barneywilliams

void Client::ProcessRequest(void)
{
    QByteArray request = tcpSocket->readAll();
    QScriptEngine engine;

    // Validate that the request was parsed and non-empty
    QScriptValue data = engine.evaluate("(" + QString(request) + ")");
...
}

barneywilliams

QString Client::ProcessCommand(QScriptValue req)
{
    QScriptValue cmd = req.property("command");
    QString response;

    // Basic sanity check
    if (!cmd.isValid())
    {
        response = CommandErrorResponse("invalid", "No command specified");
    }

barneywilliams

tcpSocket = new QTcpSocket(this);
...
Q_ASSERT(connect(tcpSocket, SIGNAL(readyRead()), this, SLOT(ProcessRequest())));

barneywilliams

def initialize
   @server = TCPServer.new 19024
end

def start
   @server_thread = Thread.new do
      @client_thread = Thread.start(@server.accept) do |client|
         puts "server: Accepted client connection!"
         send_request(client, 'greeting', :message => 'Hello client!')
         receive_response(client)

barneywilliams

QString Client::ProcessCommand(QScriptValue req)
{
    QScriptValue cmd = req.property("command");
    QString response;

    // Basic sanity check
    if (!cmd.isValid())
    {
        response = CommandErrorResponse("invalid", "No command specified");
    }

barneywilliams

#include <gtest/gtest.h>
#include <cucumber-cpp/defs.hpp>

#include <Calculator.h>

struct CalcCtx {
    Calculator calc;
    double result;
};

barneywilliams

Scenario: Regular numbers # division.feature:6
> ["begin_scenario"] # Cucumber sends this message to the Wire server to start the scenario
< ["success"] # Each message sent to the Wire server is acknowledged, and may include response data as well
> ["step_matches", # Cucumber sends the first step of the scenario
    {
      "name_to_match":"I have entered 3 into the calculator"
    }
  ]
< ["success", # The Wire server responds with the regular expression that matches the specified step, including the extracted parameter and location of the step definition
    [

barneywilliams

Feature: Division
  In order to avoid silly mistakes
  Cashiers must be able to calculate a fraction

  Scenario: Regular numbers
    Given I have entered 3 into the calculator
    And I have entered 2 into the calculator
    When I press divide
    Then the result should be 1.5 on the screen

barneywilliams

Feature: Division
  In order to avoid silly mistakes
  Cashiers must be able to calculate a fraction

  Scenario: Regular numbers                     # division.feature:6
    Given I have entered 3 into the calculator  # CalculatorSteps.cpp:11
    And I have entered 2 into the calculator    # CalculatorSteps.cpp:11
    When I press divide                         # CalculatorSteps.cpp:22
    Then the result should be 1.5 on the screen # CalculatorSteps.cpp:27

barneywilliams

Feature: Division
  In order to avoid silly mistakes
  Cashiers must be able to calculate a fraction

  Scenario: Regular numbers                     # examples/Calc/CalcFeatures/features/division.feature:6
> ["begin_scenario"]
< ["success"]
> ["step_matches",{"name_to_match":"I have entered 3 into the calculator"}]
< ["success",[{"regexp":"^I have entered (\\d+) into the calculator$","args":[{"val":"3","pos":15}],"id":"1","source":"GTestCalculatorSteps.cpp:11"}]]
> ["invoke",{"args":["3"],"id":"1"}]