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reformat one source file, as an example

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This commit is contained in:
Christopher A. Mosher 2022-12-10 01:06:44 -05:00
parent ddf97fff28
commit 5ff50c9c0c
1 changed files with 95 additions and 174 deletions
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269
src/configep2.cpp
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@ -303,17 +303,10 @@ void Config::parse(MemoryRandomAccess& ram, Memory& rom, Slots& slts, int& revis
void Config::parseLine(const std::string& line, MemoryRandomAccess& ram, Memory& rom, Slots& slts, int& revision, ScreenImage& gui, CassetteIn& cassetteIn, CassetteOut& cassetteOut, Apple2* apple2) {
try {
tryParseLine(line, ram, rom, slts, revision, gui, cassetteIn, cassetteOut, apple2);
void Config::parseLine(const std::string& line, MemoryRandomAccess& ram, Memory& rom, Slots& slts, int& revision, ScreenImage& gui, CassetteIn& cassetteIn, CassetteOut& cassetteOut, Apple2* apple2) } catch (const ConfigException& err) {
{
try
{
tryParseLine(line,ram,rom,slts,revision,gui,cassetteIn,cassetteOut,apple2);
}
catch (const ConfigException& err)
{
std::cerr << err.msg.c_str() << std::endl; std::cerr << err.msg.c_str() << std::endl;
} }
} }
@ -322,24 +315,21 @@ static std::string filter_row(const std::string &row) {
if (row.length() != 1) { if (row.length() != 1) {
return ""; return "";
} }
return std::string(1, static_cast<char>(std::toupper(row[0]))); return std::string(1, static_cast<char> (std::toupper(row[0])));
} }
void Config::tryParseLine(const std::string& line, MemoryRandomAccess& ram, Memory& rom, Slots& slts, int& revision, ScreenImage& gui, CassetteIn& cassetteIn, CassetteOut& cassetteOut, Apple2* apple2) void Config::tryParseLine(const std::string& line, MemoryRandomAccess& ram, Memory& rom, Slots& slts, int& revision, ScreenImage& gui, CassetteIn& cassetteIn, CassetteOut& cassetteOut, Apple2* apple2) {
{
std::istringstream tok(line); std::istringstream tok(line);
std::string cmd; std::string cmd;
tok >> cmd; tok >> cmd;
if (cmd == "slot") if (cmd == "slot") {
{
int slot; int slot;
std::string sCardType; std::string sCardType;
tok >> slot >> sCardType; tok >> slot >> sCardType;
insertCard(sCardType,slot,slts,gui,tok); insertCard(sCardType, slot, slts, gui, tok);
} } else if (cmd == "motherboard") {
else if (cmd == "motherboard") {
std::string op; std::string op;
tok >> op; tok >> op;
if (op == "ram") { if (op == "ram") {
@ -389,20 +379,15 @@ void Config::tryParseLine(const std::string& line, MemoryRandomAccess& ram, Memo
} else { } else {
throw ConfigException("error at \"motherboard\"; expected \"ram\" or \"strap\""); throw ConfigException("error at \"motherboard\"; expected \"ram\" or \"strap\"");
} }
} } else if (cmd == "import") {
else if (cmd == "import")
{
std::string sm; std::string sm;
tok >> sm; tok >> sm;
int slot(-1); int slot(-1);
if (sm == "slot") if (sm == "slot") {
{
tok >> slot; tok >> slot;
} } else if (sm != "motherboard") {
else if (sm != "motherboard") throw ConfigException("error at \"" + sm + "\"; expected \"slot #\" or \"motherboard\"");
{
throw ConfigException("error at \""+sm+"\"; expected \"slot #\" or \"motherboard\"");
} }
std::string romtype; std::string romtype;
@ -412,56 +397,45 @@ void Config::tryParseLine(const std::string& line, MemoryRandomAccess& ram, Memo
tok >> std::hex >> base; tok >> std::hex >> base;
std::string file; std::string file;
std::getline(tok,file); std::getline(tok, file);
trim(file); trim(file);
std::ifstream *memfile = new std::ifstream(file.c_str(),std::ios::binary); std::ifstream *memfile = new std::ifstream(file.c_str(), std::ios::binary);
if (!memfile->is_open()) if (!memfile->is_open()) {
{
std::filesystem::path f = wxGetApp().GetResDir(); std::filesystem::path f = wxGetApp().GetResDir();
f /= file; f /= file;
memfile = new std::ifstream(f,std::ios::binary); memfile = new std::ifstream(f, std::ios::binary);
if (!memfile->is_open()) if (!memfile->is_open()) {
{ throw ConfigException("cannot open file " + file);
throw ConfigException("cannot open file "+file);
} }
} }
if (slot < 0) // motherboard if (slot < 0) // motherboard
{ {
if (romtype == "rom") if (romtype == "rom") {
{ rom.load(base, *memfile);
rom.load(base,*memfile); } else {
throw ConfigException("error at \"" + romtype + "\"; expected rom or ram");
} }
else } else {
{ if (8 <= slot) {
throw ConfigException("error at \""+romtype+"\"; expected rom or ram");
}
}
else
{
if (8 <= slot)
{
throw ConfigException("invalid slot number"); throw ConfigException("invalid slot number");
} }
Card* card = slts.get(slot); Card* card = slts.get(slot);
if (romtype == "rom") if (romtype == "rom")
card->loadRom(base,*memfile); card->loadRom(base, *memfile);
else if (romtype == "rom7") else if (romtype == "rom7")
card->loadSeventhRom(base,*memfile); card->loadSeventhRom(base, *memfile);
else if (romtype == "rombank") else if (romtype == "rombank")
card->loadBankRom(base,*memfile); card->loadBankRom(base, *memfile);
else else
throw ConfigException("error at \""+romtype+"\"; expected rom, rom7, or rombank"); throw ConfigException("error at \"" + romtype + "\"; expected rom, rom7, or rombank");
} }
memfile->close(); memfile->close();
} } else if (cmd == "load" || cmd == "save" || cmd == "unload") {
else if (cmd == "load" || cmd == "save" || cmd == "unload")
{
std::string slotk; std::string slotk;
tok >> slotk; tok >> slotk;
if (slotk != "slot") if (slotk != "slot") {
{ throw ConfigException("error at \"" + slotk + "\"; expected \"slot\"");
throw ConfigException("error at \""+slotk+"\"; expected \"slot\"");
} }
int slot(-1); int slot(-1);
@ -469,22 +443,20 @@ void Config::tryParseLine(const std::string& line, MemoryRandomAccess& ram, Memo
std::string drivek; std::string drivek;
tok >> drivek; tok >> drivek;
if (drivek != "drive") if (drivek != "drive") {
{ throw ConfigException("error at \"" + drivek + "\"; expected \"drive\"");
throw ConfigException("error at \""+drivek+"\"; expected \"drive\"");
} }
int drive(-1); int drive(-1);
tok >> drive; tok >> drive;
if (cmd == "load") if (cmd == "load") {
{
std::string fn_optional; std::string fn_optional;
std::getline(tok,fn_optional); std::getline(tok, fn_optional);
trim(fn_optional); trim(fn_optional);
if (fn_optional.length() == 0) { if (fn_optional.length() == 0) {
gui.exitFullScreen(); gui.exitFullScreen();
char const *ft[1] = { "*.woz" }; char const *ft[1] = {"*.woz"};
char const *fn = tinyfd_openFileDialog("Load floppy", "", 1, ft, "WOZ 2.0 disk images", 0); char const *fn = tinyfd_openFileDialog("Load floppy", "", 1, ft, "WOZ 2.0 disk images", 0);
if (fn) { if (fn) {
fn_optional = std::string(fn); fn_optional = std::string(fn);
@ -492,52 +464,37 @@ void Config::tryParseLine(const std::string& line, MemoryRandomAccess& ram, Memo
} }
if (fn_optional.length() > 0) { if (fn_optional.length() > 0) {
// TODO check if file exists, if not then check resources // TODO check if file exists, if not then check resources
loadDisk(slts,slot,drive,fn_optional); loadDisk(slts, slot, drive, fn_optional);
} }
} else if (cmd == "unload") {
unloadDisk(slts, slot, drive);
} else if (cmd == "save") {
saveDisk(slts, slot, drive);
} }
else if (cmd == "unload") } else if (cmd == "revision") {
{
unloadDisk(slts,slot,drive);
}
else if (cmd == "save")
{
saveDisk(slts,slot,drive);
}
}
else if (cmd == "revision")
{
tok >> std::hex >> revision; tok >> std::hex >> revision;
} } else if (cmd == "cassette") {
else if (cmd == "cassette")
{
std::string cas; std::string cas;
tok >> cas; tok >> cas;
if (cas == "rewind") if (cas == "rewind") {
{
cassetteIn.rewind(); cassetteIn.rewind();
} } else if (cas == "tone") {
else if (cas == "tone")
{
cassetteIn.tone(); cassetteIn.tone();
} } else if (cas == "blank") {
else if (cas == "blank")
{
std::string fcas; std::string fcas;
std::getline(tok,fcas); std::getline(tok, fcas);
trim(fcas); trim(fcas);
if (!fcas.empty()) { if (!fcas.empty()) {
cassetteOut.blank(fcas); cassetteOut.blank(fcas);
} }
} } else if (cas == "load") {
else if (cas == "load")
{
std::string fn_optional; std::string fn_optional;
std::getline(tok,fn_optional); std::getline(tok, fn_optional);
trim(fn_optional); trim(fn_optional);
if (fn_optional.length() == 0) { if (fn_optional.length() == 0) {
gui.exitFullScreen(); gui.exitFullScreen();
char const *ft[1] = { "*.wav" }; char const *ft[1] = {"*.wav"};
char const *fn = tinyfd_openFileDialog("Load cassette audio", "", 1, ft, "WAVE cassette images", 0); char const *fn = tinyfd_openFileDialog("Load cassette audio", "", 1, ft, "WAVE cassette images", 0);
if (fn) { if (fn) {
fn_optional = std::string(fn); fn_optional = std::string(fn);
@ -546,9 +503,7 @@ void Config::tryParseLine(const std::string& line, MemoryRandomAccess& ram, Memo
if (fn_optional.length() > 0) { if (fn_optional.length() > 0) {
cassetteIn.load(fn_optional); cassetteIn.load(fn_optional);
} }
} } else if (cas == "eject") {
else if (cas == "eject")
{
std::string eject; std::string eject;
tok >> eject; tok >> eject;
if (eject == "in") { if (eject == "in") {
@ -556,20 +511,14 @@ void Config::tryParseLine(const std::string& line, MemoryRandomAccess& ram, Memo
} else if (eject == "out") { } else if (eject == "out") {
cassetteOut.eject(); cassetteOut.eject();
} else { } else {
throw ConfigException("error: unknown cassette to eject: "+eject); throw ConfigException("error: unknown cassette to eject: " + eject);
} }
} } else if (cas == "save") {
else if (cas == "save")
{
cassetteOut.save(); cassetteOut.save();
} else {
throw ConfigException("error: unknown cassette command: " + cas);
} }
else } else if (cmd == "cpu") {
{
throw ConfigException("error: unknown cassette command: "+cas);
}
}
else if (cmd == "cpu")
{
std::string cpu; std::string cpu;
tok >> cpu; tok >> cpu;
if (apple2 != NULL) { if (apple2 != NULL) {
@ -578,13 +527,11 @@ void Config::tryParseLine(const std::string& line, MemoryRandomAccess& ram, Memo
} else if (cpu == "visual6502") { } else if (cpu == "visual6502") {
apple2->useVisual6502Cpu(); apple2->useVisual6502Cpu();
} else { } else {
throw ConfigException("invalid value for cpu command: "+cpu); throw ConfigException("invalid value for cpu command: " + cpu);
} }
} }
} } else {
else throw ConfigException("Invalid command: " + cmd);
{
throw ConfigException("Invalid command: "+cmd);
} }
if (apple2 != NULL) { if (apple2 != NULL) {
@ -596,58 +543,46 @@ void Config::tryParseLine(const std::string& line, MemoryRandomAccess& ram, Memo
unsigned char Config::disk_mask(0); unsigned char Config::disk_mask(0);
void Config::loadDisk(Slots& slts, int slot, int drive, const std::string& fnib) {
if (drive < 1 || 2 < drive) {
void Config::loadDisk(Slots& slts, int slot, int drive, const std::string& fnib)
{
if (drive < 1 || 2 < drive)
{
throw ConfigException("Invalid drive; must be 1 or 2"); throw ConfigException("Invalid drive; must be 1 or 2");
} }
// TODO if file doesn't exist, name still gets displayed, and there's no error message // TODO if file doesn't exist, name still gets displayed, and there's no error message
Card* card = slts.get(slot); Card* card = slts.get(slot);
if (!(disk_mask & (1 << slot))) if (!(disk_mask & (1 << slot))) {
{
std::cerr << "Slot " << slot << " doesn't have a disk controller card" << std::endl; std::cerr << "Slot " << slot << " doesn't have a disk controller card" << std::endl;
return; return;
} }
DiskController* controller = (DiskController*)card; DiskController* controller = (DiskController*) card;
controller->loadDisk(drive-1,fnib); controller->loadDisk(drive - 1, fnib);
} }
void Config::unloadDisk(Slots& slts, int slot, int drive) void Config::unloadDisk(Slots& slts, int slot, int drive) {
{ if (drive < 1 || 2 < drive) {
if (drive < 1 || 2 < drive)
{
throw ConfigException("Invalid drive; must be 1 or 2"); throw ConfigException("Invalid drive; must be 1 or 2");
} }
Card* card = slts.get(slot); Card* card = slts.get(slot);
if (!(disk_mask & (1 << slot))) if (!(disk_mask & (1 << slot))) {
{
std::cerr << "Slot " << slot << " doesn't have a disk controller card" << std::endl; std::cerr << "Slot " << slot << " doesn't have a disk controller card" << std::endl;
return; return;
} }
DiskController* controller = (DiskController*)card; DiskController* controller = (DiskController*) card;
controller->unloadDisk(drive-1); controller->unloadDisk(drive - 1);
} }
void Config::saveDisk(Slots& slts, int slot, int drive) void Config::saveDisk(Slots& slts, int slot, int drive) {
{ if (drive < 1 || 2 < drive) {
if (drive < 1 || 2 < drive)
{
throw ConfigException("Invalid drive; must be 1 or 2"); throw ConfigException("Invalid drive; must be 1 or 2");
} }
slts.get(slot)->save(drive-1); slts.get(slot)->save(drive - 1);
} }
void Config::insertCard(const std::string& cardType, int slot, Slots& slts, ScreenImage& gui, std::istringstream& tok) void Config::insertCard(const std::string& cardType, int slot, Slots& slts, ScreenImage& gui, std::istringstream& tok) {
{ if (slot < 0 || 8 <= slot) {
if (slot < 0 || 8 <= slot)
{
throw ConfigException("Invalid slot number"); throw ConfigException("Invalid slot number");
} }
@ -655,53 +590,39 @@ void Config::insertCard(const std::string& cardType, int slot, Slots& slts, Scre
disk_mask &= ~(1 << slot); disk_mask &= ~(1 << slot);
if (cardType == "language") if (cardType == "language") {
{ card = new LanguageCard(gui, slot);
card = new LanguageCard(gui,slot); } else if (cardType == "firmware") {
} card = new FirmwareCard(gui, slot);
else if (cardType == "firmware") } else if (cardType == "disk") {
{ // 16-sector LSS ROM
card = new FirmwareCard(gui,slot);
}
else if (cardType == "disk") // 16-sector LSS ROM
{
double random_ones_rate(0.3); // WOZ spec v2.0: 30% double random_ones_rate(0.3); // WOZ spec v2.0: 30%
tok >> random_ones_rate; tok >> random_ones_rate;
std::cerr << "MC3470: rate of 1 bits during random bit generation: " << random_ones_rate << std::endl; std::cerr << "MC3470: rate of 1 bits during random bit generation: " << random_ones_rate << std::endl;
card = new DiskController(gui,slot,false,random_ones_rate); card = new DiskController(gui, slot, false, random_ones_rate);
disk_mask |= (1 << slot); disk_mask |= (1 << slot);
} } else if (cardType == "disk13") {
else if (cardType == "disk13") // 13-sector LSS ROM // 13-sector LSS ROM
{
double random_ones_rate(0.3); // WOZ spec v2.0: 30% double random_ones_rate(0.3); // WOZ spec v2.0: 30%
tok >> random_ones_rate; tok >> random_ones_rate;
std::cerr << "MC3470: rate of 1 bits during random bit generation: " << random_ones_rate << std::endl; std::cerr << "MC3470: rate of 1 bits during random bit generation: " << random_ones_rate << std::endl;
card = new DiskController(gui,slot,true,random_ones_rate); card = new DiskController(gui, slot, true, random_ones_rate);
disk_mask |= (1 << slot); disk_mask |= (1 << slot);
} } else if (cardType == "clock") {
else if (cardType == "clock")
{
card = new ClockCard(); card = new ClockCard();
} } else if (cardType == "stdout") {
else if (cardType == "stdout")
{
card = new StandardOut(); card = new StandardOut();
} } else if (cardType == "stdin") {
else if (cardType == "stdin")
{
card = new StandardIn(); card = new StandardIn();
} } else if (cardType == "empty") {
else if (cardType == "empty")
{
card = 0; card = 0;
} } else {
else throw ConfigException("Invalid card type: " + cardType);
{
throw ConfigException("Invalid card type: "+cardType);
} }
if (card) if (card) {
slts.set(slot,card); slts.set(slot, card);
else } else {
slts.remove(slot); slts.remove(slot);
}
} }