def _initObjChildren(self, obj_attr, REQUEST):
id = obj_attr['id']
ids = []
for ob in self.getChildNodes(REQUEST):
if ob.id[:len(id)] == id:
ids.append(ob.id)
mandatory = obj_attr.get('mandatory', 0) == 1
if mandatory:
if len(ids) == 0:
default = obj_attr.get('custom')
if default:
_fileutil.import_zexp(self, default, obj_attr['id'],
obj_attr['id'])
else:
if obj_attr['type'] == '*' and type(
obj_attr['keys']) is list and len(
obj_attr['keys']) > 0:
obj_attr['type'] = obj_attr['keys'][0]
self.initObjChild(obj_attr['id'], 0, obj_attr['type'],
REQUEST)
repetitive = obj_attr.get('repetitive', 0) == 1
if repetitive:
if id in ids:
new_id = self.getNewId(id)
_globals.writeLog(
self, "[_initObjChildren]: Rename %s to %s" % (id, new_id))
if new_id not in self.objectIds():
self.manage_renameObject(id=id, new_id=new_id)
else:
if not id in ids and len(ids) > 0:
old_id = ids[0]
_globals.writeLog(
self, "[_initObjChildren]: Rename %s to %s" % (old_id, id))
if id not in self.objectIds():
self.manage_renameObject(id=old_id, new_id=id)
def exportExternalResources(self, obj, html, path, REQUEST):
domains = []
for domain in self.getConfProperty('ZMS.export.domains',
'').split(','):
domain = domain.strip()
if len(domain) > 0:
domains.append(domain)
if len(domains) == 0:
return html
for http_prefix in ['http:']:
i = html.find(http_prefix)
while i > 0:
d = rfindDelimiter(html[:i]) # search delimiter ' or "
k = rfindDelimiter(
html[:d], '=') # search equal-sign between attribute name
t = rfindDelimiter(html[:k], '<') # search start of tag
# <img src="url">
# <a href='url'">
if (html[ t + 1: t + 4].lower() == 'img' and html[ k - 3: k].lower() == 'src') \
or (html[ t + 1].lower() == 'a' and html[ k - 4: k].lower() == 'href'):
l = findDelimiter(html[d + 1:])
url = html[d + 1:d + l + 1]
for domain in domains:
if domain in url:
try:
_globals.writeLog(
self,
'[exportExternalResources]: url=%s' % url)
s_new = s_old = url
for repl in ':/%&?;=':
s_new = s_new.replace(repl, '_')
# test if extension is a real extension at the end ?
# http://host:port/uri.gif?a=x&b=k => http___host_port_uri.gif_a_x_b_k.gif
# http://host:port/uri.gif => http__host_port_uri.gif
# http://host:port/draw/ID/png => http__host_port_draw_ID_png.png
# http://host:port/draw/ID?fmt=pdf&scale=2 => http__host_port_draw_ID_fmt_pdf_scale_2.pdf
for ext in [
'gif', 'jpg', 'png', 'pdf', 'csv',
'xls', 'doc', 'ppt'
]:
if ext in url:
if s_new[-len(ext) -
1:] != '.%s' % ext:
s_new = "%s.%s" % (s_new, ext)
break
ext_path = '%s/%s' % (path, s_new)
if not os.path.exists(ext_path):
data = self.http_import(url)
f = open(ext_path, 'w')
f.write(data)
f.close()
html = html.replace(s_old, s_new)
except:
_globals.writeError(
self,
'[exportExternalResources]: url=%s' % url)
break
i = html.find(http_prefix, i + len(http_prefix))
return html
def registerRefObj(self, ob, REQUEST):
ref = self.getRefObjPath(ob)
_globals.writeLog( self, "[registerRefObj]: %s(%s) - add %s"%(ob.id,ob.meta_type,ref))
ref_by = self.getRefByObjs(REQUEST)
if not ref in ref_by:
ref_by.append(ref)
##### Set Attribute ####
setattr(self,'ref_by',ref_by)
def initObjChildren(self, REQUEST):
_globals.writeLog(self, "[initObjChildren]")
self.getObjProperty('initObjChildren', REQUEST)
metaObj = self.getMetaobj(self.meta_id)
metaObjIds = self.getMetaobjIds(sort=0) + ['*']
for metaObjAttrId in self.getMetaobjAttrIds(self.meta_id):
metaObjAttr = self.getMetaobjAttr(self.meta_id, metaObjAttrId)
if metaObjAttr['type'] in metaObjIds:
self._initObjChildren(metaObjAttr, REQUEST)
def OnCharacterData(self, data):
""" Builder.OnCharacterData """
_globals.writeLog( self, "[Builder.OnCharacterData]")
# do we have a current node?
if self.oCurrNode==None:
raise ParseError("Unexpected character data found")
# notify current node
self.oCurrNode.xmlOnCharacterData(data, self.bInCData)
def manage_cutObjects(self, ids=None, REQUEST=None):
"""Put a reference to the objects named in ids in the clip board"""
_globals.writeLog(self, "[manage_pasteObjs]")
super(self.__class__, self).manage_cutObjects(ids, REQUEST)
# Return with message.
if REQUEST is not None:
message = ''
REQUEST.RESPONSE.redirect(
'manage_main?lang=%s&manage_tabs_message=%s' %
(REQUEST['lang'], urllib.quote(message)))
def _set_sort_ids(self, ids, op, REQUEST):
_globals.writeLog(self, "[_set_sort_ids]: %s" % self.absolute_url())
copy_of_prefix = 'copy_of_'
sort_id = REQUEST.get('_sort_id', 0) + 1
for ob in self.getChildNodes():
id = absattr(ob.id)
if id in ids or (op == 1 and copy_of_prefix + id in ids):
setattr(ob, 'sort_id', _globals.format_sort_id(sort_id))
sort_id = sort_id + 1
def onCopyRefObj(self, REQUEST, deep=0):
_globals.writeLog( self, "[onCopyRefObj]")
##### Register copy in references TO other objects ####
for ref in self.getRefToObjs(REQUEST):
ob = self.getLinkObj(ref)
if ob is not None:
ob.registerRefObj(self,REQUEST)
##### Clear references FROM other objects ####
self.clearRegisteredRefObjs(REQUEST)
def _normalize_ids_after_move(self, ids=[], forced=0, REQUEST=None):
_globals.writeLog(
self, "[_normalize_ids_after_move]: %s" % self.absolute_url())
copy_of_prefix = 'copy_of_'
id_prefix = REQUEST.get('id_prefix')
REQUEST.set('id_prefix', None)
ob_ids = copy.copy(self.objectIds(self.dGlobalAttrs.keys()))
for ob in self.objectValues(self.dGlobalAttrs.keys()):
id = absattr(ob.id)
if forced or (id in ids and not copy_of_prefix + id in ob_ids) or (
copy_of_prefix + id in ids):
_globals.writeBlock(
self,
'[_normalize_ids_after_move]: %s(%s)' % (id, ob.meta_id))
if id_prefix:
id_prefix = _globals.id_prefix(id_prefix)
if id_prefix != _globals.id_prefix(id):
new_id = self.getNewId(id_prefix)
_globals.writeBlock(
self,
'[_normalize_ids_after_move]: Rename %s(%s) to %s'
% (id, ob.meta_id, new_id))
self.manage_renameObject(id=id, new_id=new_id)
self.initObjChildren(REQUEST)
id = new_id
# Re-Assign old id.
if id.find(copy_of_prefix) == 0:
try:
new_id = id[len(copy_of_prefix):]
self.manage_renameObject(id=id, new_id=new_id)
self.initObjChildren(REQUEST)
except:
pass
bk_lang = REQUEST.get('lang')
for lang in self.getLangIds():
REQUEST.set('lang', lang)
if forced == 0:
# Object-State and Version-Manager.
if not ob.getAutocommit():
ob.setObjStateModified(REQUEST)
ob.onChangeObj(REQUEST)
# Process referential integrity.
ob.onMoveRefObj(REQUEST)
REQUEST.set('lang', bk_lang)
# Process tree.
ob._normalize_ids_after_move(ids=ids,
forced=1,
REQUEST=REQUEST)
def synchronizeRefToObjs(self):
_globals.writeLog( self, '[synchronizeRefToObjs]')
for key in self.getObjAttrs().keys():
obj_attr = self.getObjAttr(key)
datatype = obj_attr['datatype_key']
if datatype == _globals.DT_URL:
for lang in self.getLangIds():
req = { 'lang':lang, 'preview':'preview'}
ref = self.getObjProperty(key,req)
ref_obj = self.getLinkObj(ref)
if ref_obj is not None:
ref_obj.refreshRefObj(self,req)
def _normalize_ids_after_copy(self, ids=[], forced=0, REQUEST=None):
_globals.writeLog(
self, "[_normalize_ids_after_copy]: %s" % self.absolute_url())
copy_of_prefix = 'copy_of_'
id_prefix = REQUEST.get('id_prefix')
REQUEST.set('id_prefix', None)
ob_ids = copy.copy(self.objectIds(self.dGlobalAttrs.keys()))
for ob in self.objectValues(self.dGlobalAttrs.keys()):
id = absattr(ob.id)
if forced or id in ids:
_globals.writeBlock(
self,
'[_normalize_ids_after_copy]: %s(%s)' % (id, ob.meta_id))
if id_prefix:
id_prefix = _globals.id_prefix(id_prefix)
if id_prefix != _globals.id_prefix(id):
new_id = self.getNewId(id_prefix)
_globals.writeBlock(
self,
'[_normalize_ids_after_copy]: Rename %s(%s) to %s'
% (id, ob.meta_id, new_id))
self.manage_renameObject(id=id, new_id=new_id)
self.initObjChildren(REQUEST)
id = new_id
# Assign new id.
prefix = _globals.id_prefix(id)
if prefix.find(copy_of_prefix) == 0:
prefix = prefix[len(copy_of_prefix):]
if prefix != id:
new_id = self.getNewId(prefix)
self.manage_renameObject(id=id, new_id=new_id)
self.initObjChildren(REQUEST)
bk_lang = REQUEST.get('lang')
for lang in self.getLangIds():
REQUEST.set('lang', lang)
if forced == 0:
# Object-State and Version-Manager.
if not ob.getAutocommit():
ob.setObjStateNew(REQUEST, reset=0)
ob.onChangeObj(REQUEST)
# Process referential integrity.
ob.onCopyRefObj(REQUEST)
REQUEST.set('lang', bk_lang)
# Process tree.
ob._normalize_ids_after_copy(ids=ids,
forced=1,
REQUEST=REQUEST)
def moveFilterProcess(self, id, pid, pos):
_globals.writeLog( self, '[moveFilterProcess]:id=%s; pid=%s; dir=%s'%(id,str(pid),str(dir)))
# Set.
obs = getRawFilters(self)
pobs = obs[id].get('processes',[])
ob = pobs[pid]
pobs.remove(ob)
pobs.insert(pos,ob)
obs[id]['processes'] = pobs
# Set attribute.
self.setConfProperty('ZMS.filter.filters',obs.copy())
# Return with new id.
return pos
def processFile(self, processId, filename, trans=None):
_globals.writeLog( self, '[processFile]: processId=%s'%processId)
folder = _fileutil.getFilePath(filename)
processOb = self.getProcess(processId)
command = processOb.get('command')
# Save transformation to file.
if trans is not None and trans != '':
transfilename = '%s/%s'%( folder, trans.getFilename())
command = command.replace( '{trans}', transfilename)
# Execute command.
filename = processCommand(self, filename, command)
# Return filename.
return filename
def parse(self, input, root=None, bInRootTag=0):
""" Builder.parse """
# prepare builder
self._unknownTagName = None
self.oRoot = root
self.oRootNode = None
self.oCurrNode = None
self.bInRootTag = bInRootTag
self.bInCData = False
if bInRootTag:
self.oCurrNode = root
# create parser object
p = pyexpat.ParserCreate()
# connect parser object with handler methods
p.StartElementHandler = self.OnStartElement
p.EndElementHandler = self.OnEndElement
p.CharacterDataHandler = self.OnCharacterData
p.StartCdataSectionHandler = self.OnStartCData
p.EndCdataSectionHandler = self.OnEndCData
p.ProcessingInstructionHandler = self.OnProcessingInstruction
p.CommentHandler = self.OnComment
p.StartNamespaceDeclHandler = self.OnStartNamespaceDecl
p.EndNamespaceDeclHandler = self.OnEndNamespaceDecl
#### parsing ####
_globals.writeLog( self, "#### parsing ####")
if type(input) is str:
# input is a string!
rv = p.Parse(input, 1)
else:
# input is a file object!
while True:
v=input.read(self.iBufferSize)
if v=="":
rv = 1
break
rv = p.Parse(v, 0)
if not rv:
break
# raise parser exception
if not rv:
raise ParseError('%s at line %s' % (pyexpat.ErrorString(p.ErrorCode), p.ErrorLineNumber))
####
return self.oRootNode
def refreshRefToObj(self, dest_obj, REQUEST):
_globals.writeLog( self, '[refreshRefToObj]: %s -> dest_obj=%s(%s)'%(self.id,dest_obj.absolute_url(),dest_obj.meta_type))
ref_to = []
for key in self.getObjAttrs().keys():
obj_attr = self.getObjAttr(key)
datatype = obj_attr['datatype_key']
if datatype == _globals.DT_URL:
ref = self.getObjProperty(key,REQUEST)
ref_obj = self.getLinkObj(ref)
if ref_obj is not None:
if dest_obj.id == ref_obj.id:
##### Set Property ####
dest_obj_path = self.getRefObjPath(dest_obj)
self.setObjProperty(key,dest_obj_path,REQUEST['lang'],1)
def onMoveRefObj(self, REQUEST, deep=0):
_globals.writeLog( self, "[onMoveRefObj]")
##### Update references TO other objects ####
for ref in self.getRefToObjs(REQUEST):
ob = self.getLinkObj(ref)
if ob is not None:
ob.refreshRefObj(self,REQUEST)
##### Update references FROM other objects ####
for ref in self.getRefByObjs(REQUEST):
ob = self.getLinkObj(ref)
if ob is not None:
ob.refreshRefToObj(self,REQUEST)
def processCommand(self, filename, command):
_globals.writeLog( self, '[processCommand]: infilename=%s'%filename)
infilename = _fileutil.getOSPath( filename)
outfilename = _fileutil.getOSPath( filename)
mZmsHome = '{zms_home}'
mCurDir = '{cur_dir}'
mIn = '{in}'
mOut = '{out}'
i = command.find(mOut[:-1])
if i >= 0:
j = command.find('}',i)
mExt = command[i+len(mOut[:-1]):j]
mOut = command[i:j+1]
if len(mExt) > 0:
outfilename = outfilename[:outfilename.rfind('.')] + mExt
else:
outfilename += '.tmp'
tmpoutfilename = outfilename + '~'
instance_home = INSTANCE_HOME
software_home = os.path.join(SOFTWARE_HOME, '..%s..' % os.sep)
software_home = os.path.normpath(software_home)
command = command.replace( '{software_home}', software_home)
command = command.replace( '{instance_home}', instance_home)
command = command.replace( mZmsHome,_fileutil.getOSPath(package_home(globals())))
command = command.replace( mCurDir,_fileutil.getFilePath(infilename))
command = command.replace( mIn,infilename)
command = command.replace( mOut,tmpoutfilename)
path = _fileutil.getFilePath(filename)
_globals.writeLog( self, '[processCommand]: path=%s'%path)
os.chdir(path)
_globals.writeLog( self, '[processCommand]: command=%s'%command)
os.system(command)
# Check if output file exists.
try:
os.stat( _fileutil.getOSPath( tmpoutfilename))
_globals.writeLog( self, '[processCommand]: rename %s to %s'%( tmpoutfilename, outfilename))
try:
os.remove( outfilename)
except OSError:
pass
os.rename( tmpoutfilename, outfilename)
except OSError:
outfilename = infilename
# Remove input file if it is the result of a transformation of output file.
if outfilename != infilename:
os.remove( infilename)
# Return filename.
_globals.writeLog( self, '[processCommand]: outfilename=%s'%( outfilename))
return outfilename
def processMethod(self, processId, filename, trans, REQUEST):
_globals.writeLog( self, '[processMethod]: processId=%s'%processId)
infilename = filename
outfilename = filename
REQUEST.set( 'ZMS_FILTER_IN', infilename)
REQUEST.set( 'ZMS_FILTER_OUT', outfilename)
REQUEST.set( 'ZMS_FILTER_TRANS', trans)
REQUEST.set( 'ZMS_FILTER_CUR_DIR', _fileutil.getFilePath(infilename))
try:
value = getattr( self, processId)( self, REQUEST)
except:
value = _globals.writeError( self, '[processMethod]: processId=%s'%processId)
outfilename = REQUEST.get( 'ZMS_FILTER_OUT')
# Return filename.
return outfilename
def thumbnailImage(self, hiresKey, loresKey, maxdim, lang, REQUEST):
message = ''
try:
if hiresKey in self.getObjAttrs().keys():
req = {'lang': lang, 'preview': 'preview', 'fetchReqBuff': False}
hiresImg = self.getObjProperty(hiresKey, req)
if hiresImg is not None and REQUEST.get(
'generate_preview_%s_%s' % (hiresKey, lang), 0) == 1:
_globals.writeLog(
self, '[thumbnailImage]: Create >%s< from >%s<...' %
(loresKey, hiresKey))
thumb = self.pilutil().thumbnail(hiresImg, maxdim)
self.setObjProperty(loresKey, thumb, lang)
except:
_globals.writeError(self, '[thumbnailImage]')
return message
def synchronizeSearch(self, REQUEST, forced=0):
if self.getConfProperty('ZMS.CatalogAwareness.active',1) or forced:
_globals.writeLog( self, '[synchronizeSearch]')
for ref_by in self.getRefByObjs(REQUEST):
ref_ob = self.getLinkObj(ref_by,REQUEST)
if ref_ob is not None and \
ref_ob. meta_type == 'ZMSLinkElement' and \
ref_ob.isEmbedded( REQUEST) and not \
ref_ob.isEmbeddedRecursive( REQUEST):
if not forced or ref_ob.getHome().id != self.getHome().id:
ref_ob.synchronizeSearch( REQUEST=REQUEST, forced=forced)
lang = REQUEST.get( 'lang', self.getPrimaryLanguage())
# Reindex object.
ob = self.getCatalogItem()
if ob is not None:
ob.default_catalog = 'catalog_%s'%lang
ob.reindex_object()
def xmlOnStartElement(self, sTagName, dTagAttrs, oParentNode, oRoot):
"""
Handler for XML-Builder (_builder.py)
"""
_globals.writeLog(self, "[xmlOnStartElement]: sTagName=%s" % sTagName)
# remove all ZMS-objects.
self.manage_delObjects(self.objectIds(self.dGlobalAttrs.keys()))
# remove all languages.
for s_lang in self.getLangIds():
self.delLanguage(s_lang)
self.dTagStack = _globals.MyStack()
self.dValueStack = _globals.MyStack()
# WORKAROUND! The member variable "aq_parent" does not contain the right
# parent object at this stage of the creation process (it will later on!).
# Therefore, we introduce a special attribute containing the parent
# object, which will be used by xmlGetParent() (see below).
self.oParent = None
def manage_packMediaDb(self, REQUEST=None, RESPONSE=None):
""" manage_packMediaDb """
message = ''
c = 0
t = 0
mediadb = self.getMediaDb()
path = mediadb.location
filenames = mediadb.valid_filenames()
for filename in os.listdir(path):
if filename not in filenames:
filepath = path + os.sep + filename
if os.path.isfile(filepath):
os.remove(filepath)
c += 1
t += 1
# Debug.
_globals.writeLog(
self, "[manage_packMediaDb]: files deleted %s" % str(filenames))
# Return with message.
message = 'Packed Media-Folder: %i files (total %i) deleted.' % (c, t)
return message
def exportFilter(self, id, REQUEST):
# Set local variables.
ob_filter = self.getFilter(id)
tempfolder, outfilename = self.initExportFilter( id, REQUEST)
# Process filter.
outfilename = processFilter(self, ob_filter, tempfolder, outfilename, REQUEST)
# Return values.
content_type = ob_filter.get('content_type','content/unknown')
filename = 'exportFilter.%s'%content_type[content_type.find('/')+1:]
# Zip File.
if content_type == 'application/zip':
data = _fileutil.buildZipArchive( outfilename, get_data=True)
# Read File.
else:
_globals.writeLog( self, '[exportFilter]: Read %s'%outfilename)
f = open(outfilename, 'rb')
data = f.read()
f.close()
# Remove temporary folder.
if not _globals.debug( self):
_fileutil.remove( tempfolder, deep=1)
# Return.
return filename, data, content_type
def OnEndElement(self, name):
""" Builder.OnEndElement """
_globals.writeLog( self, "[Builder.OnEndElement(" + str(name) + ")]")
# do we have a current node?
if self.oCurrNode==None:
raise ParseError("Unmatching end tag (" + name + ")")
# is this the right tag name?
if name==self.oCurrNode.xmlGetTagName() or name==self.oCurrNode.meta_type:
##### VersionManager ####
self.oCurrNode.resetObjStates()
# notify current node
self.oCurrNode.xmlOnEndElement()
parent = self.oCurrNode.xmlGetParent()
# set parent node as current node
self.oCurrNode = parent
else:
if self.dGlobalAttrs.has_key(name) and \
self.dGlobalAttrs[name]['obj_class'] is not None:
if self.dGlobalAttrs.has_key(self.oCurrNode.xmlGetTagName()) and \
self.dGlobalAttrs[self.oCurrNode.xmlGetTagName()]['obj_class'] is not None:
# tag name is known, but not valid at this place!
raise ParseError("Unmatching end tag (/" + name + "), expected(/" + self.oCurrNode.xmlGetTagName() + ")")
else:
# tag name is unknown -> offer it to current object
if not self.oCurrNode.xmlOnUnknownEndTag(name):
if name == self._unknownTagName:
self._unknownTagName = None
_globals.writeLog( self, "[Builder.OnEndElement]: Unknown end-tag (/" + name + ")") # current object did not accept tag!
def toXhtml(self, REQUEST, deep=True):
_globals.writeLog(self, '[toXhtml]')
level = 0
html = ''
if REQUEST.has_key('ZMS_PAGE_HTML_HEADER'):
html += getattr(self, REQUEST.get('ZMS_PAGE_HTML_HEADER'))(self,
REQUEST)
else:
html += '<html>\n'
html += '<head>\n'
html += self.f_headMeta_Locale(self, REQUEST)
html += '<title>%s</title>\n' % self.getTitle(REQUEST)
html += '</head>\n'
html += '<body>\n'
html += self.printHtml(level, _globals.MySectionizer(), REQUEST, deep)
if REQUEST.has_key('ZMS_PAGE_HTML_FOOTER'):
html += getattr(self, REQUEST.get('ZMS_PAGE_HTML_FOOTER'))(self,
REQUEST)
else:
html += '</body>\n'
html += '</html>\n'
html = localHtml(self, html)
html = localIndexHtml(self, self, level, html, xhtml=True)
return html
def submitCatalogQuery(self, search_query, search_order_by, search_meta_types, search_clients, REQUEST):
#-- Initialize local variables.
rtn = []
if search_query == '':
return rtn
#-- Process clients.
if self.getConfProperty('ZCatalog.portalClients',1) == 1 and search_clients == 1:
for portalClient in self.getPortalClients():
rtn.extend(portalClient.submitCatalogQuery( search_query, search_order_by, search_meta_types, search_clients, REQUEST))
#-- Search catalog.
lang = REQUEST['lang']
zcatalog = getCatalog(self,lang)
if zcatalog is None:
return rtn
items = []
for zcindex in zcatalog.indexes():
if zcindex.find('zcat_')==0:
d = {}
d['meta_type'] = zcat_meta_types
if zcindex.find('zcat_data')==0:
d[zcindex] = search_query
else:
d[zcindex] = self.search_encode( search_query)
_globals.writeLog( self, "[searchCatalog]: %s=%s"%(zcindex,d[zcindex]))
qr = zcatalog(d)
_globals.writeLog( self, "[searchCatalog]: qr=%i"%len( qr))
items.extend( qr)
#-- Sort order.
if int(search_order_by)==1:
order_by = 'score'
else:
order_by = 'time'
#-- Process results.
results = []
for item in items:
data_record_id = item.data_record_id_
path = zcatalog.getpath(data_record_id)
# Append to valid results.
if (len(search_meta_types) == 0 or item.meta_id in search_meta_types) and \
(len(filter(lambda x: x[1]['path']==path, results)) == 0):
result = {}
result['score'] = intValue(item.data_record_score_)
result['normscore'] = intValue(item.data_record_normalized_score_)
result['time'] = getattr(item,'zcat_date',None)
result['path'] = path
if REQUEST.get('search_ob',True):
ob = self.getCatalogPathObject( path)
append = ob is not None
if append:
for o in ob.breadcrumbs_obj_path():
append = append and o.isActive(REQUEST)
if append:
result['ob'] = ob
result['url'] = ob.getDeclUrl(REQUEST) + '/' + ob.zcat_url(lang)
results.append((result[order_by],result))
else:
result['title'] = getattr(item,'zcat_title','')
result['summary'] = getattr(item,'zcat_summary','')
result['zcat_url'] = getattr(item,'zcat_url','')
result['url'] = (path + '/' + getattr(item,'zcat_url','')).replace('//','/')
results.append((result[order_by],result))
#-- Sort objects.
results.sort()
results.reverse()
#-- Append objects.
rtn.extend(map(lambda ob: ob[1],results))
#-- Return objects in correct sort-order.
return rtn
def __bobo_traverse__(self, TraversalRequest, name):
# If this is the first time this __bob_traverse__ method has been called
# in handling this traversal request, store the path_to_handle
req = self.REQUEST
url = self.REQUEST.get('URL', '')
zmi = url.find('/manage') >= 0
if not TraversalRequest.has_key('path_to_handle'):
# Make a reversed copy of the TraversalRequestNameStack
TraversalRequestNameStackReversed = copy.copy(
TraversalRequest['TraversalRequestNameStack'])
TraversalRequestNameStackReversed.reverse()
# Set path_to_handle in the TraversalRequest.
TraversalRequest['path_to_handle'] = [
name
] + TraversalRequestNameStackReversed
# Set path_to_handle for VirtualHosts.
if '/' in TraversalRequest['path_to_handle']:
path_physical = req.get(
'path_physical',
list(self.getDocumentElement().getPhysicalPath())[1:])
if len(path_physical) > 1:
b = TraversalRequest['path_to_handle'].index('/')
TraversalRequest['path_to_handle'] = TraversalRequest[
'path_to_handle'][b + 1:]
for i in range(1, len(path_physical)):
TraversalRequest['path_to_handle'].insert(
i - 1, path_physical[i])
# Set language.
lang = req.get('lang')
if lang is None:
lang = self.getLanguageFromName(
TraversalRequest['path_to_handle'][-1])
if lang is not None:
req.set('lang', lang)
# If the name is in the list of attributes, call it.
ob = getattr(self, name, None)
if ob is None or getattr(ob, 'meta_type', None) == 'Folder':
obContext = filterId(self, name, req)
if obContext is not None:
ob = obContext
if ob is not None:
meta_type = getattr(ob, 'meta_type', '?')
if zmi or (meta_type.startswith('ZMS')
and meta_type not in self.dGlobalAttrs.keys()):
_confmanager.set_zmi_theme(self)
_confmanager.set_zmi_theme(ob)
try:
for child in self.objectValues(self.dGlobalAttrs.keys()):
_confmanager.set_zmi_theme(child)
except:
pass
if not zmi and TraversalRequest['path_to_handle'][-1] == name:
lang = req.get('lang')
if lang is None:
lang = self.getHttpAcceptLanguage(self.REQUEST)
if lang is not None:
self.REQUEST.set('lang', lang)
return ob
# otherwise do some 'magic'
else:
_globals.writeLog(self,
'[__bobo_traverse__]: otherwise do some magic')
# Package-Home.
if name == '$ZMS_HOME':
i = TraversalRequest['path_to_handle'].index(name)
filepath = self.localfs_package_home() + '/' + '/'.join(
TraversalRequest['path_to_handle'][i + 1:])
data, mt, enc, size = _fileutil.readFile(filepath)
filename = TraversalRequest['path_to_handle'][-1]
f = self.FileFromData(data, filename, mt)
f.aq_parent = self
f.key = 'None'
f.lang = req.get('lang', self.getPrimaryLanguage())
return f
# Pathhandler-Hook.
if 'pathhandler' in self.getMetaobjAttrIds(self.meta_id,
types=['method', 'py']):
if name == TraversalRequest['path_to_handle'][-1]:
req.set('path_', '/'.join(req.get('path_', []) + [name]))
return self.getObjProperty('pathhandler', req)
else:
req.set('path_', req.get('path_', []) + [name])
return self
if not zmi or req.get('ZMS_PATH_HANDLER', False):
# Recursive inclusions.
thisOb = _globals.nvl(filterId(self, name, req), self)
if thisOb.meta_type == 'ZMSLinkElement':
recursive = thisOb.isEmbeddedRecursive(req)
if recursive:
ob = thisOb.getRefObj()
proxy = thisOb.initProxy(thisOb.aq_parent,
thisOb.absolute_url(), ob,
recursive)
c = 0
l = TraversalRequest['path_to_handle']
if thisOb.id in l:
i = l.index(thisOb.id) + 1
elif thisOb.getDeclId(req) in l:
i = l.index(thisOb.getDeclId(req)) + 1
for k in range(i, len(l)):
newOb = None
obs = ob.getChildNodes(req)
filtered_obs = filter(
lambda x:
(x.id == l[k] or x.getDeclId(req) == l[k]),
obs)
if len(filtered_obs) == 1:
newOb = filtered_obs[0]
try:
if newOb.meta_type not in self.dGlobalAttrs.keys(
):
newOb = None
except:
pass
if newOb is None:
break
ob = newOb
proxy = thisOb.initProxy(
proxy,
proxy.absolute_url() + '/' + ob.id, ob,
recursive)
c += 1
if c > 0:
req.set('ZMS_PROXY_%s' % self.id, proxy)
if req.get('ZMS_PROXY_%s' % self.id) and req.get(
'ZMS_PROXY_%s' % self.id
).id != TraversalRequest['path_to_handle'][-1]:
v = handleBlobAttrs(
req.get('ZMS_PROXY_%s' % self.id).proxy,
TraversalRequest['path_to_handle'][-1], req)
if v is not None:
return v
return thisOb
# Declarative Urls.
ob = self.pathob([name], self.REQUEST)
if ob is not None:
return ob
# If the object is record-set and has blob-fields find by filename and
# display data.
if name.find('@') == 0:
if self.getType() == 'ZMSRecordSet':
try:
i = int(name[1:])
r = self.getObjProperty(
self.getMetaobj(self.meta_id)['attrs'][0]['id'],
self.REQUEST)
d = r[i]
for key in d.keys():
value = d[key]
if isinstance(value,
_blobfields.MyImage) or isinstance(
value, _blobfields.MyFile):
value = value._getCopy()
value.aq_parent = self
value.key = key
value.lang = req.get('lang',
self.getPrimaryLanguage())
langfilename = value.getHref(req).split(
'/')[-1]
if langfilename.find('?') > 0:
langfilename = langfilename[:langfilename.
find('?')]
if langfilename == TraversalRequest[
'path_to_handle'][-1]:
return value
except:
_globals.writeError(self, '[__bobo_traverse__]')
else:
try:
i = int(name[1:])
obj_attrs = self.getObjAttrs()
for key in self.getObjAttrs().keys():
obj_attr = obj_attrs[key]
if obj_attr['datatype_key'] == _globals.DT_LIST and \
obj_attr['repetitive']:
lp = [self.REQUEST.get('preview')]
if lp[0] != 'preview':
lp.append('preview')
par = None
for ip in lp:
try:
self.REQUEST.set('preview', ip)
r = self.getObjProperty(
key, self.REQUEST, par)
value = r[i]
value = value._getCopy()
value.aq_parent = self
value.key = key
value.lang = req.get(
'lang', self.getPrimaryLanguage())
langfilename = value.getHref(
req).split('/')[-1]
if langfilename.find('?') > 0:
langfilename = langfilename[:
langfilename
.find(
'?'
)]
if langfilename == TraversalRequest[
'path_to_handle'][-1]:
return value
except:
_globals.writeError(
self,
'[__bobo_traverse__]: ip=%s' %
str(ip))
par = {'fetchReqBuff': 0}
self.REQUEST.set('preview', lp[0])
except:
_globals.writeError(self, '[__bobo_traverse__]')
# If the object has blob-fields find by filename and display data.
v = handleBlobAttrs(self, name, req)
if v is not None: return v
# Skins
if name == TraversalRequest['path_to_handle'][-1]:
l = name
i = l.rfind('_')
j = l.rfind('.')
if i > 0 and j > 0:
lang = l[i + 1:j]
if lang in self.getLangIds():
auth_user = self.REQUEST.get('AUTHENTICATED_USER')
zms_skin = l[:i]
zms_ext = l[j + 1:]
if zms_skin in map(
lambda x: x.strip(),
self.getConfProperty(
'ZMS.skins',
'index,sitemap,mobile').split(',')):
access = (auth_user is None and self.hasPublicAccess()) or \
(auth_user is not None and auth_user.has_permission( 'View', self) in [ 1, True])
if access:
self.REQUEST.set('ZMS_SKIN', zms_skin)
self.REQUEST.set('ZMS_EXT', zms_ext)
self.REQUEST.set('lang', lang)
return self
# If there's no more names left to handle, return the path handling
# method to the traversal machinery so it gets called next
exc_value = '<h2>Site-Error</h2><b>Sorry, there is no web page matching your request.</b> It is possible you typed the address incorrectly, or that the page no longer exists.<hr><b>Resource<b> <i>' + name + '</i> ' + ''.join(
map(lambda x: x + '/',
TraversalRequest['path_to_handle'])) + ' GET'
return self.standard_error_message(self,
exc_type='Resource not found',
exc_value=exc_value,
REQUEST=self.REQUEST)
def OnStartElement(self, name, attrs):
""" Builder.OnStartElement """
_globals.writeLog( self, "[Builder.OnStartElement(" + str(name) + ")]")
name = _globals.unencode( name)
attrs = _globals.unencode( attrs)
# handle alias
if name in self.getMetaobjIds(sort=0) and not self.dGlobalAttrs.has_key(name):
attrs['meta_id'] = name
name = 'ZMSCustom'
# handle alias for zms2go
if name == 'ZMS' and self.oRootNode is not None:
attrs['meta_id'] = name
name = 'ZMSCustom'
if self.bInRootTag or \
self.oRoot == None or \
(self.oRoot.id == self.getDocumentElement().id and \
self.dGlobalAttrs.has_key(name) and \
self.dGlobalAttrs[name]['obj_class'] is not None):
_globals.writeLog( self, "[Builder.OnStartElement]: " + \
"We are inside the XML root tag OR no root object is set" + \
"-> instanciate node object in any case")
if self.dGlobalAttrs.has_key(name) and \
self.dGlobalAttrs[name]['obj_class'] is not None:
# class defined for tag!
if self.oCurrNode==None and self.oRoot!=None and self.oRoot.id==self.getDocumentElement().id:
self.oCurrNode = self.oRoot
# create node instance
_globals.writeBlock( self, "[Builder.OnStartElement]: create new object <" + str(name) + "> in " + str(self.oCurrNode))
newNode = None
if 'id_fix' in attrs.keys():
id = attrs.get( 'id_fix')
newNode = getattr(self.oCurrNode,id,None)
elif 'id_prefix' in attrs.keys():
prefix = attrs.get( 'id_prefix')
id = self.oCurrNode.getNewId(prefix)
elif 'id' in attrs.keys():
id = attrs.get( 'id')
prefix = _globals.id_prefix(id)
id = self.oCurrNode.getNewId(prefix)
else:
id = self.oCurrNode.getNewId()
sort_id = self.oCurrNode.getNewSortId()
##### Create ####
if newNode is None:
newNode = self.dGlobalAttrs[name]['obj_class'](id,sort_id)
self.oCurrNode._setObject(newNode.id, newNode)
newNode = getattr(self.oCurrNode,newNode.id)
##### Identify Content-Object ####
if newNode.meta_type == 'ZMSCustom':
meta_id = attrs.get( 'meta_id')
if meta_id not in self.getMetaobjIds( sort=0):
_globals.writeError(newNode,'[_builder.OnStartElement]: no object-definition available ('+str(meta_id)+')!')
newNode.meta_id = meta_id
##### Object State ####
newNode.initializeWorkVersion()
obj_attrs = newNode.getObjAttrs()
langs = self.getLangIds()
for lang in langs:
req = {'lang':lang,'preview':'preview'}
##### Object State ####
newNode.setObjStateNew(req)
##### Init Properties ####
if 'active' in obj_attrs.keys():
newNode.setObjProperty('active',1,lang)
if len( langs) == 1:
newNode.setObjProperty('change_uid','xml',lang)
newNode.setObjProperty('change_dt',time.time(),lang)
_globals.writeLog( self, "[Builder.OnStartElement]: object with id " + str(newNode.id) + " of class " + str(newNode.__class__) + " created in " + str(self.oCurrNode.__class__))
if self.oRoot is None: # root object set?
self.oRoot = newNode # -> set root node
# notify new node
newNode.xmlOnStartElement(name, attrs, self.oCurrNode, self.oRoot)
# set new node as current node
self.oCurrNode = newNode
else:
# no class defined for tag
# -> offer to current object
if self.oCurrNode==None:
raise ParseError("Unknown tag (" + name + "): no current object available!") # no current object available!
if not self.oCurrNode.xmlOnUnknownStartTag(name, attrs):
if self._unknownTagName == None:
self._unknownTagName = name
_globals.writeLog( self, "[Builder.OnStartElement]: Unknown start-tag (" + name + "): current object did not accept tag!") # current object did not accept tag!
# raise ParseError("Unknown start-tag (" + name + "): current object did not accept tag!") # current object did not accept tag!
else:
_globals.writeLog( self, "[Builder.OnStartElement]: " +
"we have encountered the XML root tag and a root object is predefined" + \
"-> simply notify root object")
self.oRoot.xmlOnStartElement(name, attrs, None, self.oRoot)
# set root node as current node
self.oCurrNode = self.oRoot
# we are inside the XML root now!
self.bInRootTag=1
if self.oRootNode is None:
self.oRootNode = self.oCurrNode
def refreshRefObj(self, ob, REQUEST): _globals.writeLog( self, "[refreshRefObj]: %s(%s) -> %s(%s)"%(self.id,self.meta_type,ob.id,ob.meta_type)) self.unregisterRefObj(ob,REQUEST) self.registerRefObj(ob,REQUEST)
def unregisterRefObj(self, ob, REQUEST):
_globals.writeLog( self, "[unregisterRefObj]: %s(%s)"%(ob.id,ob.meta_type))
ref_by = self.getRefByObjs(REQUEST)
ref_by = filter( lambda x: x[2:-1].split('/')[-1]!=ob.id,ref_by)
##### Set Attribute ####
setattr(self,'ref_by',ref_by)
