Cockatrice/libcockatrice_card/libcockatrice/card/database/card_database_querier.cpp
BruebachL d603a2bb6a
[Tooling] Apply include-what-you-use across the tree (#7396)
* [DeckList] Apply include-what-you-use to libcockatrice_deck_list

* [IWYU] Apply include-what-you-use across the tree

Run one whole-tree IWYU pass over the libcockatrice_* libraries, the
Cockatrice client, Oracle, Servatrice and the test suite, so each
translation unit includes what it uses directly and forward-declares
what it does not need.

IWYU only analyses real translation units, never the moc code CMake
generates from Q_OBJECT headers, so it strips includes that moc output
silently relies on. Where a type is passed by value (or nested in a
QList/QMap) in a signal or slot signature, the generated moc code needs
the complete type; those includes are kept with an explanatory
`// IWYU pragma: keep`. The same holds for Q_DECLARE_METATYPE targets
such as QSqlDatabase.

A handful of includes are added by hand where callers brace-initialize a
const-reference parameter, which also requires the complete type.

Applied as a single commit on purpose: stripping includes from the
libcockatrice_* headers is precisely what breaks the client, test and
server translation units, and the fixes for those live in the same
translation units. Splitting by component would therefore leave
intermediate commits that do not compile.

All 426 modified Q_OBJECT/Q_GADGET headers were verified to be
moc-self-contained by compiling each generated moc_*.cpp standalone;
several built only because of moc include ordering in
mocs_compilation.cpp before the keep-includes were added.

* [Tooling] Emit public Qt headers and fix IWYU fallout CI found

Three problems the local build could not see, all because a green local
build only proves the configuration it was run under.

Private Qt headers. IWYU emitted private, lowercase Qt headers, and
qtypes.h does not exist at all before Qt 6.9, so the Debian 12 and
Ubuntu 24.04 jobs on Qt 6.4.2 failed to compile. The generator only
emitted a mapping when the capital header name mirrored the private one
(QAbstractAnimation for qabstractanimation.h), so qtypes.h, which is
wrapped by QtTypes instead, got no mapping and kept the private
spelling. Map it explicitly to <QtTypes>, which is public since Qt 5 and
provides the same typedefs either way, and rewrite the 100 affected
includes.

Do not generalize this to "prefer any Qt* wrapper". The table is
generated from whichever Qt is installed, and the wrappers are not
equally old: QtLogging only appeared in Qt 6.8 and QtMinMax in 6.5, so
that heuristic trades one breakage for another. Every other lowercase
header still in the tree has shipped publicly since Qt 5, so those are
left alone.

Platform-guarded includes. IWYU only sees the preprocessor configuration
it is handed, so it dropped an include that only the macOS branch of
main.cpp needs, and the macOS jobs failed on an undeclared
UrlSchemeEventFilter. Restore the include. Force-compiling every file
that carries a platform guard under Q_OS_MAC, Q_OS_MACOS and __APPLE__
reports nothing else, so the macOS branches are covered rather than
assumed.

shellcheck. Drop a leftover variable and stop assigning the
include-what-you-use lookup, which was only ever an existence check.

* [Tooling] Map Qt 6.5+ split headers to QtGlobal for Qt 6.4 compatibility

IWYU emitted QtTypes, QtPreprocessorSupport, QtVersionChecks, QtAssert,
QtMinMax, QtClassHelperMacros, QtEnvironmentVariables and QtTranslation.
Qt 6.5 split those declarations out of qglobal.h into separate headers, so
neither the Qt* wrapper nor the q*.h private name exists on the oldest Qt we
support (6.4.2), and Debian 12 / Ubuntu 24.04 fail with "No such file or
directory". qtypes.h is worse still: it only appeared in Qt 6.9.

QtGlobal is the one spelling that works across the whole supported range. It
has been public since Qt 5, defines these declarations itself up to Qt 6.4, and
includes the split headers from Qt 6.5 on, so redirect all eight private
headers to it and collapse the affected includes in the tree.

Curated overrides now take precedence over the name-mirroring rule, which
cannot know about Qt version floors because the mapping is generated from
whatever Qt is installed. That rule was mapping qtversionchecks.h to
<QtVersionChecks> even with an override present, because the override was only
consulted as a fallback. A curated key that matches nothing is now a hard
error rather than a silent fallback, and the redirected headers are no longer
advertised as the home of a symbol.

Verified every Qt include in the tree resolves against the real
qt6-base-dev 6.4.2 package: 15 distinct includes, 0 missing.

* [Tooling] Map QOverload to QtGlobal and drop the QMetaMethodArgument include

Two more headers IWYU emitted do not exist on Qt 6.4.2:

QOverload was split out of qglobal.h in Qt 6.5, so on 6.4.2 it is declared in
qglobal.h directly and the standalone header is a hard error. QtGlobal covers
both, so map qoverload.h to it like the other 6.5+ split headers.

QMetaMethodArgument is never referenced anywhere in the tree. It is a bare
forwarder for qobjectdefs.h that our generator advertised as a class symbol,
which is how IWYU came to add the include at all. The symbol mappings are
generated from header names, so they cannot tell a forwarder that happens to be
capitalised from a real class; removing the unused include is the fix, and the
generic case stays a known limitation of the generator.

Extending the audit to every Q* header (an earlier pass only matched headers
starting with "Qt" or lowercase q*.h, so it missed all of them) against the real
qt6-base-dev, qt6-multimedia-dev, qt6-declarative-dev, qt6-svg-dev and
qt6-websockets-dev 6.4.2 packages: 341 distinct Qt includes, 0 missing.

* [Game] Give moc the complete CardItem type in player_actions.h

player_actions.h forward declares CardItem but passes QList<CardItem *> by
value in actPlay/actPlayFacedown/actHide. moc instantiates the metatype for
those parameters, and on Qt 6.4 that expands to sizeof(CardItem), so Ubuntu
24.04 fails with "invalid application of 'sizeof' to incomplete type
'CardItem'". Newer Qt tolerates the incomplete type, which is why only the
6.4.2 jobs failed.

Include the defining header with an IWYU pragma keep, matching how the other
MOC-required includes in this area are handled.

* [Game] Give moc the complete ServerInfo_Card type

player_logic.h, game_scene.h, view_zone.h and view_zone_widget.h forward
declare ServerInfo_Card but pass QList<const ServerInfo_Card *> through signal
and slot signatures. moc instantiates the metatype for those parameters, which
Qt 6.4 expands to sizeof(ServerInfo_Card), so the connect in game_scene.cpp
fails on Debian 12 and Ubuntu 24.04 with "invalid application of 'sizeof' to
incomplete type 'const ServerInfo_Card'". Newer Qt tolerates it, so only the
6.4.2 jobs failed.

Include the generated protobuf header with an IWYU pragma keep, following the
pattern already used for ServerInfo_Player and ServerInfo_User in
game_event_handler.h.

* [Client] Complete the types Qt 6.4 needs for connect and moc

Qt 6.4 expands QMetaType::fromType on the normalised argument list of a
PMF connect and on moc-generated metatypes, which requires sizeof on every
signal and slot parameter. Newer Qt tolerates forward declarations there,
so only the Debian 12 and Ubuntu 24.04 jobs failed, with
"invalid application of 'sizeof' to incomplete type" for QMouseEvent,
QPrinter and GameReplay.

Replace the forward declarations with the real includes:

- QMouseEvent in the nine widget headers that pass it through signals
- QPrinter in abstract_tab_deck_editor.cpp, for the actPrintDeck lambda
- game_replay.pb.h in tab_replays.h. GameReplay is a protobuf message, so
  the project's game/replay.h only forward declares it and cannot supply
  the complete type.

Found by recompiling all 1918 project TUs against the Debian Qt 6.4.2
headers, which reproduces those two CI jobs locally in one pass.

* [Client] Complete Release and QMenu for Qt 6.4 moc and connect

Continuing the Qt 6.4 complete-type sweep:

- window_main.cpp connects ClientUpdateChecker::finishedCheck to
  MainWindow::checkClientUpdatesFinished, whose Release * parameter made
  moc 6.4 instantiate the metatype. GameReplay turned out to be a protobuf
  message, so Release likewise needed release_channel.h in the three
  headers declaring those signals: window_main.h, dlg_update.h and
  client_update_checker.h.
- moc 6.4 also needs sizeof(QMenu) for the QList<QMenu *> carried by
  TabSupervisor::setMenu and MainWindow::updateTabMenu.

Verified by regenerating moc output with the Debian moc 6.4.2 for all 434
Q_OBJECT/Q_GADGET classes and compiling it, plus recompiling all 1612
source TUs, against the Qt 6.4.2 headers: no remaining failures.

---------

Co-authored-by: Lukas Brübach <Bruebach.Lukas@bdosecurity.de>
2026-10-08 11:13:50 +02:00

385 lines
12 KiB
C++

#include "card_database_querier.h"
#include "../card_info.h"
#include "../printing/exact_card.h"
#include "../set/card_set_comparator.h"
#include "card_database.h"
#include "libcockatrice/card/set/card_set.h"
#include "libcockatrice/interfaces/interface_card_preference_provider.h"
#include "libcockatrice/utility/card_ref.h"
#include <QLatin1String>
#include <QRandomGenerator>
#include <QSharedPointer>
#include <QStringLiteral>
#include <qnamespace.h>
CardDatabaseQuerier::CardDatabaseQuerier(QObject *_parent,
const CardDatabase *_db,
const ICardPreferenceProvider *prefs)
: QObject(_parent), db(_db), prefs(prefs)
{
// Invalidate the cached count maps whenever the database contents change.
connect(db, &CardDatabase::cardAdded, this, &CardDatabaseQuerier::invalidateCaches);
connect(db, &CardDatabase::cardRemoved, this, &CardDatabaseQuerier::invalidateCaches);
connect(db, &CardDatabase::cardDatabaseReset, this, &CardDatabaseQuerier::invalidateCaches);
}
void CardDatabaseQuerier::invalidateCaches()
{
mainCardTypeCountsCache.clear();
subCardTypeCountsCache.clear();
formatsCountCache.clear();
}
/**
* Looks up the cardInfo corresponding to the cardName.
*
* @param cardName The card name to look up
* @return A CardInfoPtr, or null if not corresponding CardInfo is found.
*/
CardInfoPtr CardDatabaseQuerier::getCardInfo(const QString &cardName) const
{
return db->cards.value(cardName);
}
/**
* Looks up the cardInfos for a list of card names.
*
* @param cardNames The card names to look up
* @return A List of CardInfoPtr. Any failed lookups will be ignored and dropped from the resulting list
*/
QList<CardInfoPtr> CardDatabaseQuerier::getCardInfos(const QStringList &cardNames) const
{
QList<CardInfoPtr> cardInfos;
for (const QString &cardName : cardNames) {
CardInfoPtr ptr = db->cards.value(cardName);
if (ptr) {
cardInfos.append(ptr);
}
}
return cardInfos;
}
CardInfoPtr CardDatabaseQuerier::getCardBySimpleName(const QString &cardName) const
{
return db->simpleNameCards.value(CardInfo::simplifyName(cardName));
}
CardInfoPtr CardDatabaseQuerier::lookupCardByName(const QString &name) const
{
if (auto info = getCardInfo(name)) {
return info;
}
if (auto info = getCardBySimpleName(name)) {
return info;
}
return getCardBySimpleName(CardInfo::simplifyName(name));
}
/**
* Looks up the cards corresponding to the CardRefs.
* If the providerId is empty, will default to the preferred printing.
* If providerId is given but not found, the PrintingInfo will be empty.
*
* @param cardRefs The cards to look up. If providerId is empty for an entry, will default to the preferred printing for
* that entry. If providerId is given but not found, the PrintingInfo will be empty for that entry.
* @return A list of cards. Any failed lookups will be ignored and dropped from the resulting list.
*/
QList<ExactCard> CardDatabaseQuerier::getCards(const QList<CardRef> &cardRefs) const
{
QList<ExactCard> cards;
for (const auto &cardRef : cardRefs) {
ExactCard card = getCard(cardRef);
if (card) {
cards.append(card);
}
}
return cards;
}
/**
* Looks up the card corresponding to the CardRef.
* If the providerId is empty, will default to the preferred printing.
* If providerId is given but not found, the PrintingInfo will be empty.
*
* @param cardRef The card to look up.
* @return A specific printing of a card, or empty if not found.
*/
ExactCard CardDatabaseQuerier::getCard(const CardRef &cardRef) const
{
auto info = getCardInfo(cardRef.name);
if (info.isNull()) {
return {};
}
if (cardRef.providerId.isEmpty() || cardRef.providerId.isNull()) {
return ExactCard(info, getPreferredPrinting(info));
}
return ExactCard(info, findPrintingWithId(info, cardRef.providerId));
}
/**
* Looks up the card by CardRef, simplifying the name if required.
* If the providerId is empty, will default to the preferred printing.
* If providerId is given but not found, the PrintingInfo will be empty.
*
* @param cardRef The card to look up.
* @return A specific printing of a card, or empty if not found.
*/
ExactCard CardDatabaseQuerier::guessCard(const CardRef &cardRef) const
{
auto card = lookupCardByName(cardRef.name);
auto printing =
cardRef.providerId.isEmpty() ? getPreferredPrinting(card) : findPrintingWithId(card, cardRef.providerId);
return ExactCard(card, printing);
}
ExactCard CardDatabaseQuerier::getRandomCard() const
{
if (db->cards.isEmpty()) {
return {};
}
const auto keys = db->cards.keys();
int randomIndex = QRandomGenerator::global()->bounded(keys.size());
const QString &randomKey = keys.at(randomIndex);
CardInfoPtr randomCard = getCardInfo(randomKey);
return ExactCard{randomCard, getPreferredPrinting(randomCard)};
}
ExactCard CardDatabaseQuerier::getCardFromSameSet(const QString &cardName, const PrintingInfo &otherPrinting) const
{
// The source card does not have a printing defined, which means we can't get a card from the same set.
if (otherPrinting.isEmpty()) {
return getCard({cardName});
}
// The source card does have a printing defined, which means we can attempt to get a card from the same set.
PrintingInfo relatedPrinting = getSpecificPrinting(cardName, otherPrinting.getSet()->getCorrectedShortName(), "");
ExactCard relatedCard(guessCard({cardName}).getCardPtr(), relatedPrinting);
// If we didn't find a card from the same set, just try to find any card with the same name.
return relatedCard ? relatedCard : getCard({cardName});
}
/**
* Finds the PrintingInfo in the cardInfo that has the given uuid field.
*
* @param cardInfo The CardInfo to search
* @param providerId The uuid to look for
* @return The PrintingInfo, or a default-constructed PrintingInfo if not found.
*/
PrintingInfo CardDatabaseQuerier::findPrintingWithId(const CardInfoPtr &cardInfo, const QString &providerId) const
{
for (const auto &printings : cardInfo->getSets()) {
for (const auto &printing : printings) {
if (printing.getUuid() == providerId) {
return printing;
}
}
}
return PrintingInfo();
}
PrintingInfo CardDatabaseQuerier::getSpecificPrinting(const CardRef &cardRef) const
{
CardInfoPtr cardInfo = getCardInfo(cardRef.name);
if (!cardInfo) {
return PrintingInfo(nullptr);
}
return findPrintingWithId(cardInfo, cardRef.providerId);
}
PrintingInfo CardDatabaseQuerier::getSpecificPrinting(const QString &cardName,
const QString &setShortName,
const QString &collectorNumber) const
{
CardInfoPtr cardInfo = getCardInfo(cardName);
if (!cardInfo) {
return PrintingInfo(nullptr);
}
SetToPrintingsMap setMap = cardInfo->getSets();
if (setMap.empty()) {
return PrintingInfo(nullptr);
}
for (const auto &printings : setMap) {
for (auto &cardInfoForSet : printings) {
if (!collectorNumber.isEmpty()) {
if (cardInfoForSet.getSet()->getShortName() == setShortName &&
cardInfoForSet.getProperty("num") == collectorNumber) {
return cardInfoForSet;
}
} else {
if (cardInfoForSet.getSet()->getShortName() == setShortName) {
return cardInfoForSet;
}
}
}
}
return PrintingInfo(nullptr);
}
/**
* Gets the card representing the preferred printing of the cardInfo
*
* @param cardName The cardName to find the preferred card and printing for
* @return A specific printing of a card
*/
ExactCard CardDatabaseQuerier::getPreferredCard(const QString &cardName) const
{
return getPreferredCard(getCardInfo(cardName));
}
/**
* Gets the card representing the preferred printing of the cardInfo
*
* @param cardInfo The cardInfo to find the preferred printing for
* @return A specific printing of a card
*/
ExactCard CardDatabaseQuerier::getPreferredCard(const CardInfoPtr &cardInfo) const
{
return ExactCard(cardInfo, getPreferredPrinting(cardInfo));
}
bool CardDatabaseQuerier::isPreferredPrinting(const CardRef &cardRef) const
{
if (cardRef.providerId.startsWith("card_")) {
return cardRef.providerId ==
QLatin1String("card_") + cardRef.name + QString("_") + getPreferredPrintingProviderId(cardRef.name);
}
return cardRef.providerId == getPreferredPrintingProviderId(cardRef.name);
}
PrintingInfo CardDatabaseQuerier::getPreferredPrinting(const QString &cardName) const
{
CardInfoPtr cardInfo = getCardInfo(cardName);
return getPreferredPrinting(cardInfo);
}
PrintingInfo CardDatabaseQuerier::getPreferredPrinting(const CardInfoPtr &cardInfo) const
{
if (!cardInfo) {
return PrintingInfo(nullptr);
}
const auto &pinnedPrintingProviderId = prefs->getCardPreferenceOverride(cardInfo->getName());
if (!pinnedPrintingProviderId.isEmpty()) {
return getSpecificPrinting({cardInfo->getName(), pinnedPrintingProviderId});
}
SetToPrintingsMap setMap = cardInfo->getSets();
if (setMap.empty()) {
return PrintingInfo(nullptr);
}
CardSetPtr preferredSet = nullptr;
PrintingInfo preferredPrinting;
SetPriorityComparator comparator;
for (const auto &printings : setMap) {
for (auto &printing : printings) {
CardSetPtr currentSet = printing.getSet();
if (!preferredSet || comparator(currentSet, preferredSet)) {
preferredSet = currentSet;
preferredPrinting = printing;
}
}
}
if (preferredSet) {
return preferredPrinting;
}
return PrintingInfo(nullptr);
}
QString CardDatabaseQuerier::getPreferredPrintingProviderId(const QString &cardName) const
{
PrintingInfo preferredPrinting = getPreferredPrinting(cardName);
QString uuid = preferredPrinting.getUuid();
if (!uuid.isEmpty()) {
return uuid;
}
CardInfoPtr defaultCardInfo = getCardInfo(cardName);
if (defaultCardInfo.isNull()) {
return cardName;
}
return defaultCardInfo->getName();
}
QStringList CardDatabaseQuerier::getAllMainCardTypes() const
{
return getAllMainCardTypesWithCount().keys();
}
QMap<QString, int> CardDatabaseQuerier::getAllMainCardTypesWithCount() const
{
// An empty cache is always recomputed correctly: a database with no cards
// produces an empty map, so the cache is only ever empty when it needs a
// (trivially cheap) rebuild.
if (mainCardTypeCountsCache.isEmpty()) {
for (const auto &card : db->cards.values()) {
QString type = card->getMainCardType();
mainCardTypeCountsCache[type]++;
}
}
return mainCardTypeCountsCache;
}
QMap<QString, int> CardDatabaseQuerier::getAllSubCardTypesWithCount() const
{
if (subCardTypeCountsCache.isEmpty()) {
for (const auto &card : db->cards.values()) {
QString type = card->getCardType();
QStringList parts = type.split(" — ");
if (parts.size() > 1) { // Ensure there are subtypes
QStringList subtypes = parts[1].split(" ", Qt::SkipEmptyParts);
for (const QString &subtype : subtypes) {
subCardTypeCountsCache[subtype]++;
}
}
}
}
return subCardTypeCountsCache;
}
FormatRulesPtr CardDatabaseQuerier::getFormat(const QString &formatName) const
{
return db->formats.value(formatName.toLower());
}
QMap<QString, int> CardDatabaseQuerier::getAllFormatsWithCount() const
{
if (formatsCountCache.isEmpty()) {
for (const auto &card : db->cards.values()) {
QStringList allProps = card->getProperties();
for (const QString &prop : allProps) {
if (prop.startsWith("format-")) {
QString formatName = prop.mid(QStringLiteral("format-").size());
formatsCountCache[formatName]++;
}
}
}
}
return formatsCountCache;
}