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Onek8
2025-01-22 16:18:30 +01:00
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commit a36294b518
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21
Kha/Tools/linux_x64/std/eval/luv/Async.hx Normal file
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package eval.luv;
/**
Inter-loop communication.
@see https://aantron.github.io/luv/luv/Luv/Async
**/
@:using(eval.luv.Handle)
@:coreType abstract Async to Handle {
/**
Allocates and initializes an async handle.
The handle should be cleaned up with `eval.luv.Handle.close` when no longer needed.
**/
static public function init(loop:Loop, callback:(async:Async)->Void):Result<Async>;
/**
Triggers a call to the handle's callback by the handle's loop.
**/
public function send():Result<Result.NoData>;
}

23
Kha/Tools/linux_x64/std/eval/luv/Barrier.hx Normal file
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package eval.luv;
/**
Barriers.
@see https://aantron.github.io/luv/luv/Luv/Barrier
**/
@:coreType abstract Barrier {
/**
Allocates and initializes a barrier.
**/
static public function init(count:Int):Result<Barrier>;
/**
Cleans up a barrier.
**/
public function destroy():Void;
/**
Waits on a barrier.
**/
public function wait():Bool;
}

120
Kha/Tools/linux_x64/std/eval/luv/Buffer.hx Normal file
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package eval.luv;
import haxe.io.Bytes;
/**
Data buffers.
@see https://aantron.github.io/luv/luv/Luv/Buffer
**/
@:coreType abstract Buffer {
/**
Allocates a fresh buffer of the given size.
**/
static public function create(size:Int):Buffer;
/**
Creates a buffer from a string.
**/
@:from static public function fromNativeString(s:NativeString):Buffer;
/**
Creates a buffer from a string.
**/
@:from static public function fromString(s:String):Buffer;
/**
Creates a buffer from bytes.
**/
@:from static public function fromBytes(b:Bytes):Buffer;
/**
Evaluates to the sum of the sizes of the buffers in the array.
**/
static public function totalSize(buffers:Array<Buffer>):Int;
/**
`Buffer.drop(buffers, count)` drops the first `count` bytes from `buffers`.
For example, if `buffers` contains two buffers of size 16, `Buffer.drop(buffers, 18)`
will evaluate to an array that has lost the reference to the first buffer,
and contains only a view into the second buffer of size 14.
**/
static public function drop(buffers:Array<Buffer>, count:Int):Array<Buffer>;
/**
Evaluates to the size of the buffer.
**/
public function size():Int;
/**
Retrieve a byte at the given index.
**/
@:arrayAccess public function get(index:Int):Int;
/**
Retrieve a byte at the given index without a bounds check.
**/
public function unsafeGet(index:Int):Int;
/**
Set byte value at the given index.
**/
@:arrayAccess public function set(index:Int, byte:Int):Int;
/**
Set byte value at the given index without a bounds check.
**/
public function unsafeSet(index:Int, byte:Int):Int;
/**
Creates a view into buffer that starts at the given `offset` and has the given `length`.
No data is copied.
**/
public function sub(offset:Int, length:Int):Buffer;
/**
Copies data from this buffer to destination.
The amount of data copied is the minimum of the two buffers' size.
**/
public function blit(destination:Buffer):Void;
/**
Fills the given buffer with the given byte.
**/
public function fill(byte:Int):Void;
/**
Creates a string with the same contents as the buffer.
**/
public function toString():String;
/**
Creates a native string with the same contents as the buffer.
**/
public function toNativeString():NativeString;
/**
Creates a `haxe.io.Bytes` instance with the same contents as this buffer.
**/
public function toBytes():Bytes;
/**
Copies data from a buffer to bytes buffer.
**/
public function blitToBytes(destination:Bytes, destinationOffset:Int):Void;
/**
Copies data from bytes to a buffer.
**/
public function blitFromBytes(source:Bytes, sourceOffset:Int):Void;
/**
Copies data from bytes to a buffer.
Note: `sourceOffset` is not a character offset but a byte offset.
**/
public function blitFromString(source:NativeString, sourceOffset:Int):Void;
}

26
Kha/Tools/linux_x64/std/eval/luv/Check.hx Normal file
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package eval.luv;
/**
Post-I/O callback.
@see https://aantron.github.io/luv/luv/Luv/Check
**/
@:using(eval.luv.Handle)
@:coreType abstract Check to Handle {
/**
Allocate and initialize a check handle.
The handle should be cleaned up with `eval.luv.Handle.close` when no longer needed.
**/
static public function init(loop:Loop):Result<Check>;
/**
Starts the handle with the given callback.
**/
public function start(callback:()->Void):Result<Result.NoData>;
/**
Stops the handle.
**/
public function stop():Result<Result.NoData>;
}

39
Kha/Tools/linux_x64/std/eval/luv/Condition.hx Normal file
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package eval.luv;
/**
Condition variables.
@see https://aantron.github.io/luv/luv/Luv/Condition
**/
@:coreType abstract Condition {
/**
Allocates and initializes a condition variable.
**/
static public function init():Result<Condition>;
/**
Cleans up a condition variable.
**/
public function destroy():Void;
/**
Signals a condition variable.
**/
public function signal():Void;
/**
Signals a condition variable, waking all waiters.
**/
public function broadcast():Void;
/**
Waits on a condition variable.
**/
public function wait(mutex:Mutex):Void;
/**
Waits on a condition variable with a timeout.
The timeout is given in nanoseconds.
**/
public function timedWait(mutex:Mutex, timeout:Int):Void;
}

34
Kha/Tools/linux_x64/std/eval/luv/ConnectedUdp.hx Normal file
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package eval.luv;
import eval.luv.SockAddr;
/**
Connected UDP sockets.
@see https://aantron.github.io/luv/luv/Luv/UDP/Connected
**/
@:forward
@:using(eval.luv.Handle)
abstract ConnectedUdp(Udp) to Udp to Handle {
/**
Removes the peer address assigned to the given socket.
**/
extern public function disconnect():Result<Result.NoData>;
/**
Retrieves the peer address assigned to the given socket.
**/
extern public function getPeerName():Result<SockAddr>;
/**
Like `eval.luv.UDP.send`, but the remote address used is the peer address
assigned to the socket.
**/
extern public function send(data:Array<Buffer>, callback:(result:Result<Result.NoData>)->Void):Void;
/**
Like `eval.luv.UDP.trySend`, but the remote address used is the peer address
assigned to the socket.
**/
extern public function trySend(data:Array<Buffer>):Result<Result.NoData>;
}

73
Kha/Tools/linux_x64/std/eval/luv/Dir.hx Normal file
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package eval.luv;
import eval.luv.File;
enum abstract DirentKind(Int) {
var UNKNOWN = 0;
var FILE = 1;
var DIR = 2;
var LINK = 3;
var FIFO = 4;
var SOCKET = 5;
var CHAR = 6;
var BLOCK = 7;
}
typedef Dirent = {
var kind:DirentKind;
var name:NativeString;
}
typedef DirectoryScan = {
/**
Retrieves the next directory entry.
**/
function next():Null<Dirent>;
/**
Cleans up after a directory scan.
**/
function end():Void;
}
/**
@see https://aantron.github.io/luv/luv/Luv/File#module-Dir
**/
@:coreType abstract Dir {
/**
Opens the directory at the given path for listing.
**/
static public function open(loop:Loop, path:NativeString, ?request:FileRequest, callback:(result:Result<Dir>)->Void):Void;
/**
Closes the directory.
**/
public function close(loop:Loop, ?request:FileRequest, callback:(result:Result<Result.NoData>)->Void):Void;
/**
Retrieves a directory entry.
**/
public function read(loop:Loop, ?numberOfEntries:Int, ?request:FileRequest, callback:(result:Result<Array<Dirent>>)->Void):Void;
/**
Begins directory listing.
**/
static public function scan(loop:Loop, path:NativeString, ?request:FileRequest, callback:(result:Result<DirectoryScan>)->Void):Void;
}
/**
Synchronous version of `eval.luv.Dir` API
**/
extern class DirSync {
@:inheritDoc(eval.luv.Dir.open)
static public function open(loop:Loop, path:NativeString):Result<Dir>;
@:inheritDoc(eval.luv.Dir.close)
static public function close(dir:Dir, loop:Loop):Result<Result.NoData>;
@:inheritDoc(eval.luv.Dir.read)
static public function read(dir:Dir, loop:Loop, ?numberOfEntries:Int):Result<Array<Dirent>>;
@:inheritDoc(eval.luv.Dir.scan)
static public function scan(loop:Loop, path:NativeString):Result<DirectoryScan>;
}

69
Kha/Tools/linux_x64/std/eval/luv/Dns.hx Normal file
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package eval.luv;
@:forward
abstract AddrInfoRequest(Request) to Request {}
typedef AddrInfo = {
var family:SockAddr.AddressFamily;
var sockType:SockAddr.SocketType;
var protocol:Int;
var addr:SockAddr;
var ?canonName:String;
}
typedef AddrInfoOptions = {
var ?request:AddrInfoRequest;
var ?family:SockAddr.AddressFamily;
var ?sockType:SockAddr.SocketType;
var ?protocol:Int;
var ?flags:Array<AddrInfoFlag>;
}
enum abstract AddrInfoFlag(Int) {
var PASSIVE = 0;
var CANONNAME = 1;
var NUMERICHOST = 2;
var NUMERICSERV = 3;
var V4MAPPED = 4;
var ALL = 5;
var ADDRCONFIG = 6;
}
@:forward
abstract NameInfoRequest(Request) to Request {}
enum abstract NameInfoFlag(Int) {
var NAMEREQD = 0;
var DGRAM = 1;
var NOFQDN = 2;
var NUMERICHOST = 3;
var NUMERICSERV = 4;
}
typedef NameInfoOptions = {
var ?request:NameInfoRequest;
var ?flags:Array<NameInfoFlag>;
}
/**
DNS queries.
@see https://aantron.github.io/luv/luv/Luv/Dns
**/
extern class Dns {
static function createAddrRequest():AddrInfoRequest;
static function createNameRequest():NameInfoRequest;
/**
Retrieves addresses.
Either `node` or `service` may be `null` but not both.
**/
static function getAddrInfo(loop:Loop, node:Null<String>, service:Null<String>, ?options:AddrInfoOptions, callback:(result:Result<Array<AddrInfo>>)->Void):Void;
/**
Retrieves host names.
**/
static function getNameInfo(loop:Loop, addr:SockAddr, ?options:NameInfoOptions, callback:(result:Result<{hostName:String, service:String}>)->Void):Void;
}

23
Kha/Tools/linux_x64/std/eval/luv/Env.hx Normal file
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package eval.luv;
/**
Environment variables.
@see https://aantron.github.io/luv/luv/Luv/Env
**/
extern class Env {
/**
Retrieves the value of an environment variable.
**/
static function getEnv(name:String):Result<NativeString>;
/**
Sets an environment variable.
**/
static function setEnv(name:String, value:NativeString):Result<Result.NoData>;
/**
Retrieves all environment variables.
**/
static function environ():Result<Map<String,NativeString>>;
}

424
Kha/Tools/linux_x64/std/eval/luv/File.hx Normal file
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package eval.luv;
import eval.integers.Int64;
import eval.integers.UInt64;
@:forward
abstract FileRequest(Request) to Request {}
enum abstract FileOpenFlag(Int) {
var RDONLY = 0;
var WRONLY = 1;
var RDWR = 2;
var CREAT = 3;
var EXCL = 4;
var EXLOCK = 5;
var NOCTTY = 6;
var NOFOLLOW = 7;
var TEMPORARY = 8;
var TRUNC = 9;
var APPEND = 10;
var DIRECT = 11;
var DSYNC = 12;
var FILEMAP = 13;
var NOATIME = 14;
var NONBLOCK = 15;
var RANDOM = 16;
var SEQUENTIAL = 17;
var SHORT_LIVED = 18;
var SYMLINK = 19;
var SYNC = 20;
}
/**
Permission bits.
@see https://aantron.github.io/luv/luv/Luv/File/Mode
**/
enum FileMode {
IRWXU;
IRUSR;
IWUSR;
IXUSR;
IRWXG;
IRGRP;
IWGRP;
IXGRP;
IRWXO;
IROTH;
IWOTH;
IXOTH;
ISUID;
ISGID;
ISVTX;
IFMT;
IFREG;
IFDIR;
IFBLK;
IFCHR;
IFLNK;
IFIFO;
NUMERIC(mode:Int);
}
/**
Abstract type for a bit field of permissions bits, i.e., an `int` in which
multiple bits may be set. These bit fields are returned by operations such
as `eval.luv.File.stat`
**/
@:coreType abstract FileModeNumeric {}
typedef FileStatTimeSpec = {
var sec:Int64;
var nsec:Int64;
}
typedef FileStat = {
var dev:UInt64;
var mode:FileModeNumeric;
var nlink:UInt64;
var uid:UInt64;
var gid:UInt64;
var rdev:UInt64;
var ino:UInt64;
var size:UInt64;
var blksize:UInt64;
var blocks:UInt64;
var flags:UInt64;
var gen:UInt64;
var atim:FileStatTimeSpec;
var mtim:FileStatTimeSpec;
var ctim:FileStatTimeSpec;
var birthtim:FileStatTimeSpec;
}
typedef FileStatFs = {
var type:UInt64;
var bsize:UInt64;
var blocks:UInt64;
var bfree:UInt64;
var bavail:UInt64;
var files:UInt64;
var ffree:UInt64;
var fspare:Array<UInt64>;
}
enum abstract FileCopyFlag(Int) {
var COPYFILE_EXCL = 0;
var COPYFILE_FICLONE = 1;
var COPYFILE_FICLONE_FORCE = 2;
}
enum abstract FileAccessFlag(Int) {
var F_OK = 0;
var R_OK = 1;
var W_OK = 2;
var X_OK = 3;
}
enum abstract FileSymlinkFlag(Int) {
var SYMLINK_DIR = 0;
var SYMLINK_JUNCTION = 1;
}
/**
Files.
@see https://aantron.github.io/luv/luv/Luv/File
**/
@:using(eval.luv.Handle)
@:coreType abstract File to Handle {
extern static public final stdin:File;
extern static public final stdout:File;
extern static public final stderr:File;
static public function createRequest():FileRequest;
/**
Checks whether all the bits in `mask` are set in `bits`.
For example, if `bits` is equal to octal 0o644, then
`eval.luv.File.testMode [IRUSR] bits` evaluates to `true`.
**/
static public function testMode(mask:Array<FileMode>, bits:FileModeNumeric):Bool;
/**
Opens the file at the given path.
The default value of the `mode` argument is equal to octal `0o644`.
**/
static public function open(loop:Loop, path:NativeString, flags:Array<FileOpenFlag>, ?mode:Array<FileMode>, ?request:FileRequest, callback:(result:Result<File>)->Void):Void;
/**
Closes the file.
**/
public function close(loop:Loop, ?request:FileRequest, callback:(result:Result<Result.NoData>)->Void):Void;
/**
Reads from the file.
The incoming data is written consecutively to into the given buffers.
The number of bytes that the operation tries to read is the total length
of the buffers.
End of file is indicated by `Result.Ok(0)`. Note that this is different
from `eval.luv.Stream.readStart`.
**/
public function read(loop:Loop, fileOffset:Int64, buffers:Array<Buffer>, ?request:FileRequest, callback:(result:Result<UInt64>)->Void):Void;
/**
Writes to the file.
**/
public function write(loop:Loop, fileOffset:Int64, buffers:Array<Buffer>, ?request:FileRequest, callback:(result:Result<UInt64>)->Void):Void;
/**
Deletes the file at the given path.
**/
static public function unlink(loop:Loop, path:NativeString, ?request:FileRequest, callback:(result:Result<Result.NoData>)->Void):Void;
/**
Moves the file at the given path to the path given by `toPath`
**/
static public function rename(loop:Loop, path:NativeString, toPath:NativeString, ?request:FileRequest, callback:(result:Result<Result.NoData>)->Void):Void;
/**
Creates a temporary file with name based on the given pattern.
**/
static public function mkstemp(loop:Loop, pattern:NativeString, ?request:FileRequest, callback:(result:Result<{name:NativeString,file:File}>)->Void):Void;
/**
Creates a temporary directory with name based on the given pattern.
**/
static public function mkdtemp(loop:Loop, pattern:NativeString, ?request:FileRequest, callback:(result:Result<NativeString>)->Void):Void;
/**
Creates a directory.
**/
static public function mkdir(loop:Loop, path:NativeString, ?mode:Array<FileMode>, ?request:FileRequest, callback:(result:Result<Result.NoData>)->Void):Void;
/**
Deletes a directory.
**/
static public function rmdir(loop:Loop, path:NativeString, ?request:FileRequest, callback:(result:Result<Result.NoData>)->Void):Void;
/**
Retrieves status information for the file at the given path.
**/
static public function stat(loop:Loop, path:NativeString, ?request:FileRequest, callback:(result:Result<FileStat>)->Void):Void;
/**
Like `eval.luv.File.stat`, but does not dereference symlinks.
**/
static public function lstat(loop:Loop, path:NativeString, ?request:FileRequest, callback:(result:Result<FileStat>)->Void):Void;
/**
Retrieves status information for this file.
**/
public function fstat(loop:Loop, ?request:FileRequest, callback:(result:Result<FileStat>)->Void):Void;
/**
Retrieves status information for the filesystem containing the given path.
**/
static public function statFs(loop:Loop, path:NativeString, ?request:FileRequest, callback:(result:Result<FileStatFs>)->Void):Void;
/**
Flushes file changes to storage.
**/
public function fsync(loop:Loop, ?request:FileRequest, callback:(result:Result<Result.NoData>)->Void):Void;
/**
Like `eval.luv.File.fsync`, but may omit some metadata.
**/
public function fdataSync(loop:Loop, ?request:FileRequest, callback:(result:Result<Result.NoData>)->Void):Void;
/**
Truncates the given file to the given length.
**/
public function ftruncate(loop:Loop, length:Int64, ?request:FileRequest, callback:(result:Result<Result.NoData>)->Void):Void;
/**
Copies the file at the given path to the path given by `toPath`.
**/
static public function copyFile(loop:Loop, path:NativeString, toPath:NativeString, ?flags:Array<FileCopyFlag>, ?request:FileRequest, callback:(result:Result<Result.NoData>)->Void):Void;
/**
Transfers data between file descriptors.
**/
public function sendFile(loop:Loop, toFile:File, offset:Int64, length:UInt64, ?request:FileRequest, callback:(result:Result<UInt64>)->Void):Void;
/**
Checks whether the calling process can access the file at the given path.
**/
static public function access(loop:Loop, path:NativeString, flags:Array<FileAccessFlag>, ?request:FileRequest, callback:(result:Result<Result.NoData>)->Void):Void;
/**
Changes permissions of the file at the given path.
**/
static public function chmod(loop:Loop, path:NativeString, mode:Array<FileMode>, ?request:FileRequest, callback:(result:Result<Result.NoData>)->Void):Void;
/**
Changes permissions of the file.
**/
public function fchmod(loop:Loop, mode:Array<FileMode>, ?request:FileRequest, callback:(result:Result<Result.NoData>)->Void):Void;
/**
Sets timestamps of the file at the given path.
**/
static public function utime(loop:Loop, path:NativeString, atime:Float, mtime:Float, ?request:FileRequest, callback:(result:Result<Result.NoData>)->Void):Void;
/**
Sets timestamps of the file.
**/
public function futime(loop:Loop, atime:Float, mtime:Float, ?request:FileRequest, callback:(result:Result<Result.NoData>)->Void):Void;
/**
Sets timestamps of the file at the given path without dereferencing symlinks.
**/
static public function lutime(loop:Loop, path:NativeString, atime:Float, mtime:Float, ?request:FileRequest, callback:(result:Result<Result.NoData>)->Void):Void;
/**
Hardlinks a file at the location given by `link`.
**/
static public function link(loop:Loop, path:NativeString, link:NativeString, ?request:FileRequest, callback:(result:Result<Result.NoData>)->Void):Void;
/**
Symlinks a file at the location given by `link`.
**/
static public function symlink(loop:Loop, path:NativeString, link:NativeString, ?flags:Array<FileSymlinkFlag>, ?request:FileRequest, callback:(result:Result<Result.NoData>)->Void):Void;
/**
Reads the target path of a symlink.
**/
static public function readLink(loop:Loop, path:NativeString, ?request:FileRequest, callback:(result:Result<NativeString>)->Void):Void;
/**
Resolves a real absolute path to the given file.
**/
static public function realPath(loop:Loop, path:NativeString, ?request:FileRequest, callback:(result:Result<NativeString>)->Void):Void;
/**
Changes owneship of the file at the given path.
**/
static public function chown(loop:Loop, path:NativeString, uid:Int, gid:Int, ?request:FileRequest, callback:(result:Result<Result.NoData>)->Void):Void;
/**
Changes owneship of the file at the given path. without dereferencing symlinks.
**/
static public function lchown(loop:Loop, path:NativeString, uid:Int, gid:Int, ?request:FileRequest, callback:(result:Result<Result.NoData>)->Void):Void;
/**
Changes owneship of the file.
**/
public function fchown(loop:Loop, uid:Int, gid:Int, ?request:FileRequest, callback:(result:Result<Result.NoData>)->Void):Void;
/**
Returns the integer representation of `eval.luv.File`.
`eval.luv.File` is defined as an integer file descriptor by libuv on all
platforms at the moment. This is a convenience function for interoperability
with `eval.luv.Process`, the API of which assumes that files are represented
by integers.
**/
public function toInt():Int;
}
/**
Synchronous version of `eval.luv.File` API
**/
extern class FileSync {
@:inheritDoc(eval.luv.File.open)
static function open(path:NativeString, flags:Array<FileOpenFlag>, ?mode:Array<FileMode>):Result<File>;
@:inheritDoc(eval.luv.File.close)
static function close(file:File):Result<Result.NoData>;
@:inheritDoc(eval.luv.File.read)
static function read(file:File, fileOffset:Int64, buffers:Array<Buffer>):Result<UInt64>;
@:inheritDoc(eval.luv.File.write)
static function write(file:File, fileOffset:Int64, buffers:Array<Buffer>):Result<UInt64>;
@:inheritDoc(eval.luv.File.unlink)
static function unlink(path:NativeString):Result<Result.NoData>;
@:inheritDoc(eval.luv.File.rename)
static function rename(path:NativeString, toPath:NativeString):Result<Result.NoData>;
@:inheritDoc(eval.luv.File.mkstemp)
static function mkstemp(pattern:NativeString):Result<{name:NativeString,file:File}>;
@:inheritDoc(eval.luv.File.mkdtemp)
static function mkdtemp(pattern:NativeString):Result<NativeString>;
@:inheritDoc(eval.luv.File.mkdir)
static function mkdir(path:NativeString, ?mode:Array<FileMode>):Result<Result.NoData>;
@:inheritDoc(eval.luv.File.rmdir)
static function rmdir(path:NativeString):Result<Result.NoData>;
@:inheritDoc(eval.luv.File.stat)
static function stat(path:NativeString):Result<FileStat>;
@:inheritDoc(eval.luv.File.lstat)
static function lstat(path:NativeString):Result<FileStat>;
@:inheritDoc(eval.luv.File.fstat)
static function fstat(file:File):Result<FileStat>;
@:inheritDoc(eval.luv.File.statFs)
static function statFs(path:NativeString):Result<FileStatFs>;
@:inheritDoc(eval.luv.File.fsync)
static function fsync(file:File):Result<Result.NoData>;
@:inheritDoc(eval.luv.File.fdataSync)
static function fdataSync(file:File):Result<Result.NoData>;
@:inheritDoc(eval.luv.File.ftruncate)
static function ftruncate(file:File, length:Int64):Result<Result.NoData>;
@:inheritDoc(eval.luv.File.copyFile)
static function copyFile(path:NativeString, toPath:NativeString, ?flags:Array<FileCopyFlag>):Result<Result.NoData>;
@:inheritDoc(eval.luv.File.sendFile)
static function sendFile(file:File, toFile:File, offset:Int64, length:UInt64):Result<UInt64>;
@:inheritDoc(eval.luv.File.access)
static function access(path:NativeString, flags:Array<FileAccessFlag>):Result<Result.NoData>;
@:inheritDoc(eval.luv.File.chmod)
static function chmod(path:NativeString, mode:Array<FileMode>):Result<Result.NoData>;
@:inheritDoc(eval.luv.File.fchmod)
static function fchmod(file:File, mode:Array<FileMode>):Result<Result.NoData>;
@:inheritDoc(eval.luv.File.utime)
static function utime(path:NativeString, atime:Float, mtime:Float):Result<Result.NoData>;
@:inheritDoc(eval.luv.File.futime)
static function futime(file:File, atime:Float, mtime:Float):Result<Result.NoData>;
@:inheritDoc(eval.luv.File.lutime)
static function lutime(path:NativeString, atime:Float, mtime:Float):Result<Result.NoData>;
@:inheritDoc(eval.luv.File.link)
static function link(path:NativeString, link:NativeString):Result<Result.NoData>;
@:inheritDoc(eval.luv.File.symlink)
static function symlink(path:NativeString, link:NativeString, ?flags:Array<FileSymlinkFlag>):Result<Result.NoData>;
@:inheritDoc(eval.luv.File.readLink)
static function readLink(path:NativeString):Result<NativeString>;
@:inheritDoc(eval.luv.File.realPath)
static function realPath(path:NativeString):Result<NativeString>;
@:inheritDoc(eval.luv.File.chown)
static function chown(path:NativeString, uid:Int, gid:Int):Result<Result.NoData>;
@:inheritDoc(eval.luv.File.lchown)
static function lchown(path:NativeString, uid:Int, gid:Int):Result<Result.NoData>;
@:inheritDoc(eval.luv.File.fchown)
static function fchown(file:File, uid:Int, gid:Int):Result<Result.NoData>;
}

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package eval.luv;
enum abstract FsEventType(Int) {
var RENAME = 0;
var CHANGE = 1;
}
enum abstract FsEventFlag(Int) {
var FS_EVENT_WATCH_ENTRY = 0;
var FS_EVENT_STAT = 1;
var FS_EVENT_RECURSIVE = 2;
}
/**
Filesystem events.
@see https://aantron.github.io/luv/luv/Luv/FS_event
**/
@:using(eval.luv.Handle)
@:coreType abstract FsEvent to Handle {
/**
Allocates and initializes an FS event handle.
**/
static public function init(loop:Loop):Result<FsEvent>;
/**
Starts the handle and watches the given path for changes.
**/
public function start(path:NativeString, ?flags:Array<FsEventFlag>, callback:(result:Result<{file:NativeString,events:Array<FsEventType>}>)->Void):Void;
/**
Stops the handle.
**/
public function stop():Result<Result.NoData>;
}

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package eval.luv;
import eval.luv.File;
/**
Filesystem polling.
@see https://aantron.github.io/luv/luv/Luv/FS_poll
**/
@:using(eval.luv.Handle)
@:coreType abstract FsPoll to Handle {
/**
Allocates and initializes an FS polling handle.
The handle should be cleaned up with `eval.luv.Handle.close` when no longer needed.
**/
static public function init(loop:Loop):Result<FsPoll>;
/**
Starts the handle and polls the given path for changes.
The default value of `interval` is 2000 (milliseconds).
**/
public function start(path:NativeString, ?interval:Int, callback:(result:Result<{previous:FileStat,current:FileStat}>)->Void):Void;
/**
Stops the handle.
**/
public function stop():Result<Result.NoData>;
}

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package eval.luv;
@:coreType abstract SocketHandle {}
/**
Handles.
@see https://aantron.github.io/luv/luv/Luv/Handle
**/
@:coreType abstract Handle {
/**
Closes the given handle.
**/
extern static public function close(handle:Handle, callback:()->Void):Void;
/**
Returns `true` if the handle is active, `false` otherwise.
**/
static public function isActive(handle:Handle):Bool;
/**
Returns `true` if the handle is closing or closed, `false` otherwise.
Note: This function should only be used between the initialization of
the handle and the arrival of the close callback.
**/
static public function isClosing(handle:Handle):Bool;
/**
Reference the given handle.
@see https://aantron.github.io/luv/luv/Luv/Handle/#val-ref
**/
static public function ref(handle:Handle):Void;
/**
Un-reference the given handle.
@see https://aantron.github.io/luv/luv/Luv/Handle/#val-unref
**/
static public function unref(handle:Handle):Void;
/**
Returns `true` if the handle referenced, `false` otherwise.
@see https://aantron.github.io/luv/luv/Luv/Handle/#val-has_ref
**/
static public function hasRef(handle:Handle):Bool;
/**
Gets the size of the OS send buffer for a socket.
@see https://aantron.github.io/luv/luv/Luv/Handle/#val-send_buffer_size
**/
static public function sendBufferSize(handle:SocketHandle):Result<Int>;
/**
Sets the size of the OS send buffer for a socket.
@see https://aantron.github.io/luv/luv/Luv/Handle/#val-set_send_buffer_size
**/
static public function setSendBufferSize(handle:SocketHandle, size:Int):Result<Result.NoData>;
/**
Gets the size of the OS receive buffer for a socket.
@see https://aantron.github.io/luv/luv/Luv/Handle/#val-recv_buffer_size
**/
static public function recvBufferSize(handle:SocketHandle):Result<Int>;
/**
Sets the size of the OS receive buffer for a socket.
@see https://aantron.github.io/luv/luv/Luv/Handle/#val-set_recv_buffer_size
**/
static public function setRecvBufferSize(handle:SocketHandle, size:Int):Result<Result.NoData>;
// TODO
// /**
// Retrieves the file descriptor associated with the handle.
// @see https://aantron.github.io/luv/luv/Luv/Handle/#val-fileno
// **/
// static public function fileno(handle:FileNo):Result<OsFd>;
}

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package eval.luv;
/**
Per-iteration callback.
@see https://aantron.github.io/luv/luv/Luv/Idle
**/
@:using(eval.luv.Handle)
@:coreType abstract Idle to Handle {
/**
Allocate and initialize an idle handle.
The handle should be cleaned up with `eval.luv.Handle.close` when no longer needed.
**/
static public function init(loop:Loop):Result<Idle>;
/**
Starts the handle with the given callback.
**/
public function start(callback:()->Void):Result<Result.NoData>;
/**
Stops the handle.
**/
public function stop():Result<Result.NoData>;
}

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package eval.luv;
enum abstract RunMode(Int) {
/** Runs the event loop until there are no more active and referenced handles or requests. */
var DEFAULT = 0;
/** Poll for i/o once. Note that this mode blocks if there are no pending callbacks. */
var ONCE = 1;
/** Poll for i/o once but don't block if there are no pending callbacks. */
var NOWAIT = 2;
}
/**
Configuration options.
@see http://docs.libuv.org/en/v1.x/loop.html#c.uv_loop_configure
**/
enum abstract LoopOption<T>(Int) {
extern static public final sigprof:Int;
var LOOP_BLOCK_SIGNAL:LoopOption<Int> = 0;
var METRICS_IDLE_TIME:LoopOption<Result.NoData> = 1;
}
/**
Event loops.
@see https://aantron.github.io/luv/luv/Luv/Loop
Haxe event loops define an implicit cast to libuv loops. That is, you can use
`sys.thread.Thread.current().events` in any place where `eval.luv.Loop` is
expected.
**/
@:coreType abstract Loop {
@:from
static inline function fromHaxeEventLoop(events:sys.thread.EventLoop):Loop {
return events.handle;
}
/**
Returns the default event loop.
**/
static public function defaultLoop():Loop;
/**
Allocates and initializes a new event loop.
**/
static public function init():Result<Loop>;
/**
Releases any state libuv is holding on to.
Normally there's no need to do this manually.
Warning! Only call `Loop.libraryShutdown()` once.
Warning! Don’t call `Loop.libraryShutdown()` when there are still event loops or I/O requests active.
Warning! Don’t call libuv functions after calling `Loop.libraryShutdown()`.
**/
static public function libraryShutdown():Void;
/**
Runs an event loop.
**/
public function run(mode:RunMode):Bool;
/**
Releases resources associated with an event loop.
**/
public function close():Result<Result.NoData>;
/**
Indicates whether the loop is monitoring any activity.
**/
public function alive():Bool;
/**
Stops an event loop as soon as possible.
**/
public function stop():Void;
/**
Returns the cached loop timestamp.
**/
public function now():eval.integers.UInt64;
/**
Updates the cached loop timestamp.
**/
public function updateTime():Void;
/**
Sets the loop option.
**/
public function configure<T>(option:LoopOption<T>, value:T):Result<Result.NoData>;
}

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package eval.luv;
/**
Exceptions thrown by functions in `eval.luv` package.
**/
class LuvException extends haxe.Exception {
/**
The error.
**/
public final error:UVError;
/**
Instantiates an error with given message and position.
**/
public function new(error:UVError, ?message:String, ?previous:haxe.Exception) {
super(message == null ? error.toString() : message, previous);
this.error = error;
}
}

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package eval.luv;
/**
Metrics.
@see https://aantron.github.io/luv/luv/Luv/Metrics
**/
extern class Metrics {
/**
Retrieves the amount of time the loop has been blocked waiting in the kernel.
**/
static function idleTime(loop:Loop):eval.integers.UInt64;
}

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package eval.luv;
/**
Mutexes.
@see https://aantron.github.io/luv/luv/Luv/Mutex
**/
@:coreType abstract Mutex {
/**
Allocates and initializes a mutex.
**/
static public function init(?recursive:Bool):Result<Mutex>;
/**
Cleans up a mutex.
**/
public function destroy():Void;
/**
Takes the mutex.
The calling thread is blocked until it obtains the mutex.
**/
public function lock():Void;
/**
Tries to take the mutex without blocking.
**/
public function tryLock():Result<Result.NoData>;
/**
Releases the mutex.
**/
public function unlock():Void;
}

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package eval.luv;
typedef InterfaceAddress = {
var name:String;
var isInternal:Bool;
var physical:NativeString;
var address:SockAddr;
var netmask:SockAddr;
}
/**
Network interfaces and hostname.
@see https://aantron.github.io/luv/luv/Luv/Network
**/
extern class Network {
/**
Lists network interface addresses.
**/
static function interfaceAddresses():Result<Array<InterfaceAddress>>;
/**
Retrieves a network interface name.
**/
static function ifIndexToName(index:Int):Result<String>;
/**
Retrieves a network interface identifier suitable for use in an IPv6 scoped address.
**/
static function ifIndexToIid(index:Int):Result<String>;
/**
Evaluates to the system's hostname.
**/
static function getHostName():Result<String>;
}

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package eval.luv;
/**
Once-only initialization.
@see https://aantron.github.io/luv/luv/Luv/Once
**/
@:coreType abstract Once {
/**
Allocates and initializes a once-only barrier.
**/
static public function init():Result<Once>;
/**
Guards the given callback to be called only once.
**/
public function once(callback:()->Void):Void;
}

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package eval.luv;
/**
@see https://aantron.github.io/luv/luv/Luv/Os_fd/Fd
**/
@:coreType abstract OsFd {}

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package eval.luv;
/**
@see https://aantron.github.io/luv/luv/Luv/Os_fd/Socket
**/
@:coreType abstract OsSocket {}

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package eval.luv;
typedef PasswdData = {
var username:String;
var uid:Int;
var gid:Int;
var shell:Null<String>;
var homedir:NativeString;
}
/**
Current user information.
@see https://aantron.github.io/luv/luv/Luv/Passwd
**/
extern class Passwd {
/**
Gets passwd entry for the current user.
**/
static function getPasswd():Result<PasswdData>;
}

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package eval.luv;
import eval.integers.Int64;
import eval.integers.UInt64;
/**
Relevant directories.
@see https://aantron.github.io/luv/luv/Luv/Path
**/
extern class Path {
/**
Evaluates to the executable's path.
It's always the path to the Haxe compiler.
**/
static function exePath():Result<NativeString>;
/**
Evaluates to the current working directory.
**/
static function cwd():Result<NativeString>;
/**
Changes the current working directory.
**/
static function chdir(dir:NativeString):Result<Result.NoData>;
/**
Evaluates to the path of the home directory.
**/
static function homedir():Result<NativeString>;
/**
Evaluates to the path of the temporary directory.
**/
static function tmpdir():Result<NativeString>;
}

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package eval.luv;
/**
Process ids.
@see https://aantron.github.io/luv/luv/Luv/Pid
**/
extern class Pid {
/**
Evaluates to the pid of the current process.
**/
static function getPid():Int;
/**
Evaluates to the pid of the parent process.
**/
static function getPPid():Int;
}

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package eval.luv;
enum abstract PipeMode(Int) {
var READ = 0;
var WRITE = 1;
var READ_WRITE = 2;
}
enum ReceiveHandle {
NONE;
TCP(associate:(tcp:Tcp)->Result<Result.NoData>);
PIPE(associate:(pipe:Pipe)->Result<Result.NoData>);
}
/**
Pipes
@see https://aantron.github.io/luv/luv/Luv/Pipe
**/
@:using(eval.luv.Handle)
@:using(eval.luv.Stream)
@:coreType abstract Pipe to Handle to Stream to Stream.TStream<Pipe> to Handle.SocketHandle {
/**
Allocates and initializes a pipe.
The pipe is not yet connected to anything at this point.
The handle should be cleaned up with `eval.luv.Handle.close` when no longer needed.
**/
static public function init(loop:Loop, forHandlePassing:Bool = false):Result<Pipe>;
/**
Assigns a pipe a name or an address.
**/
public function bind(nameOrAddress:NativeString):Result<Result.NoData>;
/**
Connects to the pipe at the given name or address.
**/
public function connect(target:NativeString, callback:(result:Result<Result.NoData>)->Void):Void;
/**
Retrieves the name or address assigned to the pipe.
**/
public function getSockName():Result<NativeString>;
/**
Retrieves the name or address of the pipe's peer.
**/
public function getPeerName():Result<NativeString>;
/**
Set the number of pending pipe instance handles when the pipe server is
waiting for connections.
**/
public function pendingInstances(amount:Int):Void;
/**
Receives a file descriptor over the given pipe.
File descriptors are sent using the `sendHandle` argument of `eval.luv.Stream.write2`.
On the receiving end, call `eval.luv.Stream.readStart`. When that function
calls its callback, there may be file descriptors in the pipe, in addition
to the ordinary data provided to the callback.
To check, call this function `eval.luv.Pipe.recieveHandle` in a loop until
it returns `NONE`. Each time it returns `TCP(associate)` or `PIPE(associate)`,
create an appropriate handle using either `eval.luv.TCP.init` or `eval.uv.Pipe.init`,
and call `associate` to receive the file descriptor and associate it with handle.
**/
public function receiveHandle():ReceiveHandle;
/**
Sets pipe permissions.
**/
public function chmod(mode:PipeMode):Result<Result.NoData>;
}

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package eval.luv;
/**
Pre-I/O callback.
@see https://aantron.github.io/luv/luv/Luv/Prepare
**/
@:using(eval.luv.Handle)
@:coreType abstract Prepare to Handle {
/**
Allocate and initialize a prepare handle.
The handle should be cleaned up with `eval.luv.Handle.close` when no longer needed.
**/
static public function init(loop:Loop):Result<Prepare>;
/**
Starts the handle with the given callback.
**/
public function start(callback:()->Void):Result<Result.NoData>;
/**
Stops the handle.
**/
public function stop():Result<Result.NoData>;
}

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package eval.luv;
import eval.integers.Int64;
/**
File descriptor redirections for use with `eval.luv.Process.spawn`
**/
@:coreType abstract Redirection {}
/**
Options for spawning the process.
**/
typedef ProcessOptions = {
var ?onExit:(p:Process, exitStatus:Int64, termSignal:Int)->Void;
var ?environment:Map<String,NativeString>;
var ?workingDirectory:NativeString;
var ?redirect:Array<Redirection>;
var ?uid:Int;
var ?gid:Int;
var ?windowsVerbatimArguments:Bool;
var ?detached:Bool;
var ?windowsHide:Bool;
var ?windowsHideConsole:Bool;
var ?windowsHideGui:Bool;
}
/**
Subprocesses.
@see https://aantron.github.io/luv/luv/Luv/Process
**/
@:using(eval.luv.Handle)
@:coreType abstract Process to Handle {
extern static public final stdin:Int;
extern static public final stdout:Int;
extern static public final stderr:Int;
/**
Causes `fd` in the child to be connected to `toParentPipe` in the parent.
Binds `UV_CREATE_PIPE`.
`readableInChild` sets `UV_READABLE_PIPE`, and `writableInChild` sets `UV_WRITABLE_PIPE`.
`overlapped` sets `UV_OVERLAPPED_PIPE`.
**/
static public function toParentPipe(fd:Int, parentPipe:Pipe, readableInChild:Bool, writableInChild:Bool, overlapped:Bool):Redirection;
/**
Causes `fd` in the child to be connected to the same device or peer as `fromParentFd` in the parent.
Binds `UV_INHERIT_FD`
**/
static public function inheritFd(fd:Int, fromParentFd:Int):Redirection;
/**
Same as `eval.luv.Process.inheritFd`, but takes an `eval.luv.Stream` for the parent file descriptor.
Binds `UV_INHERIT_STREAM`.
**/
static public function inheritStream(fd:Int, fromParentStream:Stream):Redirection;
/**
Starts a process.
The handle should be cleaned up with `eval.luv.Handle.close` when no longer needed.
**/
static public function spawn(loop:Loop, cmd:NativeString, args:Array<NativeString>, ?options:ProcessOptions):Result<Process>;
/**
Disables (tries) file descriptor inheritance for inherited descriptors.
**/
static public function disableStdioInheritance():Void;
/**
Sends the given signal to the process with the given pid.
**/
static public function killPid(pid:Int, sigNum:Signal.SigNum):Result<Result.NoData>;
/**
Sends the given signal to the process.
**/
public function kill(sigNum:Signal.SigNum):Result<Result.NoData>;
/**
Evaluates to the pid of the process.
**/
public function pid():Int;
}

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package eval.luv;
@:forward
abstract RandomRequest(Request) to Request {}
/**
System entropy source.
@see https://aantron.github.io/luv/luv/Luv/Random
**/
extern class Random {
static function createRequest():RandomRequest;
/**
Fills the given buffer with bits from the system entropy source.
**/
static function random(loop:Loop, buffer:Buffer, ?request:RandomRequest, callback:(result:Result<Result.NoData>)->Void):Void;
}
extern class RandomSync {
/**
Fills the given buffer with bits from the system entropy source.
**/
static function random(buffer:Buffer):Result<Result.NoData>;
}

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package eval.luv;
/**
Requests.
@see https://aantron.github.io/luv/luv/Luv/Request
**/
@:coreType abstract Request {
/**
Tries to cancel a pending request.
**/
public function cancel():Result<Result.NoData>;
}

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package eval.luv;
import eval.integers.UInt64;
import eval.integers.Int64;
typedef RUsage = {
var utime:{sec:Int64, usec:Int64};
var stime:{sec:Int64, usec:Int64};
var maxrss:UInt64;
var ixrss:UInt64;
var idrss:UInt64;
var isrss:UInt64;
var minflt:UInt64;
var majflt:UInt64;
var nswap:UInt64;
var inblock:UInt64;
var oublock:UInt64;
var msgsnd:UInt64;
var msgrcv:UInt64;
var nsignals:UInt64;
var nvcsw:UInt64;
var nivcsw:UInt64;
}
/**
Resource usage.
@see https://aantron.github.io/luv/luv/Luv/Resource
**/
extern class Resource {
/**
Evaluates to the current uptime.
**/
static function uptime():Result<Float>;
/**
Evaluates to the load average.
**/
static function loadAvg():Array<Float>;
/**
Evaluates to the amount of free memory, in bytes.
**/
static function freeMemory():UInt64;
/**
Evaluates to the total amount of memory, in bytes.
**/
static function totalMemory():UInt64;
/**
Gets the amount of memory available to the process (in bytes) based on
limits imposed by the OS.
If there is no such constraint returns `null`
**/
static function constrainedMemory():Null<UInt64>;
/**
Evaluates to the priority of the process with the given pid.
**/
static function getPriority(pid:Int):Result<Int>;
/**
Sets the priority of the process with the given pid.
**/
static function setPriority(pid:Int, priority:Int):Result<Result.NoData>;
/**
Evaluates to the resident set size for the current process.
**/
static function residentSetMemory(pid:Int):Result<UInt64>;
/**
Gets the resource usage measures for the current process.
**/
static function getRUsage():Result<RUsage>;
}

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package eval.luv;
/**
Outcome of an operation.
**/
@:using(eval.luv.Result.ResultTools)
enum Result<T> {
/** Operation completed successfully. **/
Ok(value:T);
/** Operation failed. **/
Error(e:UVError);
}
enum abstract NoData(Dynamic) {
var NoData = null;
}
class ResultTools {
/**
Returns the result value on success or throws `eval.luv.LuvException`
on failure.
**/
static public inline function resolve<T>(result:Result<T>):T {
switch result {
case Ok(v): return v;
case Error(e): throw new LuvException(e);
}
}
/**
Returns `true` if the result is `Ok`.
Returns `false` if the result is `Error`.
**/
static public inline function isOk<T>(result:Result<T>):Bool {
return switch result {
case Ok(_): true;
case Error(_): false;
}
}
}

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package eval.luv;
/**
Read-write locks.
@see https://aantron.github.io/luv/luv/Luv/Rwlock
**/
@:coreType abstract RwLock {
/**
Allocates and initializes a read-write lock.
**/
static public function init():Result<RwLock>;
/**
Cleans up a read-write lock.
**/
public function destroy():Void;
/**
Takes a read-write lock for reading (shared access).
**/
public function rdLock():Void;
/**
Tries to take a read-write lock for reading without blocking.
**/
public function rdTryLock():Result<Result.NoData>;
/**
Releases a read-write lock after it was taken for reading.
**/
public function rdUnlock():Void;
/**
Takes a read-write lock for writing (exclusive access).
**/
public function wrLock():Void;
/**
Tries to take a read-write lock for writing without blocking.
**/
public function wrTryLock():Result<Result.NoData>;
/**
Releases a read-write lock after it was taken for writing.
**/
public function wrUnlock():Void;
}

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package eval.luv;
/**
Semaphores.
@see https://aantron.github.io/luv/luv/Luv/Semaphore
**/
@:coreType abstract Semaphore {
/**
Allocates and initializes a read-write lock.
**/
static public function init(value:Int):Result<Semaphore>;
/**
Cleans up a semaphore.
**/
public function destroy():Void;
/**
Increments a semaphore.
**/
public function post():Void;
/**
Decrements a semaphore.
**/
public function wait():Void;
/**
Tries to decrement a semaphore without blocking.
**/
public function tryWait():Result<Result.NoData>;
}

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package eval.luv;
/**
For the moment, the signals exposed are those that are both present on Unix
and present or emulated by libuv on Windows.
You can also provide a plain integer signal code instead of the values of
this enum.
@see https://aantron.github.io/luv/luv/Luv/Signal#signals
**/
extern enum abstract SigNum(Int) from Int to Int {
var SIGABRT;
var SIGFPE;
var SIGHUP;
var SIGILL;
var SIGINT;
var SIGKILL;
var SIGSEGV;
var SIGTERM;
var SIGWINCH;
}
/**
Signals.
@see https://aantron.github.io/luv/luv/Luv/Signal
**/
@:using(eval.luv.Handle)
@:coreType abstract Signal to Handle {
/**
Allocates and initializes a signal handle.
The handle should be cleaned up with `eval.luv.Handle.close` when no longer needed.
**/
static public function init(loop:Loop):Result<Signal>;
/**
Starts the signal handle.
**/
public function start(sigNum:SigNum, callback:()->Void):Result<Result.NoData>;
/**
Like `eval.luv.Signal.start`, but the handle is stopped after one callback call.
**/
public function startOneshot(sigNum:SigNum, callback:()->Void):Result<Result.NoData>;
/**
Stops the signal handle.
**/
public function stop():Result<Result.NoData>;
/**
Evaluates to the signal number associated with the handle.
**/
public function signum():Int;
}

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package eval.luv;
/**
Network address families.
**/
enum AddressFamily {
UNSPEC;
INET;
INET6;
OTHER(i:Int);
}
/**
Socket types.
**/
enum SocketType {
STREAM;
DGRAM;
RAW;
OTHER(i:Int);
}
/**
Binds `struct sockaddr`.
@see https://aantron.github.io/luv/luv/Luv/Sockaddr
**/
@:coreType abstract SockAddr {
/** Extracts the port in a network address. */
public var port(get,never):Null<Int>;
function get_port():Null<Int>;
/**
Converts a string and port number to an IPv4 struct sockaddr.
**/
static public function ipv4(host:String, port:Int):Result<SockAddr>;
/**
Converts a string and port number to an IPv6 struct sockaddr.
**/
static public function ipv6(host:String, port:Int):Result<SockAddr>;
/**
Converts a network address to a string.
**/
public function toString():String;
}

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package eval.luv;
@:coreType abstract TStream<T> to Stream {}
// typedef TStream<T> = Stream;
enum SendHandle {
TCP(tcp:Tcp);
PIPE(pipe:Pipe);
}
/**
Streams.
@see https://aantron.github.io/luv/luv/Luv/Stream
**/
@:coreType abstract Stream to Handle {
/**
Shuts down the write side of the stream.
**/
extern static public function shutdown(stream:Stream, callback:(result:Result<Result.NoData>)->Void):Void;
/**
Starts listening for incoming connections.
`backlog` indicates the number of connections the kernel might queue.
When a new incoming connection is received the `callback` is called.
**/
extern static public function listen(stream:Stream, callback:(result:Result<Result.NoData>)->Void, ?backlog:Int):Void;
/**
This call is used in conjunction with `Stream.listen()` to accept incoming
connections. Call this function after receiving a `callback` of `listen(callback)`
to accept the connection. Before calling this function the client handle
must be initialized.
When the `callback` of `listen(callback)` is called it is guaranteed that
this function will complete successfully the first time.
`client` should be a freshly-initialized stream.
**/
extern static public function accept<T>(server:TStream<T>, client:TStream<T>):Result<Result.NoData>;
/**
Calls the `callback` whenever data is available on the stream.
The amount of data read is equal to the length of the buffer passed to
the `callback`. `allocate` is called immediately before each call to the
main `callback`, to create buffer, into which the data will be read.
The end of the stream (typically, when the remote peer closes or shuts down
the connection) is indicated by `UVError.UV_EOF` being passed to the `callback`.
Note that this behavior is different from `eval.luv.File.read`.
Zero-length reads are possible, and do not indicate the end of stream. Instead,
they usually indicate `UVError.UV_EAGAIN` inside libuv; libuv still calls the
`callback` in order to give the C user a chance to deallocate the data buffer.
This is not usually an issue in OCaml (which is the backend for eval target of
Haxe), so a wrapper of this function can usually simply ignore zero-length reads.
It is then also safe to convert `UVError.UV_EOF` to zero-length reads in a
higher-level API, for consistency with reading files, and in accordance with OS
API convention.
To read only once, call `eval.luv.Stream.readStop` immediately, in the `callback`.
Otherwise, the main callback will be called repeatedly.
**/
extern static public function readStart(stream:Stream, callback:(result:Result<Buffer>)->Void, ?allocate:(size:Int)->Buffer):Void;
/**
Stops reading.
**/
extern static public function readStop(stream:Stream):Result<Result.NoData>;
/**
Writes the given buffer to the stream.
The second argument passed to the `callback` is the number of bytes written.
libuv has an internal queue of writes, in part to implement retry. This means
that writes can be partial at the libuv API level, so it is possible to receive
both an `UVError` result, and for some data to have been successfully written.
**/
extern static public function write(stream:Stream, data:Array<Buffer>, callback:(result:Result<Result.NoData>, bytesWritten:Int)->Void):Result<Result.NoData>;
/**
Like `eval.luv.Stream.write`, but allows sending a TCP socket or pipe over the
stream.
**/
extern static public function write2(stream:TStream<Pipe>, data:Array<Buffer>, sendHandle:SendHandle, callback:(result:Result<Result.NoData>, bytesWritten:Int)->Void):Result<Result.NoData>;
/**
Same as `eval.luv.Stream.write()`, but won’t queue a write request if it can’t
be completed immediately.
Returns the number of bytes written.
**/
extern static public function tryWrite(stream:Stream, data:Array<Buffer>):Result<Int>;
/**
Indicates whether the stream is readable (has data).
**/
extern static public function isReadable(stream:Stream):Bool;
/**
Indicates whether the stream is writable (has space in buffers).
**/
extern static public function isWritable(stream:Stream):Bool;
/**
Sets the blocking mode of the stream.
**/
extern static public function setBlocking(stream:Stream, block:Bool):Result<Result.NoData>;
}

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package eval.luv;
import eval.integers.UInt64;
typedef CpuInfo = {
var model:String;
var speed:Int;
var times:{
var user:UInt64;
var nice:UInt64;
var sys:UInt64;
var idle:UInt64;
var irq:UInt64;
};
}
typedef Uname = {
var sysname:String;
var release:String;
var version:String;
var machine:String;
}
/**
System information.
@see https://aantron.github.io/luv/luv/Luv/System_info
**/
extern class SystemInfo {
/**
Gets information about the CPUs on the system.
**/
static function cpuInfo():Result<Array<CpuInfo>>;
/**
Gets information about the CPUs on the system.
**/
static function uname():Result<Uname>;
}

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package eval.luv;
import haxe.ds.Option;
import eval.luv.SockAddr;
/**
TCP sockets.
@see https://aantron.github.io/luv/luv/Luv/TCP
**/
@:using(eval.luv.Handle)
@:using(eval.luv.Stream)
@:coreType abstract Tcp to Handle to Stream to Stream.TStream<Tcp> to Handle.SocketHandle {
/**
Allocates and initializes a TCP stream.
The stream is not yet connected or listening.
The handle should be cleaned up with `eval.luv.Handle.close` when no longer needed.
**/
static public function init(loop:Loop, ?domain:AddressFamily):Result<Tcp>;
/**
Sets TCP_NODELAY.
**/
public function noDelay(enable:Bool):Result<Result.NoData>;
/**
Sets the TCP keepalive.
**/
public function keepAlive(value:Option<Int>):Result<Result.NoData>;
/**
Sets simultaneous accept.
**/
public function simultaneousAccepts(value:Bool):Result<Result.NoData>;
/**
Assigns an address to the TCP socket.
**/
public function bind(addr:SockAddr, ipv6Only:Bool = false):Result<Result.NoData>;
/**
Retrieves the address assigned to the TCP socket.
**/
public function getSockName():Result<SockAddr>;
/**
Retrieves the address of the TCP socket's peer.
**/
public function getPeerName():Result<SockAddr>;
/**
Connects to a host.
**/
public function connect(addr:SockAddr, callback:(result:Result<Result.NoData>)->Void):Void;
/**
Resets the connection.
**/
public function closeReset(callback:(result:Result<Result.NoData>)->Void):Void;
}

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package eval.luv;
/**
Threads.
@see https://aantron.github.io/luv/luv/Luv/Thread
`eval.luv` integrates libuv with the OCaml runtime lock. This means that, as
in any other OCaml program, two threads cannot be running OCaml code at the
same time. Thus, two threads cannot be running Haxe code at the same time
because eval interpreter is written in OCaml.
However, `eval.luv` releases the lock when calling a potentially-blocking libuv API,
so that other threads can run while the calling thread is blocked. In particular,
the lock is released during calls to `eval.luv.Loop.run`, which means that other
threads can run in between when you make a call to a non-blocking API, and when
its callback is called by libuv.
**/
@:coreType abstract Thread {
/**
Returns the representation of the calling thread.
**/
static public function self():Thread;
/**
Starts a new thread, which will run the given function.
**/
static public function create(fn:()->Void, ?stackSize:Int):Result<Thread>;
/**
Waits for the thread to terminate.
**/
public function join():Result<Result.NoData>;
}

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package eval.luv;
@:forward
abstract ThreadPoolRequest(Request) to Request {}
/**
Thread pool.
@see https://aantron.github.io/luv/luv/Luv/Thread_pool
**/
extern class ThreadPool {
static function createRequest():ThreadPoolRequest;
/**
Schedules a function to be called by a thread in the thread pool.
`work` is the function that will be called in the thread pool.
`callback` will be called by the `loop` after `work` completes, or
immediately, in case there is an error scheduling `work`.
**/
static function queueWork(loop:Loop, ?request:ThreadPoolRequest, work:()->Void, callback:(result:Result<Result.NoData>)->Void):Void;
/**
Sets thread pool size.
This function should be called as soon during process startup as possible.
**/
static function setSize(size:Int, ?ifNotAlreadySet:Bool):Void;
}

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package eval.luv;
import eval.integers.Int64;
import eval.integers.UInt64;
/**
Current time.
@see https://aantron.github.io/luv/luv/Luv/Time
**/
extern class Time {
/**
Get time.
**/
static function getTimeOfDay():Result<{sec:Int64, usec:Int}>;
/**
Samples the high-resolution timer.
**/
static function hrTime():UInt64;
/**
Suspends the calling thread for at least the given number of milliseconds.
**/
static function sleep(duration:Int):Void;
}

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package eval.luv;
/**
Timers.
@see https://aantron.github.io/luv/luv/Luv/Timer
**/
@:using(eval.luv.Handle)
@:coreType abstract Timer to Handle {
/** The timer repeat interval. */
public var repeat(get,set):Int;
function get_repeat():Int;
function set_repeat(v:Int):Int;
/** Evaluates to the time until the timer expires, or zero if it has already expired. */
public var dueIn(get,never):Int;
function get_dueIn():Int;
/**
Allocate and initialize an idle handle.
The handle should be cleaned up with `eval.luv.Handle.close` when no longer needed.
**/
static public function init(loop:Loop):Result<Timer>;
/**
Starts a timer.
**/
public function start(callback:()->Void, timeoutMs:Int, ?repeatMs:Int):Result<Result.NoData>;
/**
Stops a timer.
**/
public function stop():Result<Result.NoData>;
/**
Restarts a timer.
**/
public function again():Result<Result.NoData>;
}

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package eval.luv;
enum abstract TtyMode(Int) {
var NORMAL = 0;
var RAW = 1;
var IO = 2;
}
enum abstract VTermState(Int) {
var SUPPORTED = 0;
var UNSUPPORTED = 1;
}
/**
Consoles.
@see https://aantron.github.io/luv/luv/Luv/Tty
**/
@:using(eval.luv.Handle)
@:using(eval.luv.Stream)
@:coreType abstract Tty to Handle to Stream to Stream.TStream<Tty> {
/**
To be called when the program exits.
Resets TTY settings to default values for the next process to take over.
**/
static public function resetMode():Result<Result.NoData>;
/**
Controls whether console virtual terminal sequences are processed by libuv
or console. Useful in particular for enabling ConEmu support of ANSI X3.64
and Xterm 256 colors. Otherwise Windows10 consoles are usually detected
automatically.
This function is only meaningful on Windows systems. On Unix it is silently
ignored.
**/
static public function setVTermState(state:VTermState):Void;
/**
Get the current state of whether console virtual terminal sequences are
handled by libuv or the console.
This function is not implemented on Unix, where it returns `UVError.UV_ENOTSUP`.
**/
static public function getVTermState():Result<VTermState>;
/**
Allocates and initializes a TTY handle.
The handle should be cleaned up with `eval.luv.Handle.close` when no longer needed.
**/
static public function init(loop:Loop, file:File):Result<Tty>;
/**
Sets the TTY's mode.
**/
public function setMode(mode:TtyMode):Result<Result.NoData>;
/**
Retrieves the current window size.
**/
public function getWinSize():Result<{width:Int, height:Int}>;
}

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package eval.luv;
/**
Error handling.
@see https://aantron.github.io/luv/luv/Luv/Error
**/
enum abstract UVError(Int) {
/** argument list too long */
var UV_E2BIG = 0;
/** permission denied */
var UV_EACCES = 1;
/** address already in use */
var UV_EADDRINUSE = 2;
/** address not available */
var UV_EADDRNOTAVAIL = 3;
/** address family not supported */
var UV_EAFNOSUPPORT = 4;
/** resource temporarily unavailable */
var UV_EAGAIN = 5;
/** address family not supported */
var UV_EAI_ADDRFAMILY = 6;
/** temporary failure */
var UV_EAI_AGAIN = 7;
/** bad ai_flags value */
var UV_EAI_BADFLAGS = 8;
/** invalid value for hints */
var UV_EAI_BADHINTS = 9;
/** request canceled */
var UV_EAI_CANCELED = 10;
/** permanent failure */
var UV_EAI_FAIL = 11;
/** ai_family not supported */
var UV_EAI_FAMILY = 12;
/** out of memory */
var UV_EAI_MEMORY = 13;
/** no address */
var UV_EAI_NODATA = 14;
/** unknown node or service */
var UV_EAI_NONAME = 15;
/** argument buffer overflow */
var UV_EAI_OVERFLOW = 16;
/** resolved protocol is unknown */
var UV_EAI_PROTOCOL = 17;
/** service not available for socket type */
var UV_EAI_SERVICE = 18;
/** socket type not supported */
var UV_EAI_SOCKTYPE = 19;
/** connection already in progress */
var UV_EALREADY = 20;
/** bad file descriptor */
var UV_EBADF = 21;
/** resource busy or locked */
var UV_EBUSY = 22;
/** operation canceled */
var UV_ECANCELED = 23;
/** invalid Unicode character */
// var UV_ECHARSET = 24; // not defined in Luv ocaml library
/** software caused connection abort */
var UV_ECONNABORTED = 25;
/** connection refused */
var UV_ECONNREFUSED = 26;
/** connection reset by peer */
var UV_ECONNRESET = 27;
/** destination address required */
var UV_EDESTADDRREQ = 28;
/** file already exists */
var UV_EEXIST = 29;
/** bad address in system call argument */
var UV_EFAULT = 30;
/** file too large */
var UV_EFBIG = 31;
/** host is unreachable */
var UV_EHOSTUNREACH = 32;
/** interrupted system call */
var UV_EINTR = 33;
/** invalid argument */
var UV_EINVAL = 34;
/** i/o error */
var UV_EIO = 35;
/** socket is already connected */
var UV_EISCONN = 36;
/** illegal operation on a directory */
var UV_EISDIR = 37;
/** too many symbolic links encountered */
var UV_ELOOP = 38;
/** too many open files */
var UV_EMFILE = 39;
/** message too long */
var UV_EMSGSIZE = 40;
/** name too long */
var UV_ENAMETOOLONG = 41;
/** network is down */
var UV_ENETDOWN = 42;
/** network is unreachable */
var UV_ENETUNREACH = 43;
/** file table overflow */
var UV_ENFILE = 44;
/** no buffer space available */
var UV_ENOBUFS = 45;
/** no such device */
var UV_ENODEV = 46;
/** no such file or directory */
var UV_ENOENT = 47;
/** not enough memory */
var UV_ENOMEM = 48;
/** machine is not on the network */
var UV_ENONET = 49;
/** protocol not available */
var UV_ENOPROTOOPT = 50;
/** no space left on device */
var UV_ENOSPC = 51;
/** function not implemented */
var UV_ENOSYS = 52;
/** socket is not connected */
var UV_ENOTCONN = 53;
/** not a directory */
var UV_ENOTDIR = 54;
/** directory not empty */
var UV_ENOTEMPTY = 55;
/** socket operation on non-socket */
var UV_ENOTSOCK = 56;
/** operation not supported on socket */
var UV_ENOTSUP = 57;
/** operation not permitted */
var UV_EPERM = 58;
/** broken pipe */
var UV_EPIPE = 59;
/** protocol error */
var UV_EPROTO = 60;
/** protocol not supported */
var UV_EPROTONOSUPPORT = 61;
/** protocol wrong type for socket */
var UV_EPROTOTYPE = 62;
/** result too large */
var UV_ERANGE = 63;
/** read-only file system */
var UV_EROFS = 64;
/** cannot send after transport endpoint shutdown */
var UV_ESHUTDOWN = 65;
/** invalid seek */
var UV_ESPIPE = 66;
/** no such process */
var UV_ESRCH = 67;
/** connection timed out */
var UV_ETIMEDOUT = 68;
/** text file is busy */
var UV_ETXTBSY = 69;
/** cross-device link not permitted */
var UV_EXDEV = 70;
/** unknown error */
var UV_UNKNOWN = 71;
/** end of file */
var UV_EOF = 72;
/** no such device or address */
var UV_ENXIO = 73;
/** too many links */
var UV_EMLINK = 74;
/** inappropriate ioctl for device */
var UV_ENOTTY = 75;
/** inappropriate file type or format */
var UV_EFTYPE = 76;
/** illegal byte sequence */
var UV_EILSEQ = 77;
/**
Converts a system error code to a libuv error.
**/
extern static public function translateSysError(code:Int):UVError;
/**
Setup a callback for unhandled exceptions.
@see https://aantron.github.io/luv/luv/Luv/Error#val-set_on_unhandled_exception
**/
extern static public function setOnUnhandledException(callback:(e:haxe.Exception)->Void):Void;
/**
Returns the name of the given error.
**/
extern public function errName():String;
/**
Returns the error message corresponding to the given error.
**/
extern public function toString():String;
}

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package eval.luv;
import haxe.ds.Option;
import eval.luv.SockAddr;
enum abstract UdpMembership(Int) {
var LEAVE_GROUP = 0;
var JOIN_GROUP = 1;
}
enum abstract RecvFlag(Int) {
var PARTIAL = 0;
var MMSG_CHUNK = 1;
var MMSG_FREE = 2;
}
/**
UDP sockets.
@see https://aantron.github.io/luv/luv/Luv/UDP
**/
@:using(eval.luv.Handle)
@:coreType abstract Udp to Handle to Handle.SocketHandle {
/**
Allocates and initializes a UDP socket.
The handle should be cleaned up with `eval.luv.Handle.close` when no longer needed.
**/
static public function init(loop:Loop, ?domain:AddressFamily, recvmmsg:Bool = false):Result<Udp>;
/**
Assigns an address to the UDP socket.
**/
public function bind(addr:SockAddr, ipv6Only:Bool = false, reuseAddr:Bool = false):Result<Result.NoData>;
/**
Assigns a peer address to the socket.
**/
public function connect(addr:SockAddr):Result<ConnectedUdp>;
/**
Retrieves the address assigned to the UDP socket.
**/
public function getSockName():Result<SockAddr>;
/**
Sets multicast group membership.
**/
public function setMembership(group:String, interfaceName:String, membership:UdpMembership):Result<Result.NoData>;
/**
Sets source-specific multicast group membership.
**/
public function setSourceMembership(group:String, interfaceName:String, source:String, membership:UdpMembership):Result<Result.NoData>;
/**
Set multicast loopback.
**/
public function setMulticastLoop(value:Bool):Result<Result.NoData>;
/**
Set multicast TTL.
**/
public function setMulticastTtl(value:Int):Result<Result.NoData>;
/**
Sets the interface to be used for multicast.
**/
public function setMulticastInterface(value:Int):Result<Result.NoData>;
/**
Sets broadcast.
**/
public function setBroadcast(value:Bool):Result<Result.NoData>;
/**
Sets the TTL.
**/
public function setTtl(value:Int):Result<Result.NoData>;
/**
Sends a datagram.
For connected UDP sockets, see `eval.luv.UDP.Connected.send`.
**/
public function send(data:Array<Buffer>, addr:SockAddr, callback:(result:Result<Result.NoData>)->Void):Void;
/**
Like `eval.luv.UDP.send`, but only attempts to send the datagram immediately.
**/
public function trySend(data:Array<Buffer>, addr:SockAddr):Result<Result.NoData>;
/**
Calls `callback` whenever a datagram is received on the UDP socket.
@see https://aantron.github.io/luv/luv/Luv/UDP/index.html#val-recv_start
**/
public function recvStart(callback:(result:Result<{data:Buffer, addr:Option<SockAddr>, flags:Array<RecvFlag>}>, ?allocate:(size:Int)->Buffer)->Void):Void;
/**
Stops the callback provided to `eval.luv.UDP.recvStart`.
**/
public function recvStop():Result<Result.NoData>;
/**
Evaluates to true if and only if the UDP was created with `recvmmsg = true`
and the platform supports recvmmsg(2).
**/
public function usingRecvmmsg():Bool;
/**
Number of bytes queued for sending. This field strictly shows how much
information is currently queued.
**/
public function getSendQueueSize():Int;
/**
Number of send requests currently in the queue awaiting to be processed.
**/
public function getSendQueueCount():Int;
}

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package eval.luv;
/**
Version information for the vendored libuv.
@see https://aantron.github.io/luv/luv/Luv/Version
**/
extern class Version {
/**
Returns the libuv version as a string.
**/
static function string():String;
/**
libuv major version number.
**/
static final major:Int;
/**
libuv minor version number.
**/
static final minor:Int;
/**
libuv patch version number.
**/
static final patch:Int;
/**
`true` if the libuv version is a release, and `false` if it is a development version.
This does not depend on Haxe compilation arguments and will almost always be `true`.
**/
static final isRelease:Bool;
/**
libuv version suffix for development releases.
**/
static final suffix:String;
/**
libuv version packed into a single integer.
**/
static final hex:Int;
}