MqFactoryC_TOR_RB_API

MqFactoryC - various functions to create, initialize and destroy a factory … More...

Collaboration diagram for MqFactoryC_TOR_RB_API:

Functions
static OT_ProcRet	rbmqmsgque_MqFactoryC_Dup2 (MqFactoryC_ARGS)
	Ruby: (constructor) MqFactoryC fct.Dup2(ident:string) → C-API create a duplicate of the singleton object MqFactoryC using a new factory-identifer
static OT_ProcRet	rbmqmsgque_MqFactoryC_Add (OtClass_ARGS)
	Ruby: (constructor,static) MqFactoryC MqFactoryC.Add(constructor:class, ?ident:string="MK_NULL"?) → C-API Add a new MqFactoryC identified by factory-identifier and defined by factory-constructor …
static OT_ProcRet	rbmqmsgque_MqFactoryC_new (CONSTR_ARGS)
	Ruby: (constructor,static) MqFactoryC MqFactoryC.new(constructor:class, ?ident:string="MK_NULL"?) → C-API Add a new MqFactoryC identified by factory-identifier and defined by factory-constructor …

Detailed Description

MqFactoryC - various functions to create, initialize and destroy a factory …

Function Documentation

rbmqmsgque_MqFactoryC_Add()

static OT_ProcRet rbmqmsgque_MqFactoryC_Add ( OtClass_ARGS )

static

Ruby: (constructor,static) MqFactoryC MqFactoryC.Add(constructor:class, ?ident:string="MK_NULL"?) → C-API
Add a new MqFactoryC identified by factory-identifier and defined by factory-constructor …

Definition at line 535 of file MqFactoryC_rb.c.

                                                    {
  OT_SETUP_hdl_static_constr;
  OT_SETUP_VARARGS(1,2,Add_doc);
  MK_CCP constructor = 0;
  OT_CHECK_REQUIRED(OT_CHECK_CONSTRUCTOR(constructor))
  MK_STRN ident = NULL;
  OT_CHECK_OPTIONAL(OT_CHECK_STRN (ident))
  OT_CHECK_NOARGS;
  if (MkSysStringIsNULL(ident)) {ident = OT_GET_CONSTR_NAME(constructor);}
  MQ_FCT retVal = MqFactoryAdd (NULL, NS(sFactoryCTor), constructor, NS(sFactoryDataFree), NS(sFactoryDataCopy), NS(sFactoryDTor), NULL, NULL, NULL, ident);
  if (retVal == NULL) {
    OT_ERROR_CONSTRUCTOR(MqFactoryC);
  }
  OT_CONSTRUCTOR_POST(retVal)
  OT_retObj_SET_FCT(retVal);
  end: MK_UNUSED  /* LONG JUMP on error */
  OT_retObj_RETURN;
}

rbmqmsgque_MqFactoryC_Dup2()

static OT_ProcRet rbmqmsgque_MqFactoryC_Dup2 ( MqFactoryC_ARGS )

static

Ruby: (constructor) MqFactoryC fct.Dup2(ident:string) → C-API
create a duplicate of the singleton object MqFactoryC using a new factory-identifer

Definition at line 517 of file MqFactoryC_rb.c.

                                                        {
  OT_SETUP_hdl;
  OT_SETUP_ONEARG(Dup2_doc);
  MK_STRN ident = 0;
  OT_CHECK_REQUIRED(OT_CHECK_STRN (ident))
  OT_CHECK_NOARGS;
  MQ_FCT retVal = MqFactoryDup2 (hdl, ident);
  if (retVal == NULL) {
    OT_ERROR_CONSTRUCTOR(MqFactoryC);
  }
  OT_retObj_SET_FCT(retVal);
  end: MK_UNUSED  /* LONG JUMP on error */
  OT_retObj_RETURN;
}

rbmqmsgque_MqFactoryC_new()

static OT_ProcRet rbmqmsgque_MqFactoryC_new ( CONSTR_ARGS )

static

Ruby: (constructor,static) MqFactoryC MqFactoryC.new(constructor:class, ?ident:string="MK_NULL"?) → C-API
Add a new MqFactoryC identified by factory-identifier and defined by factory-constructor …

Definition at line 555 of file MqFactoryC_rb.c.

                                                   {
  OT_SETUP_hdl_constr;
  OT_SETUP_CONSTRUCTOR_ARGS(1,2,new_doc);
  MK_CCP constructor = 0;
  OT_CHECK_REQUIRED(OT_CHECK_CONSTRUCTOR(constructor))
  MK_STRN ident = NULL;
  OT_CHECK_OPTIONAL(OT_CHECK_STRN (ident))
  if (MkSysStringIsNULL(ident)) {ident = OT_GET_CONSTR_NAME(constructor);}
  MQ_FCT retVal = MqFactoryAdd (NULL, NS(sFactoryCTor), constructor, NS(sFactoryDataFree), NS(sFactoryDataCopy), NS(sFactoryDTor), NULL, NULL, NULL, ident);
  if (retVal == NULL) {
    OT_ERROR_CONSTRUCTOR(MqFactoryC);
  }
  OT_CONSTRUCTOR_POST(retVal)
  OT_retObj_CONSTR(retVal);
  end: MK_UNUSED  /* LONG JUMP on error */
  OT_retObj_RETURN;
}