| /freebsd/contrib/llvm-project/clang/lib/Tooling/Inclusions/Stdlib/ |
| H A D | StdTsSymbolMap.inc | 1 // These are derived from N4100[fs.filesystem.synopsis], final draft for
2 // experimental filesystem.
3 SYMBOL(absolute, std::experimental::filesystem::, <experimental/filesystem>)
4 SYMBOL(canonical, std::experimental::filesystem::, <experimental/filesystem>)
5 SYMBOL(copy, std::experimental::filesystem::, <experimental/filesystem>)
6 SYMBOL(copy_file, std::experimental::filesystem::, <experimental/filesystem>)
7 SYMBOL(copy_options, std::experimental::filesystem::, <experimental/filesystem>)
8 SYMBOL(copy_symlink, std::experimental::filesystem::, <experimental/filesystem>)
9 SYMBOL(create_directories, std::experimental::filesystem::, <experimental/filesystem>)
10 SYMBOL(create_directory, std::experimental::filesystem::, <experimental/filesystem>)
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| /freebsd/contrib/llvm-project/libcxx/modules/std/ |
| H A D | filesystem.cppm | |
| /freebsd/share/doc/papers/fsinterface/ |
| H A D | fsinterface.ms | 40 Toward a Compatible Filesystem Interface
54 several stylized interfaces between the filesystem implementation
63 Notable among these are Sun Microsystems' Virtual Filesystem interface (VFS)
66 Each design attempts to isolate filesystem-dependent details
75 and uses a different set of primitive operations provided by the filesystem.
76 The current study compares the various filesystem interfaces.
80 As a result of this comparison, a proposal for a new filesystem interface
87 as an early step toward convergence on a compatible filesystem interface.
103 the LOCUS distributed filesystem [Walker85],
104 and Masscomp's extended filesystem [Cole85].
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| /freebsd/share/doc/smm/01.setup/ |
| H A D | 2.t | 77 (SPARC) image of the root filesystem
83 filesystem
89 filesystem
116 Transfer a bootable root filesystem from the tape to a disk
241 Copy a root filesystem from the
246 (Optional) Build a root filesystem optimized for your disk.
282 .Sh 4 "Step 2: copying the root filesystem from tape to disk"
286 command under HP-UX to copy the root filesystem image from
288 For HP's, the root filesystem image is the first file on the tape.
289 It includes a disklabel and bootblock along with the root filesystem.
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| H A D | 3.t | 39 the filesystem conversion). However, many of the system configuration
51 It is largely a \*(Ps system with Sun's NFS 3.0 filesystem code and
53 Since the filesystem code is 4.2/4.3 vintage and the filesystem
58 This is a \*(Ps-Tahoe vintage system with Sun's NFS 4.0 filesystem code
65 The Reno filesystem code was somewhere between \*(Ps and \*(4B: the VFS switch
68 The filesystem hierarchy reorganization first appeared in this release.
75 this release has the \*(4B filesystem and networking code
77 No filesystem conversions are necessary for this upgrade,
111 It is \fBSTRONGLY\fP advised that you make full dumps of each filesystem
114 It is also desirable to run filesystem checks
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| /freebsd/contrib/llvm-project/lldb/source/Host/common/ |
| H A D | FileSystem.cpp | 1 //===-- FileSystem.cpp ----------------------------------------------------===//
9 #include "lldb/Host/FileSystem.h"
16 #include "llvm/Support/FileSystem.h"
45 FileSystem &FileSystem::Instance() { return *InstanceImpl(); } in Instance()
47 void FileSystem::Terminate() { in Terminate()
52 std::optional<FileSystem> &FileSystem::InstanceImpl() { in InstanceImpl()
53 static std::optional<FileSystem> g_fs; in InstanceImpl()
57 vfs::directory_iterator FileSystem
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| /freebsd/sys/contrib/openzfs/tests/zfs-tests/tests/functional/cli_root/zfs_unshare/ |
| H A D | zfs_unshare_001_pos.ksh | 37 # Verify that 'zfs unshare <filesystem|mountpoint>' unshares a given shared
38 # filesystem.
42 # 2. Invoke 'zfs unshare <filesystem|mountpoint>' to unshare zfs file system
80 # unshare the filesystem via <filesystem|mountpoint> argument
83 function test_unshare # <mntp> <filesystem>
86 typeset filesystem=$2
89 prop_value=$(get_prop "sharenfs" $filesystem)
94 log_must zfs set sharenfs=on $filesystem
97 "file system $filesystem shared."
100 is_shared $mntp || log_must zfs share $filesystem
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| H A D | zfs_unshare_002_pos.ksh | 37 # Verify that 'zfs unshare [-a] <filesystem|mountpoint>' is aware of legacy share.
41 # 2. Use 'share' to share given filesystem
42 # 3. Verify that 'zfs unshare <filesystem|mountpoint>' is aware of legacy share
85 function test_legacy_unshare # <mntp> <filesystem>
88 typeset filesystem=$2
90 log_must zfs set sharenfs=off $filesystem
93 "filesystem $filesystem unshared."
99 # Verify 'zfs unshare <filesystem>' is aware of legacy share.
101 log_mustnot zfs unshare $filesystem
103 log_fail "'zfs unshare <filesystem>' fails to be aware" \
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| /freebsd/sys/contrib/openzfs/tests/zfs-tests/tests/functional/reservation/ |
| H A D | reservation_010_pos.ksh | 39 # In pool with a full filesystem and a filesystem with a reservation
40 # destroying another filesystem should allow more data to be written to
41 # the full filesystem
45 # 1) Create a filesystem as dataset
46 # 2) Create a filesystem at the same level
47 # 3) Set a reservation on the dataset filesystem
48 # 4) Fill up the second filesystem
49 # 5) Destroy the dataset filesystem
50 # 6) Verify can write more data to the full filesystem
55 log_assert "Destroying top level filesystem with reservation allows more " \
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| H A D | reservation_009_pos.ksh | 39 # In pool with a full filesystem and another filesystem with a reservation
40 # setting the reservation on the second filesystem to 'none' should allow more
41 # data to be written to the first filesystem.
45 # 1) Create a filesystem as a dataset
46 # 2) Create a filesystem at the same level
47 # 3) Set a reservation on the dataset filesystem
48 # 4) Fill up the filesystem
49 # 5) Set the reservation on the dataset filesystem to 'none'
50 # 6) Verify we can write more data to the first filesystem
56 "to be written to top level filesystem"
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| /freebsd/tests/sys/cddl/zfs/tests/cli_root/zfs_unshare/ |
| H A D | zfs_unshare_001_pos.ksh | 36 # Verify that 'zfs unshare <filesystem|mountpoint>' unshares a given shared
37 # filesystem.
41 # 2. Invoke 'zfs unshare <filesystem|mountpoint>' to unshare zfs file system
91 # unshare the filesystem via <filesystem|mountpoint> argument
94 function test_unshare # <mntp> <filesystem>
97 typeset filesystem=$2
100 prop_value=$(get_prop "sharenfs" $filesystem)
105 log_must $ZFS set sharenfs=on $filesystem
108 "file system $filesystem shared."
112 log_must $ZFS share $filesystem
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| H A D | zfs_unshare_002_pos.ksh | 36 # Verify that 'zfs unshare [-a] <filesystem|mountpoint>' is aware of legacy share.
40 # 2. Use 'share' to share given filesystem
41 # 3. Verify that 'zfs unshare <filesystem|mountpoint>' is aware of legacy share
92 function test_legacy_unshare # <mntp> <filesystem>
95 typeset filesystem=$2
97 log_must $ZFS set sharenfs=off $filesystem
99 log_fail "'zfs set sharenfs=off' fails to make ZFS filesystem $filesystem unshared."
105 # Verify 'zfs unshare <filesystem>' is aware of legacy share.
107 log_mustnot $ZFS unshare $filesystem
109 log_fail "'zfs unshare <filesystem>' fails to be aware" \
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| /freebsd/tests/sys/cddl/zfs/tests/reservation/ |
| H A D | reservation_010_pos.ksh | 38 # In pool with a full filesystem and a filesystem with a reservation
39 # destroying another filesystem should allow more data to be written to
40 # the full filesystem
44 # 1) Create a filesystem as dataset
45 # 2) Create a filesystem at the same level
46 # 3) Set a reservation on the dataset filesystem
47 # 4) Fill up the second filesystem
48 # 5) Destroy the dataset filesystem
49 # 6) Verify can write more data to the full filesystem
63 log_assert "Destroying top level filesystem with reservation allows more data to" \
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| H A D | reservation_009_pos.ksh | 38 # In pool with a full filesystem and another filesystem with a reservation
39 # setting the reservation on the second filesystem to 'none' should allow more
40 # data to be written to the first filesystem.
44 # 1) Create a filesystem as a dataset
45 # 2) Create a filesystem at the same level
46 # 3) Set a reservation on the dataset filesystem
47 # 4) Fill up the filesystem
48 # 5) Set the reservation on the dataset filesystem to 'none'
49 # 6) Verify we can write more data to the first filesystem
64 " be written to top level filesystem"
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| /freebsd/sys/contrib/openzfs/tests/zfs-tests/tests/functional/cli_root/zfs_share/ |
| H A D | zfs_share_concurrent_shares.ksh | 33 # run concurrently. The test creates 50 filesystem and 50 threads.
39 # 3. Invoke 'zfs unshare' and verify filesystem is no longer shared
42 # 5. Verify that a shared filesystem cannot be shared again.
92 function test_share # filesystem
94 typeset filesystem=$1
95 typeset mntp=$(get_prop mountpoint $filesystem)
98 sub_fail "File system $filesystem is already shared."
100 zfs set sharenfs=on $filesystem || \
101 sub_fail "zfs set sharenfs=on $filesystem failed."
114 sub_fail "File system $filesystem is not shared (set sharenfs)."
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| /freebsd/sys/contrib/openzfs/tests/zfs-tests/tests/functional/cli_root/zfs_mount/ |
| H A D | zfs_mount_004_pos.ksh | 38 # Invoke "zfs mount <filesystem>" with a filesystem
43 # 1. Make sure that the ZFS filesystem is unmounted.
44 # 2. Invoke 'zfs mount <filesystem>'.
45 # 3. Verify that the filesystem is mounted.
46 # 4. Invoke 'zfs mount <filesystem>' the second times.
60 log_assert "Verify that 'zfs $mountcmd <filesystem>' " \
61 "with a mounted filesystem will fail with return code 1."
71 log_unresolved "Filesystem $TESTPOOL/$TESTFS is unmounted"
79 log_note "Make sure the filesystem $TESTPOOL/$TESTFS is mounted"
81 log_fail Filesystem $TESTPOOL/$TESTFS is unmounted
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| H A D | zfs_mount_001_pos.ksh | 38 # Invoke "zfs mount <filesystem>" with a regular name of filesystem,
39 # will mount that filesystem successfully.
42 # 1. Make sure that the ZFS filesystem is unmounted.
43 # 2. Invoke 'zfs mount <filesystem>'.
44 # 3. Verify that the filesystem is mounted.
55 log_assert "Verify that 'zfs $mountcmd <filesystem>' succeeds as root."
64 log_note "Make sure the filesystem $TESTPOOL/$TESTFS is mounted"
66 log_fail Filesystem $TESTPOOL/$TESTFS is unmounted
68 log_pass "'zfs $mountcmd <filesystem>' succeeds as root."
|
| H A D | zfs_mount_006_pos.ksh | 39 # Invoke "zfs mount <filesystem>" with a filesystem mountpoint that is
45 # 1. Prepare an existing mounted filesystem.
46 # 2. Setup a new filesystem with overlay=off and make sure that it is
49 # 4. Mount the new filesystem using the various combinations
50 # - zfs set mountpoint=<identical path> <filesystem>
51 # - zfs set mountpoint=<top path> <filesystem>
76 log_assert "Verify that 'zfs $mountcmd <filesystem>'" \
107 log_unresolved "Filesystem $TESTPOOL/$TESTFS is unmounted"
116 log_note "Verify that 'zfs $mountcmd <filesystem>'" \
135 log_fail "Filesystem $TESTPOOL/$TESTFS1 is mounted."
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| /freebsd/sys/contrib/openzfs/tests/zfs-tests/tests/functional/cli_root/zfs_receive/ |
| H A D | zfs_receive_012_pos.ksh | 33 # 1. Create a filesystem.
35 # 3. Snapshot the filesystem.
36 # 4. Send a replication stream to a new filesystem.
37 # 5. On the original filesystem, fill it up to its quota.
38 # 6. Snapshot the original filesystem again.
39 # 7. Send an incremental stream to the same new filesystem.
60 # 1. Create a filesystem.
67 # 3. Snapshot the filesystem.
70 # 4. Send a replication stream to a new filesystem.
74 # 5. On the original filesystem, fill it up to its quota.
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| /freebsd/tests/sys/cddl/zfs/tests/cli_root/zfs_mount/ |
| H A D | zfs_mount_004_pos.ksh | 37 # Invoke "zfs mount <filesystem>" with a filesystem
42 # 1. Make sure that the ZFS filesystem is unmounted.
43 # 2. Invoke 'zfs mount <filesystem>'.
44 # 3. Verify that the filesystem is mounted.
45 # 4. Invoke 'zfs mount <filesystem>' the second times.
68 log_assert "Verify that '$ZFS $mountcmd <filesystem>' " \
69 "with a mounted filesystem will fail with return code 1."
79 log_unresolved "Filesystem $TESTPOOL/$TESTFS is unmounted"
87 log_note "Make sure the filesystem $TESTPOOL/$TESTFS is mounted"
89 log_fail Filesystem $TESTPOOL/$TESTFS is unmounted
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| H A D | zfs_mount_006_pos.ksh | 37 # Invoke "zfs mount <filesystem>" with a filesystem
42 # 1. Prepare an existing mounted filesystem.
43 # 2. Setup a new filesystem and make sure that it is unmounted.
44 # 3. Mount the new filesystem using the various combinations
45 # - zfs set mountpoint=<identical path> <filesystem>
46 # - zfs set mountpoint=<top path> <filesystem>
78 log_assert "Verify that '$ZFS $mountcmd <filesystem>' " \
103 log_unresolved "Filesystem $TESTPOOL/$TESTFS is unmounted"
112 log_note "Verify that '$ZFS $mountcmd <filesystem>' " \
120 log_fail "Filesystem $TESTPOOL/$TESTFS1 is mounted."
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| /freebsd/sys/contrib/openzfs/man/man8/ |
| H A D | zfs-mount.8 | 48 .Fl a Ns | Ns Fl R Ar filesystem Ns | Ns Ar filesystem
52 .Fl a Ns | Ns Ar filesystem Ns | Ns Ar mountpoint
71 .Fl a Ns | Ns Fl R Ar filesystem Ns | Ns Ar filesystem
73 Mount ZFS filesystem on a path described by its
80 the filesystem should be instead mounted using
95 .It Ar filesystem
96 Mount the specified filesystem.
110 Note that if a filesystem has
123 .Fl a Ns | Ns Ar filesystem Ns | Ns Ar mountpoint
135 .It Ar filesystem Ns | Ns Ar mountpoint
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| H A D | zfs-unmount.8 | 48 .Fl a Ns | Ns Fl R Ar filesystem Ns | Ns Ar filesystem
52 .Fl a Ns | Ns Ar filesystem Ns | Ns Ar mountpoint
71 .Fl a Ns | Ns Fl R Ar filesystem Ns | Ns Ar filesystem
73 Mount ZFS filesystem on a path described by its
80 the filesystem should be instead mounted using
95 .It Ar filesystem
96 Mount the specified filesystem.
110 Note that if a filesystem ha
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| /freebsd/sys/sys/ |
| H A D | mount.h | 55 typedef struct fsid { int32_t val[2]; } fsid_t; /* filesystem id type */
66 * These are unique per filesystem on a single machine.
80 * filesystem statistics
87 uint32_t f_type; /* type of filesystem */
89 uint64_t f_bsize; /* filesystem fragment size */
91 uint64_t f_blocks; /* total data blocks in filesystem */
92 uint64_t f_bfree; /* free blocks in filesystem */
94 uint64_t f_files; /* total file nodes in filesystem */
104 uid_t f_owner; /* user that mounted the filesystem */
105 fsid_t f_fsid; /* filesystem id */
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| /freebsd/stand/i386/gptzfsboot/ |
| H A D | gptzfsboot.8 | 33 is used on BIOS-based computers to boot from a filesystem in
65 The filesystem specified by the
67 property of the pool is used as a default boot filesystem.
70 property is not set, then the root filesystem of the pool is used as
73 is loaded from the boot filesystem.
78 is present in the boot filesystem, boot options are read from it
104 The filesystem specification and the path to
111 .Oo zfs:pool/filesystem: Oc Oo /path/to/loader Oc
114 Both the filesystem and the path can be specified.
115 If only a path is specified, then the default filesystem is used.
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