def getCheckbox(self, fmName, elName, elId=None, value=None, enabled=True, hidden=True, css='', btn=False, options=[0, 1]):
lang = self.REQUEST.get('lang', self.getPrimaryLanguage())
if elId==None:
elId = elName
if elId.endswith('_%s'%lang):
elId = elId[:-len('_%s'%lang)]
html = []
if value in [True, False]:
value = options[int(value)]
checked = str(value) == str(options[1])
html.append('<input ')
html.append(' type="hidden"')
html.append(' name="%s"'%elName)
html.append(' value="%s"'%str(standard.nvl(value, options[0])))
html.append(' />')
if btn:
html.append('<span class="btn btn-secondary">')
html.append('<input ')
if isinstance(elId, str) and elId!='':
html.append(' id="%s"'%elId)
html.append(' class="%s"'%' '.join([elId in [None,''] and elName or elId, css, lang]))
html.append(' type="checkbox"')
if not enabled:
html.append(' disabled="disabled"')
if checked:
html.append(' checked="checked"')
html.append(' onclick="if(this.checked){$(this)%s.prev().val(\'%s\')}else{$(this)%s.prev().val(\'%s\')}"'%(['', '.parent()'][btn], options[1], ['', '.parent()'][btn], options[0]))
html.append(' />')
if btn:
html.append('</span>')
return ''.join(html)
def getNextPage(self, REQUEST, incResource=False, root=None):
"""
Returns the next page of this node from root (or document-element if root
is not given).
@param REQUEST: the triggering request
@type REQUEST: C{ZPublisher.HTTPRequest}
@return: the next page
@rtype: C{zmsobject.ZMSObject}
"""
ob = None
root = standard.nvl(root, self.getDocumentElement())
while True:
children = self.filteredChildNodes(REQUEST, self.PAGES)
if len(children) > 0:
ob = children[0]
else:
current = self
while ob is None and current is not None:
ob = getNextSibling(current, REQUEST, incResource)
current = current.getParentNode()
if not ob is None and not ob.isMetaType(self.PAGES, REQUEST):
ob = ob.getNextPage(REQUEST, incResource, root)
if ob is None or ob.isMetaType(self.PAGES, REQUEST):
break
return ob
def zmi_actions(container, context, attr_id='e'):
"""
Returns list of actions.
"""
actions = []
REQUEST = container.REQUEST
objAttr = standard.nvl(
container.getMetaobjAttr(container.meta_id, attr_id), {})
objChildren = len(container.getObjChildren(attr_id, REQUEST))
objPath = ''
if context is not None and context != container:
objPath = context.id + '/'
#-- Action: Separator.
actions.append(
('----- %s -----' % container.getZMILangStr('ACTION_SELECT') %
container.getZMILangStr('ATTR_ACTION'), 'select-action'))
actions.extend(
zmi_basic_actions(container, context, objAttr, objChildren, objPath))
actions.extend(
zmi_insert_actions(container, context, objAttr, objChildren, objPath))
# Return action list.
return actions
def getPrevPage(self, REQUEST, incResource=False, root=None):
"""
Returns the previous page of this node from root (or document-element if root
is not given).
@param REQUEST: the triggering request
@type REQUEST: C{ZPublisher.HTTPRequest}
@return: the previous page
@rtype: C{zmsobject.ZMSObject}
"""
ob = None
root = standard.nvl(root, self.getDocumentElement())
while True:
ob = getPrevSibling(self, REQUEST, incResource)
if ob is None:
parent = self.getParentNode()
if parent is not None:
if self.getHref2IndexHtml(
REQUEST) == parent.getHref2IndexHtml(REQUEST):
ob = parent.getPrevPage(REQUEST, incResource, parent)
else:
ob = parent
else:
ob = ob.getLastPage(REQUEST, incResource, ob)
if not ob is None and not ob.isMetaType(self.PAGES, REQUEST):
ob = ob.getPrevPage(REQUEST, incResource, root)
if ob is None or ob.isMetaType(self.PAGES, REQUEST):
break
return ob
def getObjChildrenAttr(self, key, meta_type=None):
meta_type = standard.nvl(meta_type, self.meta_id)
##### Meta-Objects ####
if meta_type in self.getMetaobjIds() and key in self.getMetaobjAttrIds(
meta_type):
obj_attr = self.getMetaobjAttr(meta_type, key)
##### Default ####
else:
obj_attr = {'id': key, 'repetitive': 1, 'mandatory': 0}
return obj_attr
def getFirstPage(self, REQUEST, incResource=False, root=None):
"""
Returns the first page of the tree from root (or document-element if root
is not given).
@param REQUEST: the triggering request
@type REQUEST: C{ZPublisher.HTTPRequest}
@return: the first page
@rtype: C{zmsobject.ZMSObject}
"""
root = standard.nvl(root, self.getDocumentElement())
return root
def getLinkHtml(self, url, html='<a href="%s">»</a>', REQUEST=None):
warn(self, 'getLinkHtml', '@deprecated: use own implementation!')
REQUEST = standard.nvl(REQUEST, self.REQUEST)
s = ''
ob = self
while ob is not None:
if html in ob.getMetaobjIds(
) and 'getLinkHtml' in ob.getMetaobjAttrIds(html):
REQUEST.set('ref_id', url)
return ob.evalMetaobjAttr('%s.getLinkHtml' % html, ref_id=url)
ob = ob.getPortalMaster()
ob = self.getLinkObj(url)
if ob is not None:
if ob.isVisible(REQUEST):
url = ob.getHref2IndexHtml(REQUEST)
s = html % url
return s
def reindex_all(self):
result = []
zcm = self.getCatalogAdapter()
request = self.REQUEST
container = self.getDocumentElement()
for lang in container.getLangIds():
request.set('lang', lang)
# Recreate catalog.
result.append(recreateCatalog(container, self.aq_parent, lang))
# Reindex items to catalog.
def cb(node, d):
self._update(node, d)
for root in [container] + self.getPortalClients():
rcm = standard.nvl(root.getCatalogAdapter(), zcm)
result.append(rcm.get_sitemap(cb, root, recursive=True))
result = [x for x in result if x]
return ', '.join([x for x in result])
def reindex_self(self, uid):
result = []
zcm = self.getCatalogAdapter()
request = self.REQUEST
request.set('btn', 'Reindex') # backwards-compatibility (UzK)
container = self.getLinkObj(uid)
home_id = container.getHome().id
try:
for lang in container.getLangIds():
request.set('lang', lang)
lresult = []
lresult.append('language: %s' % lang)
# Clear catalog.
zcatalog = getZCatalog(self, lang)
if zcatalog is None:
lresult.append(
recreateCatalog(container, self.aq_parent, lang))
else:
qr = zcatalog({'zcat_index_home_id': home_id})
lresult.append('%i objects removed from catalog' % len(qr))
for item in qr:
data_record_id = item.data_record_id_
path = zcatalog.getpath(data_record_id)
zcatalog.uncatalog_object(path)
# Reindex items to catalog.
def cb(node, d):
self._update(node, d)
rcm = standard.nvl(container.getCatalogAdapter(), zcm)
lresult.append(rcm.get_sitemap(cb, container, recursive=True))
lresult = [x for x in lresult if x]
result.extend(lresult)
# Log changes.
zcatalog = getZCatalog(self, lang)
writeChangesLog(
zcatalog,
'[reindex_self]: ' + '\n'.join([x for x in lresult]))
except:
result.append(standard.writeError(self, 'can\'t reindex_self'))
return ', '.join([x for x in result if x])
def getLastPage(self, REQUEST, incResource=False, root=None):
"""
Returns the last page of the tree from root (or document-element if root
is not given).
@param REQUEST: the triggering request
@type REQUEST: C{ZPublisher.HTTPRequest}
@return: the last page
@rtype: C{zmsobject.ZMSObject}
"""
ob = None
root = standard.nvl(root, self.getDocumentElement())
children = [root]
while len(children) > 0:
i = len(children) - 1
while i >= 0:
if (incResource or not children[i].isResource(REQUEST)):
ob = children[i]
i = 0
i = i - 1
if ob == self:
break
children = ob.filteredChildNodes(REQUEST, self.PAGES)
return ob
def nvl(self, a1, a2, n=None):
warn(self, 'nvl', 'Products.zms.standard.nvl')
return standard.nvl(a1, a2, n)
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
request = self.REQUEST
url = request.get('URL', '')
zmi = url.find('/manage') >= 0
if 'path_to_handle' not in TraversalRequest:
# 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 = request.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 = request.get('lang')
if lang is None:
lang = self.getLanguageFromName(
TraversalRequest['path_to_handle'][-1])
if lang is not None:
request.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, request)
if obContext is not None:
ob = obContext
if ob is not None:
if not zmi and TraversalRequest['path_to_handle'][-1] == name:
lang = request.get('lang')
if lang is None:
lang = self.getHttpAcceptLanguage(request)
if lang is not None:
request.set('lang', lang)
return ob
# otherwise do some 'magic'
else:
standard.writeLog(self,
'[__bobo_traverse__]: otherwise do some magic')
if request.get('lang') is None:
lang = self.getPrimaryLanguage()
request.set('lang', lang)
# Package-Home.
if name == '$ZMS_HOME':
i = TraversalRequest['path_to_handle'].index(name)
filepath = standard.getPRODUCT_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 = name
f.lang = request['lang']
return f
# Pathhandler-Hook.
if 'pathhandler' in self.getMetaobjAttrIds(self.meta_id,
types=['method', 'py']):
if name == TraversalRequest['path_to_handle'][-1]:
request.set('path_',
'/'.join(request.get('path_', []) + [name]))
return self.attr('pathhandler')
else:
request.set('path_', request.get('path_', []) + [name])
return self
if not zmi or request.get('ZMS_PATH_HANDLER', False):
# Recursive inclusions.
thisOb = standard.nvl(filterId(self, name, request), self)
if thisOb.meta_type == 'ZMSLinkElement':
recursive = thisOb.isEmbeddedRecursive(request)
if recursive:
ob = thisOb.getRefObj()
proxy = thisOb.initProxy(thisOb.aq_parent,
thisOb.absolute_url(), ob,
recursive)
c = 0
l = TraversalRequest['path_to_handle']
i = 0
if thisOb.id in l:
i = l.index(thisOb.id) + 1
elif thisOb.getDeclId(request) in l:
i = l.index(thisOb.getDeclId(request)) + 1
for k in range(i, len(l)):
newOb = None
obs = ob.getChildNodes(request)
filtered_obs = [
x for x in obs
if x.id == l[k] or x.getDeclId(request) == l[k]
]
if len(filtered_obs) == 1:
newOb = filtered_obs[0]
try:
if newOb.meta_type not in self.dGlobalAttrs:
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:
request.set('ZMS_PROXY_%s' % self.id, proxy)
if request.get('ZMS_PROXY_%s' % self.id) and request.get(
'ZMS_PROXY_%s' % self.id
).id != TraversalRequest['path_to_handle'][-1]:
v = handleBlobAttrs(
request.get('ZMS_PROXY_%s' % self.id).proxy,
TraversalRequest['path_to_handle'][-1], request)
if v is not None:
return v
return thisOb
# Declarative Urls.
ob = self.pathob([name], request)
if ob is not None:
return ob
# UID.
if name.startswith('{$') and name.endswith('}'):
ob = self.getLinkObj(name)
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'],
request)
d = r[i]
for key in d:
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 = request['lang']
langfilename = value.getHref(request).split(
'/')[-1]
if langfilename.find('?') > 0:
langfilename = langfilename[:langfilename.
find('?')]
if langfilename == TraversalRequest[
'path_to_handle'][-1]:
return value
except:
standard.writeError(self, '[__bobo_traverse__]')
else:
try:
i = int(name[1:])
obj_attrs = self.getObjAttrs()
for key in self.getObjAttrs():
obj_attr = obj_attrs[key]
if obj_attr['datatype_key'] == _globals.DT_LIST and \
obj_attr['repetitive']:
lp = [request.get('preview')]
if lp[0] != 'preview':
lp.append('preview')
for ip in lp:
try:
request.set('preview', ip)
r = self.attr(key)
value = r[i]
value = value._getCopy()
value.aq_parent = self
value.key = key
value.lang = request['lang']
langfilename = value.getHref(
request).split('/')[-1]
if langfilename.find('?') > 0:
langfilename = langfilename[:
langfilename
.find(
'?'
)]
if langfilename == TraversalRequest[
'path_to_handle'][-1]:
return value
except:
standard.writeError(
self,
'[__bobo_traverse__]: ip=%s' %
str(ip))
request.set('preview', lp[0])
except:
standard.writeError(self, '[__bobo_traverse__]')
# If the object has blob-fields find by filename and display data.
v = handleBlobAttrs(self, name, request)
if v is not None: return v
# If the object has executable-fields find by name and display data.
pattern = self.getConfProperty(
'ZMS.metaobj.attr.publicExecutablePattern', 'public(.*?)')
if re.compile(pattern).match(
name) and name in self.getMetaobjAttrIds(
self.meta_id, types=['method', 'py', 'zpt']):
try:
v = self.attr(name)
except:
v = standard.writeError(
self, '[__bobo_traverse__]: name=%s' % name)
if v is not None:
if isinstance(v, str):
v = self.FileFromData(
v, content_type='text/plain;charset=utf-8')
v.aq_parent = self
v.key = name
v.lang = request['lang']
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():
zms_skin = l[:i]
zms_ext = l[j + 1:]
if zms_skin in [x.strip() for x in self.getConfProperty('ZMS.skins', 'index').split(',')] and \
zms_ext == self.getPageExt(request)[1:]:
request.set('ZMS_SKIN', zms_skin)
request.set('ZMS_EXT', zms_ext)
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
standard.raiseError(
'NotFound',
''.join([x + '/' for x in TraversalRequest['path_to_handle']]))
def __init__(self, id='', sort_id=0, meta_id=None):
""" ZMSCustom.__init__ """
zmscontainerobject.ZMSContainerObject.__init__(self, id, sort_id)
self.meta_id = standard.nvl(meta_id, self.meta_type)
