rcollette

-- Create a database in PostgreSQL

-- Apply this SQL to the dabase, using the command:
-- psql -d theDatabaseName -f TargetedRankRequirementsReport.sql

-- Import the Scoutbook exported troop roster into the scouts table first.
-- Import Scoutbook exported rank requirements into the rank_requirements table second.

-- Run various views to get "Reports". The view scout_requirements_targeted_all_scouts is probably of the most
-- interest and can be further filtered to target your needs.

rcollette

namespace Moq;

public static class ItExt
{
    public static T IsEquivalentTo<T>(T expected)
    {
        // An inner function like this is called a local function, equivalent to Func<>() = ()=> ;
        bool Validate(T actual)
        {
            actual.Should().BeEquivalentTo(expected);

rcollette

namespace Moq;
public static class MatcherExtensions
{
    public static T[] CreateEnumerableMatcher<T>(this T[] expectation)
    {
        return Match.Create<T[]>(
            inputCollection =>
            {
                bool result = expectation.All(inputCollection.Contains);
                return result;

rcollette

    private _createVpcPeering() {
        // Currently, the console shows a name attribute for the peering connection but no
        // name is available in the peering connection properties.
        this.vpcPeeringConnection = new CfnVPCPeeringConnection(this, 'PeerToLegacyVpc', {
                vpcId: this.vpc.vpcId,
                peerVpcId: this.legacyVpc.vpcId,
            }
        );
    }

rcollette

# This will automatically install the Sumo Logic collector on AWS Elastic
# Beanstalk instances. Add this to the .ebextensions folder in your app root
# To add or remove tracked files, simply add or remove source hashes to the
# sources array.
packages:
  rpm:
    SumoCollector: https://collectors.sumologic.com/rest/download/rpm/64

files:
  "/home/ec2-user/setup-sumo.sh":

rcollette

// tslint:disable-next-line:no-any
export class PromiseResolver<T = any> {
  private _resolve: (value?: T | PromiseLike<T>) => void;
  // tslint:disable-next-line:no-any
  private _reject: (reason?: any) => void;

  // tslint:disable-next-line:no-any
  public executor = (resolve: (value?: T | PromiseLike<T>) => void, reject: (reason?: any) => void) => {
    this._resolve = resolve;
    this._reject = reject;

rcollette

db.someCollection.aggregate([
   {
      "$match":{
         "$text":{
            "$search":"boundary"
         }
      }
   },
   {
      "$match":{

rcollette

#!/bin/bash
set -e
set -x

export SOLUTIONNAME=${1:-"SolutionName"}
export FRAMEWORK=${2:-"netcoreapp2.2"}
export LANGVERSION=${3:-"7.3"}

add_project() {
  if [[ "${1}" = "classlib" ]]

rcollette

<?xml version="1.0" encoding="utf-8"?>
<PerformanceReport>
  <CallTreeSummary>
    <CallTree Level="0" FunctionName="DataReaderDisposeCancelTest.exe" InclusiveElapsedTime="22,386.00" ExclusiveElapsedTime="0.00" InclusiveApplicationTime="0.51" ExclusiveApplicationTime="0.00" InclusiveElapsedTimePercent="100.00" ExclusiveElapsedTimePercent="0.00" InclusiveApplicationTimePercent="100.00" ExclusiveApplicationTimePercent="0.00" NumCalls="0" ModuleName="" />
    <CallTree Level="1" FunctionName="DataReaderDisposeCancelTest.Program.Main(string[])" InclusiveElapsedTime="22,386.00" ExclusiveElapsedTime="0.51" InclusiveApplicationTime="0.51" ExclusiveApplicationTime="0.00" InclusiveElapsedTimePercent="100.00" ExclusiveElapsedTimePercent="0.00" InclusiveApplicationTimePercent="100.00" ExclusiveApplicationTimePercent="0.35" NumCalls="1" ModuleName="DataReaderDisposeCancelTest.exe" />
    <CallTree Level="2" FunctionName="DataReaderDisposeCancelTest.Program.NoCancelTest(class System.Data.IDbCommand)" InclusiveElapsedTime=

rcollette

namespace DataReaderDisposeCancelTest
{
    using System;
    using System.Configuration;
    using System.Data;
    using System.Data.Common;

    internal class Program
    {
        private const int iterations = 50;