@131/fuse-bindings 中文文档教程
fuse-bindings
完全维护的 Node 融合绑定,旨在覆盖整个 FUSE
npm install fuse-bindings
api锁定)并且不做 读/写中的任何缓冲区副本。 它还支持多个保险丝驱动器的卸载和安装。
Requirements
您需要安装 FUSE(或 Windows 上的 Dokany)
- On Linux/Ubuntu
sudo apt-get install libfuse-dev
- On OSX
- if you use Brew, install OSXFuse and
brew install pkg-config
- if you use MacPorts,
sudo port install osxfuse +devel
- On Windows install Dokany
Windows
警告:Dokany 仍然不太稳定。 它会导致蓝屏死机。 当心。
~~在Windows上使用这个稍微复杂一些。 您需要安装Dokany(用于dokanfuse.lib
、dokanctl.exe, driver and service) and clone its repo (for the headers).~~
~~一旦Dokany repo被克隆,你还需要设置环境变量DOKAN_INSTALL_DIR
到你的 Dokany 安装的 DokenLibrary
的路径,和 DOKAN_FUSE_INCLUDE
到 *dokany repo*\dokan_fuse\include
的路径。~~
编辑:Dokany 现在包含所需的标头并在安装时设置适当的环境变量! 只需安装 Dokany,这个模块就可以正常安装和工作了! (否则放弃问题)
Usage
尝试创建一个名为 mnt
的空文件夹并运行以下示例
var fuse = require('fuse-bindings')
fuse.mount('./mnt', {
readdir: function (path, cb) {
console.log('readdir(%s)', path)
if (path === '/') return cb(0, ['test'])
cb(0)
},
getattr: function (path, cb) {
console.log('getattr(%s)', path)
if (path === '/') {
cb(0, {
mtime: new Date(),
atime: new Date(),
ctime: new Date(),
size: 100,
mode: 16877,
uid: process.getuid(),
gid: process.getgid()
})
return
}
if (path === '/test') {
cb(0, {
mtime: new Date(),
atime: new Date(),
ctime: new Date(),
size: 12,
mode: 33188,
uid: process.getuid(),
gid: process.getgid()
})
return
}
cb(fuse.ENOENT)
},
open: function (path, flags, cb) {
console.log('open(%s, %d)', path, flags)
cb(0, 42) // 42 is an fd
},
read: function (path, fd, buf, len, pos, cb) {
console.log('read(%s, %d, %d, %d)', path, fd, len, pos)
var str = 'hello world\n'.slice(pos, pos + len)
if (!str) return cb(0)
buf.write(str)
return cb(str.length)
}
})
process.on('SIGINT', function () {
fuse.unmount('./mnt', function (err) {
if (err) throw err
process.exit()
})
})
API
fuse.mount(mnt, ops, [cb])
在 mnt
上安装一个新文件系统。 将您要支持的 FUSE 操作作为 ops
参数传递。
fuse.unmount(mnt, [cb])
卸载文件系统
fuse.context()
返回当前融合上下文(pid、uid、gid)。 必须在保险丝回调中调用。
Mount options
ops.options
ops.options = ['direct_io'] // set the direct_io option
ops.displayFolder
设置为 true
使 OSX 显示文件夹图标和文件夹名称作为 finder 中的挂载点
ops.force
设置为 true
以强制挂载文件系统(将首先卸载)
FUSE operations
大多数 FUSE api 受支持。 一般来说,每个操作的回调应该用 cb(returnCode, [value])
调用,其中返回码是一个数字(0
表示 OK,0
表示错误)。 请参阅下面的 POSIX 错误代码列表。
ops.init(cb)
在文件系统初始化时调用。
ops.access(path, mode, cb)
在文件系统访问文件之前
ops.statfs(path, cb)
调用在文件系统被统计时调用。 在回调中的返回码之后接受一个 fs stat 对象。
ops.statfs = function (path, cb) {
cb(0, {
bsize: 1000000,
frsize: 1000000,
blocks: 1000000,
bfree: 1000000,
bavail: 1000000,
files: 1000000,
ffree: 1000000,
favail: 1000000,
fsid: 1000000,
flag: 1000000,
namemax: 1000000
})
}
ops.getattr(path, cb)
在统计路径时调用。 在回调中的返回代码之后接受一个 stat 对象(类似于 fs.stat(path, cb)
中返回的对象)。
ops.getattr = function (path, cb) {
cb(0, {
mtime: new Date(),
atime: new Date(),
ctime: new Date(),
size: 100,
mode: 16877,
uid: process.getuid(),
gid: process.getgid()
})
}
ops.fgetattr(path, fd, cb)
与上面相同,但在有人统计文件描述符
ops.flush(path, fd, cb)
时调用在刷新文件描述符
ops.fsync(path, fd, datasync, cb)
时调用在文件描述符被 fsync 时调用。
ops.fsyncdir(path, fd, datasync, cb)
与上面相同,但在
ops.readdir(path, cb)
目录上 在列出目录时调用。 在回调中的返回代码之后接受文件/目录名称数组
ops.readdir = function (path, cb) {
cb(0, ['file-1.txt', 'dir'])
}
ops.truncate(path, size, cb)
当路径被截断为特定大小
ops.ftruncate(path, fd, size, cb)
时调用与上面相同但在文件描述符
ops.readlink(path, cb)
上当解析符号链接时调用。 在回调中的返回码后接受路径名(链接应解析为) 在
ops.readlink = function (path, cb) {
cb(null, 'file.txt') // make link point to file.txt
}
ops.chown(path, uid, gid, cb)
更改路径所有权时
ops.chmod(path, mode, cb)
调用 在更改路径模式时
ops.mknod(path, mode, dev, cb)
调用 在创建新设备文件时调用。
ops.setxattr(path, name, buffer, length, offset, flags, cb)
在设置扩展属性时调用(请参阅适用于您平台的扩展文档)。 目前,您可以在 offset
处读取 buffer
中设置的属性值。
ops.getxattr(path, name, buffer, length, offset, cb)
在读取扩展属性时调用。 目前,您必须将结果写入提供的 buffer
中的 offset
。
ops.listxattr(path, buffer, length, cb)
在列出路径的扩展属性时调用。 buffer
应该用扩展属性名称填充为 null-terminated 字符串,一个接一个,直到总长度为 length
。 (如果 length
不足,应将 ERANGE
传递给回调。) 成功时或提供的 length
为零时,应将保存所有名称所需的缓冲区大小传递给回调。
ops.removexattr(path, name, cb)
在删除扩展属性时调用。
ops.open(path, flags, cb)
打开路径时调用。 flags
包含所请求权限的数字。 在回调中的返回代码之后接受文件描述符。
var toFlag = function(flags) {
flags = flags & 3
if (flags === 0) return 'r'
if (flags === 1) return 'w'
return 'r+'
}
ops.open = function (path, flags, cb) {
var flag = toFlag(flags) // convert flags to a node style string
...
cb(0, 42) // 42 is a file descriptor
}
ops.opendir(path, flags, cb)
与上面相同,但用于目录
ops.read(path, fd, buffer, length, position, cb)
在读取文件内容时调用。 您应该将读取的结果写入 buffer
并返回写入的字节数作为回调中的第一个参数。 如果没有写入任何字节(读取完成),则在回调中返回 0。
var data = new Buffer('hello world')
ops.read = function (path, fd, buffer, length, position, cb) {
if (position >= data.length) return cb(0) // done
var part = data.slice(position, position + length)
part.copy(buffer) // write the result of the read to the result buffer
cb(part.length) // return the number of bytes read
}
ops.write(path, fd, buffer, length, position, cb)
在写入文件时调用。 您可以获得正在写入 buffer
中的数据,您应该返回写入回调中的字节数作为第一个参数。
ops.write = function (path, fd, buffer, length, position, cb) {
console.log('writing', buffer.slice(0, length))
cb(length) // we handled all the data
}
ops.release(path, fd, cb)
在释放文件描述符时调用。 当读/写完成等时发生。
ops.releasedir(path, fd, cb)
与上面相同,但对于目录
ops.create(path, mode, cb)
在打开新文件时调用。
ops.utimens(path, atime, mtime, cb)
在更改文件的 atime/mtime 时调用。
ops.unlink(path, cb)
在取消链接文件时调用。
ops.rename(src, dest, cb)
重命名文件时调用。
ops.link(src, dest, cb)
创建新链接时调用。
ops.symlink(src, dest, cb)
在创建新符号链接
ops.mkdir(path, mode, cb)
时调用 在创建新目录
ops.rmdir(path, cb)
时调用 在删除目录时
ops.destroy(cb)
调用尽可能快。
Error codes
可用的错误代码是公开的以及属性。 其中包括
fuse.EPERM === -1
fuse.ENOENT === -2
fuse.ESRCH === -3
fuse.EINTR === -4
fuse.EIO === -5
fuse.ENXIO === -6
fuse.E2BIG === -7
fuse.ENOEXEC === -8
fuse.EBADF === -9
fuse.ECHILD === -10
fuse.EAGAIN === -11
fuse.ENOMEM === -12
fuse.EACCES === -13
fuse.EFAULT === -14
fuse.ENOTBLK === -15
fuse.EBUSY === -16
fuse.EEXIST === -17
fuse.EXDEV === -18
fuse.ENODEV === -19
fuse.ENOTDIR === -20
fuse.EISDIR === -21
fuse.EINVAL === -22
fuse.ENFILE === -23
fuse.EMFILE === -24
fuse.ENOTTY === -25
fuse.ETXTBSY === -26
fuse.EFBIG === -27
fuse.ENOSPC === -28
fuse.ESPIPE === -29
fuse.EROFS === -30
fuse.EMLINK === -31
fuse.EPIPE === -32
fuse.EDOM === -33
fuse.ERANGE === -34
fuse.EDEADLK === -35
fuse.ENAMETOOLONG === -36
fuse.ENOLCK === -37
fuse.ENOSYS === -38
fuse.ENOTEMPTY === -39
fuse.ELOOP === -40
fuse.EWOULDBLOCK === -11
fuse.ENOMSG === -42
fuse.EIDRM === -43
fuse.ECHRNG === -44
fuse.EL2NSYNC === -45
fuse.EL3HLT === -46
fuse.EL3RST === -47
fuse.ELNRNG === -48
fuse.EUNATCH === -49
fuse.ENOCSI === -50
fuse.EL2HLT === -51
fuse.EBADE === -52
fuse.EBADR === -53
fuse.EXFULL === -54
fuse.ENOANO === -55
fuse.EBADRQC === -56
fuse.EBADSLT === -57
fuse.EDEADLOCK === -35
fuse.EBFONT === -59
fuse.ENOSTR === -60
fuse.ENODATA === -61
fuse.ETIME === -62
fuse.ENOSR === -63
fuse.ENONET === -64
fuse.ENOPKG === -65
fuse.EREMOTE === -66
fuse.ENOLINK === -67
fuse.EADV === -68
fuse.ESRMNT === -69
fuse.ECOMM === -70
fuse.EPROTO === -71
fuse.EMULTIHOP === -72
fuse.EDOTDOT === -73
fuse.EBADMSG === -74
fuse.EOVERFLOW === -75
fuse.ENOTUNIQ === -76
fuse.EBADFD === -77
fuse.EREMCHG === -78
fuse.ELIBACC === -79
fuse.ELIBBAD === -80
fuse.ELIBSCN === -81
fuse.ELIBMAX === -82
fuse.ELIBEXEC === -83
fuse.EILSEQ === -84
fuse.ERESTART === -85
fuse.ESTRPIPE === -86
fuse.EUSERS === -87
fuse.ENOTSOCK === -88
fuse.EDESTADDRREQ === -89
fuse.EMSGSIZE === -90
fuse.EPROTOTYPE === -91
fuse.ENOPROTOOPT === -92
fuse.EPROTONOSUPPORT === -93
fuse.ESOCKTNOSUPPORT === -94
fuse.EOPNOTSUPP === -95
fuse.EPFNOSUPPORT === -96
fuse.EAFNOSUPPORT === -97
fuse.EADDRINUSE === -98
fuse.EADDRNOTAVAIL === -99
fuse.ENETDOWN === -100
fuse.ENETUNREACH === -101
fuse.ENETRESET === -102
fuse.ECONNABORTED === -103
fuse.ECONNRESET === -104
fuse.ENOBUFS === -105
fuse.EISCONN === -106
fuse.ENOTCONN === -107
fuse.ESHUTDOWN === -108
fuse.ETOOMANYREFS === -109
fuse.ETIMEDOUT === -110
fuse.ECONNREFUSED === -111
fuse.EHOSTDOWN === -112
fuse.EHOSTUNREACH === -113
fuse.EALREADY === -114
fuse.EINPROGRESS === -115
fuse.ESTALE === -116
fuse.EUCLEAN === -117
fuse.ENOTNAM === -118
fuse.ENAVAIL === -119
fuse.EISNAM === -120
fuse.EREMOTEIO === -121
fuse.EDQUOT === -122
fuse.ENOMEDIUM === -123
fuse.EMEDIUMTYPE === -124
License
麻省理工学院
fuse-bindings
Fully maintained fuse bindings for Node that aims to cover the entire FUSE api
npm install fuse-bindings
Compared to fuse4js these bindings cover almost the entire FUSE api (except for locking) and doesn't do any buffer copys in read/write. It also supports unmount and mouting of multiple fuse drives.
Requirements
You need to have FUSE installed (or Dokany on Windows)
- On Linux/Ubuntu
sudo apt-get install libfuse-dev
- On OSX
- if you use Brew, install OSXFuse and
brew install pkg-config
- if you use MacPorts,
sudo port install osxfuse +devel
- On Windows install Dokany
Windows
WARNING: Dokany is still not quite stable. It can cause BSODs. Be careful.
~~Using this on Windows is slightly more complicated. You need to install Dokany (for dokanfuse.lib
, dokanctl.exe
, driver and service) and clone its repo (for the headers).~~
~~Once the Dokany repo is cloned, you also need to set environment variable DOKAN_INSTALL_DIR
to the path to DokenLibrary
of your Dokany installaton, and DOKAN_FUSE_INCLUDE
to the path to *dokany repo*\dokan_fuse\include
.~~
EDIT: Dokany now includes needed headers and sets proper environment variables when installing! Just install Dokany and this module should install and work just fine! (Drop an issue otherwise)
Usage
Try creating an empty folder called mnt
and run the below example
var fuse = require('fuse-bindings')
fuse.mount('./mnt', {
readdir: function (path, cb) {
console.log('readdir(%s)', path)
if (path === '/') return cb(0, ['test'])
cb(0)
},
getattr: function (path, cb) {
console.log('getattr(%s)', path)
if (path === '/') {
cb(0, {
mtime: new Date(),
atime: new Date(),
ctime: new Date(),
size: 100,
mode: 16877,
uid: process.getuid(),
gid: process.getgid()
})
return
}
if (path === '/test') {
cb(0, {
mtime: new Date(),
atime: new Date(),
ctime: new Date(),
size: 12,
mode: 33188,
uid: process.getuid(),
gid: process.getgid()
})
return
}
cb(fuse.ENOENT)
},
open: function (path, flags, cb) {
console.log('open(%s, %d)', path, flags)
cb(0, 42) // 42 is an fd
},
read: function (path, fd, buf, len, pos, cb) {
console.log('read(%s, %d, %d, %d)', path, fd, len, pos)
var str = 'hello world\n'.slice(pos, pos + len)
if (!str) return cb(0)
buf.write(str)
return cb(str.length)
}
})
process.on('SIGINT', function () {
fuse.unmount('./mnt', function (err) {
if (err) throw err
process.exit()
})
})
API
fuse.mount(mnt, ops, [cb])
Mount a new filesystem on mnt
. Pass the FUSE operations you want to support as the ops
argument.
fuse.unmount(mnt, [cb])
Unmount a filesystem
fuse.context()
Returns the current fuse context (pid, uid, gid). Must be called inside a fuse callback.
Mount options
ops.options
Set mount options
ops.options = ['direct_io'] // set the direct_io option
ops.displayFolder
Set to true
to make OSX display a folder icon and the folder name as the mount point in finder
ops.force
Set to true
to force mount the filesystem (will do an unmount first)
FUSE operations
Most of the FUSE api is supported. In general the callback for each op should be called with cb(returnCode, [value])
where the return code is a number (0
for OK and < 0
for errors). See below for a list of POSIX error codes.
ops.init(cb)
Called on filesystem init.
ops.access(path, mode, cb)
Called before the filesystem accessed a file
ops.statfs(path, cb)
Called when the filesystem is being stat'ed. Accepts a fs stat object after the return code in the callback.
ops.statfs = function (path, cb) {
cb(0, {
bsize: 1000000,
frsize: 1000000,
blocks: 1000000,
bfree: 1000000,
bavail: 1000000,
files: 1000000,
ffree: 1000000,
favail: 1000000,
fsid: 1000000,
flag: 1000000,
namemax: 1000000
})
}
ops.getattr(path, cb)
Called when a path is being stat'ed. Accepts a stat object (similar to the one returned in fs.stat(path, cb)
) after the return code in the callback.
ops.getattr = function (path, cb) {
cb(0, {
mtime: new Date(),
atime: new Date(),
ctime: new Date(),
size: 100,
mode: 16877,
uid: process.getuid(),
gid: process.getgid()
})
}
ops.fgetattr(path, fd, cb)
Same as above but is called when someone stats a file descriptor
ops.flush(path, fd, cb)
Called when a file descriptor is being flushed
ops.fsync(path, fd, datasync, cb)
Called when a file descriptor is being fsync'ed.
ops.fsyncdir(path, fd, datasync, cb)
Same as above but on a directory
ops.readdir(path, cb)
Called when a directory is being listed. Accepts an array of file/directory names after the return code in the callback
ops.readdir = function (path, cb) {
cb(0, ['file-1.txt', 'dir'])
}
ops.truncate(path, size, cb)
Called when a path is being truncated to a specific size
ops.ftruncate(path, fd, size, cb)
Same as above but on a file descriptor
ops.readlink(path, cb)
Called when a symlink is being resolved. Accepts a pathname (that the link should resolve to) after the return code in the callback
ops.readlink = function (path, cb) {
cb(null, 'file.txt') // make link point to file.txt
}
ops.chown(path, uid, gid, cb)
Called when ownership of a path is being changed
ops.chmod(path, mode, cb)
Called when the mode of a path is being changed
ops.mknod(path, mode, dev, cb)
Called when the a new device file is being made.
ops.setxattr(path, name, buffer, length, offset, flags, cb)
Called when extended attributes is being set (see the extended docs for your platform). Currently you can read the attribute value being set in buffer
at offset
.
ops.getxattr(path, name, buffer, length, offset, cb)
Called when extended attributes is being read. Currently you have to write the result to the provided buffer
at offset
.
ops.listxattr(path, buffer, length, cb)
Called when extended attributes of a path are being listed. buffer
should be filled with the extended attribute names as null-terminated strings, one after the other, up to a total of length
in length. (ERANGE
should be passed to the callback if length
is insufficient.) The size of buffer required to hold all the names should be passed to the callback either on success, or if the supplied length
was zero.
ops.removexattr(path, name, cb)
Called when an extended attribute is being removed.
ops.open(path, flags, cb)
Called when a path is being opened. flags
in a number containing the permissions being requested. Accepts a file descriptor after the return code in the callback.
var toFlag = function(flags) {
flags = flags & 3
if (flags === 0) return 'r'
if (flags === 1) return 'w'
return 'r+'
}
ops.open = function (path, flags, cb) {
var flag = toFlag(flags) // convert flags to a node style string
...
cb(0, 42) // 42 is a file descriptor
}
ops.opendir(path, flags, cb)
Same as above but for directories
ops.read(path, fd, buffer, length, position, cb)
Called when contents of a file is being read. You should write the result of the read to the buffer
and return the number of bytes written as the first argument in the callback. If no bytes were written (read is complete) return 0 in the callback.
var data = new Buffer('hello world')
ops.read = function (path, fd, buffer, length, position, cb) {
if (position >= data.length) return cb(0) // done
var part = data.slice(position, position + length)
part.copy(buffer) // write the result of the read to the result buffer
cb(part.length) // return the number of bytes read
}
ops.write(path, fd, buffer, length, position, cb)
Called when a file is being written to. You can get the data being written in buffer
and you should return the number of bytes written in the callback as the first argument.
ops.write = function (path, fd, buffer, length, position, cb) {
console.log('writing', buffer.slice(0, length))
cb(length) // we handled all the data
}
ops.release(path, fd, cb)
Called when a file descriptor is being released. Happens when a read/write is done etc.
ops.releasedir(path, fd, cb)
Same as above but for directories
ops.create(path, mode, cb)
Called when a new file is being opened.
ops.utimens(path, atime, mtime, cb)
Called when the atime/mtime of a file is being changed.
ops.unlink(path, cb)
Called when a file is being unlinked.
ops.rename(src, dest, cb)
Called when a file is being renamed.
ops.link(src, dest, cb)
Called when a new link is created.
ops.symlink(src, dest, cb)
Called when a new symlink is created
ops.mkdir(path, mode, cb)
Called when a new directory is being created
ops.rmdir(path, cb)
Called when a directory is being removed
ops.destroy(cb)
Both read
and write
passes the underlying fuse buffer without copying them to be as fast as possible.
Error codes
The available error codes are exposes as well as properties. These include
fuse.EPERM === -1
fuse.ENOENT === -2
fuse.ESRCH === -3
fuse.EINTR === -4
fuse.EIO === -5
fuse.ENXIO === -6
fuse.E2BIG === -7
fuse.ENOEXEC === -8
fuse.EBADF === -9
fuse.ECHILD === -10
fuse.EAGAIN === -11
fuse.ENOMEM === -12
fuse.EACCES === -13
fuse.EFAULT === -14
fuse.ENOTBLK === -15
fuse.EBUSY === -16
fuse.EEXIST === -17
fuse.EXDEV === -18
fuse.ENODEV === -19
fuse.ENOTDIR === -20
fuse.EISDIR === -21
fuse.EINVAL === -22
fuse.ENFILE === -23
fuse.EMFILE === -24
fuse.ENOTTY === -25
fuse.ETXTBSY === -26
fuse.EFBIG === -27
fuse.ENOSPC === -28
fuse.ESPIPE === -29
fuse.EROFS === -30
fuse.EMLINK === -31
fuse.EPIPE === -32
fuse.EDOM === -33
fuse.ERANGE === -34
fuse.EDEADLK === -35
fuse.ENAMETOOLONG === -36
fuse.ENOLCK === -37
fuse.ENOSYS === -38
fuse.ENOTEMPTY === -39
fuse.ELOOP === -40
fuse.EWOULDBLOCK === -11
fuse.ENOMSG === -42
fuse.EIDRM === -43
fuse.ECHRNG === -44
fuse.EL2NSYNC === -45
fuse.EL3HLT === -46
fuse.EL3RST === -47
fuse.ELNRNG === -48
fuse.EUNATCH === -49
fuse.ENOCSI === -50
fuse.EL2HLT === -51
fuse.EBADE === -52
fuse.EBADR === -53
fuse.EXFULL === -54
fuse.ENOANO === -55
fuse.EBADRQC === -56
fuse.EBADSLT === -57
fuse.EDEADLOCK === -35
fuse.EBFONT === -59
fuse.ENOSTR === -60
fuse.ENODATA === -61
fuse.ETIME === -62
fuse.ENOSR === -63
fuse.ENONET === -64
fuse.ENOPKG === -65
fuse.EREMOTE === -66
fuse.ENOLINK === -67
fuse.EADV === -68
fuse.ESRMNT === -69
fuse.ECOMM === -70
fuse.EPROTO === -71
fuse.EMULTIHOP === -72
fuse.EDOTDOT === -73
fuse.EBADMSG === -74
fuse.EOVERFLOW === -75
fuse.ENOTUNIQ === -76
fuse.EBADFD === -77
fuse.EREMCHG === -78
fuse.ELIBACC === -79
fuse.ELIBBAD === -80
fuse.ELIBSCN === -81
fuse.ELIBMAX === -82
fuse.ELIBEXEC === -83
fuse.EILSEQ === -84
fuse.ERESTART === -85
fuse.ESTRPIPE === -86
fuse.EUSERS === -87
fuse.ENOTSOCK === -88
fuse.EDESTADDRREQ === -89
fuse.EMSGSIZE === -90
fuse.EPROTOTYPE === -91
fuse.ENOPROTOOPT === -92
fuse.EPROTONOSUPPORT === -93
fuse.ESOCKTNOSUPPORT === -94
fuse.EOPNOTSUPP === -95
fuse.EPFNOSUPPORT === -96
fuse.EAFNOSUPPORT === -97
fuse.EADDRINUSE === -98
fuse.EADDRNOTAVAIL === -99
fuse.ENETDOWN === -100
fuse.ENETUNREACH === -101
fuse.ENETRESET === -102
fuse.ECONNABORTED === -103
fuse.ECONNRESET === -104
fuse.ENOBUFS === -105
fuse.EISCONN === -106
fuse.ENOTCONN === -107
fuse.ESHUTDOWN === -108
fuse.ETOOMANYREFS === -109
fuse.ETIMEDOUT === -110
fuse.ECONNREFUSED === -111
fuse.EHOSTDOWN === -112
fuse.EHOSTUNREACH === -113
fuse.EALREADY === -114
fuse.EINPROGRESS === -115
fuse.ESTALE === -116
fuse.EUCLEAN === -117
fuse.ENOTNAM === -118
fuse.ENAVAIL === -119
fuse.EISNAM === -120
fuse.EREMOTEIO === -121
fuse.EDQUOT === -122
fuse.ENOMEDIUM === -123
fuse.EMEDIUMTYPE === -124
License
MIT