MkObjectC_Obj_C_API

MkObjectC - managed-object details More...

Collaboration diagram for MkObjectC_Obj_C_API:

Functions
MK_OBJ	MkObjCopy_RT (MK_RT mkrt, MK_OBJ const tgtmng, MK_OBJN const srcmng)
	call the copy from the object
MK_OBJ	MkObjReset_RT (MK_RT mkrt, MK_OBJ const obj)
	free the internal memory of an object and initialize the local variables to default values

MkSelf
typedef void(*	MkSelfIncrF) (MK_RT mkrt, MK_PTR self, MK_PTR const env)
typedef void(*	MkSelfDecrF) (MK_RT mkrt, MK_PTR self, MK_PTR const env)
static void	MkSelfSet (MK_OBJ const obj, MK_PTR const self, MK_PTR const env)
	set the MkObjectS::self value
static MK_PTR	MkSelfGet (MK_OBJ const obj)
	get the MkObjectS::self value
static MK_ATTR_HOT enum MkErrorE	MkSelfNew_RT (MK_RT mkrt, MK_OBJ obj, MK_PTR *self_out, MK_PTR const env)
	return the self pointer for a given obj …
MK_PTR	MkSelfCreate_RT (MK_RT mkrt, MK_OBJ const obj, MK_PTR const env)
	create the MkObjectS::self value
bool	MkSelfDelete_RT (MK_RT mkrt, MK_OBJ const obj)
	delete the MkObjectS::self value
bool	MkSelfDeleteForce_RT (MK_RT mkrt, MK_OBJ obj)
	force delete an instance, last step in instance-destructor
void	MkSelfUnlink_RT (MK_RT mkrt, MK_OBJ obj)
	Run the MkTypeS::selfUnlink slot from the instance...
static bool	MkSelfExists (MK_OBJN obj)
	Check if the MkObjectS::self exists …
#define	MkSelfSet_3X(x, self, env)
#define	MkSelfGet_1X(x)
#define	MkSelfNew_3X(x, self_out, env)
#define	MkSelfCreate_2X(x, env)
#define	MkSelfDelete_1X(x)
#define	MkSelfDeleteForce_1X(x)
#define	MkSelfUnlink_1X(x)
#define	MkSelfExists_1X(x)

MkRef…
reference management functions
static void	MkRefIncr (MK_OBJ obj)
	increment the reference-count
void	MkRefDecr_RT (MK_RT mkrt, MK_OBJ obj)
	decrement the reference-count
static void	MkRefIncrSelf (MK_OBJ const obj, MK_PTR const self, MK_PTR const env)
	ATOMIC operation -> link self with reference-count.
MK_OBJ	MkRefDecrWithoutSelf_RT (MK_RT mkrt, MK_OBJ const obj)
	ATOMIC operation -> unlink self with reference-count.
MK_OBJ	MkRefDecrWithUnlinkSelf_RT (MK_RT mkrt, MK_OBJ const obj)
	ATOMIC operation -> unlink self from META und decr-ref-count in META.
static MK_I32	MkRefGet (MK_OBJ const obj)
	get the reference-count
static MK_I32	MkRefLock (MK_OBJ const obj)
	lock the object
static bool	MkRefIsLocked (MK_OBJ const obj)
	check if object is locked
MK_NUM	MkRefCidN_RT (MK_RT mkrt)
	return the reference-count-recursion-level
#define	MkRefLOCK   999999
	unchangeable reference
#define	MkRefIncr_1X(x)
#define	MkRefIncr_1M(m)
#define	MkRefIncr_FX(x)
	protect code-block, do not call the destructor…
#define	MkRefDecr_O(o)
#define	MkRefDecr_X(x)
#define	MkRefDecr_X_NULL(x)
	same as MkRefDecr_X but do not expect a runtime-cache.
#define	MkRefDecr_M(m)
#define	MkRefDecr_M_NULL(m)
	same as MkRefDecr_M but do not expect a runtime-cache.
#define	MkRefDecr_FX(x)
	protect code-block, do not call the destructor…
#define	MkRefIncrSelf_2X(x, s)
#define	MkRefGet_1X(x)
#define	MkRefLock_1X(x)
#define	MkRefIsLocked_1X(x)
#define	MkRefSet(target, source)
	update target with source and keep the MkObjectS::refCount in sync

MkObjectC - MkObjectC_Obj_C_API - function
MK_I32	MkRefGetP (MK_OBJ const obj)
	Non-inline replacement for MkRefGet …
void	MkRefIncrSelfP (MK_OBJ const obj, MK_PTR const self, MK_PTR const env)
	Non-inline replacement for MkRefIncrSelf …
MK_BOOL	MkRefIsLockedP (MK_OBJ const obj)
	Non-inline replacement for MkRefIsLocked …
MK_I32	MkRefLockP (MK_OBJ const obj)
	Non-inline replacement for MkRefLock …
MK_BOOL	MkSelfExistsP (MK_OBJN obj)
	Non-inline replacement for MkSelfExists …
MK_PTR	MkSelfGetP (MK_OBJ const obj)
	Non-inline replacement for MkSelfGet …
void	MkSelfSetP (MK_OBJ const obj, MK_PTR const self, MK_PTR const env)
	Non-inline replacement for MkSelfSet …
enum MkErrorE	MkSelfNewP (MK_RT mkrt, MK_OBJ obj, MK_PTR *self_out, MK_PTR const env)
	Non-inline replacement for MkSelfNew …
void	MkRefIncrP (MK_OBJ obj)
	Non-inline replacement for MkRefIncr …

MkObjectC - MkObjectC_Obj_C_API - overload
#define	MkRefCidN_NULL()
#define	MkObjCopy_NULL(...)
#define	MkObjCopy(...)
#define	MkObjReset_NULL(...)
#define	MkObjReset(...)
#define	MkRefDecrWithUnlinkSelf_NULL(...)
#define	MkRefDecrWithUnlinkSelf(...)
#define	MkRefDecrWithoutSelf_NULL(...)
#define	MkRefDecrWithoutSelf(...)
#define	MkSelfCreate_NULL(...)
#define	MkSelfCreate(...)
#define	MkSelfNew_NULL(...)
#define	MkSelfNew(...)
#define	MkSelfNew_E(...)
#define	MkSelfNew_C(...)
#define	MkRefCidN_NULL()
#define	MkRefCidN()
#define	MkRefDecr_NULL(...)
#define	MkRefDecr(...)
#define	MkSelfDelete_NULL(...)
#define	MkSelfDelete(...)
#define	MkSelfDeleteForce_NULL(...)
#define	MkSelfDeleteForce(...)
#define	MkSelfUnlink_NULL(...)
#define	MkSelfUnlink(...)

Detailed Description

MkObjectC - managed-object details

Managed-Object-Technology (MOT) is a class system in C that is designed to integrate automatically into other software, which of course also includes other programming languages.

See also

Managed-Object

Macro Definition Documentation

MkObjCopy

#define MkObjCopy

(

...

)

Value:

MkObjCopy_RT(MK_RT_CALL __VA_ARGS__)

Definition at line 1673 of file kernel_overload_mk.h.

MkObjCopy_NULL

#define MkObjCopy_NULL

(

...

)

Value:

MkObjCopy_RT(MK_RT_CALL_NULL __VA_ARGS__)

Definition at line 1672 of file kernel_overload_mk.h.

MkObjReset

#define MkObjReset

(

...

)

Value:

MkObjReset_RT(MK_RT_CALL __VA_ARGS__)

Definition at line 1675 of file kernel_overload_mk.h.

MkObjReset_NULL

#define MkObjReset_NULL

(

...

)

Value:

MkObjReset_RT(MK_RT_CALL_NULL __VA_ARGS__)

Definition at line 1674 of file kernel_overload_mk.h.

MkRefCidN

#define MkRefCidN

(

)

Value:

MkRefCidN_RT(MK_RT_CALL_ONLY)

Definition at line 1693 of file kernel_overload_mk.h.

MkRefCidN_NULL [1/2]

#define MkRefCidN_NULL

(

)

Value:

MkRefCidN_RT(MK_RT_CALL_NULL_ONLY)

Definition at line 1692 of file kernel_overload_mk.h.

MkRefCidN_NULL [2/2]

#define MkRefCidN_NULL

(

)

Value:

MkRefCidN_RT(MK_RT_CALL_NULL_ONLY)

Definition at line 4768 of file LibMkKernel_mk.h.

MkRefDecr

#define MkRefDecr

(

...

)

Value:

MkRefDecr_RT(MK_RT_CALL __VA_ARGS__)

Definition at line 1695 of file kernel_overload_mk.h.

MkRefDecr_FX

#define MkRefDecr_FX

(

x

)

Value:

do { --(MkOBJ_R(x).refCount); } while(0)

protect code-block, do not call the destructor…

Only call MkRefIncr_FX and MkRefDecr_FX together

MkRefIncr_FX(instance);
// do some operation which COULD call the destructor
MkRefDecr_FX(instance);
if (instance->refCount <= 0) {
  // instance have to be deleted → clean up!!
  MkSelfDeleteForce(instance); // DELETE!
}

Definition at line 4665 of file LibMkKernel_mk.h.

MkRefDecr_M

#define MkRefDecr_M

(

m

)

Value:

do { MkRefDecr_RT(MK_RT_CALL MkObj(m)); m=NULL; } while (0)

decrement MkObjectS::refCount with runtime-cast of the instance-pointer.

Parameters

[in]

m

Only use this if you dont trust the pointer. The pointer-cast will be null if the pointer is invalid or broken.

Definition at line 4660 of file LibMkKernel_mk.h.

MkRefDecr_M_NULL

#define MkRefDecr_M_NULL

(

m

)

Value:

do { MkRefDecr_RT(MK_RT_NULL MkObj(m)); m=NULL; } while (0)

same as MkRefDecr_M but do not expect a runtime-cache.

Definition at line 4662 of file LibMkKernel_mk.h.

MkRefDecr_NULL

#define MkRefDecr_NULL

(

...

)

Value:

MkRefDecr_RT(MK_RT_CALL_NULL __VA_ARGS__)

Definition at line 1694 of file kernel_overload_mk.h.

MkRefDecr_O

#define MkRefDecr_O

(

o

)

Value:

do { MkRefDecr_RT(MK_RT_CALL o); o=NULL; } while (0)

decrement MkObjectS::refCount without cast of the object-pointer.

Parameters

[in]

o

Prefer this if you trust the pointer and the pointer is a MkObjectC.

Definition at line 4649 of file LibMkKernel_mk.h.

MkRefDecr_X

#define MkRefDecr_X

(

x

)

Value:

do { MkRefDecr_RT(MK_RT_CALL MkOBJ(x)); x=NULL; } while (0)

decrement MkObjectS::refCount with compiletime-cast of the instance-pointer.

Parameters

[in]

x

Prefer this if you trust the pointer and the pointer is not a MkObjectC.

Definition at line 4653 of file LibMkKernel_mk.h.

MkRefDecr_X_NULL

#define MkRefDecr_X_NULL

(

x

)

Value:

do { MkRefDecr_RT(MK_RT_NULL MkOBJ(x)); x=NULL; } while (0)

same as MkRefDecr_X but do not expect a runtime-cache.

Definition at line 4655 of file LibMkKernel_mk.h.

MkRefDecrWithoutSelf

#define MkRefDecrWithoutSelf

(

...

)

Value:

MkRefDecrWithoutSelf_RT(MK_RT_CALL __VA_ARGS__)

Definition at line 1679 of file kernel_overload_mk.h.

MkRefDecrWithoutSelf_NULL

#define MkRefDecrWithoutSelf_NULL

(

...

)

Value:

MkRefDecrWithoutSelf_RT(MK_RT_CALL_NULL __VA_ARGS__)

Definition at line 1678 of file kernel_overload_mk.h.

MkRefDecrWithUnlinkSelf

#define MkRefDecrWithUnlinkSelf

(

...

)

Value:

MkRefDecrWithUnlinkSelf_RT(MK_RT_CALL __VA_ARGS__)

Definition at line 1677 of file kernel_overload_mk.h.

MkRefDecrWithUnlinkSelf_NULL

#define MkRefDecrWithUnlinkSelf_NULL

(

...

)

Value:

MkRefDecrWithUnlinkSelf_RT(MK_RT_CALL_NULL __VA_ARGS__)

Definition at line 1676 of file kernel_overload_mk.h.

MkRefGet_1X

#define MkRefGet_1X

(

x

)

Value:

MkRefGet(MkOBJ(x))

Definition at line 4733 of file LibMkKernel_mk.h.

MkRefIncr_1M

#define MkRefIncr_1M

(

m

)

Value:

MkRefIncr(MkObj(m))

Definition at line 4615 of file LibMkKernel_mk.h.

MkRefIncr_1X

#define MkRefIncr_1X

(

x

)

Value:

MkRefIncr(MkOBJ(x))

Definition at line 4614 of file LibMkKernel_mk.h.

MkRefIncr_FX

#define MkRefIncr_FX

(

x

)

Value:

MkRefIncr(MkOBJ(x))

protect code-block, do not call the destructor…

Only call MkRefIncr_FX and MkRefDecr_FX together

MkRefIncr_FX(instance);
// do some operation which COULD call the destructor
MkRefDecr_FX(instance);
if (instance->refCount <= 0) {
  // instance have to be deleted → clean up!!
  MkSelfDeleteForce(instance); // DELETE!
}

Definition at line 4630 of file LibMkKernel_mk.h.

MkRefIncrSelf_2X

#define MkRefIncrSelf_2X	(		x,
			s )

Value:

MkRefIncrSelf(MkOBJ(x),s)

Definition at line 4682 of file LibMkKernel_mk.h.

MkRefIsLocked_1X

#define MkRefIsLocked_1X

(

x

)

Value:

MkRefIsLocked(MkOBJ(x))

Definition at line 4752 of file LibMkKernel_mk.h.

MkRefLOCK

#define MkRefLOCK   999999

unchangeable reference

Definition at line 4604 of file LibMkKernel_mk.h.

MkRefLock_1X

#define MkRefLock_1X

(

x

)

Value:

MkRefLock(MkOBJ(x))

Definition at line 4742 of file LibMkKernel_mk.h.

MkRefSet

#define MkRefSet	(		target,
			source )

Value:

  ({ \
  if (target != source) { \
    typeof(target) targetSave=target; \
    target = source;\
    MkRefDecr_X(targetSave);\
    MkRefIncr_1X(target);\
  } \
  target;\
})

update target with source and keep the MkObjectS::refCount in sync

Definition at line 4755 of file LibMkKernel_mk.h.

#define MkRefSet(target,source) ({ \
  if (target != source) { \
    typeof(target) targetSave=target; \
    target = source;\
    MkRefDecr_X(targetSave);\
    MkRefIncr_1X(target);\
  } \
  target;\
})

MkSelfCreate

#define MkSelfCreate

(

...

)

Value:

MkSelfCreate_RT(MK_RT_CALL __VA_ARGS__)

Definition at line 1683 of file kernel_overload_mk.h.

MkSelfCreate_2X

#define MkSelfCreate_2X	(		x,
			env )

Value:

MkSelfCreate(MkOBJ(x),env)

Definition at line 4856 of file LibMkKernel_mk.h.

MkSelfCreate_NULL

#define MkSelfCreate_NULL

(

...

)

Value:

MkSelfCreate_RT(MK_RT_CALL_NULL __VA_ARGS__)

Definition at line 1682 of file kernel_overload_mk.h.

MkSelfDelete

#define MkSelfDelete

(

...

)

Value:

MkSelfDelete_RT(MK_RT_CALL __VA_ARGS__)

Definition at line 1697 of file kernel_overload_mk.h.

MkSelfDelete_1X

#define MkSelfDelete_1X

(

x

)

Value:

MkSelfDelete_RT(MK_RT_CALL MkOBJ(x))

Definition at line 4872 of file LibMkKernel_mk.h.

MkSelfDelete_NULL

#define MkSelfDelete_NULL

(

...

)

Value:

MkSelfDelete_RT(MK_RT_CALL_NULL __VA_ARGS__)

Definition at line 1696 of file kernel_overload_mk.h.

MkSelfDeleteForce

#define MkSelfDeleteForce

(

...

)

Value:

MkSelfDeleteForce_RT(MK_RT_CALL __VA_ARGS__)

Definition at line 1699 of file kernel_overload_mk.h.

MkSelfDeleteForce_1X

#define MkSelfDeleteForce_1X

(

x

)

Value:

MkSelfDeleteForce(MkOBJ(x))

Definition at line 4896 of file LibMkKernel_mk.h.

MkSelfDeleteForce_NULL

#define MkSelfDeleteForce_NULL

(

...

)

Value:

MkSelfDeleteForce_RT(MK_RT_CALL_NULL __VA_ARGS__)

Definition at line 1698 of file kernel_overload_mk.h.

MkSelfExists_1X

#define MkSelfExists_1X

(

x

)

Value:

MkSelExists(MkOBJ(x))

Definition at line 4930 of file LibMkKernel_mk.h.

MkSelfGet_1X

#define MkSelfGet_1X

(

x

)

Value:

MkSelfGet(MkOBJ(x))

Definition at line 4806 of file LibMkKernel_mk.h.

MkSelfNew

#define MkSelfNew

(

...

)

Value:

MkSelfNew_RT(MK_RT_CALL __VA_ARGS__)

Definition at line 1687 of file kernel_overload_mk.h.

MkSelfNew_3X

#define MkSelfNew_3X	(		x,
			self_out,
			env )

Value:

MkSelfNew(MkOBJ(x),self_out,env)

Definition at line 4839 of file LibMkKernel_mk.h.

MkSelfNew_C

#define MkSelfNew_C

(

...

)

Value:

if (MkErrorCheckI(MkSelfNew(__VA_ARGS__)))

Definition at line 1689 of file kernel_overload_mk.h.

MkSelfNew_E

#define MkSelfNew_E

(

...

)

Value:

MkErrorCheck(MkSelfNew(__VA_ARGS__))

Definition at line 1688 of file kernel_overload_mk.h.

MkSelfNew_NULL

#define MkSelfNew_NULL

(

...

)

Value:

MkSelfNew_RT(MK_RT_CALL_NULL __VA_ARGS__)

Definition at line 1686 of file kernel_overload_mk.h.

MkSelfSet_3X

#define MkSelfSet_3X	(		x,
			self,
			env )

Value:

MkSelfSet(MkOBJ(x),self,env)

Definition at line 4795 of file LibMkKernel_mk.h.

MkSelfUnlink

#define MkSelfUnlink

(

...

)

Value:

MkSelfUnlink_RT(MK_RT_CALL __VA_ARGS__)

Definition at line 1701 of file kernel_overload_mk.h.

MkSelfUnlink_1X

#define MkSelfUnlink_1X

(

x

)

Value:

MkSelfUnlink(MkOBJ(x))

Definition at line 4921 of file LibMkKernel_mk.h.

MkSelfUnlink_NULL

#define MkSelfUnlink_NULL

(

...

)

Value:

MkSelfUnlink_RT(MK_RT_CALL_NULL __VA_ARGS__)

Definition at line 1700 of file kernel_overload_mk.h.

Typedef Documentation

MkSelfDecrF

typedef void(* MkSelfDecrF) (MK_RT mkrt,MK_PTR self, MK_PTR const env)

Definition at line 4782 of file LibMkKernel_mk.h.

MkSelfIncrF

typedef void(* MkSelfIncrF) (MK_RT mkrt,MK_PTR self, MK_PTR const env)

Definition at line 4781 of file LibMkKernel_mk.h.

Function Documentation

MkObjCopy_RT()

MK_OBJ MkObjCopy_RT	(	MK_RT	mkrt,
		MK_OBJ const	tgtmng,
		MK_OBJN const	srcmng )

call the copy from the object

Returns

the new object or null if no Merge-Constructor is available

See also

MkObjDup_RT MkObjReset_RT

MkObjReset_RT()

MK_OBJ MkObjReset_RT	(	MK_RT	mkrt,
		MK_OBJ const	obj )

free the internal memory of an object and initialize the local variables to default values

See also

MkObjDup_RT MkObjMerge_RT

MkRefCidN_RT()

MK_NUM MkRefCidN_RT

(

MK_RT

mkrt

)

return the reference-count-recursion-level

MkRefDecr_RT()

void MkRefDecr_RT	(	MK_RT	mkrt,
		MK_OBJ	obj )

decrement the reference-count

• MkObjectS::refCount will be decremented
• if MkObjectS::refCount <= 0 the destructor will be called.
• the object will not be set to NULL use wrapper MkRefDecr_O, MkRefDecr_X or MkRefDecr_M

Parameters

[in]	mkrt	the MkRuntimeS instance to work on - the runtime argument, used by MK_RT_CALL (C-only)
[in]	obj	the MkObjectS instance to work on - a MANAGED OBJECT after type-check and able to be supported by the MkObjectS API

MkRefDecrWithoutSelf_RT()

MK_OBJ MkRefDecrWithoutSelf_RT	(	MK_RT	mkrt,
		MK_OBJ const	obj )

ATOMIC operation -> unlink self with reference-count.

First the MkObjectS::self and MkObjectS::env will be set to NULL and than MkRefDecr is called.

This api-function is used to free jvmkkernel ressources on an already destroyed Target-Programming-Language (TPL) instance.

Parameters

[in]	mkrt	the MkRuntimeS instance to work on - the runtime argument, used by MK_RT_CALL (C-only)
[in]	obj	the MkObjectS instance to work on - a MANAGED OBJECT after type-check and able to be supported by the MkObjectS API

Returns

always return NULL

See also

MkRefIncr MkSelfSet MkRefIncrSelf

MkRefDecrWithUnlinkSelf_RT()

MK_OBJ MkRefDecrWithUnlinkSelf_RT	(	MK_RT	mkrt,
		MK_OBJ const	obj )

ATOMIC operation -> unlink self from META und decr-ref-count in META.

This ATOMIC operation has 2 steps:

1. unlink the META from SELF using the MkSelfUnlink call This api-function is used to free jvmkkernel ressources on an existing Target-Programming-Language (TPL) instance.

Parameters

[in]	mkrt	the MkRuntimeS instance to work on - the runtime argument, used by MK_RT_CALL (C-only)
[in]	obj	the MkObjectS instance to work on - a MANAGED OBJECT after type-check and able to be supported by the MkObjectS API

Returns

always return NULL

See also

MkRefIncr MkSelfSet MkRefIncrSelf

MkRefGet()

static MK_I32 MkRefGet ( MK_OBJ const obj )

static

get the reference-count

Parameters

[in]

obj

the MkObjectS instance to work on - a MANAGED OBJECT after type-check and able to be supported by the MkObjectS API

Returns

the reference-count

Definition at line 4728 of file LibMkKernel_mk.h.

                                               {
  MK_INSTANCE_HDL(obj);
  return (*obj).refCount;
}

Here is the caller graph for this function:

MkRefGetP()

MK_I32 MkRefGetP

(

MK_OBJ const

obj

)

Non-inline replacement for MkRefGet …

MkRefIncr()

static void MkRefIncr ( MK_OBJ obj )

static

increment the reference-count

Parameters

[in]

obj

the MkObjectS instance to work on - a MANAGED OBJECT after type-check and able to be supported by the MkObjectS API

Definition at line 4610 of file LibMkKernel_mk.h.

                                        {
  if (obj) ++(*obj).refCount;
}

MkRefIncrP()

void MkRefIncrP

(

MK_OBJ

obj

)

Non-inline replacement for MkRefIncr …

MkRefIncrSelf()

static void MkRefIncrSelf ( MK_OBJ const obj, MK_PTR const self, MK_PTR const env )

static

ATOMIC operation -> link self with reference-count.

Parameters

[in]	obj	the MkObjectS instance to work on - a MANAGED OBJECT after type-check and able to be supported by the MkObjectS API
[in]	self	this is the self pointer of the object in the programming-language-shell used for jvmkkernel pointer.
[in]	env	storage for an application specific environment pointer. (java: JNIEnv*)

See also

MkRefIncr MkSelfSet MkRefDecrWithoutSelf

Definition at line 4675 of file LibMkKernel_mk.h.

                                                                                     {
  MK_INSTANCE_HDL(obj);
  obj->refCount++;
  obj->self = (obj->type->noSelf ? NULL : self);
  obj->env  = env;
}

Here is the caller graph for this function:

MkRefIncrSelfP()

void MkRefIncrSelfP	(	MK_OBJ const	obj,
		MK_PTR const	self,
		MK_PTR const	env )

Non-inline replacement for MkRefIncrSelf …

MkRefIsLocked()

static bool MkRefIsLocked ( MK_OBJ const obj )

static

check if object is locked

Parameters

[in]

obj

the MkObjectS instance to work on - a MANAGED OBJECT after type-check and able to be supported by the MkObjectS API

Returns

the boolean value

Definition at line 4748 of file LibMkKernel_mk.h.

                                                  {
  MK_INSTANCE_HDL(obj);
  return (*obj).refCount >= MkRefLOCK;
}

MkRefIsLockedP()

MK_BOOL MkRefIsLockedP

(

MK_OBJ const

obj

)

Non-inline replacement for MkRefIsLocked …

MkRefLock()

static MK_I32 MkRefLock ( MK_OBJ const obj )

static

lock the object

Parameters

[in]

obj

the MkObjectS instance to work on - a MANAGED OBJECT after type-check and able to be supported by the MkObjectS API

Definition at line 4738 of file LibMkKernel_mk.h.

                                                {
  MK_INSTANCE_HDL(obj);
  return (*obj).refCount=MkRefLOCK;
}

MkRefLockP()

MK_I32 MkRefLockP

(

MK_OBJ const

obj

)

Non-inline replacement for MkRefLock …

MkSelfCreate_RT()

MK_PTR MkSelfCreate_RT	(	MK_RT	mkrt,
		MK_OBJ const	obj,
		MK_PTR const	env )

create the MkObjectS::self value

create the self from the object mng using MkTypeS::selfCreate

Parameters

[in]	mkrt	the MkRuntimeS instance to work on - the runtime argument, used by MK_RT_CALL (C-only)
[in]	obj	the MkObjectS instance to work on - a MANAGED OBJECT after type-check and able to be supported by the MkObjectS API
[in]	env	storage for an application specific environment pointer. (java: JNIEnv*)

Returns

the MkObjectS::self value

MkSelfDelete_RT()

bool MkSelfDelete_RT	(	MK_RT	mkrt,
		MK_OBJ const	obj )

delete the MkObjectS::self value

delete the self from obj using MkTypeS::selfDelete

Parameters

[in]	mkrt	the MkRuntimeS instance to work on - the runtime argument, used by MK_RT_CALL (C-only)
[in]	obj	the MkObjectS instance to work on - a MANAGED OBJECT after type-check and able to be supported by the MkObjectS API

Returns

true if self and mq-obj was deleted and false if self is not available or self-delete does not delete the mq-obj

MkSelfDeleteForce_RT()

bool MkSelfDeleteForce_RT	(	MK_RT	mkrt,
		MK_OBJ	obj )

force delete an instance, last step in instance-destructor

A instance has two parts an PLMK (Programming-Language-Micro-Kernel)-part and a TPL-part, the PLMK (Programming-Language-Micro-Kernel)-part have to be deleted but the deletion of the TPL-part depend on the TPL object-model-philosophy. Some TPL have a HARD-delete some TPL have only a SOFT-delete, read more at MkObjectDelete.

This function will do the following steps:

1. if available -> call MkTypeS::selfDelete if MkTypeS::selfCreate was called first
2. if 1. was not done and MkTypeS::selfUnlink is available -> unlink the TPL-instance from the PLMK (Programming-Language-Micro-Kernel)-instance.
3. if non-local -> set the MkObjectS::signature to MK_NULL_SIGNATURE and free the memory

Parameters

[in]	mkrt	the MkRuntimeS instance to work on - the runtime argument, used by MK_RT_CALL (C-only)
[in]	obj	the MkObjectS instance to work on - a MANAGED OBJECT after type-check and able to be supported by the MkObjectS API

Returns

true if instance is global or was already deleted and false if local

MkSelfExists()

static bool MkSelfExists ( MK_OBJN obj )

static

Check if the MkObjectS::self exists …

Definition at line 4925 of file LibMkKernel_mk.h.

                                            {
  MK_INSTANCE_HDL(obj);
  return obj->self != NULL;
}

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MkSelfExistsP()

MK_BOOL MkSelfExistsP

(

MK_OBJN

obj

)

Non-inline replacement for MkSelfExists …

MkSelfGet()

static MK_PTR MkSelfGet ( MK_OBJ const obj )

static

get the MkObjectS::self value

Parameters

[in]

obj

the MkObjectS instance to work on - a MANAGED OBJECT after type-check and able to be supported by the MkObjectS API

Returns

the MkObjectS::self value

Definition at line 4801 of file LibMkKernel_mk.h.

                                                        {
  // BUG FIX - 1 mar 2023: remove nonnull on obj because C# require this
  return obj ? obj->self : NULL;
}

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MkSelfGetP()

MK_PTR MkSelfGetP

(

MK_OBJ const

obj

)

Non-inline replacement for MkSelfGet …

MkSelfNew_RT()

static enum MkErrorE MkSelfNew_RT ( MK_RT mkrt, MK_OBJ obj, MK_PTR * self_out, MK_PTR const env )

static

return the self pointer for a given obj …

This is an important function because every return of a managed-object in a Target-Programming-Language (TPL) will call this function to check if the self is already set. If true the self is returned and if false a new self is created.

the following steps are done:

• if obj has a self pointer (MkSelfGet)
  • if refCount > 0 return the self pointer
  • if refCount <= 0 return an error
• if obj NOT has a self pointer... create a self pointer

Parameters

[in]	mkrt	the MkRuntimeS instance to work on - the runtime argument, used by MK_RT_CALL (C-only)
[in]	obj	the MkObjectS instance to work on - a MANAGED OBJECT after type-check and able to be supported by the MkObjectS API
[out]	self_out	the new jvmkkernel object as return
[in]	env	storage for an application specific environment pointer. This pointer will be passed to MkTypeS::selfCreate. (example java: JNIEnv*)

Returns

• MK_OK if self_out is new created
• MK_CONTINUE if self_out was from MkOBJ_R(ctx).self
• MK_ERROR on error

Definition at line 13484 of file LibMkKernel_mk.h.

  {
  assert(self_out != NULL);
 
  if (obj == NULL) {
    *self_out = NULL;
    return MK_OK;
  }
  MkRtSetup_ON_RT(obj);
 
  enum MkErrorE ret = MK_OK;
  MK_PTR self = MkSelfGet(obj);
  if (self != NULL) {
    if (MkRefGet(obj) <= 0) {
      MkErrorSetV_2M(obj, "RefCount Error: object '%s' has 'self' but 'refCout <= 0", obj->type->type_name);
      goto error;
    } else {
      ret = MK_CONTINUE;
      if (MK_RT_REF.MkSelfIncrOnCacheB && MK_RT_REF.fSelfIncr) (*MK_RT_REF.fSelfIncr)(MK_RT_CALL self, env);
      goto end;
    }
  }
  self = MkSelfCreate(obj, env);
  if (self == NULL) {
    MkErrorSetV_2M(obj, "Error: '%s->SelfCreate' return a NULL pointer", obj->type->type_name);
    goto error;
  }
end:
  *self_out = self;
  return ret;
error:
  *self_out = NULL;
  return MK_ERROR;
}

MkSelfNewP()

enum MkErrorE MkSelfNewP	(	MK_RT	mkrt,
		MK_OBJ	obj,
		MK_PTR *	self_out,
		MK_PTR const	env )

Non-inline replacement for MkSelfNew …

MkSelfSet()

static void MkSelfSet ( MK_OBJ const obj, MK_PTR const self, MK_PTR const env )

static

set the MkObjectS::self value

Parameters

[in]	obj	the MkObjectS instance to work on - a MANAGED OBJECT after type-check and able to be supported by the MkObjectS API
[in]	self	the target-language-self-pointer usually self or this
[in]	env	storage for an application specific environment pointer. (java: JNIEnv*)

Definition at line 4789 of file LibMkKernel_mk.h.

                                                                                           {
  MK_INSTANCE_HDL(obj);
  obj->env = env;
  obj->self = (obj->type->noSelf ? NULL : self);
}

MkSelfSetP()

void MkSelfSetP	(	MK_OBJ const	obj,
		MK_PTR const	self,
		MK_PTR const	env )

Non-inline replacement for MkSelfSet …

MkSelfUnlink_RT()

void MkSelfUnlink_RT	(	MK_RT	mkrt,
		MK_OBJ	obj )

Run the MkTypeS::selfUnlink slot from the instance...

An instance has a META-part and a LNG-part, both are connected by MkObjectS::self and an LNG-specific proprietary connector. This low-level function will separate the MQpart from the LNG-part, leaving TWO independent objects.

The unlink has the following consequence:

1. When accessing the LNG-part, a NOT-INITIALIZED-EXCEPTION is generated
2. The MQ-part can be deleted without deleting the LNG-part
3. Accessing the MQ-part via the LNG-code creates a new LNG-part connected to the MQ-part

Parameters

[in]	mkrt	the MkRuntimeS instance to work on - the runtime argument, used by MK_RT_CALL (C-only)
[in]	obj	the MkObjectS instance to work on - a MANAGED OBJECT after type-check and able to be supported by the MkObjectS API

Attention

This function has only an effect if the MkTypeS::selfUnlink slot is available.

This function has only an effect if the MkObjectS::self is non null.