Starting a personal node project could be easy; starting a team node project could be challenging.
I am a developer currently working in SEEK Australia.
In my experience, common mistakes developer make when starting a projects are:
- No Linting
| function encode(plainText: string): string { | |
| if (plainText.length === 0) { | |
| return ''; | |
| } | |
| const characters = plainText.split(''); | |
| let lastChar = characters[0]; | |
| let lastCharCount = 0; | |
| let result = ''; | |
| for (const c of characters) { | |
| if (c === lastChar) { |
| import * as pulumi from "@pulumi/pulumi"; | |
| import * as aws from "@pulumi/aws"; | |
| // Create an AWS Cognito Identity Pool | |
| const identityPool = new aws.cognito.IdentityPool("identityPool", { | |
| identityPoolName: "myIdentityPool", | |
| }); | |
| // Create an IAM role for authenticated identities | |
| const authenticatedRole = new aws.iam.Role("authenticatedRole", { |
Starting a personal node project could be easy; starting a team node project could be challenging.
I am a developer currently working in SEEK Australia.
In my experience, common mistakes developer make when starting a projects are:
| from ast import List | |
| import os | |
| from models import Contributor, Problem, Project, Skill, Role | |
| INPUT_FOLDER = './input' | |
| OUTPUT_FOLDER = './output' | |
| def read_problem(filename: str) -> Problem: |
| import 'package:mobx/mobx.dart'; | |
| class Counter { | |
| final count = Observable(0); | |
| // Cant't do this now | |
| // The instance member 'count' can't be accessed in an initializer. | |
| final parity = Computed(() { | |
| return count.value.isEven; | |
| }); | |
| } |
| from tkinter import * | |
| import operator | |
| NUMBER_OF_ROWS = 8 | |
| NUMBER_OF_COLUMNS = 5 | |
| root = Tk() | |
| root.geometry("1000x1000") |
| final currentPositionProvider = StreamProvider.autoDispose<double>((ref) { | |
| final audioPlayer = ref.watch(audioPlayerProvider); | |
| return audioPlayer.currentPosition | |
| .map((position) => position.inSeconds.toDouble()); | |
| }); | |
| // Consume the provider using Consumer | |
| Consumer( | |
| builder: (context, watch, child) { | |
| final totalDuration = watch(currentPositionProvider); | |
| return totalDuration.when( |
| class CurrentlyPlayingThumbnail extends ConsumerWidget { | |
| final double height; | |
| final double width; | |
| const CurrentlyPlayingThumbnail({Key key, this.height, this.width}) | |
| : super(key: key); | |
| @override | |
| Widget build(BuildContext context, ScopedReader watch) { | |
| final currentlyPlaying = watch(currentlyPlayingProvider); |
| final currentlyPlayingProvider = | |
| StreamProvider.autoDispose<AudioTrackModel>((ref) { | |
| final playlist = ref.watch(playlistProvider); | |
| final audioPlayer = ref.watch(audioPlayerProvider); | |
| return audioPlayer.current.map((playing) => playlist[playing.index]); | |
| }); |
| final audioPlayerProvider = Provider.autoDispose<AssetsAudioPlayer>((ref) { | |
| final playlist = ref.watch(playlistProvider); | |
| final audioPlayer = AssetsAudioPlayer(); | |
| audioPlayer.open( | |
| Playlist( | |
| audios: playlist | |
| .map((audioTrackModel) => Audio.network(audioTrackModel.audioUrl)) | |
| .toList()), | |
| autoStart: false); | |
| return audioPlayer; |