/* nonstandard irpdef for swdriver.c */ /*** MODULE $IRPDEF ***/ #ifndef __IRPDEF_LOADED #define __IRPDEF_LOADED 1 #pragma __nostandard /* This file uses non-ANSI-Standard features */ #pragma __member_alignment __save #pragma __nomember_alignment #ifdef __INITIAL_POINTER_SIZE /* Defined whenever ptr size pragmas supported */ #pragma __required_pointer_size __save /* Save the previously-defined required ptr size */ #pragma __required_pointer_size __short /* And set ptr size default to 32-bit pointers */ #endif #ifdef __cplusplus extern "C" { #define __unknown_params ... #define __optional_params ... #else #define __unknown_params #define __optional_params ... #endif #if !defined(__VAXC) #define __struct struct #define __union union #else #define __struct variant_struct #define __union variant_union #endif /*+ */ /* IRP - I/O REQUEST PACKET */ /* */ /* I/O REQUEST PACKETS ARE CONSTRUCTED BY THE QUEUE I/O REQUEST SYSTEM */ /* SERVICE. THE CONTENT OF AN I/O REQUEST PACKET DESCRIBES A FUNCTION TO */ /* BE PERFORMED ON A DEVICE UNIT. */ /* */ /* NOTE: Several fields of the IRP must be at the same offsets as their */ /* corresponding fields in the IRPE and CDRP. The equivalency of these */ /* offsets is verified by ASSUME statements in the [LIB]VFY_IRP_A_LIKES.MAR */ /* module. These ASSUMEs may need to be altered as well whenever an IRP */ /* field is removed or altered. */ /*- */ #include /* Define the DIOBM type; IRP contains an embedded DIOBM type */ #define IRP$M_WLE_REUSE 0x1 #define IRP$M_WLE_SUPWL 0x2 #define IRP$M_BUFIO 0x1 #define IRP$M_FUNC 0x2 #define IRP$M_PAGIO 0x4 #define IRP$M_COMPLX 0x8 #define IRP$M_VIRTUAL 0x10 #define IRP$M_CHAINED 0x20 #define IRP$M_SWAPIO 0x40 #define IRP$M_DIAGBUF 0x80 #define IRP$M_PHYSIO 0x100 #define IRP$M_TERMIO 0x200 #define IRP$M_MBXIO 0x400 #define IRP$M_EXTEND 0x800 #define IRP$M_FILACP 0x1000 #define IRP$M_MVIRP 0x2000 #define IRP$M_SRVIO 0x4000 #define IRP$M_CCB_LOOKED_UP 0x8000 #define IRP$M_CACHE_PAGIO 0x10000 #define IRP$M_FILL_BIT 0x20000 #define IRP$M_BUFOBJ 0x40000 #define IRP$M_TRUSTED 0x80000 #define IRP$M_FASTIO_DONE 0x100000 #define IRP$M_FASTIO 0x200000 #define IRP$M_FAST_FINISH 0x400000 #define IRP$M_DOPMS 0x800000 #define IRP$M_HIFORK 0x1000000 #define IRP$M_SRV_ABORT 0x2000000 #define IRP$M_LOCK_RELEASEABLE 0x4000000 #define IRP$M_DID_FAST_FDT 0x8000000 #define IRP$M_SYNCSTS 0x10000000 #define IRP$M_FINIPL8 0x20000000 #define IRP$M_START_PAST_HWM 0x1 #define IRP$M_END_PAST_HWM 0x2 #define IRP$M_ERASE 0x4 #define IRP$M_PART_HWM 0x8 #define IRP$M_LCKIO 0x10 #define IRP$M_SHDIO 0x20 #define IRP$M_CACHEIO 0x40 #define IRP$M_WLE 0x80 #define IRP$M_CACHE_SAFE 0x100 #define IRP$M_NOCACHE 0x200 #define IRP$M_ABORTIO 0x400 #define IRP$M_FORCEMV 0x800 #define IRP$M_HBRIO 0x1000 #define IRP$M_GOTSTK 0x2000 #define IRP$M_FCODE 0x3F #define IRP$K_CDRP 304 /* Offset to the CDRP within the IRP */ #define IRP$C_CDRP 304 /* Offset to the CDRP within the IRP */ #define IRP$M_PIO_ERROR 0x1 #define IRP$M_PIO_FANOUT 0x2 #define IRP$M_PIO_NOQUE 0x4 #define IRP$M_PIO_CANCEL 0x8 #define IRP$M_PIO_CTHRDOK 0x10 #define IRP$M_PIO_PHASEII 0x20 #define IRP$M_SHD_EXPEL_REMOVED 0x1 #define IRP$M_CLN_READY 0x1 #define IRP$M_CLN_DONE 0x2 #define IRP$M_CPY_FINI 0x4 #define IRP$K_BT_LEN 400 #define IRP$C_BT_LEN 400 #define IRP$K_CD_LEN 408 #define IRP$C_CD_LEN 408 #ifdef __cplusplus /* Define structure prototypes */ struct _wcb; struct _ucb; struct _ctxb; struct _shad; struct _hrb; struct _bufio; struct _irpe; struct _fdt_context; struct _arb; struct _kpb; struct _ccb; struct _fkb; struct _cdt; struct _cdrp; #endif /* #ifdef __cplusplus */ #if !defined(__NOBASEALIGN_SUPPORT) && !defined(__cplusplus) /* If using pre DECC V4.0 or C++ */ #pragma __nomember_alignment __quadword #else #pragma __nomember_alignment #endif typedef struct _irp { #pragma __nomember_alignment struct _irp *irp$l_ioqfl; /*I/O QUEUE FORWARD LINK */ struct _irp *irp$l_ioqbl; /*I/O QUEUE BACKWARD LINK */ unsigned short int irp$w_size; /*SIZE OF IRP IN BYTES */ unsigned char irp$b_type; /*STRUCTURE TYPE FOR IRP */ __union { unsigned char irp$b_rmod; /*ACCESS MODE OF REQUEST */ __struct { unsigned irp$v_mode : 2; /* MODE SUBFIELD */ unsigned irp$v_fill_22 : 6; } irp$r_rmod_bits; } irp$r_rmod_overlay; unsigned int irp$l_pid; /*PROCESS ID OF REQUESTING PROCESS */ #if !defined(__NOBASEALIGN_SUPPORT) && !defined(__cplusplus) /* If using pre DECC V4.0 or C++ */ #pragma __nomember_alignment __quadword #else #pragma __nomember_alignment #endif __union { __int64 irp$q_param_0; /*For PAGEFAULT and IOCIOPOST */ __struct { #pragma __nomember_alignment int irp$l_acb64x_offset; /* Offset to ACB64X structure embedded in this IRP */ char irp$b_fill_23 [4]; } irp$r_fill_1; } irp$r_fill_0; #if !defined(__NOBASEALIGN_SUPPORT) && !defined(__cplusplus) /* If using pre DECC V4.0 or C++ */ #pragma __nomember_alignment __quadword #else #pragma __nomember_alignment #endif __union { __int64 irp$q_param_1; /*For PAGEFAULT and IOCIOPOST */ __struct { #pragma __nomember_alignment unsigned int irp$l_acb_flags; /* ACB flags; valid only if ACB$M_FLAGS_VALID in RMOD set */ unsigned int irp$l_thread_pid; /* (Reserved for Kernel Threads) */ } irp$r_fill_3; } irp$r_fill_2; __union { struct _wcb *irp$l_wind; /*ADDRESS OF WINDOW BLOCK */ struct _irp *irp$l_mirp; /*LINK TO MASTER IRP */ void (*irp$l_kast)(); /*PIGGY BACK KERNEL AST ADDRESS */ } irp$r_wind_overlay; struct _ucb *irp$l_ucb; /*ADDRESS OF DEVICE UCB */ __union { #if !defined(__NOBASEALIGN_SUPPORT) && !defined(__cplusplus) /* If using pre DECC V4.0 or C++ */ #pragma __nomember_alignment __quadword #else #pragma __nomember_alignment #endif #ifdef __INITIAL_POINTER_SIZE /* Defined whenever ptr size pragmas supported */ #pragma __required_pointer_size __long /* And set ptr size default to 64-bit pointers */ void (*irp$pq_acb64_ast)(); /* 64-bit user AST routine address */ #else unsigned __int64 irp$pq_acb64_ast; #endif #pragma __nomember_alignment #ifdef __INITIAL_POINTER_SIZE /* Defined whenever ptr size pragmas supported */ #pragma __required_pointer_size __short /* And set ptr size default to 32-bit pointers */ #endif struct _irp *irp$l_shd_iofl; /* Link to clone IRPs */ struct _ctxb *irp$l_ctxb; /* Link to CTXB */ int irp$l_iirp_p0; /* Generic parameter cell in internal IRPs */ } irp$r_acb64_ast_overlay; __union { #if !defined(__NOBASEALIGN_SUPPORT) && !defined(__cplusplus) /* If using pre DECC V4.0 or C++ */ #pragma __nomember_alignment __quadword #else #pragma __nomember_alignment #endif unsigned __int64 irp$q_acb64_astprm; /* 64-bit user AST parameter value */ #pragma __nomember_alignment struct _shad *irp$l_shad; /* SHAD address */ struct _hrb *irp$l_hrb; /* HRB address */ int irp$l_mv_tmo; /* Timeout value in internal mount verification IRPs */ int irp$l_iirp_p1; /* Generic parameter cell in internal IRPs */ } irp$r_acb64_astprm_overlay; #if !defined(__NOBASEALIGN_SUPPORT) && !defined(__cplusplus) /* If using pre DECC V4.0 or C++ */ #pragma __nomember_alignment __quadword #else #pragma __nomember_alignment #endif unsigned __int64 irp$q_user_thread_id; /* Unique user thread identifier */ #pragma __nomember_alignment unsigned char irp$b_efn; /*EVENT FLAG NUMBER AND EVENT GROUP */ unsigned char irp$b_pri; /*BASE PRIORITY OF REQUESTING PROCESS */ unsigned char irp$b_cln_indx; /*Shadow Clone membership index */ __union { /* Write log flags. */ unsigned char irp$b_wlg_flags; /* These flags are shared by DUDRIVER and SHDRIVER and MSCP. */ __struct { /* Write log Flags Status Bits */ unsigned irp$v_wle_reuse : 1; /* Reuse writelog entry */ unsigned irp$v_wle_supwl : 1; /* Supplementary writelog */ unsigned irp$v_fill_24 : 6; } irp$r_wlg_flag_bits; /* */ } irp$r_wlg_flags_overlay; /* */ unsigned int irp$l_chan; /* Process I/O channel */ #if !defined(__NOBASEALIGN_SUPPORT) && !defined(__cplusplus) /* If using pre DECC V4.0 or C++ */ #pragma __nomember_alignment __quadword #else #pragma __nomember_alignment #endif __union { #ifdef __INITIAL_POINTER_SIZE /* Defined whenever ptr size pragmas supported */ #pragma __required_pointer_size __long /* And set ptr size default to 64-bit pointers */ void *irp$pq_iosb; /* 64-bit address of caller's IOSB */ #else unsigned __int64 irp$pq_iosb; #endif __struct { #pragma __nomember_alignment __union { unsigned int irp$l_cln_wle; /* write log entry */ __int64 irp$q_param_2; /* For PAGEFAULT and IOCIOPOST (Kthreads) */ int irp$l_iirp_p2; /* Generic parameter cell in internal IRPs */ } irp$r_iosb_overlay; } irp$r_fill_5; } irp$r_fill_4; #if !defined(__NOBASEALIGN_SUPPORT) && !defined(__cplusplus) /* If using pre DECC V4.0 or C++ */ #pragma __nomember_alignment __quadword #else #pragma __nomember_alignment #endif __union { unsigned __int64 irp$q_status; /*Big time REQUEST STATUS */ __struct { #pragma __nomember_alignment __union { unsigned int irp$l_sts; /* Status */ __struct { unsigned irp$v_bufio : 1; /* BUFFERED I/O FLAG ;THESE BITS */ unsigned irp$v_func : 1; /* 1=>READ FUNCTION ;MUST BE ADJACENT */ unsigned irp$v_pagio : 1; /* PAGING I/O FLAG ;AND IN ORDER */ unsigned irp$v_complx : 1; /* COMPLEX BUFFERED I/O */ unsigned irp$v_virtual : 1; /* VIRTUAL I/O FUNCTION */ unsigned irp$v_chained : 1; /* CHAINED BUFFERED I/O OPERATION */ unsigned irp$v_swapio : 1; /* SWAP I/O OPERATION */ unsigned irp$v_diagbuf : 1; /* DIAGNOSTIC BUFFER ALLOCATED */ unsigned irp$v_physio : 1; /* PHYSICAL I/O */ unsigned irp$v_termio : 1; /* TERMINAL I/O (FOR SELECTING PRIORITY INC) */ unsigned irp$v_mbxio : 1; /* MAILBOX BUFFERED READ */ unsigned irp$v_extend : 1; /* AN IRPE IS LINKED TO THIS IRP */ unsigned irp$v_filacp : 1; /* FILE ACP I/O (BOTH DIOCNT AND BIOCNT) */ unsigned irp$v_mvirp : 1; /* MOUNT VERIFICATION IRP */ unsigned irp$v_srvio : 1; /* SERVER TYPE I/O (TRIGGER MOUNTVER ON ERROR BUT DON'T STALL) */ unsigned irp$v_ccb_looked_up : 1; /* Set if IRP$PS_CCB contains valid CCB address */ unsigned irp$v_cache_pagio : 1; /* Cached page i/o */ unsigned irp$v_fill_bit : 1; /* Unused */ unsigned irp$v_bufobj : 1; /* Set if buffer object I/O */ unsigned irp$v_trusted : 1; /* Set if trusted Component I/O */ unsigned irp$v_fastio_done : 1; /* Set if this is an available Fast-IO IRP */ unsigned irp$v_fastio : 1; /* Set if IRP created by $IO_SETUP -- special delete action */ unsigned irp$v_fast_finish : 1; /* Set if IPL8 completion is expected */ unsigned irp$v_dopms : 1; /* =1 if this IRP should call PMS$ logging routines */ unsigned irp$v_hifork : 1; /* Device fork IPL > IPL$C_SCS */ unsigned irp$v_srv_abort : 1; /* Server I/O should be aborted */ unsigned irp$v_lock_releaseable : 1; /* Forklock can be released in favor of PM spinlock on Start I/O */ unsigned irp$v_did_fast_fdt : 1; /* Fast-IO may have locked buffers via standard FDT dispatch */ unsigned irp$v_syncsts : 1; /* VIOC can return SS$_SYNC on HIT if set. */ unsigned irp$v_finipl8 : 1; /* Finish at IPL8 hook */ unsigned irp$v_fill_25 : 2; } irp$r_fill_9; } irp$r_fill_8; __union { unsigned int irp$l_sts2; /* EXTENSION OF STATUS WORD */ __struct { unsigned irp$v_start_past_hwm : 1; /* I/O STARTS PAST HIGHWATER MARK */ unsigned irp$v_end_past_hwm : 1; /* I/O ENDS PAST HIGHWATER MARK */ unsigned irp$v_erase : 1; /* ERASE I/O FUNCTION */ unsigned irp$v_part_hwm : 1; /* PARTIAL HIGHWATER MARK UPDATE */ unsigned irp$v_lckio : 1; /* Locked I/O request (DECnet) */ unsigned irp$v_shdio : 1; /* This is a shadowing IRP */ unsigned irp$v_cacheio : 1; /* uses VBN cache buffers */ unsigned irp$v_wle : 1; /* I/O USES A WRITE LOG ENTRY */ unsigned irp$v_cache_safe : 1; /* this indicates that */ /* the request has been */ /* checked as regards */ /* caching. */ unsigned irp$v_nocache : 1; /* IO$M_NOVCACHE was */ /* set in QIO function */ unsigned irp$v_abortio : 1; /* set in EXE$ABORTIO */ unsigned irp$v_forcemv : 1; /* set to indicate forced MV in progress */ unsigned irp$v_hbrio : 1; /* This is a host based raid IRP. */ unsigned irp$v_gotstk : 1; unsigned irp$v_fill_26 : 2; } irp$r_fill_11; } irp$r_fill_10; } irp$r_fill_7; } irp$r_fill_6; #if !defined(__NOBASEALIGN_SUPPORT) && !defined(__cplusplus) /* If using pre DECC V4.0 or C++ */ #pragma __nomember_alignment __quadword #else #pragma __nomember_alignment #endif #ifdef __INITIAL_POINTER_SIZE /* Defined whenever ptr size pragmas supported */ #pragma __required_pointer_size __long /* And set ptr size default to 64-bit pointers */ struct _pte *irp$pq_va_pte; /* 64-bit process virtual addr of PTE */ #else unsigned __int64 irp$pq_va_pte; #endif #pragma __nomember_alignment __union { #ifdef __INITIAL_POINTER_SIZE /* Defined whenever ptr size pragmas supported */ #pragma __required_pointer_size __short /* And set ptr size default to 32-bit pointers */ #endif void *irp$l_svapte; /* 32-bit S0/S1 address of first PTE */ struct _bufio *irp$ps_bufio_pkt; /* Pointer to buffered I/O packet */ } irp$r_svapte_overlay; unsigned int irp$l_bcnt; /*BYTE COUNT OF TRANSFER */ unsigned int irp$l_boff; /* Byte offset */ __union { unsigned int irp$l_oboff; /* Original BOFF, for segmented DIO */ unsigned int irp$l_aboff; /* "Ambient" BOFF, for NETDRIVER */ } irp$r_oboff_overlay; struct _irpe *irp$l_extend; /* ADDRESS OF IRPE */ struct _fdt_context *irp$ps_fdt_context; /* Contains addr of the FDT Context structure */ #if !defined(__NOBASEALIGN_SUPPORT) && !defined(__cplusplus) /* If using pre DECC V4.0 or C++ */ #pragma __nomember_alignment __quadword #else #pragma __nomember_alignment #endif DIOBM irp$r_diobm; /* Embedded DIOBM to handle cross-process 32-bit PTE access */ #pragma __nomember_alignment __union { unsigned int irp$l_iost1; /*FIRST I/O STATUS LONGWORD (FOR I/O POST) */ int irp$l_media; /*MEDIA ADDRESS */ } irp$r_iost1_overlay; __union { unsigned int irp$l_iost2; /*SECOND I/O STATUS LONGWORD */ __union { int irp$l_tt_term; /*ADDRESS OF READ TERMINATORS MASK */ unsigned char irp$b_carcon; /*CARRIAGE CONTROL */ } irp$r_tt_term_overlay; __union { unsigned short int irp$w_shd_copy_type; /*TYPE OF COPY TO PERFORM */ __struct { unsigned short int irp$w_shd_vun; /* VIRTUAL UNIT NUMBER */ __union { unsigned short int irp$w_shd_dev_type; /*DEVICE TYPE */ unsigned short int irp$w_shd_mscp_disk_modifier; /*FIELD FOR MODIFIERS */ } irp$r_shd_iost2_inner; } irp$r_shd_iost2_stuff; } irp$r_shd_iost2_overlay; } irp$r_iost2_overlay; __union { unsigned __int64 irp$q_nt_prvmsk; /* PRIVILEGE MASK FOR DECNET */ unsigned __int64 irp$q_station; /* STATION FIELD FOR DECNET DRIVERS */ __union { unsigned __int64 irp$q_tt_state; /* TERMINAL STATE DEFINITIONS */ __struct { unsigned int irp$l_abcnt; /* ACCUMULATED BYTES TRANSFERED */ unsigned int irp$l_obcnt; /* ORIGINAL TRANSFER BYTE COUNT */ } irp$r_tt_state_fields; } irp$r_tt_state_overlay; } irp$r_nt_prvmsk_overlay; __union { unsigned int irp$l_func; /* I/O function code */ __struct { unsigned irp$v_fcode : 6; /* FUNCTION CODE FIELD */ unsigned irp$v_fmod : 10; /* FUNCTION MODIFIER FIELD */ } irp$r_func_bits; } irp$r_func_overlay; unsigned int irp$l_segvbn; /* VIRTUAL BLOCK NUMBER OF CURRENT SEGMENT */ __union { void *irp$l_diagbuf; /* DIAGNOSTIC BUFFER ADDRESS */ void *irp$l_scb_buf; /* SCB BUFFER ADDRESS */ unsigned short int irp$w_tt_prmpt; /* PROMPT SIZE */ } irp$r_diagbuf_overlay; __union { unsigned int irp$l_seqnum; /* SEQUENCE NUMBER */ struct _ucb *irp$l_dcd_src_ucb; /* DISK COPY DATA SOURCE UCB */ } irp$r_seqnum_overlay; struct _arb *irp$l_arb; /* ACCESS RIGHTS BLOCK ADDRESS */ __union { void *irp$l_keydesc; /* ADDRESS OF ENCRYPTION DESCRIPTOR */ unsigned int irp$l_wle_ptr; /* Clone Write log index */ unsigned char irp$b_cpy_mode; /* Copy mode identifier */ } irp$r_keydesc_overlay; struct _kpb *irp$ps_kpb; /* Pointer to KP block */ struct _ccb *irp$ps_ccb; /* Pointer to CCB for this I/O */ #if !defined(__NOBASEALIGN_SUPPORT) && !defined(__cplusplus) /* If using pre DECC V4.0 or C++ */ #pragma __nomember_alignment __quadword #else #pragma __nomember_alignment #endif __union { __int64 irp$q_qio_p1; /* QIO argument #1 (64-bits) */ __struct { #pragma __nomember_alignment int irp$l_qio_p1; /* (low-order 32-bit) */ char irp$b_fill_27 [4]; } irp$r_fill_13; } irp$r_fill_12; #if !defined(__NOBASEALIGN_SUPPORT) && !defined(__cplusplus) /* If using pre DECC V4.0 or C++ */ #pragma __nomember_alignment __quadword #else #pragma __nomember_alignment #endif __union { __int64 irp$q_qio_p2; /* QIO argument #2 (64-bits) */ __struct { #pragma __nomember_alignment int irp$l_qio_p2; /* (low-order 32-bit) */ char irp$b_fill_28 [4]; } irp$r_fill_15; } irp$r_fill_14; #if !defined(__NOBASEALIGN_SUPPORT) && !defined(__cplusplus) /* If using pre DECC V4.0 or C++ */ #pragma __nomember_alignment __quadword #else #pragma __nomember_alignment #endif __union { #pragma __nomember_alignment __int64 irp$q_qio_p3; /* QIO argument #3 (64-bits) */ int irp$l_qio_p3; /* (low-order 32-bit) */ __int64 irp$q_param_3; /* (for PAGEFAULT and IOCIOPOST) */ } irp$r_qio_p3_overlay; #if !defined(__NOBASEALIGN_SUPPORT) && !defined(__cplusplus) /* If using pre DECC V4.0 or C++ */ #pragma __nomember_alignment __quadword #else #pragma __nomember_alignment #endif __union { __int64 irp$q_qio_p4; /* QIO argument #4 (64-bits) */ __struct { #pragma __nomember_alignment int irp$l_qio_p4; /* (low-order 32-bit) */ char irp$b_fill_29 [4]; } irp$r_fill_17; } irp$r_fill_16; #if !defined(__NOBASEALIGN_SUPPORT) && !defined(__cplusplus) /* If using pre DECC V4.0 or C++ */ #pragma __nomember_alignment __quadword #else #pragma __nomember_alignment #endif __union { __int64 irp$q_qio_p5; /* QIO argument #5 (64-bits) */ __struct { #pragma __nomember_alignment int irp$l_qio_p5; /* (low-order 32-bit) */ char irp$b_fill_30 [4]; } irp$r_fill_19; } irp$r_fill_18; #if !defined(__NOBASEALIGN_SUPPORT) && !defined(__cplusplus) /* If using pre DECC V4.0 or C++ */ #pragma __nomember_alignment __quadword #else #pragma __nomember_alignment #endif __union { __int64 irp$q_qio_p6; /* QIO argument #6 (64-bits) */ __struct { #pragma __nomember_alignment int irp$l_qio_p6; /* (low-order 32-bit) */ char irp$b_fill_31 [4]; } irp$r_fill_21; } irp$r_fill_20; /* ALL FIELDS INSERTED ABOVE THIS POINT IN THE IRP */ /* MUST BE CHANGED IN THE CDRPDEF.SDL FILE. */ /* Standard IRP must contain space for Class Driver CDRP fields. */ struct _fkb *irp$l_fqfl; /* Fork Queue FLINK */ struct _fkb *irp$l_fqbl; /* Fork Queue Blink */ unsigned short int irp$w_cdrpsize; /* Size field for positive section only */ unsigned char irp$b_cd_type; /* Type, always of interest */ unsigned char irp$b_flck; /* Fork Lock number */ void (*irp$l_fpc)(); /* Fork PC */ __int64 irp$q_fr3; /* Fork R3 */ __int64 irp$q_fr4; /* Fork R4 */ void (*irp$l_savd_rtn)(); /* Saved return address from level 1 JSB */ void *irp$l_msg_buf; /* Address of allocated MSCP buffer */ unsigned int irp$l_rspid; /* Allocated Request ID */ struct _cdt *irp$l_cdt; /* Address of Connection Descriptor Table */ unsigned __int64 irp$q_res_wait_state; /* SCS Resource Wait State */ int irp$l_scs_stall_data; /* Data cell used by SCS to save data over a stall */ void *irp$l_rwcptr; /* RWAITCNT pointer */ void *irp$l_bd_addr; /* Address of Buffer Descriptor that maps I/O buffer */ void *irp$l_rbun; /* Address of Resource Bundle */ void *irp$l_lbufh_ad; /* Local BUFfer Handle ADress */ char irp$b_fill_32 [4]; /* Extensions to the CDRP within the IRP */ __union { /* Host-Based Shadowing Extension */ __struct { unsigned char irp$b_shd_pio_cnt; /* Tot num phys IRPs assoc. */ unsigned char irp$b_shd_pio_act; /* Tot num phys IRPs active. */ /* Note Keep SHD_PIO_FLAGS, SHD_PIO_ERRCNT, contiguous. */ __union { unsigned char irp$b_shd_pio_flags; /* Master Flags Byte */ __struct { unsigned irp$v_pio_error : 1; /* Errant clone in Chain */ unsigned irp$v_pio_fanout : 1; /* Chained Clones. */ unsigned irp$v_pio_noque : 1; /* Don't queue to server */ unsigned irp$v_pio_cancel : 1; /* This master cancelled */ unsigned irp$v_pio_cthrdok : 1; /* Copy thread validated. */ unsigned irp$v_pio_phaseii : 1; /* Bi-phasic Phase II write */ unsigned irp$v_fill_33 : 2; } irp$r_pio_bits; } irp$r_pio_flags_overlay; unsigned char irp$b_shd_pio_errcnt; /* Number of errors in chain */ unsigned char irp$b_shd_pio_errindex; /* Index of erring device */ unsigned char irp$b_shd_pio_errsev; /* Relative error severity */ short int irp$w_shd_filler; unsigned __int64 irp$q_shd_lock_fr0; /* Lock fork R0 */ unsigned __int64 irp$q_shd_lock_fr1; /* Lock fork R1 */ unsigned __int64 irp$q_shd_lock_fr2; /* Lock fork R2 */ unsigned __int64 irp$q_shd_lock_fr4; /* Lock fork R4 */ unsigned __int64 irp$q_shd_lock_fr5; /* Lock fork R5 */ void (*irp$l_shd_lock_fpc)(); /* Lock fork PC */ unsigned int irp$l_shd_pio_error; /* BCNT and Error Status (SS$_) */ struct _irp *irp$l_shd_pio_lnk; /* Link to clone IRP(s) */ int (*irp$l_shdspc)(); /* Shadowing return PC */ struct _irp *irp$l_shd_control_irp; /* address of control IRP */ int irp$l_shd_temp; /* used for temporary storage */ unsigned __int64 irp$q_shd_saved_r1; /* second save area for WLG */ unsigned __int64 irp$q_shd_saved_r2; unsigned __int64 irp$q_shd_saved_r4; unsigned int irp$l_shd_svd_cnt_irp; /* save SHD_CONTROL_IRP */ unsigned int irp$l_shd_saved_status; /* save area for status */ unsigned int irp$l_shd_wlg_mode_fpc; /* saved PC for WLG_MODE fork */ unsigned int irp$l_shd_perlkid; /* holds sublock id for */ /* per-disk */ unsigned int irp$l_shd_expel_timer; /* Clone error timer */ __union { unsigned int irp$l_shd_expel_flags; /* Clone IRP flags */ __struct { unsigned irp$v_shd_expel_removed : 1; /* Device is expelled */ unsigned irp$v_fill_34 : 7; } irp$r_expel_bits; } irp$r_expel_flags_overlay; unsigned int irp$l_shd_expel_mask; /* indicate units to be expelled in MIRP */ unsigned __int64 irp$q_shd_reserv_q8; /* will be needed for 64-bit saves */ unsigned __int64 irp$q_shd_reserv_q9; /* will be needed for 64-bit saves */ unsigned __int64 irp$q_shd_reserv_q10; /* will be needed for 64-bit saves */ __union { unsigned char irp$b_shd_flags; /* Shadow Clone Flags */ __struct { /* Clone Flags Status Bits */ unsigned irp$v_cln_ready : 1; /* Clone is ready for I/O */ unsigned irp$v_cln_done : 1; /* Clone has done I/O */ unsigned irp$v_cpy_fini : 1; /* Copy is complete. */ unsigned irp$v_fill_35 : 5; } irp$r_shd_flag_bits; /* */ } irp$r_shd_flags_overlay; unsigned long irp$l_curcspx; /* Current context stack pointer */ long irp$l_stkflgsx; /* struct stkfs {*/ /* unsigned irp$v_onstackx : 1;*/ /* current data is on the ctx stk */ /* unsigned irp$v_csfil : 31; */ /* } irp$l_stkflgsx; */ unsigned long irp$a_ctxstkx[IRP_CTXSTKSIZ]; /* */ } irp$r_shadowing_extension; /* Block Transfer Extension */ __struct { unsigned int irp$l_lboff; /* Local Byte OFFset */ __union { void *irp$l_rbufh_ad; /* Remote BUFfer Handle ADress */ struct _cdrp *irp$l_cdrpfl; } irp$r_rbufh_ad_overlay; unsigned int irp$l_rboff; /* Remote Byte OFFset */ unsigned int irp$l_xct_len; /* Transfer length in bytes */ } irp$r_blk_xfer_extension; /* Class Driver Extension */ __struct { char irp$t_lbufhndl [12]; /* Local buffer handle */ unsigned int irp$l_ubarsrce; /* Scratch Cell used for DU/TUDRIVER convenience */ unsigned int irp$l_dutuflags; /* Class driver status flags: */ unsigned short int irp$w_dutucntr; /* General purpose counter */ unsigned short int irp$w_endmsgsiz; /* Size of most recent MSCP end message */ } irp$r_cls_drv_extension; /* File system extensions */ unsigned int irp$l_erase_vbn; /* VBN to start HWM erase */ } irp$r_cdrp_extensions; char irp$b_fill_36 [3]; } IRP; #define irp$b_rmod irp$r_rmod_overlay.irp$b_rmod #define irp$v_mode irp$r_rmod_overlay.irp$r_rmod_bits.irp$v_mode #define irp$q_param_0 irp$r_fill_0.irp$q_param_0 #define irp$l_acb64x_offset irp$r_fill_0.irp$r_fill_1.irp$l_acb64x_offset #define irp$q_param_1 irp$r_fill_2.irp$q_param_1 #define irp$l_acb_flags irp$r_fill_2.irp$r_fill_3.irp$l_acb_flags #define irp$l_thread_pid irp$r_fill_2.irp$r_fill_3.irp$l_thread_pid #define irp$l_wind irp$r_wind_overlay.irp$l_wind #define irp$l_mirp irp$r_wind_overlay.irp$l_mirp #define irp$l_kast irp$r_wind_overlay.irp$l_kast #define irp$pq_acb64_ast irp$r_acb64_ast_overlay.irp$pq_acb64_ast #define irp$l_shd_iofl irp$r_acb64_ast_overlay.irp$l_shd_iofl #define irp$l_ctxb irp$r_acb64_ast_overlay.irp$l_ctxb #define irp$l_iirp_p0 irp$r_acb64_ast_overlay.irp$l_iirp_p0 #define irp$q_acb64_astprm irp$r_acb64_astprm_overlay.irp$q_acb64_astprm #define irp$l_shad irp$r_acb64_astprm_overlay.irp$l_shad #define irp$l_hrb irp$r_acb64_astprm_overlay.irp$l_hrb #define irp$l_mv_tmo irp$r_acb64_astprm_overlay.irp$l_mv_tmo #define irp$l_iirp_p1 irp$r_acb64_astprm_overlay.irp$l_iirp_p1 #define irp$b_wlg_flags irp$r_wlg_flags_overlay.irp$b_wlg_flags #define irp$v_wle_reuse irp$r_wlg_flags_overlay.irp$r_wlg_flag_bits.irp$v_wle_reuse #define irp$v_wle_supwl irp$r_wlg_flags_overlay.irp$r_wlg_flag_bits.irp$v_wle_supwl #define irp$pq_iosb irp$r_fill_4.irp$pq_iosb #define irp$l_cln_wle irp$r_fill_4.irp$r_fill_5.irp$r_iosb_overlay.irp$l_cln_wle #define irp$q_param_2 irp$r_fill_4.irp$r_fill_5.irp$r_iosb_overlay.irp$q_param_2 #define irp$l_iirp_p2 irp$r_fill_4.irp$r_fill_5.irp$r_iosb_overlay.irp$l_iirp_p2 #define irp$q_status irp$r_fill_6.irp$q_status #define irp$l_sts irp$r_fill_6.irp$r_fill_7.irp$r_fill_8.irp$l_sts #define irp$v_bufio irp$r_fill_6.irp$r_fill_7.irp$r_fill_8.irp$r_fill_9.irp$v_bufio #define irp$v_func irp$r_fill_6.irp$r_fill_7.irp$r_fill_8.irp$r_fill_9.irp$v_func #define irp$v_pagio irp$r_fill_6.irp$r_fill_7.irp$r_fill_8.irp$r_fill_9.irp$v_pagio #define irp$v_complx irp$r_fill_6.irp$r_fill_7.irp$r_fill_8.irp$r_fill_9.irp$v_complx #define irp$v_virtual irp$r_fill_6.irp$r_fill_7.irp$r_fill_8.irp$r_fill_9.irp$v_virtual #define irp$v_chained irp$r_fill_6.irp$r_fill_7.irp$r_fill_8.irp$r_fill_9.irp$v_chained #define irp$v_swapio irp$r_fill_6.irp$r_fill_7.irp$r_fill_8.irp$r_fill_9.irp$v_swapio #define irp$v_diagbuf irp$r_fill_6.irp$r_fill_7.irp$r_fill_8.irp$r_fill_9.irp$v_diagbuf #define irp$v_physio irp$r_fill_6.irp$r_fill_7.irp$r_fill_8.irp$r_fill_9.irp$v_physio #define irp$v_termio irp$r_fill_6.irp$r_fill_7.irp$r_fill_8.irp$r_fill_9.irp$v_termio #define irp$v_mbxio irp$r_fill_6.irp$r_fill_7.irp$r_fill_8.irp$r_fill_9.irp$v_mbxio #define irp$v_extend irp$r_fill_6.irp$r_fill_7.irp$r_fill_8.irp$r_fill_9.irp$v_extend #define irp$v_filacp irp$r_fill_6.irp$r_fill_7.irp$r_fill_8.irp$r_fill_9.irp$v_filacp #define irp$v_mvirp irp$r_fill_6.irp$r_fill_7.irp$r_fill_8.irp$r_fill_9.irp$v_mvirp #define irp$v_srvio irp$r_fill_6.irp$r_fill_7.irp$r_fill_8.irp$r_fill_9.irp$v_srvio #define irp$v_ccb_looked_up irp$r_fill_6.irp$r_fill_7.irp$r_fill_8.irp$r_fill_9.irp$v_ccb_looked_up #define irp$v_cache_pagio irp$r_fill_6.irp$r_fill_7.irp$r_fill_8.irp$r_fill_9.irp$v_cache_pagio #define irp$v_fill_bit irp$r_fill_6.irp$r_fill_7.irp$r_fill_8.irp$r_fill_9.irp$v_fill_bit #define irp$v_bufobj irp$r_fill_6.irp$r_fill_7.irp$r_fill_8.irp$r_fill_9.irp$v_bufobj #define irp$v_trusted irp$r_fill_6.irp$r_fill_7.irp$r_fill_8.irp$r_fill_9.irp$v_trusted #define irp$v_fastio_done irp$r_fill_6.irp$r_fill_7.irp$r_fill_8.irp$r_fill_9.irp$v_fastio_done #define irp$v_fastio irp$r_fill_6.irp$r_fill_7.irp$r_fill_8.irp$r_fill_9.irp$v_fastio #define irp$v_fast_finish irp$r_fill_6.irp$r_fill_7.irp$r_fill_8.irp$r_fill_9.irp$v_fast_finish #define irp$v_dopms irp$r_fill_6.irp$r_fill_7.irp$r_fill_8.irp$r_fill_9.irp$v_dopms #define irp$v_hifork irp$r_fill_6.irp$r_fill_7.irp$r_fill_8.irp$r_fill_9.irp$v_hifork #define irp$v_srv_abort irp$r_fill_6.irp$r_fill_7.irp$r_fill_8.irp$r_fill_9.irp$v_srv_abort #define irp$v_lock_releaseable irp$r_fill_6.irp$r_fill_7.irp$r_fill_8.irp$r_fill_9.irp$v_lock_releaseable #define irp$v_did_fast_fdt irp$r_fill_6.irp$r_fill_7.irp$r_fill_8.irp$r_fill_9.irp$v_did_fast_fdt #define irp$v_syncsts irp$r_fill_6.irp$r_fill_7.irp$r_fill_8.irp$r_fill_9.irp$v_syncsts #define irp$v_finipl8 irp$r_fill_6.irp$r_fill_7.irp$r_fill_8.irp$r_fill_9.irp$v_finipl8 #define irp$l_sts2 irp$r_fill_6.irp$r_fill_7.irp$r_fill_10.irp$l_sts2 #define irp$v_start_past_hwm irp$r_fill_6.irp$r_fill_7.irp$r_fill_10.irp$r_fill_11.irp$v_start_past_hwm #define irp$v_end_past_hwm irp$r_fill_6.irp$r_fill_7.irp$r_fill_10.irp$r_fill_11.irp$v_end_past_hwm #define irp$v_erase irp$r_fill_6.irp$r_fill_7.irp$r_fill_10.irp$r_fill_11.irp$v_erase #define irp$v_part_hwm irp$r_fill_6.irp$r_fill_7.irp$r_fill_10.irp$r_fill_11.irp$v_part_hwm #define irp$v_lckio irp$r_fill_6.irp$r_fill_7.irp$r_fill_10.irp$r_fill_11.irp$v_lckio #define irp$v_shdio irp$r_fill_6.irp$r_fill_7.irp$r_fill_10.irp$r_fill_11.irp$v_shdio #define irp$v_cacheio irp$r_fill_6.irp$r_fill_7.irp$r_fill_10.irp$r_fill_11.irp$v_cacheio #define irp$v_wle irp$r_fill_6.irp$r_fill_7.irp$r_fill_10.irp$r_fill_11.irp$v_wle #define irp$v_cache_safe irp$r_fill_6.irp$r_fill_7.irp$r_fill_10.irp$r_fill_11.irp$v_cache_safe #define irp$v_nocache irp$r_fill_6.irp$r_fill_7.irp$r_fill_10.irp$r_fill_11.irp$v_nocache #define irp$v_abortio irp$r_fill_6.irp$r_fill_7.irp$r_fill_10.irp$r_fill_11.irp$v_abortio #define irp$v_forcemv irp$r_fill_6.irp$r_fill_7.irp$r_fill_10.irp$r_fill_11.irp$v_forcemv #define irp$v_hbrio irp$r_fill_6.irp$r_fill_7.irp$r_fill_10.irp$r_fill_11.irp$v_hbrio #define irp$v_gotstk irp$r_fill_6.irp$r_fill_7.irp$r_fill_10.irp$r_fill_11.irp$v_gotstk #define irp$l_svapte irp$r_svapte_overlay.irp$l_svapte #define irp$ps_bufio_pkt irp$r_svapte_overlay.irp$ps_bufio_pkt #define irp$l_oboff irp$r_oboff_overlay.irp$l_oboff #define irp$l_aboff irp$r_oboff_overlay.irp$l_aboff #define irp$l_iost1 irp$r_iost1_overlay.irp$l_iost1 #define irp$l_media irp$r_iost1_overlay.irp$l_media #define irp$l_iost2 irp$r_iost2_overlay.irp$l_iost2 #define irp$l_tt_term irp$r_iost2_overlay.irp$r_tt_term_overlay.irp$l_tt_term #define irp$b_carcon irp$r_iost2_overlay.irp$r_tt_term_overlay.irp$b_carcon #define irp$w_shd_copy_type irp$r_iost2_overlay.irp$r_shd_iost2_overlay.irp$w_shd_copy_type #define irp$w_shd_vun irp$r_iost2_overlay.irp$r_shd_iost2_overlay.irp$r_shd_iost2_stuff.irp$w_shd_vun #define irp$w_shd_dev_type irp$r_iost2_overlay.irp$r_shd_iost2_overlay.irp$r_shd_iost2_stuff.irp$r_shd_iost2_inner.irp$w_shd_dev_ty\ pe #define irp$w_shd_mscp_disk_modifier irp$r_iost2_overlay.irp$r_shd_iost2_overlay.irp$r_shd_iost2_stuff.irp$r_shd_iost2_inner.irp$w_\ shd_mscp_disk_modifier #define irp$q_nt_prvmsk irp$r_nt_prvmsk_overlay.irp$q_nt_prvmsk #define irp$q_station irp$r_nt_prvmsk_overlay.irp$q_station #define irp$q_tt_state irp$r_nt_prvmsk_overlay.irp$r_tt_state_overlay.irp$q_tt_state #define irp$l_abcnt irp$r_nt_prvmsk_overlay.irp$r_tt_state_overlay.irp$r_tt_state_fields.irp$l_abcnt #define irp$l_obcnt irp$r_nt_prvmsk_overlay.irp$r_tt_state_overlay.irp$r_tt_state_fields.irp$l_obcnt #define irp$l_func irp$r_func_overlay.irp$l_func #define irp$v_fcode irp$r_func_overlay.irp$r_func_bits.irp$v_fcode #define irp$v_fmod irp$r_func_overlay.irp$r_func_bits.irp$v_fmod #define irp$l_diagbuf irp$r_diagbuf_overlay.irp$l_diagbuf #define irp$l_scb_buf irp$r_diagbuf_overlay.irp$l_scb_buf #define irp$w_tt_prmpt irp$r_diagbuf_overlay.irp$w_tt_prmpt #define irp$l_seqnum irp$r_seqnum_overlay.irp$l_seqnum #define irp$l_dcd_src_ucb irp$r_seqnum_overlay.irp$l_dcd_src_ucb #define irp$l_keydesc irp$r_keydesc_overlay.irp$l_keydesc #define irp$l_wle_ptr irp$r_keydesc_overlay.irp$l_wle_ptr #define irp$b_cpy_mode irp$r_keydesc_overlay.irp$b_cpy_mode #define irp$q_qio_p1 irp$r_fill_12.irp$q_qio_p1 #define irp$l_qio_p1 irp$r_fill_12.irp$r_fill_13.irp$l_qio_p1 #define irp$q_qio_p2 irp$r_fill_14.irp$q_qio_p2 #define irp$l_qio_p2 irp$r_fill_14.irp$r_fill_15.irp$l_qio_p2 #define irp$q_qio_p3 irp$r_qio_p3_overlay.irp$q_qio_p3 #define irp$l_qio_p3 irp$r_qio_p3_overlay.irp$l_qio_p3 #define irp$q_param_3 irp$r_qio_p3_overlay.irp$q_param_3 #define irp$q_qio_p4 irp$r_fill_16.irp$q_qio_p4 #define irp$l_qio_p4 irp$r_fill_16.irp$r_fill_17.irp$l_qio_p4 #define irp$q_qio_p5 irp$r_fill_18.irp$q_qio_p5 #define irp$l_qio_p5 irp$r_fill_18.irp$r_fill_19.irp$l_qio_p5 #define irp$q_qio_p6 irp$r_fill_20.irp$q_qio_p6 #define irp$l_qio_p6 irp$r_fill_20.irp$r_fill_21.irp$l_qio_p6 #define irp$b_shd_pio_cnt irp$r_cdrp_extensions.irp$r_shadowing_extension.irp$b_shd_pio_cnt #define irp$b_shd_pio_act irp$r_cdrp_extensions.irp$r_shadowing_extension.irp$b_shd_pio_act #define irp$b_shd_pio_flags irp$r_cdrp_extensions.irp$r_shadowing_extension.irp$r_pio_flags_overlay.irp$b_shd_pio_flags #define irp$v_pio_error irp$r_cdrp_extensions.irp$r_shadowing_extension.irp$r_pio_flags_overlay.irp$r_pio_bits.irp$v_pio_error #define irp$v_pio_fanout irp$r_cdrp_extensions.irp$r_shadowing_extension.irp$r_pio_flags_overlay.irp$r_pio_bits.irp$v_pio_fanout #define irp$v_pio_noque irp$r_cdrp_extensions.irp$r_shadowing_extension.irp$r_pio_flags_overlay.irp$r_pio_bits.irp$v_pio_noque #define irp$v_pio_cancel irp$r_cdrp_extensions.irp$r_shadowing_extension.irp$r_pio_flags_overlay.irp$r_pio_bits.irp$v_pio_cancel #define irp$v_pio_cthrdok irp$r_cdrp_extensions.irp$r_shadowing_extension.irp$r_pio_flags_overlay.irp$r_pio_bits.irp$v_pio_cthrdok #define irp$v_pio_phaseii irp$r_cdrp_extensions.irp$r_shadowing_extension.irp$r_pio_flags_overlay.irp$r_pio_bits.irp$v_pio_phaseii #define irp$b_shd_pio_errcnt irp$r_cdrp_extensions.irp$r_shadowing_extension.irp$b_shd_pio_errcnt #define irp$b_shd_pio_errindex irp$r_cdrp_extensions.irp$r_shadowing_extension.irp$b_shd_pio_errindex #define irp$b_shd_pio_errsev irp$r_cdrp_extensions.irp$r_shadowing_extension.irp$b_shd_pio_errsev #define irp$q_shd_lock_fr0 irp$r_cdrp_extensions.irp$r_shadowing_extension.irp$q_shd_lock_fr0 #define irp$q_shd_lock_fr1 irp$r_cdrp_extensions.irp$r_shadowing_extension.irp$q_shd_lock_fr1 #define irp$q_shd_lock_fr2 irp$r_cdrp_extensions.irp$r_shadowing_extension.irp$q_shd_lock_fr2 #define irp$q_shd_lock_fr4 irp$r_cdrp_extensions.irp$r_shadowing_extension.irp$q_shd_lock_fr4 #define irp$q_shd_lock_fr5 irp$r_cdrp_extensions.irp$r_shadowing_extension.irp$q_shd_lock_fr5 #define irp$l_shd_lock_fpc irp$r_cdrp_extensions.irp$r_shadowing_extension.irp$l_shd_lock_fpc #define irp$l_shd_pio_error irp$r_cdrp_extensions.irp$r_shadowing_extension.irp$l_shd_pio_error #define irp$l_shd_pio_lnk irp$r_cdrp_extensions.irp$r_shadowing_extension.irp$l_shd_pio_lnk #define irp$l_shdspc irp$r_cdrp_extensions.irp$r_shadowing_extension.irp$l_shdspc #define irp$l_shd_control_irp irp$r_cdrp_extensions.irp$r_shadowing_extension.irp$l_shd_control_irp #define irp$l_shd_temp irp$r_cdrp_extensions.irp$r_shadowing_extension.irp$l_shd_temp #define irp$q_shd_saved_r1 irp$r_cdrp_extensions.irp$r_shadowing_extension.irp$q_shd_saved_r1 #define irp$q_shd_saved_r2 irp$r_cdrp_extensions.irp$r_shadowing_extension.irp$q_shd_saved_r2 #define irp$q_shd_saved_r4 irp$r_cdrp_extensions.irp$r_shadowing_extension.irp$q_shd_saved_r4 #define irp$l_shd_svd_cnt_irp irp$r_cdrp_extensions.irp$r_shadowing_extension.irp$l_shd_svd_cnt_irp #define irp$l_shd_saved_status irp$r_cdrp_extensions.irp$r_shadowing_extension.irp$l_shd_saved_status #define irp$l_shd_wlg_mode_fpc irp$r_cdrp_extensions.irp$r_shadowing_extension.irp$l_shd_wlg_mode_fpc #define irp$l_shd_perlkid irp$r_cdrp_extensions.irp$r_shadowing_extension.irp$l_shd_perlkid #define irp$l_shd_expel_timer irp$r_cdrp_extensions.irp$r_shadowing_extension.irp$l_shd_expel_timer #define irp$l_shd_expel_flags irp$r_cdrp_extensions.irp$r_shadowing_extension.irp$r_expel_flags_overlay.irp$l_shd_expel_flags #define irp$v_shd_expel_removed irp$r_cdrp_extensions.irp$r_shadowing_extension.irp$r_expel_flags_overlay.irp$r_expel_bits.irp$v_sh\ d_expel_removed #define irp$l_shd_expel_mask irp$r_cdrp_extensions.irp$r_shadowing_extension.irp$l_shd_expel_mask #define irp$q_shd_reserv_q8 irp$r_cdrp_extensions.irp$r_shadowing_extension.irp$q_shd_reserv_q8 #define irp$q_shd_reserv_q9 irp$r_cdrp_extensions.irp$r_shadowing_extension.irp$q_shd_reserv_q9 #define irp$q_shd_reserv_q10 irp$r_cdrp_extensions.irp$r_shadowing_extension.irp$q_shd_reserv_q10 #define irp$b_shd_flags irp$r_cdrp_extensions.irp$r_shadowing_extension.irp$r_shd_flags_overlay.irp$b_shd_flags #define irp$v_cln_ready irp$r_cdrp_extensions.irp$r_shadowing_extension.irp$r_shd_flags_overlay.irp$r_shd_flag_bits.irp$v_cln_ready #define irp$v_cln_done irp$r_cdrp_extensions.irp$r_shadowing_extension.irp$r_shd_flags_overlay.irp$r_shd_flag_bits.irp$v_cln_done #define irp$v_cpy_fini irp$r_cdrp_extensions.irp$r_shadowing_extension.irp$r_shd_flags_overlay.irp$r_shd_flag_bits.irp$v_cpy_fini #define irp$l_curcsp irp$r_cdrp_extensions.irp$r_shadowing_extension.irp$l_curcspx #define irp$v_onstack (irp$r_cdrp_extensions.irp$r_shadowing_extension.irp$l_stkflgsx & 1) #define irp$a_ctxstk irp$r_cdrp_extensions.irp$r_shadowing_extension.irp$a_ctxstkx[0] #define irp$l_stkflgs irp$r_cdrp_extensions.irp$r_shadowing_extension.irp$l_stkflgsx #define irp$l_cdrpfl irp$r_cdrp_extensions.irp$r_blk_xfer_extension.irp$r_rbufh_ad_overlay.irp$l_cdrpfl #define irp$l_rboff irp$r_cdrp_extensions.irp$r_blk_xfer_extension.irp$l_rboff #define irp$l_xct_len irp$r_cdrp_extensions.irp$r_blk_xfer_extension.irp$l_xct_len #define irp$t_lbufhndl irp$r_cdrp_extensions.irp$r_cls_drv_extension.irp$t_lbufhndl #define irp$l_ubarsrce irp$r_cdrp_extensions.irp$r_cls_drv_extension.irp$l_ubarsrce #define irp$l_dutuflags irp$r_cdrp_extensions.irp$r_cls_drv_extension.irp$l_dutuflags #define irp$w_dutucntr irp$r_cdrp_extensions.irp$r_cls_drv_extension.irp$w_dutucntr #define irp$w_endmsgsiz irp$r_cdrp_extensions.irp$r_cls_drv_extension.irp$w_endmsgsiz #define irp$l_erase_vbn irp$r_cdrp_extensions.irp$l_erase_vbn #define IRP$K_LENGTH 744 /* LENGTH OF STANDARD IRP */ #define IRP$C_LENGTH 744 /* LENGTH OF STANDARD IRP */ #define IRP$S_IRPDEF 744 /* OLD IRP SIZE FOR COMPATIBILITY */ #pragma __member_alignment __restore #ifdef __INITIAL_POINTER_SIZE /* Defined whenever ptr size pragmas supported */ #pragma __required_pointer_size __restore /* Restore the previously-defined required ptr size */ #endif #ifdef __cplusplus } #endif #pragma __standard #endif /* __irpdef loaded */