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RoomModel TCPTest {
import etrice.api.types.int16
import etrice.api.types.int32
import etrice.api.tcp.DTcpPayload
import etrice.api.tcp.DTcpControl
import etrice.api.tcp.PTcpPayload
import etrice.api.tcp.PTcpControl
import etrice.api.tcp.ATcpClient
import etrice.api.tcp.ATcpServer
import etrice.api.annotations.TestInstance
ActorClass TCPTestTop {
@TestInstance
Structure {
ActorRef ref0: ATcpServer
ActorRef ref1 [ 5 ]: ATcpClient
ActorRef ref2: Tester
Binding ref2.p1 and ref0.PayloadPort
Binding ref2.p0 and ref0.ControlPort
Binding ref2.p2 and ref1.ControlPort
Binding ref2.p3 and ref1.PayloadPort
}
Behavior {
}
}
ActorClass Tester {
Interface {
conjugated Port p0: PTcpControl
conjugated Port p1: PTcpPayload
conjugated Port p2 [*]: PTcpControl
conjugated Port p3 [5]: PTcpPayload
}
Structure {
external Port p0
external Port p1
external Port p2
external Port p3
Attribute controlData: DTcpControl
Attribute testData: DTcpPayload
Attribute counter: int32
Attribute resultPattern: int32
Attribute pattern: int32
Attribute caseId: int32
Attribute resultlist [3]: int16 = "{1,2,3}"
}
Behavior {
ctor '''caseId = etUnit_openAll("log", "TCPTest", "org.eclipse.etrice.generator.java.tests.TCPTest", "TCPTest_case");'''
dtor '''etUnit_closeAll(caseId);'''
StateMachine {
Transition init: initial -> state0 {
action '''
EXPECT_ORDER_START(caseId,resultlist,3);
EXPECT_ORDER(caseId,"<|MODEL_LOCATION|>", 1);
// open Server
controlData.setIPAddr("127.0.0.1");
controlData.setTcpPort(4711);
p0.open(controlData);'''
}
Transition tr0: state0 -> state1 {
triggers {
<established: p0>
}
action '''
// open 5 clients
for (int i=0;i<p2.getReplication();i++){
p2[i].open(controlData);
}
counter=0;'''
}
Transition tr1: state1 -> cp cp0 {
triggers {
<established: p2>
}
action '''counter++;'''
}
Transition tr4: cp cp0 -> state1
Transition tr5: cp cp0 -> state2 {
cond '''counter>=p2.getReplication()'''
action '''
String s=new String ("Test!");
testData.setData(s.getBytes());
testData.setLength(s.length());
testData.setConnectionId(0);
for (int i=0; i<p3.getReplication();i++){
p3[i].send(testData);
}
counter=0;
resultPattern=0;'''
}
Transition tr8: state2 -> cp cp2 {
triggers {
<receive: p3>
}
action '''
resultPattern+=p3.getIndexOf(ifitem);
//System.out.printf("c:%d, Idx:%d!\n", counter,p3.getIndexOf(ifitem));
counter++;'''
}
Transition tr9: cp cp2 -> state2
Transition tr10: cp cp2 -> cp cp1 {
cond '''counter>=p2.getReplication()'''
action '''
int i;
p0.close();
// close all clients
p2.close();
pattern=0;
for (i=0;i<p2.getReplication();i++){
pattern+=i;
}'''
}
Transition tr3: state2 -> state2 {
triggers {
<receive: p1>
}
action '''p1.send(transitionData);'''
}
Transition tr2: cp cp1 -> test_failed
Transition tr6: cp cp1 -> test_ok {
cond '''pattern==resultPattern'''
}
ChoicePoint cp0
ChoicePoint cp2
ChoicePoint cp1
State state0
State state1
State state2
State test_ok {
entry '''
EXPECT_ORDER(caseId,"<|MODEL_LOCATION|>", 2);
EXPECT_ORDER_END(caseId,"<|MODEL_LOCATION|>", 3);
etUnit_testFinished(caseId);'''
}
State test_failed {
entry '''
EXPECT_ORDER(caseId,"<|MODEL_LOCATION|>", 0xFF);
EXPECT_ORDER_END(caseId,"<|MODEL_LOCATION|>", 3);
etUnit_testFinished(caseId);'''
}
}
}
}
}
|
