able/windows-nt
1
0
Fork 0
Code Issues Pull requests Projects Releases Wiki Activity
windows-nt/Source/XPSP1/NT/base/boot/oschoice/parse.c
CryptoAlgo Inc b3cac27891 Add source files
2020-09-26 16:20:57 +08:00

4170 lines
109 KiB
C
Raw Permalink Blame History

This file contains invisible Unicode characters

This file contains invisible Unicode characters that are indistinguishable to humans but may be processed differently by a computer. If you think that this is intentional, you can safely ignore this warning. Use the Escape button to reveal them.

/*++
Copyright (c) 1991 Microsoft Corporation
Module Name:
parse.c
Abstract:
This module contains UI code for the OS chooser
Author:
Adam Barr (adamba) 15-May-1997
Revision History:
Geoff Pease (GPease) 28 May 1998 - Major Overhaul to "OSCML" parser
--*/
#ifdef i386
#include "bldrx86.h"
#endif
#if defined(_IA64_)
#include "bldria64.h"
#endif
#include "ctype.h"
#include "stdio.h"
#include "string.h"
#include <netfs.h>
#include "oscheap.h"
#include "parse.h"
#include "hdlsterm.h"
#if 0 && DBG==1
#define _TRACE_FUNC_
#endif
#ifdef _TRACE_FUNC_
#define TraceFunc( _func) { \
CHAR FileLine[80]; \
sprintf( FileLine, "%s(%u)", __FILE__, __LINE__ ); \
DPRINT( OSC, ("%-55s: %s", FileLine, _func) ); \
}
#else
#define TraceFunc( _func )
#endif
#define SCREEN_TOP 2
#ifdef EFI
#define SCREEN_BOTTOM 24
#else
#define SCREEN_BOTTOM 25
#endif
// Special translated character codes
#define CHAR_NBSP ((CHAR)255)
#define MAX_INPUT_BUFFER_LENGTH 1024
#define PRINT(s,l) { ULONG privCount; ArcWrite(BlConsoleOutDeviceId, (s), (l), &privCount); }
#define PRINTL(s) { ULONG privCount; ArcWrite(BlConsoleOutDeviceId, (s), _tcslen(s), &privCount); }
#define BLINK_RATE 5
#define BRACKETS 4 // left and right brackets w/one space each
#define CT_TEXT 0x1
#define CT_PASSWORD 0x2
#define CT_RESET 0x4
#define CT_SELECT 0x8
#define CT_OPTION 0x10
#define CT_LOCAL 0x20
#define CT_VARIABLE 0x40
enum ENCODETYPE {
ET_NONE = 0,
ET_OWF
};
typedef struct {
enum ACTIONS Action;
PCHAR ScreenName;
} KEY_RESPONSE, *LPKEY_RESPONSE;
typedef struct {
void * Next;
enum CONTROLTYPE Type;
} CONTROLSTRUCT, *LPCONTROLSTRUCT;
typedef struct {
void * Next;
int Type;
enum ENCODETYPE Encoding;
int Size;
int MaxLength;
int X;
int Y;
int CurrentPosition;
int FirstVisibleChar;
PCHAR Name;
PCHAR Value;
} INPUTSTRUCT, *LPINPUTSTRUCT;
enum OPTIONFLAGS {
OF_MULTIPLE = 0x01,
OF_SELECTED = 0x02,
};
typedef struct {
void * Next;
enum CONTROLTYPE Type;
enum OPTIONFLAGS Flags;
PCHAR Value;
PCHAR Displayed;
PCHAR Tip;
PCHAR EndTip;
} OPTIONSTRUCT, * LPOPTIONSTRUCT;
typedef struct {
void * Next;
enum CONTROLTYPE Type;
enum OPTIONFLAGS Flags;
int Size;
int X;
int Y;
int Width;
int Timeout;
BOOLEAN AutoSelect;
PCHAR Name;
LPOPTIONSTRUCT FirstVisibleSelection;
LPOPTIONSTRUCT CurrentSelection;
} SELECTSTRUCT, * LPSELECTSTRUCT;
typedef struct {
int X;
int Y;
int LeftMargin;
int RightMargin;
int Size;
} TIPAREA, *LPTIPAREA;
extern const CHAR rghex[]; // "0123456789ABCDEF"
//
// Current Screen Paramaters
//
PCHAR ScreenAttributes;
static CHAR WhiteOnBlueAttributes[] = ";44;37m"; // normal text, white on blue
static CHAR BlackOnBlackAttributes[] = ";40;40m"; // normal text, black on black
int ScreenX;
int ScreenY;
int ScreenBottom;
int LeftMargin;
int RightMargin;
LPKEY_RESPONSE EnterKey;
LPKEY_RESPONSE EscKey;
LPKEY_RESPONSE F1Key;
LPKEY_RESPONSE F3Key;
BOOLEAN PreformattedMode;
BOOLEAN LoginScreen;
BOOLEAN AutoEnter;
BOOLEAN InsertMode;
void * ScreenControls;
enum ACTIONS SpecialAction;
LPTIPAREA TipArea;
#if defined(PLEASE_WAIT)
PCHAR PleaseWaitMsg;
#endif
// 80 spaces, for padding out menu bar highlights.
static TCHAR SpaceString[] =
TEXT(" ");
VOID
RomDumpRawData (
IN PUCHAR DataStart,
IN ULONG DataLength,
IN ULONG Offset
);
//
// From regboot.c -- Column and Row are 1-based
//
VOID
BlpPositionCursor(
IN ULONG Column,
IN ULONG Row
);
VOID
BlpClearScreen(
VOID
);
//
// End from regboot.c
//
//
// Gets an integer, using PrevLoc and CurLoc as in BlProcessScreen.
//
UINT
GetInteger(
PCHAR * InputString
)
{
UINT uint;
PCHAR psz;
TraceFunc( "BlpGetInteger()\n" );
uint = 0;
psz = *InputString;
while ((*psz >= '0') && (*psz <= '9')) {
uint = (uint*10) + *psz - '0';
++psz;
}
*InputString = psz;
//DPRINT( OSC, ("Integer: '%u'\n", tmpInteger) );
return uint;
}
#ifdef EFI
BlpShowCursor(
IN BOOLEAN ShowCursor,
IN TCHAR UnderCharacter
)
{
//bugbug handle "under character"
BlEfiEnableCursor(ShowCursor);
}
VOID
BlpSendEscape(
PCHAR Escape
)
/*++
Routine Description:
Sends an escape to the screen.
Arguments:
None
Return Value:
None.
--*/
{
BlEfiSetAttribute(DEFATT);
BlEfiSetInverseMode(FALSE);
}
VOID
BlpSendEscapeReverse(
PCHAR Escape
)
/*++
Routine Description:
Sends an escape to the screen that reverses the foreground and
background colors of the Escape sequence. All special codes are
retained (codes not in the ranges of 30-37 and 40-47).
Arguments:
Escape - the escape sequence string.
Return Value:
None.
--*/
{
BlEfiSetAttribute(INVATT);
}
VOID
BlpSendEscapeBold(
PCHAR Escape
)
/*++
Routine Description:
Sends an escape to the screen with the additional inverse code.
Arguments:
None
Return Value:
None.
--*/
{
NOTHING;
}
VOID
BlpSendEscapeFlash(
PCHAR Escape
)
/*++
Routine Description:
Sends an escape to the screen with the additional flash code.
Arguments:
None
Return Value:
None.
--*/
{
NOTHING; //there is no flash attribute available under EFI.
}
#else
VOID
BlpSendEscape(
PCHAR Escape
)
/*++
Routine Description:
Sends an escape to the screen.
Arguments:
None
Return Value:
None.
--*/
{
TCHAR Buffer[16];
ULONG Count;
#ifdef _TRACE_FUNC_
TraceFunc("BlpSendEscape( ");
DPRINT( OSC, ("Escape='%s' )\n", Escape) );
#endif
#ifdef UNICODE
_stprintf(Buffer, TEXT("%s%S"), ASCI_CSI_OUT, Escape);
#else
_stprintf(Buffer, TEXT("%s%s"), ASCI_CSI_OUT, Escape);
#endif
PRINTL(Buffer);
}
VOID
BlpSendEscapeReverse(
PCHAR Escape
)
/*++
Routine Description:
Sends an escape to the screen that reverses the foreground and
background colors of the Escape sequence. All special codes are
retained (codes not in the ranges of 30-37 and 40-47).
Arguments:
Escape - the escape sequence string.
Return Value:
None.
--*/
{
TCHAR Buffer[20];
PCHAR CurLoc = Escape;
int Color;
#ifdef _TRACE_FUNC_
TraceFunc( "BlpSendEscapeReverse( " );
DPRINT( OSC, ("Escape='%s' )\n", Escape) );
#endif
if ( Escape == NULL ) {
return; // abort
}
_tcscpy( Buffer, ASCI_CSI_OUT );
//
// Pre-pend the inverse video string for a vt100 terminal
//
if (BlIsTerminalConnected()) {
_stprintf(Buffer, TEXT("%s7"), Buffer);
}
while ( *CurLoc && *CurLoc != 'm' ) {
if ( !( *CurLoc >= '0' && *CurLoc <= '9' ) ) {
CurLoc++;
}
Color = GetInteger( &CurLoc );
if ( Color >=30 && Color <= 37) {
Color += 10;
} else if ( Color >= 40 && Color <= 47 ) {
Color -= 10;
}
_stprintf( Buffer, TEXT("%s;%u"), Buffer, Color );
}
//
// Add trailing 'm'
//
_stprintf( Buffer, TEXT("%sm"), Buffer );
PRINTL( Buffer );
}
VOID
BlpSendEscapeBold(
PCHAR Escape
)
/*++
Routine Description:
Sends an escape to the screen with the additional inverse code.
Arguments:
None
Return Value:
None.
--*/
{
TCHAR Buffer[20];
#ifdef _TRACE_FUNC_
TraceFunc( "BlpSendEscapeBold( " );
DPRINT( OSC, ("Escape='%s' )\n", Escape) );
#endif
_stprintf(Buffer, TEXT("%s;1%s"), ASCI_CSI_OUT, Escape);
PRINTL(Buffer);
}
VOID
BlpSendEscapeFlash(
PCHAR Escape
)
/*++
Routine Description:
Sends an escape to the screen with the additional flash code.
Arguments:
None
Return Value:
None.
--*/
{
TCHAR Buffer[20];
#ifdef _TRACE_FUNC_
TraceFunc( "BlpSendEscapeFlash( " );
DPRINT( OSC, ("Escape='%s' )\n", Escape) );
#endif
_stprintf(Buffer, TEXT("%s;5%s"), ASCI_CSI_OUT, Escape);
PRINTL(Buffer);
}
//
// BlpShowCursor( )
//
VOID
BlpShowCursor(
IN BOOLEAN ShowCursor,
IN TCHAR UnderCharacter )
{
TCHAR Buffer[20];
if (ShowCursor) {
if(InsertMode){
_stprintf(Buffer,TEXT("5%s"),ScreenAttributes);
BlpSendEscapeReverse(Buffer);
}
else{
_stprintf(Buffer,TEXT("5%s"),ScreenAttributes);
BlpSendEscape(Buffer);
}
} else {
_stprintf(Buffer,TEXT("0%s"),ScreenAttributes);
BlpSendEscape(Buffer);
}
if (UnderCharacter) {
PRINT( &UnderCharacter, sizeof(TCHAR));
} else {
if((InsertMode == FALSE )&& ShowCursor){
PRINT(TEXT("_"),sizeof(TCHAR));
return;
}
if(ShowCursor){
PRINT(TEXT("<EFBFBD>"),sizeof(TCHAR));
return;
}
PRINT(TEXT(" "),sizeof(TCHAR));
}
}
#endif
//
// BlpGetKey()
//
// Calls BlGetKey(), but checks if this screen has "auto-enter"
// turned on in which case it will return an enter key once.
//
ULONG
BlpGetKey(
VOID
)
{
if (AutoEnter) {
return ENTER_KEY;
AutoEnter = FALSE; // only return it once per screen
} else {
return BlGetKey();
}
}
//
// BlpGetKeyWithBlink( )
//
// Displays a blinking cursor as the X,Y coordinates given and awaits
// a key press.
//
ULONG
BlpGetKeyWithBlink(
IN ULONG XLocation,
IN ULONG YLocation,
IN TCHAR UnderCharacter
)
{
ULONG Key = 0;
TraceFunc("BlpGetKeyWithBlink()\n");
BlpPositionCursor(XLocation, YLocation);
BlpShowCursor( TRUE, UnderCharacter );
do {
Key = BlpGetKey();
} while (Key == 0);
BlpPositionCursor(XLocation, YLocation);
BlpShowCursor( FALSE, UnderCharacter );
return Key;
}
//
// BlpPrintString( )
//
// Prints out a large string to the display. It also wraps the text as
// needed.
//
void
BlpPrintString(
IN PCHAR Start,
IN PCHAR End
)
{
PTCHAR Scan;
PTCHAR PrintBuf;
PTCHAR pStart;
PTCHAR pEnd;
ULONG i;
TCHAR TmpChar;
int Length = 0;
DPRINT( OSC, ("BlpPrintString: Start = 0x%08x, End = 0x%08x, Length = %d\n", Start, End, (ULONG)(End - Start)) );
DPRINT( OSC, ("[BlockPrint, Length=%u] '%s'\n", (ULONG)(End - Start), Start) );
while ( Start < End && *Start == 32 )
Start++;
if ( Start == End )
return; // NOP
// Copy the buffer so if something goes wrong, the orginal
// screen will still be intact.
Length = (int)(End - Start);
PrintBuf = (PTCHAR)OscHeapAlloc( Length*sizeof(TCHAR) );
if (!PrintBuf) {
return;
}
for (i = 0; i < (ULONG)Length; i++) {
PrintBuf[i] = (TCHAR)Start[i];
if (PrintBuf[i] & 0x80) {
DPRINT( OSC, ("BlpPrintString: covering non-printable character %04lx\r\n", (USHORT)PrintBuf[i]) );
PrintBuf[i] = (TCHAR)32;
}
}
pStart = PrintBuf;
pEnd = pStart + Length;
BlpPositionCursor( ScreenX, ScreenY );
// See if it is short enough to do the quick route
if ( Length + ScreenX <= RightMargin ) {
#if DBG
{
TmpChar = *pEnd;
*pEnd = 0;
DPRINT( OSC, ("[BlockPrint, Short] '%s'\n", pStart) );
*pEnd = TmpChar;
}
#endif
PRINT( pStart, Length*sizeof(TCHAR) );
ScreenX += Length;
} else {
while( (pStart < pEnd) && (ScreenY <= ScreenBottom) )
{
DPRINT(
OSC,
("BlpPrintString: About to print a line.\r\n") );
DPRINT(
OSC,
(" pStart: 0x%08lx pEnd: 0x%08lx PrintBuf: 0x%08lx\r\n",
PtrToUint(pStart),
PtrToUint(pEnd),
PtrToUint(PrintBuf)) );
//
// Jump over NULL strings.
//
if( *pStart == TEXT('\0') ) {
pStart++;
break;
}
Length = (ULONG)(pEnd - pStart);
DPRINT( OSC, ("BlpPrint: I think the length of this string is %d\n", Length) );
// do nice wrapping
if ( Length > RightMargin - ScreenX ) {
Length = RightMargin - ScreenX;
DPRINT( OSC, ("BlpPrint: I'm going to truncate the length because it's too big. Now it's %d\n", Length) );
// try to find a "break" character
while ( Length && pStart[Length] != (TCHAR)32 ) {
Length--;
}
DPRINT( OSC, ("BlpPrint: After jumping over the whitespace, it's %d\n", Length) );
// If we can't "break" it, just dump one line's worth
if ( !Length ) {
DPRINT( OSC, ("[BlockPrint Length == 0, Dumping a lines worth]\n") );
Length = RightMargin - ScreenX;
}
}
#if DBG
{
TmpChar = pStart[Length];
pStart[Length] = 0;
#ifdef UNICODE
DPRINT( OSC, ("[BlockPrint, Length=%u] '%ws'\n", Length, pStart) );
#else
DPRINT( OSC, ("[BlockPrint, Length=%u] '%s'\n", Length, pStart) );
#endif
pStart[Length] = TmpChar;
}
#endif
BlpPositionCursor( ScreenX, ScreenY );
PRINT( pStart, Length*sizeof(TCHAR) );
pStart += Length;
while ( pStart <= pEnd && *pStart == 32 )
pStart++;
ScreenX = LeftMargin;
ScreenY++;
}
ScreenY--;
ScreenX += Length;
if ( ScreenY > ScreenBottom ) {
ScreenY = ScreenBottom;
}
}
// If the copy buffer was allocated, free it.
if ( PrintBuf != NULL ) {
OscHeapFree( (PVOID)PrintBuf );
}
}
// **************************************************************************
//
// Lex section
//
// **************************************************************************
//
// Token list for screen parser
//
enum TOKENS {
TOKEN_ENDTAG = 0,
TOKEN_QUOTE,
TOKEN_HTML,
TOKEN_ENDHTML,
TOKEN_META,
TOKEN_SERVER,
TOKEN_KEY,
TOKEN_ENTER,
TOKEN_ESC,
TOKEN_F1,
TOKEN_F3,
TOKEN_HREF,
TOKEN_TITLE,
TOKEN_ENDTITLE,
TOKEN_FOOTER,
TOKEN_ENDFOOTER,
TOKEN_BODY,
TOKEN_ENDBODY,
TOKEN_PRE,
TOKEN_ENDPRE,
TOKEN_FORM,
TOKEN_ENDFORM,
TOKEN_ACTION,
TOKEN_INPUT,
TOKEN_NAME,
TOKEN_INPUTTYPE,
TOKEN_VALUE,
TOKEN_SIZE,
TOKEN_TIP,
TOKEN_MAXLENGTH,
TOKEN_ENCODE,
TOKEN_SELECT,
TOKEN_MULTIPLE,
TOKEN_NOAUTO,
TOKEN_ENDSELECT,
TOKEN_OPTION,
TOKEN_SELECTED,
TOKEN_HELP,
TOKEN_BREAK,
TOKEN_BOLD,
TOKEN_ENDBOLD,
TOKEN_FLASH,
TOKEN_ENDFLASH,
TOKEN_LEFT,
TOKEN_RIGHT,
TOKEN_TIPAREA,
TOKEN_PARAGRAPH,
TOKEN_ENDPARA,
#if defined(PLEASE_WAIT)
TOKEN_WAITMSG,
#endif
TOKEN_INVALID, // end of parsable tokens
TOKEN_TEXT,
TOKEN_START,
TOKEN_EOF, // End of file
};
static struct {
PCHAR name;
int length;
} Tags[] = {
{ ">", 1 },
{ "\"", 1 },
{ "<OSCML", 0 },
{ "</OSCML>", 0 },
{ "<META", 0 },
{ "SERVER", 0 },
{ "KEY=", 0 },
{ "ENTER", 0 },
{ "ESC", 0 },
{ "F1", 0 },
{ "F3", 0 },
{ "HREF=", 0 },
{ "<TITLE", 0 },
{ "</TITLE>", 0 },
{ "<FOOTER", 0 },
{ "</FOOTER>", 0 },
{ "<BODY", 0 },
{ "</BODY>", 0 },
{ "<PRE", 0 },
{ "</PRE>", 0 },
{ "<FORM", 0 },
{ "</FORM>", 0 },
{ "ACTION=", 0 },
{ "<INPUT", 0 },
{ "NAME=", 0 },
{ "TYPE=", 0 },
{ "VALUE=", 0 },
{ "SIZE=", 0 },
{ "TIP=", 0 },
{ "MAXLENGTH=", 0 },
{ "ENCODE=", 0 },
{ "<SELECT", 0 },
{ "MULTIPLE", 0 },
{ "NOAUTO", 0 },
{ "</SELECT>", 0 },
{ "<OPTION", 0 },
{ "SELECTED", 0 },
{ "HELP=", 0 },
{ "<BR", 0 },
{ "<BOLD", 0 },
{ "</BOLD", 0 },
{ "<FLASH", 0 },
{ "</FLASH", 0 },
{ "LEFT=", 0 },
{ "RIGHT=", 0 },
{ "<TIPAREA", 0 },
{ "<P", 0 },
{ "</P", 0 },
#if defined(PLEASE_WAIT)
{ "WAITMSG=", 0 },
#endif
{ NULL, 0 }, // end of parsable tokens
{ "[TEXT]", 0 },
{ "[START]", 0 },
{ "[EOF]", 0 }
};
//
// Lexstrcmpni( )
//
// Impliments strcmpni( ) for the Lexer.
//
int
Lexstrcmpni(
IN PCHAR pstr1,
IN PCHAR pstr2,
IN int iLength
)
{
while ( iLength && *pstr1 && *pstr2 )
{
CHAR ch1 = *pstr1;
CHAR ch2 = *pstr2;
if ( islower( ch1 ) )
{
ch1 = (CHAR)toupper(ch1);
}
if ( islower( ch2 ) )
{
ch2 = (CHAR)toupper(ch2);
}
if ( ch1 < ch2 )
return -1;
if ( ch1 > ch2 )
return 1;
pstr1++;
pstr2++;
iLength--;
}
return 0;
}
//
// ReplaceSpecialCharacters( &psz );
//
void
ReplaceSpecialCharacters(
IN PCHAR psz)
{
TraceFunc( "ReplaceSpecialCharacters( )\n" );
if ( Lexstrcmpni( psz, "&NBSP", 5 ) == 0 ) {
*psz = CHAR_NBSP; // replace
memmove( psz + 1, psz + 5, strlen(psz) - 4 ); // shift
}
}
#if DBG
// #define LEX_SPEW
#endif
//
// Lex( )
//
// Parses the screen data moving the "InputString" pointer forward and
// returns the token for the text parsed. Spaces are ignored. Illegal
// characters are removed from the screen data. CRs are turned into
// spaces.
//
enum TOKENS
Lex(
IN PCHAR * InputString
)
{
enum TOKENS Tag = TOKEN_TEXT;
PCHAR psz = *InputString;
int iCounter;
#if defined(LEX_SPEW) && defined(_TRACE_FUNC_)
TraceFunc( "Lex( " );
DPRINT( OSC, ("InputString = 0x%08x )\n", *InputString) );
#endif _TRACE_FUNC_
// skip spaces and control characters
if ( PreformattedMode == FALSE )
{
while ( *psz && *psz <= L' ' )
{
if (( *psz != 32 && *psz != '\n' )
|| ( psz != *InputString && (*(psz-1)) == 32 )) {
// remove any CR or LFs and any bogus characters
// also remove duplicate spaces in cases like:
//
// This is some text \n\r
// and more text.
//
// If we left it alone it would be printed:
//
// This is some text and more text.
//
memmove( psz, psz + 1, strlen(psz) );
} else {
*psz = 32;
psz++;
}
}
}
if ( *psz == '&' ) {
ReplaceSpecialCharacters( psz );
}
if ( *psz ) {
for ( iCounter = 0; Tags[iCounter].name; iCounter++ )
{
if ( !Tags[iCounter].length ) {
Tags[iCounter].length = strlen( Tags[iCounter].name );
}
if ( Lexstrcmpni( psz, Tags[iCounter].name, Tags[iCounter].length ) == 0 ) {
psz += Tags[iCounter].length;
Tag = iCounter;
break;
}
}
if ( Tag == TOKEN_TEXT )
psz++;
} else {
Tag = TOKEN_EOF;
}
#ifdef LEX_SPEW
{
CHAR tmp = *psz;
*psz = '\0';
DPRINT( OSC, ("[Lex] Parsed String: '%s' Result: %u - '%s'\n", *InputString, Tag, Tags[Tag].name) );
*psz = tmp;
}
#endif
*InputString = psz;
return Tag;
}
//
// GetString( )
//
// Finds and copies a string value from the screen data.
//
PCHAR
GetString(
IN PCHAR * InputString
)
{
CHAR StopChar = 32;
PCHAR ReturnString = NULL;
PCHAR pszBegin = *InputString;
PCHAR pszEnd;
UINT Length;
CHAR tmp;
TraceFunc( "GetString( )\n" );
if ( !pszBegin )
goto e0;
// skip spaces
while ( *pszBegin == 32 )
pszBegin++;
// Check for quoted string
if ( *pszBegin == '\"' ) {
// find the end quote
pszBegin++;
pszEnd = strchr( pszBegin, '\"' );
} else {
// look for a break (space) or end token (">")
PCHAR pszSpace = strchr( pszBegin, ' ' );
PCHAR pszEndToken = strchr( pszBegin, '>' );
if ( !pszSpace ) {
pszEnd = pszEndToken;
} else if ( !pszEndToken ) {
pszEnd = pszSpace;
} else if ( pszEndToken < pszSpace ) {
pszEnd = pszEndToken;
} else {
pszEnd = pszSpace;
}
}
if ( !pszEnd )
goto e0;
tmp = *pszEnd; // save
*pszEnd = '\0'; // terminate
Length = strlen( pszBegin ) + 1;
ReturnString = OscHeapAlloc( Length );
if ( ReturnString ) {
strcpy( ReturnString, pszBegin );
}
*pszEnd = tmp; // restore
DPRINT( OSC, ("[String] %s<-\n", ReturnString) );
*InputString = pszEnd;
e0:
return ReturnString;
}
// **************************************************************************
//
// Parsing States Section
//
// **************************************************************************
//
// TitleTagState( )
//
enum TOKENS
TitleTagState(
IN PCHAR * InputString
)
{
enum TOKENS Tag = TOKEN_START;
PCHAR PageTitle = *InputString;
TraceFunc( "TitleTagState( )\n" );
// ignore tag arguments
for( ; Tag != TOKEN_EOF && Tag != TOKEN_ENDTAG ; Tag = Lex( InputString ) );
PreformattedMode = TRUE;
while ( Tag != TOKEN_EOF )
{
switch (Tag)
{
case TOKEN_EOF:
// something went wrong, assume all this is text
*InputString = PageTitle;
PreformattedMode = FALSE;
return TOKEN_TEXT;
case TOKEN_ENDTAG:
PageTitle = *InputString;
break; // ignore
case TOKEN_ENDTITLE:
{
PCHAR psz = *InputString;
CHAR tmp;
psz -= Tags[Tag].length;
tmp = *psz;
*psz = L'\0';
BlpSendEscapeReverse(ScreenAttributes);
BlpPositionCursor( 1, 1 );
#ifdef _IN_OSDISP_
PRINT( SpaceString, sizeof(SpaceString) - sizeof(TCHAR) );
#else
PRINT( SpaceString, sizeof(SpaceString) );
#endif
if ( PageTitle ) {
BlpPositionCursor( 1, 1 );
DPRINT( OSC, ("[Title] '%s'\n", PageTitle) );
#ifdef UNICODE
{
ULONG i;
WCHAR wc;
for (i = 0; i < strlen(PageTitle) ; i++) {
wc = (WCHAR)PageTitle[i];
PRINT( &wc, sizeof(WCHAR));
}
}
#else
PRINTL( PageTitle );
#endif
}
BlpSendEscape(ScreenAttributes);
*psz = tmp;
PreformattedMode = FALSE;
return Tag; //exit state
}
break;
}
Tag = Lex( InputString );
}
PreformattedMode = FALSE;
return Tag;
}
//
// FooterTagState( )
//
enum TOKENS
FooterTagState(
IN PCHAR * InputString
)
{
enum TOKENS Tag = TOKEN_START;
PCHAR PageFooter = *InputString;
TraceFunc( "FooterTagState( )\n" );
// ignore tag arguments
for( ; Tag != TOKEN_EOF && Tag != TOKEN_ENDTAG ; Tag = Lex( InputString ) );
PreformattedMode = TRUE;
while ( Tag != TOKEN_EOF )
{
switch (Tag)
{
case TOKEN_EOF:
// something went wrong, assume all this is text
*InputString = PageFooter;
PreformattedMode = FALSE;
return TOKEN_TEXT;
case TOKEN_ENDTAG:
PageFooter = *InputString;
break; // ignore
case TOKEN_ENDFOOTER:
{
PCHAR psz = *InputString;
CHAR tmp;
psz -= Tags[Tag].length;
tmp = *psz;
*psz = L'\0';
BlpSendEscapeReverse(ScreenAttributes);
BlpPositionCursor( 1, ScreenBottom );
#ifdef _IN_OSDISP_
PRINT( SpaceString, sizeof(SpaceString) - sizeof(TCHAR) );
#else
//
// if we're writing to a terminal, we don't want to write into the lower
// right corner as this would make us scroll.
//
PRINT( SpaceString, BlTerminalConnected
? (sizeof(SpaceString) - sizeof(TCHAR))
: sizeof(SpaceString) );
#endif
if ( PageFooter ) {
ULONG iLen;
BlpPositionCursor( 1, ScreenBottom );
DPRINT( OSC, ("[Footer] '%s'\n", PageFooter) );
iLen = strlen(PageFooter);
if (iLen > 79) {
iLen = 79;
}
#ifdef UNICODE
{
ULONG i;
WCHAR wc;
for (i = 0; i < iLen ; i++) {
wc = (WCHAR)PageFooter[i];
PRINT( &wc, sizeof(WCHAR));
}
}
#else
PRINT( PageFooter, iLen );
#endif
}
BlpSendEscape(ScreenAttributes);
*psz = tmp;
PreformattedMode = FALSE;
return Tag; //exit state
}
break;
}
Tag = Lex( InputString );
}
PreformattedMode = FALSE;
return Tag;
}
//
// InputTagState( )
//
enum TOKENS
InputTagState(
IN PCHAR * InputString
)
{
enum TOKENS Tag = TOKEN_INVALID;
LPINPUTSTRUCT Input;
TraceFunc( "InputTagState( )\n" );
Input = (LPINPUTSTRUCT) OscHeapAlloc( sizeof(INPUTSTRUCT) );
if ( !Input )
{
// get tag arguments
for( ; Tag != TOKEN_ENDTAG ; Tag = Lex( InputString ) );
return TOKEN_INVALID;
}
RtlZeroMemory( Input, sizeof(INPUTSTRUCT) );
Input->Type |= CT_TEXT;
Input->Encoding = ET_NONE;
Input->X = ScreenX;
Input->Y = ScreenY;
// get tag arguments
for( ; Tag != TOKEN_ENDTAG ; Tag = Lex( InputString ) )
{
switch( Tag )
{
case TOKEN_NAME:
Input->Name = GetString( InputString );
if ( Input->Name )
DPRINT( OSC, ("[Input Name] %s\n", Input->Name) );
break;
case TOKEN_VALUE:
Input->Value = GetString( InputString );
if ( Input->Value )
DPRINT( OSC, ("[Input Value] %s\n", Input->Value) );
break;
case TOKEN_INPUTTYPE:
{
PCHAR pType = GetString( InputString );
if ( !pType )
break;
if ( Lexstrcmpni( pType, "PASSWORD", 8 ) == 0 ) {
Input->Type = CT_PASSWORD;
DPRINT( OSC, ("[Input Type] PASSWORD\n") );
} else if ( Lexstrcmpni( pType, "RESET", 5 ) == 0 ) {
Input->Type = CT_RESET;
DPRINT( OSC, ("[Input Type] RESET\n") );
} else if ( Lexstrcmpni( pType, "TEXT", 4 ) == 0 ) {
Input->Type = CT_TEXT;
DPRINT( OSC, ("[Input Type] TEXT\n") );
} else if ( Lexstrcmpni( pType, "LOCAL", 5 ) == 0 ) {
DPRINT( OSC, ("[Input Type] LOCAL\n") );
Input->Type = CT_LOCAL;
if ( Lexstrcmpni( pType + 5, "PASSWORD", 8 ) == 0 ) {
Input->Type |= CT_PASSWORD;
DPRINT( OSC, ("[Input Type] PASSWORD\n") );
} else if ( Lexstrcmpni( pType + 5, "RESET", 5 ) == 0 ) {
Input->Type |= CT_RESET;
DPRINT( OSC, ("[Input Type] RESET\n") );
} else if ( Lexstrcmpni( pType + 5, "TEXT", 4 ) == 0 ) {
Input->Type |= CT_TEXT;
DPRINT( OSC, ("[Input Type] TEXT\n") );
}
} else if ( Lexstrcmpni( pType, "VARIABLE", 8 ) == 0) {
Input->Type = CT_VARIABLE;
DPRINT( OSC, ("[Input Type] VARIABLE\n") );
}
OscHeapFree( pType );
}
break;
case TOKEN_SIZE:
{
PCHAR psz = GetString( InputString );
if ( psz ) {
PCHAR pszOld = psz; // save because GetInteger modifies
Input->Size = GetInteger( &psz );
OscHeapFree( pszOld );
DPRINT( OSC, ("[Input Size] %u\n", Input->Size) );
}
}
break;
case TOKEN_MAXLENGTH:
{
PCHAR psz = GetString( InputString );
if ( psz ) {
PUCHAR pTmpSz = psz;
Input->MaxLength = GetInteger( &pTmpSz );
if ( Input->MaxLength > MAX_INPUT_BUFFER_LENGTH - 1 ) {
Input->MaxLength = MAX_INPUT_BUFFER_LENGTH - 1;
}
OscHeapFree( psz );
DPRINT( OSC, ("[Input MaxLength] %u\n", Input->MaxLength) );
}
}
break;
case TOKEN_ENCODE:
{
PCHAR pType = GetString( InputString );
if ( !pType )
break;
if ( Lexstrcmpni( pType, "YES", 3 ) == 0 ) {
Input->Encoding = ET_OWF;
DPRINT( OSC, ("[Encoding Type] OWF\n") );
}
OscHeapFree( pType );
}
break;
case TOKEN_EOF:
return Tag;
}
}
// add the control to the list of controls
Input->Next = ScreenControls;
ScreenControls = Input;
if ( Input->Size + BRACKETS > RightMargin - ScreenX ) {
Input->Size = 0; // too big, so auto figure
}
// adjust screen coordinates
if ( !Input->Size && Input->MaxLength ) {
// figure out how much is left of the line, choose the smaller
Input->Size = ( (RightMargin - ScreenX) - BRACKETS < Input->MaxLength ?
(RightMargin - ScreenX) - BRACKETS : Input->MaxLength );
} else if ( !Input->Size ) {
// assume the input is going to take the whole line
Input->Size = (RightMargin - ScreenX) - BRACKETS;
}
if ( Input->Size > Input->MaxLength ) {
Input->Size = Input->MaxLength;
}
ScreenX += Input->Size + BRACKETS + 1;
if ( ScreenX >= RightMargin ) {
ScreenX = LeftMargin;
ScreenY++;
}
if ( ScreenY > ScreenBottom )
ScreenY = ScreenBottom;
// display any predefined values
if ( Input->Value ) {
int Length = strlen(Input->Value);
if ((Input->Type & CT_VARIABLE) == 0) {
if ( Length > Input->Size ) {
Length = Input->Size;
}
if (Input->Type & CT_PASSWORD) {
int i;
BlpPositionCursor( Input->X + 2, Input->Y );
for( i = 0; i < Length; i ++ )
{
PRINT( TEXT("*"), 1*sizeof(TCHAR) );
}
} else {
BlpPositionCursor( Input->X + 2, Input->Y );
#ifdef UNICODE
{
int i;
WCHAR wc;
for (i = 0; i< Length; i++) {
wc = (WCHAR)(Input->Value)[i];
PRINT( &wc, 1*sizeof(WCHAR));
}
}
#else
PRINT( Input->Value, Length );
#endif
}
}
}
return Tag;
}
//
// OptionTagState( )
//
enum TOKENS
OptionTagState(
IN PCHAR * InputString
)
{
enum TOKENS Tag = TOKEN_INVALID;
LPOPTIONSTRUCT Option;
PCHAR pszBegin, pszEnd;
ULONG Length;
TraceFunc( "OptionTagState( )\n" );
Option = (LPOPTIONSTRUCT) OscHeapAlloc( sizeof(OPTIONSTRUCT) );
if ( !Option )
{
// get tag arguments
for( ; Tag != TOKEN_ENDTAG ; Tag = Lex( InputString ) );
return TOKEN_INVALID;
}
RtlZeroMemory( Option, sizeof(OPTIONSTRUCT) );
Option->Type |= CT_OPTION;
// get tag arguments
for( ; Tag != TOKEN_ENDTAG ; Tag = Lex( InputString ) )
{
switch( Tag )
{
case TOKEN_VALUE:
Option->Value = GetString( InputString );
if ( Option->Value )
DPRINT( OSC, ("[Options Value] %s\n", Option->Value) );
break;
case TOKEN_SELECTED:
DPRINT( OSC, ("[Option] SELECTED\n") );
Option->Flags = OF_SELECTED;
break;
case TOKEN_TIP:
Option->Tip = GetString( InputString );
if ( Option->Tip ) {
PCHAR psz = Option->Tip;
Option->EndTip = &Option->Tip[strlen(Option->Tip)];
// strip CRs and LFs from tip
while ( psz < Option->EndTip )
{
if ( (*psz == '\r') ||
((*psz < 32) && ((psz == Option->Tip) || (*(psz-1) == ' '))) )
{ // remove control codes that follows spaces and all CRs
memmove( psz, psz+1, strlen(psz) );
Option->EndTip--;
}
else
{
if ( *psz < 32 )
{ // turn control codes into spaces
*psz = 32;
}
psz++;
}
}
DPRINT( OSC, ("[Option Tip] %s\n", Option->Tip) );
}
break;
case TOKEN_EOF:
return Tag;
}
}
// get the option title - at this point Tag == TOKEN_ENDTAG
pszBegin = *InputString;
for(Tag = Lex( InputString ) ; Tag != TOKEN_EOF; Tag = Lex( InputString ) )
{
BOOLEAN ExitLoop = FALSE;
switch( Tag )
{
case TOKEN_HTML:
case TOKEN_ENDHTML:
case TOKEN_META:
case TOKEN_TITLE:
case TOKEN_ENDTITLE:
case TOKEN_FOOTER:
case TOKEN_ENDFOOTER:
case TOKEN_BODY:
case TOKEN_ENDBODY:
case TOKEN_PRE:
case TOKEN_ENDPRE:
case TOKEN_FORM:
case TOKEN_ENDFORM:
case TOKEN_INPUT:
case TOKEN_SELECT:
case TOKEN_ENDSELECT:
case TOKEN_OPTION:
case TOKEN_BREAK:
case TOKEN_TIPAREA:
case TOKEN_PARAGRAPH:
case TOKEN_ENDPARA:
case TOKEN_INVALID:
ExitLoop = TRUE;
break;
}
if ( ExitLoop == TRUE )
break;
}
pszEnd = (*InputString) - Tags[Tag].length;
// try to take the crud and extra spaces off the end
while ( pszEnd > pszBegin && *pszEnd <= 32 )
pszEnd--;
if ( pszEnd == pszBegin ) {
pszEnd = (*InputString) - Tags[Tag].length;
}
Length = PtrToUint((PVOID)(pszEnd - pszBegin));
Option->Displayed = OscHeapAlloc( Length + 1 );
if ( Option->Displayed ) {
CHAR tmp = *pszEnd; // save
*pszEnd = '\0'; // terminate
strcpy( Option->Displayed, pszBegin );
*pszEnd = tmp; // restore
DPRINT( OSC, ("[Option Name] %s\n", Option->Displayed) );
// add the control to the list of controls
Option->Next = ScreenControls;
ScreenControls = Option;
} else {
// remove it since there is nothing to display
if ( Option->Tip )
OscHeapFree( Option->Tip );
if ( Option->Value )
OscHeapFree( Option->Value );
OscHeapFree( (void *)Option );
}
return Tag;
}
//
// SelectTagState( )
//
enum TOKENS
SelectTagState(
IN PCHAR * InputString
)
{
enum TOKENS Tag = TOKEN_INVALID;
LPSELECTSTRUCT Select;
TraceFunc( "SelectTagState( )\n" );
Select = (LPSELECTSTRUCT) OscHeapAlloc( sizeof(SELECTSTRUCT) );
if ( !Select )
{
// get tag arguments
for( ; Tag != TOKEN_ENDTAG ; Tag = Lex( InputString ) );
return TOKEN_INVALID;
}
RtlZeroMemory( Select, sizeof(SELECTSTRUCT) );
Select->Type |= CT_SELECT;
Select->X = ScreenX;
Select->Y = ScreenY;
Select->Size = 1;
Select->AutoSelect = TRUE;
// get tag arguments
for( ; Tag != TOKEN_ENDTAG ; Tag = Lex( InputString ) )
{
switch( Tag )
{
case TOKEN_NAME:
Select->Name = GetString( InputString );
if ( Select->Name )
DPRINT( OSC, ("[Select Name] %s\n", Select->Name) );
break;
case TOKEN_MULTIPLE:
DPRINT( OSC, ("[Select] MULTIPLE\n") );
Select->Flags = OF_MULTIPLE;
break;
case TOKEN_NOAUTO:
DPRINT( OSC, ("[Select] NOAUTO\n") );
Select->AutoSelect = FALSE;
break;
case TOKEN_SIZE:
{
PCHAR psz = GetString( InputString );
if ( psz ) {
PCHAR pszOld = psz; // save because GetInteger modifies
Select->Size = GetInteger( &psz );
OscHeapFree( pszOld );
DPRINT( OSC, ("[Select Size] %u\n", Select->Size) );
}
}
break;
case TOKEN_EOF:
return Tag;
}
}
// add the control to the list of controls
Select->Next = ScreenControls;
ScreenControls = Select;
while( Tag != TOKEN_ENDSELECT && Tag != TOKEN_EOF )
{
switch( Tag )
{
case TOKEN_OPTION:
{
LPOPTIONSTRUCT Option;
Tag = OptionTagState( InputString );
Option = ScreenControls;
if ( Option->Type & CT_OPTION ) {
if ( Option->Displayed ) {
int Length = strlen( Option->Displayed ) + 1;
if ( Select->Width < Length ) {
Select->Width = Length;
}
}
if ( Option->Flags == OF_SELECTED ) {
Select->CurrentSelection = Option;
if ( Select->Flags != OF_MULTIPLE )
{
Option->Flags = 0;
}
}
}
}
break;
default:
Tag = Lex( InputString );
}
}
// adjust screen coordinates
ScreenY += Select->Size;
if ( ScreenY > ScreenBottom ) {
Select->Size -= ScreenY - ScreenBottom;
ScreenY = ScreenBottom;
}
return Tag;
}
//
// PreformattedPrint( )
//
void
PreformattedPrint(
IN PCHAR Start,
IN PCHAR End
)
{
#ifdef _TRACE_FUNC_
TraceFunc( "PreformattedPrint( " );
DPRINT( OSC, ("Start = 0x%08x, End = 0x%08x )\n", Start, End) );
#endif
BlpPositionCursor( ScreenX, ScreenY );
while ( Start < End )
{
int Length, OldLength;
while ( Start < End && (*Start == '\r' || *Start == '\n') )
{
if ( *Start == '\r' ) {
ScreenX = LeftMargin;
}
if ( *Start == '\n' ) {
ScreenY++;
if ( ScreenY > ScreenBottom ) {
ScreenY = ScreenBottom;
}
}
Start++;
}
Length = PtrToUint((PVOID)(End - Start));
if ( !Length )
continue; // nothing to print
// trunk if needed
if ( Length > RightMargin - ScreenX ) {
Length = RightMargin - ScreenX;
}
// try to find a "break" character
OldLength = Length;
while ( Length && Start[Length] != '\r' && Start[Length] != '\n' )
Length--;
// If we can't "break" it, just dump one line's worth
if ( !Length ) {
DPRINT( OSC, ("[FormattedPrint, Length == 0, Dumping a lines worth]\n") );
Length = OldLength;
}
#if DBG
{
CHAR tmp = Start[Length];
Start[Length] = 0;
DPRINT( OSC, ("[FormattedPrint, Length=%u] '%s'\n", Length, Start) );
Start[Length] = tmp;
}
#endif
BlpPositionCursor( ScreenX, ScreenY );
#ifdef UNICODE
{
int i;
WCHAR wc;
for (i = 0; i < Length; i++) {
wc = (WCHAR) Start[i];
PRINT( &wc, 1*sizeof(WCHAR));
}
}
#else
PRINT( Start, Length );
#endif
ScreenX += Length;
while ( Start < End && *Start != '\r' && *Start != '\n' )
Start++;
}
}
//
// PreTagState( )
//
enum TOKENS
PreTagState(
IN PCHAR * InputString
)
{
enum TOKENS Tag = TOKEN_START;
PCHAR psz = *InputString;
TraceFunc( "PreTagState( )\n" );
// get tag arguments
for( ; Tag != TOKEN_ENDTAG ; Tag = Lex( InputString ) )
{
switch( Tag )
{
case TOKEN_LEFT:
psz = *InputString;
// skip any spaces
while( *psz && *psz == 32 )
psz++;
*InputString = psz;
LeftMargin = GetInteger( InputString );
DPRINT( OSC, ("[LeftMargin = %u]\n", LeftMargin) );
break;
case TOKEN_RIGHT:
psz = *InputString;
// skip any spaces
while( *psz && *psz == 32 )
psz++;
*InputString = psz;
RightMargin = GetInteger( InputString );
DPRINT( OSC, ("[RightMargin = %u]\n", RightMargin) );
break;
case TOKEN_EOF:
return Tag;
}
}
if ( ScreenX >= RightMargin ) {
ScreenY++;
if ( ScreenY > ScreenBottom ) {
ScreenY = ScreenBottom;
}
}
if ( ScreenX >= RightMargin || ScreenX < LeftMargin ) {
ScreenX = LeftMargin;
}
PreformattedMode = TRUE;
psz = *InputString;
while ( Tag != TOKEN_EOF )
{
switch (Tag)
{
case TOKEN_ENDPRE:
case TOKEN_ENDHTML:
case TOKEN_ENDBODY:
PreformattedPrint( psz, (*InputString) - Tags[Tag].length );
PreformattedMode = FALSE;
return Tag; // exit state
// just print everything else
default:
PreformattedPrint( psz, *InputString );
psz = *InputString;
Tag = Lex( InputString );
break;
}
}
PreformattedMode = FALSE;
return Tag;
}
//
// TipAreaTagState( )
//
enum TOKENS
TipAreaTagState(
IN PCHAR * InputString
)
{
enum TOKENS Tag = TOKEN_START;
PCHAR psz = *InputString;
TraceFunc( "TipAreaTagState( )\n" );
if ( !TipArea ) {
TipArea = (LPTIPAREA) OscHeapAlloc( sizeof(TIPAREA) );
if ( !TipArea )
{
// get tag arguments
for( ; Tag != TOKEN_ENDTAG ; Tag = Lex( InputString ) );
return TOKEN_INVALID;
}
}
TipArea->X = ScreenX;
TipArea->Y = ScreenY;
TipArea->LeftMargin = LeftMargin;
TipArea->RightMargin = RightMargin;
TipArea->Size = ScreenBottom - ScreenY;
// get tag arguments
for( ; Tag != TOKEN_ENDTAG ; Tag = Lex( InputString ) )
{
switch( Tag )
{
case TOKEN_LEFT:
psz = *InputString;
// skip any spaces
while( *psz && *psz == 32 )
psz++;
*InputString = psz;
TipArea->LeftMargin = GetInteger( InputString );
DPRINT( OSC, ("[TipArea LeftMargin = %u]\n", TipArea->LeftMargin) );
break;
case TOKEN_RIGHT:
psz = *InputString;
// skip any spaces
while( *psz && *psz == 32 )
psz++;
*InputString = psz;
TipArea->RightMargin = GetInteger( InputString );
DPRINT( OSC, ("[TipArea RightMargin = %u]\n", TipArea->RightMargin) );
break;
case TOKEN_SIZE:
psz = *InputString;
// skip any spaces
while( *psz && *psz == 32 )
psz++;
*InputString = psz;
TipArea->Size = GetInteger( InputString ) - 1;
if ( TipArea->Size < 1 ) {
TipArea->Size = 1;
}
DPRINT( OSC, ("[TipArea Size = %u]\n", TipArea->Size) );
ScreenY += TipArea->Size;
break;
case TOKEN_EOF:
// imcomplete statement - so don't have a tiparea.
TipArea = NULL;
return Tag;
}
}
if ( ScreenY > ScreenBottom ) {
ScreenY = ScreenBottom;
}
return Tag;
}
int ParaOldLeftMargin = 0;
int ParaOldRightMargin = 0;
//
// ParagraphTagState( )
//
enum TOKENS
ParagraphTagState(
IN PCHAR * InputString
)
{
enum TOKENS Tag = TOKEN_START;
PCHAR psz;
TraceFunc( "ParagraphTagState( )\n" );
ParaOldLeftMargin = LeftMargin;
ParaOldRightMargin = RightMargin;
// get tag arguments
for( ; Tag != TOKEN_ENDTAG ; Tag = Lex( InputString ) )
{
switch( Tag )
{
case TOKEN_LEFT:
psz = *InputString;
// skip any spaces
while( *psz && *psz == 32 )
psz++;
*InputString = psz;
LeftMargin = GetInteger( InputString );
DPRINT( OSC, ("[LeftMargin = %u]\n", LeftMargin) );
break;
case TOKEN_RIGHT:
psz = *InputString;
// skip any spaces
while( *psz && *psz == 32 )
psz++;
*InputString = psz;
RightMargin = GetInteger( InputString );
DPRINT( OSC, ("[RightMargin = %u]\n", RightMargin) );
break;
case TOKEN_EOF:
return Tag;
}
}
// always simulate a <BR>
ScreenY++;
if ( ScreenY > ScreenBottom ) {
ScreenY = ScreenBottom;
}
ScreenX = LeftMargin;
return Tag;
}
//
// FormTagState( )
//
enum TOKENS
FormTagState(
IN PCHAR * InputString
)
{
enum TOKENS Tag = TOKEN_START;
PCHAR psz;
TraceFunc( "FormTagState( )\n" );
// get tag arguments
for( ; Tag != TOKEN_ENDTAG ; Tag = Lex( InputString ) )
{
switch( Tag )
{
case TOKEN_ACTION:
if ( !EnterKey ) {
EnterKey = (LPKEY_RESPONSE) OscHeapAlloc( sizeof(KEY_RESPONSE) );
}
if ( !EnterKey )
break;
EnterKey->Action = ACTION_JUMP;
EnterKey->ScreenName = GetString( InputString );
if ( EnterKey->ScreenName )
DPRINT( OSC, ("[Key Enter Action: JUMP to '%s.OSC']\n", EnterKey->ScreenName) );
break;
case TOKEN_EOF:
return Tag;
}
}
psz = *InputString;
while ( Tag != TOKEN_EOF && Tag != TOKEN_ENDFORM )
{
switch (Tag)
{
default:
if ( !psz ) {
psz = *InputString;
}
Tag = Lex( InputString );
break;
case TOKEN_SELECT:
case TOKEN_INPUT:
case TOKEN_PRE:
case TOKEN_BOLD:
case TOKEN_FLASH:
case TOKEN_ENDFLASH:
case TOKEN_ENDBOLD:
case TOKEN_BREAK:
case TOKEN_ENDBODY:
case TOKEN_FORM:
case TOKEN_TIPAREA:
case TOKEN_EOF:
case TOKEN_PARAGRAPH:
case TOKEN_ENDPARA:
if ( psz ) {
BlpPrintString( psz, (*InputString) - Tags[Tag].length );
psz = NULL; // reset
}
switch( Tag )
{
case TOKEN_SELECT:
Tag = SelectTagState( InputString );
break;
case TOKEN_INPUT:
Tag = InputTagState( InputString );
break;
case TOKEN_EOF:
return Tag;
case TOKEN_PRE:
Tag = PreTagState( InputString );
break;
case TOKEN_BOLD:
BlpSendEscapeBold(ScreenAttributes);
DPRINT( OSC, ("[Bold]\n") );
Tag = Lex( InputString );
break;
case TOKEN_FLASH:
BlpSendEscapeFlash(ScreenAttributes);
DPRINT( OSC, ("[Flash]\n") );
Tag = Lex( InputString );
break;
case TOKEN_ENDFLASH:
case TOKEN_ENDBOLD:
BlpSendEscape(ScreenAttributes);
DPRINT( OSC, ("[Normal]\n") );
Tag = Lex( InputString );
break;
case TOKEN_FORM:
// ignore it
Tag = Lex( InputString );
break;
case TOKEN_BREAK:
ScreenX = LeftMargin;
ScreenY++;
if ( ScreenY > ScreenBottom ) {
ScreenY = ScreenBottom;
}
Tag = Lex( InputString );
break;
case TOKEN_TIPAREA:
Tag = TipAreaTagState( InputString );
break;
case TOKEN_PARAGRAPH:
Tag = ParagraphTagState( InputString );
break;
case TOKEN_ENDPARA:
LeftMargin = ParaOldLeftMargin;
RightMargin = ParaOldRightMargin;
// Make sure the boundaries are realistic
if ( LeftMargin < 1 ) {
LeftMargin = 1;
}
if ( RightMargin <= LeftMargin ) {
RightMargin = LeftMargin + 1;
}
if ( RightMargin < 1 ) {
RightMargin = 80;
}
// always simulate a <BR>
ScreenY++;
if ( ScreenY > ScreenBottom ) {
ScreenY = ScreenBottom;
}
ScreenX = LeftMargin;
Tag = Lex( InputString );
break;
case TOKEN_ENDBODY:
return Tag; // exit state
}
break;
}
}
return Tag;
}
//
// ImpliedBodyTagState( )
//
enum TOKENS
ImpliedBodyTagState(
IN PCHAR * InputString
)
{
enum TOKENS Tag = TOKEN_START;
PCHAR psz = *InputString;
TraceFunc( "ImpliedBodyTagState( )\n" );
while ( TRUE )
{
// KB: All items in this switch statment must have Tag returned
// to them from a function call or must call Lex( ) to get
// the next Tag.
switch (Tag)
{
default:
if ( !psz ) {
psz = *InputString;
}
Tag = Lex( InputString );
break;
case TOKEN_PRE:
case TOKEN_BOLD:
case TOKEN_FLASH:
case TOKEN_ENDFLASH:
case TOKEN_ENDBOLD:
case TOKEN_BREAK:
case TOKEN_ENDBODY:
case TOKEN_FORM:
case TOKEN_TIPAREA:
case TOKEN_EOF:
case TOKEN_PARAGRAPH:
case TOKEN_ENDPARA:
if ( psz ) {
BlpPrintString( psz, (*InputString) - Tags[Tag].length );
psz = NULL; // reset
}
switch( Tag )
{
case TOKEN_EOF:
return Tag;
case TOKEN_PRE:
Tag = PreTagState( InputString );
break;
case TOKEN_BOLD:
BlpSendEscapeBold(ScreenAttributes);
DPRINT( OSC, ("[Bold]\n") );
Tag = Lex( InputString );
break;
case TOKEN_FLASH:
BlpSendEscapeFlash(ScreenAttributes);
DPRINT( OSC, ("[Flash]\n") );
Tag = Lex( InputString );
break;
case TOKEN_ENDFLASH:
case TOKEN_ENDBOLD:
BlpSendEscape(ScreenAttributes);
DPRINT( OSC, ("[Normal]\n") );
Tag = Lex( InputString );
break;
case TOKEN_FORM:
Tag = FormTagState( InputString );
break;
case TOKEN_BREAK:
ScreenX = LeftMargin;
ScreenY++;
if ( ScreenY > ScreenBottom ) {
ScreenY = ScreenBottom;
}
Tag = Lex( InputString );
break;
case TOKEN_TIPAREA:
Tag = TipAreaTagState( InputString );
break;
case TOKEN_PARAGRAPH:
Tag = ParagraphTagState( InputString );
break;
case TOKEN_ENDPARA:
LeftMargin = ParaOldLeftMargin;
RightMargin = ParaOldRightMargin;
// Make sure the boundaries are realistic
if ( LeftMargin < 1 ) {
LeftMargin = 1;
}
if ( RightMargin <= LeftMargin ) {
RightMargin = LeftMargin + 1;
}
if ( RightMargin < 1 ) {
RightMargin = 80;
}
// always simulate a <BR>
ScreenY++;
if ( ScreenY > ScreenBottom ) {
ScreenY = ScreenBottom;
}
ScreenX = LeftMargin;
Tag = Lex( InputString );
break;
case TOKEN_ENDBODY:
return Tag; // exit state
}
break;
}
}
return Tag;
}
//
// BodyTagState( )
//
enum TOKENS
BodyTagState(
IN PCHAR * InputString
)
{
enum TOKENS Tag = TOKEN_START;
PCHAR psz;
TraceFunc( "BodyTagState( )\n" );
// get tag arguments
for( ; Tag != TOKEN_ENDTAG ; Tag = Lex( InputString ) )
{
switch( Tag )
{
case TOKEN_LEFT:
psz = *InputString;
// skip any spaces
while( *psz && *psz == 32 )
psz++;
*InputString = psz;
LeftMargin = GetInteger( InputString );
DPRINT( OSC, ("[LeftMargin = %u]\n", LeftMargin) );
break;
case TOKEN_RIGHT:
psz = *InputString;
// skip any spaces
while( *psz && *psz == 32 )
psz++;
*InputString = psz;
RightMargin = GetInteger( InputString );
DPRINT( OSC, ("[RightMargin = %u]\n", RightMargin) );
break;
case TOKEN_EOF:
return Tag;
}
}
if ( ScreenX >= RightMargin ) {
ScreenY++;
if ( ScreenY > ScreenBottom ) {
ScreenY = ScreenBottom;
}
}
if ( ScreenX >= RightMargin || ScreenX < LeftMargin ) {
ScreenX = LeftMargin;
}
return ImpliedBodyTagState( InputString );
}
//
// KeyTagState( )
//
enum TOKENS
KeyTagState(
IN PCHAR * InputString
)
{
enum TOKENS Tag = TOKEN_START;
LPKEY_RESPONSE Key = NULL;
PCHAR ScreenName = NULL;
TraceFunc( "KeyTagState( )\n" );
// get arguments
for ( ; Tag != TOKEN_ENDTAG ; Tag = Lex( InputString ) )
{
switch (Tag)
{
case TOKEN_ENTER:
DPRINT( OSC, ("[Key Enter]\n") );
EnterKey = (LPKEY_RESPONSE) OscHeapAlloc( sizeof(KEY_RESPONSE) );
if ( !EnterKey )
break;
Key = EnterKey;
Key->ScreenName = NULL;
Key->Action = ACTION_NOP;
break;
case TOKEN_F1:
DPRINT( OSC, ("[Key F1]\n") );
F1Key = (LPKEY_RESPONSE) OscHeapAlloc( sizeof(KEY_RESPONSE) );
if ( !F1Key )
break;
Key = F1Key;
Key->ScreenName = NULL;
Key->Action = ACTION_NOP;
break;
case TOKEN_F3:
DPRINT( OSC, ("[Key F3]\n") );
F3Key = (LPKEY_RESPONSE) OscHeapAlloc( sizeof(KEY_RESPONSE) );
if ( !F3Key )
break;
Key = F3Key;
Key->ScreenName = NULL;
Key->Action = ACTION_NOP;
break;
case TOKEN_ESC:
DPRINT( OSC, ("[Key Escape]\n") );
EscKey = (LPKEY_RESPONSE) OscHeapAlloc( sizeof(KEY_RESPONSE) );
if ( !EscKey )
break;
Key = EscKey;
Key->ScreenName = NULL;
Key->Action = ACTION_NOP;
break;
case TOKEN_HREF:
if ( Key ) {
Key->Action = ACTION_JUMP;
Key->ScreenName = GetString( InputString );
if ( Key->ScreenName )
DPRINT( OSC, ("[Key Action: JUMP to '%s.OSC']\n", Key->ScreenName) );
}
break;
case TOKEN_ACTION:
if ( Key ) {
PCHAR pAction = GetString( InputString );
if ( !pAction )
break;
if ( Lexstrcmpni( pAction, "REBOOT", 6 ) == 0 ) {
DPRINT( OSC, ("[Key Action: REBOOT]\n") );
Key->Action = ACTION_REBOOT;
} else {
DPRINT( OSC, ("[Key Action?] %s\n", pAction) );
}
OscHeapFree( pAction );
}
break;
case TOKEN_EOF:
return Tag;
}
}
return Tag;
}
//
// MetaTagState( )
//
enum TOKENS
MetaTagState(
IN PCHAR * InputString
)
{
enum TOKENS Tag = TOKEN_START;
TraceFunc( "MetaTagState( )\n" );
// get tag arguments
while ( Tag != TOKEN_ENDTAG )
{
// KB: All items in this switch statment must have Tag returned
// to them from a function call or must call Lex( ) to get
// the next Tag.
switch (Tag)
{
case TOKEN_EOF:
return Tag;
case TOKEN_KEY:
Tag = KeyTagState( InputString );
break;
case TOKEN_SERVER:
DPRINT( OSC, ("[Server Meta - ignored]\n") );
// ignore server side METAs
while ( Tag != TOKEN_EOF && Tag != TOKEN_ENDTAG )
{
Tag = Lex( InputString );
}
break;
#if defined(PLEASE_WAIT)
case TOKEN_WAITMSG:
{
if ( PleaseWaitMsg )
{
OscHeapFree( PleaseWaitMsg );
}
PleaseWaitMsg = GetString( InputString );
if ( !PleaseWaitMsg )
break;
Tag = Lex( InputString );
DPRINT( OSC, ("[WaitMsg: '%s'\n", PleaseWaitMsg ) );
}
break;
#endif
case TOKEN_ACTION:
{
PCHAR pAction = GetString( InputString );
if ( !pAction )
break;
if ( Lexstrcmpni( pAction, "LOGIN", 5 ) == 0 ) {
DPRINT( OSC, ("[Screen Action: LOGIN]\n") );
LoginScreen = TRUE;
} else if ( Lexstrcmpni( pAction, "AUTOENTER", 9 ) == 0 ) {
DPRINT( OSC, ("[Screen Action: AUTOENTER]\n") );
AutoEnter = TRUE;
} else {
DPRINT( OSC, ("[Screen Action?] %s\n", pAction) );
}
OscHeapFree( pAction );
}
// fall thru
default:
Tag = Lex( InputString );
break;
}
}
return Tag;
}
//
// OSCMLTagState( )
//
enum TOKENS
OSCMLTagState(
IN PCHAR * InputString
)
{
#ifdef HEADLESS_SRV
ULONG y;
#endif
enum TOKENS Tag = TOKEN_START;
TraceFunc( "OSCMLTagState( )\n" );
BlpSendEscape(ScreenAttributes);
BlpClearScreen();
ScreenX = LeftMargin;
ScreenY = SCREEN_TOP;
while ( Tag != TOKEN_EOF )
{
switch (Tag)
{
case TOKEN_TITLE:
Tag = TitleTagState( InputString );
break;
case TOKEN_FOOTER:
Tag = FooterTagState( InputString );
break;
case TOKEN_META:
Tag = MetaTagState( InputString );
break;
case TOKEN_BODY:
Tag = BodyTagState( InputString );
break;
case TOKEN_ENDHTML:
return Tag; // exit state
default:
Tag = Lex( InputString );
break;
}
}
return Tag;
}
// **************************************************************************
//
// "User" Section
//
// **************************************************************************
//
// ProcessEmptyScreen( )
//
// Process a screen that has no input controls
//
CHAR
ProcessEmptyScreen(
OUT PCHAR OutputString
)
{
ULONG Key;
UCHAR KeyAscii;
TraceFunc("ProcessEmptyScreen()\n");
while (TRUE) {
do {
Key = BlpGetKey();
} while (Key == 0);
KeyAscii = (UCHAR)(Key & (ULONG)0xff);
// If it is enter/esc/F1/F3, check if the screen expects that.
if ( Key == F1_KEY ) {
if ( F1Key ) {
SpecialAction = F1Key->Action;
if ( F1Key->ScreenName ) {
strcpy( OutputString, F1Key->ScreenName );
strcat( OutputString, "\n" );
}
return KeyAscii;
}
} else if ( Key == F3_KEY ) {
if ( F3Key ) {
SpecialAction = F3Key->Action;
if ( F3Key->ScreenName ) {
strcpy( OutputString, F3Key->ScreenName );
strcat( OutputString, "\n" );
}
return KeyAscii;
}
#if defined(_BUILDING_OSDISP_)
} else if ( Key == F5_KEY ) {
SpecialAction = ACTION_REFRESH;
return KeyAscii;
#endif
} else if ( KeyAscii == (UCHAR)(ESCAPE_KEY & 0xFF) ) {
if ( EscKey ) {
SpecialAction = EscKey->Action;
if ( EscKey->ScreenName ) {
strcpy( OutputString, EscKey->ScreenName );
strcat( OutputString, "\n" );
}
return KeyAscii;
}
} else {
// assume any other key is the Enter key
if ( EnterKey ) {
SpecialAction = EnterKey->Action;
if ( EnterKey->ScreenName ) {
strcpy( OutputString, EnterKey->ScreenName );
strcat( OutputString, "\n" );
}
return KeyAscii;
}
}
}
}
//
// ProcessInputControl( )
//
ULONG
ProcessInputControl(
LPINPUTSTRUCT Input
)
{
CHAR InputBuffer[ MAX_INPUT_BUFFER_LENGTH ];
int MaxLength;
int CurrentLength;
ULONG Key;
UCHAR KeyAscii;
TraceFunc("ProcessInputControl()\n");
//
// variable types are not actually printed or processed.
// return TAB_KEY to move to the next available input control
//
if ((Input->Type & CT_VARIABLE) == CT_VARIABLE) {
return TAB_KEY;
}
if ( Input->Value ) {
CurrentLength = strlen( Input->Value );
strcpy( InputBuffer, Input->Value );
OscHeapFree( Input->Value );
Input->Value = NULL;
} else {
CurrentLength = 0;
InputBuffer[0] = '\0';
}
MaxLength = Input->Size;
if ( Input->MaxLength ) {
MaxLength = Input->MaxLength;
}
// paranoid
if ( CurrentLength > MaxLength ) {
CurrentLength = MaxLength;
InputBuffer[CurrentLength] = '\0';
}
if (Input->CurrentPosition > CurrentLength ) {
Input->CurrentPosition = CurrentLength;
}
// paint the "[ .... ]"
BlpSendEscapeBold( ScreenAttributes );
BlpPositionCursor( Input->X, Input->Y );
PRINT(TEXT("["), 1*sizeof(TCHAR));
BlpPositionCursor( Input->X + Input->Size + BRACKETS, Input->Y );
PRINT(TEXT("]") ,1*sizeof(TCHAR));
BlpSendEscape( ScreenAttributes );
//
// Let the user type in a string, showing the text at the current
// location. Returns the key used to exit (so we can distinguish
// enter and tab).
//
while (TRUE) {
int DrawSize;
// Get a keystroke -- this returns (from exp.asm):
//
// If no key is available, returns 0 (which BlpGetKeyWithBlink hides)
//
// If ASCII character is available, LSB 0 is ASCII code
// LSB 1 is keyboard scan code
// If extended character is available, LSB 0 is extended ASCII code
// LSB 1 is keyboard scan code
//
// NOTE: For extended keys LSB 0 seems to be 0, not the ASCII code
// (which makes sense since they have no ASCII codes).
if ( (Input->Type & CT_PASSWORD) && InputBuffer[Input->CurrentPosition] )
{
Key = BlpGetKeyWithBlink( Input->X + Input->CurrentPosition + 2 - Input->FirstVisibleChar,
Input->Y,
'*' );
} else {
Key = BlpGetKeyWithBlink( Input->X + Input->CurrentPosition + 2 - Input->FirstVisibleChar,
Input->Y,
InputBuffer[Input->CurrentPosition] );
}
#if 0
// TEMP: Show value of any key pressed near the bottom of the screen
ARC_DISPLAY_INVERSE_VIDEO();
ARC_DISPLAY_POSITION_CURSOR(0, 20);
BlPrint(TEXT("%x\n"), Key);
ARC_DISPLAY_ATTRIBUTES_OFF();
#endif
KeyAscii = (UCHAR)(Key & (ULONG)0xff);
// If it is enter/esc/tab/backtab/F1/F3, then we are done.
if ((Key == BACKTAB_KEY) || (Key == F1_KEY) || (Key == F3_KEY) ||
(KeyAscii == ENTER_KEY) || (KeyAscii == TAB_KEY) ||
(KeyAscii == (UCHAR)(ESCAPE_KEY & 0xFF)) ||
(Key == DOWN_ARROW) || (Key == UP_ARROW) || (Key == F5_KEY)) {
break;
}
// If it is backspace, then go back one character.
if ( KeyAscii == (UCHAR)(BKSP_KEY & 0xFF)
&& Input->CurrentPosition != 0
&& CurrentLength != 0 ) {
Input->CurrentPosition--;
memcpy( &InputBuffer[Input->CurrentPosition],
&InputBuffer[Input->CurrentPosition+1],
CurrentLength - Input->CurrentPosition + 1 );
CurrentLength--;
if ( Input->CurrentPosition <= Input->FirstVisibleChar ) {
Input->FirstVisibleChar -= Input->Size / 2;
if ( Input->FirstVisibleChar < 0 ) {
Input->FirstVisibleChar = 0;
}
}
}
if ( Key == LEFT_KEY ) {
Input->CurrentPosition--;
if ( Input->CurrentPosition < 0 ) {
Input->CurrentPosition = 0;
}
}
if ( Key == RIGHT_KEY && Input->CurrentPosition < CurrentLength ) {
Input->CurrentPosition++;
}
if ( Key == END_KEY ) {
Input->CurrentPosition = CurrentLength;
}
if ( Key == HOME_KEY ) {
Input->CurrentPosition = 0;
}
if ( Key == DEL_KEY
&& CurrentLength != 0
&& Input->CurrentPosition != CurrentLength ) {
memcpy( &InputBuffer[Input->CurrentPosition],
&InputBuffer[Input->CurrentPosition+1],
CurrentLength - Input->CurrentPosition + 1 );
CurrentLength--;
}
if ( Key == INS_KEY ) {
InsertMode = 1 - InsertMode;
}
// For now allow any printable character
if ((KeyAscii >= ' ') && (KeyAscii <= '~')) {
//
// If we are at the maximum, then don't allow it.
//
if (Input->CurrentPosition > MaxLength || CurrentLength >= MaxLength ) {
continue;
}
if ( !InsertMode ) {
// add or replace a character
InputBuffer[Input->CurrentPosition] = KeyAscii;
Input->CurrentPosition++;
if ( Input->CurrentPosition > CurrentLength ) {
CurrentLength++;
InputBuffer[CurrentLength] = '\0';
}
} else {
// insert character
memmove( &InputBuffer[Input->CurrentPosition+1],
&InputBuffer[Input->CurrentPosition],
CurrentLength - Input->CurrentPosition );
CurrentLength++;
InputBuffer[CurrentLength] = '\0';
InputBuffer[Input->CurrentPosition] = KeyAscii;
Input->CurrentPosition++;
}
}
if ( Input->CurrentPosition > Input->FirstVisibleChar + Input->Size ) {
Input->FirstVisibleChar = Input->CurrentPosition - Input->Size;
}
//
// Scroll Adjuster Section
//
DrawSize = Input->Size + 1;
// Paranoid
if ( Input->CurrentPosition < Input->FirstVisibleChar ) {
Input->FirstVisibleChar = Input->CurrentPosition;
}
BlpPositionCursor( Input->X + 1, Input->Y );
if ( Input->FirstVisibleChar <= 0 ) {
Input->FirstVisibleChar = 0;
PRINT( SpaceString, 1*sizeof(TCHAR) );
} else {
PRINT( TEXT("<"), 1*sizeof(TCHAR) );
}
if ( DrawSize > CurrentLength - Input->FirstVisibleChar ) {
DrawSize = CurrentLength - Input->FirstVisibleChar;
}
DPRINT( OSC, ("CurrentPosition: %u\tFirstVisibleChar:%u\tCurrentLength:%u\tDrawSize:%u\n",
Input->CurrentPosition, Input->FirstVisibleChar, CurrentLength, DrawSize ) );
if ( Input->Type & CT_PASSWORD ) {
int i;
for( i = Input->FirstVisibleChar; i < Input->FirstVisibleChar + DrawSize; i++ )
{
PRINT( TEXT("*"), 1*sizeof(TCHAR) );
}
PRINT( SpaceString, 1*sizeof(TCHAR) );
} else {
#ifdef UNICODE
int i;
for (i = 0; i < DrawSize; i++) {
WCHAR wc = (WCHAR)InputBuffer[Input->FirstVisibleChar+i];
PRINT( &wc, 1*sizeof(WCHAR));
}
#else
PRINT( &InputBuffer[Input->FirstVisibleChar], DrawSize );
#endif
PRINT( SpaceString, 1*sizeof(TCHAR) );
break;
}
BlpPositionCursor( Input->X + Input->Size + BRACKETS - 1, Input->Y );
if ( Input->FirstVisibleChar + DrawSize < CurrentLength
&& CurrentLength > Input->Size ) {
PRINT( TEXT(">"), 1*sizeof(TCHAR) );
} else {
PRINT( SpaceString, 1*sizeof(TCHAR) );
}
}
// copy the buffer
Input->Value = OscHeapAlloc( CurrentLength + 1 );
if ( Input->Value ) {
memcpy( Input->Value, InputBuffer, CurrentLength + 1 );
}
// UN-paint the "[ .... ]"
BlpPositionCursor( Input->X, Input->Y );
PRINT(SpaceString, 1*sizeof(TCHAR));
BlpPositionCursor( Input->X + Input->Size + BRACKETS, Input->Y );
PRINT(TEXT(" ") ,1*sizeof(TCHAR));
// If we exited on a standard key return the ASCII value, otherwise
// the full key value.
if (KeyAscii != 0) {
return (ULONG)KeyAscii;
} else {
return Key;
}
}
//
// ShowSelectedOptions( )
//
void
ShowSelectedOptions(
LPSELECTSTRUCT Select,
LPOPTIONSTRUCT Option,
int YPosition,
BOOLEAN Hovering
)
{
TraceFunc( "ShowSelectedOptions( )\n" );
if ( Option->Flags == OF_SELECTED ) {
BlpSendEscapeBold( ScreenAttributes );
}
if ( Hovering == TRUE ) {
BlpSendEscapeReverse( ScreenAttributes );
}
// Erase
BlpPositionCursor( Select->X, YPosition );
PRINT( SpaceString, Select->Width*sizeof(TCHAR) );
// Draw
BlpPositionCursor( Select->X, YPosition );
if ( Option->Displayed )
#ifdef UNICODE
{
ULONG i;
WCHAR wc;
for (i = 0; i< strlen(Option->Displayed); i++) {
wc = (WCHAR)(Option->Displayed)[i];
PRINT( &wc, sizeof(WCHAR));
}
}
#else
PRINTL( Option->Displayed );
#endif
if ( Option->Value )
DPRINT( OSC, ("[Option Y=%u] %s %s\n", YPosition, Option->Value, (Hovering ? "HIGHLITED" : "")) );
BlpSendEscape( ScreenAttributes );
if ( TipArea && Hovering == TRUE ) {
// Draw help area
int SaveLeftMargin = LeftMargin;
int SaveRightMargin = RightMargin;
int SaveScreenY = ScreenY;
int SaveScreenX = ScreenX;
int SaveScreenBottom = ScreenBottom;
// Set the drawing area
ScreenX = TipArea->X;
ScreenY = TipArea->Y;
LeftMargin = TipArea->LeftMargin;
RightMargin = TipArea->RightMargin;
ScreenBottom = TipArea->Y + TipArea->Size;
// Clear the old help text out
BlpPositionCursor( TipArea->X, TipArea->Y );
PRINT( SpaceString, (TipArea->RightMargin - TipArea->X)*sizeof(TCHAR) );
for ( YPosition = TipArea->Y + 1; YPosition < ScreenBottom ; YPosition++ )
{
BlpPositionCursor( TipArea->LeftMargin, YPosition );
PRINT( SpaceString, (TipArea->RightMargin - TipArea->LeftMargin)*sizeof(TCHAR) );
}
// Print it!
DPRINT( OSC, ("[Options Tip X=%u Y=%u Left=%u Right=%u Bottom=%u] %s\n",
ScreenX, ScreenY, LeftMargin, RightMargin, ScreenBottom, Option->Tip) );
BlpPrintString( Option->Tip, Option->EndTip );
// Restore
ScreenX = SaveScreenX;
ScreenY = SaveScreenY;
RightMargin = SaveRightMargin;
LeftMargin = SaveLeftMargin;
ScreenBottom = SaveScreenBottom;;
}
}
//
// DrawSelectControl( )
//
// Select controls get drawn from the bottom up.
//
void
DrawSelectControl(
LPSELECTSTRUCT Select,
int OptionCount
)
{
LPOPTIONSTRUCT Option = Select->FirstVisibleSelection;
TraceFunc( "DrawSelectControl( )\n" );
ScreenY = Select->Y + ( OptionCount < Select->Size ? OptionCount : Select->Size ) - 1;
while ( Option )
{
if ( Option->Type & CT_OPTION ) {
BOOLEAN b = (Select->CurrentSelection == Option);
ShowSelectedOptions( Select, Option, ScreenY, b );
ScreenY--;
}
if ( ScreenY < Select->Y || Option->Next == Select )
break;
Option = Option->Next;
}
}
//
// ProcessSelectControl( )
//
ULONG
ProcessSelectControl(
LPSELECTSTRUCT Select
)
{
ULONG Key;
int OptionCount = 0;
LPOPTIONSTRUCT Option;
int fMultipleControls = FALSE;
TraceFunc("ProcessSelectControl()\n");
// find out about the control
Option = ScreenControls;
while( Option )
{
if ( Option->Type & CT_OPTION ) {
OptionCount++;
} else if ( (Option->Type & CT_SELECT) == 0 ) {
// not the only control on the screen
DPRINT( OSC, ("[Select] Not the only control on the screen.\n") );
fMultipleControls = TRUE;
}
if ( Option->Next == Select )
break;
Option = Option->Next;
}
// if this is the first thru and nothing else
if ( !Select->CurrentSelection && Option ) {
DPRINT( OSC, ("[Select] Setting CurrentSelection to the first item '%s'\n", Option->Value) );
Select->CurrentSelection = Option;
}
// ensure the current selection is visible
EnsureSelectionVisible:
if ( Select->Size < 2 ) {
// single line - show the current selection
Select->FirstVisibleSelection = Select->CurrentSelection;
} else if ( OptionCount <= Select->Size ) {
// the number of options is less than or equal to the size
// of the dialog so simply set the first visible equal to
// the last OPTION in the list.
Select->FirstVisibleSelection = ScreenControls;
while ( Select->FirstVisibleSelection )
{
if ( Select->FirstVisibleSelection->Type & CT_OPTION )
break;
Select->FirstVisibleSelection = Select->FirstVisibleSelection->Next;
}
} else {
//
// The number of options is greater than the display size so we
// need to figure out the "best" bottom item.
//
ULONG Lines;
ULONG Count;
LPOPTIONSTRUCT TmpOption;
//
// Find the best FirstVisibleSelection if we already have previously chosen one.
//
Count = 0;
if (Select->FirstVisibleSelection != NULL) {
//
// This code checks to see if the current selection is visible with the
// current first visible selection.
//
TmpOption = ScreenControls;
while (TmpOption->Next != Select) {
if (TmpOption == Select->FirstVisibleSelection) {
Count++;
} else if (Count != 0) {
Count++;
}
if (TmpOption == Select->CurrentSelection) {
break;
}
TmpOption = TmpOption->Next;
}
if (TmpOption->Next == Select) {
Count++;
}
//
// It is, so just display the list.
//
if ((Count != 0) && (Count <= (ULONG)(Select->Size))) {
goto EndFindVisibleSelection;
}
//
// It is not visible, but since we have a FirstVisibleSelection, we can
// move that around to make it visible.
//
//
// The current selection comes before the first visible one, so move
// first visible to the current selection.
//
if (Count == 0) {
Select->FirstVisibleSelection = Select->CurrentSelection;
goto EndFindVisibleSelection;
}
//
// Count is greater than the screen size, so we move up First visible
// until count is the screen size.
//
TmpOption = ScreenControls;
while (TmpOption->Next != Select) {
if (TmpOption == Select->FirstVisibleSelection) {
Select->FirstVisibleSelection = TmpOption->Next;
Count--;
if (Count == (ULONG)(Select->Size)) {
break;
}
}
TmpOption = TmpOption->Next;
}
goto EndFindVisibleSelection;
}
//
// There is no FirstVisibleSelection, so we choose one that places the current
// selection near the top of the screen, displaying the first item, if possible.
//
TmpOption = Select->CurrentSelection;
Lines = 0;
Count = 0;
//
// Count the number of items before our current selection.
//
while (TmpOption->Next != Select) {
TmpOption = TmpOption->Next;
Lines++;
}
//
// Subtract off that many items from what is left for below the selection.
//
Lines = (ULONG)((Lines < (ULONG)(Select->Size)) ? Lines : Select->Size - 1);
Lines = Select->Size - Lines - 1;
//
// If more than a screen before, make this the bottom and move on.
//
if (Lines == 0) {
Select->FirstVisibleSelection = Select->CurrentSelection;
goto EndFindVisibleSelection;
}
TmpOption = ScreenControls;
//
// Count the number of items below the current selection
//
while (TmpOption != Select->CurrentSelection) {
TmpOption = TmpOption->Next;
Count++;
}
if (Count < Lines) {
//
// Not enough items to fill the screen, use the last item.
//
Select->FirstVisibleSelection = ScreenControls;
} else {
//
// Count back until we reach what will be our bottom item.
//
TmpOption = ScreenControls;
while (Count != Lines) {
TmpOption = TmpOption->Next;
Count--;
}
Select->FirstVisibleSelection = TmpOption;
}
}
EndFindVisibleSelection:
// paranoid
if ( !Select->FirstVisibleSelection ) {
Select->FirstVisibleSelection = ScreenControls;
}
while ( TRUE )
{
UCHAR KeyAscii = 0;
DrawSelectControl( Select, OptionCount );
Option = Select->CurrentSelection; // remember this
if ( OptionCount == 0
|| ( Select->AutoSelect == FALSE && OptionCount == 1 ))
{ // empty selection control or no AUTO select
do {
Key = BlpGetKey();
} while ( Key == 0 );
KeyAscii = (UCHAR)(Key & (ULONG)0xff);
}
else if ( OptionCount != 1 )
{ // more than one choice... do the usual
ULONG CurrentTick, NewTick;
int TimeoutCounter = 0;
// Show any help for this choice
// BlpShowMenuHelp(psInfo, psInfo->Data[CurChoice].VariableName);
CurrentTick = GET_COUNTER();
do {
Key = BlpGetKey();
if ( Select->Timeout )
{
NewTick = GET_COUNTER();
if ((NewTick < CurrentTick) || ((NewTick - CurrentTick) >= BLINK_RATE))
{
CHAR Buffer[4];
CurrentTick = NewTick;
TimeoutCounter++;
//
// TODO: Update the timer value displayed
//
if ( TimeoutCounter >= Select->Timeout )
{
Key = ENTER_KEY; // fake return
break;
}
}
}
} while (Key == 0);
KeyAscii = (UCHAR)(Key & (ULONG)0xff);
//
// User pressed a key, so stop doing the timer
//
if ( Select->Timeout ) {
Select->Timeout = 0;
//
// TODO: Erase the timer
//
}
}
else if ( !fMultipleControls ) // && OptionCount == 1
{ // only once choice... auto-accept it
//
// Fake return press....
//
DPRINT( OSC, ( "[Select] Auto accepting the only option available\n") );
Key = KeyAscii = ENTER_KEY;
}
if ( Select->Flags & OF_MULTIPLE ) {
if ( KeyAscii == 32 && Select->CurrentSelection) {
if ( Select->CurrentSelection->Flags & OF_SELECTED ) {
Select->CurrentSelection->Flags &= ~OF_SELECTED; // turn off
} else {
Select->CurrentSelection->Flags |= OF_SELECTED; // turn on
}
}
} else {
if ( KeyAscii == ENTER_KEY && Select->CurrentSelection ) {
Select->CurrentSelection->Flags |= OF_SELECTED; // turn on
}
}
if ((Key == BACKTAB_KEY) || (Key == F1_KEY) || (Key == F3_KEY) ||
(KeyAscii == ENTER_KEY) || (KeyAscii == TAB_KEY) ||
(KeyAscii == (UCHAR)(ESCAPE_KEY & 0xFF)) ||
(Key == F5_KEY)) {
// Undraw the selection bar to give user feedback that something has
// happened
Select->CurrentSelection = NULL;
DrawSelectControl( Select, OptionCount );
break;
}
if ( OptionCount ) {
if (Key == DOWN_ARROW) {
DPRINT( OSC, ("[KeyPress] DOWN_ARROW\n") );
Select->CurrentSelection = ScreenControls;
while ( Select->CurrentSelection && Select->CurrentSelection->Next != Option )
{
Select->CurrentSelection = Select->CurrentSelection ->Next;
}
if ( Select->CurrentSelection )
DPRINT( OSC, ("[Select] CurrentSelection = '%s'\n", Select->CurrentSelection->Value) );
// paranoid
if ( !Select->CurrentSelection )
Select->CurrentSelection = Option;
goto EnsureSelectionVisible;
} else if ( Key == UP_ARROW ) {
DPRINT( OSC, ("[KeyPress] UP_ARROW\n") );
if ( Select->CurrentSelection->Next != Select ) {
Select->CurrentSelection = Select->CurrentSelection->Next;
DPRINT( OSC, ("[Select] CurrentSelection = '%s'\n", Select->CurrentSelection->Value) );
}
// paranoid
if ( !Select->CurrentSelection )
Select->CurrentSelection = Option;
goto EnsureSelectionVisible;
} else if ( Key == END_KEY ) {
DPRINT( OSC, ("[KeyPress] END_KEY\n") );
Select->CurrentSelection = ScreenControls;
while( Select->CurrentSelection && (Select->CurrentSelection->Type & CT_OPTION) == 0 )
{
Select->CurrentSelection = Select->CurrentSelection->Next;
}
if ( Select->CurrentSelection )
DPRINT( OSC, ("[Select] CurrentSelection = '%s'\n", Select->CurrentSelection->Value) );
// paranoid
if ( !Select->CurrentSelection )
Select->CurrentSelection = Option;
goto EnsureSelectionVisible;
} else if ( Key == HOME_KEY ) {
DPRINT( OSC, ("[KeyPress] HOME_KEY\n") );
Select->CurrentSelection = ScreenControls;
while ( Select->CurrentSelection && Select->CurrentSelection->Next != Select )
{
Select->CurrentSelection = Select->CurrentSelection ->Next;
}
if ( Select->CurrentSelection )
DPRINT( OSC, ("[Select] CurrentSelection = '%s'\n", Select->CurrentSelection->Value) );
// paranoid
if ( !Select->CurrentSelection )
Select->CurrentSelection = Option;
goto EnsureSelectionVisible;
}
}
}
return Key;
}
//
// BlFixupLoginScreenInputs( )
//
// On an input screen, split a USERNAME that has an @ in it, keeping
// the part before the @ in USERNAME and moving the part after to
// USERDOMAIN.
//
void
BlFixupLoginScreenInputs(
)
{
LPCONTROLSTRUCT CurrentControl;
LPINPUTSTRUCT UserNameControl = NULL;
LPINPUTSTRUCT UserDomainControl = NULL;
PCHAR AtSign;
//
// First loop through and find the USERNAME and USERDOMAIN input
// controls.
//
CurrentControl = ScreenControls;
while( CurrentControl ) {
LPINPUTSTRUCT Input = (LPINPUTSTRUCT) CurrentControl;
if ( ( Input->Type & CT_TEXT ) && ( Input->Name != NULL ) ) {
if ( Lexstrcmpni( Input->Name, "USERNAME", 8 ) == 0 ) {
UserNameControl = Input;
} else if ( Lexstrcmpni( Input->Name, "USERDOMAIN", 10 ) == 0 ) {
UserDomainControl = Input;
}
}
CurrentControl = CurrentControl->Next;
}
//
// If we found them, fix them up if necessary.
//
if ( ( UserNameControl != NULL ) &&
( UserNameControl->Value != NULL ) &&
( UserDomainControl != NULL) ) {
AtSign = strchr(UserNameControl->Value, '@');
if (AtSign != NULL) {
*AtSign = '\0'; // terminate UserNameControl->Value before the @
if ( UserDomainControl->Value != NULL ) {
OscHeapFree( UserDomainControl->Value ); // throw away old domain
}
UserDomainControl->Value = OscHeapAlloc( strlen(AtSign+1) + 1 );
if ( UserDomainControl->Value != NULL ) {
strcpy(UserDomainControl->Value, AtSign+1); // copy part after the @
}
}
}
}
//
// ProcessControlResults( )
//
// Process a screen that has input controls
//
void
ProcessControlResults(
IN PCHAR OutputString
)
{
LPCONTROLSTRUCT CurrentControl;
LPCONTROLSTRUCT LastControl;
BOOLEAN CheckAdminPassword_AlreadyChecked = FALSE;
BOOLEAN CheckAdminPasswordConfirm_AlreadyChecked = FALSE;
// start clean
OutputString[0] = '\0';
if ( EnterKey ) {
SpecialAction = EnterKey->Action;
if ( EnterKey->ScreenName ) {
strcpy( OutputString, EnterKey->ScreenName );
strcat( OutputString, "\n" );
}
}
if ( LoginScreen == TRUE ) {
SpecialAction = ACTION_LOGIN;
UserName[0] = '\0';
Password[0] = '\0';
DomainName[0] = '\0';
BlFixupLoginScreenInputs(); // split username with @ in it
}
CurrentControl = ScreenControls;
while( CurrentControl ) {
BOOLEAN CheckAdminPasswordConfirm = FALSE;
BOOLEAN CheckAdminPassword = FALSE;
switch( CurrentControl->Type & (CT_TEXT | CT_PASSWORD | CT_RESET | CT_SELECT | CT_OPTION | CT_VARIABLE))
{
case CT_TEXT:
case CT_PASSWORD:
{
LPINPUTSTRUCT Input = (LPINPUTSTRUCT) CurrentControl;
BOOLEAN LocalOnly;
DPRINT( OSC, ("About to check a password.\n") );
if ( (Input->Type & (CT_PASSWORD)) &&
(Input->Type & (CT_LOCAL)) &&
Input->Name ) {
LocalOnly = TRUE;
if( _strnicmp(Input->Name, "*ADMINISTRATORPASSWORDCONFIRM", 29) == 0 ) {
CheckAdminPasswordConfirm = TRUE;
CheckAdminPasswordConfirm_AlreadyChecked = TRUE;
DPRINT( OSC, ("About to check the ADMINISTRATORPASSWORDCONFIRM\n") );
} else if( _strnicmp( Input->Name, "*ADMINISTRATORPASSWORD", 22) == 0 ) {
CheckAdminPassword = TRUE;
CheckAdminPassword_AlreadyChecked = TRUE;
DPRINT( OSC, ("About to check the ADMINISTRATORPASSWORD\n") );
} else {
DPRINT( OSC, ("It's a local password, but not Admin or AdminConfirm.\n") );
}
} else {
LocalOnly = FALSE;
DPRINT( OSC, ("It's NOT a local password.\n") );
}
DPRINT(
OSC,
("variable %s will%sbe transmitted to the server.\n",
Input->Name,
LocalOnly ? " not " : " " ) );
if (Input->Name && !LocalOnly ) {
strcat( OutputString, Input->Name );
strcat( OutputString, "=" );
}
if ( (Input->Value) && (Input->Encoding == ET_OWF)) {
PCHAR TmpLmOwfPassword = NULL;
PCHAR TmpNtOwfPassword = NULL;
CHAR TmpHashedPW[(LM_OWF_PASSWORD_SIZE+NT_OWF_PASSWORD_SIZE+2)*2];
UNICODE_STRING TmpNtPassword;
PWCHAR UnicodePassword;
ULONG PasswordLen, i;
PCHAR OutputLoc;
CHAR c;
DPRINT( OSC, ("This entry has ET_OWF tagged.\n") );
PasswordLen = strlen(Input->Value);
UnicodePassword = (PWCHAR)OscHeapAlloc(PasswordLen * sizeof(WCHAR));
TmpLmOwfPassword = (PCHAR)OscHeapAlloc(LM_OWF_PASSWORD_SIZE);
TmpNtOwfPassword = (PCHAR)OscHeapAlloc(NT_OWF_PASSWORD_SIZE);
if( (UnicodePassword != NULL) &&
(TmpLmOwfPassword != NULL) &&
(TmpNtOwfPassword != NULL) ) {
//
// Do a quick conversion of the password to Unicode.
//
TmpNtPassword.Length = (USHORT)(PasswordLen * sizeof(WCHAR));
TmpNtPassword.MaximumLength = TmpNtPassword.Length;
TmpNtPassword.Buffer = UnicodePassword;
for (i = 0; i < PasswordLen; i++) {
UnicodePassword[i] = (WCHAR)(Input->Value[i]);
}
BlOwfPassword(Input->Value, &TmpNtPassword, TmpLmOwfPassword, TmpNtOwfPassword);
//
// Output the two OWF passwords as hex chars. If
// the value is the administrator password and
// should only be stored locally, then
// save it in our global variable. Otherwise put
// it in the output buffer.
//
OutputLoc = TmpHashedPW;
for (i = 0; i < LM_OWF_PASSWORD_SIZE; i++) {
c = TmpLmOwfPassword[i];
*(OutputLoc++) = rghex [(c >> 4) & 0x0F] ;
*(OutputLoc++) = rghex [c & 0x0F] ;
}
for (i = 0; i < NT_OWF_PASSWORD_SIZE; i++) {
c = TmpNtOwfPassword[i];
*(OutputLoc++) = rghex [(c >> 4) & 0x0F] ;
*(OutputLoc++) = rghex [c & 0x0F] ;
}
*OutputLoc = '\0';
DPRINT( OSC, ("Hashed Password: %s\n", TmpHashedPW) );
if (!LocalOnly) {
strcat(OutputString,TmpHashedPW);
} else {
if( CheckAdminPassword ) {
strcpy( AdministratorPassword, TmpHashedPW );
DPRINT( OSC, ("AdministratorPassword 1: %s\n", AdministratorPassword) );
}
if( CheckAdminPasswordConfirm ) {
strcpy( AdministratorPasswordConfirm, TmpHashedPW );
DPRINT( OSC, ("AdministratorPasswordConfirm 1: %s\n", AdministratorPasswordConfirm) );
}
#if 0
if (AdministratorPassword[0] != '\0') {
if (strcmp(
AdministratorPassword,
TmpHashedPW)) {
//
// the passwords didn't match. make the server
// display MATCHPW.OSC and reset the admin password
// for the next time around
//
DPRINT(
OSC,
("Administrator passwords didn't match, force MATCHPW.OSC.\n" ) );
strcpy( OutputString, "MATCHPW\n" );
AdministratorPassword[0] = '\0';
} else {
strncpy(
AdministratorPassword,
TmpHashedPW,
sizeof(AdministratorPassword)-1 );
}
}
#endif
OutputLoc = OutputString + strlen(OutputString);
}
OscHeapFree((PCHAR)UnicodePassword);
OscHeapFree(TmpLmOwfPassword);
OscHeapFree(TmpNtOwfPassword);
}
} else {
DPRINT( OSC, ("This entry does NOT have ET_OWF tagged.\n") );
if( LocalOnly ) {
//
// Load the appropriate password.
//
if( CheckAdminPassword ) {
strcpy( AdministratorPassword, (Input->Value ? Input->Value : "") );
DPRINT( OSC, ("I'm setting the Administrator password to %s\n", AdministratorPassword) );
}
if( CheckAdminPasswordConfirm ) {
strcpy( AdministratorPasswordConfirm, (Input->Value ? Input->Value : "") );
DPRINT( OSC, ("I'm setting the AdministratorConfirm password to %s\n", AdministratorPasswordConfirm) );
}
} else {
strcat( OutputString, (Input->Value ? Input->Value : "") );
}
}
//
// If both passwords have been processed, check them to see if they match.
//
if( CheckAdminPassword_AlreadyChecked &&
CheckAdminPasswordConfirm_AlreadyChecked ) {
DPRINT( OSC, ("Both Admin and AdminConfirm passwords are set. About to check if they match.\n") );
if( strcmp( AdministratorPassword, AdministratorPasswordConfirm ) ) {
//
// the passwords didn't match. make the server
// display MATCHPW.OSC and reset the admin password
// for the next time around
//
DPRINT( OSC, ("Administrator passwords didn't match, force MATCHPW.OSC.\n" ) );
strcpy( OutputString, "MATCHPW\n" );
AdministratorPassword[0] = '\0';
AdministratorPasswordConfirm[0] = '\0';
} else {
DPRINT( OSC, ("Administrator passwords match.\n" ) );
//
// See if the Admin password is empty. If so, then put our
// super-secret tag on the end to show everyone that it's really
// empty, not just uninitialized.
//
if( AdministratorPassword[0] == '\0' ) {
DPRINT( OSC, ("Administrator password is empty, so set our 'it is null' flag.\n" ) );
AdministratorPassword[OSC_ADMIN_PASSWORD_LEN-1] = 0xFF;
}
}
}
#if 0
if (LocalOnly) {
if (AdministratorPassword[0] != '\0') {
if (strcmp(
AdministratorPassword,
Input->Value)) {
//
// the passwords didn't match. make the server
// display MATCHPW.OSC and reset the admin password
// for the next time around
//
DPRINT(
OSC,
("Administrator passwords didn't match, force MATCHPW.OSC.\n" ) );
strcpy( OutputString, "MATCHPW\n" );
AdministratorPassword[0] = '\0';
}
} else {
strncpy(
AdministratorPassword,
Input->Value,
sizeof(AdministratorPassword)-1 );
}
} else {
strcat( OutputString, Input->Value );
}
}
#endif
if ( SpecialAction == ACTION_LOGIN
&& (Input->Name != NULL)
&& (Input->Value != NULL) ) {
if ( Lexstrcmpni( Input->Name, "USERNAME", 8 ) == 0 ) {
strncpy( UserName, Input->Value, sizeof(UserName)-1 );
UserName[sizeof(UserName)-1] = '\0';
} else if ( Lexstrcmpni( Input->Name, "*PASSWORD", 9 ) == 0 ) {
strncpy( Password, Input->Value, sizeof(Password)-1 );
Password[sizeof(Password)-1] = '\0';
} else if ( Lexstrcmpni( Input->Name, "USERDOMAIN", 10 ) == 0 ) {
strncpy( DomainName, Input->Value, sizeof(DomainName)-1 );
DomainName[sizeof(DomainName)-1] = '\0';
}
}
if (!LocalOnly) {
strcat( OutputString, "\n" );
}
}
break;
case CT_SELECT:
{
CHAR NotFirst = FALSE;
LPOPTIONSTRUCT Option = ScreenControls;
LPSELECTSTRUCT Select = (LPSELECTSTRUCT) CurrentControl;
if ( Select->Name ) {
strcat( OutputString, Select->Name );
strcat( OutputString, "=" );
}
while( Option && Option->Type == CT_OPTION )
{
if ( Option->Flags == OF_SELECTED ) {
if ( NotFirst ) {
strcat( OutputString, "+" );
}
if ( Option->Value ) {
strcat( OutputString, Option->Value );
NotFirst = TRUE;
}
}
Option = Option->Next;
}
strcat( OutputString, "\n" );
}
break;
case CT_VARIABLE:
{
LPINPUTSTRUCT Input = (LPINPUTSTRUCT) CurrentControl;
strcat( OutputString, Input->Name );
strcat( OutputString, "=" );
strcat( OutputString, Input->Value );
strcat( OutputString, "\n" );
}
break;
}
CurrentControl = CurrentControl->Next;
}
}
//
// ProcessScreenControls( )
//
// Process a screen that has input controls
//
CHAR
ProcessScreenControls(
OUT PCHAR OutputString
)
{
ULONG Key;
UCHAR KeyAscii;
LPCONTROLSTRUCT CurrentControl;
LPCONTROLSTRUCT LastControl;
TraceFunc("ProcessScreenControls()\n");
// find the first control
LastControl = ScreenControls;
while( LastControl ) {
CurrentControl = LastControl;
LastControl = CurrentControl->Next;
}
while (TRUE) {
TopOfLoop:
// show activation on the control
switch( CurrentControl->Type & (CT_PASSWORD | CT_TEXT | CT_SELECT) )
{
case CT_PASSWORD:
case CT_TEXT:
Key = ProcessInputControl( (LPINPUTSTRUCT) CurrentControl );
break;
case CT_SELECT:
Key = ProcessSelectControl( (LPSELECTSTRUCT) CurrentControl );
break;
default:
// non-processing control - skip it
CurrentControl = CurrentControl->Next;
if ( !CurrentControl ) {
CurrentControl = ScreenControls;
}
goto TopOfLoop;
}
LastControl = CurrentControl;
KeyAscii = (UCHAR)(Key & (ULONG)0xff);
// If it is enter/esc/F1/F3, check if the screen expects that.
if ( Key == F1_KEY ) {
DPRINT( OSC, ("[KeyPress] F1_KEY\n") );
if ( F1Key ) {
SpecialAction = F1Key->Action;
if ( F1Key->ScreenName ) {
strcpy( OutputString, F1Key->ScreenName );
strcat( OutputString, "\n" );
}
return KeyAscii;
}
} else if ( Key == F3_KEY ) {
DPRINT( OSC, ("[KeyPress] F3_KEY\n") );
if ( F3Key ) {
SpecialAction = F3Key->Action;
if ( F3Key->ScreenName ) {
strcpy( OutputString, F3Key->ScreenName );
strcat( OutputString, "\n" );
}
return KeyAscii;
}
#if defined(_BUILDING_OSDISP_)
} else if ( Key == F5_KEY ) {
SpecialAction = ACTION_REFRESH;
return KeyAscii;
#endif
} else if ( KeyAscii == (UCHAR)(ESCAPE_KEY & 0xFF) ) {
DPRINT( OSC, ("[KeyPress] ESCAPE_KEY\n") );
if ( EscKey ) {
SpecialAction = EscKey->Action;
if ( EscKey->ScreenName ) {
strcpy( OutputString, EscKey->ScreenName );
strcat( OutputString, "\n" );
}
return KeyAscii;
}
} else if ( KeyAscii == TAB_KEY || Key == DOWN_ARROW ) {
DPRINT( OSC, ("[KeyPress] TAB_KEY or DOWN_ARROW\n") );
CurrentControl = ScreenControls;
while ( CurrentControl->Next != LastControl && // next is current one, so stop
CurrentControl->Next != NULL ) // at end of list, so we must have been at
// the start, so stop here to loop around
{
CurrentControl = CurrentControl->Next;
}
} else if ( Key == BACKTAB_KEY || Key == UP_ARROW ) {
DPRINT( OSC, ("[KeyPress] BACKTAB_KEY or UP_ARROW\n") );
CurrentControl = CurrentControl->Next;
if (!CurrentControl) {
CurrentControl = ScreenControls; // loop around if needed
}
} else if ( KeyAscii == ENTER_KEY ) {
DPRINT( OSC, ("[KeyPress] ENTER_KEY\n") );
ProcessControlResults( OutputString );
return KeyAscii;
}
if ( !CurrentControl ) {
CurrentControl = LastControl;
}
}
}
//
// BlProcessScreen( )
//
CHAR
BlProcessScreen(
IN PCHAR InputString,
OUT PCHAR OutputString
)
{
#ifdef HEADLESS_SRV
ULONG y;
#endif
CHAR chReturn;
enum TOKENS Tag;
#ifdef _TRACE_FUNC_
TraceFunc( "BlProcessScreen( " );
DPRINT( OSC, ("InputString = 0x%08x, OutputString = 0x%08x )\n", InputString, OutputString) );
#endif
// reset our "heap"
OscHeapInitialize( );
// reset the screen variables
ScreenAttributes = WhiteOnBlueAttributes;
SpecialAction = ACTION_NOP;
LeftMargin = 1;
RightMargin = 80;
ScreenX = LeftMargin;
ScreenY = SCREEN_TOP;
F1Key = NULL;
F3Key = NULL;
EnterKey = NULL;
EscKey = NULL;
ScreenControls = NULL;
PreformattedMode = FALSE;
LoginScreen = FALSE;
AutoEnter = FALSE;
InsertMode = FALSE;
TipArea = NULL;
if (BlIsTerminalConnected()) {
ScreenBottom = HEADLESS_SCREEN_HEIGHT;
} else {
ScreenBottom = SCREEN_BOTTOM;
}
#if defined(PLEASE_WAIT)
PleaseWaitMsg = NULL;
#endif
BlpSendEscape(ScreenAttributes);
BlpClearScreen();
Tag = Lex( &InputString );
while (Tag != TOKEN_EOF )
{
switch (Tag)
{
case TOKEN_HTML:
Tag = OSCMLTagState( &InputString );
break;
case TOKEN_ENDHTML:
Tag = TOKEN_EOF; // exit state
break;
default:
Tag = ImpliedBodyTagState( &InputString );
break;
}
}
// Remove any buffered keys to prevent blipping thru the screens.
// NOTE we call BlGetKey() directly, not BlpGetKey(), so we only
// remove real keystrokes, not the "auto-enter" keystroke.
while ( BlGetKey( ) != 0 )
; // NOP on purpose
if ( ScreenControls ) {
chReturn = ProcessScreenControls( OutputString );
} else {
chReturn = ProcessEmptyScreen( OutputString );
}
// Erase footer to give user feedback that the screen is being
// processed.
BlpSendEscapeReverse(ScreenAttributes);
BlpPositionCursor( 1, ScreenBottom );
#ifdef _IN_OSDISP_
PRINT( SpaceString, 79*sizeof(TCHAR) );
#else
PRINT( SpaceString, BlTerminalConnected
? 79*sizeof(TCHAR)
: 80*sizeof(TCHAR) );
#endif
#if defined(PLEASE_WAIT)
if ( PleaseWaitMsg ) {
BlpPositionCursor( 1, ScreenBottom );
#ifdef UNICODE
{
ULONG i;
WCHAR wc;
for (i = 0; i< strlen(PleaseWaitMsg);i++) {
wc = (WCHAR)PleaseWaitMsg[i];
PRINT( &wc, 1*sizeof(WCHAR));
}
}
#else
PRINTL( PleaseWaitMsg );
#endif
}
#endif
BlpSendEscape(ScreenAttributes);
return chReturn;
}
Reference in a new issue View git blame Copy permalink