void run(bool* const quit_game)
{
vector<Str_and_clr> lines;
mk_info_lines(lines);
Menu_browser browser(6, 0);
render_menu(browser);
while (true)
{
const Menu_action action = menu_input_handling::get_action(browser);
switch (action)
{
case Menu_action::esc:
case Menu_action::space:
case Menu_action::selected_shift: {} break;
case Menu_action::browsed:
{
render_menu(browser);
} break;
case Menu_action::selected:
{
if (browser.is_at_idx(0))
{
run_info(lines);
render_menu(browser);
}
else if (browser.is_at_idx(1))
{
mk_memorial_file(lines);
}
else if (browser.is_at_idx(2))
{
high_score::run_high_score_screen();
render_menu(browser);
}
else if (browser.is_at_idx(3))
{
msg_log::display_history();
render_menu(browser);
}
else if (browser.is_at_idx(4))
{
return;
}
else if (browser.is_at_idx(5))
{
*quit_game = true;
return;
}
} break;
}
}
}
TEST(pipelinePLangTest, DISABLED_programmabled_update_y_dims)
{ run_info("plang/programmable-update-y-dims.xml"); }
TEST(pipelinePLangTest, DISABLED_predicate_embed)
{ run_info("plang/predicate-embed.xml"); }
TEST(pipelinePLangTest, DISABLED_from_module)
{ run_info("plang/from-module.xml"); }
TEST(pipelineNitfTest, DISABLED_reader)
{ run_info("nitf/reader.xml"); }
TEST(pipelineNitfTest, chipper)
{ run_info("nitf/chipper.xml"); }
TEST(pipelineBaseTest, multioptions)
{ run_info("pipeline/pipeline_multioptions.xml"); }
TEST(pipelineFiltersTest, range_z)
{ run_info("filters/range_z.xml"); }
TEST(pipelineFiltersTest, hexbin_info)
{ run_info("filters/hexbin-info.xml"); }
TEST(pipelineFiltersTest, merge)
{ run_info("filters/merge.xml"); }
TEST(pipelineBaseTest, readcomments)
{ run_info("pipeline/pipeline_readcomments.xml"); }
TEST(pipelineBaseTest, read_notype)
{ run_info("pipeline/pipeline_read_notype.xml"); }
TEST(pipelineBaseTest, read)
{ run_info("pipeline/pipeline_read.xml"); }
TEST(pipelineQfitTest, DISABLED_reader)
{ run_info("qfit/reader.xml"); }
TEST(pipelineFiltersTest, range_classification)
{ run_info("filters/range_classification.xml"); }
void server::update(server* srv)
{
while (srv->running())
{
srv->select_timeout_.tv_sec = 0;
srv->select_timeout_.tv_usec = srv->timeout_;
FD_ZERO(&srv->read_fs_);
srv->read_fs_ = srv->active_fs_;
if (select(srv->max_socket_ + 1, &srv->read_fs_, NULL, NULL, &srv->select_timeout_) > 0)
{
//nueva conexion
if (FD_ISSET(srv->socket_, &srv->read_fs_))
{
sockaddr_storage cli_addr;
socklen_t addr_size = sizeof(cli_addr);
socket_t cli_socket = accept(srv->socket_, (struct sockaddr*)&cli_addr, &addr_size);
if (cli_socket != -1)
{
FD_SET(cli_socket, &srv->active_fs_);
srv->connections_.emplace_back(new srv_connection(cli_socket, cli_addr, run_info(srv->run_)));
srv->max_socket(cli_socket);
}
}
// //conexiones existentes
// connections_t::iterator it = srv->connections_.begin();
// while(it != srv->connections_.end())
// {
// srv_connection& conn = **it;
// if (FD_ISSET(conn.socket(), &srv->read_fs_))
// conn.incoming_packet();
//
// if (!conn.connected())
// it = srv->connections_.erase(it);
// else
// it++;
// }
}
// buscamos clientes desconectados
time_t now;
time(&now);
if (now - srv->disconnect_timestamp_ >= disconnect_check)
{
connections_t::iterator it = srv->connections_.begin();
while(it != srv->connections_.end())
{
srv_connection& conn = **it;
if (conn.timeout())
it = srv->connections_.erase(it);
else
++it;
}
time(&srv->disconnect_timestamp_);
}
std::this_thread::sleep_for(std::chrono::milliseconds(5));
}
}
TEST(pipelineFiltersTest, sort)
{ run_info("filters/sort.xml"); }
void lesson_practice(int lesson_no,int num,int MINUTE,int angleINCREASE)
{
/* INCREASE= will control time, MINUTE= given time limit of typing */
int j1,ch1,x1,y1,time_up;
int char_x, char_y,i,choice,dummy_choice,line,z;
int rndm,store; /* 'store' is used to store chars serially in
store array */
prev= -1;
time_interval=0, min=0, sec=0, eff=0, err=0, speed=0;
pressed=0, correct= 0, wrong= 0, cpm=0, correction=0;
minute=MINUTE, INCREASE= angleINCREASE, second=0;
char_x = 173;
char_y = 72;
tutorial_window();
run_info_window();
hideMouse();
if(!num)
LETTER= 4;
else if(!lesson_no)
LETTER=20;
line = 1;
for(i=1,store=0; line<MAX ;i++,store++)
{
rndm = random(LETTER); // randomly seeks chars
if(!num){
store_chars[store]= lesson[lesson_no-1][rndm];
print_lesson(char_x, char_y, lesson[lesson_no-1][rndm],1);
}
else if(!lesson_no){
store_chars[store]= numeric[num-1][rndm];
print_lesson(char_x, char_y, numeric[num-1][rndm],1);
}
char_x +=8; //for next character
if(i%4==0) // GIVING SPACE AFTER EVERY 4 CHARS
{
char_x +=8;
store++;
store_chars[store]=' ';
}
if(char_x >405) // NEXT LINE
{
char_x = 173;
char_y+= 36;
line++;
}
}
setcolor(4);
outtextxy(542,50,"0");
outtextxy(562,50,":");
outtextxy(574,50,"00");
show_number(minute,550,50,4,0,1);
run_info(pressed,correct,wrong,correction);
user_response(250,130,1,3);
time(&start_time);
settextstyle(2,0,5);
color_text(535,76,"ESC to",3);
color_text(536,76,"ESC to",3);
color_text(524,92,"quit/pause",3);
color_text(525,92,"quit/pause",3);
char_x= 173; char_y= 90; line =1; i=0;
dummy_choice= 'A'; //just to initialize the drawing of a key
increase=0, angle=89;
while(1)
{
gettime (&new_time);
time_up= time_control();
if(time_up)
return;
if(line<7){
color_text(char_x,char_y+1,"_",4);
color_text(char_x,char_y-23,"^",4);
}
if(kbhit())
{
check_kb_up_down(dummy_choice,0);
choice= getch(); // ASSIGN USER INPUT TO 'CHOICE'
dummy_choice= choice;
pressed++;
check_kb_up_down(choice,1);
if(line>6)
{
summary_content();
end_lesson(min,sec,eff,err,speed);
return;
}
if(choice==27 ) // ESC
{
pressed--;
make_sound(2000,100);
if(i>0)
summary_content();
z = continue_close(min,sec,eff,err,speed);
if(z)
return;
else
continue;
}
else if(choice==0) // error checking for function keys
{
ch1=getch();
if(ch1==80||ch1==72||ch1==75||ch1==77) //error checking to avoide right,left,up
continue;
}
else if(choice==9)
continue; //error checking for tab
else if(choice==8) // BACKSPACE
{
if(i>0)
{
correction++;
if(char_x<=173){
setfillstyle(1,15);
bar(char_x+233,char_y-36,char_x+243,char_y-29);
color_text(char_x,char_y+1,"_",15);
color_text(char_x,char_y-23,"^",15);
char_y-=36;
char_x+=240;
color_text(char_x-8,char_y+1,"_",4);
color_text(char_x-8,char_y-23,"^",4);
}
else{
setfillstyle(1,15);
bar(char_x-8, char_y, char_x,char_y+7);
color_text(char_x,char_y+1,"_",15);
color_text(char_x-8,char_y+1,"_",4);
color_text(char_x,char_y-23,"^",15);
color_text(char_x-8,char_y-23,"^",4);
}
--i;
char_x-=8;
sound(1000);
delay(100);
nosound();
}
}
else{
if(choice==store_chars[i]){ //letter is ok!
print_lesson(char_x,char_y,choice,4);
correct++;
}
else if(store_chars[i] !=choice && choice==' ')
{
char choice1 = '-'; //when space is pressed instead of any key, print dash
print_lesson(char_x,char_y,choice1,9);
make_sound(500,100);
wrong++;
}
else
{
print_lesson(char_x, char_y,choice,9);
make_sound(500,100);
wrong++;
}
color_text(char_x+8,char_y-23,"^",4);
color_text(char_x,char_y-23,"^",15);
color_text(char_x+8,char_y+1,"_",4);
color_text(char_x,char_y+1,"_",15);
char_x +=8;
if(char_x > 405)
{
color_text(char_x,char_y+1,"_",15);
color_text(char_x,char_y-23,"^",15);
char_x = 173;
char_y +=36;
line++;
}
i++;
} // end of else or default typing
run_info(pressed,correct,wrong,correction);
} // end of the initial 'if'
} // end of while
}
TEST(pipelineBaseTest, metadata_reader)
{ run_info("pipeline/pipeline_metadata_reader.xml"); }
