def pr_heats()

in heats.py [0:0]

• 28 lines of code
• 6 McCabe index (conditional complexity)

def pr_heats(args, damon_result):
    tid = args.tid
    tres = args.resol[0]
    tmin = args.time_range[0]
    tmax = args.time_range[1]
    ares = args.resol[1]
    amin = args.address_range[0]
    amax = args.address_range[1]

    tunit = (tmax - tmin) // tres
    aunit = (amax - amin) // ares

    # Compensate the values so that those fit with the resolution
    tmax = tmin + tunit * tres
    amax = amin + aunit * ares

    # __pr_heats(damon_result, tid, tunit, tmin, tmax, aunit, amin, amax)

    snapshots = damon_result.target_snapshots[tid]
    pixels = heat_pixels_from_snapshots(snapshots, [tmin, tmax], [amin, amax],
            [tres, ares])

    if args.heatmap == 'stdout':
        heatmap_plot_ascii(pixels, [tmin, tmax], [amin, amax], [tres, ares],
                args.stdout_heatmap_color)
        return

    for row in pixels:
        for pixel in row:
            time = pixel.time
            addr = pixel.addr
            if not args.abs_time:
                time -= tmin
            if not args.abs_addr:
                addr -= amin

            print('%s\t%s\t%s' % (time, addr, pixel.heat))