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$.ajaxSetup({
            xhrFields: {
                withCredentials: true // This setting passes cookies along the request, including our authentication cookie.
            }
        });

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//Curiously Recurring Template Pattern (CRTP)
//http://zpbappi.com/curiously-recurring-template-pattern-in-csharp/

public interface IFixture<out TFixture, out TSut>
    where TFixture : IFixture<TFixture, TSut>
    where TSut : class
{
    TFixture Setup();
    TSut CreateSut();
}

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using System;
using System.Runtime.CompilerServices;
using Xunit;

namespace Tests
{
    public class Dto1{}
    public class Dto2{}

    public interface IDbModel

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namespace MoqNotes
{
    public interface ISubjectUnderTest
    {
        int GetData(int param);
    }

    public class Tests
    {
        [Fact]

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/*
In Ethereum, a contract can be written so that it returns a value for eth_call.
A Dapp can then check for success or error value of eth_call, before calling eth_sendTransaction,
to take advantage of eth_call effectively being a "preview" of the code flow that the transaction
will take.  In traditional client-server, clients can't ask servers beforehand what's going to
happen when the client makes a call; with Dapps contracts can be written so that clients can ask
for a "preview" of what is going to happen, before any funds/ethers are actually utilized
(eth_call does not cost any ethers).

Note: it is possible that in between eth_call and when eth_sendTransaction is actually mined,

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# AWS specific install of Docker
sudo yum update -y
sudo yum install -y docker
sudo service docker start
sudo usermod -a -G docker ec2-user

# exit the SSH session, login again

# Docker
docker run -d --hostname my-rabbit --name some-rabbit -p 4369:4369 -p 5671:5671 -p 5672:5672 -p 15672:15672 rabbitmq

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docker run -p 5000:80  -e CORE_ENVIRONMENT=prod similarityapi
docker run -p 5000:80  -e NETCORE_ENVIRONMENT=test similarityapi

https://git.hepsiburada.com/Hermes/product-similarity-finder.git



//dotnet docker file örnekleri
https://github.com/dotnet/dotnet-docker/tree/master/samples/dotnetapp

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# Go parameters
GOCMD=go
GOBUILD=$(GOCMD) build
GOCLEAN=$(GOCMD) clean
GOTEST=$(GOCMD) test
GOGET=$(GOCMD) get
BINARY_NAME=mybinary
BINARY_UNIX=$(BINARY_NAME)_unix

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Table of Contents

1. Overview
2. Getting Started

### 1. Overview

When developing bitcoin applications or testing potential changes, it is often extremely useful to have a test network where transactions are actually mined into blocks and difficulty levels are low enough to generate blocks as needed.

In order to facilitate these scenarios, btcd provides a simulation network (--simnet). The following is an overview of the most important properties that distinguish it from the main network:

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Initial Preparation

The first step is to read the Code Contribution Guidelines documentation to get a good understanding of policies used by the project

Once that is done, the following commands illustrate a straight forward setup for submitting pull requests to the project:

One time setup

• Fork btcd on github
• Run the following command to obtain btcd, all dependencies, and install it (this has probably already been done):