/* See README for details.
*/
void
abitmap_init (char const *path, DATAFILE *datafile)
{
int i;
int prev[10];
int cv;
char str[1024];
DATAFILE *dat;
cv = get_color_conversion ();
set_color_conversion (COLORCONV_TOTAL | COLORCONV_KEEP_TRANS);
used_bitmaps_cleanup ();
push_config_state ();
dat = set_theme_config (path, datafile);
if (dat != datafile)
used_dat = dat;
theme->fg_color = get_color_string ("fg", "0x000000");
theme->bg_color = get_color_string ("bg", "0xffffff");
theme->mg_color = get_color_string ("mg", "0x808080");
theme->textpushx = get_config_int ("agup.cfg", "px", 0);
theme->textpushy = get_config_int ("agup.cfg", "py", 0);
for (i = 0; bload[i].name; i++) {
int j;
int s;
char const *suffix[] = { "", "_hl", "_dis" };
for (s = 0; bload[i].name[s] == ' '; s++);
for (j = 0; j < 3; j++) {
char **argv = NULL;
int argc = 0;
BITMAP *bmp = NULL;
int got_color = 0;
theme->bitmaps[bload[i].elem][j].bmp = NULL;
theme->bitmaps[bload[i].elem][j].flags = 0;
theme->bitmaps[bload[i].elem][j].bl = 0;
theme->bitmaps[bload[i].elem][j].br = 0;
theme->bitmaps[bload[i].elem][j].bt = 0;
theme->bitmaps[bload[i].elem][j].bb = 0;
sprintf (str, "%s%s", bload[i].name + s, suffix[j]);
argv = get_config_argv ("agup.cfg", str, &argc);
TRACE ("%s: ", str);
if (argc) {
bmp = find_theme_bitmap (dat, argv[0]);
}
if (bmp) {
int a;
theme->bitmaps[bload[i].elem][j].bmp = bmp;
for (a = 1; a < argc; a++) {
if (!strcmp (argv[a], "stretch"))
theme->bitmaps[bload[i].elem][j].flags |=
ABMAP_STRETCH_H | ABMAP_STRETCH_V;
else if (!strcmp (argv[a], "center"))
theme->bitmaps[bload[i].elem][j].flags |=
ABMAP_CENTER_H | ABMAP_CENTER_V;
else if (!strcmp (argv[a], "stretchh"))
theme->bitmaps[bload[i].elem][j].flags |= ABMAP_STRETCH_H;
else if (!strcmp (argv[a], "centerh"))
theme->bitmaps[bload[i].elem][j].flags |= ABMAP_CENTER_H;
else if (!strcmp (argv[a], "alignh"))
theme->bitmaps[bload[i].elem][j].flags |= ABMAP_ALIGN_H;
else if (!strcmp (argv[a], "stretchv"))
theme->bitmaps[bload[i].elem][j].flags |= ABMAP_STRETCH_V;
else if (!strcmp (argv[a], "centerv"))
theme->bitmaps[bload[i].elem][j].flags |= ABMAP_CENTER_V;
else if (!strcmp (argv[a], "alignv"))
theme->bitmaps[bload[i].elem][j].flags |= ABMAP_ALIGN_V;
else if (!strcmp (argv[a], "cut")) {
int cx, cy, cw, ch;
a++;
if (a < argc) {
cx = strtol (argv[a], NULL, 10);
a++;
if (a < argc) {
cy = strtol (argv[a], NULL, 10);
a++;
if (a < argc) {
cw = strtol (argv[a], NULL, 10);
a++;
if (a < argc) {
BITMAP *sub;
ch = strtol (argv[a], NULL, 10);
if (cw <= 0)
cw += bmp->w;
if (ch <= 0)
ch += bmp->h;
sub = create_sub_bitmap (bmp, cx, cy, cw, ch);
used_bitmap (sub, NULL);
theme->bitmaps[bload[i].elem][j].bmp = sub;
}
}
}
}
}
else if (!strcmp (argv[a], "border")) {
a++;
if (a < argc) {
theme->bitmaps[bload[i].elem][j].bl = strtol (argv[a], NULL, 10);
a++;
if (a < argc) {
theme->bitmaps[bload[i].elem][j].br =
strtol (argv[a], NULL, 10);
a++;
if (a < argc) {
theme->bitmaps[bload[i].elem][j].bt =
strtol (argv[a], NULL, 10);
a++;
if (a < argc) {
theme->bitmaps[bload[i].elem][j].bb =
strtol (argv[a], NULL, 10);
}
}
}
}
}
else if (!strcmp (argv[a], "color")) {
a++;
if (a < argc) {
int rgb32 = strtol (argv[a], NULL, 0);
theme->bitmaps[bload[i].elem][j].color =
makecol (rgb32 >> 16, (rgb32 >> 8) & 255,
rgb32 & 255);
got_color = 1;
TRACE ("color %06x ", rgb32);
}
}
}
TRACE ("loaded successfully.\n");
} else {
/* If everything fails, try to inherit from another bitmap. */
if (j) {
void tmp_side_wait::generate_menu(twindow& window)
{
if (stop_updates_) {
foreach (const config &sd, level_.child_range("side")) {
hero& leader = heros_[sd["leader"].to_int()];
int selected_feature = sd["selected_feature"].to_int();
if (selected_feature >= COMBO_FEATURES_MIN_VALID) {
leader.side_feature_ = hero::valid_features()[selected_feature - COMBO_FEATURES_MIN_VALID];
} else if (selected_feature == COMBO_FEATURES_NONE) {
leader.side_feature_ = HEROS_NO_FEATURE;
}
}
return;
}
/*
if (sides_table_->get_item_count()) {
return;
}
*/
std::vector<std::string> details;
users_.clear();
sides_table_->clear();
int side = 0;
foreach (const config &sd, level_.child_range("side")) {
if (!sd["allow_player"].to_bool(true)) {
side ++;
continue;
}
if (!sd["current_player"].empty()) {
const std::string player_id = sd["current_player"].str();
connected_user_list::const_iterator it = users_.begin();
for (; it != users_.end(); ++ it) {
if (it->name == player_id) {
break;
}
}
if (it == users_.end()) {
users_.push_back(connected_user(player_id, (player_id == preferences::login())? CNTR_LOCAL: CNTR_NETWORK, 0));
}
}
// std::stringstream str;
std::map<std::string, string_map> data;
data["number"]["label"] = sd["side"].str();
data["player"]["label"] = sd["user_description"];
if (!sd["leader"].empty()) {
hero& leader = heros_[sd["leader"].to_int()];
data["faction"]["label"] = leader.name();
data["portrait"]["label"] = leader.image();
} else {
data["faction"]["label"] = _("Random");
data["portrait"]["label"] = "hero-64/random.png";
}
std::string feature_str;
int selected_feature = sd["selected_feature"].to_int();
if (selected_feature == COMBO_FEATURES_RANDOM) {
data["feature"]["label"] = _("Random");
} else if (selected_feature >= COMBO_FEATURES_MIN_VALID) {
data["feature"]["label"] = hero::feature_str(hero::valid_features()[selected_feature - COMBO_FEATURES_MIN_VALID]);
}
data["income"]["label"] = sd["income"].str();
data["color"]["label"] = get_color_string(side);
// data["label"]["use_markup"] = "true";
sides_table_->add_row(data);
tgrid* grid_ptr = sides_table_->get_row_grid(side);
tlabel* label = find_widget<tlabel>(grid_ptr, "color", false, true);
label->set_use_markup(true);
side ++;
}
update_playerlist();
window.invalidate_layout();
}
