libstdf_types.h

Go to the documentation of this file.

/*
 * Copyright (C) 2004-2006 Mike Frysinger <vapier@gmail.com>
 * Released under the BSD license.  For more information,
 * please see: http://opensource.org/licenses/bsd-license.php
 *
 * $Header: /cvsroot/freestdf/libstdf/include/libstdf_types.h,v 1.28 2005/11/13 12:09:51 vapier Exp $
 */

#ifndef _LIBSTDF_TYPES_H
#define _LIBSTDF_TYPES_H

/* Definitions for Record Types [page 7] */
typedef enum {
    REC_TYP_INFO        = 0,
    REC_TYP_PER_LOT     = 1,
    REC_TYP_PER_WAFER   = 2,
    REC_TYP_PER_PART    = 5,
    REC_TYP_PER_TEST    = 10,
    REC_TYP_PER_EXEC    = 15,
    REC_TYP_PER_PROG    = 20,
    REC_TYP_PER_SITE    = 25,
    REC_TYP_GENERIC     = 50,
    REC_TYP_RESV_IMAGE  = 180,
    REC_TYP_RESV_IG900  = 181,
    REC_TYP_UNKNOWN     = 0xFF
} rec_typ;
/* Definitions for Record Subtypes [page 7] */
typedef enum {
    REC_SUB_FAR         = 10,
    REC_SUB_ATR         = 20,
    REC_SUB_MIR         = 10,
    REC_SUB_MRR         = 20,
    REC_SUB_PCR         = 30,
    REC_SUB_HBR         = 40,
    REC_SUB_SBR         = 50,
    REC_SUB_PMR         = 60,
    REC_SUB_PGR         = 62,
    REC_SUB_PLR         = 63,
    REC_SUB_RDR         = 70,
    REC_SUB_SDR         = 80,
    REC_SUB_WIR         = 10,
    REC_SUB_WRR         = 20,
    REC_SUB_WCR         = 30,
    REC_SUB_PIR         = 10,
    REC_SUB_PRR         = 20,
#ifdef STDF_VER3
    REC_SUB_PDR         = 10,
    REC_SUB_FDR         = 20,
#endif
    REC_SUB_TSR         = 30,
    REC_SUB_PTR         = 10,
    REC_SUB_MPR         = 15,
    REC_SUB_FTR         = 20,
    REC_SUB_BPS         = 10,
    REC_SUB_EPS         = 20,
#ifdef STDF_VER3
    REC_SUB_SHB         = 10,
    REC_SUB_SSB         = 20,
    REC_SUB_STS         = 30,
    REC_SUB_SCR         = 40,
#endif
    REC_SUB_GDR         = 10,
    REC_SUB_DTR         = 30,
    REC_SUB_UNKNOWN     = 0xFF
} rec_sub;
/* Definitions that combine Record Types with Subtypes */
#define MAKE_REC(typ,sub)   ((typ << 8) + sub)
#define BREAK_REC(h,t)      do { h.REC_TYP = (t >> 8); h.REC_SUB = (t & 0xFF); } while (0)
#define SET_HEADER(h,t,l)   do { BREAK_REC(h, t); h.REC_LEN = l; } while (0)
#define INIT_HEADER(h,t)    SET_HEADER(h,t,0)
#define HEAD_TO_REC(h)      MAKE_REC(h.REC_TYP,h.REC_SUB)
#define REC_FAR             MAKE_REC(REC_TYP_INFO, REC_SUB_FAR)
#define REC_ATR             MAKE_REC(REC_TYP_INFO, REC_SUB_ATR)
#define REC_MIR             MAKE_REC(REC_TYP_PER_LOT, REC_SUB_MIR)
#define REC_MRR             MAKE_REC(REC_TYP_PER_LOT, REC_SUB_MRR)
#define REC_PCR             MAKE_REC(REC_TYP_PER_LOT, REC_SUB_PCR)
#define REC_HBR             MAKE_REC(REC_TYP_PER_LOT, REC_SUB_HBR)
#define REC_SBR             MAKE_REC(REC_TYP_PER_LOT, REC_SUB_SBR)
#define REC_PMR             MAKE_REC(REC_TYP_PER_LOT, REC_SUB_PMR)
#define REC_PGR             MAKE_REC(REC_TYP_PER_LOT, REC_SUB_PGR)
#define REC_PLR             MAKE_REC(REC_TYP_PER_LOT, REC_SUB_PLR)
#define REC_RDR             MAKE_REC(REC_TYP_PER_LOT, REC_SUB_RDR)
#define REC_SDR             MAKE_REC(REC_TYP_PER_LOT, REC_SUB_SDR)
#define REC_WIR             MAKE_REC(REC_TYP_PER_WAFER, REC_SUB_WIR)
#define REC_WRR             MAKE_REC(REC_TYP_PER_WAFER, REC_SUB_WRR)
#define REC_WCR             MAKE_REC(REC_TYP_PER_WAFER, REC_SUB_WCR)
#define REC_PIR             MAKE_REC(REC_TYP_PER_PART, REC_SUB_PIR)
#define REC_PRR             MAKE_REC(REC_TYP_PER_PART, REC_SUB_PRR)
#ifdef  STDF_VER3
#define REC_PDR             MAKE_REC(REC_TYP_PER_TEST, REC_SUB_PDR)
#define REC_FDR             MAKE_REC(REC_TYP_PER_TEST, REC_SUB_FDR)
#endif
#define REC_TSR             MAKE_REC(REC_TYP_PER_TEST, REC_SUB_TSR)
#define REC_PTR             MAKE_REC(REC_TYP_PER_EXEC, REC_SUB_PTR)
#define REC_MPR             MAKE_REC(REC_TYP_PER_EXEC, REC_SUB_MPR)
#define REC_FTR             MAKE_REC(REC_TYP_PER_EXEC, REC_SUB_FTR)
#define REC_BPS             MAKE_REC(REC_TYP_PER_PROG, REC_SUB_BPS)
#define REC_EPS             MAKE_REC(REC_TYP_PER_PROG, REC_SUB_EPS)
#ifdef  STDF_VER3
#define REC_SHB             MAKE_REC(REC_TYP_PER_SITE, REC_SUB_SHB)
#define REC_SSB             MAKE_REC(REC_TYP_PER_SITE, REC_SUB_SSB)
#define REC_STS             MAKE_REC(REC_TYP_PER_SITE, REC_SUB_STS)
#define REC_SCR             MAKE_REC(REC_TYP_PER_SITE, REC_SUB_SCR)
#endif
#define REC_GDR             MAKE_REC(REC_TYP_GENERIC, REC_SUB_GDR)
#define REC_DTR             MAKE_REC(REC_TYP_GENERIC, REC_SUB_DTR)
#define REC_UNKNOWN         MAKE_REC(REC_TYP_UNKNOWN, REC_SUB_UNKNOWN)

/* Definitions for Data Type Codes and Representation [page 8] */
typedef uint8_t         byte_t;
typedef char*           dtc_Cn;
typedef char            dtc_C1;
typedef uint8_t         dtc_U1;
typedef uint16_t        dtc_U2;
typedef uint32_t        dtc_U4;
typedef int8_t          dtc_I1;
typedef int16_t         dtc_I2;
typedef int32_t         dtc_I4;
typedef float           dtc_R4;
typedef double          dtc_R8;
typedef unsigned char*  dtc_Bn;
typedef unsigned char   dtc_B1;
typedef unsigned char*  dtc_Dn;
typedef unsigned char   dtc_N1;
typedef dtc_Cn*         dtc_xCn;
typedef dtc_U1*         dtc_xU1;
typedef dtc_U2*         dtc_xU2;
typedef dtc_R4*         dtc_xR4;
typedef dtc_N1*         dtc_xN1;
typedef struct {
    dtc_Vn_type type;
    void*       data;
} dtc_Vn_ele;
typedef dtc_Vn_ele*     dtc_Vn;

typedef enum {
    REC_STATE_RAW,
    REC_STATE_PARSED
} rec_state;
typedef struct {
    void        *stdf_file;
    rec_state   state;
    dtc_U2      REC_LEN;        
    rec_typ     REC_TYP;        
    rec_sub     REC_SUB;        
} rec_header;
typedef struct {
    rec_header  header;
    void        *data;
} rec_unknown;
/* FAR: File Attributes Record [page 18] */
typedef struct {
    rec_header  header;
    dtc_U1      CPU_TYPE;
    dtc_U1      STDF_VER;
} rec_far;
/* ATR: Audit Trail Record [page 19] */
typedef struct {
    rec_header  header;
    dtc_U4      MOD_TIM;
    dtc_Cn      CMD_LINE;
} rec_atr;
/* MIR: Master Information Record [page 20] */
typedef struct {
    rec_header  header;
#ifdef STDF_VER3
    dtc_U1      CPU_TYPE;
    dtc_U1      STDF_VER;
#endif
    dtc_U4      SETUP_T;
    dtc_U4      START_T;
    dtc_U1      STAT_NUM;
    dtc_C1      MODE_COD;
    dtc_C1      RTST_COD;
    dtc_C1      PROT_COD;
    dtc_U2      BURN_TIM;
    dtc_C1      CMOD_COD;
    dtc_Cn      LOT_ID;
    dtc_Cn      PART_TYP;
    dtc_Cn      NODE_NAM;
    dtc_Cn      TSTR_TYP;
#ifdef STDF_VER3
    dtc_Cn      HAND_ID;
    dtc_Cn      PRB_CARD;
#endif
    dtc_Cn      JOB_NAM;
    dtc_Cn      JOB_REV;
    dtc_Cn      SBLOT_ID;
    dtc_Cn      OPER_NAM;
    dtc_Cn      EXEC_TYP;
    dtc_Cn      EXEC_VER;
    dtc_Cn      TEST_COD;
    dtc_Cn      TST_TEMP;
    dtc_Cn      USER_TXT;
    dtc_Cn      AUX_FILE;
    dtc_Cn      PKG_TYP;
    dtc_Cn      FAMILY_ID;
    dtc_Cn      DATE_COD;
    dtc_Cn      FACIL_ID;
    dtc_Cn      FLOOR_ID;
    dtc_Cn      PROC_ID;
    dtc_Cn      OPER_FRQ;
    dtc_Cn      SPEC_NAM;
    dtc_Cn      SPEC_VER;
    dtc_Cn      FLOW_ID;
    dtc_Cn      SETUP_ID;
    dtc_Cn      DSGN_REV;
    dtc_Cn      ENG_ID;
    dtc_Cn      ROM_COD;
    dtc_Cn      SERL_NUM;
    dtc_Cn      SUPR_NAM;
} rec_mir;
/* MRR: Master Results Record [page 23] */
typedef struct {
    rec_header  header;
    dtc_U4      FINISH_T;
#ifdef STDF_VER3
    dtc_U4      PART_CNT;
    dtc_U4      RTST_CNT;
    dtc_U4      ABRT_CNT;
    dtc_U4      GOOD_CNT;
    dtc_U4      FUNC_CNT;
#endif
    dtc_C1      DISP_COD;
    dtc_Cn      USR_DESC;
    dtc_Cn      EXC_DESC;
} rec_mrr;
/* PCR: Part Count Record [page 24] */
typedef struct {
    rec_header  header;
    dtc_U1      HEAD_NUM;
    dtc_U1      SITE_NUM;
    dtc_U4      PART_CNT;
    dtc_U4      RTST_CNT;
    dtc_U4      ABRT_CNT;
    dtc_U4      GOOD_CNT;
    dtc_U4      FUNC_CNT;
} rec_pcr;
/* HBR: Hardware Bin Record [page 25] */
typedef struct {
    rec_header  header;
    dtc_U1      HEAD_NUM;
    dtc_U1      SITE_NUM;
    dtc_U2      HBIN_NUM;
    dtc_U4      HBIN_CNT;
    dtc_C1      HBIN_PF;
    dtc_Cn      HBIN_NAM;
} rec_hbr;
/* SBR: Software Bin Record [page 27] */
typedef struct {
    rec_header  header;
    dtc_U1      HEAD_NUM;
    dtc_U1      SITE_NUM;
    dtc_U2      SBIN_NUM;
    dtc_U4      SBIN_CNT;
    dtc_C1      SBIN_PF;
    dtc_Cn      SBIN_NAM;
} rec_sbr;
/* PMR: Pin Map Record [page 29] */
typedef struct {
    rec_header  header;
    dtc_U2      PMR_INDX;
    dtc_U2      CHAN_TYP;
    dtc_Cn      CHAN_NAM;
    dtc_Cn      PHY_NAM;
    dtc_Cn      LOG_NAM;
    dtc_U1      HEAD_NUM;
    dtc_U1      SITE_NUM;
} rec_pmr;
/* PGR: Pin Group Record [page 31] */
typedef struct {
    rec_header  header;
    dtc_U2      GRP_INDX;
    dtc_Cn      GRP_NAM;
    dtc_U2      INDX_CNT;
    dtc_xU2     PMR_INDX;
} rec_pgr;
/* PLR: Pin List Record [page 32] */
typedef struct {
    rec_header  header;
    dtc_U2      GRP_CNT;
    dtc_xU2     GRP_INDX;
    dtc_xU2     GRP_MODE;
    dtc_xU1     GRP_RADX;
    dtc_xCn     PGM_CHAR;
    dtc_xCn     RTN_CHAR;
    dtc_xCn     PGM_CHAL;
    dtc_xCn     RTN_CHAL;
} rec_plr;
/* RDR: Retest Data Record [page 34] */
typedef struct {
    rec_header  header;
    dtc_U2      NUM_BINS;
    dtc_xU2     RTST_BIN;
} rec_rdr;
/* SDR: Site Description Record [page 35] */
typedef struct {
    rec_header  header;
    dtc_U1      HEAD_NUM;
    dtc_U1      SITE_GRP;
    dtc_U1      SITE_CNT;
    dtc_xU1     SITE_NUM;
    dtc_Cn      HAND_TYP;
    dtc_Cn      HAND_ID;
    dtc_Cn      CARD_TYP;
    dtc_Cn      CARD_ID;
    dtc_Cn      LOAD_TYP;
    dtc_Cn      LOAD_ID;
    dtc_Cn      DIB_TYP;
    dtc_Cn      DIB_ID;
    dtc_Cn      CABL_TYP;
    dtc_Cn      CABL_ID;
    dtc_Cn      CONT_TYP;
    dtc_Cn      CONT_ID;
    dtc_Cn      LASR_TYP;
    dtc_Cn      LASR_ID;
    dtc_Cn      EXTR_TYP;
    dtc_Cn      EXTR_ID;
} rec_sdr;
/* WIR: Wafer Information Record [page 37] */
typedef struct {
    rec_header  header;
    dtc_U1      HEAD_NUM;
    dtc_U1      SITE_GRP;
#ifdef STDF_VER3
    dtc_B1      PAD_BYTE;
#endif
    dtc_U4      START_T;
    dtc_Cn      WAFER_ID;
} rec_wir;
/* WRR: Wafer Results Record [page 38] */
typedef struct {
    rec_header  header;
    dtc_U1      HEAD_NUM;
    dtc_U1      SITE_GRP;
#ifdef STDF_VER3
    dtc_B1      PAD_BYTE;
#endif
    dtc_U4      FINISH_T;
    dtc_U4      PART_CNT;
    dtc_U4      RTST_CNT;
    dtc_U4      ABRT_CNT;
    dtc_U4      GOOD_CNT;
    dtc_U4      FUNC_CNT;
#ifdef STDF_VER3
    dtc_Cn      HAND_ID;
    dtc_Cn      PRB_CARD;
#endif
    dtc_Cn      WAFER_ID;
    dtc_Cn      FABWF_ID;
    dtc_Cn      FRAME_ID;
    dtc_Cn      MASK_ID;
    dtc_Cn      USR_DESC;
    dtc_Cn      EXC_DESC;
} rec_wrr;
/* WCR: Wafer Configuration Record [page 40] */
typedef struct {
    rec_header  header;
    dtc_R4      WAFR_SIZ;
    dtc_R4      DIE_HT;
    dtc_R4      DIE_WID;
    dtc_U1      WF_UNITS;
    dtc_C1      WF_FLAT;
    dtc_I2      CENTER_X;
    dtc_I2      CENTER_Y;
    dtc_C1      POS_X;
    dtc_C1      POS_Y;
} rec_wcr;
/* PIR: Part Information Record [page 42] */
typedef struct {
    rec_header  header;
    dtc_U1      HEAD_NUM;
    dtc_U1      SITE_NUM;
#ifdef STDF_VER3
    dtc_I2      X_COORD;
    dtc_I2      Y_COORD;
    dtc_Cn      PART_ID;
#endif
} rec_pir;
/* PRR: Part Results Record [page 43] */
typedef struct {
    rec_header  header;
    dtc_U1      HEAD_NUM;
    dtc_U1      SITE_NUM;
#ifdef STDF_VER3
    dtc_B1      PAD_BYTE;
#endif
    dtc_B1      PART_FLG;
    dtc_U2      NUM_TEST;
    dtc_U2      HARD_BIN;
    dtc_U2      SOFT_BIN;
    dtc_I2      X_COORD;
    dtc_I2      Y_COORD;
    dtc_U4      TEST_T;
    dtc_Cn      PART_ID;
    dtc_Cn      PART_TXT;
    dtc_Bn      PART_FIX;
} rec_prr;
#ifdef  STDF_VER3
/* PDR: Parametric Test Description */
typedef struct {
    rec_header  header;
    dtc_U4      TEST_NUM;
    dtc_B1      DESC_FLG;
    dtc_B1      OPT_FLAG;
    dtc_I1      RES_SCAL;
    dtc_Cn      UNITS;  /*dtc_C7*/
    dtc_U1      RES_LDIG;
    dtc_U1      RES_RDIG;
    dtc_I1      LLM_SCAL;
    dtc_I1      HLM_SCAL;
    dtc_U1      LLM_LDIG;
    dtc_U1      LLM_RDIG;
    dtc_U1      HLM_LDIG;
    dtc_U1      HLM_RDIG;
    dtc_R4      LO_LIMIT;
    dtc_R4      HI_LIMIT;
    dtc_Cn      TEST_NAM;
    dtc_Cn      SEQ_NAME;
} rec_pdr;
/* FDR: Functional Test Description */
typedef struct {
    rec_header  header;
    dtc_U4      TEST_NUM;
    dtc_B1      DESC_FLG;
    dtc_Cn      TEST_NAM;
    dtc_Cn      SEQ_NAME;
} rec_fdr;
#endif
/* TSR: Test Synopsis Record [page 45] */
typedef struct {
    rec_header  header;
    dtc_U1      HEAD_NUM;
    dtc_U1      SITE_NUM;
#ifdef STDF_VER3
    dtc_B1      PAD_BYTE;
    dtc_R4      TST_MEAN;
    dtc_R4      TST_SDEV;
#endif
    dtc_C1      TEST_TYP;
    dtc_U4      TEST_NUM;
    dtc_U4      EXEC_CNT;
    dtc_U4      FAIL_CNT;
    dtc_U4      ALRM_CNT;
    dtc_Cn      TEST_NAM;
    dtc_Cn      SEQ_NAME;
    dtc_Cn      TEST_LBL;
    dtc_B1      OPT_FLAG;
    dtc_R4      TEST_TIM;
    dtc_R4      TEST_MIN;
    dtc_R4      TEST_MAX;
    dtc_R4      TST_SUMS;
    dtc_R4      TST_SQRS;
} rec_tsr;
/* PTR: Parametric Test Record [page 47] */
typedef struct {
    rec_header  header;
    dtc_U4      TEST_NUM;
    dtc_U1      HEAD_NUM;
    dtc_U1      SITE_NUM;
    dtc_B1      TEST_FLG;
    dtc_B1      PARM_FLG;
    dtc_R4      RESULT;
    dtc_Cn      TEST_TXT;
    dtc_Cn      ALARM_ID;
    dtc_B1      OPT_FLAG;
    dtc_I1      RES_SCAL;
    dtc_I1      LLM_SCAL;
    dtc_I1      HLM_SCAL;
    dtc_R4      LO_LIMIT;
    dtc_R4      HI_LIMIT;
    dtc_Cn      UNITS;
    dtc_Cn      C_RESFMT;
    dtc_Cn      C_LLMFMT;
    dtc_Cn      C_HLMFMT;
    dtc_R4      LO_SPEC;
    dtc_R4      HI_SPEC;
} rec_ptr;
/* MPR: Multiple-Result Parametric Record [page 53] */
typedef struct {
    rec_header  header;
    dtc_U4      TEST_NUM;
    dtc_U1      HEAD_NUM;
    dtc_U1      SITE_NUM;
    dtc_B1      TEST_FLG;
    dtc_B1      PARM_FLG;
    dtc_U2      RTN_ICNT;
    dtc_U2      RSLT_CNT;
    dtc_xN1     RTN_STAT;
    dtc_xR4     RTN_RSLT;
    dtc_Cn      TEST_TXT;
    dtc_Cn      ALARM_ID;
    dtc_B1      OPT_FLAG;
    dtc_I1      RES_SCAL;
    dtc_I1      LLM_SCAL;
    dtc_I1      HLM_SCAL;
    dtc_R4      LO_LIMIT;
    dtc_R4      HI_LIMIT;
    dtc_R4      START_IN;
    dtc_R4      INCR_IN;
    dtc_xU2     RTN_INDX;
    dtc_Cn      UNITS;
    dtc_Cn      UNITS_IN;
    dtc_Cn      C_RESFMT;
    dtc_Cn      C_LLMFMT;
    dtc_Cn      C_HLMFMT;
    dtc_R4      LO_SPEC;
    dtc_R4      HI_SPEC;
} rec_mpr;
/* FTR: Functional Test Record [page 57] */
typedef struct {
    rec_header header;
    dtc_U4      TEST_NUM;
    dtc_U1      HEAD_NUM;
    dtc_U1      SITE_NUM;
    dtc_B1      TEST_FLG;
    dtc_B1      OPT_FLAG;
    dtc_U4      CYCL_CNT;
    dtc_U4      REL_VADR;
    dtc_U4      REPT_CNT;
    dtc_U4      NUM_FAIL;
    dtc_I4      XFAIL_AD;
    dtc_I4      YFAIL_AD;
    dtc_I2      VECT_OFF;
    dtc_U2      RTN_ICNT;
    dtc_U2      PGM_ICNT;
    dtc_xU2     RTN_INDX;
    dtc_xN1     RTN_STAT;
    dtc_xU2     PGM_INDX;
    dtc_xN1     PGM_STAT;
    dtc_Dn      FAIL_PIN;
    dtc_Cn      VECT_NAM;
    dtc_Cn      TIME_SET;
    dtc_Cn      OP_CODE;
    dtc_Cn      TEST_TXT;
    dtc_Cn      ALARM_ID;
    dtc_Cn      PROG_TXT;
    dtc_Cn      RSLT_TXT;
    dtc_U1      PATG_NUM;
    dtc_Dn      SPIN_MAP;
} rec_ftr;
/* BPS: Begin Program Section [page 62] */
typedef struct {
    rec_header  header;
    dtc_Cn      SEQ_NAME;
} rec_bps;
/* EPS: End Program Section [page 63] */
typedef struct {
    rec_header  header;
} rec_eps;
#ifdef  STDF_VER3
/* SHB: Site-Specific Hardware Bin Record */
typedef struct {
    rec_header  header;
    dtc_U1      HEAD_NUM;
    dtc_U1      SITE_NUM;
    dtc_U2      HBIN_NUM;
    dtc_U4      HBIN_CNT;
    dtc_Cn      HBIN_NAM;
} rec_shb;
/* SSB: Site-Specific Software Bin Record */
typedef struct {
    rec_header  header;
    dtc_U1      HEAD_NUM;
    dtc_U1      SITE_NUM;
    dtc_U2      SBIN_NUM;
    dtc_U4      SBIN_CNT;
    dtc_Cn      SBIN_NAM;
} rec_ssb;
/* STS: Site-Specific Test Synopsis Record */
typedef struct {
    rec_header  header;
    dtc_U1      HEAD_NUM;
    dtc_U1      SITE_NUM;
    dtc_U4      TEST_NUM;
    dtc_I4      EXEC_CNT;
    dtc_I4      FAIL_CNT;
    dtc_I4      ALRM_CNT;
    dtc_B1      OPT_FLAG;
    dtc_B1      PAD_BYTE;
    dtc_R4      TEST_MIN;
    dtc_R4      TEST_MAX;
    dtc_R4      TST_MEAN;
    dtc_R4      TST_SDEV;
    dtc_R4      TST_SUMS;
    dtc_R4      TST_SQRS;
    dtc_Cn      TEST_NAM;
    dtc_Cn      SEQ_NAME;
    dtc_Cn      TEST_LBL;
} rec_sts;
/* SCR: Site-Specific Part Count Record */
typedef struct {
    rec_header  header;
    dtc_U1      HEAD_NUM;
    dtc_U1      SITE_NUM;
    dtc_U4      FINISH_T;
    dtc_U4      PART_CNT;
    dtc_I4      RTST_CNT;
    dtc_I4      ABRT_CNT;
    dtc_I4      GOOD_CNT;
    dtc_I4      FUNC_CNT;
} rec_scr;
#endif
/* GDR: Generic Data Record [page 64] */
typedef struct {
    rec_header  header;
    dtc_U2      FLD_CNT;
    dtc_Vn      GEN_DATA;
} rec_gdr;
/* DTR: Datalog Text Record [page 66] */
typedef struct {
    rec_header  header;
    dtc_Cn      TEXT_DAT;
} rec_dtr;

#endif /* _LIBSTDF_TYPES_H */

---