MqMsgque PACKAGE - the package is the toplevel structure of the ccmqmsgque … More...

#include <LibMqMsgque_cc.hh>

Static Public Member Functions
static MK_STR	Help (MK_STRN tool)
	`C++: [static] MK_STR MqMsgque::Help(MK_STRN tool)` → C-API write ccmqmsgque specific user-help to stderr

static MK_STR	Help (const std::string &tool)
	`C++: [static] MK_STR MqMsgque::Help(MK_STRN tool)` → C-API write ccmqmsgque specific user-help to stderr

static MK_STR	HelpMsgque ()
	`C++: [static] MK_STR MqMsgque::HelpMsgque()` → C-API return a page with the usage of all ccmqmsgque specific options

static MkBufferListC *	InitGetArg0 ()
	`C++: [static] MkBufferListC* MqMsgque::InitGetArg0()` → C-API get the process startup-prefix argument

static MkBufferListC *	InitResetArg0 ()
	`C++: [static] MkBufferListC* MqMsgque::InitResetArg0()` → C-API Reset the process-startup-prefix argument to an empty list …

static void	InitSetArg0 (MkBufferListC *bfl=NULL)
	`C++: [static] MqMsgque::InitSetArg0(MkBufferListC* bfl = NULL)` → C-API set the process startup-prefix argument to bfl

static void	InitSetArg0 (const MkBufferListC &bfl)
	`C++: [static] MqMsgque::InitSetArg0(MkBufferListC* bfl = NULL)` → C-API set the process startup-prefix argument to bfl

static void	InitSetArg0VA (MK_STRN arg0,...)
	`C++: [static] MqMsgque::InitSetArg0VA(MK_STRN arg0, ... )` → C-API set the process startup-prefix to a args

static void	InitSetArg0VA (const std::string &arg0,...)
	`C++: [static] MqMsgque::InitSetArg0VA(MK_STRN arg0, ... )` → C-API set the process startup-prefix to a args

static void	InitSetArg0VAL (MK_STRN arg0, va_list var_list)
	`C++: [static] MqMsgque::InitSetArg0VAL(MK_STRN arg0, va_list var_list)` → C-API set the process startup-prefix to var_list

static void	InitSetArg0VAL (const std::string &arg0, va_list var_list)
	`C++: [static] MqMsgque::InitSetArg0VAL(MK_STRN arg0, va_list var_list)` → C-API set the process startup-prefix to var_list

static void	Cleanup ()
	`C++: [static] MqMsgque::Cleanup()` → C-API cleanup ccmqmsgque internal memory …

static void	Setup ()
	`C++: [static] MqMsgque::Setup()` → C-API setup ccmqmsgque internal memory …

static void	CcMqCleanup ()
	`C++: [static] MqMsgque::Setup()` → C-API setup ccmqmsgque internal memory …

static void	CcMqSetup ()
	`C++: [static] MqMsgque::Setup()` → C-API setup ccmqmsgque internal memory …

	MqMsgque ()

static void	mq_static_init_callback (MK_RT mkrt)

static MqIdentE	IdentE_FromInt (MK_I32 value)
	`C++: [static] MqIdentE MqMsgque::IdentE_FromInt(MK_I32 value)` → C-API return the MqIdentE from integer …

static MqSlaveE	SlaveE_FromInt (MK_I32 value)
	`C++: [static] MqSlaveE MqMsgque::SlaveE_FromInt(MK_I32 value)` → C-API return the MqSlaveE from integer …

static MqStartE	StartE_FromInt (MK_I32 value)
	`C++: [static] MqStartE MqMsgque::StartE_FromInt(MK_I32 value)` → C-API return the MqStartE from integer …

static MqStatusIsEF	StatusIsEF_FromInt (MK_I32 value)
	`C++: [static] MqStatusIsEF MqMsgque::StatusIsEF_FromInt(MK_I32 value)` → C-API return the MqStatusIsEF from integer …

static MqWaitOnEventE	WaitOnEventE_FromInt (MK_I32 value)
	`C++: [static] MqWaitOnEventE MqMsgque::WaitOnEventE_FromInt(MK_I32 value)` → C-API return the MqWaitOnEventE from integer …

static MK_I32	IdentE_ToInt (MqIdentE value)
	`C++: [static] MK_I32 MqMsgque::IdentE_ToInt(MqIdentE value)` → C-API return the MqIdentE as integer …

static MK_STRN	IdentE_ToString (MqIdentE value)
	`C++: [static] MK_STRN MqMsgque::IdentE_ToString(MqIdentE value)` → C-API return the MqIdentE as string …

static MK_I32	SlaveE_ToInt (MqSlaveE value)
	`C++: [static] MK_I32 MqMsgque::SlaveE_ToInt(MqSlaveE value)` → C-API return the MqSlaveE as integer …

static MK_STRN	SlaveE_ToString (MqSlaveE value)
	`C++: [static] MK_STRN MqMsgque::SlaveE_ToString(MqSlaveE value)` → C-API return the MqSlaveE as string …

static MK_I32	StartE_ToInt (MqStartE value)
	`C++: [static] MK_I32 MqMsgque::StartE_ToInt(MqStartE value)` → C-API return the MqStartE as integer …

static MK_STRN	StartE_ToString (MqStartE value)
	`C++: [static] MK_STRN MqMsgque::StartE_ToString(MqStartE value)` → C-API return the MqStartE as string …

static MK_I32	StatusIsEF_ToInt (MqStatusIsEF value)
	`C++: [static] MK_I32 MqMsgque::StatusIsEF_ToInt(MqStatusIsEF value)` → C-API return the MqStatusIsEF as integer …

static MK_STRN	StatusIsEF_ToString (MqStatusIsEF value)
	`C++: [static] MK_STRN MqMsgque::StatusIsEF_ToString(MqStatusIsEF value)` → C-API return the MqStatusIsEF as string …

static MK_I32	WaitOnEventE_ToInt (MqWaitOnEventE value)
	`C++: [static] MK_I32 MqMsgque::WaitOnEventE_ToInt(MqWaitOnEventE value)` → C-API return the MqWaitOnEventE as integer …

static MK_STRN	WaitOnEventE_ToString (MqWaitOnEventE value)
	`C++: [static] MK_STRN MqMsgque::WaitOnEventE_ToString(MqWaitOnEventE value)` → C-API return the MqWaitOnEventE as string …

Detailed Description

MqMsgque PACKAGE - the package is the toplevel structure of the ccmqmsgque …

The ccmqmsgque package is loaded with:

link: `-Lpath -lccmqmsgque` or automake: `LDADD = libccmqmsgque.la`

and is a composition of one or more package-item and exact one package-main.

The ccmqmsgque package add the following classes into MkObjectC_C_API :

Object	C-Short	Description
MqContextC*	libmqmsgque::MQ_CTX	MqContextC - the class known as ctx or context is the application-handle of the application-server and also the main data-handle …
MqDumpC*	libmqmsgque::MQ_DMP	MqDumpC - the class known as dmp or dump is used to export a ccmqmsgque data package as binary …
MqFactoryC*	libmqmsgque::MQ_FCT	MqFactoryC - the class known as fct or factory is used to provide an interface to create one or more new MqContextC …

The ccmqmsgque package add the following types into MkObjectC_C_API :

ABSTRACT: MkTypeSTT (TypeTypeType = type of a TypeType)
|
|- ABSTRACT: MqTypeCtxC_TT (TypeType = type of a Type)
|  |
|  |- MqContextC_T
|
|- ABSTRACT: MkTypeDefSTT (TypeType = type of a Type)
   |
   |- MqFactoryST, MqDumpST

Definition at line 192 of file LibMqMsgque_cc.hh.

The documentation for this class was generated from the following files:

Static Public Member Functions

Detailed Description