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// **********************************************************************
//
// Copyright (c) 2003-2015 ZeroC, Inc. All rights reserved.
//
// This copy of Ice is licensed to you under the terms described in the
// ICE_LICENSE file included in this distribution.
//
// **********************************************************************
module Test
{
sequence<long> ls;
struct s00
{
ls ls; // OK as Ice 3.6 (data member has its own scope)
ls l;
};
struct s0
{
Test::ls ls; // OK
};
struct s1
{
ls mem;
long ls; // OK as Ice 3.6 (data member has its own scope)
};
struct s2
{
Test::ls mem;
long ls; // OK
};
module M
{
sequence<long> ls;
};
interface i1
{
M::ls op();
void M(); // Changed meaning
};
interface i2
{
M::ls op();
long M(); // Changed meaning
};
module N
{
interface n1 extends i1 {};
interface i1 {}; // Changed meaning
interface i2 extends i2 {}; // Changed meaning
};
module O
{
interface n1 extends ::Test::i1 {};
interface i1 {}; // OK
interface i2 extends ::Test::i2 {}; // OK
};
exception e1 {};
exception e2 {};
module E
{
exception ee1 extends e1 {};
exception e1 {}; // Changed meaning
exception e2 extends e2 {}; // Changed meaning
};
interface c1 {};
class c2 {};
module C
{
class cc1 implements c1 {};
class c1 {}; // Changed meaning
class c2 extends c2 {}; // Changed meaning
};
enum color { blue };
module B
{
const color fc = blue;
interface blue {}; // Changed meaning
};
enum counter { one, two };
sequence<counter> CounterSeq;
module SS
{
sequence<CounterSeq> y;
enum CounterSeq { a, b };
};
interface ParamTest
{
void op(long param);
void op2(counter param);
void param(counter counter); // OK as Ice 3.6 (parameters has its own scope)
void op3(long counter, counter x); // OK as Ice 3.6.1 (Second "counter" is not a type)
void op4(long param, long param);
};
sequence<int> IS;
struct x
{
IS is; // OK as Ice 3.6 (parameters has its own scope)
};
struct y
{
::Test::IS is; // OK, nothing introduced
};
interface Blah
{
void op1() throws ::Test::E::ee1; // Nothing introduced
void E(); // OK
void op2() throws E; // Changed meaning
};
interface Blah2
{
void op3() throws ::Test::E::ee1; // Nothing introduced
void E(); // OK
void op4() throws E::ee1; // Changed meaning
};
interface Blah3
{
void op5() throws E::ee1; // Introduces E
void E(); // Changed meaning
};
module M1
{
enum smnpEnum { a };
struct smnpStruct
{
smnpEnum e;
};
exception smnpException
{
};
module M2
{
enum C { C1, C2, C3 };
};
};
const Test::M1::M2::C MyConstant1 = Test::M1::M2::C2; // OK
const ::Test::M1::M2::C MyConstant2 = Test::M1::M2::C2; // OK
const Test::M1::M2::C MyConstant3 = ::Test::M1::M2::C2; // OK
const ::Test::M1::M2::C MyConstant4 = ::Test::M1::M2::C2; // OK
class smnpTest1Class
{
M1::smnpStruct smnpTest1Op1() throws M1::smnpException; // OK
};
class Foo
{
string x;
string X;
};
struct Foo1
{
string x;
string X;
};
interface Foo2
{
void op1(int a, int A); // Changed meaning
void op2(int Foo2); // OK
void op3(int op3); // Ok
};
class Foo3
{
void x(int x);
string x; // Changed meaning
};
class Foo4
{
void op(int x);
string x; // Ok
};
exception Foo5
{
string x;
int X; // Changed meaning
};
};
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