public Dictionary <string, string> GetValues(RrdGraphDef gdef)
{
this.gdef = gdef;
bool lazy = lazyCheck();
var values = new Dictionary <string, string>();
if (!lazy || gdef.printStatementCount() != 0)
{
fetchData();
resolveTextElements();
foreach (CommentText comment in gdef.comments)
{
if (comment.GetType() == typeof(PrintText))
{
PrintText pt = (PrintText)comment;
//Todo:Need to make hash key uniqe
if (pt.isPrint())
{
values.Add(pt.SrcName, pt.resolvedText);
}
}
}
}
return(values);
}
private void createGraph()
{
bool lazy = lazyCheck();
if (!lazy || gdef.printStatementCount() != 0)
{
fetchData();
resolveTextElements();
if (gdef.shouldPlot() && !lazy)
{
calculatePlotValues();
findMinMaxValues();
identifySiUnit();
expandValueRange();
removeOutOfRangeRules();
initializeLimits();
placeLegends();
createImageWorker();
drawBackground();
drawAxis();
drawData();
drawGrid();
drawText();
drawLegend();
drawRules();
gator();
drawOverlay();
saveImage();
}
}
collectInfo();
}
public Dictionary<string, string> GetValues(RrdGraphDef gdef)
{
this.gdef = gdef;
bool lazy = lazyCheck();
var values = new Dictionary<string, string>();
if (!lazy || gdef.printStatementCount() != 0)
{
fetchData();
resolveTextElements();
foreach (CommentText comment in gdef.comments)
{
if (comment.GetType() == typeof(PrintText))
{
PrintText pt = (PrintText)comment;
//Todo:Need to make hash key uniqe
if (pt.isPrint())
{
values.Add(pt.SrcName , pt.resolvedText);
}
}
}
}
return values;
}
