static public void ValidateFile(string P)
{
FileCountLimit--;
FileCount++;
CkanTokeniser CT = new CkanTokeniser(P);
CT.AllowSlashN = true;
TokenFile Foo = new TokenFile(CT);
Foo.parse();
CKanFormat bar = new CKanFormat(Foo);
bar.AllowEOLs = true;
if (!bar.validation())
{
InValidCount++;
Console.Error.WriteLine($"Error: Parsing Failure ({InValidCount}) in File: <{P}>");
bar.validation(true);
pause();
}
}
// static string[] NameFields = { "\"spec_version\"", "\"identifier\"", "\"name\"", "\"author\"", "\"version\"",
// "\"ksp_version_min\"", "\"ksp_version_max\"", "\"license\"", "\"provides\"", "\"conflicts\"" };
/// <summary>
/// This function validates the localises one specified input ckan File and generates/overwrites one output ckanfile
/// CkanLocaliser Localise AbsPathToMod SrcFile.ckan DestFile.ckan [options].
/// </summary>
static public int Localise(string[] args)
{
CkanLocaliserClass.DoingWhat.Push("Localise");
// Validate command line Parameters.
if (args.Length < 4)
{
Usagesmsg();
return(-1);
}
if (true)
{
using (StreamWriter sw = File.CreateText(args[3]))
{ // This makes sure that if we can to avoid confusion the outfile does in no sense look valid
sw.WriteLine(" { Localise error } ");
sw.Close();
}
}
if (!args[1].EndsWith(".zip"))
{
Console.Error.WriteLine("ModFile MUSTR be a zip File");
Usagesmsg();
return(-1);
}
DownloadPath = args[1];
if (DoAWhiteBoxtest)
{ // This allows test code to skip having an actual binary zip file.
DownloadSize = 9999;
SHA1 = "F550FBBEF92224DD32E1E0D045BAA8C95EF45343";
SHA256 = "D51D322B8F68FCDE25FCF4334327C0B86AAE0A65E9B2B70B1B03ECC7761AFD2C";
}
else
{
FileInfo fi1 = new FileInfo(DownloadPath);
if (!fi1.Exists)
{
Console.Error.WriteLine("ModFile Must exist");
Usagesmsg();
return(-1);
}
if (!Path.IsPathRooted(DownloadPath))
{
throw new FormatException($"Fatal Error: DownLoad path must be an absolute rooted path \"{DownloadPath}\" is not.", true);
}
DownloadSize = fi1.Length;
SHA1 = GetFileHashSha1(DownloadPath);
SHA256 = GetFileHashSha256(DownloadPath);
}
FileInfo fi2 = new FileInfo(args[2]);
if (!fi2.Exists)
{
Console.Error.WriteLine("SrcFile Must exist");
Console.Error.WriteLine(" PWD is :" + Directory.GetCurrentDirectory());
Usagesmsg();
return(-1);
}
// Validate Ckan File
CkanTokeniser CT = new CkanTokeniser(args[2]);
// CT.AllowSlashN = true;
TokenFile Foo = new TokenFile(CT);
Foo.parse();
CKanFormat bar = new CKanFormat(Foo);
bar.AllowEOLs = true;
if (!bar.validation())
{
string DL = "\n====================================\n";
Console.Error.WriteLine($"\n\n{DL}### Validation Error: Parsing Failure in File: <{args[2]}> \n Context in which That happened {DL}");
bar.validation(true);
return(-1);
}
// do The localisation and write the file
try
{ // First tag all three common human readable Fields to identify That we are localised
CkanLocaliserClass.DoingWhat.Push("RewritingFields");
parseToValueFor(bar, "\"identifier\"");
OldIdentifier = bar.Curs.TokenObj.theToken; // Preserve what it was Called We will need that later
bar.Curs.TokenObj.theToken = "\"" + Prefix + OldIdentifier.Substring(1); // prepend the Localising prefix
// Console.WriteLine(Curs.TokenObj.theToken);
parseToValueFor(bar, "\"name\"");
bar.Curs.TokenObj.theToken = "\"" + Prefix + ":" + bar.Curs.TokenObj.theToken.Substring(1); // prepend the Localising prefix
parseToValueFor(bar, "\"abstract\"");
bar.Curs.TokenObj.theToken = "\"" + Prefix + ":" + bar.Curs.TokenObj.theToken.Substring(1); // prepend the Localising prefix
// Now Replace download
parseToValueFor(bar, "\"download\"");
System.Uri DldURI = new System.Uri(DownloadPath); // Convert it to a URI
bar.Curs.TokenObj.theToken = "\"" + DldURI.AbsoluteUri + "\""; // replace the URI
// Now Replace download_Size
parseToValueFor(bar, "\"download_size\"");
bar.Curs.TokenObj.theToken = DownloadSize.ToString();
// Now Replace download_Size
if (bar.hasANameField("\"x_generated_by\"") == true)
{
parseToValueFor(bar, "\"x_generated_by\"");
bar.Curs.TokenObj.theToken = "\"CkanLocaliser\"";
}
// Now for the not so easy bits Values in CompoundTypes.
CkanLocaliserClass.DoingWhat.Pop();
CkanLocaliserClass.DoingWhat.Push("Wiping_Resoruces_Links");
killResourcesLinks(bar);
CkanLocaliserClass.DoingWhat.Pop();
CkanLocaliserClass.DoingWhat.Push("Fixing_Hashes");
fixHashValues(bar);
// Now for the hard bits
// done backwards through the file.. just to feel safer
CkanLocaliserClass.DoingWhat.Pop();
// Insert "Conflicts" preceded by "Provides" just after "license"
InsertProvidesConflicts(bar);
// Insert an author either makign the string into an array and/or prepending our Author string
CkanLocaliserClass.DoingWhat.Push("Adding_Author");
PieceOfPaper p = new PieceOfPaper();
p.valueToAdd = Stringify(Author);
p.listToAddItTo = "\"author\"";
p.thingToAdditAfter = new List <string>();
p.thingToAdditAfter.Add("\"abstract\"");
p.EndProvidesLineNo = 0;
p.EndProvidesTokenNo = 0;
fixValueInList(bar, ref p);
CkanLocaliserClass.DoingWhat.Pop();
}
catch (FormatException fe)
{
if (fe.KnownReal == false)
{ // EG: we know it is real if we try to localise ckan file and it has no "identifier" Name:Value pair etc.
Console.WriteLine("CAVEAT: There is reasonably good chance th following is a code error.");
Console.WriteLine("CAVEAT: The code has been mainly/entirely checking things we thoguht we just checked already.");
Console.WriteLine("CAVEAT: ALL examples of ckan files (schema valid or not) that do this when localised gratefully appreciated.");
}
Console.WriteLine($"While Doing : {CkanLocaliserClass.WhatString()} ");
Console.WriteLine(fe.Cause);
return(-1);
}
if (true)
{
using (StreamWriter sw = File.CreateText(args[3]))
{
Foo.writeTo(sw);
sw.Close();
}
}
CkanLocaliserClass.DoingWhat.Pop();
return(0);
}