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#include <thread>
#include <windows.h>
#include "data.h"
#include "episodelistview.h"
#include "ext.h"
#include "main.h"
#include "util.h"
#include "win.h"
extern Window* g_window;
struct Test
{
const char* name = {0};
char error[64] = {0};
Test(const char* name) : name(name) {}
};
#define TESTS struct _
#define TEST(id) }; struct id : public Test { id() : Test(#id)
#define FAIL(...) do { Sprintf(error, __VA_ARGS__); return; } while (0)
TESTS
{
TEST(StrcpyWithSmallerDestination)
{
char src[15], dst[10];
Sprintf(src, "abcdefghijklmn");
Strcpy(dst, src);
if (dst[8] != 'i')
FAIL("dst[8] is not 'i', but '%c'", dst[8]);
if (dst[9] != 0)
FAIL("dst is not NUL-terminated");
}
TEST(IO)
{
ElvDataA& e1_0 = g_window->fvElv.At(5);
ElvDataA& e2_0 = g_window->fvElv.At(9);
/* Write two ElvDataA structs to disk. */
{
FileView<ElvDataA> fv(L"tmp.dat", 2);
memcpy(fv+0, &e1_0, sizeof(e1_0));
memcpy(fv+1, &e2_0, sizeof(e2_0));
}
/* Read first ElvDataA struct from disk using
* ElvDataA-typed FileView. */
{
FileView<ElvDataA> fv(L"tmp.dat", 2);
const ElvDataA& e1 = *fv;
if (e1.version != 'a')
FAIL("version is different");
if (e1_0.rating != e1.rating)
FAIL("rating is different (%d/%d)", e1_0.rating, e1.rating);
if (e1_0.bWatched != e1.bWatched)
FAIL("bWatched is different");
if (e1_0.bTVOriginal != e1.bTVOriginal)
FAIL("bTVOriginal is different");
if (wcscmp(e1_0.sRating, e1.sRating) != 0)
FAIL("sRating is different");
if (wcscmp(e1_0.siEp, e1.siEp) != 0)
FAIL("siEp is different");
if (wcscmp(e1_0.title, e1.title) != 0)
FAIL("title is different");
}
/* Read second ElvDataA struct from disk using
* unsigned char-typed FileView. */
{
FileView<unsigned char> fv(L"tmp.dat", 2*sizeof(ElvDataA));
ElvDataA& e2 = *reinterpret_cast<ElvDataA*>(&fv.At(sizeof(ElvDataA)));
if (e2_0.rating != e2.rating)
FAIL("rating is different (%d/%d)", e2_0.rating, e2.rating);
if (e2_0.bWatched != e2.bWatched)
FAIL("bWatched is different");
if (e2_0.bTVOriginal != e2.bTVOriginal)
FAIL("bTVOriginal is different");
if (wcscmp(e2_0.sRating, e2.sRating) != 0)
FAIL("sRating is different");
if (wcscmp(e2_0.siEp, e2.siEp) != 0)
FAIL("siEp is different");
if (wcscmp(e2_0.title, e2.title) != 0)
FAIL("title is different");
}
//DeleteFile(L"tmp.dat");
}
// TEST(MigrateCfg)
// {
// FileView<CfgB> fvb = FileView<CfgB>::Initialized(L"cfgb.dat", 1);
// CfgA* a = &g_window->cfg;
// CfgB* b = fvb+0;
// #define CPY(member) b->member = a->member;
// #define SCPY(member) Wcscpy(b->member, a->member);
// CPY(bViewWatched);
// CPY(bViewTVOriginal);
// CPY(iSortCol);
// CPY(cEp);
// CPY(iFocus);
// CPY(heightDlv);
// SCPY(limitToScreenwriter);
// SCPY(root);
// SCPY(glob);
// SCPY(url);
// #undef CPY
// #undef SCPY
// }
};
int RunTests()
{
const Test tests[] = {
StrcpyWithSmallerDestination(),
//IO(),
//MigrateCfg(),
};
printf("Results (%llu tests):\n", sizeof(tests)/sizeof(*tests));
int cFailed = 0;
for (const Test& t : tests)
{
const char* msg;
if (t.error[0]) {
msg = t.error;
cFailed++;
} else
msg = const_cast<char*>("SUCCESS");
printf("%s: %s\n", t.name, msg);
}
printf("%d tests failed.\n", cFailed);
return cFailed;
}
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