import java.nio.file.LinkOption;
import java.nio.file.Path;
import java.nio.file.Paths;
-import java.util.Collection;
+import java.util.Collections;
import java.util.HashMap;
-import java.util.Iterator;
import java.util.LinkedList;
import java.util.List;
import java.util.Map;
import java.util.Map.Entry;
import java.util.Scanner;
-import java.util.Set;
+import java.util.SortedSet;
import java.util.TreeMap;
+import java.util.TreeSet;
import org.ini4j.Ini;
import org.ini4j.Profile.Section;
}
Scanner in = new Scanner(commandline);
switch (in.next()) {
- case "EOF":
+ //case "EOF":
case "q":
case "quit":
case "exit":
break;
case "enc":
- int splitternr;
- Splitter splitter;
- try {
- splitternr = in.nextInt();
- splitter = splitters.get(splitternr);
- } catch (Exception e1) {
- // TODO Auto-generated catch block
- println_err("no valid Splitter-Infex. Use 'ls splitter' to show valid indices");
- break;
- }
String filename;
Path srcfile = null;
try {
throw new Exception();
}
} catch (Exception e1) {
- println_err("no valid Filename. Use 'enc <splitternr> <Filename>'");
+ println_err("no valid Filename. Use 'enc <Filename> <splitternr>'");
+ break;
+ }
+ int splitternr;
+ Splitter splitter;
+ try {
+ splitternr = in.nextInt();
+ splitter = splitters.get(splitternr);
+ } catch (Exception e1) {
+ // TODO Auto-generated catch block
+ println_err("no valid Splitter-Infex. Use 'ls splitter' to show valid indices");
break;
}
try {
}
}
}
+ Collections.sort(codeclist);
}
private boolean isInConfig(String id) {
return;
}
config.remove(config.get(id));
+ config.remove(config.get(id+"_MetadataTemplate"));
saveconfig();
if (codeclist_configured.contains(id)){
codeclist_configured.remove(id);
}
print_codecdescription(p, c);
println_std(id + " Configuration:");
- for (Entry<String, Integer[]> entry : c
- .getCodecParameterMinMax().entrySet()) {
- print_std(entry.getKey());
- print_std("\tmin="+ c.getCodecParameterMinMax().get(entry.getKey())[0]);
- print_std("\tmax="+ c.getCodecParameterMinMax().get(entry.getKey())[1]);
- if (c.getCodecParameterDefaults().get(entry.getKey()) != null) {
- print_std("\tdefault="
- + c.getCodecParameterDefaults().get(
- entry.getKey()));
- section.put(entry.getKey(), readCommandline("\t"+entry.getKey()+"=",true));
- }
- else {
- section.put(entry.getKey(), readCommandline("\t"+entry.getKey()+"=",false));
+ Map<String, Integer[]> mapminmax = c.getCodecParameterMinMax();
+ Map<String, Integer> mapdefault = c.getCodecParameterDefaults();
+ SortedSet<String> keyset = new TreeSet<>(mapminmax.keySet());
+ Integer[] minmax;
+ Integer defaultval;
+
+ String key = "k";
+ minmax = mapminmax.get(key);
+ print_std(key);
+ print_std("\tmin="+ minmax[0]);
+ print_std("\tmax="+ minmax[1]);
+ section.put(key, readCommandline("\t"+key+"=",false));
+
+ key = "m";
+ minmax = mapminmax.get(key);
+ print_std(key);
+ print_std("\tmin="+ minmax[0]);
+ print_std("\tmax="+ minmax[1]);
+ section.put(key, readCommandline("\t"+key+"=",false));
+
+ for ( String key1 : keyset) {
+ if (key1 != "k" && key1 != "m") {
+ print_std(key1);
+ minmax = mapminmax.get(key1);
+ defaultval = mapdefault.get(key1);
+ print_std("\tmin=" + minmax[0]);
+ print_std("\tmax=" + minmax[1]);
+ if (defaultval != null) {
+ print_std("\tdefault=" + defaultval);
+ section.put(
+ key1,
+ readCommandline("\t" + key1 + "=", true));
+ } else {
+ section.put(
+ key1,
+ readCommandline("\t" + key1 + "=",
+ false));
+ }
+
}
- }
- println_std("");
+ }
section = config.get(id + "_MetadataTemplate");
if (section == null) {
section = config.add(id + "_MetadataTemplate");
}
- section.put("fragmentsize", "4096");
+ key = "fragmentsize";
+ defaultval = 4096;
+ print_std(key);
+ print_std("\tdefault=" + defaultval);
+ String result = readCommandline("\t" + key + "=",true);
+ try {
+ section.put(key, Integer.parseInt(result));
+ } catch (Exception e) {
+ section.put(key, defaultval);
+ }
+
+ println_std("");
saveconfig();
init_codec(id);
}
println_std("Bedienung:");
println_std("init");
println_std("reset");
- println_std( "ls splitter\tlistet alle initialisierten Splitter auf");
- println_std( "ls codec\t\tlistet alle codecs auf");
- println_std("ls enc\t\tlistet alle fertig encodierten Tasks auf");
- println_std("ls dec\t\tlistet alle fertig decodierten Tasks auf");
- println_std("ls frag <nr>\tlistet die Fragmentdateien zu Encoding-Task <nr> auf");
- println_std("rm <nr> <frac_nr>\tlöscht aus Encoding-Task <nr> die Fragmentdatei <frac_nr>");
- println_std("dec <nr>\twiederherstellen der Originaldatei aus Encoding-Task <nr> in das Verzeichnis restoreDir");
- println_std("enc <splitternr> <filename>\tencodieren files with a splitter");
- println_std("meta enc <nr>\tgibt metadaten zu encodingtask <nr> aus");
- println_std("meta dec <nr>\tgibt metadaten zu decodingtask <nr> aus");
- println_std("q, quit oder exit\tbeenden das Programm");
+ println_std("ls splitters list all initiated splitters");
+ println_std("ls codecs list all available codecs");
+ println_std("ls enc list all encoded Tasks");
+ println_std("ls dec list all decoded Tasks");
+ println_std("ls frag <nr> list fragments of encoded task <nr>");
+ println_std("rm <nr> <frac_nr> delete fragment <frac_nr> of encoded task <nr>");
+ println_std("dec <nr> recover original file from encoded task <nr> into ./restoreDir");
+ //println_std("enc <file> encode file with all splitters");
+ println_std("enc <file> <sp_nr> encode file with a specific splitter");
+ println_std("meta enc <nr> show metada of encoded task <nr>");
+ println_std("meta dec <nr> show metada of decoded task <nr>");
+ println_std("q, quit oder exit Exit");
// +" \nh oder help\tzeigt die Hilfe an"
println_std("");
}
projects / splitter-ng / commitdiff