def __init__(self, name, obj=None, parent=None): AttributeCollection.__init__(self) self.parent = None if obj == None: self.parameters = ParameterCollection() elif isinstance(obj, StepInstance) or isinstance(obj, StepDefinition): if name == None: self.setName(obj.getName()) else: self.setName(name) self.setType(obj.getType()) self.setDescrShort(obj.getDescrShort()) self.parameters = ParameterCollection(obj.parameters) elif (obj == None) or isinstance(obj, ParameterCollection): # set attributes self.setName(name) self.setType("") self.setDescrShort("") self.parameters = ParameterCollection(obj) elif obj != None: raise TypeError('Can not create object type ' + str(type(self)) + ' from the ' + str(type(obj))) self.step_commons = {} self.stepStatus = S_OK()
def __init__( self, name, obj = None, parent = None ): AttributeCollection.__init__( self ) self.parent = None if obj == None: self.parameters = ParameterCollection() elif isinstance( obj, StepInstance ) or isinstance( obj, StepDefinition ): if name == None: self.setName( obj.getName() ) else: self.setName( name ) self.setType( obj.getType() ) self.setDescrShort( obj.getDescrShort() ) self.parameters = ParameterCollection( obj.parameters ) elif ( obj == None ) or isinstance( obj, ParameterCollection ): # set attributes self.setName( name ) self.setType( "" ) self.setDescrShort( "" ) self.parameters = ParameterCollection( obj ) elif obj != None: raise TypeError( 'Can not create object type ' + str( type( self ) ) + ' from the ' + str( type( obj ) ) ) self.step_commons = {} self.stepStatus = S_OK()
def __init__( self, step_type = None, obj = None, parent = None ): AttributeCollection.__init__( self ) self.module_instances = None # this object can be shared with the workflow # to if its =None and workflow!=None we have to # pass everything above self.module_definitions = None self.parent = parent # sort out Parameters and class attributes if ( obj == None ) or isinstance( obj, ParameterCollection ): self.setType( 'notgiven' ) self.setDescrShort( '' ) self.setDescription( '' ) self.setOrigin( '' ) self.setVersion( 0.0 ) self.parameters = ParameterCollection( obj ) # creating copy self.module_instances = InstancesPool( self ) self.module_definitions = DefinitionsPool( self ) elif isinstance( obj, StepDefinition ): self.setType( obj.getType() ) self.setDescrShort( obj.getDescrShort() ) self.setDescription( obj.getDescription() ) self.setOrigin( obj.getOrigin() ) self.setVersion( obj.getVersion() ) # copy instances and definitions self.parameters = ParameterCollection( self, obj.parameters ) self.module_instances = InstancesPool( self, obj.module_instances ) if obj.module_definitions != None: self.module_definitions = DefinitionsPool( self. obj.module_definitions ) else: raise TypeError( 'Can not create object type ' + str( type( self ) ) + ' from the ' + str( type( obj ) ) ) if step_type : self.setType( step_type )
def __init__( self, type_ = None, obj = None, parent = None ): # we can create an object from another module # or from the ParameterCollection AttributeCollection.__init__( self ) self.main_class_obj = None # used for the interpretation only # self.module_obj = None # used for the interpretation only self.parent = parent if ( obj == None ) or isinstance( obj, ParameterCollection ): self.setType( 'notgiven' ) self.setDescrShort( '' ) self.setDescription( '' ) self.setRequired( '' ) self.setBody( '' ) self.setOrigin( '' ) self.setVersion( 0.0 ) self.parameters = ParameterCollection( obj ) # creating copy elif isinstance( obj, ModuleDefinition ): self.setType( obj.getType() ) self.setDescrShort( obj.getDescrShort() ) self.setDescription( obj.getDescription() ) self.setBody( obj.getBody() ) self.setRequired( obj.getRequired() ) self.setOrigin( obj.getOrigin() ) self.setVersion( obj.getVersion() ) self.parameters = ParameterCollection( obj.parameters ) else: raise TypeError( 'Can not create object type ' + str( type( self ) ) + ' from the ' + str( type( obj ) ) ) if type_ : self.setType( type_ )
def compare( self, s ): ''' Custom Step comparison operation ''' ret = AttributeCollection.compare( self, s ) and self.module_instances.compare( s ) if self.module_definitions.getOwner() == self: ret = ret and self.module_definitions.compare( s ) return ret
def compare(self, s): ''' Custom Step comparison operation ''' ret = AttributeCollection.compare( self, s) and self.module_instances.compare(s) if self.module_definitions.getOwner() == self: ret = ret and self.module_definitions.compare(s) return ret
def __str__( self ): '''Creates a string representation of itself ''' ret = str( self.getName() ) + ':\n' + AttributeCollection.__str__( self ) + self.parameters.__str__() ret = ret + str( self.step_definitions ) ret = ret + str( self.step_instances ) ret = ret + str( self.module_definitions ) return ret
def toXML( self ): ''' Generate the Step XML representation ''' ret = '<StepInstance>\n' ret = ret + AttributeCollection.toXML( self ) ret = ret + self.parameters.toXML() ret = ret + '</StepInstance>\n' return ret
def __str__( self ): ret = str( type( self ) ) + ':\n' + AttributeCollection.__str__( self ) + self.parameters.__str__() if self.module_definitions != None: ret = ret + str( self.module_definitions ) else: ret = ret + 'Module definitions shared in Workflow\n' ret = ret + str( self.module_instances ) return ret
def toXML(self): ''' Generate the Step XML representation ''' ret = '<StepInstance>\n' ret = ret + AttributeCollection.toXML(self) ret = ret + self.parameters.toXML() ret = ret + '</StepInstance>\n' return ret
def toXML(self): ret = '<StepDefinition>\n' ret = ret + AttributeCollection.toXML(self) ret = ret + self.parameters.toXML() if self.module_definitions != None: ret = ret + self.module_definitions.toXML() ret = ret + self.module_instances.toXML() ret = ret + '</StepDefinition>\n' return ret
def __str__(self): ret = str(type(self)) + ':\n' + AttributeCollection.__str__( self) + self.parameters.__str__() if self.module_definitions != None: ret = ret + str(self.module_definitions) else: ret = ret + 'Module definitions shared in Workflow\n' ret = ret + str(self.module_instances) return ret
def __str__(self): '''Creates a string representation of itself ''' ret = str(self.getName()) + ':\n' + AttributeCollection.__str__( self) + self.parameters.__str__() ret = ret + str(self.step_definitions) ret = ret + str(self.step_instances) ret = ret + str(self.module_definitions) return ret
def toXML( self ): ret = '<StepDefinition>\n' ret = ret + AttributeCollection.toXML( self ) ret = ret + self.parameters.toXML() if self.module_definitions != None: ret = ret + self.module_definitions.toXML() ret = ret + self.module_instances.toXML() ret = ret + '</StepDefinition>\n' return ret
def toXML(self): '''Creates an XML representation of itself ''' # THIS is very important that Definitions should be written before instances ret = '<Workflow>\n' ret = ret + AttributeCollection.toXML(self) ret = ret + self.parameters.toXML() ret = ret + self.module_definitions.toXML() ret = ret + self.step_definitions.toXML() ret = ret + self.step_instances.toXML() ret = ret + '</Workflow>\n' return ret
def toXML( self ): '''Creates an XML representation of itself ''' # THIS is very important that Definitions should be written before instances ret = '<Workflow>\n' ret = ret + AttributeCollection.toXML( self ) ret = ret + self.parameters.toXML() ret = ret + self.module_definitions.toXML() ret = ret + self.step_definitions.toXML() ret = ret + self.step_instances.toXML() ret = ret + '</Workflow>\n' return ret
def __init__(self, obj=None, name=None): ''' Be aware that 1-st param is an obj not a name!!!! obj can me a string with XML representation or with filename also obj can be a Workflow or ParameterCollections ''' AttributeCollection.__init__(self) if (obj == None) or isinstance(obj, ParameterCollection): self.setName('notgiven') self.setType('') self.setDescrShort('') self.setDescription('') self.setOrigin('') self.setVersion(0.0) self.parameters = ParameterCollection(obj) self.step_instances = InstancesPool(self) self.step_definitions = DefinitionsPool(self) self.module_definitions = DefinitionsPool(self) elif isinstance(obj, Workflow): self.fromWorkflow(obj) elif isinstance(obj, str): self.parameters = ParameterCollection(None) self.step_instances = InstancesPool(self) self.step_definitions = DefinitionsPool(self) self.module_definitions = DefinitionsPool(self) # if obj is an XML string if obj.startswith('<'): fromXMLString(obj, self) else: fromXMLFile(obj, self) elif obj != None: raise TypeError('Can not create object type ' + str(type(self)) + ' from the ' + str(type(obj))) if name: self.setName(name) self.workflow_commons = {} self.workflowStatus = S_OK()
def __init__( self, name, obj = None, parent = None ): AttributeCollection.__init__( self ) self.instance_obj = None # used for the interpretation only self.parent = parent if obj == None: self.parameters = ParameterCollection() elif isinstance( obj, ModuleInstance ) or isinstance( obj, ModuleDefinition ): if name == None: self.setName( obj.getName() ) else: self.setName( name ) self.setType( obj.getType() ) self.setDescrShort( obj.getDescrShort() ) self.parameters = ParameterCollection( obj.parameters ) elif isinstance( obj, ParameterCollection ): # set attributes self.setName( name ) self.setType( "" ) self.setDescrShort( "" ) self.parameters = ParameterCollection( obj ) elif obj != None: raise TypeError( 'Can not create object type ' + str( type( self ) ) + ' from the ' + str( type( obj ) ) )
def __init__( self, obj = None, name = None ): ''' Be aware that 1-st param is an obj not a name!!!! obj can me a string with XML representation or with filename also obj can be a Workflow or ParameterCollections ''' AttributeCollection.__init__( self ) if ( obj == None ) or isinstance( obj, ParameterCollection ): self.setName( 'notgiven' ) self.setType( '' ) self.setDescrShort( '' ) self.setDescription( '' ) self.setOrigin( '' ) self.setVersion( 0.0 ) self.parameters = ParameterCollection( obj ) self.step_instances = InstancesPool( self ) self.step_definitions = DefinitionsPool( self ) self.module_definitions = DefinitionsPool( self ) elif isinstance( obj, Workflow ): self.fromWorkflow( obj ) elif isinstance( obj, str ): self.parameters = ParameterCollection( None ) self.step_instances = InstancesPool( self ) self.step_definitions = DefinitionsPool( self ) self.module_definitions = DefinitionsPool( self ) # if obj is an XML string if obj.startswith( '<' ): fromXMLString( obj, self ) else: fromXMLFile( obj, self ) elif obj != None: raise TypeError( 'Can not create object type ' + str( type( self ) ) + ' from the ' + str( type( obj ) ) ) if name : self.setName( name ) self.workflow_commons = {} self.workflowStatus = S_OK()
def __init__(self, step_type=None, obj=None, parent=None): AttributeCollection.__init__(self) self.module_instances = None # this object can be shared with the workflow # to if its =None and workflow!=None we have to # pass everything above self.module_definitions = None self.parent = parent # sort out Parameters and class attributes if (obj == None) or isinstance(obj, ParameterCollection): self.setType('notgiven') self.setDescrShort('') self.setDescription('') self.setOrigin('') self.setVersion(0.0) self.parameters = ParameterCollection(obj) # creating copy self.module_instances = InstancesPool(self) self.module_definitions = DefinitionsPool(self) elif isinstance(obj, StepDefinition): self.setType(obj.getType()) self.setDescrShort(obj.getDescrShort()) self.setDescription(obj.getDescription()) self.setOrigin(obj.getOrigin()) self.setVersion(obj.getVersion()) # copy instances and definitions self.parameters = ParameterCollection(self, obj.parameters) self.module_instances = InstancesPool(self, obj.module_instances) if obj.module_definitions != None: self.module_definitions = DefinitionsPool( self.obj.module_definitions) else: raise TypeError('Can not create object type ' + str(type(self)) + ' from the ' + str(type(obj))) if step_type: self.setType(step_type)
def __str__(self): ''' Step string representation ''' return str(type(self)) + ':\n' + AttributeCollection.__str__( self) + self.parameters.__str__()
def __str__( self ): ''' Step string representation ''' return str( type( self ) ) + ':\n' + AttributeCollection.__str__( self ) + self.parameters.__str__()
def __str__( self ): return str( type( self ) ) + ':\n' + AttributeCollection.__str__( self ) + self.parameters.__str__()
def toXML( self ): ret = '<ModuleDefinition>\n' ret = ret + AttributeCollection.toXML( self ) ret = ret + self.parameters.toXML() ret = ret + '</ModuleDefinition>\n' return ret