app.py

import gradio as gr
import json
import os
import uuid
import time
import re
from openai import OpenAI
from huggingface_hub import HfApi, InferenceClient
from datasets import Dataset, load_dataset
from game.player import create_player, create_player_from_npc
from game.turn_engine import play_turn
from data.save_system import save_to_hf, load_from_hf, load_and_enter_game
from game.vlm_engine import extract_scene_data, generate_entity_image, generate_player_avatar
from game.model_config import get_available_models, get_model_display_name, LANGUAGE_ROUTING
from game.image_model_config import get_available_image_models, get_image_model_display_name
from game.constants import TRAIT_CHOICES, ASPIRATION_CHOICES, TRAIT_INFO, ASPIRATION_INFO
from game.npc_registry import get_playable_npcs
from systems.reputation_system import format_reputation_for_ui
from systems.inventory_system import get_inventory_markdown, get_inventory_images
from systems.relationship_system import get_relationships_markdown
from systems.house_points_system import format_house_points_for_ui
from systems.spell_system import get_known_spells_markdown

print("--- DEBUG INFO [APP]: APP STARTING...")

TEXT_MODEL_NAME = "meta-llama/Meta-Llama-3-8B-Instruct"

#IMAGE_MODEL_NAME = "black-forest-labs/FLUX.1-schnell"
#IMAGE_ROUTER_URL = f"https://router.huggingface.co/hf-inference/models/{IMAGE_MODEL_NAME}"

token = os.environ.get("HF_TOKEN")

if token is None:
    raise ValueError("HF_TOKEN not set")

api = HfApi(token=token)
username = api.whoami()["name"]

text_client = OpenAI(
    base_url="https://router.huggingface.co/v1",
    api_key=token
)

image_client = InferenceClient(
    provider="fal-ai",
    api_key=token
)

DATASET_REPO = f"{username}/ai-rpg-saves"

# ----------------------------
# SYSTEM PROMPT
# ----------------------------

prompt_file_path = "prompt/default_system.txt"
if os.path.exists(prompt_file_path):
    with open(prompt_file_path, "r") as f:
        SYSTEM_PROMPT = f.read()
else:
    print("--- DEBUG ERROR [APP]:SYSTEM_PROMPT FILE DOES NOT EXIST")

# Dropdown için llm model listesini model_config'den al (hardcode yok)
ALL_MODELS = get_available_models()
# Dropdown için image model listesini de registry'den al
IMAGE_ALL_MODELS = get_available_image_models()
# ----------------------------
# CANONICAL CHARACTER CONSTANTS
# ----------------------------
HOUSE_EMOJIS = {
    "Gryffindor": "🦁",
    "Slytherin":  "🐍",
    "Ravenclaw":  "🦅",
    "Hufflepuff": "🦡",
}

PLAYABLE_NPCS = get_playable_npcs()   # {npc_id: npc_data}

CANONICAL_CHOICES = [
    (
        f"{HOUSE_EMOJIS.get(npc['house'], '✨')} {npc['name']} — {npc['house']}",
        npc_id,
    )
    for npc_id, npc in PLAYABLE_NPCS.items()
]
# ----------------------------
# UI
# ----------------------------
with gr.Blocks(theme=gr.themes.Soft()) as demo:
    
    player_state = gr.State("{}")
    remaining_points = gr.State(10)

    # ================== SCREEN 1 — CHARACTER ==================
    with gr.Column(visible=True) as char_screen:
        gr.Markdown("## Create Your Character")

        name = gr.Textbox(label="Name")
        gender = gr.Radio(["Male", "Female", "Non-binary"], label="Gender")
        appearance = gr.Textbox(
            label="Appearance (Optional)",
            placeholder="e.g. hooded, scarred face, glowing cybernetic eye"
        )         
        language = gr.Dropdown(
            choices=["English", "Deutsch", "Español", "Français", "Türkçe"], 
            value="English", 
            label="Game Language"
        )

        # YENİ: Avatar Generate Butonu
        with gr.Row():
            gen_avatar_btn = gr.Button("🎲 Generate Avatar", variant="secondary")

        # Mevcut avatar yükleme alanı. type="filepath" olduğu için üretilen görselin yolunu da kolayca gösterebiliriz.
        avatar = gr.Image(type="filepath", label="Avatar (Upload or Generate)")

        #start_btn = gr.Button("Continue")
        with gr.Row():
            start_btn = gr.Button("Continue", variant="primary")
            load_char_btn = gr.Button("📂 Load Saved Game", variant="secondary")

        gr.Markdown("---")
        play_as_tab_btn = gr.Button(
            "🎭 Or: Play as a Canonical Character",
            variant="secondary",
            size="lg",
        )

    # ================== SCREEN 1b — PLAY AS ==================
    with gr.Column(visible=False) as play_as_screen:
        gr.Markdown("## 🎭 Play as a Hogwarts Student")
        gr.Markdown(
            "*Step into the shoes of a canonical character. "
            "Stats, traits, and aspirations are pre-defined — jump straight into the story.*"
        )

        canonical_selector = gr.Radio(
            choices=CANONICAL_CHOICES,
            label="Choose your character",
            value=None,
        )
        canonical_preview = gr.Markdown(
            "*Select a character above to see their profile.*"
        )

        canonical_language = gr.Dropdown(
            choices=["English", "Deutsch", "Español", "Français", "Türkçe"],
            value="English",
            label="Game Language",
        )

        with gr.Row():
            back_btn      = gr.Button("← Create Character", variant="secondary")
            play_as_begin = gr.Button("▶ Begin Adventure",  variant="primary")
    # ================== SCREEN 2 — STATS ==================
    with gr.Column(visible=False) as stat_screen:
        gr.Markdown("## Distribute 10 Points")
        remaining_text = gr.Markdown("### Points: 10")
        
        stats = {}
        buttons_pozitive = {}
        buttons_negative = {}
        
        stat_list = ["strength", "agility", "intelligence", "charisma", "willpower"]
        
        for s in stat_list:
            with gr.Row():
                stats[s] = gr.Number(value=5, label=s.capitalize(), interactive=False)
                buttons_pozitive[s] = gr.Button(f"+ {s}")
                buttons_negative[s] = gr.Button(f"- {s}")
        
        gr.Markdown("---")
        gr.Markdown("### 🏰 Hogwarts Placement")
        gr.Markdown("*You are a transfer student from Durmstrang. Choose your house and year.*")

        house_select = gr.Radio(
            choices=["Gryffindor", "Hufflepuff", "Ravenclaw", "Slytherin"],
            label="House",
            value="Gryffindor",
            interactive=True
        )
        year_select = gr.Radio(
            choices=[3, 4, 5, 6],
            label="Year",
            value=3,
            interactive=True
        )
        
        finish_stats = gr.Button("Continue →", variant="primary")

    # ================== SCREEN 3 — TRAITS & ASPIRATIONS ==================
    with gr.Column(visible=False) as trait_screen:
        gr.Markdown("## ✨ Define Your Identity")
        gr.Markdown("*These choices will shape your entire adventure at Hogwarts.*")

        with gr.Row():
            # --- Traits column ---
            with gr.Column():
                gr.Markdown("### 🎭 Traits — Choose 3")
                gr.Markdown(
                    "*Traits define your personality and affect dialogue, spells, and relationships.*"
                )
                trait_selector = gr.CheckboxGroup(
                    choices=TRAIT_CHOICES, label="", value=[]
                )
                trait_count_md = gr.Markdown("**0 / 3 selected**")
                trait_desc_md  = gr.Markdown("*Select traits above to see what they do.*")

            # --- Aspirations column ---
            with gr.Column():
                gr.Markdown("### 🎯 Aspirations — Choose 2")
                gr.Markdown(
                    "*Your life goals. Completing one unlocks a permanent special ability.*"
                )
                aspiration_selector = gr.CheckboxGroup(
                    choices=ASPIRATION_CHOICES, label="", value=[]
                )
                aspiration_count_md = gr.Markdown("**0 / 2 selected**")
                aspiration_desc_md  = gr.Markdown("*Select aspirations above to see their rewards.*")

        trait_error_md = gr.Markdown("", visible=False)
        begin_btn = gr.Button("⚡ Begin Your Hogwarts Adventure", variant="primary", size="lg")

    # ================== SCREEN 4 — GAME ==================
    with gr.Column(visible=False) as game_screen:
        with gr.Row():
            
            # --- SOL PANEL: KARAKTER KAĞIDI VE SİSTEMLER (scale=1) ---
            with gr.Column(scale=1):
                with gr.Tabs():
                    
                    # 1. SEKME: PROFİL VE ALIGNMENT
                    with gr.TabItem("👤 Profile"):
                        with gr.Row():
                            profile_pic = gr.Image(
                                height=120, width=120,
                                interactive=False, show_label=False
                            )
                        profile_info = gr.Markdown("### Player Name")

                        gr.Markdown("---")
                        gr.Markdown("#### 🌐 Reputation")
                        reputation_text = gr.Markdown("🫥 **Unassuming** (0)")

                        gr.Markdown("---")
                        gr.Markdown("#### 🏠 House Points")
                        house_points_text = gr.Markdown("🏠 **+0** House Points — 😐 Unproven")

                        gr.Markdown("---")
                        gr.Markdown("#### Alignment")
                        light_dark_slider = gr.Slider(-100, 100, value=0, label="Dark ↔ Light", interactive=False)
                        order_chaos_slider = gr.Slider(-100, 100, value=0, label="Chaos ↔ Order", interactive=False)

                    # 2. SEKME: STATLAR
                    with gr.TabItem("📊 Stats"):
                        stat_display = gr.Markdown("Loading stats...")

                    # 3. SEKME: ENVANTER
                    with gr.TabItem("🎒 Inventory"):
                        inventory_md      = gr.Markdown(label="Inventory")
                        inventory_gallery = gr.Gallery(label="Items", columns=3, height="auto")
                        #inventory_display = gr.Markdown("*Your pockets are currently empty...*\n\n**Credits:** 0 🪙")

                    # 4. SEKME: JOURNAL
                    with gr.TabItem("📖 Journal"):
                        journal_display = gr.Markdown("*Your story has just begun... No entries yet.*")

                    # 5. SEKME: RELATIONS
                    with gr.TabItem("💞 Relations"):
                        relations_display = gr.Markdown(
                            "*You haven't gotten close to anyone yet. Relationships form as "
                            "you meet and interact with people at Hogwarts.*"
                        )

                    # 6. SEKME: SPELLS
                    with gr.TabItem("✨ Spells"):
                        known_spells_display = gr.Markdown(
                            "*You haven't learned any spells yet. Attend a class, study a book, "
                            "or ask someone to teach you one.*"
                        )

                gr.Markdown("---")

                # YENİ: Model Seçici — model_config'deki tüm modeller buraya otomatik yükleniyor
                gr.Markdown("#### 🤖 LLM Model")
                gr.Markdown(
                    "*When 'Auto' is selected, the best model for your game language is chosen automatically.*",
                    elem_id="model_hint"
                )
                model_selector = gr.Dropdown(
                    choices=["Auto (Language Routing)"] + ALL_MODELS,
                    value="Auto (Language Routing)",
                    label="Active Model",
                    interactive=True,
                )

                # YENİ: Image Model Seçici — image_model_config'deki tüm modeller otomatik yükleniyor
                gr.Markdown("#### 🎨 Image Model")
                image_model_selector = gr.Dropdown(
                    choices=["Auto (Recommended)"] + IMAGE_ALL_MODELS,
                    value="Auto (Recommended)",
                    label="Active Image Model",
                    interactive=True,
                )

                # KAYIT SİSTEMİ (Sol panelin en altında)
                gr.Markdown("---")
                with gr.Row():
                    save_btn = gr.Button("Save ☁️")
                    load_btn = gr.Button("Load ⬇️")
                save_status = gr.Markdown()

            # --- ORTA PANEL: HİKAYE VE AKSİYON (scale=3) ---
            with gr.Column(scale=3):
                scene_image = gr.Image(label="Current Scene", height=300, interactive=False)

                chatbot = gr.Chatbot(height=400, show_label=False, type="tuples")
                
                with gr.Row():
                    choice1 = gr.Button("1", variant="secondary")
                    choice2 = gr.Button("2", variant="secondary")
                    choice3 = gr.Button("3", variant="secondary")
                    choice4 = gr.Button("4", variant="secondary")
                    choice5 = gr.Button("5", variant="secondary")
                
                with gr.Row():
                     custom_input = gr.Textbox(
                        label="What do you do?",
                        placeholder="Type your action here...", scale=4
                    )
                send_btn = gr.Button("Send Action", variant="primary", scale=1)

            # --- SAĞ PANEL: NPC VE EŞYALAR (scale=1) ---
            with gr.Column(scale=1):
                gr.Markdown("### 👁️ Current Encounter")
                npc_image = gr.Image(label="NPC", height=200, interactive=False)
                
                gr.Markdown("### 🎁 Loot / Item")
                item_image = gr.Image(label="Discovered Item", height=200, interactive=False)

    # ----------------------------
    # LOGIC FUNCTIONS
    # ----------------------------
    ui_components = [choice1, choice2, choice3, choice4, choice5, custom_input, send_btn]

    def lock_ui():
        # İşlem başlarken her şeyi pasif (tıklanamaz) hale getir
        return [gr.update(interactive=False) for _ in ui_components]

    def unlock_ui():
        # İşlem bitince her şeyi aktif hale getir ve Textbox'ın içini temizle (index 5)
        updates = [gr.update(interactive=True) for _ in ui_components]
        updates[5] = gr.update(interactive=True, value="")   # clear text input
        return updates

    # Avatar
    def handle_avatar_generation(n, g, app, img_model_sel):
        # UI'ı kilitleyip üretimi başlatıyoruz
        if not n:
            n = "Unknown Drifter" # İsim girilmemişse varsayılan

        img_override = _resolve_image_override(img_model_sel)
        # image_client zaten app.py'de tanımlı
        avatar_path = generate_player_avatar(image_client, n, g, app, model_override=img_override)
        return avatar_path

    # ----------------------------
    # CANONICAL CHARACTER HELPERS
    # ----------------------------

    def update_canonical_preview(npc_id):
        """Updates the character preview card when a canonical NPC is selected."""
        if not npc_id:
            return "*Select a character above to see their profile.*"
        npc = PLAYABLE_NPCS.get(npc_id)
        if not npc:
            return "*Character not found.*"

        house_emoji = HOUSE_EMOJIS.get(npc.get("house", ""), "✨")
        traits_str  = " · ".join(npc.get("traits", []))
        asps_str    = " · ".join(npc.get("aspirations", []))
        stats       = npc.get("starting_stats", {})

        return (
            f"### {house_emoji} {npc['name']}\n"
            f"**{npc['house']} · Year {npc['canonical_year']}**\n\n"
            f"*{npc.get('play_as_description', '')}*\n\n"
            f"**Traits:** {traits_str}  \n"
            f"**Aspirations:** {asps_str}  \n\n"
            f"**STR** {stats.get('strength',5)} · "
            f"**AGI** {stats.get('agility',5)} · "
            f"**INT** {stats.get('intelligence',5)} · "
            f"**CHA** {stats.get('charisma',5)} · "
            f"**WIL** {stats.get('willpower',5)}"
        )

    def go_game_canonical(npc_id, lang):
        """
        Creates the player state from a canonical NPC and prepares the game screen.
        Skips stat distribution and trait selection entirely.
        Returns 13 UI updates matching GO_CANONICAL_OUTPUTS.
        """
        if not npc_id:
            return tuple([gr.update()] * 13)

        npc = PLAYABLE_NPCS.get(npc_id)
        if not npc:
            return tuple([gr.update()] * 13)

        state = create_player_from_npc(npc_id, npc, lang)

        traits_str = " · ".join(state.get("traits", []))
        asps_str   = " · ".join(state.get("aspirations", []))
        stats_md   = (
            f"**House:** {state['house']} · **Year:** {state['year']}  \n"
            f"**Traits:** {traits_str}  \n"
            f"**Aspirations:** {asps_str}  \n\n---\n"
            f"**Strength:** {state['strength']}  \n"
            f"**Agility:** {state['agility']}  \n"
            f"**Intelligence:** {state['intelligence']}  \n"
            f"**Charisma:** {state['charisma']}  \n"
            f"**Willpower:** {state['willpower']}  "
        )

        return (
            json.dumps(state),                              # player_state
            gr.update(visible=False),                       # play_as_screen → hide
            gr.update(visible=True),                        # game_screen    → show
            state.get("avatar"),                            # profile_pic
            f"### {state['name']}\n*Year {state['year']} · {state['house']}*",  # profile_info
            state["light_dark"],                            # light_dark_slider
            state["order_chaos"],                           # order_chaos_slider
            format_reputation_for_ui(0),                    # reputation_text
            format_house_points_for_ui(0),                  # house_points_text
            stats_md,                                       # stat_display
            None,                                           # scene_image (cleared)
            get_inventory_markdown(state),                  # inventory_md
            get_inventory_images(state),                    # inventory_gallery
            get_relationships_markdown(state),              # relations_display
            get_known_spells_markdown(state),               # known_spells_display
        )

    # Butona tıklandığında loading animasyonu ile birlikte görseli üret ve Image component'ine bas
    gen_avatar_btn.click(
        handle_avatar_generation,
        inputs=[name, gender, appearance, image_model_selector],
        outputs=avatar,
        api_name=False
    )

    # ---- Screen 1 → Screen 2 ----
    def go_stats(n, g, a, l):
        print(f"\n--- DEBUG INFO [APP]: Creating player: {n} | Gender: {g} | Lang: {l} ---")
        state = create_player(n, g, a, l)
        return json.dumps(state), gr.update(visible=False), gr.update(visible=True)

    start_btn.click(
        go_stats,
        inputs=[name, gender, avatar, language],
        outputs=[player_state, char_screen, stat_screen],
        api_name=False
    )
    
    def load_char_wrapper():
        return load_and_enter_game(DATASET_REPO, from_char_screen=True)
    
    load_char_btn.click(
        load_char_wrapper,
        inputs=[],            # ← DATASET_REPO geçme! Wrapper içinde kullanılıyor
        outputs= [
            player_state, chatbot,
            char_screen, stat_screen, game_screen,
            profile_pic, profile_info,
            light_dark_slider, order_chaos_slider,
            reputation_text, house_points_text,
            stat_display, scene_image, model_selector, image_model_selector,
            inventory_md, inventory_gallery, relations_display, known_spells_display,
        ],
        api_name=False
    )

    # ---- Stat +/- buttons ----
    for s in stats:
        def make_callback_pozitive(stat_name):
            def handler(state_json, remaining):
                state = json.loads(state_json)
                if remaining <= 0:
                    return state_json, remaining, f"### Points: {remaining}", state[stat_name]
                
                state[stat_name] += 1
                remaining -= 1
                return json.dumps(state), remaining, f"### Points: {remaining}", state[stat_name]
            return handler
        
        def make_callback_negative(stat_name):
            def handler(state_json, remaining):
                state = json.loads(state_json)
                if state[stat_name] <= 0:
                    return state_json, remaining, f"### Points: {remaining}", state[stat_name]
                
                state[stat_name] -= 1
                remaining += 1
                return json.dumps(state), remaining, f"### Points: {remaining}", state[stat_name]
            return handler
        
        buttons_pozitive[s].click(
            make_callback_pozitive(s),
            inputs=[player_state, remaining_points],
            outputs=[player_state, remaining_points, remaining_text, stats[s]],
            api_name=False
        )
        
        buttons_negative[s].click(
            make_callback_negative(s),
            inputs=[player_state, remaining_points],
            outputs=[player_state, remaining_points, remaining_text, stats[s]],
            api_name=False
        )

    # ---- Screen 2 → Screen 3 ----
    def go_to_trait_screen(state_json, house_val, year_val):
        state = json.loads(state_json)
        state["house"] = house_val
        state["year"]  = int(year_val)
        return json.dumps(state), gr.update(visible=False), gr.update(visible=True)
 
    finish_stats.click(
        go_to_trait_screen,
        inputs=[player_state, house_select, year_select],
        outputs=[player_state, stat_screen, trait_screen],
        api_name=False
    )
    
    # ---- Trait / aspiration live preview ----
    def update_trait_display(selected):
        count      = len(selected)
        count_text = f"**{count} / 3 selected**" + (" ✅" if count == 3 else "")
        desc = (
            "\n\n".join(
                f"**{TRAIT_INFO[n]['emoji']} {n}** — {TRAIT_INFO[n]['short']}"
                for n in selected if n in TRAIT_INFO
            ) if selected else "*Select traits above to see what they do.*"
        )
        return count_text, desc
 
    def update_aspiration_display(selected):
        count      = len(selected)
        count_text = f"**{count} / 2 selected**" + (" ✅" if count == 2 else "")
        desc = (
            "\n\n".join(
                f"**{ASPIRATION_INFO[n]['emoji']} {n}** — {ASPIRATION_INFO[n]['short']}"
                for n in selected if n in ASPIRATION_INFO
            ) if selected else "*Select aspirations above to see their rewards.*"
        )
        return count_text, desc
 
    trait_selector.change(
        update_trait_display,
        inputs=[trait_selector],
        outputs=[trait_count_md, trait_desc_md],
        api_name=False
    )
    aspiration_selector.change(
        update_aspiration_display,
        inputs=[aspiration_selector],
        outputs=[aspiration_count_md, aspiration_desc_md],
        api_name=False
    )
    
    # ---- Screen 3 → Screen 4 ----
    def confirm_traits_and_start(state_json, traits, aspirations):
        errors = []
        if len(traits) != 3:
            errors.append(f"⚠️ Select **exactly 3 traits** ({len(traits)} selected).")
        if len(aspirations) != 2:
            errors.append(f"⚠️ Select **exactly 2 aspirations** ({len(aspirations)} selected).")
 
        if errors:
            # Validation failed — stay on trait_screen, show errors, don't change anything else
            return (
                state_json,
                gr.update(), gr.update(),                   # trait_screen, game_screen unchanged
                gr.update(), gr.update(),                   # profile_pic, profile_info unchanged
                gr.update(), gr.update(),                   # sliders unchanged
                gr.update(), gr.update(), gr.update(),      # stat_display, scene_image, reputation unchanged
                gr.update(value="\n\n".join(errors), visible=True),
            )
 
        state = json.loads(state_json)
        state["traits"]      = traits
        state["aspirations"] = aspirations
 
        stats_md = (
            f"**House:** {state['house']} · **Year:** {state['year']}  \n"
            f"**Traits:** {' · '.join(traits)}  \n"
            f"**Aspirations:** {' · '.join(aspirations)}  \n\n---\n"
            f"**Strength:** {state['strength']}  \n"
            f"**Agility:** {state['agility']}  \n"
            f"**Intelligence:** {state['intelligence']}  \n"
            f"**Charisma:** {state['charisma']}  \n"
            f"**Willpower:** {state['willpower']}  "
        )
 
        return (
            json.dumps(state),
            gr.update(visible=False),   # trait_screen → hide
            gr.update(visible=True),    # game_screen  → show
            state["avatar"],            # profile_pic
            f"### {state['name']}\n*Year {state['year']} · {state['house']}*",
            state["light_dark"],
            state["order_chaos"],
            stats_md,
            None,                       # scene_image (cleared; first scene arrives via first_turn)
            gr.update(visible=False),   # hide any previous error
        )

    # ---- Gameplay helpers ----
    def _resolve_override(model_selector_value):
        """
        'Auto' seçiliyse None döner (model_config dil routing'i devreye girer).
        Belirli bir model seçilmişse o model ID'sini döner.
        """
        if model_selector_value == "Auto (Language Routing)":
            return None
        return model_selector_value    

    def _resolve_image_override(image_model_selector_value):
        """
        'Auto' seçiliyse None döner (image_model_config'teki varsayılan devreye girer).
        Belirli bir görsel model seçilmişse o model ID'sini döner.
        """
        if image_model_selector_value == "Auto (Recommended)":
            return None
        return image_model_selector_value

    def play_turn_wrapper(user_input, history, state_json, model_sel, image_model_sel):
        print(f"\n--- DEBUG INFO [APP]: Turn triggered! Action: '{user_input}' ---")
        override = _resolve_override(model_sel)
        image_override = _resolve_image_override(image_model_sel)
        yield from play_turn(
            user_input,
            history,
            state_json,
            text_client,
            image_client,
            TEXT_MODEL_NAME,
            SYSTEM_PROMPT,
            model_override=override,
            image_model_override = image_override
        )
    
    def first_turn(history, state_json, model_sel, image_model_sel):
        state = json.loads(state_json)
        # Guard: don't run if trait/aspiration selection was invalid (validation failed)
        if len(state.get("traits", [])) != 3 or len(state.get("aspirations", [])) != 2:
            print("--- DEBUG INFO [APP]: first_turn guard — traits not confirmed, skipping.")
            yield (
                history, state_json,
                state.get("light_dark", 0), state.get("order_chaos", 0),
                gr.update(),  # reputation_text
                gr.update(), gr.update(), gr.update(),  # scene, npc, item
                gr.update(), gr.update(),               # inventory_md, inventory_gallery
                gr.update(),                            # relations_display  ← EKSİKTİ
                gr.update(), gr.update(), gr.update(), gr.update(), gr.update(),  # 5 buton
            )
            return
        lang  = state.get("language", "English")

        if state.get("is_canonical_character"):
            # --- Canonical character opening ---
            name  = state.get("name", "")
            house = state.get("house", "")
            year  = state.get("year", 3)
            canonical_openings = {
                "English": (
                    f"Start the adventure. I am {name}, a Year {year} {house} student at Hogwarts. "
                    f"This is a peaceful school year — no grand threat. Begin with a natural, "
                    f"typical morning scene that fits exactly who I am. Give me 5 choices."
                ),
                "Deutsch": (
                    f"Starte das Abenteuer. Ich bin {name}, Schüler/in in {house}, {year}. Jahrgang in Hogwarts. "
                    f"Es ist ein ruhiges Schuljahr. Beginne mit einer typischen Morgenszene, die zu "
                    f"meinem Charakter passt. Gib mir 5 Optionen."
                ),
                "Español": (
                    f"Comienza la aventura. Soy {name}, estudiante de {house} en el año {year} en Hogwarts. "
                    f"Es un año tranquilo. Empieza con una escena matutina típica para mi personaje. "
                    f"Dame 5 opciones."
                ),
                "Français": (
                    f"Commence l'aventure. Je suis {name}, étudiant(e) en {house} en {year}e année à Poudlard. "
                    f"C'est une année tranquille. Commence par une scène matinale typique pour mon personnage. "
                    f"Donne-moi 5 choix."
                ),
                "Türkçe": (
                    f"Maceraya başla. Ben {name}'yim, Hogwarts'ta {year}. sınıf {house} öğrencisiyim. "
                    f"Huzurlu bir okul yılı. Karakterime tamamen uygun tipik bir sabah sahnesiyle başla. "
                    f"Bana 5 seçenek sun."
                ),
            }
            opening = canonical_openings.get(lang, canonical_openings["English"])

        else:
            # --- Custom (Durmstrang transfer) opening ---
            house = state.get("house", "Gryffindor")
            year  = state.get("year", 3)
            opening_prompts = {
                "Deutsch": "Starte das Abenteuer. Beschreibe meine Umgebung und gib mir 5 Optionen.",
                "Español": "Comienza la aventura. Describe mi entorno y dame 5 opciones.",
                "Français": "Commence l'aventure. Décris mon environnement et donne-moi 5 choix.",
                "Türkçe": "Maceraya başla. Çevremdeki ortamı anlat ve bana 5 seçenek sun.",
            }
		
            opening = opening_prompts.get(
                lang,
                f"Start the adventure. I am a transfer student from Durmstrang, newly sorted into "
                f"{house} in Year {year} at Hogwarts. Begin with the Sorting Hat ceremony confirming "
                f"my placement, and my first steps into the {house} common room. Give me 5 choices."
            )
        override = _resolve_override(model_sel)
        image_override = _resolve_image_override(image_model_sel)
        yield from play_turn(
            opening,
            history,
            state_json,
            text_client,
            image_client,
            TEXT_MODEL_NAME,
            SYSTEM_PROMPT,
            model_override=override,
            image_model_override=image_override
        )

    # ----------------------------
    # TURN OUTPUTS (shared list — used by all play_turn event chains)
    # Order must match turn_engine.py play_turn yield exactly.
    # ----------------------------
    TURN_OUTPUTS = [
        chatbot, player_state,
        light_dark_slider, order_chaos_slider,
        reputation_text,                        # ← NEW (position 5)
        house_points_text,
        scene_image, npc_image, item_image,
        inventory_md, inventory_gallery,
        relations_display,                      # ← NEW (Relations tab)
        known_spells_display,                   # ← NEW (Spells tab)
        choice1, choice2, choice3, choice4, choice5,
    ]

    # ----------------------------
    # EVENT CHAINS
    # ----------------------------
 
    # ---- PLAY AS: char_screen → play_as_screen ----
    play_as_tab_btn.click(
        lambda: (gr.update(visible=False), gr.update(visible=True)),
        outputs=[char_screen, play_as_screen],
        api_name=False,
    )

    # ---- PLAY AS: play_as_screen → char_screen (back) ----
    back_btn.click(
        lambda: (gr.update(visible=True), gr.update(visible=False)),
        outputs=[char_screen, play_as_screen],
        api_name=False,
    )

    # ---- PLAY AS: NPC selector → live preview ----
    canonical_selector.change(
        update_canonical_preview,
        inputs=[canonical_selector],
        outputs=[canonical_preview],
        api_name=False,
    )

    # ---- PLAY AS: Begin → game_screen (skip stat/trait screens) ----
    GO_CANONICAL_OUTPUTS = [
        player_state, play_as_screen, game_screen,
        profile_pic, profile_info,
        light_dark_slider, order_chaos_slider,
        reputation_text, house_points_text,
        stat_display,
        scene_image, inventory_md, inventory_gallery,
        relations_display, known_spells_display,
    ]

    play_as_begin.click(
        go_game_canonical,
        inputs=[canonical_selector, canonical_language],
        outputs=GO_CANONICAL_OUTPUTS,
        api_name=False,
    ).then(
        lock_ui,
        outputs=ui_components,
        api_name=False,
    ).then(
        first_turn,
        inputs=[chatbot, player_state, model_selector, image_model_selector],
        outputs=TURN_OUTPUTS,
        api_name=False,
    ).then(
        unlock_ui,
        outputs=ui_components,
        api_name=False,
    )
 
    # Screen 3 → begin adventure
    begin_btn.click(
        confirm_traits_and_start,
        inputs=[player_state, trait_selector, aspiration_selector],
        outputs=[
                player_state,
                trait_screen, game_screen, 
                profile_pic, profile_info, 
                light_dark_slider, order_chaos_slider, 
                stats_md_out := stat_display, scene_image,
                trait_error_md,
            ],
        api_name=False
    ).then(
        lock_ui, 
        outputs=ui_components, 
        api_name=False
    ).then(
        first_turn,
        inputs=[chatbot, player_state, model_selector, image_model_selector],
        outputs=TURN_OUTPUTS,
        api_name=False
    ).then(
        unlock_ui, 
        outputs=ui_components, 
        api_name=False
    )

    # --- SERBEST METİN GİRİŞİ ---
    send_btn.click(
        lock_ui, 
        outputs=ui_components, 
        api_name=False
    ).then(
        play_turn_wrapper,
        inputs=[custom_input, chatbot, player_state, model_selector, image_model_selector], # model_selector eklendi
        outputs=TURN_OUTPUTS,
        api_name=False
    ).then(
        unlock_ui, 
        outputs=ui_components, 
        api_name=False
    )

    # --- SEÇENEK BUTONLARI ---
    choice_outputs = [chatbot, player_state, light_dark_slider, order_chaos_slider, scene_image, npc_image, item_image]
    choice_buttons = [choice1, choice2, choice3, choice4, choice5]

    for btn in choice_buttons:
        btn.click(
            lock_ui,
            outputs=ui_components,
            api_name=False
        ).then(
            play_turn_wrapper,
            # Butonun kendisini inputs'a ekliyoruz, böylece metni gönderilir
            inputs=[btn, chatbot, player_state, model_selector, image_model_selector],
            outputs=TURN_OUTPUTS,
            api_name=False
        ).then(
            unlock_ui,
            outputs=ui_components,
            api_name=False
        )

    # Save / Load
    def save_wrapper(state_json, history_list, model_sel, image_model_sel):
        state = json.loads(state_json)
        state["saved_model"] = model_sel                # "Auto (Language Routing)" veya seçilen model ID
        state["saved_image_model"] = image_model_sel    # "Auto (Recommended)" veya seçilen image model ID
        return save_to_hf(DATASET_REPO, json.dumps(state), json.dumps(history_list))

    def load_ingame_wrapper():
        return load_and_enter_game(DATASET_REPO, from_char_screen=False)

    save_btn.click(
        save_wrapper,
        inputs=[player_state, chatbot, model_selector, image_model_selector],
        outputs=save_status,
        api_name=False
    )

    load_btn.click(
        load_ingame_wrapper,
        inputs=[],
        outputs= [
            player_state, chatbot,
            char_screen, stat_screen, game_screen,
            profile_pic, profile_info,
            light_dark_slider, order_chaos_slider,
            reputation_text, house_points_text,
            stat_display, scene_image, model_selector, image_model_selector,
            inventory_md, inventory_gallery, relations_display, known_spells_display,
        ],
        api_name=False
    )

demo.launch(server_name="0.0.0.0", server_port=7860, show_error=True)