bit_times_total += bit_time_int;
sr_spew("Bit %zu, width %" PRIu64 ".", idx, bit_time_int);
}
- sr_dbg("Maximum waveform width: %zu slots, %.2f / %zu samples.",
+ sr_dbg("Maximum waveform width: %zu slots, %.2f / %" PRIu64 " samples.",
inc->max_frame_bits, bit_edge, bit_times_total);
return SR_OK;
total_bits += fmt_opts->stopbit_count;
total_bits += fmt_opts->half_stopbit ? 1 : 0;
total_bits += UART_ADD_IDLEBITS;
- sr_dbg("UART frame: total bits %lu.", total_bits);
+ sr_dbg("UART frame: total bits %zu.", total_bits);
if (total_bits > UART_MAX_WAVELEN)
return SR_ERR_DATA;
inc->max_frame_bits = total_bits;
total_bits += 2 * fmt_opts->databit_count;
total_bits += 3;
- sr_dbg("SPI frame: total bits %lu.", total_bits);
+ sr_dbg("SPI frame: total bits %zu.", total_bits);
if (total_bits > SPI_MAX_WAVELEN)
return SR_ERR_DATA;
inc->max_frame_bits = total_bits;
total_bits *= I2C_BITTIME_QUANTA;
total_bits += I2C_ADD_IDLESLOTS;
- sr_dbg("I2C frame: total bits %lu.", total_bits);
+ sr_dbg("I2C frame: total bits %zu.", total_bits);
if (total_bits > I2C_MAX_WAVELEN)
return SR_ERR_DATA;
inc->max_frame_bits = total_bits;