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4add7ccbc6
fpc/rtl/netwlibc/system.pp
armin 4add7ccbc6 * first rtl version for netwlibc
2004-09-05 20:58:47 +00:00

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{
$Id$
This file is part of the Free Pascal run time library.
Copyright (c) 1999-2004 by the Free Pascal development team.
See the file COPYING.FPC, included in this distribution,
for details about the copyright.
This program is distributed in the hope that it will be useful,
but WITHOUT ANY WARRANTY; without even the implied warranty of
MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.
System.pp for Netware libc environment
**********************************************************************}
{ no stack check in system }
{$S-}
unit system;
interface
{$define netware}
{$define netware_libc}
{$define StdErrToConsole}
{$define autoHeapRelease}
{$define IOpossix}
{$define DisableArrayOfConst}
{$ifdef SYSTEMDEBUG}
{$define SYSTEMEXCEPTIONDEBUG}
{$endif SYSTEMDEBUG}
{$ifdef cpui386}
{$define Set_i386_Exception_handler}
{$endif cpui386}
{ include system-independent routine headers }
{$I systemh.inc}
type THandle = DWord;
{Platform specific information}
const
LineEnding = #13#10;
LFNSupport : boolean = false;
DirectorySeparator = '/';
DriveSeparator = ':';
PathSeparator = ';';
{ FileNameCaseSensitive is defined separately below!!! }
maxExitCode = $ffff;
{ include heap support headers }
{$I heaph.inc}
CONST
{ Default filehandles }
UnusedHandle : THandle = -1;
StdInputHandle : THandle = 0;
StdOutputHandle : THandle = 0;
StdErrorHandle : THandle = 0;
FileNameCaseSensitive : boolean = false;
sLineBreak = LineEnding;
DefaultTextLineBreakStyle : TTextLineBreakStyle = tlbsCRLF;
TYPE
TNWCheckFunction = procedure (var code : longint);
VAR
ArgC : INTEGER;
ArgV : ppchar;
NetwareCheckFunction : TNWCheckFunction;
NetwareMainThreadGroupID: longint;
NetwareCodeStartAddress : dword;
CONST
envp : ppchar = nil;
{type
TSysCloseAllRemainingSemaphores = procedure;
TSysReleaseThreadVars = procedure;
TSysSetThreadDataAreaPtr = function (newPtr:pointer):pointer;
procedure NWSysSetThreadFunctions (crs:TSysCloseAllRemainingSemaphores;
rtv:TSysReleaseThreadVars;
stdata:TSysSetThreadDataAreaPtr);
}
implementation
{ Indicate that stack checking is taken care by OS}
{$DEFINE NO_GENERIC_STACK_CHECK}
{ include system independent routines }
{$I system.inc}
{ some declarations for Netware API calls }
{ I nwlibc.inc}
{$I errno.inc}
{$define INCLUDED_FROM_SYSTEM}
{$I libc.pp}
var
HeapAllocResourceTag,HeapListAllocResourceTag : rtag_t;
NLMHandle : pointer;
{$ifdef StdErrToConsole}
NWLoggerScreen : Tscr;
{$endif}
{CloseAllRemainingSemaphores : TSysCloseAllRemainingSemaphores = nil;
ReleaseThreadVars : TSysReleaseThreadVars = nil;
SetThreadDataAreaPtr : TSysSetThreadDataAreaPtr = nil;
procedure NWSysSetThreadFunctions (crs:TSysCloseAllRemainingSemaphores;
rtv:TSysReleaseThreadVars;
stdata:TSysSetThreadDataAreaPtr);
begin
CloseAllRemainingSemaphores := crs;
ReleaseThreadVars := rtv;
SetThreadDataAreaPtr := stdata;
end;}
procedure PASCALMAIN;external name 'PASCALMAIN';
procedure fpc_do_exit;external name 'FPC_DO_EXIT';
{*****************************************************************************
System Dependent Exit code
*****************************************************************************}
{$ifdef autoHeapRelease}
procedure FreeSbrkMem; forward;
{$endif}
var SigTermHandlerActive : boolean;
Procedure system_exit;
begin
//if assigned (CloseAllRemainingSemaphores) then CloseAllRemainingSemaphores;
//if assigned (ReleaseThreadVars) then ReleaseThreadVars;
{$ifdef autoHeapRelease}
FreeSbrkMem; { free memory allocated by heapmanager }
{$endif}
if not SigTermHandlerActive then
begin
//if ExitCode <> 0 Then { otherwise we dont see runtime-errors }
// _SetAutoScreenDestructionMode (false);
_exit (ExitCode);
end;
end;
{*****************************************************************************
Stack check code
*****************************************************************************}
const StackErr : boolean = false;
procedure int_stackcheck(stack_size:Cardinal);[saveregisters,public,alias:'FPC_STACKCHECK'];
{
called when trying to get local stack if the compiler directive $S
is set this function must preserve all registers
With a 2048 byte safe area used to write to StdIo without crossing
the stack boundary
}
begin
if StackErr then exit; // avoid recursive calls
if stackavail > stack_size + 2048 THEN EXIT;
StackErr := true;
HandleError (202);
end;
{*****************************************************************************
ParamStr/Randomize
*****************************************************************************}
{ number of args }
function paramcount : longint;
begin
paramcount := argc - 1;
end;
{ argument number l }
function paramstr(l : longint) : string;
begin
if (l>=0) and (l+1<=argc) then
begin
paramstr:=strpas(argv[l]);
if l = 0 then // fix nlm path
begin
for l := 1 to length (paramstr) do
if paramstr[l] = '\' then paramstr[l] := '/';
end;
end else
paramstr:='';
end;
{ set randseed to a new pseudo random value }
procedure randomize;
begin
randseed := time (NIL);
end;
{*****************************************************************************
Heap Management
*****************************************************************************}
var
heap : longint;external name 'HEAP';
intern_heapsize : longint;external name 'HEAPSIZE';
{ first address of heap }
function getheapstart:pointer;
assembler;
asm
leal HEAP,%eax
end ['EAX'];
{ current length of heap }
function getheapsize:longint;
assembler;
asm
movl intern_HEAPSIZE,%eax
end ['EAX'];
{$ifdef autoHeapRelease}
const HeapInitialMaxBlocks = 32;
type THeapSbrkBlockList = array [1.. HeapInitialMaxBlocks] of pointer;
var HeapSbrkBlockList : ^THeapSbrkBlockList = nil;
HeapSbrkLastUsed : dword = 0;
HeapSbrkAllocated : dword = 0;
{ function to allocate size bytes more for the program }
{ must return the first address of new data space or nil if fail }
{ for netware all allocated blocks are saved to free them at }
{ exit (to avoid message "Module did not release xx resources") }
Function SysOSAlloc(size : longint):pointer;
var P2 : POINTER;
i : longint;
Slept : longint;
begin
SysOSAlloc := _Alloc (size,HeapAllocResourceTag);
if SysOSAlloc <> nil then begin
if HeapSbrkBlockList = nil then
begin
Pointer (HeapSbrkBlockList) := _Alloc (sizeof (HeapSbrkBlockList^),HeapListAllocResourceTag);
if HeapSbrkBlockList = nil then
begin
_free (SysOSAlloc);
SysOSAlloc := nil;
exit;
end;
fillchar (HeapSbrkBlockList^,sizeof(HeapSbrkBlockList^),0);
HeapSbrkAllocated := HeapInitialMaxBlocks;
end;
if (HeapSbrkLastUsed > 0) then
for i := 1 to HeapSbrkLastUsed do
if (HeapSbrkBlockList^[i] = nil) then
begin // reuse free slot
HeapSbrkBlockList^[i] := SysOSAlloc;
exit;
end;
if (HeapSbrkLastUsed = HeapSbrkAllocated) then
begin { grow }
slept := 0;
p2 := _ReallocSleepOK (HeapSbrkBlockList, (HeapSbrkAllocated + HeapInitialMaxBlocks) * sizeof(pointer),HeapListAllocResourceTag,Slept);
if p2 = nil then // should we better terminate with error ?
begin
_free (SysOSAlloc);
SysOSAlloc := nil;
exit;
end;
HeapSbrkBlockList := p2;
inc (HeapSbrkAllocated, HeapInitialMaxBlocks);
end;
inc (HeapSbrkLastUsed);
HeapSbrkBlockList^[HeapSbrkLastUsed] := SysOSAlloc;
end;
end;
procedure FreeSbrkMem;
var i : longint;
begin
if HeapSbrkBlockList <> nil then
begin
for i := 1 to HeapSbrkLastUsed do
if (HeapSbrkBlockList^[i] <> nil) then
_free (HeapSbrkBlockList^[i]);
_free (HeapSbrkBlockList);
HeapSbrkAllocated := 0;
HeapSbrkLastUsed := 0;
HeapSbrkBlockList := nil;
end;
end;
{*****************************************************************************
OS Memory allocation / deallocation
****************************************************************************}
{$define HAS_SYSOSFREE}
procedure SysOSFree(p: pointer; size: ptrint);
var i : longint;
begin
//fpmunmap(p, size);
if (HeapSbrkLastUsed > 0) then
for i := 1 to HeapSbrkLastUsed do
if (HeapSbrkBlockList^[i] = p) then
begin
_free (p);
HeapSbrkBlockList^[i] := nil;
exit;
end;
HandleError (204); // invalid pointer operation
end;
{$else autoHeapRelease}
{$define HAS_SYSOSFREE}
procedure SysOSFree(p: pointer; size: ptrint);
begin
_free (p);
end;
function SysOSAlloc(size: ptrint): pointer;
begin
writeln ('Alloc ',size,' bytes');
SysOSAlloc := _Alloc(size,HeapAllocResourceTag);
end;
{$endif autoHeapRelease}
{ include standard heap management }
{$I heap.inc}
{****************************************************************************
Low level File Routines
All these functions can set InOutRes on errors
****************************************************************************}
PROCEDURE NW2PASErr (Err : LONGINT);
BEGIN
if Err = 0 then { Else it will go through all the cases }
exit;
case Err of
Sys_ENFILE,
Sys_EMFILE : Inoutres:=4;
Sys_ENOENT : Inoutres:=2;
Sys_EBADF : Inoutres:=6;
Sys_ENOMEM,
Sys_EFAULT : Inoutres:=217;
Sys_EINVAL : Inoutres:=218;
Sys_EPIPE,
Sys_EINTR,
Sys_EIO,
Sys_EAGAIN,
Sys_ENOSPC : Inoutres:=101;
Sys_ENAMETOOLONG,
Sys_ELOOP,
Sys_ENOTDIR : Inoutres:=3;
Sys_EROFS,
Sys_EEXIST,
Sys_EACCES : Inoutres:=5;
Sys_EBUSY : Inoutres:=162;
end;
END;
FUNCTION errno : LONGINT;
BEGIN
errno := ___errno^;
END;
PROCEDURE Errno2Inoutres;
BEGIN
NW2PASErr (errno);
END;
PROCEDURE SetFileError (VAR Err : LONGINT);
BEGIN
IF Err >= 0 THEN
InOutRes := 0
ELSE
BEGIN
libc_perror ('SetFileError');
Err := errno;
NW2PASErr (Err);
Err := 0;
END;
END;
{ close a file from the handle value }
procedure do_close(handle : thandle);
VAR res : LONGINT;
begin
{$ifdef IOpossix}
res := FpClose (handle);
{$else}
res := _fclose (_TFILE(handle));
{$endif}
IF res <> 0 THEN
SetFileError (res)
ELSE
InOutRes := 0;
end;
procedure do_erase(p : pchar);
VAR res : LONGINT;
begin
res := unlink (p);
IF Res < 0 THEN
SetFileError (res)
ELSE
InOutRes := 0;
end;
procedure do_rename(p1,p2 : pchar);
VAR res : LONGINT;
begin
res := rename (p1,p2);
IF Res < 0 THEN
SetFileError (res)
ELSE
InOutRes := 0
end;
function do_write(h:thandle;addr:pointer;len : longint) : longint;
var res : LONGINT;
begin
{$ifdef IOpossix}
res := libc_write (h,addr,len);
{$else}
res := _fwrite (addr,1,len,_TFILE(h));
{$endif}
if res > 0 then
InOutRes := 0
else
SetFileError (res);
do_write := res;
end;
function do_read(h:thandle;addr:pointer;len : longint) : longint;
VAR res : LONGINT;
begin
{$ifdef IOpossix}
res := libc_write (h,addr,len);
{$else}
res := _fread (addr,1,len,_TFILE(h));
{$endif}
IF res > 0 THEN
InOutRes := 0
ELSE
SetFileError (res);
do_read := res;
end;
function do_filepos(handle : thandle) : longint;
var res : LONGINT;
begin
InOutRes:=1;
{$ifdef IOpossix}
res := tell (handle);
{$else}
res := _ftell (_TFILE(handle));
{$endif}
if res < 0 THEN
SetFileError (res)
else
InOutRes := 0;
do_filepos := res;
end;
procedure do_seek(handle:thandle;pos : longint);
VAR res : LONGINT;
begin
{$ifdef IOpossix}
res := lseek (handle,pos, SEEK_SET);
{$else}
res := _fseek (_TFILE(handle),pos, SEEK_SET);
{$endif}
IF res >= 0 THEN
InOutRes := 0
ELSE
SetFileError (res);
end;
function do_seekend(handle:thandle):longint;
VAR res : LONGINT;
begin
{$ifdef IOpossix}
res := lseek (handle,0, SEEK_END);
{$else}
res := _fseek (_TFILE(handle),0, SEEK_END);
{$endif}
IF res >= 0 THEN
InOutRes := 0
ELSE
SetFileError (res);
do_seekend := res;
end;
function do_filesize(handle : thandle) : longint;
VAR res : LONGINT;
statbuf : TStat;
begin
{$ifdef IOpossix}
res := fstat (handle, statbuf);
{$else}
res := _fstat (_fileno (_TFILE(handle)), statbuf); // was _filelength for clib
{$endif}
if res <> 0 then
begin
SetFileError (Res);
do_filesize := -1;
end else
begin
InOutRes := 0;
do_filesize := statbuf.st_size;
end;
end;
{ truncate at a given position }
procedure do_truncate (handle:thandle;pos:longint);
VAR res : LONGINT;
begin
{$ifdef IOpossix}
res := ftruncate (handle,pos);
{$else}
res := _ftruncate (_fileno (_TFILE(handle)),pos);
{$endif}
IF res <> 0 THEN
SetFileError (res)
ELSE
InOutRes := 0;
end;
{$ifdef IOpossix}
// mostly stolen from syslinux
procedure do_open(var f;p:pchar;flags:longint);
{
filerec and textrec have both handle and mode as the first items so
they could use the same routine for opening/creating.
when (flags and $10) the file will be append
when (flags and $100) the file will be truncate/rewritten
when (flags and $1000) there is no check for close (needed for textfiles)
}
var
oflags : longint;
Begin
{ close first if opened }
if ((flags and $10000)=0) then
begin
case FileRec(f).mode of
fminput,fmoutput,fminout : Do_Close(FileRec(f).Handle);
fmclosed : ;
else
begin
inoutres:=102; {not assigned}
exit;
end;
end;
end;
{ reset file Handle }
FileRec(f).Handle:=UnusedHandle;
{ We do the conversion of filemodes here, concentrated on 1 place }
case (flags and 3) of
0 : begin
oflags := O_RDONLY;
filerec(f).mode := fminput;
end;
1 : begin
oflags := O_WRONLY;
filerec(f).mode := fmoutput;
end;
2 : begin
oflags := O_RDWR;
filerec(f).mode := fminout;
end;
end;
if (flags and $1000)=$1000 then
oflags:=oflags or (O_CREAT or O_TRUNC)
else
if (flags and $100)=$100 then
oflags:=oflags or (O_APPEND);
{ empty name is special }
if p[0]=#0 then
begin
case FileRec(f).mode of
fminput :
FileRec(f).Handle:=StdInputHandle;
fminout, { this is set by rewrite }
fmoutput :
FileRec(f).Handle:=StdOutputHandle;
fmappend :
begin
FileRec(f).Handle:=StdOutputHandle;
FileRec(f).mode:=fmoutput; {fool fmappend}
end;
end;
exit;
end;
{ real open call }
FileRec(f).Handle := open(p,oflags,438);
//WriteLn ('_open (',p,') returned ',ErrNo, 'Handle: ',FileRec(f).Handle);
// errno does not seem to be set on succsess ??
IF FileRec(f).Handle < 0 THEN
if (ErrNo=Sys_EROFS) and ((OFlags and O_RDWR)<>0) then
begin // i.e. for cd-rom
Oflags:=Oflags and not(O_RDWR);
FileRec(f).Handle := open(p,oflags,438);
end;
IF FileRec(f).Handle < 0 THEN
Errno2Inoutres
ELSE
InOutRes := 0;
End;
{$else}
procedure do_open(var f;p:pchar;flags:longint);
{
filerec and textrec have both handle and mode as the first items so
they could use the same routine for opening/creating.
when (flags and $10) the file will be append
when (flags and $100) the file will be truncate/rewritten
when (flags and $1000) there is no check for close (needed for textfiles)
}
var
oflags : string[10];
Begin
{ close first if opened }
if ((flags and $10000)=0) then
begin
case FileRec(f).mode of
fminput,fmoutput,fminout : Do_Close(FileRec(f).Handle);
fmclosed : ;
else
begin
inoutres:=102; {not assigned}
exit;
end;
end;
end;
{ reset file Handle }
FileRec(f).Handle:=UnusedHandle;
{ We do the conversion of filemodes here, concentrated on 1 place }
case (flags and 3) of
0 : begin
oflags := 'rb'#0;
filerec(f).mode := fminput;
end;
1 : begin
if (flags and $1000)=$1000 then
oflags := 'w+b' else
oflags := 'wb';
filerec(f).mode := fmoutput;
end;
2 : begin
if (flags and $1000)=$1000 then
oflags := 'w+' else
oflags := 'r+';
filerec(f).mode := fminout;
end;
end;
{if (flags and $1000)=$1000 then
oflags:=oflags or (O_CREAT or O_TRUNC)
else
if (flags and $100)=$100 then
oflags:=oflags or (O_APPEND);}
{ empty name is special }
if p[0]=#0 then
begin
case FileRec(f).mode of
fminput :
FileRec(f).Handle:=StdInputHandle;
fminout, { this is set by rewrite }
fmoutput :
FileRec(f).Handle:=StdOutputHandle;
fmappend :
begin
FileRec(f).Handle:=StdOutputHandle;
FileRec(f).mode:=fmoutput; {fool fmappend}
end;
end;
exit;
end;
{ real open call }
FileRec(f).Handle := THandle (_fopen (p,@oflags[1]));//_open(p,oflags,438);
//WriteLn ('_open (',p,') returned ',ErrNo, 'Handle: ',FileRec(f).Handle);
// errno does not seem to be set on succsess ??
{IF FileRec(f).Handle < 0 THEN
if (ErrNo=Sys_EROFS) and ((OFlags and O_RDWR)<>0) then
begin // i.e. for cd-rom
Oflags:=Oflags and not(O_RDWR);
FileRec(f).Handle := _open(p,oflags,438);
end;}
if FileRec(f).Handle = 0 then
Errno2Inoutres
else
InOutRes := 0;
End;
{$endif}
function do_isdevice(handle:THandle):boolean;
begin
{$ifdef IOpossix}
do_isdevice := (isatty (handle) > 0);
{$else}
do_isdevice := (isatty (_fileno(_TFILE(handle))) > 0);
{$endif}
end;
{*****************************************************************************
UnTyped File Handling
*****************************************************************************}
{$i file.inc}
{*****************************************************************************
Typed File Handling
*****************************************************************************}
{$i typefile.inc}
{*****************************************************************************
Text File Handling
*****************************************************************************}
{ should we consider #26 as the end of a file ? }
{?? $DEFINE EOF_CTRLZ}
{$i text.inc}
{*****************************************************************************
Directory Handling
*****************************************************************************}
procedure mkdir(const s : string);[IOCheck];
VAR S2 : STRING;
Res: LONGINT;
BEGIN
S2 := S;
IF Length (S2) = 255 THEN DEC (BYTE(S2[0]));
S2 := S2 + #0;
Res := FpMkdir (@S2[1],0);
IF Res = 0 THEN
InOutRes:=0
ELSE
SetFileError (Res);
END;
procedure rmdir(const s : string);[IOCheck];
VAR S2 : STRING;
Res: LONGINT;
BEGIN
S2 := S;
IF Length (S2) = 255 THEN DEC (BYTE(S2[0]));
S2 := S2 + #0;
Res := FpRmdir (@S2[1]);
IF Res = 0 THEN
InOutRes:=0
ELSE
SetFileError (Res);
end;
procedure chdir(const s : string);[IOCheck];
VAR S2 : STRING;
Res: LONGINT;
begin
S2 := S;
IF Length (S2) = 255 THEN DEC (BYTE(S2[0]));
S2 := S2 + #0;
Res := FpChdir (@S2[1]);
IF Res = 0 THEN
InOutRes:=0
ELSE
SetFileError (Res);
end;
procedure getdir(drivenr : byte;var dir : shortstring);
VAR P : ARRAY [0..255] OF CHAR;
i : LONGINT;
begin
P[0] := #0;
getcwd (@P, SIZEOF (P));
i := libc_strlen (P);
if i > 0 then
begin
Move (P, dir[1], i);
BYTE(dir[0]) := i;
For i := 1 to length (dir) do
if dir[i] = '\' then dir [i] := '/';
// fix / after volume, the compiler needs that
// normaly root of a volumes is SERVERNAME/SYS:, change that
// to SERVERNAME/SYS:/
i := pos (':',dir);
if (i > 0) then
if i = Length (dir) then dir := dir + '/' else
if dir [i+1] <> '/' then insert ('/',dir,i+1);
END ELSE
InOutRes := 1;
end;
{*****************************************************************************
Thread Handling
*****************************************************************************}
procedure InitFPU;assembler;
asm
fninit
fldcw fpucw
end;
{ if return-value is <> 0, netware shows the message
Unload Anyway ?
To Disable unload at all, SetNLMDontUnloadFlag can be used on
Netware >= 4.0 }
(*
function CheckFunction : longint; CDECL; [public,alias: 'FPC_NW_CHECKFUNCTION'];
var oldTG:longint;
oldPtr: pointer;
begin
if assigned (NetwareCheckFunction) then
begin
{ this function is called without clib context, to allow clib
calls, we set the thread group id before calling the
user-function }
//oldTG := _SetThreadGroupID (NetwareMainThreadGroupID);
{ to allow use of threadvars, we simply set the threadvar-memory
from the main thread }
//if assigned (SetThreadDataAreaPtr) then
// oldPtr := SetThreadDataAreaPtr (NIL); { nil means main threadvars }
result := 0;
NetwareCheckFunction (result);
if assigned (SetThreadDataAreaPtr) then
SetThreadDataAreaPtr (oldPtr);
_SetThreadGroupID (oldTG);
end else
result := 0;
end;
*)
{$ifdef StdErrToConsole}
var ConsoleBuff : array [0..512] of char;
Function ConsoleWrite(Var F: TextRec): Integer;
var
i : longint;
Begin
if F.BufPos>0 then
begin
if F.BufPos>sizeof(ConsoleBuff)-1 then
i:=sizeof(ConsoleBuff)-1
else
i:=F.BufPos;
Move(F.BufPtr^,ConsoleBuff,i);
ConsoleBuff[i] := #0;
screenprintf (NWLoggerScreen,@ConsoleBuff);
end;
F.BufPos:=0;
ConsoleWrite := 0;
End;
Function ConsoleClose(Var F: TextRec): Integer;
begin
ConsoleClose:=0;
end;
Function ConsoleOpen(Var F: TextRec): Integer;
Begin
TextRec(F).InOutFunc:=@ConsoleWrite;
TextRec(F).FlushFunc:=@ConsoleWrite;
TextRec(F).CloseFunc:=@ConsoleClose;
ConsoleOpen:=0;
End;
procedure AssignStdErrConsole(Var T: Text);
begin
Assign(T,'');
TextRec(T).OpenFunc:=@ConsoleOpen;
Rewrite(T);
end;
{$endif}
{ this will be called if the nlm is unloaded. It will NOT be
called if the program exits i.e. with halt.
Halt (or _exit) can not be called from this callback procedure }
procedure TermSigHandler (Sig:longint); CDecl;
begin
writeln ('TermSigHandler start ');
{ _GetThreadDataAreaPtr will not be valid because the signal
handler is called by netware with a differnt thread. To avoid
problems in the exit routines, we set the data of the main thread
here }
SigTermHandlerActive := true; { to avoid that system_exit calls _exit }
do_exit; { calls finalize units }
writeln ('TermSigHandler end ');
end;
procedure SysInitStdIO;
begin
{ Setup stdin, stdout and stderr }
{$ifdef IOpossix}
StdInputHandle := THandle (fileno (___stdin^)); // GetStd** returns **FILE !
StdOutputHandle:= THandle (fileno (___stdout^));
StdErrorHandle := THandle (fileno (___stderr^));
{$else}
StdInputHandle := THandle (___stdin^); // GetStd** returns **FILE !
StdOutputHandle:= THandle (___stdout^);
StdErrorHandle := THandle (___stderr^);
{$endif}
OpenStdIO(Input,fmInput,StdInputHandle);
OpenStdIO(Output,fmOutput,StdOutputHandle);
OpenStdIO(StdOut,fmOutput,StdOutputHandle);
{$ifdef StdErrToConsole}
AssignStdErrConsole(StdErr);
{$else}
OpenStdIO(StdErr,fmOutput,StdErrorHandle);
{$endif}
end;
procedure nlm_main (_ArgC : LONGINT; _ArgV : ppchar); cdecl; [public,alias: 'main'];
BEGIN
ArgC := _ArgC;
ArgV := _ArgV;
PASCALMAIN;
END;
{*****************************************************************************
SystemUnit Initialization
*****************************************************************************}
Begin
StackBottom := SPtr - StackLength;
SigTermHandlerActive := false;
NetwareCheckFunction := nil;
{$ifdef StdErrToConsole}
NWLoggerScreen := getnetwarelogger;
{$endif}
envp := nxGetEnviron;
NLMHandle := getnlmhandle;
HeapAllocResourceTag :=
AllocateResourceTag(NLMHandle,'Heap Memory',AllocSignature);
HeapListAllocResourceTag :=
AllocateResourceTag(NLMHandle,'Heap Memory List',AllocSignature);
Signal (SIGTERM, @TermSigHandler);
{ Setup heap }
InitHeap;
SysInitExceptions;
{ Reset IO Error }
InOutRes:=0;
(* This should be changed to a real value during *)
(* thread driver initialization if appropriate. *)
ThreadID := 1;
SysInitStdIO;
{Delphi Compatible}
IsLibrary := FALSE;
IsConsole := TRUE;
ExitCode := 0;
{$ifdef HASVARIANT}
initvariantmanager;
{$endif HASVARIANT}
End.
{
$Log$
Revision 1.1 2004-09-05 20:58:47 armin
* first rtl version for netwlibc
}
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