void KthuraCheck(string map)
{
var mapfile = $"{Old["Maps"]}/{map}";
var modified = false;
Print($"Checking Kthura map: {map}");
Print($"= File: {mapfile}");
var jd = JCR6.Dir(mapfile);
foreach (var e in jd.Entries.Values)
{
if (e.Storage == "lzma")
{
modified = true;
Print($" = Entry {e.Entry} was packed with lzma, which is not (yet) supported in the new Kthura. So a repack is in order");
}
}
if (modified)
{
//if (true) {
Print("= Repacking in zlib");
var ed = new SortedDictionary <string, byte[]>();
foreach (var e in jd.Entries.Values)
{
Print($" = Reading: {e.Entry}");
ed[e.Entry] = jd.JCR_B(e.Entry);
}
var st = $"[IGNORECASE]\nLABELS=NO\nTAGS=NO\n\n[Save]\nStorage=zlib\n";
ed["Options"] = new byte[st.Length];
for (int i = 0; i < st.Length; ++i)
{
ed["Options"][i] = (byte)st[i];
}
Print("= Saving new map");
var jc = new TJCRCreate(mapfile, "zlib");
foreach (var e in ed)
{
Print($" = Writing: {e.Key}");
jc.AddBytes(e.Value, e.Key, "zlib");
}
Print("= Finalizing");
jc.Close();
}
else
{
Print("= Map appears to be in order. No changes needed!");
}
}
public Void()
{
graphics = new GraphicsDeviceManager(this);
graphics.PreferredBackBufferWidth = GraphicsAdapter.DefaultAdapter.CurrentDisplayMode.Width - 5;
graphics.PreferredBackBufferHeight = GraphicsAdapter.DefaultAdapter.CurrentDisplayMode.Height - 100;
try {
new JCR6_lzma();
JCR = JCR6.Dir($"{qstr.StripExt(MKL.MyExe)}.jcr"); Assert(JCR, "Void.jcr has not been properly loaded!");
} catch (Exception QuelleCatastrophe) {
#if DEBUG
FatalError($"Exception Thrown:\n{QuelleCatastrophe.Message}\n\n{QuelleCatastrophe.StackTrace}");
#else
FatalError($"Exception Thrown:\n{QuelleCatastrophe.Message}");
#endif
}
Content.RootDirectory = "Content";
}
public override void Run(FlagParse fp)
{
if (fp.Args.Length == 1 || fp.GetBool("h"))
{
QCol.Green("Extract files from a JCR file! Available switches are:\n\n");
QCol.Yellow("-nx "); QCol.Cyan("No eXternals. This means that any file imported from external JCR files will be ignored\n");
QCol.Yellow("-ow "); QCol.Cyan("Overwrite existing files\n");
QCol.Yellow("-nodir "); QCol.Cyan("Remove paths from file names\n");
QCol.Yellow("-nac "); QCol.Cyan("No auto-creation of new directories if needed\n");
QCol.Yellow("-output <path> "); QCol.Cyan("Define output path\n");
QCol.Magenta("\n\nWhat is important to note is that JCR6 was never set up as a real archiver like ZIP, RAR and 7z.\nIt has therefore features that ZIP, RAR, 7z nor any other archiver has.\n\nIt also lacks features the others have.\n\nExtracting was never a full feature of JCR6, but was rather added for completeness sake.\nExtracting files from it can therefore have some funny results.\n\n");
return;
}
var nx = fp.GetBool("nx");
var ow = fp.GetBool("ow");
var nodir = fp.GetBool("nodir");
var autocreate = fp.GetBool("nac");
var outdir = fp.GetString("output");
if (outdir != "")
{
outdir = outdir.Replace("\\", "/");
if (!qstr.Suffixed(outdir, "/"))
{
outdir += "/";
}
}
QCol.Doing("Reading", fp.Args[1]);
var jcr = JCR6.Dir(fp.Args[1]);
if (JCR6.JERROR != "")
{
QCol.QuickError($"JCR6 Error: {JCR6.JERROR}");
return;
}
try {
var skipreason = "";
var allow = true;
var offsets = new Dictionary <string, List <TJCREntry> >();
var alias = aliashanding.Ignore;
void skip(string reason)
{
if (skipreason != "")
{
skipreason += "; ";
}
skipreason += reason;
allow = false;
}
var shared = false;
foreach (TJCREntry Ent in jcr.Entries.Values)
{
var tag = $"{Ent.MainFile}:{Ent.Offset}";
if (!offsets.ContainsKey(tag))
{
offsets[tag] = new List <TJCREntry>();
}
else
{
shared = true;
}
offsets[tag].Add(Ent);
}
if (shared)
{
Console.Beep();
QCol.Red("\n\nWARNING!\n");
QCol.Yellow("This resource has some shared-references or aliases as they are properly called in JCR6.\n");
QCol.Yellow("Extracting from this file can therefore create tons of duplicate files, as JCR6 cannot tell which entry is more relevant than others.\n");
QCol.Yellow("It's strongly recommended to extract files from this resource unless you are sure about what you are doing and what the consequences are and how to deal with them\n");
QCol.Cyan("1 = Continue, but ask about any files that has aliases, what to do with them\n");
QCol.Cyan("2 = Continue, but skip all files with aliases\n");
QCol.Cyan("3 = Continue, and just let the duplicate files come, I don't fear them!\n");
QCol.Cyan("Q = Cancel this operation\n");
QCol.Magenta("What do you want to do? "); QCol.Green("");
{
var loop = true;
do
{
var ch = Console.ReadKey();
switch (ch.KeyChar)
{
case '1': alias = aliashanding.Ask; loop = false; break;
case '2': alias = aliashanding.Skip; loop = false; break;
case '3': alias = aliashanding.Ignore; loop = false; break;
case 'q':
case 'Q': return;
}
} while (loop);
Console.WriteLine($" -- {alias}");
}
}
foreach (TJCREntry Ent in jcr.Entries.Values)
{
allow = true;
skipreason = "";
// can we do this?
var source = Ent.Entry;
var target = Ent.Entry;
var tag = $"{Ent.MainFile}:{Ent.Offset}";
if (!JCR6.CompDrivers.ContainsKey(Ent.Storage))
{
skip($"Unknown compression method ({Ent.Storage})");
}
if (offsets[tag].Count > 1)
{
switch (alias)
{
case aliashanding.Skip: skip($"Offset reference as {offsets[tag].Count} entries, and system has been set to skip those"); break;
case aliashanding.Ask: {
Console.Beep();
QCol.Red($"Entry {Ent.Entry} has been aliased.\n");
foreach (TJCREntry aliasentry in offsets[tag])
{
QCol.Magenta("= "); QCol.Cyan($"{aliasentry.Entry}\n");
}
QCol.Green("Extract ? <Y/N> ");
do
{
var d = Console.ReadKey().KeyChar;
if (d == 'Y' || d == 'y')
{
break;
}
if (d == 'N' || d == 'n')
{
skip("User decided not to extract"); break;
}
} while (true);
Console.Write("\r");
break;
}
}
}
if (Ent.MainFile != fp.Args[1] && nx)
{
skip("No Externals");
}
if (nodir)
{
target = qstr.StripDir(target);
}
target = $"{outdir}{target}";
if (!Directory.Exists(qstr.ExtractDir(target)) && !autocreate)
{
Console.Beep();
QCol.Red($"{target}! ");
QCol.Yellow($"Create directory {qstr.ExtractDir(target)} ? <Y/N> ");
do
{
var d = Console.ReadKey().KeyChar;
if (d == 'Y' || d == 'y')
{
break;
}
if (d == 'N' || d == 'n')
{
skip("User decided not to extract"); break;
}
} while (true);
Console.Write("\n");
}
if (File.Exists(target) && (!ow))
{
Console.Beep();
QCol.Red($"{target} exists! ");
QCol.Yellow($"Overwrite ? <Y/N> ");
do
{
var d = Console.ReadKey().KeyChar;
if (d == 'Y' || d == 'y')
{
break;
}
if (d == 'N' || d == 'n')
{
skip("User decided not to extract"); break;
}
} while (true);
Console.Write("\n");
}
if (allow)
{
QCol.Doing("Extracting", target, "\r");
Directory.CreateDirectory(qstr.ExtractDir(target));
var b = jcr.JCR_B(source);
QuickStream.SaveBytes(target, b);
QCol.Doing(" Extracted", target);
}
else
{
QCol.Doing(" Skipped", target, "\t"); QCol.Red($"{skipreason}\n");
}
}
} catch (Exception e) {
QCol.QuickError($".NET Error: {e.Message}");
#if DEBUG
QCol.Magenta(e.StackTrace);
#endif
}
}
public override void Run(FlagParse fp)
{
var ShowXStuff = fp.GetBool("x");
var ShowAlias = fp.GetBool("a");
var ShowAllDat = fp.GetBool("xd");
if (fp.Args.Length == 1)
{
QCol.Green("Verboses the files in a JCR resource:\n\n");
QCol.Yellow("-x "); QCol.Cyan("Show notes and author (if available)\n");
QCol.Yellow("-a "); QCol.Cyan("List out all aliases");
QCol.Yellow("-xd "); QCol.Cyan("Show all entry variable settings");
return;
}
if (fp.Args.Length > 2)
{
QCol.QuickError("Only ONE file please!");
return;
}
var jcr = JCR6.Dir(fp.Args[1]);
if (jcr == null)
{
QCol.QuickError(JCR6.JERROR); return;
}
{ // Resources
var ResCount = new TMap <string, int>();
var CmpCount = new TMap <string, int>();
foreach (TJCREntry ent in jcr.Entries.Values)
{
ResCount[ent.MainFile]++;
CmpCount[ent.Storage]++;
}
XPrint(15, ConsoleColor.White, "Type");
XPrint(9, ConsoleColor.White, "Entries", Just.Right);
XPrint(10, ConsoleColor.White, " Resource:"); Console.WriteLine();
XPrint(15, ConsoleColor.White, "====");
XPrint(9, ConsoleColor.White, " =======", Just.Right);
XPrint(10, ConsoleColor.White, " ========="); Console.WriteLine();
foreach (string k in ResCount.Keys)
{
var rec = JCR6.Recognize(k);
if (rec != "NONE")
{
XPrint(15, ConsoleColor.Blue, JCR6.FileDrivers[rec].name);
XPrint(9, ConsoleColor.Cyan, ResCount[k]);
Console.ForegroundColor = ConsoleColor.White;
Console.WriteLine($" {k}");
}
}
Console.WriteLine();
XPrint(20, ConsoleColor.White, "Storage Method");
XPrint(10, ConsoleColor.White, "Used", Just.Right); Console.WriteLine();
XPrint(20, ConsoleColor.White, "==============");
XPrint(10, ConsoleColor.White, "====", Just.Right); Console.WriteLine();
foreach (string k in CmpCount.Keys)
{
XPrint(20, ConsoleColor.Blue, k);
XPrint(10, ConsoleColor.Cyan, CmpCount[k], Just.Right);
Console.ForegroundColor = ConsoleColor.White;
Console.WriteLine();
}
}
Console.WriteLine();
// Comments
foreach (string name in jcr.Comments.Keys)
{
QCol.White($"{name}\n");
for (int i = 0; i < name.Length; i++)
{
QCol.White("=");
}
QCol.Yellow($"\n{jcr.Comments[name]}\n\n");
}
// Blocks (if any)
//if (jcr.Blocks.Count>0) {
bool bfirst = true;
foreach (var B in jcr.Blocks.Values)
{
if (bfirst)
{
bfirst = false;
Console.WriteLine();
XPrint(5, ConsoleColor.White, "Block", Just.Right); WhiteSpace(2);
XPrint(10, ConsoleColor.White, "Compressed", Just.Right); WhiteSpace(2);
XPrint(10, ConsoleColor.White, "Size", Just.Right); WhiteSpace(2);
XPrint(5, ConsoleColor.White, "Ratio", Just.Right); WhiteSpace(2);
XPrint(7, ConsoleColor.White, "Storage"); Console.WriteLine();
XPrint(5, ConsoleColor.White, "=====", Just.Right); WhiteSpace(2);
XPrint(10, ConsoleColor.White, "==========", Just.Right); WhiteSpace(2);
XPrint(10, ConsoleColor.White, "====", Just.Right); WhiteSpace(2);
XPrint(5, ConsoleColor.White, "=====", Just.Right); WhiteSpace(2);
XPrint(7, ConsoleColor.White, "======="); Console.WriteLine();
}
XPrint(5, ConsoleColor.Blue, B.ID); WhiteSpace(2);
XPrint(10, ConsoleColor.Green, B.CompressedSize); WhiteSpace(2);
XPrint(10, ConsoleColor.Red, B.Size); WhiteSpace(2);
XPrint(5, ConsoleColor.Magenta, $"{B.Ratio}%", Just.Right); WhiteSpace(2);
XPrint(7, ConsoleColor.Yellow, B.Storage); Console.WriteLine();
}
//foreach (var BK in jcr.Blocks.Keys) Console.WriteLine(BK);
//}
// Entries
Console.WriteLine();
XPrint(15, ConsoleColor.White, "Kind"); WhiteSpace(2);
XPrint(10, ConsoleColor.White, "Compressed", Just.Right); WhiteSpace(2);
XPrint(10, ConsoleColor.White, "Size", Just.Right); WhiteSpace(2);
XPrint(5, ConsoleColor.White, "Ratio", Just.Right); WhiteSpace(2);
XPrint(7, ConsoleColor.White, "Storage"); WhiteSpace(2);
Console.WriteLine("Entry");
XPrint(15, ConsoleColor.White, "===="); WhiteSpace(2);
XPrint(10, ConsoleColor.White, "==========", Just.Right); WhiteSpace(2);
XPrint(10, ConsoleColor.White, "====", Just.Right); WhiteSpace(2);
XPrint(5, ConsoleColor.White, "=====", Just.Right); WhiteSpace(2);
XPrint(7, ConsoleColor.White, "======="); WhiteSpace(2);
Console.WriteLine("=====");
foreach (TJCREntry ent in jcr.Entries.Values)
{
Console.BackgroundColor = ConsoleColor.Black;
if (ent.MainFile != fp.Args [1].Replace("\\", "/"))
{
Console.BackgroundColor = ConsoleColor.DarkBlue;
}
XPrint(15, ConsoleColor.Blue, FTypes[qstr.ExtractExt(ent.Entry).ToLower()]); WhiteSpace(2);
if (ent.Block == 0)
{
XPrint(10, ConsoleColor.Green, ent.CompressedSize);
}
else
{
XPrint(10, ConsoleColor.DarkGreen, $"Block: {ent.Block}");
}
WhiteSpace(2);
XPrint(10, ConsoleColor.Red, ent.Size); WhiteSpace(2);
if (ent.Block == 0)
{
XPrint(5, ConsoleColor.Magenta, ent.Ratio, Just.Right);
}
else
{
XPrint(5, ConsoleColor.Magenta, "");
} WhiteSpace(2);
XPrint(7, ConsoleColor.Yellow, ent.Storage); WhiteSpace(2);
Console.ForegroundColor = ConsoleColor.White;
Console.WriteLine(ent.Entry);
if (ShowXStuff)
{
if (ent.Author != "")
{
QCol.Doing("\tAuthor", ent.Author);
}
if (ent.Notes != "")
{
QCol.Green($"{ent.Notes}\n");
}
}
if (ShowAlias)
{
foreach (string AlFile in jcr.Aliases(ent))
{
QCol.Doing("\tAlias", AlFile);
}
}
if (ShowAllDat)
{
foreach (string k in ent.databool.Keys)
{
QCol.Magenta("\tbool "); QCol.Yellow(k); QCol.White(" = "); if (ent.databool[k])
{
QCol.Green("True\n");
}
else
{
QCol.Red("False\n");
}
}
foreach (string k in ent.datastring.Keys)
{
QCol.Magenta("\tstring "); QCol.Yellow(k); QCol.White(" = "); QCol.Green($"\"{ent.datastring[k]}\"\n");
}
foreach (string k in ent.dataint.Keys)
{
QCol.Magenta("\tint "); QCol.Yellow(k); QCol.White(" = "); QCol.Cyan($"{ent.dataint[k]}\n");
}
}
}
}
public void Go()
{
// Create or update?
TJCRCreate jout;
var temp = $"{qstr.ExtractDir(jcrfile)}/{qstr.md5($"{jcrfile}.{DateTime.Now.ToString()}")}.$jcr";
TJCRDIR jtmp = null;
if (updating)
{
jout = new TJCRCreate(temp, filetablecompression, sig);
}
else
{
jout = new TJCRCreate(jcrfile, filetablecompression, sig);
}
if (jout == null || jout.mystream == null)
{
QCol.QuickError($"Error creating JCR file >> {JCR6.JERROR}");
return;
}
// Add Comments
foreach (string n in Comments.Keys)
{
QCol.Doing("Comment", n);
jout.AddComment(n, Comments[n]);
}
// Add Dependencies
foreach (var d in Imports)
{
QCol.Doing("Import", d);
jout.Import(d);
}
foreach (var d in Requires)
{
QCol.Doing("Require", d);
jout.Require(d);
}
// Add files
foreach (Fil2Add aFile in Jiffy)
{
try {
if (nomerge || JCR6.Recognize(aFile.source) == "NONE")
{
QCol.Doing("Adding", aFile.source, "\r");
jout.AddFile(aFile.source, aFile.target, aFile.storage, aFile.author, aFile.notes);
//Console.WriteLine("\nBefore AfterAdd\n");
#if DEBUG
QCol.Doing("TARGET:", $"{aFile.target}=>{aFile.TARGET}");
#endif
var E = jout.Entries[aFile.TARGET];
AfterAdd(E, aFile);
//Console.WriteLine("\nAfter AfterAdd\n");
}
else
{
QCol.Doing("Merging", aFile.source);
var merge = JCR6.Dir(aFile.source);
foreach (TJCREntry ent in merge.Entries.Values)
{
QCol.Doing("Adding", "", "");
QCol.Magenta($"{aFile.source}/");
QCol.Cyan($"{ent.Entry}\r");
var tar = $"{aFile.target}/{ent.Entry}";
if (puremerge)
{
jout.JCRCopy(merge, ent.Entry, tar);
}
else
{
var buf = merge.JCR_B(ent.Entry);
jout.AddBytes(buf, tar, aFile.storage, ent.Author, ent.Notes);
}
//var E = jout.Entries[tar.ToUpper()];
var E = jout.LastAddedEntry;
AfterAdd(E, aFile);
}
}
} catch (Exception crap) {
QCol.Red(" Failed:\n");
if (JCR6.JERROR != "")
{
QCol.QuickError($"JCR6: {JCR6.JERROR}");
}
QCol.QuickError($".NET: {crap.Message}");
#if DEBUG
QCol.Magenta($"{crap.StackTrace}\n\n");
#endif
}
}
// Process aliases
//foreach(string ori in AliasList.Keys) {
foreach (SAlias SAL in AliasList)
{
QCol.Yellow("Alias: ");
QCol.Red(SAL.ori);
QCol.White(" => ");
QCol.Green(SAL.tar);
jout.Alias(SAL.ori, SAL.tar);
QCol.White("\n");
}
// Reorganize Files
if (updating)
{
try {
QCol.Doing("Reorganizing", "Data");
jtmp = JCR6.Dir(jcrfile);
if (jtmp == null)
{
throw new Exception($"JCR failed to analyse the old archive: {JCR6.JERROR}");
}
var indicator = 0;
foreach (TJCREntry entry in jtmp.Entries.Values)
{
indicator++;
if (indicator % 5 == 0)
{
QCol.Blue("\r \r.\b");
}
else
{
QCol.Blue(".\b");
}
if (!jout.Entries.ContainsKey(entry.Entry.ToUpper()))
{
QCol.Green("O");
jout.JCRCopy(jtmp, entry.Entry);
}
else
{
QCol.Red("X");
}
}
Console.WriteLine();
} catch (Exception well) {
QCol.QuickError(well.Message);
}
}
// Add dependency requests
// TODO: Dependency requests
// Closure and overwrite old JCR file if applicable.
QCol.Doing("Finalizing", jcrfile);
jout.Close();
if (updating)
{
try {
File.Delete(jcrfile);
File.Move(temp, jcrfile);
} catch (Exception E) {
QCol.QuickError(E.Message);
}
}
}
