Added Lua parser implementation and Lua BNF through macro_rules!;
This commit is contained in:
paladin
+294
-228
@@ -1,81 +1,84 @@
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macro_rules! definition {
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{@build ($n:ident structure) ($($t:tt)*) null () } => {
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struct $n ($($t)*);
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};
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{@build ($n:ident enumeration new ($($f:tt)*) ($m:ident($($mt:tt)*)$($r:tt)*)) () null ()} => {
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definition!{@build ($n enumeration ($($f)*) ($m($($mt)*)$($r)*)) () null () $($mt)*}
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};
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{@build ($n:ident enumeration ($($f:tt)*) ($m:ident($($mt:tt)*)$($r:tt)*)) ($($t:tt)*) null ()} => {
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definition!{@build ($n enumeration new ($($f)*$m($($t)*)) ($($r)*)) () null () }
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};
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{@build ($n:ident enumeration new ($($m:ident($($mt:tt)*))*) ()) () null () } => {
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definition!{@build ($n enumeration filter () ($($m($($mt)*))*))}
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};
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{@build ($n:ident structure) ($($t:tt)*) null () } => {
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struct $n ($($t)*);
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};
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{@build ($n:ident enumeration new ($($f:tt)*) ($m:ident($($mt:tt)*)$($r:tt)*)) () null ()} => {
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definition!{@build ($n enumeration ($($f)*) ($m($($mt)*)$($r)*)) () null () $($mt)*}
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};
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{@build ($n:ident enumeration ($($f:tt)*) ($m:ident($($mt:tt)*)$($r:tt)*)) ($($t:tt)*) null ()} => {
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definition!{@build ($n enumeration new ($($f)*$m($($t)*)) ($($r)*)) () null () }
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};
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{@build ($n:ident enumeration new ($($m:ident($($mt:tt)*))*) ()) () null () } => {
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definition!{@build ($n enumeration filter () ($($m($($mt)*))*))}
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};
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{@build ($n:ident enumeration filter ($($e:tt)*) ($m:ident($($mt:tt)+)$($t:tt)*))} => {
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definition!{@build ($n enumeration filter ($($e)*$m($($mt)*),) ($($t)*))}
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};
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{@build ($n:ident enumeration filter ($($e:tt)*) ($m:ident()$($t:tt)*))} => {
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definition!{@build ($n enumeration filter ($($e)*$m,) ($($t)*))}
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};
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{@build ($n:ident enumeration filter ($($e:tt)*) ())} => {
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enum $n {
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definition!{@build ($n enumeration filter ($($e)*$m($($mt)*),) ($($t)*))}
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};
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{@build ($n:ident enumeration filter ($($e:tt)*) ($m:ident()$($t:tt)*))} => {
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definition!{@build ($n enumeration filter ($($e)*$m,) ($($t)*))}
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};
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{@build ($n:ident enumeration filter ($($e:tt)*) ())} => {
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enum $n {
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$($e)*
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}
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};
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{@build $m:tt ($($t:tt)*) null () $l:literal $($r:tt)*} => {
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definition!{@build $m ($($t)*) null () $($r)*}
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};
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{@build $m:tt ($($t:tt)*) null () $i:ident $($r:tt)*} => {
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definition!{@build $m ($($t)*Box<$i>,) null () $($r)*}
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};
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};
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{@build $m:tt ($($t:tt)*) null () $l:literal $($r:tt)*} => {
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definition!{@build $m ($($t)*) null () $($r)*}
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};
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{@build $m:tt ($($t:tt)*) null () $i:ident $($r:tt)*} => {
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definition!{@build $m ($($t)*Box<$i>,) null () $($r)*}
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};
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{@build $m:tt ($($t:tt)*) option ($a:tt) () $($r:tt)*} => {
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definition!{@build $m ($($t)*Option<$a>,) null () $($r)*}
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};
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{@build $m:tt ($($t:tt)*) vector ($a:tt) () $($r:tt)*} => {
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definition!{@build $m ($($t)*Vec<$a>,) null () $($r)*}
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};
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{@build $m:tt ($($t:tt)*) option ($($a:tt)*) () $($r:tt)*} => {
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definition!{@build $m ($($t)*Option<($($a),*)>,) null () $($r)*}
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};
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{@build $m:tt ($($t:tt)*) vector ($($a:tt)*) () $($r:tt)*} => {
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definition!{@build $m ($($t)*Vec<($($a),*)>,) null () $($r)*}
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};
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{@build $m:tt ($($t:tt)*) null () [$($b:tt)*] $($r:tt)*} => {
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definition!{@build $m ($($t)*) option () ($($b)*) $($r)*}
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};
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{@build $m:tt ($($t:tt)*) null () {$($b:tt)*} $($r:tt)*} => {
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definition!{@build $m ($($t)*) vector () ($($b)*) $($r)*}
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};
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{@build $m:tt ($($t:tt)*) $i:ident ($($a:tt)*) ($l:literal $($b:tt)*) $($r:tt)*} => {
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definition!{@build $m ($($t)*) $i ($($a)*) ($($b)*) $($r)*}
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};
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{@build $m:tt ($($t:tt)*) $i:ident ($($a:tt)*) ($n:ident $($b:tt)*) $($r:tt)*} => {
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definition!{@build $m ($($t)*) $i ($($a)*$n) ($($b)*) $($r)*}
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};
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definition!{@build $m ($($t)*Option<$a>,) null () $($r)*}
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};
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{@build $m:tt ($($t:tt)*) vector ($a:tt) () $($r:tt)*} => {
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definition!{@build $m ($($t)*Vec<$a>,) null () $($r)*}
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};
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{@build $m:tt ($($t:tt)*) option ($($a:tt)*) () $($r:tt)*} => {
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definition!{@build $m ($($t)*Option<($($a),*)>,) null () $($r)*}
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};
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{@build $m:tt ($($t:tt)*) vector ($($a:tt)*) () $($r:tt)*} => {
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definition!{@build $m ($($t)*Vec<($($a),*)>,) null () $($r)*}
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};
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{@build $m:tt ($($t:tt)*) null () [$($b:tt)*] $($r:tt)*} => {
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definition!{@build $m ($($t)*) option () ($($b)*) $($r)*}
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};
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{@build $m:tt ($($t:tt)*) null () {$($b:tt)*} $($r:tt)*} => {
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definition!{@build $m ($($t)*) vector () ($($b)*) $($r)*}
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};
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{@build $m:tt ($($t:tt)*) $i:ident ($($a:tt)*) ($l:literal $($b:tt)*) $($r:tt)*} => {
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definition!{@build $m ($($t)*) $i ($($a)*) ($($b)*) $($r)*}
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};
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{@build $m:tt ($($t:tt)*) $i:ident ($($a:tt)*) ($n:ident $($b:tt)*) $($r:tt)*} => {
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definition!{@build $m ($($t)*) $i ($($a)*$n) ($($b)*) $($r)*}
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};
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}
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macro_rules! implement {
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{@begin $n:ident $i:ident $($t:tt)*} => {
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implement!{@build ($i $n) {} {} $($t)*}
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{@begin $n:ident structure $($t:tt)*} => {
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implement!{@build (state result) (structure $n) {} {} $($t)*}
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};
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{@build $m:tt $f:tt {$($f2:tt)*} $s:literal $($t:tt)*} => {
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implement!{@build $m $f {
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{@begin $n:ident enumeration ($m:ident ($($t2:tt)*)$($t:tt)*)} => {
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implement!{@build (state result) (enumeration $m {} ($($t)*) $n) {} {} $($t2)*}
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};
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{@build ($st:ident $r:ident) $m:tt $f:tt {$($f2:tt)*} $s:literal $($t:tt)*} => {
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implement!{@build ($st $r) $m $f {
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$($f2)*
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state = state.trim_start();
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if state.starts_with($s) {
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state = &state[$s.len()..]
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$st = $st.trim_start();
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if $st.starts_with($s) {
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$st = &$st[$s.len()..]
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} else {
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return Err("error".into())
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return Err("error".to_string())
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}
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} $($t)*}
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};
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{@build $m:tt {$($f:tt)*} {$($f2:tt)*} $i:ident $($t:tt)*} => {
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implement!{@build $m {$($f)*{$($f2)*}} {
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let mut result;
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match $i::take(state) {
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{@build ($s:ident $r:ident) $m:tt {$($f:tt)*} {$($f2:tt)*} $i:ident $($t:tt)*} => {
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implement!{@build ($s $r) $m {$($f)*{$($f2)*}} {
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let $r;
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match $i::consume($s) {
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Ok((r,s)) => {
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state = s;
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result = r;
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$s = s;
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$r = r;
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}
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Err(error) => {
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return Err(error);
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@@ -83,36 +86,48 @@ macro_rules! implement {
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}
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} $($t)*}
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};
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{@build ($($m:tt)*) {$($f:tt)*} {$($f2:tt)*} {$($r:tt)*} $($t:tt)*} => {
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implement!{@build (vector {$($f)*{$($f2)*}} ($($t)*) $($m)*) {} {} $($r)*}
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{@build $va:tt ($($m:tt)*) {$($f:tt)*} {$($f2:tt)*} {$($r:tt)*} $($t:tt)*} => {
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implement!{@build $va (vector {$($f)*{$($f2)*}} ($($t)*) $($m)*) {} {} $($r)*}
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};
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{@build ($($m:tt)*) {$($f:tt)*} {$($f2:tt)*} [$($r:tt)*] $($t:tt)*} => {
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implement!{@build (option {$($f)*{$($f2)*}} ($($t)*) $($m)*) {} {} $($r)*}
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{@build $va:tt ($($m:tt)*) {$($f:tt)*} {$($f2:tt)*} [$($r:tt)*] $($t:tt)*} => {
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implement!{@build $va (option {$($f)*{$($f2)*}} ($($t)*) $($m)*) {} {} $($r)*}
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};
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{@finish (option {$($l:tt)*} ($($t:tt)*) $($m:tt)*) {{$($f:tt)*}$({$($r:tt)*})*} } => {
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implement!{@build ($($m)*) {$($l)*} {
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let mut result;
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let taker = |_state: &str| {
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let mut state: &str = _state;
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{@finish ($s:ident $re:ident) (option {$($l:tt)*} ($($t:tt)*) $($m:tt)*) {{$($f:tt)*}$({$($r:tt)*})*} } => {
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implement!{@build ($s $re) ($($m)*) {$($l)*} {
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let mut $re;
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let taker = move |_state| {
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let mut $s: &str = _state;
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$($f)*
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Ok(($({$($r)*result}),*))
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Ok(((
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$({$($r)*$re}),*
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),$s))
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};
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result = taker(state).ok();
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match taker($s) {
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Ok((r,s)) => {
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$s = s;
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$re = Some(r);
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}
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Err(error) => {
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$re = None;
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}
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}
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} $($t)*}
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};
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{@finish (vector {$($l:tt)*} ($($t:tt)*) $($m:tt)*) {{$($f:tt)*}$({$($r:tt)*})*} } => {
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implement!{@build ($($m)*) {$($l)*} {
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let mut result = Vec::new();
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let taker = |_state: &str| {
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let mut state: &str = _state;
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{@finish ($s:ident $re:ident) (vector {$($l:tt)*} ($($t:tt)*) $($m:tt)*) {{$($f:tt)*}$({$($r:tt)*})*} } => {
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implement!{@build ($s $re) ($($m)*) {$($l)*} {
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let mut $re = Vec::new();
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let taker = move |_state| {
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let mut $s: &str = _state;
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$($f)*
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Ok(($({$($r)*result}),*))
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Ok(((
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$({$($r)*$re}),*
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),$s))
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};
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loop {
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match taker(state) {
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match taker($s) {
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Ok((r,s)) => {
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state = s;
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result.push(r);
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$s = s;
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$re.push(r);
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}
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Err(error) => {
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break;
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@@ -121,45 +136,103 @@ macro_rules! implement {
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}
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} $($t)*}
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};
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{@build $m:tt {$($r:tt)*} $r2:tt} => {
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implement!{@finish $m {$($r)*$r2}}
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{@build $va:tt $m:tt {$($r:tt)*} $r2:tt} => {
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implement!{@finish $va $m {$($r)*$r2}}
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};
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{@finish (structure $n:ident) {{$($f:tt)*}$({$($r:tt)*})*} } => {
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{@finish ($s:ident $re:ident) (structure $n:ident) {{$($f:tt)*}$({$($r:tt)*})*} } => {
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impl Parse for $n {
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fn take(_state: &str) -> Result<(Self, &str), Error> where Self: Sized {
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let mut state: &str = _state;
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fn consume(_state: &str) -> Result<(Self, &str), Error> where Self: Sized {
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let mut $s: &str = _state;
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$($f)*
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Ok(($n($({$($r)*result.into()}),*),state))
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Ok((
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$n($({$($r)*$re.into()}),*),$s
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))
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}
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}
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};
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{@finish ($s:ident $re:ident) (enumeration $m2:ident {$($l:tt)*} ($m:ident ($($t2:tt)*)$($t:tt)*) $n:ident) {$f:tt$({$($r:tt)*})+} } => {
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implement!{@build ($s $re) (enumeration $m {$($l)*{
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$f
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Ok((
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$n::$m2($({$($r)*$re.into()}),+),$s
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))
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}} ($($t)*) $n) {} {} $($t2)*}
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};
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{@finish ($s:ident $re:ident) (enumeration $m3:ident {$($l:tt)*} ($m:ident ($($t2:tt)*)$($t:tt)*) $n:ident) {$f:tt} } => {
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implement!{@build ($s $re) (enumeration $m {$($l)*{
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$f
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Ok((
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$n::$m3,$s
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))
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}} ($($t)*) $n) {} {} $($t2)*}
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};
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{@finish ($s:ident $re:ident) (enumeration $m2:ident {$($l:tt)*} () $n:ident) {$f:tt$({$($r:tt)*})+}} => {
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implement!{@finish ($s $re) (enumeration {$($l)*{
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$f
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Ok((
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$n::$m2($({$($r)*$re.into()}),+),$s
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))
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}} () $n)} // straight to below
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};
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{@finish ($s:ident $re:ident) (enumeration $m2:ident {$($l:tt)*} () $n:ident) {$f:tt}} => {
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implement!{@finish ($s $re) (enumeration {$($l)*{
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$f
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Ok((
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$n::$m2,$s
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))
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}} () $n)} // straight to below
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};
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{@finish ($s:ident $re:ident) (enumeration {$($f:tt)*} () $n:ident)} => {
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impl Parse for $n {
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fn consume(_state: &str) -> Result<(Self, &str), Error> where Self: Sized {
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let mut $s: &str = _state;
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$(
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let case = $f;
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if case.is_ok() {
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return case;
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}
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)*
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Err("error".into())
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}
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}
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||||
};
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}
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macro_rules! class {
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($i:ident($($t:tt)*)) => {
|
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definition!{@build ($i structure) () null () $($t)*}
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($i:ident($($t:tt)*)) => {
|
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definition!{@build ($i structure) () null () $($t)*}
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implement!{@begin $i structure $($t)*}
|
||||
};
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||||
($i:ident{$($n:ident($($t:tt)*)),*}) => {
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definition!{@build ($i enumeration new () ($($n($($t)*))*)) () null ()}
|
||||
}
|
||||
};
|
||||
($i:ident{$($n:ident($($t:tt)*)),*}) => {
|
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definition!{@build ($i enumeration new () ($($n($($t)*))*)) () null ()}
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implement!{@begin $i enumeration ($($n($($t)*))*)}
|
||||
}
|
||||
}
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macro_rules! parser {
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() => {};
|
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($i:ident$t:tt;$($tail:tt)*) => {
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class!($i$t);
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parser!($($tail)*);
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||||
};
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() => {};
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($i:ident$t:tt;$($tail:tt)*) => {
|
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class!($i$t);
|
||||
parser!($($tail)*);
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||||
};
|
||||
}
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struct Number(String);
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struct Name(String);
|
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type Error = String;
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trait Parse {
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fn take(state: &str) -> Result<(Self, &str), Error>
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fn consume(state: &str) -> Result<(Self, &str), Error>
|
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where Self: Sized;
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||||
}
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||||
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impl Parse for Name {
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fn consume(state: &str) -> Result<(Self, &str), Error>
|
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where
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||||
Self: Sized
|
||||
{
|
||||
todo!()
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||||
}
|
||||
}
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||||
impl Parse for String {
|
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fn take(state: &str) -> Result<(Self, &str), Error>
|
||||
fn consume(state: &str) -> Result<(Self, &str), Error>
|
||||
where
|
||||
Self: Sized
|
||||
{
|
||||
@@ -167,133 +240,126 @@ impl Parse for String {
|
||||
}
|
||||
}
|
||||
|
||||
fn g() -> Result<Chunk,()> {
|
||||
Ok(Chunk(
|
||||
{
|
||||
if 1 == 2 {
|
||||
Box::new(Block(Vec::new(),None))
|
||||
} else {
|
||||
return Err(())
|
||||
}
|
||||
}
|
||||
))
|
||||
impl Parse for Number {
|
||||
fn consume(state: &str) -> Result<(Self, &str), Error>
|
||||
where
|
||||
Self: Sized
|
||||
{
|
||||
todo!()
|
||||
}
|
||||
}
|
||||
|
||||
parser! {
|
||||
Chunk3 ( "Pookie" Block "Dookie" );
|
||||
}
|
||||
parser!(
|
||||
Block2 ( {Statement} [Return] );
|
||||
);
|
||||
|
||||
parser! {
|
||||
Block2 ( {Statement} [Return] );
|
||||
}
|
||||
|
||||
parser! {
|
||||
// LiteralString -> "..."
|
||||
// LiteralNumber -> 0x... 123.456
|
||||
Chunk ( Block );
|
||||
Block ( {Statement} [Return] );
|
||||
Statement {
|
||||
Semicolon (";"),
|
||||
Assignment (Variables "=" Expressions),
|
||||
Call (FunctionCall),
|
||||
Label (Label),
|
||||
Break ("break"),
|
||||
Goto ("goto" Name),
|
||||
Do ("do" Block "end"),
|
||||
While ("while" Expression "do" Block "end"),
|
||||
Repeat ("repeat" Block "until" Expression),
|
||||
If ("if" Expression "then" Block {"elseif" Expression "then" Block} ["else" Block] "end"),
|
||||
ForRange ("for" Name "=" Expression "," Expression ["," Expression] "do" Block "end"),
|
||||
ForIn ("for" Names "in" Expressions "do" Block "end"),
|
||||
Function ("function" FunctionName FunctionBody),
|
||||
LocalFunction ("local" "function" Name FunctionBody),
|
||||
GlobalFunction ("global" "function" Name FunctionBody),
|
||||
Declaration ("local" Names ["=" Expressions]),
|
||||
Global ("global" Names)
|
||||
};
|
||||
Return( "return" [Expressions] [";"] );
|
||||
Label( "::" Name "::" );
|
||||
FunctionName( Name {"." Name} [":" Name] );
|
||||
Variables( Variable {"," Variable} );
|
||||
Variable {
|
||||
Name (Name),
|
||||
Index (PrefixExpression "[" Expression "]"),
|
||||
DotIndex (PrefixExpression "." Name)
|
||||
};
|
||||
Names( Name {"," Name} );
|
||||
Expressions( Expression {"," Expression} );
|
||||
Expression {
|
||||
Nil ("nil"),
|
||||
False ("false"),
|
||||
True ("true"),
|
||||
Number (Number),
|
||||
String (String),
|
||||
VarArg ("..."),
|
||||
FunctionDef (FunctionDef),
|
||||
PrefixExpression (PrefixExpression),
|
||||
Table (Table),
|
||||
Binary (Expression BinaryOp Expression),
|
||||
Unary (UnaryOp Expression)
|
||||
};
|
||||
PrefixExpression {
|
||||
Variable (Variable),
|
||||
Call (FunctionCall),
|
||||
Expression ("(" Expression ")")
|
||||
};
|
||||
FunctionCall {
|
||||
Normal (PrefixExpression Arguments),
|
||||
Instanced (PrefixExpression ":" Name Arguments)
|
||||
};
|
||||
Arguments {
|
||||
Expressions ("(" [Expressions] ")"),
|
||||
Table (Table),
|
||||
String (String)
|
||||
};
|
||||
FunctionDef( "function" FunctionBody );
|
||||
FunctionBody( "(" [Parameters] ")" Block "end" );
|
||||
Parameters {
|
||||
Names (Names ["," VarArg]),
|
||||
VarArg (VarArg)
|
||||
};
|
||||
VarArg( "..." [Name] );
|
||||
Table( "{" [Fields] "}" );
|
||||
Fields( Field {FieldSep Field} [FieldSep] );
|
||||
Field {
|
||||
ExpressionIndex ("[" Expression "]" "=" Expression),
|
||||
Name (Name "=" Expression),
|
||||
Expression (Expression)
|
||||
};
|
||||
FieldSep {
|
||||
Comma (","),
|
||||
Semicolon (";")
|
||||
};
|
||||
BinaryOp {
|
||||
Plus ("+"),
|
||||
Minus ("-"),
|
||||
Mul ("*"),
|
||||
Divide ("/"),
|
||||
DivFloor ("//"),
|
||||
Caret ("^"),
|
||||
Modulo ("%"),
|
||||
Ampersand ("&"),
|
||||
Tilde ("~"),
|
||||
Pipe ("|"),
|
||||
ShiftRight (">>"),
|
||||
ShiftLeft ("<<"),
|
||||
Concat (".."),
|
||||
Less ("<"),
|
||||
LessEqual ("<="),
|
||||
Greater (">"),
|
||||
GreatEqual (">="),
|
||||
Equivalent ("=="),
|
||||
NotEqual ("~="),
|
||||
And ("and"),
|
||||
Or ("or")
|
||||
};
|
||||
UnaryOp {
|
||||
Negate ("-"),
|
||||
Not ("!"),
|
||||
Ampersand ("#"),
|
||||
Tilde ("~")
|
||||
};
|
||||
}
|
||||
// LiteralString -> "..."
|
||||
// LiteralNumber -> 0x... 123.456
|
||||
Chunk ( Block );
|
||||
Block ( {Statement} [Return Name] );
|
||||
Statement {
|
||||
Semicolon (";"),
|
||||
Assignment (Variables "=" Expressions),
|
||||
Call (FunctionCall),
|
||||
Label (Label),
|
||||
Break ("break"),
|
||||
Goto ("goto" Name),
|
||||
Do ("do" Block "end"),
|
||||
While ("while" Expression "do" Block "end"),
|
||||
Repeat ("repeat" Block "until" Expression),
|
||||
If ("if" Expression "then" Block {"elseif" Expression "then" Block} ["else" Block] "end"),
|
||||
ForRange ("for" Name "=" Expression "," Expression ["," Expression] "do" Block "end"),
|
||||
ForIn ("for" Names "in" Expressions "do" Block "end"),
|
||||
Function ("function" FunctionName FunctionBody),
|
||||
LocalFunction ("local" "function" Name FunctionBody),
|
||||
GlobalFunction ("global" "function" Name FunctionBody),
|
||||
Declaration ("local" Names ["=" Expressions]),
|
||||
Global ("global" Names)
|
||||
};
|
||||
Return( "return" [Expressions] [";"] );
|
||||
Label( "::" Name "::" );
|
||||
FunctionName( Name {"." Name} [":" Name] );
|
||||
Variables( Variable {"," Variable} );
|
||||
Variable {
|
||||
Name (Name),
|
||||
Index (PrefixExpression "[" Expression "]"),
|
||||
DotIndex (PrefixExpression "." Name)
|
||||
};
|
||||
Names( Name {"," Name} );
|
||||
Expressions( Expression {"," Expression} );
|
||||
Expression {
|
||||
Nil ("nil"),
|
||||
False ("false"),
|
||||
True ("true"),
|
||||
Number (Number),
|
||||
String (String),
|
||||
VarArg ("..."),
|
||||
FunctionDef (FunctionDef),
|
||||
PrefixExpression (PrefixExpression),
|
||||
Table (Table),
|
||||
Binary (Expression BinaryOp Expression),
|
||||
Unary (UnaryOp Expression)
|
||||
};
|
||||
PrefixExpression {
|
||||
Variable (Variable),
|
||||
Call (FunctionCall),
|
||||
Expression ("(" Expression ")")
|
||||
};
|
||||
FunctionCall {
|
||||
Normal (PrefixExpression Arguments),
|
||||
Instanced (PrefixExpression ":" Name Arguments)
|
||||
};
|
||||
Arguments {
|
||||
Expressions ("(" [Expressions] ")"),
|
||||
Table (Table),
|
||||
String (String)
|
||||
};
|
||||
FunctionDef( "function" FunctionBody );
|
||||
FunctionBody( "(" [Parameters] ")" Block "end" );
|
||||
Parameters {
|
||||
Names (Names ["," VarArg]),
|
||||
VarArg (VarArg)
|
||||
};
|
||||
VarArg( "..." [Name] );
|
||||
Table( "{" [Fields] "}" );
|
||||
Fields( Field {FieldSep Field} [FieldSep] );
|
||||
Field {
|
||||
ExpressionIndex ("[" Expression "]" "=" Expression),
|
||||
Name (Name "=" Expression),
|
||||
Expression (Expression)
|
||||
};
|
||||
FieldSep {
|
||||
Comma (","),
|
||||
Semicolon (";")
|
||||
};
|
||||
BinaryOp {
|
||||
Plus ("+"),
|
||||
Minus ("-"),
|
||||
Mul ("*"),
|
||||
Divide ("/"),
|
||||
DivFloor ("//"),
|
||||
Caret ("^"),
|
||||
Modulo ("%"),
|
||||
Ampersand ("&"),
|
||||
Tilde ("~"),
|
||||
Pipe ("|"),
|
||||
ShiftRight (">>"),
|
||||
ShiftLeft ("<<"),
|
||||
Concat (".."),
|
||||
Less ("<"),
|
||||
LessEqual ("<="),
|
||||
Greater (">"),
|
||||
GreatEqual (">="),
|
||||
Equivalent ("=="),
|
||||
NotEqual ("~="),
|
||||
And ("and"),
|
||||
Or ("or")
|
||||
};
|
||||
UnaryOp {
|
||||
Negate ("-"),
|
||||
Not ("!"),
|
||||
Ampersand ("#"),
|
||||
Tilde ("~")
|
||||
};
|
||||
}
|
||||
Regular → Executable
BIN
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|
Before Width: | Height: | Size: 3.6 MiB After Width: | Height: | Size: 254 KiB |
Reference in New Issue
Block a user