*Console.js*
- Moved `DEFAULT_PROCESS` const to outside of the `Console` class (but inside the module).
- Removed `(` and `)` from `.filter` in `getProcessLogs()`.
- Updated comments
*logger.js*
- Moved `dateFormat` and `logRegex` to constants outside of `Logger` class
- Moved the `parseLogFile` method inside of the `Logger` class (ES6 style)
- Added a log limit to the `parseLogFile` method
- Added the log path to the constants file and used inside of `Logger`
*cmd_controller.js*
- Defaulted `this.context` to `[constants.context.any]` in the constructor.
- Changed `’embark’` to split modules`coreProcess` and `loggerApi`.
*engine.js*
- Changed `’embark’` to split modules`coreProcess` and `loggerApi`.
The embark log file is being overwritten each time embark is run. There is a separate log file for each context, so that running, for example, `embark run` then `embark console` doesn’t get the `run` log overwritten with the `console` log.
- Created an “embark” module so that an “embark” process could be registered in the correct way. This service is only used on `embark run` (can be extended to other commands if needed).
- extracted “embark” to a const `DEFAULT_PROCESS` param in the `Console` component.
- extracted commands result rendering to it’s own function to keep the `renderTabs` function from getting cluttered
- Added sorting of logs by timestamp
- Added milliseconds to the log file data (which helps in sorting log messages).
A logfile is now generated by default, in the format `.embark/embark-log__YYYY-MM-DD_HH-mm-ss.log`.
When the home tab is loaded, the process logs are fetched for all the processes. The list of processes returned now includes `embark`, and when `/embark-api/process-logs/embark` is fetched, the logFile is parsed and an array of log messages are returned.
Cargo in fact, bundles up subsequent tasks in to an array, so any tasks that are not immediately run get bundled in to another run later. This helps when lots of changes have been made in a short period of time.
Due to a process being spawned for every pipeline run, concurrency should remain around 3 to keep number of child processes from running away and allowing the CPU to stay on top.
For file changes that do not require a webpack run, ie HTML, the assets will still be copied to the output directory, but webpack will not run (as it’s too slow).
Addons
- New chain initialization and genesis management
- Option to choose client to use
- Option to "ping forever" for Geth
- Creation and unlock of accounts at client's start
- Utility to fund accounts with ethers
- Miner settings inside the ethereum client
- Workaround to CORS problem: origin is now http://embark
- Several double callback's checks
Updates
- Boilerplate, templates, configuration files and demo stuff
- Messages and i18n strings
- Tests
Fixes
- Geth client now uses miner.gastarget instead of the deprecated targetGasLimit
- Workaround for shh_version with Parity
Reworks of other PRs into the new code
- Included delayed proxy
- Send ready only when the proxy is started
- Start HTTP and WS proxies individually
- Async setupProxy
- Fixed datadir for GethMiner
Prior to this commit `$ embark build --contracts` spinned up a blockchain node
which is not necessary as `--contracts` can be seen as a "compile only" option.
This commit ensures we don't start any web3 services with `--contracts` is used.
As part of a bigger refactoring to make Embark's build pipeline pluggable,
this commit moves the watcher into its own plugin module so it can be
consumed via Embark's event bus.
It also introduces new command handlers for all watcher related APIs respectively:
- watcher:start
- watcher:stop
- watcher:restart
This is the first step of refactoring Embark's pipeline abstraction into
dedicated plugin modules that take advantage of Embark's event system.
With this commit we're moving `Pipeline` into `lib/modules/pipeline` and
introduce a new command handler `pipeline:build`. Embark's engine now
requests builds via this command handler.
Notice that `Watch` still lives in `lib/pipeline` as this is a step-by-step
refactoring to reduce chances of introducing regressions.
Iuri Matias
emizzle
Richard Ramos
Jonathan Rainville
Anthony Laibe
Subramanian Venkatesan
Giuseppe Bertone
Pascal Precht
Michael Bradley, Jr
Andre Medeiros