public void ExposePortsAddsPortsToExisting(int?internalPort1, int?externalPort1, int?internalPort2, int?externalPort2)
{
// Arrange
var sut = new StartContainerOptions();
sut.ExposePort(42, 42);
var portMappings = new List <DockerPortMapping>
{
GetPortMapping(internalPort1, externalPort1),
GetPortMapping(internalPort2, externalPort2)
}.Where(p => p != null);
var expectedMappings = new List <DockerPortMapping> {
new DockerPortMapping(42, 42)
};
expectedMappings.AddRange(portMappings);
// Act
sut.ExposePorts(portMappings);
// Assert
sut.DockerPortMappings.Should().BeEquivalentTo(expectedMappings);
}
public void WithOptionsPortMappings_AddsArgumentPerPort(int?internalPort1, int?externalPort1, int?internalPort2, int?externalPort2, string expectedPortArguments)
{
//Arrange
var options = new StartContainerOptions();
if (internalPort1.HasValue && externalPort1.HasValue)
{
options.ExposePort(internalPort1.Value, externalPort1.Value);
}
if (internalPort2.HasValue && externalPort2.HasValue)
{
options.ExposePort(internalPort2.Value, externalPort2.Value);
}
// Act
var result = Dockhand.Client.DockerCommands.Image.RunContainer(ImageId, options);
// Assert
result.Should().Contain($"docker run -d {expectedPortArguments}{ImageId}");
}
public void ExposePortAddsPort()
{
// Arrange
var internalPort = 443;
var externalPort = 5003;
var sut = new StartContainerOptions();
var expectedMappings = new [] { GetPortMapping(internalPort, externalPort) };
// Act
sut.ExposePort(443, 5003);
// Assert
sut.DockerPortMappings.Should().BeEquivalentTo(expectedMappings);
}
public void ExposePortAddsPortToExisting()
{
// Arrange
var internalPort = 43;
var externalPort = 44;
var sut = new StartContainerOptions();
sut.ExposePorts(new [] { GetPortMapping(42, 42) });
var expectedMappings = new [] { GetPortMapping(42, 42), GetPortMapping(internalPort, externalPort) };
// Act
sut.ExposePort(internalPort, externalPort);
// Assert
sut.DockerPortMappings.Should().BeEquivalentTo(expectedMappings);
}
