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//! Original PTX specification:
//!
//! barrier{.cta}.sync{.aligned} a{, b};
//! barrier{.cta}.arrive{.aligned} a, b;
//! barrier{.cta}.red.popc{.aligned}.u32 d, a{, b}, {!}c;
//! barrier{.cta}.red.op{.aligned}.pred p, a{, b}, {!}c;
//! bar{.cta}.sync a{, b};
//! bar{.cta}.arrive a, b;
//! bar{.cta}.red.popc.u32 d, a{, b}, {!}c;
//! bar{.cta}.red.op.pred p, a{, b}, {!}c;
//! .op = { .and, .or };
#![allow(unused)]
use crate::parser::{
PtxParseError, PtxParser, PtxTokenStream, Span,
util::{
between, comma_p, directive_p, exclamation_p, lbracket_p, lparen_p, map, minus_p, optional,
pipe_p, rbracket_p, rparen_p, semicolon_p, sep_by, string_p, try_map,
},
};
use crate::r#type::common::*;
use crate::{alt, ok, seq_n};
pub mod section_0 {
use super::*;
use crate::r#type::instruction::bar::section_0::*;
// ============================================================================
// Generated enum parsers
// ============================================================================
impl PtxParser for Op {
fn parse() -> impl Fn(&mut PtxTokenStream) -> Result<(Self, Span), PtxParseError> {
alt!(
map(string_p(".and"), |_, _span| Op::And),
map(string_p(".or"), |_, _span| Op::Or)
)
}
}
impl PtxParser for BarrierCtaSyncAligned {
fn parse() -> impl Fn(&mut PtxTokenStream) -> Result<(Self, Span), PtxParseError> {
try_map(
seq_n!(
string_p("barrier"),
map(optional(string_p(".cta")), |value, _| value.is_some()),
string_p(".sync"),
map(optional(string_p(".aligned")), |value, _| value.is_some()),
GeneralOperand::parse(),
map(
optional(seq_n!(comma_p(), GeneralOperand::parse())),
|value, _| value.map(|(_, operand)| operand)
),
semicolon_p()
),
|(_, cta, sync, aligned, a, b, _), span| {
ok!(BarrierCtaSyncAligned {
cta = cta,
sync = sync,
aligned = aligned,
a = a,
b = b,
})
},
)
}
}
impl PtxParser for BarrierCtaArriveAligned {
fn parse() -> impl Fn(&mut PtxTokenStream) -> Result<(Self, Span), PtxParseError> {
try_map(
seq_n!(
string_p("barrier"),
map(optional(string_p(".cta")), |value, _| value.is_some()),
string_p(".arrive"),
map(optional(string_p(".aligned")), |value, _| value.is_some()),
GeneralOperand::parse(),
comma_p(),
GeneralOperand::parse(),
semicolon_p()
),
|(_, cta, arrive, aligned, a, _, b, _), span| {
ok!(BarrierCtaArriveAligned {
cta = cta,
arrive = arrive,
aligned = aligned,
a = a,
b = b,
})
},
)
}
}
impl PtxParser for BarrierCtaRedPopcAlignedU32 {
fn parse() -> impl Fn(&mut PtxTokenStream) -> Result<(Self, Span), PtxParseError> {
try_map(
seq_n!(
string_p("barrier"),
map(optional(string_p(".cta")), |value, _| value.is_some()),
string_p(".red"),
string_p(".popc"),
map(optional(string_p(".aligned")), |value, _| value.is_some()),
string_p(".u32"),
GeneralOperand::parse(),
comma_p(),
GeneralOperand::parse(),
map(
optional(seq_n!(comma_p(), GeneralOperand::parse())),
|value, _| value.map(|(_, operand)| operand)
),
comma_p(),
map(optional(exclamation_p()), |value, _| value.is_some()),
GeneralOperand::parse(),
semicolon_p()
),
|(_, cta, red, popc, aligned, u32, d, _, a, b, _, c_op, c, _), span| {
ok!(BarrierCtaRedPopcAlignedU32 {
cta = cta,
red = red,
popc = popc,
aligned = aligned,
u32 = u32,
d = d,
a = a,
b = b,
c_op = c_op,
c = c,
})
},
)
}
}
impl PtxParser for BarrierCtaRedOpAlignedPred {
fn parse() -> impl Fn(&mut PtxTokenStream) -> Result<(Self, Span), PtxParseError> {
try_map(
seq_n!(
string_p("barrier"),
map(optional(string_p(".cta")), |value, _| value.is_some()),
string_p(".red"),
Op::parse(),
map(optional(string_p(".aligned")), |value, _| value.is_some()),
string_p(".pred"),
GeneralOperand::parse(),
comma_p(),
GeneralOperand::parse(),
map(
optional(seq_n!(comma_p(), GeneralOperand::parse())),
|value, _| value.map(|(_, operand)| operand)
),
comma_p(),
map(optional(exclamation_p()), |value, _| value.is_some()),
GeneralOperand::parse(),
semicolon_p()
),
|(_, cta, red, op, aligned, pred, p, _, a, b, _, c_op, c, _), span| {
ok!(BarrierCtaRedOpAlignedPred {
cta = cta,
red = red,
op = op,
aligned = aligned,
pred = pred,
p = p,
a = a,
b = b,
c_op = c_op,
c = c,
})
},
)
}
}
impl PtxParser for BarCtaSync {
fn parse() -> impl Fn(&mut PtxTokenStream) -> Result<(Self, Span), PtxParseError> {
try_map(
seq_n!(
string_p("bar"),
map(optional(string_p(".cta")), |value, _| value.is_some()),
string_p(".sync"),
GeneralOperand::parse(),
map(
optional(seq_n!(comma_p(), GeneralOperand::parse())),
|value, _| value.map(|(_, operand)| operand)
),
semicolon_p()
),
|(_, cta, sync, a, b, _), span| {
ok!(BarCtaSync {
cta = cta,
sync = sync,
a = a,
b = b,
})
},
)
}
}
impl PtxParser for BarCtaArrive {
fn parse() -> impl Fn(&mut PtxTokenStream) -> Result<(Self, Span), PtxParseError> {
try_map(
seq_n!(
string_p("bar"),
map(optional(string_p(".cta")), |value, _| value.is_some()),
string_p(".arrive"),
GeneralOperand::parse(),
comma_p(),
GeneralOperand::parse(),
semicolon_p()
),
|(_, cta, arrive, a, _, b, _), span| {
ok!(BarCtaArrive {
cta = cta,
arrive = arrive,
a = a,
b = b,
})
},
)
}
}
impl PtxParser for BarCtaRedPopcU32 {
fn parse() -> impl Fn(&mut PtxTokenStream) -> Result<(Self, Span), PtxParseError> {
try_map(
seq_n!(
string_p("bar"),
map(optional(string_p(".cta")), |value, _| value.is_some()),
string_p(".red"),
string_p(".popc"),
string_p(".u32"),
GeneralOperand::parse(),
comma_p(),
GeneralOperand::parse(),
map(
optional(seq_n!(comma_p(), GeneralOperand::parse())),
|value, _| value.map(|(_, operand)| operand)
),
comma_p(),
map(optional(exclamation_p()), |value, _| value.is_some()),
GeneralOperand::parse(),
semicolon_p()
),
|(_, cta, red, popc, u32, d, _, a, b, _, c_op, c, _), span| {
ok!(BarCtaRedPopcU32 {
cta = cta,
red = red,
popc = popc,
u32 = u32,
d = d,
a = a,
b = b,
c_op = c_op,
c = c,
})
},
)
}
}
impl PtxParser for BarCtaRedOpPred {
fn parse() -> impl Fn(&mut PtxTokenStream) -> Result<(Self, Span), PtxParseError> {
try_map(
seq_n!(
string_p("bar"),
map(optional(string_p(".cta")), |value, _| value.is_some()),
string_p(".red"),
Op::parse(),
string_p(".pred"),
GeneralOperand::parse(),
comma_p(),
GeneralOperand::parse(),
map(
optional(seq_n!(comma_p(), GeneralOperand::parse())),
|value, _| value.map(|(_, operand)| operand)
),
comma_p(),
map(optional(exclamation_p()), |value, _| value.is_some()),
GeneralOperand::parse(),
semicolon_p()
),
|(_, cta, red, op, pred, p, _, a, b, _, c_op, c, _), span| {
ok!(BarCtaRedOpPred {
cta = cta,
red = red,
op = op,
pred = pred,
p = p,
a = a,
b = b,
c_op = c_op,
c = c,
})
},
)
}
}
}