#pragma once

// Standalone print wrapper around the emitter's plane-invert probe
// (emit::probe_plane_invert_values, in emit_descriptor.h). plane_invert[k] is
// "does plane k's wire byte need to be the bit-complement of the engine's
// buffer byte"; the probe drives known full-screen fills and reads each
// plane's wire byte, reconciling against the engine's fixed buffer convention
// (plane0 bit=white, plane1 bit=red). See emit_descriptor.h for the detail.
// This header just prints the result for eyeballing; the emitter uses the
// values directly to fill plane_invert in the generated descriptor.

#include <cstdio>

#include "emit_descriptor.h"

namespace emit {

template<typename Driver> void probe_plane_invert(const char *name, uint8_t plane0_cmd, uint8_t plane1_cmd, int plane_count) {
  const PlaneInvert r = probe_plane_invert_values<Driver>(plane0_cmd, plane1_cmd, (size_t) plane_count);
  printf("=== %s plane-invert probe ===\n", name);
  printf("  white-fill plane0 wire=0x%02X -> is_1bpp=%s\n", r.w0_white & 0xFF, r.is_1bpp ? "true" : "false");
  if (!r.is_1bpp) {
    printf("  => packed panel (bits_per_pixel>1): plane_invert unused, see diag pass\n");
    return;
  }
  printf("  => plane_invert[0] = %s\n", r.inv0 ? "true" : "false");
  if (plane_count > 1) {
    if (r.plane1_valid)
      printf("  => plane_invert[1] = %s  (red-fill plane1 wire=0x%02X)\n", r.inv1 ? "true" : "false", r.w1_red & 0xFF);
    else
      printf("  => plane_invert[1] = (undetermined; no 2-arg writeScreenBuffer)\n");
  }
}

}  // namespace emit