/*
** Generated by RubusCB 2.1  Jun 16 1999 09:44:36 License Release
**
** File: taglab_s.c
**
** Created: 11:05:24 October 12 1999
**
** File is automatically generated, DO NOT EDIT!
**
*/

#include <basic/bs_basic.h>
#include <red/r_thread.h>
#include <red/r_cfg.h>
#include <blue/b_thread.h>
#include <basic/bs_log.h>
#include <hal/hal_cfg.h>
#include "taglab_bs.h"
#include "taglab_r.h"
#include "taglab_b.h"

#include "msg.h"

bsLabel_t const bsCBLabel = (UCHAR const *)"RubusCB 2.1  Jun 16 1999 09:44:36 License Release\n";
bsLabel_t const bsCRLabel = (UCHAR const *)"Copyright 1995-1999 Arcticus Systems AB All Rights Reserved\n";
bsProductLabel_t const bsProductLabel ={
	(bsLabel_t)&bsOSLabel,
	(bsLabel_t)&bsCBLabel,
	(bsLabel_t)&bsCRLabel,
	0xf278,
	0xadc6,
	};

bsClockAttr_t const bsClockBasicAttr ={
	{{NULLP},(bsName_t)"Clock Basic",OBJECT_BASIC_CLOCK,6},
	BASIC_NSEC/1000000L,
	1000000L,
	1,
	};

bsLogAttr_t const bsLogAttr ={ 
	{{NULLP},(bsName_t)"bsLog",OBJECT_BASIC_LOG,7},
	0,
	NULLP,
	NULLP,
	};

bsNodeS_t const bsQueueAttrList ={
	{NULLP},(bsName_t)"BASIC QUEUE LIST",0,9
	};

extern TYPE_CB LOC_CB DummyCB[(SIZE_RED_CB + sizeof(TYPE_CB) - 1) / sizeof(TYPE_CB)];
redThreadBaseAttr_t const Dummy = {
	{{NULLP},(bsName_t)"Dummy",OBJECT_RED_THREAD_BASE,4},
	(TYPE_CB LOC_CB *)&DummyCB,
	};

bsNodeS_t const redThreadBaseAttrList = {
	{(bsLinkS_t *)&Dummy},(bsName_t)"RED THREAD BASE LIST",OBJECT_RED_THREAD_BASE,11
	};

extern bsStack_t redStack;
extern TYPE_CB LOC_CB redStackFrame[((SIZE_RED_FRAME_CB + sizeof(TYPE_CB) - 1) / sizeof(TYPE_CB)) * (SIZE_RED_NESTED_LEVELS + 1)];

redStackAttr_t const redStackAttr={
	{{NULLP},(bsName_t)"RED STACK",OBJECT_RED_STACK,12},
	(500 + sizeof(UINT) - 1) / sizeof(UINT),
	&redStack,
	SIZE_RED_NESTED_LEVELS,
	(TYPE_CB LOC_CB *)&redStackFrame
	};

extern void dummy(void);
redThreadInstAttr_t const Dummy_1 ={ 
	{{NULLP},(bsName_t)"1",OBJECT_RED_THREAD_INST,13},
	&Dummy,
	9990,
	10000,
	(TYPE_CB LOC_CB *)&DummyCB,
	(redThread_t)dummy,
	NULLP,
	};

extern void redSchedule_0(void);
redSchedAttr_t const redSchedule={
	{{NULLP,(bsLinkD_t *)&Dummy_1},(bsName_t)"redSchedule",OBJECT_RED_SCHEDULE,5},
	10000,
	1,
	redSchedule_0,
	NULLP,
	};

bsNodeS_t const redScheduleAttrList = {
	{(bsLinkS_t *)&redSchedule},(bsName_t)"RED SCHEDULE LIST",OBJECT_RED_SCHEDULE,10
	};

extern void blueIdleMain(VOIDP args);
extern TYPE_CB LOC_CB blueIdleCB[(SIZE_BLUE_THREAD_CB + sizeof(TYPE_CB) - 1) / sizeof(TYPE_CB)];
extern bsStack_t blueIdleStack;
blueThreadAttr_t const blueIdle={
	{{NULLP},(bsName_t)"blueIdle",OBJECT_BLUE_THREAD,2},
	(TYPE_CB LOC_CB *)&blueIdleCB,
	0,
	blueIdleMain,
	NULLP,
	(30000 + sizeof(UINT) - 1) / sizeof(UINT),
	(bsStack_t *)&blueIdleStack,
	};

extern void blueFunk(VOIDP args);
extern TYPE_CB LOC_CB ACB[(SIZE_BLUE_THREAD_CB + sizeof(TYPE_CB) - 1) / sizeof(TYPE_CB)];
extern bsStack_t AStack;
blueThreadAttr_t const A={
	{{(bsLinkS_t *)&blueIdle},(bsName_t)"A",OBJECT_BLUE_THREAD,3},
	(TYPE_CB LOC_CB *)&ACB,
	13,
	blueFunk,
	NULLP,
	(22000 + sizeof(UINT) - 1) / sizeof(UINT),
	(bsStack_t *)&AStack,
	};

extern void blueKernelMain(VOIDP args);
extern TYPE_CB LOC_CB blueKernelCB[(SIZE_BLUE_THREAD_CB + sizeof(TYPE_CB) - 1) / sizeof(TYPE_CB)];
extern bsStack_t blueKernelStack;
blueThreadAttr_t const blueKernel={
	{{(bsLinkS_t *)&A},(bsName_t)"blueKernel",OBJECT_BLUE_THREAD,1},
	(TYPE_CB LOC_CB *)&blueKernelCB,
	15,
	blueKernelMain,
	NULLP,
	(30000 + sizeof(UINT) - 1) / sizeof(UINT),
	(bsStack_t *)&blueKernelStack,
	};

bsNodeS_t const blueThreadAttrList = {
	{(bsLinkS_t *)&blueKernel},(bsName_t)"BLUE THREAD LIST",0,14
	};

bsNodeS_t const blueMsgAttrList = {
	{NULLP},(bsName_t)"BLUE MSG LIST",0,16
	};

bsNodeS_t const blueMutexAttrList = {
	{NULLP},(bsName_t)"BLUE MX LIST",0,17
	};