private static void PrintEmoji(Sandbox sb,
[RantDescription("The emoji shortcode to use, without colons.")]
string shortcode)
{
shortcode = shortcode.ToLower();
if (!Emoji.Shortcodes.ContainsKey(shortcode))
{
sb.Print("[missing emoji]");
return;
}
sb.Print(Char.ConvertFromUtf32(Emoji.Shortcodes[shortcode]));
}
private static IEnumerator <RichActionBase> OutputPrint(Sandbox sb, RantObject that,
[RichardPropertyArgument("object", "any", Description = "The object to print.")]
RantObject obj)
{
sb.Print(obj.ToString());
yield break;
}
private static void Number(Sandbox sb,
[RantDescription("The minimum value of the number to generate.")]
int min,
[RantDescription("The maximum value of the number to generate.")]
int max)
{
sb.Print(sb.RNG.Next(min, max + 1));
}
private static void Number(Sandbox sb,
[RantDescription("The string to convert into a number.")]
string input)
{
double number;
sb.Print(double.TryParse(input, out number) ? number : 0);
}
private static void RepElapsed(Sandbox sb)
{
if (!sb.Blocks.Any())
{
return;
}
sb.Print(sb.Blocks.Peek().Iteration - 1);
}
private static void RepCount(Sandbox sb)
{
if (!sb.Blocks.Any())
{
return;
}
sb.Print(sb.Blocks.Peek().Count);
}
private static void IndexOne(Sandbox sb)
{
if (!sb.Blocks.Any())
{
return;
}
sb.Print(sb.Blocks.Peek().Index + 1);
}
private static void Match(Sandbox sb)
{
if (!sb.RegexMatches.Any())
{
return;
}
sb.Print(sb.RegexMatches.Peek().Value);
}
private static void Group(Sandbox sb,
[RantDescription("The name of the match group whose value will be retrieved.")]
string groupName)
{
if (!sb.RegexMatches.Any())
{
return;
}
sb.Print(sb.RegexMatches.Peek().Groups[groupName].Value);
}
private static void RepQueued(Sandbox sb)
{
if (!sb.Blocks.Any())
{
return;
}
var block = sb.Blocks.Peek();
sb.Print(block.Count - (block.Iteration - 1));
}
private static void Bullet(Sandbox sb) => sb.Print("\x2022");
private static void Eszett(Sandbox sb) => sb.Print("\x00df");
private static void Endash(Sandbox sb) => sb.Print("\x2013");
private static void Copyright(Sandbox sb) => sb.Print("\x00a9");
private static void Trademark(Sandbox sb) => sb.Print("\x2122");
private static void Match(Sandbox sb)
{
if (!sb.RegexMatches.Any()) return;
sb.Print(sb.RegexMatches.Peek().Value);
}
private static void Depth(Sandbox sb)
{
sb.Print(sb.Blocks.Count);
}
private static void Copyright(Sandbox sb) => sb.Print("\x00a9");
private static void RegisteredTrademark(Sandbox sb) => sb.Print("\x00ae");
private static void Emdash(Sandbox sb) => sb.Print("\x2014");
private static void Endash(Sandbox sb) => sb.Print("\x2013");
private static void Plural(Sandbox sb, string word)
{
sb.Print(sb.Format.Pluralizer.Pluralize(word));
}
private static void RepCount(Sandbox sb)
{
if (!sb.Blocks.Any()) return;
sb.Print(sb.Blocks.Peek().Count);
}
private static void Depth(Sandbox sb)
{
sb.Print(sb.Blocks.Count);
}
private static void RepQueued(Sandbox sb)
{
if (!sb.Blocks.Any()) return;
var block = sb.Blocks.Peek();
sb.Print(block.Count - (block.Iteration - 1));
}
private static void Trademark(Sandbox sb) => sb.Print("\x2122");
private static void IndexOne(Sandbox sb)
{
if (!sb.Blocks.Any()) return;
sb.Print(sb.Blocks.Peek().Index + 1);
}
private static void Number(Sandbox sb,
[RantDescription("The minimum value of the number to generate.")]
int min,
[RantDescription("The maximum value of the number to generate.")]
int max)
{
sb.Print(sb.RNG.Next(min, max + 1));
}
private static void Group(Sandbox sb,
[RantDescription("The name of the match group whose value will be retrieved.")]
string groupName)
{
if (!sb.RegexMatches.Any()) return;
sb.Print(sb.RegexMatches.Peek().Groups[groupName].Value);
}
private static void GetTargetValue(Sandbox sb,
[RantDescription("The name of the target whose value to print.")]
string targetName)
{
sb.Print(sb.CurrentOutput.GetActiveChannel().GetTargetValue(targetName));
}
private static void RegisteredTrademark(Sandbox sb) => sb.Print("\x00ae");
private static void Len(Sandbox sb,
[RantDescription("The channel for which to retrieve the length.")]
string channelName)
{
sb.Print(sb.Output.GetChannelLength(channelName));
}
private static void Emdash(Sandbox sb) => sb.Print("\x2014");
private static void Number(Sandbox sb,
[RantDescription("The string to convert into a number.")]
string input)
{
double number;
sb.Print(double.TryParse(input, out number) ? number : 0);
}
private static void Bullet(Sandbox sb) => sb.Print("\x2022");
private static void RepElapsed(Sandbox sb)
{
if (!sb.Blocks.Any()) return;
sb.Print(sb.Blocks.Peek().Iteration - 1);
}
private static void PrintEmoji(Sandbox sb,
[RantDescription("The emoji shortcode to use, without colons.")]
string shortcode)
{
shortcode = shortcode.ToLower();
if(!Emoji.Shortcodes.ContainsKey(shortcode))
{
sb.Print("[missing emoji]");
return;
}
sb.Print(Char.ConvertFromUtf32(Emoji.Shortcodes[shortcode]));
}
private static void Eszett(Sandbox sb) => sb.Print("\x00df");
private static void Plural(Sandbox sb, string word)
{
sb.Print(sb.Format.Pluralizer.Pluralize(word));
}
private static void Len(Sandbox sb,
[RantDescription("The channel for which to retrieve the length.")]
string channelName)
{
sb.Print(sb.Output.GetChannelLength(channelName));
}