public async Task ReadLine_StartWritingWord_NonWordCharacterShouldCloseCompletion()
{
var spacebarIsNotCommitCharacterCfg = new PromptConfiguration(
keyBindings: new KeyBindings(
commitCompletion: new[] { new KeyPressPattern(Enter) }));
var console = ConsoleStub.NewConsole();
console.StubInput(
$"ab",
$"{Spacebar}", //this should close completion list (without insertion) and write space
$"{Enter}");
var prompt = ConfigurePrompt(console, completions: new[] { "abcd" }, configuration: spacebarIsNotCommitCharacterCfg);
var result = await prompt.ReadLineAsync();
Assert.True(result.IsSuccess);
Assert.Equal("ab ", result.Text);
//------------------------------------------
var spacebarIsCommitCharacterCfg = new PromptConfiguration(
keyBindings: new KeyBindings(
commitCompletion: new[] { new KeyPressPattern(Spacebar) }));
console = ConsoleStub.NewConsole();
console.StubInput(
$"ab",
$"{Spacebar}", //this should insert completion item and write space
$"{Enter}");
prompt = ConfigurePrompt(console, completions: new[] { "abcd" }, configuration: spacebarIsCommitCharacterCfg);
result = await prompt.ReadLineAsync();
Assert.True(result.IsSuccess);
Assert.Equal("abcd ", result.Text);
}
public CompletionPane(
CodePane codePane,
IPromptCallbacks promptCallbacks,
PromptConfiguration configuration)
{
this.codePane = codePane;
this.promptCallbacks = promptCallbacks;
this.configuration = configuration;
}
public void GetClassInstanceSingleObjectTest()
{
var config = new PromptConfiguration(); // Scan this file only
var data2A = new Data2a();
config.Objects = new object[] { data2A };
var prompt = new Prompt(config);
prompt.Run("2aCmd1");
data2A.Name.Should().Be("2aCmd1");
}
public void GetClassInstanceSingleObjectFromInterfaceTest()
{
var config = new PromptConfiguration(); // Scan this file only
var data2C = new Data2C();
config.Objects = new object[] { data2C };
var prompt = new Prompt(config);
prompt.Run("2cCmd1");
data2C.Name.Should().Be("2cCmd1");
}
public void GetClassInstanceManyParametersObjectOrderDifferentTest()
{
var config = new PromptConfiguration(); // Scan this file only
var data2A = new Data2a();
var data2B = new Data2b();
config.Objects = new object[] { data2B, data2A };
var prompt = new Prompt(config);
prompt.Run("2aCmd1");
data2A.Name.Should().Be("2aCmd1");
}
public void CanDoTest(string promptCmd, string pramText)
{
CanDoPrompt.MethodRun = CanDoPrompt.MethodValue = "Before Test";
var config = new PromptConfiguration(); // Scan this file only
var prompt = new Prompt(config);
var cmd = $"{promptCmd} {pramText}".Trim();
prompt.Run(cmd);
CanDoPrompt.MethodRun.Should().Be(promptCmd);
CanDoPrompt.MethodValue.Should().Be(pramText);
}
public void GetClassInstanceKeptNotTest()
{
var config = new PromptConfiguration(); // Scan this file only
var data2A = new Data2a();
config.Objects = new object[] { data2A };
var prompt = new Prompt(config);
prompt.Run("2aCmd1"); // 2a Keep Class between Commands
data2A.Name.Should().Be("2aCmd1");
data2A.ClassCount.Should().Be(1);
prompt.Run("2aCmd1");
data2A.ClassCount.Should().Be(1);
data2A.UsageCount.Should().Be(2);
}
/// <summary>
/// Instantiates a prompt object. This object can be re-used for multiple invocations of <see cref="ReadLineAsync()"/>.
/// </summary>
/// <param name="persistentHistoryFilepath">The filepath of where to store history entries. If null, persistent history is disabled.</param>
/// <param name="callbacks">A collection of callbacks for modifying and intercepting the prompt's behavior</param>
/// <param name="console">The implementation of the console to use. This is mainly for ease of unit testing</param>
/// <param name="configuration">If null, default configuration is used.</param>
public Prompt(
string?persistentHistoryFilepath = null,
PromptCallbacks?callbacks = null,
IConsole?console = null,
PromptConfiguration?configuration = null)
{
this.console = console ?? new SystemConsole();
this.console.InitVirtualTerminalProcessing();
this.configuration = configuration ?? new PromptConfiguration();
this.history = new HistoryLog(persistentHistoryFilepath, this.configuration.KeyBindings);
this.cancellationManager = new CancellationManager(this.console);
this.clipboard = (console is IConsoleWithClipboard consoleWithClipboard) ? consoleWithClipboard.Clipboard : new Clipboard();
promptCallbacks = callbacks ?? new PromptCallbacks();
this.highlighter = new SyntaxHighlighter(promptCallbacks, PromptConfiguration.HasUserOptedOutFromColor);
}
public void GetClassInstanceKeptIsTest()
{
var config = new PromptConfiguration(); // Scan this file only
var data2B = new Data2b();
config.Objects = new object[] { data2B };
var prompt = new Prompt(config);
prompt.Run("2bCmd1"); // 2b New Class Instance between Commands
data2B.Name.Should().Be("2bCmd1");
data2B.ClassCount.Should().Be(1);
data2B.UsageCount.Should().Be(1);
prompt.Run("2bCmd1");
data2B.ClassCount.Should().Be(1); // Keep Class Reused between Commands, that same count
data2B.UsageCount.Should().Be(2);
}
static void Main(string[] args)
{
Console.WriteLine("Hello World!");
PromptTests.IncludeThisAss();
var tasks = new List <Task>();
var configuration = new PromptConfiguration {
ApplicationHelp = "Command Prompt Demo"
};
using (var tokenSource = new CancellationTokenSource())
{
tasks.Add(Prompt.RunAsync(configuration, tokenSource.Token));
// Add other Tasks i.e. service task
// Wait for any of the task to exit, this would indicate that the application is shutting down
Task.WaitAny(tasks.ToArray());
}
Console.WriteLine("Good Bye World!");
}
public void ChangeToFredFolder()
{
// Set up Configuration
var config = new PromptConfiguration(); // Scan this file only
config.PromptPostFix = ">";
var prompt = new Prompt(config);
var cmd = $"cd bill";
prompt.Run(cmd);
prompt.CurrentFolder.Should().Be("Bill");
cmd = $"cd fred";
prompt.Run(cmd);
prompt.CurrentFolder.Should().Be("Fred");
cmd = $"cd ..";
prompt.Run(cmd);
prompt.CurrentFolder.Should().BeEmpty();
}
