1///|
2type Signal
3
4///|
5extern "c" fn uv_signal_make() -> 
type Signal
Signal = "moonbit_uv_signal_make"
6
7///|
8extern "c" fn uv_signal_init(uv : 
type Loop Bytes
Loop, signal : 
type Signal
Signal) -> 
Int
Int = "moonbit_uv_signal_init"
9
10///|
11pub fn 
type Signal
Signal::
(self : Loop) -> Signal!Errno
new(
Loop
self : 
type Loop Bytes
Loop) -> 
type Signal
Signal!
type! Errno Status
Errno {
12  let 
Signal
signal = 
() -> Signal
uv_signal_make()
13  let 
Int
status = 
(uv : Loop, signal : Signal) -> Int
uv_signal_init(
Loop
self, 
Signal
signal)
14  if 
Int
status 
(self_ : Int, other : Int) -> Bool
< 0 {
15    raise 
type! Errno Status
Errno::
(errno : Int) -> Errno
of_int(
Int
status)
16  }
17  
Signal
signal
18}
19
20///|
21extern "c" fn uv_signal_start(
22  signal : 
type Signal
Signal,
23  cb : (
type Signal
Signal, 
Int
Int) -> 
Unit
Unit,
24  signum : 
Int
Int
25) -> 
Int
Int = "moonbit_uv_signal_start"
26
27///|
28pub fn 
type Signal
Signal::
(self : Signal, cb : (Signal, Signum) -> Unit, signum : Signum) -> Unit!Errno
start(
29  
Signal
self : 
type Signal
Signal,
30  
(Signal, Signum) -> Unit
cb : (
type Signal
Signal, 
type Signum Int
Signum) -> 
Unit
Unit,
31  
Signum
signum : 
type Signum Int
Signum
32) -> 
Unit
Unit!
type! Errno Status
Errno {
33  fn 
(Signal, Int) -> Unit
uv_cb(
Signal
signal : 
type Signal
Signal, 
Int
signum : 
Int
Int) {
34    
(Signal, Signum) -> Unit
cb(
Signal
signal, 
Int
signum)
35  }
36
37  let 
Int
status = 
(signal : Signal, cb : (Signal, Int) -> Unit, signum : Int) -> Int
uv_signal_start(
Signal
self, 
(Signal, Int) -> Unit
uv_cb, 
Signum
signum.
Int
_)
38  if 
Int
status 
(self_ : Int, other : Int) -> Bool
< 0 {
39    raise 
type! Errno Status
Errno::
(errno : Int) -> Errno
of_int(
Int
status)
40  }
41}
42
43///|
44extern "c" fn uv_signal_stop(signal : 
type Signal
Signal) -> 
Int
Int = "moonbit_uv_signal_stop"
45
46///|
47pub fn 
type Signal
Signal::
(self : Signal) -> Unit!Errno
stop(
Signal
self : 
type Signal
Signal) -> 
Unit
Unit!
type! Errno Status
Errno {
48  let 
Int
status = 
(signal : Signal) -> Int
uv_signal_stop(
Signal
self)
49  if 
Int
status 
(self_ : Int, other : Int) -> Bool
< 0 {
50    raise 
type! Errno Status
Errno::
(errno : Int) -> Errno
of_int(
Int
status)
51  }
52}
53
54///|
55extern "c" fn uv_SIGHUP() -> 
Int
Int = "moonbit_uv_SIGHUP"
56
57///|
58let 
Int
_SIGHUP : 
Int
Int = 
() -> Int
uv_SIGHUP()
59
60///|
61extern "c" fn uv_SIGINT() -> 
Int
Int = "moonbit_uv_SIGINT"
62
63///|
64let 
Int
_SIGINT : 
Int
Int = 
() -> Int
uv_SIGINT()
65
66///|
67extern "c" fn uv_SIGQUIT() -> 
Int
Int = "moonbit_uv_SIGQUIT"
68
69///|
70let 
Int
_SIGQUIT : 
Int
Int = 
() -> Int
uv_SIGQUIT()
71
72///|
73extern "c" fn uv_SIGABRT() -> 
Int
Int = "moonbit_uv_SIGABRT"
74
75///|
76let 
Int
_SIGABRT : 
Int
Int = 
() -> Int
uv_SIGABRT()
77
78///|
79extern "c" fn uv_SIGTERM() -> 
Int
Int = "moonbit_uv_SIGTERM"
80
81///|
82let 
Int
_SIGTERM : 
Int
Int = 
() -> Int
uv_SIGTERM()
83
84///|
85extern "c" fn uv_SIGWINCH() -> 
Int
Int = "moonbit_uv_SIGWINCH"
86
87///|
88let 
Int
_SIGWINCH : 
Int
Int = 
() -> Int
uv_SIGWINCH()
89
90///|
91extern "c" fn uv_SIGPIPE() -> 
Int
Int = "moonbit_uv_SIGPIPE"
92
93///|
94let 
Int
_SIGPIPE : 
Int
Int = 
() -> Int
uv_SIGPIPE()
95
96///|
97type Signum 
Int
Int
98
99///|
100pub fn 
type Signum Int
Signum::
() -> Signum
sighup() -> 
type Signum Int
Signum {
101  
Int
_SIGHUP
102}
103
104///|
105pub fn 
type Signum Int
Signum::
() -> Signum
sigint() -> 
type Signum Int
Signum {
106  
Int
_SIGINT
107}
108
109///|
110pub fn 
type Signum Int
Signum::
() -> Signum
sigquit() -> 
type Signum Int
Signum {
111  
Int
_SIGQUIT
112}
113
114///|
115pub fn 
type Signum Int
Signum::
() -> Signum
sigabrt() -> 
type Signum Int
Signum {
116  
Int
_SIGABRT
117}
118
119///|
120pub fn 
type Signum Int
Signum::
() -> Signum
sigterm() -> 
type Signum Int
Signum {
121  
Int
_SIGTERM
122}
123
124///|
125pub fn 
type Signum Int
Signum::
() -> Signum
sigwinch() -> 
type Signum Int
Signum {
126  
Int
_SIGWINCH
127}
128
129///|
130pub fn 
type Signum Int
Signum::
() -> Signum!Errno
sigpipe() -> 
type Signum Int
Signum!
type! Errno Status
Errno {
131  if 
Int
_SIGPIPE 
(self : Int, other : Int) -> Bool
Compares two integers for equality.
Parameters:

self : The first integer to compare.
other : The second integer to compare.
Returns true if both integers have the same value, false otherwise.
Example:
test "Int::op_equal" {
  inspect(42 == 42, content="true")
  inspect(42 == -42, content="false")
}
== -1 {
132    raise 
(Status) -> Errno
Errno(Status::
Status
ENOSYS)
133  } else {
134    
Int
_SIGPIPE
135  }
136}
137