private void ProcessAsSource(PathRule pathRule, string path, string value)
{
if (!pathRule.IsBilingual)
{
SetCompleteSegmentData(path, value, path, string.Empty);
return;
}
var key = GetKey(pathRule, path);
if (_tempTargets.ContainsKey(key) && _tempTargets[key].Count > 0)
{
var target = _tempTargets[key].Dequeue();
SetCompleteSegmentData(path, value, target.Key, pathRule.IsTargetValueNeeded ? target.Value : string.Empty);
return;
}
if (!_tempSources.ContainsKey(key))
{
_tempSources.Add(key, new Queue <KeyValuePair <string, string> >());
}
_tempSources[key].Enqueue(new KeyValuePair <string, string>(path, value));
}
internal PathRule CreatePathRule()
{
PathRule pathRule = (PathRule)(m_coreRule = new PathRule());
pathRule.BorderColor = Color.Empty;
pathRule.Text = "";
pathRule.Category = m_mapVectorLayer.Name;
pathRule.Field = "";
m_coreMap.PathRules.Add(pathRule);
SetRuleFieldName();
return(pathRule);
}
private void _addRuleButton_Click(object sender, EventArgs e)
{
var pathRule = new PathRule();
using (var pathRuleForm = new PathRuleForm(pathRule))
{
if (pathRuleForm.ShowDialog(this) != DialogResult.OK)
{
return;
}
_rulesListView.Items.Add(new PathRuleListViewItem(pathRule));
UpdateEnabledState();
}
}
internal void RenderLineRule(LineTemplateMapper pathTemplateMapper, int?size)
{
PathRule pathRule = (PathRule)m_coreRule;
SetRuleLegendProperties(pathRule);
SetRuleDistribution(pathRule);
pathRule.ShowInColorSwatch = GetShowInColorScale();
if (m_mapRule is MapColorRangeRule)
{
RenderLineColorRangeRule(pathRule);
}
else if (m_mapRule is MapColorPaletteRule)
{
RenderLineColorPaletteRule(pathRule);
}
else
{
RenderLineCustomColorRule(pathRule);
}
InitializePathRule(pathRule, pathTemplateMapper, size);
}
public void RenderLineRule(LineTemplateMapper pathTemplateMapper, int?size)
{
PathRule pathRule = (PathRule)base.m_coreRule;
base.SetRuleLegendProperties(pathRule);
base.SetRuleDistribution(pathRule);
pathRule.ShowInColorSwatch = this.GetShowInColorScale();
if (base.m_mapRule is MapColorRangeRule)
{
this.RenderLineColorRangeRule(pathRule);
}
else if (base.m_mapRule is MapColorPaletteRule)
{
this.RenderLineColorPaletteRule(pathRule);
}
else
{
this.RenderLineCustomColorRule(pathRule);
}
this.InitializePathRule(pathRule, pathTemplateMapper, size);
}
private static void AddDebuggerOptions(IAdapterLaunchInfo adapterLaunchInfo, DebugInfo launchJson)
{
var debugService = (IPythonDebugOptionsService)Package.GetGlobalService(typeof(IPythonDebugOptionsService));
// Stop on entry should always be true for VS Debug Adapter Host.
// If stop on entry is disabled then VS will automatically issue
// continue when it sees "stopped" event with "reason=entry".
launchJson.StopOnEntry = true;
// Force this to false to prevent subprocess debugging, which we do not support yet in PTVS
launchJson.SubProcess = false;
launchJson.PromptBeforeRunningWithBuildError = debugService.PromptBeforeRunningWithBuildError;
launchJson.RedirectOutput = debugService.TeeStandardOutput;
launchJson.WaitOnAbnormalExit = debugService.WaitOnAbnormalExit;
launchJson.WaitOnNormalExit = debugService.WaitOnNormalExit;
launchJson.BreakOnSystemExitZero = debugService.BreakOnSystemExitZero;
launchJson.DebugStdLib = debugService.DebugStdLib;
launchJson.ShowReturnValue = debugService.ShowFunctionReturnValue;
var variablePresentation = new VariablePresentation();
variablePresentation.Class = debugService.VariablePresentationForClasses;
variablePresentation.Function = debugService.VariablePresentationForFunctions;
variablePresentation.Protected = debugService.VariablePresentationForProtected;
variablePresentation.Special = debugService.VariablePresentationForSpecial;
launchJson.VariablePresentation = variablePresentation;
var excludePTVSInstallDirectory = new PathRule()
{
Path = PathUtils.GetParent(typeof(DebugAdapterLauncher).Assembly.Location),
Include = false,
};
launchJson.Rules = new List <PathRule>()
{
excludePTVSInstallDirectory
};
}
private void RenderPathCustomColors(PathRule pathRule, ColoringMode coloringMode, MapColorPalette palette, Color fromColor, Color middleColor, Color toColor)
{
pathRule.UseCustomColors = true;
SetRuleColors(pathRule.GetColors(coloringMode, palette, fromColor, middleColor, toColor, GetBucketCount()), pathRule.CustomColors);
}
private void RenderLineCustomColorRule(PathRule pathRule)
{
pathRule.UseCustomColors = true;
SetRuleColors(GetCustomColors(((MapCustomColorRule)m_mapRule).MapCustomColors), pathRule.CustomColors);
}
private void RenderLineColorPaletteRule(PathRule pathRule)
{
RenderPathCustomColors(pathRule, ColoringMode.DistinctColors, GetColorPalette(), Color.Empty, Color.Empty, Color.Empty);
}
private void RenderLineColorRangeRule(PathRule pathRule)
{
MapColorRangeRule colorRangeRule = (MapColorRangeRule)m_mapRule;
RenderPathCustomColors(pathRule, ColoringMode.ColorRange, MapColorPalette.Dundas, GetFromColor(colorRangeRule), GetMiddleColor(colorRangeRule), GetToColor(colorRangeRule));
}
private void InitializePathRule(PathRule pathRule, LineTemplateMapper pathTemplateMapper, int?size)
{
InitializeCustomColors(pathRule.CustomColors, pathTemplateMapper);
}
public PathRuleListViewItem(PathRule pathRule)
{
PathRule = pathRule;
}
public PathRuleForm(PathRule pathRule)
{
_pathRule = pathRule;
InitializeComponent();
}
private static string GetKey(PathRule pathRule, string path)
{
var key = pathRule.GetHashCode().ToString();
return(IndexerRegex.Matches(path).Cast <Match>().Aggregate(key, (current, match) => current + match.Value));
}
private void RenderLineCustomColorRule(PathRule pathRule)
{
pathRule.UseCustomColors = true;
this.SetRuleColors(this.GetCustomColors(((MapCustomColorRule)base.m_mapRule).MapCustomColors), pathRule.CustomColors);
}