void shift_cursor_to(uint8_t pos){
cursor_home();
uint8_t i = 0;
for(i=0; i<pos; ++i)
shift_cursor(SH_RIGHT);
}
void test(bool* result)
{
SCREEN_Screen scr;
scr = screen(80, 25);
update(result, tposeq("initial cursor", mkpos(0, 0), cursor(&scr)));
scr = screen(80, 25);
cursor_address(&scr, mkpos(5, 10));
update(result, tposeq("cursor_address", mkpos(5, 10), cursor(&scr)));
scr = screen(80, 25);
cursor_address(&scr, mkpos(12, 5));
carriage_return(&scr);
update(result, tposeq("carriage_return", mkpos(0, 5), cursor(&scr)));
scr = screen(80, 25);
cursor_address(&scr, mkpos(12, 5));
newline(&scr);
update(result, tposeq("newline", mkpos(0, 6), cursor(&scr)));
scr = screen(80, 25);
cursor_address(&scr, mkpos(10, 6));
tab(&scr);
update(result, tposeq("tab", mkpos(16, 6), cursor(&scr)));
scr = screen(80, 25);
cursor_address(&scr, mkpos(1, 6));
column_address(&scr, 16);
update(result, tposeq("column_address", mkpos(16, 6), cursor(&scr)));
scr = screen(80, 25);
cursor_address(&scr, mkpos(16, 6));
row_address(&scr, 12);
update(result, tposeq("row_address", mkpos(16, 12), cursor(&scr)));
scr = screen(80, 25);
cursor_address(&scr, mkpos(15, 6));
cursor_down(&scr);
update(result, tposeq("cursor_down", mkpos(15, 7), cursor(&scr)));
scr = screen(80, 25);
cursor_address(&scr, mkpos(15, 6));
cursor_home(&scr);
update(result, tposeq("cursor_home", mkpos(0, 0), cursor(&scr)));
scr = screen(80, 25);
cursor_address(&scr, mkpos(6, 8));
cursor_left(&scr);
update(result, tposeq("cursor_left", mkpos(5, 8), cursor(&scr)));
scr = screen(80, 25);
cursor_address(&scr, mkpos(6, 8));
cursor_right(&scr);
update(result, tposeq("cursor_right", mkpos(7, 8), cursor(&scr)));
scr = screen(80, 25);
cursor_address(&scr, mkpos(6, 8));
cursor_to_ll(&scr);
update(result, tposeq("cursor_to_ll", mkpos(0, 24), cursor(&scr)));
scr = screen(80, 25);
cursor_address(&scr, mkpos(6, 8));
cursor_up(&scr);
update(result, tposeq("cursor_up", mkpos(6, 7), cursor(&scr)));
scr = screen(80, 25);
cursor_address(&scr, mkpos(26, 9));
parm_left_cursor(&scr, 23);
update(result, tposeq("parm_left_cursor", mkpos(3, 9), cursor(&scr)));
scr = screen(80, 25);
cursor_address(&scr, mkpos(3, 9));
parm_right_cursor(&scr, 23);
update(result, tposeq("parm_right_cursor", mkpos(26, 9), cursor(&scr)));
scr = screen(80, 25);
cursor_address(&scr, mkpos(26, 4));
parm_down_cursor(&scr, 11);
update(result, tposeq("parm_down_cursor", mkpos(26, 15), cursor(&scr)));
scr = screen(6, 4);
cursor_address(&scr, mkpos(2, 3));
put_char(&scr, 'a');
SCREEN_Cell want_0 = {'a', SCREEN_COLOR_WHITE, SCREEN_COLOR_BLACK, {false, false}};
update(result, tcelleq("put_char puts", want_0, cellat(&scr, mkpos(2,3))));
scr = screen(6, 4);
cursor_address(&scr, mkpos(2, 3));
put_char(&scr, 'a');
update(result, tposeq("put_char moves", mkpos(3, 3), cursor(&scr)));
scr = screen(6, 4);
cursor_address(&scr, mkpos(5, 1));
put_char(&scr, 'a');
update(result, tposeq("put_char am", mkpos(0, 2), cursor(&scr)));
scr = screen(6, 4);
put_chars(&scr, "abcdefGHIJKLmno");
SCREEN_Cell want_1 = {'J', SCREEN_COLOR_WHITE, SCREEN_COLOR_BLACK, {false, false}};
update(result, tcelleq("put_char multiple", want_1, cellat(&scr, mkpos(3,1))));
scr = screen(6, 4);
put_chars(&scr, "abcdefGHIJKLmno");
clear_screen(&scr);
update(result, tposeq("clear_screen homes", mkpos(0, 0), cursor(&scr)));
scr = screen(6, 4);
put_chars(&scr, "abcdefGHIJKLmno");
clear_screen(&scr);
SCREEN_Cell want_2 = {' ', SCREEN_COLOR_WHITE, SCREEN_COLOR_BLACK, {false, false}};
update(result, tcelleq("clear_screen clears", want_2, cellat(&scr, mkpos(3,1))));
scr = screen(6, 4);
cursor_address(&scr, mkpos(0, 3));
put_chars(&scr, "abcdefGHIJKLmno");
SCREEN_Cell want_3 = {'J', SCREEN_COLOR_WHITE, SCREEN_COLOR_BLACK, {false, false}};
update(result, tcelleq("put_char scrolls at end", want_3, cellat(&scr, mkpos(3,2))));
scr = screen(6, 3);
put_chars(&scr, "abcdefGHIJKLmno");
cursor_home(&scr);
clr_eos(&scr);
SCREEN_Cell want_4 = {' ', SCREEN_COLOR_WHITE, SCREEN_COLOR_BLACK, {false, false}};
update(result, tcelleq("put_char scrolls at end", want_4, cellat(&scr, mkpos(4,1))));
scr = screen(6, 4);
cursor_down(&scr);
put_chars(&scr, "abcdefGHIJKLmno");
cursor_address(&scr, mkpos(0, 3));
newline(&scr);
SCREEN_Cell want_5 = {'K', SCREEN_COLOR_WHITE, SCREEN_COLOR_BLACK, {false, false}};
update(result, tcelleq("newline at bottom scrolls", want_5, cellat(&scr, mkpos(4,1))));
scr = screen(6, 4);
put_chars(&scr, "abcdefGHIJKLmno");
cursor_address(&scr, mkpos(0, 0));
insert_line(&scr);
SCREEN_Cell want_6 = {' ', SCREEN_COLOR_WHITE, SCREEN_COLOR_BLACK, {false, false}};
update(result, tcelleq("insert_line clears full line", want_6, cellat(&scr, mkpos(5,0))));
scr = screen(24, 4);
cursor_address(&scr, mkpos(20, 1));
tab(&scr);
update(result, tposeq("tab at eol", mkpos(0, 2), cursor(&scr)));
}
void outputter(SCREEN_Screen* scr, int terminator, GetCharFunction getf)
{
while (1) {
unsigned char c = getf();
if (c == terminator) {
return;
}
switch (c) {
case '\a': break; // TODO: alert?
case '\t': tab(scr); break;
case '\n': cursor_down(scr); break;
case '\b': cursor_left(scr); break;
case '\r': carriage_return(scr); break;
case 0x1b:
{
c = getf();
switch (c) {
case '[':
{
int x;
if (getnum(getf, &x, &c)) {
if (x == 1 && c == 'K') {
clr_bol(scr);
} else {
switch (c) {
case 'm': mode(scr, x); break;
case 'A': parm_up_cursor(scr, x); break;
case 'B': parm_down_cursor(scr, x); break;
case 'C': parm_right_cursor(scr, x); break;
case 'D': parm_left_cursor(scr, x); break;
case 'G': column_address(scr, (x-1)); break;
case 'L': parm_insert_line(scr, x); break;
case 'M': parm_delete_line(scr, x); break;
case 'P': parm_dch(scr, x); break;
case 'S': parm_index(scr, x); break;
case 'T': parm_rindex(scr, x); break;
case 'X': erase_chars(scr, x); break;
case '@': parm_ich(scr, x); break;
case 'd': row_address(scr, (x-1)); break;
case ';':
{
int y;
if (getnum(getf, &y, &c)) {
switch (c) {
case 'm':
mode(scr, x);
mode(scr, y);
break;
case 'H': cursor_address(scr, mkpos(y-1, x-1)); break;
default:
fprintf(stderr, "unhandled: ESC[%i;%i%c\n", x, y, c);
break;
}
} else {
fprintf(stderr, "unhandled: ESC[%i;%c\n", x, c);
}
} break;
default:
fprintf(stderr, "unahndled: ESC[%i%c\n", x, c);
break;
}
}
} else {
switch (c) {
case '@': insert_character(scr); break;
case 'A': cursor_up(scr); break;
case 'B': cursor_down(scr); break;
case 'C': cursor_right(scr); break;
case 'D': cursor_left(scr); break;
case 'H': cursor_home(scr); break;
case 'I': tab(scr); break;
case 'J': clr_eos(scr); break;
case 'K': clr_eol(scr); break;
case 'L': insert_line(scr); break;
case 'M': delete_line(scr); break;
case 'P': delete_character(scr); break;
case 'm': exit_attribute_mode(scr); break;
default:
fprintf(stderr, "unhandled: ESC[%c\n", c);
break;
}
}
} break;
case 'M':
scroll_reverse(scr);
break;
default:
fprintf(stderr, "unhandled: ESC%c\n", c);
break;
}
} break;
default:
{
wchar_t wc;
if ((c & 0x80) == 0x00) {
wc = c;
} else if ((c & 0xE0) == 0xC0) {
char c1 = 0x1F & c;
char c2 = 0x3F & getf();
wc = (c1 << 6) | c2;
} else if ((c & 0xF0) == 0xE0) {
char c1 = 0x0F & c;
char c2 = 0x3F & getf();
char c3 = 0x3F & getf();
wc = (c1 << 12) | (c2 << 6) | c3;
} else if ((c & 0xF8) == 0xF0) {
char c1 = 0x07 & c;
char c2 = 0x3F & getf();
char c3 = 0x3F & getf();
char c4 = 0x3F & getf();
wc = (c1 << 18) | (c2 << 12) | (c3 << 6) | c4;
} else if ((c & 0xFC) == 0xF8) {
char c1 = 0x03 & c;
char c2 = 0x3F & getf();
char c3 = 0x3F & getf();
char c4 = 0x3F & getf();
char c5 = 0x3F & getf();
wc = (c1 << 24) | (c2 << 18) | (c3 << 12) | (c4 << 6) | c5;
} else if ((c & 0xFE) == 0xFC) {
char c1 = 0x01 & c;
char c2 = 0x3F & getf();
char c3 = 0x3F & getf();
char c4 = 0x3F & getf();
char c5 = 0x3F & getf();
char c6 = 0x3F & getf();
wc = (c1 << 30) | (c2 << 24) | (c3 << 18) | (c4 << 12) | (c5 < 6) | c6;
} else {
fprintf(stderr, "bad utf-8 sequence: c=0x%02x\n", c);
wc = '\0';
}
put_char(scr, wc);
} break;
}
}
}
