matrix-rust-sdk

mod overview;

mod sync;

mod timer;

use std::path::PathBuf;

use clap::{Args, Subcommand};

use crate::{Result, sh, workspace};

#[derive(Args)]

pub struct LogArgs {

    #[clap(subcommand)]

    cmd: LogCommand,

}

/// Analysis around logs (formatted by `matrix-sdk-ffi`).

#[derive(Subcommand)]

enum LogCommand {

    /// Overview the logs as a tree where each node is a target and each leaf is

    /// a log location with occurrences, spans and fields.

    Overview {

        /// The file containing the logs to analyse.

        #[clap(long)]

        log_file: PathBuf,

        /// The output file that will receive the HTML report.

        #[clap(long)]

        html_output_file: PathBuf,

    },

    /// Visualise the sync requests and responses with a table and a duration

    /// graph.

    Sync {

        /// The file containing the logs to analyse.

        #[clap(long)]

        log_file: PathBuf,

        /// The output file that will receive the HTML report.

        #[clap(long)]

        html_output_file: PathBuf,

    },

    /// Visualise the timers to detect bottlenecks.

    Timer {

        /// The file containing the logs to analyse.

        #[clap(long)]

        log_file: PathBuf,

        /// The output file that will receive the HTML report.

        #[clap(long)]

        html_output_file: PathBuf,

    },

}

impl LogArgs {

    pub fn run(self) -> Result<()> {

        let sh = sh();

        let _p = sh.push_dir(workspace::root_path()?);

        match self.cmd {

            LogCommand::Overview { log_file, html_output_file } => {

                overview::run(log_file, html_output_file)?

            }

            LogCommand::Sync { log_file, html_output_file } => {

                sync::run(log_file, html_output_file)?

            }

            LogCommand::Timer { log_file, html_output_file } => {

                timer::run(log_file, html_output_file)?

            }

        }

        Ok(())

    }

}