Give a child a robot, he'll play for an hour. Teach him to build, and he'll play forever.
https://mindboards.org:443/
Code: Select all
struct Movement
{
int min;
int max;
int inc;
int period;
int valid;
};
Movement g_movements[4][4];
Code: Select all
struct Movement
{
int min;
int max;
int inc;
int period;
int valid;
};
Movement g_movements[4][4];
task main()
{
while (true)
{
}
}
Code: Select all
struct Movement
{
int min;
int max;
int inc;
int period;
int valid;
};
Movement g_movements[][];
task main()
{
Movement pmTemp[];
ArrayInit(pmTemp, NULL, 4);
ArrayInit(g_movements, pmTemp, 4);
while(1)
{
TextOut(0, 0, "It works!", 0);
}
}
Code: Select all
// working as of 2009-01-29 JCH (with exceptions as noted below)
struct foobar {
int a;
int b;
};
struct location {
int x;
int y;
string foo; // nested strings cause file error! if stored in 2-d array
foobar test; // nested structs cause file error! if stored in 2-d array
int buf[]; // nested arrays cause file error! if stored in 2-d array
};
task main() {
// initializing a 2-d+ array of structs causes File Error! abort
// if the struct contains nested arrays or structs
// !!! THIS IS EITHER A COMPILER BUG OR A FIRMWARE BUG !!!
location array2[5][2];
location array[5];
location tmp;
// ArrayInit(array, tmp, 2);
// ArrayInit(array2, tmparray, 5);
foobar flakey;
int values[] = {1, 2, 3, 4};
flakey.a = 12;
flakey.b = 14;
// scalar members
array2[0][1].x = 2; // valid code
array2[0][1].x++; // valid code
array2[0][1].x += 14; // valid code
// string members
array2[0][1].foo = "test"; // valid code
array2[0][1].foo += "_123"; // valid code
// nested structs
array2[0][1].test.a = 2; // valid code
array2[0][1].test += 2; // valid code
array2[0][1].test = flakey; // valid code
// array members
array2[0][1].buf = values; // valid code
array2[0][1].buf[0] = 123; // valid code
tmp = array2[0][1];
NumOut(0, LCD_LINE1, tmp.buf[0]); // 123 (OKAY)
NumOut(0, LCD_LINE2, tmp.test.a); // 12 (OKAY)
NumOut(0, LCD_LINE3, tmp.x); // 17 (OKAY)
TextOut(0, LCD_LINE4, tmp.foo); // test_123 (OKAY)
NumOut(0, LCD_LINE5, array2[0][1].buf[0]); // 123 (OKAY)
NumOut(0, LCD_LINE6, array2[0][1].test.a); // 12 (OKAY)
NumOut(0, LCD_LINE7, array2[0][1].x); // 17 (OKAY)
// TextOut(0, LCD_LINE8, array[0].foo); // test_123 (OKAY)
array2[0][1].test += 30; // valid code
NumOut(50, LCD_LINE6, array2[0][1].test.a); // 42 (OKAY)
array2[0][1].test.a += array2[0][1].test.b * array2[0][1].test.b; // valid code
NumOut(50, LCD_LINE7, array2[0][1].test.a); // 1978 (OKAY)
array2[0][1].foo += "testing"; // valid code
TextOut(0, LCD_LINE8, array2[0][1].foo); // test_123testing (OKAY)
Wait(SEC_5);
// scalar members
array[0].x = 2; // valid code
array[0].x++; // valid code
array[0].x += 14; // valid code
// string members
array[0].foo = "test"; // valid code
array[0].foo += "_123"; // valid code
// nested structs
array[0].test.a = 2; // valid code
array[0].test.b = 2; // valid code
array[0].test += 2; // valid code
array[0].test = flakey; // valid code
// array members
array[0].buf = values; // valid code
array[0].buf[0] = 123; // valid code
tmp = array[0];
NumOut(0, LCD_LINE1, tmp.buf[0]); // 123 (OKAY)
NumOut(0, LCD_LINE2, tmp.test.a); // 12 (OKAY)
NumOut(0, LCD_LINE3, tmp.x); // 17 (OKAY)
TextOut(0, LCD_LINE4, tmp.foo); // test_123 (OKAY)
NumOut(0, LCD_LINE5, array[0].buf[0]); // 123 (OKAY)
NumOut(0, LCD_LINE6, array[0].test.a); // 12 (OKAY)
NumOut(0, LCD_LINE7, array[0].x); // 17 (OKAY)
// TextOut(0, LCD_LINE8, array[0].foo); // test_123 (OKAY)
array[0].test += 30; // valid code
NumOut(50, LCD_LINE6, array[0].test.a); // 42 (OKAY)
array[0].test.a += array[0].test.b * array[0].test.b; // valid code
NumOut(50, LCD_LINE7, array[0].test.a); // 1978 (OKAY)
array[0].foo += "testing"; // valid code
TextOut(0, LCD_LINE8, array[0].foo); // test_123testing (OKAY)
/*
array[0].y = array[0].x;
tmp = array[0];
tmp.x = 2;
array[0] = tmp;
NumOut(0, LCD_LINE1, array[0].x);
*/
Wait(10000);
}