/* * extfs.cpp - MacOS file system for access native file system access * * Basilisk II (C) 1997-1999 Christian Bauer * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by * the Free Software Foundation; either version 2 of the License, or * (at your option) any later version. * * This program is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU General Public License for more details. * * You should have received a copy of the GNU General Public License * along with this program; if not, write to the Free Software * Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA */ /* * SEE ALSO * Guide to the File System Manager (from FSM 1.2 SDK) * * TODO * LockRng * UnlockRng * (CatSearch) * (MakeFSSpec) * (GetVolMountInfoSize) * (GetVolMountInfo) * (GetForeignPrivs) * (SetForeignPrivs) */ #include "sysdeps.h" #include #include #include #include #include #include #include #include #include #include "cpu_emulation.h" #include "macos_util.h" #include "emul_op.h" #include "main.h" #include "disk.h" #include "prefs.h" #include "user_strings.h" #include "extfs.h" #include "extfs_defs.h" #define DEBUG 0 #include "debug.h" // File system global data and 68k routines enum { fsCommProcStub = 0, fsHFSProcStub = 6, fsDrvStatus = 12, // Drive Status record fsFSD = 42, // File system descriptor fsPB = 238, // IOParam (for mounting and renaming) fsVMI = 288, // VoumeMountInfoHeader (for mounting) fsParseRec = 296, // ParsePathRec struct fsReturn = 306, // Area for return data of 68k routines fsAllocateVCB = 562, // UTAllocateVCB(uint16 *sysVCBLength{a0}, uint32 *vcb{a1}) fsAddNewVCB = 578, // UTAddNewVCB(int drive_number{d0}, int16 *vRefNum{a1}, uint32 vcb{a1}) fsDetermineVol = 594, // UTDetermineVol(uint32 pb{a0}, int16 *status{a1}, int16 *more_matches{a2}, int16 *vRefNum{a3}, uint32 *vcb{a4}) fsResolveWDCB = 614, // UTResolveWDCB(uint32 procID{d0}, int16 index{d1}, int16 vRefNum{d0}, uint32 *wdcb{a0}) fsGetDefaultVol = 632, // UTGetDefaultVol(uint32 wdpb{a0}) fsGetPathComponentName = 644, // UTGetPathComponentName(uint32 rec{a0}) fsParsePathname = 656, // UTParsePathname(uint32 *start{a0}, uint32 name{a1}) fsDisposeVCB = 670, // UTDisposeVCB(uint32 vcb{a0}) fsCheckWDRefNum = 682, // UTCheckWDRefNum(int16 refNum{d0}) fsSetDefaultVol = 694, // UTSetDefaultVol(uint32 dummy{d0}, int32 dirID{d1}, int16 refNum{d2}) fsAllocateFCB = 710, // UTAllocateFCB(int16 *refNum{a0}, uint32 *fcb{a1}) fsReleaseFCB = 724, // UTReleaseFCB(int16 refNum{d0}) fsIndexFCB = 736, // UTIndexFCB(uint32 vcb{a0}, int16 *refNum{a1}, uint32 *fcb{a2}) fsResolveFCB = 752, // UTResolveFCB(int16 refNum{d0}, uint32 *fcb{a0}) fsAdjustEOF = 766, // UTAdjustEOF(int16 refNum{d0}) fsAllocateWDCB = 778, // UTAllocateWDCB(uint32 pb{a0}) fsReleaseWDCB = 790, // UTReleaseWDCB(int16 vRefNum{d0}) SIZEOF_fsdat = 802 }; static uint32 fs_data = 0; // Mac address of global data // File system and volume name static char FS_NAME[32], VOLUME_NAME[32]; // This directory is our root (read from prefs) static const char *RootPath; static bool ready = false; static struct stat root_stat; // File system ID/media type const int16 MY_FSID = 'ba'; const uint32 MY_MEDIA_TYPE = 'basi'; // CNID of root and root's parent const uint32 ROOT_ID = 2; const uint32 ROOT_PARENT_ID = 1; // File system stack size const int STACK_SIZE = 0x10000; // Drive number of our pseudo-drive static int drive_number; // Disk/drive icon const uint8 ExtFSIcon[256] = { 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x7f, 0xff, 0xff, 0xfe, 0x80, 0x00, 0x00, 0x91, 0x80, 0x00, 0x00, 0x91, 0x80, 0x00, 0x01, 0x21, 0x80, 0x00, 0x01, 0x21, 0x80, 0x00, 0x02, 0x41, 0x8c, 0x00, 0x02, 0x41, 0x80, 0x00, 0x04, 0x81, 0x80, 0x00, 0x04, 0x81, 0x7f, 0xff, 0xff, 0xfe, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x7f, 0xff, 0xff, 0xfe, 0xff, 0xff, 0xff, 0xff, 0xff, 0xff, 0xff, 0xff, 0xff, 0xff, 0xff, 0xff, 0xff, 0xff, 0xff, 0xff, 0xff, 0xff, 0xff, 0xff, 0xff, 0xff, 0xff, 0xff, 0xff, 0xff, 0xff, 0xff, 0xff, 0xff, 0xff, 0xff, 0x7f, 0xff, 0xff, 0xfe, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00 }; // These objects are used to map CNIDs to path names struct FSItem { FSItem *next; // Pointer to next FSItem in list uint32 id; // CNID of this file/dir uint32 parent_id; // CNID of parent file/dir FSItem *parent; // Pointer to parent char name[32]; // Object name (C string) time_t mtime; // Modification time for get_cat_info caching int cache_dircount; // Cached number of files in directory }; static FSItem *first_fs_item, *last_fs_item; static uint32 next_cnid = fsUsrCNID; // Next available CNID /* * Find FSItem for given CNID */ static FSItem *find_fsitem_by_id(uint32 cnid) { FSItem *p = first_fs_item; while (p) { if (p->id == cnid) return p; p = p->next; } return NULL; } /* * Find FSItem for given name and parent, construct new FSItem if not found */ static FSItem *find_fsitem(const char *name, FSItem *parent) { FSItem *p = first_fs_item; while (p) { if (p->parent == parent && !strcmp(p->name, name)) return p; p = p->next; } // Not found, construct new FSItem p = new FSItem; last_fs_item->next = p; p->next = NULL; last_fs_item = p; p->id = next_cnid++; p->parent_id = parent->id; p->parent = parent; strncpy(p->name, name, 31); p->name[31] = 0; p->mtime = 0; return p; } /* * Get full path (->full_path) for given FSItem */ static char full_path[MAX_PATH_LENGTH]; static void add_path_comp(const char *s) { add_path_component(full_path, s); } static void get_path_for_fsitem(FSItem *p) { if (p->id == ROOT_PARENT_ID) { full_path[0] = 0; } else if (p->id == ROOT_ID) { strncpy(full_path, RootPath, MAX_PATH_LENGTH-1); full_path[MAX_PATH_LENGTH-1] = 0; } else { get_path_for_fsitem(p->parent); add_path_comp(p->name); } } /* * Exchange parent CNIDs in all FSItems */ static void swap_parent_ids(uint32 parent1, uint32 parent2) { FSItem *p = first_fs_item; while (p) { if (p->parent_id == parent1) p->parent_id = parent2; else if (p->parent_id == parent2) p->parent_id = parent1; p = p->next; } } /* * String handling functions */ // Copy pascal string static void pstrcpy(char *dst, const char *src) { int size = *dst++ = *src++; while (size--) *dst++ = *src++; } // Convert C string to pascal string static void cstr2pstr(char *dst, const char *src) { *dst++ = strlen(src); char c; while ((c = *src++) != 0) { if (c == ':') c = '/'; *dst++ = c; } } // Convert pascal string to C string static void pstr2cstr(char *dst, const char *src) { int size = *src++; while (size--) { char c = *src++; if (c == '/') c = ':'; *dst++ = c; } *dst = 0; } // Convert string (no length byte) to C string, length given separately static void strn2cstr(char *dst, const char *src, int size) { while (size--) { char c = *src++; if (c == '/') c = ':'; *dst++ = c; } *dst = 0; } /* * Convert errno to MacOS error code */ static int16 errno2oserr(void) { D(bug(" errno %08x\n", errno)); switch (errno) { case 0: return noErr; case ENOENT: case EISDIR: return fnfErr; case EACCES: case EPERM: return permErr; case EEXIST: return dupFNErr; case EBUSY: case ENOTEMPTY: return fBsyErr; case ENOSPC: return dskFulErr; case EROFS: return wPrErr; case EMFILE: return tmfoErr; case ENOMEM: return -108; case EIO: default: return ioErr; } } /* * Initialization */ void ExtFSInit(void) { // System specific initialization extfs_init(); // Get file system and volume name cstr2pstr(FS_NAME, GetString(STR_EXTFS_NAME)); cstr2pstr(VOLUME_NAME, GetString(STR_EXTFS_VOLUME_NAME)); // Create root's parent FSItem FSItem *p = new FSItem; first_fs_item = last_fs_item = p; p->next = NULL; p->id = ROOT_PARENT_ID; p->parent_id = 0; p->parent = NULL; p->name[0] = 0; // Create root FSItem p = new FSItem; last_fs_item->next = p; p->next = NULL; last_fs_item = p; p->id = ROOT_ID; p->parent_id = ROOT_PARENT_ID; p->parent = first_fs_item; strncpy(p->name, GetString(STR_EXTFS_VOLUME_NAME), 32); // Find path for root if ((RootPath = PrefsFindString("extfs")) != NULL) { if (stat(RootPath, &root_stat)) return; if (!S_ISDIR(root_stat.st_mode)) return; ready = true; } } /* * Deinitialization */ void ExtFSExit(void) { // Delete all FSItems FSItem *p = first_fs_item, *next; while (p) { next = p->next; delete p; p = next; } first_fs_item = last_fs_item = NULL; // System specific deinitialization extfs_exit(); } /* * Install file system */ void InstallExtFS(void) { int num_blocks = 0xffff; // Fake number of blocks of our drive M68kRegisters r; D(bug("InstallExtFS\n")); if (!ready) return; // FSM present? r.d[0] = gestaltFSAttr; Execute68kTrap(0xa1ad, &r); // Gestalt() D(bug("FSAttr %ld, %08lx\n", r.d[0], r.a[0])); if ((r.d[0] & 0xffff) || !(r.a[0] & (1 << gestaltHasFileSystemManager))) { printf("WARNING: No FSM present, disabling ExtFS\n"); return; } // Yes, version >=1.2? r.d[0] = gestaltFSMVersion; Execute68kTrap(0xa1ad, &r); // Gestalt() D(bug("FSMVersion %ld, %08lx\n", r.d[0], r.a[0])); if ((r.d[0] & 0xffff) || (r.a[0] < 0x0120)) { printf("WARNING: FSM <1.2 found, disabling ExtFS\n"); return; } D(bug("FSM present\n")); // Yes, allocate file system stack r.d[0] = STACK_SIZE; Execute68kTrap(0xa71e, &r); // NewPtrSysClear() if (r.a[0] == 0) return; uint32 fs_stack = r.a[0]; // Allocate memory for our data structures and 68k code r.d[0] = SIZEOF_fsdat; Execute68kTrap(0xa71e, &r); // NewPtrSysClear() if (r.a[0] == 0) return; fs_data = r.a[0]; // Set up 68k code fragments int p = fs_data + fsCommProcStub; WriteMacInt16(p, M68K_EMUL_OP_EXTFS_COMM); p += 2; WriteMacInt16(p, M68K_RTD); p += 2; WriteMacInt16(p, 10); p += 2; if (p - fs_data != fsHFSProcStub) goto fsdat_error; WriteMacInt16(p, M68K_EMUL_OP_EXTFS_HFS); p += 2; WriteMacInt16(p, M68K_RTD); p += 2; WriteMacInt16(p, 16); p = fs_data + fsAllocateVCB; WriteMacInt16(p, 0x4267); p+= 2; // clr.w -(sp) WriteMacInt16(p, 0x2f08); p+= 2; // move.l a0,-(sp) WriteMacInt16(p, 0x2f09); p+= 2; // move.l a1,-(sp) WriteMacInt16(p, 0x4267); p+= 2; // clr.w -(sp) WriteMacInt16(p, 0x7006); p+= 2; // UTAllocateVCB WriteMacInt16(p, 0xa824); p+= 2; // FSMgr WriteMacInt16(p, 0x301f); p+= 2; // move.w (sp)+,d0 WriteMacInt16(p, M68K_RTS); p+= 2; if (p - fs_data != fsAddNewVCB) goto fsdat_error; WriteMacInt16(p, 0x4267); p+= 2; // clr.w -(sp) WriteMacInt16(p, 0x3f00); p+= 2; // move.w d0,-(sp) WriteMacInt16(p, 0x2f08); p+= 2; // move.l a0,-(a7) WriteMacInt16(p, 0x2f09); p+= 2; // move.l a1,-(a7) WriteMacInt16(p, 0x7007); p+= 2; // UTAddNewVCB WriteMacInt16(p, 0xa824); p+= 2; // FSMgr WriteMacInt16(p, 0x301f); p+= 2; // move.w (sp)+,d0 WriteMacInt16(p, M68K_RTS); p+= 2; if (p - fs_data != fsDetermineVol) goto fsdat_error; WriteMacInt16(p, 0x4267); p+= 2; // clr.w -(sp) WriteMacInt16(p, 0x2f08); p+= 2; // move.l a0,-(sp) WriteMacInt16(p, 0x2f09); p+= 2; // move.l a1,-(sp) WriteMacInt16(p, 0x2f0a); p+= 2; // move.l a2,-(sp) WriteMacInt16(p, 0x2f0b); p+= 2; // move.l a3,-(sp) WriteMacInt16(p, 0x2f0c); p+= 2; // move.l a4,-(sp) WriteMacInt16(p, 0x701d); p+= 2; // UTDetermineVol WriteMacInt16(p, 0xa824); p+= 2; // FSMgr WriteMacInt16(p, 0x301f); p+= 2; // move.w (sp)+,d0 WriteMacInt16(p, M68K_RTS); p+= 2; if (p - fs_data != fsResolveWDCB) goto fsdat_error; WriteMacInt16(p, 0x4267); p+= 2; // clr.w -(sp) WriteMacInt16(p, 0x2f00); p+= 2; // move.l d0,-(sp) WriteMacInt16(p, 0x3f01); p+= 2; // move.w d1,-(sp) WriteMacInt16(p, 0x3f02); p+= 2; // move.w d2,-(sp) WriteMacInt16(p, 0x2f08); p+= 2; // move.l a0,-(sp) WriteMacInt16(p, 0x700e); p+= 2; // UTResolveWDCB WriteMacInt16(p, 0xa824); p+= 2; // FSMgr WriteMacInt16(p, 0x301f); p+= 2; // move.w (sp)+,d0 WriteMacInt16(p, M68K_RTS); p+= 2; if (p - fs_data != fsGetDefaultVol) goto fsdat_error; WriteMacInt16(p, 0x4267); p+= 2; // clr.w -(sp) WriteMacInt16(p, 0x2f08); p+= 2; // move.l a0,-(sp) WriteMacInt16(p, 0x7012); p+= 2; // UTGetDefaultVol WriteMacInt16(p, 0xa824); p+= 2; // FSMgr WriteMacInt16(p, 0x301f); p+= 2; // move.w (sp)+,d0 WriteMacInt16(p, M68K_RTS); p+= 2; if (p - fs_data != fsGetPathComponentName) goto fsdat_error; WriteMacInt16(p, 0x4267); p+= 2; // clr.w -(sp) WriteMacInt16(p, 0x2f08); p+= 2; // move.l a0,-(sp) WriteMacInt16(p, 0x701c); p+= 2; // UTGetPathComponentName WriteMacInt16(p, 0xa824); p+= 2; // FSMgr WriteMacInt16(p, 0x301f); p+= 2; // move.w (sp)+,d0 WriteMacInt16(p, M68K_RTS); p+= 2; if (p - fs_data != fsParsePathname) goto fsdat_error; WriteMacInt16(p, 0x4267); p+= 2; // clr.w -(sp) WriteMacInt16(p, 0x2f08); p+= 2; // move.l a0,-(sp) WriteMacInt16(p, 0x2f09); p+= 2; // move.l a1,-(sp) WriteMacInt16(p, 0x701b); p+= 2; // UTParsePathname WriteMacInt16(p, 0xa824); p+= 2; // FSMgr WriteMacInt16(p, 0x301f); p+= 2; // move.w (sp)+,d0 WriteMacInt16(p, M68K_RTS); p+= 2; if (p - fs_data != fsDisposeVCB) goto fsdat_error; WriteMacInt16(p, 0x4267); p+= 2; // clr.w -(sp) WriteMacInt16(p, 0x2f08); p+= 2; // move.l a0,-(sp) WriteMacInt16(p, 0x7008); p+= 2; // UTDisposeVCB WriteMacInt16(p, 0xa824); p+= 2; // FSMgr WriteMacInt16(p, 0x301f); p+= 2; // move.w (sp)+,d0 WriteMacInt16(p, M68K_RTS); p+= 2; if (p - fs_data != fsCheckWDRefNum) goto fsdat_error; WriteMacInt16(p, 0x4267); p+= 2; // clr.w -(sp) WriteMacInt16(p, 0x3f00); p+= 2; // move.w d0,-(sp) WriteMacInt16(p, 0x7013); p+= 2; // UTCheckWDRefNum WriteMacInt16(p, 0xa824); p+= 2; // FSMgr WriteMacInt16(p, 0x301f); p+= 2; // move.w (sp)+,d0 WriteMacInt16(p, M68K_RTS); p+= 2; if (p - fs_data != fsSetDefaultVol) goto fsdat_error; WriteMacInt16(p, 0x4267); p+= 2; // clr.w -(sp) WriteMacInt16(p, 0x2f00); p+= 2; // move.l d0,-(sp) WriteMacInt16(p, 0x2f01); p+= 2; // move.l d1,-(sp) WriteMacInt16(p, 0x3f02); p+= 2; // move.w d2,-(sp) WriteMacInt16(p, 0x7011); p+= 2; // UTSetDefaultVol WriteMacInt16(p, 0xa824); p+= 2; // FSMgr WriteMacInt16(p, 0x301f); p+= 2; // move.w (sp)+,d0 WriteMacInt16(p, M68K_RTS); p+= 2; if (p - fs_data != fsAllocateFCB) goto fsdat_error; WriteMacInt16(p, 0x4267); p+= 2; // clr.w -(sp) WriteMacInt16(p, 0x2f08); p+= 2; // move.l a0,-(sp) WriteMacInt16(p, 0x2f09); p+= 2; // move.l a1,-(sp) WriteMacInt16(p, 0x7000); p+= 2; // UTAllocateFCB WriteMacInt16(p, 0xa824); p+= 2; // FSMgr WriteMacInt16(p, 0x301f); p+= 2; // move.w (sp)+,d0 WriteMacInt16(p, M68K_RTS); p+= 2; if (p - fs_data != fsReleaseFCB) goto fsdat_error; WriteMacInt16(p, 0x4267); p+= 2; // clr.w -(sp) WriteMacInt16(p, 0x3f00); p+= 2; // move.w d0,-(sp) WriteMacInt16(p, 0x7001); p+= 2; // UTReleaseFCB WriteMacInt16(p, 0xa824); p+= 2; // FSMgr WriteMacInt16(p, 0x301f); p+= 2; // move.w (sp)+,d0 WriteMacInt16(p, M68K_RTS); p+= 2; if (p - fs_data != fsIndexFCB) goto fsdat_error; WriteMacInt16(p, 0x4267); p+= 2; // clr.w -(sp) WriteMacInt16(p, 0x2f08); p+= 2; // move.l a0,-(sp) WriteMacInt16(p, 0x2f09); p+= 2; // move.l a1,-(sp) WriteMacInt16(p, 0x2f0a); p+= 2; // move.l a2,-(sp) WriteMacInt16(p, 0x7004); p+= 2; // UTIndexFCB WriteMacInt16(p, 0xa824); p+= 2; // FSMgr WriteMacInt16(p, 0x301f); p+= 2; // move.w (sp)+,d0 WriteMacInt16(p, M68K_RTS); p+= 2; if (p - fs_data != fsResolveFCB) goto fsdat_error; WriteMacInt16(p, 0x4267); p+= 2; // clr.w -(sp) WriteMacInt16(p, 0x3f00); p+= 2; // move.w d0,-(sp) WriteMacInt16(p, 0x2f08); p+= 2; // move.l a0,-(sp) WriteMacInt16(p, 0x7005); p+= 2; // UTResolveFCB WriteMacInt16(p, 0xa824); p+= 2; // FSMgr WriteMacInt16(p, 0x301f); p+= 2; // move.w (sp)+,d0 WriteMacInt16(p, M68K_RTS); p+= 2; if (p - fs_data != fsAdjustEOF) goto fsdat_error; WriteMacInt16(p, 0x4267); p+= 2; // clr.w -(sp) WriteMacInt16(p, 0x3f00); p+= 2; // move.w d0,-(sp) WriteMacInt16(p, 0x7010); p+= 2; // UTAdjustEOF WriteMacInt16(p, 0xa824); p+= 2; // FSMgr WriteMacInt16(p, 0x301f); p+= 2; // move.w (sp)+,d0 WriteMacInt16(p, M68K_RTS); p+= 2; if (p - fs_data != fsAllocateWDCB) goto fsdat_error; WriteMacInt16(p, 0x4267); p+= 2; // clr.w -(sp) WriteMacInt16(p, 0x2f08); p+= 2; // move.l a0,-(sp) WriteMacInt16(p, 0x700c); p+= 2; // UTAllocateWDCB WriteMacInt16(p, 0xa824); p+= 2; // FSMgr WriteMacInt16(p, 0x301f); p+= 2; // move.w (sp)+,d0 WriteMacInt16(p, M68K_RTS); p+= 2; if (p - fs_data != fsReleaseWDCB) goto fsdat_error; WriteMacInt16(p, 0x4267); p+= 2; // clr.w -(sp) WriteMacInt16(p, 0x3f00); p+= 2; // move.w d0,-(sp) WriteMacInt16(p, 0x700d); p+= 2; // UTReleaseWDCB WriteMacInt16(p, 0xa824); p+= 2; // FSMgr WriteMacInt16(p, 0x301f); p+= 2; // move.w (sp)+,d0 WriteMacInt16(p, M68K_RTS); p+= 2; if (p - fs_data != SIZEOF_fsdat) goto fsdat_error; // Set up drive status WriteMacInt8(fs_data + fsDrvStatus + dsDiskInPlace, 8); // Fixed disk WriteMacInt8(fs_data + fsDrvStatus + dsInstalled, 1); WriteMacInt16(fs_data + fsDrvStatus + dsQType, hard20); WriteMacInt16(fs_data + fsDrvStatus + dsDriveSize, num_blocks & 0xffff); WriteMacInt16(fs_data + fsDrvStatus + dsDriveS1, num_blocks >> 16); WriteMacInt16(fs_data + fsDrvStatus + dsQFSID, MY_FSID); // Add drive to drive queue drive_number = FindFreeDriveNumber(1); D(bug(" adding drive %d\n", drive_number)); r.d[0] = (drive_number << 16) | (DiskRefNum & 0xffff); r.a[0] = fs_data + fsDrvStatus + dsQLink; Execute68kTrap(0xa04e, &r); // AddDrive() // Init FSDRec and install file system D(bug(" installing file system\n")); WriteMacInt16(fs_data + fsFSD + fsdLength, SIZEOF_FSDRec); WriteMacInt16(fs_data + fsFSD + fsdVersion, fsdVersion1); WriteMacInt16(fs_data + fsFSD + fileSystemFSID, MY_FSID); Host2Mac_memcpy(fs_data + fsFSD + fileSystemName, FS_NAME, 32); WriteMacInt32(fs_data + fsFSD + fileSystemCommProc, fs_data + fsCommProcStub); WriteMacInt32(fs_data + fsFSD + fsdHFSCI + compInterfProc, fs_data + fsHFSProcStub); WriteMacInt32(fs_data + fsFSD + fsdHFSCI + stackTop, fs_stack + STACK_SIZE); WriteMacInt32(fs_data + fsFSD + fsdHFSCI + stackSize, STACK_SIZE); WriteMacInt32(fs_data + fsFSD + fsdHFSCI + idSector, (uint32)-1); r.a[0] = fs_data + fsFSD; r.d[0] = 0; // InstallFS Execute68kTrap(0xa0ac, &r); // FSMDispatch() D(bug(" InstallFS() returned %d\n", r.d[0])); // Enable HFS component D(bug(" enabling HFS component\n")); WriteMacInt32(fs_data + fsFSD + fsdHFSCI + compInterfMask, ReadMacInt32(fs_data + fsFSD + fsdHFSCI + compInterfMask) | (fsmComponentEnableMask | hfsCIResourceLoadedMask | hfsCIDoesHFSMask)); r.a[0] = fs_data + fsFSD; r.d[3] = SIZEOF_FSDRec; r.d[4] = MY_FSID; r.d[0] = 5; // SetFSInfo Execute68kTrap(0xa0ac, &r); // FSMDispatch() D(bug(" SetFSInfo() returned %d\n", r.d[0])); // Mount volume D(bug(" mounting volume\n")); WriteMacInt32(fs_data + fsPB + ioBuffer, fs_data + fsVMI); WriteMacInt16(fs_data + fsVMI + vmiLength, SIZEOF_VolumeMountInfoHeader); WriteMacInt32(fs_data + fsVMI + vmiMedia, MY_MEDIA_TYPE); r.a[0] = fs_data + fsPB; r.d[0] = 0x41; // PBVolumeMount Execute68kTrap(0xa260, &r); // HFSDispatch() D(bug(" PBVolumeMount() returned %d\n", r.d[0])); return; fsdat_error: printf("FATAL: ExtFS data block initialization error\n"); QuitEmulator(); } /* * FS communications function */ int16 ExtFSComm(uint16 message, uint32 paramBlock, uint32 globalsPtr) { D(bug("ExtFSComm(%d, %08lx, %08lx)\n", message, paramBlock, globalsPtr)); switch (message) { case ffsNopMessage: case ffsLoadMessage: case ffsUnloadMessage: return noErr; case ffsGetIconMessage: { // Get disk/drive icon if (ReadMacInt8(paramBlock + iconType) == kLargeIcon && ReadMacInt32(paramBlock + requestSize) >= sizeof(ExtFSIcon)) { Host2Mac_memcpy(ReadMacInt32(paramBlock + iconBufferPtr), ExtFSIcon, sizeof(ExtFSIcon)); WriteMacInt32(paramBlock + actualSize, sizeof(ExtFSIcon)); return noErr; } else return -5012; // afpItemNotFound } case ffsIDDiskMessage: { // Check if volume is handled by our FS if (ReadMacInt16(paramBlock + ioVRefNum) == drive_number) return noErr; else return extFSErr; } case ffsIDVolMountMessage: { // Check if volume can be mounted by our FS if (ReadMacInt32(ReadMacInt32(paramBlock + ioBuffer) + vmiMedia) == MY_MEDIA_TYPE) return noErr; else return extFSErr; } default: return fsmUnknownFSMMessageErr; } } /* * Get current directory specified by given ParamBlock/dirID */ static int16 get_current_dir(uint32 pb, uint32 dirID, uint32 ¤t_dir, bool no_vol_name = false) { M68kRegisters r; int16 result; // Determine volume D(bug(" determining volume, dirID %d\n", dirID)); r.a[0] = pb; r.a[1] = fs_data + fsReturn; r.a[2] = fs_data + fsReturn + 2; r.a[3] = fs_data + fsReturn + 4; r.a[4] = fs_data + fsReturn + 6; uint32 name_ptr = 0; if (no_vol_name) { name_ptr = ReadMacInt32(pb + ioNamePtr); WriteMacInt32(pb + ioNamePtr, 0); } Execute68k(fs_data + fsDetermineVol, &r); if (no_vol_name) WriteMacInt32(pb + ioNamePtr, name_ptr); int16 status = ReadMacInt16(fs_data + fsReturn); int16 more_matches = ReadMacInt16(fs_data + fsReturn + 2); int16 vRefNum = ReadMacInt16(fs_data + fsReturn + 4); uint32 vcb = ReadMacInt32(fs_data + fsReturn + 6); D(bug(" UTDetermineVol() returned %d, status %d\n", r.d[0], status)); result = r.d[0] & 0xffff; if (result == noErr) { switch (status) { case dtmvFullPathname: // Determined by full pathname current_dir = ROOT_ID; break; case dtmvVRefNum: // Determined by refNum or by drive number case dtmvDriveNum: current_dir = dirID ? dirID : ROOT_ID; break; case dtmvWDRefNum: // Determined by working directory refNum if (dirID) current_dir = dirID; else { D(bug(" resolving WDCB\n")); r.d[0] = 0; r.d[1] = 0; r.d[2] = ReadMacInt16(pb + ioVRefNum); r.a[0] = fs_data + fsReturn; Execute68k(fs_data + fsResolveWDCB, &r); uint32 wdcb = ReadMacInt32(fs_data + fsReturn); D(bug(" UTResolveWDCB() returned %d, dirID %d\n", r.d[0], ReadMacInt32(wdcb + wdDirID))); result = r.d[0] & 0xffff; if (result == noErr) current_dir = ReadMacInt32(wdcb + wdDirID); } break; case dtmvDefault: // Determined by default volume if (dirID) current_dir = dirID; else { uint32 wdpb = fs_data + fsReturn; WriteMacInt32(wdpb + ioNamePtr, 0); D(bug(" getting default volume\n")); r.a[0] = wdpb; Execute68k(fs_data + fsGetDefaultVol, &r); D(bug(" UTGetDefaultVol() returned %d, dirID %d\n", r.d[0], ReadMacInt32(wdpb + ioWDDirID))); result = r.d[0] & 0xffff; if (result == noErr) current_dir = ReadMacInt32(wdpb + ioWDDirID); } break; default: result = paramErr; break; } } return result; } /* * Get path component name */ static int16 get_path_component_name(uint32 rec) { // D(bug(" getting path component\n")); M68kRegisters r; r.a[0] = rec; Execute68k(fs_data + fsGetPathComponentName, &r); // D(bug(" UTGetPathComponentName returned %d\n", r.d[0])); return r.d[0] & 0xffff; } /* * Get FSItem and full path (->full_path) for file/dir specified in ParamBlock */ static int16 get_item_and_path(uint32 pb, uint32 dirID, FSItem *&item, bool no_vol_name = false) { M68kRegisters r; // Find FSItem for parent directory int16 result; uint32 current_dir; if ((result = get_current_dir(pb, dirID, current_dir, no_vol_name)) != noErr) return result; D(bug(" current dir %08x\n", current_dir)); FSItem *p = find_fsitem_by_id(current_dir); if (p == NULL) return dirNFErr; // Start parsing uint32 parseRec = fs_data + fsParseRec; WriteMacInt32(parseRec + ppNamePtr, ReadMacInt32(pb + ioNamePtr)); WriteMacInt16(parseRec + ppStartOffset, 0); WriteMacInt16(parseRec + ppComponentLength, 0); WriteMacInt8(parseRec + ppMoreName, false); WriteMacInt8(parseRec + ppFoundDelimiter, false); // Get length of volume name D(bug(" parsing pathname\n")); r.a[0] = parseRec + ppStartOffset; r.a[1] = ReadMacInt32(parseRec + ppNamePtr); Execute68k(fs_data + fsParsePathname, &r); D(bug(" UTParsePathname() returned %d, startOffset %d\n", r.d[0], ReadMacInt16(parseRec + ppStartOffset))); result = r.d[0] & 0xffff; if (result == noErr) { // Check for leading delimiter of the partial pathname result = get_path_component_name(parseRec); if (result == noErr) { if (ReadMacInt16(parseRec + ppComponentLength) == 0 && ReadMacInt8(parseRec + ppFoundDelimiter)) { // Get past initial delimiter WriteMacInt16(parseRec + ppStartOffset, ReadMacInt16(parseRec + ppStartOffset) + 1); } // Parse until there is no more pathname to parse while ((result == noErr) && ReadMacInt8(parseRec + ppMoreName)) { // Search for the next delimiter from startOffset result = get_path_component_name(parseRec); if (result == noErr) { if (ReadMacInt16(parseRec + ppComponentLength) == 0) { // Delimiter immediately following another delimiter, get parent if (current_dir != ROOT_ID) { p = p->parent; current_dir = p->id; } else result = bdNamErr; // startOffset = start of next component WriteMacInt16(parseRec + ppStartOffset, ReadMacInt16(parseRec + ppStartOffset) + 1); } else if (ReadMacInt8(parseRec + ppMoreName)) { // Component found and isn't the last, so it must be a directory, enter it char name[32]; strn2cstr(name, (char *)Mac2HostAddr(ReadMacInt32(parseRec + ppNamePtr)) + ReadMacInt16(parseRec + ppStartOffset) + 1, ReadMacInt16(parseRec + ppComponentLength)); D(bug(" entering %s\n", name)); p = find_fsitem(name, p); current_dir = p->id; // startOffset = start of next component WriteMacInt16(parseRec + ppStartOffset, ReadMacInt16(parseRec + ppStartOffset) + ReadMacInt16(parseRec + ppComponentLength) + 1); } } } if (result == noErr) { // There is no more pathname to parse if (ReadMacInt16(parseRec + ppComponentLength) == 0) { // Pathname ended with '::' or was simply a volume name, so current directory is the object item = p; } else { // Pathname ended with 'name:' or 'name', so name is the object char name[32]; strn2cstr(name, (char *)Mac2HostAddr(ReadMacInt32(parseRec + ppNamePtr)) + ReadMacInt16(parseRec + ppStartOffset) + 1, ReadMacInt16(parseRec + ppComponentLength)); D(bug(" object is %s\n", name)); item = find_fsitem(name, p); } } } } else { // Default to bad name result = bdNamErr; if (ReadMacInt32(pb + ioNamePtr) == 0 || ReadMacInt8(ReadMacInt32(pb + ioNamePtr)) == 0) { // Pathname was NULL or a zero length string, so we found a directory at the end of the string item = p; result = noErr; } } // Eat the path if (result == noErr) { get_path_for_fsitem(item); D(bug(" path %s\n", full_path)); } return result; } /* * Find FCB for given file RefNum */ static uint32 find_fcb(int16 refNum) { D(bug(" finding FCB\n")); M68kRegisters r; r.d[0] = refNum; r.a[0] = fs_data + fsReturn; Execute68k(fs_data + fsResolveFCB, &r); uint32 fcb = ReadMacInt32(fs_data + fsReturn); D(bug(" UTResolveFCB() returned %d, fcb %08lx\n", r.d[0], fcb)); if (r.d[0] & 0xffff) return 0; else return fcb; } /* * HFS interface functions */ // Check if volume belongs to our FS static int16 fs_mount_vol(uint32 pb) { D(bug(" fs_mount_vol(%08lx), vRefNum %d\n", pb, ReadMacInt16(pb + ioVRefNum))); if (ReadMacInt16(pb + ioVRefNum) == drive_number) return noErr; else return extFSErr; } // Mount volume static int16 fs_volume_mount(uint32 pb) { D(bug(" fs_volume_mount(%08lx)\n", pb)); M68kRegisters r; // Create new VCB D(bug(" creating VCB\n")); r.a[0] = fs_data + fsReturn; r.a[1] = fs_data + fsReturn + 2; Execute68k(fs_data + fsAllocateVCB, &r); uint16 sysVCBLength = ReadMacInt16(fs_data + fsReturn); uint32 vcb = ReadMacInt32(fs_data + fsReturn + 2); D(bug(" UTAllocateVCB() returned %d, vcb %08lx, size %d\n", r.d[0], vcb, sysVCBLength)); if (r.d[0] & 0xffff) return r.d[0]; // Init VCB WriteMacInt16(vcb + vcbSigWord, 0x4244); #ifdef __BEOS__ WriteMacInt32(vcb + vcbCrDate, root_stat.st_crtime + TIME_OFFSET); #else WriteMacInt32(vcb + vcbCrDate, 0); #endif WriteMacInt32(vcb + vcbLsMod, root_stat.st_mtime + TIME_OFFSET); WriteMacInt32(vcb + vcbVolBkUp, 0); WriteMacInt16(vcb + vcbNmFls, 1); //!! WriteMacInt16(vcb + vcbNmRtDirs, 1); //!! WriteMacInt16(vcb + vcbNmAlBlks, 0xffff); //!! WriteMacInt32(vcb + vcbAlBlkSiz, 1024); WriteMacInt32(vcb + vcbClpSiz, 1024); WriteMacInt32(vcb + vcbNxtCNID, next_cnid); WriteMacInt16(vcb + vcbFreeBks, 0xffff); //!! Host2Mac_memcpy(vcb + vcbVN, VOLUME_NAME, 28); WriteMacInt16(vcb + vcbFSID, MY_FSID); WriteMacInt32(vcb + vcbFilCnt, 1); //!! WriteMacInt32(vcb + vcbDirCnt, 1); //!! // Add VCB to VCB queue D(bug(" adding VCB to queue\n")); r.d[0] = drive_number; r.a[0] = fs_data + fsReturn; r.a[1] = vcb; Execute68k(fs_data + fsAddNewVCB, &r); int16 vRefNum = ReadMacInt32(fs_data + fsReturn); D(bug(" UTAddNewVCB() returned %d, vRefNum %d\n", r.d[0], vRefNum)); if (r.d[0] & 0xffff) return r.d[0]; // Post diskInsertEvent D(bug(" posting diskInsertEvent\n")); r.d[0] = drive_number; r.a[0] = 7; // diskEvent Execute68kTrap(0xa02f, &r); // PostEvent() // Return volume RefNum WriteMacInt16(pb + ioVRefNum, vRefNum); return noErr; } // Unmount volume static int16 fs_unmount_vol(uint32 vcb) { D(bug(" fs_unmount_vol(%08lx), vRefNum %d\n", vcb, ReadMacInt16(vcb + vcbVRefNum))); M68kRegisters r; // Remove and free VCB D(bug(" freeing VCB\n")); r.a[0] = vcb; Execute68k(fs_data + fsDisposeVCB, &r); D(bug(" UTDisposeVCB() returned %d\n", r.d[0])); return r.d[0]; } // Get information about a volume (HVolumeParam) static int16 fs_get_vol_info(uint32 pb, bool hfs) { // D(bug(" fs_get_vol_info(%08lx)\n", pb)); // Fill in struct if (ReadMacInt32(pb + ioNamePtr)) pstrcpy((char *)Mac2HostAddr(ReadMacInt32(pb + ioNamePtr)), VOLUME_NAME); #ifdef __BEOS__ WriteMacInt32(pb + ioVCrDate, root_stat.st_crtime + TIME_OFFSET); #else WriteMacInt32(pb + ioVCrDate, 0); #endif WriteMacInt32(pb + ioVLsMod, root_stat.st_mtime + TIME_OFFSET); WriteMacInt16(pb + ioVAtrb, 0); WriteMacInt16(pb + ioVNmFls, 1); //!! WriteMacInt16(pb + ioVBitMap, 0); WriteMacInt16(pb + ioAllocPtr, 0); WriteMacInt16(pb + ioVNmAlBlks, 0xffff); //!! WriteMacInt32(pb + ioVAlBlkSiz, 1024); WriteMacInt32(pb + ioVClpSiz, 1024); WriteMacInt16(pb + ioAlBlSt, 0); WriteMacInt32(pb + ioVNxtCNID, next_cnid); WriteMacInt16(pb + ioVFrBlk, 0xffff); //!! if (hfs) { WriteMacInt16(pb + ioVDrvInfo, drive_number); WriteMacInt16(pb + ioVDRefNum, ReadMacInt16(fs_data + fsDrvStatus + dsQRefNum)); WriteMacInt16(pb + ioVFSID, MY_FSID); WriteMacInt32(pb + ioVBkUp, 0); WriteMacInt16(pb + ioVSeqNum, 0); WriteMacInt32(pb + ioVWrCnt, 0); WriteMacInt32(pb + ioVFilCnt, 1); //!! WriteMacInt32(pb + ioVDirCnt, 1); //!! Mac_memset(pb + ioVFndrInfo, 0, 32); } return noErr; } // Change volume information (HVolumeParam) static int16 fs_set_vol_info(uint32 pb) { D(bug(" fs_set_vol_info(%08lx)\n", pb)); //!! times return noErr; } // Get volume parameter block static int16 fs_get_vol_parms(uint32 pb) { // D(bug(" fs_get_vol_parms(%08lx)\n", pb)); // Return parameter block uint32 actual = ReadMacInt32(pb + ioReqCount); if (actual > SIZEOF_GetVolParmsInfoBuffer) actual = SIZEOF_GetVolParmsInfoBuffer; WriteMacInt32(pb + ioActCount, actual); uint32 p = ReadMacInt32(pb + ioBuffer); if (actual > vMVersion) WriteMacInt16(p + vMVersion, 2); if (actual > vMAttrib) WriteMacInt32(p + vMAttrib, kNoMiniFndr | kNoVNEdit | kNoLclSync | kTrshOffLine | kNoSwitchTo | kNoBootBlks | kNoSysDir | kHasExtFSVol); if (actual > vMLocalHand) WriteMacInt32(p + vMLocalHand, 0); if (actual > vMServerAdr) WriteMacInt32(p + vMServerAdr, 0); if (actual > vMVolumeGrade) WriteMacInt32(p + vMVolumeGrade, 0); if (actual > vMForeignPrivID) WriteMacInt16(p + vMForeignPrivID, 0); return noErr; } // Get default volume (WDParam) static int16 fs_get_vol(uint32 pb) { D(bug(" fs_get_vol(%08lx)\n", pb)); M68kRegisters r; // Getting default volume D(bug(" getting default volume\n")); r.a[0] = pb; Execute68k(fs_data + fsGetDefaultVol, &r); D(bug(" UTGetDefaultVol() returned %d\n", r.d[0])); return r.d[0]; } // Set default volume (WDParam) static int16 fs_set_vol(uint32 pb, bool hfs, uint32 vcb) { D(bug(" fs_set_vol(%08lx), vRefNum %d, name %.31s, dirID %d\n", pb, ReadMacInt16(pb + ioVRefNum), Mac2HostAddr(ReadMacInt32(pb + ioNamePtr) + 1), ReadMacInt32(pb + ioWDDirID))); M68kRegisters r; // Determine parameters uint32 dirID; int16 refNum; if (hfs) { // Find FSItem for given dir FSItem *fs_item; int16 result = get_item_and_path(pb, ReadMacInt32(pb + ioWDDirID), fs_item); if (result != noErr) return result; // Is it a directory? struct stat st; if (stat(full_path, &st)) return dirNFErr; if (!S_ISDIR(st.st_mode)) return dirNFErr; // Get dirID and refNum dirID = fs_item->id; refNum = ReadMacInt16(vcb + vcbVRefNum); } else { // Is the given vRefNum a working directory number? D(bug(" checking for WDRefNum\n")); r.d[0] = ReadMacInt16(pb + ioVRefNum); Execute68k(fs_data + fsCheckWDRefNum, &r); D(bug(" UTCheckWDRefNum() returned %d\n", r.d[0])); if (r.d[0] & 0xffff) { // Volume refNum dirID = ROOT_ID; refNum = ReadMacInt16(vcb + vcbVRefNum); } else { // WD refNum dirID = 0; refNum = ReadMacInt16(pb + ioVRefNum); } } // Setting default volume D(bug(" setting default volume\n")); r.d[0] = 0; r.d[1] = dirID; r.d[2] = refNum; Execute68k(fs_data + fsSetDefaultVol, &r); D(bug(" UTSetDefaultVol() returned %d\n", r.d[0])); return r.d[0]; } // Query file attributes (HFileParam) static int16 fs_get_file_info(uint32 pb, bool hfs, uint32 dirID) { D(bug(" fs_get_file_info(%08lx), vRefNum %d, name %.31s, idx %d, dirID %d\n", pb, ReadMacInt16(pb + ioVRefNum), Mac2HostAddr(ReadMacInt32(pb + ioNamePtr) + 1), ReadMacInt16(pb + ioFDirIndex), dirID)); FSItem *fs_item; int16 dir_index = ReadMacInt16(pb + ioFDirIndex); if (dir_index <= 0) { // Query item specified by ioDirID and ioNamePtr // Find FSItem for given file int16 result = get_item_and_path(pb, dirID, fs_item); if (result != noErr) return result; } else { // Query item in directory specified by ioDirID by index // Find FSItem for parent directory int16 result; uint32 current_dir; if ((result = get_current_dir(pb, dirID, current_dir, true)) != noErr) return result; FSItem *p = find_fsitem_by_id(current_dir); if (p == NULL) return dirNFErr; get_path_for_fsitem(p); // Look for nth item in directory and add name to path DIR *d = opendir(full_path); if (d == NULL) return dirNFErr; struct dirent *de = NULL; for (int i=0; id_name[0] == '.') goto read_next_de; // Suppress names beginning with '.' (MacOS could interpret these as driver names) //!! suppress directories } add_path_comp(de->d_name); // Get FSItem for queried item fs_item = find_fsitem(de->d_name, p); closedir(d); } // Get stats struct stat st; if (stat(full_path, &st)) return fnfErr; if (S_ISDIR(st.st_mode)) return fnfErr; // Fill in struct from fs_item and stats if (ReadMacInt32(pb + ioNamePtr)) cstr2pstr((char *)Mac2HostAddr(ReadMacInt32(pb + ioNamePtr)), fs_item->name); WriteMacInt16(pb + ioFRefNum, 0); WriteMacInt8(pb + ioFlAttrib, access(full_path, W_OK) == 0 ? 0 : faLocked); WriteMacInt32(pb + ioDirID, fs_item->id); #ifdef __BEOS__ WriteMacInt32(pb + ioFlCrDat, st.st_crtime + TIME_OFFSET); #else WriteMacInt32(pb + ioFlCrDat, 0); #endif WriteMacInt32(pb + ioFlMdDat, st.st_mtime + TIME_OFFSET); Mac_memset(pb + ioFlFndrInfo, 0, SIZEOF_FInfo); uint32 type, creator; // pb may point to kernel space, but stack is switched get_finder_type(full_path, type, creator); WriteMacInt32(pb + ioFlFndrInfo + fdType, type); WriteMacInt32(pb + ioFlFndrInfo + fdCreator, creator); uint16 fflags; get_finder_flags(full_path, fflags); WriteMacInt16(pb + ioFlFndrInfo + fdFlags, fflags); WriteMacInt16(pb + ioFlStBlk, 0); WriteMacInt32(pb + ioFlLgLen, st.st_size); WriteMacInt32(pb + ioFlPyLen, (st.st_size + 1023) & ~1023); WriteMacInt16(pb + ioFlRStBlk, 0); uint32 rf_size = get_rfork_size(full_path); WriteMacInt32(pb + ioFlRLgLen, rf_size); WriteMacInt32(pb + ioFlRPyLen, (rf_size + 1023) & ~1023); if (hfs) { WriteMacInt32(pb + ioFlBkDat, 0); Mac_memset(pb + ioFlXFndrInfo, 0, SIZEOF_FXInfo); WriteMacInt32(pb + ioFlParID, fs_item->parent_id); WriteMacInt32(pb + ioFlClpSiz, 0); } return noErr; } // Set file attributes (HFileParam) static int16 fs_set_file_info(uint32 pb, bool hfs, uint32 dirID) { D(bug(" fs_set_file_info(%08lx), vRefNum %d, name %.31s, idx %d, dirID %d\n", pb, ReadMacInt16(pb + ioVRefNum), Mac2HostAddr(ReadMacInt32(pb + ioNamePtr) + 1), ReadMacInt16(pb + ioFDirIndex), dirID)); // Find FSItem for given file/dir FSItem *fs_item; int16 result = get_item_and_path(pb, dirID, fs_item); if (result != noErr) return result; // Get stats struct stat st; if (stat(full_path, &st) < 0) return errno2oserr(); if (S_ISDIR(st.st_mode)) return fnfErr; // Set attributes set_finder_type(full_path, ReadMacInt32(pb + ioFlFndrInfo + fdType), ReadMacInt32(pb + ioFlFndrInfo + fdCreator)); set_finder_flags(full_path, ReadMacInt16(pb + ioFlFndrInfo + fdFlags)); //!! times return noErr; } // Query file/directory attributes static int16 fs_get_cat_info(uint32 pb) { D(bug(" fs_get_cat_info(%08lx), vRefNum %d, name %.31s, idx %d, dirID %d\n", pb, ReadMacInt16(pb + ioVRefNum), Mac2HostAddr(ReadMacInt32(pb + ioNamePtr) + 1), ReadMacInt16(pb + ioFDirIndex), ReadMacInt32(pb + ioDirID))); FSItem *fs_item; int16 dir_index = ReadMacInt16(pb + ioFDirIndex); if (dir_index < 0) { // Query directory specified by ioDirID // Find FSItem for directory fs_item = find_fsitem_by_id(ReadMacInt32(pb + ioDrDirID)); if (fs_item == NULL) return dirNFErr; get_path_for_fsitem(fs_item); } else if (dir_index == 0) { // Query item specified by ioDirID and ioNamePtr // Find FSItem for given file/dir int16 result = get_item_and_path(pb, ReadMacInt32(pb + ioDirID), fs_item); if (result != noErr) return result; } else { // Query item in directory specified by ioDirID by index // Find FSItem for parent directory int16 result; uint32 current_dir; if ((result = get_current_dir(pb, ReadMacInt32(pb + ioDirID), current_dir, true)) != noErr) return result; FSItem *p = find_fsitem_by_id(current_dir); if (p == NULL) return dirNFErr; get_path_for_fsitem(p); // Look for nth item in directory and add name to path DIR *d = opendir(full_path); if (d == NULL) return dirNFErr; struct dirent *de = NULL; for (int i=0; id_name[0] == '.') goto read_next_de; // Suppress names beginning with '.' (MacOS could interpret these as driver names) } add_path_comp(de->d_name); // Get FSItem for queried item fs_item = find_fsitem(de->d_name, p); closedir(d); } D(bug(" path %s\n", full_path)); // Get stats struct stat st; if (stat(full_path, &st) < 0) return errno2oserr(); if (dir_index == -1 && !S_ISDIR(st.st_mode)) return dirNFErr; // Fill in struct from fs_item and stats if (ReadMacInt32(pb + ioNamePtr)) cstr2pstr((char *)Mac2HostAddr(ReadMacInt32(pb + ioNamePtr)), fs_item->name); WriteMacInt16(pb + ioFRefNum, 0); WriteMacInt8(pb + ioFlAttrib, (S_ISDIR(st.st_mode) ? faIsDir : 0) | (access(full_path, W_OK) == 0 ? 0 : faLocked)); WriteMacInt8(pb + ioACUser, 0); WriteMacInt32(pb + ioDirID, fs_item->id); WriteMacInt32(pb + ioFlParID, fs_item->parent_id); #ifdef __BEOS__ WriteMacInt32(pb + ioFlCrDat, st.st_crtime + TIME_OFFSET); #else WriteMacInt32(pb + ioFlCrDat, 0); #endif time_t mtime = st.st_mtime; bool cached = true; if (mtime > fs_item->mtime) { fs_item->mtime = mtime; cached = false; } WriteMacInt32(pb + ioFlMdDat, mtime + TIME_OFFSET); WriteMacInt32(pb + ioFlBkDat, 0); if (S_ISDIR(st.st_mode)) { Mac_memset(pb + ioDrUsrWds, 0, SIZEOF_DInfo); Mac_memset(pb + ioDrFndrInfo, 0, SIZEOF_DXInfo); uint16 fflags; // pb may point to kernel space, but stack is switched get_finder_flags(full_path, fflags); WriteMacInt16(pb + ioDrUsrWds + frFlags, fflags); // Determine number of files in directory (cached) int count; if (cached) count = fs_item->cache_dircount; else { count = 0; DIR *d = opendir(full_path); if (d) { struct dirent *de; for (;;) { de = readdir(d); if (de == NULL) break; if (de->d_name[0] == '.') continue; // Suppress names beginning with '.' count++; } closedir(d); } fs_item->cache_dircount = count; } WriteMacInt16(pb + ioDrNmFls, count); } else { Mac_memset(pb + ioFlFndrInfo, 0, SIZEOF_FInfo); Mac_memset(pb + ioFlXFndrInfo, 0, SIZEOF_FXInfo); uint32 type, creator; // pb may point to kernel space, but stack is switched get_finder_type(full_path, type, creator); WriteMacInt32(pb + ioFlFndrInfo + fdType, type); WriteMacInt32(pb + ioFlFndrInfo + fdCreator, creator); uint16 fflags; get_finder_flags(full_path, fflags); WriteMacInt16(pb + ioFlFndrInfo + fdFlags, fflags); WriteMacInt16(pb + ioFlStBlk, 0); WriteMacInt32(pb + ioFlLgLen, st.st_size); WriteMacInt32(pb + ioFlPyLen, (st.st_size + 1023) & ~1023); WriteMacInt16(pb + ioFlRStBlk, 0); uint32 rf_size = get_rfork_size(full_path); WriteMacInt32(pb + ioFlRLgLen, rf_size); WriteMacInt32(pb + ioFlRPyLen, (rf_size + 1023) & ~1023); WriteMacInt32(pb + ioFlClpSiz, 0); } return noErr; } // Set file/directory attributes static int16 fs_set_cat_info(uint32 pb) { D(bug(" fs_set_cat_info(%08lx), vRefNum %d, name %.31s, idx %d, dirID %d\n", pb, ReadMacInt16(pb + ioVRefNum), Mac2HostAddr(ReadMacInt32(pb + ioNamePtr) + 1), ReadMacInt16(pb + ioFDirIndex), ReadMacInt32(pb + ioDirID))); // Find FSItem for given file/dir FSItem *fs_item; int16 result = get_item_and_path(pb, ReadMacInt32(pb + ioDirID), fs_item); if (result != noErr) return result; // Get stats struct stat st; if (stat(full_path, &st) < 0) return errno2oserr(); // Set attributes if (S_ISDIR(st.st_mode)) set_finder_flags(full_path, ReadMacInt16(pb + ioDrUsrWds + frFlags)); else { set_finder_type(full_path, ReadMacInt32(pb + ioFlFndrInfo + fdType), ReadMacInt32(pb + ioFlFndrInfo + fdCreator)); set_finder_flags(full_path, ReadMacInt16(pb + ioFlFndrInfo + fdFlags)); } //!! times return noErr; } // Open file static int16 fs_open(uint32 pb, uint32 dirID, uint32 vcb, bool resource_fork) { D(bug(" fs_open(%08lx), %s, vRefNum %d, name %.31s, dirID %d, perm %d\n", pb, resource_fork ? "rsrc" : "data", ReadMacInt16(pb + ioVRefNum), Mac2HostAddr(ReadMacInt32(pb + ioNamePtr) + 1), dirID, ReadMacInt8(pb + ioPermssn))); M68kRegisters r; // Find FSItem for given file FSItem *fs_item; int16 result = get_item_and_path(pb, dirID, fs_item); if (result != noErr) return result; // Convert ioPermssn to open() flag int flag = 0; bool write_ok = (access(full_path, W_OK) == 0); switch (ReadMacInt8(pb + ioPermssn)) { case fsCurPerm: // Whatever is currently allowed if (write_ok) flag = O_RDWR; else flag = O_RDONLY; break; case fsRdPerm: // Exclusive read flag = O_RDONLY; break; case fsWrPerm: // Exclusive write flag = O_WRONLY; break; case fsRdWrPerm: // Exclusive read/write case fsRdWrShPerm: // Shared read/write default: flag = O_RDWR; break; } // Try to open and stat the file int fd = -1; struct stat st; if (resource_fork) { if (access(full_path, F_OK)) return fnfErr; fd = open_rfork(full_path, flag); if (fd > 0) { if (fstat(fd, &st) < 0) { close(fd); return errno2oserr(); } } else { // Resource fork not supported, silently ignore it ("pseudo" resource fork) st.st_size = 0; st.st_mode = 0; } } else { fd = open(full_path, flag); if (fd < 0) return errno2oserr(); if (fstat(fd, &st) < 0) { close(fd); return errno2oserr(); } } // File open, allocate FCB D(bug(" allocating FCB\n")); r.a[0] = pb + ioRefNum; r.a[1] = fs_data + fsReturn; Execute68k(fs_data + fsAllocateFCB, &r); uint32 fcb = ReadMacInt32(fs_data + fsReturn); D(bug(" UTAllocateFCB() returned %d, fRefNum %d, fcb %08lx\n", r.d[0], ReadMacInt16(pb + ioRefNum), fcb)); if (r.d[0] & 0xffff) { close(fd); return r.d[0]; } // Initialize FCB, fd is stored in fcbCatPos WriteMacInt32(fcb + fcbFlNm, fs_item->id); WriteMacInt8(fcb + fcbFlags, ((flag == O_WRONLY || flag == O_RDWR) ? fcbWriteMask : 0) | (resource_fork ? fcbResourceMask : 0) | (write_ok ? 0 : fcbFileLockedMask)); WriteMacInt32(fcb + fcbEOF, st.st_size); WriteMacInt32(fcb + fcbPLen, (st.st_size + 1023) & ~1023); WriteMacInt32(fcb + fcbCrPs, 0); WriteMacInt32(fcb + fcbVPtr, vcb); WriteMacInt32(fcb + fcbClmpSize, 1024); uint32 type, creator; // BeOS: fcb may point to kernel space, but stack is switched get_finder_type(full_path, type, creator); WriteMacInt32(fcb + fcbFType, type); WriteMacInt32(fcb + fcbCatPos, fd); WriteMacInt32(fcb + fcbDirID, fs_item->parent_id); cstr2pstr((char *)Mac2HostAddr(fcb + fcbCName), fs_item->name); return noErr; } // Close file static int16 fs_close(uint32 pb) { D(bug(" fs_close(%08lx), refNum %d\n", pb, ReadMacInt16(pb + ioRefNum))); M68kRegisters r; // Find FCB and fd for file uint32 fcb = find_fcb(ReadMacInt16(pb + ioRefNum)); if (fcb == 0) return rfNumErr; if (ReadMacInt32(fcb + fcbFlNm) == 0) return fnOpnErr; int fd = ReadMacInt32(fcb + fcbCatPos); // Close file if (ReadMacInt8(fcb + fcbFlags) & fcbResourceMask) { FSItem *item = find_fsitem_by_id(ReadMacInt32(fcb + fcbFlNm)); if (item) { get_path_for_fsitem(item); close_rfork(full_path, fd); } } else close(fd); WriteMacInt32(fcb + fcbCatPos, (uint32)-1); // Release FCB D(bug(" releasing FCB\n")); r.d[0] = ReadMacInt16(pb + ioRefNum); Execute68k(fs_data + fsReleaseFCB, &r); D(bug(" UTReleaseFCB() returned %d\n", r.d[0])); return r.d[0]; } // Query information about FCB (FCBPBRec) static int16 fs_get_fcb_info(uint32 pb, uint32 vcb) { D(bug(" fs_get_fcb_info(%08lx), vRefNum %d, refNum %d, idx %d\n", pb, ReadMacInt16(pb + ioVRefNum), ReadMacInt16(pb + ioRefNum), ReadMacInt16(pb + ioFCBIndx))); M68kRegisters r; uint32 fcb = 0; if (ReadMacInt16(pb + ioFCBIndx) == 0) { // Get information about single file // Find FCB for file fcb = find_fcb(ReadMacInt16(pb + ioRefNum)); } else { // Get information about file specified by index // Find FCB by index WriteMacInt16(pb + ioRefNum, 0); for (int i=0; i= 0 ? actual : 0); uint32 pos = lseek(fd, 0, SEEK_CUR); WriteMacInt32(fcb + fcbCrPs, pos); WriteMacInt32(pb + ioPosOffset, pos); if (actual != ReadMacInt32(pb + ioReqCount)) return actual < 0 ? read_err : eofErr; else return noErr; } // Write to file static int16 fs_write(uint32 pb) { D(bug(" fs_write(%08lx), refNum %d, buffer %p, count %d, posMode %d, posOffset %d\n", pb, ReadMacInt16(pb + ioRefNum), ReadMacInt32(pb + ioBuffer), ReadMacInt32(pb + ioReqCount), ReadMacInt16(pb + ioPosMode), ReadMacInt32(pb + ioPosOffset))); // Find FCB and fd for file uint32 fcb = find_fcb(ReadMacInt16(pb + ioRefNum)); if (fcb == 0) return rfNumErr; if (ReadMacInt32(fcb + fcbFlNm) == 0) return fnOpnErr; int fd = ReadMacInt32(fcb + fcbCatPos); if (fd < 0) if (ReadMacInt8(fcb + fcbFlags) & fcbResourceMask) { // "pseudo" resource fork WriteMacInt32(pb + ioActCount, ReadMacInt32(pb + ioReqCount)); return noErr; } else return fnOpnErr; // Seek switch (ReadMacInt16(pb + ioPosMode) & 3) { case fsFromStart: if (lseek(fd, ReadMacInt32(pb + ioPosOffset), SEEK_SET) < 0) return posErr; break; case fsFromLEOF: if (lseek(fd, (int32)ReadMacInt32(pb + ioPosOffset), SEEK_END) < 0) return posErr; break; case fsFromMark: if (lseek(fd, (int32)ReadMacInt32(pb + ioPosOffset), SEEK_CUR) < 0) return posErr; break; } // Write ssize_t actual = extfs_write(fd, Mac2HostAddr(ReadMacInt32(pb + ioBuffer)), ReadMacInt32(pb + ioReqCount)); int16 write_err = errno2oserr(); D(bug(" actual %d\n", actual)); WriteMacInt32(pb + ioActCount, actual >= 0 ? actual : 0); uint32 pos = lseek(fd, 0, SEEK_CUR); WriteMacInt32(fcb + fcbCrPs, pos); WriteMacInt32(pb + ioPosOffset, pos); if (actual != ReadMacInt32(pb + ioReqCount)) return write_err; else return noErr; } // Create file static int16 fs_create(uint32 pb, uint32 dirID) { D(bug(" fs_create(%08lx), vRefNum %d, name %.31s, dirID %d\n", pb, ReadMacInt16(pb + ioVRefNum), Mac2HostAddr(ReadMacInt32(pb + ioNamePtr) + 1), dirID)); // Find FSItem for given file FSItem *fs_item; int16 result = get_item_and_path(pb, dirID, fs_item); if (result != noErr) return result; // Does the file already exist? if (access(full_path, F_OK) == 0) return dupFNErr; // Create file int fd = creat(full_path, 0666); if (fd < 0) return errno2oserr(); else { close(fd); return noErr; } } // Create directory static int16 fs_dir_create(uint32 pb) { D(bug(" fs_dir_create(%08lx), vRefNum %d, name %.31s, dirID %d\n", pb, ReadMacInt16(pb + ioVRefNum), Mac2HostAddr(ReadMacInt32(pb + ioNamePtr) + 1), ReadMacInt32(pb + ioDirID))); // Find FSItem for given directory FSItem *fs_item; int16 result = get_item_and_path(pb, ReadMacInt32(pb + ioDirID), fs_item); if (result != noErr) return result; // Does the directory already exist? if (access(full_path, F_OK) == 0) return dupFNErr; // Create directory if (mkdir(full_path, 0777) < 0) return errno2oserr(); else { WriteMacInt32(pb + ioDirID, fs_item->id); return noErr; } } // Delete file/directory static int16 fs_delete(uint32 pb, uint32 dirID) { D(bug(" fs_delete(%08lx), vRefNum %d, name %.31s, dirID %d\n", pb, ReadMacInt16(pb + ioVRefNum), Mac2HostAddr(ReadMacInt32(pb + ioNamePtr) + 1), dirID)); // Find FSItem for given file/dir FSItem *fs_item; int16 result = get_item_and_path(pb, dirID, fs_item); if (result != noErr) return result; // Delete file if (!extfs_remove(full_path)) return errno2oserr(); else return noErr; } // Rename file/directory static int16 fs_rename(uint32 pb, uint32 dirID) { D(bug(" fs_rename(%08lx), vRefNum %d, name %.31s, dirID %d, new name %.31s\n", pb, ReadMacInt16(pb + ioVRefNum), Mac2HostAddr(ReadMacInt32(pb + ioNamePtr) + 1), dirID, Mac2HostAddr(ReadMacInt32(pb + ioMisc) + 1))); // Find path of given file/dir FSItem *fs_item; int16 result = get_item_and_path(pb, dirID, fs_item); if (result != noErr) return result; // Save path of existing item char old_path[MAX_PATH_LENGTH]; strcpy(old_path, full_path); // Find path for new name Mac2Mac_memcpy(fs_data + fsPB, pb, SIZEOF_IOParam); WriteMacInt32(fs_data + fsPB + ioNamePtr, ReadMacInt32(pb + ioMisc)); FSItem *new_item; result = get_item_and_path(fs_data + fsPB, dirID, new_item); if (result != noErr) return result; // Does the new name already exist? if (access(full_path, F_OK) == 0) return dupFNErr; // Rename item D(bug(" renaming %s -> %s\n", old_path, full_path)); if (!extfs_rename(old_path, full_path)) return errno2oserr(); else { // The ID of the old file/dir has to stay the same, so we swap the IDs of the FSItems swap_parent_ids(fs_item->id, new_item->id); uint32 t = fs_item->id; fs_item->id = new_item->id; new_item->id = t; return noErr; } } // Move file/directory (CMovePBRec) static int16 fs_cat_move(uint32 pb) { D(bug(" fs_cat_move(%08lx), vRefNum %d, name %.31s, dirID %d, new name %.31s, new dirID %d\n", pb, ReadMacInt16(pb + ioVRefNum), Mac2HostAddr(ReadMacInt32(pb + ioNamePtr) + 1), ReadMacInt32(pb + ioDirID), Mac2HostAddr(ReadMacInt32(pb + ioNewName) + 1), ReadMacInt32(pb + ioNewDirID))); // Find path of given file/dir FSItem *fs_item; int16 result = get_item_and_path(pb, ReadMacInt32(pb + ioDirID), fs_item); if (result != noErr) return result; // Save path of existing item char old_path[MAX_PATH_LENGTH]; strcpy(old_path, full_path); // Find path for new directory Mac2Mac_memcpy(fs_data + fsPB, pb, SIZEOF_IOParam); WriteMacInt32(fs_data + fsPB + ioNamePtr, ReadMacInt32(pb + ioNewName)); FSItem *new_dir_item; result = get_item_and_path(fs_data + fsPB, ReadMacInt32(pb + ioNewDirID), new_dir_item); if (result != noErr) return result; // Append old file/dir name add_path_comp(fs_item->name); // Does the new name already exist? if (access(full_path, F_OK) == 0) return dupFNErr; // Move item D(bug(" moving %s -> %s\n", old_path, full_path)); if (!extfs_rename(old_path, full_path)) return errno2oserr(); else { // The ID of the old file/dir has to stay the same, so we swap the IDs of the FSItems FSItem *new_item = find_fsitem(fs_item->name, new_dir_item); if (new_item) { swap_parent_ids(fs_item->id, new_item->id); uint32 t = fs_item->id; fs_item->id = new_item->id; new_item->id = t; } return noErr; } } // Open working directory (WDParam) static int16 fs_open_wd(uint32 pb) { D(bug(" fs_open_wd(%08lx), vRefNum %d, name %.31s, dirID %d\n", pb, ReadMacInt16(pb + ioVRefNum), Mac2HostAddr(ReadMacInt32(pb + ioNamePtr) + 1), ReadMacInt32(pb + ioWDDirID))); M68kRegisters r; // Allocate WDCB D(bug(" allocating WDCB\n")); r.a[0] = pb; Execute68k(fs_data + fsAllocateWDCB, &r); D(bug(" UTAllocateWDCB returned %d, refNum is %d\n", r.d[0], ReadMacInt16(pb + ioVRefNum))); return r.d[0]; } // Close working directory (WDParam) static int16 fs_close_wd(uint32 pb) { D(bug(" fs_close_wd(%08lx), vRefNum %d\n", pb, ReadMacInt16(pb + ioVRefNum))); M68kRegisters r; // Release WDCB D(bug(" releasing WDCB\n")); r.d[0] = ReadMacInt16(pb + ioVRefNum); Execute68k(fs_data + fsReleaseWDCB, &r); D(bug(" UTReleaseWDCB returned %d\n", r.d[0])); return r.d[0]; } // Query information about working directory (WDParam) static int16 fs_get_wd_info(uint32 pb, uint32 vcb) { D(bug(" fs_get_wd_info(%08lx), vRefNum %d, idx %d, procID %d\n", pb, ReadMacInt16(pb + ioVRefNum), ReadMacInt16(pb + ioWDIndex), ReadMacInt32(pb + ioWDProcID))); M68kRegisters r; // Querying volume? if (ReadMacInt16(pb + ioWDIndex) == 0 && ReadMacInt16(pb + ioVRefNum) == ReadMacInt16(vcb + vcbVRefNum)) { WriteMacInt32(pb + ioWDProcID, 0); WriteMacInt16(pb + ioWDVRefNum, ReadMacInt16(vcb + vcbVRefNum)); if (ReadMacInt32(pb + ioNamePtr)) Mac2Mac_memcpy(ReadMacInt32(pb + ioNamePtr), vcb + vcbVN, 28); WriteMacInt32(pb + ioWDDirID, ROOT_ID); return noErr; } // Resolve WDCB D(bug(" resolving WDCB\n")); r.d[0] = ReadMacInt32(pb + ioWDProcID); r.d[1] = ReadMacInt16(pb + ioWDIndex); r.d[2] = ReadMacInt16(pb + ioVRefNum); r.a[0] = fs_data + fsReturn; Execute68k(fs_data + fsResolveWDCB, &r); uint32 wdcb = ReadMacInt32(fs_data + fsReturn); D(bug(" UTResolveWDCB() returned %d, dirID %d\n", r.d[0], ReadMacInt32(wdcb + wdDirID))); if (r.d[0] & 0xffff) return r.d[0]; // Return information WriteMacInt32(pb + ioWDProcID, ReadMacInt32(wdcb + wdProcID)); WriteMacInt16(pb + ioWDVRefNum, ReadMacInt16(ReadMacInt32(wdcb + wdVCBPtr) + vcbVRefNum)); if (ReadMacInt32(pb + ioNamePtr)) Mac2Mac_memcpy(ReadMacInt32(pb + ioNamePtr), ReadMacInt32(wdcb + wdVCBPtr) + vcbVN, 28); WriteMacInt32(pb + ioWDDirID, ReadMacInt32(wdcb + wdDirID)); return noErr; } // Main dispatch routine int16 ExtFSHFS(uint32 vcb, uint16 selectCode, uint32 paramBlock, uint32 globalsPtr, int16 fsid) { uint16 trapWord = selectCode & 0xf0ff; bool hfs = selectCode & kHFSMask; switch (trapWord) { case kFSMOpen: return fs_open(paramBlock, hfs ? ReadMacInt32(paramBlock + ioDirID) : 0, vcb, false); case kFSMClose: return fs_close(paramBlock); case kFSMRead: return fs_read(paramBlock); case kFSMWrite: return fs_write(paramBlock); case kFSMGetVolInfo: return fs_get_vol_info(paramBlock, hfs); case kFSMCreate: return fs_create(paramBlock, hfs ? ReadMacInt32(paramBlock + ioDirID) : 0); case kFSMDelete: return fs_delete(paramBlock, hfs ? ReadMacInt32(paramBlock + ioDirID) : 0); case kFSMOpenRF: return fs_open(paramBlock, hfs ? ReadMacInt32(paramBlock + ioDirID) : 0, vcb, true); case kFSMRename: return fs_rename(paramBlock, hfs ? ReadMacInt32(paramBlock + ioDirID) : 0); case kFSMGetFileInfo: return fs_get_file_info(paramBlock, hfs, hfs ? ReadMacInt32(paramBlock + ioDirID) : 0); case kFSMSetFileInfo: return fs_set_file_info(paramBlock, hfs, hfs ? ReadMacInt32(paramBlock + ioDirID) : 0); case kFSMUnmountVol: return fs_unmount_vol(vcb); case kFSMMountVol: return fs_mount_vol(paramBlock); case kFSMAllocate: D(bug(" allocate\n")); WriteMacInt32(paramBlock + ioActCount, ReadMacInt32(paramBlock + ioReqCount)); return noErr; case kFSMGetEOF: return fs_get_eof(paramBlock); case kFSMSetEOF: return fs_set_eof(paramBlock); case kFSMGetVol: return fs_get_vol(paramBlock); case kFSMSetVol: return fs_set_vol(paramBlock, hfs, vcb); case kFSMEject: D(bug(" eject\n")); return noErr; case kFSMGetFPos: return fs_get_fpos(paramBlock); case kFSMOffline: D(bug(" offline\n")); return noErr; case kFSMSetFilLock: return noErr; //!! case kFSMRstFilLock: return noErr; //!! case kFSMSetFPos: return fs_set_fpos(paramBlock); case kFSMOpenWD: return fs_open_wd(paramBlock); case kFSMCloseWD: return fs_close_wd(paramBlock); case kFSMCatMove: return fs_cat_move(paramBlock); case kFSMDirCreate: return fs_dir_create(paramBlock); case kFSMGetWDInfo: return fs_get_wd_info(paramBlock, vcb); case kFSMGetFCBInfo: return fs_get_fcb_info(paramBlock, vcb); case kFSMGetCatInfo: return fs_get_cat_info(paramBlock); case kFSMSetCatInfo: return fs_set_cat_info(paramBlock); case kFSMSetVolInfo: return fs_set_vol_info(paramBlock); case kFSMGetVolParms: return fs_get_vol_parms(paramBlock); case kFSMVolumeMount: return fs_volume_mount(paramBlock); case kFSMFlushVol: case kFSMFlushFile: D(bug(" flush_vol/flush_file\n")); return noErr; default: D(bug("ExtFSHFS(%08lx, %04x, %08lx, %08lx, %d)\n", vcb, selectCode, paramBlock, globalsPtr, fsid)); return paramErr; } }