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run_test.cpp
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/*-----------------------------------------------------------------------------
Run Susie plug-in Copyright (c) TORO
----------------------------------------------------------------------------*/
#include <windows.h>
#include "torowin.h"
#include "susie.h"
#include "run.h"
int CommentCount = 0;
BOOL CallbackError = FALSE;
BOOL type_extract = FALSE;
char *SourceImage = NULL, *CompareSourceImage = NULL;
DWORD SourceSize, SourceAllocSize;
int testmem = -1;
int testdisk = -1;
// 展開プラグイン用
BOOL type_extract_mem = FALSE;
HLOCAL ArchiveInfo = NULL;
HLOCAL ArchiveInfoW = NULL;
SUSIE_FINFO *finfo_file = NULL, *finfo_mem = NULL;
SUSIE_FINFOW *finfo_fileW = NULL, *finfo_memW = NULL;
UINT infosize_file, infosize_mem;
#define MAX_TEST_ON_MEMORY (50 * 1024 * 1024) // ソースがメモリの時の最大可能値
#define PrintAPIname(name) printoutfColor(COLOR_APINAME, L"\r\n" UNICODESTR(name) L"\r\n")
void ShowComment(const WCHAR *message, ...)
{
WCHAR buf[0x800];
va_list argptr;
SetColor(COLOR_COMMENT);
va_start(argptr, message);
wvsprintfW(buf, message, argptr);
printout(buf);
ResetColor();
CommentCount++;
}
const WCHAR *errortext[] = {
L"Not Support",
L"no error",
L"User cancel",
L"Unknown format",
L"Broken DATA",
L"Empty memory",
L"Fault memory",
L"Fault read",
L"Window error",
L"Internal",
L"File write",
L"End of file"
};
void PluginResult(int result)
{
const WCHAR *text;
if ( (result >= SUSIEERROR_NOTSUPPORT) && (result <= SUSIEERROR_EOF) ){
text = errortext[result - SUSIEERROR_NOTSUPPORT];
}else if ( result == -101 ){
text = errortext[0];
}else if ( (result >= 101) && (result <= 110) ){
text = errortext[result - 99];
}else{
text = L" ● 未定義コード";
CommentCount++;
}
printoutf(L" return code: %d (%s)\r\n", result, text);
}
void LoadSourceImage(void)
{
HANDLE hFile;
if ( testmem == testmem_zerosize ){
SourceSize = 0;
SourceAllocSize = 0;
SourceImage = (char *)malloc(0);
CompareSourceImage = (char *)malloc(0);
strcpy(sourcenameA, "NUL");
strcpyW(sourcename, L"NUL");
return;
}
if ( sourcename[0] == '\0' ){
testmem = 0;
return;
}
hFile = CreateFileW(sourcename, GENERIC_READ,
FILE_SHARE_WRITE | FILE_SHARE_READ, NULL,
OPEN_EXISTING, FILE_FLAG_SEQUENTIAL_SCAN, NULL);
if ( hFile != INVALID_HANDLE_VALUE ){
LARGE_INTEGER filesize;
DWORD size;
GetFileSizeEx(hFile, &filesize);
SourceSize = filesize.u.LowPart;
SourceAllocSize = filesize.u.LowPart + 256;
if ( testmem < 0 ){
testmem = filesize.QuadPart <= MAX_TEST_ON_MEMORY;
}
if ( testmem ){
SourceImage = (char *)malloc(SourceAllocSize);
CompareSourceImage = (char *)malloc(SourceAllocSize);
memset(SourceImage, WRITECHECK_BYTE, SourceAllocSize);
ReadFile(hFile, SourceImage, filesize.u.LowPart, &size, NULL);
memcpy(CompareSourceImage, SourceImage, SourceAllocSize);
}else{
printout(L"＊ソースファイルが大きいためチェックできない\r\n");
}
CloseHandle(hFile);
}else{
printoutf(L"%s open error.\r\n", sourcename);
testmem = 0;
}
}
int __stdcall SusieProgressCallbackCheck(int nNum, int nDenom, LONG_PTR lData)
{
if ( CallbackError == FALSE ){
if ( lData != (LONG_PTR)sourcenameA ){
#ifdef _WIN64
if ( lData == (DWORD)(DWORD_PTR)sourcenameA ){
ShowComment(L" ● SUSIE_PROGRESS の lData が LONG_PTR でなく、long のため、上位 32bit が渡されていない((lData(%p) != %p)、今後のチェックをスキップ\r\n", lData, sourcename);
}else
#endif
ShowComment(L" ● SUSIE_PROGRESS(nNum = %d, nDenom = %d, lData = %p) 異常(!= %p)、今後のチェックをスキップ\r\n", nNum, nDenom, lData, sourcenameA);
CallbackError = TRUE;
}
}
return 0;
}
const WCHAR *Compressions[] = {
L"BI_RGB", L"BI_RLE8", L"BI_RLE4", L"BI_BITFIELDS",
L"BI_JPEG", L"BI_PNG", L"BI_ALPHABITFIELDS"
};
#ifndef BI_ALPHABITFIELDS
#define BI_ALPHABITFIELDS 6
#endif
typedef struct {
DWORD bV5Size;
LONG bV5Width;
LONG bV5Height;
WORD bV5Planes;
WORD bV5BitCount;
DWORD bV5Compression;
DWORD bV5SizeImage;
LONG bV5XPelsPerMeter;
LONG bV5YPelsPerMeter;
DWORD bV5ClrUsed;
DWORD bV5ClrImportant;
DWORD bV5RedMask;
DWORD bV5GreenMask;
DWORD bV5BlueMask;
DWORD bV5AlphaMask;
DWORD bV5CSType;
CIEXYZTRIPLE bV5Endpoints;
DWORD bV5GammaRed;
DWORD bV5GammaGreen;
DWORD bV5GammaBlue;
DWORD bV5Intent;
DWORD bV5ProfileData;
DWORD bV5ProfileSize;
DWORD bV5Reserved;
} BITMAPV5HEADER;
void ShowPictureInfo(HLOCAL HBInfo, HLOCAL HBm)
{
BITMAPV5HEADER *bmpinfo;
DWORD size, bmpsize, linesize, calc_bmpsize;
if ( HBInfo == NULL ){
ShowComment(L" ● pHBInfo == NULL\r\n");
}
if ( HBm == NULL ){
ShowComment(L" ● pHBm == NULL\r\n");
}
bmpinfo = (BITMAPV5HEADER *)LocalLock(HBInfo);
size = LocalSize(HBInfo);
bmpsize = LocalSize(HBm);
if ( size < 40 ){
ShowComment(L" ● HBInfo の大きさが小さい %d < 40\r\n", size );
}else{
const WCHAR *wptr;
if ( bmpinfo->bV5Size == 40 ){
printout(L" BITMAPINFO\r\n");
}else if ( bmpinfo->bV5Size == sizeof(BITMAPV5HEADER) ){
printout(L" BITMAPV5HEADER\r\n");
}else if ( bmpinfo->bV5Size < sizeof(BITMAPINFO) ){
ShowComment(L" ● BITMAPINFO biSize が小さい %d < 40\r\n", bmpinfo->bV5Size );
}else if ( bmpinfo->bV5Size < sizeof(BITMAPINFO) ){
ShowComment(L" ● BITMAPINFO biSize 不明サイズ %d != %d\r\n", bmpinfo->bV5Size, sizeof(BITMAPINFO) );
}
printoutf(L" biWidth: %d pix biHeight: %d pix\r\n", bmpinfo->bV5Width, bmpinfo->bV5Height );
if ( (bmpinfo->bV5Width <= 0) || (bmpinfo->bV5Width >= 0x20000) ){
ShowComment(L" ● biWidth が異常値\r\n");
}
if ( (bmpinfo->bV5Height < 0) ){
ShowComment(L" ● トップダウンDIB\r\n");
}
if ( (bmpinfo->bV5Height <= -0x20000) || (bmpinfo->bV5Height >= 0x20000) ){
ShowComment(L" ● biHeight が異常値\r\n");
}
if ( bmpinfo->bV5Planes != 1 ){
ShowComment(L" ● biPlanes が 1 以外(%d)\r\n", bmpinfo->bV5Planes);
}
printoutf(L" biBitCount: %d bit (%d colors)\r\n", bmpinfo->bV5BitCount, 1 << bmpinfo->bV5BitCount );
if ( !( (bmpinfo->bV5BitCount <= 1) || (bmpinfo->bV5BitCount == 4) ||
(bmpinfo->bV5BitCount == 8) || (bmpinfo->bV5BitCount == 16) ||
(bmpinfo->bV5BitCount == 24) || (bmpinfo->bV5BitCount == 32))){
ShowComment(L" ● biBitCount が異常値\r\n");
}
if ( (bmpinfo->bV5BitCount == 16) || (bmpinfo->bV5BitCount == 32) ){
ShowComment(L" ● %d bit 色は対応していないアプリケーションあり\r\n", bmpinfo->bV5BitCount);
}
if ( bmpinfo->bV5Compression > BI_ALPHABITFIELDS ){
wptr = L"?";
}else{
wptr = Compressions[bmpinfo->bV5Compression];
}
printoutf(L" biCompression: %d (%s)\r\n", bmpinfo->bV5Compression, wptr);
if ( bmpinfo->bV5Compression != BI_RGB ){
ShowComment(L" ● BI_RGB 以外は対応していないアプリケーションあり\r\n");
}
linesize = DwordBitSize(bmpinfo->bV5Width * bmpinfo->bV5BitCount);
calc_bmpsize = linesize * ((bmpinfo->bV5Height >= 0) ? bmpinfo->bV5Height : -bmpinfo->bV5Height);
printoutf(L" biSizeImage: %d bytes (HBm: %d bytes. calculated: %d bytes)\r\n", bmpinfo->bV5SizeImage, bmpsize, calc_bmpsize);
if ( ((bmpinfo->bV5Compression != BI_RGB) && (bmpinfo->bV5SizeImage == 0)) ||
(bmpinfo->bV5SizeImage > bmpsize) ){
ShowComment(L" ● biSizeImage が異常値\r\n");
}
if ( ((bmpinfo->bV5Compression == BI_RGB) || (bmpinfo->bV5Compression == BI_BITFIELDS)) ){
if ( (bmpinfo->bV5SizeImage != 0) && (bmpinfo->bV5SizeImage != calc_bmpsize) ){
ShowComment(L" ● biSizeImage が calculated と一致しない\r\n");
}
if ( bmpsize < calc_bmpsize ){
ShowComment(L" ● ビットマップが calculated より少ない\r\n");
}
}
printoutf(L" biXPelsPerMeter: %d (%d ppi) biYPelsPerMeter %d (%d ppi)\r\n",
bmpinfo->bV5XPelsPerMeter, bmpinfo->bV5XPelsPerMeter / 39,
bmpinfo->bV5YPelsPerMeter, bmpinfo->bV5YPelsPerMeter / 39);
if ( bmpinfo->bV5XPelsPerMeter != bmpinfo->bV5YPelsPerMeter ){
ShowComment(L" ● アスペクト比が 1 以外\r\n");
}
printoutf(L" biClrUsed: %d biClrImportant %d\r\n\r\n",
bmpinfo->bV5ClrUsed , bmpinfo->bV5ClrImportant);
if ( bmpinfo->bV5Compression == BI_BITFIELDS ){
printoutf(L" Bit mask R:%x G:%x B:%x Alpha:%x\r\n",
bmpinfo->bV5RedMask , bmpinfo->bV5GreenMask,
bmpinfo->bV5BlueMask, bmpinfo->bV5AlphaMask);
}
}
LocalUnlock(HBInfo);
LocalUnlock(HBm);
}
void TestGetPicture_check(HLOCAL HBInfo, HLOCAL HBm)
{
ShowPictureInfo(HBInfo, HBm);
LocalFree(HBInfo);
LocalFree(HBm);
}
void CheckInvaildFilename(int result)
{
PluginResult(result);
if ( result == SUSIEERROR_NOERROR ){
ShowComment(L" ● ソースファイルが無いのに正常終了\r\n");
}
}
void TestGetPictureMain(GETPICTURE TestApi)
{
int result;
char buf[MAX_PATH];
HLOCAL HBInfo, HBm;
if ( testdisk ){
printout(L"SOURCE_DISK(non-existence)");
strcpy(buf, "dummy_file_name");
HBInfo = HBm = INVALID_HANDLE_VALUE;
result = TestApi(buf, 0, SUSIE_SOURCE_DISK, &HBInfo, &HBm, (FARPROC)SusieProgressCallbackCheck, (LONG_PTR)sourcenameA);
CheckInvaildFilename(result);
printout(L"SOURCE_DISK");
strcpy(buf, sourcenameA);
HBInfo = HBm = INVALID_HANDLE_VALUE;
result = TestApi(buf, 0, SUSIE_SOURCE_DISK, &HBInfo, &HBm, (FARPROC)SusieProgressCallbackCheck, (LONG_PTR)sourcenameA);
PluginResult(result);
if ( strcmp(buf, sourcenameA) != 0 ){
ShowComment(L" ● filename 破損\r\n");
}
if ( result == SUSIEERROR_NOERROR ){
TestGetPicture_check(HBInfo, HBm);
}
}
if ( testmem ){
printout(L"SOURCE_MEM");
HBInfo = HBm = INVALID_HANDLE_VALUE;
result = TestApi(SourceImage, SourceSize, SUSIE_SOURCE_MEM, &HBInfo, &HBm, (FARPROC)SusieProgressCallbackCheck, (LONG_PTR)sourcenameA);
PluginResult(result);
if ( memcmp(SourceImage, CompareSourceImage, SourceAllocSize) != 0 ){
ShowComment(L" ● buf 破損\r\n");
}
if ( result == SUSIEERROR_NOERROR ){
TestGetPicture_check(HBInfo, HBm);
}
}
}
void TestGetPictureWMain(GETPICTUREW TestApiW)
{
int result;
WCHAR buf[MAX_PATH];
HLOCAL HBInfo, HBm;
printout(L"SOURCE_DISK(non-existence)");
strcpyW(buf, L"dummy_file_name");
HBInfo = HBm = INVALID_HANDLE_VALUE;
result = TestApiW(buf, 0, SUSIE_SOURCE_DISK, &HBInfo, &HBm, (FARPROC)SusieProgressCallbackCheck, (LONG_PTR)sourcenameA);
CheckInvaildFilename(result);
if ( testdisk ){
printout(L"SOURCE_DISK");
strcpyW(buf, sourcename);
HBInfo = HBm = INVALID_HANDLE_VALUE;
result = TestApiW(buf, 0, SUSIE_SOURCE_DISK, &HBInfo, &HBm, (FARPROC)SusieProgressCallbackCheck, (LONG_PTR)sourcenameA);
PluginResult(result);
if ( strcmpW(buf, sourcename) != 0 ){
ShowComment(L" ● filename が破損\r\n");
}
if ( result == SUSIEERROR_NOERROR ){
TestGetPicture_check(HBInfo, HBm);
}
}
if ( testmem ){
printout(L"SOURCE_MEM");
HBInfo = HBm = INVALID_HANDLE_VALUE;
result = TestApiW((WCHAR *)SourceImage, SourceSize, SUSIE_SOURCE_MEM, &HBInfo, &HBm, (FARPROC)SusieProgressCallbackCheck, (LONG_PTR)sourcenameA);
PluginResult(result);
if ( memcmp(SourceImage, CompareSourceImage, SourceAllocSize) != 0 ){
ShowComment(L" ● buf が破損\r\n");
}
if ( result == SUSIEERROR_NOERROR ){
TestGetPicture_check(HBInfo, HBm);
}
}
}
void TestGetPicture(void)
{
if ( GetPicture != NULL ){
PrintAPIname("GetPicture(LPCSTR buf, LONG_PTR len, unsigned int flag, HLOCAL *pHBInfo, HLOCAL *pHBm, SUSIE_PROGRESS lpPrgressCallback, LONG_PTR lData)");
TestGetPictureMain(GetPicture);
}else if ( type_extract == FALSE ){
ShowComment(L" ● GetPicture がない\r\n");
}
if ( UseUNICODE && (GetPictureW != NULL) ){
PrintAPIname("GetPictureW(LPCWSTR buf, LONG_PTR len, unsigned int flag, HLOCAL *pHBInfo, HLOCAL *pHBm, SUSIE_PROGRESS lpPrgressCallback, LONG_PTR lData)");
TestGetPictureWMain(GetPictureW);
}
}
void TestGetPreview(void)
{
if ( GetPreview != NULL ){
PrintAPIname("GetPreview(LPCSTR buf, LONG_PTR len, unsigned int flag, HLOCAL *pHBInfo, HLOCAL *pHBm, SUSIE_PROGRESS lpPrgressCallback, LONG_PTR lData)");
TestGetPictureMain(GetPreview);
}else if ( type_extract == FALSE ){
ShowComment(L" ● GetPreview がない\r\n");
}
if ( UseUNICODE && (GetPreviewW != NULL) ){
PrintAPIname("GetPreviewW(LPCWSTR buf, LONG_PTR len, unsigned int flag, HLOCAL *pHBInfo, HLOCAL *pHBm, SUSIE_PROGRESS lpPrgressCallback, LONG_PTR lData)");
TestGetPictureWMain(GetPreviewW);
}
}
void TestGetPictureInfo_check(struct PictureInfo *pinfo)
{
printoutf(L" (left, top) = (%d, %d)\r\n", pinfo->left, pinfo->top);
printoutf(L" (width, height) = (%d, %d)\r\n", pinfo->width, pinfo->height);
printoutf(L" x_density: %d ppi y_density %d ppi\r\n",
pinfo->x_density, pinfo->y_density);
printoutf(L" colorDepth: %d bit (%d colors)\r\n", pinfo->colorDepth, 1 << pinfo->colorDepth );
if ( pinfo->left == WRITECHECK_DWORD ){
ShowComment(L" ● left が変更されていない\r\n");
}
if ( pinfo->top == WRITECHECK_DWORD ){
ShowComment(L" ● top が変更されていない\r\n");
}
if ( pinfo->width == WRITECHECK_DWORD ){
ShowComment(L" ● width が変更されていない\r\n");
}
if ( pinfo->height == WRITECHECK_DWORD ){
ShowComment(L" ● height が変更されていない\r\n");
}
if ( pinfo->x_density == WRITECHECK_DWORD ){
ShowComment(L" ● x_density が変更されていない\r\n");
}
if ( pinfo->y_density == WRITECHECK_DWORD ){
ShowComment(L" ● y_density が変更されていない\r\n");
}
if ( pinfo->colorDepth == WRITECHECK_DWORD ){
ShowComment(L" ● colorDepth が変更されていない\r\n");
}
#ifdef _WIN64
if ( ((LONG_PTR)pinfo->hInfo & WRITECHECK_QMASK) == ((LONG_PTR)WRITECHECK_QTOP) ){
ShowComment(L" ● hInfo のアラインメントがずれている(hInfo = %p)\r\n", pinfo->hInfo);
}else if ( pinfo->hInfo == (HANDLE)WRITECHECK_QWORD )
#else
if ( pinfo->hInfo == (HANDLE)WRITECHECK_DWORD )
#endif
{
ShowComment(L" ● hInfo が変更されていない(hInfo = %p)\r\n", pinfo->hInfo);
}else if ( pinfo->hInfo == NULL ){
printout(L" hInfo: NULL\r\n");
}else{
char *info, *infolast;
DWORD size;
info = (char *)LocalLock(pinfo->hInfo);
size = LocalSize(pinfo->hInfo);
printoutf(L" hInfo: %d bytes\r\n", size);
if ( size == 0 ){
ShowComment(L" ● hInfo の大きさが 0 \r\n");
}else{
WCHAR *infoW;
DWORD sizeW;
UINT codepage;
infolast = (char *)memchr(info, 0, size);
if ( infolast == NULL ){
ShowComment(L" ● hInfo が \0 終端でない \r\n");
info[size - 1] = '\0';
}
if ( (size >= 4) && (memcmp(info, UTF8HEADER, UTF8HEADERSIZE) == 0) ){
info += UTF8HEADERSIZE;
size -= UTF8HEADERSIZE;
printout(L" (utf-8): ");
codepage = CP_UTF8;
}else{
printout(L" (ShiftJIS): ");
codepage = CP_ACP;
}
sizeW = MultiByteToWideChar(codepage, 0, info, size, NULL, 0);
infoW = (WCHAR *)malloc(sizeW);
if ( infoW != NULL ){
MultiByteToWideChar(codepage, 0, info, size, infoW, sizeW);
printout(infoW);
free(infoW);
}else{
printout(L"memory error");
}
}
LocalUnlock(pinfo->hInfo);
LocalFree(pinfo->hInfo);
}
}
void TestGetPictureInfo(void)
{
struct PictureInfo pinfo;
if ( GetPictureInfo != NULL ){
int result;
char buf[MAX_PATH];
PrintAPIname("GetPictureInfo(LPCSTR buf, LONG_PTR len, unsigned int flag, struct PictureInfo *lpInfo)");
if ( testdisk ){
printout(L"SOURCE_DISK(non-existence)");
strcpy(buf, "dummy_file_name");
result = GetPictureInfo(buf, 0, SUSIE_SOURCE_DISK, &pinfo);
CheckInvaildFilename(result);
printout(L"SOURCE_DISK");
strcpy(buf, sourcenameA);
memset(&pinfo, WRITECHECK_BYTE, sizeof(pinfo));
result = GetPictureInfo(buf, 0, SUSIE_SOURCE_DISK, &pinfo);
if ( strcmp(buf, sourcenameA) != 0 ){
ShowComment(L" ● filename 破損\r\n");
}
if ( result == SUSIEERROR_NOERROR ){
TestGetPictureInfo_check(&pinfo);
}
}
if ( testmem ){
printout(L"SOURCE_MEM");
result = GetPictureInfo(SourceImage, SourceSize, SUSIE_SOURCE_MEM, &pinfo);
PluginResult(result);
if ( memcmp(SourceImage, CompareSourceImage, SourceAllocSize) != 0 ){
ShowComment(L" ● buf 破損\r\n");
}
if ( result == SUSIEERROR_NOERROR ){
TestGetPictureInfo_check(&pinfo);
}
}
}
if ( UseUNICODE && (GetPictureInfoW != NULL) ){
int result;
WCHAR buf[MAX_PATH];
PrintAPIname("GetPictureInfoW(LPCWSTR buf, LONG_PTR len, unsigned int flag, struct PictureInfo *lpInfo)");
if ( testdisk ){
printout(L"SOURCE_DISK(non-existence)");
strcpyW(buf, L"dummy_file_name");
result = GetPictureInfoW(buf, 0, SUSIE_SOURCE_DISK, &pinfo);
CheckInvaildFilename(result);
printout(L"SOURCE_DISK");
strcpyW(buf, sourcename);
memset(&pinfo, WRITECHECK_BYTE, sizeof(pinfo));
result = GetPictureInfoW(buf, 0, SUSIE_SOURCE_DISK, &pinfo);
PluginResult(result);
if ( strcmpW(buf, sourcename) != 0 ){
ShowComment(L" ● filename 破損\r\n");
}
if ( result == SUSIEERROR_NOERROR ){
TestGetPictureInfo_check(&pinfo);
}
}
if ( testmem ){
printout(L"SOURCE_MEM");
result = GetPictureInfoW((WCHAR *)SourceImage, SourceSize, SUSIE_SOURCE_MEM, &pinfo);
PluginResult(result);
if ( memcmp(SourceImage, CompareSourceImage, SourceAllocSize) != 0 ){
ShowComment(L" ● buf 破損\r\n");
}
if ( result == SUSIEERROR_NOERROR ){
TestGetPictureInfo_check(&pinfo);
}
}
}
}
void TestGetPluginInfo_noinfo(int infono)
{
if ( infono < 4 ){
ShowComment(L" ● infono=%d: infono は 0-3 まで必須\r\n", infono);
}
if ( (infono > 2) && (infono & 1) ){
ShowComment(L" ● infono=%d: 2n+1 があるのに 2n+2 がない\r\n", infono);
}
}
void TestGetPluginInfo(void)
{
BOOL unicode = FALSE;
int infono;
for (;; unicode = TRUE){
if ( unicode == FALSE ){ // ansi
if ( GetPluginInfo == NULL ){
ShowComment(L" ● GetPluginInfo がない\r\n");
continue;
}
PrintAPIname("GetPluginInfo(int infono, LPSTR buf, int buflen)");
}else{ // unicode
if ( !UseUNICODE || (GetPluginInfoW == NULL) ) break;
PrintAPIname("GetPluginInfoW(int infono, LPWSTR buf, int buflen)");
}
for ( infono = 0; ; infono++ ){
#define INFOBUFLEN 512
#define INFOBUFCHECKLEN 500
char bufA[INFOBUFLEN];
WCHAR bufW[INFOBUFLEN], cbuf[32], *memo;
int result, result_checklen, result_susielen;
if ( infono >= 2 ){
result_susielen = 255;
}else if ( infono == 1 ){
result_susielen = 128;
}else{
result_susielen = 8;
}
if ( unicode == FALSE ){
if ( infono >= 1 ){
memset(bufA, WRITECHECK_BYTE, sizeof(bufA));
result = GetPluginInfo(infono, bufA, 4);
bufA[5] = '\0';
if ( result != 0 ){
if ( bufA[4] != WRITECHECK_BYTE ){
ShowComment(L" ● infono=%d: buflen = 4 のとき、buf[4] を越えて書き込み\r\n", infono);
}else if ( strlen(bufA) > 4 ){
ShowComment(L" ● infono=%d: 切り捨て時、末尾が \\0 でない\r\n", infono);
}
}
}
memset(bufA, WRITECHECK_BYTE, sizeof(bufA));
result = GetPluginInfo(infono, bufA, INFOBUFCHECKLEN);
if ( result == 0 ){
TestGetPluginInfo_noinfo(infono);
break;
}
bufA[INFOBUFLEN - 1] = '\0';
result_checklen = strlen(bufA);
AnsiToUnicode(bufA, bufW, INFOBUFCHECKLEN);
}else{
if ( infono >= 1 ){
memset(bufW, WRITECHECK_BYTE, sizeof(bufW));
result = GetPluginInfoW(infono, bufW, 4);
bufW[5] = '\0';
if ( result != 0 ){
if ( bufW[4] != WRITECHECK_WCHAR ){
ShowComment(L" ● infono=%d: buflen = 4 のとき、buf[4] を越えて書き込み\r\n", infono);
}else if ( strlenW(bufW) > 4 ){
ShowComment(L" ● infono=%d: 切り捨て時、末尾が \\0 でない\r\n", infono);
}
}
}
memset(bufW, WRITECHECK_BYTE, sizeof(bufW));
bufW[0] = '\0';
result = GetPluginInfoW(infono, bufW, INFOBUFCHECKLEN);
if ( result == 0 ){
TestGetPluginInfo_noinfo(infono);
break;
}
bufW[INFOBUFLEN - 1] = '\0';
result_checklen = strlenW(bufW);
}
if ( result > INFOBUFCHECKLEN ){
ShowComment(L" ● infono=%d: 戻り値(%d)が指定最大値(%d)超\r\n", infono, result, INFOBUFCHECKLEN);
result = INFOBUFCHECKLEN - 1;
}
if ( result_checklen > result ){
ShowComment(L" ● infono=%d: buf の末尾が \\0 でない\r\n", infono);
}
if ( result_checklen >= result_susielen ){
ShowComment(L" ● infono=%d: Susie(%d)では扱えない長さ\r\n", infono, result_susielen);
}
memo = L"";
if ( infono == 0 ){
if ( strcmpW(bufW, L"00AM") == 0 ){
type_extract = TRUE;
memo = L" (Export filter)";
}else if ( strcmpW(bufW, L"00IN") == 0 ){
memo = L" (Import filter)";
}else if ( strcmpW(bufW, L"T0XN") == 0 ){
memo = L" (AtoB Converter export Plug-in)";
}else{
ShowComment(L" ● 不明プラグインバージョン\r\n");
}
strcpyW(cbuf, L"type");
}else if ( infono == 1 ){
strcpyW(cbuf, L"name");
}else if ( infono & 1 ){
wsprintfW(cbuf, L"name #%d", infono / 2);
}else{
wsprintfW(cbuf, L"ext #%d", infono / 2);
}
printoutf(L" %d(%s): %s%s\r\n", infono, cbuf, bufW, memo);
if ( result != result_checklen ){
ShowComment(L" ● infono=%d: 戻り値:%d != 文字列長:%d\r\n", infono, result, result_checklen);
}
if ( (infono >= 2) && ((infono & 1) == 0) ){
if ( (bufW[0] == '.') || (strstrW(bufW, L";.") != NULL) ){
ShowComment(L" ● infono=%d: 対応拡張子が「*.ext」形式で無い\r\n", infono);
}
}
}
if ( unicode ) break;
}
}
#define IsSupportedT(unicode, nameA, nameW, dw) (!unicode ? IsSupported(nameA, dw) : IsSupportedW(nameW, dw))
int PrintSupport(int result)
{
printoutf(L" %d (%s)\r\n", result, result ? L"support" : L"not support");
return result;
}
void TestIsSupported(void)
{
char header[SUSIE_CHECK_SIZE + 16], backup_header[SUSIE_CHECK_SIZE + 16];
char dummy_header[SUSIE_CHECK_SIZE + 16];
HANDLE hFile;
BOOL unicode = FALSE;
int result;
char bufA[MAX_PATH];
WCHAR bufW[MAX_PATH];
if ( sourcename[0] == '\0' ) return;
hFile = OpenFileHeader(header);
if ( hFile == INVALID_HANDLE_VALUE ) return;
memcpy(backup_header, header, sizeof(backup_header));
memset(dummy_header, WRITECHECK_BYTE, sizeof(dummy_header));
for (;; unicode = TRUE){
if ( unicode == FALSE ){ // ansi
if ( IsSupported == NULL ){
ShowComment(L" ● IsSupported が存在しない\r\n");
continue;
}
PrintAPIname("IsSupported(LPCSTR filename, void *dw)");
strcpy(bufA, "non-existence");
}else{ // unicode
if ( !UseUNICODE || (IsSupportedW == NULL) ) break;
PrintAPIname("IsSupportedW(LPCSTR filename, void *dw)");
strcpyW(bufW, L"non-existence");
}
printout(L" dw is memory(dummy data):");
result = PrintSupport(IsSupportedT(unicode, bufA, bufW, dummy_header));
if ( result ) ShowComment(L" ● 存在しないファイルでも対応扱い\r\n");
printoutf(L" dw is file handle(bad handle):");
result = PrintSupport(IsSupportedT(unicode, bufA, bufW, (void *)WRITECHECK_BYTE));
if ( result ) ShowComment(L" ● 存在しないハンドルでも対応扱い\r\n");
if ( unicode == FALSE ){ // ansi
strcpy(bufA, sourcenameA);
}else{ // unicode
strcpyW(bufW, sourcename);
}
printout(L" dw is memory: ");
PrintSupport(IsSupportedT(unicode, bufA, bufW, header));
if ( (!unicode ? strcmp(bufA, sourcenameA) : strcmpW(bufW, sourcename)) != 0 ){
ShowComment(L" ● filename 破損\r\n");
}
if ( memcmp(header, backup_header, sizeof(header)) != 0 ){
ShowComment(L" ● dw 破損\r\n");
}
{
hFile = CreateFileW(sourcename, GENERIC_READ,
FILE_SHARE_WRITE | FILE_SHARE_READ, NULL,
OPEN_EXISTING, FILE_FLAG_SEQUENTIAL_SCAN, NULL);
if ( hFile != INVALID_HANDLE_VALUE ){
if ( (LONG_PTR)hFile < 0x10000 ){
printout(L" dw is file handle:");
PrintSupport(IsSupportedT(unicode, bufA, bufW, hFile));
}else{
printout(L"* ファイルハンドルのテストができない(over 16bit).\r\n");
}
CloseHandle(hFile);
}
}
if ( unicode ) break;
}
}
void TestGetArchiveInfo_SUSIE_FINFO(SUSIE_FINFO *finfo, UINT infosize)
{
UINT maxcount;
UINT count = 0;
WCHAR timebuf[32];
maxcount = (infosize + sizeof(SUSIE_FINFO) - 1) / sizeof(SUSIE_FINFO);
if ( infosize < 1 ){
ShowComment(L" ● lphInf の大きさが小さいため、ファイル情報の終了を検出できない\r\n");
}
for ( ; count < maxcount ;){
if ( finfo->method[0] == '\0' ){
if ( (count + 1) != maxcount ){
printoutf(L"※ 確保したメモリ(%d)よりファイル情報の数(%dx%d=%d)が少ない\r\n", infosize, count, sizeof(SUSIE_FINFO), count * sizeof(SUSIE_FINFO));
}
break;
}
printoutf(L"-#%d-method: %hs\r\n", count, finfo->method);
printoutf(L" #%d position: %lu\r\n", count, finfo->position);
printoutf(L" #%d compsize: %lu\r\n", count, finfo->compsize);
printoutf(L" #%d filesize: %lu\r\n", count, finfo->filesize);
printoutf(L" #%d timestamp: %s\r\n", count, GetTimeStrings(timebuf, finfo->timestamp));
printoutf(L" #%d path: '%hs'\r\n", count, finfo->path);
printoutf(L" #%d filename: '%hs'\r\n", count, finfo->filename);
printoutf(L" #%d crc: %u\r\n", count, finfo->crc);
finfo++;
count++;
if ( count == maxcount ){
ShowComment(L" ● 最後のファイル情報が method[0] == '\\0' でない\r\n");
}
}
printoutf(L" %d Entries\r\n", count);
}
void Compare_SUSIE_FINFO_one(SUSIE_FINFO *finfo1, SUSIE_FINFO *finfo2, int count)
{
if ( strcmp((const char *)finfo1->method, (const char *)finfo2->method) != 0 ){
ShowComment(L" ● #%d method 不一致(%hs != %hs)\r\n", count, finfo1->method, finfo2->method);
}
if ( finfo1->position != finfo2->position ){
ShowComment(L" ● #%d position 不一致(%d != %d)\r\n", count, finfo1->position, finfo2->position);
}
if ( finfo1->compsize != finfo2->compsize ){
ShowComment(L" ● #%d compsize 不一致\r\n", count);
}
if ( finfo1->filesize != finfo2->filesize ){
ShowComment(L" ● #%d filesize 不一致(%d != %d)\r\n", count, finfo1->filesize, finfo2->filesize);
}
if ( finfo1->timestamp != finfo2->timestamp ){
ShowComment(L" ● #%d timestamp 不一致\r\n", count);
}
if ( strcmp(finfo1->path, finfo2->path) != 0 ){
ShowComment(L" ● #%d path 不一致\r\n", count);
}
if ( strcmp(finfo1->filename, finfo2->filename) != 0 ){
ShowComment(L" ● #%d filename 不一致(%hs != %hs)\r\n", count, finfo1->filename, finfo2->filename);
}
if ( finfo1->crc != finfo2->crc ){
ShowComment(L" ● #%d crc 不一致\r\n", count);
}
}
void Compare_SUSIE_FINFO(SUSIE_FINFO *finfo1, SUSIE_FINFO *finfo2, UINT infosize)
{
UINT maxcount;
UINT count = 0;
int OldCommentCount = CommentCount;
printout(L" Compare SUSIE_FINFO file <-> mem\r\n");
maxcount = (infosize + sizeof(SUSIE_FINFO) - 1) / sizeof(SUSIE_FINFO);
for ( ; count < maxcount ; finfo1++, finfo2++, count++ ){
if ( (finfo1->method[0] == '\0') || (finfo2->method[0] == '\0') ){
if ( (finfo1->method[0] != '\0') || (finfo2->method[0] != '\0') ){
printout(L"X\r\n");
ShowComment(L" ● ソースが memory と file で情報数が異なる\r\n");
}else{
printout(L".");
}
break;
}
Compare_SUSIE_FINFO_one(finfo1, finfo2, count);
}
printout(L"\r\n");
if ( CommentCount == OldCommentCount ) printout(L" -> All match\r\n");
}
void TestGetArchiveInfo_SUSIE_FINFOW(SUSIE_FINFOW *finfo, UINT infosize)
{
UINT maxcount;
UINT count = 0;
WCHAR timebuf[32];
maxcount = (infosize + sizeof(SUSIE_FINFOW) - 1) / sizeof(SUSIE_FINFOW);
if ( infosize < 1 ){
ShowComment(L" ● lphInf の大きさが小さいため、ファイル情報の終了を検出できない\r\n");
}
for ( ; count < maxcount ;){
if ( finfo->method[0] == '\0' ){
if ( (count + 1) != maxcount ){
ShowComment(L"● 確保したメモリ(%d)よりファイル情報の数(%dx%d=%d)が少ない\r\n", infosize, count, sizeof(SUSIE_FINFO), count * sizeof(SUSIE_FINFO));
}
break;
}
printoutf(L"-#%d-method: %hs\r\n", count, finfo->method);
printoutf(L" #%d position: %lu\r\n", count, finfo->position);
printoutf(L" #%d compsize: %lu\r\n", count, finfo->compsize);
printoutf(L" #%d filesize: %lu\r\n", count, finfo->filesize);
printoutf(L" #%d timestamp: %s\r\n", count, GetTimeStrings(timebuf, finfo->timestamp));
printoutf(L" #%d path: '%s'\r\n", count, finfo->path);
printoutf(L" #%d filename: '%s'\r\n", count, finfo->filename);
printoutf(L" #%d crc: %u\r\n", count, finfo->crc);
finfo++;
count++;
if ( count == maxcount ){
ShowComment(L" ● 最後のファイル情報が method[0] == '\\0' でない\r\n");
}
}
printoutf(L" %d Entries\r\n", count);
}
void Compare_SUSIE_FINFOW_one(SUSIE_FINFOW *finfo1, SUSIE_FINFOW *finfo2, int count)
{
if ( strcmp((const char *)finfo1->method, (const char *)finfo2->method) != 0 ){
ShowComment(L" ● #%d method 不一致(%S != %S)\r\n", count, finfo1->method, finfo2->method);
}
if ( finfo1->position != finfo2->position ){
ShowComment(L" ● #%d position 不一致(%d != %d)\r\n", count, finfo1->position, finfo2->position);
}
if ( finfo1->compsize != finfo2->compsize ){
ShowComment(L" ● #%d compsize 不一致(%d != %d)\r\n", count, finfo1->compsize, finfo2->compsize);
}
if ( finfo1->filesize != finfo2->filesize ){
ShowComment(L" ● #%d filesize 不一致(%d != %d)\r\n", count, finfo1->filesize, finfo2->filesize);
}
if ( finfo1->timestamp != finfo2->timestamp ){
ShowComment(L" ● #%d timestamp 不一致\r\n", count);
}
if ( strcmpW(finfo1->path, finfo2->path) != 0 ){
ShowComment(L" ● #%d path 不一致(%s != %s)\r\n", count, finfo1->path, finfo2->path);
}
if ( strcmpW(finfo1->filename, finfo2->filename) != 0 ){
ShowComment(L" ● #%d filename 不一致(%s != %s)\r\n", count, finfo1->filename, finfo2->filename);
}
if ( finfo1->crc != finfo2->crc ){
ShowComment(L" ● #%d crc 不一致\r\n", count);
}
}
void Compare_SUSIE_FINFOW(SUSIE_FINFOW *finfo1, SUSIE_FINFOW *finfo2, UINT infosize)
{
UINT maxcount;
UINT count = 0;
int OldCommentCount = CommentCount;
printout(L" Compare SUSIE_FINFOW file <-> mem\r\n");
maxcount = (infosize + sizeof(SUSIE_FINFOW) - 1) / sizeof(SUSIE_FINFOW);
for ( ; count < maxcount ; finfo1++, finfo2++, count++ ){
if ( finfo1->method[0] == '\0' ){
if ( finfo2->method[0] != '\0' ){
ShowComment(L" ● ソースが memory と file で情報数が異なる\r\n");
}
break;
}
Compare_SUSIE_FINFOW_one(finfo1, finfo2, count);
}
if ( CommentCount == OldCommentCount ) printout(L" -> All match\r\n");
}
void Compare_SUSIE_FINFO_AW(SUSIE_FINFO *finfo1, SUSIE_FINFOW *finfo2, UINT info1size)
{
UINT maxcount;
UINT count = 0;
int OldCommentCount = CommentCount;
WCHAR text[SUSIE_PATH_MAX];
printout(L" Compare SUSIE_FINFO with SUSIE_FINFOW\r\n");
maxcount = (info1size + sizeof(SUSIE_FINFO) - 1) / sizeof(SUSIE_FINFO);
for ( ; count < maxcount ; finfo1++, finfo2++, count++ ){
printout(L".");
if ( finfo1->method[0] == '\0' ){
if ( finfo2->method[0] != '\0' ){
ShowComment(L" ● ソースが memory と file で情報数が異なる\r\n");
}
break;
}
if ( finfo1->position != finfo2->position ){
ShowComment(L" ● #%d position 不一致(%d != %d)\r\n", count, finfo1->position, finfo2->position);
}
if ( finfo1->compsize != finfo2->compsize ){
ShowComment(L" ● #%d compsize 不一致(%d != %d)\r\n", count, finfo1->compsize, finfo2->compsize);
}
if ( finfo1->filesize != finfo2->filesize ){
ShowComment(L" ● #%d filesize 不一致(%d != %d)\r\n", count, finfo1->filesize, finfo2->filesize);
}
if ( finfo1->timestamp != finfo2->timestamp ){
ShowComment(L" ● #%d timestamp 不一致(%d != %d)\r\n", count, finfo1->timestamp, finfo2->timestamp);
}
AnsiToUnicode(finfo1->path, text, SUSIE_PATH_MAX);
if ( strcmpW(text, finfo2->path) != 0 ){
ShowComment(L" ● #%d path 不一致(%s != %s)\r\n", count, text, finfo2->path);
}
AnsiToUnicode(finfo1->filename, text, SUSIE_PATH_MAX);
if ( strcmpW(text, finfo2->filename) != 0 ){
ShowComment(L" ● #%d filename 不一致(%s != %s)\r\n", count, text, finfo2->filename);
}
if ( finfo1->crc != finfo2->crc ){
ShowComment(L" ● #%d crc 不一致(%d, %d)\r\n", count, finfo1->crc, finfo2->crc);
}
}
printout(L"X\r\n");
if ( CommentCount == OldCommentCount ) printout(L" -> All match\r\n");
}
void TestGetArchiveInfo(void)
{
if ( sourcename[0] == '\0' ) return;
if ( GetArchiveInfo != NULL ){
int result;
char buf[MAX_PATH];
HLOCAL hInfFile, hInfMem;