Subversion Repositories Applications.papyrus

	//this._getSpellerObject = _getSpellerObject;

	//this._getSpellerObject = _getSpellerObject;

	this._wordInputStr = _wordInputStr;

	this._wordInputStr = _wordInputStr;

	this._adjustIndexes = _adjustIndexes;

	this._adjustIndexes = _adjustIndexes;

	this._isWordChar = _isWordChar;

	this._isWordChar = _isWordChar;

	this._lastPos = _lastPos;

	this._lastPos = _lastPos;

	// public properties

	// public properties

	this.wordChar = /[a-zA-Z]/;

	this.wordChar = /[a-zA-Z]/;

	this.windowType = "wordWindow";

	this.windowType = "wordWindow";

	this.originalSpellings = new Array();

	this.originalSpellings = new Array();

	this.suggestions = new Array();

	this.suggestions = new Array();

		for( var j = 0; j < this.totalWords( i ); j++ ) {

		for( var j = 0; j < this.totalWords( i ); j++ ) {

			if( i == textIndex && j == wordIndex ) {

			if( i == textIndex && j == wordIndex ) {

				break;

				break;

			} else {

			} else {

				total_words++;

				total_words++;

		}

		}

	}

	}

	return total_words;

	return total_words;

}

}

	if( word ) {

	if( word ) {

		var pos = this.indexes[textIndex][wordIndex];

		var pos = this.indexes[textIndex][wordIndex];

		var oldText = word.value;

		var oldText = word.value;

		// update the text given the index of the string

		// update the text given the index of the string

		beginStr = this.textInputs[textIndex].substring( 0, pos );

		beginStr = this.textInputs[textIndex].substring( 0, pos );

		);

		);

		this.textInputs[textIndex] = beginStr + newText + endStr;

		this.textInputs[textIndex] = beginStr + newText + endStr;

		var lengthDiff = newText.length - oldText.length;

		var lengthDiff = newText.length - oldText.length;

		this._adjustIndexes( textIndex, wordIndex, lengthDiff );

		this._adjustIndexes( textIndex, wordIndex, lengthDiff );

		word.size = newText.length;

		word.size = newText.length;

		word.value = newText;

		word.value = newText;

		this.removeFocus( textIndex, wordIndex );

		this.removeFocus( textIndex, wordIndex );

	}

	}

}

}

	var is_html = false;

	var is_html = false;

	d.open();

	d.open();

	// iterate through each text input.

	// iterate through each text input.

		var end_idx = 0;

		var end_idx = 0;

		var begin_idx = 0;	

		var begin_idx = 0;

		d.writeln( '<form name="textInput'+txtid+'">' );

		d.writeln( '<form name="textInput'+txtid+'">' );

		this.indexes[txtid] = [];

		this.indexes[txtid] = [];

		if( wordtxt ) {			

		if( wordtxt ) {

			var orig = this.originalSpellings[txtid];

			var orig = this.originalSpellings[txtid];

			//!!! plain text, or HTML mode?

			//!!! plain text, or HTML mode?

			// iterate through each occurrence of a misspelled word. 

			// iterate through each occurrence of a misspelled word.

			for( var i = 0; i < orig.length; i++ ) {

			for( var i = 0; i < orig.length; i++ ) {

				// find the position of the current misspelled word,

				// find the position of the current misspelled word,

				// starting at the last misspelled word. 

				// starting at the last misspelled word.

				// and keep looking if it's a substring of another word

				// and keep looking if it's a substring of another word

					end_idx = begin_idx + orig[i].length;

					end_idx = begin_idx + orig[i].length;

					// word not found? messed up!

					// word not found? messed up!

					if( begin_idx == -1 ) break; 

					if( begin_idx == -1 ) break;

					var before_char = wordtxt.charAt( begin_idx - 1 );

					var before_char = wordtxt.charAt( begin_idx - 1 );

					var after_char = wordtxt.charAt( end_idx );

					var after_char = wordtxt.charAt( end_idx );

					this._isWordChar( before_char ) 

					this._isWordChar( before_char )

					|| this._isWordChar( after_char )

					|| this._isWordChar( after_char )

				);

				);

				// keep track of its position in the original text. 

				// keep track of its position in the original text.

				this.indexes[txtid][i] = begin_idx;

				this.indexes[txtid][i] = begin_idx;

				// write out the characters before the current misspelled word

				// write out the characters before the current misspelled word

				for( var j = this._lastPos( txtid, i ); j < begin_idx; j++ ) {

				for( var j = this._lastPos( txtid, i ); j < begin_idx; j++ ) {

					// !!! html mode? make it html compatible

					// !!! html mode? make it html compatible

					d.write( this.printForHtml( wordtxt.charAt( j )));

					d.write( this.printForHtml( wordtxt.charAt( j )));

				// write out the misspelled word. 

				// write out the misspelled word.

				// if it's the last word, write out the rest of the text

				// if it's the last word, write out the rest of the text

				if( i == orig.length-1 ){

				if( i == orig.length-1 ){

					d.write( printForHtml( wordtxt.substr( end_idx )));

					d.write( printForHtml( wordtxt.substr( end_idx )));

				}			

				}

			}

			}

			d.writeln( '</div>' );

			d.writeln( '</div>' );

		d.writeln( '</form>' );

		d.writeln( '</form>' );

	}

	}

	//for ( var j = 0; j < d.forms.length; j++ ) {

	//for ( var j = 0; j < d.forms.length; j++ ) {

	//	alert( d.forms[j].name );

	//	alert( d.forms[j].name );

		return 0;

		return 0;

}

}

function printForHtml( n ) {

function printForHtml( n ) {

/*

	var htmlstr = n;

	var htmlstr = n;

	if( htmlstr.length == 1 ) {

	if( htmlstr.length == 1 ) {

		// do simple case statement if it's just one character

		// do simple case statement if it's just one character

		switch ( n ) {

		switch ( n ) {

		htmlstr = htmlstr.replace( /</g, '&lt' );

		htmlstr = htmlstr.replace( /</g, '&lt' );

		htmlstr = htmlstr.replace( />/g, '&gt' );

		htmlstr = htmlstr.replace( />/g, '&gt' );

		htmlstr = htmlstr.replace( /\n/g, '<br/>' );

		htmlstr = htmlstr.replace( /\n/g, '<br/>' );

		return htmlstr;

		return htmlstr;

	}

	}

}

}

function _isWordChar( letter ) {

function _isWordChar( letter ) {

	if( letter.search( this.wordChar ) == -1 ) {

	if( letter.search( this.wordChar ) == -1 ) {