private static void execSearchDoeCorpus(String[] args) {
String searchString = args[1];
boolean interactive = false;
// Load corpus first
execParseDoeCorpus(false /* doSave */);
// Check mode
if (args.length > 2) if (args[2].equals("i")) interactive = true;
// Search for string
HashMap<String, ArrayList<DOECorpusLine>> matches = corpus.getConcordances(searchString);
printSearchResults(searchString, matches);
if (interactive) {
do {
System.out.println("Enter the sear term here (or QUIT to exit):");
Scanner scanIn = new Scanner(System.in);
searchString = scanIn.nextLine();
scanIn.close();
if (!("QUIT".equals(searchString))) {
matches = corpus.getConcordances(searchString);
printSearchResults(searchString, matches);
}
} while (!("QUIT".equals(searchString)));
}
}
private static void execFindConcordancesDoeCorpus(String[] args) {
int limit = 1000000;
if (args.length > 2) limit = 100;
String searchString = args[1];
execParseDoeCorpus(false /* doSave */);
ArrayList<DOECorpusLine> allLines = new ArrayList<DOECorpusLine>();
HashMap<String, ArrayList<DOECorpusLine>> matches = corpus.getConcordances(searchString);
for (ArrayList<DOECorpusLine> list : matches.values()) allLines.addAll(list);
if (allLines.size() > limit) allLines = getRandomSelectionFromList(allLines, limit);
System.out.println("Concordances for search term " + searchString + " with limit " + limit);
for (DOECorpusLine line : allLines) {
System.out.println(
"Doc ID: "
+ line.getShortTitle()
+ "; Line ID: "
+ line.getLineID()
+ "; "
+ line.getLine());
}
}
