<%@ page import="java.util.*" %>
<%@ page import="java.io.*" %>
<%@ page import="uk.org.mafoo.wordbubbles.*" %>
<%@ page errorPage="error.jsp" %>
<%
// String dict = request.getParameter("dictionary");
// if(dict != "twl06") throw new Exception("failed to get dictionary");
String dict_file = "words";
if(request.getParameter("dict") != null) {
if(request.getParameter("dict").matches("^[a-z\\-_]+$")) {
dict_file = request.getParameter("dict");
} else {
throw new Exception ("invalict dict paramter");
}
}
String dict = application.getRealPath("WEB-INF/dicts") + "/" + dict_file;
uk.org.mafoo.wordbubbles.Lexicon words = uk.org.mafoo.wordbubbles.Lexicon.loadLexiconFromFile(dict);
ArrayList> grid = new ArrayList>();
HashSet desired = new HashSet();
boolean desired_active = false;
if(request.getParameterValues("desired") != null) {
desired_active = true;
for( String p : request.getParameterValues("desired") ) {
desired.add(new Integer(p));
}
}
if (request.getParameter("grid").length() > 2048) { throw new Exception("Input too large"); }
for ( String line : request.getParameter("grid").split("\r\n")) {
ArrayList row = new ArrayList();
for ( char c : line.toLowerCase().toCharArray() ) {
if( (c >= 'a' && c <= 'z') || c == ' ' || c == '.' || c == '_') {
if(c == '.' || c == '_') c = ' ';
row.add(new Character(c));
} else {
throw new Exception("invalid char");
}
}
grid.add(row);
}
uk.org.mafoo.wordbubbles.Prison prison = new uk.org.mafoo.wordbubbles.Prison(grid);
ArrayList> found = prison.search(words);
HashSet foundwords = new HashSet();
for ( LinkedHashSet w : found ) {
String str = "";
for ( Cell letter : w ) {
str += letter;
}
if(desired_active) {
if(desired.contains(new Integer(str.length()))) { foundwords.add(str); }
} else {
foundwords.add(str);
}
}
%>
Wordbubble Solver
Input
<% for (ArrayList row : grid) { %>
<% for(Character c : row) { %>
| <%= c %> |
<% }
}
%>
<% if(desired_active) { %> Looking for words of length(s): <%= desired %> <% } %>
Using dictionary: <%= dict_file %>
<%
List output = new ArrayList(foundwords);
Collections.sort(output);
%>
Results
Count: <%= output.size() %>
<%
for (String word : output) { %>
- <%= word %>
<% } %>
|