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RoomModel ChoicePointTest {
import etrice.api.types.int16
import etrice.api.types.int32
import etrice.api.annotations.TestInstance
ActorClass CPTest_Top {
@TestInstance
Structure {
ActorRef cp_tester: CPTester
ActorRef cp_user: CPUser
Binding cp_tester.TestPort1 and cp_user.TestPort1
}
Behavior {
}
}
ActorClass CPUser {
Interface {
Port TestPort1: TestProtocol
}
Structure {
external Port TestPort1
Attribute counter: int32
Attribute caseId: int32
Attribute resultlist [29]: int16 = "{1,2,3,4,5,6,3,4,5,7,8,10,11,12,9,16,3,4,5,17,8,13,15,11,19,12,9,18,20}"
}
Behavior {
ctor '''caseId = etUnit_openAll("log", "ChoicePointTest", "org.eclipse.etrice.generator.common.tests.ChoicePointTest", "ChoicePointTest_case");'''
dtor '''etUnit_closeAll(caseId);'''
StateMachine {
Transition init: initial -> cp cp0 {
action '''
counter = 0;
EXPECT_ORDER_START(caseId,resultlist,29);
EXPECT_ORDER(caseId,"<|MODEL_LOCATION|>", 1);'''
}
Transition tr4: cp cp0 -> ENTRY3_EXIT4 {
action '''EXPECT_ORDER(caseId,"<|MODEL_LOCATION|>", 0);'''
}
Transition EXPECT2: cp cp0 -> ENTRY3_EXIT4 {
cond '''counter == 0'''
action '''EXPECT_ORDER(caseId,"<|MODEL_LOCATION|>", 2);'''
}
Transition EXPECT5: ENTRY3_EXIT4 -> cp cp1 {
triggers {
<msg1: TestPort1>
}
action '''EXPECT_ORDER(caseId,"<|MODEL_LOCATION|>", 5);'''
}
Transition EXPECT6: cp cp1 -> ENTRY3_EXIT4 {
action '''
counter=3;
EXPECT_ORDER(caseId,"<|MODEL_LOCATION|>", 6);'''
}
Transition EXPECT17: cp cp1 -> tp0 of ENTRY8_EXIT9 {
cond '''counter == 4'''
action '''EXPECT_ORDER(caseId,"<|MODEL_LOCATION|>", 17);'''
}
Transition EXPECT7: cp cp1 -> ENTRY8_EXIT9 {
cond '''counter == 3'''
action '''
counter = 1;
EXPECT_ORDER(caseId,"<|MODEL_LOCATION|>", 7);'''
}
Transition EXPECT16: ENTRY8_EXIT9 -> ENTRY3_EXIT4 {
triggers {
<msg1: TestPort1 guard '''counter==1'''>
}
action '''
counter=4;
EXPECT_ORDER(caseId,"<|MODEL_LOCATION|>", 16);'''
}
Transition EXPEXT19: my tp0 -> my tp0 {
triggers {
<msg1: TestPort1>
}
action '''
counter = 2;
EXPECT_ORDER(caseId,"<|MODEL_LOCATION|>", 19);'''
}
Transition EXPECT18: ENTRY8_EXIT9 -> testOk {
triggers {
<msg1: TestPort1 guard '''counter==2'''>
}
action '''EXPECT_ORDER(caseId,"<|MODEL_LOCATION|>", 18);'''
}
Transition tr0: ENTRY3_EXIT4 -> cp cp1 {
triggers {
<msg2: TestPort1>
}
}
ChoicePoint cp0
ChoicePoint cp1
handler TransitionPoint tp0
State ENTRY3_EXIT4 {
entry '''EXPECT_ORDER(caseId,"<|MODEL_LOCATION|>", 3);'''
exit '''EXPECT_ORDER(caseId,"<|MODEL_LOCATION|>", 4);'''
}
State ENTRY8_EXIT9 {
entry '''EXPECT_ORDER(caseId,"<|MODEL_LOCATION|>", 8);'''
exit '''EXPECT_ORDER(caseId,"<|MODEL_LOCATION|>", 9);'''
subgraph {
Transition EXPECT13: my tp0 -> cp cp0 {
action '''EXPECT_ORDER(caseId,"<|MODEL_LOCATION|>", 13);'''
}
Transition EXPECT14: cp cp0 -> ENTRY11_EXIT12 {
action '''EXPECT_ORDER(caseId,"<|MODEL_LOCATION|>", 14);'''
}
Transition EXPECT15: cp cp0 -> ENTRY11_EXIT12 {
cond '''counter == 4'''
action '''EXPECT_ORDER(caseId,"<|MODEL_LOCATION|>", 15);'''
}
Transition init: initial -> ENTRY11_EXIT12 {
action '''EXPECT_ORDER(caseId,"<|MODEL_LOCATION|>", 10);'''
}
ChoicePoint cp0
EntryPoint tp0
State ENTRY11_EXIT12 {
entry '''EXPECT_ORDER(caseId,"<|MODEL_LOCATION|>", 11);'''
exit '''EXPECT_ORDER(caseId,"<|MODEL_LOCATION|>", 12);'''
}
}
}
State testOk {
entry '''
EXPECT_ORDER_END(caseId,"<|MODEL_LOCATION|>", 20);
etUnit_testFinished(caseId);'''
}
}
}
}
ActorClass CPTester {
Interface {
conjugated Port TestPort1: TestProtocol
}
Structure {
external Port TestPort1
}
Behavior {
StateMachine {
Transition init: initial -> state0 {
action '''
TestPort1.msg1(1);
TestPort1.msg1(2);
TestPort1.msg1(3);
TestPort1.msg1(4);
TestPort1.msg1(5);
TestPort1.msg1(6);'''
}
State state0
}
}
}
ProtocolClass TestProtocol {
incoming {
Message msg1(int32)
Message msg2(int32)
Message msg3(int32)
Message msg4(int32)
Message msg5(int32)
}
}
}
|
