void hf_msgch(t_env *env, char *str, int fd)
{//verifier que on est bien dans la salle ?
char *chanel
rooms_list *tmp;
t_usercont *utmp;
str = str + 7;
chanel = get_first_word(str);
tmp = env->rooms_list;
while (tmp != NULL)
{
if (ft_strcmp(tmp->name, chanel) == 0)
break;
tmp = tmp->next;
}
if (tmp == NULL)
{
add_to_queue(env, "There is no such room", fd);
return ;
}
str = str + ft_strlen(chanel) + 1;
free(chanel);
utmp = tmp->users;
//rajouter le nom de l'utilisateur au debut du message
while (utmp != NULL)
{
if (fd != utmp->user->fd)
add_to_queue(env, str, utmp->user->fd);
utmp = utmp->next;
}
}
void hf_msg(t_env *env, char *str, int fd)
{
char *usr;
int fdr;
str = str + 5;
usr = get_first_word(str);
str = str + ft_strlen(usr) + 1;
fdr = get_client_fd(usr, env->users_list);
if (fdr == -1)
add_to_queue(env, "There is no such user", fd);
else
{
add_to_queue(env, str, fdr);
}
free(usr);
}
void help_text_area::add_text_item(const std::string& text, const std::string& ref_dst,
bool broken_link, int _font_size, bool bold, bool italic,
SDL_Color text_color
)
{
const int font_size = _font_size < 0 ? normal_font_size : _font_size;
if (text.empty())
return;
const int remaining_width = get_remaining_width();
size_t first_word_start = text.find_first_not_of(" ");
if (first_word_start == std::string::npos) {
first_word_start = 0;
}
if (text[first_word_start] == '\n') {
down_one_line();
std::string rest_text = text;
rest_text.erase(0, first_word_start + 1);
add_text_item(rest_text, ref_dst, broken_link, _font_size, bold, italic, text_color);
return;
}
const std::string first_word = get_first_word(text);
int state = ref_dst == "" ? 0 : TTF_STYLE_UNDERLINE;
state |= bold ? TTF_STYLE_BOLD : 0;
state |= italic ? TTF_STYLE_ITALIC : 0;
if (curr_loc_.first != get_min_x(curr_loc_.second, curr_row_height_)
&& remaining_width < font::line_width(first_word, font_size, state)) {
// The first word does not fit, and we are not at the start of
// the line. Move down.
down_one_line();
std::string s = remove_first_space(text);
add_text_item(s, ref_dst, broken_link, _font_size, bold, italic, text_color);
}
else {
std::vector<std::string> parts = split_in_width(text, font_size, remaining_width);
std::string first_part = parts.front();
// Always override the color if we have a cross reference.
SDL_Color color;
if(ref_dst.empty())
color = text_color;
else if(broken_link)
color = font::BAD_COLOR;
else
color = font::YELLOW_COLOR;
surface surf(font::get_rendered_text(first_part, font_size, color, state));
if (!surf.null())
add_item(item(surf, curr_loc_.first, curr_loc_.second, first_part, ref_dst));
if (parts.size() > 1) {
std::string& s = parts.back();
const std::string first_word_before = get_first_word(s);
const std::string first_word_after = get_first_word(remove_first_space(s));
if (get_remaining_width() >= font::line_width(first_word_after, font_size, state)
&& get_remaining_width()
< font::line_width(first_word_before, font_size, state)) {
// If the removal of the space made this word fit, we
// must move down a line, otherwise it will be drawn
// without a space at the end of the line.
s = remove_first_space(s);
down_one_line();
}
else if (!(font::line_width(first_word_before, font_size, state)
< get_remaining_width())) {
s = remove_first_space(s);
}
add_text_item(s, ref_dst, broken_link, _font_size, bold, italic, text_color);
}
}
}
