/* ****************************************************************************** * Copyright 1993 DeltaLink bv. All Rights Reserved. ****************************************************************************** * * DeltaLink Decoder Header file * * File: decoder.h * * Contains definitions for the DeltaLink Decoder Task */ #ifndef _DEC_DEFS_INCLUDED /* { */ #define _DEC_DEFS_INCLUDED 1 #ifndef HPUX #pragma pack(1) #else #pragma HP_ALIGN HPUX_WORD PUSH #endif /* define the states of a task */ #define TASK_DEAD 0 #define TASK_ALIVE 1 #define swapb( s) ((( (*( u16 *)s) >> 8) & 0x00FF) | (( (*( u16 *)s) << 8) & 0xFF00)) #define swapw( s) ((( (*s) >> 16) & 0x0000FFFF) | (( (*s) << 16) & 0xFFFF0000)) /* length of the Decoder Mailbox receive buffer */ #define RX_BUF_SIZE 50000 #define TX_BUF_SIZE 4120 /* Size determined by Siemens Sinec_H1, Max DB size + 16 */ /* define the masks for every functionality in element fncs */ #define RD_MASK 1 /* READ function */ #define BW_MASK 2 /* BLOCK write function */ #define EW_MASK 4 /* NORMAL exception write function */ #define CW_MASK 8 /* ENCODED exception write function */ #define UR_MASK 16 /* RECEIVE function */ #define NO_FNC 0 #define NORMAL_FNC 1 #define EXC_FNC 2 #define TRIGGERED 32 #define RD_Q_MASK 64 /* activate read after query response */ #define WR_Q_MASK 128 /* activate write after query response */ #define ERD_MASK 256 /* Exception Read function */ #define EUR_MASK 512 /* Exception Unsolicited Receive function */ /* define the different conversions */ #define C_BIT 1 /* BIT conversion */ #define C_BYTE_R 2 /* RIGHT byte conversion */ #define C_BYTE_L 3 /* LEFT byte conversion */ #define C_WORD 4 /* WORD conversion */ #define C_LONG 5 /* LONG conversion */ #define C_IEEE_DOUBLE 6 /* DOUBLE precision float conversion */ #define C_MSG 7 /* message conversion */ #define C_IEEE_FLT 8 /* IEEE single presicion float conversion */ #define C_BCD 10 /* Binary Coded Decimal conversion */ #define C_BYTE 11 /* BYTE conversion */ #define C_SIE_FLT 9 /* SIEMENS float conversion */ #define C_IBG 12 /* Interbus-S Gain for analog in/out */ #define C_IBAU 13 /* Interbus-S Analog Input/Output 12 bits Unsigned */ #define C_IBAS 14 /* Interbus-S Analog Input/Output 12 bits two's complement */ #define C_R_LONG 15 /* reversed long conversion */ #define C_R_FLT 16 /* reversed float conversion */ #define C_VALMET_FLT 17 /* Valmet float conversion */ #define C_BCD2 18 /* Byte Binary Coded Decimal conversion */ #define C_BCD4 19 /* Word Binary Coded Decimal conversion */ #define C_BCD8 20 /* Long Binary Coded Decimal conversion */ #define C_TIME 21 /* Time conversion: C-time <--> SECTIME */ #define C_TIM0 22 /* Time conversion: user defined */ #define C_TIM1 23 /* Time conversion: user defined */ #define C_TIM2 24 /* Time conversion: user defined */ #define C_TIM3 25 /* Time conversion: user defined */ #define C_TIM4 26 /* Time conversion: user defined */ #define C_TIM5 27 /* Time conversion: user defined */ #define C_TIM6 28 /* Time conversion: user defined */ #define C_TIM7 29 /* Time conversion: user defined */ #define C_TIM8 30 /* Time conversion: user defined */ #define C_TIM9 31 /* Time conversion: user defined */ /* absolute or relative addressing */ #define ABSOLUTE 1 #define RELATIVE 0 /* define functions */ #define RD_FUNCTION 0 /* read functionality */ #define WR_FUNCTION 1 /* write functionality */ #define RCV_FUNCTION 2 /* receive functionality */ /* * date/time defines */ #define MAX_DATETIME 40 /* max string length for datetime */ /* information of a Tag in the DataSet overlay */ typedef struct { MCIDS *ds; /* pointer to the dataset of this tag */ u16 t_type; /* type of this tag */ ushort address; /* address in the received data */ ushort bit; /* bit number in data */ ushort conv; /* conversion to perform on data */ ushort operation; /* operation for encoded write */ char *m_ptr; /* pointer to buffer if type is message */ u16 m_len; /* length of message buffer */ ushort base; /* base address for tagarray, otherwise == address */ char fix; /* set this flag if address has to be fixed */ } INFO; /* * additional dataset information whci will be linked to the MCI dataset */ typedef struct { ushort nr_msg; /* max number of messages in send mailbox */ ushort ct_start; /* first address of an element */ ushort ct_len; /* total range of addresses specified in CT */ uint nr_tags; /* number of overlay tags */ TAG *tags; /* overlay Tags of DataSet */ void *val; /* buffers to hold the values */ void *old_val; /* buffers to hold the old values */ i16 *t_type; /* type of FactoryLink element */ u16 *offset; /* size of FactoryLink data type in bytes */ INFO *info; /* array of info for overlay Tags */ ushort abs; /* absolute or relative addressing */ ushort fnc; /* functions of DataSet */ ushort start_check; /* start flag for checking */ char continuous; /* continous read */ TAG status; /* status tag of this dataset */ TAG ready[ 3]; /* completion triggers */ TAG sync[ 3]; /* sync tags */ int read_disable; /* boolean for disabling read functionality */ int write_disable; /* boolean for disabling write functionality */ int rcv_disable; /* boolean for disabling unsolicited receive */ int read_sync; /* sync. boolean for read function */ int write_sync; /* sync. boolean for write function */ int rcv_sync; /* sync. boolean for recv function */ } DS_INFO; /* * Time strucuture for internal use */ typedef struct { short size; /* size of the expected strucuture */ short bcd; /* mark for BCD conversion */ short hr; /* index */ short mi; /* index */ short sc; /* index */ short yp; /* index */ short yr; /* index */ short year; /* index */ short mn; /* index */ short dy; /* index */ short dow; /* index */ ushort dow_offset; ushort dy_offset; ushort mn_offset; } DEC_TIME; /* * Time Format Structure */ typedef struct _dec_tmfmt { int year; /* Position four digit year */ int yr; /* Position two digit year */ int mon; /* Position alpha month */ int mo; /* Position two digit month */ int dy; /* Position two digit day of month */ int dow; /* Position three digit day of week */ int hr; /* Position military hour 0..23 */ int ah; /* Position hour 1..12 */ int mi; /* Position two digit minute */ int sc; /* Position tow digit second */ int ap; /* Position am/pm indicator */ char fmt[ MAX_DATETIME]; /* String to put it in */ char amon[ 12][4]; /* List of alpha months */ char adow[ 7][4]; /* List of alpha days */ char aap[ 2][3]; /* List of alpha am/pm */ } DEC_TMFMT; /* * global variables used througout the decoder task */ extern TASK_ID Task; /* Id for this task */ extern MSG Rx_buf; /* buffer for receiving with MCI */ extern MCISYSTEM Mcisys; /* system parameters of the mci library */ extern TAG *Tags; extern u16 *Chbits; extern int fl_sizes[ 5]; extern DEC_TIME dec_time[ 10]; void ctload ( void); int mci_event ( MCIDS *); int block_read ( void *, VAL); int block_write ( void *, VAL); int ex_write ( void *, VAL); int read_disable ( void *, VAL); int write_disable ( void *, VAL); int rcv_disable ( void *, VAL); int read_sync ( void *, VAL); int write_sync ( void *, VAL); int rcv_sync ( void *, VAL); VAL *tag_type_xlate( void *, u16, VAL *, u16); void ds_completion ( MCIDS *, int, u16); void tmfmt_load ( DEC_TMFMT *, char *); char *fmt_time ( char *, DEC_TMFMT *, LANA); LANA get_fmt_time ( char *, DEC_TMFMT *); #ifndef HPUX #pragma pack() #else #pragma HP_ALIGN POP #endif #endif /* _DEC_DEFS_INCLUDED */