/* test IsWarcIndex */
void test_IsWarcIndex(void **state) {
assert_int_equal(IsWarcIndex(BANDINDEX_160), 0);
assert_int_equal(IsWarcIndex(BANDINDEX_80), 0);
assert_int_equal(IsWarcIndex(BANDINDEX_40), 0);
assert_int_equal(IsWarcIndex(BANDINDEX_30), 1);
assert_int_equal(IsWarcIndex(BANDINDEX_20), 0);
assert_int_equal(IsWarcIndex(BANDINDEX_17), 1);
assert_int_equal(IsWarcIndex(BANDINDEX_15), 0);
assert_int_equal(IsWarcIndex(BANDINDEX_12), 1);
assert_int_equal(IsWarcIndex(BANDINDEX_10), 0);
}
int bm_isdupe( char *call, int band ) {
int found = -1;
struct t_qtc_store_obj *qtc_obj;
/* spot for warc bands are never dupes */
if (IsWarcIndex(band))
return 0;
found = searchcallarray(call);
if (found == -1) /* new call */
return 0;
if (qtcdirection > 0) {
qtc_obj = qtc_get(call);
if (qtc_obj->total > 0 && qtc_obj->total < 10) {
return 0;
}
if (qtc_obj->total == 0 && (qtc_obj->capable > 0)) {
return 0;
}
}
if (worked[found].band & inxes[band]) {
return 1;
}
else {
return 0;
}
}
void bandmap_show() {
/*
* display depending on filter state
* - all bands on/off
* - all mode on/off
* - dupes on/off
*
* If more entries to show than room in window, show around current frequency
*
* mark entries according to age, source and worked state. Mark new multis
* - new brigth blue
* - normal blue
* - aged black
* - worked small caps
* - new multi underlined
* - self announced stations
* small preceeding letter for reporting station
*
* maybe show own frequency as dashline in other color
* (maybee green highlighted)
* - highligth actual spot if near its frequency
*
* Allow selection of one of the spots (switches to S&P)
* - Ctrl-G as known
* - '.' and cursor plus 'Enter' \Todo
* - Test mouseclick.. \Todo
*
* '.' goes into map, shows help line above and supports
* - cursormovement
* - 'ESC' leaves mode
* - 'Enter' selects spot
* - 'B', 'D', 'M' switches filtering for band, dupes and mode on or off.
*/
GList *list;
spot *data;
int curx, cury;
int bm_x, bm_y;
int i,j;
short dupe;
float centerfrequency;
if (!bm_initialized) {
bm_init();
bm_initialized = 1;
}
/* acquire mutex
* do not add new spots to allspots during
* - aging and
* - filtering
* furthermore do not allow call lookup as long as
* filtered spot array is build anew */
pthread_mutex_lock( &bm_mutex );
/* make array of spots to display
* filter spotlist according to settings */
if (spots)
g_ptr_array_free( spots, TRUE); /* free array */
spots = g_ptr_array_sized_new( 128 ); /* allocate new one */
list = allspots;
while (list) {
data = list->data;
/* if spot is allband or allmode is set or band or mode matches
* actual one than add it to the filtered 'spot' array
* drop spots on WARC bands if in contest mode
*/
dupe = bm_isdupe(data->call, data->band);
if ( (!contest || !IsWarcIndex(data->band)) &&
(bm_config.allband || (data->band == bandinx)) &&
(bm_config.allmode || (data->mode == trxmode)) &&
(bm_config.showdupes || !dupe)) {
data -> dupe = dupe;
g_ptr_array_add( spots, data );
}
list = list->next;
}
pthread_mutex_unlock( &bm_mutex );
/* afterwards display filtered list around own QRG +/- some offest
* (offset gets reset if we change frequency */
getyx( stdscr, cury, curx); /* remember cursor */
/* start in line 14, column 0 */
bm_y = 14;
bm_x = 0;
/* clear space for bandmap */
attrset(COLOR_PAIR(CB_DUPE)|A_BOLD);
move(bm_y,0); /* do not overwrite # frequency */
for (j = 0; j < 67; j++)
addch(' ');
for (i = bm_y + 1; i < bm_y + 10; i++) {
move (i,0);
for (j = 0; j < 80; j++)
addch (' ');
}
/* show info text */
bm_show_info();
/* split bandmap into two parts below and above current QRG.
* Give both both parts equal size.
* If there are less spots then reserved in the half
* give the remaining room to the other half.
*
* These results in maximized usage of the bandmap display while
* trying to keep the actual frequency in the center.
*/
unsigned int below_qrg = 0;
unsigned int on_qrg = 0;
unsigned int startindex, stopindex;
centerfrequency = bm_get_center(bandinx, trxmode);
/* calc number of spots below your current QRG */
for (i = 0; i < spots->len; i++) {
data = g_ptr_array_index( spots, i );
if (data->freq <= (centerfrequency*1000 - TOLERANCE))
below_qrg++;
else
break;
}
/* check if current QRG is on a spot */
if (below_qrg < spots->len) {
data = g_ptr_array_index( spots, below_qrg );
if (!(data->freq > centerfrequency*1000 + TOLERANCE))
on_qrg = 1;
}
/* calc the index into the spot array of the first spot to show */
{
unsigned int max_below;
unsigned int above_qrg = spots->len - below_qrg - on_qrg;
if (above_qrg < 14) {
max_below = 30 - above_qrg - 1;
}
else
max_below = 15;
startindex = (below_qrg < max_below)? 0 : (below_qrg - max_below);
}
/* calculate the index+1 of the last spot to show */
stopindex = (spots->len < startindex + 30 - (1 - on_qrg))
? spots->len
: (startindex + 30 - (1 - on_qrg));
/* correct calculations if we have no rig frequency to show */
if (trx_control == 0) {
if (on_qrg) {
on_qrg = 0;
} else {
stopindex += 1;
}
if (spots->len < stopindex)
stopindex = spots->len;
}
/* show spots below QRG */
for (i = startindex; i < below_qrg; i++)
{
move (bm_y, bm_x);
show_spot(g_ptr_array_index( spots, i ));
next_spot_position(&bm_y, &bm_x);
}
/* show highlighted frequency marker or spot on QRG if rig control
* is active */
if (trx_control != 0) {
move (bm_y, bm_x);
attrset(COLOR_PAIR(C_HEADER) | A_STANDOUT);
if (!on_qrg) {
printw ("%7.1f %s", centerfrequency, "============");
}
else {
show_spot_on_qrg(g_ptr_array_index( spots, below_qrg ));
}
next_spot_position(&bm_y, &bm_x);
}
/* show spots above QRG */
for (i = below_qrg + on_qrg; i < stopindex; i++)
{
move (bm_y, bm_x);
show_spot(g_ptr_array_index( spots, i ));
next_spot_position(&bm_y, &bm_x);
}
attroff (A_BOLD);
move(cury, curx); /* reset cursor */
refreshp();
}
