').search, abort=1 ): if type(info) is type(()) and len(info) == 3: t, v, tb = info else: t, v, tb = sys.exc_info()
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def apply(self, obj, url=None, depth=0, result=None, top=1): if result is None: result=StringIO() depth=self.depth url=urlfix(self.request['URL'], 'PROPFIND') url=urlbase(url) result.write('<?xml version="1.0" encoding="utf-8"?>\n' \ '<d:multistatus xmlns:d="DAV:">\n') iscol=isDavCollection(obj) if iscol and url[-1] != '/': url=url+'/' result.write('<d:response>\n<d:href>%s</d:href>\n' % safe_quote(url)) if hasattr(aq_base(obj), 'propertysheets'): propsets=obj.propertysheets.values() obsheets=obj.propertysheets else: davprops=DAVProps(obj) propsets=(davprops,) obsheets={'DAV:': davprops} if self.allprop: stats=[] for ps in propsets: if hasattr(aq_base(ps), 'dav__allprop'): stats.append(ps.dav__allprop()) stats=''.join(stats) or '<d:status>200 OK</d:status>\n' result.write(stats) elif self.propname: stats=[] for ps in propsets: if hasattr(aq_base(ps), 'dav__propnames'): stats.append(ps.dav__propnames()) stats=''.join(stats) or '<d:status>200 OK</d:status>\n' result.write(stats) elif self.propnames: rdict={} for name, ns in self.propnames: ps=obsheets.get(ns, None) if ps is not None and hasattr(aq_base(ps), 'dav__propstat'): stat=ps.dav__propstat(name, rdict) else: prop='<n:%s xmlns:n="%s"/>' % (name, ns) code='404 Not Found' if not rdict.has_key(code): rdict[code]=[prop] else: rdict[code].append(prop) keys=rdict.keys() keys.sort() for key in keys: result.write('<d:propstat>\n' \ ' <d:prop>\n' \ ) map(result.write, rdict[key]) result.write(' </d:prop>\n' \ ' <d:status>HTTP/1.1 %s</d:status>\n' \ '</d:propstat>\n' % key ) else: raise BadRequest, 'Invalid request' result.write('</d:response>\n') if depth in ('1', 'infinity') and iscol: for ob in obj.listDAVObjects(): if hasattr(ob,"meta_type"): if ob.meta_type=="Broken Because Product is Gone": continue dflag=hasattr(ob, '_p_changed') and (ob._p_changed == None) if hasattr(ob, '__locknull_resource__'): # Do nothing, a null resource shouldn't show up to DAV if dflag: ob._p_deactivate() elif hasattr(ob, '__dav_resource__'): uri=os.path.join(url, absattr(ob.id)) depth=depth=='infinity' and depth or 0 self.apply(ob, uri, depth, result, top=0) if dflag: ob._p_deactivate() if not top: return result result.write('</d:multistatus>')
def apply(self, obj, url=None, depth=0, result=None, top=1): if result is None: result=StringIO() depth=self.depth url=urlfix(self.request['URL'], 'PROPFIND') url=urlbase(url) result.write('<?xml version="1.0" encoding="utf-8"?>\n' \ '<d:multistatus xmlns:d="DAV:">\n') iscol=isDavCollection(obj) if iscol and url[-1] != '/': url=url+'/' result.write('<d:response>\n<d:href>%s</d:href>\n' % safe_quote(url)) if hasattr(aq_base(obj), 'propertysheets'): propsets=obj.propertysheets.values() obsheets=obj.propertysheets else: davprops=DAVProps(obj) propsets=(davprops,) obsheets={'DAV:': davprops} if self.allprop: stats=[] for ps in propsets: if hasattr(aq_base(ps), 'dav__allprop'): stats.append(ps.dav__allprop()) stats=''.join(stats) or '<d:status>200 OK</d:status>\n' result.write(stats) elif self.propname: stats=[] for ps in propsets: if hasattr(aq_base(ps), 'dav__propnames'): stats.append(ps.dav__propnames()) stats=''.join(stats) or '<d:status>200 OK</d:status>\n' result.write(stats) elif self.propnames: rdict={} for name, ns in self.propnames: ps=obsheets.get(ns, None) if ps is not None and hasattr(aq_base(ps), 'dav__propstat'): stat=ps.dav__propstat(name, rdict) else: prop='<n:%s xmlns:n="%s"/>' % (name, ns) code='404 Not Found' if not rdict.has_key(code): rdict[code]=[prop] else: rdict[code].append(prop) keys=rdict.keys() keys.sort() for key in keys: result.write('<d:propstat>\n' \ ' <d:prop>\n' \ ) map(result.write, rdict[key]) result.write(' </d:prop>\n' \ ' <d:status>HTTP/1.1 %s</d:status>\n' \ '</d:propstat>\n' % key ) else: raise BadRequest, 'Invalid request' result.write('</d:response>\n') if depth in ('1', 'infinity') and iscol: for ob in obj.listDAVObjects(): if hasattr(ob,"meta_type"): if ob.meta_type=="Broken Because Product is Gone": continue dflag=hasattr(ob, '_p_changed') and (ob._p_changed == None) if hasattr(ob, '__locknull_resource__'): # Do nothing, a null resource shouldn't show up to DAV if dflag: ob._p_deactivate() elif hasattr(ob, '__dav_resource__'): uri=urljoin(url, absattr(ob.id)) depth=depth=='infinity' and depth or 0 self.apply(ob, uri, depth, result, top=0) if dflag: ob._p_deactivate() if not top: return result result.write('</d:multistatus>')
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def apply(self, obj, creator=None, depth='infinity', token=None, result=None, url=None, top=1): """ Apply, built for recursion (so that we may lock subitems of a collection if requested """
def apply(self, obj, creator=None, depth='infinity', token=None, result=None, url=None, top=1): """ Apply, built for recursion (so that we may lock subitems of a collection if requested """
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def apply(self, obj, token, url=None, result=None, top=1): if result is None: result = StringIO() url = urlfix(url, 'UNLOCK') url = urlbase(url) iscol = isDavCollection(obj) if iscol and url[-1] != '/': url = url + '/' errmsg = None
def apply(self, obj, token, url=None, result=None, top=1): if result is None: result = StringIO() url = urlfix(url, 'UNLOCK') url = urlbase(url) iscol = isDavCollection(obj) if iscol and url[-1] != '/': url = url + '/' errmsg = None
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def apply(self, obj, token, user, url=None, result=None, top=1): if result is None: result = StringIO() url = urlfix(url, 'DELETE') url = urlbase(url) iscol = isDavCollection(obj) errmsg = None parent = aq_parent(obj)
def apply(self, obj, token, user, url=None, result=None, top=1): if result is None: result = StringIO() url = urlfix(url, 'DELETE') url = urlbase(url) iscol = isDavCollection(obj) errmsg = None parent = aq_parent(obj)
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def manage_undo_transactions(self, transaction_info=(), REQUEST=None): """ """ undo=Globals.UndoManager.undo for tid in transaction_info: tid=tid.split() if tid: get_transaction().note("Undo %s" % ''.join(tid[1:])) tid=decode64(tid[0]) undo(tid)
def manage_undo_transactions(self, transaction_info=(), REQUEST=None): """ """ undo=Globals.UndoManager.undo for tid in transaction_info: tid=tid.split() if tid: get_transaction().note("Undo %s" % ''.join(tid[1:])) tid=decode64(tid[0]) undo(tid)
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def get_source(func): """Less silly interface to find_source""" # Sheesh code = func.func_code return find_source(code.co_filename, code)[1]
def get_source(func): """Less silly interface to find_source""" # Sheesh return find_source(func.func_globals['__file__'], func.func_code)[1]
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def __repr__(self): return '%s:%s' % (self._name, `self._s`)
def __repr__(self): return '%s:%s' % (self._name, `self._s`)
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def import_products(): # Try to import each product, checking for and catching errors. done={} products = get_products() debug_mode = App.config.getConfiguration().debug_mode for priority, product_name, index, product_dir in products: if done.has_key(product_name): LOG.warn('Duplicate Product name', 'After loading Product %s from %s,\n' 'I skipped the one in %s.\n' % ( `product_name`, `done[product_name]`, `product_dir`) ) continue done[product_name]=product_dir import_product(product_dir, product_name, raise_exc=debug_mode) return done.keys()
def import_products(): # Try to import each product, checking for and catching errors. done={} products = get_products() debug_mode = App.config.getConfiguration().debug_mode for priority, product_name, index, product_dir in products: if done.has_key(product_name): LOG.warn('Duplicate Product name: ' 'After loading Product %s from %s, ' 'I skipped the one in %s.' % ( `product_name`, `done[product_name]`, `product_dir`) ) continue done[product_name]=product_dir import_product(product_dir, product_name, raise_exc=debug_mode) return done.keys()
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def _register(self): if not self._registered: try: get_transaction().register(Surrogate(self)) self._begin() self._registered=1 except: pass
def _register(self): if not self._registered: try: get_transaction().register(Surrogate(self)) self._begin() self._registered = 1 self._finalize = 0 except: pass
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def tpc_begin(self, *ignored): pass
def tpc_begin(self, *ignored): pass
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def tpc_finish(self, *ignored): try: self._finish() finally: self._registered=0
def tpc_finish(self, *ignored): try: self._finish() finally: self._registered=0
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def domainSpecMatch(spec, request): if request.has_key('REMOTE_HOST'): host=request['REMOTE_HOST'] else: host='' if request.has_key('REMOTE_ADDR'): addr=request['REMOTE_ADDR'] else: addr='' if not host and not addr: return 0 if not host: try: host=socket.gethostbyaddr(addr)[0] except: pass if not addr: try: addr=socket.gethostbyname(host) except: pass _host=split(host, '.') _addr=split(addr, '.') _hlen=len(_host) _alen=len(_addr) for ob in spec: sz=len(ob) _ob=split(ob, '.') _sz=len(_ob) if addr_match(ob)==sz: if _sz != _alen: continue fail=0 for i in range(_sz): a=_addr[i] o=_ob[i] if (o != a) and (o != '*'): fail=1 break if fail: continue return 1 if host_match(ob)==sz: if _hlen < _sz: continue elif _hlen > _sz: _item=_host[-_sz:] else: _item=_host fail=0 for i in range(_sz): h=_item[i] o=_ob[i] if (o != h) and (o != '*'): fail=1 break if fail: continue return 1 return 0
def domainSpecMatch(spec, request): if request.has_key('REMOTE_HOST'): host=request['REMOTE_HOST'] if request.has_key('REMOTE_ADDR'): addr=request['REMOTE_ADDR'] else: addr='' if not host and not addr: return 0 if not host: try: host=socket.gethostbyaddr(addr)[0] except: pass if not addr: try: addr=socket.gethostbyname(host) except: pass _host=split(host, '.') _addr=split(addr, '.') _hlen=len(_host) _alen=len(_addr) for ob in spec: sz=len(ob) _ob=split(ob, '.') _sz=len(_ob) if addr_match(ob)==sz: if _sz != _alen: continue fail=0 for i in range(_sz): a=_addr[i] o=_ob[i] if (o != a) and (o != '*'): fail=1 break if fail: continue return 1 if host_match(ob)==sz: if _hlen < _sz: continue elif _hlen > _sz: _item=_host[-_sz:] else: _item=_host fail=0 for i in range(_sz): h=_item[i] o=_ob[i] if (o != h) and (o != '*'): fail=1 break if fail: continue return 1 return 0
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def domainSpecMatch(spec, request): if request.has_key('REMOTE_HOST'): host=request['REMOTE_HOST'] else: host='' if request.has_key('REMOTE_ADDR'): addr=request['REMOTE_ADDR'] else: addr='' if not host and not addr: return 0 if not host: try: host=socket.gethostbyaddr(addr)[0] except: pass if not addr: try: addr=socket.gethostbyname(host) except: pass _host=split(host, '.') _addr=split(addr, '.') _hlen=len(_host) _alen=len(_addr) for ob in spec: sz=len(ob) _ob=split(ob, '.') _sz=len(_ob) if addr_match(ob)==sz: if _sz != _alen: continue fail=0 for i in range(_sz): a=_addr[i] o=_ob[i] if (o != a) and (o != '*'): fail=1 break if fail: continue return 1 if host_match(ob)==sz: if _hlen < _sz: continue elif _hlen > _sz: _item=_host[-_sz:] else: _item=_host fail=0 for i in range(_sz): h=_item[i] o=_ob[i] if (o != h) and (o != '*'): fail=1 break if fail: continue return 1 return 0
def domainSpecMatch(spec, request): if request.has_key('REMOTE_HOST'): host=request['REMOTE_HOST'] else: host='' if request.has_key('REMOTE_ADDR'): addr=request['REMOTE_ADDR'] if not host and not addr: return 0 if not host: try: host=socket.gethostbyaddr(addr)[0] except: pass if not addr: try: addr=socket.gethostbyname(host) except: pass _host=split(host, '.') _addr=split(addr, '.') _hlen=len(_host) _alen=len(_addr) for ob in spec: sz=len(ob) _ob=split(ob, '.') _sz=len(_ob) if addr_match(ob)==sz: if _sz != _alen: continue fail=0 for i in range(_sz): a=_addr[i] o=_ob[i] if (o != a) and (o != '*'): fail=1 break if fail: continue return 1 if host_match(ob)==sz: if _hlen < _sz: continue elif _hlen > _sz: _item=_host[-_sz:] else: _item=_host fail=0 for i in range(_sz): h=_item[i] o=_ob[i] if (o != h) and (o != '*'): fail=1 break if fail: continue return 1 return 0
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def domainSpecMatch(spec, request): if request.has_key('REMOTE_HOST'): host=request['REMOTE_HOST'] else: host='' if request.has_key('REMOTE_ADDR'): addr=request['REMOTE_ADDR'] else: addr='' if not host and not addr: return 0 if not host: try: host=socket.gethostbyaddr(addr)[0] except: pass if not addr: try: addr=socket.gethostbyname(host) except: pass _host=split(host, '.') _addr=split(addr, '.') _hlen=len(_host) _alen=len(_addr) for ob in spec: sz=len(ob) _ob=split(ob, '.') _sz=len(_ob) if addr_match(ob)==sz: if _sz != _alen: continue fail=0 for i in range(_sz): a=_addr[i] o=_ob[i] if (o != a) and (o != '*'): fail=1 break if fail: continue return 1 if host_match(ob)==sz: if _hlen < _sz: continue elif _hlen > _sz: _item=_host[-_sz:] else: _item=_host fail=0 for i in range(_sz): h=_item[i] o=_ob[i] if (o != h) and (o != '*'): fail=1 break if fail: continue return 1 return 0
def domainSpecMatch(spec, request): if request.has_key('REMOTE_HOST'): host=request['REMOTE_HOST'] else: host='' if request.has_key('REMOTE_ADDR'): addr=request['REMOTE_ADDR'] else: addr='' if not host and not addr: return 0 if not host: try: host=socket.gethostbyaddr(addr)[0] except: pass if not addr: try: addr=socket.gethostbyname(host) except: pass _host=split(host, '.') _addr=split(addr, '.') _hlen=len(_host) _alen=len(_addr) for ob in spec: sz=len(ob) _ob=split(ob, '.') _sz=len(_ob) if addr_match(ob)==sz: if _sz != _alen: continue fail=0 for i in range(_sz): a=_addr[i] o=_ob[i] if (o != a) and (o != '*'): fail=1 break if fail: continue return 1 if host_match(ob)==sz: if _hlen < _sz: continue elif _hlen > _sz: _item=_host[-_sz:] else: _item=_host fail=0 for i in range(_sz): h=_item[i] o=_ob[i] if (o != h) and (o != '*'): fail=1 break if fail: continue return 1 return 0
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def domainSpecMatch(spec, request): if request.has_key('REMOTE_HOST'): host=request['REMOTE_HOST'] else: host='' if request.has_key('REMOTE_ADDR'): addr=request['REMOTE_ADDR'] else: addr='' if not host and not addr: return 0 if not host: try: host=socket.gethostbyaddr(addr)[0] except: pass if not addr: try: addr=socket.gethostbyname(host) except: pass _host=split(host, '.') _addr=split(addr, '.') _hlen=len(_host) _alen=len(_addr) for ob in spec: sz=len(ob) _ob=split(ob, '.') _sz=len(_ob) if addr_match(ob)==sz: if _sz != _alen: continue fail=0 for i in range(_sz): a=_addr[i] o=_ob[i] if (o != a) and (o != '*'): fail=1 break if fail: continue return 1 if host_match(ob)==sz: if _hlen < _sz: continue elif _hlen > _sz: _item=_host[-_sz:] else: _item=_host fail=0 for i in range(_sz): h=_item[i] o=_ob[i] if (o != h) and (o != '*'): fail=1 break if fail: continue return 1 return 0
def domainSpecMatch(spec, request): if request.has_key('REMOTE_HOST'): host=request['REMOTE_HOST'] else: host='' if request.has_key('REMOTE_ADDR'): addr=request['REMOTE_ADDR'] else: addr='' if not host and not addr: return 0 if not host: try: host=socket.gethostbyaddr(addr)[0] except: pass if not addr: try: addr=socket.gethostbyname(host) except: pass _host=split(host, '.') _addr=split(addr, '.') _hlen=len(_host) _alen=len(_addr) for ob in spec: sz=len(ob) _ob=split(ob, '.') _sz=len(_ob) if addr_match(ob)==sz: if _sz != _alen: continue fail=0 for i in range(_sz): a=_addr[i] o=_ob[i] if (o != a) and (o != '*'): fail=1 break if fail: continue return 1 if host_match(ob)==sz: if _hlen < _sz: continue elif _hlen > _sz: _item=_host[-_sz:] else: _item=_host fail=0 for i in range(_sz): h=_item[i] o=_ob[i] if (o != h) and (o != '*'): fail=1 break if fail: continue return 1 return 0
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def domainSpecMatch(spec, request): if request.has_key('REMOTE_HOST'): host=request['REMOTE_HOST'] else: host='' if request.has_key('REMOTE_ADDR'): addr=request['REMOTE_ADDR'] else: addr='' if not host and not addr: return 0 if not host: try: host=socket.gethostbyaddr(addr)[0] except: pass if not addr: try: addr=socket.gethostbyname(host) except: pass _host=split(host, '.') _addr=split(addr, '.') _hlen=len(_host) _alen=len(_addr) for ob in spec: sz=len(ob) _ob=split(ob, '.') _sz=len(_ob) if addr_match(ob)==sz: if _sz != _alen: continue fail=0 for i in range(_sz): a=_addr[i] o=_ob[i] if (o != a) and (o != '*'): fail=1 break if fail: continue return 1 if host_match(ob)==sz: if _hlen < _sz: continue elif _hlen > _sz: _item=_host[-_sz:] else: _item=_host fail=0 for i in range(_sz): h=_item[i] o=_ob[i] if (o != h) and (o != '*'): fail=1 break if fail: continue return 1 return 0
def domainSpecMatch(spec, request): if request.has_key('REMOTE_HOST'): host=request['REMOTE_HOST'] else: host='' if request.has_key('REMOTE_ADDR'): addr=request['REMOTE_ADDR'] else: addr='' if not host and not addr: return 0 if not host: try: host=socket.gethostbyaddr(addr)[0] except: pass if not addr: try: addr=socket.gethostbyname(host) except: pass _host=split(host, '.') _addr=split(addr, '.') _hlen=len(_host) _alen=len(_addr) for ob in spec: sz=len(ob) _ob=split(ob, '.') _sz=len(_ob) if addr_match(ob)==sz: fail=0 for i in range(_sz): a=_addr[i] o=_ob[i] if (o != a) and (o != '*'): fail=1 break if fail: continue return 1 if host_match(ob)==sz: if _hlen < _sz: continue elif _hlen > _sz: _item=_host[-_sz:] else: _item=_host fail=0 for i in range(_sz): h=_item[i] o=_ob[i] if (o != h) and (o != '*'): fail=1 break if fail: continue return 1 return 0
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def manage_catalogReindex(self, REQUEST, RESPONSE, URL1): """ clear the catalog, then re-index everything """
def manage_catalogReindex(self, REQUEST, RESPONSE, URL1): """ clear the catalog, then re-index everything """
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def manage_edit(self,file,title,content_type='',acl_type='A',acl_roles=[], REQUEST=None):
def manage_edit(self,file,title,content_type='',acl_type='A',acl_roles=[], REQUEST=None):
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def manage_changeProperties(self, REQUEST=None, **kw): """Change existing object properties by passing either a mapping object of name:value pairs {'foo':6} or passing name=value parameters.""" if REQUEST is None: props={} else: props=REQUEST if kw: for name, value in kw.items(): props[name]=value propdict=self._propdict() vself=self.v_self() for name, value in props.items(): if self.hasProperty(name): vself._updateProperty(name, value) if REQUEST is not None: return MessageDialog( title ='Success!', message='Your changes have been saved.', action ='manage_propertiesForm')
def manage_changeProperties(self, REQUEST=None, **kw): """Change existing object properties by passing either a mapping object of name:value pairs {'foo':6} or passing name=value parameters.""" if REQUEST is None: props={} else: props=REQUEST if kw: for name, value in kw.items(): props[name]=value propdict=self._propdict() for name, value in props.items(): if self.hasProperty(name): vself._updateProperty(name, value) if REQUEST is not None: return MessageDialog( title ='Success!', message='Your changes have been saved.', action ='manage_propertiesForm')
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def manage_changeProperties(self, REQUEST=None, **kw): """Change existing object properties by passing either a mapping object of name:value pairs {'foo':6} or passing name=value parameters.""" if REQUEST is None: props={} else: props=REQUEST if kw: for name, value in kw.items(): props[name]=value propdict=self._propdict() vself=self.v_self() for name, value in props.items(): if self.hasProperty(name): vself._updateProperty(name, value) if REQUEST is not None: return MessageDialog( title ='Success!', message='Your changes have been saved.', action ='manage_propertiesForm')
def manage_changeProperties(self, REQUEST=None, **kw): """Change existing object properties by passing either a mapping object of name:value pairs {'foo':6} or passing name=value parameters.""" if REQUEST is None: props={} else: props=REQUEST if kw: for name, value in kw.items(): props[name]=value propdict=self._propdict() vself=self.v_self() for name, value in props.items(): if self.hasProperty(name): self._updateProperty(name, value) if REQUEST is not None: return MessageDialog( title ='Success!', message='Your changes have been saved.', action ='manage_propertiesForm')
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def manage_edit(self, title, base, path, REQUEST=None): '''Set the title, base, and path''' self.__init__(title, base, path) if REQUEST: return MessageDialog(title='SiteRoot changed.', message='The title is now "%s"<br>' 'The base is now "%s"<br>' 'The path is now "%s"<br>' % map(escape, (title, base, path)), action='%s/manage_main' % REQUEST['URL1'])
def manage_edit(self, title, base, path, REQUEST=None): '''Set the title, base, and path''' self.__init__(title, base, path) if REQUEST: return MessageDialog(title='SiteRoot changed.', message='SiteRoot changed.', action='%s/manage_main' % REQUEST['URL1'])
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def initPCGI(self): import os self.initPrincipia() if self.resource.has_key('PCGI_ERROR_LOG'): self.errorLogFile = self.resource['PCGI_ERROR_LOG'] if self.resource.has_key('PCGI_HOST'): self.hostname = self.resource['PCGI_HOST'] if self.resource.has_key('PCGI_INSERT_PATH'): self.insertPath = self.resource['PCGI_INSERT_PATH'] if self.resource.has_key('PCGI_MODULE_PATH'): self.modulePath = self.resource['PCGI_MODULE_PATH'] if self.resource.has_key('PCGI_NAME'): self.moduleName = self.resource['PCGI_NAME'] if self.resource.has_key('PCGI_PID_FILE'): self.pidFile = self.resource['PCGI_PID_FILE'] if self.resource.has_key('PCGI_PORT'): import string try: self.port = string.atoi(self.resource['PCGI_PORT']) except ValueError: pass if self.resource.has_key('PCGI_SOCKET_FILE'): self.socketFile = self.resource['PCGI_SOCKET_FILE'] self.insertSysPath()
def initPCGI(self): import os self.initPrincipia() if self.resource.has_key('PCGI_ERROR_LOG'): self.errorLogFile = self.resource['PCGI_ERROR_LOG'] if self.resource.has_key('PCGI_HOST'): self.hostname = self.resource['PCGI_HOST'] if self.resource.has_key('PCGI_INSERT_PATH'): self.insertPath = self.resource['PCGI_INSERT_PATH'] if self.resource.has_key('PCGI_MODULE_PATH'): self.modulePath = self.resource['PCGI_MODULE_PATH'] if self.resource.has_key('PCGI_NAME'): self.moduleName = self.resource['PCGI_NAME'] if self.resource.has_key('PCGI_PID_FILE'): self.pidFile = self.resource['PCGI_PID_FILE'] if self.resource.has_key('PCGI_PORT'): import string try: self.port = string.atoi(self.resource['PCGI_PORT']) except ValueError: pass if self.resource.has_key('PCGI_SOCKET_FILE'): self.socketFile = self.resource['PCGI_SOCKET_FILE'] self.insertSysPath()
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def handler(self, conn): from string import split, join, atoi hdr = conn.recv(10)
def handler(self, conn): from string import split, join, atoi hdr = conn.recv(10)
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def _populateIndex( self ): for k, v in self._values: self._index.index_object( k, v )
def _populateIndex( self ): for k, v in self._values: self._index.index_object( k, v )
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def testRunIgnoresParentSignals(self): # Spawn a process which will in turn spawn a zdrun process. # We make sure that the zdrun process is still running even if # its parent process receives an interrupt signal (it should # not be passed to zdrun). zdrun_socket = os.path.join(self.here, 'testsock') zdctlpid = os.spawnvp( os.P_NOWAIT, sys.executable, [sys.executable, os.path.join(self.here, 'parent.py')] ) time.sleep(2) # race condition possible here os.kill(zdctlpid, signal.SIGINT) try: response = send_action('status\n', zdrun_socket) or '' except socket.error, msg: raise response = '' params = response.split('\n') self.assert_(len(params) > 1, repr(response)) # kill the process send_action('exit\n', zdrun_socket)
def testRunIgnoresParentSignals(self): # Spawn a process which will in turn spawn a zdrun process. # We make sure that the zdrun process is still running even if # its parent process receives an interrupt signal (it should # not be passed to zdrun). zdrun_socket = os.path.join(self.here, 'testsock') zdctlpid = os.spawnvp( os.P_NOWAIT, sys.executable, [sys.executable, os.path.join(self.here, 'parent.py')] ) time.sleep(2) # race condition possible here os.kill(zdctlpid, signal.SIGINT) try: response = send_action('status\n', zdrun_socket) or '' except socket.error, msg: response = '' params = response.split('\n') self.assert_(len(params) > 1, repr(response)) # kill the process send_action('exit\n', zdrun_socket)
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def send_action(action, sockname): """Send an action to the zdrun server and return the response. Return None if the server is not up or any other error happened. """ sock = socket.socket(socket.AF_UNIX, socket.SOCK_STREAM) try: sock.connect(sockname) sock.send(action + "\n") sock.shutdown(1) # We're not writing any more response = "" while 1: data = sock.recv(1000) if not data: break response += data sock.close() return response except socket.error, msg: raise return None
def send_action(action, sockname): """Send an action to the zdrun server and return the response. Return None if the server is not up or any other error happened. """ sock = socket.socket(socket.AF_UNIX, socket.SOCK_STREAM) try: sock.connect(sockname) sock.send(action + "\n") sock.shutdown(1) # We're not writing any more response = "" while 1: data = sock.recv(1000) if not data: break response += data sock.close() return response except socket.error, msg: return None
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def _str(self,structure,level, # Static bullet=ts_regex.compile('[ \t\n]*[o*-][ \t\n]+\([^\0]*\)' ).match_group, example=ts_regex.compile('[\0- ]examples?:[\0- ]*$' ).search, dl=ts_regex.compile('\([^\n]+\)[ \t]+--[ \t\n]+\([^\0]*\)' ).match_group, nl=ts_regex.compile('\n').search, ol=ts_regex.compile( '[ \t]*\(\([0-9]+\|[a-zA-Z]+\)[.)]\)+[ \t\n]+\([^\0]*\|$\)' ).match_group, olp=ts_regex.compile('[ \t]*([0-9]+)[ \t\n]+\([^\0]*\|$\)' ).match_group, ): r='' for s in structure: # print s[0],'\n', len(s[1]), '\n\n' ts_results = bullet(s[0], (1,)) if ts_results: p = ts_results[1] r=self.ul(r,p,self._str(s[1],level)) else: ts_results = ol(s[0], (3,)) if ts_results: p = ts_results[1] r=self.ol(r,p,self._str(s[1],level)) else: ts_results = olp(s[0], (1,)) if ts_results: p = ts_results[1] r=self.ol(r,p,self._str(s[1],level)) else: ts_results = dl(s[0], (1,2)) if ts_results: t,d = ts_results[1] r=self.dl(r,t,d,self._str(s[1],level)) else: if example(s[0]) >= 0 and s[1]: # Introduce an example, using pre tags: r=self.normal(r,s[0],self.pre(s[1])) else: if s[0][-2:]=='::' and s[1]: # Introduce an example, using pre tags: r=self.normal(r,s[0][:-1],self.pre(s[1])) else:
def_str(self,structure,level,#Staticbullet=ts_regex.compile('[\t\n]*[o*-][\t\n]+\([^\0]*\)').match_group,example=ts_regex.compile('[\0-]examples?:[\0-]*$').search,dl=ts_regex.compile('\([^\n]+\)[\t]+--[\t\n]+\([^\0]*\)').match_group,nl=ts_regex.compile('\n').search,ol=ts_regex.compile('[\t]*\(\([0-9]+\|[a-zA-Z]+\)[.)]\)+[\t\n]+\([^\0]*\|$\)').match_group,olp=ts_regex.compile('[\t]*([0-9]+)[\t\n]+\([^\0]*\|$\)').match_group,):r=''forsinstructure:#prints[0],'\n',len(s[1]),'\n\n'ts_results=bullet(s[0],(1,))ifts_results:p=ts_results[1]r=self.ul(r,p,self._str(s[1],level))else:ts_results=ol(s[0],(3,))ifts_results:p=ts_results[1]r=self.ol(r,p,self._str(s[1],level))else:ts_results=olp(s[0],(1,))ifts_results:p=ts_results[1]r=self.ol(r,p,self._str(s[1],level))else:ts_results=dl(s[0],(1,2))ifts_results:t,d=ts_results[1]r=self.dl(r,t,d,self._str(s[1],level))else:ifexample(s[0])>=0ands[1]:#Introduceanexample,usingpretags:r=self.normal(r,s[0],self.pre(s[1]))else:ifs[0][-2:]=='::'ands[1]:#Introduceanexample,usingpretags:r=self.normal(r,s[0][:-1],self.pre(s[1]))else:
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def _str(self,structure,level, # Static bullet=ts_regex.compile('[ \t\n]*[o*-][ \t\n]+\([^\0]*\)' ).match_group, example=ts_regex.compile('[\0- ]examples?:[\0- ]*$' ).search, dl=ts_regex.compile('\([^\n]+\)[ \t]+--[ \t\n]+\([^\0]*\)' ).match_group, nl=ts_regex.compile('\n').search, ol=ts_regex.compile( '[ \t]*\(\([0-9]+\|[a-zA-Z]+\)[.)]\)+[ \t\n]+\([^\0]*\|$\)' ).match_group, olp=ts_regex.compile('[ \t]*([0-9]+)[ \t\n]+\([^\0]*\|$\)' ).match_group, ): r='' for s in structure: # print s[0],'\n', len(s[1]), '\n\n' ts_results = bullet(s[0], (1,)) if ts_results: p = ts_results[1] r=self.ul(r,p,self._str(s[1],level)) else: ts_results = ol(s[0], (3,)) if ts_results: p = ts_results[1] r=self.ol(r,p,self._str(s[1],level)) else: ts_results = olp(s[0], (1,)) if ts_results: p = ts_results[1] r=self.ol(r,p,self._str(s[1],level)) else: ts_results = dl(s[0], (1,2)) if ts_results: t,d = ts_results[1] r=self.dl(r,t,d,self._str(s[1],level)) else: if example(s[0]) >= 0 and s[1]: # Introduce an example, using pre tags: r=self.normal(r,s[0],self.pre(s[1])) else: if s[0][-2:]=='::' and s[1]: # Introduce an example, using pre tags: r=self.normal(r,s[0][:-1],self.pre(s[1])) else:
def _str(self,structure,level, # Static bullet=ts_regex.compile('[ \t\n]*[o*-][ \t\n]+\([^\0]*\)' ).match_group, example=ts_regex.compile('[\0- ]examples?:[\0- ]*$' ).search, dl=ts_regex.compile('\([^\n]+\)[ \t]+--[ \t\n]+\([^\0]*\)' ).match_group, nl=ts_regex.compile('\n').search, ol=ts_regex.compile( '[ \t]*\(\([0-9]+\|[a-zA-Z]+\)[.)]\)+[ \t\n]+\([^\0]*\|$\)' ).match_group, olp=ts_regex.compile('[ \t]*([0-9]+)[ \t\n]+\([^\0]*\|$\)' ).match_group, ): r='' for s in structure: # print s[0],'\n', len(s[1]), '\n\n' ts_results = bullet(s[0], (1,)) if ts_results: p = ts_results[1] if s[0][-2:]=='::' and s[1]: ps=self.pre(s[1]) else: ps=self._str(s[1],level) r=self.ul(r,p,ps) continue ts_results = ol(s[0], (3,)) if ts_results: p = ts_results[1] if s[0][-2:]=='::' and s[1]: ps=self.pre(s[1]) else: ps=self._str(s[1],level) r=self.ol(r,p,ps) continue ts_results = olp(s[0], (1,)) if ts_results: p = ts_results[1] if s[0][-2:]=='::' and s[1]: ps=self.pre(s[1]) else: ps=self._str(s[1],level) r=self.ol(r,p,ps) continue ts_results = dl(s[0], (1,2)) if ts_results: t,d = ts_results[1] r=self.dl(r,t,d,self._str(s[1],level)) continue if example(s[0]) >= 0 and s[1]: r=self.normal(r,s[0],self.pre(s[1])) continue if s[0][-2:]=='::' and s[1]: r=self.normal(r,s[0][:-1],self.pre(s[1])) else: ts_results = ol(s[0], (3,)) if ts_results: p = ts_results[1] r=self.ol(r,p,self._str(s[1],level)) else: ts_results = olp(s[0], (1,)) if ts_results: p = ts_results[1] r=self.ol(r,p,self._str(s[1],level)) else: ts_results = dl(s[0], (1,2)) if ts_results: t,d = ts_results[1] r=self.dl(r,t,d,self._str(s[1],level)) else: if example(s[0]) >= 0 and s[1]: # Introduce an example, using pre tags: r=self.normal(r,s[0],self.pre(s[1])) else: if s[0][-2:]=='::' and s[1]: # Introduce an example, using pre tags: r=self.normal(r,s[0][:-1],self.pre(s[1])) else:
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def _str(self,structure,level, # Static bullet=ts_regex.compile('[ \t\n]*[o*-][ \t\n]+\([^\0]*\)' ).match_group, example=ts_regex.compile('[\0- ]examples?:[\0- ]*$' ).search, dl=ts_regex.compile('\([^\n]+\)[ \t]+--[ \t\n]+\([^\0]*\)' ).match_group, nl=ts_regex.compile('\n').search, ol=ts_regex.compile( '[ \t]*\(\([0-9]+\|[a-zA-Z]+\)[.)]\)+[ \t\n]+\([^\0]*\|$\)' ).match_group, olp=ts_regex.compile('[ \t]*([0-9]+)[ \t\n]+\([^\0]*\|$\)' ).match_group, ): r='' for s in structure: # print s[0],'\n', len(s[1]), '\n\n' ts_results = bullet(s[0], (1,)) if ts_results: p = ts_results[1] r=self.ul(r,p,self._str(s[1],level)) else: ts_results = ol(s[0], (3,)) if ts_results: p = ts_results[1] r=self.ol(r,p,self._str(s[1],level)) else: ts_results = olp(s[0], (1,)) if ts_results: p = ts_results[1] r=self.ol(r,p,self._str(s[1],level)) else: ts_results = dl(s[0], (1,2)) if ts_results: t,d = ts_results[1] r=self.dl(r,t,d,self._str(s[1],level)) else: if example(s[0]) >= 0 and s[1]: # Introduce an example, using pre tags: r=self.normal(r,s[0],self.pre(s[1])) else: if s[0][-2:]=='::' and s[1]: # Introduce an example, using pre tags: r=self.normal(r,s[0][:-1],self.pre(s[1])) else:
def _str(self,structure,level, # Static bullet=ts_regex.compile('[ \t\n]*[o*-][ \t\n]+\([^\0]*\)' ).match_group, example=ts_regex.compile('[\0- ]examples?:[\0- ]*$' ).search, dl=ts_regex.compile('\([^\n]+\)[ \t]+--[ \t\n]+\([^\0]*\)' ).match_group, nl=ts_regex.compile('\n').search, ol=ts_regex.compile( '[ \t]*\(\([0-9]+\|[a-zA-Z]+\)[.)]\)+[ \t\n]+\([^\0]*\|$\)' ).match_group, olp=ts_regex.compile('[ \t]*([0-9]+)[ \t\n]+\([^\0]*\|$\)' ).match_group, ): r='' for s in structure: # print s[0],'\n', len(s[1]), '\n\n' ts_results = bullet(s[0], (1,)) if ts_results: p = ts_results[1] r=self.ul(r,p,self._str(s[1],level)) else: if nl(s[0]) < 0 and s[1] and s[0][-1:] != ':': t=s[0] r=self.head(r,t,level, self._str(s[1],level and level+1)) else: ts_results = olp(s[0], (1,)) if ts_results: p = ts_results[1] r=self.ol(r,p,self._str(s[1],level)) else: ts_results = dl(s[0], (1,2)) if ts_results: t,d = ts_results[1] r=self.dl(r,t,d,self._str(s[1],level)) else: if example(s[0]) >= 0 and s[1]: # Introduce an example, using pre tags: r=self.normal(r,s[0],self.pre(s[1])) else: if s[0][-2:]=='::' and s[1]: # Introduce an example, using pre tags: r=self.normal(r,s[0][:-1],self.pre(s[1])) else:
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def _str(self,structure,level, # Static bullet=ts_regex.compile('[ \t\n]*[o*-][ \t\n]+\([^\0]*\)' ).match_group, example=ts_regex.compile('[\0- ]examples?:[\0- ]*$' ).search, dl=ts_regex.compile('\([^\n]+\)[ \t]+--[ \t\n]+\([^\0]*\)' ).match_group, nl=ts_regex.compile('\n').search, ol=ts_regex.compile( '[ \t]*\(\([0-9]+\|[a-zA-Z]+\)[.)]\)+[ \t\n]+\([^\0]*\|$\)' ).match_group, olp=ts_regex.compile('[ \t]*([0-9]+)[ \t\n]+\([^\0]*\|$\)' ).match_group, ): r='' for s in structure: # print s[0],'\n', len(s[1]), '\n\n' ts_results = bullet(s[0], (1,)) if ts_results: p = ts_results[1] r=self.ul(r,p,self._str(s[1],level)) else: ts_results = ol(s[0], (3,)) if ts_results: p = ts_results[1] r=self.ol(r,p,self._str(s[1],level)) else: ts_results = olp(s[0], (1,)) if ts_results: p = ts_results[1] r=self.ol(r,p,self._str(s[1],level)) else: ts_results = dl(s[0], (1,2)) if ts_results: t,d = ts_results[1] r=self.dl(r,t,d,self._str(s[1],level)) else: if example(s[0]) >= 0 and s[1]: # Introduce an example, using pre tags: r=self.normal(r,s[0],self.pre(s[1])) else: if s[0][-2:]=='::' and s[1]: # Introduce an example, using pre tags: r=self.normal(r,s[0][:-1],self.pre(s[1])) else:
def _str(self,structure,level, # Static bullet=ts_regex.compile('[ \t\n]*[o*-][ \t\n]+\([^\0]*\)' ).match_group, example=ts_regex.compile('[\0- ]examples?:[\0- ]*$' ).search, dl=ts_regex.compile('\([^\n]+\)[ \t]+--[ \t\n]+\([^\0]*\)' ).match_group, nl=ts_regex.compile('\n').search, ol=ts_regex.compile( '[ \t]*\(\([0-9]+\|[a-zA-Z]+\)[.)]\)+[ \t\n]+\([^\0]*\|$\)' ).match_group, olp=ts_regex.compile('[ \t]*([0-9]+)[ \t\n]+\([^\0]*\|$\)' ).match_group, ): r='' for s in structure: # print s[0],'\n', len(s[1]), '\n\n' ts_results = bullet(s[0], (1,)) if ts_results: p = ts_results[1] r=self.ul(r,p,self._str(s[1],level)) else: ts_results = ol(s[0], (3,)) if ts_results: p = ts_results[1] r=self.ol(r,p,self._str(s[1],level)) else: ts_results = olp(s[0], (1,)) if ts_results: p = ts_results[1] r=self.ol(r,p,self._str(s[1],level)) else: ts_results = dl(s[0], (1,2)) if ts_results: t,d = ts_results[1] r=self.dl(r,t,d,self._str(s[1],level)) else: if example(s[0]) >= 0 and s[1]: # Introduce an example, using pre tags: r=self.normal(r,s[0],self.pre(s[1])) else: if s[0][-2:]=='::' and s[1]: # Introduce an example, using pre tags: r=self.normal(r,s[0][:-1],self.pre(s[1])) else:
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def unix_longify (file, stat_info): # for now, only pay attention to the lower bits mode = ('%o' % stat_info[stat.ST_MODE])[-3:] mode = string.join (map (lambda x: mode_table[x], mode), '') if stat.S_ISDIR (stat_info[stat.ST_MODE]): dirchar = 'd' else: dirchar = '-' date = ls_date (long(time.time()), stat_info[stat.ST_MTIME]) user = str(stat_info[stat.ST_UID].replace(' ','_')) group= str(stat_info[stat.ST_GID].replace(' ','_')) if user=='System_Processes': user='Sysproc' if group=='System_Processes': group='Sysproc' return '%s%s %3d %-8s %-8s %8d %s %s' % ( dirchar, mode, stat_info[stat.ST_NLINK], user, group, stat_info[stat.ST_SIZE], date, file ) # Emulate the unix 'ls' command's date field. # it has two formats - if the date is more than 180 # days in the past, then it's like this: # Oct 19 1995 # otherwise, it looks like this: # Oct 19 17:33
def unix_longify (file, stat_info): # for now, only pay attention to the lower bits mode = ('%o' % stat_info[stat.ST_MODE])[-3:] mode = string.join (map (lambda x: mode_table[x], mode), '') if stat.S_ISDIR (stat_info[stat.ST_MODE]): dirchar = 'd' else: dirchar = '-' date = ls_date (long(time.time()), stat_info[stat.ST_MTIME]) user = str(stat_info[stat.ST_UID]).replace(' ','_') group= str(stat_info[stat.ST_GID]).replace(' ','_') if user=='System_Processes': user='Sysproc' if group=='System_Processes': group='Sysproc' return '%s%s %3d %-8s %-8s %8d %s %s' % ( dirchar, mode, stat_info[stat.ST_NLINK], user, group, stat_info[stat.ST_SIZE], date, file ) # Emulate the unix 'ls' command's date field. # it has two formats - if the date is more than 180 # days in the past, then it's like this: # Oct 19 1995 # otherwise, it looks like this: # Oct 19 17:33
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def render(self, md):
def render(self, md):
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def render(self, md):
def render(self, md):
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def tutorialShowLesson(self, id, REQUEST): """ Navigate management frame to a given lesson's screen. """ url=self.lessonURL(id, REQUEST) if not url: return """\
def tutorialShowLesson(self, id, REQUEST): """ Navigate management frame to a given lesson's screen. """ url=self.lessonURL(id, REQUEST) if not url: return """\
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def extractLayer(func): def wrap(*args, **kw): suite = func(*args, **kw) tc = kw.get('test_class', None) if tc and hasattr(tc, 'layer'): suite.layer = tc.layer return suite return wrap
def extractLayer(func): def wrap(*args, **kw): suite = func(*args, **kw) tc = kw.get('test_class', None) if tc and hasattr(tc, 'layer'): suite.layer = tc.layer return suite return wrap
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def doctestsuite(self): return doctest.DocTestSuite(*self._args, **self._kw)
def doctestsuite(self): return doctest.DocTestSuite(*self._args, **self._kw)
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def docfilesuite(self): return doctest.DocFileSuite(*self._args, **self._kw)
def docfilesuite(self): return doctest.DocFileSuite(*self._args, **self._kw)
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def setup_optionflags(self): if 'optionflags' not in self._kw: self._kw['optionflags'] = (doctest.ELLIPSIS | doctest.REPORT_NDIFF | doctest.NORMALIZE_WHITESPACE)
def setup_optionflags(self): if 'optionflags' not in self._kw: self._kw['optionflags'] = (doctest.ELLIPSIS | doctest.REPORT_NDIFF | doctest.NORMALIZE_WHITESPACE)
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def ZopeDocTestSuite(module=None, **kw): module = doctest._normalize_module(module, depth=3) return ZopeSuiteFactory(module, **kw).doctestsuite()
def ZopeDocTestSuite(module=None, **kw): module = doctest._normalize_module(module) return ZopeSuiteFactory(module, **kw).doctestsuite()
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def ZopeDocTestSuite(module=None, **kw): module = doctest._normalize_module(module, depth=3) return ZopeSuiteFactory(module, **kw).doctestsuite()
def ZopeDocTestSuite(module=None, **kw): module = doctest._normalize_module(module, depth=3) return ZopeSuiteFactory(module, **kw).doctestsuite()
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def ZopeDocFileSuite(*paths, **kw): if kw.get('module_relative', True): kw['package'] = doctest._normalize_module(kw.get('package'), depth=3) return ZopeSuiteFactory(*paths, **kw).docfilesuite()
def ZopeDocFileSuite(*paths, **kw): if kw.get('module_relative', True): kw['package'] = doctest._normalize_module(kw.get('package')) return ZopeSuiteFactory(*paths, **kw).docfilesuite()
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def ZopeDocFileSuite(*paths, **kw): if kw.get('module_relative', True): kw['package'] = doctest._normalize_module(kw.get('package'), depth=3) return ZopeSuiteFactory(*paths, **kw).docfilesuite()
def ZopeDocFileSuite(*paths, **kw): if kw.get('module_relative', True): kw['package'] = doctest._normalize_module(kw.get('package'), depth=3) return ZopeSuiteFactory(*paths, **kw).docfilesuite()
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def FunctionalDocTestSuite(module=None, **kw): module = doctest._normalize_module(module, depth=3) return FunctionalSuiteFactory(module, **kw).doctestsuite()
def FunctionalDocTestSuite(module=None, **kw): module = doctest._normalize_module(module) return FunctionalSuiteFactory(module, **kw).doctestsuite()
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def FunctionalDocTestSuite(module=None, **kw): module = doctest._normalize_module(module, depth=3) return FunctionalSuiteFactory(module, **kw).doctestsuite()
def FunctionalDocTestSuite(module=None, **kw): module = doctest._normalize_module(module, depth=3) return FunctionalSuiteFactory(module, **kw).doctestsuite()
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def FunctionalDocFileSuite(*paths, **kw): if kw.get('module_relative', True): kw['package'] = doctest._normalize_module(kw.get('package'), depth=3) return FunctionalSuiteFactory(*paths, **kw).docfilesuite()
def FunctionalDocFileSuite(*paths, **kw): if kw.get('module_relative', True): kw['package'] = doctest._normalize_module(kw.get('package')) return FunctionalSuiteFactory(*paths, **kw).docfilesuite()
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def __init__(self, build, libdir=None): # Calculate which directories we're going to add to sys.path. self.libdir = "lib/python" # Hack sys.path self.home = os.path.dirname(os.path.realpath(sys.argv[0])) # test.py lives in $ZOPE_HOME/bin when installed ... dir, file = os.path.split(self.home) if file == 'bin': self.home = dir sys.path.insert(0, os.path.join(self.home, self.libdir)) sys.path.insert(0, os.path.join(self.home, self.libdir, 'third_party', 'docutils')) self.cwd = os.path.realpath(os.getcwd()) # Hack again for external products. if libdir: self.libdir = os.path.realpath(os.path.join(self.cwd, libdir)) else: self.libdir = os.path.realpath(os.path.join(self.cwd, self.libdir)) if self.libdir not in sys.path: sys.path.insert(0, self.libdir) # Determine where to look for tests if test_dir: self.testdir = os.path.abspath(os.path.join(self.cwd, test_dir)) else: self.testdir = self.libdir kind = functional and "functional" or "unit" print "Running %s tests from %s" % (kind, self.testdir)
def __init__(self, build, libdir=None): # Calculate which directories we're going to add to sys.path. self.libdir = "lib/python" # Hack sys.path self.home = os.path.dirname(os.path.realpath(sys.argv[0])) # test.py lives in $ZOPE_HOME/bin when installed ... dir, file = os.path.split(self.home) if file == 'bin': self.home = dir sys.path.insert(0, os.path.join(self.home, self.libdir)) sys.path.insert(0, os.path.join(self.home, self.libdir, 'third_party', 'docutils')) self.cwd = os.path.realpath(os.getcwd()) # Hack again for external products. if libdir: self.libdir = os.path.join(self.cwd, libdir) else: self.libdir = os.path.join(self.cwd, self.libdir) real_libdir = os.path.realpath(self.libdir) if real_libdir not in sys.path: sys.path.insert(0, real_libdir) # Determine where to look for tests if test_dir: self.testdir = os.path.abspath(os.path.join(self.cwd, test_dir)) else: self.testdir = self.libdir kind = functional and "functional" or "unit" print "Running %s tests from %s" % (kind, self.testdir)
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def getOwner(self, info=0, aq_get=aq_get, None=None, UnownableOwner=UnownableOwner, getSecurityManager=getSecurityManager, ): """Get the owner
def getOwner(self, info=0, aq_get=aq_get, UnownableOwner=UnownableOwner, getSecurityManager=getSecurityManager, ): """Get the owner
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def doc_underline(self, s, expr=re.compile("\_([%s0-9\s\.,\?\/]+)\_" % letters).search): result = expr(s) if result: start,end = result.span(1) st,e = result.span() return (StructuredTextUnderline(s[start:end]),st,e) else: return None
def doc_underline(self, s, expr=re.compile("\s*\_([%s0-9\s\.,\?\/]+)\_" % letters).search): result = expr(s) if result: start,end = result.span(1) st,e = result.span() return (StructuredTextUnderline(s[start:end]),st,e) else: return None
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def tpRenderTABLE(self, root_url, url, state, substate, data, colspan, section, md, treeData, level=0, args=None): have_arg=args.has_key try: items=self.tpValues() except: items=None if not items and have_arg('leaves'): items=1 tpUrl=self.tpURL() url = (url and ('%s/%s' % (url, tpUrl))) or tpUrl treeData['tree-item-url']=url treeData['tree-level']=level treeData['tree-item-expanded']=0 try: id=self.tpId() except: id=None if id is None: try: id=self._p_oid except: id=None if id is None: id=pyid(self) exp=0 sub=None output=data.append # Add prefix output('<TR>\n') # Add +/- icon if items: if level: if level > 3: output( '<TD COLSPAN="%s"></TD>' % (level-1)) elif level > 1: output('<TD></TD>' * (level-1)) output('<TD WIDTH="16"></TD>\n') output('<TD WIDTH="16" VALIGN="TOP">') for i in range(len(substate)): sub=substate[i] if sub[0]==id: exp=i+1 break if exp: treeData['tree-item-expanded']=1 del substate[exp-1] output('<A HREF="%s?tree-state=%s">%s</A>' % (root_url,quote(str(state)[1:-1]+','), icoMinus)) substate.append(sub) else: substate.append([id]) output('<A HREF="%s?tree-state=%s">%s</A>' % (root_url,quote(str(state)[1:-1]+','), icoPlus)) del substate[-1] output('</TD>\n') else: if level > 3: output('<TD COLSPAN="%s"></TD>' % level) elif level > 1: output('<TD></TD>' * level) output('<TD WIDTH="16"></TD>\n') # add item text dataspan=colspan-level output('<TD%s VALIGN="TOP">' % (dataspan > 1 and (' COLSPAN="%s"' % dataspan) or '')) output(section(self, md)) output('</TD>\n</TR>\n') if exp: level=level+1 dataspan=colspan-level if level > 3: h='<TD COLSPAN="%s"></TD>' % (level-1) elif level > 1: h='<TD></TD>' * (level-1) else: h='' if have_arg('header'): if md.has_key(args['header']): output(md.getitem(args['header'],0)( self, md, standard_html_header=( '<TR>%s<TD WIDTH="16"></TD>' '<TD%s VALIGN="TOP">' % (h, (dataspan > 1 and (' COLSPAN="%s"' % dataspan) or ''))), standard_html_footer='</TD></TR>', )) if items==1: # leaves treeData['-tree-substate-']=sub treeData['tree-level']=level md._push(treeData) output(md.getitem(args['leaves'],0)( self,md, standard_html_header=( '<TR>%s<TD WIDTH="16"></TD>' '<TD%s VALIGN="TOP">' % (h, (dataspan > 1 and (' COLSPAN="%s"' % dataspan) or ''))), standard_html_footer='</TD></TR>', )) md._pop(1) elif have_arg('expand'): treeData['-tree-substate-']=sub treeData['tree-level']=level md._push(treeData) output(md.getitem(args['expand'],0)(self,md)) md._pop(1) else: __traceback_info__=sub, args, state, substate for item in items: if len(sub)==1: sub.append([]) data=tpRenderTABLE(item, root_url,url,state,sub[1],data, colspan, section, md, treeData, level, args) if not sub[1]: del sub[1] if have_arg('footer'): if md.has_key(args['footer']): output(md.getitem(args['footer'],0)( self, md, standard_html_header=( '<TR>%s<TD WIDTH="16"></TD>' '<TD%s VALIGN="TOP">' % (h, (dataspan > 1 and (' COLSPAN="%s"' % dataspan) or ''))), standard_html_footer='</TD></TR>', )) return data
def tpRenderTABLE(self, root_url, url, state, substate, data, colspan, section, md, treeData, level=0, args=None): have_arg=args.has_key try: items=self.tpValues() except: items=None if not items and have_arg('leaves'): items=1 tpUrl=self.tpURL() url = (url and ('%s/%s' % (url, tpUrl))) or tpUrl treeData['tree-item-url']=url treeData['tree-level']=level treeData['tree-item-expanded']=0 try: id=self.tpId() except: id=None if id is None: try: id=self._p_oid except: id=None if id is None: id=pyid(self) exp=0 sub=None output=data.append # Add prefix output('<TR>\n') # Add +/- icon if items: if level: if level > 3: output( '<TD COLSPAN="%s"></TD>' % (level-1)) elif level > 1: output('<TD></TD>' * (level-1)) output('<TD WIDTH="16"></TD>\n') output('<TD WIDTH="16" VALIGN="TOP">') for i in range(len(substate)): sub=substate[i] if sub[0]==id: exp=i+1 break if exp: treeData['tree-item-expanded']=1 del substate[exp-1] output('<A HREF="%s?tree-state=%s">%s</A>' % (root_url,quote(str(state)[1:-1]+','), icoMinus)) substate.append(sub) else: substate.append([id]) output('<A HREF="%s?tree-state=%s">%s</A>' % (root_url,quote(str(state)[1:-1]+','), icoPlus)) del substate[-1] output('</TD>\n') else: if level > 2: output('<TD COLSPAN="%s"></TD>' % level) elif level > 0: output('<TD></TD>' * level) output('<TD WIDTH="16"></TD>\n') # add item text dataspan=colspan-level output('<TD%s VALIGN="TOP">' % (dataspan > 1 and (' COLSPAN="%s"' % dataspan) or '')) output(section(self, md)) output('</TD>\n</TR>\n') if exp: level=level+1 dataspan=colspan-level if level > 3: h='<TD COLSPAN="%s"></TD>' % (level-1) elif level > 1: h='<TD></TD>' * (level-1) else: h='' if have_arg('header'): if md.has_key(args['header']): output(md.getitem(args['header'],0)( self, md, standard_html_header=( '<TR>%s<TD WIDTH="16"></TD>' '<TD%s VALIGN="TOP">' % (h, (dataspan > 1 and (' COLSPAN="%s"' % dataspan) or ''))), standard_html_footer='</TD></TR>', )) if items==1: # leaves treeData['-tree-substate-']=sub treeData['tree-level']=level md._push(treeData) output(md.getitem(args['leaves'],0)( self,md, standard_html_header=( '<TR>%s<TD WIDTH="16"></TD>' '<TD%s VALIGN="TOP">' % (h, (dataspan > 1 and (' COLSPAN="%s"' % dataspan) or ''))), standard_html_footer='</TD></TR>', )) md._pop(1) elif have_arg('expand'): treeData['-tree-substate-']=sub treeData['tree-level']=level md._push(treeData) output(md.getitem(args['expand'],0)(self,md)) md._pop(1) else: __traceback_info__=sub, args, state, substate for item in items: if len(sub)==1: sub.append([]) data=tpRenderTABLE(item, root_url,url,state,sub[1],data, colspan, section, md, treeData, level, args) if not sub[1]: del sub[1] if have_arg('footer'): if md.has_key(args['footer']): output(md.getitem(args['footer'],0)( self, md, standard_html_header=( '<TR>%s<TD WIDTH="16"></TD>' '<TD%s VALIGN="TOP">' % (h, (dataspan > 1 and (' COLSPAN="%s"' % dataspan) or ''))), standard_html_footer='</TD></TR>', )) return data
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def __call__(self): assert self.level == 0 assert self.scopeLevel == 0 self.interpret(self.program) assert self.level == 0 assert self.scopeLevel == 0 if self.col > 0: self.stream_write("\n")
def __call__(self): assert self.level == 0 assert self.scopeLevel == 0 self.interpret(self.program) assert self.level == 0 assert self.scopeLevel == 0 if self.col > 0: self.stream_write("\n")
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def stream_write(self, s): self.stream.write(s) i = string.rfind(s, '\n') if i < 0: self.col = self.col + len(s) else: self.col = len(s) - (i + 1)
def stream_write(self, s): self._stream_write(s) i = rfind(s, '\n') if i < 0: self.col = self.col + len(s) else: self.col = len(s) - (i + 1)
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def interpret(self, program): self.level = self.level + 1 try: for item in program: methodName = "do_" + item[0] args = item[1:] if self.debug: s = "%s%s%s\n" % (" "*self.level, methodName, repr(args)) if len(s) > 80: s = s[:76] + "...\n" sys.stderr.write(s) method = getattr(self, methodName) apply(method, args) finally: self.level = self.level - 1
def interpret(self, program): self.level = self.level + 1 try: if self.debug: for (opcode, args) in program: s = "%sdo_%s%s\n" % (" "*self.level, opcode, repr(args)) if len(s) > 80: s = s[:76] + "...\n" sys.stderr.write(s) method = getattr(self, methodName) apply(method, args) finally: self.level = self.level - 1
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def interpret(self, program): self.level = self.level + 1 try: for item in program: methodName = "do_" + item[0] args = item[1:] if self.debug: s = "%s%s%s\n" % (" "*self.level, methodName, repr(args)) if len(s) > 80: s = s[:76] + "...\n" sys.stderr.write(s) method = getattr(self, methodName) apply(method, args) finally: self.level = self.level - 1
def interpret(self, program): self.level = self.level + 1 try: for item in program: methodName = "do_" + item[0] args = item[1:] if self.debug: s = "%s%s%s\n" % (" "*self.level, methodName, repr(args)) if len(s) > 80: s = s[:76] + "...\n" sys.stderr.write(s) _apply(handlers[opcode], tup + args) else: for (opcode, args) in program: _apply(handlers[opcode], tup + args) finally: self.level = self.level - 1
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def do_startEndTag(self, name, attrList): self.startTagCommon(name, attrList, self.endsep)
def do_startEndTag(self, name, attrList): self.startTagCommon(name, attrList, self.endsep)
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def startTagCommon(self, name, attrList, end): if not attrList: self.stream_write("<%s%s" % (name, end)) return self.stream_write("<" + name) align = self.col+1 if align >= self.wrap/2: align = 4 # Avoid a narrow column far to the right for item in attrList: if len(item) == 2: name, value = item[:2] else: ok, name, value = self.attrAction(item) if not ok: continue if value is None: s = name else: s = "%s=%s" % (name, quote(value)) if (self.wrap and self.col >= align and self.col + 1 + len(s) > self.wrap): self.stream_write("\n" + " "*align + s) else: self.stream_write(" " + s) self.stream_write(end)
def startTagCommon(self, name, attrList, end): if not attrList: s = "<%s%s" % (name, end) self.do_rawtextOffset(s, len(s)) return _len = len self._stream_write("<" + name) self.col = self.col + _len(name) + 1 align = self.col + 1 + _len(name) if align >= self.wrap/2: align = 4 # Avoid a narrow column far to the right for item in attrList: if len(item) == 2: name, value = item[:2] else: ok, name, value = self.attrAction(item) if not ok: continue if value is None: s = name else: s = "%s=%s" % (name, quote(value)) if (self.wrap and self.col >= align and self.col + 1 + len(s) > self.wrap): self.stream_write("\n" + " "*align + s) else: self.stream_write(" " + s) self.stream_write(end)
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def startTagCommon(self, name, attrList, end): if not attrList: self.stream_write("<%s%s" % (name, end)) return self.stream_write("<" + name) align = self.col+1 if align >= self.wrap/2: align = 4 # Avoid a narrow column far to the right for item in attrList: if len(item) == 2: name, value = item[:2] else: ok, name, value = self.attrAction(item) if not ok: continue if value is None: s = name else: s = "%s=%s" % (name, quote(value)) if (self.wrap and self.col >= align and self.col + 1 + len(s) > self.wrap): self.stream_write("\n" + " "*align + s) else: self.stream_write(" " + s) self.stream_write(end)
def startTagCommon(self, name, attrList, end): if not attrList: self.stream_write("<%s%s" % (name, end)) return self.stream_write("<" + name) align = self.col+1 if align >= self.wrap/2: align = 4 # Avoid a narrow column far to the right for item in attrList: if _len(item) == 2: name, value = item else: ok, name, value = self.attrAction(item) if not ok: continue if value is None: s = name else: s = "%s=%s" % (name, quote(value)) if (self.wrap and self.col >= align and self.col + 1 + len(s) > self.wrap): self.stream_write("\n" + " "*align + s) else: self.stream_write(" " + s) self.stream_write(end)
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def startTagCommon(self, name, attrList, end): if not attrList: self.stream_write("<%s%s" % (name, end)) return self.stream_write("<" + name) align = self.col+1 if align >= self.wrap/2: align = 4 # Avoid a narrow column far to the right for item in attrList: if len(item) == 2: name, value = item[:2] else: ok, name, value = self.attrAction(item) if not ok: continue if value is None: s = name else: s = "%s=%s" % (name, quote(value)) if (self.wrap and self.col >= align and self.col + 1 + len(s) > self.wrap): self.stream_write("\n" + " "*align + s) else: self.stream_write(" " + s) self.stream_write(end)
def startTagCommon(self, name, attrList, end): if not attrList: self.stream_write("<%s%s" % (name, end)) return self.stream_write("<" + name) align = self.col+1 if align >= self.wrap/2: align = 4 # Avoid a narrow column far to the right for item in attrList: if len(item) == 2: name, value = item[:2] else: ok, name, value = self.attrAction(item) if not ok: continue if value is None: s = name else: s = "%s=%s" % (name, quote(value)) if (self.wrap and self.col >= align and self.col + 1 + _len(s) > self.wrap): self._stream_write("\n" + " "*align) self.col = self.col + align else: self.stream_write(" " + s) self.stream_write(end)
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def startTagCommon(self, name, attrList, end): if not attrList: self.stream_write("<%s%s" % (name, end)) return self.stream_write("<" + name) align = self.col+1 if align >= self.wrap/2: align = 4 # Avoid a narrow column far to the right for item in attrList: if len(item) == 2: name, value = item[:2] else: ok, name, value = self.attrAction(item) if not ok: continue if value is None: s = name else: s = "%s=%s" % (name, quote(value)) if (self.wrap and self.col >= align and self.col + 1 + len(s) > self.wrap): self.stream_write("\n" + " "*align + s) else: self.stream_write(" " + s) self.stream_write(end)
def startTagCommon(self, name, attrList, end): if not attrList: self.stream_write("<%s%s" % (name, end)) return self.stream_write("<" + name) align = self.col+1 if align >= self.wrap/2: align = 4 # Avoid a narrow column far to the right for item in attrList: if len(item) == 2: name, value = item[:2] else: ok, name, value = self.attrAction(item) if not ok: continue if value is None: s = name else: s = "%s=%s" % (name, quote(value)) if (self.wrap and self.col >= align and self.col + 1 + len(s) > self.wrap): self.stream_write("\n" + " "*align + s) else: self.stream_write(" " + s) self.stream_write(end)
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def attrAction(self, item): name, value = item[:2] try: action = self.actionIndex[item[2]] except KeyError: raise TALError, ('Error in TAL program', self.position) if not self.showtal and action > 1: return 0, name, value ok = 1 if action <= 1 and self.tal: if self.html and string.lower(name) in BOOLEAN_HTML_ATTRS: evalue = self.engine.evaluateBoolean(item[3]) if evalue is self.Default: if action == 1: # Cancelled insert ok = 0 elif not evalue: ok = 0 else: value = None else: evalue = self.engine.evaluateText(item[3]) if evalue is self.Default: if action == 1: # Cancelled insert ok = 0 else: value = evalue if value is None: ok = 0 elif action == 2 and self.metal: i = string.rfind(name, ":") + 1 prefix, suffix = name[:i], name[i:] ##self.dumpMacroStack(prefix, suffix, value) what, macroName, slots = self.macroStack[-1] if suffix == "define-macro": if what == "use-macro": name = prefix + "use-macro" value = macroName else: assert what == "define-macro" i = self.macroContext("use-macro") if i >= 0: j = self.macroContext("define-slot") if j > i: name = prefix + "use-macro" else: ok = 0 elif suffix == "define-slot": assert what == "define-slot" if self.macroContext("use-macro") >= 0: name = prefix + "fill-slot"
def attrAction(self, item): name, value = item[:2] try: action = self.actionIndex[item[2]] except KeyError: raise TALError, ('Error in TAL program', self.position) if not self.showtal and action > 1: return 0, name, value ok = 1 if action <= 1 and self.tal: if self.html and lower(name) in BOOLEAN_HTML_ATTRS: evalue = self.engine.evaluateBoolean(item[3]) if evalue is self.Default: if action == 1: # Cancelled insert ok = 0 elif not evalue: ok = 0 else: value = None else: evalue = self.engine.evaluateText(item[3]) if evalue is self.Default: if action == 1: # Cancelled insert ok = 0 else: value = evalue if value is None: ok = 0 elif action == 2 and self.metal: i = string.rfind(name, ":") + 1 prefix, suffix = name[:i], name[i:] ##self.dumpMacroStack(prefix, suffix, value) what, macroName, slots = self.macroStack[-1] if suffix == "define-macro": if what == "use-macro": name = prefix + "use-macro" value = macroName else: assert what == "define-macro" i = self.macroContext("use-macro") if i >= 0: j = self.macroContext("define-slot") if j > i: name = prefix + "use-macro" else: ok = 0 elif suffix == "define-slot": assert what == "define-slot" if self.macroContext("use-macro") >= 0: name = prefix + "fill-slot"
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def attrAction(self, item): name, value = item[:2] try: action = self.actionIndex[item[2]] except KeyError: raise TALError, ('Error in TAL program', self.position) if not self.showtal and action > 1: return 0, name, value ok = 1 if action <= 1 and self.tal: if self.html and string.lower(name) in BOOLEAN_HTML_ATTRS: evalue = self.engine.evaluateBoolean(item[3]) if evalue is self.Default: if action == 1: # Cancelled insert ok = 0 elif not evalue: ok = 0 else: value = None else: evalue = self.engine.evaluateText(item[3]) if evalue is self.Default: if action == 1: # Cancelled insert ok = 0 else: value = evalue if value is None: ok = 0 elif action == 2 and self.metal: i = string.rfind(name, ":") + 1 prefix, suffix = name[:i], name[i:] ##self.dumpMacroStack(prefix, suffix, value) what, macroName, slots = self.macroStack[-1] if suffix == "define-macro": if what == "use-macro": name = prefix + "use-macro" value = macroName else: assert what == "define-macro" i = self.macroContext("use-macro") if i >= 0: j = self.macroContext("define-slot") if j > i: name = prefix + "use-macro" else: ok = 0 elif suffix == "define-slot": assert what == "define-slot" if self.macroContext("use-macro") >= 0: name = prefix + "fill-slot"
def attrAction(self, item): name, value = item[:2] try: action = self.actionIndex[item[2]] except KeyError: raise TALError, ('Error in TAL program', self.position) if not self.showtal and action > 1: return 0, name, value ok = 1 if action <= 1 and self.tal: if self.html and string.lower(name) in BOOLEAN_HTML_ATTRS: evalue = self.engine.evaluateBoolean(item[3]) if evalue is self.Default: if action == 1: # Cancelled insert ok = 0 elif evalue: value = None else: ok = 0 else: value = None else: evalue = self.engine.evaluateText(item[3]) if evalue is self.Default: if action == 1: # Cancelled insert ok = 0 else: value = evalue if value is None: ok = 0 elif action == 2 and self.metal: i = string.rfind(name, ":") + 1 prefix, suffix = name[:i], name[i:] ##self.dumpMacroStack(prefix, suffix, value) what, macroName, slots = self.macroStack[-1] if suffix == "define-macro": if what == "use-macro": name = prefix + "use-macro" value = macroName else: assert what == "define-macro" i = self.macroContext("use-macro") if i >= 0: j = self.macroContext("define-slot") if j > i: name = prefix + "use-macro" else: ok = 0 elif suffix == "define-slot": assert what == "define-slot" if self.macroContext("use-macro") >= 0: name = prefix + "fill-slot"
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def attrAction(self, item): name, value = item[:2] try: action = self.actionIndex[item[2]] except KeyError: raise TALError, ('Error in TAL program', self.position) if not self.showtal and action > 1: return 0, name, value ok = 1 if action <= 1 and self.tal: if self.html and string.lower(name) in BOOLEAN_HTML_ATTRS: evalue = self.engine.evaluateBoolean(item[3]) if evalue is self.Default: if action == 1: # Cancelled insert ok = 0 elif not evalue: ok = 0 else: value = None else: evalue = self.engine.evaluateText(item[3]) if evalue is self.Default: if action == 1: # Cancelled insert ok = 0 else: value = evalue if value is None: ok = 0 elif action == 2 and self.metal: i = string.rfind(name, ":") + 1 prefix, suffix = name[:i], name[i:] ##self.dumpMacroStack(prefix, suffix, value) what, macroName, slots = self.macroStack[-1] if suffix == "define-macro": if what == "use-macro": name = prefix + "use-macro" value = macroName else: assert what == "define-macro" i = self.macroContext("use-macro") if i >= 0: j = self.macroContext("define-slot") if j > i: name = prefix + "use-macro" else: ok = 0 elif suffix == "define-slot": assert what == "define-slot" if self.macroContext("use-macro") >= 0: name = prefix + "fill-slot"
def attrAction(self, item): name, value = item[:2] try: action = self.actionIndex[item[2]] except KeyError: raise TALError, ('Error in TAL program', self.position) if not self.showtal and action > 1: return 0, name, value ok = 1 if action <= 1 and self.tal: if self.html and string.lower(name) in BOOLEAN_HTML_ATTRS: evalue = self.engine.evaluateBoolean(item[3]) if evalue is self.Default: if action == 1: # Cancelled insert ok = 0 elif not evalue: ok = 0 else: evalue = self.engine.evaluateText(item[3]) if evalue is self.Default: if action == 1: # Cancelled insert ok = 0 else: value = evalue if value is None: ok = 0 elif action == 2 and self.metal: i = string.rfind(name, ":") + 1 prefix, suffix = name[:i], name[i:] ##self.dumpMacroStack(prefix, suffix, value) what, macroName, slots = self.macroStack[-1] if suffix == "define-macro": if what == "use-macro": name = prefix + "use-macro" value = macroName else: assert what == "define-macro" i = self.macroContext("use-macro") if i >= 0: j = self.macroContext("define-slot") if j > i: name = prefix + "use-macro" else: ok = 0 elif suffix == "define-slot": assert what == "define-slot" if self.macroContext("use-macro") >= 0: name = prefix + "fill-slot"
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def attrAction(self, item): name, value = item[:2] try: action = self.actionIndex[item[2]] except KeyError: raise TALError, ('Error in TAL program', self.position) if not self.showtal and action > 1: return 0, name, value ok = 1 if action <= 1 and self.tal: if self.html and string.lower(name) in BOOLEAN_HTML_ATTRS: evalue = self.engine.evaluateBoolean(item[3]) if evalue is self.Default: if action == 1: # Cancelled insert ok = 0 elif not evalue: ok = 0 else: value = None else: evalue = self.engine.evaluateText(item[3]) if evalue is self.Default: if action == 1: # Cancelled insert ok = 0 else: value = evalue if value is None: ok = 0 elif action == 2 and self.metal: i = string.rfind(name, ":") + 1 prefix, suffix = name[:i], name[i:] ##self.dumpMacroStack(prefix, suffix, value) what, macroName, slots = self.macroStack[-1] if suffix == "define-macro": if what == "use-macro": name = prefix + "use-macro" value = macroName else: assert what == "define-macro" i = self.macroContext("use-macro") if i >= 0: j = self.macroContext("define-slot") if j > i: name = prefix + "use-macro" else: ok = 0 elif suffix == "define-slot": assert what == "define-slot" if self.macroContext("use-macro") >= 0: name = prefix + "fill-slot"
def attrAction(self, item): name, value = item[:2] try: action = self.actionIndex[item[2]] except KeyError: raise TALError, ('Error in TAL program', self.position) if not self.showtal and action > 1: return 0, name, value ok = 1 if action <= 1 and self.tal: if self.html and string.lower(name) in BOOLEAN_HTML_ATTRS: evalue = self.engine.evaluateBoolean(item[3]) if evalue is self.Default: if action == 1: # Cancelled insert ok = 0 elif not evalue: ok = 0 else: value = None else: evalue = self.engine.evaluateText(item[3]) if evalue is self.Default: if action == 1: # Cancelled insert ok = 0 else: value = evalue if value is None: ok = 0 elif action == 2 and self.metal: i = rfind(name, ":") + 1 prefix, suffix = name[:i], name[i:] ##self.dumpMacroStack(prefix, suffix, value) what, macroName, slots = self.macroStack[-1] if suffix == "define-macro": if what == "use-macro": name = prefix + "use-macro" value = macroName else: assert what == "define-macro" i = self.macroContext("use-macro") if i >= 0: j = self.macroContext("define-slot") if j > i: name = prefix + "use-macro" else: ok = 0 elif suffix == "define-slot": assert what == "define-slot" if self.macroContext("use-macro") >= 0: name = prefix + "fill-slot"
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def do_endTag(self, name): self.stream_write("</%s>" % name)
def do_endTag(self, name): self.stream_write("</%s>" % name)
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def do_setLocal(self, name, expr): if not self.tal: return value = self.engine.evaluateValue(expr) self.engine.setLocal(name, value)
def do_setLocal(self, name, expr): if not self.tal: return value = self.engine.evaluateValue(expr) self.engine.setLocal(name, value)
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def do_setGlobal(self, name, expr): if not self.tal: return value = self.engine.evaluateValue(expr) self.engine.setGlobal(name, value)
def do_setGlobal(self, name, expr): if not self.tal: return value = self.engine.evaluateValue(expr) self.engine.setGlobal(name, value)
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def do_insertText(self, expr, block): if not self.tal: self.interpret(block) return text = self.engine.evaluateText(expr) if text is None: return if text is self.Default: self.interpret(block) return text = cgi.escape(text) self.stream_write(text)
def do_insertText(self, expr, block): if not self.tal: self.interpret(block) return text = self.engine.evaluateText(expr) if text is None: return if text is self.Default: self.interpret(block) return text = cgi.escape(text) self.stream_write(text)
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def do_insertStructure(self, expr, repldict, block): if not self.tal: self.interpret(block) return structure = self.engine.evaluateStructure(expr) if structure is None: return if structure is self.Default: self.interpret(block) return text = str(structure) if not repldict and not self.strictinsert: # Take a shortcut, no error checking self.stream_write(text) return if self.html: self.insertHTMLStructure(text, repldict) else: self.insertXMLStructure(text, repldict)
def do_insertStructure(self, expr, repldict, block): if not self.tal: self.interpret(block) return structure = self.engine.evaluateStructure(expr) if structure is None: return if structure is self.Default: self.interpret(block) return text = str(structure) if not (repldict or self.strictinsert): # Take a shortcut, no error checking self.stream_write(text) return if self.html: self.insertHTMLStructure(text, repldict) else: self.insertXMLStructure(text, repldict)
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def do_loop(self, name, expr, block): if not self.tal: self.interpret(block) return iterator = self.engine.setRepeat(name, expr) while iterator.next(): self.interpret(block)
def do_loop(self, name, expr, block): if not self.tal: self.interpret(block) return iterator = self.engine.setRepeat(name, expr) while iterator.next(): self.interpret(block)
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def __init__(self,useSplitter=None): self.clear() if useSplitter: self.useSplitter = userSplitter self.SplitterFunc = Splitter.getSplitter(self.useSplitter)
def __init__(self,useSplitter=None): self.clear() self.useSplitter = useSplitter self.SplitterFunc = Splitter.getSplitter(self.useSplitter)
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def setup_optionflags(self): if 'optionflags' not in self._kw: self._kw['optionflags'] = (doctest.ELLIPSIS | doctest.REPORT_NDIFF | doctest.NORMALIZE_WHITESPACE)
def@extractLayer setup_optionflags(self):@extractLayer if@extractLayer 'optionflags'@extractLayer not@extractLayer in@extractLayer self._kw:@extractLayer self._kw['optionflags']@extractLayer =@extractLayer (doctest.ELLIPSIS@extractLayer |@extractLayer doctest.REPORT_NDIFF@extractLayer |@extractLayer doctest.NORMALIZE_WHITESPACE)
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def ZopeDocTestSuite(module=None, **kw): module = doctest._normalize_module(module) return ZopeSuiteFactory(module, **kw).doctestsuite()
def@extractLayer ZopeDocTestSuite(module=None,@extractLayer **kw):@extractLayer module@extractLayer =@extractLayer doctest._normalize_module(module)@extractLayer return@extractLayer ZopeSuiteFactory(module,@extractLayer **kw).doctestsuite()@extractLayer @extractLayer
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def ZopeDocFileSuite(*paths, **kw): if kw.get('module_relative', True): kw['package'] = doctest._normalize_module(kw.get('package')) return ZopeSuiteFactory(*paths, **kw).docfilesuite()
def@extractLayer ZopeDocFileSuite(*paths,@extractLayer **kw):@extractLayer if@extractLayer kw.get('module_relative',@extractLayer True):@extractLayer kw['package']@extractLayer =@extractLayer doctest._normalize_module(kw.get('package'))@extractLayer return@extractLayer ZopeSuiteFactory(*paths,@extractLayer **kw).docfilesuite()@extractLayer @extractLayer
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def FunctionalDocTestSuite(module=None, **kw): module = doctest._normalize_module(module) return FunctionalSuiteFactory(module, **kw).doctestsuite()
def@extractLayer FunctionalDocTestSuite(module=None,@extractLayer **kw):@extractLayer module@extractLayer =@extractLayer doctest._normalize_module(module)@extractLayer return@extractLayer FunctionalSuiteFactory(module,@extractLayer **kw).doctestsuite()@extractLayer @extractLayer
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def _union(self, L): if not L: return IIBTree() # Balance unions as closely as possible, smallest to largest. merge = NBest(len(L)) for x, weight in L: merge.add((x, weight), len(x)) while len(merge) > 1: # Merge the two smallest so far, and add back to the queue. x, wx = merge.pop_smallest() y, wy = merge.pop_smallest() dummy, z = weightedUnion(x, y, wx, wy) merge.add((z, 1), len(z)) (result, weight), score = merge.pop_smallest() return result
def _union(self, L): if not L: return IIBTree() # Balance unions as closely as possible, smallest to largest. merge = NBest(len(L)) for x, weight in L: merge.add((x, weight), len(x)) while len(merge) > 1: # Merge the two smallest so far, and add back to the queue. (x, wx), dummy = merge.pop_smallest() (y, wy), dummy = merge.pop_smallest() dummy, z = weightedUnion(x, y, wx, wy) merge.add((z, 1), len(z)) (result, weight), score = merge.pop_smallest() return result
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def manage_pasteObjects(self, cb_copy_data=None, REQUEST=None): """Paste previously copied objects into the current object. If calling manage_pasteObjects from python code, pass the result of a previous call to manage_cutObjects or manage_copyObjects as the first argument.""" cp=None if cb_copy_data is not None: cp=cb_copy_data else: if REQUEST and REQUEST.has_key('__cp'): cp=REQUEST['__cp'] if cp is None: raise CopyError, eNoData try: cp=_cb_decode(cp) except: raise CopyError, eInvalid
def manage_pasteObjects(self, cb_copy_data=None, REQUEST=None): """Paste previously copied objects into the current object. If calling manage_pasteObjects from python code, pass the result of a previous call to manage_cutObjects or manage_copyObjects as the first argument.""" cp=None if cb_copy_data is not None: cp=cb_copy_data else: if REQUEST and REQUEST.has_key('__cp'): cp=REQUEST['__cp'] if cp is None: raise CopyError, eNoData try: cp=_cb_decode(cp) except: raise CopyError, eInvalid
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def _setObject(self,id,object,roles=None,user=None): v=self._checkId(id) if v is not None: id=v try: t=object.meta_type except: t=None self._objects=self._objects+({'id':id,'meta_type':t},) self._setOb(id,object) # Try to give user the local role "Owner". if hasattr(self, 'REQUEST') and hasattr(object, '__ac_local_roles__'): user=self.REQUEST['AUTHENTICATED_USER'] name=user.getUserName() if name != 'Anonymous': object.manage_setLocalRoles(name, ['Owner']) return id
def _setObject(self,id,object,roles=None,user=None): v=self._checkId(id) if v is not None: id=v try: t=object.meta_type except: t=None self._objects=self._objects+({'id':id,'meta_type':t},) self._setOb(id,object) # Try to give user the local role "Owner". if hasattr(self, 'REQUEST') and hasattr(object, '__ac_local_roles__'): user=self.REQUEST['AUTHENTICATED_USER'] name=user.getUserName() if name != 'Anonymous User': object.manage_setLocalRoles(name, ['Owner']) return id
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def run(argv, pidfile=''): if os.environ.has_key('ZDAEMON_MANAGED'): # We're the child at this point. Don't ask. :/ return os.environ['ZDAEMON_MANAGED']='TRUE' while 1: pid = os.fork() if pid: sys.exit(0) posix.setsid() lastt=time.time() try: pid = forkit() if pid is None: raise ForkError elif pid: # Parent pstamp(('Hi, I just forked off a kid: %s' % pid), zLOG.INFO) # here we want the pid of the parent if pidfile: pf = open(pidfile, 'w+') pf.write(("%s" % os.getpid())) pf.close() while 1: if not BEAT_DELAY: p,s = os.waitpid(pid, 0) else: p,s = os.waitpid(pid, os.WNOHANG) if not p: time.sleep(BEAT_DELAY) heartbeat() continue if s: pstamp(('Aiieee! %s exited with error code: %s' % (p, s)), zLOG.ERROR) if time.time()-lastt < 20: raise ForkError # We're probably hosed else: raise ForkError pstamp(('The kid, %s, died on me.' % pid), zLOG.WARNING) raise KidDiedOnMeError else: # Child os.execv(pyth, (pyth,)+tuple(argv)) except ExecError: sys.exit() except ForkError: sys.exit() except KidDiedOnMeError: pass
def run(argv, pidfile=''): if os.environ.has_key('ZDAEMON_MANAGED'): # We're the child at this point. Don't ask. :/ return os.environ['ZDAEMON_MANAGED']='TRUE' while 1: if not os.environ.has_key('Z_DEBUG_MODE'): pid = os.fork() if pid: sys.exit(0) posix.setsid() lastt=time.time() try: pid = forkit() if pid is None: raise ForkError elif pid: # Parent pstamp(('Hi, I just forked off a kid: %s' % pid), zLOG.INFO) # here we want the pid of the parent if pidfile: pf = open(pidfile, 'w+') pf.write(("%s" % os.getpid())) pf.close() while 1: if not BEAT_DELAY: p,s = os.waitpid(pid, 0) else: p,s = os.waitpid(pid, os.WNOHANG) if not p: time.sleep(BEAT_DELAY) heartbeat() continue if s: pstamp(('Aiieee! %s exited with error code: %s' % (p, s)), zLOG.ERROR) if time.time()-lastt < 20: raise ForkError # We're probably hosed else: raise ForkError pstamp(('The kid, %s, died on me.' % pid), zLOG.WARNING) raise KidDiedOnMeError else: # Child os.execv(pyth, (pyth,)+tuple(argv)) except ExecError: sys.exit() except ForkError: sys.exit() except KidDiedOnMeError: pass
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def _authUserPW(self): global base64 auth=self._auth if auth: if auth[:6].lower() == 'basic ': if base64 is None: import base64 [name,password] = \ base64.decodestring(split(auth)[-1]).split(':') return name, password
def _authUserPW(self): global base64 auth=self._auth if auth: if auth[:6].lower() == 'basic ': if base64 is None: import base64 [name,password] = \ base64.decodestring(auth.split()[-1]).split(':') return name, password
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def __len__(self): return 1
def __len__(self): return 1
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def tpRenderTABLE(self, id, root_url, url, state, substate, diff, data, colspan, section, md, treeData, level=0, args=None): "Render a tree as a table" have_arg=args.has_key if level >= 0: tpUrl=self.tpURL() url = (url and ('%s/%s' % (url, tpUrl))) or tpUrl root_url = root_url or tpUrl treeData['tree-item-url']=url treeData['tree-level']=level treeData['tree-item-expanded']=0 exp=0 sub=None output=data.append try: items=getattr(self, args['branches'])() except: items=None if not items and have_arg('leaves'): items=1 if (args.has_key('sort')) and (items is not None) and (items != 1): # Faster/less mem in-place sort if type(items)==type(()): items=list(items) sort=args['sort'] size=range(len(items)) for i in size: v=items[i] k=getattr(v,sort) try: k=k() except: pass items[i]=(k,v) items.sort() for i in size: items[i]=items[i][1] diff.append(id) if substate is state: output('<TABLE CELLSPACING="0">\n') sub=substate[0] exp=items else: # Add prefix output('<TR>\n') # Add +/- icon if items: if level: if level > 3: output( '<TD COLSPAN="%s"></TD>' % (level-1)) elif level > 1: output('<TD></TD>' * (level-1)) output('<TD WIDTH="16"></TD>\n') output('<TD WIDTH="16" VALIGN="TOP">') for i in range(len(substate)): sub=substate[i] if sub[0]==id: exp=i+1 break #################################### # Mostly inline encode_seq for speed s=compress(str(diff)) if len(s) > 57: s=encode_str(s) else: s=b2a_base64(s)[:-1] l=find(s,'=') if l >= 0: s=s[:l] #################################### if exp: treeData['tree-item-expanded']=1 output('<A HREF="%s?tree-c=%s">%s</A>' % (root_url,s, icoMinus)) else: output('<A HREF="%s?tree-e=%s">%s</A>' % (root_url,s, icoPlus)) output('</TD>\n') else: if level > 2: output('<TD COLSPAN="%s"></TD>' % level) elif level > 0: output('<TD></TD>' * level) output('<TD WIDTH="16"></TD>\n') # add item text dataspan=colspan-level output('<TD%s%s VALIGN="TOP">' % ((dataspan > 1 and (' COLSPAN="%s"' % dataspan) or ''), (have_arg('nowrap') and args['nowrap'] and ' NOWRAP' or '')) ) output(section(self, md)) output('</TD>\n</TR>\n') if exp: level=level+1 dataspan=colspan-level if level > 3: h='<TD COLSPAN="%s"></TD>' % (level-1) elif level > 1: h='<TD></TD>' * (level-1) else: h='' if have_arg('header'): if md.has_key(args['header']): output(md.getitem(args['header'],0)( self, md, standard_html_header=( '<TR>%s<TD WIDTH="16"></TD>' '<TD%s VALIGN="TOP">' % (h, (dataspan > 1 and (' COLSPAN="%s"' % dataspan) or ''))), standard_html_footer='</TD></TR>', )) if items==1: # leaves treeData['-tree-substate-']=sub treeData['tree-level']=level md._push(treeData) output(md.getitem(args['leaves'],0)( self,md, standard_html_header=( '<TR>%s<TD WIDTH="16"></TD>' '<TD%s VALIGN="TOP">' % (h, (dataspan > 1 and (' COLSPAN="%s"' % dataspan) or ''))), standard_html_footer='</TD></TR>', )) md._pop(1) elif have_arg('expand'): treeData['-tree-substate-']=sub treeData['tree-level']=level md._push(treeData) output(md.getitem(args['expand'],0)(self,md)) md._pop(1) else: __traceback_info__=sub, args, state, substate ids={} for item in items: if hasattr(item, 'tpId'): id=item.tpId() elif hasattr(item, '_p_oid'): id=item._p_oid else: id=pyid(item) if len(sub)==1: sub.append([]) substate=sub[1] ids[id]=1 data=tpRenderTABLE( item,id,root_url,url,state,substate,diff,data, colspan, section, md, treeData, level, args) if not sub[1]: del sub[1] ids=ids.has_key for i in range(len(substate)-1,-1): if not ids(substate[i][0]): del substate[i] if have_arg('footer'): if md.has_key(args['footer']): output(md.getitem(args['footer'],0)( self, md, standard_html_header=( '<TR>%s<TD WIDTH="16"></TD>' '<TD%s VALIGN="TOP">' % (h, (dataspan > 1 and (' COLSPAN="%s"' % dataspan) or ''))), standard_html_footer='</TD></TR>', )) del diff[-1] if not diff: output('</TABLE>\n') return data
def tpRenderTABLE(self, id, root_url, url, state, substate, diff, data, colspan, section, md, treeData, level=0, args=None): "Render a tree as a table" have_arg=args.has_key if level >= 0: tpUrl=self.tpURL() url = (url and ('%s/%s' % (url, tpUrl))) or tpUrl root_url = root_url or tpUrl treeData['tree-item-url']=url treeData['tree-level']=level treeData['tree-item-expanded']=0 exp=0 sub=None output=data.append try: items=getattr(self, args['branches'])() except: items=None if not items and have_arg('leaves'): items=1 if (args.has_key('sort')) and (items is not None) and (items != 1): # Faster/less mem in-place sort if type(items)==type(()): items=list(items) sort=args['sort'] size=range(len(items)) for i in size: v=items[i] k=getattr(v,sort) try: k=k() except: pass items[i]=(k,v) items.sort() for i in size: items[i]=items[i][1] diff.append(id) if substate is state: output('<TABLE CELLSPACING="0">\n') sub=substate[0] exp=items else: # Add prefix output('<TR>\n') # Add +/- icon if items: if level: if level > 3: output( '<TD COLSPAN="%s"></TD>' % (level-1)) elif level > 1: output('<TD></TD>' * (level-1)) output('<TD WIDTH="16">%s</TD>\n' % icoSpace) output('<TD WIDTH="16" VALIGN="TOP">') for i in range(len(substate)): sub=substate[i] if sub[0]==id: exp=i+1 break #################################### # Mostly inline encode_seq for speed s=compress(str(diff)) if len(s) > 57: s=encode_str(s) else: s=b2a_base64(s)[:-1] l=find(s,'=') if l >= 0: s=s[:l] #################################### if exp: treeData['tree-item-expanded']=1 output('<A HREF="%s?tree-c=%s">%s</A>' % (root_url,s, icoMinus)) else: output('<A HREF="%s?tree-e=%s">%s</A>' % (root_url,s, icoPlus)) output('</TD>\n') else: if level > 2: output('<TD COLSPAN="%s"></TD>' % level) elif level > 0: output('<TD></TD>' * level) output('<TD WIDTH="16">%s</TD>\n' % icoSpace) # add item text dataspan=colspan-level output('<TD%s%s VALIGN="TOP">' % ((dataspan > 1 and (' COLSPAN="%s"' % dataspan) or ''), (have_arg('nowrap') and args['nowrap'] and ' NOWRAP' or '')) ) output(section(self, md)) output('</TD>\n</TR>\n') if exp: level=level+1 dataspan=colspan-level if level > 3: h='<TD COLSPAN="%s"></TD>' % (level-1) elif level > 1: h='<TD></TD>' * (level-1) else: h='' if have_arg('header'): if md.has_key(args['header']): output(md.getitem(args['header'],0)( self, md, standard_html_header=( '<TR>%s<TD WIDTH="16"></TD>' '<TD%s VALIGN="TOP">' % (h, (dataspan > 1 and (' COLSPAN="%s"' % dataspan) or ''))), standard_html_footer='</TD></TR>', )) if items==1: # leaves treeData['-tree-substate-']=sub treeData['tree-level']=level md._push(treeData) output(md.getitem(args['leaves'],0)( self,md, standard_html_header=( '<TR>%s<TD WIDTH="16"></TD>' '<TD%s VALIGN="TOP">' % (h, (dataspan > 1 and (' COLSPAN="%s"' % dataspan) or ''))), standard_html_footer='</TD></TR>', )) md._pop(1) elif have_arg('expand'): treeData['-tree-substate-']=sub treeData['tree-level']=level md._push(treeData) output(md.getitem(args['expand'],0)(self,md)) md._pop(1) else: __traceback_info__=sub, args, state, substate ids={} for item in items: if hasattr(item, 'tpId'): id=item.tpId() elif hasattr(item, '_p_oid'): id=item._p_oid else: id=pyid(item) if len(sub)==1: sub.append([]) substate=sub[1] ids[id]=1 data=tpRenderTABLE( item,id,root_url,url,state,substate,diff,data, colspan, section, md, treeData, level, args) if not sub[1]: del sub[1] ids=ids.has_key for i in range(len(substate)-1,-1): if not ids(substate[i][0]): del substate[i] if have_arg('footer'): if md.has_key(args['footer']): output(md.getitem(args['footer'],0)( self, md, standard_html_header=( '<TR>%s<TD WIDTH="16"></TD>' '<TD%s VALIGN="TOP">' % (h, (dataspan > 1 and (' COLSPAN="%s"' % dataspan) or ''))), standard_html_footer='</TD></TR>', )) del diff[-1] if not diff: output('</TABLE>\n') return data
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def manage_FTPlist(self,REQUEST): """Directory listing for FTP. In the case of non-Foldoid objects, the listing should contain one object, the object itself.""" stat=marshal.loads(self.manage_FTPstat(REQUEST)) return marshal.dumps((self.id,stat))
def manage_FTPlist(self,REQUEST): """Directory listing for FTP. In the case of non-Foldoid objects, the listing should contain one object, the object itself.""" stat=marshal.loads(self.manage_FTPstat(REQUEST)) return marshal.dumps((self.id,stat))
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def version_list(self): # Return a list of currently installed products/versions path_join=os.path.join isdir=os.path.isdir exists=os.path.exists strip=string.strip
def version_list(self): # Return a list of currently installed products/versions path_join=os.path.join isdir=os.path.isdir exists=os.path.exists strip=string.strip
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