Object¶

Qualified name: delphifmx.Object

class Object¶

Bases: object

TObject is the ultimate ancestor of all objects and components. TObject encapsulates fundamental behavior common to objects by introducing methods that:

Create, maintain, and destroy instances of the object by allocating, initializing, and freeing required memory. Respond when object instances are created or destroyed. Return class-type and instance information on an object and runtime type information (RTTI) about its published properties. Support message handling. Support interfaces implemented by the object. Use TObject as an immediate base class when declaring simple objects that do not need to persist (are not saved and reloaded) and that do not need to be assigned to other objects. Much of the capability of objects is established by methods that TObject introduces. Many of these methods are used internally by IDEs and are not intended for users to call directly. Others are overridden in descendant objects that have more complex behavior. Although TObject is the based object of a component framework, not all objects are components. All component classes descend from TComponent.

Note: TObject is never directly instantiated. Although it does not use programming language features that prevent instantiation, TObject is an abstract class.

Methods

`AfterConstruction`
`BeforeDestruction`
`CPP_ABI_1`
`CPP_ABI_2`
`CPP_ABI_3`
`ClassInfo`
`ClassNameIs`
`ClassParent`
`ClassType`
`CleanupInstance`
`DefaultHandler`
`Dispatch`
`DisposeOf`
`Equals`
`FieldAddress`
`Free`	Frees the Wrapped Delphi Object
`FreeInstance`
`GetHashCode`
`GetInterface`
`GetInterfaceEntry`
`GetInterfaceTable`
`InheritsFrom`	Returns True if Delphi Object is or inherits from ClassName
`InitInstance`
`InstanceSize`
`MethodAddress`
`MethodName`
`NewInstance`
`QualifiedClassName`
`SafeCallException`
`SetProps`	Sets several properties in one call
`ToList`	If the object is a container (TStrings, TComponent...), it returns the content of the sequence as a Python list object.
`ToString`
`ToTuple`	If the object is a container (TStrings, TComponent...), it returns the content of the sequence as a Python tuple object.
`UnitName`
`UnitScope`

Attributes

ClassName

Returns the TObject.ClassName

AfterConstruction()¶

BeforeDestruction()¶

CPP_ABI_1()¶

CPP_ABI_2()¶

CPP_ABI_3()¶

ClassInfo() → Pointer¶

ClassName¶: Returns the TObject.ClassName

ClassNameIs(Name: str) → bool¶

ClassParent() → Class¶

ClassType() → Class¶

CleanupInstance()¶

DefaultHandler(Message) → None¶

Dispatch(Message) → None¶

DisposeOf()¶

Equals(Obj: Object) → bool¶

FieldAddress(Name: str) → Pointer¶

Free()¶: Frees the Wrapped Delphi Object

FreeInstance()¶

GetHashCode() → Integer¶

GetInterface(IID: GUID, Obj) → bool¶

GetInterfaceEntry(IID: GUID) → PInterfaceEntry¶

GetInterfaceTable() → PInterfaceable¶

InheritsFrom(ClassName)¶: Returns True if Delphi Object is or inherits from ClassName

InitInstance(Instance: Pointer) → Object¶

InstanceSize() → Integer¶

MethodAddress(Name: str) → Pointer¶

MethodName(Address: Pointer) → str¶

NewInstance() → Object¶

QualifiedClassName() → string¶

SafeCallException(ExceptObject: Object, ExceptAddr: Pointer) → int¶

SetProps(prop1=val1, prop2=val2...)¶: Sets several properties in one call

ToList()¶: If the object is a container (TStrings, TComponent…), it returns the content of the sequence as a Python list object.

ToString() → string¶

ToTuple()¶: If the object is a container (TStrings, TComponent…), it returns the content of the sequence as a Python tuple object.

UnitName() → string¶

UnitScope() → string¶