/// <summary>
/// Parse the template, and capture paths used in the template to determine a suitable structure for the required model.
/// </summary>
/// <param name="templateSource">The template content to parse.</param>
/// <param name="options">Options for configuring/extending the parser.</param>
/// <returns></returns>
public static ExtendedParseInformation ParseWithModelInference(string templateSource, ParsingOptions options)
{
var tokensQueue = GetTokensQueue(templateSource, options);
var inferredModel = new InferredTemplateModel();
var internalTemplate = Parse(tokensQueue, options, inferredModel);
Func <IDictionary <String, object>, String> template = (model) =>
{
var retval = new StringBuilder();
var context = new ContextObject()
{
Value = model,
Key = ""
};
internalTemplate(retval, context);
return(retval.ToString());
};
var result = new ExtendedParseInformation()
{
InferredModel = inferredModel,
ParsedTemplate = template
};
return(result);
}
/// <summary>
/// Parse the template, and capture paths used in the template to determine a suitable structure for the required model.
/// </summary>
/// <param name="templateSource">The template content to parse.</param>
/// <param name="disableContentEscaping">In some cases, content should not be escaped (such as when rendering text bodies and subjects in emails).
/// By default, we use content escaping, but this parameter allows it to be disabled.</param>
/// <returns></returns>
public static ExtendedParseInformation ParseWithModelInference(string templateSource, bool disableContentEscaping = false)
{
var tokens = new Queue <TokenPair> (Tokenizer.Tokenize(templateSource));
var options = new ParsingOptions {
DisableContentSafety = disableContentEscaping
};
var inferredModel = new InferredTemplateModel();
var internalTemplate = Parse(tokens, options, inferredModel);
Func <IDictionary <String, object>, String> template = (model) =>
{
var retval = new StringBuilder();
var context = new ContextObject()
{
Value = model,
Key = ""
};
internalTemplate(retval, context);
return(retval.ToString());
};
var result = new ExtendedParseInformation()
{
InferredModel = inferredModel,
ParsedTemplate = template
};
return(result);
}
/// <summary>
/// Parse the template, and capture paths used in the template to determine a suitable structure for the required model.
/// </summary>
/// <param name="templateSource">The template content to parse.</param>
/// <param name="disableContentEscaping">In some cases, content should not be escaped (such as when rendering text bodies and subjects in emails).
/// By default, we use content escaping, but this parameter allows it to be disabled.</param>
/// <returns></returns>
public static ExtendedParseInformation ParseWithModelInference(string templateSource, bool disableContentEscaping = false)
{
var tokens = new Queue<TokenPair>(Tokenizer.Tokenize(templateSource));
var options = new ParsingOptions { DisableContentSafety = disableContentEscaping };
var inferredModel = new InferredTemplateModel();
var internalTemplate = Parse(tokens, options, inferredModel);
Func<IDictionary<String, object>, String> template = (model) =>
{
var retval = new StringBuilder();
var context = new ContextObject()
{
Value = model,
Key = ""
};
internalTemplate(retval, context);
return retval.ToString();
};
var result = new ExtendedParseInformation()
{
InferredModel = inferredModel,
ParsedTemplate = template
};
return result;
}
