void ximsWaitDone()
{
int ret;
UserSelection *sel = &userSel;
DPR(("ximsWaitDone():\tOpState=%s OpErrCode=%s[%d]\n",
StateName(), error_name(OpErrCode), OpErrCode));
set_sig_chld(False);
ret = sel->renv->status;
switch (ret) {
case ErrImsWaiting:
sel->status = ErrImsTimeout;
put_xims_log("'%s' timed-out.", sel->name, 0, 0);
break;
case ErrImsWaitDone:
sel->status = NoError;
# ifdef old_hpux
if ((OpFlag & FLAG_CONNECT)
|| (sel->ent->ims->flags & F_TRY_CONNECT)) {
sel->status = try_connection(sel);
}
# endif /* old_hpux */
break;
case ErrImsConnecting:
case ErrImsConnectDone:
sel->status = NoError;
break;
case ErrImsAborted:
/* put_xims_log("'%s' aborted.", sel->name, 0, 0); */
case ErrImsExecution:
default:
sel->status = ret;
break;
}
if (sel->status != NoError) {
OpErrCode = sel->status;
DPR(("ximsWaitDone(): OpErrCode=%s[%d]\n",
error_name(OpErrCode), OpErrCode));
}
restore_resources();
settle_ims(sel); /* clear WM_COMMAND property */
OpState = OpErrCode == NoError ? State_Wait_Done : State_Wait_Err;
ximsMain();
}
int
minicap_try_get_display_info(int32_t displayId, Minicap::DisplayInfo* info) {
android::sp<android::IBinder> dpy = android::SurfaceComposerClient::getBuiltInDisplay(displayId);
android::Vector<android::DisplayInfo> configs;
android::status_t err = android::SurfaceComposerClient::getDisplayConfigs(dpy, &configs);
if (err != android::NO_ERROR) {
MCERROR("SurfaceComposerClient::getDisplayInfo() failed: %s (%d)\n", error_name(err), err);
return err;
}
int activeConfig = android::SurfaceComposerClient::getActiveConfig(dpy);
if(static_cast<size_t>(activeConfig) >= configs.size()) {
MCERROR("Active config %d not inside configs (size %zu)\n", activeConfig, configs.size());
return android::BAD_VALUE;
}
android::DisplayInfo dinfo = configs[activeConfig];
info->width = dinfo.w;
info->height = dinfo.h;
info->orientation = dinfo.orientation;
info->fps = dinfo.fps;
info->density = dinfo.density;
info->xdpi = dinfo.xdpi;
info->ydpi = dinfo.ydpi;
info->secure = dinfo.secure;
info->size = sqrt(pow(dinfo.w / dinfo.xdpi, 2) + pow(dinfo.h / dinfo.ydpi, 2));
return 0;
}
virtual int
consumePendingFrame(Minicap::Frame* frame) {
android::status_t err;
if ((err = mConsumer->lockNextBuffer(&mBuffer)) != android::NO_ERROR) {
if (err == -EINTR) {
return err;
}
else {
MCERROR("Unable to lock next buffer %s (%d)", error_name(err), err);
return err;
}
}
frame->data = mBuffer.data;
frame->format = convertFormat(mBuffer.format);
frame->width = mBuffer.width;
frame->height = mBuffer.height;
frame->stride = mBuffer.stride;
frame->bpp = android::bytesPerPixel(mBuffer.format);
frame->size = mBuffer.stride * mBuffer.height * frame->bpp;
mHaveBuffer = true;
return 0;
}
virtual int
consumePendingFrame(Minicap::Frame* frame) {
uint32_t width, height;
android::PixelFormat format;
android::status_t err;
mHeap = NULL;
err = mComposer->captureScreen(mDisplayId, &mHeap,
&width, &height, &format, mDesiredWidth, mDesiredHeight, 0, -1UL);
if (err != android::NO_ERROR) {
MCERROR("ComposerService::captureScreen() failed %s", error_name(err));
return err;
}
frame->data = mHeap->getBase();
frame->width = width;
frame->height = height;
frame->format = convertFormat(format);
frame->stride = width;
frame->bpp = android::bytesPerPixel(format);
frame->size = mHeap->getSize();
return 0;
}
void ximsWait()
{
OpStateVal oldOpState = OpState;
UserSelection *sel = &userSel;
struct timeval interval;
time_t start_tm = 0;
int lapse;
DPR(("ximsWait(): OpState=%s OpErrCode=%s[%d]\n",
StateName(), error_name(OpErrCode), OpErrCode));
OpState = State_Wait;
if (oldOpState == State_Start_Err) {
/* don't change OpErrCode */
OpState = State_Wait_Err;
return;
}
if (!is_waiting() || (OpFlag & FLAG_NOWAIT)) {
ximsWaitDone();
}
if (im_mod_available(sel->renv) != 1) {
if (useWINDOW()) {
xt_start_waiting(); /* never returns unless failed */
}
/* waiting */
lapse = 0;
interval.tv_sec = Opt.Interval / 1000;
interval.tv_usec = (Opt.Interval % 1000) * 1000;
start_tm = time((time_t) 0);
while (is_waiting()) {
select(0, 0, 0, 0, &interval); /* usleep */
lapse = (int) time((time_t) 0) - start_tm;
if (im_mod_available(sel->renv) != 0 || lapse >= Opt.Timeout) {
DPR(("ximsWait(tmout=%d): wait done (%d sec.)\n",
Opt.Timeout, lapse));
break;
}
}
}
ximsWaitDone();
}
void PrintXErrorAndCoredump(Display *dpy, XErrorEvent *error, char *MyName)
{
char msg[256];
Bool suc = False;
msg[255] = 0;
#ifdef USE_GET_ERROR_TEXT
/* can't call this from within an error handler! */
/* DV (21-Nov-2000): Well, actually we *can* call it in an error
* handler since it does not trigger a protocol request. */
if (error->error_code >= FirstExtensionError)
{
suc = FRenderGetErrorText(error->error_code, msg);
}
if (!suc)
XGetErrorText(dpy, error->error_code, msg, sizeof(msg));
fprintf(stderr,"%s: Cause of next X Error.\n", MyName);
fprintf(stderr, " Error: %d (%s)\n", error->error_code, msg);
#else
fprintf(stderr,"%s: Cause of next X Error.\n", MyName);
if (error->error_code >= FirstExtensionError)
{
suc = FRenderGetErrorText(error->error_code, msg);
}
if (suc)
fprintf(stderr, " Error: %d (%s)\n",
error->error_code, msg);
else
fprintf(stderr, " Error: %d (%s)\n",
error->error_code, error_name(error->error_code));
#endif
fprintf(stderr, " Major opcode of failed request: %d (%s)\n",
error->request_code, request_name(error->request_code));
fprintf(stderr, " Minor opcode of failed request: %d \n",
error->minor_code);
/* error->resourceid may be uninitialised. This is no proble since we
* are dumping core anyway. */
fprintf(stderr, " Resource id of failed request: 0x%lx \n",
error->resourceid);
/* leave a coredump */
do_coredump();
}
int
minicap_try_get_display_info(int32_t displayId, Minicap::DisplayInfo* info) {
android::DisplayInfo dinfo;
android::status_t err = android::SurfaceComposerClient::getDisplayInfo(displayId, &dinfo);
if (err != android::NO_ERROR) {
MCERROR("SurfaceComposerClient::getDisplayInfo() failed: %s (%d)\n", error_name(err), err);
return err;
}
info->width = dinfo.w;
info->height = dinfo.h;
info->orientation = dinfo.orientation;
info->fps = dinfo.fps;
info->density = dinfo.density;
info->xdpi = dinfo.xdpi;
info->ydpi = dinfo.ydpi;
info->secure = false;
info->size = sqrt(pow(dinfo.w / dinfo.xdpi, 2) + pow(dinfo.h / dinfo.ydpi, 2));
return 0;
}
static void
disassemble(Program * prog, Printer p, void *data)
{
Stream *s = new_stream(100);
Stream *insn = new_stream(50);
int i, l;
unsigned pc;
Bytecodes bc;
const char *ptr;
const char **names = prog->var_names;
unsigned tmp, num_names = prog->num_var_names;
# define NAMES(i) (tmp = i, \
tmp < num_names ? names[tmp] \
: "*** Unknown variable ***")
Var *literals = prog->literals;
initialize_tables();
print = p;
print_data = data;
stream_printf(s, "Language version number: %d", (int) prog->version);
output(s);
stream_printf(s, "First line number: %d", prog->first_lineno);
output(s);
for (i = -1; i < 0 || i < prog->fork_vectors_size; i++) {
output(s);
if (i == -1) {
stream_printf(s, "Main code vector:");
output(s);
stream_printf(s, "=================");
output(s);
bc = prog->main_vector;
} else {
stream_printf(s, "Forked code vector %d:", i);
l = stream_length(s);
output(s);
while (l--)
stream_add_char(s, '=');
output(s);
bc = prog->fork_vectors[i];
}
stream_printf(s, "[Bytes for labels = %d, literals = %d, ",
bc.numbytes_label, bc.numbytes_literal);
stream_printf(s, "forks = %d, variables = %d, stack refs = %d]",
bc.numbytes_fork, bc.numbytes_var_name,
bc.numbytes_stack);
output(s);
stream_printf(s, "[Maximum stack size = %d]", bc.max_stack);
output(s);
max_bytes_width = 5;
for (pc = 0; pc < bc.size;) {
Byte b;
unsigned arg;
# define ADD_BYTES(n) (arg = add_bytes(s, bc.vector, pc, n), \
pc += n, \
arg)
unsigned a1, a2;
new_insn(s, pc);
b = add_bytes(s, bc.vector, pc++, 1);
if (b != OP_EXTENDED)
stream_add_string(insn, COUNT_TICK(b) ? " * " : " ");
if (IS_OPTIM_NUM_OPCODE(b))
stream_printf(insn, "NUM %d", OPCODE_TO_OPTIM_NUM(b));
#ifdef BYTECODE_REDUCE_REF
else if (IS_PUSH_CLEAR_n(b))
stream_printf(insn, "PUSH_CLEAR %s", NAMES(PUSH_CLEAR_n_INDEX(b)));
#endif /* BYTECODE_REDUCE_REF */
else if (IS_PUSH_n(b))
stream_printf(insn, "PUSH %s", NAMES(PUSH_n_INDEX(b)));
else if (IS_PUT_n(b))
stream_printf(insn, "PUT %s", NAMES(PUT_n_INDEX(b)));
else if (b == OP_EXTENDED) {
b = ADD_BYTES(1);
stream_add_string(insn, COUNT_EOP_TICK(b) ? " * " : " ");
stream_add_string(insn, ext_mnemonics[b]);
switch ((Extended_Opcode) b) {
case EOP_WHILE_ID:
a1 = ADD_BYTES(bc.numbytes_var_name);
a2 = ADD_BYTES(bc.numbytes_label);
stream_printf(insn, " %s %d", NAMES(a1), a2);
break;
case EOP_EXIT_ID:
stream_printf(insn, " %s",
NAMES(ADD_BYTES(bc.numbytes_var_name)));
/* fall thru */
case EOP_EXIT:
a1 = ADD_BYTES(bc.numbytes_stack);
a2 = ADD_BYTES(bc.numbytes_label);
stream_printf(insn, " %d %d", a1, a2);
break;
case EOP_PUSH_LABEL:
case EOP_END_CATCH:
case EOP_END_EXCEPT:
case EOP_TRY_FINALLY:
stream_printf(insn, " %d", ADD_BYTES(bc.numbytes_label));
break;
case EOP_TRY_EXCEPT:
stream_printf(insn, " %d", ADD_BYTES(1));
break;
case EOP_LENGTH:
stream_printf(insn, " %d", ADD_BYTES(bc.numbytes_stack));
break;
case EOP_SCATTER:
{
int i, nargs = ADD_BYTES(1);
a1 = ADD_BYTES(1);
a2 = ADD_BYTES(1);
stream_printf(insn, " %d/%d/%d:", nargs, a1, a2);
for (i = 0; i < nargs; i++) {
a1 = ADD_BYTES(bc.numbytes_var_name);
a2 = ADD_BYTES(bc.numbytes_label);
stream_printf(insn, " %s/%d", NAMES(a1), a2);
}
stream_printf(insn, " %d",
ADD_BYTES(bc.numbytes_label));
}
break;
default:
break;
}
} else {
stream_add_string(insn, mnemonics[b]);
switch ((Opcode) b) {
case OP_IF:
case OP_IF_QUES:
case OP_EIF:
case OP_AND:
case OP_OR:
case OP_JUMP:
case OP_WHILE:
stream_printf(insn, " %d", ADD_BYTES(bc.numbytes_label));
break;
case OP_FORK:
stream_printf(insn, " %d", ADD_BYTES(bc.numbytes_fork));
break;
case OP_FORK_WITH_ID:
a1 = ADD_BYTES(bc.numbytes_fork);
a2 = ADD_BYTES(bc.numbytes_var_name);
stream_printf(insn, " %d %s", a1, NAMES(a2));
break;
case OP_FOR_LIST:
case OP_FOR_RANGE:
a1 = ADD_BYTES(bc.numbytes_var_name);
a2 = ADD_BYTES(bc.numbytes_label);
stream_printf(insn, " %s %d", NAMES(a1), a2);
break;
case OP_G_PUSH:
#ifdef BYTECODE_REDUCE_REF
case OP_G_PUSH_CLEAR:
#endif /* BYTECODE_REDUCE_REF */
case OP_G_PUT:
stream_printf(insn, " %s",
NAMES(ADD_BYTES(bc.numbytes_var_name)));
break;
case OP_IMM:
{
Var v;
v = literals[ADD_BYTES(bc.numbytes_literal)];
switch (v.type) {
case TYPE_OBJ:
stream_printf(insn, " #%d", v.v.obj);
break;
case TYPE_INT:
stream_printf(insn, " %d", v.v.num);
break;
case TYPE_STR:
stream_add_string(insn, " \"");
for (ptr = v.v.str; *ptr; ptr++) {
if (*ptr == '"' || *ptr == '\\')
stream_add_char(insn, '\\');
stream_add_char(insn, *ptr);
}
stream_add_char(insn, '"');
break;
case TYPE_ERR:
stream_printf(insn, " %s", error_name(v.v.err));
break;
default:
stream_printf(insn, " <literal type = %d>",
v.type);
break;
}
}
break;
case OP_BI_FUNC_CALL:
stream_printf(insn, " %s", name_func_by_num(ADD_BYTES(1)));
default:
break;
}
}
finish_insn(s, insn);
}
}
free_stream(s);
free_stream(insn);
}
void ximsStart()
{
int ret;
UserSelection *sel = &userSel;
OpStateVal oldOpState = OpState;
DPR(("ximsStart(): OpState=%s OpErrCode=%s[%d]\n",
StateName(), error_name(OpErrCode), OpErrCode));
OpState = State_Start;
#ifdef DEBUG
if (DebugLvl > 1) pr_UserSelection(sel);
#endif
ret = NoError;
if (oldOpState == State_Select_Err) {
/* don't change OpErrCode */
OpState = State_Start_Err;
return;
}
if (oldOpState == State_Select_Canceled) {
clear_UserSelection(sel);
ret = ErrNoSelection;
} else { /* save selection */
if (!(OpFlag & FLAG_NOSAVE) && (sel->flag & F_SELECT_CHANGED)) {
if (save_user_selection(sel, NULL) != NoError) {
DPR(("save_user_selection(): failed\n"));
put_xims_warnmsg(ErrSaveSelection, 0, 0, 0);
/* ret = ErrSaveSelection; */
}
}
}
if (ret != NoError) {
OpErrCode = ret;
OpState = State_Start_Err;
return;
}
if ((ret = check_selection(sel)) != NoError) {
if (ret == ErrIsNone || ret == ErrNotRun) {
build_run_env(sel); /* for make_new_environ() */
}
OpErrCode = ret;
OpState = State_Start_Done;
return;
}
build_run_env(sel);
if (useWINDOW()) /* initilaize Xt */
init_window_env();
ret = run_ims(sel);
OpErrCode = ret;
OpState = ret == NoError ? State_Start_Done : State_Start_Err;
return;
}
