void BeyeContext::show_usage() const {
beye_priv& priv = static_cast<beye_priv&>(opaque);
unsigned evt,i,nln,h,y;
TWindow *win;
nln = sizeof(beyeArg)/sizeof(struct tagbeyeArg);
h = nln+4;
y = priv._tconsole->vio_height()/2-h/2;
win = new(zeromem) TWindow(2,y,priv._tconsole->vio_width()-2,h+2,TWindow::Flag_None | TWindow::Flag_NLS);
win->set_title(BEYE_VER_MSG,TWindow::TMode_Center,error_cset.border);
win->into_center();
win->set_color(error_cset.main);
win->set_frame(TWindow::DOUBLE_FRAME,error_cset.border);
win->set_footer(" Press [ ESC ] to quit ",TWindow::TMode_Right,error_cset.border);
win->clear();
win->goto_xy(1,1);
win->puts(" Usage: beye [OPTIONS] file...");
for(i = 0;i < nln;i++)
{
win->goto_xy(1,4+i);
win->printf(" %s %s\n",beyeArg[i].key,beyeArg[i].prompt);
}
win->show();
do {
evt = GetEvent(NULL,NULL,priv.ErrorWnd);
}while(!(evt == KE_ESCAPE || evt == KE_F(10) || evt == KE_ENTER));
delete win;
}
void PharLap_Parser::PLSegPaint(TWindow& win,const std::vector<PLSegInfo>& names,unsigned start) const
{
const PLSegInfo& nam = names[start];
win.freeze();
win.clear();
std::ostringstream oss;
oss<<" Segment Table [ "<<(start + 1)<<" / "<<names.size()<<" ] ";
win.set_title(oss.str(),TWindow::TMode_Center,dialog_cset.title);
win.set_footer(PAGEBOX_SUB,TWindow::TMode_Right,dialog_cset.selfooter);
win.goto_xy(1,1);
win.printf(
"Selector number = %04hXH\n"
"Flags = %04hXH\n"
"Base offset of selector = %08lXH\n"
"Min extra memory alloc = %08lXH"
,nam.siSelector
,nam.siFlags
,nam.siBaseOff
,nam.siMinAlloc);
win.refresh_full();
}
void PharLap_Parser::PLRunTimePaint(TWindow& win,const std::vector<PLRunTimeParms>& names,unsigned start) const
{
std::ostringstream oss;
char sign[3];
const PLRunTimeParms& nam = names[start];
win.freeze();
win.clear();
oss<<" Run-time Parameters Table [ "<<(start + 1)<<" / "<<names.size()<<" ] ";
win.set_title(oss.str(),TWindow::TMode_Center,dialog_cset.title);
win.set_footer(PAGEBOX_SUB,TWindow::TMode_Right,dialog_cset.selfooter);
strncpy(sign,(const char *)nam.rtSignature,2);
sign[2] = 0;
win.goto_xy(1,1);
win.printf(
"Signature = %s\n"
"Min. number of real-mode parms = %04hXH\n"
"Max. number of real-mode parms = %04hXH\n"
"Min. interrupt buffer size = %04hXH\n"
"Max. interrupt buffer size = %04hXH\n"
"Number of interrupt stacks = %04hXH\n"
"Size of each interrupt stack = %04hXH\n"
"Offset of end of real-mode data= %08lXH\n"
"Call buffer size = %04hXH\n"
"Flags = %04hXH\n"
"Unpriviledge flags = %04hXH"
,sign
,nam.rtMinRModeParms
,nam.rtMaxRModeParms
,nam.rtMinIBuffSize
,nam.rtMaxIBuffSize
,nam.rtNIStacks
,nam.rtIStackSize
,nam.rtEndRModeOffset
,nam.rtCallBuffSize
,nam.rtFlags
,nam.rtUnprivFlags);
win.refresh_full();
}
__filesize_t BMP_Parser::show_header() const
{
unsigned keycode;
TWindow * hwnd;
BITMAPINFOHEADER bmph;
__filesize_t fpos,fpos2;
fpos = bctx.tell();
main_handle.seek(2,binary_stream::Seek_Set);
/*filesize = */main_handle.read(type_dword);
main_handle.seek(4,binary_stream::Seek_Cur);
fpos2=main_handle.read(type_word); /* data offset */
main_handle.seek(2,binary_stream::Seek_Cur);
binary_packet bp=main_handle.read(sizeof(BITMAPINFOHEADER)); memcpy(&bmph,bp.data(),bp.size());
hwnd = CrtDlgWndnls(" BMP File Header ",43,6);
hwnd->goto_xy(1,1);
hwnd->printf(
"WxH = %lux%lu\n"
"PlanesxBitCount = %ux%u\n"
"Compression = %c%c%c%c\n"
"ImageSize = %lu\n"
"XxYPelsPerMeter = %lux%lu\n"
"ColorUsedxImportant = %lux%lu\n"
,bmph.biWidth,bmph.biHeight
,bmph.biPlanes,bmph.biBitCount
INT_2_CHAR_ARG(bmph.biCompression)
,bmph.biSizeImage
,bmph.biXPelsPerMeter,bmph.biYPelsPerMeter
,bmph.biClrUsed,bmph.biClrImportant);
while(1) {
keycode = GetEvent(drawEmptyPrompt,NULL,hwnd);
if(keycode == KE_F(5) || keycode == KE_ENTER) { fpos = fpos2; break; }
else if(keycode == KE_ESCAPE || keycode == KE_F(10)) break;
}
delete hwnd;
return fpos;
}
__filesize_t SisX_Parser::show_header() const
{
unsigned keycode;
TWindow* hwnd;
const char *cpuname,*exetype;
struct E32ImageHeader img;
__filesize_t fpos,fpos2;
fpos2=fpos = bctx.tell();
main_handle.seek(0,binary_stream::Seek_Set);
binary_packet bp=main_handle.read(sizeof(img)); memcpy(&img,bp.data(),bp.size());
switch(img.iUid1) {
case 0x10000079: exetype="DLL"; break;
case 0x1000007A: exetype="EXE"; break;
default: exetype="UNK"; break;
}
switch(img.iCpuIdentifier) {
case 0x1000: cpuname="x86"; break;
case 0x2000: cpuname="ARMv4"; break;
case 0x2001: cpuname="ARMv5"; break;
case 0x2002: cpuname="ARMv6"; break;
case 0x2003: cpuname="ARMv7"; break;
case 0x2004: cpuname="ARMv8"; break;
case 0x2005: cpuname="ARMv9"; break;
case 0x4000: cpuname="MCore"; break;
default: cpuname="unknown"; break;
}
std::ostringstream oss;
oss<<" E32Image Header ("<<exetype<<")";
hwnd = CrtDlgWndnls(oss.str(),68,15);
hwnd->goto_xy(1,1);
hwnd->printf(
"Module/Tool Version = 0x%08X/0x%08X\n"
"Compression Type = 0x%08X\n"
"Flags = 0x%08X (%s %s %s %s %s)\n"
"Code/Data size = 0x%08X/0x%08X\n"
"Min/Max heap size = 0x%08X/0x%08X\n"
"Stack/BSS size = 0x%08X/0x%08X\n"
"Entry point = 0x%08X\n"
"Code/Data base = 0x%08X/0x%08X\n"
"Code/Data offset = 0x%08X/0x%08X\n"
"DLL ref offset/count = 0x%08X/%u\n"
"ExportDir offset/cnt = 0x%08X/%u\n"
"Text size = %u\n"
"Code/Data Reloc off = 0x%08X/0x%08X\n"
"Process priority = 0x%04X\n"
"CPU identifier = 0x%04X(%s)\n"
,img.iModuleVersion,img.iToolsVersion
,img.iCompressionType
,img.iFlags
,img.iFlags&0x10000000?"PE_Fmt":""
,img.iFlags&0x02000000?"Fmt_Ver":""
,img.iFlags&0x00000020?"EKA2":""
,img.iFlags&0x00000008?"EABI":""
,img.iFlags&0x10000002?"No_call":""
,img.iCodeSize,img.iDataSize
,img.iHeapSizeMin,img.iHeapSizeMax
,img.iStackSize,img.iBssSize
,img.iEntryPoint
,img.iCodeBase,img.iDataBase
,img.iCodeOffset,img.iDataOffset
,img.iImportOffset,img.iDllRefTableCount
,img.iExportDirOffset,img.iExportDirCount
,img.iTextSize
,img.iCodeRelocOffset,img.iDataRelocOffset
,img.iProcessPriority
,img.iCpuIdentifier,cpuname
);
while(1) {
keycode = GetEvent(drawEmptyPrompt,NULL,hwnd);
if(keycode == KE_F(5) || keycode == KE_ENTER) { fpos = fpos2; break; }
else if(keycode == KE_ESCAPE || keycode == KE_F(10)) break;
}
delete hwnd;
return fpos;
}
__filesize_t PharLap_Parser::show_header() const
{
__filesize_t fpos;
TWindow *w;
unsigned keycode;
char sign[3];
fpos = bctx.tell();
strncpy(sign,(char *)nph.plSignature,2);
sign[2] = 0;
w = CrtDlgWndnls(" New PharLap executable ",59,23);
w->goto_xy(1,1);
w->printf(
"Signature = %s\n"
"Level = %s\n"
"Header size = %04XH\n"
"File size = %08lXH\n"
"Check sum (32-bit checksum) = %04XH (%08lXH)\n"
"Run-time parameters (offset/size)= %08lXH/%08lXH\n"
"Relocations (offset/size) = %08lXH/%08lXH\n"
"Segment info table (offset/size) = %08lXH/%08lXH\n"
"Image (offset/size) = %08lXH/%08lXH\n"
"Symbol table (offset/size) = %08lXH/%08lXH\n"
"GDT (offset/size) = %08lXH/%08lXH\n"
"LDT (offset/size) = %08lXH/%08lXH\n"
"IDT (offset/size) = %08lXH/%08lXH\n"
"TSS (offset/size) = %08lXH/%08lXH\n"
"Min. number of extra 4K pages = %08lXH\n"
"Max. number of extra 4K pages = %08lXH\n"
"Image base (flat level only) = %08lXH\n"
"Initial stack (SS:ESP) = %04XH:%08lXH\n"
"Initail code (CS:EIP) = %04XH:%08lXH\n"
"Initial LDT/TSS = %04XH/%04XH\n"
"Flags = %04XH\n"
"Memory requirement for image = %08lXH\n"
"Stack size = %08lXH"
,sign
,nph.plLevel == 0x01 ? "Flat" : nph.plLevel == 0x02 ? "Multisegmented" : "Unknown"
,nph.plHeaderSize
,nph.plFileSize
,nph.plCheckSum,nph.plChecksum32
,nph.plRunTimeParms,nph.plRunTimeSize
,nph.plRelocOffset,nph.plRelocSize
,nph.plSegInfoOffset,nph.plSegInfoSize
,nph.plImageOffset,nph.plImageSize
,nph.plSymTabOffset,nph.plSymTabSize
,nph.plGDTOffset,nph.plGDTSize
,nph.plLDTOffset,nph.plLDTSize
,nph.plIDTOffset,nph.plIDTSize
,nph.plTSSOffset,nph.plTSSSize
,nph.plMinExtraPages
,nph.plMaxExtraPages
,nph.plBase
,nph.plSS,nph.plESP
,nph.plCS,nph.plEIP
,nph.plLDT,nph.plTSS
,nph.plFlags
,nph.plMemReq
,nph.plStackSize);
while(1)
{
keycode = GetEvent(drawEmptyPrompt,NULL,w);
if(keycode == KE_ENTER) { /* fpos = entrypoint*/; break; }
else
if(keycode == KE_ESCAPE || keycode == KE_F(10)) break;
}
delete w;
return fpos;
}
