NickDiMucci

public EnemyBullet bullet;

private void fireBullet() {
	EnemyBullet enemyBullet = Instantiate(bullet, gun.position, gun.rotation) as EnemyBullet;
	enemyBullet.setSpeed(speed + BULLET_SPEED_MULTIPLIER);
	laser.Play();
}

NickDiMucci

void Start() {
	speed = 15.0f;
	// Other code here...
}

NickDiMucci

public Transform bullet;

private void fireBullet() {
	Transform gameObject = Instantiate(bullet, gun.position, gun.rotation) as Transform;
	gameObject.GetComponent<EnemyBullet>().setSpeed(speed + BULLET_SPEED_MULTIPLIER);
	laser.Play();
}

NickDiMucci

using strange.extensions.mediation.impl;

[Mediates(typeof($VIEW$))]
public class $MEDIATOR$ : Mediator 
{
    [Inject]
    public $VIEW$ view { get; set; }

    public override void OnRegister()
    {

NickDiMucci

public static Texture2D BitmapToTexture2D(GraphicsDevice GraphicsDevice, System.Drawing.Bitmap image)
{  
    // Buffer size is size of color array multiplied by 4 because   
    // each pixel has four color bytes  
    int bufferSize = image.Height * image.Width * 4;  
 
    // Create new memory stream and save image to stream so   
    // we don't have to save and read file  
    System.IO.MemoryStream memoryStream = new System.IO.MemoryStream(bufferSize);  
    image.Save(memoryStream, System.Drawing.Imaging.ImageFormat.Png);  

NickDiMucci

namespace com.mindshaft.overtime.controller {
    public class BasicEntityController : IEntityController {
        private float gravity = 40f;
        private float targetSpeed = 0f;

        private IMovementModel model;

        [Inject]
        public IEntityCollisionDetection CollisionDetection { get; set; }

NickDiMucci

@echo off
 
set PROJECT=-projectPath 
set PROJECT_PATH="C:\path\to\your\Unity\project"
 
set WIN_PATH="C:\path\to\your\game.exe"
 
@REM Common options
set BATCH=-batchmode
set QUIT=-quit

NickDiMucci

import tensorflow as tf
import numpy as np
import matplotlib.pyplot as plt
import pandas as p

# Data source https://www.kaggle.com/lazyjustin/pubgplayerstats/data
colnames = ['player_name','tracker_id','solo_KillDeathRatio','solo_WinRatio','solo_TimeSurvived','solo_RoundsPlayed','solo_Wins','solo_WinTop10Ratio','solo_Top10s','solo_Top10Ratio','solo_Losses','solo_Rating','solo_BestRating','solo_DamagePg','solo_HeadshotKillsPg','solo_HealsPg','solo_KillsPg','solo_MoveDistancePg','solo_RevivesPg','solo_RoadKillsPg','solo_TeamKillsPg','solo_TimeSurvivedPg','solo_Top10sPg','solo_Kills','solo_Assists','solo_Suicides','solo_TeamKills','solo_HeadshotKills','solo_HeadshotKillRatio','solo_VehicleDestroys','solo_RoadKills','solo_DailyKills','solo_WeeklyKills','solo_RoundMostKills','solo_MaxKillStreaks','solo_WeaponAcquired','solo_Days','solo_LongestTimeSurvived','solo_MostSurvivalTime','solo_AvgSurvivalTime','solo_WinPoints','solo_WalkDistance','solo_RideDistance','solo_MoveDistance','solo_AvgWalkDistance','solo_AvgRid

NickDiMucci

My largest Sidekiq application had a memory leak and I was able to find and fix it in just few hours spent on analyzing Ruby's heap. In this post I'll show my profiling setup.

As you might know Ruby 2.1 introduced a few great changes to ObjectSpace, so now it's much easier to find a line of code that is allocating too many objects. Here is great post explaining how it's working.

I was too lazy to set up some seeding and run it locally, so I checked that test suite passes when profiling is enabled and pushed debugging to production. Production environment also suited me better since my jobs data can't be fully random generated.

So, in order to profile your worker, add this to your Sidekiq configuration:

if ENV["PROFILE"]

NickDiMucci

public class BasicEntityCollision : IEntityCollision {
    private Vector3 size;
    private Vector3 center;
    // Give a bit of space between the raycast and boxCollider to prevent ray going through collision layer.
    private float skin = .005f;

    private LayerMask collisionMask;
    private LayerMask playerMask;

    public bool OnGround { get; set; }