use of org.camunda.bpm.model.bpmn.instance.dc.Bounds in project camunda-bpmn-model by camunda.
the class CoordinatesGenerationTest method shouldPlaceThreeBoundaryEventsForSubProcess.
@Test
public void shouldPlaceThreeBoundaryEventsForSubProcess() {
ProcessBuilder builder = Bpmn.createExecutableProcess();
instance = builder.startEvent(START_EVENT_ID).subProcess(SUB_PROCESS_ID).boundaryEvent("boundary1").moveToActivity(SUB_PROCESS_ID).boundaryEvent("boundary2").moveToActivity(SUB_PROCESS_ID).boundaryEvent("boundary3").moveToActivity(SUB_PROCESS_ID).endEvent().done();
Bounds boundaryEvent1Bounds = findBpmnShape("boundary1").getBounds();
assertShapeCoordinates(boundaryEvent1Bounds, 343, 200);
Bounds boundaryEvent2Bounds = findBpmnShape("boundary2").getBounds();
assertShapeCoordinates(boundaryEvent2Bounds, 379, 200);
Bounds boundaryEvent3Bounds = findBpmnShape("boundary3").getBounds();
assertShapeCoordinates(boundaryEvent3Bounds, 307, 200);
}
use of org.camunda.bpm.model.bpmn.instance.dc.Bounds in project camunda-bpmn-model by camunda.
the class CoordinatesGenerationTest method shouldAdjustSubProcessHeight.
@Test
public void shouldAdjustSubProcessHeight() {
ProcessBuilder builder = Bpmn.createExecutableProcess();
instance = builder.startEvent(START_EVENT_ID).subProcess(SUB_PROCESS_ID).embeddedSubProcess().startEvent("innerStartEvent").parallelGateway("innerParallelGateway").endEvent("innerEndEvent").moveToNode("innerParallelGateway").userTask("innerUserTask").subProcessDone().done();
Bounds subProcessBounds = findBpmnShape(SUB_PROCESS_ID).getBounds();
assertThat(subProcessBounds.getHeight()).isEqualTo(298);
}
use of org.camunda.bpm.model.bpmn.instance.dc.Bounds in project camunda-bpmn-model by camunda.
the class CoordinatesGenerationTest method shouldPlaceReceiveTask.
@Test
public void shouldPlaceReceiveTask() {
ProcessBuilder builder = Bpmn.createExecutableProcess();
instance = builder.startEvent(START_EVENT_ID).sequenceFlowId(SEQUENCE_FLOW_ID).receiveTask(TASK_ID).done();
Bounds receiveTaskBounds = findBpmnShape(TASK_ID).getBounds();
assertShapeCoordinates(receiveTaskBounds, 186, 78);
Collection<Waypoint> sequenceFlowWaypoints = findBpmnEdge(SEQUENCE_FLOW_ID).getWaypoints();
Iterator<Waypoint> iterator = sequenceFlowWaypoints.iterator();
Waypoint waypoint = iterator.next();
assertWaypointCoordinates(waypoint, 136, 118);
while (iterator.hasNext()) {
waypoint = iterator.next();
}
assertWaypointCoordinates(waypoint, 186, 118);
}
use of org.camunda.bpm.model.bpmn.instance.dc.Bounds in project camunda-bpmn-model by camunda.
the class CoordinatesGenerationTest method shouldPlaceTwoBranchesForInclusiveGateway.
@Test
public void shouldPlaceTwoBranchesForInclusiveGateway() {
ProcessBuilder builder = Bpmn.createExecutableProcess();
instance = builder.startEvent(START_EVENT_ID).inclusiveGateway("id").sequenceFlowId("s1").userTask(USER_TASK_ID).moveToNode("id").sequenceFlowId("s2").endEvent(END_EVENT_ID).done();
Bounds userTaskBounds = findBpmnShape(USER_TASK_ID).getBounds();
assertShapeCoordinates(userTaskBounds, 286, 78);
Bounds endEventBounds = findBpmnShape(END_EVENT_ID).getBounds();
assertShapeCoordinates(endEventBounds, 286, 208);
Collection<Waypoint> sequenceFlowWaypoints = findBpmnEdge("s2").getWaypoints();
Iterator<Waypoint> iterator = sequenceFlowWaypoints.iterator();
Waypoint waypoint = iterator.next();
assertWaypointCoordinates(waypoint, 211, 143);
while (iterator.hasNext()) {
waypoint = iterator.next();
}
assertWaypointCoordinates(waypoint, 286, 226);
}
use of org.camunda.bpm.model.bpmn.instance.dc.Bounds in project camunda-bpmn-model by camunda.
the class CoordinatesGenerationTest method shouldPlaceCatchingIntermediateEvent.
@Test
public void shouldPlaceCatchingIntermediateEvent() {
ProcessBuilder builder = Bpmn.createExecutableProcess();
instance = builder.startEvent(START_EVENT_ID).sequenceFlowId(SEQUENCE_FLOW_ID).intermediateCatchEvent("id").done();
Bounds catchEventBounds = findBpmnShape("id").getBounds();
assertShapeCoordinates(catchEventBounds, 186, 100);
Collection<Waypoint> sequenceFlowWaypoints = findBpmnEdge(SEQUENCE_FLOW_ID).getWaypoints();
Iterator<Waypoint> iterator = sequenceFlowWaypoints.iterator();
Waypoint waypoint = iterator.next();
assertWaypointCoordinates(waypoint, 136, 118);
while (iterator.hasNext()) {
waypoint = iterator.next();
}
assertWaypointCoordinates(waypoint, 186, 118);
}
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