int testGetSharesForParticipants(PFC &pfc) {
int errors = 0;
ENHDEBUG("Creating instances");
std::string expr = op_OR + "(1, " + op_AND + "(2,3,4), " + op_AND + "(2,5), " + op_AND + "(4,5))";
shared_ptr<BLAccessPolicy> policy = make_shared<BLAccessPolicy>(expr, 5);
BLSS testScheme(policy, pfc.order(), pfc);
ENHDEBUG("Creating shares");
ShareTuple s1a(1, 0, "1a");
ShareTuple s1b(1, 0, "1b");
ShareTuple s2a(2, 0, "2a");
ShareTuple s3a(3, 0, "3a");
ShareTuple s3b(3, 0, "3b");
ShareTuple s3c(3, 0, "3c");
ShareTuple s4a(4, 0, "4a");
ShareTuple s5a(5, 0, "5a");
vector<ShareTuple> shares;
shares.push_back(s1a);
shares.push_back(s1b);
shares.push_back(s2a);
shares.push_back(s3a);
shares.push_back(s3b);
shares.push_back(s3c);
shares.push_back(s4a);
shares.push_back(s5a);
vector<int> parts313;
vector<int> parts276;
vector<int> parts45;
parts313.push_back(3);
parts313.push_back(1);
parts313.push_back(3);
parts276.push_back(2);
parts276.push_back(7);
parts276.push_back(6);
parts45.push_back(4);
parts45.push_back(5);
vector<ShareTuple> verif313;
vector<ShareTuple> verif276;
vector<ShareTuple> verif45;
verif313.push_back(s1a);
verif313.push_back(s1b);
verif313.push_back(s3a);
verif313.push_back(s3b);
verif313.push_back(s3c);
verif276.push_back(s2a);
verif45.push_back(s4a);
verif45.push_back(s5a);
std::string base = "testGetSharesForParticipants - ";
ENHDEBUG("Calling diagnosis");
DEBUG("call 1");
vector<ShareTuple> returnedShares = SecretSharing::getSharesForParticipants(parts313, shares);
test_diagnosis(base + "[313]", returnedShares == verif313, errors);
DEBUG("call 2");
returnedShares = SecretSharing::getSharesForParticipants(parts276, shares);
test_diagnosis(base + "[276]", returnedShares == verif276, errors);
DEBUG("call 3");
returnedShares = SecretSharing::getSharesForParticipants(parts45, shares);
test_diagnosis(base + "[45]", returnedShares == verif45, errors);
ENHDEBUG("Finished diagnosis");
return errors;
}
void SDL_Window::_handleSDLKeyEvent(Window::KeyEventType type, SDL_Keycode keysym, unsigned int unicode)
{
april::Key akeysym = AK_UNKNOWN;
#define _s2a(sdlk, ak) case sdlk: akeysym = ak; break;
#define _s2a_u0(sdlk, ak) case sdlk: akeysym = ak; unicode = 0; break;
#define s2a(sdlk, ak) _s2a(SDLK_ ## sdlk, AK_ ## ak)
#define s2a_u0(sdlk, ak) _s2a_u0(SDLK_ ## sdlk, AK_ ## ak)
#define sea(key) s2a(key, key)
#define sea_u0(key) s2a_u0(key, key)
switch (keysym)
{
// control character keys
s2a(BACKSPACE, BACK);
#ifdef __APPLE__
s2a_u0(DELETE, DELETE);
#else
case SDLK_DELETE:
akeysym = AK_DELETE; //sea(DELETE);
#endif
sea(TAB)
sea(RETURN);
s2a(KP_ENTER, RETURN);
// control keys above cursor keys
s2a(PAGEUP, PRIOR);
s2a(PAGEDOWN, NEXT);
sea(HOME);
sea(END);
sea(INSERT);
// delete already defined under control chars
// this is because on mac sdl, delete == backspace
// for some reason
// cursor keys
sea_u0(LEFT);
sea_u0(RIGHT);
sea_u0(UP);
sea_u0(DOWN);
// space
sea(SPACE);
// function keys
sea_u0(F1);
sea_u0(F2);
sea_u0(F3);
sea_u0(F4);
sea_u0(F5);
sea_u0(F6);
sea_u0(F7);
sea_u0(F8);
sea_u0(F9);
sea_u0(F10);
sea_u0(F11);
sea_u0(F12);
s2a(ESCAPE, ESCAPE);
// keypad keys
s2a(KP_0, NUMPAD0);
s2a(KP_1, NUMPAD1);
s2a(KP_2, NUMPAD2);
s2a(KP_3, NUMPAD3);
s2a(KP_4, NUMPAD4);
s2a(KP_5, NUMPAD5);
s2a(KP_6, NUMPAD6);
s2a(KP_7, NUMPAD7);
s2a(KP_8, NUMPAD8);
s2a(KP_9, NUMPAD9);
s2a(LCTRL, LCONTROL);
s2a(RCTRL, RCONTROL);
s2a(LALT, LMENU);
s2a(RALT, RMENU);
s2a(LGUI, LCOMMAND); // TODO - check if this is ok in SDL 2
s2a(RGUI, RCOMMAND); // TODO - check if this is ok in SDL 2
s2a(LSHIFT, LSHIFT);
s2a(RSHIFT, RSHIFT);
default:
break;
}
// number keys
if (keysym >= '0' && keysym <= '9')
{
akeysym = (Key)keysym;
}
// letters
if (keysym >= 'a' && keysym <= 'z') // sdl letter keys are small ASCII letters
{
akeysym = (Key)(keysym - 32); // april letter keys are capital ASCII letters
}
if (akeysym == AK_LCONTROL || akeysym == AK_RCONTROL)
{
if (type == KEY_DOWN)
{
this->scrollHorizontal = true;
}
else if (type == KEY_UP)
{
this->scrollHorizontal = false;
}
}
Window::handleKeyEvent(type, akeysym, 0);
}