void emit_ERROR( int code, const char* text )
{
char bfr[ 32 ] = {0};
sprintf( bfr, "%d", code );
vl_set( &g_RS.varlist, strlitlen( "error.code" ), bfr, strlen( bfr ) );
vl_set( &g_RS.varlist, strlitlen( "error.text" ), text, strlen( text ) );
}
int runner_fsprog_callback( int numerator, int denominator, const char* utf8_filename )
{
X_DBG( printf( "--------- %03d%% --- %s ---\n", 100 * numerator / denominator, utf8_filename ) );
char bfr[ 32 ] = {0};
if( g_isTesting )
vl_set( &g_RS.varlist, strlitlen( "_action" ), strlitlen( "archive.test" ) );
else
vl_set( &g_RS.varlist, strlitlen( "_action" ), strlitlen( "archive.extract" ) );
vl_set( &g_RS.varlist, strlitlen( "archive.cur_entry" ), utf8_filename, strlen( utf8_filename ) );
sprintf( bfr, "%d", numerator );
vl_set( &g_RS.varlist, strlitlen( "archive.num_processed" ), bfr, strlen( bfr ) );
sprintf( bfr, "%d", denominator );
vl_set( &g_RS.varlist, strlitlen( "archive.num_total" ), bfr, strlen( bfr ) );
sprintf( bfr, "%d", 100 * numerator / denominator );
vl_set( &g_RS.varlist, strlitlen( "archive.percent" ), bfr, strlen( bfr ) );
rsl_run( &g_RS );
runner_apply_changes();
while( win_process( 1 ) );
return 0;
}
void runner_fsproc( int test )
{
g_isTesting = test;
vl_set( &g_RS.varlist, strlitlen( "_action.done" ), strlitlen( "" ) );
fsc_extract_files( test, runner_fsprog_callback );
vl_set( &g_RS.varlist, strlitlen( "_action.done" ), strlitlen( "1" ) );
runner_fsprog_callback( 2, 1, "100" );
vl_set( &g_RS.varlist, strlitlen( "_action" ), strlitlen( "" ) );
}
*/
return filterState.isEnabled();
}
bool TraceAnalyzer::filterActive(FilterState::filter_t filter) const
{
return filterState.isEnabled(filter) ||
OR_filterState.isEnabled(filter);
}
#define WRITE_BUFFER_SIZE (256 * sysconf(_SC_PAGESIZE))
#define WRITE_BUFFER_LIMIT ((WRITE_BUFFER_SIZE - 64 * 1024))
const char TraceAnalyzer::spaceStr[] = \
" ";
const int TraceAnalyzer::spaceStrLen = strlitlen(spaceStr);
const char *const TraceAnalyzer::cpuevents[] =
{
"cpu-cycles", "cycles",
};
const int TraceAnalyzer::CPUEVENTS_NR = sizeof(cpuevents) / sizeof(char*);
event_t TraceAnalyzer::determineCPUEvent(bool &ok)
{
int i, j;
int maxevent;
const StringTree<> *stree = TraceEvent::getStringTree();
const TString *ename;
event_t rval = (event_t) 0;
int main( int argc, char* argv[] )
{
if( fs_init() )
return 1;
win_initialize( argc, argv );
g_RS = rsl_create();
g_RS.change_cb = runner_change_callback;
g_winActCb = runner_action_callback;
rsl_compile( &g_RS, g_scriptData, NULL );
X_DBG( rsl_dump( &g_RS ) );
#if 0
///////////////////////////////////////////////////
// win_set_title( "Testā rešpekt" );
// win_set_background_color( 120, 150, 180 );
// win_set_background_image( 0 );
win_ctl_resize( 2 );
g_controls[0].type = WCTL_BUTTON;
g_controls[0].x1 = 100;
g_controls[0].y1 = 100;
g_controls[0].x2 = 300;
g_controls[0].y2 = 140;
byte colors[ 24 ] =
{
50, 50, 50, 1,
50, 50, 50, 1,
50, 50, 50, 1,
200, 200, 200, 1,
220, 220, 220, 1,
180, 180, 180, 1,
};
memcpy( g_controls[0].fgColorN, colors, 24 );
strcpy( g_controls[0].text, "Spēlēt" );
win_ctl_updated( 0, WCU_EVERYTHING );
g_controls[1].type = WCTL_BUTTON;
g_controls[1].x1 = 100;
g_controls[1].y1 = 200;
g_controls[1].x2 = 300;
g_controls[1].y2 = 240;
byte colors2[ 24 ] =
{
50, 30, 30, 1,
60, 40, 40, 1,
70, 50, 50, 1,
190, 190, 210, 1,
210, 210, 230, 1,
170, 170, 190, 1,
};
memcpy( g_controls[1].fgColorN, colors2, 24 );
strcpy( g_controls[1].text, "Instalēt" );
win_ctl_updated( 1, WCU_EVERYTHING );
///////////////////////////////////////////////////
#endif
vl_set( &g_RS.varlist, strlitlen( "_action" ), strlitlen( "init" ) );
rsl_run( &g_RS );
vl_set( &g_RS.varlist, strlitlen( "_action" ), strlitlen( "" ) );
runner_apply_changes();
while( win_process( 0 ) );
rsl_destroy( &g_RS );
fs_free();
win_destroy();
return 0;
}
void runner_action_callback( wcontrol* CTL, int action, int* data )
{
char bfr[ 32 ] = {0};
if( action == WA_PROC_LAUNCH || action == WA_PROC_EXIT )
{
if( action == WA_PROC_EXIT && g_have_tmpfiles )
{
if( platfs_nukedir() )
; // ERROR
else
g_have_tmpfiles = 0;
}
const char* actstr = action == WA_PROC_LAUNCH ? "launch" : "exit";
const char* statestr = action == WA_PROC_LAUNCH ? "1" : "";
vl_set( &g_RS.varlist, strlitlen( "_action" ), actstr, strlen( actstr ) );
vl_set( &g_RS.varlist, strlitlen( "_running" ), statestr, strlen( statestr ) );
rsl_run( &g_RS );
runner_apply_changes();
return;
}
g_event_control = CTL;
int ctlid = CTL - g_controls;
const char* actstr = "<unknown>";
switch( action )
{
case WA_MOUSE_CLICK: actstr = "clicked"; break;
case WA_MOUSE_ENTER: actstr = "mouseenter"; break;
case WA_MOUSE_LEAVE: actstr = "mouseleave"; break;
case WA_MOUSE_BTNDN: actstr = "buttondown"; break;
case WA_MOUSE_BTNUP: actstr = "buttonup"; break;
case WA_CTRL_CREATED: actstr = "created"; break;
}
sprintf( bfr, "#%d.%s", ctlid, actstr );
vl_set( &g_RS.varlist, strlitlen( "_action" ), bfr, strlen( bfr ) );
sprintf( bfr, "#%d", ctlid );
vl_set( &g_RS.varlist, strlitlen( "event.control" ), bfr, strlen( bfr ) );
const char* typestr = "none";
switch( CTL->type )
{
case WCTL_TEXT: typestr = "text"; break;
case WCTL_BUTTON: typestr = "button"; break;
}
vl_set( &g_RS.varlist, strlitlen( "event.control.type" ), typestr, strlen( typestr ) );
sprintf( bfr, "%d", CTL->state );
vl_set( &g_RS.varlist, strlitlen( "event.control.state" ), bfr, strlen( bfr ) );
rsl_run( &g_RS );
vl_set( &g_RS.varlist, strlitlen( "_action" ), strlitlen( "" ) );
vl_set( &g_RS.varlist, strlitlen( "event.control" ), strlitlen( "" ) );
vl_set( &g_RS.varlist, strlitlen( "event.control.type" ), strlitlen( "" ) );
vl_set( &g_RS.varlist, strlitlen( "event.control.state" ), strlitlen( "" ) );
g_event_control = NULL;
runner_apply_changes();
}
