/* <devdef.h>
*
* Device characteristics definitions (for both UCBs and RMS).
*/
#ifndef _DEVDEF_H
#define _DEVDEF_H
#define DEV$V_REC 0
#define DEV$V_CCL 1
#define DEV$V_TRM 2
#define DEV$V_DIR 3
#define DEV$V_SDI 4
#define DEV$V_SQD 5
#define DEV$V_SPL 6
#define DEV$V_OPR 7
#define DEV$V_RCT 8
#define DEV$V_NET 13
#define DEV$V_FOD 14
#define DEV$V_DUA 15
#define DEV$V_SHR 16
#define DEV$V_GEN 17
#define DEV$V_AVL 18
#define DEV$V_MNT 19
#define DEV$V_MBX 20
#define DEV$V_DMT 21
#define DEV$V_ELG 22
#define DEV$V_ALL 23
#define DEV$V_FOR 24
#define DEV$V_SWL 25
#define DEV$V_IDV 26
#define DEV$V_ODV 27
#define DEV$V_RND 28
#define DEV$V_RTM 29
#define DEV$V_RCK 30
#define DEV$V_WCK 31
#define DEV$M_REC (1<<DEV$V_REC) /* 0x01 */
#define DEV$M_CCL (1<<DEV$V_CCL) /* 0x02 */
#define DEV$M_TRM (1<<DEV$V_TRM) /* 0x04 */
#define DEV$M_DIR (1<<DEV$V_DIR) /* 0x08 */
#define DEV$M_SDI (1<<DEV$V_SDI) /* 0x10 */
#define DEV$M_SQD (1<<DEV$V_SQD) /* 0x20 */
#define DEV$M_SPL (1<<DEV$V_SPL) /* 0x40 */
#define DEV$M_OPR (1<<DEV$V_OPR) /* 0x80 */
#define DEV$M_RCT (1<<DEV$V_RCT) /* 0x0100 */
#define DEV$M_NET (1<<DEV$V_NET) /* 0x2000 */
#define DEV$M_FOD (1<<DEV$V_FOD) /* 0x4000 */
#define DEV$M_DUA (1<<DEV$V_DUA) /* 0x8000 */
#define DEV$M_SHR (1<<DEV$V_SHR) /* 0x010000 */
#define DEV$M_GEN (1<<DEV$V_GEN) /* 0x020000 */
#define DEV$M_AVL (1<<DEV$V_AVL) /* 0x040000 */
#define DEV$M_MNT (1<<DEV$V_MNT) /* 0x080000 */
#define DEV$M_MBX (1<<DEV$V_MBX) /* 0x100000 */
#define DEV$M_DMT (1<<DEV$V_DMT) /* 0x200000 */
#define DEV$M_ELG (1<<DEV$V_ELG) /* 0x400000 */
#define DEV$M_ALL (1<<DEV$V_ALL) /* 0x800000 */
#define DEV$M_FOR (1<<DEV$V_FOR) /* 0x01000000 */
#define DEV$M_SWL (1<<DEV$V_SWL) /* 0x02000000 */
#define DEV$M_IDV (1<<DEV$V_IDV) /* 0x04000000 */
#define DEV$M_ODV (1<<DEV$V_ODV) /* 0x08000000 */
#define DEV$M_RND (1<<DEV$V_RND) /* 0x10000000 */
#define DEV$M_RTM (1<<DEV$V_RTM) /* 0x20000000 */
#define DEV$M_RCK (1<<DEV$V_RCK) /* 0x40000000 */
#define DEV$M_WCK (1<<DEV$V_WCK) /* 0x80000000 */
#define DEV$V_CLU 0
#define DEV$V_DET 1
#define DEV$V_RTT 2
#define DEV$V_CDP 3
#define DEV$V_2P 4
#define DEV$V_MSCP 5
#define DEV$V_SSM 6
#define DEV$V_SRV 7
#define DEV$V_RED 8
#define DEV$V_NNM 9
#define DEV$V_WBC 10
#define DEV$V_WTC 11
#define DEV$V_HOC 12
#define DEV$V_LOC 13
#define DEV$V_DFS 14
#define DEV$V_DAP 15
#define DEV$V_NLT 16
#define DEV$V_SEX 17
#define DEV$V_SHD 18
#define DEV$V_VRT 19
#define DEV$V_LDR 20
#define DEV$V_NOLB 21
#define DEV$V_NOCLU 22
#define DEV$V_VMEM 23
#define DEV$V_SCSI 24
#define DEV$V_WLG 25
#define DEV$V_NOFE 26
#define DEV$V_AIP 27
#define DEV$V_CRAMIO 28
#define DEV$V_DTN 29
#define DEV$M_CLU (1<<DEV$V_CLU) /* 0x01 */
#define DEV$M_DET (1<<DEV$V_DET) /* 0x02 */
#define DEV$M_RTT (1<<DEV$V_RTT) /* 0x04 */
#define DEV$M_CDP (1<<DEV$V_CDP) /* 0x08 */
#define DEV$M_2P (1<<DEV$V_2P) /* 0x10 */
#define DEV$M_MSCP (1<<DEV$V_MSCP) /* 0x20 */
#define DEV$M_SSM (1<<DEV$V_SSM) /* 0x40 */
#define DEV$M_SRV (1<<DEV$V_SRV) /* 0x80 */
#define DEV$M_RED (1<<DEV$V_RED) /* 0x0100 */
#define DEV$M_NNM (1<<DEV$V_NNM) /* 0x0200 */
#define DEV$M_WBC (1<<DEV$V_WBC) /* 0x0400 */
#define DEV$M_WTC (1<<DEV$V_WTC) /* 0x0800 */
#define DEV$M_HOC (1<<DEV$V_HOC) /* 0x1000 */
#define DEV$M_LOC (1<<DEV$V_LOC) /* 0x2000 */
#define DEV$M_DFS (1<<DEV$V_DFS) /* 0x4000 */
#define DEV$M_DAP (1<<DEV$V_DAP) /* 0x8000 */
#define DEV$M_NLT (1<<DEV$V_NLT) /* 0x010000 */
#define DEV$M_SEX (1<<DEV$V_SEX) /* 0x020000 */
#define DEV$M_SHD (1<<DEV$V_SHD) /* 0x040000 */
#define DEV$M_VRT (1<<DEV$V_VRT) /* 0x080000 */
#define DEV$M_LDR (1<<DEV$V_LDR) /* 0x100000 */
#define DEV$M_NOLB (1<<DEV$V_NOLB) /* 0x200000 */
#define DEV$M_NOCLU (1<<DEV$V_NOCLU) /* 0x400000 */
#define DEV$M_VMEM (1<<DEV$V_VMEM) /* 0x800000 */
#define DEV$M_SCSI (1<<DEV$V_SCSI) /* 0x01000000 */
#define DEV$M_WLG (1<<DEV$V_WLG) /* 0x02000000 */
#define DEV$M_NOFE (1<<DEV$V_NOFE) /* 0x04000000 */
#define DEV$M_AIP (1<<DEV$V_AIP) /* 0x08000000 */
#define DEV$M_CRAMIO (1<<DEV$V_CRAMIO) /* 0x10000000 */
#define DEV$M_DTN (1<<DEV$V_DTN) /* 0x20000000 */
union devdef {
struct {
unsigned dev$v_rec : 1; /* device record oriented */
unsigned dev$v_ccl : 1; /* carriage control device */
unsigned dev$v_trm : 1; /* device is a terminal */
unsigned dev$v_dir : 1; /* device is directory structured */
unsigned dev$v_sdi : 1; /* device is single directory structured */
unsigned dev$v_sqd : 1; /* sequential block-oriented device (ie, magtape) */
unsigned dev$v_spl : 1; /* device being spooled */
unsigned dev$v_opr : 1; /* device is an operator */
unsigned dev$v_rct : 1; /* disk contains RCT (DEC standard 166 disk) */
unsigned : 4; /* spares to correspond with RSX11M */
unsigned dev$v_net : 1; /* network device */
unsigned dev$v_fod : 1; /* files-oriented device (i.e., disk and mt) */
unsigned dev$v_dua : 1; /* device is dual ported */
unsigned dev$v_shr : 1; /* device shareable */
unsigned dev$v_gen : 1; /* device is a generic device */
unsigned dev$v_avl : 1; /* device available for use */
unsigned dev$v_mnt : 1; /* device is mounted */
unsigned dev$v_mbx : 1; /* device is a mailbox */
unsigned dev$v_dmt : 1; /* device marked for dismount */
unsigned dev$v_elg : 1; /* device has error logging enabled */
unsigned dev$v_all : 1; /* device is allocated */
unsigned dev$v_for : 1; /* device is mounted foreign (ie, non-file structured) */
unsigned dev$v_swl : 1; /* device is software write locked */
unsigned dev$v_idv : 1; /* device capable of providing input */
unsigned dev$v_odv : 1; /* device capable of providing output */
unsigned dev$v_rnd : 1; /* device allows random access */
unsigned dev$v_rtm : 1; /* device is realtime in nature */
unsigned dev$v_rck : 1; /* device has read checking enabled */
unsigned dev$v_wck : 1; /* device has write checking enabled */
} dev$r_devdef_bits0;
struct {
unsigned dev$v_clu : 1; /* device is available cluster-wide */
unsigned dev$v_det : 1; /* device is detached terminal */
unsigned dev$v_rtt : 1; /* device has remote terminal UCB extension */
unsigned dev$v_cdp : 1; /* dual path device with 2 UCBs */
unsigned dev$v_2p : 1; /* two paths are known to this device */
unsigned dev$v_mscp : 1; /* device accessed using MSCP (disk or tape) */
unsigned dev$v_ssm : 1; /* device is a shadow set member */
unsigned dev$v_srv : 1; /* device is served via the MSCP server */
unsigned dev$v_red : 1; /* device is redirected terminal */
unsigned dev$v_nnm : 1; /* device has "node$" prefix */
unsigned dev$v_wbc : 1; /* device supports write-back caching */
unsigned dev$v_wtc : 1; /* device supports write-through caching */
unsigned dev$v_hoc : 1; /* device supports host caching */
unsigned dev$v_loc : 1; /* device accessible via local (non-emulated) controller */
unsigned dev$v_dfs : 1; /* device is DFS-served */
unsigned dev$v_dap : 1; /* device is DAP accessed */
unsigned dev$v_nlt : 1; /* device is not-last-track (i.e. it has no bad block */
/* information on its last track) */
unsigned dev$v_sex : 1; /* device (tape) supports serious exception handling */
unsigned dev$v_shd : 1; /* device is a member of a host based shadow set */
unsigned dev$v_vrt : 1; /* device is a shadow set virtual unit */
unsigned dev$v_ldr : 1; /* loader present (tapes) */
unsigned dev$v_nolb : 1; /* device ignores server load balancing requests */
unsigned dev$v_noclu : 1; /* device will never be available cluster-wide */
unsigned dev$v_vmem : 1; /* virtual member of a constituent set */
unsigned dev$v_scsi : 1; /* device is a SCSI device */
unsigned dev$v_wlg : 1; /* device has write logging capability */
unsigned dev$v_nofe : 1; /* device doesn't support forced error */
unsigned dev$v_aip : 1; /* allocation in progress (MME) */
unsigned dev$v_cramio : 1; /* performs Mailbox I/O */
unsigned dev$v_dtn : 1; /* device has DDR Device Type Name available */
unsigned : 2;
} dev$r_devdef_bits1;
};
#endif /*_DEVDEF_H*/