@Test
public void allSites() {
Mesh mesh = mock(Mesh.class);
when(mesh.getSites()).thenReturn(Arrays.asList("A", "B", "C", "D"));
when(mesh.isSplitCell()).thenReturn(true);
for (int row = 0; row < 4; row++) {
for (int column = 0; column < 4; column++) {
when(mesh.statusFor(row, column, Mesh.CellHalf.INITIATED_BY_ROW))
.thenReturn((row + column) % 4);
when(mesh.statusFor(row, column, Mesh.CellHalf.INITIATED_BY_COLUMN))
.thenReturn((row + column) % 4);
}
}
StatusMatcher.Instance instance = mock(StatusMatcher.Instance.class);
when(instance.isMatched()).thenReturn(Boolean.TRUE);
StatusMatcher statusMatcher = mock(StatusMatcher.class);
when(statusMatcher.prepareInstance(mesh)).thenReturn(instance);
TestSet testSet = Madalert.forAllSites();
testSet.match(mesh, statusMatcher);
InOrder order = inOrder(instance);
order.verify(instance).match(1, 0, Mesh.CellHalf.INITIATED_BY_ROW, 1);
order.verify(instance).match(1, 0, Mesh.CellHalf.INITIATED_BY_COLUMN, 1);
order.verify(instance).match(2, 0, Mesh.CellHalf.INITIATED_BY_ROW, 2);
order.verify(instance).match(2, 0, Mesh.CellHalf.INITIATED_BY_COLUMN, 2);
order.verify(instance).match(3, 0, Mesh.CellHalf.INITIATED_BY_ROW, 3);
order.verify(instance).match(3, 0, Mesh.CellHalf.INITIATED_BY_COLUMN, 3);
order.verify(instance).match(0, 1, Mesh.CellHalf.INITIATED_BY_ROW, 1);
order.verify(instance).match(0, 1, Mesh.CellHalf.INITIATED_BY_COLUMN, 1);
order.verify(instance).match(2, 1, Mesh.CellHalf.INITIATED_BY_ROW, 3);
order.verify(instance).match(2, 1, Mesh.CellHalf.INITIATED_BY_COLUMN, 3);
order.verify(instance).match(3, 1, Mesh.CellHalf.INITIATED_BY_ROW, 0);
order.verify(instance).match(3, 1, Mesh.CellHalf.INITIATED_BY_COLUMN, 0);
order.verify(instance).match(0, 2, Mesh.CellHalf.INITIATED_BY_ROW, 2);
order.verify(instance).match(0, 2, Mesh.CellHalf.INITIATED_BY_COLUMN, 2);
order.verify(instance).match(1, 2, Mesh.CellHalf.INITIATED_BY_ROW, 3);
order.verify(instance).match(1, 2, Mesh.CellHalf.INITIATED_BY_COLUMN, 3);
order.verify(instance).match(3, 2, Mesh.CellHalf.INITIATED_BY_ROW, 1);
order.verify(instance).match(3, 2, Mesh.CellHalf.INITIATED_BY_COLUMN, 1);
order.verify(instance).match(0, 3, Mesh.CellHalf.INITIATED_BY_ROW, 3);
order.verify(instance).match(0, 3, Mesh.CellHalf.INITIATED_BY_COLUMN, 3);
order.verify(instance).match(1, 3, Mesh.CellHalf.INITIATED_BY_ROW, 0);
order.verify(instance).match(1, 3, Mesh.CellHalf.INITIATED_BY_COLUMN, 0);
order.verify(instance).match(2, 3, Mesh.CellHalf.INITIATED_BY_ROW, 1);
order.verify(instance).match(2, 3, Mesh.CellHalf.INITIATED_BY_COLUMN, 1);
}
@Test
public void getSites() {
try (JsonReader reader = Json.createReader(getClass().getResourceAsStream("allWell.json"))) {
Mesh mesh = Mesh.from(reader.readObject());
assertThat(
mesh.getSites(),
equalTo(
Arrays.asList(
"CERN-PROD LAT",
"FZK-LCG2 LAT",
"IN2P3-CC LAT",
"INFN-T1 LAT",
"KR-KISTI-GSDC-01 LAT",
"NDGF-T1 LAT",
"RAL-LCG2 LAT",
"RRC-KI-T1 LAT",
"SARA-MATRIX LAT",
"TRIUMF-LCG2 LAT",
"Taiwan-LCG2 LAT",
"US-FNAL LT",
"lhcperfmon-bnl",
"pic LAT")));
}
}
@Test
public void statusFor() {
try (JsonReader reader =
Json.createReader(getClass().getResourceAsStream("site2CantTest.json"))) {
Mesh mesh = Mesh.from(reader.readObject());
assertThat(mesh.statusFor(2, 0, Mesh.CellHalf.INITIATED_BY_ROW), equalTo(3));
assertThat(mesh.statusFor(2, 0, Mesh.CellHalf.INITIATED_BY_COLUMN), equalTo(0));
assertThat(mesh.statusFor(0, 2, Mesh.CellHalf.INITIATED_BY_ROW), equalTo(0));
assertThat(mesh.statusFor(0, 2, Mesh.CellHalf.INITIATED_BY_COLUMN), equalTo(3));
}
}
