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nwconfig.c
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/***************************************************************************
*
* Copyright (c) 1997-2022 Jeff V. Merkey
* 7260 SE Tenino St.
* Portland, Oregon 97206
* jeffmerkey@gmail.com
*
* Original Authorship :
* source code written by Jeff V. Merkey
*
* Original Contributors :
* Jeff V. Merkey
*
*
*
****************************************************************************
*
*
* AUTHOR : Jeff V. Merkey (jeffmerkey@gmail.com)
* FILE : NWCONFIG.C
* DESCRIP : Menu Config Utility
* DATE : November 23, 2022
*
*
***************************************************************************/
#include "globals.h"
#include "nwhelp.h"
extern NWSCREEN ConsoleScreen;
VOLUME *volume_config_table[256];
ULONG volume_config_count = 0;
extern BYTE NwPartSignature[16];
extern BYTE NetwareBootSector[512];
extern ULONG hotfix_table_count;
extern hotfix_info_table hotfix_table[256];
extern ULONG segment_table_count;
extern segment_info_table segment_table[256];
extern ULONG segment_mark_table[256];
extern ULONG FirstValidDisk;
#if (LINUX_UTIL)
extern BYTE *PhysicalDiskNames[];
extern ULONG MaxHandlesSupported;
#endif
extern BYTE *get_block_descrip(ULONG Type);
extern ULONG get_block_value(ULONG Type);
extern BYTE *get_ns_string(ULONG);
extern BYTE *NSDescription(ULONG ns);
extern void build_segment_tables(void);
extern ULONG UtilInitializeDirAssignHash(VOLUME *volume);
extern ULONG UtilCreateDirAssignEntry(VOLUME *volume, ULONG Parent, ULONG BlockNo,
DOS *dos);
extern ULONG UtilFreeDirAssignHash(VOLUME *volume);
extern ULONG UtilAddToDirAssignHash(VOLUME *volume, DIR_ASSIGN_HASH *dblock);
extern ULONG UtilRemoveDirAssignHash(VOLUME *volume, DIR_ASSIGN_HASH *dblock);
extern ULONG UtilAllocateDirectoryRecord(VOLUME *volume, ULONG Parent);
extern ULONG UtilFreeDirectoryRecord(VOLUME *volume, DOS *dos, ULONG DirNo,
ULONG Parent);
extern ULONG FormatNamespaceRecord(VOLUME *volume, BYTE *Name, ULONG Len,
ULONG Parent, ULONG NWFlags, ULONG Namespace,
DOS *dos);
ULONG menu = 0, portal = 0, mportal = 0, nportal = 0, pportal = 0;
ULONG CurrentDisk = 0;
BYTE *YesNo[2]=
{
"Yes",
"No "
};
BYTE *OnOff[2]=
{
"On ",
"Off"
};
BYTE *VolumeType[2]=
{
"3.x ",
"4.x/5.x"
};
BYTE *BlockSizes[5]=
{
"4K Blocks",
"8K Blocks",
"16K Blocks",
"32K Blocks",
"64K Blocks",
};
#if (DOS_UTIL | LINUX_UTIL | WINDOWS_NT_UTIL)
BYTE *disk_name_array[]=
{
"Disk (00) ", "Disk (01) ", "Disk (02) ", "Disk (03) ",
"Disk (04) ", "Disk (05) ", "Disk (06) ", "Disk (07) ",
"Disk (08) ", "Disk (09) ", "Disk (10) ", "Disk (11) ",
"Disk (12) ", "Disk (13) ", "Disk (14) ", "Disk (15) ",
"Disk (16) ", "Disk (17) ", "Disk (18) ", "Disk (19) ",
"Disk (20) ", "Disk (21) ", "Disk (22) ", "Disk (23) ",
"Disk (24) ", "Disk (25) ", "Disk (26) ", "Disk (27) ",
"Disk (28) ", "Disk (29) ", "Disk (30) ", "Disk (31) ",
"Disk (32) ", "Disk (33) ", "Disk (34) ", "Disk (35) ",
"Disk (36) ", "Disk (37) ", "Disk (38) ", "Disk (39) ",
"Disk (40) ", "Disk (41) ", "Disk (42) ", "Disk (43) ",
"Disk (44) ", "Disk (45) ", "Disk (46) ", "Disk (47) ",
"Disk (48) ", "Disk (49) ", "Disk (50) ", "Disk (51) ",
"Disk (52) ", "Disk (53) ", "Disk (54) ", "Disk (55) ",
"Disk (56) ", "Disk (57) ", "Disk (58) ", "Disk (59) ",
"Disk (60) ", "Disk (61) ", "Disk (62) ", "Disk (63) ",
"Disk (64) ", "Disk (65) ", "Disk (66) ", "Disk (67) ",
"Disk (68) ", "Disk (69) ", "Disk (70) ", "Disk (71) ",
"Disk (72) ", "Disk (73) ", "Disk (74) ", "Disk (75) ",
"Disk (76) ", "Disk (77) ", "Disk (78) ", "Disk (79) ",
"Disk (80) ", "Disk (81) ", "Disk (82) ", "Disk (83) ",
"Disk (84) ", "Disk (85) ", "Disk (86) ", "Disk (87) ",
"Disk (88) ", "Disk (89) ", "Disk (90) ", "Disk (91) ",
"Disk (92) ", "Disk (93) ", "Disk (94) ", "Disk (95) ",
"Disk (96) ", "Disk (97) ", "Disk (98) ", "Disk (99) ",
"Disk (100) ", "Disk (101) ", "Disk (102) ", "Disk (103) ",
"Disk (104) ", "Disk (105) ", "Disk (106) ", "Disk (107) ",
"Disk (108) ", "Disk (109) ", "Disk (110) ", "Disk (111) ",
"Disk (112) ", "Disk (113) ", "Disk (114) ", "Disk (115) ",
"Disk (116) ", "Disk (117) ", "Disk (118) ", "Disk (119) ",
"Disk (120) ", "Disk (121) ", "Disk (122) ", "Disk (123) ",
"Disk (124) ", "Disk (125) ", "Disk (126) ", "Disk (127) ",
"Disk (128) ", "Disk (129) ", "Disk (130) ", "Disk (131) ",
"Disk (132) ", "Disk (133) ", "Disk (134) ", "Disk (135) ",
"Disk (136) ", "Disk (137) ", "Disk (138) ", "Disk (139) ",
"Disk (140) ", "Disk (141) ", "Disk (142) ", "Disk (143) ",
"Disk (144) ", "Disk (145) ", "Disk (146) ", "Disk (147) ",
"Disk (148) ", "Disk (149) ", "Disk (150) ", "Disk (151) ",
"Disk (152) ", "Disk (153) ", "Disk (154) ", "Disk (155) ",
"Disk (156) ", "Disk (157) ", "Disk (158) ", "Disk (159) ",
"Disk (160) ", "Disk (161) ", "Disk (162) ", "Disk (163) ",
"Disk (164) ", "Disk (165) ", "Disk (166) ", "Disk (167) ",
"Disk (168) ", "Disk (169) ", "Disk (170) ", "Disk (171) ",
"Disk (172) ", "Disk (173) ", "Disk (174) ", "Disk (175) ",
"Disk (176) ", "Disk (177) ", "Disk (178) ", "Disk (179) ",
"Disk (180) ", "Disk (181) ", "Disk (182) ", "Disk (183) ",
"Disk (184) ", "Disk (185) ", "Disk (186) ", "Disk (187) ",
"Disk (188) ", "Disk (189) ", "Disk (190) ", "Disk (191) ",
"Disk (192) ", "Disk (193) ", "Disk (194) ", "Disk (195) ",
"Disk (196) ", "Disk (197) ", "Disk (198) ", "Disk (199) ",
"Disk (200) ", "Disk (201) ", "Disk (202) ", "Disk (203) ",
"Disk (204) ", "Disk (205) ", "Disk (206) ", "Disk (207) ",
"Disk (208) ", "Disk (209) ", "Disk (210) ", "Disk (211) ",
"Disk (212) ", "Disk (213) ", "Disk (214) ", "Disk (215) ",
"Disk (216) ", "Disk (217) ", "Disk (218) ", "Disk (219) ",
"Disk (220) ", "Disk (221) ", "Disk (222) ", "Disk (223) ",
"Disk (224) ", "Disk (225) ", "Disk (226) ", "Disk (227) ",
"Disk (228) ", "Disk (229) ", "Disk (230) ", "Disk (231) ",
"Disk (232) ", "Disk (233) ", "Disk (234) ", "Disk (235) ",
"Disk (236) ", "Disk (237) ", "Disk (238) ", "Disk (239) ",
"Disk (240) ", "Disk (241) ", "Disk (242) ", "Disk (243) ",
"Disk (244) ", "Disk (245) ", "Disk (246) ", "Disk (247) ",
"Disk (248) ", "Disk (249) ", "Disk (250) ", "Disk (251) ",
"Disk (252) ", "Disk (253) ", "Disk (254) ", "Disk (255) ",
"Disk (256) ", "Disk (257) ", "Disk (258) ", "Disk (259) ",
"Disk (260) ", "Disk (261) ", "Disk (262) ", "Disk (263) ",
"Disk (264) ", "Disk (265) ", "Disk (266) ", "Disk (267) ",
"Disk (268) ", "Disk (269) ", "Disk (270) ", "Disk (271) ",
"Disk (272) ", "Disk (273) ", "Disk (274) ", "Disk (275) ",
"Disk (276) ", "Disk (277) ", "Disk (278) ", "Disk (279) ",
"Disk (280) ", "Disk (281) ", "Disk (282) ", "Disk (283) ",
"Disk (284) ", "Disk (285) ", "Disk (286) ", "Disk (287) ",
"Disk (288) ", "Disk (289) ", "Disk (290) ", "Disk (291) ",
"Disk (292) ", "Disk (293) ", "Disk (294) ", "Disk (295) ",
"Disk (296) ", "Disk (297) ", "Disk (298) ", "Disk (299) ",
"Disk (300) ", "Disk (301) ", "Disk (302) ", "Disk (303) ",
"Disk (304) ", "Disk (305) ", "Disk (306) ", "Disk (307) ",
"Disk (308) ", "Disk (309) ", "Disk (310) ", "Disk (311) ",
"Disk (312) ", "Disk (313) ", "Disk (314) ", "Disk (315) ",
"Disk (316) ", "Disk (317) ", "Disk (318) ", "Disk (319) ",
"Disk (320) ", "Disk (321) ", "Disk (322) ", "Disk (323) ",
"Disk (324) ", "Disk (325) ", "Disk (326) ", "Disk (327) ",
"Disk (328) ", "Disk (329) ", "Disk (330) ", "Disk (331) ",
"Disk (332) ", "Disk (333) ", "Disk (334) ", "Disk (335) ",
"Disk (336) ", "Disk (337) ", "Disk (338) ", "Disk (339) ",
"Disk (340) ", "Disk (341) ", "Disk (342) ", "Disk (343) ",
"Disk (344) ", "Disk (345) ", "Disk (346) ", "Disk (347) ",
"Disk (348) ", "Disk (349) ", "Disk (350) ", "Disk (351) ",
"Disk (352) ", "Disk (353) ", "Disk (354) ", "Disk (355) ",
"Disk (356) ", "Disk (357) ", "Disk (358) ", "Disk (359) ",
"Disk (360) ", "Disk (361) ", "Disk (362) ", "Disk (363) ",
"Disk (364) ", "Disk (365) ", "Disk (366) ", "Disk (367) ",
"Disk (368) ", "Disk (369) ", "Disk (370) ", "Disk (371) ",
"Disk (372) ", "Disk (373) ", "Disk (374) ", "Disk (375) ",
"Disk (376) ", "Disk (377) ", "Disk (378) ", "Disk (379) ",
"Disk (380) ", "Disk (381) ", "Disk (382) ", "Disk (383) ",
"Disk (384) ", "Disk (385) ", "Disk (386) ", "Disk (387) ",
"Disk (388) ", "Disk (389) ", "Disk (390) ", "Disk (391) ",
"Disk (392) ", "Disk (393) ", "Disk (394) ", "Disk (395) ",
"Disk (396) ", "Disk (397) ", "Disk (398) ", "Disk (399) ",
"Disk (400) ", "Disk (401) ", "Disk (402) ", "Disk (403) ",
"Disk (404) ", "Disk (405) ", "Disk (406) ", "Disk (407) ",
"Disk (408) ", "Disk (409) ", "Disk (410) ", "Disk (411) ",
"Disk (412) ", "Disk (413) ", "Disk (414) ", "Disk (415) ",
"Disk (416) ", "Disk (417) ", "Disk (418) ", "Disk (419) ",
"Disk (420) ", "Disk (421) ", "Disk (422) ", "Disk (423) ",
"Disk (424) ", "Disk (425) ", "Disk (426) ", "Disk (427) ",
"Disk (428) ", "Disk (429) ", "Disk (430) ", "Disk (431) ",
"Disk (432) ", "Disk (433) ", "Disk (434) ", "Disk (435) ",
"Disk (436) ", "Disk (437) ", "Disk (438) ", "Disk (439) ",
"Disk (440) ", "Disk (441) ", "Disk (442) ", "Disk (443) ",
"Disk (444) ", "Disk (445) ", "Disk (446) ", "Disk (447) ",
"Disk (448) ", "Disk (449) ", "Disk (450) ", "Disk (451) ",
"Disk (452) ", "Disk (453) ", "Disk (454) ", "Disk (455) ",
"Disk (456) ", "Disk (457) ", "Disk (458) ", "Disk (459) ",
"Disk (460) ", "Disk (461) ", "Disk (462) ", "Disk (463) ",
"Disk (464) ", "Disk (465) ", "Disk (466) ", "Disk (467) ",
"Disk (468) ", "Disk (469) ", "Disk (470) ", "Disk (471) ",
"Disk (472) ", "Disk (473) ", "Disk (474) ", "Disk (475) ",
"Disk (476) ", "Disk (477) ", "Disk (478) ", "Disk (479) ",
"Disk (480) ", "Disk (481) ", "Disk (482) ", "Disk (483) ",
"Disk (484) ", "Disk (485) ", "Disk (486) ", "Disk (487) ",
"Disk (488) ", "Disk (489) ", "Disk (490) ", "Disk (491) ",
"Disk (492) ", "Disk (493) ", "Disk (494) ", "Disk (495) ",
"Disk (496) ", "Disk (497) ", "Disk (498) ", "Disk (499) ",
"Disk (500) ", "Disk (501) ", "Disk (502) ", "Disk (503) ",
"Disk (504) ", "Disk (505) ", "Disk (506) ", "Disk (507) ",
"Disk (508) ", "Disk (509) ", "Disk (510) ", "Disk (511) ",
"Disk (512) ", "Disk (513) ", "Disk (514) ", "Disk (515) ",
"Disk (516) ", "Disk (517) ", "Disk (518) ", "Disk (519) ",
"Disk (520) ", "Disk (521) ", "Disk (522) ", "Disk (523) ",
"Disk (524) ", "Disk (525) ", "Disk (526) ", "Disk (527) ",
"Disk (528) ", "Disk (529) ", "Disk (530) ", "Disk (531) ",
"Disk (532) ", "Disk (533) ", "Disk (534) ", "Disk (535) ",
"Disk (536) ", "Disk (537) ", "Disk (538) ", "Disk (539) ",
"Disk (540) ", "Disk (541) ", "Disk (542) ", "Disk (543) ",
"Disk (544) ", "Disk (545) ", "Disk (546) ", "Disk (547) ",
"Disk (548) ", "Disk (549) ", "Disk (550) ", "Disk (551) ",
"Disk (552) ", "Disk (553) ", "Disk (554) ", "Disk (555) ",
"Disk (556) ", "Disk (557) ", "Disk (558) ", "Disk (559) ",
"Disk (560) ", "Disk (561) ", "Disk (562) ", "Disk (563) ",
"Disk (564) ", "Disk (565) ", "Disk (566) ", "Disk (567) ",
"Disk (568) ", "Disk (569) ", "Disk (570) ", "Disk (571) ",
"Disk (572) ", "Disk (573) ", "Disk (574) ", "Disk (575) ",
"Disk (576) ", "Disk (577) ", "Disk (578) ", "Disk (579) ",
"Disk (580) ", "Disk (581) ", "Disk (582) ", "Disk (583) ",
"Disk (584) ", "Disk (585) ", "Disk (586) ", "Disk (587) ",
"Disk (588) ", "Disk (589) ", "Disk (590) ", "Disk (591) ",
"Disk (592) ", "Disk (593) ", "Disk (594) ", "Disk (595) ",
"Disk (596) ", "Disk (597) ", "Disk (598) ", "Disk (599) ",
"Disk (600) ", "Disk (601) ", "Disk (602) ", "Disk (603) ",
"Disk (604) ", "Disk (605) ", "Disk (606) ", "Disk (607) ",
"Disk (608) ", "Disk (609) ", "Disk (610) ", "Disk (611) ",
"Disk (612) ", "Disk (613) ", "Disk (614) ", "Disk (615) ",
"Disk (616) ", "Disk (617) ", "Disk (618) ", "Disk (619) ",
"Disk (620) ", "Disk (621) ", "Disk (622) ", "Disk (623) ",
"Disk (624) ", "Disk (625) ", "Disk (626) ", "Disk (627) ",
"Disk (628) ", "Disk (629) ", "Disk (630) ", "Disk (631) ",
"Disk (632) ", "Disk (633) ", "Disk (634) ", "Disk (635) ",
"Disk (636) ", "Disk (637) ", "Disk (638) ", "Disk (639) ",
"Disk (640) ", "Disk (641) ", "Disk (642) ", "Disk (643) ",
"Disk (644) ", "Disk (645) ", "Disk (646) ", "Disk (647) ",
"Disk (648) ", "Disk (649) ", "Disk (650) ", "Disk (651) ",
"Disk (652) ", "Disk (653) ", "Disk (654) ", "Disk (655) ",
"Disk (656) ", "Disk (657) ", "Disk (658) ", "Disk (659) ",
"Disk (660) ", "Disk (661) ", "Disk (662) ", "Disk (663) ",
"Disk (664) ", "Disk (665) ", "Disk (666) ", "Disk (667) ",
"Disk (668) ", "Disk (669) ", "Disk (670) ", "Disk (671) ",
"Disk (672) ", "Disk (673) ", "Disk (674) ", "Disk (675) ",
"Disk (676) ", "Disk (677) ", "Disk (678) ", "Disk (679) ",
"Disk (680) ", "Disk (681) ", "Disk (682) ", "Disk (683) ",
"Disk (684) ", "Disk (685) ", "Disk (686) ", "Disk (687) ",
"Disk (688) ", "Disk (689) ", "Disk (690) ", "Disk (691) ",
"Disk (692) ", "Disk (693) ", "Disk (694) ", "Disk (695) ",
"Disk (696) ", "Disk (697) ", "Disk (698) ", "Disk (699) ",
NULL,
};
void ScanVolumes(void)
{
register ULONG message;
message = create_message_portal(" Scanning Disks ... ", 12,
YELLOW | BGBLUE | BLINK);
NWFSVolumeScan();
if (message)
close_message_portal(message);
}
BYTE pportal_header[255];
extern ULONG input_get_number(ULONG *new_value);
extern ULONG convert_volume_name_to_handle(BYTE *volume_name, ULONG *vpart_handle);
void nwconfig_build_hotfix_tables(void)
{
ULONG j, i;
ULONG group_number = 0;
ULONG vhandle;
ULONG logical_capacity;
ULONG raw_ids[4];
nwvp_payload payload;
extern void ScanVolumes(void);
nwvp_rpartition_scan_info rlist[5];
nwvp_rpartition_info rpart_info;
nwvp_lpartition_scan_info llist[5];
nwvp_lpartition_info lpart_info;
ScanVolumes();
payload.payload_object_count = 0;
payload.payload_index = 0;
payload.payload_object_size_buffer_size = (sizeof(nwvp_rpartition_scan_info) << 20) + sizeof(rlist);
payload.payload_buffer = (BYTE *) &rlist[0];
do
{
nwvp_rpartition_scan(&payload);
for (j=0; j< payload.payload_object_count; j++)
{
nwvp_rpartition_return_info(rlist[j].rpart_handle, &rpart_info);
if ((rpart_info.partition_type == 0x65) || (rpart_info.partition_type == 0x77))
{
if (rpart_info.lpart_handle == 0xFFFFFFFF)
{
logical_capacity = (rpart_info.physical_block_count & 0xFFFFFF00) - 242;
raw_ids[0] = rpart_info.rpart_handle;
raw_ids[1] = 0xFFFFFFFF;
raw_ids[2] = 0xFFFFFFFF;
raw_ids[3] = 0xFFFFFFFF;
nwvp_lpartition_format(&vhandle, logical_capacity, &raw_ids[0]);
}
}
}
} while ((payload.payload_index != 0) && (payload.payload_object_count != 0));
hotfix_table_count = 0;
payload.payload_object_count = 0;
payload.payload_index = 0;
payload.payload_object_size_buffer_size = (sizeof(nwvp_lpartition_scan_info) << 20) + sizeof(llist);
payload.payload_buffer = (BYTE *) &llist[0];
do
{
nwvp_lpartition_scan(&payload);
for (j=0; j< payload.payload_object_count; j++)
{
if (nwvp_lpartition_return_info(llist[j].lpart_handle, &lpart_info) == 0)
{
for (i=0; i<lpart_info.mirror_count; i++)
{
if (hotfix_table_count <= 256)
{
hotfix_table[hotfix_table_count].group_number = group_number;
hotfix_table[hotfix_table_count].rpart_handle = lpart_info.m[i].rpart_handle;
hotfix_table[hotfix_table_count].lpart_handle = llist[j].lpart_handle;
hotfix_table[hotfix_table_count].physical_block_count = lpart_info.logical_block_count + lpart_info.m[i].hotfix_block_count;
hotfix_table[hotfix_table_count].logical_block_count = lpart_info.logical_block_count;
hotfix_table[hotfix_table_count].segment_count = lpart_info.segment_count;
hotfix_table[hotfix_table_count].mirror_count = lpart_info.mirror_count;
hotfix_table[hotfix_table_count].hotfix_block_count = ((lpart_info.m[i].status & MIRROR_PRESENT_BIT) == 0) ? 0 : lpart_info.m[i].hotfix_block_count;
hotfix_table[hotfix_table_count].insynch_flag = ((lpart_info.m[i].status & MIRROR_INSYNCH_BIT) == 0) ? 0 : 0xFFFFFFFF;
hotfix_table[hotfix_table_count].active_flag = ((lpart_info.lpartition_status & MIRROR_GROUP_ACTIVE_BIT) == 0) ? 0 : 0xFFFFFFFF;
hotfix_table_count ++;
}
}
group_number ++;
}
}
} while ((payload.payload_index != 0) && (payload.payload_object_count != 0));
}
ULONG NWConfigAllocateUnpartitionedSpace(void)
{
ULONG disk, i, j, vhandle, raw_ids[4], ccode;
ULONG TotalSectors, FreeSectors, AdjustedSectors;
ULONG AllocatedSectors, freeSlots, message;
ULONG LBAStart, Length, LBAWork, LBAEnd;
BYTE *Buffer;
register ULONG retCode;
register PART_SIG *ps;
ULONG SlotCount;
ULONG SlotIndex;
ULONG SlotMask[4];
ULONG SlotLBA[4];
ULONG SlotLength[4];
ULONG FreeCount;
ULONG FreeLBA[4];
ULONG FreeLength[4];
ULONG FreeSlotIndex[4];
nwvp_rpartition_scan_info rlist[5];
nwvp_payload payload;
ULONG logical_capacity;
BYTE displayBuffer[255];
Buffer = NWFSIOAlloc(IO_BLOCK_SIZE, DISKBUF_TAG);
if (!Buffer)
{
error_portal("could not allocate partition workspace", 10);
return -1;
}
NWFSSet(Buffer, 0, IO_BLOCK_SIZE);
ScanVolumes();
ccode = confirm_menu(" Assign All Free Space to NetWare Partitions?",
10, YELLOW | BGBLUE);
if (!ccode)
return -1;
message = create_message_portal("Allocating all free space for NW4.x/5.x", 10, YELLOW | BGBLUE);
for (disk=0; disk < TotalDisks; disk++)
{
if ((SystemDisk[disk]) && (SystemDisk[disk]->PhysicalDiskHandle))
{
// init the partition marker fields
for (i=0; i < 4; i++)
SystemDisk[disk]->PartitionFlags[i] = 0;
if (ValidatePartitionExtants(disk))
{
log_sprintf(displayBuffer,
"disk-(%d) partition table is invalid - reinitializing table",
(int)disk);
error_portal(displayBuffer, 10);
ccode = confirm_menu(" This Will Erase This drive. Continue ? ",
10, YELLOW | BGBLUE);
if (!ccode)
goto ScanNextDisk;
retCode = ReadDiskSectors(disk, 0, Buffer, 1, 1);
if (!retCode)
{
log_sprintf(displayBuffer,
"FATAL: disk-%d error reading boot sector", (int)disk);
error_portal(displayBuffer, 10);
goto ScanNextDisk;
}
NWFSCopy(&SystemDisk[disk]->partitionSignature, &Buffer[0x01FE], 2);
// if there is no valid partition signature, then
// write a new master boot record.
if (SystemDisk[disk]->partitionSignature != 0xAA55)
{
NWFSSet(Buffer, 0, 512);
NWFSCopy(Buffer, NetwareBootSector, sizeof(NetwareBootSector));
SystemDisk[disk]->partitionSignature = 0xAA55;
NWFSCopy(&Buffer[0x01FE], &SystemDisk[disk]->partitionSignature, 2);
}
// zero the partition table and partition signature
NWFSSet(&SystemDisk[disk]->PartitionTable[0].fBootable, 0, 64);
NWFSCopy(&Buffer[0x01BE], &SystemDisk[disk]->PartitionTable[0].fBootable, 64);
// write the partition table to sector 0
retCode = WriteDiskSectors(disk, 0, Buffer, 1, 1);
if (!retCode)
{
log_sprintf(displayBuffer,
"FATAL: disk-%d error writing boot sector", (int)disk);
error_portal(displayBuffer, 10);
goto ScanNextDisk;
}
ScanVolumes();
}
//
//
//
TotalSectors = (ULONG)((SystemDisk[disk]->Cylinders) *
SystemDisk[disk]->TracksPerCylinder *
SystemDisk[disk]->SectorsPerTrack);
if (TotalSectors < SystemDisk[disk]->SectorsPerTrack)
{
error_portal("nwfs: sector total range error", 10);
goto ScanNextDisk;
}
// the first cylinder of all hard drives is reserved.
AdjustedSectors = (TotalSectors - SystemDisk[disk]->SectorsPerTrack);
// scan for free slots and count the total free sectors
// for this drive.
for (freeSlots = AllocatedSectors = 0, i = 0; i < 4; i++)
{
SlotMask[i] = 0;
SlotLBA[i] = 0;
SlotLength[i] = 0;
FreeLBA[i] = 0;
FreeLength[i] = 0;
if (SystemDisk[disk]->PartitionTable[i].SysFlag &&
SystemDisk[disk]->PartitionTable[i].nSectorsTotal &&
SystemDisk[disk]->PartitionTable[i].StartLBA)
{
AllocatedSectors +=
SystemDisk[disk]->PartitionTable[i].nSectorsTotal;
}
else
{
FreeSlotIndex[freeSlots] = i;
freeSlots++;
}
}
// now sort the partition table into ascending order
for (SlotCount = i = 0; i < 4; i++)
{
// look for the lowest starting lba
for (SlotIndex = LBAStart = (ULONG) -1, j = 0; j < 4; j++)
{
if (SystemDisk[disk]->PartitionTable[j].SysFlag &&
!SlotMask[j])
{
if (SystemDisk[disk]->PartitionTable[j].StartLBA < LBAStart)
{
LBAStart = SystemDisk[disk]->PartitionTable[j].StartLBA;
SlotIndex = j;
}
}
}
if (SlotIndex < 4)
{
SlotMask[SlotIndex] = TRUE;
SlotLBA[SlotCount] =
SystemDisk[disk]->PartitionTable[SlotIndex].StartLBA;
SlotLength[SlotCount] =
SystemDisk[disk]->PartitionTable[SlotIndex].nSectorsTotal;
SlotCount++;
}
}
// now determine how many contiguous free data areas are present
// and what their sizes are in sectors. we align the starting
// LBA and size to cylinder boundries.
LBAStart = SystemDisk[disk]->SectorsPerTrack;
for (FreeCount = i = 0; i < SlotCount; i++)
{
if (LBAStart < SlotLBA[i])
{
#if (TRUE_NETWARE_MODE)
// check if we are currently pointing to the
// first track on this device. If so, then
// we begin our first defined partition as SPT.
if (LBAStart == SystemDisk[disk]->SectorsPerTrack)
{
LBAWork = LBAStart;
FreeLBA[FreeCount] = LBAWork;
}
else
{
// round up to the next cylinder boundry
LBAWork = (((LBAStart +
((SystemDisk[disk]->SectorsPerTrack *
SystemDisk[disk]->TracksPerCylinder) - 1))
/ (SystemDisk[disk]->SectorsPerTrack *
SystemDisk[disk]->TracksPerCylinder))
* (SystemDisk[disk]->SectorsPerTrack *
SystemDisk[disk]->TracksPerCylinder));
FreeLBA[FreeCount] = LBAWork;
}
#else
// round up to the next cylinder boundry
LBAWork = (((LBAStart +
((SystemDisk[disk]->SectorsPerTrack *
SystemDisk[disk]->TracksPerCylinder) - 1))
/ (SystemDisk[disk]->SectorsPerTrack *
SystemDisk[disk]->TracksPerCylinder))
* (SystemDisk[disk]->SectorsPerTrack *
SystemDisk[disk]->TracksPerCylinder));
FreeLBA[FreeCount] = LBAWork;
#endif
// adjust length to correspond to cylinder boundries
LBAEnd = (((SlotLBA[i] +
((SystemDisk[disk]->SectorsPerTrack *
SystemDisk[disk]->TracksPerCylinder) - 1))
/ (SystemDisk[disk]->SectorsPerTrack *
SystemDisk[disk]->TracksPerCylinder))
* (SystemDisk[disk]->SectorsPerTrack *
SystemDisk[disk]->TracksPerCylinder));
// if we rounded into the next partition, then adjust
// the ending LBA to the beginning of the next partition.
if (LBAEnd > SlotLBA[i])
LBAEnd = SlotLBA[i];
// if we rounded off the end of the device, then adjust
// the ending LBA to the total sector cout for the device.
if (LBAEnd > TotalSectors)
LBAEnd = TotalSectors;
Length = LBAEnd - LBAWork;
FreeLength[FreeCount] = Length;
FreeCount++;
}
LBAStart = (SlotLBA[i] + SlotLength[i]);
}
// determine how much free space exists less that claimed
// by the partition table after we finish scanning. this
// case is the fall through case when the partition table
// is empty.
if (LBAStart < TotalSectors)
{
#if (TRUE_NETWARE_MODE)
// check if we are currently pointing to the
// first track on this device. If so, then
// we begin our first defined partition as SPT.
if (LBAStart == SystemDisk[disk]->SectorsPerTrack)
{
LBAWork = LBAStart;
FreeLBA[FreeCount] = LBAWork;
}
else
{
// round up to the next cylinder boundry
LBAWork = (((LBAStart +
((SystemDisk[disk]->SectorsPerTrack *
SystemDisk[disk]->TracksPerCylinder) - 1))
/ (SystemDisk[disk]->SectorsPerTrack *
SystemDisk[disk]->TracksPerCylinder))
* (SystemDisk[disk]->SectorsPerTrack *
SystemDisk[disk]->TracksPerCylinder));
FreeLBA[FreeCount] = LBAWork;
}
#else
// round up to the next cylinder boundry
LBAWork = (((LBAStart +
((SystemDisk[disk]->SectorsPerTrack *
SystemDisk[disk]->TracksPerCylinder) - 1))
/ (SystemDisk[disk]->SectorsPerTrack *
SystemDisk[disk]->TracksPerCylinder))
* (SystemDisk[disk]->SectorsPerTrack *
SystemDisk[disk]->TracksPerCylinder));
FreeLBA[FreeCount] = LBAWork;
#endif
// adjust length to correspond to cylinder boundries
LBAEnd = (((TotalSectors +
((SystemDisk[disk]->SectorsPerTrack *
SystemDisk[disk]->TracksPerCylinder) - 1))
/ (SystemDisk[disk]->SectorsPerTrack *
SystemDisk[disk]->TracksPerCylinder))
* (SystemDisk[disk]->SectorsPerTrack *
SystemDisk[disk]->TracksPerCylinder));
// if we rounded off the end of the device, then adjust
// the ending LBA to the total sector cout for the device.
if (LBAEnd > TotalSectors)
LBAEnd = TotalSectors;
Length = LBAEnd - LBAWork;
FreeLength[FreeCount] = Length;
FreeCount++;
}
else
if (LBAStart > TotalSectors)
{
// if LBAStart is greater than the TotalSectors for this
// device, then we have an error in the disk geometry
// dimensions and they are invalid, or we are running
// on MSDOS and it is reporting fewer cylinders than
// were reported to NetWare or Windows NT/2000.
goto ScanNextDisk;
}
// drive geometry range error or partition table data error,
// abort the operation
if (AdjustedSectors < AllocatedSectors)
{
error_portal("nwfs: drive geometry range error", 10);
goto ScanNextDisk;
}
// if there are no free sectors, then abort the operation
FreeSectors = (AdjustedSectors - AllocatedSectors);
if (!FreeSectors)
goto ScanNextDisk;
// if there were no free slots, then abort the operation
if (!freeSlots)
goto ScanNextDisk;
// make certain we have at least 10 MB of free space
// available or abort the operation. don't allow the
// creation of a Netware partition that is smaller than
// 10 MB.
if (FreeSectors < 20480)
goto ScanNextDisk;
// now allocate all available free space on this device
// to Netware. if there are multiple contiguous
// free areas on the device, and free slots in
// the partition table, then continue to allocate
// Netware partitions until we have exhausted the
// space on this device, or we have run out of
// free slots in the partition table.
for (i=0; (i < FreeCount) && freeSlots; i++)
{
// get the first free slot available
j = FreeSlotIndex[0];
SetPartitionTableValues(
&SystemDisk[disk]->PartitionTable[j],
NETWARE_386_ID,
FreeLBA[i],
(FreeLBA[i] + FreeLength[i]) - 1,
0,
SystemDisk[disk]->TracksPerCylinder,
SystemDisk[disk]->SectorsPerTrack);
// validate partition extants
if (ValidatePartitionExtants(disk))
{
log_sprintf(displayBuffer,
"partition table entry (%d) is invalid", (int)j);
error_portal(displayBuffer, 10);
goto ScanNextDisk;
}
SystemDisk[disk]->PartitionFlags[j] = TRUE;
}
retCode = ReadDiskSectors(disk, 0, Buffer, 1, 1);
if (!retCode)
{
log_sprintf(displayBuffer,
"FATAL: disk-%d error reading boot sector", (int)disk);
error_portal(displayBuffer, 10);
goto ScanNextDisk;
}
NWFSCopy(&SystemDisk[disk]->partitionSignature, &Buffer[0x01FE], 2);
// if there is no valid partition signature, then
// write a new master boot record
if (SystemDisk[disk]->partitionSignature != 0xAA55)
{
NWFSSet(Buffer, 0, 512);
NWFSCopy(Buffer, NetwareBootSector, sizeof(NetwareBootSector));
SystemDisk[disk]->partitionSignature = 0xAA55;
NWFSCopy(&Buffer[0x01FE], &SystemDisk[disk]->partitionSignature, 2);
}
// copy the partition table and partition signature
NWFSCopy(&Buffer[0x01BE], &SystemDisk[disk]->PartitionTable[0].fBootable, 64);
// write the partition table to sector 0
retCode = WriteDiskSectors(disk, 0, Buffer, 1, 1);
if (!retCode)
{
log_sprintf(displayBuffer,
"FATAL: disk-%d error writing boot sector", (int)disk);
error_portal(displayBuffer, 10);
goto ScanNextDisk;
}
// if any of the partitions are being newly created, then
// read in their partition boot sectors and write out a valid
// Netware partition stamp. We create partitions in
// Netware 5.x format.
for (i=0; i < 4; i++)
{
if ((SystemDisk[disk]->PartitionFlags[i]) &&
(SystemDisk[disk]->PartitionTable[i].SysFlag == 0x65) &&
(SystemDisk[disk]->PartitionTable[i].nSectorsTotal) &&
(SystemDisk[disk]->PartitionTable[i].StartLBA))
{
retCode = ReadDiskSectors(disk,
SystemDisk[disk]->PartitionTable[i].StartLBA,
Buffer, 1, 1);
if (!retCode)
{
log_sprintf(displayBuffer,
"FATAL: disk-%d error reading part sector", (int)disk);
error_portal(displayBuffer, 10);
goto ScanNextDisk;
}
NWFSSet(Buffer, 0, IO_BLOCK_SIZE);
ps = (PART_SIG *) Buffer;
// create partition sector 0
NWFSCopy(ps->NetwareSignature, NwPartSignature, 16);
ps->PartitionType = TYPE_SIGNATURE;
ps->PartitionSize = SystemDisk[disk]->PartitionTable[i].nSectorsTotal;
ps->CreationDateAndTime = NWFSSystemToNetwareTime(NWFSGetSystemTime());
retCode = WriteDiskSectors(disk,
SystemDisk[disk]->PartitionTable[i].StartLBA,
Buffer, 1, 1);
if (!retCode)
{
log_sprintf(displayBuffer,
"FATAL: disk-%d hotfix/mirror init error", (int)disk);
error_portal(displayBuffer, 10);
goto ScanNextDisk;
}
// write a netware boot sector to sector 1 on this
// partition along with a complete copy of the
// partition table for this drive.
NWFSSet(Buffer, 0, 512);
// create partition sector 1
NWFSCopy(Buffer, NetwareBootSector, sizeof(NetwareBootSector));
SystemDisk[disk]->partitionSignature = 0xAA55;
NWFSCopy(&Buffer[0x01FE], &SystemDisk[disk]->partitionSignature, 2);
NWFSCopy(&Buffer[0x01BE], &SystemDisk[disk]->PartitionTable[0].fBootable, 64);
retCode = WriteDiskSectors(disk,
SystemDisk[disk]->PartitionTable[i].StartLBA + 1,
Buffer, 1, 1);
if (!retCode)
{
log_sprintf(displayBuffer,
"FATAL: disk-%d hotfix/mirror init error", (int)disk);
error_portal(displayBuffer, 10);
goto ScanNextDisk;
}
// zero out the partition hotfix and mirror tables
// hotfix 0
retCode = WriteDiskSectors(disk,
SystemDisk[disk]->PartitionTable[i].StartLBA + 0x20,
ZeroBuffer,
IO_BLOCK_SIZE / SystemDisk[disk]->BytesPerSector,
IO_BLOCK_SIZE / SystemDisk[disk]->BytesPerSector);
if (!retCode)
{
log_sprintf(displayBuffer,
"FATAL: disk-%d hotfix/mirror init error", (int)disk);
error_portal(displayBuffer, 10);
goto ScanNextDisk;
}
// mirror 0
retCode = WriteDiskSectors(disk,
SystemDisk[disk]->PartitionTable[i].StartLBA + 0x21,
ZeroBuffer,
IO_BLOCK_SIZE / SystemDisk[disk]->BytesPerSector,
IO_BLOCK_SIZE / SystemDisk[disk]->BytesPerSector);
if (!retCode)
{
log_sprintf(displayBuffer,
"FATAL: disk-%d hotfix/mirror init error", (int)disk);
error_portal(displayBuffer, 10);
goto ScanNextDisk;
}
// hotfix 1
retCode = WriteDiskSectors(disk,
SystemDisk[disk]->PartitionTable[i].StartLBA + 0x40,
ZeroBuffer,
IO_BLOCK_SIZE / SystemDisk[disk]->BytesPerSector,
IO_BLOCK_SIZE / SystemDisk[disk]->BytesPerSector);
if (!retCode)
{
log_sprintf(displayBuffer,
"FATAL: disk-%d hotfix/mirror init error", (int)disk);
error_portal(displayBuffer, 10);
goto ScanNextDisk;
}
// mirror 1
retCode = WriteDiskSectors(disk,
SystemDisk[disk]->PartitionTable[i].StartLBA + 0x41,
ZeroBuffer,
IO_BLOCK_SIZE / SystemDisk[disk]->BytesPerSector,
IO_BLOCK_SIZE / SystemDisk[disk]->BytesPerSector);
if (!retCode)
{
log_sprintf(displayBuffer,
"FATAL: disk-%d hotfix/mirror init error", (int)disk);
error_portal(displayBuffer, 10);
goto ScanNextDisk;
}
// hotfix 2
retCode = WriteDiskSectors(disk,
SystemDisk[disk]->PartitionTable[i].StartLBA + 0x60,
ZeroBuffer,
IO_BLOCK_SIZE / SystemDisk[disk]->BytesPerSector,
IO_BLOCK_SIZE / SystemDisk[disk]->BytesPerSector);
if (!retCode)
{
log_sprintf(displayBuffer,
"FATAL: disk-%d hotfix/mirror init error", (int)disk);
error_portal(displayBuffer, 10);
goto ScanNextDisk;
}
// mirror 2
retCode = WriteDiskSectors(disk,
SystemDisk[disk]->PartitionTable[i].StartLBA + 0x61,
ZeroBuffer,
IO_BLOCK_SIZE / SystemDisk[disk]->BytesPerSector,
IO_BLOCK_SIZE / SystemDisk[disk]->BytesPerSector);
if (!retCode)
{
log_sprintf(displayBuffer,
"FATAL: disk-%d hotfix/mirror init error", (int)disk);
error_portal(displayBuffer, 10);
goto ScanNextDisk;
}
// hotfix 3
retCode = WriteDiskSectors(disk,
SystemDisk[disk]->PartitionTable[i].StartLBA + 0x80,
ZeroBuffer,
IO_BLOCK_SIZE / SystemDisk[disk]->BytesPerSector,
IO_BLOCK_SIZE / SystemDisk[disk]->BytesPerSector);
if (!retCode)
{
log_sprintf(displayBuffer,
"FATAL: disk-%d hotfix/mirror init error", (int)disk);
error_portal(displayBuffer, 10);
goto ScanNextDisk;
}
// mirror 3
retCode = WriteDiskSectors(disk,
SystemDisk[disk]->PartitionTable[i].StartLBA + 0x81,
ZeroBuffer,
IO_BLOCK_SIZE / SystemDisk[disk]->BytesPerSector,
IO_BLOCK_SIZE / SystemDisk[disk]->BytesPerSector);
if (!retCode)
{
log_sprintf(displayBuffer,
"FATAL: disk-%d hotfix/mirror init error", (int)disk);
error_portal(displayBuffer, 10);
goto ScanNextDisk;
}
}
SystemDisk[disk]->PartitionFlags[i] = 0;
}
ScanVolumes();
payload.payload_object_count = 0;
payload.payload_index = 0;
payload.payload_object_size_buffer_size = (sizeof(nwvp_rpartition_scan_info) << 20) + sizeof(rlist);
payload.payload_buffer = (BYTE *) &rlist[0];
do
{
nwvp_rpartition_scan(&payload);
for (j=0; j < payload.payload_object_count; j++)
{
if ((rlist[j].lpart_handle == 0xFFFFFFFF) && ((rlist[j].partition_type == 0x65) || (rlist[j].partition_type ==0x77)))
{
logical_capacity = (rlist[j].physical_block_count & 0xFFFFFF00) - 242;
raw_ids[0] = rlist[j].rpart_handle;
raw_ids[1] = 0xFFFFFFFF;
raw_ids[2] = 0xFFFFFFFF;
raw_ids[3] = 0xFFFFFFFF;
nwvp_lpartition_format(&vhandle, logical_capacity, &raw_ids[0]);
}
}
} while ((payload.payload_index != 0) && (payload.payload_object_count != 0));
}
SyncDevice((ULONG)SystemDisk[disk]->PhysicalDiskHandle);
ScanNextDisk:;
}
if (message)
close_message_portal(message);
NWFSFree(Buffer);
ScanVolumes();
return 0;
}
ULONG menuFunctionPart(NWSCREEN *screen, ULONG value, BYTE *option, ULONG menu_index)
{
register ULONG dmenu, message, dportal, ccode;