int main( int argc, char** argv )
{
InitTests(argc, argv);
AddTest("Format() works correct.", FormatTest);
AddTest("Log handler can handle log lines.", LogHandlerTest);
AddTest("CopyString() is correct.", CopyStringTest);
return RunTests();
}
int main( int argc, char** argv )
{
InitTests(argc, argv);
Describe("MeshBuffer")
.use(dummySignalSandbox)
.it("can be created, modified and freed.", [](){
MeshBuffer* buffer = CreateMeshBuffer();
AddVertexToMeshBuffer(buffer, CreateVertex(0,0,0));
AddIndexToMeshBuffer(buffer, 0);
FreeMeshBuffer(buffer);
})
.it("can be transformed.", [](){
MeshBuffer* buffer = CreateMeshBuffer();
AddVertexToMeshBuffer(buffer, CreateVertex(0,0,0));
AddIndexToMeshBuffer(buffer, 0);
AddVertexToMeshBuffer(buffer, CreateVertex(0,1,0));
AddIndexToMeshBuffer(buffer, 1);
const Vec3 v = {{1,0,0}};
const Mat4 m = TranslateMat4(Mat4Identity, v);
TransformMeshBuffer(buffer, m);
const Vertex* vertices = GetMeshBufferVertices(buffer);
const Vec3 v1 = {{1,0,0}};
const Vec3 v2 = {{1,1,0}};
Require(vertices[0].position == v1);
Require(vertices[1].position == v2);
// TODO: Test if normal and tangent are transformed correctly.
FreeMeshBuffer(buffer);
})
.it("can be appended to another buffer.", [](){
MeshBuffer* a = CreateMeshBuffer();
AddVertexToMeshBuffer(a, CreateVertex(0,0,0));
AddIndexToMeshBuffer(a, 0);
AddVertexToMeshBuffer(a, CreateVertex(0,1,0));
AddIndexToMeshBuffer(a, 1);
MeshBuffer* b = CreateMeshBuffer();
AddVertexToMeshBuffer(b, CreateVertex(2,3,4));
AddIndexToMeshBuffer(b, 0);
AddVertexToMeshBuffer(b, CreateVertex(5,6,7));
AddIndexToMeshBuffer(b, 1);
AppendMeshBuffer(a, b, NULL);
const Vertex* vertices = GetMeshBufferVertices(a);
const VertexIndex* indices = GetMeshBufferIndices(a);
Require(GetMeshBufferVertexCount(a) == 4);
const Vec3 v2 = {{2,3,4}};
const Vec3 v3 = {{5,6,7}};
Require(vertices[2].position == v2);
Require(vertices[3].position == v3);
Require(GetMeshBufferIndexCount(a) == 4);
Require(indices[2] == 2);
Require(indices[3] == 3);
FreeMeshBuffer(a);
FreeMeshBuffer(b);
})
.it("can be appended to another buffer while transforming it.", [](){
MeshBuffer* a = CreateMeshBuffer();
AddVertexToMeshBuffer(a, CreateVertex(0,0,0));
AddIndexToMeshBuffer(a, 0);
AddVertexToMeshBuffer(a, CreateVertex(0,1,0));
AddIndexToMeshBuffer(a, 1);
MeshBuffer* b = CreateMeshBuffer();
AddVertexToMeshBuffer(b, CreateVertex(2,3,4));
AddIndexToMeshBuffer(b, 0);
AddVertexToMeshBuffer(b, CreateVertex(5,6,7));
AddIndexToMeshBuffer(b, 1);
const Vec3 v = {{1,0,0}};
const Mat4 m = TranslateMat4(Mat4Identity, v);
AppendMeshBuffer(a, b, &m);
const Vertex* vertices = GetMeshBufferVertices(a);
const VertexIndex* indices = GetMeshBufferIndices(a);
Require(GetMeshBufferVertexCount(a) == 4);
const Vec3 v2 = {{3,3,4}};
const Vec3 v3 = {{6,6,7}};
Require(vertices[2].position == v2);
Require(vertices[3].position == v3);
Require(GetMeshBufferIndexCount(a) == 4);
Require(indices[2] == 2);
Require(indices[3] == 3);
// TODO: Test if normal and tangent are transformed correctly.
FreeMeshBuffer(a);
FreeMeshBuffer(b);
});
return RunTests();
}
int main( int argc, char** argv )
{
InitTests(argc, argv);
Describe("Config module")
.use(dummyExceptionSandbox)
.it("can be initialized empty.", [](){
Require(InitConfig(0, NULL) == true);
DestroyConfig();
})
.it("has a proper destructor.", [](){
const char* argv[] = {"", "--aaa=bbb"};
{
Require(InitConfig(2, argv) == true);
ConfigScope scope;
Require(strcmp(GetConfigString("aaa",""), "bbb") == 0);
}
{
Require(InitConfig(0, NULL) == true);
ConfigScope scope;
Require(GetConfigString("aaa",NULL) == NULL);
}
})
.it("can parse arguments.", [](){
const char* argv[] = {"", "--aaa=bbb", "--foo=bar", "--ccc=ddd"};
Require(InitConfig(4, argv) == true);
ConfigScope scope;
Require(strcmp(GetConfigString("foo",""), "bar") == 0);
Require(strcmp(GetConfigString("foo","yyy"), "bar") == 0);
Require(strcmp(GetConfigString("foo",NULL), "bar") == 0);
Require(strcmp(GetConfigString("xxx",""), "") == 0);
Require(strcmp(GetConfigString("xxx","yyy"), "yyy") == 0);
Require(GetConfigString("xxx",NULL) == NULL);
})
.it("can convert integer values.", [](){
const char* argv[] = {"", "--aaa=42", "--bbb=1.1", "--ccc=1.9"};
Require(InitConfig(4, argv) == true);
ConfigScope scope;
Require(GetConfigInt("aaa", 0) == 42);
Require(GetConfigInt("bbb", 0) == 1);
Require(GetConfigInt("ccc", 0) == 1);
Require(GetConfigInt("xxx", 0) == 0);
})
.it("can convert floating point values.", [](){
const char* argv[] = {"", "--aaa=42", "--bbb=1.1", "--ccc=1.9"};
Require(InitConfig(4, argv) == true);
ConfigScope scope;
Require(GetConfigFloat("aaa", 0) == 42);
Require(GetConfigFloat("bbb", 0) == 1.1f);
Require(GetConfigFloat("ccc", 0) == 1.9f);
Require(GetConfigFloat("xxx", 0.1f) == 0.1f);
})
.it("can convert boolean values.", [](){
const char* argv[] = {
"",
"--aaa=42",
"--bbb=1.1",
"--ccc=1.9",
"--ddd=0",
"--eee=0.0",
"--fff=true",
"--ggg=false",
"--hhh=yes",
"--jjj=no"};
Require(InitConfig(10, argv) == true);
ConfigScope scope;
Require(GetConfigBool("aaa", false) == true);
Require(GetConfigBool("bbb", false) == true);
Require(GetConfigBool("ccc", false) == true);
Require(GetConfigBool("ddd", true) == false);
Require(GetConfigBool("eee", true) == false);
Require(GetConfigBool("fff", false) == true);
Require(GetConfigBool("ggg", true) == false);
Require(GetConfigBool("hhh", false) == true);
Require(GetConfigBool("jjj", true) == false);
Require(GetConfigBool("xxx", true) == true);
Require(GetConfigBool("xxx", false) == false);
})
.it("can parse ini files.", [](){
const char* argv[] = {"", "--config=config/Test.ini"};
Require(InitConfig(2, argv) == true);
ConfigScope scope;
Require(GetConfigString("config", NULL) == NULL);
Require(strcmp(GetConfigString("aaa", ""), "bbb") == 0);
Require(strcmp(GetConfigString("foo.bar", ""), "baz") == 0);
Require(strcmp(GetConfigString("foo.hello", ""), "Hello World") == 0);
});
return RunTests();
}
