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|
use diesel::{PgConnection, QueryResult};
use planetwars_matchrunner::{self as runner, docker_runner::DockerBotSpec, BotSpec, MatchConfig};
use runner::MatchOutcome;
use std::{path::PathBuf, sync::Arc};
use tokio::task::JoinHandle;
use crate::{
db::{
self,
matches::{MatchData, MatchResult},
},
util::gen_alphanumeric,
ConnectionPool, GlobalConfig,
};
pub struct RunMatch {
log_file_name: String,
players: Vec<MatchPlayer>,
config: Arc<GlobalConfig>,
}
pub enum MatchPlayer {
BotVersion {
bot: Option<db::bots::Bot>,
version: db::bots::BotVersion,
},
BotSpec {
spec: Box<dyn BotSpec>,
},
}
impl RunMatch {
pub fn from_players(config: Arc<GlobalConfig>, players: Vec<MatchPlayer>) -> Self {
let log_file_name = format!("{}.log", gen_alphanumeric(16));
RunMatch {
config,
log_file_name,
players,
}
}
fn into_runner_config(self) -> runner::MatchConfig {
runner::MatchConfig {
map_path: PathBuf::from(&self.config.maps_directory).join("hex.json"),
map_name: "hex".to_string(),
log_path: PathBuf::from(&self.config.match_logs_directory).join(&self.log_file_name),
players: self
.players
.into_iter()
.map(|player| runner::MatchPlayer {
bot_spec: match player {
MatchPlayer::BotVersion { bot, version } => {
bot_version_to_botspec(&self.config, bot.as_ref(), &version)
}
MatchPlayer::BotSpec { spec } => spec,
},
})
.collect(),
}
}
pub async fn run(
self,
conn_pool: ConnectionPool,
) -> QueryResult<(MatchData, JoinHandle<MatchOutcome>)> {
let match_data = {
// TODO: it would be nice to get an already-open connection here when possible.
// Maybe we need an additional abstraction, bundling a connection and connection pool?
let db_conn = conn_pool.get().await.expect("could not get a connection");
self.store_in_database(&db_conn)?
};
let runner_config = self.into_runner_config();
let handle = tokio::spawn(run_match_task(conn_pool, runner_config, match_data.base.id));
Ok((match_data, handle))
}
fn store_in_database(&self, db_conn: &PgConnection) -> QueryResult<MatchData> {
let new_match_data = db::matches::NewMatch {
state: db::matches::MatchState::Playing,
log_path: &self.log_file_name,
};
let new_match_players = self
.players
.iter()
.map(|p| db::matches::MatchPlayerData {
code_bundle_id: match p {
MatchPlayer::BotVersion { version, .. } => Some(version.id),
MatchPlayer::BotSpec { .. } => None,
},
})
.collect::<Vec<_>>();
db::matches::create_match(&new_match_data, &new_match_players, db_conn)
}
}
pub fn bot_version_to_botspec(
runner_config: &GlobalConfig,
bot: Option<&db::bots::Bot>,
bot_version: &db::bots::BotVersion,
) -> Box<dyn BotSpec> {
if let Some(code_bundle_path) = &bot_version.code_bundle_path {
python_docker_bot_spec(runner_config, code_bundle_path)
} else if let (Some(container_digest), Some(bot)) = (&bot_version.container_digest, bot) {
Box::new(DockerBotSpec {
image: format!(
"{}/{}@{}",
runner_config.container_registry_url, bot.name, container_digest
),
binds: None,
argv: None,
working_dir: None,
pull: true,
credentials: Some(runner::docker_runner::Credentials {
username: "admin".to_string(),
password: runner_config.registry_admin_password.clone(),
}),
})
} else {
// TODO: ideally this would not be possible
panic!("bad bot version")
}
}
fn python_docker_bot_spec(config: &GlobalConfig, code_bundle_path: &str) -> Box<dyn BotSpec> {
let code_bundle_rel_path = PathBuf::from(&config.bots_directory).join(code_bundle_path);
let code_bundle_abs_path = std::fs::canonicalize(&code_bundle_rel_path).unwrap();
let code_bundle_path_str = code_bundle_abs_path.as_os_str().to_str().unwrap();
// TODO: it would be good to simplify this configuration
Box::new(DockerBotSpec {
image: config.python_runner_image.clone(),
binds: Some(vec![format!("{}:{}", code_bundle_path_str, "/workdir")]),
argv: Some(vec!["python".to_string(), "bot.py".to_string()]),
working_dir: Some("/workdir".to_string()),
// This would be a pull from dockerhub at the moment, let's avoid that for now.
// Maybe the best course of action would be to replicate all images in the dedicated
// registry, so that we only have to provide credentials to that one.
pull: false,
credentials: None,
})
}
async fn run_match_task(
connection_pool: ConnectionPool,
match_config: MatchConfig,
match_id: i32,
) -> MatchOutcome {
let outcome = runner::run_match(match_config).await;
// update match state in database
let conn = connection_pool
.get()
.await
.expect("could not get database connection");
let result = MatchResult::Finished {
winner: outcome.winner.map(|w| (w - 1) as i32), // player numbers in matchrunner start at 1
};
db::matches::save_match_result(match_id, result, &conn).expect("could not save match result");
outcome
}
|
