dev/mly/mly.c

740     struct mly_command_ioctl	mci;
750     bzero(&mci, sizeof(mci));
752     mci.sub_ioctl = MDACIOCTL_GETCONTROLLERINFO;
753     if ((error = mly_ioctl(sc, &mci, (void **)&sc->mly_controllerinfo, sizeof(*sc->mly_controllerinfo),
763     bzero(&mci, sizeof(mci));
765     mci.sub_ioctl = MDACIOCTL_GETCONTROLLERPARAMETER;
766     if ((error = mly_ioctl(sc, &mci, (void **)&sc->mly_controllerparam, sizeof(*sc->mly_controllerparam),
813     struct mly_command_ioctl	*mci;
836     mci = (struct mly_command_ioctl *)&mc->mc_packet->ioctl;
837     mci->opcode = MDACMD_IOCTL;
838     mci->addr.phys.controller = 0;
839     mci->timeout.value = 30;
840     mci->timeout.scale = MLY_TIMEOUT_SECONDS;
842 	mc->mc_length = mci->data_size = sizeof(struct mly_ioctl_getlogdevinfovalid);
843 	mci->sub_ioctl = MDACIOCTL_GETLOGDEVINFOVALID;
844 	mci->addr.log.logdev = MLY_LOGDEV_ID(sc, bus, target);
845 	debug(1, "logical device %d", mci->addr.log.logdev);
847 	mc->mc_length = mci->data_size = sizeof(struct mly_ioctl_getphysdevinfovalid);
848 	mci->sub_ioctl = MDACIOCTL_GETPHYSDEVINFOVALID;
849 	mci->addr.phys.lun = 0;
850 	mci->addr.phys.target = target;
851 	mci->addr.phys.channel = bus;
852 	debug(1, "physical device %d:%d", mci->addr.phys.channel, mci->addr.phys.target);
875     struct mly_command_ioctl			*mci;
885     mci = (struct mly_command_ioctl *)&mc->mc_packet->ioctl;
886     if (mci->sub_ioctl == MDACIOCTL_GETLOGDEVINFOVALID) {
887 	bus = MLY_LOGDEV_BUS(sc, mci->addr.log.logdev);
888 	target = MLY_LOGDEV_TARGET(sc, mci->addr.log.logdev);
890 	bus = mci->addr.phys.channel;
891 	target = mci->addr.phys.target;
971     struct mly_command_ioctl	mci;
977     bzero(&mci, sizeof(mci));
979     mci.sub_ioctl = MDACIOCTL_GETHEALTHSTATUS;
981     if ((error = mly_ioctl(sc, &mci, (void **)&mh, sizeof(*mh), &status, NULL, NULL)))
1006     struct mly_command_ioctl	mci;
1013     bzero(&mci, sizeof(mci));
1014     mci.sub_ioctl = MDACIOCTL_SETMEMORYMAILBOX;
1016     mci.param.setmemorymailbox.command_mailbox_physaddr =
1018     mci.param.setmemorymailbox.status_mailbox_physaddr =
1020     mci.param.setmemorymailbox.health_buffer_physaddr =
1024     sp = (u_int8_t *)&mci.data_size;
1027     mci.param.setmemorymailbox.health_buffer_size = sizeof(union mly_health_region) / 1024;
1030 	  mci.param.setmemorymailbox.command_mailbox_physaddr, sp[0],
1031 	  mci.param.setmemorymailbox.status_mailbox_physaddr, sp[1],
1032 	  mci.param.setmemorymailbox.health_buffer_physaddr,
1033 	  mci.param.setmemorymailbox.health_buffer_size);
1035     if ((error = mly_ioctl(sc, &mci, NULL, 0, &status, NULL, NULL)))
1050     struct mly_command_ioctl	mci;
1057     bzero(&mci, sizeof(mci));
1058     mci.sub_ioctl = MDACIOCTL_FLUSHDEVICEDATA;
1059     mci.param.deviceoperation.operation_device = MLY_OPDEVICE_PHYSICAL_CONTROLLER;
1062     if ((error = mly_ioctl(sc, &mci, NULL, 0, &status, NULL, NULL)))
1085     struct mly_command_ioctl	*mci;
1097     mci = &mc->mc_packet->ioctl;
1098     ioctl->sense_buffer_address = mci->sense_buffer_address;
1099     ioctl->maximum_sense_size = mci->maximum_sense_size;
1100     *mci = *ioctl;
1101     mci->opcode = MDACMD_IOCTL;
1102     mci->timeout.value = 30;
1103     mci->timeout.scale = MLY_TIMEOUT_SECONDS;
1187     struct mly_command_ioctl	*mci;
1225     mci = (struct mly_command_ioctl *)&mc->mc_packet->ioctl;
1226     mci->opcode = MDACMD_IOCTL;
1227     mci->data_size = sizeof(struct mly_event);
1228     mci->addr.phys.lun = (event >> 16) & 0xff;
1229     mci->addr.phys.target = (event >> 24) & 0xff;
1230     mci->addr.phys.channel = 0;
1231     mci->addr.phys.controller = 0;
1232     mci->timeout.value = 30;
1233     mci->timeout.scale = MLY_TIMEOUT_SECONDS;
1234     mci->sub_ioctl = MDACIOCTL_GETEVENT;
1235     mci->param.getevent.sequence_number_low = event & 0xffff;