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use clap::Parser as ClapParser;
#[path = "main/cli.rs"]
mod cli;
#[path = "main/commands.rs"]
mod commands;
#[path = "main/context_cmd.rs"]
mod context_cmd;
#[path = "main/context_data.rs"]
mod context_data;
#[path = "main/context_format.rs"]
mod context_format;
#[path = "main/diagnostic.rs"]
#[allow(dead_code)]
mod diagnostic;
#[path = "main/format_cmd.rs"]
mod format_cmd;
#[path = "main/repl.rs"]
mod repl;
#[path = "main/replay_cmd.rs"]
mod replay_cmd;
#[path = "main/shared.rs"]
mod shared;
#[path = "main/why_cmd.rs"]
mod why_cmd;
use cli::{Cli, Commands, CompilePolicyMode};
#[allow(unused_imports)]
use cli::{CompileTarget, DeployPack, DeployPreset, WasmBridge};
fn main() {
let cli = Cli::parse();
match &cli.command {
Commands::Run {
file,
module_root,
verify,
record,
expr,
input_file,
self_host,
profile,
wasm,
program_args,
} => {
let expressions = match shared::collect_entry_expressions(expr, input_file.as_deref()) {
Ok(list) => list,
Err(e) => {
use colored::Colorize;
eprintln!("{}", e.red());
std::process::exit(1);
}
};
if !expressions.is_empty() && (*wasm || *self_host) {
use colored::Colorize;
eprintln!(
"{}",
"--expr / --input-file are not supported with --wasm or --self-host in this release"
.red()
);
std::process::exit(1);
}
if *wasm {
commands::cmd_run_wasm(file, module_root.as_deref(), program_args.clone());
} else if *self_host {
commands::cmd_run_self_hosted(
file,
module_root.as_deref(),
*verify,
record.as_deref(),
program_args.clone(),
);
} else if expressions.is_empty() {
commands::cmd_run_vm(
file,
module_root.as_deref(),
*verify,
record.as_deref(),
program_args.clone(),
*profile,
None,
);
} else {
// Batch: run each expression as its own invocation so that
// recording state and VM globals start fresh each time.
for expr_src in &expressions {
commands::cmd_run_vm(
file,
module_root.as_deref(),
*verify,
record.as_deref(),
program_args.clone(),
*profile,
Some(expr_src.as_str()),
);
}
}
}
Commands::Check {
file,
module_root,
deps,
verbose,
json,
} => {
commands::cmd_check(file, module_root.as_deref(), *deps, *verbose, *json);
}
Commands::Verify {
file,
module_root,
deps,
verbose,
json,
hostile,
} => {
commands::cmd_verify(
file,
module_root.as_deref(),
*deps,
*verbose,
*json,
*hostile,
);
}
Commands::Audit {
path,
module_root,
json,
hostile,
} => {
commands::cmd_audit(path, module_root.as_deref(), *json, *hostile);
}
Commands::Format { path, check, json } => {
format_cmd::cmd_format(path, *check, *json);
}
Commands::Replay {
recording,
diff,
test,
check_args,
self_host,
json,
} => {
replay_cmd::cmd_replay(recording, *diff, *test, *check_args, *self_host, *json);
}
Commands::Repl => {
repl::cmd_repl();
}
Commands::Context {
file,
module_root,
output,
json,
decisions_only,
focus,
depth,
budget,
} => {
context_cmd::cmd_context(
file,
module_root.as_deref(),
output.as_deref(),
*json,
*decisions_only,
focus.as_deref(),
*depth,
*budget,
);
}
Commands::Compile {
file,
output,
name,
module_root,
target,
with_replay,
policy,
guest_entry,
with_self_host_support,
bridge,
pack,
preset,
handler,
optimize,
} => {
let policy_mode = (*policy).unwrap_or(if *with_replay {
CompilePolicyMode::Runtime
} else {
CompilePolicyMode::Embed
});
// Expand --preset into the (target, bridge, pack) triple it
// stands for. Clap's `conflicts_with_all` already rejects
// mixing --preset with explicit axes.
let (effective_target, effective_bridge, effective_pack) = match preset {
// Cloudflare Workers reject `WebAssembly.instantiate(bytes, ...)`
// from runtime-fetched bytes, so the "thin user.wasm + imported
// runtime from CDN" shape of `--target edge-wasm` doesn't fly
// here — the runtime would have to be either bundled or bundle-
// imported anyway. Single bundled wasm via `--target wasm`
// (wasm-merge inlines aver_runtime.*) is the cleaner shape:
// worker.js statically imports one file, no two-instance dance.
// wasm-merge becomes a hard dep, but anyone shipping to CF
// already has the npm/Node toolchain — `brew install binaryen`
// is the same tier.
Some(cli::DeployPreset::Cloudflare) => (
cli::CompileTarget::Wasm,
Some(cli::WasmBridge::Fetch),
Some(cli::DeployPack::Cloudflare),
),
None => (*target, *bridge, *pack),
};
commands::cmd_compile(commands::CompileOptions {
file,
output_dir: output,
project_name: name.as_deref(),
module_root_override: module_root.as_deref(),
target: effective_target,
with_replay: *with_replay,
policy_mode: &policy_mode,
guest_entry: guest_entry.as_deref(),
with_self_host_support: *with_self_host_support,
bridge: effective_bridge,
pack: effective_pack,
handler: handler.as_deref(),
optimize: *optimize,
});
}
Commands::WasmRuntime {
output,
artifact,
optimize,
wat,
} => {
commands::cmd_wasm_runtime(output, *artifact, *optimize, *wat);
}
Commands::Why {
file,
module_root,
verbose,
json,
} => {
why_cmd::cmd_why(file, module_root.as_deref(), *verbose, *json);
}
Commands::Proof {
file,
output,
name,
module_root,
backend,
verify_mode,
} => {
commands::cmd_proof(
file,
output,
name.as_deref(),
module_root.as_deref(),
backend,
verify_mode,
);
}
}
}