public void testNameOrValue() {
checkNoEncode(NAME_OR_VALUE, "");
checkNoEncode(NAME_OR_VALUE, "sdf");
assertEquals("sdf%20hfdf", EncodeOrCheck.nameOrValue("sdf%20hfdf", false, "guj"));
assertEquals("sdf%2520hfdf", EncodeOrCheck.nameOrValue("sdf%20hfdf", true, "guj"));
checkEncoding(NAME_OR_VALUE, "abc def", "abc%20def");
final StringBuilder reservedEnc = new StringBuilder();
for (int i = 0; i < EncodeOrCheck.RESERVED.length(); i++) {
EncodeOrCheck.toHex(EncodeOrCheck.RESERVED.charAt(i), reservedEnc);
}
checkEncoding(NAME_OR_VALUE, EncodeOrCheck.RESERVED, reservedEnc.toString());
}
public void testCheckForInvalidUriChars() {
final String allowed = "abcdefghijklmnopqrstuvwxyzABCDEFGHIJKLMNOPQRSTUVWXYZ1234567890{}";
EncodeOrCheck.checkForInvalidUriChars(allowed, -1, "");
EncodeOrCheck.checkForInvalidUriChars("aaaaa", -1, "");
EncodeOrCheck.checkForInvalidUriChars("\\\\\\", -1, "");
checkForInvalidCharFail("a:a");
checkForInvalidCharFail("a:1");
checkForInvalidCharFail("/a:");
checkForInvalidCharFail("a:");
checkForInvalidCharFail("/");
checkForInvalidCharFail(" ");
checkForInvalidCharFail("\0");
checkForInvalidCharFail("abc{ }kg jj");
EncodeOrCheck.checkForInvalidUriChars("abc{ }kgjj", -1, "test");
}
void checkForInvalidCharFail(String uriPart) {
try {
EncodeOrCheck.checkForInvalidUriChars(uriPart, -1, "");
fail("\"" + uriPart + "\" contains an invalid char. The test must fail");
} catch (IllegalArgumentException e) {
// wonderful
}
}
public void testSchemeCheck() {
// scheme = ALPHA *( ALPHA / DIGIT / "+" / "-" / "." )
EncodeOrCheck.scheme("f");
}
public void testEncodePathWithoutMatrix() {
EncodeOrCheck.pathWithoutMatrix("");
EncodeOrCheck.pathWithoutMatrix("%20");
}
