std::string TransmitRequest::ToHexString(HexFormat spacing) const {
std::stringstream tmp;
// TODO: Implement HexString function without third argument
bool even_space = false;
bool data_space = false;
switch (spacing) {
case HexFormat::BYTE_SPACING:
even_space = true;
case HexFormat::DATA_SPACING:
data_space = true;
case HexFormat::NO_SPACING:
tmp << HexString(start, even_space, data_space);
tmp << HexString(length, even_space, data_space);
tmp << HexString(frame_type, even_space, data_space);
tmp << HexString(frame_id, even_space, data_space);
tmp << HexString(target_mac_64, even_space, data_space);
tmp << HexString(target_mac_16, even_space, data_space);
tmp << HexString(broadcast_radius, even_space, data_space);
tmp << HexString(options, even_space, data_space);
for (auto itr = data.begin(); itr != data.end(); ++itr)
if (*itr != 0x00)
tmp << HexString(*itr, even_space, even_space);
// TODO: Figure out how to avoid if statement
// checksum wont be spaced for DATA_SPACING case
// if a ' ' is thrown in, checksum wont be not spaced for NO_SPACING case
if (spacing == HexFormat::DATA_SPACING) tmp << ' ';
tmp << HexString(checksum, even_space, false);
}
return tmp.str();
}
void Launcher::Colors::Save(Configuration& cfg) const
{
Configuration::Section color( cfg["launcher"]["view"]["colors"] );
color[ "foreground" ].Str() = HexString( 32, foreground.color );
color[ "background" ].Str() = HexString( 32, background.color );
}
static ::testing::AssertionResult AssertEqualHex(const char *mExpr,
const char *nExpr,
T m,
T n) {
if (m == n) {
return ::testing::AssertionSuccess();
}
return ::testing::AssertionFailure()
<< mExpr << " and " << nExpr << " (expected: " << HexString(m) <<
", actual: " << HexString(n) << ") are not equal";
}
APIRET netbios_FindName(void)
{
NCB ncb;
UCHAR rc;
char szBuffer[ 512 ]; // NETBIOS crashes if that's too large
PSZ pszNameStatus;
struct ncb_find_name_info* pFindHeader;
struct ncb_lan_header_entry* pFindBuffer;
char szMACDestination[64];
char szMACSource[64];
char szRouteInfo[64];
int i;
// setup the network control block
// @@@PH LANA number
init_NCB( &ncb, NB_FIND_NAMEWAIT, 0);
ncb.ncb_buffer = szBuffer;
ncb.ncb_length = sizeof( szBuffer );
// build netbios name
buildNetbiosName(ncb.ncb_callname, Options.pszName, Options.ucNameType);
// send NCB
rc = i_NetBios32Submit( &ncb );
printf("netbios returned %d\n",
rc);
// display found information
pFindHeader = (struct ncb_find_name_info *)ncb.ncb_buffer;
switch (pFindHeader->name_status)
{
case 0: pszNameStatus = "unique"; break;
case 1: pszNameStatus = "group"; break;
default: pszNameStatus = "unknown"; break;
}
printf("Find Name:\n"
" nodes responding = %d\n"
" reserved = %d\n"
" name status = %02xh (%s)\n",
pFindHeader->nodes_responding,
pFindHeader->reserved,
pFindHeader->name_status,
pszNameStatus);
pFindBuffer = (struct ncb_lan_header_entry*)
(ncb.ncb_buffer + sizeof(struct ncb_find_name_info) );
for (i = 0;
i < pFindHeader->nodes_responding;
i++)
{
HexString(szMACDestination, pFindBuffer->lan_destination_addr, 6);
HexString(szMACSource, pFindBuffer->lan_source_addr, 6);
HexString(szRouteInfo, pFindBuffer->lan_destination_addr, 18);
printf(" Name entry %d:\n"
" length = %d\n"
" access control = %02xh\n"
" frame control = %02xh\n",
i,
pFindBuffer->lan_entry_length,
pFindBuffer->lan_pcf0,
pFindBuffer->lan_pcf1);
if (pFindBuffer->lan_entry_length >= 8)
printf(" destination MAC = %s\n",
szMACDestination);
if (pFindBuffer->lan_entry_length >= 14)
printf(" source MAC = %s\n",
szMACSource);
if (pFindBuffer->lan_entry_length >= 32)
printf(" routing info = %s\n",
szRouteInfo);
}
return NO_ERROR;
}
String Sha1Stream::FinishStringS()
{
byte hash[20];
Finish(hash);
return HexString(hash, 20, 4);
}
void Preferences::Save(Configuration& cfg) const
{
Configuration::Section preferences( cfg["preferences"] );
{
Configuration::Section application( preferences["application"] );
application[ "autostart" ].YesNo() = settings[ AUTOSTART_EMULATION ];
application[ "run-background" ].YesNo() = settings[ RUN_IN_BACKGROUND ];
application[ "start-fullscreen" ].YesNo() = settings[ START_IN_FULLSCREEN ];
application[ "suppress-warnings" ].YesNo() = settings[ SUPPRESS_WARNINGS ];
application[ "exit-power-off" ].YesNo() = settings[ FIRST_UNLOAD_ON_EXIT ];
application[ "confirm-exit" ].YesNo() = settings[ CONFIRM_EXIT ];
application[ "confirm-reset" ].YesNo() = settings[ CONFIRM_RESET ];
application[ "allow-multiple-instances" ].YesNo() = settings[ ALLOW_MULTIPLE_INSTANCES ];
application[ "priority" ].Str() =
(
settings.priority == PRIORITY_HIGH ? "high" :
settings.priority == PRIORITY_ABOVE_NORMAL ? "above normal" :
"normal"
);
application[ "favored-system" ].Str() =
(
settings.favoredSystem == Nes::Machine::FAVORED_NES_PAL ? "nes-pal" :
settings.favoredSystem == Nes::Machine::FAVORED_FAMICOM ? "famicom" :
settings.favoredSystem == Nes::Machine::FAVORED_DENDY ? "dendy" :
"nes-ntsc"
);
application[ "favored-system-always-ask" ].YesNo() = settings.alwaysAskSystem;
}
{
Configuration::Section save( preferences["save"] );
save[ "logfile" ].YesNo() = settings[ SAVE_LOGFILE ];
save[ "settings" ].YesNo() = settings[ SAVE_SETTINGS ];
save[ "launcher" ].YesNo() = settings[ SAVE_LAUNCHER ];
save[ "cheats" ].YesNo() = settings[ SAVE_CHEATS ];
save[ "netplay-list" ].YesNo() = settings[ SAVE_NETPLAY_GAMELIST ];
save[ "window-main" ].YesNo() = settings[ SAVE_WINDOWPOS ];
save[ "window-launcher" ].YesNo() = settings[ SAVE_LAUNCHERSIZE ];
}
{
Configuration::Section appearance( preferences["appearance"] );
appearance[ "icon-style" ].Str() =
(
Application::Instance::GetIconStyle() == Application::Instance::ICONSTYLE_NES ? "nes" :
"famicom"
);
appearance[ "menu-desktop" ][ "use-custom-color" ].YesNo() = settings.menuLookDesktop.enabled;
appearance[ "menu-fullscreen" ][ "use-custom-color" ].YesNo() = settings.menuLookFullscreen.enabled;
appearance[ "menu-desktop" ][ "custom-color" ].Str() = HexString( 32, settings.menuLookDesktop.color );
appearance[ "menu-fullscreen" ][ "custom-color" ].Str() = HexString( 32, settings.menuLookFullscreen.color );
}
}
