MkKernel_Enum_C_API

MkKernel PACKAGE - enum definition … More...

Collaboration diagram for MkKernel_Enum_C_API:

Functions
MK_STRN	libmkkernel::MkIdSE_ToString (enum MkIdSE value)
	return the MkIdSE as string …
static MK_I32	libmkkernel::MkIdSE_ToInt (enum MkIdSE value)
	return the MkIdSE as integer …
enum MkErrorE	libmkkernel::MkIdSE_FromInt (MK_I32 const value, enum MkIdSE *value_out)
	return the MkIdSE from integer …

MkErrorE
enum	libmkkernel::MkErrorE { libmkkernel::MK_OK = 0 , libmkkernel::MK_CONTINUE = 1 , libmkkernel::MK_ERROR = 2 }
	collection for the different error-codes … More...
MK_STRN	libmkkernel::MkErrorE_ToString (enum MkErrorE value)
	return the MkErrorE as string …
static MK_I32	libmkkernel::MkErrorE_ToInt (enum MkErrorE value)
	return the MkErrorE as integer …
enum MkErrorE	libmkkernel::MkErrorE_FromInt (MK_I32 const value, enum MkErrorE *value_out)
	return the MkErrorE from integer …

MkTimeoutE
enum	libmkkernel::MkTimeoutE {   libmkkernel::MK_TIMEOUT_INIT = META_TIMEOUT_REF , libmkkernel::MK_TIMEOUT_LONG = (META_TIMEOUT_REF/5) , libmkkernel::MK_TIMEOUT_NORMAL = (META_TIMEOUT_REF/10 < 1 ? 1 : META_TIMEOUT_REF/10) , libmkkernel::MK_TIMEOUT_SHORT = (META_TIMEOUT_REF/45 < 1 ? 1 : META_TIMEOUT_REF/45) ,   libmkkernel::MK_TIMEOUT_SOCKET = (META_TIMEOUT_REF/90 < 1 ? 1 : META_TIMEOUT_REF/90) , libmkkernel::MK_TIMEOUT_VERYSHORT = (META_TIMEOUT_REF/180 < 1 ? 1 : META_TIMEOUT_REF/180) , libmkkernel::MK_TIMEOUT_DEFAULT = -1 , libmkkernel::MK_TIMEOUT_USER = -2 ,   libmkkernel::MK_TIMEOUT_MAX = -3 }
	Predefined Timeout values … More...
MK_STRN	libmkkernel::MkTimeoutE_ToString (enum MkTimeoutE value)
	return the MkTimeoutE as string …
static MK_I32	libmkkernel::MkTimeoutE_ToInt (enum MkTimeoutE value)
	return the MkTimeoutE as integer …
enum MkErrorE	libmkkernel::MkTimeoutE_FromInt (MK_I32 const value, enum MkTimeoutE *value_out)
	return the MkTimeoutE from integer …

MkBoolE
enum	libmkkernel::MkBoolE { libmkkernel::MK_NO = 0 , libmkkernel::MK_YES = 1 }
	the internal boolean … More...
MK_STRN	libmkkernel::MkBoolE_ToString (enum MkBoolE value)
	return the MkBoolE as string …
static MK_I32	libmkkernel::MkBoolE_ToInt (enum MkBoolE value)
	return the MkBoolE as integer …
enum MkErrorE	libmkkernel::MkBoolE_FromInt (MK_I32 const value, enum MkBoolE *value_out)
	return the MkBoolE from integer …

MkNativeIsE
enum	libmkkernel::MkNativeIsE { libmkkernel::MK_NATIVE_IS_INITIAL = 0 , libmkkernel::MK_NATIVE_IS_STRING = 'S' , libmkkernel::MK_NATIVE_IS_LITTLE = 'L' , libmkkernel::MK_NATIVE_IS_BIG = 'B' }
	define if data is string or little or big endian … More...
MK_STRN	libmkkernel::MkNativeIsE_ToString (enum MkNativeIsE value)
	return the MkNativeIsE as string …
static MK_I32	libmkkernel::MkNativeIsE_ToInt (enum MkNativeIsE value)
	return the MkNativeIsE as integer …
enum MkErrorE	libmkkernel::MkNativeIsE_FromInt (MK_I32 const value, enum MkNativeIsE *value_out)
	return the MkNativeIsE from integer …

MkTypeE
enum	libmkkernel::MkTypeE {   libmkkernel::MK_I8T = ((1 << MK_TYPE_SHIFT) | MK_TYPE_IS_1_I8E ) , libmkkernel::MK_BOLT = ((2 << MK_TYPE_SHIFT) | MK_TYPE_IS_1_I8E ) , libmkkernel::MK_I16T = ((3 << MK_TYPE_SHIFT) | MK_TYPE_IS_2_I8E ) , libmkkernel::MK_I32T = ((4 << MK_TYPE_SHIFT) | MK_TYPE_IS_4_I8E ) ,   libmkkernel::MK_FLTT = ((5 << MK_TYPE_SHIFT) | MK_TYPE_IS_4_I8E ) , libmkkernel::MK_I64T = ((6 << MK_TYPE_SHIFT) | MK_TYPE_IS_8_I8E ) , libmkkernel::MK_DBLT = ((7 << MK_TYPE_SHIFT) | MK_TYPE_IS_8_I8E ) , libmkkernel::MK_BINT = ((8 << MK_TYPE_SHIFT) ) ,   libmkkernel::MK_STRT = ((9 << MK_TYPE_SHIFT) ) , libmkkernel::MK_LSTT = ((10 << MK_TYPE_SHIFT) ) }
	basic data-types supported by Programming-Language-Micro-Kernel (PLMK) … More...
MK_STRN	libmkkernel::MkTypeE_ToString (enum MkTypeE value)
	return the MkTypeE as string …
static MK_I32	libmkkernel::MkTypeE_ToInt (enum MkTypeE value)
	return the MkTypeE as integer …
enum MkErrorE	libmkkernel::MkTypeE_FromInt (MK_I32 const value, enum MkTypeE *value_out)
	return the MkTypeE from integer …
#define	MK_TYPE_IS_1_I8E   (1<<0)
	the type is native and has a size of 1 byte …
#define	MK_TYPE_IS_2_I8E   (1<<1)
	the type is native and has a size of 2 bytes …
#define	MK_TYPE_IS_4_I8E   (1<<2)
	the type is native and has a size of 4 bytes …
#define	MK_TYPE_IS_8_I8E   (1<<3)
	the type is native and has a size of 8 bytes …
#define	MK_TYPE_IS_NATIVE
	the type is native …
#define	MK_TYPE_SHIFT   4
	FIXED: type is only 8bit -> 4 bit=15 for type and 4 bit for flag …

MkKernel - MkKernel_Enum_C_API - overload
#define	MkBoolE_FromInt_E(...)
#define	MkBoolE_FromInt_C(...)
#define	MkBoolE_FromInt_e(...)
#define	MkErrorE_FromInt_E(...)
#define	MkErrorE_FromInt_C(...)
#define	MkErrorE_FromInt_e(...)
#define	MkIdSE_FromInt_E(...)
#define	MkIdSE_FromInt_C(...)
#define	MkIdSE_FromInt_e(...)
#define	MkNativeIsE_FromInt_E(...)
#define	MkNativeIsE_FromInt_C(...)
#define	MkNativeIsE_FromInt_e(...)
#define	MkTimeoutE_FromInt_E(...)
#define	MkTimeoutE_FromInt_C(...)
#define	MkTimeoutE_FromInt_e(...)
#define	MkTypeE_FromInt_E(...)
#define	MkTypeE_FromInt_C(...)
#define	MkTypeE_FromInt_e(...)

Detailed Description

MkKernel PACKAGE - enum definition …

A enum in the Programming-Language-Micro-Kernel (PLMK) is a enum-data-type and 3 enum-access-attributes

1. ENUM_ToString → return the string-value from the enum-value
2. ENUM_ToInt → return the integer-value from the enum-value
3. ENUM_FromInt → create an enum-value from an integer-value.

The enum-data-type and the 3 enum-access-attributes are defined in all target-languages (C,C++,C#,VB.NET,Java,Python,Ruby,Perl,PHP,Tcl or GO).

Macro Definition Documentation

MK_TYPE_IS_1_I8E

#define MK_TYPE_IS_1_I8E   (1<<0)

the type is native and has a size of 1 byte …

Definition at line 1941 of file LibMkKernel_mk.h.

MK_TYPE_IS_2_I8E

#define MK_TYPE_IS_2_I8E   (1<<1)

the type is native and has a size of 2 bytes …

Definition at line 1944 of file LibMkKernel_mk.h.

MK_TYPE_IS_4_I8E

#define MK_TYPE_IS_4_I8E   (1<<2)

the type is native and has a size of 4 bytes …

Definition at line 1947 of file LibMkKernel_mk.h.

MK_TYPE_IS_8_I8E

#define MK_TYPE_IS_8_I8E   (1<<3)

the type is native and has a size of 8 bytes …

Definition at line 1950 of file LibMkKernel_mk.h.

MK_TYPE_IS_NATIVE

#define MK_TYPE_IS_NATIVE

Value:

                                (       MK_TYPE_IS_1_I8E | MK_TYPE_IS_2_I8E |       \
                                MK_TYPE_IS_4_I8E | MK_TYPE_IS_8_I8E     )

the type is native …

Definition at line 1953 of file LibMkKernel_mk.h.

#define MK_TYPE_IS_NATIVE   (   MK_TYPE_IS_1_I8E | MK_TYPE_IS_2_I8E |       \
                                MK_TYPE_IS_4_I8E | MK_TYPE_IS_8_I8E     )

MK_TYPE_SHIFT

#define MK_TYPE_SHIFT   4

FIXED: type is only 8bit -> 4 bit=15 for type and 4 bit for flag …

Definition at line 1957 of file LibMkKernel_mk.h.

MkBoolE_FromInt_C

#define MkBoolE_FromInt_C

(

...

)

Value:

if (MkErrorCheckI(MkBoolE_FromInt(__VA_ARGS__)))

Definition at line 1333 of file kernel_overload_mk.h.

MkBoolE_FromInt_E

#define MkBoolE_FromInt_E

(

...

)

Value:

MkErrorCheck(MkBoolE_FromInt(__VA_ARGS__))

Definition at line 1332 of file kernel_overload_mk.h.

MkBoolE_FromInt_e

#define MkBoolE_FromInt_e

(

...

)

Value:

MK_EMBEDDED(enum MkBoolE,MkBoolE_FromInt,__VA_ARGS__)

Definition at line 1334 of file kernel_overload_mk.h.

MkErrorE_FromInt_C

#define MkErrorE_FromInt_C

(

...

)

Value:

if (MkErrorCheckI(MkErrorE_FromInt(__VA_ARGS__)))

Definition at line 1336 of file kernel_overload_mk.h.

MkErrorE_FromInt_E

#define MkErrorE_FromInt_E

(

...

)

Value:

MkErrorCheck(MkErrorE_FromInt(__VA_ARGS__))

Definition at line 1335 of file kernel_overload_mk.h.

MkErrorE_FromInt_e

#define MkErrorE_FromInt_e

(

...

)

Value:

MK_EMBEDDED(enum MkErrorE,MkErrorE_FromInt,__VA_ARGS__)

Definition at line 1337 of file kernel_overload_mk.h.

MkIdSE_FromInt_C

#define MkIdSE_FromInt_C

(

...

)

Value:

if (MkErrorCheckI(MkIdSE_FromInt(__VA_ARGS__)))

Definition at line 1339 of file kernel_overload_mk.h.

MkIdSE_FromInt_E

#define MkIdSE_FromInt_E

(

...

)

Value:

MkErrorCheck(MkIdSE_FromInt(__VA_ARGS__))

Definition at line 1338 of file kernel_overload_mk.h.

MkIdSE_FromInt_e

#define MkIdSE_FromInt_e

(

...

)

Value:

MK_EMBEDDED(enum MkIdSE,MkIdSE_FromInt,__VA_ARGS__)

Definition at line 1340 of file kernel_overload_mk.h.

MkNativeIsE_FromInt_C

#define MkNativeIsE_FromInt_C

(

...

)

Value:

if (MkErrorCheckI(MkNativeIsE_FromInt(__VA_ARGS__)))

Definition at line 1342 of file kernel_overload_mk.h.

MkNativeIsE_FromInt_E

#define MkNativeIsE_FromInt_E

(

...

)

Value:

MkErrorCheck(MkNativeIsE_FromInt(__VA_ARGS__))

Definition at line 1341 of file kernel_overload_mk.h.

MkNativeIsE_FromInt_e

#define MkNativeIsE_FromInt_e

(

...

)

Value:

MK_EMBEDDED(enum MkNativeIsE,MkNativeIsE_FromInt,__VA_ARGS__)

Definition at line 1343 of file kernel_overload_mk.h.

MkTimeoutE_FromInt_C

#define MkTimeoutE_FromInt_C

(

...

)

Value:

if (MkErrorCheckI(MkTimeoutE_FromInt(__VA_ARGS__)))

Definition at line 1345 of file kernel_overload_mk.h.

MkTimeoutE_FromInt_E

#define MkTimeoutE_FromInt_E

(

...

)

Value:

MkErrorCheck(MkTimeoutE_FromInt(__VA_ARGS__))

Definition at line 1344 of file kernel_overload_mk.h.

MkTimeoutE_FromInt_e

#define MkTimeoutE_FromInt_e

(

...

)

Value:

MK_EMBEDDED(enum MkTimeoutE,MkTimeoutE_FromInt,__VA_ARGS__)

Definition at line 1346 of file kernel_overload_mk.h.

MkTypeE_FromInt_C

#define MkTypeE_FromInt_C

(

...

)

Value:

if (MkErrorCheckI(MkTypeE_FromInt(__VA_ARGS__)))

Definition at line 1348 of file kernel_overload_mk.h.

MkTypeE_FromInt_E

#define MkTypeE_FromInt_E

(

...

)

Value:

MkErrorCheck(MkTypeE_FromInt(__VA_ARGS__))

Definition at line 1347 of file kernel_overload_mk.h.

MkTypeE_FromInt_e

#define MkTypeE_FromInt_e

(

...

)

Value:

MK_EMBEDDED(enum MkTypeE,MkTypeE_FromInt,__VA_ARGS__)

Definition at line 1349 of file kernel_overload_mk.h.

Enumeration Type Documentation

MkBoolE

enum libmkkernel::MkBoolE

the internal boolean …

Enumerator
MK_NO	0	boolean NO
MK_YES	1	boolean YES

Definition at line 1866 of file LibMkKernel_mk.h.

             {
  MK_NO   = 0,   
  MK_YES  = 1,   
};

MkErrorE

enum libmkkernel::MkErrorE

collection for the different error-codes …

This is the default-error-indicator and the return-value from near all Programming-Language-Micro-Kernel (PLMK) functions.

enum MkErrorE {
  MK_OK         = 0,            
  MK_CONTINUE   = 1,            
  MK_ERROR      = 2,            
};

Enumerator
MK_OK	0	(persistent) everything is OK.
MK_CONTINUE	1	(transient) raise an continue-event, the calling-function must handle this.
MK_ERROR	2	(persistent) raise an error-event, the calling-fucntion is interrupted.

Definition at line 1768 of file LibMkKernel_mk.h.

              {
  MK_OK         = 0,            
  MK_CONTINUE   = 1,            
  MK_ERROR      = 2,            
};

MkNativeIsE

enum libmkkernel::MkNativeIsE

define if data is string or little or big endian …

__parser__(internal)
enum MkNativeIsE {
  MK_NATIVE_IS_INITIAL  = 0,      
  MK_NATIVE_IS_STRING   = 'S',    
  MK_NATIVE_IS_LITTLE   = 'L',    
  MK_NATIVE_IS_BIG      = 'B',    
};

Enumerator
MK_NATIVE_IS_INITIAL	0	0 = initial value
MK_NATIVE_IS_STRING	'S'	S = using of the string protocol.
MK_NATIVE_IS_LITTLE	'L'	L = using if the binary protocoll, data in little-edian.
MK_NATIVE_IS_BIG	'B'	B = using if the binary protocoll, data in big-endian.

Definition at line 1904 of file LibMkKernel_mk.h.

                 {
  MK_NATIVE_IS_INITIAL  = 0,      
  MK_NATIVE_IS_STRING   = 'S',    
  MK_NATIVE_IS_LITTLE   = 'L',    
  MK_NATIVE_IS_BIG      = 'B',    
};

MkTimeoutE

enum libmkkernel::MkTimeoutE

Predefined Timeout values …

The libmkkernel::MkTimeoutE is used wherever a "timeout" is required. As a special feature, in addition to the defined values in libmkkernel::MkTimeoutE, freely defined values as integers as seconds are also accepted.

__parser__(enum-accept-integer=long)
enum MkTimeoutE {
  MK_TIMEOUT_INIT       = META_TIMEOUT_REF,
  MK_TIMEOUT_LONG       = (META_TIMEOUT_REF/5),
  MK_TIMEOUT_NORMAL     = (META_TIMEOUT_REF/10  < 1 ? 1 : META_TIMEOUT_REF/10),
  MK_TIMEOUT_SHORT      = (META_TIMEOUT_REF/45  < 1 ? 1 : META_TIMEOUT_REF/45),
  MK_TIMEOUT_SOCKET     = (META_TIMEOUT_REF/90  < 1 ? 1 : META_TIMEOUT_REF/90),
  MK_TIMEOUT_VERYSHORT  = (META_TIMEOUT_REF/180 < 1 ? 1 : META_TIMEOUT_REF/180),
  MK_TIMEOUT_DEFAULT    = -1,
  MK_TIMEOUT_USER       = -2,
  MK_TIMEOUT_MAX        = -3,
};

Enumerator
MK_TIMEOUT_INIT	META_TIMEOUT_REF	maximum timeout in sec (900 sec) …
MK_TIMEOUT_LONG	(META_TIMEOUT_REF/5)	long timeout in sec (180 sec) …
MK_TIMEOUT_NORMAL	(META_TIMEOUT_REF/10 < 1 ? 1 : META_TIMEOUT_REF/10)	normal timeout in sec (90 sec) …
MK_TIMEOUT_SHORT	(META_TIMEOUT_REF/45 < 1 ? 1 : META_TIMEOUT_REF/45)	short timeout in sec (20 sec) …
MK_TIMEOUT_SOCKET	(META_TIMEOUT_REF/90 < 1 ? 1 : META_TIMEOUT_REF/90)	shorter timeout in sec (10 sec) … This TIMEOUT is used for socket connection with 'connect'
MK_TIMEOUT_VERYSHORT	(META_TIMEOUT_REF/180 < 1 ? 1 : META_TIMEOUT_REF/180)	very short timeout in sec (5 sec) …
MK_TIMEOUT_DEFAULT	-1	request the default timeout value …
MK_TIMEOUT_USER	-2	request the user defined timeout value from the –timeout configuration value …
MK_TIMEOUT_MAX	-3	request the maximum possible (infinite) timeout value …

Definition at line 1814 of file LibMkKernel_mk.h.

                {
  MK_TIMEOUT_INIT       = META_TIMEOUT_REF,
  MK_TIMEOUT_LONG       = (META_TIMEOUT_REF/5),
  MK_TIMEOUT_NORMAL     = (META_TIMEOUT_REF/10  < 1 ? 1 : META_TIMEOUT_REF/10),
  MK_TIMEOUT_SHORT      = (META_TIMEOUT_REF/45  < 1 ? 1 : META_TIMEOUT_REF/45),
  MK_TIMEOUT_SOCKET     = (META_TIMEOUT_REF/90  < 1 ? 1 : META_TIMEOUT_REF/90),
  MK_TIMEOUT_VERYSHORT  = (META_TIMEOUT_REF/180 < 1 ? 1 : META_TIMEOUT_REF/180),
  MK_TIMEOUT_DEFAULT    = -1,
  MK_TIMEOUT_USER       = -2,
  MK_TIMEOUT_MAX        = -3,
};

MkTypeE

enum libmkkernel::MkTypeE

basic data-types supported by Programming-Language-Micro-Kernel (PLMK) …

enum MkTypeE {
  MK_I8T  = ((1  <<  MK_TYPE_SHIFT) | MK_TYPE_IS_1_I8E ),  
  MK_BOLT = ((2  <<  MK_TYPE_SHIFT) | MK_TYPE_IS_1_I8E ),  
  MK_I16T = ((3  <<  MK_TYPE_SHIFT) | MK_TYPE_IS_2_I8E ),  
  MK_I32T = ((4  <<  MK_TYPE_SHIFT) | MK_TYPE_IS_4_I8E ),  
  MK_FLTT = ((5  <<  MK_TYPE_SHIFT) | MK_TYPE_IS_4_I8E ),  
  MK_I64T = ((6  <<  MK_TYPE_SHIFT) | MK_TYPE_IS_8_I8E ),  
  MK_DBLT = ((7  <<  MK_TYPE_SHIFT) | MK_TYPE_IS_8_I8E ),  
  MK_BINT = ((8  <<  MK_TYPE_SHIFT)                     ),  
  MK_STRT = ((9  <<  MK_TYPE_SHIFT)                     ),  
  MK_LSTT = ((10 <<  MK_TYPE_SHIFT)                     ),  
};

See also

MkTypeE_ToString, MkTypeE_ToInt, MkTypeE_FromInt, BufferGetType2, BufferCastTo, BufferStreamReadGetNextType

Enumerator
MK_I8T	((1 << MK_TYPE_SHIFT) | MK_TYPE_IS_1_I8E )	Y: 1 byte 'byte' type.
MK_BOLT	((2 << MK_TYPE_SHIFT) | MK_TYPE_IS_1_I8E )	O: 1 byte 'boolean' type.
MK_I16T	((3 << MK_TYPE_SHIFT) | MK_TYPE_IS_2_I8E )	S: 2 byte 'short' type.
MK_I32T	((4 << MK_TYPE_SHIFT) | MK_TYPE_IS_4_I8E )	I: 4 byte 'int' type.
MK_FLTT	((5 << MK_TYPE_SHIFT) | MK_TYPE_IS_4_I8E )	F: 4 byte 'float' type.
MK_I64T	((6 << MK_TYPE_SHIFT) | MK_TYPE_IS_8_I8E )	W: 8 byte 'long long int' type.
MK_DBLT	((7 << MK_TYPE_SHIFT) | MK_TYPE_IS_8_I8E )	D: 8 byte 'double' type.
MK_BINT	((8 << MK_TYPE_SHIFT) )	B: X byte 'byte-array' type.
MK_STRT	((9 << MK_TYPE_SHIFT) )	C: X byte 'string' type (e.g. with a \0 at the end)
MK_LSTT	((10 << MK_TYPE_SHIFT) )	L: X byte 'list' type.

Definition at line 1967 of file LibMkKernel_mk.h.

             {
  MK_I8T  = ((1  <<  MK_TYPE_SHIFT) | MK_TYPE_IS_1_I8E ),  
  MK_BOLT = ((2  <<  MK_TYPE_SHIFT) | MK_TYPE_IS_1_I8E ),  
  MK_I16T = ((3  <<  MK_TYPE_SHIFT) | MK_TYPE_IS_2_I8E ),  
  MK_I32T = ((4  <<  MK_TYPE_SHIFT) | MK_TYPE_IS_4_I8E ),  
  MK_FLTT = ((5  <<  MK_TYPE_SHIFT) | MK_TYPE_IS_4_I8E ),  
  MK_I64T = ((6  <<  MK_TYPE_SHIFT) | MK_TYPE_IS_8_I8E ),  
  MK_DBLT = ((7  <<  MK_TYPE_SHIFT) | MK_TYPE_IS_8_I8E ),  
  MK_BINT = ((8  <<  MK_TYPE_SHIFT)                     ),  
  MK_STRT = ((9  <<  MK_TYPE_SHIFT)                     ),  
  MK_LSTT = ((10 <<  MK_TYPE_SHIFT)                     ),  
};

Function Documentation

MkBoolE_FromInt()

enum MkErrorE libmkkernel::MkBoolE_FromInt	(	MK_I32 const	value,
		enum MkBoolE *	value_out )

return the MkBoolE from integer …

MkBoolE_ToInt()

static MK_I32 libmkkernel::MkBoolE_ToInt ( enum MkBoolE value )

inlinestatic

return the MkBoolE as integer …

Definition at line 1882 of file LibMkKernel_mk.h.

                                                      {
  return (MK_I32) value;
}

MkBoolE_ToString()

MK_STRN libmkkernel::MkBoolE_ToString

(

enum MkBoolE

value

)

return the MkBoolE as string …

MkErrorE_FromInt()

enum MkErrorE libmkkernel::MkErrorE_FromInt	(	MK_I32 const	value,
		enum MkErrorE *	value_out )

return the MkErrorE from integer …

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MkErrorE_ToInt()

static MK_I32 libmkkernel::MkErrorE_ToInt ( enum MkErrorE value )

inlinestatic

return the MkErrorE as integer …

Definition at line 1786 of file LibMkKernel_mk.h.

                                                        {
  return (MK_I32) value;
}

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MkErrorE_ToString()

MK_STRN libmkkernel::MkErrorE_ToString

(

enum MkErrorE

value

)

return the MkErrorE as string …

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MkIdSE_FromInt()

enum MkErrorE libmkkernel::MkIdSE_FromInt	(	MK_I32 const	value,
		enum MkIdSE *	value_out )

return the MkIdSE from integer …

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MkIdSE_ToInt()

static MK_I32 libmkkernel::MkIdSE_ToInt ( enum MkIdSE value )

inlinestatic

return the MkIdSE as integer …

Definition at line 2181 of file LibMkKernel_mk.h.

                                                    {
  return (MK_I32) value;
}

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MkIdSE_ToString()

MK_STRN libmkkernel::MkIdSE_ToString

(

enum MkIdSE

value

)

return the MkIdSE as string …

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MkNativeIsE_FromInt()

enum MkErrorE libmkkernel::MkNativeIsE_FromInt	(	MK_I32 const	value,
		enum MkNativeIsE *	value_out )

return the MkNativeIsE from integer …

MkNativeIsE_ToInt()

static MK_I32 libmkkernel::MkNativeIsE_ToInt ( enum MkNativeIsE value )

inlinestatic

return the MkNativeIsE as integer …

Definition at line 1923 of file LibMkKernel_mk.h.

                                                              {
  return (MK_I32) value;
}

MkNativeIsE_ToString()

MK_STRN libmkkernel::MkNativeIsE_ToString

(

enum MkNativeIsE

value

)

return the MkNativeIsE as string …

MkTimeoutE_FromInt()

enum MkErrorE libmkkernel::MkTimeoutE_FromInt	(	MK_I32 const	value,
		enum MkTimeoutE *	value_out )

return the MkTimeoutE from integer …

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MkTimeoutE_ToInt()

static MK_I32 libmkkernel::MkTimeoutE_ToInt ( enum MkTimeoutE value )

inlinestatic

return the MkTimeoutE as integer …

Definition at line 1848 of file LibMkKernel_mk.h.

                                                            {
  return (MK_I32) value;
}

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MkTimeoutE_ToString()

MK_STRN libmkkernel::MkTimeoutE_ToString

(

enum MkTimeoutE

value

)

return the MkTimeoutE as string …

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MkTypeE_FromInt()

enum MkErrorE libmkkernel::MkTypeE_FromInt	(	MK_I32 const	value,
		enum MkTypeE *	value_out )

return the MkTypeE from integer …

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MkTypeE_ToInt()

static MK_I32 libmkkernel::MkTypeE_ToInt ( enum MkTypeE value )

inlinestatic

return the MkTypeE as integer …

Definition at line 1992 of file LibMkKernel_mk.h.

                                                      {
  return (MK_I32) value;
}

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MkTypeE_ToString()

MK_STRN libmkkernel::MkTypeE_ToString

(

enum MkTypeE

value

)

return the MkTypeE as string …

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