253 lines
10 KiB
C
253 lines
10 KiB
C
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/*++
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Copyright (c) 1990 Microsoft Corporation
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Module Name:
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tbase.c
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Abstract:
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Skeleton for a Win32 Base API Test Program
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Author:
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Steve Wood (stevewo) 26-Oct-1990
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Revision History:
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--*/
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#include <nt.h>
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#include <ntrtl.h>
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#include <nturtl.h>
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#include <windows.h>
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#include <string.h>
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#include <stdarg.h>
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#include <assert.h>
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#include <stdio.h>
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#ifndef DBG
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#define DBG 0
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#endif
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#if DBG
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#define IF_DEBUG if (TRUE)
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#else
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#define IF_DEBUG if (FALSE)
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#endif
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#include "basertl.h"
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DWORD
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main(
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int argc,
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char *argv[],
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char *envp[]
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)
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{
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NTSTATUS Status;
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LPVOID p1, p2, p3, p4, p5, p6;
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HANDLE h1, h2, h3, h4, h5, h6;
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BOOL result;
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LPDWORD p;
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printf( "TMEM: Entering Test Program\n" );
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p1 = LocalAlloc( LMEM_ZEROINIT, 0 );
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printf( "LocalAlloc( 0 ) == %lX\n", p1 );
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printf( "LocalSize( %lX ) == %ld\n", p1, LocalSize( p1 ) );
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p2 = LocalReAlloc( p1, 23, 0 );
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printf( "LocalReAlloc( %lX, 23 ) == %lX\n", p1, p2 );
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printf( "LocalSize( %lX ) == %ld\n", p2, LocalSize( p2 ) );
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printf( "LocalFree( %lX ) == %ld\n", p2, LocalFree( p2 ) );
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p1 = LocalAlloc( LMEM_ZEROINIT, 123 );
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printf( "LocalAlloc( 123 ) == %lX\n", p1 );
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printf( "LocalSize( %lX ) == %ld\n", p1, LocalSize( p1 ) );
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p2 = LocalReAlloc( p1, 23, 0 );
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printf( "LocalReAlloc( %lX, 23 ) == %lX\n", p1, p2 );
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printf( "LocalSize( %lX ) == %ld\n", p2, LocalSize( p2 ) );
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p3 = LocalReAlloc( p2, 223, LMEM_ZEROINIT );
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printf( "LocalReAlloc( %lX, 223 ) == %lX\n", p2, p3 );
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printf( "LocalSize( %lX ) == %ld\n", p3, LocalSize( p3 ) );
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p4 = LocalReAlloc( p3, 22, 0 );
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printf( "LocalReAlloc( %lX, 22 ) == %lX\n", p3, p4 );
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printf( "LocalSize( %lX ) == %ld\n", p4, LocalSize( p4 ) );
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printf( "LocalFree( %lX ) == %ld\n", p4, LocalFree( p4 ) );
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h1 = LocalAlloc( LMEM_MOVEABLE | LMEM_ZEROINIT, 123 );
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printf( "LocalAlloc( MOVEABLE, 123 ) == %lX (-> %lX)\n", h1, LocalLock( h1 ) );
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printf( "LocalSize( %lX ) == %ld\n", h1, LocalSize( h1 ) );
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h2 = LocalReAlloc( h1, 23, 0 );
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printf( "LocalReAlloc( %lX, 23 ) == %lX\n", h1, h2, LocalLock( h2 ) );
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printf( "LocalSize( %lX ) == %ld\n", h2, LocalSize( h2 ) );
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h3 = LocalReAlloc( h2, 223, LMEM_ZEROINIT );
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printf( "LocalReAlloc( %lX, 223 ) == %lX\n", h2, h3, LocalLock( h3 ) );
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printf( "LocalSize( %lX ) == %ld\n", h3, LocalSize( h3 ) );
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h4 = LocalReAlloc( h3, 22, 0 );
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printf( "LocalReAlloc( %lX, 22 ) == %lX\n", h3, h4, LocalLock( h4 ) );
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printf( "LocalSize( %lX ) == %ld\n", h4, LocalSize( h4 ) );
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printf( "LocalFree( %lX ) == %ld\n", h4, LocalFree( h4 ) );
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h1 = GlobalAlloc( GMEM_ZEROINIT, 123 );
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printf( "GlobalAlloc( 123 ) == %lX\n", h1 );
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printf( "GlobalFlags( %lX ) == %ld\n", h1, GlobalFlags( h1 ) );
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printf( "GlobalSize( %lX ) == %ld\n", h1, GlobalSize( h1 ) );
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h2 = GlobalReAlloc( h1, 23, 0 );
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printf( "GlobalReAlloc( %lX, 23 ) == %lX\n", h1, h2 );
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printf( "GlobalSize( %lX ) == %ld\n", h2, GlobalSize( h2 ) );
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h3 = GlobalReAlloc( h2, 223, GMEM_ZEROINIT );
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printf( "GlobalReAlloc( %lX, 223 ) == %lX\n", h2, h3 );
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printf( "GlobalSize( %lX ) == %ld\n", h3, GlobalSize( h3 ) );
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h4 = GlobalReAlloc( h3, 22, 0 );
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printf( "GlobalReAlloc( %lX, 22 ) == %lX\n", h3, h4 );
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printf( "GlobalSize( %lX ) == %ld\n", h4, GlobalSize( h4 ) );
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printf( "GlobalFree( %lX ) == %ld\n", h4, GlobalFree( h4 ) );
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h1 = GlobalAlloc( GMEM_ZEROINIT, 12003 );
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printf( "GlobalAlloc( 123 ) == %lX\n", h1 );
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printf( "GlobalFlags( %lX ) == %ld\n", h1, GlobalFlags( h1 ) );
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printf( "GlobalSize( %lX ) == %ld\n", h1, GlobalSize( h1 ) );
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h2 = GlobalReAlloc( h1, 4000, 0 );
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printf( "GlobalReAlloc( %lX, 23 ) == %lX\n", h1, h2 );
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printf( "GlobalSize( %lX ) == %ld\n", h2, GlobalSize( h2 ) );
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h3 = GlobalReAlloc( h2, 8000, GMEM_ZEROINIT );
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printf( "GlobalReAlloc( %lX, 223 ) == %lX\n", h2, h3 );
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printf( "GlobalSize( %lX ) == %ld\n", h3, GlobalSize( h3 ) );
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h4 = GlobalReAlloc( h3, 22, 0 );
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printf( "GlobalReAlloc( %lX, 22 ) == %lX\n", h3, h4 );
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printf( "GlobalSize( %lX ) == %ld\n", h4, GlobalSize( h4 ) );
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printf( "GlobalFree( %lX ) == %ld\n", h4, GlobalFree( h4 ) );
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DbgBreakPoint();
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h1 = GlobalAlloc( GMEM_DDESHARE, 123 );
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printf( "GlobalAlloc( 123 ) == %lX\n", h1 );
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printf( "GlobalFlags( %lX ) == %ld\n", h1, GlobalFlags( h1 ) );
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printf( "GlobalSize( %lX ) == %ld\n", h1, GlobalSize( h1 ) );
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p = GlobalLock( h1 );
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if (*p != 0xABCDEF01) {
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DbgBreakPoint();
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}
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h2 = GlobalReAlloc( h1, 23, 0 );
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printf( "GlobalReAlloc( %lX, 23 ) == %lX\n", h1, h2 );
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printf( "GlobalSize( %lX ) == %ld\n", h2, GlobalSize( h2 ) );
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h3 = GlobalReAlloc( h2, 223, GMEM_ZEROINIT );
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printf( "GlobalReAlloc( %lX, 223 ) == %lX\n", h2, h3 );
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printf( "GlobalSize( %lX ) == %ld\n", h3, GlobalSize( h3 ) );
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h4 = GlobalReAlloc( h3, 22, 0 );
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printf( "GlobalReAlloc( %lX, 22 ) == %lX\n", h3, h4 );
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printf( "GlobalSize( %lX ) == %ld\n", h4, GlobalSize( h4 ) );
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printf( "GlobalFree( %lX ) == %ld\n", h4, GlobalFree( h4 ) );
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printf( "TMEM: Exiting Test Program\n" );
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return 0;
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}
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#if 0
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MEMORY_BASIC_INFORMATION MemoryInformation;
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DWORD cb;
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DWORD oldProtect;
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p1 = VirtualAlloc( NULL, 8192, MEM_RESERVE, PAGE_READONLY );
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p2 = VirtualAlloc( (LPVOID)((LPSTR)p1 + 4096), 4096, MEM_COMMIT, PAGE_READWRITE );
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try {
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*(LPDWORD)p1 = -1;
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*(LPDWORD)p2 = -2;
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}
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except( 1 ) {
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}
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cb = VirtualQuery( (LPVOID)p1, &MemoryInformation, sizeof( MemoryInformation ) );
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printf( "VirtualQuery( %X ) = %u (%d)\n", p1, cb, GetLastError() );
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printf( " BaseAddress: %x\n", MemoryInformation.BaseAddress );
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printf( " AllocationBase: %x\n", MemoryInformation.AllocationBase );
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printf( " AllocationProtect: %x\n", MemoryInformation.AllocationProtect );
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printf( " RegionSize: %u\n", MemoryInformation.RegionSize );
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printf( " State: %x\n", MemoryInformation.State );
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printf( " Protect: %x\n", MemoryInformation.Protect );
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printf( " Type: %x\n", MemoryInformation.Type );
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cb = VirtualQuery( (LPVOID)p2, &MemoryInformation, sizeof( MemoryInformation ) );
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printf( "VirtualQuery( %X ) = %u (%d)\n", p2, cb, GetLastError() );
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printf( " BaseAddress: %x\n", MemoryInformation.BaseAddress );
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printf( " AllocationBase: %x\n", MemoryInformation.AllocationBase );
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printf( " AllocationProtect: %x\n", MemoryInformation.AllocationProtect );
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printf( " RegionSize: %u\n", MemoryInformation.RegionSize );
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printf( " State: %x\n", MemoryInformation.State );
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printf( " Protect: %x\n", MemoryInformation.Protect );
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printf( " Type: %x\n", MemoryInformation.Type );
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result = VirtualProtect( (LPVOID)p2, 4096, PAGE_READONLY, &oldProtect );
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printf( "VirtualProtect( %X, 4096, PAGE_READONLY, oldProtect == %x ) = %d (%d)\n", p2, oldProtect, result, GetLastError() );
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cb = VirtualQuery( (LPVOID)p2, &MemoryInformation, sizeof( MemoryInformation ) );
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printf( "VirtualQuery( %X ) = %u (%d)\n", p2, cb, GetLastError() );
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printf( " BaseAddress: %x\n", MemoryInformation.BaseAddress );
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printf( " AllocationBase: %x\n", MemoryInformation.AllocationBase );
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printf( " AllocationProtect: %x\n", MemoryInformation.AllocationProtect );
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printf( " RegionSize: %u\n", MemoryInformation.RegionSize );
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printf( " State: %x\n", MemoryInformation.State );
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printf( " Protect: %x\n", MemoryInformation.Protect );
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printf( " Type: %x\n", MemoryInformation.Type );
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result = VirtualFree( (LPVOID)p2, 4096, MEM_DECOMMIT );
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printf( "VirtualFree( %X, 4096, MEM_DECOMMIT ) = %d\n", p2, result, GetLastError() );
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cb = VirtualQuery( (LPVOID)p2, &MemoryInformation, sizeof( MemoryInformation ) );
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printf( "VirtualQuery( %X ) = %u (%d)\n", p2, cb, GetLastError() );
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printf( " BaseAddress: %x\n", MemoryInformation.BaseAddress );
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printf( " AllocationBase: %x\n", MemoryInformation.AllocationBase );
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printf( " AllocationProtect: %x\n", MemoryInformation.AllocationProtect );
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printf( " RegionSize: %u\n", MemoryInformation.RegionSize );
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printf( " State: %x\n", MemoryInformation.State );
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printf( " Protect: %x\n", MemoryInformation.Protect );
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printf( " Type: %x\n", MemoryInformation.Type );
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result = VirtualFree( (LPVOID)p2, 4096, MEM_RELEASE );
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printf( "VirtualFree( %X, 4096, MEM_RELEASE ) = %d\n", p2, result, GetLastError() );
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cb = VirtualQuery( (LPVOID)p2, &MemoryInformation, sizeof( MemoryInformation ) );
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printf( "VirtualQuery( %X ) = %u (%d)\n", p2, cb, GetLastError() );
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printf( " BaseAddress: %x\n", MemoryInformation.BaseAddress );
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printf( " AllocationBase: %x\n", MemoryInformation.AllocationBase );
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printf( " AllocationProtect: %x\n", MemoryInformation.AllocationProtect );
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printf( " RegionSize: %u\n", MemoryInformation.RegionSize );
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printf( " State: %x\n", MemoryInformation.State );
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printf( " Protect: %x\n", MemoryInformation.Protect );
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printf( " Type: %x\n", MemoryInformation.Type );
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result = VirtualFree( (LPVOID)p1, 4096, MEM_RELEASE );
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printf( "VirtualFree( %X, 4096, MEM_RELEASE ) = %d\n", p1, result, GetLastError() );
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cb = VirtualQuery( (LPVOID)p1, &MemoryInformation, sizeof( MemoryInformation ) );
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printf( "VirtualQuery( %X ) = %u (%d)\n", p1, cb, GetLastError() );
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printf( " BaseAddress: %x\n", MemoryInformation.BaseAddress );
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printf( " AllocationBase: %x\n", MemoryInformation.AllocationBase );
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printf( " AllocationProtect: %x\n", MemoryInformation.AllocationProtect );
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printf( " RegionSize: %u\n", MemoryInformation.RegionSize );
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printf( " State: %x\n", MemoryInformation.State );
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printf( " Protect: %x\n", MemoryInformation.Protect );
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printf( " Type: %x\n", MemoryInformation.Type );
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#endif
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