/usr/include/apiextractor/typesystem.h is in libapiextractor-dev 0.10.10-1.
This file is owned by root:root, with mode 0o644.
The actual contents of the file can be viewed below.
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* This file is part of the API Extractor project.
*
* Copyright (C) 2009 Nokia Corporation and/or its subsidiary(-ies).
*
* Contact: PySide team <contact@pyside.org>
*
* This program is free software; you can redistribute it and/or
* modify it under the terms of the GNU General Public License
* version 2 as published by the Free Software Foundation.
*
* This program is distributed in the hope that it will be useful, but
* WITHOUT ANY WARRANTY; without even the implied warranty of
* MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU
* General Public License for more details.
*
* You should have received a copy of the GNU General Public License
* along with this program; if not, write to the Free Software
* Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA
* 02110-1301 USA
*
*/
#ifndef TYPESYSTEM_H
#define TYPESYSTEM_H
#include <QtCore/QHash>
#include <QtCore/QString>
#include <QtCore/QStringList>
#include <QtCore/QMap>
#include <QtCore/QDebug>
#include "apiextractormacros.h"
#include "include.h"
//Used to identify the conversion rule to avoid break API
#define TARGET_CONVERSION_RULE_FLAG "0"
#define NATIVE_CONVERSION_RULE_FLAG "1"
class Indentor;
class AbstractMetaType;
class QTextStream;
class EnumTypeEntry;
class FlagsTypeEntry;
typedef QMap<int, QString> ArgumentMap;
class TemplateInstance;
namespace TypeSystem
{
enum Language {
NoLanguage = 0x0000,
TargetLangCode = 0x0001,
NativeCode = 0x0002,
ShellCode = 0x0004,
ShellDeclaration = 0x0008,
PackageInitializer = 0x0010,
DestructorFunction = 0x0020,
Constructors = 0x0040,
Interface = 0x0080,
// masks
All = TargetLangCode
| NativeCode
| ShellCode
| ShellDeclaration
| PackageInitializer
| Constructors
| Interface
| DestructorFunction,
TargetLangAndNativeCode = TargetLangCode | NativeCode
};
enum Ownership {
InvalidOwnership,
DefaultOwnership,
TargetLangOwnership,
CppOwnership
};
};
struct APIEXTRACTOR_API ReferenceCount
{
ReferenceCount() {}
enum Action { // 0x01 - 0xff
Invalid = 0x00,
Add = 0x01,
AddAll = 0x02,
Remove = 0x04,
Set = 0x08,
Ignore = 0x10,
ActionsMask = 0xff,
Padding = 0xffffffff
};
Action action;
QString varName;
};
struct APIEXTRACTOR_API ArgumentOwner
{
enum Action {
Invalid = 0x00,
Add = 0x01,
Remove = 0x02
};
enum {
InvalidIndex = -2,
ThisIndex = -1,
ReturnIndex = 0,
FirstArgumentIndex = 1
};
ArgumentOwner() : action(ArgumentOwner::Invalid), index(ArgumentOwner::InvalidIndex) {}
Action action;
int index;
};
class APIEXTRACTOR_API CodeSnipFragment
{
private:
QString m_code;
TemplateInstance *m_instance;
public:
CodeSnipFragment(const QString &code)
: m_code(code),
m_instance(0) {}
CodeSnipFragment(TemplateInstance *instance)
: m_instance(instance) {}
QString code() const;
};
class APIEXTRACTOR_API CodeSnipAbstract
{
public:
QString code() const;
void addCode(const QString &code)
{
codeList.append(CodeSnipFragment(code));
}
void addTemplateInstance(TemplateInstance *ti)
{
codeList.append(CodeSnipFragment(ti));
}
QList<CodeSnipFragment> codeList;
};
class APIEXTRACTOR_API CustomFunction : public CodeSnipAbstract
{
public:
CustomFunction(const QString &n = QString()) : name(n) { }
QString name;
QString paramName;
};
class APIEXTRACTOR_API TemplateEntry : public CodeSnipAbstract
{
public:
TemplateEntry(const QString &name, double vr)
: m_name(name), m_version(vr)
{
};
QString name() const
{
return m_name;
};
double version() const
{
return m_version;
}
private:
QString m_name;
double m_version;
};
typedef QHash<QString, TemplateEntry *> TemplateEntryHash;
class APIEXTRACTOR_API TemplateInstance
{
public:
TemplateInstance(const QString &name, double vr)
: m_name(name), m_version(vr) {}
void addReplaceRule(const QString &name, const QString &value)
{
replaceRules[name] = value;
}
QString expandCode() const;
QString name() const
{
return m_name;
}
double version() const
{
return m_version;
}
private:
const QString m_name;
double m_version;
QHash<QString, QString> replaceRules;
};
class APIEXTRACTOR_API CodeSnip : public CodeSnipAbstract
{
public:
enum Position {
Beginning,
End,
AfterThis,
// QtScript
Declaration,
PrototypeInitialization,
ConstructorInitialization,
Constructor,
Any
};
CodeSnip(double vr) : language(TypeSystem::TargetLangCode), version(vr) { }
CodeSnip(double vr, TypeSystem::Language lang) : language(lang), version(vr) { }
TypeSystem::Language language;
Position position;
ArgumentMap argumentMap;
double version;
};
typedef QList<CodeSnip> CodeSnipList;
struct APIEXTRACTOR_API ArgumentModification
{
ArgumentModification(int idx, double vr)
: removedDefaultExpression(false), removed(false),
noNullPointers(false), index(idx), version(vr) {}
// Should the default expression be removed?
uint removedDefaultExpression : 1;
uint removed : 1;
uint noNullPointers : 1;
uint resetAfterUse : 1;
// The index of this argument
int index;
// Reference count flags for this argument
QList<ReferenceCount> referenceCounts;
// The text given for the new type of the argument
QString modified_type;
QString replace_value;
// The code to be used to construct a return value when noNullPointers is true and
// the returned value is null. If noNullPointers is true and this string is
// empty, then the base class implementation will be used (or a default construction
// if there is no implementation)
QString nullPointerDefaultValue;
// The text of the new default expression of the argument
QString replacedDefaultExpression;
// The new definition of ownership for a specific argument
QHash<TypeSystem::Language, TypeSystem::Ownership> ownerships;
// Different conversion rules
CodeSnipList conversion_rules;
//QObject parent(owner) of this argument
ArgumentOwner owner;
//Api version
double version;
//New name
QString renamed_to;
};
struct APIEXTRACTOR_API Modification
{
enum Modifiers {
Private = 0x0001,
Protected = 0x0002,
Public = 0x0003,
Friendly = 0x0004,
AccessModifierMask = 0x000f,
Final = 0x0010,
NonFinal = 0x0020,
FinalMask = Final | NonFinal,
Readable = 0x0100,
Writable = 0x0200,
CodeInjection = 0x1000,
Rename = 0x2000,
Deprecated = 0x4000,
ReplaceExpression = 0x8000,
VirtualSlot = 0x10000 | NonFinal
};
Modification() : modifiers(0), removal(TypeSystem::NoLanguage) { }
bool isAccessModifier() const
{
return modifiers & AccessModifierMask;
}
Modifiers accessModifier() const
{
return Modifiers(modifiers & AccessModifierMask);
}
bool isPrivate() const
{
return accessModifier() == Private;
}
bool isProtected() const
{
return accessModifier() == Protected;
}
bool isPublic() const
{
return accessModifier() == Public;
}
bool isFriendly() const
{
return accessModifier() == Friendly;
}
bool isFinal() const
{
return modifiers & Final;
}
bool isNonFinal() const
{
return modifiers & NonFinal;
}
bool isVirtualSlot() const
{
return (modifiers & VirtualSlot) == VirtualSlot;
}
QString accessModifierString() const;
bool isDeprecated() const
{
return modifiers & Deprecated;
}
void setRenamedTo(const QString &name)
{
renamedToName = name;
}
QString renamedTo() const
{
return renamedToName;
}
bool isRenameModifier() const
{
return modifiers & Rename;
}
bool isRemoveModifier() const
{
return removal != TypeSystem::NoLanguage;
}
uint modifiers;
QString renamedToName;
TypeSystem::Language removal;
};
struct APIEXTRACTOR_API FunctionModification: public Modification
{
FunctionModification(double vr) : m_thread(false), m_allowThread(false), m_version(vr) {}
bool isCodeInjection() const
{
return modifiers & CodeInjection;
}
void setIsThread(bool flag)
{
m_thread = flag;
}
bool isThread() const
{
return m_thread;
}
bool allowThread() const
{
return m_allowThread;
}
void setAllowThread(bool allow)
{
m_allowThread = allow;
}
double version() const
{
return m_version;
}
bool operator!=(const FunctionModification& other) const;
bool operator==(const FunctionModification& other) const;
QString toString() const;
QString signature;
QString association;
CodeSnipList snips;
QList<ArgumentModification> argument_mods;
private:
FunctionModification() {}
bool m_thread;
bool m_allowThread;
double m_version;
};
typedef QList<FunctionModification> FunctionModificationList;
struct APIEXTRACTOR_API FieldModification: public Modification
{
bool isReadable() const
{
return modifiers & Readable;
}
bool isWritable() const
{
return modifiers & Writable;
}
QString name;
};
typedef QList<FieldModification> FieldModificationList;
/**
* \internal
* Struct used to store information about functions added by the typesystem.
* This info will be used later to create a fake AbstractMetaFunction which
* will be inserted into the right AbstractMetaClass.
*/
struct APIEXTRACTOR_API AddedFunction
{
/// Function access types.
enum Access {
Protected = 0x1,
Public = 0x2
};
/**
* \internal
* Internal struct used to store information about arguments and return type of the
* functions added by the type system. This information is later used to create
* AbstractMetaType and AbstractMetaArgument for the AbstractMetaFunctions.
*/
struct TypeInfo {
TypeInfo() : isConstant(false), indirections(0), isReference(false) {}
QString name;
bool isConstant;
int indirections;
bool isReference;
QString defaultValue;
};
/// Creates a new AddedFunction with a signature and a return type.
AddedFunction(QString signature, QString returnType, double vr);
/// Returns the function name.
QString name() const
{
return m_name;
}
/// Set the function access type.
void setAccess(Access access)
{
m_access = access;
}
/// Returns the function access type.
Access access() const
{
return m_access;
}
/// Returns the function return type.
TypeInfo returnType() const
{
return m_returnType;
}
/// Returns a list of argument type infos.
QList<TypeInfo> arguments() const
{
return m_arguments;
}
/// Returns true if this is a constant method.
bool isConstant() const
{
return m_isConst;
}
/// Set this method static.
void setStatic(bool value)
{
m_isStatic = value;
}
/// Returns true if this is a static method.
bool isStatic() const
{
return m_isStatic;
}
double version() const
{
return m_version;
}
private:
QString m_name;
Access m_access;
QList<TypeInfo> m_arguments;
TypeInfo m_returnType;
bool m_isConst;
bool m_isStatic;
double m_version;
};
typedef QList<AddedFunction> AddedFunctionList;
struct APIEXTRACTOR_API ExpensePolicy
{
ExpensePolicy() : limit(-1) {}
int limit;
QString cost;
bool isValid() const
{
return limit >= 0;
}
};
class InterfaceTypeEntry;
class ObjectTypeEntry;
class APIEXTRACTOR_API DocModification
{
public:
enum Mode {
Append,
Prepend,
Replace,
XPathReplace
};
DocModification(const QString& xpath, const QString& signature, double vr)
: format(TypeSystem::NativeCode), m_mode(XPathReplace),
m_xpath(xpath), m_signature(signature), m_version(vr) {}
DocModification(Mode mode, const QString& signature, double vr)
: m_mode(mode), m_signature(signature), m_version(vr) {}
void setCode(const QString& code)
{
m_code = code;
}
QString code() const
{
return m_code;
}
QString xpath() const
{
return m_xpath;
}
QString signature() const
{
return m_signature;
}
Mode mode() const
{
return m_mode;
}
double version() const
{
return m_version;
}
TypeSystem::Language format;
private:
Mode m_mode;
QString m_code;
QString m_xpath;
QString m_signature;
double m_version;
};
typedef QList<DocModification> DocModificationList;
class CustomConversion;
class APIEXTRACTOR_API TypeEntry
{
public:
enum Type {
PrimitiveType,
VoidType,
VarargsType,
FlagsType,
EnumType,
EnumValue,
TemplateArgumentType,
ThreadType,
BasicValueType,
StringType,
ContainerType,
InterfaceType,
ObjectType,
NamespaceType,
VariantType,
JObjectWrapperType,
CharType,
ArrayType,
TypeSystemType,
CustomType,
TargetLangType,
FunctionType
};
enum CodeGeneration {
GenerateTargetLang = 0x0001,
GenerateCpp = 0x0002,
GenerateForSubclass = 0x0004,
GenerateNothing = 0,
GenerateAll = 0xffff,
GenerateCode = GenerateTargetLang | GenerateCpp
};
TypeEntry(const QString &name, Type t, double vr)
: m_name(name),
m_type(t),
m_codeGeneration(GenerateAll),
m_preferredConversion(true),
m_stream(false),
m_version(vr)
{
};
virtual ~TypeEntry();
Type type() const
{
return m_type;
}
bool isPrimitive() const
{
return m_type == PrimitiveType;
}
bool isEnum() const
{
return m_type == EnumType;
}
bool isFlags() const
{
return m_type == FlagsType;
}
bool isInterface() const
{
return m_type == InterfaceType;
}
bool isObject() const
{
return m_type == ObjectType;
}
bool isString() const
{
return m_type == StringType;
}
bool isChar() const
{
return m_type == CharType;
}
bool isNamespace() const
{
return m_type == NamespaceType;
}
bool isContainer() const
{
return m_type == ContainerType;
}
bool isVariant() const
{
return m_type == VariantType;
}
bool isJObjectWrapper() const
{
return m_type == JObjectWrapperType;
}
bool isArray() const
{
return m_type == ArrayType;
}
bool isTemplateArgument() const
{
return m_type == TemplateArgumentType;
}
bool isVoid() const
{
return m_type == VoidType;
}
bool isVarargs() const
{
return m_type == VarargsType;
}
bool isThread() const
{
return m_type == ThreadType;
}
bool isCustom() const
{
return m_type == CustomType;
}
bool isBasicValue() const
{
return m_type == BasicValueType;
}
bool isTypeSystem() const
{
return m_type == TypeSystemType;
}
bool isFunction() const
{
return m_type == FunctionType;
}
bool isEnumValue() const
{
return m_type == EnumValue;
}
virtual bool preferredConversion() const
{
return m_preferredConversion;
}
virtual void setPreferredConversion(bool b)
{
m_preferredConversion = b;
}
bool stream() const
{
return m_stream;
}
void setStream(bool b)
{
m_stream = b;
}
// The type's name in C++, fully qualified
QString name() const
{
return m_name;
}
uint codeGeneration() const
{
return m_codeGeneration;
}
void setCodeGeneration(uint cg)
{
m_codeGeneration = cg;
}
// Returns true if code must be generated for this entry,
// it will return false in case of types coming from typesystems
// included for reference only.
// NOTE: 'GenerateForSubclass' means 'generate="no"'
// on 'load-typesystem' tag
inline bool generateCode() const
{
return m_codeGeneration != TypeEntry::GenerateForSubclass
&& m_codeGeneration != TypeEntry::GenerateNothing;
}
virtual QString qualifiedCppName() const
{
return m_name;
}
/**
* Its type's name in target language API
* The target language API name represents how this type is
* referred on low level code for the target language.
* Examples: for Java this would be a JNI name, for Python
* it should represent the CPython type name.
* /return string representing the target language API name
* for this type entry
*/
virtual QString targetLangApiName() const
{
return m_name;
}
// The type's name in TargetLang
virtual QString targetLangName() const
{
return m_name;
}
// The type to lookup when converting to TargetLang
virtual QString lookupName() const
{
return targetLangName();
}
// The package
virtual QString targetLangPackage() const
{
return QString();
}
virtual QString qualifiedTargetLangName() const
{
QString pkg = targetLangPackage();
if (pkg.isEmpty())
return targetLangName();
return pkg + '.' + targetLangName();
}
virtual InterfaceTypeEntry *designatedInterface() const
{
return 0;
}
void setCustomConstructor(const CustomFunction &func)
{
m_customConstructor = func;
}
CustomFunction customConstructor() const
{
return m_customConstructor;
}
void setCustomDestructor(const CustomFunction &func)
{
m_customDestructor = func;
}
CustomFunction customDestructor() const
{
return m_customDestructor;
}
virtual bool isValue() const
{
return false;
}
virtual bool isComplex() const
{
return false;
}
virtual bool isNativeIdBased() const
{
return false;
}
CodeSnipList codeSnips() const;
void setCodeSnips(const CodeSnipList &codeSnips)
{
m_codeSnips = codeSnips;
}
void addCodeSnip(const CodeSnip &codeSnip)
{
m_codeSnips << codeSnip;
}
void setDocModification(const DocModificationList& docMods)
{
m_docModifications << docMods;
}
DocModificationList docModifications() const
{
return m_docModifications;
}
IncludeList extraIncludes() const
{
return m_extraIncludes;
}
void setExtraIncludes(const IncludeList &includes)
{
m_extraIncludes = includes;
}
void addExtraInclude(const Include &include)
{
if (!m_includesUsed.value(include.name(), false)) {
m_extraIncludes << include;
m_includesUsed[include.name()] = true;
}
}
Include include() const
{
return m_include;
}
void setInclude(const Include &inc)
{
m_include = inc;
}
// Replace conversionRule arg to CodeSnip in future version
/// Set the type convertion rule
void setConversionRule(const QString& conversionRule)
{
m_conversionRule = conversionRule;
}
/// Returns the type convertion rule
QString conversionRule() const
{
//skip conversions flag
return m_conversionRule.mid(1);
}
/// Returns true if there are any conversiton rule for this type, false otherwise.
bool hasConversionRule() const
{
return !m_conversionRule.isEmpty();
}
double version() const
{
return m_version;
}
/// TODO-CONVERTER: mark as deprecated
bool hasNativeConversionRule() const
{
return m_conversionRule.startsWith(NATIVE_CONVERSION_RULE_FLAG);
}
/// TODO-CONVERTER: mark as deprecated
bool hasTargetConversionRule() const
{
return m_conversionRule.startsWith(TARGET_CONVERSION_RULE_FLAG);
}
bool isCppPrimitive() const;
bool hasCustomConversion() const;
void setCustomConversion(CustomConversion* customConversion);
CustomConversion* customConversion() const;
private:
QString m_name;
Type m_type;
uint m_codeGeneration;
CustomFunction m_customConstructor;
CustomFunction m_customDestructor;
bool m_preferredConversion;
CodeSnipList m_codeSnips;
DocModificationList m_docModifications;
IncludeList m_extraIncludes;
Include m_include;
QHash<QString, bool> m_includesUsed;
QString m_conversionRule;
bool m_stream;
double m_version;
};
typedef QHash<QString, QList<TypeEntry *> > TypeEntryHash;
typedef QHash<QString, TypeEntry *> SingleTypeEntryHash;
class APIEXTRACTOR_API TypeSystemTypeEntry : public TypeEntry
{
public:
TypeSystemTypeEntry(const QString &name, double vr)
: TypeEntry(name, TypeSystemType, vr)
{
};
};
class APIEXTRACTOR_API VoidTypeEntry : public TypeEntry
{
public:
VoidTypeEntry() : TypeEntry("void", VoidType, 0) { }
};
class APIEXTRACTOR_API VarargsTypeEntry : public TypeEntry
{
public:
VarargsTypeEntry() : TypeEntry("...", VarargsType, 0) { }
};
class APIEXTRACTOR_API TemplateArgumentEntry : public TypeEntry
{
public:
TemplateArgumentEntry(const QString &name, double vr)
: TypeEntry(name, TemplateArgumentType, vr), m_ordinal(0)
{
}
int ordinal() const
{
return m_ordinal;
}
void setOrdinal(int o)
{
m_ordinal = o;
}
private:
int m_ordinal;
};
class APIEXTRACTOR_API ArrayTypeEntry : public TypeEntry
{
public:
ArrayTypeEntry(const TypeEntry *nested_type, double vr)
: TypeEntry("Array", ArrayType, vr), m_nestedType(nested_type)
{
Q_ASSERT(m_nestedType);
}
void setNestedTypeEntry(TypeEntry *nested)
{
m_nestedType = nested;
}
const TypeEntry *nestedTypeEntry() const
{
return m_nestedType;
}
QString targetLangName() const
{
return m_nestedType->targetLangName() + "[]";
}
QString targetLangApiName() const
{
if (m_nestedType->isPrimitive())
return m_nestedType->targetLangApiName() + "Array";
else
return "jobjectArray";
}
private:
const TypeEntry *m_nestedType;
};
class APIEXTRACTOR_API PrimitiveTypeEntry : public TypeEntry
{
public:
PrimitiveTypeEntry(const QString &name, double vr)
: TypeEntry(name, PrimitiveType, vr),
m_preferredConversion(true),
m_preferredTargetLangType(true),
m_aliasedTypeEntry(0)
{
}
QString targetLangName() const
{
return m_targetLangName;
}
void setTargetLangName(const QString &targetLangName)
{
m_targetLangName = targetLangName;
}
QString targetLangApiName() const
{
return m_targetLangApiName;
}
void setTargetLangApiName(const QString &targetLangApiName)
{
m_targetLangApiName = targetLangApiName;
}
QString defaultConstructor() const
{
return m_defaultConstructor;
}
void setDefaultConstructor(const QString& defaultConstructor)
{
m_defaultConstructor = defaultConstructor;
}
bool hasDefaultConstructor() const
{
return !m_defaultConstructor.isEmpty();
}
/**
* The PrimitiveTypeEntry pointed by this type entry if it
* represents an alias (i.e. a typedef).
* /return the type pointed by the alias, or a null pointer
* if the current object is not an alias
*/
PrimitiveTypeEntry* aliasedTypeEntry() const { return m_aliasedTypeEntry; }
/**
* Defines type aliased by this entry.
* /param aliasedTypeEntry type aliased by this entry
*/
void setAliasedTypeEntry(PrimitiveTypeEntry* aliasedTypeEntry)
{
m_aliasedTypeEntry = aliasedTypeEntry;
}
/**
* Finds the most basic primitive type that the typedef represents,
* i.e. a type that is not an alias.
* /return the most basic non-aliased primitive type represented
* by this typedef
*/
PrimitiveTypeEntry* basicAliasedTypeEntry() const;
virtual bool preferredConversion() const
{
return m_preferredConversion;
}
virtual void setPreferredConversion(bool b)
{
m_preferredConversion = b;
}
virtual bool preferredTargetLangType() const
{
return m_preferredTargetLangType;
}
virtual void setPreferredTargetLangType(bool b)
{
m_preferredTargetLangType = b;
}
void setTargetLangPackage(const QString& package);
QString targetLangPackage() const;
private:
QString m_targetLangName;
QString m_targetLangApiName;
QString m_defaultConstructor;
uint m_preferredConversion : 1;
uint m_preferredTargetLangType : 1;
PrimitiveTypeEntry* m_aliasedTypeEntry;
};
typedef QList<const PrimitiveTypeEntry*> PrimitiveTypeEntryList;
struct APIEXTRACTOR_API EnumValueRedirection
{
EnumValueRedirection(const QString &rej, const QString &us)
: rejected(rej),
used(us)
{
}
QString rejected;
QString used;
};
class APIEXTRACTOR_API EnumTypeEntry : public TypeEntry
{
public:
EnumTypeEntry(const QString &nspace, const QString &enumName, double vr)
: TypeEntry(nspace.isEmpty() ? enumName : nspace + QLatin1String("::") + enumName,
EnumType, vr),
m_flags(0),
m_extensible(false)
{
m_qualifier = nspace;
m_targetLangName = enumName;
}
QString targetLangPackage() const
{
return m_packageName;
}
void setTargetLangPackage(const QString &package)
{
m_packageName = package;
}
QString targetLangName() const
{
return m_targetLangName;
}
QString targetLangQualifier() const;
QString qualifiedTargetLangName() const
{
QString qualifiedName;
QString pkg = targetLangPackage();
QString qualifier = targetLangQualifier();
if (!pkg.isEmpty())
qualifiedName += pkg + '.';
if (!qualifier.isEmpty())
qualifiedName += qualifier + '.';
qualifiedName += targetLangName();
return qualifiedName;
}
QString targetLangApiName() const;
QString qualifier() const
{
return m_qualifier;
}
void setQualifier(const QString &q)
{
m_qualifier = q;
}
virtual bool preferredConversion() const
{
return false;
}
bool isBoundsChecked() const
{
return m_lowerBound.isEmpty() && m_upperBound.isEmpty();
}
QString upperBound() const
{
return m_upperBound;
}
void setUpperBound(const QString &bound)
{
m_upperBound = bound;
}
QString lowerBound() const
{
return m_lowerBound;
}
void setLowerBound(const QString &bound)
{
m_lowerBound = bound;
}
void setFlags(FlagsTypeEntry *flags)
{
m_flags = flags;
}
FlagsTypeEntry *flags() const
{
return m_flags;
}
bool isExtensible() const
{
return m_extensible;
}
void setExtensible(bool is)
{
m_extensible = is;
}
bool isEnumValueRejected(const QString &name)
{
return m_rejectedEnums.contains(name);
}
void addEnumValueRejection(const QString &name)
{
m_rejectedEnums << name;
}
QStringList enumValueRejections() const
{
return m_rejectedEnums;
}
void addEnumValueRedirection(const QString &rejected, const QString &usedValue);
QString enumValueRedirection(const QString &value) const;
bool forceInteger() const
{
return m_forceInteger;
}
void setForceInteger(bool force)
{
m_forceInteger = force;
}
bool isAnonymous() const
{
return m_anonymous;
}
void setAnonymous(bool anonymous)
{
m_anonymous = anonymous;
}
private:
QString m_packageName;
QString m_qualifier;
QString m_targetLangName;
QString m_lowerBound;
QString m_upperBound;
QStringList m_rejectedEnums;
QList<EnumValueRedirection> m_enumRedirections;
FlagsTypeEntry *m_flags;
bool m_extensible;
bool m_forceInteger;
bool m_anonymous;
};
class APIEXTRACTOR_API EnumValueTypeEntry : public TypeEntry
{
public:
EnumValueTypeEntry(const QString& name, const QString& value, const EnumTypeEntry* enclosingEnum, double vr)
: TypeEntry(name, TypeEntry::EnumValue, vr), m_value(value), m_enclosingEnum(enclosingEnum)
{
}
QString value() const { return m_value; }
const EnumTypeEntry* enclosingEnum() const { return m_enclosingEnum; }
private:
QString m_value;
const EnumTypeEntry* m_enclosingEnum;
};
class APIEXTRACTOR_API FlagsTypeEntry : public TypeEntry
{
public:
FlagsTypeEntry(const QString &name, double vr) : TypeEntry(name, FlagsType, vr), m_enum(0)
{
}
QString qualifiedTargetLangName() const;
QString targetLangName() const
{
return m_targetLangName;
}
QString targetLangApiName() const;
virtual bool preferredConversion() const
{
return false;
}
QString originalName() const
{
return m_originalName;
}
void setOriginalName(const QString &s)
{
m_originalName = s;
}
QString flagsName() const
{
return m_targetLangName;
}
void setFlagsName(const QString &name)
{
m_targetLangName = name;
}
bool forceInteger() const
{
return m_enum->forceInteger();
}
EnumTypeEntry *originator() const
{
return m_enum;
}
void setOriginator(EnumTypeEntry *e)
{
m_enum = e;
}
QString targetLangPackage() const
{
return m_enum->targetLangPackage();
}
private:
QString m_originalName;
QString m_targetLangName;
EnumTypeEntry *m_enum;
};
class APIEXTRACTOR_API ComplexTypeEntry : public TypeEntry
{
public:
enum TypeFlag {
ForceAbstract = 0x1,
DeleteInMainThread = 0x2,
Deprecated = 0x4
};
typedef QFlags<TypeFlag> TypeFlags;
enum CopyableFlag {
CopyableSet,
NonCopyableSet,
Unknown
};
ComplexTypeEntry(const QString &name, Type t, double vr)
: TypeEntry(QString(name).replace(".*::", ""), t, vr),
m_qualifiedCppName(name),
m_qobject(false),
m_polymorphicBase(false),
m_genericClass(false),
m_typeFlags(0),
m_copyableFlag(Unknown),
m_hashFunction(""),
m_baseContainerType(0)
{
}
bool isComplex() const
{
return true;
}
ComplexTypeEntry *copy() const
{
ComplexTypeEntry *centry = new ComplexTypeEntry(name(), type(), version());
centry->setInclude(include());
centry->setExtraIncludes(extraIncludes());
centry->setAddedFunctions(addedFunctions());
centry->setFunctionModifications(functionModifications());
centry->setFieldModifications(fieldModifications());
centry->setQObject(isQObject());
centry->setDefaultSuperclass(defaultSuperclass());
centry->setCodeSnips(codeSnips());
centry->setTargetLangPackage(targetLangPackage());
centry->setBaseContainerType(baseContainerType());
centry->setDefaultConstructor(defaultConstructor());
return centry;
}
void setLookupName(const QString &name)
{
m_lookupName = name;
}
virtual QString lookupName() const
{
return m_lookupName.isEmpty() ? targetLangName() : m_lookupName;
}
QString targetLangApiName() const;
void setTypeFlags(TypeFlags flags)
{
m_typeFlags = flags;
}
TypeFlags typeFlags() const
{
return m_typeFlags;
}
FunctionModificationList functionModifications() const
{
return m_functionMods;
}
void setFunctionModifications(const FunctionModificationList &functionModifications)
{
m_functionMods = functionModifications;
}
void addFunctionModification(const FunctionModification &functionModification)
{
m_functionMods << functionModification;
}
FunctionModificationList functionModifications(const QString &signature) const;
AddedFunctionList addedFunctions() const
{
return m_addedFunctions;
}
void setAddedFunctions(const AddedFunctionList &addedFunctions)
{
m_addedFunctions = addedFunctions;
}
void addNewFunction(const AddedFunction &addedFunction)
{
m_addedFunctions << addedFunction;
}
FieldModification fieldModification(const QString &name) const;
void setFieldModifications(const FieldModificationList &mods)
{
m_fieldMods = mods;
}
FieldModificationList fieldModifications() const
{
return m_fieldMods;
}
QString targetLangPackage() const
{
return m_package;
}
void setTargetLangPackage(const QString &package)
{
m_package = package;
}
bool isQObject() const
{
return m_qobject;
}
void setQObject(bool qobject)
{
m_qobject = qobject;
}
QString defaultSuperclass() const
{
return m_defaultSuperclass;
}
void setDefaultSuperclass(const QString &sc)
{
m_defaultSuperclass = sc;
}
virtual QString qualifiedCppName() const
{
return m_qualifiedCppName;
}
void setIsPolymorphicBase(bool on)
{
m_polymorphicBase = on;
}
bool isPolymorphicBase() const
{
return m_polymorphicBase;
}
void setPolymorphicIdValue(const QString &value)
{
m_polymorphicIdValue = value;
}
QString polymorphicIdValue() const
{
return m_polymorphicIdValue;
}
void setHeldType(const QString &value)
{
m_heldTypeValue = value;
}
QString heldTypeValue() const
{
return m_heldTypeValue;
}
void setExpensePolicy(const ExpensePolicy &policy)
{
m_expensePolicy = policy;
}
const ExpensePolicy &expensePolicy() const
{
return m_expensePolicy;
}
QString targetType() const
{
return m_targetType;
}
void setTargetType(const QString &code)
{
m_targetType = code;
}
QString targetLangName() const
{
return m_targetLangName.isEmpty()
? TypeEntry::targetLangName()
: m_targetLangName;
}
void setTargetLangName(const QString &name)
{
m_targetLangName = name;
}
bool isGenericClass() const
{
return m_genericClass;
}
void setGenericClass(bool isGeneric)
{
m_genericClass = isGeneric;
}
CopyableFlag copyable() const
{
return m_copyableFlag;
}
void setCopyable(CopyableFlag flag)
{
m_copyableFlag = flag;
}
QString hashFunction() const
{
return m_hashFunction;
}
void setHashFunction(QString hashFunction)
{
m_hashFunction = hashFunction;
}
void setBaseContainerType(const ComplexTypeEntry *baseContainer)
{
m_baseContainerType = baseContainer;
}
const ComplexTypeEntry* baseContainerType() const
{
return m_baseContainerType;
}
QString defaultConstructor() const;
void setDefaultConstructor(const QString& defaultConstructor);
bool hasDefaultConstructor() const;
private:
AddedFunctionList m_addedFunctions;
FunctionModificationList m_functionMods;
FieldModificationList m_fieldMods;
QString m_package;
QString m_defaultSuperclass;
QString m_qualifiedCppName;
QString m_targetLangName;
uint m_qobject : 1;
uint m_polymorphicBase : 1;
uint m_genericClass : 1;
QString m_polymorphicIdValue;
QString m_heldTypeValue;
QString m_lookupName;
QString m_targetType;
ExpensePolicy m_expensePolicy;
TypeFlags m_typeFlags;
CopyableFlag m_copyableFlag;
QString m_hashFunction;
const ComplexTypeEntry* m_baseContainerType;
};
class APIEXTRACTOR_API ContainerTypeEntry : public ComplexTypeEntry
{
public:
enum Type {
NoContainer,
ListContainer,
StringListContainer,
LinkedListContainer,
VectorContainer,
StackContainer,
QueueContainer,
SetContainer,
MapContainer,
MultiMapContainer,
HashContainer,
MultiHashContainer,
PairContainer,
};
ContainerTypeEntry(const QString &name, Type type, double vr)
: ComplexTypeEntry(name, ContainerType, vr), m_type(type)
{
setCodeGeneration(GenerateForSubclass);
}
Type type() const
{
return m_type;
}
QString typeName() const;
QString targetLangName() const;
QString targetLangPackage() const;
QString qualifiedCppName() const;
static Type containerTypeFromString(QString typeName)
{
static QHash<QString, Type> m_stringToContainerType;
if (m_stringToContainerType.isEmpty()) {
m_stringToContainerType["list"] = ListContainer;
m_stringToContainerType["string-list"] = StringListContainer;
m_stringToContainerType["linked-list"] = LinkedListContainer;
m_stringToContainerType["vector"] = VectorContainer;
m_stringToContainerType["stack"] = StackContainer;
m_stringToContainerType["queue"] = QueueContainer;
m_stringToContainerType["set"] = SetContainer;
m_stringToContainerType["map"] = MapContainer;
m_stringToContainerType["multi-map"] = MultiMapContainer;
m_stringToContainerType["hash"] = HashContainer;
m_stringToContainerType["multi-hash"] = MultiHashContainer;
m_stringToContainerType["pair"] = PairContainer;
}
return m_stringToContainerType.value(typeName, NoContainer);
}
private:
Type m_type;
};
typedef QList<const ContainerTypeEntry*> ContainerTypeEntryList;
class APIEXTRACTOR_API NamespaceTypeEntry : public ComplexTypeEntry
{
public:
NamespaceTypeEntry(const QString &name, double vr) : ComplexTypeEntry(name, NamespaceType, vr) { }
};
class APIEXTRACTOR_API ValueTypeEntry : public ComplexTypeEntry
{
public:
ValueTypeEntry(const QString &name, double vr) : ComplexTypeEntry(name, BasicValueType, vr) { }
bool isValue() const
{
return true;
}
virtual bool isNativeIdBased() const
{
return true;
}
protected:
ValueTypeEntry(const QString &name, Type t, double vr) : ComplexTypeEntry(name, t, vr) { }
};
class APIEXTRACTOR_API StringTypeEntry : public ValueTypeEntry
{
public:
StringTypeEntry(const QString &name, double vr)
: ValueTypeEntry(name, StringType, vr)
{
setCodeGeneration(GenerateNothing);
}
QString targetLangApiName() const;
QString targetLangName() const;
QString targetLangPackage() const;
virtual bool isNativeIdBased() const
{
return false;
}
};
class APIEXTRACTOR_API CharTypeEntry : public ValueTypeEntry
{
public:
CharTypeEntry(const QString &name, double vr) : ValueTypeEntry(name, CharType, vr)
{
setCodeGeneration(GenerateNothing);
}
QString targetLangApiName() const;
QString targetLangName() const;
QString targetLangPackage() const
{
return QString();
}
virtual bool isNativeIdBased() const
{
return false;
}
};
class APIEXTRACTOR_API VariantTypeEntry: public ValueTypeEntry
{
public:
VariantTypeEntry(const QString &name, double vr) : ValueTypeEntry(name, VariantType, vr) { }
QString targetLangApiName() const;
QString targetLangName() const;
QString targetLangPackage() const;
virtual bool isNativeIdBased() const
{
return false;
}
};
class APIEXTRACTOR_API InterfaceTypeEntry : public ComplexTypeEntry
{
public:
InterfaceTypeEntry(const QString &name, double vr)
: ComplexTypeEntry(name, InterfaceType, vr) {}
static QString interfaceName(const QString &name)
{
return name + "Interface";
}
ObjectTypeEntry *origin() const
{
return m_origin;
}
void setOrigin(ObjectTypeEntry *origin)
{
m_origin = origin;
}
virtual bool isNativeIdBased() const
{
return true;
}
virtual QString qualifiedCppName() const
{
return ComplexTypeEntry::qualifiedCppName().left(ComplexTypeEntry::qualifiedCppName().length() - interfaceName("").length());
}
private:
ObjectTypeEntry *m_origin;
};
class APIEXTRACTOR_API FunctionTypeEntry : public TypeEntry
{
public:
FunctionTypeEntry(const QString& name, const QString& signature, double vr)
: TypeEntry(name, FunctionType, vr)
{
addSignature(signature);
}
void addSignature(const QString& signature)
{
m_signatures << signature;
}
QStringList signatures() const
{
return m_signatures;
}
bool hasSignature(const QString& signature) const
{
return m_signatures.contains(signature);
}
private:
QStringList m_signatures;
};
class APIEXTRACTOR_API ObjectTypeEntry : public ComplexTypeEntry
{
public:
ObjectTypeEntry(const QString &name, double vr)
: ComplexTypeEntry(name, ObjectType, vr), m_interface(0) {}
InterfaceTypeEntry *designatedInterface() const
{
return m_interface;
}
void setDesignatedInterface(InterfaceTypeEntry *entry)
{
m_interface = entry;
}
virtual bool isNativeIdBased() const
{
return true;
}
private:
InterfaceTypeEntry *m_interface;
};
struct APIEXTRACTOR_API TypeRejection
{
QString class_name;
QString function_name;
QString field_name;
QString enum_name;
};
APIEXTRACTOR_API QString fixCppTypeName(const QString &name);
class APIEXTRACTOR_API CustomConversion
{
public:
CustomConversion(TypeEntry* ownerType);
~CustomConversion();
const TypeEntry* ownerType() const;
QString nativeToTargetConversion() const;
void setNativeToTargetConversion(const QString& nativeToTargetConversion);
class APIEXTRACTOR_API TargetToNativeConversion
{
public:
TargetToNativeConversion(const QString& sourceTypeName,
const QString& sourceTypeCheck,
const QString& conversion = QString());
~TargetToNativeConversion();
const TypeEntry* sourceType() const;
void setSourceType(const TypeEntry* sourceType);
bool isCustomType() const;
QString sourceTypeName() const;
QString sourceTypeCheck() const;
QString conversion() const;
void setConversion(const QString& conversion);
private:
struct TargetToNativeConversionPrivate;
TargetToNativeConversionPrivate* m_d;
};
/**
* Returns true if the target to C++ custom conversions should
* replace the original existing ones, and false if the custom
* conversions should be added to the original.
*/
bool replaceOriginalTargetToNativeConversions() const;
void setReplaceOriginalTargetToNativeConversions(bool replaceOriginalTargetToNativeConversions);
typedef QList<TargetToNativeConversion*> TargetToNativeConversions;
bool hasTargetToNativeConversions() const;
TargetToNativeConversions& targetToNativeConversions();
const TargetToNativeConversions& targetToNativeConversions() const;
void addTargetToNativeConversion(const QString& sourceTypeName,
const QString& sourceTypeCheck,
const QString& conversion = QString());
private:
struct CustomConversionPrivate;
CustomConversionPrivate* m_d;
};
#endif // TYPESYSTEM_H
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