CSVEventRange

import tharsis.prof;

auto storage  = new ubyte[Profiler.maxEventBytes + 2048];
auto profiler = new Profiler(storage);

// Simulate 2 'frames'
foreach(frame; 0 .. 2)
{
    Zone topLevel = Zone(profiler, "frame");

    // Simulate frame overhead. Replace this with your frame code.
    {
        Zone nested1 = Zone(profiler, "with,comma");
        foreach(i; 0 .. 1000) { continue; }
    }
    {
        Zone nested2 = Zone(profiler, "with\"quotes\" and\nnewline");
        nested2.variableEvent!"float 3.14"(3.14f);
        nested2.variableEvent!"float 10.1"(10.1f);
        nested2.variableEvent!"int without comma"(314);
        foreach(i; 0 .. 10000) { continue; }
    }
}

import std.stdio;
writeln("Tharsis.prof CSV writing example");
// Create an EventRange from profile data with UFCS syntax.
auto events = profiler.profileData.eventRange;

import std.array;
auto appender = appender!string();

events.writeCSVTo(appender);

writeln(appender.data);

writeln("Tharsis.prof CSV parsing example");
import std.csv;
import std.range;

// Parse the CSV back into events.
//
// Direct file input could work like this (it might be faster to load the entire file
// to a buffer, though):
//
// import std.algorithm
// foreach(event; csvEventRange(File("values.csv").byLine.joiner))
foreach(original, parsed; lockstep(events, csvEventRange(appender.data)))
{
    import std.conv: to;
    assert(original == parsed,
           original.to!string ~ "\n does not match\n" ~ parsed.to!string);
    writeln(parsed);
}