/**
* @file llnamevalue_tut.cpp
* @author Adroit
* @date 2007-02
* @brief LLNameValue unit test
*
* $LicenseInfo:firstyear=2007&license=viewergpl$
*
* Copyright (c) 2007-2008, Linden Research, Inc.
*
* Second Life Viewer Source Code
* The source code in this file ("Source Code") is provided by Linden Lab
* to you under the terms of the GNU General Public License, version 2.0
* ("GPL"), unless you have obtained a separate licensing agreement
* ("Other License"), formally executed by you and Linden Lab. Terms of
* the GPL can be found in doc/GPL-license.txt in this distribution, or
* online at http://secondlifegrid.net/programs/open_source/licensing/gplv2
*
* There are special exceptions to the terms and conditions of the GPL as
* it is applied to this Source Code. View the full text of the exception
* in the file doc/FLOSS-exception.txt in this software distribution, or
* online at http://secondlifegrid.net/programs/open_source/licensing/flossexception
*
* By copying, modifying or distributing this software, you acknowledge
* that you have read and understood your obligations described above,
* and agree to abide by those obligations.
*
* ALL LINDEN LAB SOURCE CODE IS PROVIDED "AS IS." LINDEN LAB MAKES NO
* WARRANTIES, EXPRESS, IMPLIED OR OTHERWISE, REGARDING ITS ACCURACY,
* COMPLETENESS OR PERFORMANCE.
* $/LicenseInfo$
*/
#include "linden_common.h"
#include "lltut.h"
#include "llnamevalue.h"
#include "llsdserialize.h"
namespace tut
{
struct namevalue_test
{
namevalue_test()
{
mExpectedNameValueReference.string = NULL;
mExpectedNameValueType = NVT_NULL;
mCallbackCount = 0;
}
~namevalue_test()
{
reset();
};
void reset()
{
switch(mExpectedNameValueType)
{
case NVT_STRING:
case NVT_ASSET:
delete [] mExpectedNameValueReference.string;
mExpectedNameValueReference.string = NULL;
break;
case NVT_F32:
delete mExpectedNameValueReference.f32;
mExpectedNameValueReference.f32 = NULL;
break;
case NVT_S32:
delete mExpectedNameValueReference.s32;
mExpectedNameValueReference.s32 = NULL;
break;
case NVT_U32:
delete mExpectedNameValueReference.u32;
mExpectedNameValueReference.u32 = NULL;
break;
case NVT_VEC3:
delete mExpectedNameValueReference.vec3;
mExpectedNameValueReference.vec3 = NULL;
break;
case NVT_U64:
delete mExpectedNameValueReference.u64;
mExpectedNameValueReference.u64 = NULL;
default:
break;
}
mExpectedNameValueType = NVT_NULL;
mCallbackCount = 0;
}
void setExpectedResult(ENameValueType type, void* value)
{
reset();
mExpectedNameValueType = type;
switch(type)
{
case NVT_STRING:
case NVT_ASSET:
mExpectedNameValueReference.string = new char[strlen((const char*) value)+1];
strcpy(mExpectedNameValueReference.string, (const char*) value);
break;
case NVT_F32:
mExpectedNameValueReference.f32 = new F32(*((F32*) value));
break;
case NVT_S32:
mExpectedNameValueReference.s32 = new S32(*((S32*) value));
break;
case NVT_U32:
mExpectedNameValueReference.u32 = new U32(*((U32*) value));
break;
case NVT_VEC3:
mExpectedNameValueReference.vec3 = new LLVector3(*((LLVector3*) value));
break;
case NVT_U64:
mExpectedNameValueReference.u64 = new U64(*((U64*) value));
default:
break;
}
}
void verifyChange(LLNameValue* changed)
{
std::string str = "";
str += "Expected Value of type: ";
str += NameValueTypeStrings[mExpectedNameValueType];
str += "not equal";
switch(mExpectedNameValueType)
{
case NVT_STRING:
ensure_memory_matches(str.c_str(), changed->getString(), strlen(changed->getString()), mExpectedNameValueReference.string, strlen(mExpectedNameValueReference.string));
break;
case NVT_ASSET:
ensure_memory_matches(str.c_str(), changed->getAsset(), strlen(changed->getAsset()), mExpectedNameValueReference.string, strlen(mExpectedNameValueReference.string));
break;
case NVT_F32:
ensure(str, *(changed->getF32()) == *mExpectedNameValueReference.f32);
break;
case NVT_S32:
ensure(str, *(changed->getS32()) == *mExpectedNameValueReference.s32);
break;
case NVT_U32:
ensure(str, *(changed->getU32()) == *mExpectedNameValueReference.u32);
break;
case NVT_VEC3:
ensure(str, *(changed->getVec3()) == *mExpectedNameValueReference.vec3);
break;
case NVT_U64:
ensure(str, *(changed->getU64()) == *mExpectedNameValueReference.u64);
break;
default:
break;
}
}
void HandleCallback(LLNameValue* changed)
{
mCallbackCount++;
verifyChange(changed);
ensure("Callback called more than once", mCallbackCount == 1);
}
static void NameValueCallbackFunction(LLNameValue* changed, void** data)
{
namevalue_test* pNameValue = (namevalue_test*)data;
pNameValue->HandleCallback(changed);
}
ENameValueType mExpectedNameValueType;
UNameValueReference mExpectedNameValueReference;
int mCallbackCount;
};
typedef test_group<namevalue_test> namevalue_t;
typedef namevalue_t::object namevalue_object_t;
tut::namevalue_t tut_namevalue("namevalue_test");
template<> template<>
void namevalue_object_t::test<1>()
{
// LLNameValue()
LLNameValue nValue;
ensure("mName should have been NULL", nValue.mName == NULL);
ensure("getTypeEnum failed",nValue.getTypeEnum() == NVT_NULL);
ensure("getClassEnum failed",nValue.getClassEnum() == NVC_NULL);
ensure("getSendtoEnum failed",nValue.getSendtoEnum() == NVS_NULL);
LLNameValue nValue1(" SecondLife ASSET RW SIM 232324343");
}
// LLNameValue(const char* data);
// LLNameValue(const char* name, const char* data, const char* type, const char* nvclass, const char* nvsendto,
// TNameValueCallback nvcb = NULL, void** user_data = NULL);
template<> template<>
void namevalue_object_t::test<2>()
{
LLNameValue nValue(" SecondLife ASSET RW S 232324343");
ensure("mName not set correctly", (0 == strcmp(nValue.mName,"SecondLife")));
ensure("getTypeEnum failed", nValue.getTypeEnum() == NVT_ASSET);
ensure("getClassEnum failed", nValue.getClassEnum() == NVC_READ_WRITE);
ensure("getSendtoEnum failed", nValue.getSendtoEnum() == NVS_SIM);
ensure("getString failed", (0==strcmp(nValue.getAsset(),"232324343")));
ensure("sendToData or sendToViewer failed", !nValue.sendToData() && !nValue.sendToViewer());
LLNameValue nValue1("\n\r SecondLife_1 STRING READ_WRITE SIM 232324343");
ensure("1. mName not set correctly", (0 == strcmp(nValue1.mName,"SecondLife_1")));
ensure("1. getTypeEnum failed", nValue1.getTypeEnum() == NVT_STRING);
ensure("1. getClassEnum failed", nValue1.getClassEnum() == NVC_READ_WRITE);
ensure("1. getSendtoEnum failed", nValue1.getSendtoEnum() == NVS_SIM);
ensure("1. getString failed", (0==strcmp(nValue1.getString(),"232324343")));
ensure("1. sendToData or sendToViewer failed", !nValue1.sendToData() && !nValue1.sendToViewer());
LLNameValue nValue2("SecondLife", "23.5", "F32", "R", "DS");
ensure("2. getTypeEnum failed", nValue2.getTypeEnum() == NVT_F32);
ensure("2. getClassEnum failed", nValue2.getClassEnum() == NVC_READ_ONLY);
ensure("2. getSendtoEnum failed", nValue2.getSendtoEnum() == NVS_DATA_SIM);
ensure("2. getF32 failed", *nValue2.getF32() == 23.5f);
ensure("2. sendToData or sendToViewer failed", nValue2.sendToData() && !nValue2.sendToViewer());
LLNameValue nValue3("SecondLife", "-43456787", "S32", "READ_ONLY", "SIM_SPACE");
ensure("3. getTypeEnum failed", nValue3.getTypeEnum() == NVT_S32);
ensure("3. getClassEnum failed", nValue3.getClassEnum() == NVC_READ_ONLY);
ensure("3. getSendtoEnum failed", nValue3.getSendtoEnum() == NVS_DATA_SIM);
ensure("3. getS32 failed", *nValue3.getS32() == -43456787);
ensure("sendToData or sendToViewer failed", nValue3.sendToData() && !nValue3.sendToViewer());
LLNameValue nValue4("SecondLife", "<1.0, 2.0, 3.0>", "VEC3", "CB", "SV");
LLVector3 llvec4(1.0, 2.0, 3.0);
ensure("4. getTypeEnum failed", nValue4.getTypeEnum() == NVT_VEC3);
ensure("4. getClassEnum failed", nValue4.getClassEnum() == NVC_CALLBACK);
ensure("4. getSendtoEnum failed", nValue4.getSendtoEnum() == NVS_SIM_VIEWER);
ensure("4. getVec3 failed", *nValue4.getVec3() == llvec4);
ensure("4. sendToData or sendToViewer failed", !nValue4.sendToData() && nValue4.sendToViewer());
LLNameValue nValue5("SecondLife", "-1.0, 2.4, 3", "VEC3", "CALLBACK", "SIM_VIEWER");
LLVector3 llvec5(-1.0f, 2.4f, 3);
ensure("5. getTypeEnum failed", nValue5.getTypeEnum() == NVT_VEC3);
ensure("5. getClassEnum failed", nValue5.getClassEnum() == NVC_CALLBACK);
ensure("5. getSendtoEnum failed", nValue5.getSendtoEnum() == NVS_SIM_VIEWER);
ensure("5. getVec3 failed", *nValue5.getVec3() == llvec5);
ensure("5. sendToData or sendToViewer failed", !nValue5.sendToData() && nValue5.sendToViewer());
LLNameValue nValue6("SecondLife", "89764323", "U32", "CALLBACK", "DSV");
ensure("6. getTypeEnum failed", nValue6.getTypeEnum() == NVT_U32);
ensure("6. getClassEnum failed", nValue6.getClassEnum() == NVC_CALLBACK);
ensure("6. getSendtoEnum failed", nValue6.getSendtoEnum() == NVS_DATA_SIM_VIEWER);
ensure("6. getU32 failed", *nValue6.getU32() == 89764323);
ensure("6. sendToData or sendToViewer failed", nValue6.sendToData() && nValue6.sendToViewer());
LLNameValue nValue7("SecondLife", "89764323323232", "U64", "CALLBACK", "SIM_SPACE_VIEWER");
U64 u64_7 = U64L(89764323323232);
ensure("7. getTypeEnum failed", nValue7.getTypeEnum() == NVT_U64);
ensure("7. getClassEnum failed", nValue7.getClassEnum() == NVC_CALLBACK);
ensure("7. getSendtoEnum failed", nValue7.getSendtoEnum() == NVS_DATA_SIM_VIEWER);
ensure("7. getU32 failed", *nValue7.getU64() == u64_7);
ensure("7. sendToData or sendToViewer failed", nValue7.sendToData() && nValue7.sendToViewer());
}
// LLNameValue(const char* name, const char* data, const char* type, const char* nvclass,
// TNameValueCallback nvcb = NULL, void** user_data = NULL);
template<> template<>
void namevalue_object_t::test<3>()
{
LLNameValue nValue("SecondLife", "232324343", "ASSET", "READ_WRITE");
ensure("mName not set correctly", (0 == strcmp(nValue.mName,"SecondLife")));
ensure("getTypeEnum failed", nValue.getTypeEnum() == NVT_ASSET);
ensure("getClassEnum failed", nValue.getClassEnum() == NVC_READ_WRITE);
ensure("getSendtoEnum failed", nValue.getSendtoEnum() == NVS_SIM);
ensure("getString failed", (0==strcmp(nValue.getAsset(),"232324343")));
LLNameValue nValue1("SecondLife", "232324343", "STRING", "READ_WRITE");
ensure("1. mName not set correctly", (0 == strcmp(nValue1.mName,"SecondLife")));
ensure("1. getTypeEnum failed", nValue1.getTypeEnum() == NVT_STRING);
ensure("1. getClassEnum failed", nValue1.getClassEnum() == NVC_READ_WRITE);
ensure("1. getSendtoEnum failed", nValue1.getSendtoEnum() == NVS_SIM);
ensure("1. getString failed", (0==strcmp(nValue1.getString(),"232324343")));
LLNameValue nValue2("SecondLife", "23.5", "F32", "R");
ensure("2. getTypeEnum failed", nValue2.getTypeEnum() == NVT_F32);
ensure("2. getClassEnum failed", nValue2.getClassEnum() == NVC_READ_ONLY);
ensure("2. getSendtoEnum failed", nValue2.getSendtoEnum() == NVS_SIM);
ensure("2. getF32 failed", *nValue2.getF32() == 23.5f);
LLNameValue nValue3("SecondLife", "-43456787", "S32", "READ_ONLY");
ensure("3. getTypeEnum failed", nValue3.getTypeEnum() == NVT_S32);
ensure("3. getClassEnum failed", nValue3.getClassEnum() == NVC_READ_ONLY);
ensure("3. getSendtoEnum failed", nValue3.getSendtoEnum() == NVS_SIM);
ensure("3. getS32 failed", *nValue3.getS32() == -43456787);
LLNameValue nValue4("SecondLife", "<1.0, 2.0, 3.0>", "VEC3", "CB");
LLVector3 llvec4(1.0, 2.0, 3.0);
ensure("4. getTypeEnum failed", nValue4.getTypeEnum() == NVT_VEC3);
ensure("4. getClassEnum failed", nValue4.getClassEnum() == NVC_CALLBACK);
ensure("4. getSendtoEnum failed", nValue4.getSendtoEnum() == NVS_SIM);
ensure("4. getVec3 failed", *nValue4.getVec3() == llvec4);
LLNameValue nValue5("SecondLife", "-1.0, 2.4, 3", "VEC3", "CALLBACK");
LLVector3 llvec5(-1.0f, 2.4f, 3);
ensure("5. getTypeEnum failed", nValue5.getTypeEnum() == NVT_VEC3);
ensure("5. getClassEnum failed", nValue5.getClassEnum() == NVC_CALLBACK);
ensure("5. getSendtoEnum failed", nValue5.getSendtoEnum() == NVS_SIM);
ensure("5. getVec3 failed", *nValue5.getVec3() == llvec5);
LLNameValue nValue6("SecondLife", "89764323", "U32", "CALLBACK");
ensure("6. getTypeEnum failed", nValue6.getTypeEnum() == NVT_U32);
ensure("6. getClassEnum failed", nValue6.getClassEnum() == NVC_CALLBACK);
ensure("6. getSendtoEnum failed", nValue6.getSendtoEnum() == NVS_SIM);
ensure("6. getU32 failed", *nValue6.getU32() == 89764323);
LLNameValue nValue7("SecondLife", "89764323323232", "U64", "CALLBACK");
U64 u64_7 = U64L(89764323323232);
ensure("7. getTypeEnum failed", nValue7.getTypeEnum() == NVT_U64);
ensure("7. getClassEnum failed", nValue7.getClassEnum() == NVC_CALLBACK);
ensure("7. getSendtoEnum failed", nValue7.getSendtoEnum() == NVS_SIM);
ensure("7. getU32 failed", *nValue7.getU64() == u64_7);
}
// LLNameValue(const char* name, const char* type, const char* nvclass,
// TNameValueCallback nvcb = NULL, void** user_data = NULL);
template<> template<>
void namevalue_object_t::test<4>()
{
LLNameValue nValue("SecondLife", "STRING", "READ_WRITE");
ensure("mName not set correctly", (0 == strcmp(nValue.mName,"SecondLife")));
ensure("getTypeEnum failed", nValue.getTypeEnum() == NVT_STRING);
ensure("getClassEnum failed", nValue.getClassEnum() == NVC_READ_WRITE);
ensure("getSendtoEnum failed", nValue.getSendtoEnum() == NVS_SIM);
LLNameValue nValue1("SecondLife", "ASSET", "READ_WRITE");
ensure("1. mName not set correctly", (0 == strcmp(nValue1.mName,"SecondLife")));
ensure("1. getTypeEnum for RW failed", nValue1.getTypeEnum() == NVT_ASSET);
ensure("1. getClassEnum for RW failed", nValue1.getClassEnum() == NVC_READ_WRITE);
ensure("1. getSendtoEnum for RW failed", nValue1.getSendtoEnum() == NVS_SIM);
LLNameValue nValue2("SecondLife", "F32", "READ_ONLY");
ensure("2. getTypeEnum failed", nValue2.getTypeEnum() == NVT_F32);
ensure("2. getClassEnum failed", nValue2.getClassEnum() == NVC_READ_ONLY);
ensure("2. getSendtoEnum failed", nValue2.getSendtoEnum() == NVS_SIM);
LLNameValue nValue3("SecondLife", "S32", "READ_ONLY");
ensure("3. getTypeEnum failed", nValue3.getTypeEnum() == NVT_S32);
ensure("3. getClassEnum failed", nValue3.getClassEnum() == NVC_READ_ONLY);
ensure("3. getSendtoEnum failed", nValue3.getSendtoEnum() == NVS_SIM);
skip_fail("NVC_CALLBACK does not parse.");
LLNameValue nValue4("SecondLife", "VEC3", "CALLBACK");
ensure("4. getTypeEnum failed", nValue4.getTypeEnum() == NVT_VEC3);
ensure("4. getClassEnum failed", nValue4.getClassEnum() == NVC_CALLBACK);
ensure("4. getSendtoEnum failed", nValue4.getSendtoEnum() == NVS_SIM);
LLNameValue nValue6("SecondLife", "U32", "CALLBACK");
ensure("6. getTypeEnum failed", nValue6.getTypeEnum() == NVT_U32);
ensure("6. getClassEnum failed", nValue6.getClassEnum() == NVC_CALLBACK);
ensure("6. getSendtoEnum failed", nValue6.getSendtoEnum() == NVS_SIM);
LLNameValue nValue7("SecondLife", "U64", "CALLBACK");
ensure("7. getTypeEnum failed", nValue7.getTypeEnum() == NVT_U64);
ensure("7. getClassEnum failed", nValue7.getClassEnum() == NVC_CALLBACK);
ensure("7. getSendtoEnum failed", nValue7.getSendtoEnum() == NVS_SIM);
}
template<> template<>
void namevalue_object_t::test<5>()
{
skip_fail("callback will be called more than once.");
LLNameValue nValue("SecondLife", "This is a test", "STRING", "CB", "SIM", NameValueCallbackFunction, (void**) this);
ensure("getString failed", (0 == strcmp(nValue.getString(),"This is a test")));
reset();
setExpectedResult(NVT_STRING, (void*)"New Value");
nValue.setString("New Value");
ensure("String nonzero failed", nValue.nonzero() == TRUE);
reset();
setExpectedResult(NVT_STRING, (void*)"");
nValue.setString("");
ensure("String nonzero failed", nValue.nonzero() == FALSE);
reset();
}
template<> template<>
void namevalue_object_t::test<6>()
{
skip_fail("callback will be called more than once.");
LLNameValue nValue("SecondLife", "This is a test", "ASSET", "CALLBACK", "S", NameValueCallbackFunction, (void**) this);
ensure("getAsset failed", (0 == strcmp(nValue.getAsset(),"This is a test")));
reset();
setExpectedResult(NVT_ASSET, (void*)"New Value");
nValue.setAsset("New Value");
reset();
}
template<> template<>
void namevalue_object_t::test<7>()
{
skip_fail("callback will be called more than once.");
LLNameValue nValue("SecondLife", "555555", "F32", "CB", "SIM", NameValueCallbackFunction, (void**) this);
ensure("getF32 failed",*nValue.getF32() == 555555.f);
reset();
F32 fVal = 0.1f;
setExpectedResult(NVT_F32, &fVal);
nValue.setF32(fVal);
fVal = -11111.1f;
setExpectedResult(NVT_F32, &fVal);
nValue.setF32(fVal);
ensure("F32 nonzero failed", nValue.nonzero() == TRUE);
reset();
fVal = 0.;
setExpectedResult(NVT_F32, &fVal);
nValue.setF32(fVal);
ensure("F32 nonzero failed", nValue.nonzero() == FALSE);
reset();
}
template<> template<>
void namevalue_object_t::test<8>()
{
skip_fail("callback will be called more than once.");
LLNameValue nValue("SecondLife", "-5555", "S32", "CB", "SIM", NameValueCallbackFunction, (void**) this);
ensure("getS32 failed", *nValue.getS32() == -5555);
reset();
S32 sVal = 0x7FFFFFFF;
setExpectedResult(NVT_S32, &sVal);
nValue.setS32(sVal);
sVal = -0x7FFFFFFF;
setExpectedResult(NVT_S32, &sVal);
nValue.setS32(sVal);
ensure("S32 nonzero failed", nValue.nonzero() == TRUE);
reset();
sVal = 0;
setExpectedResult(NVT_S32, &sVal);
nValue.setS32(sVal);
ensure("S32 nonzero failed", nValue.nonzero() == FALSE);
reset();
}
template<> template<>
void namevalue_object_t::test<9>()
{
LLNameValue nValue("SecondLife", "<-3, 2, 1>", "VEC3", "CB", "SIM", NameValueCallbackFunction, (void**) this);
LLVector3 vecExpected(-3, 2, 1);
LLVector3 vec;
nValue.getVec3(vec);
ensure("getVec3 failed", vec == vecExpected);
reset();
vecExpected.setVec(2, -1, 0);
setExpectedResult(NVT_VEC3, &vecExpected);
nValue.setVec3(vecExpected);
ensure("VEC3 nonzero failed", nValue.nonzero() == TRUE);
reset();
vecExpected.setVec(0, 0, 0);
setExpectedResult(NVT_VEC3, &vecExpected);
nValue.setVec3(vecExpected);
ensure("VEC3 nonzero failed", nValue.nonzero() == FALSE);
reset();
}
template<> template<>
void namevalue_object_t::test<10>()
{
LLNameValue nValue("SecondLife", "12345678", "U32", "CB", "SIM", NameValueCallbackFunction, (void**) this);
ensure("getU32 failed",*nValue.getU32() == 12345678);
U32 val = 0xFFFFFFFF;
setExpectedResult(NVT_U32, &val);
nValue.setU32(val);
ensure("U32 nonzero failed", nValue.nonzero() == TRUE);
reset();
val = 0;
setExpectedResult(NVT_U32, &val);
nValue.setU32(val);
ensure("U32 nonzero failed", nValue.nonzero() == FALSE);
reset();
}
template<> template<>
void namevalue_object_t::test<11>()
{
skip_fail("incomplete support for U64.");
LLNameValue nValue("SecondLife", "44444444444", "U64", "CB", "SIM", NameValueCallbackFunction, (void**) this);
ensure("getU64 failed",*nValue.getU64() == U64L(44444444444));
ensure("U64 nonzero failed", nValue.nonzero() == TRUE);
// there is no LLNameValue::setU64()
}
template<> template<>
void namevalue_object_t::test<12>()
{
LLNameValue nValue("SecondLife F32 RW SIM -333.337600");
F32 val = nValue.magnitude();
ensure_equals("F32 magnitude failed", val, 333.337600f);
LLNameValue nValue1("SecondLife STRING RW SIM 3300");
val = nValue1.magnitude();
ensure_equals("STRING magnitude failed",val,4.0f);
LLNameValue nValue2("SecondLife S32 RW SIM -3300");
val = nValue2.magnitude();
ensure_equals("S32 magnitude failed", val, 3300.);
LLNameValue nValue3("SecondLife U32 RW SIM 3300");
val = nValue3.magnitude();
ensure_equals("U32 magnitude failed", val, 3300.);
LLNameValue nValue4("SecondLife VEC3 RW SIM <1,2,3>");
LLVector3 vec(1,2,3);
val = nValue4.magnitude();
ensure_equals("VEC3 magnitude failed", val, vec.magVec());
skip_fail("incomplete support for U64.");
LLNameValue nValue5("SecondLife U64 RW SIM 12345");
val = nValue5.magnitude();
ensure_equals("U62 magnitude failed", val, 12345);
}
template<> template<>
void namevalue_object_t::test<13>()
{
skip_fail("incomplete support for U64.");
LLNameValue nValue("SecondLife U64 RW DSV 44444444444");
std::string ret_str = nValue.printNameValue();
ensure_equals("1:printNameValue failed",ret_str,"SecondLife U64 RW DSV 44444444444");
LLNameValue nValue1(ret_str.c_str());
ensure_equals("Serialization of printNameValue failed", nValue, nValue1);
}
template<> template<>
void namevalue_object_t::test<14>()
{
LLNameValue nValue("SecondLife STRING RW DSV 44444444444");
std::string ret_str = nValue.printData();
ensure_equals("1:printData failed",ret_str,"44444444444");
LLNameValue nValue1("SecondLife S32 RW DSV 44444");
ret_str = nValue1.printData();
ensure_equals("2:printData failed",ret_str,"44444");
}
template<> template<>
void namevalue_object_t::test<15>()
{
LLNameValue nValue("SecodLife STRING RW SIM 22222");
std::ostringstream stream1,stream2,stream3, stream4, stream5;
stream1 << nValue;
ensure_equals("STRING << failed",stream1.str(),"22222");
LLNameValue nValue1("SecodLife F32 RW SIM 22222");
stream2 << nValue1;
ensure_equals("F32 << failed",stream2.str(),"22222");
LLNameValue nValue2("SecodLife S32 RW SIM 22222");
stream3<< nValue2;
ensure_equals("S32 << failed",stream3.str(),"22222");
LLNameValue nValue3("SecodLife U32 RW SIM 122222");
stream4<< nValue3;
ensure_equals("U32 << failed",stream4.str(),"122222");
skip_fail("incomplete support for U64.");
LLNameValue nValue4("SecodLife U64 RW SIM 22222");
stream5<< nValue4;
ensure("U64 << failed",0 == strcmp((stream5.str()).c_str(),"22222"));
}
template<> template<>
void namevalue_object_t::test<16>()
{
LLNameValue nValue1("SecondLife STRING RW DSV 44444");
LLNameValue nValue2("SecondLife STRING RW SIM 33333");
LLNameValue nValue3("SecondLife");
nValue3 = nValue1 + nValue2;
ensure("1:operator+ failed",(0==strcmp(nValue3.getString(),"4444433333")));
LLNameValue nValue4("SecondLife F32 R DSV 44444");
LLNameValue nValue5("SecondLife F32 RW SIM 33333");
LLNameValue nValue6("SecondLife");
nValue6 = nValue4 + nValue5;
ensure_equals("2:operator+ failed",*nValue6.getF32(),77777.0);
LLNameValue nValue7("SecondLife F32 R DSV 44444");
LLNameValue nValue8("SecondLife S32 RW SIM 33333");
LLNameValue nValue9("SecondLife F32");
nValue9 = nValue7 + nValue8;
ensure_equals("3:operator+ failed",*nValue9.getF32(),77777.0);
LLNameValue nValue10("SecondLife VEC3 RW SIM <4, 4, 4>");
LLNameValue nValue11("SecondLife VEC3 RW SV <3, 3, 3>");
LLNameValue nValue12("SecondLife VEC3");
nValue12 = nValue10 + nValue11;
LLVector3 vec(7,7,7);
ensure_equals("4:operator+ failed",*nValue12.getVec3(), vec);
}
template<> template<>
void namevalue_object_t::test<17>()
{
LLNameValue nValue7(" SecondLife S32 RW SIM 22222");
LLNameValue nValue8(" SecondLife F32 RW SIM 33333");
LLNameValue nValue9(" SecondLife F32");
nValue9 = nValue7 - nValue8;
ensure_equals("1:operator- failed",*nValue9.getF32(),-11111.f);
LLNameValue nValue10(" SecondLife VEC3 RW SIM <2, 2, 2>");
LLNameValue nValue11(" SecondLife VEC3 RW SIM <3, 3, 3>");
LLNameValue nValue12(" SecondLife VEC3");
LLVector3 vec(-1,-1,-1);
nValue12 = nValue10 - nValue11;
ensure_equals("2:operator- failed",*nValue12.getVec3(), vec);
}
template<> template<>
void namevalue_object_t::test<18>()
{
LLNameValue nValue1(" SecondLife F32 RW SIM 22222");
LLNameValue nValue2(" SecondLife F32 RW SIM 33333");
LLNameValue nValue3(" SecondLife F32");
nValue3 = nValue1 * nValue2;
ensure_equals("1:operator* failed",*nValue3.getF32(),740725926.f);
LLNameValue nValue4(" SecondLife S32 RW SIM 22222");
LLNameValue nValue5(" SecondLife F32 RW SIM 33333");
LLNameValue nValue6(" SecondLife F32");
nValue6 = nValue4 * nValue5;
ensure_equals("2:operator* failed",*nValue6.getF32(),740725926.f);
LLNameValue nValue10(" SecondLife VEC3 RW SIM <2, 2, 2>");
LLNameValue nValue11(" SecondLife VEC3 RW SIM <3, 3, 3>");
LLNameValue nValue12(" SecondLife F32");
LLVector3 vec1(2,2,2);
LLVector3 vec2(3,3,3);
nValue12 = nValue10 * nValue11;
ensure_equals("2:operator* failed",*nValue12.getF32(), (vec1 * vec2));
}
template<> template<>
void namevalue_object_t::test<19>()
{
LLNameValue nValue1(" SecondLife S32 RW SIM 22222");
LLNameValue nValue2(" Virtual F32 RW SIM 44444");
LLNameValue nValue3(" SecondLife F32");
nValue3 = nValue1 / nValue2;
ensure_equals("1:operator/ failed",*nValue3.getF32(),0.5);
LLNameValue nValue4(" SecondLife F32 RW SIM 33333");
LLNameValue nValue5(" SecondLife S32 RW SIM 22222");
LLNameValue nValue6(" SecondLife F32");
nValue6 = nValue4 / nValue5;
ensure_equals("2:operator/ failed",*nValue6.getF32(),1.5);
}
template<> template<>
void namevalue_object_t::test<20>()
{
LLNameValue nValue1(" SecondLife S32 RW SIM 22222");
LLNameValue nValue2(" Virtual S32 RW SIM 33333");
LLNameValue nValue3(" SecondLife S32");
nValue3 = nValue1 % nValue2;
ensure_equals("1:operator% failed",*nValue3.getS32(),22222);
LLNameValue nValue4(" SecondLife U32 RW SIM 3");
LLNameValue nValue5(" SecondLife S32 RW SIM 2");
LLNameValue nValue6(" SecondLife S32");
nValue6 = nValue4 % nValue5;
ensure_equals("2:operator% failed",*nValue6.getS32(),1);
LLNameValue nValue10(" SecondLife VEC3 RW SIM <4, 5, 6>");
LLNameValue nValue11(" SecondLife VEC3 RW SIM <1, 2, 3>");
LLNameValue nValue12(" SecondLife VEC3");
LLVector3 vec1(4,5,6);
LLVector3 vec2(1,2,3);
LLVector3 vec3(vec1 % vec2);
nValue12 = nValue10 % nValue11;
ensure_equals("5:operator% failed",*nValue12.getVec3(), vec3);
}
template<> template<>
void namevalue_object_t::test<21>()
{
LLNameValue nValue1(" SecondLife STRING RW SIM 22222");
LLNameValue nValue2(" Virtual STRING RW SIM 22222");
ensure("1:operator== failed", nValue1 == nValue2);
LLNameValue nValue3(" SecondLife F32 RW SIM 33333");
LLNameValue nValue4(" Virtual F32 RW SIM 22222");
ensure("2:operator== failed",!(nValue3 == nValue4));
LLNameValue nValue5(" SecondLife STRING RW SIM 22222");
LLNameValue nValue6(" Virtual STRING RW SIM 33333");
ensure("3:operator== failed",!(nValue5 == nValue6));
LLNameValue nValue7(" SecondLife VEC3 RW SIM <2, 2, 2>");
LLNameValue nValue8(" Virtual VEC3 RW SIM <2, 2, 2>");
ensure("4:operator== failed",(nValue7 == nValue8));
}
template<> template<>
void namevalue_object_t::test<22>()
{
LLNameValue nValue1(" SecondLife STRING RW SIM 22222");
LLNameValue nValue2(" Virtual STRING RW SIM 33333");
bool b_ret = (nValue1 <= nValue2) ? 1 : 0;
ensure("1:operator<= failed",(1==b_ret));
LLNameValue nValue3(" SecondLife F32 RW SIM 33333");
LLNameValue nValue4(" Virtual F32 RW SIM 22222");
b_ret = (nValue3 <= nValue4) ? 1 : 0;
ensure("2:operator<= failed",(0==b_ret));
}
template<> template<>
void namevalue_object_t::test<23>()
{
LLNameValue nValue1(" SecondLife STRING RW SIM 22222");
LLNameValue nValue2(" Virtual STRING RW SIM 33333");
bool b_ret = (nValue1 >= nValue2) ? 1 : 0;
ensure("operator>= failed",!b_ret);
LLNameValue nValue3(" SecondLife F32 RW SIM 33333");
LLNameValue nValue4(" Virtual F32 RW SIM 22222");
b_ret = (nValue3 >= nValue4) ? 1 : 0;
ensure("2:operator<= failed",b_ret);
}
template<> template<>
void namevalue_object_t::test<24>()
{
LLNameValue nValue1(" SecondLife STRING RW SIM 33333");
LLNameValue nValue2(" Virtual STRING RW SIM 33333");
bool b_ret = (nValue1 < nValue2) ? 1 : 0;
ensure("operator< failed",!b_ret);
LLNameValue nValue3(" SecondLife F32 RW SIM 11111");
LLNameValue nValue4(" Virtual F32 RW SIM 22222");
b_ret = (nValue3 < nValue4) ? 1 : 0;
ensure("2:operator< failed",b_ret);
}
template<> template<>
void namevalue_object_t::test<25>()
{
LLNameValue nValue1(" SecondLife STRING RW SIM 33333");
LLNameValue nValue2(" Virtual STRING RW SIM 33333");
bool b_ret = (nValue1 > nValue2) ? 1 : 0;
ensure("1:operator> failed",!b_ret);
LLNameValue nValue3(" SecondLife F32 RW SIM 11111");
LLNameValue nValue4(" Virtual F32 RW SIM 22222");
b_ret = (nValue3 > nValue4) ? 1 : 0;
ensure("2:operator> failed",!b_ret);
LLNameValue nValue5(" SecondLife S32 RW SIM 22222");
LLNameValue nValue6(" Virtual F32 RW SIM 11111");
b_ret = (nValue5 > nValue6) ? 1 : 0;
ensure("3:operator> failed",b_ret);
}
template<> template<>
void namevalue_object_t::test<26>()
{
LLNameValue nValue1(" SecondLife STRING RW SIM 33333");
LLNameValue nValue2(" Virtual STRING RW SIM 33333");
bool b_ret = (nValue1 != nValue2) ? 1 : 0;
ensure("1:operator!= failed",!b_ret);
LLNameValue nValue3(" SecondLife F32 RW SIM 11111");
LLNameValue nValue4(" Virtual F32 RW SIM 22222");
b_ret = (nValue3 != nValue4) ? 1 : 0;
ensure("2:operator!= failed",b_ret);
}
template<> template<>
void namevalue_object_t::test<27>()
{
LLNameValue nValue1(" SecondLife F32 RW SIM 33333");
LLNameValue nValue2("Virtual");
nValue2 = -nValue1;
ensure_equals("1:operator unary- failed",*nValue2.getF32(), -33333.f);
LLNameValue nValue3(" SecondLife U32 RW SIM 11111");
LLNameValue nValue4("Virtual S32");
nValue4 = -nValue3;
ensure_equals("2:operator unary- failed",*nValue4.getS32(), -11111);
LLNameValue nValue5(" SecondLife VEC3 RW SIM <1, 1, 1>");
LLNameValue nValue6("Virtual VEC3");
LLVector3 vec(-1, -1, -1);
nValue6 = -nValue5;
ensure_equals("3:operator unary- failed",*nValue6.getVec3(), vec);
}
template<> template<>
void namevalue_object_t::test<28>()
{
LLNameValue nValue("SecondLife", "This is a test", "ASSET", "R", "S", NameValueCallbackFunction, (void**) this);
ensure("getAsset failed", (0 == strcmp(nValue.getAsset(),"This is a test")));
// this should not have updated as it is read only.
nValue.setAsset("New Value should not be updated");
ensure("setAsset on ReadOnly failed", (0 == strcmp(nValue.getAsset(),"This is a test")));
LLNameValue nValue1("SecondLife", "1234", "U32", "R", "S", NameValueCallbackFunction, (void**) this);
// this should not have updated as it is read only.
nValue1.setU32(4567);
ensure("setU32 on ReadOnly failed", *nValue1.getU32() == 1234);
LLNameValue nValue2("SecondLife", "1234", "S32", "R", "S", NameValueCallbackFunction, (void**) this);
// this should not have updated as it is read only.
nValue2.setS32(4567);
ensure("setS32 on ReadOnly failed", *nValue2.getS32() == 1234);
LLNameValue nValue3("SecondLife", "1234", "F32", "R", "S", NameValueCallbackFunction, (void**) this);
// this should not have updated as it is read only.
nValue3.setF32(4567);
ensure("setF32 on ReadOnly failed", *nValue3.getF32() == 1234);
nValue3 = nValue3 * 2;
ensure("setF32 on ReadOnly failed", *nValue3.getF32() == 1234);
LLNameValue nValue4("SecondLife", "<1,2,3>", "VEC3", "R", "S", NameValueCallbackFunction, (void**) this);
// this should not have updated as it is read only.
LLVector3 vec(4,5,6);
nValue3.setVec3(vec);
LLVector3 vec1(1,2,3);
ensure("setVec3 on ReadOnly failed", *nValue4.getVec3() == vec1);
// cant test for U64 as no set64 exists nor any operators support U64 type
}
}