//! Run with: cargo run --example bambu_commands_demo
//!
//! Round-trips both commands against the exact JSON from Bambu's real
//! protocol — proves the plain hand-written struct + serde approach
//! matches byte for byte, same as the proto-based version did, with none
//! of the build.rs ceremony.

use continuum_proxy::printer::{CommandEnvelope, GetVersionRequest, GetVersionResponse, PrintReport, PushallRequest};

fn main() {
    // --- get_version request ---
    let req = GetVersionRequest {
        envelope: CommandEnvelope { sequence_id: "0".to_string(), command: "get_version".to_string() },
    };
    let actual = serde_json::to_string(&req).unwrap();
    let expected = r#"{"sequence_id":"0","command":"get_version"}"#;
    println!("get_version request:  {actual}");
    println!("matches Bambu's shape: {}\n", actual == expected);

    // --- get_version response, deserialized from Bambu's real payload ---
    let real_response = r#"{"command":"get_version","module":[{"hw_ver":"","name":"ota","sn":"","sw_ver":"01.01.01.00"},{"hw_ver":"","name":"xm","sn":"","sw_ver":"00.00.00.00"}],"sequence_id":"0"}"#;
    let parsed: GetVersionResponse = serde_json::from_str(real_response).unwrap();
    println!("get_version response parsed fine, no result/reason present: {parsed:#?}\n");

    // --- pushall request ---
    let pushall = PushallRequest {
        envelope: CommandEnvelope { sequence_id: "0".to_string(), command: "pushall".to_string() },
        version: 1,
        push_target: 1,
    };
    let actual = serde_json::to_string(&pushall).unwrap();
    let expected = r#"{"sequence_id":"0","command":"pushall","version":1,"push_target":1}"#;
    println!("pushall request:       {actual}");
    println!("matches Bambu's shape: {}\n", actual == expected);

    // --- print report: arrives under "print", NOT "pushing" (pushall
    // triggers this stream, it isn't a direct reply to it) — includes the
    // full ams/xcam example, with one empty tray and one loaded tray, to
    // exercise the untagged Empty/Loaded split.
    let real_print_report = r#"{
        "ams": {"ams": [{"humidity":"4","id":"0","temp":"22.7","tray":[
            {"id":"0"},
            {"bed_temp":"0","bed_temp_type":"0","cols":["000000FF"],"drying_temp":"0","drying_time":"0","id":"1","nozzle_temp_max":"240","nozzle_temp_min":"190","remain":0,"tag_uid":"0000000000000000","tray_color":"000000FF","tray_diameter":"0.00","tray_id_name":"","tray_info_idx":"GFA00","tray_sub_brands":"","tray_type":"PLA","tray_uuid":"00000000000000000000000000000000","tray_weight":"0","xcam_info":"000000000000000000000000"}
        ]}]},
        "ams_exist_bits": "1",
        "insert_flag": true,
        "power_on_flag": false,
        "tray_exist_bits": "e",
        "tray_is_bbl_bits": "e",
        "xcam": {"allow_skip_parts":false,"buildplate_marker_detector":false,"first_layer_inspector":true,"halt_print_sensitivity":"medium","print_halt":true,"printing_monitor":true,"spaghetti_detector":true},
        "xcam_status": "0"
    }"#;
    let parsed: PrintReport = serde_json::from_str(real_print_report).unwrap();
    println!("print report parsed fine, empty + loaded tray both matched correctly:\n{parsed:#?}");
}