conns[i] = NULL;
}
if (conns[i] != NULL) {
- debug(1, "Airplay Volume for connection %d is %.6f.", conns[i]->connection_number,
+ debug(2, "Airplay Volume for connection %d is %.6f.", conns[i]->connection_number,
suggested_volume(conns[i]));
connection_count++;
}
debug(2, "%d active connections.", connection_count);
old_connection_count = connection_count;
}
- debug(1, "Airplay Volume for new connections is %.6f.", suggested_volume(NULL));
+ debug(2, "Airplay Volume for new connections is %.6f.", suggested_volume(NULL));
}
// park a null at the line ending, and return the next line pointer
debug(1, "busy timeout time is %d.", config.timeout);
debug(1, "drift tolerance is %f seconds.", config.tolerance);
debug(1, "password is \"%s\".", strnull(config.password));
- debug(1, "default airplay volume is %.6f.", config.default_airplay_volume);
- debug(1, "high threshold airplay volume is %.6f.", config.high_threshold_airplay_volume);
+ debug(1, "default airplay volume is: %.6f.", config.default_airplay_volume);
+ debug(1, "high threshold airplay volume is: %.6f.", config.high_threshold_airplay_volume);
if (config.limit_to_high_volume_threshold_time_in_minutes == 0)
debug(1, "check for higher-than-threshold volume for new play session is disabled.");
else
debug(1,
- "suggest default airplay volume for new play session instead of higher-than-threshold "
- "airplay volume after %d minutes.",
+ "suggest default airplay volume for new play sessions instead of higher-than-threshold "
+ "airplay volume after: %d minutes.",
config.limit_to_high_volume_threshold_time_in_minutes);
debug(1, "ignore_volume_control is %d.", config.ignore_volume_control);
if (config.volume_max_db_set)
// calculate the 12-hex-digit prefix by hashing the service name.
uint8_t ap_md5[16];
- debug(1, "size of hw_addr is %u.", sizeof(config.hw_addr));
+ // debug(1, "size of hw_addr is %u.", sizeof(config.hw_addr));
#ifdef CONFIG_OPENSSL
MD5_CTX ctx;
MD5_Init(&ctx);