1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28
29
30
31
32
33
34
35
36
37
38
39
40
41
42
43
44
45
|
struct zsvsheet_errors_data {
struct zsvsheet_ui_buffer *uib;
size_t rows_fetched;
const char *row_data[1];
};
const unsigned char **zsvsheet_errors_header(void *d) {
struct zsvsheet_errors_data *data = d;
data->row_data[0] = "Error";
return (const unsigned char **)data->row_data;
}
const unsigned char *zsvsheet_errors_status(void *_) {
(void)(_);
return (const unsigned char *)"<esc> to exit, then :errors-clear to clear";
}
const unsigned char **zsvsheet_errors_row(void *d) {
struct zsvsheet_errors_data *data = d;
while (data->rows_fetched < data->uib->parse_errs.count) {
data->row_data[0] = data->uib->parse_errs.errors[data->rows_fetched];
data->rows_fetched++;
if (data->row_data[0] && *data->row_data[0])
return (const unsigned char **)data->row_data;
}
return NULL;
}
static zsvsheet_status zsvsheet_errors_handler(struct zsvsheet_proc_context *ctx) {
struct zsvsheet_errors_data d = {0};
d.uib = zsvsheet_buffer_current(ctx);
if (!d.uib)
return zsvsheet_status_error;
if (ctx->proc_id == zsvsheet_builtin_proc_errors_clear) {
uib_parse_errs_clear(&d.uib->parse_errs);
return zsvsheet_status_ok;
}
if (d.uib->parse_errs.count == 0) {
zsvsheet_ui_buffer_set_status(d.uib, "No errors");
return zsvsheet_status_ok;
}
const size_t cols = 1;
return zsvsheet_buffer_new_static(ctx, cols, zsvsheet_errors_header, zsvsheet_errors_row, zsvsheet_errors_status, &d,
NULL);
}
|
