public static ITextProcessor CreateTextProcessor(DelegateOutputProcessor <int> outputProcessor)
{
// Fist, define the calculator methods
Func <int, int, Task <int> > sumFunc = (a, b) => Task.FromResult(a + b);
// After that, the syntaxes for all operations, using the CSDL parser:
// 1. Sum:
// a) The default syntax, for inputs like 'sum 1 and 2' or 'sum 3 4'
var sumSyntax = CsdlParser.Parse("operation+:VWord(sum) a:Integer :Word?(and) b:Integer");
// b) The alternative syntax, for inputs like '3 plus 4'
var alternativeSumSyntax = CsdlParser.Parse("a:Integer :Word(plus,more) b:Integer");
// Now create the command processors, to bind the methods to the syntaxes
var sumCommandProcessor = new DelegateCommandProcessor(
sumFunc,
true,
outputProcessor,
sumSyntax,
alternativeSumSyntax
);
// Finally, create the text processor and register all command processors
var textProcessor = new TextProcessor(new PunctuationTextSplitter());
textProcessor.CommandProcessors.Add(sumCommandProcessor);
textProcessor.TextPreprocessors.Add(new TrimTextPreprocessor());
return(textProcessor);
}
public static ITextProcessor CreateTextProcessor()
{
// The parsed syntaxes
var confirmOrderSyntax1 = CsdlParser.Parse(
":LDWord?(quero,mande,solicito) :Word?(uma) :Word?(pizza) :Word?(do,no) :LDWord?(tamanho) size:LDWord(pequena,media,média,grande,gigante) :Word?(sabor,de) flavor:LDWord(marguerita,pepperoni,calabreza) :Word?(para) :Word?(à,a,o) address:Text");
var confirmOrderSyntax2 = CsdlParser.Parse(
":LDWord?(quero,mande,solicito) :Word?(uma) :Word?(pizza) :Word?(sabor,de) flavor:LDWord(marguerita,pepperoni,calabreza) :Word?(do,no) :LDWord?(tamanho) size:LDWord(pequena,media,média,grande,gigante) :Word?(para) :Word?(à,a,o) address:Text");
var processOrderSyntax = CsdlParser.Parse(
":Word(sim) orderId:Long");
var cancelOrderSyntax = CsdlParser.Parse(
":Word(nao,não) orderId:Long");
// The output processor handles the command method return value
var addReminderOutputProcessor = new DelegateOutputProcessor <string>(
(text, context) => Console.WriteLine(text));
var pizza = new Pizza();
var confirmOrderCommandProcessor = new ReflectionCommandProcessor(
pizza,
nameof(ConfirmOrderAsync),
true,
addReminderOutputProcessor,
confirmOrderSyntax1,
confirmOrderSyntax2);
var processOrderCommandProcessor2 = new ReflectionCommandProcessor(
pizza,
nameof(ProcessOrderAsync),
true,
addReminderOutputProcessor,
processOrderSyntax);
var cancelOrderCommandProcessor = new ReflectionCommandProcessor(
pizza,
nameof(CancelOrderAsync),
true,
addReminderOutputProcessor,
cancelOrderSyntax);
// Register the the processor
var textProcessor = new TextProcessor(new PunctuationTextSplitter());
textProcessor.CommandProcessors.Add(confirmOrderCommandProcessor);
textProcessor.CommandProcessors.Add(processOrderCommandProcessor2);
textProcessor.CommandProcessors.Add(cancelOrderCommandProcessor);
// Add some preprocessors to normalize the input text
textProcessor.TextPreprocessors.Add(new TextNormalizerPreprocessor());
textProcessor.TextPreprocessors.Add(new ToLowerCasePreprocessor());
return(textProcessor);
}
public void AddProcessor(string syntaxPattern, Delegate fn = null)
{
var syntax = CsdlParser.Parse(syntaxPattern);
fn = fn ?? (Func <Task <string> >)(() => Task.FromResult(string.Empty));
// Now create the command processors, to bind the methods to the syntaxes
var cmd_proc = new DelegateCommandProcessor(
fn,
true,
this,
syntax
);
CommandProcessors.Add(cmd_proc);
}
public static ITextProcessor CreateTextProcessor()
{
// The parsed syntaxes
var syntax1 = CsdlParser.Parse(
":Word(lembrar) :Word?(de) reminder:Text");
var syntax2 = CsdlParser.Parse(
":Word(lembre) :Word?(me) date:Word?(hoje,amanha,eventualmente) :Word?(de) reminder:Text");
var syntax3 = CsdlParser.Parse(
":Word?(me) :Word(lembre) :Word~(de) reminder:Text date:Word?(hoje,amanha,eventualmente) :Word?(a) time:Word?(manha,tarde,noite)");
// The output processor handles the command method return value
var addReminderOutputProcessor = new DelegateOutputProcessor <string>(
(text, context) => Console.WriteLine(text));
var calendar = new Calendar2();
var commandProcessor1 = new ReflectionCommandProcessor(
calendar,
nameof(AddReminderAsync),
true,
addReminderOutputProcessor,
syntax1);
var commandProcessor2 = new ReflectionCommandProcessor(
calendar,
nameof(AddReminderForDateAsync),
true,
addReminderOutputProcessor,
syntax2);
var commandProcessor3 = new ReflectionCommandProcessor(
calendar,
nameof(AddReminderForDateAndTimeAsync),
true,
addReminderOutputProcessor,
syntax3);
// Register the the processor
var textProcessor = new TextProcessor();
textProcessor.CommandProcessors.Add(commandProcessor1);
textProcessor.CommandProcessors.Add(commandProcessor2);
textProcessor.CommandProcessors.Add(commandProcessor3);
// Add some preprocessors to normalize the input text
textProcessor.TextPreprocessors.Add(new TextNormalizerPreprocessor());
textProcessor.TextPreprocessors.Add(new ToLowerCasePreprocessor());
return(textProcessor);
}
SlidingTextProcessor CreateTextProcessor <TRes>(string syntaxPattern, Delegate fn)
{
var out_proc = new DelegateOutputProcessor <TRes>(
(o, ctx) =>
Log($"Result: {o}; op: {ctx.GetVariable("operation")}"));
var syntax = CsdlParser.Parse(syntaxPattern);
// Now create the command processors, to bind the methods to the syntaxes
var cmd_proc = new DelegateCommandProcessor(
fn,
true,
out_proc,
syntax
);
// Finally, create the text processor and register all command processors
//var text_proc = new TextProcessor(new PunctuationTextSplitter());
var text_proc = new SlidingTextProcessor();
text_proc.CommandProcessors.Add(cmd_proc);
text_proc.TextPreprocessors.Add(new TrimTextPreprocessor());
return(text_proc);
}
/// <summary> /// Adds a new command syntax to the <see cref="TextcMessageReceiver"/> builder. /// </summary> /// <param name="culture">The syntax culture.</param> /// <param name="syntaxPattern">The CSDL statement. Please refer to <seealso cref="https://github.com/takenet/textc-csharp#csdl"/> about the notation.</param> /// <returns></returns> public SyntaxTextcMessageReceiverBuilder ForSyntax(CultureInfo culture, string syntaxPattern) => ForSyntax(CsdlParser.Parse(syntaxPattern, culture));
/// <summary> /// Adds a new command syntax to the <see cref="TextcMessageReceiver"/> builder. /// </summary> /// <param name="syntaxPattern">The CSDL statement. Please refer to <seealso cref="https://github.com/takenet/textc-csharp#csdl"/> about the notation.</param> /// <returns></returns> public SyntaxTextcMessageReceiverBuilder ForSyntax(string syntaxPattern) => ForSyntax(CsdlParser.Parse(syntaxPattern));
/// <summary> /// Adds multiple command syntaxes to the <see cref="TextcMessageReceiver"/> builder. /// The added syntaxes should be related and will be associated to a same command processor. /// </summary> /// <param name="culture">The syntaxes culture.</param> /// <param name="syntaxPatterns">The CSDL statements. Please refer to <seealso cref="https://github.com/takenet/textc-csharp#csdl"/> about the notation.</param> /// <returns></returns> public SyntaxTextcMessageReceiverBuilder ForSyntaxes(CultureInfo culture, params string[] syntaxPatterns) => new SyntaxTextcMessageReceiverBuilder(_commandProcessorFactories, syntaxPatterns.Select(s => CsdlParser.Parse(s, culture)).ToList(), this);
public static ITextProcessor CreateTextProcessor()
{
// 1. Define the calendar syntaxes, using some LDWords for input flexibility
var addReminderSyntax = CsdlParser.Parse(
"^[:Word?(hey,ok) :LDWord?(calendar,agenda) :Word?(add,new,create) command:LDWord(remind,reminder) :Word?(me) :Word~(to,of) message:Text :Word?(for) when:LDWord?(today,tomorrow,someday)]");
var partialAddReminderSyntax = CsdlParser.Parse(
"^[:Word?(hey,ok) :LDWord?(calendar,agenda) :Word?(add,new,create) command+:LDWord(remind,reminder) :Word?(for,me) when+:LDWord?(today,tomorrow,someday)]");
var getRemindersSyntax = CsdlParser.Parse(
"[when:LDWord?(today,tomorrow,someday) :LDWord(reminders)]");
// 2. Now the output processors
var addReminderOutputProcessor = new DelegateOutputProcessor <Reminder>((reminder, context) =>
{
Console.WriteLine($"Reminder '{reminder.Message}' added successfully for '{reminder.When}'");
});
var getRemindersOutputProcessor = new DelegateOutputProcessor <IEnumerable <Reminder> >((reminders, context) =>
{
var remindersDictionary = reminders
.GroupBy(r => r.When)
.ToDictionary(r => r.Key, r => r.Select(reminder => reminder.Message));
foreach (var when in remindersDictionary.Keys)
{
Console.WriteLine($"Reminders for {when}:");
foreach (var reminderMessage in remindersDictionary[when])
{
Console.WriteLine($"* {reminderMessage}");
}
Console.WriteLine();
}
});
// 3. Create a instance of the processor object to be shared by all processors
var calendar = new Calendar();
// 4. Create the command processors
var addRemiderCommandProcessor = new ReflectionCommandProcessor(
calendar,
nameof(AddReminderAsync),
true,
addReminderOutputProcessor,
addReminderSyntax);
var partialAddRemiderCommandProcessor = new DelegateCommandProcessor(
new Func <string, Task>((when) =>
{
Console.Write($"What do you want to be reminded {when}?");
return(Task.FromResult(0));
}),
syntaxes: partialAddReminderSyntax);
var getRemidersCommandProcessor = new ReflectionCommandProcessor(
calendar,
nameof(GetRemindersAsync),
true,
getRemindersOutputProcessor,
getRemindersSyntax);
// 5. Register the the processors
var textProcessor = new TextProcessor();
textProcessor.CommandProcessors.Add(addRemiderCommandProcessor);
textProcessor.CommandProcessors.Add(partialAddRemiderCommandProcessor);
textProcessor.CommandProcessors.Add(getRemidersCommandProcessor);
// 6. Add some preprocessors to normalize the input text
textProcessor.TextPreprocessors.Add(new TextNormalizerPreprocessor());
textProcessor.TextPreprocessors.Add(new ToLowerCasePreprocessor());
return(textProcessor);
}
public static ITextProcessor CreateTextProcessor()
{
// Fist, define the calculator methods
Func <int, int, Task <int> > sumFunc = (a, b) => Task.FromResult(a + b);
Func <int, int, Task <int> > subtractFunc = (a, b) => Task.FromResult(a - b);
Func <int, int, Task <int> > multiplyFunc = (a, b) => Task.FromResult(a * b);
Func <int, int, Task <int> > divideFunc = (a, b) => Task.FromResult(a / b);
// After that, the syntaxes for all operations, using the CSDL parser:
// 1. Sum:
// a) The default syntax, for inputs like 'sum 1 and 2' or 'sum 3 4'
var sumSyntax = CsdlParser.Parse("operation+:Word(sum) a:Integer :Word?(and) b:Integer");
// b) The alternative syntax, for inputs like '3 plus 4'
var alternativeSumSyntax = CsdlParser.Parse("a:Integer :Word(plus,more) b:Integer");
// 2. Subtract:
// a) The default syntax, for inputs like 'subtract 2 from 3'
var subtractSyntax = CsdlParser.Parse("operation+:Word(subtract,sub) b:Integer :Word(from) a:Integer");
// b) The alternative syntax, for inputs like '5 minus 3'
var alternativeSubtractSyntax = CsdlParser.Parse("a:Integer :Word(minus) b:Integer");
// 3. Multiply:
// a) The default syntax, for inputs like 'multiply 3 and 3' or 'multiply 5 2'
var multiplySyntax = CsdlParser.Parse("operation+:Word(multiply,mul) a:Integer :Word?(and,by) b:Integer");
// b) The alternative syntax, for inputs like '6 times 2'
var alternativeMultiplySyntax = CsdlParser.Parse("a:Integer :Word(times) b:Integer");
// 4. Divide:
// a) The default syntax, for inputs like 'divide 3 by 3' or 'divide 10 2'
var divideSyntax = CsdlParser.Parse("operation+:Word(divide,div) a:Integer :Word?(by) b:Integer");
// b) The alternative syntax, for inputs like '6 by 2'
var alternativeDivideSyntax = CsdlParser.Parse("a:Integer :Word(by) b:Integer");
// Define a output processor that prints the command results to the console
var outputProcessor = new DelegateOutputProcessor <int>((o, context) => Console.WriteLine($"Result: {o}"));
// Now create the command processors, to bind the methods to the syntaxes
var sumCommandProcessor = new DelegateCommandProcessor(
sumFunc,
true,
outputProcessor,
sumSyntax,
alternativeSumSyntax
);
var subtractCommandProcessor = new DelegateCommandProcessor(
subtractFunc,
true,
outputProcessor,
subtractSyntax,
alternativeSubtractSyntax
);
var multiplyCommandProcessor = new DelegateCommandProcessor(
multiplyFunc,
true,
outputProcessor,
multiplySyntax,
alternativeMultiplySyntax
);
var divideCommandProcessor = new DelegateCommandProcessor(
divideFunc,
true,
outputProcessor,
divideSyntax,
alternativeDivideSyntax
);
// Finally, create the text processor and register all command processors
var textProcessor = new TextProcessor(new PunctuationTextSplitter());
textProcessor.CommandProcessors.Add(sumCommandProcessor);
textProcessor.CommandProcessors.Add(subtractCommandProcessor);
textProcessor.CommandProcessors.Add(multiplyCommandProcessor);
textProcessor.CommandProcessors.Add(divideCommandProcessor);
textProcessor.TextPreprocessors.Add(new TrimTextPreprocessor());
return(textProcessor);
}