ab_env.h

基于EthernetIP协议的应用程序,可以读取AB公司Controllogix系列Ethernetip协议PLC数据. 此软件代码可用于工业控制.

/****************************************************************************
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**
** File Name
** ---------
**
** AB_ENV.H
**
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**
** Description
** -----------
**
** Basic Services API - Environment Definition
**
** This source file contains the definitions that describe the
** major characteristics of the environment for a particular build
** of the EtherNetNet Example Code. These coarse switches as well as
** the fine tuning switches are documented in the mate to
** this file, AB_CFG.H.
**
** The "fine tuning" switches are selected in the file AB_CFG.H
**
*****************************************************************************
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**
** Source Change Indices
** ---------------------
**
** Porting: <none>----4<major>         Customization: <none>0----<major>
**
**    *  Need adjustments to most environment specifications contained in
**       this source file.
**
**    *  The application developer should not need to add new items to the
**       list defined in this file.
**
*****************************************************************************
*****************************************************************************
**                                                                         **
** ETHERNET/IP EXAMPLE CODE                                                **
** COPYRIGHT (c) 2000-2005 ODVA (Open DeviceNet Vendor Association)		   **
**						   & ControlNet International Ltd.                 **
**                                                                         **
** All rights reserved, except as specifically licensed in writing.        **
** Use of the Ethernet/IP Example Protocol Software is subject to          **
** ODVA's and ControlNet International's Terms of Use Agreement.           **
** The following work constitutes example program code and is intended     **
** merely to illustrate useful programming techniques.  The user is        **
** responsible for applying the code correctly.  The code is provided      **
** AS IS without warranty and is in no way guaranteed to be error-free.    **
**                                                                         **
*****************************************************************************
*****************************************************************************
*/

/****************************************************************************
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**
** Change Log
** ----------
**
**
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*/

#ifndef AB_ENV_H
#define AB_ENV_H



/****************************************************************************
**
** Coarse tuning environment definitions.
**
*****************************************************************************
**
**---------------------------------------------------------------------------
** General class of services
** This selection is generally made via a setting in the project or make
** file rather than in the ab_env.h file. If it is inconvenient to make this
** selection in the project or make file, make it in the ab_env.h file.
**---------------------------------------------------------------------------
**
**
**
**
**---------------------------------------------------------------------------
** Platform
**---------------------------------------------------------------------------
**
** #define PC                    /* Running on a PC (DOS)					*//*
** #define EMBEDDED              /* Embedded processor on custom hardware	*//*
**
**
**
**---------------------------------------------------------------------------
** PC interface card type
**---------------------------------------------------------------------------
**
** #define CNA10_ISA_CARD        /* CNA10 ISA card (large or small)			*//*
** #define KTCT_CARD_SMAC        /* KTCT card in direct access mode			*//*
** #define KTCT_CARD_FW          /* KTCT card in native 186 FW mode			*//*
**
**
**
**---------------------------------------------------------------------------
** Processor
**---------------------------------------------------------------------------
**
** #define INTEL80x86            /* Intel 8086 series processor				*//*
** #define MOT68K                /* Motorola 68000 series processor			*//*
** #define HITACHI_H8_300        /* Hitachi H8/300 series microController	*//*
**
**
**
**---------------------------------------------------------------------------
** Independent of the processor, how to handle memory issues
**---------------------------------------------------------------------------
**
** #define WORD_ALIGN_WORD_DATA  /* For low end 68k processors this ensures	*//*
**                               /* data alignment to avoid bus faults		*//*
**
** #define SEGMENTED_ADDRESS     /* Intel x86 segment:offset addressing		*//*
** #define LINEAR_ADDRESS        /* 32 bit linear addressing				*//*
**
**
**
**---------------------------------------------------------------------------
** Compiler
**---------------------------------------------------------------------------
**
** #define BORLANDC              /* Borland C compiler (80x86)				*//*
** #define MICROSOFTC            /* Microsoft Visual C++ compiler			*//*
** #define MICROTEK68K           /* Microtek 68000 C compiler				*//*
** #define MICROTEKH8300         /* Microtek H8/300 Series C compiler		*//*
** #define MICROTEK960           /* Microtek i960 C compiler				*//*
**
**
**
**---------------------------------------------------------------------------
** OS Type (indicate whether you are using the example OS)
**---------------------------------------------------------------------------
**
**
**
**
**---------------------------------------------------------------------------
** OS Preepmtion Mode (even if running a commercial OS)
**---------------------------------------------------------------------------
**
** #define PREEMPTIVE            /* Operating System is preemptive			*//*
** #define NON_PREEMPTIVE        /* Operating System is non-preeptive		*//*
**
**
**
**
**
**
**---------------------------------------------------------------------------
** Device Profile
**---------------------------------------------------------------------------
**
** #define VENDOR          0x0001      /* Define Vendor ID					*//*
** #define PRODUCT_TYPE    0x000C      /* Define Product Type				*//*
** #define MAJOR_REVISION  0x81        /* Define Major Revision				*//*
** #define MINOR_REVISION  0x01        /* Define Minor Revision				*//*
** #define PRODUCT_CODE    0x0023      /* Define Product Code				*//*
** #define PRODUCT_NAME  "CNA30 Rack"  /* Define Product Name String		*//*
**
**
**
**---------------------------------------------------------------------------
** Supported Objects/Sub-objects (General and DOS application specific)
**---------------------------------------------------------------------------
**
** #define CD_EN_OBJECTS         /* Include Comm Device and EtherNet Objs	*//*
** #define DEBUG_OBJECT          /* Include the Debug Object				*//*
** #define CORE_OBJECTS          /* Include Router, UCMM, Identity Objects	*//*
** #define UCMM_CLIENT           /* Include UCMM client support				*//*
** #define ASSEMBLY_OBJECT       /* Include the Assembly Object				*//*
** #define PCCC_OBJECT           /* Include the PCCC Object					*//*
** #define NV_STORAGE_UTIL       /* Include the Non-Volatile Storage Utility*//*
** #define NVS_OBJECT            /* Include the Non-Volatile Storage Object	*//*
**
** #define STATUS_STRINGS        /* Include status code text strings		*//*
**
**                               /* The following are only available in		*//*
**                               /* the CNA40 version of the example code	*//*
**
**
**
**
**---------------------------------------------------------------------------
** Heap Base Address and Total Size
**---------------------------------------------------------------------------
**
** #define GS_HEAP_BASE 0x00040000L    /* Set to the proper starting address	*//*
**
**                                     /* NOTE:  For INTEL80x86, the addr		*//*
**                                     /* is in the form seg:offset where		*//*
**                                     /* each is 16 bits.  For example,		*//*
**                                     /* the physical address 0x000A0000		*//*
**                                     /* would be 0xA0000000.					*//*
**
** #define GS_TOTAL_HEAP_SIZE 28*1024L /* Heap Size (static + dynamic)			*//*
**
**
**
**---------------------------------------------------------------------------
** Stack Allocation Base Block (all stacks sizes are a multiple of this)
**---------------------------------------------------------------------------
**
** #define STACK_BLOCK  0x40           /* stacks allocated in 64 byte chunks	*//*
**
**
**
**---------------------------------------------------------------------------
** GS Timebase in Milliseconds
**---------------------------------------------------------------------------
**
** #define GS_TICKPERIOD 10            /* NOTE: It is NOT recommended to	*//*
**                                     /* set the tick period to less		*//*
**                                     /* than 10 msec in nonpreemptive		*//*
**                                     /* environments.						*//*
**
**
**
**
**
**
**---------------------------------------------------------------------------
** Multitasking kernel reschedule software interrupt vector selection.
** Default PC interrupt has been selected to minimize conflicts.
** Default Motorola is the TRAP 0 instruction vector.
**---------------------------------------------------------------------------
**
** #define OS_INT_VECTOR_RESCHEDULE  0x78    /* PC			*//*
** #define OS_INT_VECTOR_RESCHEDULE  0x1e    /* Motorola	*//*
**
**
**
**---------------------------------------------------------------------------
** Miscellaneous ControlNet ASIC settings.
** MAC ID (0 = application must issue request to config task to set MAC ID).
** Initial redundancy setting (MUST be the best the hardware can provide).
** Auto tune setting determines whether scheduled transmission timer is
** static or dynamic.
**---------------------------------------------------------------------------
**
**
** #define CD_MAC_ID          0
** #define CD_REDUNDANCY_BOTH
** #define CD_REDUNDANCY_A_ONLY
** #define CD_REDUNDANCY_NAP_ONLY
** #define CD_PHYSICAL_BUILD_SCH_TX_TIMER
** #define CD_AUTO_TUNE
**
**
**
*****************************************************************************
*/

/*
** Define essential environment.
**
** General level of services (This is defined in the project file)
** Platform
** Interface card (if any)
** Processor
** Word alignment requirements inside combufs
** Addressing mode
** Compiler
** OS used
** OS rescheduling method
** ControlNet ASIC
** How to get our mac address.
*/

#define                    INTEL80x86
#define                    LINEAR_ADDRESS
#define                    MICROSOFTC


/*
** Specify objects/sub-objects to be included.
*/

#define                     CD_EN_OBJECTS          /* EtherNet transport */
#define                     DEBUG_OBJECT
#define                     CORE_OBJECTS           /* ROUTER, UCMM, ID, CM */
#define                     UCMM_CLIENT            /* UCMM Client support */
#define                     BUFFER_FRAGMENT_MAPPER
#define                     ASSEMBLY_OBJECT
/*#define                     PCCC_OBJECT*/
/*#define                     NV_STORAGE_UTIL*/
/*#define                     NVS_OBJECT*/

/* ! ConformanceTestProblem	*/
#define                     ETHERNET_LINK_OBJECT
#define                     TCPIP_INTERFACE_OBJECT

#ifdef DEBUG
	#define                     STATUS_STRINGS
#endif


/*
** Heap size, stack block size.
*/

#include "ab_cfg.h"

#define STACK_BLOCK                 256 /* 0x40 */

/*
** GS timer tick source & speed (in ms).
*/

#define GS_TICKPERIOD              1
#define MSEC2TICKS(msecs)     (msecs)

#endif  /* inclusion lock */

/****************************************************************************
**
** End of AB_ENV.H
**
*****************************************************************************
*/