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extern crate ndarray;
use std::fmt;
use profiler::Profiler;
use self::ndarray::Axis;
static DASHES: &'static str = "-----------------------------------------------------------------------";
fn fmt_thousands_sep(n: f64, sep: char) -> String {
let mut n_usize = n as usize;
use std::fmt::Write;
let mut output = String::new();
let mut trailing = false;
for &pow in &[9, 6, 3, 0] {
let base = 10_usize.pow(pow);
if pow == 0 || trailing || n_usize / base != 0 {
if !trailing {
output.write_fmt(format_args!("{}", n_usize / base)).unwrap();
} else {
output.write_fmt(format_args!("{:03}", n_usize / base)).unwrap();
}
if pow != 0 {
output.push(sep);
}
trailing = true;
}
n_usize %= base;
}
output
}
impl fmt::Display for Profiler {
fn fmt(&self, f: &mut fmt::Formatter) -> fmt::Result {
match *self {
Profiler::CacheGrind { ref ir,
ref i1mr,
ref ilmr,
ref dr,
ref d1mr,
ref dlmr,
ref dw,
ref d1mw,
ref dlmw,
ref data,
ref functs } => {
let _ = write!(f,
"\n\x1b[32mTotal Memory Accesses\x1b[0m...{}\t\x1b[0m\n\
\n\x1b[32mTotal L1 I-Cache Misses\x1b[0m...{} ({}%)\t\x1b[0m\
\n\x1b[32mTotal LL I-Cache Misses\x1b[0m...{} ({}%)\t\x1b[0m\
\n\x1b[32mTotal L1 D-Cache Misses\x1b[0m...{} ({}%)\t\x1b[0m\
\n\x1b[32mTotal LL D-Cache Misses\x1b[0m...{} ({}%)\t\x1b[0m\n\n\
",
fmt_thousands_sep((ir + dr + dw), ','),
fmt_thousands_sep(*i1mr, ','),
fmt_thousands_sep(i1mr / (ir + dr + dw) * 100., ','),
fmt_thousands_sep(*ilmr, ','),
fmt_thousands_sep(ilmr / (ir + dr + dw) * 100., ','),
fmt_thousands_sep(d1mr + d1mw, ','),
fmt_thousands_sep((d1mr + d1mw) / (ir + dr + dw) * 100., ','),
fmt_thousands_sep(dlmr + dlmw, ','),
fmt_thousands_sep((dlmr + dlmw) / (ir + dr + dw) * 100., ','),
);
let _ = write!(f,
" \x1b[1;36mIr \x1b[1;36mI1mr \x1b[1;36mILmr \x1b[1;36mDr \
\x1b[1;36mD1mr \x1b[1;36mDLmr \x1b[1;36mDw \x1b[1;36mD1mw \
\x1b[1;36mDLmw\n");
for (ref x, y) in data.axis_iter(Axis(0)).zip(functs.iter()) {
let _ = write!(f,
"\x1b[0m{:.2} {:.2} {:.2} {:.2} {:.2} {:.2} {:.2} {:.2} {:.2} \
{}\n",
x[0] / ir,
x[1] / i1mr,
x[2] / ilmr,
x[3] / dr,
x[4] / d1mr,
x[5] / dlmr,
x[6] / dw,
x[7] / d1mw,
x[8] / dlmw,
y);
println!("{}", DASHES);
}
Ok(())
}
Profiler::CallGrind { ref total_instructions, ref instructions, ref functs } => {
let _ = write!(f,
"\n\x1b[32mTotal Instructions\x1b[0m...{}\n\n\x1b[0m",
fmt_thousands_sep(*total_instructions, ','));
for (&x, ref y) in instructions.iter().zip(functs.iter()) {
{
let perc = x / total_instructions * 100.;
match perc {
t if t >= 50.0 => {
let _ = write!(f,
"{} (\x1b[31m{:.1}%\x1b[0m)\x1b[0m {}\n",
fmt_thousands_sep(x, ','),
t,
y);
println!("{}", DASHES);
}
t if (t >= 30.0) & (t < 50.0) => {
let _ = write!(f,
"{} (\x1b[33m{:.1}%\x1b[0m)\x1b[0m {}\n",
fmt_thousands_sep(x, ','),
t,
y);
println!("{}", DASHES);
}
_ => {
let _ = write!(f,
"{} (\x1b[32m{:.1}%\x1b[0m)\x1b[0m {}\n",
fmt_thousands_sep(x, ','),
x / total_instructions * 100.,
y);
println!("{}", DASHES);
}
}
}
}
Ok(())
}
}
}
}
#[cfg(test)]
mod test {
#[test]
fn test_fmt_thousands_sep() {
assert_eq!(1, 1);
}
}