internal static void twowaysAMI(Ice.Communicator communicator, Test.MyClassPrx p)
{
{
// Check that a call to a void operation raises NoEndpointException
// in the ice_exception() callback instead of at the point of call.
Test.MyClassPrx indirect = Test.MyClassPrxHelper.uncheckedCast(p.ice_adapterId("dummy"));
AMI_MyClass_opVoidExI cb = new AMI_MyClass_opVoidExI();
try
{
test(!indirect.opVoid_async(cb));
}
catch (Ice.Exception)
{
test(false);
}
cb.check();
}
{
// Check that a call to a twoway operation raises NoEndpointException
// in the ice_exception() callback instead of at the point of call.
Test.MyClassPrx indirect = Test.MyClassPrxHelper.uncheckedCast(p.ice_adapterId("dummy"));
AMI_MyClass_opByteExI cb = new AMI_MyClass_opByteExI();
try
{
test(!indirect.opByte_async(cb, (byte)0, (byte)0));
}
catch (Ice.Exception)
{
test(false);
}
cb.check();
}
{
AMI_MyClass_opVoidI cb = new AMI_MyClass_opVoidI();
p.opVoid_async(cb);
cb.check();
// Let's check if we can reuse the callback object for another call.
p.opVoid_async(cb);
cb.check();
}
{
Ice.InitializationData initData = new Ice.InitializationData();
initData.properties = communicator.getProperties().ice_clone_();
Ice.Communicator ic = Ice.Util.initialize(initData);
Ice.ObjectPrx obj = ic.stringToProxy(p.ToString());
Test.MyClassPrx p2 = Test.MyClassPrxHelper.checkedCast(obj);
ic.destroy();
AMI_MyClass_opVoidI cb = new AMI_MyClass_opVoidI();
try
{
test(!p2.opVoid_async(cb));
test(false);
}
catch (Ice.CommunicatorDestroyedException)
{
// Expected.
}
}
{
AMI_MyClass_opByteI cb = new AMI_MyClass_opByteI();
p.opByte_async(cb, 0xff, 0x0f);
cb.check();
}
{
AMI_MyClass_opBoolI cb = new AMI_MyClass_opBoolI();
p.opBool_async(cb, true, false);
cb.check();
}
{
AMI_MyClass_opShortIntLongI cb = new AMI_MyClass_opShortIntLongI();
p.opShortIntLong_async(cb, (short)10, 11, 12L);
cb.check();
}
{
AMI_MyClass_opFloatDoubleI cb = new AMI_MyClass_opFloatDoubleI();
p.opFloatDouble_async(cb, 3.14f, 1.1e10);
cb.check();
}
{
AMI_MyClass_opStringI cb = new AMI_MyClass_opStringI();
p.opString_async(cb, "hello", "world");
cb.check();
}
{
AMI_MyClass_opMyEnumI cb = new AMI_MyClass_opMyEnumI();
p.opMyEnum_async(cb, Test.MyEnum.enum2);
cb.check();
}
{
AMI_MyClass_opMyClassI cb = new AMI_MyClass_opMyClassI(communicator);
p.opMyClass_async(cb, p);
cb.check();
}
{
Test.Structure si1 = new Test.Structure();
si1.p = p;
si1.e = Test.MyEnum.enum3;
si1.s = new Test.AnotherStruct();
si1.s.s = "abc";
Test.Structure si2 = new Test.Structure();
si2.p = null;
si2.e = Test.MyEnum.enum2;
si2.s = new Test.AnotherStruct();
si2.s.s = "def";
AMI_MyClass_opStructI cb = new AMI_MyClass_opStructI(communicator);
p.opStruct_async(cb, si1, si2);
cb.check();
}
{
Test.ByteS bsi1 = new Test.ByteS(new byte[] { 0x01, 0x11, 0x12, 0x22 });
Test.ByteS bsi2 = new Test.ByteS(new byte[] { 0xf1, 0xf2, 0xf3, 0xf4 });
AMI_MyClass_opByteSI cb = new AMI_MyClass_opByteSI();
p.opByteS_async(cb, bsi1, bsi2);
cb.check();
}
{
Test.BoolS bsi1 = new Test.BoolS(new bool[] { true, true, false });
Test.BoolS bsi2 = new Test.BoolS(new bool[] { false });
AMI_MyClass_opBoolSI cb = new AMI_MyClass_opBoolSI();
p.opBoolS_async(cb, bsi1, bsi2);
cb.check();
}
{
Test.ShortS ssi = new Test.ShortS(new short[] { 1, 2, 3 });
Test.IntS isi = new Test.IntS(new int[] { 5, 6, 7, 8 });
Test.LongS lsi = new Test.LongS(new long[] { 10, 30, 20 });
AMI_MyClass_opShortIntLongSI cb = new AMI_MyClass_opShortIntLongSI();
p.opShortIntLongS_async(cb, ssi, isi, lsi);
cb.check();
}
{
Test.FloatS fsi = new Test.FloatS(new float[] { 3.14f, 1.11f });
Test.DoubleS dsi = new Test.DoubleS(new double[] { 1.1e10, 1.2e10, 1.3e10 });
AMI_MyClass_opFloatDoubleSI cb = new AMI_MyClass_opFloatDoubleSI();
p.opFloatDoubleS_async(cb, fsi, dsi);
cb.check();
}
{
Test.StringS ssi1 = new Test.StringS(new string[] { "abc", "de", "fghi" });
Test.StringS ssi2 = new Test.StringS(new string[] { "xyz" });
AMI_MyClass_opStringSI cb = new AMI_MyClass_opStringSI();
p.opStringS_async(cb, ssi1, ssi2);
cb.check();
}
{
Test.ByteSS bsi1 = new Test.ByteSS();
bsi1.Add(new Test.ByteS());
bsi1.Add(new Test.ByteS());
bsi1[0].Add(0x01);
bsi1[0].Add(0x11);
bsi1[0].Add(0x12);
bsi1[1].Add(0xff);
Test.ByteSS bsi2 = new Test.ByteSS();
bsi2.Add(new Test.ByteS());
bsi2.Add(new Test.ByteS());
bsi2[0].Add(0x0e);
bsi2[1].Add(0xf2);
bsi2[1].Add(0xf1);
AMI_MyClass_opByteSSI cb = new AMI_MyClass_opByteSSI();
p.opByteSS_async(cb, bsi1, bsi2);
cb.check();
}
{
Test.FloatSS fsi = new Test.FloatSS();
fsi.Add(new Test.FloatS(new float[] { 3.14f }));
fsi.Add(new Test.FloatS(new float[] { 1.11f }));
fsi.Add(new Test.FloatS(new float[] { }));
Test.DoubleSS dsi = new Test.DoubleSS();
dsi.Add(new Test.DoubleS(new double[] { 1.1E10, 1.2E10, 1.3E10 }));
AMI_MyClass_opFloatDoubleSSI cb = new AMI_MyClass_opFloatDoubleSSI();
p.opFloatDoubleSS_async(cb, fsi, dsi);
cb.check();
}
{
Test.StringSS ssi1 = new Test.StringSS();
ssi1.Add(new Test.StringS());
ssi1.Add(new Test.StringS());
ssi1[0].Add("abc");
ssi1[1].Add("de");
ssi1[1].Add("fghi");
Test.StringSS ssi2 = new Test.StringSS();
ssi2.Add(new Test.StringS());
ssi2.Add(new Test.StringS());
ssi2.Add(new Test.StringS());
ssi2[2].Add("xyz");
AMI_MyClass_opStringSSI cb = new AMI_MyClass_opStringSSI();
p.opStringSS_async(cb, ssi1, ssi2);
cb.check();
}
{
Test.StringSS[] sssi1 = { new Test.StringSS(), new Test.StringSS() };
sssi1[0].Add(new Test.StringS());
sssi1[0].Add(new Test.StringS());
sssi1[0][0].Add("abc");
sssi1[0][0].Add("de");
sssi1[0][1].Add("xyz");
sssi1[1].Add(new Test.StringS());
sssi1[1][0].Add("hello");
Test.StringSS[] sssi2 = { new Test.StringSS(), new Test.StringSS(), new Test.StringSS() };
sssi2[0].Add(new Test.StringS());
sssi2[0].Add(new Test.StringS());
sssi2[0][0].Add("");
sssi2[0][0].Add("");
sssi2[0][1].Add("abcd");
sssi2[1].Add(new Test.StringS());
sssi2[1][0].Add("");
AMI_MyClass_opStringSSSI cb = new AMI_MyClass_opStringSSSI();
p.opStringSSS_async(cb, sssi1, sssi2);
cb.check();
}
{
Dictionary <byte, bool> di1 = new Dictionary <byte, bool>();
di1[10] = true;
di1[100] = false;
Dictionary <byte, bool> di2 = new Dictionary <byte, bool>();
// di2[10] = true; // Disabled since new dictionary mapping.
di2[11] = false;
di2[101] = true;
AMI_MyClass_opByteBoolDI cb = new AMI_MyClass_opByteBoolDI();
p.opByteBoolD_async(cb, di1, di2);
cb.check();
}
{
Dictionary <short, int> di1 = new Dictionary <short, int>();
di1[110] = -1;
di1[1100] = 123123;
Dictionary <short, int> di2 = new Dictionary <short, int>();
// di2[110] = -1; // Disabled since new dictionary mapping.
di2[111] = -100;
di2[1101] = 0;
AMI_MyClass_opShortIntDI cb = new AMI_MyClass_opShortIntDI();
p.opShortIntD_async(cb, di1, di2);
cb.check();
}
{
Dictionary <long, float> di1 = new Dictionary <long, float>();
di1[999999110L] = -1.1f;
di1[999999111L] = 123123.2f;
Dictionary <long, float> di2 = new Dictionary <long, float>();
// di2[999999110L] = -1.1f; // Disabled since new dictionary mapping.
di2[999999120L] = -100.4f;
di2[999999130L] = 0.5f;
AMI_MyClass_opLongFloatDI cb = new AMI_MyClass_opLongFloatDI();
p.opLongFloatD_async(cb, di1, di2);
cb.check();
}
{
Dictionary <string, string> di1 = new Dictionary <string, string>();
di1["foo"] = "abc -1.1";
di1["bar"] = "abc 123123.2";
Dictionary <string, string> di2 = new Dictionary <string, string>();
// di2["foo"] = "abc -1.1"; // Disabled since new dictionary mapping
di2["FOO"] = "abc -100.4";
di2["BAR"] = "abc 0.5";
AMI_MyClass_opStringStringDI cb = new AMI_MyClass_opStringStringDI();
p.opStringStringD_async(cb, di1, di2);
cb.check();
}
{
Dictionary <string, Test.MyEnum> di1 = new Dictionary <string, Test.MyEnum>();
di1["abc"] = Test.MyEnum.enum1;
di1[""] = Test.MyEnum.enum2;
Dictionary <string, Test.MyEnum> di2 = new Dictionary <string, Test.MyEnum>();
// di2["abc"] = Test.MyEnum.enum1; // Disabled since new dictionary mapping
di2["qwerty"] = Test.MyEnum.enum3;
di2["Hello!!"] = Test.MyEnum.enum2;
AMI_MyClass_opStringMyEnumDI cb = new AMI_MyClass_opStringMyEnumDI();
p.opStringMyEnumD_async(cb, di1, di2);
cb.check();
}
{
Dictionary <Test.MyEnum, string> di1 = new Dictionary <Test.MyEnum, string>();
di1[Test.MyEnum.enum1] = "abc";
Dictionary <Test.MyEnum, string> di2 = new Dictionary <Test.MyEnum, string>();
di2[Test.MyEnum.enum2] = "Hello!!";
di2[Test.MyEnum.enum3] = "qwerty";
AMI_MyClass_opMyEnumStringDI cb = new AMI_MyClass_opMyEnumStringDI();
p.opMyEnumStringD_async(cb, di1, di2);
cb.check();
}
{
Test.MyStruct s11 = new Test.MyStruct(1, 1);
Test.MyStruct s12 = new Test.MyStruct(1, 2);
Dictionary <Test.MyStruct, Test.MyEnum> di1 = new Dictionary <Test.MyStruct, Test.MyEnum>();
di1[s11] = Test.MyEnum.enum1;
di1[s12] = Test.MyEnum.enum2;
Test.MyStruct s22 = new Test.MyStruct(2, 2);
Test.MyStruct s23 = new Test.MyStruct(2, 3);
Dictionary <Test.MyStruct, Test.MyEnum> di2 = new Dictionary <Test.MyStruct, Test.MyEnum>();
di2[s22] = Test.MyEnum.enum3;
di2[s23] = Test.MyEnum.enum2;
AMI_MyClass_opMyStructMyEnumDI cb = new AMI_MyClass_opMyStructMyEnumDI();
p.opMyStructMyEnumD_async(cb, di1, di2);
cb.check();
}
{
int[] lengths = new int[] { 0, 1, 2, 126, 127, 128, 129, 253, 254, 255, 256, 257, 1000 };
for (int l = 0; l < lengths.Length; ++l)
{
Test.IntS s = new Test.IntS();
for (int i = 0; i < lengths[l]; ++i)
{
s.Add(i);
}
AMI_MyClass_opIntSI cb = new AMI_MyClass_opIntSI(lengths[l]);
p.opIntS_async(cb, s);
cb.check();
}
}
{
Dictionary <string, string> ctx = new Dictionary <string, string>();
ctx["one"] = "ONE";
ctx["two"] = "TWO";
ctx["three"] = "THREE";
{
test(p.ice_getContext().Count == 0);
AMI_MyClass_opContextNotEqualI cb = new AMI_MyClass_opContextNotEqualI(ctx);
p.opContext_async(cb);
cb.check();
}
{
test(p.ice_getContext().Count == 0);
AMI_MyClass_opContextEqualI cb = new AMI_MyClass_opContextEqualI(ctx);
p.opContext_async(cb, ctx);
cb.check();
}
Test.MyClassPrx p2 = Test.MyClassPrxHelper.checkedCast(p.ice_context(ctx));
test(Ice.CollectionComparer.Equals(p2.ice_getContext(), ctx));
{
AMI_MyClass_opContextEqualI cb = new AMI_MyClass_opContextEqualI(ctx);
p2.opContext_async(cb);
cb.check();
}
{
AMI_MyClass_opContextEqualI cb = new AMI_MyClass_opContextEqualI(ctx);
p2.opContext_async(cb, ctx);
cb.check();
}
}
{
//
// Test implicit context propagation
//
string[] impls = { "Shared", "PerThread" };
for (int i = 0; i < 2; i++)
{
Ice.InitializationData initData = new Ice.InitializationData();
initData.properties = communicator.getProperties().ice_clone_();
initData.properties.setProperty("Ice.ImplicitContext", impls[i]);
Ice.Communicator ic = Ice.Util.initialize(initData);
Dictionary <string, string> ctx = new Dictionary <string, string>();
ctx["one"] = "ONE";
ctx["two"] = "TWO";
ctx["three"] = "THREE";
Test.MyClassPrx p3 = Test.MyClassPrxHelper.uncheckedCast(
ic.stringToProxy("test:default -p 12010"));
ic.getImplicitContext().setContext(ctx);
test(Ice.CollectionComparer.Equals(ic.getImplicitContext().getContext(), ctx));
{
AMI_MyClass_opContextEqualI cb = new AMI_MyClass_opContextEqualI(ctx);
p3.opContext_async(cb);
cb.check();
}
ic.getImplicitContext().put("zero", "ZERO");
ctx = ic.getImplicitContext().getContext();
{
AMI_MyClass_opContextEqualI cb = new AMI_MyClass_opContextEqualI(ctx);
p3.opContext_async(cb);
cb.check();
}
Dictionary <string, string> prxContext = new Dictionary <string, string>();
prxContext["one"] = "UN";
prxContext["four"] = "QUATRE";
Dictionary <string, string> combined = new Dictionary <string, string>(prxContext);
foreach (KeyValuePair <string, string> e in ctx)
{
try
{
combined.Add(e.Key, e.Value);
}
catch (System.ArgumentException)
{
// Ignore.
}
}
test(combined["one"].Equals("UN"));
p3 = Test.MyClassPrxHelper.uncheckedCast(p3.ice_context(prxContext));
ic.getImplicitContext().setContext(null);
{
AMI_MyClass_opContextEqualI cb = new AMI_MyClass_opContextEqualI(prxContext);
p3.opContext_async(cb);
cb.check();
}
ic.getImplicitContext().setContext(ctx);
{
AMI_MyClass_opContextEqualI cb = new AMI_MyClass_opContextEqualI(combined);
p3.opContext_async(cb);
cb.check();
}
ic.getImplicitContext().setContext(null);
ic.destroy();
}
}
{
AMI_MyClass_opIdempotentI cb = new AMI_MyClass_opIdempotentI();
p.opIdempotent_async(cb);
cb.check();
}
{
AMI_MyClass_opNonmutatingI cb = new AMI_MyClass_opNonmutatingI();
p.opNonmutating_async(cb);
cb.check();
}
{
Test.MyDerivedClassPrx derived = Test.MyDerivedClassPrxHelper.checkedCast(p);
test(derived != null);
AMI_MyDerivedClass_opDerivedI cb = new AMI_MyDerivedClass_opDerivedI();
derived.opDerived_async(cb);
cb.check();
}
}
internal static void twowaysAMI(Ice.Communicator communicator, Test.MyClassPrx p)
{
{
// Check that a call to a void operation raises NoEndpointException
// in the ice_exception() callback instead of at the point of call.
Test.MyClassPrx indirect = Test.MyClassPrxHelper.uncheckedCast(p.ice_adapterId("dummy"));
AMI_MyClass_opVoidExI cb = new AMI_MyClass_opVoidExI();
try
{
test(!indirect.opVoid_async(cb));
}
catch(Ice.Exception)
{
test(false);
}
cb.check();
}
{
// Check that a call to a twoway operation raises NoEndpointException
// in the ice_exception() callback instead of at the point of call.
Test.MyClassPrx indirect = Test.MyClassPrxHelper.uncheckedCast(p.ice_adapterId("dummy"));
AMI_MyClass_opByteExI cb = new AMI_MyClass_opByteExI();
try
{
test(!indirect.opByte_async(cb, (byte)0, (byte)0));
}
catch(Ice.Exception)
{
test(false);
}
cb.check();
}
{
AMI_MyClass_opVoidI cb = new AMI_MyClass_opVoidI();
p.opVoid_async(cb);
cb.check();
// Let's check if we can reuse the callback object for another call.
p.opVoid_async(cb);
cb.check();
}
{
Ice.InitializationData initData = new Ice.InitializationData();
initData.properties = communicator.getProperties().ice_clone_();
Ice.Communicator ic = Ice.Util.initialize(initData);
Ice.ObjectPrx obj = ic.stringToProxy(p.ToString());
Test.MyClassPrx p2 = Test.MyClassPrxHelper.checkedCast(obj);
ic.destroy();
AMI_MyClass_opVoidI cb = new AMI_MyClass_opVoidI();
try
{
test(!p2.opVoid_async(cb));
test(false);
}
catch(Ice.CommunicatorDestroyedException)
{
// Expected.
}
}
{
AMI_MyClass_opByteI cb = new AMI_MyClass_opByteI();
p.opByte_async(cb, 0xff, 0x0f);
cb.check();
}
{
AMI_MyClass_opBoolI cb = new AMI_MyClass_opBoolI();
p.opBool_async(cb, true, false);
cb.check();
}
{
AMI_MyClass_opShortIntLongI cb = new AMI_MyClass_opShortIntLongI();
p.opShortIntLong_async(cb, (short) 10, 11, 12L);
cb.check();
}
{
AMI_MyClass_opFloatDoubleI cb = new AMI_MyClass_opFloatDoubleI();
p.opFloatDouble_async(cb, 3.14f, 1.1e10);
cb.check();
}
{
AMI_MyClass_opStringI cb = new AMI_MyClass_opStringI();
p.opString_async(cb, "hello", "world");
cb.check();
}
{
AMI_MyClass_opMyEnumI cb = new AMI_MyClass_opMyEnumI();
p.opMyEnum_async(cb, Test.MyEnum.enum2);
cb.check();
}
{
AMI_MyClass_opMyClassI cb = new AMI_MyClass_opMyClassI(communicator);
p.opMyClass_async(cb, p);
cb.check();
}
{
Test.Structure si1 = new Test.Structure();
si1.p = p;
si1.e = Test.MyEnum.enum3;
si1.s = new Test.AnotherStruct();
si1.s.s = "abc";
Test.Structure si2 = new Test.Structure();
si2.p = null;
si2.e = Test.MyEnum.enum2;
si2.s = new Test.AnotherStruct();
si2.s.s = "def";
AMI_MyClass_opStructI cb = new AMI_MyClass_opStructI(communicator);
p.opStruct_async(cb, si1, si2);
cb.check();
}
{
Test.ByteS bsi1 = new Test.ByteS(new byte[] { 0x01, 0x11, 0x12, 0x22 });
Test.ByteS bsi2 = new Test.ByteS(new byte[] { 0xf1, 0xf2, 0xf3, 0xf4 });
AMI_MyClass_opByteSI cb = new AMI_MyClass_opByteSI();
p.opByteS_async(cb, bsi1, bsi2);
cb.check();
}
{
Test.BoolS bsi1 = new Test.BoolS(new bool[] { true, true, false });
Test.BoolS bsi2 = new Test.BoolS(new bool[] { false });
AMI_MyClass_opBoolSI cb = new AMI_MyClass_opBoolSI();
p.opBoolS_async(cb, bsi1, bsi2);
cb.check();
}
{
Test.ShortS ssi = new Test.ShortS(new short[] { 1, 2, 3 });
Test.IntS isi = new Test.IntS(new int[] { 5, 6, 7, 8 });
Test.LongS lsi = new Test.LongS(new long[] { 10, 30, 20 });
AMI_MyClass_opShortIntLongSI cb = new AMI_MyClass_opShortIntLongSI();
p.opShortIntLongS_async(cb, ssi, isi, lsi);
cb.check();
}
{
Test.FloatS fsi = new Test.FloatS(new float[] { 3.14f, 1.11f });
Test.DoubleS dsi = new Test.DoubleS(new double[] { 1.1e10, 1.2e10, 1.3e10 });
AMI_MyClass_opFloatDoubleSI cb = new AMI_MyClass_opFloatDoubleSI();
p.opFloatDoubleS_async(cb, fsi, dsi);
cb.check();
}
{
Test.StringS ssi1 = new Test.StringS(new string[] { "abc", "de", "fghi" });
Test.StringS ssi2 = new Test.StringS(new string[] { "xyz" });
AMI_MyClass_opStringSI cb = new AMI_MyClass_opStringSI();
p.opStringS_async(cb, ssi1, ssi2);
cb.check();
}
{
Test.ByteSS bsi1 = new Test.ByteSS();
bsi1.Add(new Test.ByteS());
bsi1.Add(new Test.ByteS());
bsi1[0].Add(0x01);
bsi1[0].Add(0x11);
bsi1[0].Add(0x12);
bsi1[1].Add(0xff);
Test.ByteSS bsi2 = new Test.ByteSS();
bsi2.Add(new Test.ByteS());
bsi2.Add(new Test.ByteS());
bsi2[0].Add(0x0e);
bsi2[1].Add(0xf2);
bsi2[1].Add(0xf1);
AMI_MyClass_opByteSSI cb = new AMI_MyClass_opByteSSI();
p.opByteSS_async(cb, bsi1, bsi2);
cb.check();
}
{
Test.FloatSS fsi = new Test.FloatSS();
fsi.Add(new Test.FloatS(new float[] { 3.14f }));
fsi.Add(new Test.FloatS(new float[] { 1.11f }));
fsi.Add(new Test.FloatS(new float[] { }));
Test.DoubleSS dsi = new Test.DoubleSS();
dsi.Add(new Test.DoubleS(new double[] { 1.1E10, 1.2E10, 1.3E10 }));
AMI_MyClass_opFloatDoubleSSI cb = new AMI_MyClass_opFloatDoubleSSI();
p.opFloatDoubleSS_async(cb, fsi, dsi);
cb.check();
}
{
Test.StringSS ssi1 = new Test.StringSS();
ssi1.Add(new Test.StringS());
ssi1.Add(new Test.StringS());
ssi1[0].Add("abc");
ssi1[1].Add("de");
ssi1[1].Add("fghi");
Test.StringSS ssi2 = new Test.StringSS();
ssi2.Add(new Test.StringS());
ssi2.Add(new Test.StringS());
ssi2.Add(new Test.StringS());
ssi2[2].Add("xyz");
AMI_MyClass_opStringSSI cb = new AMI_MyClass_opStringSSI();
p.opStringSS_async(cb, ssi1, ssi2);
cb.check();
}
{
Test.StringSS[] sssi1 = { new Test.StringSS(), new Test.StringSS() };
sssi1[0].Add(new Test.StringS());
sssi1[0].Add(new Test.StringS());
sssi1[0][0].Add("abc");
sssi1[0][0].Add("de");
sssi1[0][1].Add("xyz");
sssi1[1].Add(new Test.StringS());
sssi1[1][0].Add("hello");
Test.StringSS[] sssi2 = { new Test.StringSS(), new Test.StringSS(), new Test.StringSS() };
sssi2[0].Add(new Test.StringS());
sssi2[0].Add(new Test.StringS());
sssi2[0][0].Add("");
sssi2[0][0].Add("");
sssi2[0][1].Add("abcd");
sssi2[1].Add(new Test.StringS());
sssi2[1][0].Add("");
AMI_MyClass_opStringSSSI cb = new AMI_MyClass_opStringSSSI();
p.opStringSSS_async(cb, sssi1, sssi2);
cb.check();
}
{
Dictionary<byte, bool> di1 = new Dictionary<byte, bool>();
di1[10] = true;
di1[100] = false;
Dictionary<byte, bool> di2 = new Dictionary<byte, bool>();
// di2[10] = true; // Disabled since new dictionary mapping.
di2[11] = false;
di2[101] = true;
AMI_MyClass_opByteBoolDI cb = new AMI_MyClass_opByteBoolDI();
p.opByteBoolD_async(cb, di1, di2);
cb.check();
}
{
Dictionary<short, int> di1 = new Dictionary<short, int>();
di1[110] = -1;
di1[1100] = 123123;
Dictionary<short, int> di2 = new Dictionary<short, int>();
// di2[110] = -1; // Disabled since new dictionary mapping.
di2[111] = -100;
di2[1101] = 0;
AMI_MyClass_opShortIntDI cb = new AMI_MyClass_opShortIntDI();
p.opShortIntD_async(cb, di1, di2);
cb.check();
}
{
Dictionary<long, float> di1 = new Dictionary<long, float>();
di1[999999110L] = -1.1f;
di1[999999111L] = 123123.2f;
Dictionary<long, float> di2 = new Dictionary<long, float>();
// di2[999999110L] = -1.1f; // Disabled since new dictionary mapping.
di2[999999120L] = -100.4f;
di2[999999130L] = 0.5f;
AMI_MyClass_opLongFloatDI cb = new AMI_MyClass_opLongFloatDI();
p.opLongFloatD_async(cb, di1, di2);
cb.check();
}
{
Dictionary<string, string> di1 = new Dictionary<string, string>();
di1["foo"] = "abc -1.1";
di1["bar"] = "abc 123123.2";
Dictionary<string, string> di2 = new Dictionary<string, string>();
// di2["foo"] = "abc -1.1"; // Disabled since new dictionary mapping
di2["FOO"] = "abc -100.4";
di2["BAR"] = "abc 0.5";
AMI_MyClass_opStringStringDI cb = new AMI_MyClass_opStringStringDI();
p.opStringStringD_async(cb, di1, di2);
cb.check();
}
{
Dictionary<string, Test.MyEnum> di1 = new Dictionary<string, Test.MyEnum>();
di1["abc"] = Test.MyEnum.enum1;
di1[""] = Test.MyEnum.enum2;
Dictionary<string, Test.MyEnum> di2 = new Dictionary<string, Test.MyEnum>();
// di2["abc"] = Test.MyEnum.enum1; // Disabled since new dictionary mapping
di2["qwerty"] = Test.MyEnum.enum3;
di2["Hello!!"] = Test.MyEnum.enum2;
AMI_MyClass_opStringMyEnumDI cb = new AMI_MyClass_opStringMyEnumDI();
p.opStringMyEnumD_async(cb, di1, di2);
cb.check();
}
{
Dictionary<Test.MyEnum, string> di1 = new Dictionary<Test.MyEnum, string>();
di1[Test.MyEnum.enum1] = "abc";
Dictionary<Test.MyEnum, string> di2 = new Dictionary<Test.MyEnum, string>();
di2[Test.MyEnum.enum2] = "Hello!!";
di2[Test.MyEnum.enum3] = "qwerty";
AMI_MyClass_opMyEnumStringDI cb = new AMI_MyClass_opMyEnumStringDI();
p.opMyEnumStringD_async(cb, di1, di2);
cb.check();
}
{
Test.MyStruct s11 = new Test.MyStruct(1, 1);
Test.MyStruct s12 = new Test.MyStruct(1, 2);
Dictionary<Test.MyStruct, Test.MyEnum> di1 = new Dictionary<Test.MyStruct, Test.MyEnum>();
di1[s11] = Test.MyEnum.enum1;
di1[s12] = Test.MyEnum.enum2;
Test.MyStruct s22 = new Test.MyStruct(2, 2);
Test.MyStruct s23 = new Test.MyStruct(2, 3);
Dictionary<Test.MyStruct, Test.MyEnum> di2 = new Dictionary<Test.MyStruct, Test.MyEnum>();
di2[s22] = Test.MyEnum.enum3;
di2[s23] = Test.MyEnum.enum2;
AMI_MyClass_opMyStructMyEnumDI cb = new AMI_MyClass_opMyStructMyEnumDI();
p.opMyStructMyEnumD_async(cb, di1, di2);
cb.check();
}
{
int[] lengths = new int[] {0, 1, 2, 126, 127, 128, 129, 253, 254, 255, 256, 257, 1000};
for(int l = 0; l < lengths.Length; ++l)
{
Test.IntS s = new Test.IntS();
for(int i = 0; i < lengths[l]; ++i)
{
s.Add(i);
}
AMI_MyClass_opIntSI cb = new AMI_MyClass_opIntSI(lengths[l]);
p.opIntS_async(cb, s);
cb.check();
}
}
{
Dictionary<string, string> ctx = new Dictionary<string, string>();
ctx["one"] = "ONE";
ctx["two"] = "TWO";
ctx["three"] = "THREE";
{
test(p.ice_getContext().Count == 0);
AMI_MyClass_opContextNotEqualI cb = new AMI_MyClass_opContextNotEqualI(ctx);
p.opContext_async(cb);
cb.check();
}
{
test(p.ice_getContext().Count == 0);
AMI_MyClass_opContextEqualI cb = new AMI_MyClass_opContextEqualI(ctx);
p.opContext_async(cb, ctx);
cb.check();
}
Test.MyClassPrx p2 = Test.MyClassPrxHelper.checkedCast(p.ice_context(ctx));
test(Ice.CollectionComparer.Equals(p2.ice_getContext(), ctx));
{
AMI_MyClass_opContextEqualI cb = new AMI_MyClass_opContextEqualI(ctx);
p2.opContext_async(cb);
cb.check();
}
{
AMI_MyClass_opContextEqualI cb = new AMI_MyClass_opContextEqualI(ctx);
p2.opContext_async(cb, ctx);
cb.check();
}
}
{
//
// Test implicit context propagation
//
string[] impls = {"Shared", "PerThread"};
for(int i = 0; i < 2; i++)
{
Ice.InitializationData initData = new Ice.InitializationData();
initData.properties = communicator.getProperties().ice_clone_();
initData.properties.setProperty("Ice.ImplicitContext", impls[i]);
Ice.Communicator ic = Ice.Util.initialize(initData);
Dictionary<string, string> ctx = new Dictionary<string, string>();
ctx["one"] = "ONE";
ctx["two"] = "TWO";
ctx["three"] = "THREE";
Test.MyClassPrx p3 = Test.MyClassPrxHelper.uncheckedCast(
ic.stringToProxy("test:default -p 12010"));
ic.getImplicitContext().setContext(ctx);
test(Ice.CollectionComparer.Equals(ic.getImplicitContext().getContext(), ctx));
{
AMI_MyClass_opContextEqualI cb = new AMI_MyClass_opContextEqualI(ctx);
p3.opContext_async(cb);
cb.check();
}
ic.getImplicitContext().put("zero", "ZERO");
ctx = ic.getImplicitContext().getContext();
{
AMI_MyClass_opContextEqualI cb = new AMI_MyClass_opContextEqualI(ctx);
p3.opContext_async(cb);
cb.check();
}
Dictionary<string, string> prxContext = new Dictionary<string, string>();
prxContext["one"] = "UN";
prxContext["four"] = "QUATRE";
Dictionary<string, string> combined = new Dictionary<string, string>(prxContext);
foreach(KeyValuePair<string, string> e in ctx)
{
try
{
combined.Add(e.Key, e.Value);
}
catch(System.ArgumentException)
{
// Ignore.
}
}
test(combined["one"].Equals("UN"));
p3 = Test.MyClassPrxHelper.uncheckedCast(p3.ice_context(prxContext));
ic.getImplicitContext().setContext(null);
{
AMI_MyClass_opContextEqualI cb = new AMI_MyClass_opContextEqualI(prxContext);
p3.opContext_async(cb);
cb.check();
}
ic.getImplicitContext().setContext(ctx);
{
AMI_MyClass_opContextEqualI cb = new AMI_MyClass_opContextEqualI(combined);
p3.opContext_async(cb);
cb.check();
}
ic.getImplicitContext().setContext(null);
ic.destroy();
}
}
{
AMI_MyClass_opIdempotentI cb = new AMI_MyClass_opIdempotentI();
p.opIdempotent_async(cb);
cb.check();
}
{
AMI_MyClass_opNonmutatingI cb = new AMI_MyClass_opNonmutatingI();
p.opNonmutating_async(cb);
cb.check();
}
{
Test.MyDerivedClassPrx derived = Test.MyDerivedClassPrxHelper.checkedCast(p);
test(derived != null);
AMI_MyDerivedClass_opDerivedI cb = new AMI_MyDerivedClass_opDerivedI();
derived.opDerived_async(cb);
cb.check();
}
}