def getObjToXml(self, REQUEST, deep=True, base_path='', data2hex=False):
# Check Constraints.
root = getattr(self, '__root__', None)
if root is not None:
return ''
xml = []
# Start tag.
indentlevel = len(base_path.split('/'))
xml.append('%s<%s' % ( indentlevel * INDENTSTR, self.meta_id ) )
xml.append(' uid="%s"' % self.get_uid() )
id = self.id
prefix = standard.id_prefix(id)
if id == prefix:
xml.append(' id_fix="%s"' % id)
else:
xml.append(' id="%s"' % id)
xml.append(' id_prefix="%s"' % standard.id_prefix(id))
xml.append('>\n')
# Attributes.
keys = self.getObjAttrs().keys()
if self.getType() == 'ZMSRecordSet':
keys = ['active', self.getMetaobjAttrIds(self.meta_id,types=['list'])[0]]
for key in keys:
obj_attr = self.getObjAttr(key)
if obj_attr['xml'] or key in ['change_dt','change_uid','created_dt','created_uid']:
ob_prop = getObjPropertyToXml(self, base_path, data2hex, obj_attr, REQUEST)
if len(ob_prop) > 0:
xml.append('%s<%s>%s</%s>\n' % ( (indentlevel+1) * INDENTSTR, key, ob_prop, key ) )
# Process children.
if deep:
xml.extend([getObjToXml(x, REQUEST, deep, base_path + x.id + '/', data2hex) for x in self.getChildNodes()])
# End tag.
xml.append('%s</%s>\n' % ( indentlevel * INDENTSTR, self.meta_id ) )
# Return xml.
return ''.join(xml)
def normalize_ids_after_move(node, id_prefix='e', ids=[]):
request = node.REQUEST
copy_of_prefix = 'copy_of_'
for childNode in node.getChildNodes():
# validate id
id = childNode.getId()
new_id = None
if '*' in ids or id in ids or id.startswith(copy_of_prefix):
# init object-state
if not '*' in ids:
lang = request.get('lang')
for langId in node.getLangIds():
request.set('lang', langId)
childNode.setObjStateModified(request)
childNode.onChangeObj(request)
request.set('lang', lang)
# new id
if id.startswith(copy_of_prefix):
new_id = id[len(id.startswith(copy_of_prefix)):]
elif standard.id_prefix(id) != id_prefix:
new_id = node.getNewId(id_prefix)
# reset id
if new_id is not None and new_id != id:
standard.writeBlock(
node,
'[CopySupport._normalize_ids_after_move]: rename %s(%s) to %s'
% (childNode.absolute_url(), childNode.meta_id, new_id))
node.manage_renameObject(id=id, new_id=new_id)
def manage_ajaxZMIActions(self, context_id, REQUEST, RESPONSE):
"""
Returns ZMI actions.
internal use only
@param REQUEST: the triggering request
@type REQUEST: C{ZPublisher.HTTPRequest}
@param RESPONSE: the response
@type RESPONSE: C{ZPublisher.HTTPResponse}
"""
#-- Get actions.
actions = []
container = self
objPath = ''
context = None
if context_id == '':
context = container
actions.extend(_zmi_actions_util.zmi_actions(self, self))
else:
attr_id = standard.id_prefix(context_id)
if context_id in container.objectIds():
context = getattr(container, context_id, None)
actions.extend(
_zmi_actions_util.zmi_actions(container, context, attr_id))
if context is not None:
objPath = context.id + '/'
if context is not None:
actions.extend(context.filtered_workflow_actions(objPath))
#-- Build json.
RESPONSE.setHeader('Content-Type', 'text/plain; charset=utf-8')
RESPONSE.setHeader('Cache-Control', 'no-cache')
RESPONSE.setHeader('Pragma', 'no-cache')
rtn = self.str_json({'id': context_id, 'actions': actions})
return rtn
def manage_addZMSModule(self, lang, _sort_id, custom, REQUEST, RESPONSE):
"""
Add module-node.
internal use only
@param lang: the language-id.
@type lang: C{str}
@param id_prefix: the id-prefix.
@type id_prefix: C{str}
@param REQUEST: the triggering request
@type REQUEST: C{ZPublisher.HTTPRequest}
@param RESPONSE: the triggering request
@type RESPONSE: C{ZPublisher.HTTPResponse}
"""
meta_id = self.getMetaobjId(custom)
metaObj = self.getMetaobj(meta_id)
key = self.getMetaobjAttrIds(meta_id)[0]
attr = self.getMetaobjAttr(meta_id, key)
zexp = attr['custom']
id_prefix = standard.id_prefix(REQUEST.get('id_prefix', 'e'))
new_id = self.getNewId(id_prefix)
_fileutil.import_zexp(self, zexp, new_id, id_prefix, _sort_id)
# Return with message.
message = self.getZMILangStr('MSG_INSERTED') % custom
RESPONSE.redirect(
'%s/%s/manage_main?lang=%s&manage_tabs_message=%s' %
(self.absolute_url(), new_id, lang, standard.url_quote(message)))
def normalize_ids_after_copy(node, id_prefix='e', ids=[]):
request = node.REQUEST
copy_of_prefix = 'copy_of_'
for childNode in node.getChildNodes():
# validate id
id = childNode.getId()
new_id = None
if '*' in ids or id in ids or id.startswith(copy_of_prefix):
# reset ref_by
childNode.ref_by = []
# init object-state
if not '*' in ids:
lang = request.get('lang')
for langId in node.getLangIds():
request.set('lang', langId)
childNode.setObjStateNew(request, reset=0)
childNode.onChangeObj(request)
request.set('lang', lang)
# new id
new_id = node.getNewId(id_prefix)
else:
# new id
new_id = node.getNewId(standard.id_prefix(id))
# reset id
if new_id is not None and new_id != id:
standard.writeBlock(
node,
'[CopySupport._normalize_ids_after_copy]: rename %s(%s) to %s'
% (childNode.absolute_url(), childNode.meta_id, new_id))
node.manage_renameObject(id=id, new_id=new_id)
# traverse tree
normalize_ids_after_copy(childNode, id_prefix, ids=['*'])
def initObjChild(self, id, _sort_id, type, REQUEST):
##### ID ####
metaObjAttr = self.getObjChildrenAttr(id)
repetitive = metaObjAttr.get('repetitive', 0) == 1
if repetitive:
id += str(self.getSequence().nextVal())
##### Create ####
oItem = getattr(self, id, None)
if oItem is None or id not in self.objectIds():
globalAttr = self.dGlobalAttrs.get(type,
self.dGlobalAttrs['ZMSCustom'])
constructor = globalAttr.get(
'obj_class', self.dGlobalAttrs['ZMSCustom']['obj_class'])
newNode = constructor(id, _sort_id + 1, type)
self._setObject(newNode.id, newNode)
oItem = getattr(self, id)
##### Object State ####
oItem.setObjStateNew(REQUEST)
##### Init Properties ####
oItem.setObjStateModified(REQUEST)
for lang in self.getLangIds():
oItem.setObjProperty('active', 1, lang)
##### VersionManager ####
oItem.onChangeObj(REQUEST)
##### Normalize Sort-IDs ####
self.normalizeSortIds(standard.id_prefix(id))
return oItem
def manage_addZMSCustom(self, meta_id, lang, _sort_id, btn, REQUEST, RESPONSE):
""" manage_addZMSCustom """
message = ''
messagekey = 'manage_tabs_message'
t0 = time.time()
target = self.absolute_url()
if btn == 'BTN_INSERT':
# Create
meta_id = REQUEST.get('ZMS_INSERT',meta_id)
id_prefix = standard.id_prefix(REQUEST.get('id_prefix', 'e'))
new_id = self.getNewId(id_prefix)
globalAttr = self.dGlobalAttrs.get(meta_id, self.dGlobalAttrs['ZMSCustom'])
constructor = globalAttr.get('obj_class', self.dGlobalAttrs['ZMSCustom']['obj_class'])
obj = constructor(new_id, _sort_id+1, meta_id)
self._setObject(obj.id, obj)
metaObj = self.getMetaobj( meta_id)
redirect_self = bool( REQUEST.get( 'redirect_self', 0)) or REQUEST.get( 'btn', '') == '' or metaObj['type'] == 'ZMSRecordSet'
for attr in metaObj['attrs']:
attr_type = attr['type']
redirect_self = redirect_self or attr_type in self.getMetaobjIds()+['*']
redirect_self = redirect_self and not REQUEST.get('btn', '') in [ 'BTN_CANCEL', 'BTN_BACK']
if metaObj['type'] == 'ZMSRecordSet':
lang = self.getPrimaryLanguage()
obj = getattr(self, obj.id)
try:
# Object State
obj.setObjStateNew(REQUEST)
# Init Coverage
coverage = self.getDCCoverage(REQUEST)
if coverage.find('local.')==0:
obj.setObjProperty('attr_dc_coverage', coverage)
else:
obj.setObjProperty('attr_dc_coverage', 'global.'+lang)
# Change Properties
obj.changeProperties(lang)
# Normalize Sort-Ids
self.normalizeSortIds(id_prefix)
# Message
message = self.getZMILangStr('MSG_INSERTED')%obj.display_type(REQUEST)
except:
message = standard.writeError(self, "[manage_addZMSCustom]")
messagekey = 'manage_tabs_error_message'
message += ' (in '+str(int((time.time()-t0)*100.0)/100.0)+' secs.)'
# Return with message.
if redirect_self:
target = '%s/%s'%(target, obj.id)
target = REQUEST.get( 'manage_target', '%s/manage_main'%target)
target = self.url_append_params( target, { 'lang': lang, messagekey: message})
target = '%s#zmi_item_%s'%( target, obj.id)
RESPONSE.redirect(target)
else:
RESPONSE.redirect('%s/manage_main?lang=%s'%(target, lang))
def normalizeSortIds(self, id_prefix='e'):
"""
Normalizes sort-ids for all children with given prefix of this node.
Always called on container after new node was added.
E.g.: sort_ids:before=[10,15,20,30,40] => sort_ids:after=[10,20,30,40,50]
@param id_prefix: the id-prefix.
@type id_prefix: C{str='e'}
"""
obs = [
x for x in self.objectValues(list(self.dGlobalAttrs)) if
standard.id_prefix(x.id) == id_prefix and x.__proxy__() is not None
]
obs = sorted(obs, key=lambda x: [1, 1000][x.isPage()] * x.getSortId())
[obs[x].setSortId((x + 1) * 10) for x in range(len(obs))]
def getSecNo(self):
sec_no = ''
#-- [ReqBuff]: Fetch buffered value from Http-Request.
parentNode = self.getParentNode()
if parentNode is None or \
getattr(parentNode, 'meta_type', None) not in self.dGlobalAttrs:
return sec_no
reqBuffId = 'getSecNo'
try:
levelnfc = parentNode.fetchReqBuff('%s_levelnfc' % reqBuffId)
if levelnfc > 0:
sec_no = parentNode.fetchReqBuff('%s_%s' %
(reqBuffId, self.id))
except:
levelnfc = parentNode.attr('levelnfc')
parentNode.storeReqBuff('%s_levelnfc' % reqBuffId, levelnfc,
self.REQUEST)
if levelnfc is not None and len(levelnfc) > 0:
parent_no = parentNode.getSecNo()
sectionizer = _globals.MySectionizer(levelnfc)
siblings = parentNode.filteredChildNodes(self.REQUEST)
for sibling in siblings:
curr_no = ''
level = 0
if sibling.isPageElement():
format = sibling.attr('format')
if format is not None and format.find('headline') == 0:
level = int(
format[len(standard.id_prefix(format)):]) - 1
elif sibling.isPage():
level = 1
if level > 0:
sectionizer.processLevel(level)
curr_no = parent_no + str(sectionizer)
if self == sibling:
sec_no = curr_no
#-- [ReqBuff]: Store value in buffer of Http-Request.
parentNode.storeReqBuff('%s_%s' % (reqBuffId, sibling.id),
curr_no, self.REQUEST)
#-- [ReqBuff]: Return value.
return sec_no
def get_id_prefix(self, s):
warn(self, 'get_id_prefix', 'Products.zms.standard.id_prefix')
return standard.id_prefix(s)
def manage_addZMSObject(self, meta_id, values, REQUEST):
"""
Add a node of type designated by meta_id in current context.
@param meta_id: the meta-id / type of the new ZMSObject
@type meta_id: C{str}
@param values: the dictionary of initial attribut-values assigned to the new ZMSObject
- I{id_prefix} (C{str=''}) the id-prefix used to generate the new id
- I{id} (C{str=''}) the new id (fixed)
- I{sort_id} (C{str=''}) the sort-id
- I{meta_id} (C{str=''}) the meta-id
- I{active} (C{str=''}) is active
- I{attr_dc_coverage} (C{str=''}) the coverage
@type values: C{dict}
@param REQUEST: the triggering request
@type REQUEST: C{ZPublisher.HTTPRequest}
@return: the new node
@rtype: C{zmsobject.ZMSObject}
"""
prim_lang = self.getPrimaryLanguage()
lang = REQUEST.get('lang', prim_lang)
attrs = []
for key in values:
attrs.extend([key, values[key]])
# Get new id.
if 'id_prefix' in attrs:
i = attrs.index('id_prefix')
id_prefix = attrs[i + 1]
new_id = self.getNewId(id_prefix)
del attrs[i] # Key.
del attrs[i] # Value.
elif 'id' in attrs:
i = attrs.index('id')
new_id = attrs[i + 1]
del attrs[i] # Key.
del attrs[i] # Value.
else:
new_id = self.getNewId()
# Get sort id.
key = 'sort_id'
if key in attrs and attrs.index(key) % 2 == 0:
i = attrs.index(key)
_sort_id = attrs[i + 1]
del attrs[i] # Key.
del attrs[i] # Value.
else:
_sort_id = 99999
# Type of new object.
key = 'meta_id'
if meta_id == 'ZMSCustom' and key in attrs and attrs.index(
key) % 2 == 0:
i = attrs.index(key)
meta_id = attrs[i + 1]
del attrs[i] # Key.
del attrs[i] # Value.
# Create new object.
globalAttr = self.dGlobalAttrs.get(meta_id,
self.dGlobalAttrs['ZMSCustom'])
constructor = globalAttr.get(
'obj_class', self.dGlobalAttrs['ZMSCustom']['obj_class'])
obj = constructor(new_id, _sort_id + 1, meta_id)
self._setObject(obj.id, obj)
node = getattr(self, obj.id)
# Object state.
node.setObjStateNew(REQUEST)
# Init properties.
key = 'active'
if not (key in attrs and attrs.index(key) % 2 == 0):
attrs.extend([key, 1])
key = 'attr_dc_coverage'
if not (key in attrs and attrs.index(key) % 2 == 0):
attrs.extend([key, 'global.%s' % lang])
for i in range(len(attrs) // 2):
key = attrs[i * 2]
value = attrs[i * 2 + 1]
node.setObjProperty(key, value, REQUEST['lang'])
# Version manager.
node.onChangeObj(REQUEST)
# Normalize sort-ids.
if values.get('normalize_sort_ids', True):
self.normalizeSortIds(standard.id_prefix(node.id))
# Return object.
return node
def OnStartElement(self, name, attrs):
""" Builder.OnStartElement """
standard.writeLog(self, "[Builder.OnStartElement(" + str(name) + ")]")
name = standard.unencode(name)
attrs = standard.unencode(attrs)
skip = self.oCurrNode is not None and len(
[x for x in self.oCurrNode.dTagStack if x.get('skip')]) > 0
if not skip and name in self.getMetaobjIds():
meta_id = name
if self.oRootTag is None:
self.oRootTag = meta_id
globalAttr = self.dGlobalAttrs.get(meta_id,
self.dGlobalAttrs['ZMSCustom'])
constructor = globalAttr.get(
'obj_class', self.dGlobalAttrs['ZMSCustom']['obj_class'])
if constructor is None:
newNode = self
else:
# Get new id.
id = None
if self.oRootTag == 'ZMS' and 'id' in attrs:
id = attrs.get('id')
prefix = standard.id_prefix(id)
self.getNewId(prefix) # force sequence to generate new-id
elif 'id_fix' in attrs:
id = attrs.get('id_fix')
prefix = standard.id_prefix(id)
self.getNewId(prefix) # force sequence to generate new-id
elif 'id_prefix' in attrs:
prefix = attrs.get('id_prefix')
id = self.getNewId(prefix)
elif 'id' in attrs:
id = attrs.get('id')
prefix = standard.id_prefix(id)
id = self.getNewId(prefix)
# Assure new id does not already exists.
while id is None or id in self.oCurrNode.objectIds():
prefix = standard.id_prefix([id, 'e'][int(id is None)])
id = self.oCurrNode.getNewId(prefix)
# Get new sort-id.
sort_id = self.oCurrNode.getNewSortId()
##### Init ####
newNode = constructor(id, sort_id, meta_id)
self.oCurrNode._setObject(newNode.id, newNode)
newNode = getattr(self.oCurrNode, newNode.id)
standard.writeLog(
self, "[Builder.OnStartElement]: object with id " +
str(newNode.id) + " of class " + str(newNode.__class__) +
" created in " + str(self.oCurrNode.__class__))
##### Uid ####
if 'uid' in attrs:
uid = attrs['uid']
newNode.set_uid(uid)
##### 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:
newNode.setObjProperty('active', 1, lang)
if len(langs) == 1:
dt = time.time()
uid = self.REQUEST['AUTHENTICATED_USER'].getId()
newNode.setObjProperty('created_uid', uid, lang)
newNode.setObjProperty('created_dt', dt, lang)
newNode.setObjProperty('change_uid', uid, lang)
newNode.setObjProperty('change_dt', dt, lang)
# notify new node
newNode.xmlOnStartElement(name, attrs, self.oCurrNode)
# set new node as current node
self.oCurrNode = newNode
else:
# tag name is unknown -> offer it to current object
if not self.oCurrNode.xmlOnUnknownStartTag(name, attrs):
standard.writeLog(
self, "[Builder.OnStartElement]: Unknown start-tag (" +
name + "): current object did not accept tag!"
) # current object did not accept tag!