/****************************************************************
** Licensed Materials - Property of IBM
**
** IBM Cognos Products: mdsrv
**
** (C) Copyright IBM Corp. 2008, 2017
**
** US Government Users Restricted Rights - Use, duplication or disclosure restricted by GSA ADP Schedule Contract with IBM Corp.
*****************************************************************/
//***********************************************************************************************
// Copyright (C) 2008 Cognos ULC, an IBM Company. All rights reserved.
// Cognos (R) is a trademark of Cognos ULC, (formerly Cognos Incorporated).
//***********************************************************************************************

// Declare the LINEAGE namespace

if ( ! LNS )
	var LNS = {};

LNS.g_idTimer			= null;
LNS.g_idLoadTimer		= null;
LNS.g_defDocumentCursor	= null;
LNS.g_defTechTabCursor	= null;

LNS.idBusinessView		= 0;
LNS.idTechnicalView		= 1;

LNS.sTabCtrlId			= 'idTabCtrl';
LNS.tabNames			= [];

LNS.tabNames[ LNS.idBusinessView ]	= 'id_tab_business_view';
LNS.tabNames[ LNS.idTechnicalView ]	= 'id_tab_technical_view';

LNS.idCurTab = 0;
LNS.textGraphCreated = false;

LNS.getTabName		= function ( nTab )
{
	return this.tabNames[ nTab ];
}

LNS.getCurTabName	= function()
{
	return this.tabNames[ this.idCurTab ];
}

LNS.switchTabs		= function( keyEvent )
{
	var bProcessed = false;

	var evt = new CKeyboardEvent ( keyEvent );

	// When a user presses the TAB button -> switch the tab

	if ( evt.key === UTIL.KEYCODE_TAB )
	{
		if ( ++this.idCurTab >= this.tabNames.length )
			this.idCurTab = 0;

		// alert( this.getCurTabName() );

		this.OnSelectTab( this.getCurTabName() );

		bProcessed = true;
	}
	else
	if ( evt.key === UTIL.KEYCODE_ARROW_LEFT && evt.evt.altKey )
	{
		// Try to catch Alt+LeftArrow -> it's a shortcut for browser's BACK button

		bProcessed = true;
	}
	else
	if ( evt.key === UTIL.KEYCODE_ARROW_RIGHT && evt.evt.altKey )
	{
		// Try to catch Alt+RightArrow -> it's a shortcut for browser's FORWARD button

		bProcessed = true;
	}
	else
	{
		if ( this.idCurTab === this.idTechnicalView && this.g_TechnicalView && this.g_TechnicalView.bInitialized )
		{
			bProcessed = this.g_TechnicalView.processKeyEvent( keyEvent );
		}
	}

	return ! bProcessed;
}

LNS.showHourglassCursor		= function ( bShow )
{
	var cssHelper = new CElementStyleHelper ( 'id_tab_technical_view_span' );

	var defDocumentCursor	= LNS.g_defDocumentCursor;
	var defTechTabCursor	= LNS.g_defTechTabCursor;

	if ( bShow )
	{
	    if (document.documentElement.clientHeight == 0)
	        this.g_defDocumentCursor = document.body.style.cursor;
        else
	        this.g_defDocumentCursor = document.documentElement.style.cursor;

		this.g_defTechTabCursor		= cssHelper.getCursor();

		defDocumentCursor	= "wait";
		defTechTabCursor	= "wait";
	}

    if (document.documentElement.clientHeight == 0)
        document.body.style.cursor = defDocumentCursor;
    else
        document.documentElement.style.cursor = defDocumentCursor;

	cssHelper.setCursor( defTechTabCursor );
}

LNS.OnSelectTab		= function ( sTabId )
{
	var activeTab = document.getElementById( sTabId );

	activeTab.className = "classActiveTab";

	if ( sTabId === this.tabNames[ this.idBusinessView ] )
	{
		var techViewTab	= document.getElementById( "id_tab_technical_view" );

		techViewTab.className	= "classInactiveTab";

		var busView		= document.getElementById( "id_business_view" );
		var techView	= document.getElementById( "id_technical_view" );

		techView.style.display	= "none";
		busView.style.display	= "block";

	}
	else
	if ( sTabId === this.tabNames[ this.idTechnicalView ] )
	{
		var busViewTab	= document.getElementById( "id_tab_business_view" );

		busViewTab.className	= "classInactiveTab";

		var busView		= document.getElementById( "id_business_view" );
		var techView	= document.getElementById( "id_technical_view" );

		busView.style.display	= "none";
		techView.style.display	= "block";

		//defined in techView.jspf
//				MDSRV_initialize();

		// HACK: to display the hourglass cursor while the technical view is being initialized

		if ( ! this.TECH_VIEW_INITED )
		{
			this.showHourglassCursor ( true );

			this.g_idTimer = window.setTimeout( "LNS.initTechnicalView()", 100 );
		}
	    //HACK: If we "draw" the graph while the techincal view tab isn't selected, the div we place the graph in won't be redrawn until we resize the window (there has got to be a better way to do this)
	    if(!LNS.techincalTabHasBeenSelected){
		LNS.techincalTabHasBeenSelected = true;
		window.resizeBy(1,0)
	    }


	}
}

LNS.initBusinessView	= function()
{
	window.clearTimeout ( this.g_idLoadTimer );

	this.OnSelectTab( this.getCurTabName() );

	var tabCtrl = document.getElementById( this.sTabCtrlId );

	tabCtrl.focus();

//	tabCtrl.releaseCapture();
}

LNS.OnLoad		= function() 
{
//	document.onkeydown = this.switchTabs;

	// Select the initial TAB

	this.g_idLoadTimer = window.setTimeout( "LNS.initBusinessView()", 100 );

	var tabCtrl = document.getElementById( this.sTabCtrlId );

	tabCtrl.focus();

//	tabCtrl.setCapture();
	LNS.replaceBlankTableCells(document.getElementById('id_business_view'));
}

LNS.initTechnicalView	= function()
{
	if ( ! this.TECH_VIEW_INITED )
	{	
		var techView	= document.getElementById( "id_technical_view" );
		
		//The technical view div needs to be visible when calculating the pane widths on the graph, otherwise the panes will overlap.
		//This style will only be applied while the technical view is being initialized, and is removed once it has been (see below).
		techView.style.opacity = 0; 
		techView.style.display = "block";
		techView.style.position = "absolute";
				
		window.clearTimeout ( this.g_idTimer );

		MDSRV_initialize();
		
		//Reset the opacity
		techView.style.opacity = 1; // fully opaque
		techView.style.position = "relative";
				
		this.showHourglassCursor ( false );
		
	}
}

//hide the text based graph, show the Normal View tables and nesting tables, and indicate the Normal view is selected
LNS.showBusinessDiv = function()
{
    document.getElementById("textgraph").style.display = "none";
    document.getElementById("normalViewTables").style.display = "";
}

//same as above, but show the text based graph
LNS.showTextGraphDiv = function()
{    
    if ( ! this.textGraphCreated )
    {
        LNS.initTechnicalView();
		
		// make sure the technicalView isn't displayed
		var techView	= document.getElementById( "id_technical_view" );
		techView.style.display = "none";
		
        var textgraph = new CTextGraph(LNS.g_TechnicalView.GraphCtrl, LNS.g_modelData.responseHelper);
        textgraph.Init();
		this.textGraphCreated = true;
    }

    document.getElementById("textgraph").style.display = "";
    document.getElementById("normalViewTables").style.display = "none";
}


LNS.switchBusinessViews = function()
{
    if(document.getElementById("NormalView").checked === true && document.getElementById("NormalView").style.display !== "none")
    {
	LNS.showBusinessDiv();
    }
	
    else if(document.getElementById("DetailedView").checked === true && document.getElementById("DetailedView").style.display !== "none")
    {
	LNS.showTextGraphDiv();
    }
}

LNS.replaceBlankTableCells = function (rootNode)
{
    var tableCellsNodeList = rootNode.getElementsByTagName('td');
    var onlyWhitespace = /^\s*$/g;

    var emptyCells = [];
    for(var i = 0; i < tableCellsNodeList.length; i++)
    {
	var node = tableCellsNodeList[i];
	
	if(onlyWhitespace.test(node.innerHTML))
	{
	    emptyCells.push(node);
	}
	//this catches the empty cells in the normal view that have a span with no text
	else if(node.childNodes.length === 1 && node.childNodes[0].className === "dataCell" && onlyWhitespace.test(node.childNodes[0].innerHTML))
	{
	    emptyCells.push(node);
	}
    }

    for(var i = 0; i < emptyCells.length; i++)
    {
	emptyCells[i].parentNode.parentNode.removeChild(emptyCells[i].parentNode);
    }
}

//-------------------------------------------------------------------------

function GetScreenXresolution()
{
	return screen.width;
}

function GetScreenYresolution()
{
	return screen.height;
}

function GetWindowClientHeight()
{
    if (document.documentElement.clientHeight == 0)
        return window.innerHeight ? window.innerHeight : document.body.clientHeight;
    return window.innerHeight ? window.innerHeight : document.documentElement.clientHeight;
}

function GetWindowClientWidth()
{
    if (document.documentElement.clientHeight == 0)
        return window.innerWidth ? window.innerWidth : document.body.clientWidth;
    return window.innerWidth ? window.innerWidth : document.documentElement.clientWidth;
}

function GetWindowOuterHeight()
{
    if (document.documentElement.clientHeight == 0)
        return window.innerHeight ? window.innerHeight : document.body.clientHeight;
    return window.innerHeight ? window.innerHeight : document.documentElement.clientHeight;
//	return window.outerHeight;
}

function GetWindowOuterWidth()
{
    if (document.documentElement.clientHeight == 0)
	    return window.innerWidth ? window.innerWidth : document.body.clientWidth;
    return window.innerWidth ? window.innerWidth : document.documentElement.clientWidth;
//	return window.innerWidth;
}

function GetWindowXoffset()
{
	return window.screenLeft ? window.screenLeft : window.screenX;
}

function GetWindowYoffset()
{
	return window.screenTop ? window.screenTop : window.screenY;
}

/** This function resizes the lineage window to 80% the width and height of the screen. */
function MDSRV_ResizeWindow()
{
	var width  = GetWindowOuterWidth();
	var height = GetWindowOuterHeight();

	var prefWidth  = screen.availWidth * 0.80;
	var prefHeight = screen.availHeight * 0.80;

	if (width < prefWidth || width > screen.availWidth)
	{
		width = prefWidth;
	}
	if (height < prefHeight || height > screen.availHeight)
	{
		height = prefHeight;
	}

	window.resizeTo( width, height );

	var x = GetWindowXoffset();
	var y = GetWindowYoffset();

	if ( x + width  > screen.availWidth )
		x = screen.availWidth - width;
	if ( y + height > screen.availHeight )
		y = screen.availHeight - height;

	window.moveTo( x, y );
}

function MDSRV_CheckForDebug(evt)
{
	if (evt.shiftKey && evt.ctrlKey && evt.altKey)
	{
		if (evt.charCode == 68 || evt.keyCode == 68)
		{
			document.getElementById("MDSRV_debugForm").style.display="block";
		}
	}
}

function MDSRV_InitDebugKeyHandler()
{
	if (document.addEventListener)
	{
		document.addEventListener('keypress', MDSRV_CheckForDebug, false);
	}
	else if (document.attachEvent)
	{
		document.attachEvent("onkeydown", MDSRV_CheckForDebug);
	}
}

//-----------------------------------------------------------------------------
// class MDSRV_LineageResponse
//
// Creates an object structure from the given JS lineage representation
// sent by the lineage ui service.
//-----------------------------------------------------------------------------

function MDSRV_LineageResponse( representation )
{
	var linObj = "object";
	var i = 1;
	var lineageObject = representation[linObj+i];

	//first get all of the objects and put them into a map

	this.m_lineageObjects = new Array();

	while (lineageObject)
	{
	    this.m_lineageObjects[MDSRV_decodeString(lineageObject['id'])] = new MDSRV_LineageObject(lineageObject);
		i++;
		lineageObject = representation[linObj+i];
	}

	//now get the objects that were asked about

	var queryStr = "query";
	var queryIdx = 1;
	var queryObj = representation[queryStr+queryIdx];

	this.m_queries = new Array();
	i = -1;

	while (queryObj)
	{
		objRef = MDSRV_decodeString(queryObj["objRef"]);

		this.m_queries[++i] = this.m_lineageObjects[objRef];

	//		if ( this.m_lineageObjects[objRef].m_type == "filterDefinition" )
	//			alert ( "MDSRV_LineageResponse: refObj type = " + this.m_lineageObjects[objRef].m_type );

		queryIdx++;

		queryObj = representation[queryStr+queryIdx];
	}
}

function MDSRV_LineageObject( lineageObject )
{
	this.m_type		= MDSRV_decodeString(lineageObject['type']);
	this.m_id		= MDSRV_decodeString(lineageObject['id']);
	this.m_name		= MDSRV_decodeString(lineageObject['name']);
	this.m_dispName	= MDSRV_decodeString(lineageObject['dispName']);

	var props = lineageObject['properties'];

	this.m_properties	= new Array();
	this.m_childRefs	= new Array();

	//debugger;

	var property = "param";
	var propIdx = 1;
	var propObj = props[property+propIdx];

	var idx = 0;

	while ( propObj )
	{
	    this.m_properties[idx] = new MDSRV_Property( MDSRV_decodeString(propObj['name']),
													MDSRV_decodeString(propObj['dispName']),
													MDSRV_decodeString(propObj['value']) );
	    propIdx++;
	    propObj = props[property+propIdx];
	    idx++;
	}

	this.m_parentRef = MDSRV_decodeString( lineageObject['parent_ref'] );

	//now gather up any children we may have had

	var childObj = "child_ref";
	var childIdx = 1;
	var childObject = lineageObject[childObj+childIdx];

	while ( childObject )
	{
	    this.m_childRefs.push( MDSRV_decodeString(childObject) );
		childIdx++;
		childObject = lineageObject[childObj+childIdx];
	}

	this.m_transformation = new MDSRV_Transformation(lineageObject['transformation']);
}

function MDSRV_Transformation( objTransformation )
{
	var sources = objTransformation['source'];
	this.m_sources = new Array();

	var sourceStr = "source";
	var sourceIdx = 1;
	var sourceObj = objTransformation[sourceStr+sourceIdx];

	while (sourceObj)
	{
		var transSource = new MDSRV_TransformationSource(sourceObj);
		this.m_sources[sourceIdx-1] = transSource;
		sourceIdx++;
		sourceObj = objTransformation[sourceStr+sourceIdx];
	}
}

function MDSRV_TransformationSource(representation)
{
	this.m_objectRef = MDSRV_decodeString( representation['objRef'] );
}

function MDSRV_Property(propName, propDispName, propValue)
{
	this.m_name		= propName;
	this.m_dispName	= propDispName;
	this.m_value	= propValue;
}

function MDSRV_decodeString(str)
{
	if (str)
	{
		var str1 = str.replace(/&apos;/g, "'");
		str1 = str1.replace(/&quot;/g, "\"");
		str1 = str1.replace(/&gt;/g, ">");
		str1 = str1.replace(/&lt;/g, "<");
		return str1;
	}

	return "";
}

/* Public API */

/** For this lineage request returns an array of MDSRV_LineageObjects representing the query'd objects.
 Return type array of MDSRV_LineageObjects. */
MDSRV_LineageResponse.prototype.getQueryResults = function()
{
	return this.m_queries;
}

/** Returns a MDSRV_LineageObject for the object with the given id. Return type MDSRV_LineageObject */
MDSRV_LineageResponse.prototype.lookup = function(objectRef)
{
   return this.m_lineageObjects[objectRef];
}

/** For the given lineage object returns the objects id. Return type string.*/
MDSRV_LineageObject.prototype.getId = function()
{
	return this.m_id;
}

MDSRV_LineageObject.prototype.toString = function()
{
	var result = "name:" + this.m_name;
	result += ", type: " + this.m_type;
	result += ", parentRef: " + this.m_parentRef;

	result += " properties: {";

	for (var i=0; i < this.m_properties.length; i++)
	{
		result += this.m_properties[i].getName();
		result += ":";
		result += this.m_properties[i].getValue();

		if ( i + 1 < this.m_properties.length )
		{
			result += ",";
		}
	}

	result += "}";

	return result;
}

/** Returns the name of this lineage object. Return type strnig.*/
MDSRV_LineageObject.prototype.getName = function()
{
	return this.m_name;
}

/** Returns the type of this lineage object. Return type string.*/
MDSRV_LineageObject.prototype.getType = function()
{
	return this.m_type;
}

/*Returns array of properties of this lineage object. Return type Array of MDSRV_Property objects. */
MDSRV_LineageObject.prototype.getProperties = function()
{
	return this.m_properties;
}

/** Returns the transformation [if any] for this lineage object. Return type MDSRV_Transformation */
MDSRV_LineageObject.prototype.getTransformation = function()
{
	return this.m_transformation;
}

/** Returns the id of the parent of this LineageObject. Return type string.*/
MDSRV_LineageObject.prototype.getParentRef = function()
{
	return this.m_parentRef;
}

/** Returns the list of id's of child objects. Return type array of strings representing child id's. */
MDSRV_LineageObject.prototype.getChildRefs = function()
{
	return this.m_childRefs;
}

/** Returns the sources of this transformation. Return type Array of MDSRV_TransformationSource objects. */
MDSRV_Transformation.prototype.getTransformationSourceList = function()
{
	return this.m_sources;
}

/** Returns a string representing the id of the source object. Return type string. */
MDSRV_TransformationSource.prototype.getObjectRef = function()
{
	return this.m_objectRef;
}

/** Returns the name of this property. Return type string. */
MDSRV_Property.prototype.getName = function()
{
	return this.m_name;
}

/** Returns the display name of this property. Return type string. */
MDSRV_Property.prototype.getDisplayName = function()
{
	return this.m_dispName;
}

/** Returns the value of this property. Return type string. */
MDSRV_Property.prototype.getValue = function()
{
	return this.m_value;
}

/** Used to retrieve localized values. String map is an array of the form {key:'value', key:'value'}. Keys must be
unique.*/
function MDSRV_StringManager(stringMap)
{
	this.m_stringMap = stringMap;
}

/** Returns the localized value for the given key. If a param is present,
then the param will be subsituted if the param was a parameterized string.
A parameterized string will contain '$$' whereever a param is locaed */
MDSRV_StringManager.prototype.stringLookup = function(key, param)
{
	var locStr =  this.m_stringMap[key];
	//replace any occurences of $$ with param

	if (param)
	{
		locStr = locStr.replace("$$", param);
	}

	return locStr;
}