/**
* @brief Detect the format of message stored in a buffer.
* Determine the message format used in a stream of bytes.
* @public @memberof MIDIMessageFormat
* @param buffer The message as it would appear on a MIDI cable.
* @return a pointer to the correct message format if the format could be detected.
* @return a NULL pointer if the format could not be detected.
*/
struct MIDIMessageFormat * MIDIMessageFormatDetect( void * buffer ) {
static struct MIDIMessageFormat * formats[] = {
&_note_off_on,
&_polyphonic_key_pressure,
&_control_change,
&_program_change,
&_channel_pressure,
&_pitch_wheel_change,
&_system_exclusive,
&_time_code_quarter_frame,
&_song_position_pointer,
&_song_select,
&_tune_request,
&_real_time
};
int i;
MIDIPrecondReturn( buffer != NULL, EFAULT, NULL );
for( i=0; i<N_ELEM(formats); i++ ) {
MIDIAssert( formats[i] != NULL && formats[i]->test != NULL );
if( (formats[i]->test)( buffer ) ) {
return formats[i];
}
}
return NULL;
}
void log_open( log_t* log, const char* name ) {
static struct {
const char* name;
int fd;
} special[] = {
{ "stdout", 1 },
{ "-", 1 },
{ "stderr", 2 }
};
int i, fd = -1;
term_t term;
log->file = NULL;
log->isatty = false;
term.lines = 1;
term.columns = 132;
term.colors = 2;
term.unicode = true;
for( i=0; i<N_ELEM(special); i++ ) {
if( strcmp(special[i].name, name) == 0 ) {
fd = special[i].fd;
break;
}
}
if( fd == -1 ) {
fd = open(name, O_WRONLY);
}
if( fd >= 0 ) {
log->file = fdopen(fd, "w+");
log->isatty = isatty(fd);
}
if( log->isatty && termcap( &term ) == 0 ) {
log->lines = term.lines;
log->columns = term.columns;
log->colors = term.colors;
log->unicode = term.unicode;
}
log_fmt( log, "colors: %hi, lines: %hi, columns: %i\n", log->colors, log->lines, log->columns );
}
void Environment::addWalls(void)
{
Point3 p_xyz = Point3(-extent_/2, -extent_/2, -extent_/2);
Point3 p_xyZ = Point3(-extent_/2, -extent_/2, extent_/2);
Point3 p_xYz = Point3(-extent_/2, extent_/2, -extent_/2);
Point3 p_xYZ = Point3(-extent_/2, extent_/2, extent_/2);
Point3 p_Xyz = Point3( extent_/2, -extent_/2, -extent_/2);
Point3 p_XyZ = Point3( extent_/2, -extent_/2, extent_/2);
Point3 p_XYz = Point3( extent_/2, extent_/2, -extent_/2);
Point3 p_XYZ = Point3( extent_/2, extent_/2, extent_/2);
struct WallSpec {
Point3 pLL, pLR, pUL;
// row and column of subimage within 3 x 4 subdivision
int iFace, jFace;
} wallSpecs[] = {
{ p_xyz, p_xYz, p_xyZ, 1, 3 }, // back
{ p_XYz, p_Xyz, p_XYZ, 1, 1 }, // front
{ p_xYz, p_XYz, p_xYZ, 1, 0 }, // left
{ p_Xyz, p_xyz, p_XyZ, 1, 2 }, // right
{ p_XYZ, p_XyZ, p_xYZ, 2, 1 }, // top
#if 0 // if needed (bottom is filled by Ground)
{ p_xYz, p_xyz, p_XYz, 0, 0 }, // bottom
#endif
};
for (unsigned int i = 0; i < N_ELEM(wallSpecs); i++) {
const Image *wallImage = skymapImage->getSkymapFaceImage(
wallSpecs[i].iFace, wallSpecs[i].jFace);
Wall *wall = new Wall(wallImage,
wallSpecs[i].pLL, wallSpecs[i].pLR, wallSpecs[i].pUL,
2, 2, texturedShaderProgram);
walls.push_back(wall);
// TBD: delete "wallImage"
}
// TBD: delete "image"
}
int
main()
{
initLexer(0);
testTokenStream("1 + 1", tokens0, N_ELEM(tokens0));
testTokenStream("{a comment line} $1 + 1", tokens0, N_ELEM(tokens0));
testTokenStream("{{a nested comment}} $1 + 1", tokens0, N_ELEM(tokens0));
testTokenStream("{{{a nested doc comment}} $1 + 1", tokens0, N_ELEM(tokens0));
testTokenStream("x-1+y", tokens1, N_ELEM(tokens1));
testTokenStream("_x0{some comment 1} - 1 + y_99", tokens1, N_ELEM(tokens1));
testTokenStream("con CON con99 Con 99", tokens2, N_ELEM(tokens2));
testTokenStream("< =< => > == = +<", tokens3, N_ELEM(tokens3));
testTokenStream(token4test, tokens4, N_ELEM(tokens4));
testTokenStream(token5test, tokens5, N_ELEM(tokens5));
testTokenStream(token6test, tokens6, N_ELEM(tokens6));
testTokenStream(token7test, tokens7, N_ELEM(tokens7));
testNumber("0", 0);
testNumber("00", 0);
testNumber("007", 7);
testNumber("008", 8);
testNumber("\t \t 123", 123);
testNumber("65535", 65535);
testNumber(" $41", 65);
testNumber("$01_ff", 511);
testNumber("$A5", 165);
testNumber("%101", 5);
testNumber("%11", 3);
testNumber("%%31", 13);
testNumber("80_000_000", 80000000);
testFloat("1.0", 1.0f);
testFloat("2.0", 2.0f);
testFloat("0.01", 0.01f);
testFloat("1.0e-2", 0.01f);
testFloat("1.e-2", 0.01f);
testFloat("3.14e5", 314000.0f);
testIdentifier("x99+8", "X99");
testIdentifier("_a_b", "_A_b");
printf("all tests passed\n");
return 0;
}
