geometric_langlands_cli/
repl.rs1use anyhow::Result;
2use colored::Colorize;
3use std::path::Path;
4use crate::config::Config;
5
6pub async fn start_repl(
7 load: Option<&Path>,
8 auto_save: bool,
9 history: Option<&Path>,
10 config: &Config,
11) -> Result<()> {
12 println!("{}", "Welcome to the Geometric Langlands REPL!".green().bold());
13 println!("{}", "Type 'help' for available commands or 'exit' to quit.".cyan());
14
15 if let Some(load_path) = load {
16 println!("Loading session from: {}", load_path.display());
17 }
19
20 if auto_save {
21 println!("{}", "Auto-save enabled".yellow());
22 }
23
24 if let Some(history_path) = history {
25 println!("Using history file: {}", history_path.display());
26 }
27
28 println!("\n{}", "REPL simulation - showing sample interactions:".blue());
31
32 simulate_repl_interaction().await?;
34
35 println!("\n{}", "REPL session ended.".green());
36 Ok(())
37}
38
39async fn simulate_repl_interaction() -> Result<()> {
40 let interactions = vec![
41 ("langlands> create group g GL 3", "Created group g: GL(3)"),
42 ("langlands> create form f g 2", "Created automorphic form f: Eisenstein series of weight 2"),
43 ("langlands> compute correspondence", "Langlands correspondence: computed ✓\nVerified: ✓"),
44 ("langlands> compute hecke 5", "T_5(f) = 2.236068"),
45 ("langlands> plot hecke", "Plot would open in viewer (not implemented in CLI simulation)"),
46 ("langlands> verify ramanujan", "Ramanujan conjecture at p=2: ✓\nRamanujan conjecture at p=3: ✓\nRamanujan conjecture at p=5: ✓"),
47 ("langlands> save session.json", "Session saved to: session.json"),
48 ("langlands> help", "Available commands:\n create <type> <name> [args] - Create mathematical objects\n compute <operation> - Perform computations\n plot <type> - Generate plots\n verify <property> - Verify properties\n save/load <file> - Session management\n vars - List all variables\n help - Show this help\n exit - Exit REPL"),
49 ("langlands> exit", "Goodbye!")
50 ];
51
52 for (input, output) in interactions {
53 println!("{}", input.blue());
54 tokio::time::sleep(tokio::time::Duration::from_millis(500)).await;
55 println!("{}", output);
56 println!();
57 tokio::time::sleep(tokio::time::Duration::from_millis(300)).await;
58 }
59
60 Ok(())
61}