def __init__(self,
module,
rootNode=None,
node=None,
isSelector=False,
*args,
**kwargs):
"""
@param modul: Name of the modul we shall handle. Must be a list application!
@type modul: string
@param rootNode: The rootNode we shall display. If None, we try to select one.
@type rootNode: String or None
@param node: The node we shall display at start. Must be a child of rootNode
@type node: String or None
"""
super(TreeWidget, self).__init__()
self["class"].append("tree")
self.module = module
self.rootNode = rootNode
self.node = node or rootNode
self.actionBar = ActionBar(module, "tree")
self.appendChild(self.actionBar)
self.pathList = html5.Div()
self.pathList["class"].append("breadcrumb")
self.appendChild(self.pathList)
self.entryFrame = SelectableDiv(self.nodeWidget, self.leafWidget)
self.appendChild(self.entryFrame)
self.entryFrame.selectionActivatedEvent.register(self)
self._batchSize = 99
self._currentCursor = {"node": None, "leaf": None}
self._currentRequests = []
self.rootNodeChangedEvent = EventDispatcher("rootNodeChanged")
self.nodeChangedEvent = EventDispatcher("nodeChanged")
self.isSelector = isSelector
if self.rootNode:
self.reloadData()
else:
NetworkService.request(self.module,
"listRootNodes",
successHandler=self.onSetDefaultRootNode)
self.path = []
self.sinkEvent("onClick")
#Proxy some events and functions of the original table
for f in [
"selectionChangedEvent", "selectionActivatedEvent",
"cursorMovedEvent", "getCurrentSelection",
"selectionReturnEvent"
]:
setattr(self, f, getattr(self.entryFrame, f))
self.actionBar.setActions(self.defaultActions +
(["select", "close"] if isSelector else []))
def __init__(self,
module,
rootNode=None,
isSelector=False,
context=None,
*args,
**kwargs):
"""
@param module: Name of the modul we shall handle. Must be a hierarchy application!
@type module: string
@param rootNode: The repository we shall display. If none, we try to select one.
@type rootNode: String or None
"""
super(HierarchyWidget, self).__init__()
self.module = module
self.rootNode = rootNode
self.actionBar = ActionBar(module, "hierarchy")
self.appendChild(self.actionBar)
self.entryFrame = html5.Ol()
self.entryFrame["class"].append("hierarchy")
self.appendChild(self.entryFrame)
self.selectionChangedEvent = EventDispatcher("selectionChanged")
self.selectionActivatedEvent = EventDispatcher("selectionActivated")
self.rootNodeChangedEvent = EventDispatcher("rootNodeChanged")
self._currentCursor = None
self._currentRequests = []
self.addClass("supports_drop")
self.isSelector = isSelector
self._expandedNodes = []
self.context = context
if self.rootNode:
self.reloadData()
else:
NetworkService.request(self.module,
"listRootNodes",
self.context or {},
successHandler=self.onSetDefaultRootNode,
failureHandler=self.showErrorMsg)
self.path = []
self.sinkEvent("onClick", "onDblClick")
##Proxy some events and functions of the original table
#for f in ["selectionChangedEvent","selectionActivatedEvent","cursorMovedEvent","getCurrentSelection"]:
# setattr( self, f, getattr(self.table,f))
self.actionBar.setActions(
["selectrootnode", "add", "edit", "clone", "delete"] +
(["select", "close"] if isSelector else []) + ["reload"])
self.sinkEvent("onDrop", "onDragOver")
def __init__(self, modul, key):
super(RepeatDatePopup, self).__init__()
self.module = modul
self.editIdx = RepeatDatePopup.__editIdx_ #Iternal counter to ensure unique ids
RepeatDatePopup.__editIdx_ += 1
self.key = key
self._lastData = {} #Dict of structure and values received
self.closeOnSuccess = False
h3 = html5.H3()
h3["class"].append("modul_%s" % self.module)
h3["class"].append("apptype_list")
h3.appendChild(html5.TextNode(translate("create recurrent dates")))
self.wasInitialRequest = True
self.actionbar = ActionBar( self.module, "list", "repeatdate")
self.appendChild( self.actionbar )
self.form = html5.Form()
self.appendChild(self.form)
self.actionbar.setActions(["create.recurrent"])
self.reloadData()
def __init__(self,
module,
filter=None,
columns=None,
isSelector=False,
filterID=None,
filterDescr=None,
batchSize=None,
context=None,
autoload=True,
*args,
**kwargs):
"""
@param module: Name of the modul we shall handle. Must be a list application!
@type module: string
"""
if not module in conf["modules"].keys():
conf["mainWindow"].log(
"error",
translate("The module '{module}' does not exist.",
module=module))
assert module in conf["modules"].keys()
super(ListWidget, self).__init__()
self._batchSize = batchSize or conf[
"batchSize"] # How many rows do we fetch at once?
self.isDetaching = False #If set, this widget is beeing about to be removed - dont issue nextBatchNeeded requests
self.module = module
self.context = context
self.actionBar = ActionBar(module, "list", currentAction="list")
self.appendChild(self.actionBar)
self.sideBar = SideBar()
self.appendChild(self.sideBar)
myView = None
if filterID:
if conf["modules"] and module in conf["modules"].keys():
if "views" in conf["modules"][module].keys(
) and conf["modules"][module]["views"]:
for v in conf["modules"][module]["views"]:
if v["__id"] == filterID:
myView = v
break
if myView and "extendedFilters" in myView.keys(
) and myView["extendedFilters"]:
self.appendChild(CompoundFilter(myView, module, embed=True))
checkboxes = (conf["modules"] and module in conf["modules"].keys() and
"checkboxSelection" in conf["modules"][module].keys()
and conf["modules"][module]["checkboxSelection"])
indexes = (conf["modules"] and module in conf["modules"].keys()
and "indexes" in conf["modules"][module].keys()
and conf["modules"][module]["indexes"])
self.table = DataTable(checkboxes=checkboxes,
indexes=indexes,
*args,
**kwargs)
self.appendChild(self.table)
self._currentCursor = None
self._structure = None
self._currentRequests = []
self.columns = []
if isSelector and filter is None and columns is None:
#Try to select a reasonable set of cols / filter
if conf["modules"] and module in conf["modules"].keys():
tmpData = conf["modules"][module]
if "columns" in tmpData.keys():
columns = tmpData["columns"]
if "filter" in tmpData.keys():
filter = tmpData["filter"]
self.table.setDataProvider(self)
self.filter = filter.copy() if isinstance(filter, dict) else {}
self.columns = columns[:] if isinstance(columns, list) else []
self.filterID = filterID #Hint for the sidebarwidgets which predefined filter is currently active
self.filterDescr = filterDescr #Human-readable description of the current filter
self._tableHeaderIsValid = False
self.isSelector = isSelector
#Proxy some events and functions of the original table
for f in [
"selectionChangedEvent", "selectionActivatedEvent",
"cursorMovedEvent", "tableChangedEvent", "getCurrentSelection"
]:
setattr(self, f, getattr(self.table, f))
self.actionBar.setActions(self.getDefaultActions(myView))
if isSelector:
self.selectionActivatedEvent.register(self)
self.emptyNotificationDiv = html5.Div()
self.emptyNotificationDiv.appendChild(
html5.TextNode(translate("Currently no entries")))
self.emptyNotificationDiv["class"].append("emptynotification")
self.appendChild(self.emptyNotificationDiv)
self.emptyNotificationDiv["style"]["display"] = "none"
self.table["style"]["display"] = "none"
self.filterDescriptionSpan = html5.Span()
self.appendChild(self.filterDescriptionSpan)
self.filterDescriptionSpan["class"].append("filterdescription")
self.updateFilterDescription()
if autoload:
self.reloadData()
class ListWidget(html5.Div):
"""
Provides the interface to list-applications.
It acts as a data-provider for a DataTable and binds an action-bar
to this table.
"""
def __init__(self,
module,
filter=None,
columns=None,
isSelector=False,
filterID=None,
filterDescr=None,
batchSize=None,
context=None,
autoload=True,
*args,
**kwargs):
"""
@param module: Name of the modul we shall handle. Must be a list application!
@type module: string
"""
if not module in conf["modules"].keys():
conf["mainWindow"].log(
"error",
translate("The module '{module}' does not exist.",
module=module))
assert module in conf["modules"].keys()
super(ListWidget, self).__init__()
self._batchSize = batchSize or conf[
"batchSize"] # How many rows do we fetch at once?
self.isDetaching = False #If set, this widget is beeing about to be removed - dont issue nextBatchNeeded requests
self.module = module
self.context = context
self.actionBar = ActionBar(module, "list", currentAction="list")
self.appendChild(self.actionBar)
self.sideBar = SideBar()
self.appendChild(self.sideBar)
myView = None
if filterID:
if conf["modules"] and module in conf["modules"].keys():
if "views" in conf["modules"][module].keys(
) and conf["modules"][module]["views"]:
for v in conf["modules"][module]["views"]:
if v["__id"] == filterID:
myView = v
break
if myView and "extendedFilters" in myView.keys(
) and myView["extendedFilters"]:
self.appendChild(CompoundFilter(myView, module, embed=True))
checkboxes = (conf["modules"] and module in conf["modules"].keys() and
"checkboxSelection" in conf["modules"][module].keys()
and conf["modules"][module]["checkboxSelection"])
indexes = (conf["modules"] and module in conf["modules"].keys()
and "indexes" in conf["modules"][module].keys()
and conf["modules"][module]["indexes"])
self.table = DataTable(checkboxes=checkboxes,
indexes=indexes,
*args,
**kwargs)
self.appendChild(self.table)
self._currentCursor = None
self._structure = None
self._currentRequests = []
self.columns = []
if isSelector and filter is None and columns is None:
#Try to select a reasonable set of cols / filter
if conf["modules"] and module in conf["modules"].keys():
tmpData = conf["modules"][module]
if "columns" in tmpData.keys():
columns = tmpData["columns"]
if "filter" in tmpData.keys():
filter = tmpData["filter"]
self.table.setDataProvider(self)
self.filter = filter.copy() if isinstance(filter, dict) else {}
self.columns = columns[:] if isinstance(columns, list) else []
self.filterID = filterID #Hint for the sidebarwidgets which predefined filter is currently active
self.filterDescr = filterDescr #Human-readable description of the current filter
self._tableHeaderIsValid = False
self.isSelector = isSelector
#Proxy some events and functions of the original table
for f in [
"selectionChangedEvent", "selectionActivatedEvent",
"cursorMovedEvent", "tableChangedEvent", "getCurrentSelection"
]:
setattr(self, f, getattr(self.table, f))
self.actionBar.setActions(self.getDefaultActions(myView))
if isSelector:
self.selectionActivatedEvent.register(self)
self.emptyNotificationDiv = html5.Div()
self.emptyNotificationDiv.appendChild(
html5.TextNode(translate("Currently no entries")))
self.emptyNotificationDiv["class"].append("emptynotification")
self.appendChild(self.emptyNotificationDiv)
self.emptyNotificationDiv["style"]["display"] = "none"
self.table["style"]["display"] = "none"
self.filterDescriptionSpan = html5.Span()
self.appendChild(self.filterDescriptionSpan)
self.filterDescriptionSpan["class"].append("filterdescription")
self.updateFilterDescription()
if autoload:
self.reloadData()
def updateFilterDescription(self):
self.filterDescriptionSpan.removeAllChildren()
if self.filterDescr:
self.filterDescriptionSpan.appendChild(
html5.TextNode(html5.utils.unescape(self.filterDescr)))
def getDefaultActions(self, view=None):
"""
Returns the list of actions available in our actionBar
"""
defaultActions = ["add", "edit", "clone", "delete",
"|", "preview", "selectfields"]\
+ (["|", "select","close"] if self.isSelector else [])+["|", "reload","selectfilter"]
#if not self.isSelector:
# defaultActions += ["|", "exportcsv"]
# Extended actions from view?
if view and "actions" in view.keys():
if defaultActions[-1] != "|":
defaultActions.append("|")
defaultActions.extend(view["actions"] or [])
# Extended Actions from config?
elif conf["modules"] and self.module in conf["modules"].keys():
cfg = conf["modules"][self.module]
if "actions" in cfg.keys() and cfg["actions"]:
if defaultActions[-1] != "|":
defaultActions.append("|")
defaultActions.extend(cfg["actions"])
return defaultActions
def showErrorMsg(self, req=None, code=None):
"""
Removes all currently visible elements and displayes an error message
"""
self.actionBar["style"]["display"] = "none"
self.table["style"]["display"] = "none"
errorDiv = html5.Div()
errorDiv["class"].append("error_msg")
if code and (code == 401 or code == 403):
txt = translate("Access denied!")
else:
txt = translate("An unknown error occurred!")
errorDiv["class"].append("error_code_%s" % (code or 0))
errorDiv.appendChild(html5.TextNode(txt))
self.appendChild(errorDiv)
def onNextBatchNeeded(self):
"""
Requests the next rows from the server and feed them to the table.
"""
if self._currentCursor and not self.isDetaching:
filter = {}
if self.context:
filter.update(self.context)
filter.update(self.filter)
filter["amount"] = self._batchSize
filter["cursor"] = self._currentCursor
self._currentRequests.append(
NetworkService.request(self.module,
"list",
filter,
successHandler=self.onCompletion,
failureHandler=self.showErrorMsg,
cacheable=True))
self._currentCursor = None
else:
self.table.setDataProvider(None)
def onAttach(self):
super(ListWidget, self).onAttach()
NetworkService.registerChangeListener(self)
def onDetach(self):
self.isDetaching = True
super(ListWidget, self).onDetach()
NetworkService.removeChangeListener(self)
def onDataChanged(self, module, **kwargs):
"""
Refresh our view if element(s) in this modul have changed
"""
if module and module != self.module:
return
self.reloadData()
def reloadData(self):
"""
Removes all currently displayed data and refetches the first batch from the server.
"""
self.table.clear()
self._currentCursor = None
self._currentRequests = []
filter = {}
if self.context:
filter.update(self.context)
filter.update(self.filter)
filter["amount"] = self._batchSize
self._currentRequests.append(
NetworkService.request(self.module,
"list",
filter,
successHandler=self.onCompletion,
failureHandler=self.showErrorMsg,
cacheable=True))
def setFilter(self, filter, filterID=None, filterDescr=None):
"""
Applies a new filter.
"""
self.filter = filter
self.filterID = filterID
self.filterDescr = filterDescr
self.updateFilterDescription()
self.reloadData()
def setContext(self, context):
"""
Applies a new context.
"""
self.context = context
self.reloadData()
def getFilter(self):
if self.filter:
return ({k: v for k, v in self.filter.items()})
return ({})
def onCompletion(self, req):
"""
Pass the rows received to the datatable.
@param req: The network request that succeed.
"""
if not req in self._currentRequests:
return
self._currentRequests.remove(req)
self.actionBar.resetLoadingState()
data = NetworkService.decode(req)
if data["structure"] is None:
if self.table.getRowCount():
self.table.setDataProvider(
None) #We cant load any more results
else:
self.table["style"]["display"] = "none"
self.emptyNotificationDiv["style"]["display"] = ""
#self.element.innerHTML = "<center><strong>Keine Ergebnisse</strong></center>"
return
self.table["style"]["display"] = ""
self.emptyNotificationDiv["style"]["display"] = "none"
self._structure = data["structure"]
if not self._tableHeaderIsValid:
if not self.columns:
self.columns = []
for boneName, boneInfo in data["structure"]:
if boneInfo["visible"]:
self.columns.append(boneName)
self.setFields(self.columns)
if data["skellist"] and "cursor" in data.keys():
self._currentCursor = data["cursor"]
self.table.setDataProvider(self)
else:
self.table.setDataProvider(None)
self.table.extend(data["skellist"])
def setFields(self, fields):
if not self._structure:
self._tableHeaderIsValid = False
return
boneInfoList = []
tmpDict = {key: bone for key, bone in self._structure}
fields = [x for x in fields if x in tmpDict.keys()]
self.columns = fields
for boneName in fields:
boneInfo = tmpDict[boneName]
delegateFactory = viewDelegateSelector.select(
self.module, boneName, tmpDict)(self.module, boneName, tmpDict)
self.table.setCellRender(boneName, delegateFactory)
boneInfoList.append(boneInfo)
if conf["showBoneNames"]:
self.table.setHeader(fields)
else:
self.table.setHeader([x.get("descr", "") for x in boneInfoList])
self.table.setShownFields(fields)
rendersDict = {}
for boneName in fields:
boneInfo = tmpDict[boneName]
delegateFactory = viewDelegateSelector.select(
self.module, boneName, tmpDict)(self.module, boneName, tmpDict)
rendersDict[boneName] = delegateFactory
boneInfoList.append(boneInfo)
self.table.setCellRenders(rendersDict)
self._tableHeaderIsValid = True
def getFields(self):
return (self.columns[:])
def onSelectionActivated(self, table, selection):
conf["mainWindow"].removeWidget(self)
def activateCurrentSelection(self):
"""
Emits the selectionActivated event if there's currently a selection
"""
self.table.activateCurrentSelection()
@staticmethod
def canHandle(moduleName, moduleInfo):
return moduleInfo["handler"] == "list" or moduleInfo[
"handler"].startswith("list.")
@staticmethod
def render(moduleName, adminInfo, context):
filter = adminInfo.get("filter")
columns = adminInfo.get("columns")
return ListWidget(module=moduleName,
filter=filter,
columns=columns,
context=context)
class RepeatDatePopup(html5.Div):
__editIdx_ = 0
def __init__(self, modul, key):
super(RepeatDatePopup, self).__init__()
self.module = modul
self.editIdx = RepeatDatePopup.__editIdx_ #Iternal counter to ensure unique ids
RepeatDatePopup.__editIdx_ += 1
self.key = key
self._lastData = {} #Dict of structure and values received
self.closeOnSuccess = False
h3 = html5.H3()
h3["class"].append("modul_%s" % self.module)
h3["class"].append("apptype_list")
h3.appendChild(html5.TextNode(translate("create recurrent dates")))
self.wasInitialRequest = True
self.actionbar = ActionBar( self.module, "list", "repeatdate")
self.appendChild( self.actionbar )
self.form = html5.Form()
self.appendChild(self.form)
self.actionbar.setActions(["create.recurrent"])
self.reloadData()
def reloadData(self):
self.save({})
return
def save(self, data):
self.wasInitialRequest = not len(data)>0
if self.module=="_tasks":
return #FIXME!
else:
if not data:
NetworkService.request(self.module,"view/%s" % self.key, successHandler=self.setData, failureHandler=self.showErrorMsg)
else:
NetworkService.request(self.module, "add", data, secure=len(data)>0, successHandler=self.setData, failureHandler=self.showErrorMsg )
def setData( self, request=None, data=None, ignoreMissing=False ):
"""
Rebuilds the UI according to the skeleton received from server
@param request: A finished NetworkService request
@type request: NetworkService
@type data: dict
@param data: The data received
"""
assert (request or data)
if request:
data = NetworkService.decode( request )
try:
skelStructure = {k: v for k, v in data["structure"]}
except AttributeError:
NetworkService.notifyChange(self.module)
conf["mainWindow"].removeWidget( self )
return
print
print("data", data)
print("action", data["action"])
if "action" in data and (data["action"] in ["addSuccess", "editSuccess"]):
NetworkService.notifyChange(self.module)
logDiv = html5.Div()
logDiv["class"].append("msg")
spanMsg = html5.Span()
spanMsg.appendChild( html5.TextNode( translate("Entry saved!") ))
spanMsg["class"].append("msgspan")
logDiv.appendChild(spanMsg)
if self.module in conf["modules"].keys():
spanMsg = html5.Span()
spanMsg.appendChild( html5.TextNode( conf["modules"][self.module]["name"] ))
spanMsg["class"].append("modulspan")
logDiv.appendChild(spanMsg)
if "values" in data.keys() and "name" in data["values"].keys():
spanMsg = html5.Span()
spanMsg.appendChild( html5.TextNode( str(data["values"]["name"]) ))
spanMsg["class"].append("namespan")
logDiv.appendChild(spanMsg)
conf["mainWindow"].log("success",logDiv)
if self.closeOnSuccess:
conf["mainWindow"].removeWidget( self )
return
self.clear()
# self.bones = {}
self.reloadData()
return
self.clear()
self.actionbar.resetLoadingState()
self.dataCache = data
fieldSets = {}
cat = "byweek"
fs = html5.Fieldset()
fs["class"] = cat
if cat=="byweek":
fs["class"].append("active")
fs["name"] = cat
legend = html5.Legend()
fshref = fieldset_A()
fshref.appendChild(html5.TextNode(cat) )
legend.appendChild( fshref )
fs.appendChild(legend)
section = html5.Section()
fs.appendChild(section)
fs._section = section
fieldSets[ cat ] = fs
self.dtstart = data["values"]["startdate"]
startdateLabel = html5.Label("Termin")
startdateLabel["class"].append("termin")
startdateLabel["class"].append("date")
startdate_id = "vi_%s_%s_edit_bn_%s" % ( self.editIdx, self.module, "repeatdate")
startdateLabel["for"] = startdate_id
startdate = date.DateViewBoneDelegate("termin", "startdate", skelStructure).render(data["values"], "startdate")
startdate["id"] = startdate_id
containerDiv = html5.Div()
containerDiv.appendChild(startdateLabel)
containerDiv.appendChild(startdate)
containerDiv["class"].append("bone")
containerDiv["class"].append("bone_startdate")
containerDiv["class"].append("date")
fieldSets[ cat ]._section.appendChild( containerDiv )
countLabel = html5.Label("Wiederholungen")
countLabel["class"].append("count")
countLabel["class"].append("numeric")
count_id = "vi_%s_%s_edit_bn_%s" % ( self.editIdx, self.module, "count")
countLabel["for"] = count_id
self.count = html5.Input()
self.count["id"] = count_id
containerDiv2 = html5.Div()
containerDiv2["class"].append("bone")
containerDiv2["class"].append("bone_count")
containerDiv2["class"].append("date")
containerDiv2.appendChild(countLabel)
containerDiv2.appendChild(self.count)
# containerDiv3 = html5.Div()
# self.byweekday = list()
# for key, value in [["MO", "Mo"], ["TU", "Di"], ["TH", "Mi"], ["WE", "Do"], ["FR", "Fr"], ["SA", "Sa"], ["SU", "So"]]:
# alabel=html5.Label()
# acheckbox=html5.Input()
# acheckbox["type"]="checkbox"
# acheckbox["name"]=key
# alabel.appendChild(acheckbox)
# aspan=html5.Span()
# aspan.element.innerHTML=value
# alabel.appendChild(aspan)
# containerDiv3.appendChild(alabel)
# containerDiv2["class"].append("bone")
# containerDiv2["class"].append("bone_count")
# containerDiv2["class"].append("byweekday")
# self.byweekday.append(acheckbox)
fieldSets[ cat ]._section.appendChild(containerDiv2)
# fieldSets[ cat ]._section.appendChild(containerDiv3)
for (k,v) in fieldSets.items():
if not "active" in v["class"]:
v["class"].append("active")
tmpList = [(k,v) for (k,v) in fieldSets.items()]
tmpList.sort( key=lambda x:x[0])
for k,v in tmpList:
self.form.appendChild( v )
v._section = None
def clear(self):
"""
Removes all visible bones/forms/fieldsets.
"""
for c in self.form._children[ : ]:
self.form.removeChild( c )
def showErrorMsg(self, req=None, code=None):
"""
Removes all currently visible elements and displayes an error message
"""
self.actionbar["style"]["display"] = "none"
self.form["style"]["display"] = "none"
errorDiv = html5.Div()
errorDiv["class"].append("error_msg")
if code and (code==401 or code==403):
txt = translate("Access denied!")
else:
txt = translate("An unknown error occurred!")
errorDiv["class"].append("error_code_%s" % (code or 0))
errorDiv.appendChild( html5.TextNode( txt ) )
self.appendChild( errorDiv )
def doSave( self, closeOnSuccess=False):
self.closeOnSuccess = closeOnSuccess
data ={"count": self.count._getValue(), "kind" : "2", "dtstart" : self.dtstart
# , "byweekday" : [box["name"] for box in self.byweekday if box["checked"]]
}
# r = rrule.rrule(2, dtstart=datetime(2014, 7,1, 18,00), count=7)
NetworkService.request(self.module, "addrecurrent/%s" % self.key, data, secure=True, successHandler=self.setData, failureHandler=self.showErrorMsg )
class TreeWidget(html5.Div):
nodeWidget = NodeWidget
leafWidget = LeafWidget
defaultActions = [
"add.node", "add.leaf", "selectrootnode", "edit", "delete", "reload"
]
def __init__(self,
module,
rootNode=None,
node=None,
selectMode=None,
*args,
**kwargs):
"""
:param module: Name of the module we shall handle. Must be a list application!
:type module: str
:param rootNode: The rootNode we shall display. If None, we try to select one.
:type rootNode: str or None
:param node: The node we shall display at start. Must be a child of rootNode
:type node: str or None
"""
super(TreeWidget, self).__init__()
self.addClass("tree")
self.module = module
self.rootNode = rootNode
self.node = node or rootNode
self.actionBar = ActionBar(module, "tree")
self.appendChild(self.actionBar)
self.pathList = html5.Ul()
self.pathList["class"].append("breadcrumb")
self.appendChild(self.pathList)
self.entryFrame = SelectionContainer(self.nodeWidget, self.leafWidget)
self.appendChild(self.entryFrame)
self.entryFrame.selectionActivatedEvent.register(self)
self._batchSize = 99
self._currentCursor = {"node": None, "leaf": None}
self._currentRequests = []
self.rootNodeChangedEvent = EventDispatcher("rootNodeChanged")
self.nodeChangedEvent = EventDispatcher("nodeChanged")
assert selectMode in [
None, "single", "multi", "single.leaf", "single.node",
"multi.leaf", "multi.node"
]
self.selectMode = selectMode
if self.rootNode:
self.reloadData()
self.rebuildPath()
else:
NetworkService.request(self.module,
"listRootNodes",
successHandler=self.onSetDefaultRootNode)
self.sinkEvent("onClick")
# Proxy some events and functions of the original table
for f in [
"selectionChangedEvent", "selectionActivatedEvent",
"cursorMovedEvent", "getCurrentSelection",
"selectionReturnEvent"
]:
setattr(self, f, getattr(self.entryFrame, f))
self.actionBar.setActions(self.defaultActions + (
["select", "close"] if self.selectMode else []))
def showErrorMsg(self, req=None, code=None):
"""
Removes all currently visible elements and displays an error message
"""
self.actionBar["style"]["display"] = "none"
self.entryFrame["style"]["display"] = "none"
errorDiv = html5.Div()
errorDiv["class"].append("error_msg")
if code and (code == 401 or code == 403):
txt = "Access denied!"
else:
txt = "An unknown error occurred!"
errorDiv["class"].append("error_code_%s" % (code or 0))
errorDiv.appendChild(html5.TextNode(txt))
self.appendChild(errorDiv)
def onAttach(self):
super(TreeWidget, self).onAttach()
NetworkService.registerChangeListener(self)
def onDetach(self):
super(TreeWidget, self).onDetach()
NetworkService.removeChangeListener(self)
def onDataChanged(self, module, **kwargs):
if module != self.module:
isRootNode = False
for k, v in conf["modules"].items():
if (k == module and v.get("handler") == "list"
and v.get("rootNodeOf") == self.module):
isRootNode = True
break
if not isRootNode:
return
if "selectrootnode" in self.actionBar.widgets.keys():
self.actionBar.widgets["selectrootnode"].update()
self.reloadData()
def onSelectionActivated(self, div, selection):
if not selection:
return
item = selection[0]
if item.skelType == "node":
self.setNode(item.data["key"])
elif item.skelType == "leaf" and "leaf" in (self.selectMode or ""):
self.returnCurrentSelection()
def activateCurrentSelection(self):
return self.entryFrame.activateCurrentSelection()
def returnCurrentSelection(self):
conf["mainWindow"].removeWidget(self)
return self.entryFrame.returnCurrentSelection()
def onClick(self, event):
super(TreeWidget, self).onClick(event)
for c in self.pathList._children:
# Test if the user clicked inside the path-list
if html5.utils.doesEventHitWidgetOrParents(event, c):
self.setNode(c.data["key"])
return
def onSetDefaultRootNode(self, req):
data = NetworkService.decode(req)
if len(data) > 0:
self.setRootNode(data[0]["key"], self.node)
def setRootNode(self, rootNode, node=None):
self.rootNode = rootNode
self.node = node or rootNode
self.rootNodeChangedEvent.fire(rootNode)
if node:
self.nodeChangedEvent.fire(node)
self.reloadData()
self.rebuildPath()
def setNode(self, node):
self.node = node
self.nodeChangedEvent.fire(node)
self.reloadData()
self.rebuildPath()
def rebuildPath(self):
"""
Rebuild the displayed path-list.
"""
self.pathList.removeAllChildren()
NetworkService.request(self.module,
"view/node/%s" % self.node,
successHandler=self.onPathRequestSucceded)
def onPathRequestSucceded(self, req):
"""
Rebuild the displayed path-list according to request data
"""
answ = NetworkService.decode(req)
skel = answ["values"]
if skel["parentdir"] and skel["parentdir"] != skel["key"]:
c = self.nodeWidget(self.module, skel, answ["structure"])
NetworkService.request(self.module,
"view/node/%s" % skel["parentdir"],
successHandler=self.onPathRequestSucceded)
else:
c = self.nodeWidget(self.module, {
"key": self.rootNode,
"name": "root"
}, [])
c.addClass("is_rootnode")
self.pathList.prependChild(c)
def reloadData(self, paramsOverride=None):
assert self.node is not None, "reloadData called while self.node is None"
self.entryFrame.clear()
self._currentRequests = []
if paramsOverride:
params = paramsOverride.copy()
else:
params = {"node": self.node}
if "amount" not in params:
params["amount"] = self._batchSize
r = NetworkService.request(self.module,
"list/node",
params,
successHandler=self.onRequestSucceded,
failureHandler=self.showErrorMsg)
r.reqType = "node"
self._currentRequests.append(r)
r = NetworkService.request(self.module,
"list/leaf",
params,
successHandler=self.onRequestSucceded,
failureHandler=self.showErrorMsg)
r.reqType = "leaf"
self._currentRequests.append(r)
from handler.tree import TreeHandler # import must be here, otherwise it throws an importError
if isinstance(conf["mainWindow"].currentPane, TreeHandler):
conf["theApp"].setPath(self.module + "/list/" + self.node)
def onRequestSucceded(self, req):
if not req in self._currentRequests:
return
self._currentRequests.remove(req)
data = NetworkService.decode(req)
for skel in data["skellist"]:
if req.reqType == "node":
n = self.nodeWidget(self.module, skel, data["structure"])
else:
n = self.leafWidget(self.module, skel, data["structure"])
self.entryFrame.appendChild(n)
self.entryFrame.sortChildren(self.getChildKey)
if "cursor" in data.keys() and len(
data["skellist"]) == req.params["amount"]:
self._currentCursor[req.reqType] = data["cursor"]
req.params["cursor"] = data["cursor"]
r = NetworkService.request(self.module,
"list/%s" % req.reqType,
req.params,
successHandler=self.onRequestSucceded,
failureHandler=self.showErrorMsg)
r.reqType = req.reqType
self._currentRequests.append(r)
else:
self._currentCursor[req.reqType] = None
self.actionBar.resetLoadingState()
def getChildKey(self, widget):
"""
Derives a string used to sort the entries in our entryframe
"""
name = (widget.data.get("name") or "").lower()
if isinstance(widget, self.nodeWidget):
return "0-%s" % name
elif isinstance(widget, self.leafWidget):
return "1-%s" % name
else:
return "2-"
@staticmethod
def canHandle(moduleName, moduleInfo):
return moduleInfo["handler"].startswith("tree.")
@staticmethod
def render(moduleName, adminInfo, context):
rootNode = context.get(conf["vi.context.prefix"] +
"rootNode") if context else None
return TreeWidget(module=moduleName,
rootNode=rootNode,
context=context)
def __init__(self, module, applicationType, key=0, node=None, skelType=None, clone=False,
hashArgs=None, context=None, logaction = "Entry saved!", *args, **kwargs):
"""
Initialize a new Edit or Add-Widget for the given module.
:param module: Name of the module
:type module: str
:param applicationType: Defines for what application this Add / Edit should be created. This hides additional complexity introduced by the hierarchy / tree-application
:type applicationType: Any of EditWidget.appList, EditWidget.appHierarchy, EditWidget.appTree or EditWidget.appSingleton
:param id: ID of the entry. If none, it will add a new Entry.
:type id: Number
:param rootNode: If applicationType==EditWidget.appHierarchy, the new entry will be added under this node, if applicationType==EditWidget,appTree the final node is derived from this and the path-parameter.
Has no effect if applicationType is not appHierarchy or appTree or if an id have been set.
:type rootNode: str
:param path: Specifies the path from the rootNode for new entries in a treeApplication
:type path: str
:param clone: If true, it will load the values from the given id, but will save a new entry (i.e. allows "cloning" an existing entry)
:type clone: bool
:param hashArgs: Dictionary of parameters (usually supplied by the window.hash property) which should prefill values.
:type hashArgs: dict
"""
if not module in conf["modules"].keys():
conf["mainWindow"].log("error", translate("The module '{module}' does not exist.", module=module))
assert module in conf["modules"].keys()
super(EditWidget, self ).__init__(*args, **kwargs)
self.module = module
# A Bunch of santy-checks, as there is a great chance to mess around with this widget
assert applicationType in [ EditWidget.appList, EditWidget.appHierarchy, EditWidget.appTree, EditWidget.appSingleton ] #Invalid Application-Type?
if applicationType==EditWidget.appHierarchy or applicationType==EditWidget.appTree:
assert key is not None or node is not None #Need either an id or an node
if clone:
assert key is not None #Need an id if we should clone an entry
assert not applicationType==EditWidget.appSingleton # We cant clone a singleton
if applicationType==EditWidget.appHierarchy or applicationType==EditWidget.appTree:
assert node is not None #We still need a rootNode for cloning
if applicationType==EditWidget.appTree:
assert node is not None #We still need a path for cloning #FIXME
self.clone_of = key
else:
self.clone_of = None
# End santy-checks
self.editIdx = EditWidget.__editIdx_ #Internal counter to ensure unique ids
EditWidget.__editIdx_ += 1
self.applicationType = applicationType
self.key = key
self.mode = "edit" if self.key or applicationType == EditWidget.appSingleton else "add"
self.modified = False
self.node = node
self.skelType = skelType
self.clone = clone
self.bones = {}
self.closeOnSuccess = False
self.logaction = logaction
self.sinkEvent("onChange")
self.context = context
self.views = {}
self._lastData = {} #Dict of structure and values received
if hashArgs:
self._hashArgs = parseHashParameters(hashArgs)
else:
self._hashArgs = None
self.editTaskID = None
self.wasInitialRequest = True #Wherever the last request attempted to save data or just fetched the form
# Action bar
self.actionbar = ActionBar(self.module, self.applicationType, (self.mode if not clone else "clone"))
self.appendChild(self.actionbar)
editActions = []
if self.mode == "edit":
editActions.append("refresh")
if module in conf["modules"] and conf["modules"][module]:
editActions.extend(conf["modules"][module].get("editActions", []))
if applicationType == EditWidget.appSingleton:
self.actionbar.setActions(["save.singleton"] + editActions)
else:
self.actionbar.setActions(["save.close", "save.continue"] + editActions)
# Set path
if applicationType == EditWidget.appSingleton:
conf["theApp"].setPath(module + "/" + self.mode)
elif self.mode == "edit":
conf["theApp"].setPath(module + "/" + (self.mode if not clone else "clone") + "/" + self.key)
else:
conf["theApp"].setPath(module + "/" + self.mode)
# Input form
self.form = html5.Form()
self.appendChild(self.form)
# Engage
self.reloadData()
class EditWidget(html5.Div):
appList = "list"
appHierarchy = "hierarchy"
appTree = "tree"
appSingleton = "singleton"
__editIdx_ = 0 #Internal counter to ensure unique ids
def __init__(self, module, applicationType, key=0, node=None, skelType=None, clone=False,
hashArgs=None, context=None, logaction = "Entry saved!", *args, **kwargs):
"""
Initialize a new Edit or Add-Widget for the given module.
:param module: Name of the module
:type module: str
:param applicationType: Defines for what application this Add / Edit should be created. This hides additional complexity introduced by the hierarchy / tree-application
:type applicationType: Any of EditWidget.appList, EditWidget.appHierarchy, EditWidget.appTree or EditWidget.appSingleton
:param id: ID of the entry. If none, it will add a new Entry.
:type id: Number
:param rootNode: If applicationType==EditWidget.appHierarchy, the new entry will be added under this node, if applicationType==EditWidget,appTree the final node is derived from this and the path-parameter.
Has no effect if applicationType is not appHierarchy or appTree or if an id have been set.
:type rootNode: str
:param path: Specifies the path from the rootNode for new entries in a treeApplication
:type path: str
:param clone: If true, it will load the values from the given id, but will save a new entry (i.e. allows "cloning" an existing entry)
:type clone: bool
:param hashArgs: Dictionary of parameters (usually supplied by the window.hash property) which should prefill values.
:type hashArgs: dict
"""
if not module in conf["modules"].keys():
conf["mainWindow"].log("error", translate("The module '{module}' does not exist.", module=module))
assert module in conf["modules"].keys()
super(EditWidget, self ).__init__(*args, **kwargs)
self.module = module
# A Bunch of santy-checks, as there is a great chance to mess around with this widget
assert applicationType in [ EditWidget.appList, EditWidget.appHierarchy, EditWidget.appTree, EditWidget.appSingleton ] #Invalid Application-Type?
if applicationType==EditWidget.appHierarchy or applicationType==EditWidget.appTree:
assert key is not None or node is not None #Need either an id or an node
if clone:
assert key is not None #Need an id if we should clone an entry
assert not applicationType==EditWidget.appSingleton # We cant clone a singleton
if applicationType==EditWidget.appHierarchy or applicationType==EditWidget.appTree:
assert node is not None #We still need a rootNode for cloning
if applicationType==EditWidget.appTree:
assert node is not None #We still need a path for cloning #FIXME
self.clone_of = key
else:
self.clone_of = None
# End santy-checks
self.editIdx = EditWidget.__editIdx_ #Internal counter to ensure unique ids
EditWidget.__editIdx_ += 1
self.applicationType = applicationType
self.key = key
self.mode = "edit" if self.key or applicationType == EditWidget.appSingleton else "add"
self.modified = False
self.node = node
self.skelType = skelType
self.clone = clone
self.bones = {}
self.closeOnSuccess = False
self.logaction = logaction
self.sinkEvent("onChange")
self.context = context
self.views = {}
self._lastData = {} #Dict of structure and values received
if hashArgs:
self._hashArgs = parseHashParameters(hashArgs)
else:
self._hashArgs = None
self.editTaskID = None
self.wasInitialRequest = True #Wherever the last request attempted to save data or just fetched the form
# Action bar
self.actionbar = ActionBar(self.module, self.applicationType, (self.mode if not clone else "clone"))
self.appendChild(self.actionbar)
editActions = []
if self.mode == "edit":
editActions.append("refresh")
if module in conf["modules"] and conf["modules"][module]:
editActions.extend(conf["modules"][module].get("editActions", []))
if applicationType == EditWidget.appSingleton:
self.actionbar.setActions(["save.singleton"] + editActions)
else:
self.actionbar.setActions(["save.close", "save.continue"] + editActions)
# Set path
if applicationType == EditWidget.appSingleton:
conf["theApp"].setPath(module + "/" + self.mode)
elif self.mode == "edit":
conf["theApp"].setPath(module + "/" + (self.mode if not clone else "clone") + "/" + self.key)
else:
conf["theApp"].setPath(module + "/" + self.mode)
# Input form
self.form = html5.Form()
self.appendChild(self.form)
# Engage
self.reloadData()
def onDetach(self):
utils.setPreventUnloading(False)
super(EditWidget, self).onDetach()
def onAttach(self):
super(EditWidget, self).onAttach()
utils.setPreventUnloading(True)
def performLogics(self):
fields = self.serializeForDocument()
for key, desc in self.dataCache["structure"]:
if desc.get("params") and desc["params"]:
for event in ["logic.visibleIf", "logic.readonlyIf", "logic.evaluate"]: #add more here!
logic = desc["params"].get(event)
if not logic:
continue
# Compile logic at first run
if isinstance(logic, str):
desc["params"][event] = conf["logics"].compile(logic)
if desc["params"][event] is None:
alert("ViUR logics: Parse error in >%s<" % logic)
continue
logic = desc["params"][event]
res = conf["logics"].execute(logic, fields)
if event == "logic.evaluate":
self.bones[key].unserialize({key: res})
elif res:
if event == "logic.visibleIf":
self.containers[key].show()
elif event == "logic.readonlyIf":
self.containers[key].disable()
# add more here...
else:
if event == "logic.visibleIf":
self.containers[key].hide()
elif event == "logic.readonlyIf":
self.containers[key].enable()
# add more here...
def onChange(self, event):
self.modified = True
DeferredCall(self.performLogics)
def onBoneChange(self, bone):
self.modified = True
DeferredCall(self.performLogics)
def showErrorMsg(self, req=None, code=None):
"""
Removes all currently visible elements and displays an error message
"""
try:
print(req.result)
print(NetworkService.decode(req))
except:
pass
if code and (code==401 or code==403):
txt = translate("Access denied!")
else:
txt = translate("An error occurred: {code}", code=code or 0)
conf["mainWindow"].log("error", txt)
if self.wasInitialRequest:
conf["mainWindow"].removeWidget(self)
def reloadData(self):
self.save({})
def save(self, data):
"""
Creates the actual NetworkService request used to transmit our data.
If data is None, it fetches a clean add/edit form.
:param data: The values to transmit or None to fetch a new, clean add/edit form.
:type data: dict or None
"""
self.wasInitialRequest = not len(data) > 0
if self.context:
# Data takes precedence over context.
ndata = self.context.copy()
ndata.update(data.copy())
data = ndata
if self.module=="_tasks":
NetworkService.request(None, "/vi/%s/execute/%s" % (self.module, self.key), data,
secure=not self.wasInitialRequest,
successHandler=self.setData,
failureHandler=self.showErrorMsg)
elif self.applicationType == EditWidget.appList: ## Application: List
if self.key and (not self.clone or self.wasInitialRequest):
NetworkService.request(self.module, "edit/%s" % self.key, data,
secure=not self.wasInitialRequest,
successHandler=self.setData,
failureHandler=self.showErrorMsg)
else:
NetworkService.request(self.module, "add", data,
secure=not self.wasInitialRequest,
successHandler=self.setData,
failureHandler=self.showErrorMsg )
elif self.applicationType == EditWidget.appHierarchy: ## Application: Hierarchy
if self.key and (not self.clone or self.wasInitialRequest):
NetworkService.request(self.module, "edit/%s" % self.key, data,
secure=not self.wasInitialRequest,
successHandler=self.setData,
failureHandler=self.showErrorMsg)
else:
NetworkService.request(self.module, "add/%s" % self.node, data,
secure=not self.wasInitialRequest,
successHandler=self.setData,
failureHandler=self.showErrorMsg)
elif self.applicationType == EditWidget.appTree: ## Application: Tree
if self.key and not self.clone:
NetworkService.request(self.module, "edit/%s/%s" % (self.skelType, self.key), data,
secure=not self.wasInitialRequest,
successHandler=self.setData,
failureHandler=self.showErrorMsg)
else:
NetworkService.request(self.module, "add/%s/%s" % (self.skelType, self.node), data,
secure=not self.wasInitialRequest,
successHandler=self.setData,
failureHandler=self.showErrorMsg)
elif self.applicationType == EditWidget.appSingleton: ## Application: Singleton
NetworkService.request(self.module, "edit", data,
secure=not self.wasInitialRequest,
successHandler=self.setData,
failureHandler=self.showErrorMsg)
else:
raise NotImplementedError() #Should never reach this
def clear(self):
"""
Removes all visible bones/forms/fieldsets.
"""
for c in self.form._children[ : ]:
self.form.removeChild( c )
def closeOrContinue(self, sender=None ):
NetworkService.notifyChange(self.module, key=self.key, action=self.mode)
if self.closeOnSuccess:
if self.module == "_tasks":
self.parent().close()
return
conf["mainWindow"].removeWidget(self)
return
self.clear()
self.bones = {}
if self.mode == "add":
self.key = 0
self.reloadData()
def doCloneHierarchy(self, sender=None ):
if self.applicationType == EditWidget.appHierarchy:
NetworkService.request( self.module, "clone",
{ "fromRepo" : self.node, "toRepo" : self.node,
"fromParent" : self.clone_of, "toParent" : self.key },
secure=True, successHandler=self.cloneComplete )
else:
NetworkService.request( conf[ "modules" ][ self.module ][ "rootNodeOf" ], "clone",
{ "fromRepo" : self.clone_of, "toRepo" : self.key },
secure=True, successHandler=self.cloneComplete )
def cloneComplete(self, request):
logDiv = html5.Div()
logDiv["class"].append("msg")
spanMsg = html5.Span()
spanMsg.appendChild( html5.TextNode( translate( u"The hierarchy will be cloned in the background." ) ) )
spanMsg["class"].append("msgspan")
logDiv.appendChild(spanMsg)
conf["mainWindow"].log("success",logDiv)
self.closeOrContinue()
def setData(self, request=None, data=None, ignoreMissing=False, askHierarchyCloning=True):
"""
Rebuilds the UI according to the skeleton received from server
:param request: A finished NetworkService request
:type request: NetworkService
:type data: dict
:param data: The data received
"""
assert (request or data)
if request:
data = NetworkService.decode(request)
if "action" in data and (data["action"] == "addSuccess" or data["action"] == "editSuccess"):
self.modified = False
logDiv = html5.Div()
logDiv["class"].append("msg")
spanMsg = html5.Span()
spanMsg.appendChild( html5.TextNode( translate( self.logaction ) ) )
spanMsg["class"].append("msgspan")
logDiv.appendChild(spanMsg)
if self.module in conf["modules"].keys():
spanMsg = html5.Span()
if self.module.startswith( "_" ):
spanMsg.appendChild( html5.TextNode( self.key ) )
else:
spanMsg.appendChild( html5.TextNode( conf["modules"][self.module]["name"] ))
spanMsg["class"].append("modulespan")
logDiv.appendChild(spanMsg)
if "values" in data.keys() and "name" in data["values"].keys():
spanMsg = html5.Span()
name = data["values"].get("name") or data["values"].get("key", "")
if isinstance(name, dict):
if conf["currentlanguage"] in name.keys():
name = name[conf["currentlanguage"]]
else:
name = name.values()
if isinstance(name, list):
name = ", ".join(name)
spanMsg.appendChild(html5.TextNode(str(html5.utils.unescape(name))))
spanMsg["class"].append("namespan")
logDiv.appendChild(spanMsg)
try:
self.key = data["values"]["key"]
except:
self.key = None
conf["mainWindow"].log("success",logDiv)
if askHierarchyCloning and self.clone:
# for lists, which are rootNode entries of hierarchies, ask to clone entire hierarchy
if self.applicationType == EditWidget.appList and "rootNodeOf" in conf[ "modules" ][ self.module ]:
YesNoDialog( translate( u"Do you want to clone the entire hierarchy?" ),
yesCallback=self.doCloneHierarchy, noCallback=self.closeOrContinue )
return
# for cloning within a hierarchy, ask for cloning all subentries.
elif self.applicationType == EditWidget.appHierarchy:
YesNoDialog( translate( u"Do you want to clone all subentries of this item?" ),
yesCallback=self.doCloneHierarchy, noCallback=self.closeOrContinue )
return
self.closeOrContinue()
return
#Clear the UI
self.clear()
self.bones = {}
self.views = {}
self.containers = {}
self.actionbar.resetLoadingState()
self.dataCache = data
self.modified = False
tmpDict = {k: v for k, v in data["structure"]}
fieldSets = {}
firstCat = None
currRow = 0
hasMissing = False
defaultCat = conf["modules"][self.module].get("visibleName", self.module)
contextVariable = conf["modules"][self.module].get("editContext")
if self.mode == "edit" and contextVariable:
if not self.context:
self.context = {}
if "=" in contextVariable:
contextVariable, contextKey = contextVariable.split("=", 1)
else:
contextKey = "key"
self.context.update({
contextVariable: data["values"].get(contextKey)
})
for key, bone in data["structure"]:
cat = defaultCat #meow!
if ("params" in bone.keys()
and isinstance(bone["params"], dict)
and "category" in bone["params"].keys()):
cat = bone["params"]["category"]
if not cat in fieldSets.keys():
fieldSets[cat] = EditWidgetFieldset(cat)
wdgGen = editBoneSelector.select(self.module, key, tmpDict)
widget = wdgGen.fromSkelStructure(self.module, key, tmpDict)
widget["id"] = "vi_%s_%s_%s_%s_bn_%s" % (self.editIdx, self.module, self.mode, cat, key)
if "setContext" in dir(widget) and callable(widget.setContext):
widget.setContext(self.context)
if "changeEvent" in dir(widget):
widget.changeEvent.register(self)
descrLbl = html5.Label(key if conf["showBoneNames"] else bone.get("descr", key))
descrLbl["class"].append(key)
descrLbl["class"].append(bone["type"].replace(".","_"))
# Elements
if ("params" in bone.keys()
and isinstance(bone["params"], dict)
and "elements.source" in bone["params"].keys()):
descrLbl.addClass("elements-%s" % bone["params"]["elements.source"])
descrLbl["for"] = "vi_%s_%s_%s_%s_bn_%s" % (self.editIdx, self.module, self.mode, cat, key)
if bone["required"] or (bone.get("unique") and bone["error"]):
descrLbl["class"].append("is_required")
if bone["error"] is not None:
descrLbl["class"].append("is_invalid")
descrLbl["title"] = bone["error"]
fieldSets[ cat ]["class"].append("is_incomplete")
# Put info into message center
conf["mainWindow"].log("info", "%s: %s" % (bone.get("descr", key), translate(bone["error"])))
hasMissing = True
elif bone["error"] is None and not self.wasInitialRequest:
descrLbl["class"].append("is_valid")
if isinstance(bone["error"], dict):
widget.setExtendedErrorInformation(bone["error"])
containerDiv = html5.Div()
containerDiv.appendChild(descrLbl)
containerDiv.appendChild(widget)
if ("params" in bone.keys()
and isinstance(bone["params"], dict)
and "tooltip" in bone["params"].keys()):
containerDiv.appendChild(ToolTip(longText=bone["params"]["tooltip"]))
fieldSets[cat]._section.appendChild(containerDiv)
containerDiv.addClass("bone", "bone_%s" % key, bone["type"].replace(".","_"))
if "." in bone["type"]:
for t in bone["type"].split("."):
containerDiv["class"].append(t)
currRow += 1
self.bones[key] = widget
self.containers[key] = containerDiv
#Hide invisible bones or logic-flavored bones with their default desire
if not bone["visible"] or (bone["params"] and bone["params"].get("logic.visibleIf")):
self.containers[key].hide()
elif bone["visible"] and not firstCat:
firstCat = fieldSets[cat]
# NO elif!
if bone["params"] and bone["params"].get("logic.readonlyIf"):
self.containers[key].disable()
# Hide all fieldSets where all fields are invisible
for fs in fieldSets.values():
fs.checkVisibility()
# Show default category
if firstCat:
firstCat.removeClass("inactive")
firstCat.addClass("active")
tmpList = [(k,v) for (k,v) in fieldSets.items()]
tmpList.sort(key=lambda x:x[0])
for k, v in tmpList:
self.form.appendChild( v )
v._section = None
# Views
views = conf["modules"][self.module].get("editViews")
if self.mode == "edit" and isinstance(views, list):
for view in views:
vmodule = view.get("module")
vvariable = view.get("context")
vclass = view.get("class")
vtitle = view.get("title")
vcolumns = view.get("columns")
vfilter = view.get("filter")
vactions = view.get("actions")
if not vmodule:
print("Misconfiured view: %s" % view)
continue
if vmodule not in conf["modules"]:
print("Module '%s' is not described." % vmodule)
continue
vdescr = conf["modules"][vmodule]
fs = EditWidgetFieldset(vmodule, vtitle or vdescr.get("name", vmodule))
fs.addClass("editview", "inactive")
if vclass:
fs.addClass(*vclass)
fieldSets[vmodule] = EditWidgetFieldset(vmodule, vtitle or vdescr.get("name", vmodule))
if vvariable:
context = self.context.copy() if self.context else {}
if "=" in vvariable:
vkey, vvalue = vvariable.split("=", 1)
if vvalue[0] == "$":
vvalue = data["values"].get(vvalue[1:])
else:
vkey = vvariable
vvalue = data["values"].get("key")
context[vkey] = vvalue
else:
context = self.context
self.views[vmodule] = ListWidget(
vmodule,
filter=vfilter or vdescr.get("filter", {}),
columns=vcolumns or vdescr.get("columns"),
context=context,
actions=vactions
)
fs._section.appendChild(self.views[vmodule])
self.form.appendChild(fs)
self.unserialize(data["values"])
if self._hashArgs: #Apply the default values (if any)
self.unserialize(self._hashArgs)
self._hashArgs = None
self._lastData = data
if hasMissing and not self.wasInitialRequest:
conf["mainWindow"].log("warning",translate("Could not save entry!"))
DeferredCall(self.performLogics)
def unserialize(self, data = None):
"""
Applies the actual data to the bones.
"""
for bone in self.bones.values():
if "setContext" in dir(bone) and callable(bone.setContext):
bone.setContext(self.context)
if data is not None:
bone.unserialize(data)
def serializeForPost(self, validityCheck = False):
res = {}
for key, bone in self.bones.items():
if key == "key":
continue #ignore the key, it is stored in self.key!
try:
res.update(bone.serializeForPost())
except InvalidBoneValueException:
if validityCheck:
# Fixme: Bad hack..
lbl = bone.parent()._children[0]
if "is_valid" in lbl["class"]:
lbl["class"].remove("is_valid")
lbl["class"].append("is_invalid")
self.actionbar.resetLoadingState()
return None
return res
def serializeForDocument(self):
res = self._lastData.get("values", {})
for key, bone in self.bones.items():
try:
res.update(bone.serializeForDocument())
except InvalidBoneValueException as e:
res[key] = str(e)
return res
def doSave( self, closeOnSuccess=False, *args, **kwargs ):
"""
Starts serializing and transmitting our values to the server.
"""
self.closeOnSuccess = closeOnSuccess
res = self.serializeForPost(True)
if res is None:
return None
self.save(res)
class HierarchyWidget(html5.Div):
"""
Displays a hierarchy where entries are direct children of each other.
(There's only one type on entries in a HierarchyApplication. If you need to
differentiate between nodes/leafs use a TreeApplication instead)
"""
def __init__(self, module, rootNode=None, selectMode=None, context=None, *args, **kwargs):
"""
:param module: Name of the module we shall handle. Must be a hierarchy application!
:type module: str
:param rootNode: The repository we shall display. If none, we try to select one.
:type rootNode: str or None
"""
super( HierarchyWidget, self ).__init__( )
self.module = module
self.rootNode = rootNode
self.actionBar = ActionBar(module, "hierarchy")
self.appendChild( self.actionBar )
self.entryFrame = html5.Ol()
self.entryFrame["class"].append("hierarchy")
self.appendChild( self.entryFrame )
self.selectionChangedEvent = EventDispatcher("selectionChanged")
self.selectionActivatedEvent = EventDispatcher("selectionActivated")
self.rootNodeChangedEvent = EventDispatcher("rootNodeChanged")
self._currentCursor = None
self._currentRequests = []
self.addClass("supports_drop")
assert selectMode in [None, "single", "multi"]
self.selectMode = selectMode
self._expandedNodes = []
self.context = context
if self.rootNode:
self.reloadData()
else:
NetworkService.request(self.module, "listRootNodes",
self.context or {},
successHandler=self.onSetDefaultRootNode,
failureHandler=self.showErrorMsg )
self.path = []
self.sinkEvent("onClick", "onDblClick")
##Proxy some events and functions of the original table
#for f in ["selectionChangedEvent","selectionActivatedEvent","cursorMovedEvent","getCurrentSelection"]:
# setattr( self, f, getattr(self.table,f))
self.actionBar.setActions(["selectrootnode","add","edit","clone","delete"]+(["select","close"] if self.selectMode else [])+["reload"])
self.sinkEvent("onDrop","onDragOver")
def showErrorMsg(self, req=None, code=None):
"""
Removes all currently visible elements and displayes an error message
"""
self.actionBar["style"]["display"] = "none"
self.entryFrame["style"]["display"] = "none"
errorDiv = html5.Div()
errorDiv["class"].append("error_msg")
if code and (code==401 or code==403):
txt = translate("Access denied!")
else:
txt = translate("An unknown error occurred!")
errorDiv["class"].append("error_code_%s" % (code or 0))
errorDiv.appendChild( html5.TextNode( txt ) )
self.appendChild( errorDiv )
def onDataChanged(self, module, **kwargs):
if module != self.module:
isRootNode = False
for k, v in conf[ "modules" ].items():
if (k == module
and v.get("handler") == "list"
and v.get("rootNodeOf") == self.module):
isRootNode = True
break
if not isRootNode:
return
self.actionBar.widgets["selectrootnode"].update()
self.reloadData()
def onAttach(self):
super( HierarchyWidget, self ).onAttach()
NetworkService.registerChangeListener( self )
def onDetach(self):
super( HierarchyWidget, self ).onDetach()
NetworkService.removeChangeListener( self )
def itemForEvent(self,event, elem=None):
"""
Tries to map an event to one of our HierarchyItems.
Returns the item actually clicked, not its top-level parent.
"""
if elem is None:
elem = self.entryFrame
for child in elem._children:
if child.element==event.target:
if isinstance( child, HierarchyItem ):
# User clicked directly on one HierarchyItem
return( child )
else:
# User clicked somewhere INTO one HierarchyItem
# Return a marker to the outer recursion that this is the correct HierarchyItem
return( False )
tmp = self.itemForEvent( event, child )
if tmp is False:
if isinstance(child, HierarchyItem):
return( child )
else:
return( False )
elif tmp is not None:
return( tmp )
return( None )
def itemForKey(self, key, elem=None ):
"""
Returns the HierarchyWidget displaying the entry with the given key.
:param key: The key (id) of the item.
:type key: str
:returns: HierarchyItem
"""
if elem is None:
elem = self.entryFrame
for child in elem._children:
if child.data["key"]==key:
return( child )
tmp = self.itemForKey( key, child.ol )
if tmp is not None:
return( tmp )
return( None )
def onClick(self, event):
item = self.itemForEvent(event)
if item is None:
return
if html5.utils.doesEventHitWidgetOrChildren(event, item.expandLink):
item.toggleExpand()
if not item.isLoaded:
item.isLoaded = True
self.loadNode(item.data["key"])
else:
self.setCurrentItem( item )
self.selectionChangedEvent.fire( self, item )
def onDblClick(self, event):
item = self.itemForEvent( event )
if item is None:
return
self.setCurrentItem( item )
self.selectionActivatedEvent.fire( self, [item] )
if self.selectMode:
conf["mainWindow"].removeWidget(self)
def setCurrentItem(self, item):
if self._currentCursor:
self._currentCursor["class"].remove("is_focused")
item["class"].append("is_focused")
self._currentCursor = item
def onSetDefaultRootNode(self, req):
"""
We requested the list of rootNodes for that module and that
request just finished. Parse the respone and set our rootNode
to the first rootNode received.
"""
data = NetworkService.decode( req )
if len(data)>0:
self.setRootNode( data[0]["key"])
def setRootNode(self, rootNode):
"""
Set the currently displayed hierarchy to 'rootNode'.
:param rootNode: Key of the rootNode which children we shall display
:type rootNode: str
"""
self.rootNode = rootNode
self._currentCursor = None
self.rootNodeChangedEvent.fire(rootNode)
self.reloadData()
def reloadData(self):
"""
Reload the data were displaying.
"""
def collectExpandedNodes( currNode ):
res = []
for c in currNode._children[:]:
if isinstance( c, HierarchyItem ):
if c.isExpanded:
res.append( c.data["key"] )
res.extend( collectExpandedNodes(c.ol) )
return( res )
self._expandedNodes = collectExpandedNodes( self.entryFrame )
self._currentRequests = []
for c in self.entryFrame._children[:]:
self.entryFrame.removeChild(c)
self.loadNode( self.rootNode )
def loadNode(self, node, cursor = None):
"""
Fetch the (direct) children of the given node.
Once the list is received, append them to their parent node.
:param node: Key of the node to fetch
:type node: str
"""
params = {
"parent": node,
"orderby": "sortindex"
}
if cursor:
params.update({"cursor": cursor})
if self.context:
params.update(self.context)
r = NetworkService.request(self.module, "list",
params,
successHandler=self.onRequestSucceded,
failureHandler=self.showErrorMsg)
r.node = node
self._currentRequests.append(r)
def onRequestSucceded(self, req):
"""
The NetworkRequest for a (sub)node finished.
Create a new HierarchyItem for each entry received and add them to our view
"""
if not req in self._currentRequests:
#Prevent inserting old (stale) data
self.actionBar.resetLoadingState()
return
self._currentRequests.remove(req)
data = NetworkService.decode(req)
if req.node == self.rootNode:
ol = self.entryFrame
else:
tmp = self.itemForKey(req.node)
ol = tmp.ol
assert ol is not None
for skel in data["skellist"]:
hi = HierarchyItem( self.module, skel, data["structure"] )
ol.appendChild( hi )
if hi.data["key"] in self._expandedNodes:
hi.toggleExpand()
if not hi.isLoaded:
hi.isLoaded = True
self.loadNode(hi.data["key"])
if not ol._children and ol != self.entryFrame:
ol.parent()["class"].append("has_no_childs")
if data["skellist"] and data["cursor"]:
self.loadNode(req.node, data["cursor"])
self.actionBar.resetLoadingState()
def getCurrentSelection(self):
"""
Returns the list of entries currently selected.
:returns: list of dict
"""
if self._currentCursor is not None:
return( [ self._currentCursor.data ] )
return( [] )
def onDrop(self, event):
"""
We got a drop event. Make that item a direct child of our rootNode
"""
srcKey = event.dataTransfer.getData("Text")
NetworkService.request(self.module,"reparent",{"item":srcKey,"dest":self.rootNode}, secure=True, modifies=True )
event.stopPropagation()
def onDragOver(self, event):
"""
Allow dropping children on the rootNode
"""
event.preventDefault()
event.stopPropagation()
def activateCurrentSelection(self):
if self._currentCursor:
self.selectionActivatedEvent.fire( self, [self._currentCursor] )
conf["mainWindow"].removeWidget(self)
@staticmethod
def canHandle(moduleName, moduleInfo):
return moduleInfo["handler"] == "hierarchy" or moduleInfo["handler"].startswith("hierarchy.")
@staticmethod
def render(moduleName, adminInfo, context):
rootNode = context.get(conf["vi.context.prefix"] + "rootNode") if context else None
return HierarchyWidget(module=moduleName, rootNode=rootNode, context=context)
def __init__(self,
editHtml,
actionBarHint=translate("Text Editor"),
*args,
**kwargs):
super(Wysiwyg, self).__init__(*args, **kwargs)
self.cursorMovedEvent = EventDispatcher("cursorMoved")
self.saveTextEvent = EventDispatcher("saveText")
self.abortTextEvent = EventDispatcher("abortText")
self.textActions = ["style.text.bold",
"style.text.italic"]+\
["style.text.h%s" % x for x in range(0,4)]+\
["text.removeformat",
"style.text.justifyCenter",
"style.text.justifyLeft",
"style.text.justifyRight",
"style.text.blockquote",
"text.orderedList",
"text.unorderedList",
"text.indent",
"text.outdent",
"text.image",
"text.link",
"text.table",
"text.flipView",
"text.undo",
"text.redo",
"text.abort",
"text.save"]
#self["type"] = "text"
self.actionbar = ActionBar(None, None, actionBarHint)
self.isWysiwygMode = True
self.discardNextClickEvent = False
self.appendChild(self.actionbar)
self.tableDiv = html5.Div()
self.tableDiv["class"].append("tableeditor")
self.appendChild(self.tableDiv)
for c in [
TableInsertRowBeforeAction, TableInsertRowAfterAction,
TableInsertColBeforeAction, TableInsertColAfterAction,
TableRemoveRowAction, TableRemoveColAction
]:
self.tableDiv.appendChild(c())
self.tableDiv["style"]["display"] = "none"
self.linkEditor = LinkEditor()
self.appendChild(self.linkEditor)
self.imgEditor = ImageEditor()
self.appendChild(self.imgEditor)
self.editor = Editor(editHtml)
self.appendChild(self.editor)
self.actionbar.setActions(self.textActions)
#btn = html5.ext.Button("Apply", self.saveText)
#btn["class"].append("icon apply")
#self.appendChild( btn )
self.currentImage = None
self.cursorImage = None
self.lastMousePos = None
self.sinkEvent("onMouseDown", "onMouseUp", "onMouseMove", "onClick")
class Wysiwyg(html5.Div):
def __init__(self,
editHtml,
actionBarHint=translate("Text Editor"),
*args,
**kwargs):
super(Wysiwyg, self).__init__(*args, **kwargs)
self.cursorMovedEvent = EventDispatcher("cursorMoved")
self.saveTextEvent = EventDispatcher("saveText")
self.abortTextEvent = EventDispatcher("abortText")
self.textActions = ["style.text.bold",
"style.text.italic"]+\
["style.text.h%s" % x for x in range(0,4)]+\
["text.removeformat",
"style.text.justifyCenter",
"style.text.justifyLeft",
"style.text.justifyRight",
"style.text.blockquote",
"text.orderedList",
"text.unorderedList",
"text.indent",
"text.outdent",
"text.image",
"text.link",
"text.table",
"text.flipView",
"text.undo",
"text.redo",
"text.abort",
"text.save"]
#self["type"] = "text"
self.actionbar = ActionBar(None, None, actionBarHint)
self.isWysiwygMode = True
self.discardNextClickEvent = False
self.appendChild(self.actionbar)
self.tableDiv = html5.Div()
self.tableDiv["class"].append("tableeditor")
self.appendChild(self.tableDiv)
for c in [
TableInsertRowBeforeAction, TableInsertRowAfterAction,
TableInsertColBeforeAction, TableInsertColAfterAction,
TableRemoveRowAction, TableRemoveColAction
]:
self.tableDiv.appendChild(c())
self.tableDiv["style"]["display"] = "none"
self.linkEditor = LinkEditor()
self.appendChild(self.linkEditor)
self.imgEditor = ImageEditor()
self.appendChild(self.imgEditor)
self.editor = Editor(editHtml)
self.appendChild(self.editor)
self.actionbar.setActions(self.textActions)
#btn = html5.ext.Button("Apply", self.saveText)
#btn["class"].append("icon apply")
#self.appendChild( btn )
self.currentImage = None
self.cursorImage = None
self.lastMousePos = None
self.sinkEvent("onMouseDown", "onMouseUp", "onMouseMove", "onClick")
def flipView(self, *args, **kwargs):
htmlStr = self.editor.element.innerHTML
if self.isWysiwygMode:
self.imgEditor.doClose()
self.linkEditor.doClose()
self.tableDiv["style"]["display"] = None
outStr = ""
indent = 0
indestStr = " "
inStr = htmlStr.replace("&", "&").replace("<", "<").replace(
">", ">")
while inStr:
if inStr.startswith("<div>"):
outStr += "<br>"
outStr += indestStr * indent
indent += 1
elif inStr.startswith("</div>"):
indent -= 1
outStr += "<br>"
outStr += indestStr * indent
elif inStr.startswith("<br"):
outStr += "<br>"
outStr += indestStr * indent
elif inStr.startswith("<table"):
outStr += "<br>"
outStr += indestStr * indent
indent += 1
elif inStr.startswith("</table"):
indent -= 1
outStr += "<br>"
outStr += indestStr * indent
elif inStr.startswith("<tr"):
outStr += "<br>"
outStr += indestStr * indent
indent += 1
elif inStr.startswith("</tr"):
indent -= 1
outStr += "<br>"
outStr += indestStr * indent
elif inStr.startswith("<td"):
outStr += "<br>"
outStr += indestStr * indent
elif inStr.startswith("<th>"):
outStr += "<br>"
outStr += indestStr * indent
elif inStr.startswith("<thead>"):
outStr += "<br>"
outStr += indestStr * indent
indent += 1
elif inStr.startswith("</thead>"):
indent -= 1
outStr += "<br>"
outStr += indestStr * indent
elif inStr.startswith("<tbody>"):
outStr += "<br>"
outStr += indestStr * indent
indent += 1
elif inStr.startswith("</tbody>"):
indent -= 1
outStr += "<br>"
outStr += indestStr * indent
outStr += inStr[0]
inStr = inStr[1:]
self.editor.element.innerHTML = outStr
self.actionbar.setActions(["text.flipView"])
else:
htmlStr = re.sub(r'<[^>]*?>', '', htmlStr)
htmlStr = htmlStr.replace(" ", "").replace(" ", "")
self.editor.element.innerHTML = htmlStr.replace(
"<", "<").replace(">", ">").replace("&", "&")
self.actionbar.setActions(self.textActions)
self.isWysiwygMode = not self.isWysiwygMode
return self.isWysiwygMode
def saveText(self, *args, **kwargs):
self.saveTextEvent.fire(self, self.editor.element.innerHTML)
def abortText(self, *args, **kwargs):
self.abortTextEvent.fire(self)
def onMouseDown(self, event):
self.lastMousePos = None
if event.target.tagName == "IMG":
offsetLeft = event.pageX - event.target.offsetLeft
offsetTop = event.pageY - event.target.offsetTop
if event.target.offsetParent is not None:
offsetLeft -= event.target.offsetParent.offsetLeft
offsetTop -= event.target.offsetParent.offsetTop
if offsetLeft > 0.8 * event.target.clientWidth and offsetTop > 0.8 * event.target.clientHeight:
self.currentImage = event.target
self.imgEditor.doOpen(event.target)
self.discardNextClickEvent = True
event.preventDefault()
event.stopPropagation()
else:
self.currentImage = None
super(Wysiwyg, self).onMouseDown(event)
node = eval("window.top.getSelection().anchorNode")
while node and node != self.editor.element:
#FIXME.. emit cursormoved event
node = node.parentNode
def onMouseUp(self, event):
self.currentImage = None
self.lastMousePos = None
super(Wysiwyg, self).onMouseUp(event)
def onMouseMove(self, event):
if event.target.tagName == "IMG":
offsetLeft = event.pageX - event.target.offsetLeft
offsetTop = event.pageY - event.target.offsetTop
if event.target.offsetParent is not None:
offsetLeft -= event.target.offsetParent.offsetLeft
offsetTop -= event.target.offsetParent.offsetTop
if offsetLeft > 0.8 * event.target.clientWidth and offsetTop > 0.8 * event.target.clientHeight:
self.cursorImage = event.target
self.cursorImage.style.cursor = "se-resize"
else:
if self.cursorImage is not None:
self.cursorImage.style.cursor = "default"
self.cursorImage = None
elif self.cursorImage is not None:
self.cursorImage.style.cursor = "default"
self.cursorImage = None
if self.currentImage is not None and event.target.tagName == "IMG" and self.currentImage == event.target:
if self.lastMousePos is None:
self.lastMousePos = (event.x, event.y)
return
x, y = self.lastMousePos
self.lastMousePos = (event.x, event.y)
event.target.width = event.target.clientWidth - (x - event.x)
event.target.height = event.target.clientHeight - (y - event.y)
event.preventDefault()
event.stopPropagation()
else:
self.lastMousePos = None
self.currentImage = None
super(Wysiwyg, self).onMouseMove(event)
def onClick(self, event):
if self.discardNextClickEvent:
self.discardNextClickEvent = False
return
super(Wysiwyg, self).onClick(event)
domWdg = event.target
isEditorTarget = False
while domWdg:
if domWdg == self.editor.element:
isEditorTarget = True
break
domWdg = domWdg.parentNode
if not isEditorTarget:
return
node = eval("window.top.getSelection().anchorNode")
nodeStack = []
i = 10
#Try to extract the relevant nodes from the dom
while i > 0 and node and node != self.editor.element:
i -= 1
nodeStack.append(node)
node = node.parentNode
if "TABLE" in [(x.tagName if "tagName" in dir(x) else "")
for x in nodeStack]:
self.tableDiv["style"]["display"] = ""
else:
self.tableDiv["style"]["display"] = "none"
self.linkEditor.onCursorMoved(nodeStack)
self.imgEditor.onCursorMoved(nodeStack)
self.cursorMovedEvent.fire(nodeStack)