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/* where-clause-test.vala
*
* Copyright © 2011 Collabora Ltd.
* By Siegfried-Angel Gevatter Pujals <siegfried@gevatter.com>
*
* This program is free software: you can redistribute it and/or modify
* it under the terms of the GNU Lesser General Public License as published by
* the Free Software Foundation, either version 2.1 of the License, or
* (at your option) any later version.
*
* This program is distributed in the hope that it will be useful,
* but WITHOUT ANY WARRANTY; without even the implied warranty of
* MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
* GNU General Public License for more details.
*
* You should have received a copy of the GNU Lesser General Public License
* along with this program. If not, see <http://www.gnu.org/licenses/>.
*
*/
using Zeitgeist;
using Assertions;
int main (string[] args)
{
Test.init (ref args);
// Do not abort on warning()s.
GLib.Log.set_always_fatal (LogLevelFlags.LEVEL_CRITICAL);
Test.add_func ("/WhereClause/basic", basic_test);
Test.add_func ("/WhereClause/nested", nested_test);
Test.add_func ("/WhereClause/nested_negation", nested_negation_test);
Test.add_func ("/WhereClause/match_condition", match_condition_test);
Test.add_func ("/WhereClause/glob/right_boundary", right_boundary_test);
return Test.run ();
}
private class PublicWhereClause : WhereClause
{
public PublicWhereClause (WhereClause.Type type, bool negate=false)
{
base (type, negate);
}
public new static string get_right_boundary (string text)
{
return WhereClause.get_right_boundary(text);
}
}
public void basic_test ()
{
WhereClause where;
where = new WhereClause (WhereClause.Type.AND);
where.add ("1st condition");
where.add ("2nd condition");
assert_cmpstr (where.get_sql_conditions (), OperatorType.EQUAL, "(1st condition AND 2nd condition)");
where = new WhereClause (WhereClause.Type.OR);
where.add ("1st condition");
where.add ("2nd condition");
assert_cmpstr (where.get_sql_conditions (), OperatorType.EQUAL, "(1st condition OR 2nd condition)");
where = new WhereClause (WhereClause.Type.AND, true);
where.add ("some condition");
assert_cmpstr (where.get_sql_conditions (), OperatorType.EQUAL, "NOT some condition");
}
public void nested_test ()
{
var where = new WhereClause (WhereClause.Type.AND);
where.add ("1st condition", "arg1");
var subwhere = new WhereClause (WhereClause.Type.OR);
{
var args = new GenericArray<string> ();
args.add ("arg2");
args.add ("arg3");
subwhere.add_with_array ("2nd condition", args);
subwhere.add ("3rd condition");
}
where.extend (subwhere);
where.add ("last condition");
assert_cmpstr (where.get_sql_conditions (), OperatorType.EQUAL,
"(1st condition AND (2nd condition OR 3rd condition) AND " +
"last condition)");
{
var args = where.get_bind_arguments ();
assert_cmpint (args.length, OperatorType.EQUAL, 3);
assert_cmpstr (args[0], OperatorType.EQUAL, "arg1");
assert_cmpstr (args[1], OperatorType.EQUAL, "arg2");
assert_cmpstr (args[2], OperatorType.EQUAL, "arg3");
}
}
public void nested_negation_test ()
{
var where = new WhereClause (WhereClause.Type.OR);
where.add ("cond1", "arg1");
var subwhere = new WhereClause (WhereClause.Type.OR, true);
subwhere.add ("cond2");
where.extend (subwhere);
where.add ("cond3");
assert_cmpstr (where.get_sql_conditions (), OperatorType.EQUAL,
"(cond1 OR NOT cond2 OR cond3)");
}
public void match_condition_test ()
{
WhereClause where;
// Plain
where = new WhereClause (WhereClause.Type.AND);
where.add_match_condition ("field1", 5);
assert_cmpstr (where.get_sql_conditions (), OperatorType.EQUAL,
"field1 = 5");
assert_cmpint (where.get_bind_arguments ().length, OperatorType.EQUAL, 0);
// Negation
where = new WhereClause (WhereClause.Type.AND);
where.add_match_condition ("f2", 3, true);
assert_cmpstr (where.get_sql_conditions (), OperatorType.EQUAL, "f2 != 3");
// FIXME: test LIKE stuff...
}
public void right_boundary_test ()
{
var clause = new PublicWhereClause (WhereClause.Type.AND);
assert_cmpstr (clause.get_right_boundary ("a"), OperatorType.EQUAL, "b");
assert_cmpstr (clause.get_right_boundary ("hello"), OperatorType.EQUAL, "hellp");
assert_cmpstr (clause.get_right_boundary ("a b"), OperatorType.EQUAL, "a c");
}
// vim:expandtab:ts=4:sw=4
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