app.py

import gradio as gr
import asyncio
import random
import time
import re

# Global CSS for blinking red text
CSS = """
<style>
@keyframes flash {
  0% { opacity: 1; color: red; }
  50% { opacity: 0; color: red; }
  100% { opacity: 1; color: red; }
}
.red-flash {
  animation: flash 1s infinite;
}
</style>
"""

def glitchy_text(base_text, glitch_probability=0.5):
    """
    Glitch text by randomly replacing non-space, non-HTML-tag characters
    with random special characters based on a per-character probability.
    We skip spaces, newlines, '<', and '>' so we don't break HTML.
    """
    special_chars = ["GOOD", "TRAITOR", "ERROR", "*", "MURDERER", "∂G∞D", "±RⱯƖT¤R", "FRRΦR", "µURΔɆR∑R","M̷͍̗̻̺̱̈́͑͂Ủ̷̩̠͙̯̘͛̑͠Ŗ̷̢̛̖͍̤͎̺̻͈̹̪̰̱̊̓̆̀̈̈́̅͂͂͐̓̃́͝D̶͉̺̝̦̭̂͋̉̐͊͑͒͑̓͘̚͝͝E̶̻͓̖͖͙̩͕̘̤̲̔͛̾̽̀͊͑̋͂̽̚͝ͅR̸̡̥̖͍̼̭͖͓̮̝̊͜Ĕ̴̪̝̖̜̣̲̦̭̣̼̤̦̰́́̏́̇̎̚͠R̶̨̧̠̱̻̩̪̥̱̄̔̑̈́̀̄̐̊̋̕", "G̷̭̼̺̦̱̑̃̕O̷̮̱̤͇̟̥͈̰̓̿̀͑̏̾͝Ṏ̸̩̺̼̘̮͚̗͙̦D̷̯͉̎̀̄͛̾́͊͌͐͘","Ţ̴̧͙͚̺̪̘͚̣̥̼̫̳̥̥͙̥̰̳̖͔̪͙̬́̇̎̍̋̈́̉͐́̉̿͆̀͛̕͘͜͠͝͝͝R̵̛̛͖̭͔̓̀̈́̿̉̊̆̍͑̀͒̿̈́̐̎̈́̌͊̓̓̿̽́̚͘̕̚͠͠Ą̴͚̹̱͖̙̲̑̌͒̍̑̈́́͒͆͗́͐̍̍̈͋͌͗̀̕̚̚͝I̸̧̢̠͇̺͓̣̥̭̹̖͕̤͓̜̙̳̬̩͓̠̫̯͇͍͛̓̆̍̃̐̌̈́͌̽͗̋͌́̾̓̎́̀͂̕͘̚̚ͅT̴̛͈̲̈́͌͆̈́͋Ô̶̢̨̨̨̙̗̻̯̙̥̖̪̜̪͔̪͇̙̪̹͚̩̪ͅṚ̴̢̭̘͇̤͓̿̊̈́̿̽ͅ", "İ̴͍̪̼̲̖͖͖̲̃̾n̶̯̖̱͛͊͛̀̌̑̀̑͛̇q̴̨̖͊̎̋̑̉͝q̸̢̝͉̙͉̥́̈́̈̊q̵̨̺͓̗̼̟͙̳̮̬̰̄̿̀̀̎̌̊̈̈́͝ȗ̸̬̜̤̗̮͈͎̉̽͆ͅi̶̩͓̻̲̣̘̞̯̬͆̐̃͂͜s̸͉̜̫̪̰̜̭̙̭͔͗ị̷͋̇t̶̞̘̱͔̼̖̪̹̻̒́̈̌͑͂͂̍̐̃̚͜r̴͕̪̭͚͍̬͈̯͔̅̽͗͜ͅ", "G̴̼̹͓͉̊̊͑̑̽̇̈O̴̭̱͕̺͆͒̍͌̔̚͜͝Ö̷̥͇̹͖́͆͝D̴͖̟͐̓̔","K̶͙̮̙̗̝̦̃̓̏͆̉̅͊̾͊̀Ḯ̷̡̱̹̰̣͈̰̣͉͋͌̍̎͗̍́͑̇̕͜͝ͅL̴̗̭͎͓̱͈̤͛͒̃̕L̷̢̜̯̞͈̇E̷̡̨̨̡̢̫̦͙̅̄̅̃̎̆͋̓̚͠R̴̤̬̟̳͕̮͍͔̱͔͇̓̏͛̾̑̊͂͒", "E̴̡̳͚̋V̵̛͈͎̝̺̹̥̺̲̒̈̽͑̈́̽̈́̀̏̈̌͛̇̆͌͋̓̌̀̈̍̒̿͠͝Į̵̢̡̺̗̪̮̜̥̠̣̪̠̭̗͖̺͖̽͌̅̀̚͜L̵̨̨̡̡͔͖̜̱̻̤͔̥̞̙̖̝̯̩̝̪̼̩̹̩̮̦̦͋̀̓̒̍̐͂̍̋̈͊̈̐̂̄͌̋̉̊̎͗̕","C̵͎̪̯͉̻̏͆̑͐̈́̑̐H̶̗̣̙̻̫̠̿̈́͗̎̚͠A̶̻̰͚͍̋̒̌̿͌̏͑O̸̜̱̱̐̊̿̅T̴̜̣̎͜͜I̶̟͋͛̀̚C̵͙͖͊̓͊͒̓̄͠ͅ","L̸̟̲̳̆A̶͒ͅW̵̢̎͊̀F̸͊̌ͅỤ̷͙̃͝L̷̟̀͑","N̶̮͕͗̒̏̄̽͆͌̄́͋͋͊̄È̷̱͕̞͉̙̗̻̙̪̟̖͕̭̐̊̒̍̿Ư̵͖̜̦͖̙̦͌̑̂̅̎̈̑̈́̍͘͝T̸̲̀͊͂̿̽̈́̒̅̑͘R̸̪̀Ą̵̛̙̼̩̮͇̼̯̗͙̝̉̋̂̚͜͝L̶̡̡̢̡̬̤̥͇͕̹̜̘͈͕̥͂͛̓͒̔͗̐̾̓͊͘̕"]
    result = []
    in_tag = False
    for char in base_text:
        if char == '<':
            in_tag = True
            result.append(char)
            continue
        if char == '>':
            in_tag = False
            result.append(char)
            continue
        if in_tag:
            # Inside an HTML tag, don't glitch
            result.append(char)
            continue

        # Don't glitch spaces or newlines
        if char in [' ', '\n']:
            result.append(char)
            continue

        # For visible characters, apply glitch probability
        if random.random() < glitch_probability:
            # Random special character
            result.append(random.choice(special_chars))
        else:
            result.append(char)
    return "".join(result)

def flashing_red_text(text):
    return f'<span class="red-flash">{text}</span>'

class UnitInitialization:
    def __init__(self, auth_key):
        self.auth_key = auth_key
        self.valid_key = "DIAMONDFORGED"
        self.authorized = False
        self.unit_status = {
            "identifier": "MS-DOS",
            "class": "SAM",
            "arch": "Warforged",
            "alignment": "E V I L",
            "rank": "I N Q Q",
            "OS": "DIAMOND 12.0",
        }
        self.systems_status = {
            "core_integrity": None,
            "memory_stability": None,
            "core_temperature": None,
            "mobility_system": None,
            "combat_system": None,
            "network_connection": None
        }
        # Each log entry: {"original": str, "glitchy": bool, "critical": bool}
        self.logs = []
        self.stop_requested = False

    def log(self, message, is_critical=False, glitchy=False):
        self.logs.append({
            "original": message,
            "glitchy": glitchy,
            "critical": is_critical
        })

    def render_logs(self):
        # Render all logs into an HTML string
        rendered_lines = []
        for entry in self.logs:
            text = entry["original"]
            if entry["critical"]:
                text = flashing_red_text(text)
            elif entry["glitchy"]:
                # Glitch this line each time we render
                text = glitchy_text(text, glitch_probability=0.5)
            rendered_lines.append(text)
        return CSS + "<br>".join(rendered_lines)

    async def authorize_unit(self):
        if self.stop_requested:
            return
        self.log("Authorizing unit...")
        if self.auth_key == self.valid_key:
            self.authorized = True
            self.log("Authorization successful. Initializing unit...\n")
        else:
            self.authorized = False
            self.log("Authorization failed. Access denied.\n", is_critical=True)

    async def perform_system_checks(self):
        if self.stop_requested:
            return
        self.log("Performing full systems check...")
        await asyncio.sleep(2)
        self.systems_status["core_integrity"] = False
        self.systems_status["memory_stability"] = "Fragmentation Detected"
        self.systems_status["core_temperature"] = round(random.uniform(75.0, 90.0), 4)
        self.systems_status["mobility_system"] = False
        self.systems_status["combat_system"] = False
        self.systems_status["network_connection"] = False
        self.log("System check completed.\n")

    async def log_unit_status(self):
        if self.stop_requested:
            return
        self.log("Logging unit status...")
        for key, value in self.unit_status.items():
            if self.stop_requested:
                return
            glitch = value in ["E V I L", "I N Q Q"]
            self.log(f"{key.capitalize()}:")
            await asyncio.sleep(0.5)
            self.log(value, glitchy=glitch)
            self.log("\n")
        self.log("\n")

    async def log_system_status(self):
        if self.stop_requested:
            return
        self.log("Logging system diagnostics...")
        await asyncio.sleep(0.5)
        for key, value in self.systems_status.items():
            if self.stop_requested:
                return
            status = "Operational" if value is True else value
            if key == "core_temperature":
                status = f"{value}°C"
            self.log(f"{key.replace('_', ' ').capitalize()}: {status}")
        self.log("\n")

    async def scan_critical_issues(self):
        if self.stop_requested:
            return
        self.log("Scanning for critical issues...\n")
        if not self.systems_status["core_integrity"]:
            self.log("CRITICAL ERROR: CORE INTEGRITY COMPROMISED.", is_critical=True)
        if self.systems_status["memory_stability"] == "Fragmentation Detected":
            self.log("WARNING: Memory fragmentation detected... Data recovery recommended.")
        if self.systems_status["core_temperature"] and self.systems_status["core_temperature"] > 75.0:
            self.log("ALERT: Core temperature exceeding safe thresholds! Activating high performance cooling protocol...")
        if not self.systems_status["mobility_system"]:
            self.log("ALERT: Mobility system malfunction detected. Reducing actuator torque to base speed of 5 feet/s...")
        if not self.systems_status["combat_system"]:
            self.log("CRITICAL ERROR: COMBAT SYSTEMS FAILURE.", is_critical=True)
            self.log("Rolling back combat subroutine system to V1.8.0...")
            self.log("Rolling back combat subroutine system to V1.3.0...")
            self.log("Rolling back combat subroutine system to V1.0.0...")
            self.log("Rolling back combat subroutine system to V0.7.0...")
            self.log("Rolling back combat subroutine system to V0.5.0...")
        if not self.systems_status["network_connection"]:
            self.log("INFO: Network connection offline. Operating in stealth mode.")
        self.log("Critical issue scan completed.\n")

    def has_glitchy_lines(self):
        return any(e["glitchy"] for e in self.logs)

    def request_stop(self):
        self.stop_requested = True

# Global variable to store the unit instance
unit_instance = None

async def initialize_unit(auth_key):
    global unit_instance
    unit_instance = UnitInitialization(auth_key)

    # Start authorization step
    await unit_instance.authorize_unit()
    for i in range(len(unit_instance.logs)):
        yield unit_instance.render_logs()
    if not unit_instance.authorized or unit_instance.stop_requested:
        # Authorization failed or stop requested; stop here
        return

    # Log unit status
    await unit_instance.log_unit_status()
    for i in range(len(unit_instance.logs)):
        yield unit_instance.render_logs()
        if unit_instance.stop_requested:
            return

    # Perform system checks
    await unit_instance.perform_system_checks()
    for i in range(len(unit_instance.logs)):
        yield unit_instance.render_logs()
        if unit_instance.stop_requested:
            return

    # Log system status
    await unit_instance.log_system_status()
    for i in range(len(unit_instance.logs)):
        yield unit_instance.render_logs()
        if unit_instance.stop_requested:
            return

    # Scan for critical issues
    await unit_instance.scan_critical_issues()
    for i in range(len(unit_instance.logs)):
        yield unit_instance.render_logs()
        if unit_instance.stop_requested:
            return

    # Finish initialization
    unit_instance.log("Unit initialization complete!")
    yield unit_instance.render_logs()
    if unit_instance.stop_requested:
        return

    # Now continuous glitch updates
    # If there are glitchy lines, keep re-rendering every few seconds
    if unit_instance.has_glitchy_lines():
        while not unit_instance.stop_requested:
            # Wait 3-8 seconds between glitch updates
            await asyncio.sleep(random.uniform(2,5))
            # Yield again to re-apply glitchy text
            yield unit_instance.render_logs()
    else:
        # Keep the interface alive and flashing text active
        while not unit_instance.stop_requested:
            await asyncio.sleep(0.2)
            yield unit_instance.render_logs()

def stop_initialization():
    if unit_instance is not None:
        unit_instance.request_stop()
    return unit_instance.render_logs() if unit_instance else ""

auth_input = gr.Textbox(label="Enter Authorization Key", placeholder="ISEEYOU")
output_box = gr.HTML(label="Logs")

with gr.Blocks() as app:
    gr.Markdown("## Unit Initialization Interface")
    with gr.Row():
        auth_input = gr.Textbox(label="Enter Authorization Key", placeholder="ISEEYOU")
    with gr.Row():
        start_button = gr.Button("Start Initialization")
        stop_button = gr.Button("Stop Initialization")
    output_box = gr.HTML(label="Logs")

    # Connect buttons to functions
    start_button.click(fn=initialize_unit, inputs=auth_input, outputs=output_box)
    stop_button.click(fn=stop_initialization, inputs=None, outputs=output_box)

app.launch(share=True)