{
protected Map<Arg, ArgValues> m;
- protected ArgValuesMap()
+ private String linkedId;
+
+ protected ArgValuesMap(String linkedId)
{
+ this.linkedId = linkedId;
this.newMap();
}
- protected ArgValuesMap(Map<Arg, ArgValues> map)
+ protected ArgValuesMap(String linkedId, Map<Arg, ArgValues> map)
{
+ this.linkedId = linkedId;
this.m = map;
}
+ public String getLinkedId()
+ {
+ return linkedId;
+ }
+
private Map<Arg, ArgValues> getMap()
{
return m;
m.put(a, new ArgValues(a));
}
- protected void addArgValue(Arg a, ArgValue av)
- {
- if (getMap() == null)
- m = new HashMap<Arg, ArgValues>();
-
- if (!m.containsKey(a))
- m.put(a, new ArgValues(a));
- ArgValues avs = m.get(a);
- avs.addArgValue(av);
- }
-
public ArgValues getArgValues(Arg a)
{
return m == null ? null : m.get(a);
return m.keySet();
}
+ public ArgValue getArgValueOfArgWithSubValKey(Arg a, String svKey)
+ {
+ return getArgValueOfArgWithSubValKey(a, svKey, false);
+ }
+
+ public ArgValue getArgValueOfArgWithSubValKey(Arg a, String svKey,
+ boolean last)
+ {
+ ArgValues avs = this.getArgValues(a);
+ if (avs == null)
+ {
+ return null;
+ }
+ List<ArgValue> compareAvs = avs.getArgValueList();
+ for (int i = 0; i < compareAvs.size(); i++)
+ {
+ int index = last ? compareAvs.size() - 1 - i : i;
+ ArgValue av = compareAvs.get(index);
+ SubVals sv = av.getSubVals();
+ if (sv.has(svKey) && !sv.get(svKey).equals("false"))
+ {
+ return av;
+ }
+ }
+ return null;
+ }
+
public ArgValue getClosestPreviousArgValueOfArg(ArgValue thisAv, Arg a)
{
ArgValue closestAv = null;
// specify an id in the subValues so wouldn't need to be guessed).
ArgValue closestAv = null;
int thisArgIndex = thisAv.getArgIndex();
+ if (!containsArg(a))
+ return null;
ArgValues compareAvs = this.getArgValues(a);
int closestNextIndex = Integer.MAX_VALUE;
for (ArgValue av : compareAvs.getArgValueList())
return closestAv;
}
+ // TODO this is incomplete and currently unused (fortunately)
public ArgValue[] getArgValuesReferringTo(String key, String value, Arg a)
{
// this looks for the *next* arg that *might* be referring back to
}
/*
- * This method returns the basename of the first --open or --opennew value.
+ * This method returns the basename of the first --append or --open value.
* Used primarily for substitutions in output filenames.
*/
public String getBasename()
{
- return getDirOrBasename(false);
+ return getDirBasenameOrExtension(false, false, false);
+ }
+
+ /*
+ * This method returns the basename of the first --append or --open value.
+ * Used primarily for substitutions in output filenames.
+ */
+ public String getExtension()
+ {
+ return getDirBasenameOrExtension(false, true, false);
}
/*
- * This method returns the dirname of the first --open or --opennew value.
+ * This method returns the dirname of the first --append or --open value.
* Used primarily for substitutions in output filenames.
*/
public String getDirname()
{
- return getDirOrBasename(true);
+ return getDirBasenameOrExtension(true, false, false);
}
- public String getDirOrBasename(boolean dirname)
+ public String getDirBasenameOrExtension(boolean dirname,
+ boolean extension, boolean absoluteDirname)
{
String filename = null;
+ String appendVal = getValue(Arg.APPEND);
String openVal = getValue(Arg.OPEN);
- String opennewVal = getValue(Arg.OPENNEW);
- if (openVal != null)
+ if (appendVal != null)
+ filename = appendVal;
+ if (filename == null && openVal != null)
filename = openVal;
- if (filename == null && opennewVal != null)
- filename = opennewVal;
if (filename == null)
return null;
File file = new File(filename);
- return dirname ? FileUtils.getDirname(file)
+ if (dirname)
+ {
+ return FileUtils.getDirname(file);
+ }
+ return extension ? FileUtils.getExtension(file)
: FileUtils.getBasename(file);
}
+
+ /*
+ * Checks if there is an Arg with Opt
+ */
+ public boolean hasArgWithOption(Opt o)
+ {
+ for (Arg a : getArgKeys())
+ {
+ if (a.hasOption(o))
+ return true;
+ }
+ return false;
+ }
}