134 lines
6.6 KiB
Python
134 lines
6.6 KiB
Python
'''This file contains basic classes that will be added into any user
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application for creating the basic structure of the application "Tool" which
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is the set of web pages used for configuring the application. The "Tool" is
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available to administrators under the standard Plone link "site setup". Plone
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itself is shipped with several tools used for conguring the various parts of
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Plone (content types, catalogs, workflows, etc.)'''
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# ------------------------------------------------------------------------------
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import types
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from appy.gen import *
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# ------------------------------------------------------------------------------
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class ModelClass:
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'''This class is the abstract class of all predefined application classes
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used in the Appy model: Tool, User, etc. All methods and attributes of
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those classes are part of the Appy machinery and are prefixed with _appy_
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in order to avoid name conflicts with user-defined parts of the
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application model.'''
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_appy_attributes = [] # We need to keep track of attributes order.
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# When creating a new instance of a ModelClass, the following attributes
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# must not be given in the constructor (they are computed attributes).
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_appy_notinit = ('id', 'type', 'pythonType', 'slaves', 'isSelect',
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'hasLabel', 'hasDescr', 'hasHelp', 'master_css',
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'layouts', 'required', 'filterable', 'validable', 'backd',
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'isBack', 'sync', 'pageName')
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@classmethod
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def _appy_getTypeBody(klass, appyType):
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'''This method returns the code declaration for p_appyType.'''
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typeArgs = ''
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for attrName, attrValue in appyType.__dict__.iteritems():
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if attrName in ModelClass._appy_notinit:
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continue
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if isinstance(attrValue, basestring):
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attrValue = '"%s"' % attrValue
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elif isinstance(attrValue, Ref):
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if attrValue.isBack:
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attrValue = klass._appy_getTypeBody(attrValue)
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else:
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continue
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elif type(attrValue) == type(ModelClass):
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moduleName = attrValue.__module__
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if moduleName.startswith('appy.gen'):
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attrValue = attrValue.__name__
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else:
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attrValue = '%s.%s' % (moduleName, attrValue.__name__)
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elif isinstance(attrValue, Selection):
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attrValue = 'Selection("%s")' % attrValue.methodName
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elif isinstance(attrValue, Group):
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attrValue = 'Group("%s")' % attrValue.name
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elif isinstance(attrValue, Page):
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attrValue = 'Page("%s")' % attrValue.name
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elif type(attrValue) == types.FunctionType:
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attrValue = '%sWrapper.%s'% (klass.__name__, attrValue.__name__)
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typeArgs += '%s=%s,' % (attrName, attrValue)
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return '%s(%s)' % (appyType.__class__.__name__, typeArgs)
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@classmethod
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def _appy_getBody(klass):
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'''This method returns the code declaration of this class. We will dump
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this in appyWrappers.py in the resulting product.'''
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res = ''
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for attrName in klass._appy_attributes:
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exec 'appyType = klass.%s' % attrName
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res += ' %s=%s\n' % (attrName, klass._appy_getTypeBody(appyType))
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return res
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# The User class ---------------------------------------------------------------
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class User(ModelClass):
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# In a ModelClass we need to declare attributes in the following list.
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_appy_attributes = ['title', 'name', 'firstName', 'login', 'password1',
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'password2', 'roles']
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# All methods defined below are fake. Real versions are in the wrapper.
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title = String(show=False)
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gm = {'group': 'main', 'multiplicity': (1,1)}
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name = String(**gm)
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firstName = String(**gm)
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def showLogin(self): pass
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def validateLogin(self): pass
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login = String(show=showLogin, validator=validateLogin, indexed=True, **gm)
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def showPassword(self): pass
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def validatePassword(self): pass
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password1 = String(format=String.PASSWORD, show=showPassword,
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validator=validatePassword, **gm)
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password2 = String(format=String.PASSWORD, show=showPassword, **gm)
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gm['multiplicity'] = (0, None)
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roles = String(validator=Selection('getGrantableRoles'), **gm)
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# The Tool class ---------------------------------------------------------------
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# Here are the prefixes of the fields generated on the Tool.
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toolFieldPrefixes = ('defaultValue', 'podTemplate', 'formats', 'resultColumns',
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'enableAdvancedSearch', 'numberOfSearchColumns',
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'searchFields', 'optionalFields', 'showWorkflow',
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'showWorkflowCommentField', 'showAllStatesInPhase')
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defaultToolFields = ('users', 'enableNotifications', 'unoEnabledPython',
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'openOfficePort', 'numberOfResultsPerPage',
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'listBoxesMaximumWidth')
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class Tool(ModelClass):
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# The following dict allows us to remember the original classes related to
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# the attributes we will add due to params in user attributes.
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_appy_classes = {} # ~{s_attributeName: s_className}~
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# In a ModelClass we need to declare attributes in the following list.
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_appy_attributes = list(defaultToolFields)
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# Tool attributes
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# First arg of Ref field below is None because we don't know yet if it will
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# link to the predefined User class or a custom class defined in the
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# application.
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users = Ref(None, multiplicity=(0,None), add=True, link=False,
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back=Ref(attribute='toTool'), page='users',
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shownInfo=('login', 'title', 'roles'), showHeaders=True)
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enableNotifications = Boolean(default=True, page='notifications')
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def validPythonWithUno(self, value): pass # Real method in the wrapper
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unoEnabledPython = String(group="connectionToOpenOffice",
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validator=validPythonWithUno)
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openOfficePort = Integer(default=2002, group="connectionToOpenOffice")
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numberOfResultsPerPage = Integer(default=30)
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listBoxesMaximumWidth = Integer(default=100)
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@classmethod
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def _appy_clean(klass):
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toClean = []
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for k, v in klass.__dict__.iteritems():
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if not k.startswith('__') and (not k.startswith('_appy_')):
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if k not in defaultToolFields:
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toClean.append(k)
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for k in toClean:
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exec 'del klass.%s' % k
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klass._appy_attributes = list(defaultToolFields)
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klass._appy_classes = {}
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# ------------------------------------------------------------------------------
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