1///|
2extern "c" fn strerror_r(err : 
Int
Int, bytes : 
Bytes
Bytes) = "moonbit_uv_strerror_r"
3
4///|
5fn 
(errno : Int) -> @string.StringView
strerror(
Int
errno : 
Int
Int) -> 
type @string.StringView
A @string.View represents a view of a String that maintains proper Unicode
character boundaries. It allows safe access to a substring while handling
multi-byte characters correctly.
@string.View {
6  let 
Bytes
bytes = 
(Int, Byte) -> Bytes
Bytes::
(len : Int, init : Byte) -> Bytes
Creates a new byte sequence of the specified length, where each byte is
initialized to the given value. Returns an empty byte sequence if the
length is negative.
Parameters:

length : The length of the byte sequence to create. Must be non-negative.
initial_value : The byte value used to initialize each position in the
sequence.
Example:
test "Bytes::make" {
  let bytes = Bytes::make(3, b'\xFF')
  inspect(bytes, content=
  #|b"\xff\xff\xff"
)
  let empty = Bytes::make(0, b'\x00')
  inspect(empty, content="b\"\"")
}
make(256, 0)
7  
(err : Int, bytes : Bytes) -> Unit
strerror_r(
Int
errno, 
Bytes
bytes)
8  let 
@buffer.T
buffer = 
(size_hint~ : Int = ..) -> @buffer.T
Creates a new extensible buffer with specified initial capacity. If the
initial capacity is less than 1, the buffer will be initialized with capacity
1.
Parameters:

size_hint : Initial capacity of the buffer in bytes. Defaults to 0.
Returns a new buffer of type T.
Example:
test "new" {
  let buf = @buffer.new(size_hint=10)
  inspect(buf.length(), content="0")
  buf.write_string("test")
  inspect(buf.length(), content="8")
}
@buffer.new()
9  for 
Byte
byte in 
Bytes
bytes {
10    if 
Byte
byte 
(self : Byte, that : Byte) -> Bool
Compares two Byte values for equality.
Parameters:

self : The first Byte value to compare.
that : The second Byte value to compare.
Returns true if the two Byte values are equal, otherwise false.
== 0 {
11      break
12    }
13    
@buffer.T
buffer.
(self : @buffer.T, value : Byte) -> Unit
Writes a single byte to the end of the buffer. The buffer will automatically
grow if necessary to accommodate the new byte.
Parameters:

buffer : The buffer to write to.
byte : The byte value to be written.
Example:
test "write_byte" {
  let buf = @buffer.new()
  buf.write_byte(b'\x41')
  inspect(buf.contents(), content="b\"\\x41\"")
}
write_byte(
Byte
byte)
14  }
15  
(encoding~ : @encoding.Encoding, input : @bytes.View) -> String
@encoding.decode_lossy(
@encoding.Encoding
encoding=
@encoding.Encoding
UTF8, 
@buffer.T
buffer.
(self : @buffer.T) -> Bytes
Returns a copy of the buffer's contents as a Bytes object. The returned
bytes will have the same length as the buffer.
Parameters:

buffer : The buffer whose contents will be converted to bytes.
Returns a Bytes object containing a copy of the buffer's contents.
Example:
test "to_bytes" {
  let buf = @buffer.new()
  buf.write_string("Test")
  let bytes = buf.to_bytes()
  inspect(bytes.length(), content="8")
}
to_bytes())
16}
17
18///|
19pub enum Status {
20  
Status
E2BIG
21  
Status
EACCES
22  
Status
EADDRINUSE
23  
Status
EADDRNOTAVAIL
24  
Status
EAFNOSUPPORT
25  
Status
EAGAIN
26  
Status
EAI_ADDRFAMILY
27  
Status
EAI_AGAIN
28  
Status
EAI_BADFLAGS
29  
Status
EAI_BADHINTS
30  
Status
EAI_CANCELED
31  
Status
EAI_FAIL
32  
Status
EAI_FAMILY
33  
Status
EAI_MEMORY
34  
Status
EAI_NODATA
35  
Status
EAI_NONAME
36  
Status
EAI_OVERFLOW
37  
Status
EAI_PROTOCOL
38  
Status
EAI_SERVICE
39  
Status
EAI_SOCKTYPE
40  
Status
EALREADY
41  
Status
EBADF
42  
Status
EBUSY
43  
Status
ECANCELED
44  
Status
ECHARSET
45  
Status
ECONNABORTED
46  
Status
ECONNREFUSED
47  
Status
ECONNRESET
48  
Status
EDESTADDRREQ
49  
Status
EEXIST
50  
Status
EFAULT
51  
Status
EFBIG
52  
Status
EHOSTUNREACH
53  
Status
EINTR
54  
Status
EINVAL
55  
Status
EIO
56  
Status
EISCONN
57  
Status
EISDIR
58  
Status
ELOOP
59  
Status
EMFILE
60  
Status
EMSGSIZE
61  
Status
ENAMETOOLONG
62  
Status
ENETDOWN
63  
Status
ENETUNREACH
64  
Status
ENFILE
65  
Status
ENOBUFS
66  
Status
ENODEV
67  
Status
ENOENT
68  
Status
ENOMEM
69  
Status
ENONET
70  
Status
ENOPROTOOPT
71  
Status
ENOSPC
72  
Status
ENOSYS
73  
Status
ENOTCONN
74  
Status
ENOTDIR
75  
Status
ENOTEMPTY
76  
Status
ENOTSOCK
77  
Status
ENOTSUP
78  
Status
EOVERFLOW
79  
Status
EPERM
80  
Status
EPIPE
81  
Status
EPROTO
82  
Status
EPROTONOSUPPORT
83  
Status
EPROTOTYPE
84  
Status
ERANGE
85  
Status
EROFS
86  
Status
ESHUTDOWN
87  
Status
ESPIPE
88  
Status
ESRCH
89  
Status
ETIMEDOUT
90  
Status
ETXTBSY
91  
Status
EXDEV
92  
Status
UNKNOWN
93  
Status
EOF
94  
Status
ENXIO
95  
Status
EMLINK
96  
Status
EHOSTDOWN
97  
Status
EREMOTEIO
98  
Status
ENOTTY
99  
Status
EFTYPE
100  
Status
EILSEQ
101  
Status
ESOCKTNOSUPPORT
102  
Status
ENODATA
103  
Status
EUNATCH
104  
Status
ENOEXEC
105} derive(
(Status, Status) -> Bool
Trait for types whose elements can test for equality
Eq, 
(Status, Hasher) -> Unit
Trait for types that can be hashed
Hash)
106
107///|
108pub type! Errno 
enum Status {
  E2BIG
  EACCES
  EADDRINUSE
  EADDRNOTAVAIL
  EAFNOSUPPORT
  EAGAIN
  EAI_ADDRFAMILY
  EAI_AGAIN
  EAI_BADFLAGS
  EAI_BADHINTS
  EAI_CANCELED
  EAI_FAIL
  EAI_FAMILY
  EAI_MEMORY
  EAI_NODATA
  EAI_NONAME
  EAI_OVERFLOW
  EAI_PROTOCOL
  EAI_SERVICE
  EAI_SOCKTYPE
  EALREADY
  EBADF
  EBUSY
  ECANCELED
  ECHARSET
  ECONNABORTED
  ECONNREFUSED
  ECONNRESET
  EDESTADDRREQ
  EEXIST
  EFAULT
  EFBIG
  EHOSTUNREACH
  EINTR
  EINVAL
  EIO
  EISCONN
  EISDIR
  ELOOP
  EMFILE
  EMSGSIZE
  ENAMETOOLONG
  ENETDOWN
  ENETUNREACH
  ENFILE
  ENOBUFS
  ENODEV
  ENOENT
  ENOMEM
  ENONET
  ENOPROTOOPT
  ENOSPC
  ENOSYS
  ENOTCONN
  ENOTDIR
  ENOTEMPTY
  ENOTSOCK
  ENOTSUP
  EOVERFLOW
  EPERM
  EPIPE
  EPROTO
  EPROTONOSUPPORT
  EPROTOTYPE
  ERANGE
  EROFS
  ESHUTDOWN
  ESPIPE
  ESRCH
  ETIMEDOUT
  ETXTBSY
  EXDEV
  UNKNOWN
  EOF
  ENXIO
  EMLINK
  EHOSTDOWN
  EREMOTEIO
  ENOTTY
  EFTYPE
  EILSEQ
  ESOCKTNOSUPPORT
  ENODATA
  EUNATCH
  ENOEXEC
}
Status derive(
(Errno, Errno) -> Bool
Trait for types whose elements can test for equality
Eq, 
(Errno, Hasher) -> Unit
Trait for types that can be hashed
Hash)
109
110///|
111let 
Map[Errno, @string.StringView]
errno_messages : 
type Map[K, V]
Mutable linked hash map that maintains the order of insertion, not thread safe.
Example
let map = { 3: "three", 8 :  "eight", 1 :  "one"}
assert_eq(map.get(2), None)
assert_eq(map.get(3), Some("three"))
map.set(3, "updated")
assert_eq(map.get(3), Some("updated"))
Map[
type! Errno Status
Errno, 
type @string.StringView
A @string.View represents a view of a String that maintains proper Unicode
character boundaries. It allows safe access to a substring while handling
multi-byte characters correctly.
@string.View] = 
type Map[K, V]
Mutable linked hash map that maintains the order of insertion, not thread safe.
Example
let map = { 3: "three", 8 :  "eight", 1 :  "one"}
assert_eq(map.get(2), None)
assert_eq(map.get(3), Some("three"))
map.set(3, "updated")
assert_eq(map.get(3), Some("updated"))
Map::
(capacity~ : Int = ..) -> Map[Errno, @string.StringView]
Create a hash map.
The capacity of the map will be the smallest power of 2 that is
greater than or equal to the provided [capacity].
new()
112
113///|
114let 
Map[Int, Errno]
errno_errors : 
type Map[K, V]
Mutable linked hash map that maintains the order of insertion, not thread safe.
Example
let map = { 3: "three", 8 :  "eight", 1 :  "one"}
assert_eq(map.get(2), None)
assert_eq(map.get(3), Some("three"))
map.set(3, "updated")
assert_eq(map.get(3), Some("updated"))
Map[
Int
Int, 
type! Errno Status
Errno] = 
type Map[K, V]
Mutable linked hash map that maintains the order of insertion, not thread safe.
Example
let map = { 3: "three", 8 :  "eight", 1 :  "one"}
assert_eq(map.get(2), None)
assert_eq(map.get(3), Some("three"))
map.set(3, "updated")
assert_eq(map.get(3), Some("updated"))
Map::
(capacity~ : Int = ..) -> Map[Int, Errno]
Create a hash map.
The capacity of the map will be the smallest power of 2 that is
greater than or equal to the provided [capacity].
new()
115
116///|
117let 
Map[Errno, Int]
errno_values : 
type Map[K, V]
Mutable linked hash map that maintains the order of insertion, not thread safe.
Example
let map = { 3: "three", 8 :  "eight", 1 :  "one"}
assert_eq(map.get(2), None)
assert_eq(map.get(3), Some("three"))
map.set(3, "updated")
assert_eq(map.get(3), Some("updated"))
Map[
type! Errno Status
Errno, 
Int
Int] = 
type Map[K, V]
Mutable linked hash map that maintains the order of insertion, not thread safe.
Example
let map = { 3: "three", 8 :  "eight", 1 :  "one"}
assert_eq(map.get(2), None)
assert_eq(map.get(3), Some("three"))
map.set(3, "updated")
assert_eq(map.get(3), Some("updated"))
Map::
(capacity~ : Int = ..) -> Map[Errno, Int]
Create a hash map.
The capacity of the map will be the smallest power of 2 that is
greater than or equal to the provided [capacity].
new()
118
119///|
120fn init {
121  
Map[Int, Errno]
errno_errors
(Map[Int, Errno], Int, Errno) -> Unit
[uv_E2BIG()] = 
(Status) -> Errno
Errno(Status::
Status
E2BIG)
122  
Map[Int, Errno]
errno_errors
(Map[Int, Errno], Int, Errno) -> Unit
[uv_EACCES()] = 
(Status) -> Errno
Errno(Status::
Status
EACCES)
123  
Map[Int, Errno]
errno_errors
(Map[Int, Errno], Int, Errno) -> Unit
[uv_EADDRINUSE()] = 
(Status) -> Errno
Errno(Status::
Status
EADDRINUSE)
124  
Map[Int, Errno]
errno_errors
(Map[Int, Errno], Int, Errno) -> Unit
[uv_EADDRNOTAVAIL()] = 
(Status) -> Errno
Errno(Status::
Status
EADDRNOTAVAIL)
125  
Map[Int, Errno]
errno_errors
(Map[Int, Errno], Int, Errno) -> Unit
[uv_EAFNOSUPPORT()] = 
(Status) -> Errno
Errno(Status::
Status
EAFNOSUPPORT)
126  
Map[Int, Errno]
errno_errors
(Map[Int, Errno], Int, Errno) -> Unit
[uv_EAGAIN()] = 
(Status) -> Errno
Errno(Status::
Status
EAGAIN)
127  
Map[Int, Errno]
errno_errors
(Map[Int, Errno], Int, Errno) -> Unit
[uv_EAI_ADDRFAMILY()] = 
(Status) -> Errno
Errno(Status::
Status
EAI_ADDRFAMILY)
128  
Map[Int, Errno]
errno_errors
(Map[Int, Errno], Int, Errno) -> Unit
[uv_EAI_AGAIN()] = 
(Status) -> Errno
Errno(Status::
Status
EAI_AGAIN)
129  
Map[Int, Errno]
errno_errors
(Map[Int, Errno], Int, Errno) -> Unit
[uv_EAI_BADFLAGS()] = 
(Status) -> Errno
Errno(Status::
Status
EAI_BADFLAGS)
130  
Map[Int, Errno]
errno_errors
(Map[Int, Errno], Int, Errno) -> Unit
[uv_EAI_BADHINTS()] = 
(Status) -> Errno
Errno(Status::
Status
EAI_BADHINTS)
131  
Map[Int, Errno]
errno_errors
(Map[Int, Errno], Int, Errno) -> Unit
[uv_EAI_CANCELED()] = 
(Status) -> Errno
Errno(Status::
Status
EAI_CANCELED)
132  
Map[Int, Errno]
errno_errors
(Map[Int, Errno], Int, Errno) -> Unit
[uv_EAI_FAIL()] = 
(Status) -> Errno
Errno(Status::
Status
EAI_FAIL)
133  
Map[Int, Errno]
errno_errors
(Map[Int, Errno], Int, Errno) -> Unit
[uv_EAI_FAMILY()] = 
(Status) -> Errno
Errno(Status::
Status
EAI_FAMILY)
134  
Map[Int, Errno]
errno_errors
(Map[Int, Errno], Int, Errno) -> Unit
[uv_EAI_MEMORY()] = 
(Status) -> Errno
Errno(Status::
Status
EAI_MEMORY)
135  
Map[Int, Errno]
errno_errors
(Map[Int, Errno], Int, Errno) -> Unit
[uv_EAI_NODATA()] = 
(Status) -> Errno
Errno(Status::
Status
EAI_NODATA)
136  
Map[Int, Errno]
errno_errors
(Map[Int, Errno], Int, Errno) -> Unit
[uv_EAI_NONAME()] = 
(Status) -> Errno
Errno(Status::
Status
EAI_NONAME)
137  
Map[Int, Errno]
errno_errors
(Map[Int, Errno], Int, Errno) -> Unit
[uv_EAI_OVERFLOW()] = 
(Status) -> Errno
Errno(Status::
Status
EAI_OVERFLOW)
138  
Map[Int, Errno]
errno_errors
(Map[Int, Errno], Int, Errno) -> Unit
[uv_EAI_PROTOCOL()] = 
(Status) -> Errno
Errno(Status::
Status
EAI_PROTOCOL)
139  
Map[Int, Errno]
errno_errors
(Map[Int, Errno], Int, Errno) -> Unit
[uv_EAI_SERVICE()] = 
(Status) -> Errno
Errno(Status::
Status
EAI_SERVICE)
140  
Map[Int, Errno]
errno_errors
(Map[Int, Errno], Int, Errno) -> Unit
[uv_EAI_SOCKTYPE()] = 
(Status) -> Errno
Errno(Status::
Status
EAI_SOCKTYPE)
141  
Map[Int, Errno]
errno_errors
(Map[Int, Errno], Int, Errno) -> Unit
[uv_EALREADY()] = 
(Status) -> Errno
Errno(Status::
Status
EALREADY)
142  
Map[Int, Errno]
errno_errors
(Map[Int, Errno], Int, Errno) -> Unit
[uv_EBADF()] = 
(Status) -> Errno
Errno(Status::
Status
EBADF)
143  
Map[Int, Errno]
errno_errors
(Map[Int, Errno], Int, Errno) -> Unit
[uv_EBUSY()] = 
(Status) -> Errno
Errno(Status::
Status
EBUSY)
144  
Map[Int, Errno]
errno_errors
(Map[Int, Errno], Int, Errno) -> Unit
[uv_ECANCELED()] = 
(Status) -> Errno
Errno(Status::
Status
ECANCELED)
145  
Map[Int, Errno]
errno_errors
(Map[Int, Errno], Int, Errno) -> Unit
[uv_ECHARSET()] = 
(Status) -> Errno
Errno(Status::
Status
ECHARSET)
146  
Map[Int, Errno]
errno_errors
(Map[Int, Errno], Int, Errno) -> Unit
[uv_ECONNABORTED()] = 
(Status) -> Errno
Errno(Status::
Status
ECONNABORTED)
147  
Map[Int, Errno]
errno_errors
(Map[Int, Errno], Int, Errno) -> Unit
[uv_ECONNREFUSED()] = 
(Status) -> Errno
Errno(Status::
Status
ECONNREFUSED)
148  
Map[Int, Errno]
errno_errors
(Map[Int, Errno], Int, Errno) -> Unit
[uv_ECONNRESET()] = 
(Status) -> Errno
Errno(Status::
Status
ECONNRESET)
149  
Map[Int, Errno]
errno_errors
(Map[Int, Errno], Int, Errno) -> Unit
[uv_EDESTADDRREQ()] = 
(Status) -> Errno
Errno(Status::
Status
EDESTADDRREQ)
150  
Map[Int, Errno]
errno_errors
(Map[Int, Errno], Int, Errno) -> Unit
[uv_EEXIST()] = 
(Status) -> Errno
Errno(Status::
Status
EEXIST)
151  
Map[Int, Errno]
errno_errors
(Map[Int, Errno], Int, Errno) -> Unit
[uv_EFAULT()] = 
(Status) -> Errno
Errno(Status::
Status
EFAULT)
152  
Map[Int, Errno]
errno_errors
(Map[Int, Errno], Int, Errno) -> Unit
[uv_EFBIG()] = 
(Status) -> Errno
Errno(Status::
Status
EFBIG)
153  
Map[Int, Errno]
errno_errors
(Map[Int, Errno], Int, Errno) -> Unit
[uv_EHOSTUNREACH()] = 
(Status) -> Errno
Errno(Status::
Status
EHOSTUNREACH)
154  
Map[Int, Errno]
errno_errors
(Map[Int, Errno], Int, Errno) -> Unit
[uv_EINTR()] = 
(Status) -> Errno
Errno(Status::
Status
EINTR)
155  
Map[Int, Errno]
errno_errors
(Map[Int, Errno], Int, Errno) -> Unit
[uv_EINVAL()] = 
(Status) -> Errno
Errno(Status::
Status
EINVAL)
156  
Map[Int, Errno]
errno_errors
(Map[Int, Errno], Int, Errno) -> Unit
[uv_EIO()] = 
(Status) -> Errno
Errno(Status::
Status
EIO)
157  
Map[Int, Errno]
errno_errors
(Map[Int, Errno], Int, Errno) -> Unit
[uv_EISCONN()] = 
(Status) -> Errno
Errno(Status::
Status
EISCONN)
158  
Map[Int, Errno]
errno_errors
(Map[Int, Errno], Int, Errno) -> Unit
[uv_EISDIR()] = 
(Status) -> Errno
Errno(Status::
Status
EISDIR)
159  
Map[Int, Errno]
errno_errors
(Map[Int, Errno], Int, Errno) -> Unit
[uv_ELOOP()] = 
(Status) -> Errno
Errno(Status::
Status
ELOOP)
160  
Map[Int, Errno]
errno_errors
(Map[Int, Errno], Int, Errno) -> Unit
[uv_EMFILE()] = 
(Status) -> Errno
Errno(Status::
Status
EMFILE)
161  
Map[Int, Errno]
errno_errors
(Map[Int, Errno], Int, Errno) -> Unit
[uv_EMSGSIZE()] = 
(Status) -> Errno
Errno(Status::
Status
EMSGSIZE)
162  
Map[Int, Errno]
errno_errors
(Map[Int, Errno], Int, Errno) -> Unit
[uv_ENAMETOOLONG()] = 
(Status) -> Errno
Errno(Status::
Status
ENAMETOOLONG)
163  
Map[Int, Errno]
errno_errors
(Map[Int, Errno], Int, Errno) -> Unit
[uv_ENETDOWN()] = 
(Status) -> Errno
Errno(Status::
Status
ENETDOWN)
164  
Map[Int, Errno]
errno_errors
(Map[Int, Errno], Int, Errno) -> Unit
[uv_ENETUNREACH()] = 
(Status) -> Errno
Errno(Status::
Status
ENETUNREACH)
165  
Map[Int, Errno]
errno_errors
(Map[Int, Errno], Int, Errno) -> Unit
[uv_ENFILE()] = 
(Status) -> Errno
Errno(Status::
Status
ENFILE)
166  
Map[Int, Errno]
errno_errors
(Map[Int, Errno], Int, Errno) -> Unit
[uv_ENOBUFS()] = 
(Status) -> Errno
Errno(Status::
Status
ENOBUFS)
167  
Map[Int, Errno]
errno_errors
(Map[Int, Errno], Int, Errno) -> Unit
[uv_ENODEV()] = 
(Status) -> Errno
Errno(Status::
Status
ENODEV)
168  
Map[Int, Errno]
errno_errors
(Map[Int, Errno], Int, Errno) -> Unit
[uv_ENOENT()] = 
(Status) -> Errno
Errno(Status::
Status
ENOENT)
169  
Map[Int, Errno]
errno_errors
(Map[Int, Errno], Int, Errno) -> Unit
[uv_ENOMEM()] = 
(Status) -> Errno
Errno(Status::
Status
ENOMEM)
170  
Map[Int, Errno]
errno_errors
(Map[Int, Errno], Int, Errno) -> Unit
[uv_ENONET()] = 
(Status) -> Errno
Errno(Status::
Status
ENONET)
171  
Map[Int, Errno]
errno_errors
(Map[Int, Errno], Int, Errno) -> Unit
[uv_ENOPROTOOPT()] = 
(Status) -> Errno
Errno(Status::
Status
ENOPROTOOPT)
172  
Map[Int, Errno]
errno_errors
(Map[Int, Errno], Int, Errno) -> Unit
[uv_ENOSPC()] = 
(Status) -> Errno
Errno(Status::
Status
ENOSPC)
173  
Map[Int, Errno]
errno_errors
(Map[Int, Errno], Int, Errno) -> Unit
[uv_ENOSYS()] = 
(Status) -> Errno
Errno(Status::
Status
ENOSYS)
174  
Map[Int, Errno]
errno_errors
(Map[Int, Errno], Int, Errno) -> Unit
[uv_ENOTCONN()] = 
(Status) -> Errno
Errno(Status::
Status
ENOTCONN)
175  
Map[Int, Errno]
errno_errors
(Map[Int, Errno], Int, Errno) -> Unit
[uv_ENOTDIR()] = 
(Status) -> Errno
Errno(Status::
Status
ENOTDIR)
176  
Map[Int, Errno]
errno_errors
(Map[Int, Errno], Int, Errno) -> Unit
[uv_ENOTEMPTY()] = 
(Status) -> Errno
Errno(Status::
Status
ENOTEMPTY)
177  
Map[Int, Errno]
errno_errors
(Map[Int, Errno], Int, Errno) -> Unit
[uv_ENOTSOCK()] = 
(Status) -> Errno
Errno(Status::
Status
ENOTSOCK)
178  
Map[Int, Errno]
errno_errors
(Map[Int, Errno], Int, Errno) -> Unit
[uv_ENOTSUP()] = 
(Status) -> Errno
Errno(Status::
Status
ENOTSUP)
179  
Map[Int, Errno]
errno_errors
(Map[Int, Errno], Int, Errno) -> Unit
[uv_EOVERFLOW()] = 
(Status) -> Errno
Errno(Status::
Status
EOVERFLOW)
180  
Map[Int, Errno]
errno_errors
(Map[Int, Errno], Int, Errno) -> Unit
[uv_EPERM()] = 
(Status) -> Errno
Errno(Status::
Status
EPERM)
181  
Map[Int, Errno]
errno_errors
(Map[Int, Errno], Int, Errno) -> Unit
[uv_EPIPE()] = 
(Status) -> Errno
Errno(Status::
Status
EPIPE)
182  
Map[Int, Errno]
errno_errors
(Map[Int, Errno], Int, Errno) -> Unit
[uv_EPROTO()] = 
(Status) -> Errno
Errno(Status::
Status
EPROTO)
183  
Map[Int, Errno]
errno_errors
(Map[Int, Errno], Int, Errno) -> Unit
[uv_EPROTONOSUPPORT()] = 
(Status) -> Errno
Errno(Status::
Status
EPROTONOSUPPORT)
184  
Map[Int, Errno]
errno_errors
(Map[Int, Errno], Int, Errno) -> Unit
[uv_EPROTOTYPE()] = 
(Status) -> Errno
Errno(Status::
Status
EPROTOTYPE)
185  
Map[Int, Errno]
errno_errors
(Map[Int, Errno], Int, Errno) -> Unit
[uv_ERANGE()] = 
(Status) -> Errno
Errno(Status::
Status
ERANGE)
186  
Map[Int, Errno]
errno_errors
(Map[Int, Errno], Int, Errno) -> Unit
[uv_EROFS()] = 
(Status) -> Errno
Errno(Status::
Status
EROFS)
187  
Map[Int, Errno]
errno_errors
(Map[Int, Errno], Int, Errno) -> Unit
[uv_ESHUTDOWN()] = 
(Status) -> Errno
Errno(Status::
Status
ESHUTDOWN)
188  
Map[Int, Errno]
errno_errors
(Map[Int, Errno], Int, Errno) -> Unit
[uv_ESPIPE()] = 
(Status) -> Errno
Errno(Status::
Status
ESPIPE)
189  
Map[Int, Errno]
errno_errors
(Map[Int, Errno], Int, Errno) -> Unit
[uv_ESRCH()] = 
(Status) -> Errno
Errno(Status::
Status
ESRCH)
190  
Map[Int, Errno]
errno_errors
(Map[Int, Errno], Int, Errno) -> Unit
[uv_ETIMEDOUT()] = 
(Status) -> Errno
Errno(Status::
Status
ETIMEDOUT)
191  
Map[Int, Errno]
errno_errors
(Map[Int, Errno], Int, Errno) -> Unit
[uv_ETXTBSY()] = 
(Status) -> Errno
Errno(Status::
Status
ETXTBSY)
192  
Map[Int, Errno]
errno_errors
(Map[Int, Errno], Int, Errno) -> Unit
[uv_EXDEV()] = 
(Status) -> Errno
Errno(Status::
Status
EXDEV)
193  
Map[Int, Errno]
errno_errors
(Map[Int, Errno], Int, Errno) -> Unit
[uv_UNKNOWN()] = 
(Status) -> Errno
Errno(Status::
Status
UNKNOWN)
194  
Map[Int, Errno]
errno_errors
(Map[Int, Errno], Int, Errno) -> Unit
[uv_EOF()] = 
(Status) -> Errno
Errno(Status::
Status
EOF)
195  
Map[Int, Errno]
errno_errors
(Map[Int, Errno], Int, Errno) -> Unit
[uv_ENXIO()] = 
(Status) -> Errno
Errno(Status::
Status
ENXIO)
196  
Map[Int, Errno]
errno_errors
(Map[Int, Errno], Int, Errno) -> Unit
[uv_EMLINK()] = 
(Status) -> Errno
Errno(Status::
Status
EMLINK)
197  
Map[Int, Errno]
errno_errors
(Map[Int, Errno], Int, Errno) -> Unit
[uv_EHOSTDOWN()] = 
(Status) -> Errno
Errno(Status::
Status
EHOSTDOWN)
198  
Map[Int, Errno]
errno_errors
(Map[Int, Errno], Int, Errno) -> Unit
[uv_EREMOTEIO()] = 
(Status) -> Errno
Errno(Status::
Status
EREMOTEIO)
199  
Map[Int, Errno]
errno_errors
(Map[Int, Errno], Int, Errno) -> Unit
[uv_ENOTTY()] = 
(Status) -> Errno
Errno(Status::
Status
ENOTTY)
200  
Map[Int, Errno]
errno_errors
(Map[Int, Errno], Int, Errno) -> Unit
[uv_EFTYPE()] = 
(Status) -> Errno
Errno(Status::
Status
EFTYPE)
201  
Map[Int, Errno]
errno_errors
(Map[Int, Errno], Int, Errno) -> Unit
[uv_EILSEQ()] = 
(Status) -> Errno
Errno(Status::
Status
EILSEQ)
202  
Map[Int, Errno]
errno_errors
(Map[Int, Errno], Int, Errno) -> Unit
[uv_ESOCKTNOSUPPORT()] = 
(Status) -> Errno
Errno(Status::
Status
ESOCKTNOSUPPORT)
203  
Map[Int, Errno]
errno_errors
(Map[Int, Errno], Int, Errno) -> Unit
[uv_ENODATA()] = 
(Status) -> Errno
Errno(Status::
Status
ENODATA)
204  
Map[Int, Errno]
errno_errors
(Map[Int, Errno], Int, Errno) -> Unit
[uv_EUNATCH()] = 
(Status) -> Errno
Errno(Status::
Status
EUNATCH)
205  
Map[Int, Errno]
errno_errors
(Map[Int, Errno], Int, Errno) -> Unit
[uv_ENOEXEC()] = 
(Status) -> Errno
Errno(Status::
Status
ENOEXEC)
206  for 
Int
value, 
Errno
error in 
Map[Int, Errno]
errno_errors {
207    
Map[Errno, Int]
errno_values
(Map[Errno, Int], Errno, Int) -> Unit
[error] = 
Int
value
208  }
209}
210
211///|
212pub fn 
(errno : Int) -> Errno
errno(
Int
errno : 
Int
Int) -> 
type! Errno Status
Errno {
213  
Map[Int, Errno]
errno_errors.
(self : Map[Int, Errno], key : Int) -> Errno?
Get the value associated with a key.
get(
Int
errno).
(self : Errno?, default : Errno) -> Errno
Return the contained Some value or the provided default.
or(
(Status) -> Errno
Errno(Status::
Status
UNKNOWN))
214}
215
216///|
217fn 
type! Errno Status
Errno::
(errno : Int) -> Errno
of_int(
Int
errno : 
Int
Int) -> 
type! Errno Status
Errno {
218  
Map[Int, Errno]
errno_errors.
(self : Map[Int, Errno], key : Int) -> Errno?
Get the value associated with a key.
get(
Int
errno).
(self : Errno?, default : Errno) -> Errno
Return the contained Some value or the provided default.
or(
(Status) -> Errno
Errno(Status::
Status
UNKNOWN))
219}
220
221///|
222fn 
type! Errno Status
Errno::
(self : Errno) -> Int
to_int(
Errno
self : 
type! Errno Status
Errno) -> 
Int
Int {
223  
Map[Errno, Int]
errno_values.
(self : Map[Errno, Int], key : Errno) -> Int?
Get the value associated with a key.
get(
Errno
self).
(self : Int?, default : Int) -> Int
Return the contained Some value or the provided default.
or(
() -> Int
uv_UNKNOWN())
224}
225
226///|
227pub impl 
trait Show {
  output(Self, &Logger) -> Unit
  to_string(Self) -> String
}
Trait for types that can be converted to String
Show for 
type! Errno Status
Errno with 
(self : Errno, logger : &Logger) -> Unit
output(
Errno
self : 
type! Errno Status
Errno, 
&Logger
logger : &
trait Logger {
  write_string(Self, String) -> Unit
  write_substring(Self, String, Int, Int) -> Unit
  write_char(Self, Char) -> Unit
}
Trait for a logger, where debug logs can be written into
Logger) -> 
Unit
Unit {
228  if 
Map[Errno, @string.StringView]
errno_messages.
(self : Map[Errno, @string.StringView], key : Errno) -> @string.StringView?
Get the value associated with a key.
get(
Errno
self) is 
(@string.StringView) -> @string.StringView?
Some(
@string.StringView
message) {
229    
&Logger
logger.
(&Logger, String) -> Unit
write_string(
@string.StringView
message.
(self : @string.StringView) -> String
Returns a new String containing a copy of the characters in this view.
Examples
let str = "Hello World"
let view = str[0:5]  // "Hello"
inspect(view.to_string(), content="Hello")
to_string())
230    return
231  }
232  let 
@string.StringView
message = 
(errno : Int) -> @string.StringView
strerror(
Errno
self.
(self : Errno) -> Int
to_int())
233  
Map[Errno, @string.StringView]
errno_messages
(Map[Errno, @string.StringView], Errno, @string.StringView) -> Unit
[self] = 
@string.StringView
message
234  
&Logger
logger.
(&Logger, String) -> Unit
write_string(
@string.StringView
message.
(self : @string.StringView) -> String
Returns a new String containing a copy of the characters in this view.
Examples
let str = "Hello World"
let view = str[0:5]  // "Hello"
inspect(view.to_string(), content="Hello")
to_string())
235}
236
237///|
238extern "c" fn uv_E2BIG() -> 
Int
Int = "moonbit_uv_E2BIG"
239
240///|
241extern "c" fn uv_EACCES() -> 
Int
Int = "moonbit_uv_EACCES"
242
243///|
244extern "c" fn uv_EADDRINUSE() -> 
Int
Int = "moonbit_uv_EADDRINUSE"
245
246///|
247extern "c" fn uv_EADDRNOTAVAIL() -> 
Int
Int = "moonbit_uv_EADDRNOTAVAIL"
248
249///|
250extern "c" fn uv_EAFNOSUPPORT() -> 
Int
Int = "moonbit_uv_EAFNOSUPPORT"
251
252///|
253extern "c" fn uv_EAGAIN() -> 
Int
Int = "moonbit_uv_EAGAIN"
254
255///|
256extern "c" fn uv_EAI_ADDRFAMILY() -> 
Int
Int = "moonbit_uv_EAI_ADDRFAMILY"
257
258///|
259extern "c" fn uv_EAI_AGAIN() -> 
Int
Int = "moonbit_uv_EAI_AGAIN"
260
261///|
262extern "c" fn uv_EAI_BADFLAGS() -> 
Int
Int = "moonbit_uv_EAI_BADFLAGS"
263
264///|
265extern "c" fn uv_EAI_BADHINTS() -> 
Int
Int = "moonbit_uv_EAI_BADHINTS"
266
267///|
268extern "c" fn uv_EAI_CANCELED() -> 
Int
Int = "moonbit_uv_EAI_CANCELED"
269
270///|
271extern "c" fn uv_EAI_FAIL() -> 
Int
Int = "moonbit_uv_EAI_FAIL"
272
273///|
274extern "c" fn uv_EAI_FAMILY() -> 
Int
Int = "moonbit_uv_EAI_FAMILY"
275
276///|
277extern "c" fn uv_EAI_MEMORY() -> 
Int
Int = "moonbit_uv_EAI_MEMORY"
278
279///|
280extern "c" fn uv_EAI_NODATA() -> 
Int
Int = "moonbit_uv_EAI_NODATA"
281
282///|
283extern "c" fn uv_EAI_NONAME() -> 
Int
Int = "moonbit_uv_EAI_NONAME"
284
285///|
286extern "c" fn uv_EAI_OVERFLOW() -> 
Int
Int = "moonbit_uv_EAI_OVERFLOW"
287
288///|
289extern "c" fn uv_EAI_PROTOCOL() -> 
Int
Int = "moonbit_uv_EAI_PROTOCOL"
290
291///|
292extern "c" fn uv_EAI_SERVICE() -> 
Int
Int = "moonbit_uv_EAI_SERVICE"
293
294///|
295extern "c" fn uv_EAI_SOCKTYPE() -> 
Int
Int = "moonbit_uv_EAI_SOCKTYPE"
296
297///|
298extern "c" fn uv_EALREADY() -> 
Int
Int = "moonbit_uv_EALREADY"
299
300///|
301extern "c" fn uv_EBADF() -> 
Int
Int = "moonbit_uv_EBADF"
302
303///|
304extern "c" fn uv_EBUSY() -> 
Int
Int = "moonbit_uv_EBUSY"
305
306///|
307extern "c" fn uv_ECANCELED() -> 
Int
Int = "moonbit_uv_ECANCELED"
308
309///|
310extern "c" fn uv_ECHARSET() -> 
Int
Int = "moonbit_uv_ECHARSET"
311
312///|
313extern "c" fn uv_ECONNABORTED() -> 
Int
Int = "moonbit_uv_ECONNABORTED"
314
315///|
316extern "c" fn uv_ECONNREFUSED() -> 
Int
Int = "moonbit_uv_ECONNREFUSED"
317
318///|
319extern "c" fn uv_ECONNRESET() -> 
Int
Int = "moonbit_uv_ECONNRESET"
320
321///|
322extern "c" fn uv_EDESTADDRREQ() -> 
Int
Int = "moonbit_uv_EDESTADDRREQ"
323
324///|
325extern "c" fn uv_EEXIST() -> 
Int
Int = "moonbit_uv_EEXIST"
326
327///|
328extern "c" fn uv_EFAULT() -> 
Int
Int = "moonbit_uv_EFAULT"
329
330///|
331extern "c" fn uv_EFBIG() -> 
Int
Int = "moonbit_uv_EFBIG"
332
333///|
334extern "c" fn uv_EHOSTUNREACH() -> 
Int
Int = "moonbit_uv_EHOSTUNREACH"
335
336///|
337extern "c" fn uv_EINTR() -> 
Int
Int = "moonbit_uv_EINTR"
338
339///|
340extern "c" fn uv_EINVAL() -> 
Int
Int = "moonbit_uv_EINVAL"
341
342///|
343extern "c" fn uv_EIO() -> 
Int
Int = "moonbit_uv_EIO"
344
345///|
346extern "c" fn uv_EISCONN() -> 
Int
Int = "moonbit_uv_EISCONN"
347
348///|
349extern "c" fn uv_EISDIR() -> 
Int
Int = "moonbit_uv_EISDIR"
350
351///|
352extern "c" fn uv_ELOOP() -> 
Int
Int = "moonbit_uv_ELOOP"
353
354///|
355extern "c" fn uv_EMFILE() -> 
Int
Int = "moonbit_uv_EMFILE"
356
357///|
358extern "c" fn uv_EMSGSIZE() -> 
Int
Int = "moonbit_uv_EMSGSIZE"
359
360///|
361extern "c" fn uv_ENAMETOOLONG() -> 
Int
Int = "moonbit_uv_ENAMETOOLONG"
362
363///|
364extern "c" fn uv_ENETDOWN() -> 
Int
Int = "moonbit_uv_ENETDOWN"
365
366///|
367extern "c" fn uv_ENETUNREACH() -> 
Int
Int = "moonbit_uv_ENETUNREACH"
368
369///|
370extern "c" fn uv_ENFILE() -> 
Int
Int = "moonbit_uv_ENFILE"
371
372///|
373extern "c" fn uv_ENOBUFS() -> 
Int
Int = "moonbit_uv_ENOBUFS"
374
375///|
376extern "c" fn uv_ENODEV() -> 
Int
Int = "moonbit_uv_ENODEV"
377
378///|
379extern "c" fn uv_ENOENT() -> 
Int
Int = "moonbit_uv_ENOENT"
380
381///|
382extern "c" fn uv_ENOMEM() -> 
Int
Int = "moonbit_uv_ENOMEM"
383
384///|
385extern "c" fn uv_ENONET() -> 
Int
Int = "moonbit_uv_ENONET"
386
387///|
388extern "c" fn uv_ENOPROTOOPT() -> 
Int
Int = "moonbit_uv_ENOPROTOOPT"
389
390///|
391extern "c" fn uv_ENOSPC() -> 
Int
Int = "moonbit_uv_ENOSPC"
392
393///|
394extern "c" fn uv_ENOSYS() -> 
Int
Int = "moonbit_uv_ENOSYS"
395
396///|
397extern "c" fn uv_ENOTCONN() -> 
Int
Int = "moonbit_uv_ENOTCONN"
398
399///|
400extern "c" fn uv_ENOTDIR() -> 
Int
Int = "moonbit_uv_ENOTDIR"
401
402///|
403extern "c" fn uv_ENOTEMPTY() -> 
Int
Int = "moonbit_uv_ENOTEMPTY"
404
405///|
406extern "c" fn uv_ENOTSOCK() -> 
Int
Int = "moonbit_uv_ENOTSOCK"
407
408///|
409extern "c" fn uv_ENOTSUP() -> 
Int
Int = "moonbit_uv_ENOTSUP"
410
411///|
412extern "c" fn uv_EOVERFLOW() -> 
Int
Int = "moonbit_uv_EOVERFLOW"
413
414///|
415extern "c" fn uv_EPERM() -> 
Int
Int = "moonbit_uv_EPERM"
416
417///|
418extern "c" fn uv_EPIPE() -> 
Int
Int = "moonbit_uv_EPIPE"
419
420///|
421extern "c" fn uv_EPROTO() -> 
Int
Int = "moonbit_uv_EPROTO"
422
423///|
424extern "c" fn uv_EPROTONOSUPPORT() -> 
Int
Int = "moonbit_uv_EPROTONOSUPPORT"
425
426///|
427extern "c" fn uv_EPROTOTYPE() -> 
Int
Int = "moonbit_uv_EPROTOTYPE"
428
429///|
430extern "c" fn uv_ERANGE() -> 
Int
Int = "moonbit_uv_ERANGE"
431
432///|
433extern "c" fn uv_EROFS() -> 
Int
Int = "moonbit_uv_EROFS"
434
435///|
436extern "c" fn uv_ESHUTDOWN() -> 
Int
Int = "moonbit_uv_ESHUTDOWN"
437
438///|
439extern "c" fn uv_ESPIPE() -> 
Int
Int = "moonbit_uv_ESPIPE"
440
441///|
442extern "c" fn uv_ESRCH() -> 
Int
Int = "moonbit_uv_ESRCH"
443
444///|
445extern "c" fn uv_ETIMEDOUT() -> 
Int
Int = "moonbit_uv_ETIMEDOUT"
446
447///|
448extern "c" fn uv_ETXTBSY() -> 
Int
Int = "moonbit_uv_ETXTBSY"
449
450///|
451extern "c" fn uv_EXDEV() -> 
Int
Int = "moonbit_uv_EXDEV"
452
453///|
454extern "c" fn uv_UNKNOWN() -> 
Int
Int = "moonbit_uv_UNKNOWN"
455
456///|
457extern "c" fn uv_EOF() -> 
Int
Int = "moonbit_uv_EOF"
458
459///|
460extern "c" fn uv_ENXIO() -> 
Int
Int = "moonbit_uv_ENXIO"
461
462///|
463extern "c" fn uv_EMLINK() -> 
Int
Int = "moonbit_uv_EMLINK"
464
465///|
466extern "c" fn uv_EHOSTDOWN() -> 
Int
Int = "moonbit_uv_EHOSTDOWN"
467
468///|
469extern "c" fn uv_EREMOTEIO() -> 
Int
Int = "moonbit_uv_EREMOTEIO"
470
471///|
472extern "c" fn uv_ENOTTY() -> 
Int
Int = "moonbit_uv_ENOTTY"
473
474///|
475extern "c" fn uv_EFTYPE() -> 
Int
Int = "moonbit_uv_EFTYPE"
476
477///|
478extern "c" fn uv_EILSEQ() -> 
Int
Int = "moonbit_uv_EILSEQ"
479
480///|
481extern "c" fn uv_ESOCKTNOSUPPORT() -> 
Int
Int = "moonbit_uv_ESOCKTNOSUPPORT"
482
483///|
484extern "c" fn uv_ENODATA() -> 
Int
Int = "moonbit_uv_ENODATA"
485
486///|
487extern "c" fn uv_EUNATCH() -> 
Int
Int = "moonbit_uv_EUNATCH"
488
489///|
490extern "c" fn uv_ENOEXEC() -> 
Int
Int = "moonbit_uv_ENOEXEC"
491