/* output import stubs for exported entry points that link to external symbols */
static void output_external_link_imports( DLLSPEC *spec )
{
unsigned int i, pos;
if (!ext_link_imports.count) return; /* nothing to do */
sort_names( &ext_link_imports );
/* get rid of duplicate names */
for (i = 1; i < ext_link_imports.count; i++)
{
if (!strcmp( ext_link_imports.names[i-1], ext_link_imports.names[i] ))
remove_name( &ext_link_imports, i-- );
}
output( "\n/* external link thunks */\n\n" );
output( "\t.data\n" );
output( "\t.align %d\n", get_alignment(get_ptr_size()) );
output( ".L__wine_spec_external_links:\n" );
for (i = 0; i < ext_link_imports.count; i++)
output( "\t%s %s\n", get_asm_ptr_keyword(), asm_name(ext_link_imports.names[i]) );
output( "\n\t.text\n" );
output( "\t.align %d\n", get_alignment(get_ptr_size()) );
output( "%s:\n", asm_name("__wine_spec_external_link_thunks") );
for (i = pos = 0; i < ext_link_imports.count; i++)
{
char *buffer = strmake( "__wine_spec_ext_link_%s", ext_link_imports.names[i] );
output_import_thunk( buffer, ".L__wine_spec_external_links", pos );
free( buffer );
pos += get_ptr_size();
}
output_function_size( "__wine_spec_external_link_thunks" );
}
/*******************************************************************
* output_asm_constructor
*
* Output code for calling a dll constructor.
*/
static void output_asm_constructor( const char *constructor )
{
if (target_platform == PLATFORM_APPLE)
{
/* Mach-O doesn't have an init section */
output( "\n\t.mod_init_func\n" );
output( "\t.align %d\n", get_alignment(get_ptr_size()) );
output( "\t%s %s\n", get_asm_ptr_keyword(), asm_name(constructor) );
}
else
{
switch(target_cpu)
{
case CPU_x86:
case CPU_x86_64:
// output( "\n\t.section \".init\",\"ax\"\n" );
output( "\n\t.section .init,\"ax\"\n" );
output( "\tcall %s\n", asm_name(constructor) );
break;
case CPU_ARM:
output( "\n\t.section \".text\",\"ax\"\n" );
output( "\tblx %s\n", asm_name(constructor) );
break;
case CPU_ARM64:
case CPU_POWERPC:
output( "\n\t.section \".init\",\"ax\"\n" );
output( "\tbl %s\n", asm_name(constructor) );
break;
}
}
}
/*******************************************************************
* output_asm_constructor
*
* Output code for calling a dll constructor.
*/
static void output_asm_constructor( const char *constructor )
{
if (target_platform == PLATFORM_APPLE)
{
/* Mach-O doesn't have an init section */
output( "\n\t.mod_init_func\n" );
output( "\t.align %d\n", get_alignment(4) );
output( "\t.long %s\n", asm_name(constructor) );
}
else
{
output( "\n\t.section \".init\",\"ax\"\n" );
switch(target_cpu)
{
case CPU_x86:
case CPU_x86_64:
output( "\tcall %s\n", asm_name(constructor) );
break;
case CPU_SPARC:
output( "\tcall %s\n", asm_name(constructor) );
output( "\tnop\n" );
break;
case CPU_ARM:
case CPU_POWERPC:
output( "\tbl %s\n", asm_name(constructor) );
break;
}
}
}
static void gl_update_input_size(gl_t *gl, unsigned width, unsigned height, unsigned pitch)
{
// Res change. Need to clear out texture.
if ((width != gl->last_width[gl->tex_index] || height != gl->last_height[gl->tex_index]) && gl->empty_buf)
{
gl->last_width[gl->tex_index] = width;
gl->last_height[gl->tex_index] = height;
glPixelStorei(GL_UNPACK_ALIGNMENT, get_alignment(pitch));
glPixelStorei(GL_UNPACK_ROW_LENGTH, gl->tex_w);
glTexSubImage2D(GL_TEXTURE_2D,
0, 0, 0, gl->tex_w, gl->tex_h, gl->texture_type,
gl->texture_fmt, gl->empty_buf);
GLfloat xamt = (GLfloat)width / gl->tex_w;
GLfloat yamt = (GLfloat)height / gl->tex_h;
set_texture_coords(gl->tex_coords, xamt, yamt);
}
// We might have used different texture coordinates last frame. Edge case if resolution changes very rapidly.
else if (width != gl->last_width[(gl->tex_index - 1) & TEXTURES_MASK] ||
height != gl->last_height[(gl->tex_index - 1) & TEXTURES_MASK])
{
GLfloat xamt = (GLfloat)width / gl->tex_w;
GLfloat yamt = (GLfloat)height / gl->tex_h;
set_texture_coords(gl->tex_coords, xamt, yamt);
}
}
static bool pack_align(lima_symbol_t* symbol, void* data)
{
align_pack_state_t* state = (align_pack_state_t*) data;
unsigned alignment = get_alignment(symbol);
state->pos = ALIGN(state->pos, alignment);
symbol->offset = state->pos;
if (symbol->type == lima_symbol_struct)
{
unsigned old_pos = state->pos;
state->pos = 0;
for (unsigned i = 0; i < symbol->num_children; i++)
{
if (!pack_align(symbol->children[i], data))
return false;
}
state->pos = ALIGN(state->pos, alignment);
symbol->stride = state->pos;
state->pos = old_pos;
}
else
symbol->stride = sizes[symbol->type];
unsigned array_elems = symbol->array_elems ? symbol->array_elems : 1;
state->pos += symbol->stride * array_elems;
return true;
}
// Old style "blitting", so we can render all the fonts in one go.
// TODO: Is it possible that fonts could overlap if we blit without alpha blending?
static void blit_fonts(gl_t *gl, const struct font_output *head, const struct font_rect *geom)
{
// Clear out earlier fonts.
glPixelStorei(GL_UNPACK_ALIGNMENT, 8);
glPixelStorei(GL_UNPACK_ROW_LENGTH, gl->font_tex_w);
glTexSubImage2D(GL_TEXTURE_2D,
0, 0, 0, gl->font_tex_w, gl->font_tex_h,
GL_LUMINANCE, GL_UNSIGNED_BYTE, gl->font_tex_empty_buf);
while (head)
{
// head has top-left oriented coords.
int x = head->off_x - geom->x;
int y = head->off_y - geom->y;
y = gl->font_tex_h - head->height - y - 1;
glPixelStorei(GL_UNPACK_ALIGNMENT, get_alignment(head->pitch));
glPixelStorei(GL_UNPACK_ROW_LENGTH, head->pitch);
glTexSubImage2D(GL_TEXTURE_2D,
0, x, y, head->width, head->height,
GL_LUMINANCE, GL_UNSIGNED_BYTE, head->output);
head = head->next;
}
}
CL_CollisionOutline CL_CollisionOutline::clone() const
{
CL_CollisionOutline copy;
copy.impl->contours.clear();
copy.impl->contours.reserve(impl->contours.size());
for (size_t i = 0; i < impl->contours.size(); i++)
copy.impl->contours.push_back(impl->contours[i].clone());
copy.impl->do_inside_test = get_inside_test();
copy.impl->width = get_width();
copy.impl->height = get_height();
copy.impl->position = get_translation();
copy.impl->scale_factor = get_scale();
copy.impl->angle = get_angle();
copy.impl->minimum_enclosing_disc = get_minimum_enclosing_disc();
bool points, normals, metadata, pendepths;
get_collision_info_state(points,normals,metadata,pendepths);
copy.enable_collision_info(points,normals,metadata,pendepths);
CL_Origin origin;
float x, y;
get_alignment(origin,x,y);
copy.impl->translation_origin = origin;
copy.impl->translation_offset.x = x;
copy.impl->translation_offset.y = y;
get_rotation_hotspot(origin,x,y);
copy.impl->rotation_origin = origin;
copy.impl->rotation_hotspot.x = x;
copy.impl->rotation_hotspot.y = y;
return copy;
}
/* output the import thunks of a Win32 module */
static void output_immediate_import_thunks(void)
{
int i, j, pos;
int nb_imm = nb_imports - nb_delayed;
static const char import_thunks[] = "__wine_spec_import_thunks";
if (!nb_imm) return;
output( "\n/* immediate import thunks */\n\n" );
output( "\t.text\n" );
output( "\t.align %d\n", get_alignment(8) );
output( "%s:\n", asm_name(import_thunks));
for (i = pos = 0; i < nb_imports; i++)
{
if (dll_imports[i]->delay) continue;
for (j = 0; j < dll_imports[i]->nb_imports; j++, pos += get_ptr_size())
{
ORDDEF *odp = dll_imports[i]->imports[j];
output_import_thunk( odp->name ? odp->name : odp->export_name,
".L__wine_spec_import_data_ptrs", pos );
}
pos += get_ptr_size();
}
output_function_size( import_thunks );
}
/* output a single import thunk */
static void output_import_thunk( const char *name, const char *table, int pos )
{
output( "\n\t.align %d\n", get_alignment(4) );
output( "\t%s\n", func_declaration(name) );
output( "%s\n", asm_globl(name) );
output_cfi( ".cfi_startproc" );
switch(target_cpu)
{
case CPU_x86:
if (!UsePIC)
{
output( "\tjmp *(%s+%d)\n", table, pos );
}
else
{
output( "\tcall %s\n", asm_name("__wine_spec_get_pc_thunk_eax") );
output( "1:\tjmp *%s+%d-1b(%%eax)\n", table, pos );
}
break;
case CPU_x86_64:
output( "\tjmpq *%s+%d(%%rip)\n", table, pos );
break;
case CPU_ARM:
output( "\tldr IP,1f\n");
output( "\tldr PC,[PC,IP]\n" );
output( "1:\t.long %s+%u-(1b+4)\n", table, pos );
break;
case CPU_ARM64:
output( "\tadr x9, 1f\n" );
output( "\tldur x9, [x9, #0]\n" );
if (pos & 0xf000) output( "\tadd x9, x9, #%u\n", pos & 0xf000 );
if (pos & 0x0f00) output( "\tadd x9, x9, #%u\n", pos & 0x0f00 );
if (pos & 0x00f0) output( "\tadd x9, x9, #%u\n", pos & 0x00f0 );
if (pos & 0x000f) output( "\tadd x9, x9, #%u\n", pos & 0x000f );
output( "\tldur x9, [x9, #0]\n" );
output( "\tbr x9\n" );
output( "1:\t.quad %s\n", table );
break;
case CPU_POWERPC:
output( "\tmr %s, %s\n", ppc_reg(0), ppc_reg(31) );
if (target_platform == PLATFORM_APPLE)
{
output( "\tlis %s, ha16(%s+%d+32768)\n", ppc_reg(31), table, pos );
output( "\tla %s, lo16(%s+%d)(%s)\n", ppc_reg(31), table, pos, ppc_reg(31) );
}
else
{
output( "\tlis %s, (%s+%d+32768)@h\n", ppc_reg(31), table, pos );
output( "\tla %s, (%s+%d)@l(%s)\n", ppc_reg(31), table, pos, ppc_reg(31) );
}
output( "\tlwz %s, 0(%s)\n", ppc_reg(31), ppc_reg(31) );
output( "\tmtctr %s\n", ppc_reg(31) );
output( "\tmr %s, %s\n", ppc_reg(31), ppc_reg(0) );
output( "\tbctr\n" );
break;
}
output_cfi( ".cfi_endproc" );
output_function_size( name );
}
void* VariableBlockHeap::alloc( size_t size, Align align, const char* name, int lineNum )
{
// Ensure that the low level heap is valid before the allocation
#ifdef _DEBUG
this->lowLevelHeap.CheckValidity();
GameAssert( this->heapInfo.currNumAlloc + 1 == this->lowLevelHeap.CountAllocations() );
#endif
unsigned int alignment = get_alignment( align );
unsigned int alignedSize = size + sizeof( TrackingBlock ) + alignment - 1;
void* ptr = this->lowLevelHeap.Allocate( alignedSize );
TrackingBlock* block = new(ptr) TrackingBlock( name, lineNum );
block->allocIndex = ++this->mem->memInfo.currAllocIndex;
block->allocSize = alignedSize;
block->gNext = this->mem->globalTrackingBlockHead;
if( this->mem->globalTrackingBlockHead != 0 )
this->mem->globalTrackingBlockHead->gPrev = block;
this->mem->globalTrackingBlockHead = block;
block->hNext = this->trackingBlockHead;
if( this->trackingBlockHead != 0 )
this->trackingBlockHead->hPrev = block;
this->trackingBlockHead = block;
this->heapInfo.currNumAlloc++;
this->heapInfo.peakNumAlloc = max( this->heapInfo.currNumAlloc, this->heapInfo.peakNumAlloc );
this->heapInfo.currBytesUsed += alignedSize;
this->heapInfo.peakBytesUsed = max( this->heapInfo.currBytesUsed, this->heapInfo.peakBytesUsed );
this->heapInfo.currBytesFree -= alignedSize;
// Have we exceeded the amount of memory specified for heap size?
GameAssert( ( this->heapInfo.totalHeapSize - sizeof( VariableBlockHeap ) ) >= this->heapInfo.currBytesUsed );
this->mem->memInfo.currBytesUsed += alignedSize;
this->mem->memInfo.peakBytesUsed = max( this->mem->memInfo.currBytesUsed, this->mem->memInfo.peakBytesUsed );
this->mem->memInfo.currNumAlloc++;
this->mem->memInfo.peakNumAlloc = max( this->mem->memInfo.peakNumAlloc, this->mem->memInfo.currNumAlloc );
void* p = block + 1;
void* alignedAddr = (void*) ( ( (unsigned int) p + alignment - 1 ) & ~( alignment - 1 ) );
TrackingBlock** topPtr = (TrackingBlock**) ( (size_t) alignedAddr - sizeof( TrackingBlock* ) );
*topPtr = block;
// Make sure the low level heap is valid after the allocation
#ifdef _DEBUG
this->lowLevelHeap.CheckValidity();
GameAssert( this->heapInfo.currNumAlloc + 1 == this->lowLevelHeap.CountAllocations() );
#endif
return alignedAddr;
}
/*******************************************************************
* BuildRelays16
*
* Build all the 16-bit relay callbacks
*/
void BuildRelays16(void)
{
if (target_cpu != CPU_x86)
{
output( "/* File not used with this architecture. Do not edit! */\n\n" );
return;
}
/* File header */
output( "/* File generated automatically. Do not edit! */\n\n" );
output( "\t.text\n" );
output( "%s:\n\n", asm_name("__wine_spec_thunk_text_16") );
output( "%s\n", asm_globl("__wine_call16_start") );
/* Standard CallFrom16 routine */
BuildCallFrom16Core( FALSE, FALSE );
/* Register CallFrom16 routine */
BuildCallFrom16Core( TRUE, FALSE );
/* C16ThkSL CallFrom16 routine */
BuildCallFrom16Core( FALSE, TRUE );
/* Standard CallTo16 routine */
BuildCallTo16Core( 0 );
/* Register CallTo16 routine */
BuildCallTo16Core( 1 );
/* Standard CallTo16 return stub */
BuildRet16Func();
/* CBClientThunkSL routine */
BuildCallTo32CBClient( FALSE );
/* CBClientThunkSLEx routine */
BuildCallTo32CBClient( TRUE );
/* Pending DPMI events check stub */
BuildPendingEventCheck();
output( "%s\n", asm_globl("__wine_call16_end") );
output_function_size( "__wine_spec_thunk_text_16" );
/* Declare the return address and data selector variables */
output( "\n\t.data\n\t.align %d\n", get_alignment(4) );
output( "%s\n\t.long 0\n", asm_globl("CallTo16_DataSelector") );
output( "%s\n\t.long 0\n", asm_globl("CallTo16_TebSelector") );
if (UsePIC) output( "wine_ldt_copy_ptr:\t.long %s\n", asm_name("wine_ldt_copy") );
output_gnu_stack_note();
}
static PyObject *ffi_alignof(FFIObject *self, PyObject *arg)
{
int align;
CTypeDescrObject *ct = _ffi_type(self, arg, ACCEPT_ALL);
if (ct == NULL)
return NULL;
align = get_alignment(ct);
if (align < 0)
return NULL;
return PyInt_FromLong(align);
}
ssize_t write_blockwise(int fd, void *orig_buf, size_t count)
{
void *hangover_buf, *hangover_buf_base = NULL;
void *buf, *buf_base = NULL;
int r, hangover, solid, bsize, alignment;
ssize_t ret = -1;
if ((bsize = sector_size(fd)) < 0)
return bsize;
hangover = count % bsize;
solid = count - hangover;
alignment = get_alignment(fd);
if ((long)orig_buf & (alignment - 1)) {
buf = aligned_malloc(&buf_base, count, alignment);
if (!buf)
goto out;
memcpy(buf, orig_buf, count);
} else
buf = orig_buf;
r = write(fd, buf, solid);
if (r < 0 || r != solid)
goto out;
if (hangover) {
hangover_buf = aligned_malloc(&hangover_buf_base, bsize, alignment);
if (!hangover_buf)
goto out;
r = read(fd, hangover_buf, bsize);
if (r < 0 || r != bsize)
goto out;
r = lseek(fd, -bsize, SEEK_CUR);
if (r < 0)
goto out;
memcpy(hangover_buf, (char*)buf + solid, hangover);
r = write(fd, hangover_buf, bsize);
if (r < 0 || r != bsize)
goto out;
}
ret = count;
out:
free(hangover_buf_base);
if (buf != orig_buf)
free(buf_base);
return ret;
}
/* output the get_pc thunk if needed */
void output_get_pc_thunk(void)
{
if (target_cpu != CPU_x86) return;
if (!UsePIC) return;
output( "\n\t.text\n" );
output( "\t.align %d\n", get_alignment(4) );
output( "\t%s\n", func_declaration("__wine_spec_get_pc_thunk_eax") );
output( "%s:\n", asm_name("__wine_spec_get_pc_thunk_eax") );
output_cfi( ".cfi_startproc" );
output( "\tmovl (%%esp),%%eax\n" );
output( "\tret\n" );
output_cfi( ".cfi_endproc" );
output_function_size( "__wine_spec_get_pc_thunk_eax" );
}
static void function_header( FILE *outfile, const char *name )
{
fprintf( outfile, "\n\t.align %d\n", get_alignment(4) );
#ifdef USE_STABS
fprintf( outfile, "\t.stabs \"%s:F1\",36,0,0," PREFIX "%s\n", name, name);
#endif
#ifdef TYPE_ASM_SUPPORTED
fprintf( outfile, "\t.type " PREFIX "%s,@function\n", name );
#elif defined(NEED_TYPE_IN_DEF)
fprintf( outfile, "\t.def " PREFIX "%s; .scl 2; .type 32; .endef\n", name );
#endif
fprintf( outfile, "\t.globl " PREFIX "%s\n", name );
fprintf( outfile, PREFIX "%s:\n", name );
}
/*
* Combines llseek with blockwise write. write_blockwise can already deal with short writes
* but we also need a function to deal with short writes at the start. But this information
* is implicitly included in the read/write offset, which can not be set to non-aligned
* boundaries. Hence, we combine llseek with write.
*/
ssize_t write_lseek_blockwise(int fd, char *buf, size_t count, off_t offset) {
char *frontPadBuf;
void *frontPadBuf_base = NULL;
int r, bsize, frontHang;
size_t innerCount = 0;
ssize_t ret = -1;
if ((bsize = sector_size(fd)) < 0)
return bsize;
frontHang = offset % bsize;
if (lseek(fd, offset - frontHang, SEEK_SET) < 0)
goto out;
if (frontHang) {
frontPadBuf = aligned_malloc(&frontPadBuf_base,
bsize, get_alignment(fd));
if (!frontPadBuf)
goto out;
r = read(fd, frontPadBuf, bsize);
if (r < 0 || r != bsize)
goto out;
innerCount = bsize - frontHang;
if (innerCount > count)
innerCount = count;
memcpy(frontPadBuf + frontHang, buf, innerCount);
if (lseek(fd, offset - frontHang, SEEK_SET) < 0)
goto out;
r = write(fd, frontPadBuf, bsize);
if (r < 0 || r != bsize)
goto out;
buf += innerCount;
count -= innerCount;
}
ret = count ? write_blockwise(fd, buf, count) : 0;
if (ret >= 0)
ret += innerCount;
out:
free(frontPadBuf_base);
return ret;
}
void CreatureType::make_creature(Creature& cr) const
{
cr.type_idname=idname_;
cr.align=get_alignment();
cr.age=age_.roll();
cr.juice=juice_.roll();
cr.gender_liberal=cr.gender_conservative=roll_gender();
cr.infiltration=roll_infiltration();
cr.money=money_.roll();
strcpy(cr.name,get_encounter_name());
for(int i=0; i<SKILLNUM; i++) cr.set_skill(i,skills_[i].roll());
give_armor(cr);
give_weapon(cr);
}
/*******************************************************************
* BuildRet16Func
*
* Build the return code for 16-bit callbacks
*/
static void BuildRet16Func( FILE *outfile )
{
/*
* Note: This must reside in the .data section to allow
* run-time relocation of the SYSLEVEL_Win16CurrentTeb symbol
*/
function_header( outfile, "CallTo16_Ret" );
/* Save %esp into %esi */
fprintf( outfile, "\tmovl %%esp,%%esi\n" );
/* Restore 32-bit segment registers */
fprintf( outfile, "\t.byte 0x2e\n\tmovl " PREFIX "CallTo16_DataSelector-" PREFIX "Call16_Ret_Start,%%edi\n" );
#ifdef __svr4__
fprintf( outfile, "\tdata16\n");
#endif
fprintf( outfile, "\tmovw %%di,%%ds\n" );
#ifdef __svr4__
fprintf( outfile, "\tdata16\n");
#endif
fprintf( outfile, "\tmovw %%di,%%es\n" );
fprintf( outfile, "\tmovw " PREFIX "SYSLEVEL_Win16CurrentTeb,%%fs\n" );
/* Restore the 32-bit stack */
#ifdef __svr4__
fprintf( outfile, "\tdata16\n");
#endif
fprintf( outfile, "\tmovw %%di,%%ss\n" );
fprintf( outfile, "\t.byte 0x64\n\tmovl (%d),%%esp\n", STACKOFFSET );
fprintf( outfile, "\t.byte 0x64\n\tpopl (%d)\n", STACKOFFSET );
/* Return to caller */
fprintf( outfile, "\tlret\n" );
/* Declare the return address and data selector variables */
fprintf( outfile, "\n\t.align %d\n", get_alignment(4) );
fprintf( outfile, "\t.globl " PREFIX "CallTo16_DataSelector\n" );
fprintf( outfile, PREFIX "CallTo16_DataSelector:\t.long 0\n" );
fprintf( outfile, "\t.globl " PREFIX "CallTo16_RetAddr\n" );
fprintf( outfile, PREFIX "CallTo16_RetAddr:\t.long 0\n" );
fprintf( outfile, "\t.globl " PREFIX "SYSLEVEL_Win16CurrentTeb\n" );
fprintf( outfile, PREFIX "SYSLEVEL_Win16CurrentTeb:\t.long 0\n" );
}
static bool gl_read_viewport(void *data, uint8_t *buffer)
{
(void)data;
GLint vp[4];
glGetIntegerv(GL_VIEWPORT, vp);
glPixelStorei(GL_PACK_ALIGNMENT, get_alignment(vp[2]));
glPixelStorei(GL_PACK_ROW_LENGTH, vp[2]);
glReadPixels(vp[0], vp[1],
vp[2], vp[3],
GL_BGR, GL_UNSIGNED_BYTE, buffer);
return true;
}
static unsigned get_alignment(lima_symbol_t* symbol)
{
if (symbol->type == lima_symbol_struct)
{
unsigned alignment = 1;
for (unsigned i = 0; i < symbol->num_children; i++)
{
unsigned new_alignment = get_alignment(symbol->children[i]);
if (new_alignment > alignment)
alignment = new_alignment;
}
return alignment;
}
return alignments[symbol->type];
}
void output_get_pc_thunk (FILE *outfile)
{
#ifndef __i386__
return;
#else
if (!UsePIC)
return;
fprintf( outfile, "asm(\"\\n\\t.text\\n\"\n" );
fprintf( outfile, "\"\\t.align %d\\n\"\n", get_alignment(4) );
output_function_name (outfile, "__wine_spec_get_pc_thunk_eax");
fprintf( outfile, "\"%s:\\n\"\n",
__ASM_NAME("__wine_spec_get_pc_thunk_eax") );
fprintf( outfile, "\"\\tpopl %%eax\\n\"\n" );
fprintf( outfile, "\"\\tpushl %%eax\\n\"\n" );
fprintf( outfile, "\"\\tret\\n\"\n" );
fprintf( outfile, ");\n");
#endif
}
/*******************************************************************
* output_asm_relays16
*
* Build all the 16-bit relay callbacks
*/
void output_asm_relays16(void)
{
/* File header */
output( "\t.text\n" );
output( "%s:\n\n", asm_name("__wine_spec_thunk_text_16") );
output( "%s\n", asm_globl("__wine_call16_start") );
/* Standard CallFrom16 routine */
BuildCallFrom16Core( 0, 0 );
/* Register CallFrom16 routine */
BuildCallFrom16Core( 1, 0 );
/* C16ThkSL CallFrom16 routine */
BuildCallFrom16Core( 0, 1 );
/* Standard CallTo16 routine */
BuildCallTo16Core( 0 );
/* Register CallTo16 routine */
BuildCallTo16Core( 1 );
/* Standard CallTo16 return stub */
BuildRet16Func();
/* CBClientThunkSL routine */
BuildCallTo32CBClient( 0 );
/* CBClientThunkSLEx routine */
BuildCallTo32CBClient( 1 );
output( "%s\n", asm_globl("__wine_call16_end") );
output_function_size( "__wine_spec_thunk_text_16" );
/* Declare the return address and data selector variables */
output( "\n\t.data\n\t.align %d\n", get_alignment(4) );
output( "%s\n\t.long 0\n", asm_globl("CallTo16_DataSelector") );
output( "%s\n\t.long 0\n", asm_globl("CallTo16_TebSelector") );
}
void *bus_devmem_access(uint32_t base, uint32_t mlen, int *fd)
{
*fd = open("/dev/mem", O_RDWR);
if(*fd == -1) {
perror("open(/dev/mem)");
return NULL;
}
uint32_t aligned_base = base - get_alignment(base);
// Get number of pages for mmap
pagenum = mlen / getpagesize();
pagenum += (mlen % getpagesize() == 0) ? 0: 1;
void *m = mmap(NULL, pagenum * getpagesize(), PROT_READ | PROT_WRITE, MAP_SHARED, *fd, aligned_base);
if(m == NULL) {
perror("mmap(NULL, pagenum * getpagesize(), PROT_READ | PROT_WRITE, MAP_SHARED, fd, aligned_base)");
close(*fd);
return NULL;
}
return m;
}
void TextWidget::redraw()
{
Image& target=get_redraw_target();
target.fill(m_BGColor);
Rect rect=get_rect();
const xstring& text = get_text();
str_vec lines(1, text);
Rect bounds=m_Font->get_bounds(text);
if (bounds.get_width() > rect.get_width())
{
break_text_lines(m_Font, text, rect.get_width(),lines);
bounds = Rect(0, 0, 0, 0);
for (auto& line : lines)
{
Rect b = m_Font->get_bounds(line);
bounds.right = Max(bounds.right, b.get_width());
bounds.bottom += b.get_height();
}
}
Point d(rect.get_width()-bounds.get_width(),rect.get_height()-bounds.get_height());
if ((get_alignment() & ALIGN_HCENTER)==ALIGN_HCENTER) bounds.offset(Point(d.x/2,0));
else
if ((get_alignment() & ALIGN_RIGHT)==ALIGN_RIGHT) bounds.offset(Point(d.x,0));
if ((get_alignment() & ALIGN_VCENTER)==ALIGN_VCENTER) bounds.offset(Point(0,d.y/2));
else
if ((get_alignment() & ALIGN_BOTTOM)==ALIGN_BOTTOM) bounds.offset(Point(0,d.y));
int x = bounds.left, y = bounds.top;
for (auto& line : lines)
{
Rect line_bounds = m_Font->get_bounds(line);
int dx = 0;
if ((get_alignment() & ALIGN_HCENTER) == ALIGN_HCENTER) dx = (bounds.get_width() - line_bounds.get_width()) / 2;
else
if ((get_alignment() & ALIGN_RIGHT) == ALIGN_RIGHT) dx = (bounds.get_width() - line_bounds.get_width());
m_Font->draw(target, Point(x + dx, y), line, m_Color);
y += line_bounds.get_height();
}
}
/* output the delayed import thunks of a Win32 module */
static void output_delayed_import_thunks( const DLLSPEC *spec )
{
int i, idx, j, pos, extra_stack_storage = 0;
static const char delayed_import_loaders[] = "__wine_spec_delayed_import_loaders";
static const char delayed_import_thunks[] = "__wine_spec_delayed_import_thunks";
if (!nb_delayed) return;
output( "\n/* delayed import thunks */\n\n" );
output( "\t.text\n" );
output( "\t.align %d\n", get_alignment(8) );
output( "%s:\n", asm_name(delayed_import_loaders));
output( "\t%s\n", func_declaration("__wine_delay_load_asm") );
output( "%s:\n", asm_name("__wine_delay_load_asm") );
output_cfi( ".cfi_startproc" );
switch(target_cpu)
{
case CPU_x86:
output( "\tpushl %%ecx\n" );
output_cfi( ".cfi_adjust_cfa_offset 4" );
output( "\tpushl %%edx\n" );
output_cfi( ".cfi_adjust_cfa_offset 4" );
output( "\tpushl %%eax\n" );
output_cfi( ".cfi_adjust_cfa_offset 4" );
output( "\tcall %s\n", asm_name("__wine_spec_delay_load") );
output_cfi( ".cfi_adjust_cfa_offset -4" );
output( "\tpopl %%edx\n" );
output_cfi( ".cfi_adjust_cfa_offset -4" );
output( "\tpopl %%ecx\n" );
output_cfi( ".cfi_adjust_cfa_offset -4" );
output( "\tjmp *%%eax\n" );
break;
case CPU_x86_64:
output( "\tsubq $88,%%rsp\n" );
output_cfi( ".cfi_adjust_cfa_offset 88" );
output( "\tmovq %%rdx,80(%%rsp)\n" );
output( "\tmovq %%rcx,72(%%rsp)\n" );
output( "\tmovq %%r8,64(%%rsp)\n" );
output( "\tmovq %%r9,56(%%rsp)\n" );
output( "\tmovq %%r10,48(%%rsp)\n" );
output( "\tmovq %%r11,40(%%rsp)\n" );
output( "\tmovq %%rax,%%rcx\n" );
output( "\tcall %s\n", asm_name("__wine_spec_delay_load") );
output( "\tmovq 40(%%rsp),%%r11\n" );
output( "\tmovq 48(%%rsp),%%r10\n" );
output( "\tmovq 56(%%rsp),%%r9\n" );
output( "\tmovq 64(%%rsp),%%r8\n" );
output( "\tmovq 72(%%rsp),%%rcx\n" );
output( "\tmovq 80(%%rsp),%%rdx\n" );
output( "\taddq $88,%%rsp\n" );
output_cfi( ".cfi_adjust_cfa_offset -88" );
output( "\tjmp *%%rax\n" );
break;
case CPU_SPARC:
output( "\tsave %%sp, -96, %%sp\n" );
output( "\tcall %s\n", asm_name("__wine_spec_delay_load") );
output( "\tmov %%g1, %%o0\n" );
output( "\tjmp %%o0\n" );
output( "\trestore\n" );
break;
case CPU_ARM:
output( "\tstmfd SP!, {r4-r10,FP,LR}\n" );
output( "\tmov LR,PC\n");
output( "\tadd LR,LR,#8\n");
output( "\tldr PC,[PC,#-4]\n");
output( "\t.long %s\n", asm_name("__wine_spec_delay_load") );
output( "\tmov IP,r0\n");
output( "\tldmfd SP!, {r4-r10,FP,LR}\n" );
output( "\tldmfd SP!, {r0-r3}\n" );
output( "\tmov PC,IP\n");
break;
case CPU_ARM64:
output( "\tstp x29, x30, [sp,#-16]!\n" );
output( "\tmov x29, sp\n" );
output( "\tadr x9, 1f\n" );
output( "\tldur x9, [x9, #0]\n" );
output( "\tblr x9\n" );
output( "\tmov x9, x0\n" );
output( "\tldp x29, x30, [sp],#16\n" );
output( "\tldp x0, x1, [sp,#16]\n" );
output( "\tldp x2, x3, [sp,#32]\n" );
output( "\tldp x4, x5, [sp,#48]\n" );
output( "\tldp x6, x7, [sp],#80\n" );
output( "\tbr x9\n" ); /* or "ret x9" */
output( "1:\t.quad %s\n", asm_name("__wine_spec_delay_load") );
break;
case CPU_POWERPC:
if (target_platform == PLATFORM_APPLE) extra_stack_storage = 56;
/* Save all callee saved registers into a stackframe. */
output( "\tstwu %s, -%d(%s)\n",ppc_reg(1), 48+extra_stack_storage, ppc_reg(1));
output( "\tstw %s, %d(%s)\n", ppc_reg(3), 4+extra_stack_storage, ppc_reg(1));
output( "\tstw %s, %d(%s)\n", ppc_reg(4), 8+extra_stack_storage, ppc_reg(1));
output( "\tstw %s, %d(%s)\n", ppc_reg(5), 12+extra_stack_storage, ppc_reg(1));
output( "\tstw %s, %d(%s)\n", ppc_reg(6), 16+extra_stack_storage, ppc_reg(1));
output( "\tstw %s, %d(%s)\n", ppc_reg(7), 20+extra_stack_storage, ppc_reg(1));
output( "\tstw %s, %d(%s)\n", ppc_reg(8), 24+extra_stack_storage, ppc_reg(1));
output( "\tstw %s, %d(%s)\n", ppc_reg(9), 28+extra_stack_storage, ppc_reg(1));
output( "\tstw %s, %d(%s)\n", ppc_reg(10),32+extra_stack_storage, ppc_reg(1));
output( "\tstw %s, %d(%s)\n", ppc_reg(11),36+extra_stack_storage, ppc_reg(1));
output( "\tstw %s, %d(%s)\n", ppc_reg(12),40+extra_stack_storage, ppc_reg(1));
/* r0 -> r3 (arg1) */
output( "\tmr %s, %s\n", ppc_reg(3), ppc_reg(0));
/* save return address */
output( "\tmflr %s\n", ppc_reg(0));
output( "\tstw %s, %d(%s)\n", ppc_reg(0), 44+extra_stack_storage, ppc_reg(1));
/* Call the __wine_delay_load function, arg1 is arg1. */
output( "\tbl %s\n", asm_name("__wine_spec_delay_load") );
/* Load return value from call into ctr register */
output( "\tmtctr %s\n", ppc_reg(3));
/* restore all saved registers and drop stackframe. */
output( "\tlwz %s, %d(%s)\n", ppc_reg(3), 4+extra_stack_storage, ppc_reg(1));
output( "\tlwz %s, %d(%s)\n", ppc_reg(4), 8+extra_stack_storage, ppc_reg(1));
output( "\tlwz %s, %d(%s)\n", ppc_reg(5), 12+extra_stack_storage, ppc_reg(1));
output( "\tlwz %s, %d(%s)\n", ppc_reg(6), 16+extra_stack_storage, ppc_reg(1));
output( "\tlwz %s, %d(%s)\n", ppc_reg(7), 20+extra_stack_storage, ppc_reg(1));
output( "\tlwz %s, %d(%s)\n", ppc_reg(8), 24+extra_stack_storage, ppc_reg(1));
output( "\tlwz %s, %d(%s)\n", ppc_reg(9), 28+extra_stack_storage, ppc_reg(1));
output( "\tlwz %s, %d(%s)\n", ppc_reg(10),32+extra_stack_storage, ppc_reg(1));
output( "\tlwz %s, %d(%s)\n", ppc_reg(11),36+extra_stack_storage, ppc_reg(1));
output( "\tlwz %s, %d(%s)\n", ppc_reg(12),40+extra_stack_storage, ppc_reg(1));
/* Load return value from call into return register */
output( "\tlwz %s, %d(%s)\n", ppc_reg(0), 44+extra_stack_storage, ppc_reg(1));
output( "\tmtlr %s\n", ppc_reg(0));
output( "\taddi %s, %s, %d\n", ppc_reg(1), ppc_reg(1), 48+extra_stack_storage);
/* branch to ctr register. */
output( "\tbctr\n");
break;
}
output_cfi( ".cfi_endproc" );
output_function_size( "__wine_delay_load_asm" );
output( "\n" );
for (i = idx = 0; i < nb_imports; i++)
{
if (!dll_imports[i]->delay) continue;
for (j = 0; j < dll_imports[i]->nb_imports; j++)
{
ORDDEF *odp = dll_imports[i]->imports[j];
const char *name = odp->name ? odp->name : odp->export_name;
output( ".L__wine_delay_imp_%d_%s:\n", i, name );
output_cfi( ".cfi_startproc" );
switch(target_cpu)
{
case CPU_x86:
output( "\tmovl $%d, %%eax\n", (idx << 16) | j );
output( "\tjmp %s\n", asm_name("__wine_delay_load_asm") );
break;
case CPU_x86_64:
output( "\tmovq $%d,%%rax\n", (idx << 16) | j );
output( "\tjmp %s\n", asm_name("__wine_delay_load_asm") );
break;
case CPU_SPARC:
output( "\tset %d, %%g1\n", (idx << 16) | j );
output( "\tb,a %s\n", asm_name("__wine_delay_load_asm") );
output( "\tnop\n" );
break;
case CPU_ARM:
output( "\tstmfd SP!, {r0-r3}\n" );
output( "\tmov r0, #%d\n", idx );
output( "\tmov r1, #16384\n" );
output( "\tmul r1, r0, r1\n" );
output( "\tmov r0, r1\n" );
output( "\tmov r1, #4\n" );
output( "\tmul r1, r0, r1\n" );
output( "\tmov r0, r1\n" );
output( "\tadd r0, #%d\n", j );
output( "\tldr PC,[PC,#-4]\n");
output( "\t.long %s\n", asm_name("__wine_delay_load_asm") );
break;
case CPU_ARM64:
output( "\tstp x6, x7, [sp,#-80]!\n" );
output( "\tstp x4, x5, [sp,#48]\n" );
output( "\tstp x2, x3, [sp,#32]\n" );
output( "\tstp x0, x1, [sp,#16]\n" );
output( "\tmov x0, #%d\n", idx );
output( "\tmov x1, #16384\n" );
output( "\tmul x1, x0, x1\n" );
output( "\tmov x0, x1\n" );
output( "\tmov x1, #4\n" );
output( "\tmul x1, x0, x1\n" );
output( "\tmov x0, x1\n" );
output( "\tadd x0, x0, #%d\n", j );
output( "\tadr x9, 1f\n" );
output( "\tldur x9, [x9, #0]\n" );
output( "\tbr x9\n" );
output( "1:\t.quad %s\n", asm_name("__wine_delay_load_asm") );
break;
case CPU_POWERPC:
switch(target_platform)
{
case PLATFORM_APPLE:
/* On Darwin we can use r0 and r2 */
/* Upper part in r2 */
output( "\tlis %s, %d\n", ppc_reg(2), idx);
/* Lower part + r2 -> r0, Note we can't use r0 directly */
output( "\taddi %s, %s, %d\n", ppc_reg(0), ppc_reg(2), j);
output( "\tb %s\n", asm_name("__wine_delay_load_asm") );
break;
default:
/* On linux we can't use r2 since r2 is not a scratch register (hold the TOC) */
/* Save r13 on the stack */
output( "\taddi %s, %s, -0x4\n", ppc_reg(1), ppc_reg(1));
output( "\tstw %s, 0(%s)\n", ppc_reg(13), ppc_reg(1));
/* Upper part in r13 */
output( "\tlis %s, %d\n", ppc_reg(13), idx);
/* Lower part + r13 -> r0, Note we can't use r0 directly */
output( "\taddi %s, %s, %d\n", ppc_reg(0), ppc_reg(13), j);
/* Restore r13 */
output( "\tstw %s, 0(%s)\n", ppc_reg(13), ppc_reg(1));
output( "\taddic %s, %s, 0x4\n", ppc_reg(1), ppc_reg(1));
output( "\tb %s\n", asm_name("__wine_delay_load_asm") );
break;
}
break;
}
output_cfi( ".cfi_endproc" );
}
idx++;
}
output_function_size( delayed_import_loaders );
output( "\n\t.align %d\n", get_alignment(get_ptr_size()) );
output( "%s:\n", asm_name(delayed_import_thunks));
for (i = pos = 0; i < nb_imports; i++)
{
if (!dll_imports[i]->delay) continue;
for (j = 0; j < dll_imports[i]->nb_imports; j++, pos += get_ptr_size())
{
ORDDEF *odp = dll_imports[i]->imports[j];
output_import_thunk( odp->name ? odp->name : odp->export_name,
".L__wine_delay_IAT", pos );
}
}
output_function_size( delayed_import_thunks );
}
/* output the delayed import table of a Win32 module */
static void output_delayed_imports( const DLLSPEC *spec )
{
int i, j, mod;
if (!nb_delayed) return;
output( "\n/* delayed imports */\n\n" );
output( "\t.data\n" );
output( "\t.align %d\n", get_alignment(get_ptr_size()) );
output( "%s\n", asm_globl("__wine_spec_delay_imports") );
/* list of dlls */
for (i = j = mod = 0; i < nb_imports; i++)
{
if (!dll_imports[i]->delay) continue;
output( "\t%s 0\n", get_asm_ptr_keyword() ); /* grAttrs */
output( "\t%s .L__wine_delay_name_%d\n", /* szName */
get_asm_ptr_keyword(), i );
output( "\t%s .L__wine_delay_modules+%d\n", /* phmod */
get_asm_ptr_keyword(), mod * get_ptr_size() );
output( "\t%s .L__wine_delay_IAT+%d\n", /* pIAT */
get_asm_ptr_keyword(), j * get_ptr_size() );
output( "\t%s .L__wine_delay_INT+%d\n", /* pINT */
get_asm_ptr_keyword(), j * get_ptr_size() );
output( "\t%s 0\n", get_asm_ptr_keyword() ); /* pBoundIAT */
output( "\t%s 0\n", get_asm_ptr_keyword() ); /* pUnloadIAT */
output( "\t%s 0\n", get_asm_ptr_keyword() ); /* dwTimeStamp */
j += dll_imports[i]->nb_imports;
mod++;
}
output( "\t%s 0\n", get_asm_ptr_keyword() ); /* grAttrs */
output( "\t%s 0\n", get_asm_ptr_keyword() ); /* szName */
output( "\t%s 0\n", get_asm_ptr_keyword() ); /* phmod */
output( "\t%s 0\n", get_asm_ptr_keyword() ); /* pIAT */
output( "\t%s 0\n", get_asm_ptr_keyword() ); /* pINT */
output( "\t%s 0\n", get_asm_ptr_keyword() ); /* pBoundIAT */
output( "\t%s 0\n", get_asm_ptr_keyword() ); /* pUnloadIAT */
output( "\t%s 0\n", get_asm_ptr_keyword() ); /* dwTimeStamp */
output( "\n.L__wine_delay_IAT:\n" );
for (i = 0; i < nb_imports; i++)
{
if (!dll_imports[i]->delay) continue;
for (j = 0; j < dll_imports[i]->nb_imports; j++)
{
ORDDEF *odp = dll_imports[i]->imports[j];
const char *name = odp->name ? odp->name : odp->export_name;
output( "\t%s .L__wine_delay_imp_%d_%s\n",
get_asm_ptr_keyword(), i, name );
}
}
output( "\n.L__wine_delay_INT:\n" );
for (i = 0; i < nb_imports; i++)
{
if (!dll_imports[i]->delay) continue;
for (j = 0; j < dll_imports[i]->nb_imports; j++)
{
ORDDEF *odp = dll_imports[i]->imports[j];
if (!odp->name)
output( "\t%s %d\n", get_asm_ptr_keyword(), odp->ordinal );
else
output( "\t%s .L__wine_delay_data_%d_%s\n",
get_asm_ptr_keyword(), i, odp->name );
}
}
output( "\n.L__wine_delay_modules:\n" );
for (i = 0; i < nb_imports; i++)
{
if (dll_imports[i]->delay) output( "\t%s 0\n", get_asm_ptr_keyword() );
}
for (i = 0; i < nb_imports; i++)
{
if (!dll_imports[i]->delay) continue;
output( ".L__wine_delay_name_%d:\n", i );
output( "\t%s \"%s\"\n",
get_asm_string_keyword(), dll_imports[i]->spec->file_name );
}
for (i = 0; i < nb_imports; i++)
{
if (!dll_imports[i]->delay) continue;
for (j = 0; j < dll_imports[i]->nb_imports; j++)
{
ORDDEF *odp = dll_imports[i]->imports[j];
if (!odp->name) continue;
output( ".L__wine_delay_data_%d_%s:\n", i, odp->name );
output( "\t%s \"%s\"\n", get_asm_string_keyword(), odp->name );
}
}
output_function_size( "__wine_spec_delay_imports" );
}
/* output the import table of a Win32 module */
static void output_immediate_imports(void)
{
int i, j;
const char *dll_name;
if (nb_imports == nb_delayed) return; /* no immediate imports */
/* main import header */
output( "\n/* import table */\n" );
output( "\n\t.data\n" );
output( "\t.align %d\n", get_alignment(4) );
output( ".L__wine_spec_imports:\n" );
/* list of dlls */
for (i = j = 0; i < nb_imports; i++)
{
if (dll_imports[i]->delay) continue;
dll_name = make_c_identifier( dll_imports[i]->spec->file_name );
output( "\t.long .L__wine_spec_import_data_names+%d-.L__wine_spec_rva_base\n", /* OriginalFirstThunk */
j * get_ptr_size() );
output( "\t.long 0\n" ); /* TimeDateStamp */
output( "\t.long 0\n" ); /* ForwarderChain */
output( "\t.long .L__wine_spec_import_name_%s-.L__wine_spec_rva_base\n", /* Name */
dll_name );
output( "\t.long .L__wine_spec_import_data_ptrs+%d-.L__wine_spec_rva_base\n", /* FirstThunk */
j * get_ptr_size() );
j += dll_imports[i]->nb_imports + 1;
}
output( "\t.long 0\n" ); /* OriginalFirstThunk */
output( "\t.long 0\n" ); /* TimeDateStamp */
output( "\t.long 0\n" ); /* ForwarderChain */
output( "\t.long 0\n" ); /* Name */
output( "\t.long 0\n" ); /* FirstThunk */
output( "\n\t.align %d\n", get_alignment(get_ptr_size()) );
output( ".L__wine_spec_import_data_names:\n" );
for (i = 0; i < nb_imports; i++)
{
if (dll_imports[i]->delay) continue;
dll_name = make_c_identifier( dll_imports[i]->spec->file_name );
for (j = 0; j < dll_imports[i]->nb_imports; j++)
{
ORDDEF *odp = dll_imports[i]->imports[j];
if (!(odp->flags & FLAG_NONAME))
output( "\t%s .L__wine_spec_import_data_%s_%s-.L__wine_spec_rva_base\n",
get_asm_ptr_keyword(), dll_name, odp->name );
else
{
if (get_ptr_size() == 8)
output( "\t.quad 0x800000000000%04x\n", odp->ordinal );
else
output( "\t.long 0x8000%04x\n", odp->ordinal );
}
}
output( "\t%s 0\n", get_asm_ptr_keyword() );
}
output( ".L__wine_spec_import_data_ptrs:\n" );
for (i = 0; i < nb_imports; i++)
{
if (dll_imports[i]->delay) continue;
for (j = 0; j < dll_imports[i]->nb_imports; j++) output( "\t%s 0\n", get_asm_ptr_keyword() );
output( "\t%s 0\n", get_asm_ptr_keyword() );
}
output( ".L__wine_spec_imports_end:\n" );
for (i = 0; i < nb_imports; i++)
{
if (dll_imports[i]->delay) continue;
dll_name = make_c_identifier( dll_imports[i]->spec->file_name );
for (j = 0; j < dll_imports[i]->nb_imports; j++)
{
ORDDEF *odp = dll_imports[i]->imports[j];
if (!(odp->flags & FLAG_NONAME))
{
output( "\t.align %d\n", get_alignment(2) );
output( ".L__wine_spec_import_data_%s_%s:\n", dll_name, odp->name );
output( "\t%s %d\n", get_asm_short_keyword(), odp->ordinal );
output( "\t%s \"%s\"\n", get_asm_string_keyword(), odp->name );
}
}
}
for (i = 0; i < nb_imports; i++)
{
if (dll_imports[i]->delay) continue;
dll_name = make_c_identifier( dll_imports[i]->spec->file_name );
output( ".L__wine_spec_import_name_%s:\n\t%s \"%s\"\n",
dll_name, get_asm_string_keyword(), dll_imports[i]->spec->file_name );
}
}
/* output a single import thunk */
static void output_import_thunk( const char *name, const char *table, int pos )
{
output( "\n\t.align %d\n", get_alignment(4) );
output( "\t%s\n", func_declaration(name) );
output( "%s\n", asm_globl(name) );
output_cfi( ".cfi_startproc" );
switch(target_cpu)
{
case CPU_x86:
if (!UsePIC)
{
output( "\tjmp *(%s+%d)\n", table, pos );
}
else
{
output( "\tcall %s\n", asm_name("__wine_spec_get_pc_thunk_eax") );
output( "1:\tjmp *%s+%d-1b(%%eax)\n", table, pos );
}
break;
case CPU_x86_64:
output( "\tjmpq *%s+%d(%%rip)\n", table, pos );
break;
case CPU_SPARC:
if ( !UsePIC )
{
output( "\tsethi %%hi(%s+%d), %%g1\n", table, pos );
output( "\tld [%%g1+%%lo(%s+%d)], %%g1\n", table, pos );
output( "\tjmp %%g1\n" );
output( "\tnop\n" );
}
else
{
/* Hmpf. Stupid sparc assembler always interprets global variable
names as GOT offsets, so we have to do it the long way ... */
output( "\tsave %%sp, -96, %%sp\n" );
output( "0:\tcall 1f\n" );
output( "\tnop\n" );
output( "1:\tsethi %%hi(%s+%d-0b), %%g1\n", table, pos );
output( "\tor %%g1, %%lo(%s+%d-0b), %%g1\n", table, pos );
output( "\tld [%%g1+%%o7], %%g1\n" );
output( "\tjmp %%g1\n" );
output( "\trestore\n" );
}
break;
case CPU_ARM:
output( "\tldr IP,[PC,#0]\n");
output( "\tldr PC,[IP,#%d]\n", pos);
output( "\t.long %s\n", table );
break;
case CPU_ARM64:
output( "\tadr x9, 1f\n" );
output( "\tldur x9, [x9, #0]\n" );
if (pos & 0xf000) output( "\tadd x9, x9, #%u\n", pos & 0xf000 );
if (pos & 0x0f00) output( "\tadd x9, x9, #%u\n", pos & 0x0f00 );
if (pos & 0x00f0) output( "\tadd x9, x9, #%u\n", pos & 0x00f0 );
if (pos & 0x000f) output( "\tadd x9, x9, #%u\n", pos & 0x000f );
output( "\tldur x9, [x9, #0]\n" );
output( "\tbr x9\n" );
output( "1:\t.quad %s\n", table );
break;
case CPU_POWERPC:
output( "\tmr %s, %s\n", ppc_reg(0), ppc_reg(31) );
if (target_platform == PLATFORM_APPLE)
{
output( "\tlis %s, ha16(%s+%d+32768)\n", ppc_reg(31), table, pos );
output( "\tla %s, lo16(%s+%d)(%s)\n", ppc_reg(31), table, pos, ppc_reg(31) );
}
else
{
output( "\tlis %s, (%s+%d+32768)@h\n", ppc_reg(31), table, pos );
output( "\tla %s, (%s+%d)@l(%s)\n", ppc_reg(31), table, pos, ppc_reg(31) );
}
output( "\tlwz %s, 0(%s)\n", ppc_reg(31), ppc_reg(31) );
output( "\tmtctr %s\n", ppc_reg(31) );
output( "\tmr %s, %s\n", ppc_reg(31), ppc_reg(0) );
output( "\tbctr\n" );
break;
}
output_cfi( ".cfi_endproc" );
output_function_size( name );
}
/* output the resource definitions */
void output_resources( DLLSPEC *spec )
{
int k, nb_id_types;
unsigned int i, n;
struct res_tree *tree;
struct res_type *type;
struct res_name *name;
const struct resource *res;
if (!spec->nb_resources) return;
tree = build_resource_tree( spec, NULL );
/* output the resource directories */
output( "\n/* resources */\n\n" );
output( "\t.data\n" );
output( "\t.align %d\n", get_alignment(get_ptr_size()) );
output( ".L__wine_spec_resources:\n" );
for (i = nb_id_types = 0, type = tree->types; i < tree->nb_types; i++, type++)
if (!type->type->str) nb_id_types++;
output_res_dir( tree->nb_types - nb_id_types, nb_id_types );
/* dump the type directory */
for (i = 0, type = tree->types; i < tree->nb_types; i++, type++)
output( "\t.long 0x%08x,0x%08x\n",
type->name_offset, type->dir_offset | 0x80000000 );
/* dump the names and languages directories */
for (i = 0, type = tree->types; i < tree->nb_types; i++, type++)
{
output_res_dir( type->nb_names - type->nb_id_names, type->nb_id_names );
for (n = 0, name = type->names; n < type->nb_names; n++, name++)
output( "\t.long 0x%08x,0x%08x\n",
name->name_offset, name->dir_offset | 0x80000000 );
for (n = 0, name = type->names; n < type->nb_names; n++, name++)
{
output_res_dir( 0, name->nb_languages );
for (k = 0, res = name->res; k < name->nb_languages; k++, res++)
output( "\t.long 0x%08x,0x%08x\n", res->lang, res->data_offset );
}
}
/* dump the resource data entries */
for (i = 0, res = spec->resources; i < spec->nb_resources; i++, res++)
output( "\t.long .L__wine_spec_res_%d-.L__wine_spec_rva_base,%u,0,0\n",
i, (res->data_size + 3) & ~3 );
/* dump the name strings */
for (i = 0, type = tree->types; i < tree->nb_types; i++, type++)
{
if (type->type->str) output_string( type->type->str );
for (n = 0, name = type->names; n < type->nb_names; n++, name++)
if (name->name->str) output_string( name->name->str );
}
/* resource data */
for (i = 0, res = spec->resources; i < spec->nb_resources; i++, res++)
{
output( "\n\t.align %d\n", get_alignment(get_ptr_size()) );
output( ".L__wine_spec_res_%d:\n", i );
dump_res_data( res );
}
output( ".L__wine_spec_resources_end:\n" );
output( "\t.byte 0\n" );
free_resource_tree( tree );
}
/*******************************************************************
* output_stubs
*
* Output the functions for stub entry points
*/
void output_stubs( DLLSPEC *spec )
{
const char *name, *exp_name;
int i, count;
if (!has_stubs( spec )) return;
output( "\n/* stub functions */\n\n" );
output( "\t.text\n" );
for (i = count = 0; i < spec->nb_entry_points; i++)
{
ORDDEF *odp = &spec->entry_points[i];
if (odp->type != TYPE_STUB) continue;
name = get_stub_name( odp, spec );
exp_name = odp->name ? odp->name : odp->export_name;
output( "\t.align %d\n", get_alignment(4) );
output( "\t%s\n", func_declaration(name) );
output( "%s:\n", asm_name(name) );
output_cfi( ".cfi_startproc" );
switch (target_cpu)
{
case CPU_x86:
/* flesh out the stub a bit to make safedisc happy */
output(" \tnop\n" );
output(" \tnop\n" );
output(" \tnop\n" );
output(" \tnop\n" );
output(" \tnop\n" );
output(" \tnop\n" );
output(" \tnop\n" );
output(" \tnop\n" );
output(" \tnop\n" );
output( "\tsubl $12,%%esp\n" );
output_cfi( ".cfi_adjust_cfa_offset 12" );
if (UsePIC)
{
output( "\tcall %s\n", asm_name("__wine_spec_get_pc_thunk_eax") );
output( "1:" );
if (exp_name)
{
output( "\tleal .L%s_string-1b(%%eax),%%ecx\n", name );
output( "\tmovl %%ecx,4(%%esp)\n" );
count++;
}
else
output( "\tmovl $%d,4(%%esp)\n", odp->ordinal );
output( "\tleal .L__wine_spec_file_name-1b(%%eax),%%ecx\n" );
output( "\tmovl %%ecx,(%%esp)\n" );
}
else
{
if (exp_name)
{
output( "\tmovl $.L%s_string,4(%%esp)\n", name );
count++;
}
else
output( "\tmovl $%d,4(%%esp)\n", odp->ordinal );
output( "\tmovl $.L__wine_spec_file_name,(%%esp)\n" );
}
output( "\tcall %s\n", asm_name("__wine_spec_unimplemented_stub") );
break;
case CPU_x86_64:
output( "\tsubq $8,%%rsp\n" );
output_cfi( ".cfi_adjust_cfa_offset 8" );
output( "\tleaq .L__wine_spec_file_name(%%rip),%%rdi\n" );
if (exp_name)
{
output( "leaq .L%s_string(%%rip),%%rsi\n", name );
count++;
}
else
output( "\tmovq $%d,%%rsi\n", odp->ordinal );
output( "\tcall %s\n", asm_name("__wine_spec_unimplemented_stub") );
break;
case CPU_ARM:
output( "\tldr r0,[PC,#0]\n");
output( "\tmov PC,PC\n");
output( "\t.long .L__wine_spec_file_name\n" );
output( "\tldr r1,[PC,#0]\n");
output( "\tmov PC,PC\n");
if (exp_name)
{
output( "\t.long .L%s_string\n", name );
count++;
}
else
output( "\t.long %d\n", odp->ordinal );
output( "\tbl %s\n", asm_name("__wine_spec_unimplemented_stub") );
break;
default:
assert(0);
}
output_cfi( ".cfi_endproc" );
output_function_size( name );
}
if (count)
{
output( "\t%s\n", get_asm_string_section() );
for (i = 0; i < spec->nb_entry_points; i++)
{
ORDDEF *odp = &spec->entry_points[i];
if (odp->type != TYPE_STUB) continue;
exp_name = odp->name ? odp->name : odp->export_name;
if (exp_name)
{
name = get_stub_name( odp, spec );
output( ".L%s_string:\n", name );
output( "\t%s \"%s\"\n", get_asm_string_keyword(), exp_name );
}
}
}
}
