| if status is-interactive | |
| # Commands to run in interactive sessions can go here | |
| end | |
| fnm env | source | |
| secrethub completion fish | source | |
| set PATH $HOME/.cargo/bin /Users/stavalfi/.fnm/node-versions/v14.18.1/installation/bin $PATH | |
| alias config.fish "code ~/.config/fish/config.fish" | |
| alias config.vimrc "code ~/.vimrc" | |
| alias crw "cargo watch -qcx 'run -q'" |
| // this is just part of the code: | |
| // based on iordis client in NodeJS | |
| const [[error, result]] = await client.multi([['slowlog', 'get', '-1']]).exec() | |
| if (error) { | |
| throw error | |
| } | |
| const slowLogs = result as [id: number, ts: number, executionTime: number, command: string[]][] | |
| const descOrder = slowLogs.sort((a, b) => b[2] - a[2]) | |
| for (const slowLog of descOrder) { |
| // must have: redis-cli, redis-server executables | |
| // need npm modules: @stavalfi/create-folder-structure, execa, lodash | |
| // tested on node 14. | |
| // RUN single instance: `ts-node <file-name>.ts 1` | |
| // RUN cluster of masters only: `ts-node <file-name>.ts 3` // can be 3+ | |
| // close with ctrl+c. make sure ports are closed after that as well. | |
| /////////////////// |
| import WebSocket from 'ws' | |
| function throttle<T>(callback: (message: T) => Promise<void>, interval = 1000): (message: T) => Promise<void> { | |
| return (message: T) => Promise.resolve() | |
| } | |
| interface Message { | |
| type: string | |
| content: string | |
| } |
The following exercises are for experimenting and learning Redux. Do not use any external library except rxjs (it's optional and recommended).
Documentations:
Write your allocator. Allocate a big block of bytes and manage its allocations and deallocations by your self. For example, allocate an array of 20,000 bytes and divide it into 10 cells such that each cell contains 2,000 bytes. The user can allocate and free cells of 2,000 bytes whenever he wants.
All the methods and the documentation are taken from lodash docs
Manipulating collections using functional and declerative code.