/// <summary>
/// Initializes a new instance of the <see cref="PackageCommand"/> class.
/// </summary>
public PackageCommand() : base()
{
Name = Id;
IsInternal = true;
Target = typeof(PackageCommand);
Description = "";
Examples.Add(new Example("", ""));
RelatedLinks.Add("");
Add(new Argument(nameof(ExecutableFile), typeof(string))
{
Position = 0,
Description = "",
IsRequired = true
}, new Argument(nameof(PackageKind), typeof(ShellKind))
{
Position = 1,
Description = "",
Default = (ShellKind.Powershell)
});
}
void importRelinks(PSObject relink)
{
List <PSObject> relinks = new List <PSObject>();
if (!(relink.Members["navigationLink"].Value is PSObject))
{
relinks = new List <PSObject>((PSObject[])relink.Members["navigationLink"].Value);
}
else
{
relinks.Add((PSObject)relink.Members["navigationLink"].Value);
}
foreach (PSObject link in relinks)
{
String linkText = ((String)((PSObject)link.Members["linkText"].Value).BaseObject).Replace("-", String.Empty).Trim();
String uri = (String)((PSObject)link.Members["uri"].Value).BaseObject;
RelatedLinks.Add(new RelatedLink {
LinkText = linkText,
LinkUrl = uri
});
}
}
/// <summary>
/// @UE3 Parse each individual row of meta data
/// </summary>
/// <param name="match"></param>
/// <returns></returns>
private string ParseMetadataRow(Match match, TransformationData data, bool full = true)
{
var metaValue = match.Groups["MetadataValue"].Value;
var metaDataCategory = match.Groups["MetadataKey"].Value;
if (metaDataCategory.Contains(' '))
{
data.ErrorList.Add(
Markdown.GenerateError(
Language.Message("MetadataNamesMustNotContainSpaces", metaDataCategory),
MessageClass.Warning,
metaDataCategory,
data.ErrorList.Count,
data));
}
var metaDataCategoryLowerCase = metaDataCategory.ToLower();
// If value is blank change to paragraph for table creation classification form
if (!String.IsNullOrWhiteSpace(match.Groups["MetadataValue"].Value))
{
if (metaDataCategoryLowerCase == "title")
{
DocumentTitle = metaValue;
}
if (metaDataCategoryLowerCase == "seo-title")
{
SEOTitle = metaValue;
}
if (metaDataCategoryLowerCase == "crumbs")
{
CrumbsLinks.Add(metaValue);
}
if (metaDataCategoryLowerCase == "related" && full)
{
RelatedLinks.Add(data.Markdown.ProcessRelated(metaValue, data));
}
if (metaDataCategoryLowerCase == "prereq" && full)
{
PrereqLinks.Add(data.Markdown.ProcessPrereqs(metaValue, data));
}
if (metaDataCategoryLowerCase == "version")
{
EngineVersions.Add(Hash.FromAnonymousObject(new { version = metaValue, label = metaValue.Replace('.', '_') }));
}
if (metaDataCategoryLowerCase == "skilllevel")
{
SkillLevels.Add(metaValue);
}
if (metaDataCategoryLowerCase == "tags")
{
Tags.Add(CultureInfo.CurrentCulture.TextInfo.ToTitleCase(metaValue));
}
}
// Add meta data to the list, we require some specific meta data keys to be unique others can be duplicates
if (metaDataCategoryLowerCase.Equals("title") || metaDataCategoryLowerCase.Equals("seo-title") ||
metaDataCategoryLowerCase.Equals("description") || metaDataCategoryLowerCase.Equals("seo-description") ||
metaDataCategoryLowerCase.Equals("template") || metaDataCategoryLowerCase.Equals("forcepublishfiles"))
{
if (MetadataMap.ContainsKey(metaDataCategoryLowerCase))
{
data.ErrorList.Add(
new ErrorDetail(
Language.Message("DuplicateMetadataDetected", metaDataCategory),
MessageClass.Info,
"",
"",
0,
0));
}
else
{
var valueList = new List <string>();
valueList.Add(match.Groups["MetadataValue"].Value);
MetadataMap.Add(metaDataCategoryLowerCase, valueList);
}
}
else
{
if (MetadataMap.ContainsKey(metaDataCategoryLowerCase))
{
MetadataMap[metaDataCategoryLowerCase].Add(match.Groups["MetadataValue"].Value);
}
else
{
var valueList = new List <string>();
valueList.Add(match.Groups["MetadataValue"].Value);
MetadataMap.Add(metaDataCategoryLowerCase, valueList);
}
}
// Return empty string, we are removing the meta data from the document
return("");
}
/// <summary>
/// @UE3 Parse each individual row of meta data
/// </summary>
/// <param name="match"></param>
/// <returns></returns>
private string ParseMetadataRow(Match match, TransformationData data)
{
var metaValue = match.Groups["MetadataValue"].Value;
var metaDataCategory = match.Groups["MetadataKey"].Value;
if (metaDataCategory.Contains(' '))
{
data.ErrorList.Add(
Markdown.GenerateError(
Language.Message("MetadataNamesMustNotContainSpaces", metaDataCategory),
MessageClass.Warning,
metaDataCategory,
data.ErrorList.Count,
data));
}
var metaDataCategoryLowerCase = metaDataCategory.ToLower();
// If value is blank change to paragraph for table creation classification form
if (!String.IsNullOrWhiteSpace(match.Groups["MetadataValue"].Value))
{
if (metaDataCategoryLowerCase == "title")
{
DocumentTitle = metaValue;
}
if (metaDataCategoryLowerCase == "crumbs")
{
CrumbsLinks.Add(metaValue);
}
if (metaDataCategoryLowerCase == "related")
{
RelatedLinks.Add(data.Markdown.ProcessRelated(metaValue, data));
}
}
// Add meta data to the list, we require some specific meta data keys to be unique others can be duplicates
if (metaDataCategoryLowerCase.Equals("title") || metaDataCategoryLowerCase.Equals("description") ||
metaDataCategoryLowerCase.Equals("template") || metaDataCategoryLowerCase.Equals("forcepublishfiles"))
{
if (MetadataMap.ContainsKey(metaDataCategoryLowerCase))
{
data.ErrorList.Add(
new ErrorDetail(
Language.Message("DuplicateMetadataDetected", metaDataCategory),
MessageClass.Info,
"",
"",
0,
0));
}
else
{
var valueList = new List <string>();
valueList.Add(match.Groups["MetadataValue"].Value);
MetadataMap.Add(metaDataCategoryLowerCase, valueList);
}
}
else
{
if (MetadataMap.ContainsKey(metaDataCategoryLowerCase))
{
MetadataMap[metaDataCategoryLowerCase].Add(match.Groups["MetadataValue"].Value);
}
else
{
var valueList = new List <string>();
valueList.Add(match.Groups["MetadataValue"].Value);
MetadataMap.Add(metaDataCategoryLowerCase, valueList);
}
}
// Return empty string, we are removing the meta data from the document
return("");
}