void ntshell_execute(
ntshell_t *p,
int (*func_read)(char *buf, int cnt),
int (*func_write)(const char *buf, int cnt),
int (*func_cb)(const char *text))
{
ntshell_user_data_t user_data;
user_data.editor = &(p->editor);
user_data.history = &(p->history);
user_data.func_read = func_read;
user_data.func_write = func_write;
user_data.func_cb = func_cb;
p->parser.user_data = &user_data;
vtparse_init(&(p->parser), parser_callback);
text_editor_init(GET_EDITOR(&(p->parser)));
text_history_init(GET_HISTORY(&(p->parser)));
SUGGEST_INDEX(&(p->parser)) = -1;
SERIAL_WRITE(&(p->parser), ">", 1);
while(1)
{
unsigned char ch;
SERIAL_READ(&(p->parser), (char *)&ch, sizeof(ch));
vtparse(&(p->parser), &ch, sizeof(ch));
}
}
void add_phone(void){
button *btn;
uint8_t btn_val;
uint8_t symbol;
keyboard my_kb =
{CURSOR_BLINK,
12,
3,
{{'0', 0 , 0 , 0 , 0 ,' '},
{'1','_', 0 , 0 , 0 , 0 },
{'2','a','b','c', 0 , 0 },
{'3','d','e','f', 0 , 0 },
{'4','g','h','i', 0 , 0 },
{'5','j','k','l', 0 , 0 },
{'6','m','n','o', 0 , 0 },
{'7','p','q','r','s', 0 },
{'8','t','u','v', 0 , 0 },
{'9','w','x','y','z', 0 },
{'<', 0 , 0 , 0 , 0 ,'#'},
{'*','+', 0 , 0 , 0 ,'^'}},
"Type text",
"012345678"};
text_editor_init(&my_kb);
do{
btn = get_btn();
btn_val = btn->button;
if(btn_val){
key_controller(btn_val, btn->duration);
}
symbol = read_tmp_symbol();
if(symbol){
lcd_putc(symbol);
}
symbol = read_symbol();
if(symbol){
cursor_shift(RIGHT);
}
/*
switch (btn_val){
case '2':
break;
case '1':
break;
case '3':
break;
case '*':
}
*/
}while (btn_val != '2');
text_editor_close();
}
void text_editor(struct bitmap *keys, struct FLAGS *flags, key_t msgq_key){
{ //0->1 count
int i, c=0;
for(i=0;i<9;i++){
if(!flags->key[i] && bitmap_get(keys, IN_BUTTON_FPGA_1 + i)){
c++;
flags->key[i] = true;
}
}
if(c>0){
// COUNTER print
printf("%d\n", c);
flags->typed += c;
{ // 1000
msg_pack i;
i.mtype = MSG_TO_OUTPUT;
i.mdata = OUT_7SEGMENTS_FPGA_1;
i.mbool = true;
i.mvalue = flags->typed / 1000;
msgq_send(msgq_key, &i);
}
{ // 100
msg_pack i;
i.mtype = MSG_TO_OUTPUT;
i.mdata = OUT_7SEGMENTS_FPGA_2;
i.mbool = true;
i.mvalue = (flags->typed / 100) % 10;
msgq_send(msgq_key, &i);
}
{ // 10
msg_pack i;
i.mtype = MSG_TO_OUTPUT;
i.mdata = OUT_7SEGMENTS_FPGA_3;
i.mbool = true;
i.mvalue = (flags->typed / 10) % 10;
msgq_send(msgq_key, &i);
}
{ // 1
msg_pack i;
i.mtype = MSG_TO_OUTPUT;
i.mdata = OUT_7SEGMENTS_FPGA_4;
i.mbool = true;
i.mvalue = flags->typed % 10;
msgq_send(msgq_key, &i);
}
}
}
{ //1->0 wording
bool pressed[9];
int j, d=0;
for(j=0;j<9;j++)
pressed[j] = false;
for(j=0;j<9;j++){
if(flags->key[j] && !bitmap_get(keys, IN_BUTTON_FPGA_1 + j)){
d++;
flags->key[j] = false;
pressed[j] = true;
}else if(flags->key[j] && bitmap_get(keys, IN_BUTTON_FPGA_1 + j)){
d++;
//pressed[j] = true;
}
}
{ // pressed rules;
#define P(i) bitmap_get(keys, IN_BUTTON_FPGA_1 + (i) - 1)
if(P(2) && P(3)){ // custom mode!
// TODO
bitmap_set(keys, IN_BUTTON_FPGA_2, false);
bitmap_set(keys, IN_BUTTON_FPGA_3, false);
}else
if(P(4) && P(5)){ // clear + counter save.
text_editor_init(keys, flags, msgq_key);
bitmap_set(keys, IN_BUTTON_FPGA_4, false);
bitmap_set(keys, IN_BUTTON_FPGA_5, false);
}else
if(P(5) && P(6)){ // A<->1
flags->flag_a_1 = !flags->flag_a_1;
flags->last_letter = -1;
flags->last_letter_times = 0;
if(flags->flag_a_1){ // print A
msg_pack i;
i.mtype = MSG_TO_OUTPUT;
i.mdata = OUT_DOTMATRIX_FPGA_A;
i.mbool = true;
msgq_send(msgq_key, &i);
}else{ // print 1
msg_pack i;
i.mtype = MSG_TO_OUTPUT;
i.mdata = OUT_DOTMATRIX_FPGA_1;
i.mbool = true;
msgq_send(msgq_key, &i);
}
bitmap_set(keys, IN_BUTTON_FPGA_5, false);
bitmap_set(keys, IN_BUTTON_FPGA_6, false);
}else
if(P(8) && P(9)){ // shutdown
// TODO
{
msg_pack t;
t.mtype = MSG_TO_PROCESS;
t.mdata = IN_SWITCH_GPIO_SELECT;
msgq_send(msgq_key, &t);
}
bitmap_set(keys, IN_BUTTON_FPGA_8, false);
bitmap_set(keys, IN_BUTTON_FPGA_9, false);
}else
if(d==1){ // 1 button
if(flags->flag_a_1){ // A
char letr[9][3] = {{'.', 'Q', 'Z'}, {'A', 'B', 'C'}, {'D', 'E', 'F'}, {'G', 'H', 'I'},
{'J', 'K', 'L'}, {'M', 'N', 'O'}, {'P', 'R', 'S'}, {'T', 'U', 'V'}, {'W', 'X', 'Y'}};
for(j=0;j<9;j++){
if(pressed[j]){ // j
//bitmap_set(keys, IN_BUTTON_FPGA_1 + j, false);
if(flags->last_letter == j){ // jj
if(flags->last_letter_times == 3){
flags->last_letter_times = 1;
{
msg_pack i;
i.mtype = MSG_TO_OUTPUT;
i.mdata = OUT_LCD_FPGA_CHAR;
i.mbool = true; // XXX no overwrite;
i.mvalue = letr[j][flags->last_letter_times - 1];
msgq_send(msgq_key, &i);
}
}else{
flags->last_letter_times++;
{
msg_pack i;
i.mtype = MSG_TO_OUTPUT;
i.mdata = OUT_LCD_FPGA_CHAR;
i.mbool = false; // XXX overwrite;
i.mvalue = letr[j][flags->last_letter_times - 1];
msgq_send(msgq_key, &i);
}
}
}else{
flags->last_letter = j;
flags->last_letter_times = 1;
{
msg_pack i;
i.mtype = MSG_TO_OUTPUT;
i.mdata = OUT_LCD_FPGA_CHAR;
i.mbool = true; // XXX no overwrite;
i.mvalue = letr[j][flags->last_letter_times - 1];
msgq_send(msgq_key, &i);
}
}
break;
}
}
}else
if(!flags->flag_a_1){ // 1
for(j=0;j<9;j++){
if(pressed[j]){
//bitmap_set(keys, IN_BUTTON_FPGA_1 + j, false);
msg_pack i;
i.mtype = MSG_TO_OUTPUT;
i.mdata = OUT_LCD_FPGA_CHAR;
i.mbool = true; // XXX no overwrite;
i.mvalue = '1' + j;
msgq_send(msgq_key, &i);
break;
}
}
}
}
}
}
}
