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text = text.replace(/@[xX][Ff][Dd]/g, "\1h\1m\1" + "7\1i"); // Blinking bright magenta on white
text = text.replace(/@[xX][Ff][Ee]/g, "\1h\1y\1" + "7\1i"); // Blinking bright yellow on white
text = text.replace(/@[xX][Ff][Ff]/g, "\1h\1w\1" + "7\1i"); // Blinking bright white on white
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return text;
}
else
return pText; // No PCBoard-style attribute codes found, so just return the text.
}
// Converts Wildcat attribute codes to Synchronet attribute codes.
//
// Parameters:
// pText: A string containing the text to convert
//
// Return value: The text with the color codes converted
function wildcatAttrsToSyncAttrs(pText)
{
// First, see if the text has any Wildcat-style attribute codes at
// all. We'll be performing a bunch of search & replace commands,
// so we don't want to do all that work for nothing.. :)
if (/@[0-9A-Fa-f]{2}@/.test(pText))
{
// Black background
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var text = pText.replace(/@00@/g, "\1n\1k\1" + "0"); // Black on black
text = text.replace(/@01@/g, "\1n\1b\1" + "0"); // Blue on black
text = text.replace(/@02@/g, "\1n\1g\1" + "0"); // Green on black
text = text.replace(/@03@/g, "\1n\1c\1" + "0"); // Cyan on black
text = text.replace(/@04@/g, "\1n\1r\1" + "0"); // Red on black
text = text.replace(/@05@/g, "\1n\1m\1" + "0"); // Magenta on black
text = text.replace(/@06@/g, "\1n\1y\1" + "0"); // Yellow/brown on black
text = text.replace(/@07@/g, "\1n\1w\1" + "0"); // White on black
text = text.replace(/@08@/g, "\1n\1w\1" + "0"); // White on black
text = text.replace(/@09@/g, "\1n\1w\1" + "0"); // White on black
text = text.replace(/@08@/g, "\1h\1k\1" + "0"); // Bright black on black
text = text.replace(/@09@/g, "\1h\1b\1" + "0"); // Bright blue on black
text = text.replace(/@0[Aa]@/g, "\1h\1g\1" + "0"); // Bright green on black
text = text.replace(/@0[Bb]@/g, "\1h\1c\1" + "0"); // Bright cyan on black
text = text.replace(/@0[Cc]@/g, "\1h\1r\1" + "0"); // Bright red on black
text = text.replace(/@0[Dd]@/g, "\1h\1m\1" + "0"); // Bright magenta on black
text = text.replace(/@0[Ee]@/g, "\1h\1y\1" + "0"); // Bright yellow on black
text = text.replace(/@0[Ff]@/g, "\1h\1w\1" + "0"); // Bright white on black
// Blinking foreground
// Blue background
text = text.replace(/@10@/g, "\1n\1k\1" + "4"); // Black on blue
text = text.replace(/@11@/g, "\1n\1b\1" + "4"); // Blue on blue
text = text.replace(/@12@/g, "\1n\1g\1" + "4"); // Green on blue
text = text.replace(/@13@/g, "\1n\1c\1" + "4"); // Cyan on blue
text = text.replace(/@14@/g, "\1n\1r\1" + "4"); // Red on blue
text = text.replace(/@15@/g, "\1n\1m\1" + "4"); // Magenta on blue
text = text.replace(/@16@/g, "\1n\1y\1" + "4"); // Yellow/brown on blue
text = text.replace(/@17@/g, "\1n\1w\1" + "4"); // White on blue
text = text.replace(/@18@/g, "\1h\1k\1" + "4"); // Bright black on blue
text = text.replace(/@19@/g, "\1h\1b\1" + "4"); // Bright blue on blue
text = text.replace(/@1[Aa]@/g, "\1h\1g\1" + "4"); // Bright green on blue
text = text.replace(/@1[Bb]@/g, "\1h\1c\1" + "4"); // Bright cyan on blue
text = text.replace(/@1[Cc]@/g, "\1h\1r\1" + "4"); // Bright red on blue
text = text.replace(/@1[Dd]@/g, "\1h\1m\1" + "4"); // Bright magenta on blue
text = text.replace(/@1[Ee]@/g, "\1h\1y\1" + "4"); // Bright yellow on blue
text = text.replace(/@1[Ff]@/g, "\1h\1w\1" + "4"); // Bright white on blue
// Green background
text = text.replace(/@20@/g, "\1n\1k\1" + "2"); // Black on green
text = text.replace(/@21@/g, "\1n\1b\1" + "2"); // Blue on green
text = text.replace(/@22@/g, "\1n\1g\1" + "2"); // Green on green
text = text.replace(/@23@/g, "\1n\1c\1" + "2"); // Cyan on green
text = text.replace(/@24@/g, "\1n\1r\1" + "2"); // Red on green
text = text.replace(/@25@/g, "\1n\1m\1" + "2"); // Magenta on green
text = text.replace(/@26@/g, "\1n\1y\1" + "2"); // Yellow/brown on green
text = text.replace(/@27@/g, "\1n\1w\1" + "2"); // White on green
text = text.replace(/@28@/g, "\1h\1k\1" + "2"); // Bright black on green
text = text.replace(/@29@/g, "\1h\1b\1" + "2"); // Bright blue on green
text = text.replace(/@2[Aa]@/g, "\1h\1g\1" + "2"); // Bright green on green
text = text.replace(/@2[Bb]@/g, "\1h\1c\1" + "2"); // Bright cyan on green
text = text.replace(/@2[Cc]@/g, "\1h\1r\1" + "2"); // Bright red on green
text = text.replace(/@2[Dd]@/g, "\1h\1m\1" + "2"); // Bright magenta on green
text = text.replace(/@2[Ee]@/g, "\1h\1y\1" + "2"); // Bright yellow on green
text = text.replace(/@2[Ff]@/g, "\1h\1w\1" + "2"); // Bright white on green
// Cyan background
text = text.replace(/@30@/g, "\1n\1k\1" + "6"); // Black on cyan
text = text.replace(/@31@/g, "\1n\1b\1" + "6"); // Blue on cyan
text = text.replace(/@32@/g, "\1n\1g\1" + "6"); // Green on cyan
text = text.replace(/@33@/g, "\1n\1c\1" + "6"); // Cyan on cyan
text = text.replace(/@34@/g, "\1n\1r\1" + "6"); // Red on cyan
text = text.replace(/@35@/g, "\1n\1m\1" + "6"); // Magenta on cyan
text = text.replace(/@36@/g, "\1n\1y\1" + "6"); // Yellow/brown on cyan
text = text.replace(/@37@/g, "\1n\1w\1" + "6"); // White on cyan
text = text.replace(/@38@/g, "\1h\1k\1" + "6"); // Bright black on cyan
text = text.replace(/@39@/g, "\1h\1b\1" + "6"); // Bright blue on cyan
text = text.replace(/@3[Aa]@/g, "\1h\1g\1" + "6"); // Bright green on cyan
text = text.replace(/@3[Bb]@/g, "\1h\1c\1" + "6"); // Bright cyan on cyan
text = text.replace(/@3[Cc]@/g, "\1h\1r\1" + "6"); // Bright red on cyan
text = text.replace(/@3[Dd]@/g, "\1h\1m\1" + "6"); // Bright magenta on cyan
text = text.replace(/@3[Ee]@/g, "\1h\1y\1" + "6"); // Bright yellow on cyan
text = text.replace(/@3[Ff]@/g, "\1h\1w\1" + "6"); // Bright white on cyan
// Red background
text = text.replace(/@40@/g, "\1n\1k\1" + "1"); // Black on red
text = text.replace(/@41@/g, "\1n\1b\1" + "1"); // Blue on red
text = text.replace(/@42@/g, "\1n\1g\1" + "1"); // Green on red
text = text.replace(/@43@/g, "\1n\1c\1" + "1"); // Cyan on red
text = text.replace(/@44@/g, "\1n\1r\1" + "1"); // Red on red
text = text.replace(/@45@/g, "\1n\1m\1" + "1"); // Magenta on red
text = text.replace(/@46@/g, "\1n\1y\1" + "1"); // Yellow/brown on red
text = text.replace(/@47@/g, "\1n\1w\1" + "1"); // White on red
text = text.replace(/@48@/g, "\1h\1k\1" + "1"); // Bright black on red
text = text.replace(/@49@/g, "\1h\1b\1" + "1"); // Bright blue on red
text = text.replace(/@4[Aa]@/g, "\1h\1g\1" + "1"); // Bright green on red
text = text.replace(/@4[Bb]@/g, "\1h\1c\1" + "1"); // Bright cyan on red
text = text.replace(/@4[Cc]@/g, "\1h\1r\1" + "1"); // Bright red on red
text = text.replace(/@4[Dd]@/g, "\1h\1m\1" + "1"); // Bright magenta on red
text = text.replace(/@4[Ee]@/g, "\1h\1y\1" + "1"); // Bright yellow on red
text = text.replace(/@4[Ff]@/g, "\1h\1w\1" + "1"); // Bright white on red
// Magenta background
text = text.replace(/@50@/g, "\1n\1k\1" + "5"); // Black on magenta
text = text.replace(/@51@/g, "\1n\1b\1" + "5"); // Blue on magenta
text = text.replace(/@52@/g, "\1n\1g\1" + "5"); // Green on magenta
text = text.replace(/@53@/g, "\1n\1c\1" + "5"); // Cyan on magenta
text = text.replace(/@54@/g, "\1n\1r\1" + "5"); // Red on magenta
text = text.replace(/@55@/g, "\1n\1m\1" + "5"); // Magenta on magenta
text = text.replace(/@56@/g, "\1n\1y\1" + "5"); // Yellow/brown on magenta
text = text.replace(/@57@/g, "\1n\1w\1" + "5"); // White on magenta
text = text.replace(/@58@/g, "\1h\1k\1" + "5"); // Bright black on magenta
text = text.replace(/@59@/g, "\1h\1b\1" + "5"); // Bright blue on magenta
text = text.replace(/@5[Aa]@/g, "\1h\1g\1" + "5"); // Bright green on magenta
text = text.replace(/@5[Bb]@/g, "\1h\1c\1" + "5"); // Bright cyan on magenta
text = text.replace(/@5[Cc]@/g, "\1h\1r\1" + "5"); // Bright red on magenta
text = text.replace(/@5[Dd]@/g, "\1h\1m\1" + "5"); // Bright magenta on magenta
text = text.replace(/@5[Ee]@/g, "\1h\1y\1" + "5"); // Bright yellow on magenta
text = text.replace(/@5[Ff]@/g, "\1h\1w\1" + "5"); // Bright white on magenta
// Brown background
text = text.replace(/@60@/g, "\1n\1k\1" + "3"); // Black on brown
text = text.replace(/@61@/g, "\1n\1b\1" + "3"); // Blue on brown
text = text.replace(/@62@/g, "\1n\1g\1" + "3"); // Green on brown
text = text.replace(/@63@/g, "\1n\1c\1" + "3"); // Cyan on brown
text = text.replace(/@64@/g, "\1n\1r\1" + "3"); // Red on brown
text = text.replace(/@65@/g, "\1n\1m\1" + "3"); // Magenta on brown
text = text.replace(/@66@/g, "\1n\1y\1" + "3"); // Yellow/brown on brown
text = text.replace(/@67@/g, "\1n\1w\1" + "3"); // White on brown
text = text.replace(/@68@/g, "\1h\1k\1" + "3"); // Bright black on brown
text = text.replace(/@69@/g, "\1h\1b\1" + "3"); // Bright blue on brown
text = text.replace(/@6[Aa]@/g, "\1h\1g\1" + "3"); // Bright breen on brown
text = text.replace(/@6[Bb]@/g, "\1h\1c\1" + "3"); // Bright cyan on brown
text = text.replace(/@6[Cc]@/g, "\1h\1r\1" + "3"); // Bright red on brown
text = text.replace(/@6[Dd]@/g, "\1h\1m\1" + "3"); // Bright magenta on brown
text = text.replace(/@6[Ee]@/g, "\1h\1y\1" + "3"); // Bright yellow on brown
text = text.replace(/@6[Ff]@/g, "\1h\1w\1" + "3"); // Bright white on brown
// White background
text = text.replace(/@70@/g, "\1n\1k\1" + "7"); // Black on white
text = text.replace(/@71@/g, "\1n\1b\1" + "7"); // Blue on white
text = text.replace(/@72@/g, "\1n\1g\1" + "7"); // Green on white
text = text.replace(/@73@/g, "\1n\1c\1" + "7"); // Cyan on white
text = text.replace(/@74@/g, "\1n\1r\1" + "7"); // Red on white
text = text.replace(/@75@/g, "\1n\1m\1" + "7"); // Magenta on white
text = text.replace(/@76@/g, "\1n\1y\1" + "7"); // Yellow/brown on white
text = text.replace(/@77@/g, "\1n\1w\1" + "7"); // White on white
text = text.replace(/@78@/g, "\1h\1k\1" + "7"); // Bright black on white
text = text.replace(/@79@/g, "\1h\1b\1" + "7"); // Bright blue on white
text = text.replace(/@7[Aa]@/g, "\1h\1g\1" + "7"); // Bright green on white
text = text.replace(/@7[Bb]@/g, "\1h\1c\1" + "7"); // Bright cyan on white
text = text.replace(/@7[Cc]@/g, "\1h\1r\1" + "7"); // Bright red on white
text = text.replace(/@7[Dd]@/g, "\1h\1m\1" + "7"); // Bright magenta on white
text = text.replace(/@7[Ee]@/g, "\1h\1y\1" + "7"); // Bright yellow on white
text = text.replace(/@7[Ff]@/g, "\1h\1w\1" + "7"); // Bright white on white
// Black background, blinking foreground
text = text.replace(/@80@/g, "\1n\1k\1" + "0\1i"); // Blinking black on black
text = text.replace(/@81@/g, "\1n\1b\1" + "0\1i"); // Blinking blue on black
text = text.replace(/@82@/g, "\1n\1g\1" + "0\1i"); // Blinking green on black
text = text.replace(/@83@/g, "\1n\1c\1" + "0\1i"); // Blinking cyan on black
text = text.replace(/@84@/g, "\1n\1r\1" + "0\1i"); // Blinking red on black
text = text.replace(/@85@/g, "\1n\1m\1" + "0\1i"); // Blinking magenta on black
text = text.replace(/@86@/g, "\1n\1y\1" + "0\1i"); // Blinking yellow/brown on black
text = text.replace(/@87@/g, "\1n\1w\1" + "0\1i"); // Blinking white on black
text = text.replace(/@88@/g, "\1h\1k\1" + "0\1i"); // Blinking bright black on black
text = text.replace(/@89@/g, "\1h\1b\1" + "0\1i"); // Blinking bright blue on black
text = text.replace(/@8[Aa]@/g, "\1h\1g\1" + "0\1i"); // Blinking bright green on black
text = text.replace(/@8[Bb]@/g, "\1h\1c\1" + "0\1i"); // Blinking bright cyan on black
text = text.replace(/@8[Cc]@/g, "\1h\1r\1" + "0\1i"); // Blinking bright red on black
text = text.replace(/@8[Dd]@/g, "\1h\1m\1" + "0\1i"); // Blinking bright magenta on black
text = text.replace(/@8[Ee]@/g, "\1h\1y\1" + "0\1i"); // Blinking bright yellow on black
text = text.replace(/@8[Ff]@/g, "\1h\1w\1" + "0\1i"); // Blinking bright white on black
// Blue background, blinking foreground
text = text.replace(/@90@/g, "\1n\1k\1" + "4\1i"); // Blinking black on blue
text = text.replace(/@91@/g, "\1n\1b\1" + "4\1i"); // Blinking blue on blue
text = text.replace(/@92@/g, "\1n\1g\1" + "4\1i"); // Blinking green on blue
text = text.replace(/@93@/g, "\1n\1c\1" + "4\1i"); // Blinking cyan on blue
text = text.replace(/@94@/g, "\1n\1r\1" + "4\1i"); // Blinking red on blue
text = text.replace(/@95@/g, "\1n\1m\1" + "4\1i"); // Blinking magenta on blue
text = text.replace(/@96@/g, "\1n\1y\1" + "4\1i"); // Blinking yellow/brown on blue
text = text.replace(/@97@/g, "\1n\1w\1" + "4\1i"); // Blinking white on blue
text = text.replace(/@98@/g, "\1h\1k\1" + "4\1i"); // Blinking bright black on blue
text = text.replace(/@99@/g, "\1h\1b\1" + "4\1i"); // Blinking bright blue on blue
text = text.replace(/@9[Aa]@/g, "\1h\1g\1" + "4\1i"); // Blinking bright green on blue
text = text.replace(/@9[Bb]@/g, "\1h\1c\1" + "4\1i"); // Blinking bright cyan on blue
text = text.replace(/@9[Cc]@/g, "\1h\1r\1" + "4\1i"); // Blinking bright red on blue
text = text.replace(/@9[Dd]@/g, "\1h\1m\1" + "4\1i"); // Blinking bright magenta on blue
text = text.replace(/@9[Ee]@/g, "\1h\1y\1" + "4\1i"); // Blinking bright yellow on blue
text = text.replace(/@9[Ff]@/g, "\1h\1w\1" + "4\1i"); // Blinking bright white on blue
// Green background, blinking foreground
text = text.replace(/@[Aa]0@/g, "\1n\1k\1" + "2\1i"); // Blinking black on green
text = text.replace(/@[Aa]1@/g, "\1n\1b\1" + "2\1i"); // Blinking blue on green
text = text.replace(/@[Aa]2@/g, "\1n\1g\1" + "2\1i"); // Blinking green on green
text = text.replace(/@[Aa]3@/g, "\1n\1c\1" + "2\1i"); // Blinking cyan on green
text = text.replace(/@[Aa]4@/g, "\1n\1r\1" + "2\1i"); // Blinking red on green
text = text.replace(/@[Aa]5@/g, "\1n\1m\1" + "2\1i"); // Blinking magenta on green
text = text.replace(/@[Aa]6@/g, "\1n\1y\1" + "2\1i"); // Blinking yellow/brown on green
text = text.replace(/@[Aa]7@/g, "\1n\1w\1" + "2\1i"); // Blinking white on green
text = text.replace(/@[Aa]8@/g, "\1h\1k\1" + "2\1i"); // Blinking bright black on green
text = text.replace(/@[Aa]9@/g, "\1h\1b\1" + "2\1i"); // Blinking bright blue on green
text = text.replace(/@[Aa][Aa]@/g, "\1h\1g\1" + "2\1i"); // Blinking bright green on green
text = text.replace(/@[Aa][Bb]@/g, "\1h\1c\1" + "2\1i"); // Blinking bright cyan on green
text = text.replace(/@[Aa][Cc]@/g, "\1h\1r\1" + "2\1i"); // Blinking bright red on green
text = text.replace(/@[Aa][Dd]@/g, "\1h\1m\1" + "2\1i"); // Blinking bright magenta on green
text = text.replace(/@[Aa][Ee]@/g, "\1h\1y\1" + "2\1i"); // Blinking bright yellow on green
text = text.replace(/@[Aa][Ff]@/g, "\1h\1w\1" + "2\1i"); // Blinking bright white on green
// Cyan background, blinking foreground
text = text.replace(/@[Bb]0@/g, "\1n\1k\1" + "6\1i"); // Blinking black on cyan
text = text.replace(/@[Bb]1@/g, "\1n\1b\1" + "6\1i"); // Blinking blue on cyan
text = text.replace(/@[Bb]2@/g, "\1n\1g\1" + "6\1i"); // Blinking green on cyan
text = text.replace(/@[Bb]3@/g, "\1n\1c\1" + "6\1i"); // Blinking cyan on cyan
text = text.replace(/@[Bb]4@/g, "\1n\1r\1" + "6\1i"); // Blinking red on cyan
text = text.replace(/@[Bb]5@/g, "\1n\1m\1" + "6\1i"); // Blinking magenta on cyan
text = text.replace(/@[Bb]6@/g, "\1n\1y\1" + "6\1i"); // Blinking yellow/brown on cyan
text = text.replace(/@[Bb]7@/g, "\1n\1w\1" + "6\1i"); // Blinking white on cyan
text = text.replace(/@[Bb]8@/g, "\1h\1k\1" + "6\1i"); // Blinking bright black on cyan
text = text.replace(/@[Bb]9@/g, "\1h\1b\1" + "6\1i"); // Blinking bright blue on cyan
text = text.replace(/@[Bb][Aa]@/g, "\1h\1g\1" + "6\1i"); // Blinking bright green on cyan
text = text.replace(/@[Bb][Bb]@/g, "\1h\1c\1" + "6\1i"); // Blinking bright cyan on cyan
text = text.replace(/@[Bb][Cc]@/g, "\1h\1r\1" + "6\1i"); // Blinking bright red on cyan
text = text.replace(/@[Bb][Dd]@/g, "\1h\1m\1" + "6\1i"); // Blinking bright magenta on cyan
text = text.replace(/@[Bb][Ee]@/g, "\1h\1y\1" + "6\1i"); // Blinking bright yellow on cyan
text = text.replace(/@[Bb][Ff]@/g, "\1h\1w\1" + "6\1i"); // Blinking bright white on cyan
// Red background, blinking foreground
text = text.replace(/@[Cc]0@/g, "\1n\1k\1" + "1\1i"); // Blinking black on red
text = text.replace(/@[Cc]1@/g, "\1n\1b\1" + "1\1i"); // Blinking blue on red
text = text.replace(/@[Cc]2@/g, "\1n\1g\1" + "1\1i"); // Blinking green on red
text = text.replace(/@[Cc]3@/g, "\1n\1c\1" + "1\1i"); // Blinking cyan on red
text = text.replace(/@[Cc]4@/g, "\1n\1r\1" + "1\1i"); // Blinking red on red
text = text.replace(/@[Cc]5@/g, "\1n\1m\1" + "1\1i"); // Blinking magenta on red
text = text.replace(/@[Cc]6@/g, "\1n\1y\1" + "1\1i"); // Blinking yellow/brown on red
text = text.replace(/@[Cc]7@/g, "\1n\1w\1" + "1\1i"); // Blinking white on red
text = text.replace(/@[Cc]8@/g, "\1h\1k\1" + "1\1i"); // Blinking bright black on red
text = text.replace(/@[Cc]9@/g, "\1h\1b\1" + "1\1i"); // Blinking bright blue on red
text = text.replace(/@[Cc][Aa]@/g, "\1h\1g\1" + "1\1i"); // Blinking bright green on red
text = text.replace(/@[Cc][Bb]@/g, "\1h\1c\1" + "1\1i"); // Blinking bright cyan on red
text = text.replace(/@[Cc][Cc]@/g, "\1h\1r\1" + "1\1i"); // Blinking bright red on red
text = text.replace(/@[Cc][Dd]@/g, "\1h\1m\1" + "1\1i"); // Blinking bright magenta on red
text = text.replace(/@[Cc][Ee]@/g, "\1h\1y\1" + "1\1i"); // Blinking bright yellow on red
text = text.replace(/@[Cc][Ff]@/g, "\1h\1w\1" + "1\1i"); // Blinking bright white on red
// Magenta background, blinking foreground
text = text.replace(/@[Dd]0@/g, "\1n\1k\1" + "5\1i"); // Blinking black on magenta
text = text.replace(/@[Dd]1@/g, "\1n\1b\1" + "5\1i"); // Blinking blue on magenta
text = text.replace(/@[Dd]2@/g, "\1n\1g\1" + "5\1i"); // Blinking green on magenta
text = text.replace(/@[Dd]3@/g, "\1n\1c\1" + "5\1i"); // Blinking cyan on magenta
text = text.replace(/@[Dd]4@/g, "\1n\1r\1" + "5\1i"); // Blinking red on magenta
text = text.replace(/@[Dd]5@/g, "\1n\1m\1" + "5\1i"); // Blinking magenta on magenta
text = text.replace(/@[Dd]6@/g, "\1n\1y\1" + "5\1i"); // Blinking yellow/brown on magenta
text = text.replace(/@[Dd]7@/g, "\1n\1w\1" + "5\1i"); // Blinking white on magenta
text = text.replace(/@[Dd]8@/g, "\1h\1k\1" + "5\1i"); // Blinking bright black on magenta
text = text.replace(/@[Dd]9@/g, "\1h\1b\1" + "5\1i"); // Blinking bright blue on magenta
text = text.replace(/@[Dd][Aa]@/g, "\1h\1g\1" + "5\1i"); // Blinking bright green on magenta
text = text.replace(/@[Dd][Bb]@/g, "\1h\1c\1" + "5\1i"); // Blinking bright cyan on magenta
text = text.replace(/@[Dd][Cc]@/g, "\1h\1r\1" + "5\1i"); // Blinking bright red on magenta
text = text.replace(/@[Dd][Dd]@/g, "\1h\1m\1" + "5\1i"); // Blinking bright magenta on magenta
text = text.replace(/@[Dd][Ee]@/g, "\1h\1y\1" + "5\1i"); // Blinking bright yellow on magenta
text = text.replace(/@[Dd][Ff]@/g, "\1h\1w\1" + "5\1i"); // Blinking bright white on magenta
// Brown background, blinking foreground
text = text.replace(/@[Ee]0@/g, "\1n\1k\1" + "3\1i"); // Blinking black on brown
text = text.replace(/@[Ee]1@/g, "\1n\1b\1" + "3\1i"); // Blinking blue on brown
text = text.replace(/@[Ee]2@/g, "\1n\1g\1" + "3\1i"); // Blinking green on brown
text = text.replace(/@[Ee]3@/g, "\1n\1c\1" + "3\1i"); // Blinking cyan on brown
text = text.replace(/@[Ee]4@/g, "\1n\1r\1" + "3\1i"); // Blinking red on brown
text = text.replace(/@[Ee]5@/g, "\1n\1m\1" + "3\1i"); // Blinking magenta on brown
text = text.replace(/@[Ee]6@/g, "\1n\1y\1" + "3\1i"); // Blinking yellow/brown on brown
text = text.replace(/@[Ee]7@/g, "\1n\1w\1" + "3\1i"); // Blinking white on brown
text = text.replace(/@[Ee]8@/g, "\1h\1k\1" + "3\1i"); // Blinking bright black on brown
text = text.replace(/@[Ee]9@/g, "\1h\1b\1" + "3\1i"); // Blinking bright blue on brown
text = text.replace(/@[Ee][Aa]@/g, "\1h\1g\1" + "3\1i"); // Blinking bright green on brown
text = text.replace(/@[Ee][Bb]@/g, "\1h\1c\1" + "3\1i"); // Blinking bright cyan on brown
text = text.replace(/@[Ee][Cc]@/g, "\1h\1r\1" + "3\1i"); // Blinking bright red on brown
text = text.replace(/@[Ee][Dd]@/g, "\1h\1m\1" + "3\1i"); // Blinking bright magenta on brown
text = text.replace(/@[Ee][Ee]@/g, "\1h\1y\1" + "3\1i"); // Blinking bright yellow on brown
text = text.replace(/@[Ee][Ff]@/g, "\1h\1w\1" + "3\1i"); // Blinking bright white on brown
// White background, blinking foreground
text = text.replace(/@[Ff]0@/g, "\1n\1k\1" + "7\1i"); // Blinking black on white
text = text.replace(/@[Ff]1@/g, "\1n\1b\1" + "7\1i"); // Blinking blue on white
text = text.replace(/@[Ff]2@/g, "\1n\1g\1" + "7\1i"); // Blinking green on white
text = text.replace(/@[Ff]3@/g, "\1n\1c\1" + "7\1i"); // Blinking cyan on white
text = text.replace(/@[Ff]4@/g, "\1n\1r\1" + "7\1i"); // Blinking red on white
text = text.replace(/@[Ff]5@/g, "\1n\1m\1" + "7\1i"); // Blinking magenta on white
text = text.replace(/@[Ff]6@/g, "\1n\1y\1" + "7\1i"); // Blinking yellow/brown on white
text = text.replace(/@[Ff]7@/g, "\1n\1w\1" + "7\1i"); // Blinking white on white
text = text.replace(/@[Ff]8@/g, "\1h\1k\1" + "7\1i"); // Blinking bright black on white
text = text.replace(/@[Ff]9@/g, "\1h\1b\1" + "7\1i"); // Blinking bright blue on white
text = text.replace(/@[Ff][Aa]@/g, "\1h\1g\1" + "7\1i"); // Blinking bright green on white
text = text.replace(/@[Ff][Bb]@/g, "\1h\1c\1" + "7\1i"); // Blinking bright cyan on white
text = text.replace(/@[Ff][Cc]@/g, "\1h\1r\1" + "7\1i"); // Blinking bright red on white
text = text.replace(/@[Ff][Dd]@/g, "\1h\1m\1" + "7\1i"); // Blinking bright magenta on white
text = text.replace(/@[Ff][Ee]@/g, "\1h\1y\1" + "7\1i"); // Blinking bright yellow on white
text = text.replace(/@[Ff][Ff]@/g, "\1h\1w\1" + "7\1i"); // Blinking bright white on white
16314
16315
16316
16317
16318
16319
16320
16321
16322
16323
16324
16325
16326
16327
16328
16329
16330
16331
16332
16333
16334
16335
16336
return text;
}
else
return pText; // No Wildcat-style attribute codes found, so just return the text.
}
// Converts Celerity attribute codes to Synchronet attribute codes.
//
// Parameters:
// pText: A string containing the text to convert
//
// Return value: The text with the color codes converted
function celerityAttrsToSyncAttrs(pText)
{
// First, see if the text has any Celerity-style attribute codes at
// all. We'll be performing a bunch of search & replace commands,
// so we don't want to do all that work for nothing.. :)
if (/\|[kbgcrmywdBGCRMYWS]/.test(pText))
{
// Using the \|S code (swap foreground & background)
// Blue background
var text = pText.replace(/\|b\|S\|k/g, "\1n\1k\1" + "4"); // Black on blue
text = text.replace(/\|b\|S\|b/g, "\1n\1b\1" + "4"); // Blue on blue
text = text.replace(/\|b\|S\|g/g, "\1n\1g\1" + "4"); // Green on blue
text = text.replace(/\|b\|S\|c/g, "\1n\1c\1" + "4"); // Cyan on blue
text = text.replace(/\|b\|S\|r/g, "\1n\1r\1" + "4"); // Red on blue
text = text.replace(/\|b\|S\|m/g, "\1n\1m\1" + "4"); // Magenta on blue
text = text.replace(/\|b\|S\|y/g, "\1n\1y\1" + "4"); // Yellow/brown on blue
text = text.replace(/\|b\|S\|w/g, "\1n\1w\1" + "4"); // White on blue
text = text.replace(/\|b\|S\|d/g, "\1h\1k\1" + "4"); // Bright black on blue
text = text.replace(/\|b\|S\|B/g, "\1h\1b\1" + "4"); // Bright blue on blue
text = text.replace(/\|b\|S\|G/g, "\1h\1g\1" + "4"); // Bright green on blue
text = text.replace(/\|b\|S\|C/g, "\1h\1c\1" + "4"); // Bright cyan on blue
text = text.replace(/\|b\|S\|R/g, "\1h\1r\1" + "4"); // Bright red on blue
text = text.replace(/\|b\|S\|M/g, "\1h\1m\1" + "4"); // Bright magenta on blue
text = text.replace(/\|b\|S\|Y/g, "\1h\1y\1" + "4"); // Yellow on blue
text = text.replace(/\|b\|S\|W/g, "\1h\1w\1" + "4"); // Bright white on blue
// Green background
text = text.replace(/\|g\|S\|k/g, "\1n\1k\1" + "2"); // Black on green
text = text.replace(/\|g\|S\|b/g, "\1n\1b\1" + "2"); // Blue on green
text = text.replace(/\|g\|S\|g/g, "\1n\1g\1" + "2"); // Green on green
text = text.replace(/\|g\|S\|c/g, "\1n\1c\1" + "2"); // Cyan on green
text = text.replace(/\|g\|S\|r/g, "\1n\1r\1" + "2"); // Red on green
text = text.replace(/\|g\|S\|m/g, "\1n\1m\1" + "2"); // Magenta on green
text = text.replace(/\|g\|S\|y/g, "\1n\1y\1" + "2"); // Yellow/brown on green
text = text.replace(/\|g\|S\|w/g, "\1n\1w\1" + "2"); // White on green
text = text.replace(/\|g\|S\|d/g, "\1h\1k\1" + "2"); // Bright black on green
text = text.replace(/\|g\|S\|B/g, "\1h\1b\1" + "2"); // Bright blue on green
text = text.replace(/\|g\|S\|G/g, "\1h\1g\1" + "2"); // Bright green on green
text = text.replace(/\|g\|S\|C/g, "\1h\1c\1" + "2"); // Bright cyan on green
text = text.replace(/\|g\|S\|R/g, "\1h\1r\1" + "2"); // Bright red on green
text = text.replace(/\|g\|S\|M/g, "\1h\1m\1" + "2"); // Bright magenta on green
text = text.replace(/\|g\|S\|Y/g, "\1h\1y\1" + "2"); // Yellow on green
text = text.replace(/\|g\|S\|W/g, "\1h\1w\1" + "2"); // Bright white on green
// Cyan background
text = text.replace(/\|c\|S\|k/g, "\1n\1k\1" + "6"); // Black on cyan
text = text.replace(/\|c\|S\|b/g, "\1n\1b\1" + "6"); // Blue on cyan
text = text.replace(/\|c\|S\|g/g, "\1n\1g\1" + "6"); // Green on cyan
text = text.replace(/\|c\|S\|c/g, "\1n\1c\1" + "6"); // Cyan on cyan
text = text.replace(/\|c\|S\|r/g, "\1n\1r\1" + "6"); // Red on cyan
text = text.replace(/\|c\|S\|m/g, "\1n\1m\1" + "6"); // Magenta on cyan
text = text.replace(/\|c\|S\|y/g, "\1n\1y\1" + "6"); // Yellow/brown on cyan
text = text.replace(/\|c\|S\|w/g, "\1n\1w\1" + "6"); // White on cyan
text = text.replace(/\|c\|S\|d/g, "\1h\1k\1" + "6"); // Bright black on cyan
text = text.replace(/\|c\|S\|B/g, "\1h\1b\1" + "6"); // Bright blue on cyan
text = text.replace(/\|c\|S\|G/g, "\1h\1g\1" + "6"); // Bright green on cyan
text = text.replace(/\|c\|S\|C/g, "\1h\1c\1" + "6"); // Bright cyan on cyan
text = text.replace(/\|c\|S\|R/g, "\1h\1r\1" + "6"); // Bright red on cyan
text = text.replace(/\|c\|S\|M/g, "\1h\1m\1" + "6"); // Bright magenta on cyan
text = text.replace(/\|c\|S\|Y/g, "\1h\1y\1" + "6"); // Yellow on cyan
text = text.replace(/\|c\|S\|W/g, "\1h\1w\1" + "6"); // Bright white on cyan
// Red background
text = text.replace(/\|r\|S\|k/g, "\1n\1k\1" + "1"); // Black on red
text = text.replace(/\|r\|S\|b/g, "\1n\1b\1" + "1"); // Blue on red
text = text.replace(/\|r\|S\|g/g, "\1n\1g\1" + "1"); // Green on red
text = text.replace(/\|r\|S\|c/g, "\1n\1c\1" + "1"); // Cyan on red
text = text.replace(/\|r\|S\|r/g, "\1n\1r\1" + "1"); // Red on red
text = text.replace(/\|r\|S\|m/g, "\1n\1m\1" + "1"); // Magenta on red
text = text.replace(/\|r\|S\|y/g, "\1n\1y\1" + "1"); // Yellow/brown on red
text = text.replace(/\|r\|S\|w/g, "\1n\1w\1" + "1"); // White on red
text = text.replace(/\|r\|S\|d/g, "\1h\1k\1" + "1"); // Bright black on red
text = text.replace(/\|r\|S\|B/g, "\1h\1b\1" + "1"); // Bright blue on red
text = text.replace(/\|r\|S\|G/g, "\1h\1g\1" + "1"); // Bright green on red
text = text.replace(/\|r\|S\|C/g, "\1h\1c\1" + "1"); // Bright cyan on red
text = text.replace(/\|r\|S\|R/g, "\1h\1r\1" + "1"); // Bright red on red
text = text.replace(/\|r\|S\|M/g, "\1h\1m\1" + "1"); // Bright magenta on red
text = text.replace(/\|r\|S\|Y/g, "\1h\1y\1" + "1"); // Yellow on red
text = text.replace(/\|r\|S\|W/g, "\1h\1w\1" + "1"); // Bright white on red
// Magenta background
text = text.replace(/\|m\|S\|k/g, "\1n\1k\1" + "5"); // Black on magenta
text = text.replace(/\|m\|S\|b/g, "\1n\1b\1" + "5"); // Blue on magenta
text = text.replace(/\|m\|S\|g/g, "\1n\1g\1" + "5"); // Green on magenta
text = text.replace(/\|m\|S\|c/g, "\1n\1c\1" + "5"); // Cyan on magenta
text = text.replace(/\|m\|S\|r/g, "\1n\1r\1" + "5"); // Red on magenta
text = text.replace(/\|m\|S\|m/g, "\1n\1m\1" + "5"); // Magenta on magenta
text = text.replace(/\|m\|S\|y/g, "\1n\1y\1" + "5"); // Yellow/brown on magenta
text = text.replace(/\|m\|S\|w/g, "\1n\1w\1" + "5"); // White on magenta
text = text.replace(/\|m\|S\|d/g, "\1h\1k\1" + "5"); // Bright black on magenta
text = text.replace(/\|m\|S\|B/g, "\1h\1b\1" + "5"); // Bright blue on magenta
text = text.replace(/\|m\|S\|G/g, "\1h\1g\1" + "5"); // Bright green on magenta
text = text.replace(/\|m\|S\|C/g, "\1h\1c\1" + "5"); // Bright cyan on magenta
text = text.replace(/\|m\|S\|R/g, "\1h\1r\1" + "5"); // Bright red on magenta
text = text.replace(/\|m\|S\|M/g, "\1h\1m\1" + "5"); // Bright magenta on magenta
text = text.replace(/\|m\|S\|Y/g, "\1h\1y\1" + "5"); // Yellow on magenta
text = text.replace(/\|m\|S\|W/g, "\1h\1w\1" + "5"); // Bright white on magenta
// Brown background
text = text.replace(/\|y\|S\|k/g, "\1n\1k\1" + "3"); // Black on brown
text = text.replace(/\|y\|S\|b/g, "\1n\1b\1" + "3"); // Blue on brown
text = text.replace(/\|y\|S\|g/g, "\1n\1g\1" + "3"); // Green on brown
text = text.replace(/\|y\|S\|c/g, "\1n\1c\1" + "3"); // Cyan on brown
text = text.replace(/\|y\|S\|r/g, "\1n\1r\1" + "3"); // Red on brown
text = text.replace(/\|y\|S\|m/g, "\1n\1m\1" + "3"); // Magenta on brown
text = text.replace(/\|y\|S\|y/g, "\1n\1y\1" + "3"); // Yellow/brown on brown
text = text.replace(/\|y\|S\|w/g, "\1n\1w\1" + "3"); // White on brown
text = text.replace(/\|y\|S\|d/g, "\1h\1k\1" + "3"); // Bright black on brown
text = text.replace(/\|y\|S\|B/g, "\1h\1b\1" + "3"); // Bright blue on brown
text = text.replace(/\|y\|S\|G/g, "\1h\1g\1" + "3"); // Bright green on brown
text = text.replace(/\|y\|S\|C/g, "\1h\1c\1" + "3"); // Bright cyan on brown
text = text.replace(/\|y\|S\|R/g, "\1h\1r\1" + "3"); // Bright red on brown
text = text.replace(/\|y\|S\|M/g, "\1h\1m\1" + "3"); // Bright magenta on brown
text = text.replace(/\|y\|S\|Y/g, "\1h\1y\1" + "3"); // Yellow on brown
text = text.replace(/\|y\|S\|W/g, "\1h\1w\1" + "3"); // Bright white on brown
// White background
text = text.replace(/\|w\|S\|k/g, "\1n\1k\1" + "7"); // Black on white
text = text.replace(/\|w\|S\|b/g, "\1n\1b\1" + "7"); // Blue on white
text = text.replace(/\|w\|S\|g/g, "\1n\1g\1" + "7"); // Green on white
text = text.replace(/\|w\|S\|c/g, "\1n\1c\1" + "7"); // Cyan on white
text = text.replace(/\|w\|S\|r/g, "\1n\1r\1" + "7"); // Red on white
text = text.replace(/\|w\|S\|m/g, "\1n\1m\1" + "7"); // Magenta on white
text = text.replace(/\|w\|S\|y/g, "\1n\1y\1" + "7"); // Yellow/brown on white
text = text.replace(/\|w\|S\|w/g, "\1n\1w\1" + "7"); // White on white
text = text.replace(/\|w\|S\|d/g, "\1h\1k\1" + "7"); // Bright black on white
text = text.replace(/\|w\|S\|B/g, "\1h\1b\1" + "7"); // Bright blue on white
text = text.replace(/\|w\|S\|G/g, "\1h\1g\1" + "7"); // Bright green on white
text = text.replace(/\|w\|S\|C/g, "\1h\1c\1" + "7"); // Bright cyan on white
text = text.replace(/\|w\|S\|R/g, "\1h\1r\1" + "7"); // Bright red on white
text = text.replace(/\|w\|S\|M/g, "\1h\1m\1" + "7"); // Bright magenta on white
text = text.replace(/\|w\|S\|Y/g, "\1h\1y\1" + "7"); // Yellow on white
text = text.replace(/\|w\|S\|W/g, "\1h\1w\1" + "7"); // Bright white on white
// Colors on black background
16463
16464
16465
16466
16467
16468
16469
16470
16471
16472
16473
16474
16475
16476
16477
16478
16479
16480
16481
16482
16483
16484
16485
16486
16487
16488
16489
16490
16491
16492
16493
16494
text = text.replace(/\|k/g, "\1n\1k\1" + "0"); // Black on black
text = text.replace(/\|k\|S\|k/g, "\1n\1k\1" + "0"); // Black on black
text = text.replace(/\|b/g, "\1n\1b\1" + "0"); // Blue on black
text = text.replace(/\|k\|S\|b/g, "\1n\1b\1" + "0"); // Blue on black
text = text.replace(/\|g/g, "\1n\1g\1" + "0"); // Green on black
text = text.replace(/\|k\|S\|g/g, "\1n\1g\1" + "0"); // Green on black
text = text.replace(/\|c/g, "\1n\1c\1" + "0"); // Cyan on black
text = text.replace(/\|k\|S\|c/g, "\1n\1c\1" + "0"); // Cyan on black
text = text.replace(/\|r/g, "\1n\1r\1" + "0"); // Red on black
text = text.replace(/\|k\|S\|r/g, "\1n\1r\1" + "0"); // Red on black
text = text.replace(/\|m/g, "\1n\1m\1" + "0"); // Magenta on black
text = text.replace(/\|k\|S\|m/g, "\1n\1m\1" + "0"); // Magenta on black
text = text.replace(/\|y/g, "\1n\1y\1" + "0"); // Yellow/brown on black
text = text.replace(/\|k\|S\|y/g, "\1n\1y\1" + "0"); // Yellow/brown on black
text = text.replace(/\|w/g, "\1n\1w\1" + "0"); // White on black
text = text.replace(/\|k\|S\|w/g, "\1n\1w\1" + "0"); // White on black
text = text.replace(/\|d/g, "\1h\1k\1" + "0"); // Bright black on black
text = text.replace(/\|k\|S\|d/g, "\1h\1k\1" + "0"); // Bright black on black
text = text.replace(/\|B/g, "\1h\1b\1" + "0"); // Bright blue on black
text = text.replace(/\|k\|S\|B/g, "\1h\1b\1" + "0"); // Bright blue on black
text = text.replace(/\|G/g, "\1h\1g\1" + "0"); // Bright green on black
text = text.replace(/\|k\|S\|G/g, "\1h\1g\1" + "0"); // Bright green on black
text = text.replace(/\|C/g, "\1h\1c\1" + "0"); // Bright cyan on black
text = text.replace(/\|k\|S\|C/g, "\1h\1c\1" + "0"); // Bright cyan on black
text = text.replace(/\|R/g, "\1h\1r\1" + "0"); // Bright red on black
text = text.replace(/\|k\|S\|R/g, "\1h\1r\1" + "0"); // Bright red on black
text = text.replace(/\|M/g, "\1h\1m\1" + "0"); // Bright magenta on black
text = text.replace(/\|k\|S\|M/g, "\1h\1m\1" + "0"); // Bright magenta on black
text = text.replace(/\|Y/g, "\1h\1y\1" + "0"); // Yellow on black
text = text.replace(/\|k\|S\|Y/g, "\1h\1y\1" + "0"); // Yellow on black
text = text.replace(/\|W/g, "\1h\1w\1" + "0"); // Bright white on black
text = text.replace(/\|k\|S\|W/g, "\1h\1w\1" + "0"); // Bright white on black
16495
16496
16497
16498
16499
16500
16501
16502
16503
16504
16505
16506
16507
16508
16509
16510
16511
16512
16513
16514
return text;
}
else
return pText; // No Celerity-style attribute codes found, so just return the text.
}
// Converts Renegade attribute (color) codes to Synchronet attribute codes.
//
// Parameters:
// pText: A string containing the text to convert
//
// Return value: The text with the color codes converted
function renegadeAttrsToSyncAttrs(pText)
{
// First, see if the text has any Renegade-style attribute codes at
// all. We'll be performing a bunch of search & replace commands,
// so we don't want to do all that work for nothing.. :)
if (/\|[0-3][0-9]/.test(pText))
{
16515
16516
16517
16518
16519
16520
16521
16522
16523
16524
16525
16526
16527
16528
16529
16530
16531
16532
16533
16534
16535
16536
16537
16538
16539
16540
16541
16542
16543
16544
16545
16546
var text = pText.replace(/\|00/g, "\1n\1k"); // Normal black
text = text.replace(/\|01/g, "\1n\1b"); // Normal blue
text = text.replace(/\|02/g, "\1n\1g"); // Normal green
text = text.replace(/\|03/g, "\1n\1c"); // Normal cyan
text = text.replace(/\|04/g, "\1n\1r"); // Normal red
text = text.replace(/\|05/g, "\1n\1m"); // Normal magenta
text = text.replace(/\|06/g, "\1n\1y"); // Normal brown
text = text.replace(/\|07/g, "\1n\1w"); // Normal white
text = text.replace(/\|08/g, "\1n\1k\1h"); // High intensity black
text = text.replace(/\|09/g, "\1n\1b\1h"); // High intensity blue
text = text.replace(/\|10/g, "\1n\1g\1h"); // High intensity green
text = text.replace(/\|11/g, "\1n\1c\1h"); // High intensity cyan
text = text.replace(/\|12/g, "\1n\1r\1h"); // High intensity red
text = text.replace(/\|13/g, "\1n\1m\1h"); // High intensity magenta
text = text.replace(/\|14/g, "\1n\1y\1h"); // Yellow (high intensity brown)
text = text.replace(/\|15/g, "\1n\1w\1h"); // High intensity white
text = text.replace(/\|16/g, "\1" + "0"); // Background black
text = text.replace(/\|17/g, "\1" + "4"); // Background blue
text = text.replace(/\|18/g, "\1" + "2"); // Background green
text = text.replace(/\|19/g, "\1" + "6"); // Background cyan
text = text.replace(/\|20/g, "\1" + "1"); // Background red
text = text.replace(/\|21/g, "\1" + "5"); // Background magenta
text = text.replace(/\|22/g, "\1" + "3"); // Background brown
text = text.replace(/\|23/g, "\1" + "7"); // Background white
text = text.replace(/\|24/g, "\1i\1w\1" + "0"); // Blinking white on black
text = text.replace(/\|25/g, "\1i\1w\1" + "4"); // Blinking white on blue
text = text.replace(/\|26/g, "\1i\1w\1" + "2"); // Blinking white on green
text = text.replace(/\|27/g, "\1i\1w\1" + "6"); // Blinking white on cyan
text = text.replace(/\|28/g, "\1i\1w\1" + "1"); // Blinking white on red
text = text.replace(/\|29/g, "\1i\1w\1" + "5"); // Blinking white on magenta
text = text.replace(/\|30/g, "\1i\1w\1" + "3"); // Blinking white on yellow/brown
text = text.replace(/\|31/g, "\1i\1w\1" + "7"); // Blinking white on white
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return text;
}
else
return pText; // No Renegade-style attribute codes found, so just return the text.
}
// Converts ANSI attribute codes to Synchronet attribute codes.
//
// Parameters:
// pText: A string containing the text to convert
//
// Return value: The text with the color codes converted
function ANSIAttrsToSyncAttrs(pText)
{
// TODO: Test & update this some more.. Not sure if this is working 100% right.
// Web pages with ANSI code information:
// http://pueblo.sourceforge.net/doc/manual/ansi_color_codes.html
// http://ascii-table.com/ansi-escape-sequences.php
// http://stackoverflow.com/questions/4842424/list-of-ansi-color-escape-sequences
// First, see if the text has any ANSI attribute codes at all. We'll be
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// performing a bunch of search & replace commands, so we don't want to do
// all that work for nothing.
if (textHasANSICodes(pText))
{
var text = "";
var tempDirExists = true;
// Temporary (to get it to run the old way for now)
tempDirExists = false;
/*
var readerTmpDir = backslash(system.node_dir + "DDMsgReaderTemp");
if (!file_exists(readerTmpDir))
tempDirExists = mkdir(readerTmpDir);
*/
if (tempDirExists)
{
var wroteTempFile = true;
var tmpFileName = readerTmpDir + "tmpMessage.ans";
var msgTmpFile = new File(tmpFileName);
if (msgTmpFile.open("w"))
{
wroteTempFile = msgTmpFile.write(pText);
msgTmpFile.close();
}
// If the temp file was written, then convert it to Synchronet
// attributes using ans2asc.
if (wroteTempFile)
{
var convertedTempFileName = readerTmpDir + "tmpMessage.asc";
var cmdLine = system.exec_dir + "ans2asc \"" + tmpFileName + "\" \""
+ convertedTempFileName + "\"";
// Note: Both system.exec(cmdLine) and
// bbs.exec(cmdLine, EX_NATIVE, gStartupPath) could be used to
// execute the command, but system.exec() seems noticeably faster.
system.exec(cmdLine);
var convertedTmpFile = new File(convertedTempFileName);
if (convertedTmpFile.open("r"))
{
text = convertedTmpFile.read();
convertedTmpFile.close();
}
}
deltree(readerTmpDir);
}
else // Convert ANSI codes to Synchronet attributes & remove unwanted ANSI codes
text = cvtANSIToSyncAndRemoveUnwantedANSI(text);
return text;
}
else
return pText; // No ANSI codes found, so just return the text.
}
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//////////////////////////////////////////////////////////////////////////////
// Returns whether or not some text has any ANSI codes in it.
//
// Parameters:
// pText: The text to test
//
// Return value: Boolean - Whether or not the text has ANSI codes in it
function textHasANSICodes(pText)
{
return(/\[[0-9]+[mM]/.test(pText) || /\[[0-9]+(;[0-9]+)+[mM]/.test(pText) ||
/\[[0-9]+[aAbBcCdD]/.test(pText) || /\[[0-9]+;[0-9]+[hHfF]/.test(pText) ||
/\[[sSuUkK]/.test(pText) || /\[2[jJ]/.test(pText));
/*
var regex1 = new RegExp(ascii(27) + "\[[0-9]+[mM]");
var regex2 = new RegExp(ascii(27) + "\[[0-9]+(;[0-9]+)+[mM]");
var regex3 = new RegExp(ascii(27) + "\[[0-9]+[aAbBcCdD]");
var regex4 = new RegExp(ascii(27) + "\[[0-9]+;[0-9]+[hHfF]");
var regex5 = new RegExp(ascii(27) + "\[[sSuUkK]");
var regex6 = new RegExp(ascii(27) + "\[2[jJ]");
return(regex1.test(pText) || regex2.test(pText) || regex3.test(pText) ||
regex4.test(pText) || regex5.test(pText) || regex6.test(pText));
*/
}
// Returns the index of the last ANSI code in a string.
//
// Parameters:
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committed
// pStr: The string to search in
// pANSIRegexes: An array of regular expressions to use for searching for ANSI codes
//
// Return value: The index of the last ANSI code in the string, or -1 if not found
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function idxOfLastANSICode(pStr, pANSIRegexes)
{
var lastANSIIdx = -1;
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for (var i = 0; i < pANSIRegexes.length; ++i)
{
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var lastANSIIdxTmp = regexLastIndexOf(pStr, pANSIRegexes[i]);
if (lastANSIIdxTmp > lastANSIIdx)
lastANSIIdx = lastANSIIdxTmp;
}
return lastANSIIdx;
}
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// Returns the index of the first ANSI code in a string.
//
// Parameters:
// pStr: The string to search in
// pANSIRegexes: An array of regular expressions to use for searching for ANSI codes
//
// Return value: The index of the first ANSI code in the string, or -1 if not found
function idxOfFirstANSICode(pStr, pANSIRegexes)
{
var firstANSIIdx = -1;
for (var i = 0; i < pANSIRegexes.length; ++i)
{
var firstANSIIdxTmp = regexFirstIndexOf(pStr, pANSIRegexes[i]);
if (firstANSIIdxTmp > firstANSIIdx)
firstANSIIdx = firstANSIIdxTmp;
}
return firstANSIIdx;
}
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committed
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// Returns the number of times an ANSI code is matched in a string.
//
// Parameters:
// pStr: The string to search in
// pANSIRegexes: An array of regular expressions to use for searching for ANSI codes
//
// Return value: The number of ANSI code matches in the string
function countANSICodes(pStr, pANSIRegexes)
{
var ANSICount = 0;
for (var i = 0; i < pANSIRegexes.length; ++i)
{
var matches = pStr.match(pANSIRegexes[i]);
if (matches != null)
ANSICount += matches.length;
}
return ANSICount;
}
// Removes ANSI codes from a string.
//
// Parameters:
// pStr: The string to remove ANSI codes from
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committed
// pANSIRegexes: An array of regular expressions to use for searching for ANSI codes
//
// Return value: A version of the string without ANSI codes
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function removeANSIFromStr(pStr, pANSIRegexes)
{
if (typeof(pStr) != "string")
return "";
var theStr = pStr;
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committed
for (var i = 0; i < pANSIRegexes.length; ++i)
theStr = theStr.replace(pANSIRegexes[i], "");
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return theStr;
}
// Returns the last index in a string where a regex is found.
// From this page:
// http://stackoverflow.com/questions/273789/is-there-a-version-of-javascripts-string-indexof-that-allows-for-regular-expr
//
// Parameters:
// pStr: The string to search
// pRegex: The regular expression to match in the string
// pStartPos: Optional - The starting position in the string. If this is not
// passed, then the end of the string will be used.
//
// Return value: The last index in the string where the regex is found, or -1 if not found.
function regexLastIndexOf(pStr, pRegex, pStartPos)
{
pRegex = (pRegex.global) ? pRegex : new RegExp(pRegex.source, "g" + (pRegex.ignoreCase ? "i" : "") + (pRegex.multiLine ? "m" : ""));
if (typeof(pStartPos) == "undefined")
pStartPos = pStr.length;
else if (pStartPos < 0)
pStartPos = 0;
var stringToWorkWith = pStr.substring(0, pStartPos + 1);
var lastIndexOf = -1;
var nextStop = 0;
while ((result = pRegex.exec(stringToWorkWith)) != null)
{
lastIndexOf = result.index;
pRegex.lastIndex = ++nextStop;
}
return lastIndexOf;
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// Returns the first index in a string where a regex is found.
//
// Parameters:
// pStr: The string to search
// pRegex: The regular expression to match in the string
//
// Return value: The first index in the string where the regex is found, or -1 if not found.
function regexFirstIndexOf(pStr, pRegex)
{
pRegex = (pRegex.global) ? pRegex : new RegExp(pRegex.source, "g" + (pRegex.ignoreCase ? "i" : "") + (pRegex.multiLine ? "m" : ""));
var indexOfRegex = -1;
var nextStop = 0;
while ((result = pRegex.exec(pStr)) != null)
{
indexOfRegex = result.index;
pRegex.lastIndex = ++nextStop;
}
return indexOfRegex;
}
// Converts ANSI ;-delimited modes (such as [Value;...;Valuem) to Synchronet
// attribute codes
//
// Parameters:
// pText: The text with ANSI ;-delimited modes to convert
//
// Return value: The text with ANSI ;-delimited codes converted to Synchronet attributes
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function ANSIMultiConvertToSyncCodes(pText)
{
var multiMatches = pText.match(/\[[0-9]+(;[0-9]+)+m/g);
if (multiMatches == null)
return pText;
var updatedText = pText;
for (var i = 0; i < multiMatches.length; ++i)
{
// Copy the string, with the [ removed from the beginning and the
// trailing 'm' removed
var text = multiMatches[i].substr(2);
text = text.substr(0, text.length-1);
var codes = text.split(";");
var syncCodes = "";
for (var idx = 0; idx < codes.length; ++idx)
{
if (codes[idx] == "0") // All attributes off
syncCodes += "\1n";
else if (codes[idx] == "1") // Bold on (high intensity)
syncCodes += "\1h";
else if (codes[idx] == "5") // Blink on
syncCodes += "\1i";
else if (codes[idx] == "30") // Black foreground
syncCodes += "\1k";
else if (codes[idx] == "31") // Red foreground
syncCodes += "\1r";
else if (codes[idx] == "32") // Green foreground
syncCodes += "\1g";
else if (codes[idx] == "33") // Yellow foreground
syncCodes += "\1y";
else if (codes[idx] == "34") // Blue foreground
syncCodes += "\1b";
else if (codes[idx] == "35") // Magenta foreground
syncCodes += "\1m";
else if (codes[idx] == "36") // Cyan foreground
syncCodes += "\1c";
else if (codes[idx] == "37") // White foreground
syncCodes += "\1w";
else if (codes[idx] == "40") // Black background
else if (codes[idx] == "41") // Red background
else if (codes[idx] == "42") // Green background
else if (codes[idx] == "43") // Yellow background
else if (codes[idx] == "44") // Blue background
else if (codes[idx] == "45") // Magenta background
else if (codes[idx] == "46") // Cyan background
else if (codes[idx] == "47") // White background
}
updatedText = updatedText.replace(multiMatches[i], syncCodes);
}
return updatedText;
}
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// Converts Synchronet attribute codes to ANSI ;-delimited modes (such as [Value;...;Valuem)
//
// Parameters:
// pText: The text with Synchronet codes to convert
//
// Return value: The text with Synchronet attributes converted to ANSI ;-delimited codes
function syncAttrCodesToANSI(pText)
{
// First, see if the text has any Synchronet attribute codes at
// all. We'll be performing a bunch of search & replace commands,
// so we don't want to do all that work for nothing.. :)
if (hasSyncAttrCodes(pText))
{
var ANSIESCCodeStart = "[";
var newText = pText.replace(/\1n/gi, ANSIESCCodeStart + "0m"); // Normal
newText = newText.replace(/\1-/gi, ANSIESCCodeStart + "0m"); // Normal
newText = newText.replace(/\1_/gi, ANSIESCCodeStart + "0m"); // Normal
newText = newText.replace(/\1h/gi, ANSIESCCodeStart + "1m"); // High intensity/bold
newText = newText.replace(/\1i/gi, ANSIESCCodeStart + "5m"); // Blinking on
newText = newText.replace(/\1f/gi, ANSIESCCodeStart + "5m"); // Blinking on
newText = newText.replace(/\1k/gi, ANSIESCCodeStart + "30m"); // Black foreground
newText = newText.replace(/\1r/gi, ANSIESCCodeStart + "31m"); // Red foreground
newText = newText.replace(/\1g/gi, ANSIESCCodeStart + "32m"); // Green foreground
newText = newText.replace(/\1y/gi, ANSIESCCodeStart + "33m"); // Yellow/brown foreground
newText = newText.replace(/\1b/gi, ANSIESCCodeStart + "34m"); // Blue foreground
newText = newText.replace(/\1m/gi, ANSIESCCodeStart + "35m"); // Magenta foreground
newText = newText.replace(/\1c/gi, ANSIESCCodeStart + "36m"); // Cyan foreground
newText = newText.replace(/\1w/gi, ANSIESCCodeStart + "37m"); // White foreground
newText = newText.replace(/\1[0]/gi, ANSIESCCodeStart + "40m"); // Black background
newText = newText.replace(/\1[1]/gi, ANSIESCCodeStart + "41m"); // Red background
newText = newText.replace(/\1[2]/gi, ANSIESCCodeStart + "42m"); // Green background
newText = newText.replace(/\1[3]/gi, ANSIESCCodeStart + "43m"); // Yellow/brown background
newText = newText.replace(/\1[4]/gi, ANSIESCCodeStart + "44m"); // Blue background
newText = newText.replace(/\1[5]/gi, ANSIESCCodeStart + "45m"); // Magenta background
newText = newText.replace(/\1[6]/gi, ANSIESCCodeStart + "46m"); // Cyan background
newText = newText.replace(/\1[7]/gi, ANSIESCCodeStart + "47m"); // White background
return newText;
}
else
return pText; // No Synchronet-style attribute codes found, so just return the text.
}
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// Given some text, this converts ANSI color codes to Synchronet codes and
// removes unwanted ANSI codes (such as cursor movement codes, etc.).
//
// Parameters:
// pText: A string to process
//
// Return value: A version of the string with Synchronet color codes converted to
// Synchronet attribute codes and unwanted ANSI codes removed
function cvtANSIToSyncAndRemoveUnwantedANSI(pText)
{
// Attributes
var txt = pText.replace(/\[0[mM]/g, "\1n"); // All attributes off
txt = txt.replace(/\[1[mM]/g, "\1h"); // Bold on (use high intensity)
txt = txt.replace(/\[5[mM]/g, "\1i"); // Blink on
// Foreground colors
txt = txt.replace(/\[30[mM]/g, "\1k"); // Black foreground
txt = txt.replace(/\[31[mM]/g, "\1r"); // Red foreground
txt = txt.replace(/\[32[mM]/g, "\1g"); // Green foreground
txt = txt.replace(/\[33[mM]/g, "\1y"); // Yellow foreground
txt = txt.replace(/\[34[mM]/g, "\1b"); // Blue foreground
txt = txt.replace(/\[35[mM]/g, "\1m"); // Magenta foreground
txt = txt.replace(/\[36[mM]/g, "\1c"); // Cyan foreground
txt = txt.replace(/\[37[mM]/g, "\1w"); // White foreground
// Background colors
txt = txt.replace(/\[40[mM]/g, "\1" + "0"); // Black background
txt = txt.replace(/\[41[mM]/g, "\1" + "1"); // Red background
txt = txt.replace(/\[42[mM]/g, "\1" + "2"); // Green background
txt = txt.replace(/\[43[mM]/g, "\1" + "3"); // Yellow background
txt = txt.replace(/\[44[mM]/g, "\1" + "4"); // Blue background
txt = txt.replace(/\[45[mM]/g, "\1" + "5"); // Magenta background
txt = txt.replace(/\[46[mM]/g, "\1" + "6"); // Cyan background
txt = txt.replace(/\[47[mM]/g, "\1" + "7"); // White background
// Convert ;-delimited modes (such as [Value;...;Valuem)
txt = ANSIMultiConvertToSyncCodes(txt);
// Remove ANSI codes that are not wanted (such as moving the cursor, etc.)
txt = txt.replace(/\[[0-9]+[aA]/g, ""); // Cursor up
txt = txt.replace(/\[[0-9]+[bB]/g, ""); // Cursor down
txt = txt.replace(/\[[0-9]+[cC]/g, ""); // Cursor forward
txt = txt.replace(/\[[0-9]+[dD]/g, ""); // Cursor backward
txt = txt.replace(/\[[0-9]+;[0-9]+[hH]/g, ""); // Cursor position
txt = txt.replace(/\[[0-9]+;[0-9]+[fF]/g, ""); // Cursor position
txt = txt.replace(/\[[sS]/g, ""); // Restore cursor position
txt = txt.replace(/\[2[jJ]/g, ""); // Erase display
txt = txt.replace(/\[[kK]/g, ""); // Erase line
txt = txt.replace(/\[=[0-9]+[hH]/g, ""); // Set various screen modes
txt = txt.replace(/\[=[0-9]+[lL]/g, ""); // Reset various screen modes
return txt;
}
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// Returns whether a given message group index & sub-board index (or the current ones,
// based on bbs.curgrp and bbs.cursub) are for the last message sub-board on the system.
//
// Parameters:
// pGrpIdx: Optional - The index of the message group. If not specified, this will
// default to bbs.curgrp. If bbs.curgrp is not defined in that case,
// then this method will return false.
// pSubIdx: Optional - The index of the message sub-board. If not specified, this will
// default to bbs.cursub. If bbs.cursub is not defined in that case,
// then this method will return false.
//
// Return value: Boolean - Whether or not the current/given message group index & sub-board
// index are for the last message sub-board on the system. If there
// are any issues with any of the values (including bbs.curgrp or
// bbs.cursub), this method will return false.
function curMsgSubBoardIsLast(pGrpIdx, pSubIdx)
{
var curGrp = 0;
if (typeof(pGrpIdx) == "number")
curGrp = pGrpIdx;
else if (typeof(bbs.curgrp) == "number")
curGrp = bbs.curgrp;
else
return false;
var curSub = 0;
if (typeof(pSubIdx) == "number")
curSub = pSubIdx;
else if (typeof(bbs.cursub) == "number")
curSub = bbs.cursub;
else
return false;
return (curGrp == msg_area.grp_list.length-1) && (curSub == msg_area.grp_list[msg_area.grp_list.length-1].sub_list.length-1);
}
// Parses arguments, where each argument in the given array is in the format
// -arg=val. If the value is the string "true" or "false", then the value will
// be a boolean. Otherwise, the value will be a string.
//
// Parameters:
// pArgArr: An array of strings containing values in the format -arg=val
//
// Return value: An object containing the argument values. The index will be
// the argument names, converted to lowercase. The values will
// be either the string argument values or boolean values, depending
// on the formats of the arguments passed in.
function parseArgs(pArgArr)
{
// Set default values for parameters that are just true/false values
var argVals = {
chooseareafirst: false,
personalemail: false,
personalemailsent: false,
verboselogging: false,
suppresssearchtypetext: false
};
// Sanity checking for pArgArr - Make sure it's an array
if ((typeof(pArgArr) != "object") || (typeof(pArgArr.length) != "number"))
return argVals;
// Go through pArgArr looking for strings in the format -arg=val and parse them
// into objects in the argVals array.
var equalsIdx = 0;
var argName = "";
var argVal = "";
var argValLower = ""; // For case-insensitive "true"/"false" matching
var argValIsTrue = false;
for (var i = 0; i < pArgArr.length; ++i)
{
// We're looking for strings that start with "-", except strings that are
// only "-".