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1238 lines (980 loc) · 35.6 KB
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/****************************************************************************
**
** Copyright (C) 2008-2009 Nokia Corporation and/or its subsidiary(-ies).
** All rights reserved.
** Contact: Nokia Corporation (qt-info@nokia.com)
**
** This file is part of the Qt Script Generator project on Qt Labs.
**
** $QT_BEGIN_LICENSE:LGPL$
** No Commercial Usage
** This file contains pre-release code and may not be distributed.
** You may use this file in accordance with the terms and conditions
** contained in the Technology Preview License Agreement accompanying
** this package.
**
** GNU Lesser General Public License Usage
** Alternatively, this file may be used under the terms of the GNU Lesser
** General Public License version 2.1 as published by the Free Software
** Foundation and appearing in the file LICENSE.LGPL included in the
** packaging of this file. Please review the following information to
** ensure the GNU Lesser General Public License version 2.1 requirements
** will be met: http://www.gnu.org/licenses/old-licenses/lgpl-2.1.html.
**
** In addition, as a special exception, Nokia gives you certain additional
** rights. These rights are described in the Nokia Qt LGPL Exception
** version 1.1, included in the file LGPL_EXCEPTION.txt in this package.
**
** If you have questions regarding the use of this file, please contact
** Nokia at qt-info@nokia.com.
**
**
**
**
**
**
**
**
** $QT_END_LICENSE$
**
****************************************************************************/
#ifndef TYPESYSTEM_H
#define TYPESYSTEM_H
#include <QtCore/QHash>
#include <QtCore/QString>
#include <QtCore/QStringList>
#include <QtCore/QMap>
#include <QDebug>
class Indentor;
class AbstractMetaType;
class QTextStream;
class EnumTypeEntry;
class FlagsTypeEntry;
extern QString strings_Object;
extern QString strings_String;
extern QString strings_Thread;
extern QString strings_char;
extern QString strings_java_lang;
extern QString strings_jchar;
extern QString strings_jobject;
struct Include
{
enum IncludeType {
IncludePath,
LocalPath,
TargetLangImport
};
Include() : type(IncludePath) { }
Include(IncludeType t, const QString &nam) : type(t), name(nam) { };
bool isValid() { return !name.isEmpty(); }
IncludeType type;
QString name;
QString toString() const;
bool operator<(const Include &other) const { return name < other.name; }
};
typedef QList<Include> IncludeList;
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,
PyWrapperCode = 0x0100,
PyWrapperDeclaration = 0x0200,
PyWrapperOperators = 0x0400,
PyShellDeclaration = 0x0800,
PyInheritShellDeclaration = 0x1000,
PyInitSource = 0x2000,
PySetWrapperFunc = 0x4000,
PyInheritShellConstructorCode = 0x8000,
// masks
All = TargetLangCode
| NativeCode
| ShellCode
| ShellDeclaration
| PackageInitializer
| Constructors
| Interface
| DestructorFunction,
JavaAndNativeCode = TargetLangCode | NativeCode,
TargetLangAndNativeCode = TargetLangCode | NativeCode
};
enum Ownership {
InvalidOwnership,
DefaultOwnership,
TargetLangOwnership,
CppOwnership,
TargetLangThisOwnership
};
//! A better normalized signature, which takes care of PODs with the same name
QByteArray normalizedSignature(const char* signature);
};
struct ReferenceCount
{
ReferenceCount() : threadSafe(false), access(Public) { }
enum Action { // 0x01 - 0xff
Invalid = 0x00,
Add = 0x01,
AddAll = 0x02,
Remove = 0x04,
Set = 0x08,
Ignore = 0x10,
ActionsMask = 0xff,
Padding = 0xffffffff
};
enum Flag { // 0x100 - 0xf00
ThreadSafe = 0x100,
Static = 0x200,
DeclareVariable = 0x400,
FlagsMask = 0xf00
};
enum Access { // 0x1000 - 0xf000
Private = 0x1000,
Protected = 0x2000,
Friendly = 0x3000,
Public = 0x4000,
AccessMask = 0xf000
};
Action action;
QString variableName;
QString conditional;
QString declareVariable;
uint threadSafe : 1;
uint access;
};
class CodeSnipFragment{
private:
const 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 CodeSnipAbstract{
public:
QString code() const;
void addCode(const QString &code){
codeList.append(new CodeSnipFragment(code));
}
void addTemplateInstance(TemplateInstance *ti){
codeList.append(new CodeSnipFragment(ti));
}
QList<CodeSnipFragment*> codeList;
};
class CustomFunction : public CodeSnipAbstract
{
public:
CustomFunction(const QString &n = QString()) : name(n) { }
QString name;
QString param_name;
};
class TemplateEntry : public CodeSnipAbstract
{
public:
TemplateEntry(const QString &name)
: m_name(name)
{
};
QString name() const {
return m_name;
};
private:
QString m_name;
};
typedef QHash<QString, TemplateEntry *> TemplateEntryHash;
class TemplateInstance
{
public:
TemplateInstance(const QString &name)
: m_name(name)
{}
void addReplaceRule(const QString &name, const QString &value){
replaceRules[name]=value;
}
QString expandCode() const;
QString name() const {
return m_name;
}
private:
const QString m_name;
QHash<QString, QString> replaceRules;
};
class CodeSnip : public CodeSnipAbstract
{
public:
enum Position {
Beginning,
End,
AfterThis,
// QtScript
PrototypeInitialization,
ConstructorInitialization,
Constructor
};
CodeSnip() : language(TypeSystem::TargetLangCode) { }
CodeSnip(TypeSystem::Language lang) : language(lang) { }
// Very simple, easy to make code ugly if you try
QTextStream &formattedCode(QTextStream &s, Indentor &indentor) const;
TypeSystem::Language language;
Position position;
ArgumentMap argumentMap;
};
typedef QList<CodeSnip> CodeSnipList;
struct ArgumentModification
{
ArgumentModification(int idx) : removed_default_expression(false), removed(false), no_null_pointers(false), index(idx)
{}
// Should the default expression be removed?
uint removed_default_expression : 1;
uint removed : 1;
uint no_null_pointers : 1;
uint reset_after_use : 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 no_null_pointers is true and
// the returned value is null. If no_null_pointers 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 null_pointer_default_value;
// The text of the new default expression of the argument
QString replaced_default_expression;
// The new definition of ownership for a specific argument
QHash<TypeSystem::Language, TypeSystem::Ownership> ownerships;
// Different conversion rules
CodeSnipList conversion_rules;
};
struct 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) { }
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; }
uint modifiers;
QString renamedToName;
};
struct FunctionModification: public Modification
{
FunctionModification() : removal(TypeSystem::NoLanguage) { }
bool isCodeInjection() const { return modifiers & CodeInjection; }
bool isRemoveModifier() const { return removal != TypeSystem::NoLanguage; }
QString toString() const;
QString signature;
QString association;
CodeSnipList snips;
TypeSystem::Language removal;
QList<ArgumentModification> argument_mods;
};
typedef QList<FunctionModification> FunctionModificationList;
struct FieldModification: public Modification
{
bool isReadable() const { return modifiers & Readable; }
bool isWritable() const { return modifiers & Writable; }
QString name;
};
typedef QList<FieldModification> FieldModificationList;
struct ExpensePolicy {
ExpensePolicy() : limit(-1) { }
int limit;
QString cost;
bool isValid() const { return limit >= 0; }
};
class InterfaceTypeEntry;
class ObjectTypeEntry;
class TypeEntry
{
public:
enum Type {
PrimitiveType,
VoidType,
FlagsType,
EnumType,
TemplateArgumentType,
ThreadType,
BasicValueType,
StringType,
ContainerType,
InterfaceType,
ObjectType,
NamespaceType,
VariantType,
JObjectWrapperType,
CharType,
ArrayType,
TypeSystemType,
CustomType,
};
enum CodeGeneration {
GenerateTargetLang = 0x0001,
GenerateCpp = 0x0002,
GenerateForSubclass = 0x0004,
GenerateNothing = 0,
GenerateAll = 0xffff,
GenerateCode = GenerateTargetLang | GenerateCpp
};
TypeEntry(const QString &name, Type t)
: m_name(name),
m_type(t),
m_code_generation(GenerateAll),
m_preferred_conversion(true)
{
};
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 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; }
virtual bool preferredConversion() const { return m_preferred_conversion; }
virtual void setPreferredConversion(bool b) { m_preferred_conversion = b; }
// The type's name in C++, fully qualified
QString name() const { return m_name; }
uint codeGeneration() const { return m_code_generation; }
void setCodeGeneration(uint cg) { m_code_generation = cg; }
virtual QString qualifiedCppName() const { return m_name; }
// Its type's name in JNI
virtual QString jniName() 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 javaPackage() const { return QString(); }
virtual QString qualifiedTargetLangName() const {
QString pkg = javaPackage();
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; }
private:
QString m_name;
Type m_type;
uint m_code_generation;
CustomFunction m_customConstructor;
CustomFunction m_customDestructor;
bool m_preferred_conversion;
};
typedef QHash<QString, QList<TypeEntry *> > TypeEntryHash;
typedef QHash<QString, TypeEntry *> SingleTypeEntryHash;
class TypeSystemTypeEntry : public TypeEntry
{
public:
TypeSystemTypeEntry(const QString &name)
: TypeEntry(name, TypeSystemType)
{
};
QList<CodeSnip> snips;
};
class ThreadTypeEntry : public TypeEntry
{
public:
ThreadTypeEntry() : TypeEntry("QThread", ThreadType) { setCodeGeneration(GenerateNothing); }
QString jniName() const { return strings_jobject; }
QString targetLangName() const { return strings_Thread; }
QString javaPackage() const { return strings_java_lang; }
};
class VoidTypeEntry : public TypeEntry
{
public:
VoidTypeEntry() : TypeEntry("void", VoidType) { }
};
class TemplateArgumentEntry : public TypeEntry
{
public:
TemplateArgumentEntry(const QString &name)
: TypeEntry(name, TemplateArgumentType), m_ordinal(0)
{
}
int ordinal() const { return m_ordinal; }
void setOrdinal(int o) { m_ordinal = o; }
private:
int m_ordinal;
};
class ArrayTypeEntry : public TypeEntry
{
public:
ArrayTypeEntry(const TypeEntry *nested_type) : TypeEntry("Array", ArrayType), m_nested_type(nested_type)
{
Q_ASSERT(m_nested_type);
}
void setNestedTypeEntry(TypeEntry *nested) { m_nested_type = nested; }
const TypeEntry *nestedTypeEntry() const { return m_nested_type; }
QString targetLangName() const { return m_nested_type->targetLangName() + "[]"; }
QString jniName() const
{
if (m_nested_type->isPrimitive())
return m_nested_type->jniName() + "Array";
else
return "jobjectArray";
}
private:
const TypeEntry *m_nested_type;
};
class PrimitiveTypeEntry : public TypeEntry
{
public:
PrimitiveTypeEntry(const QString &name)
: TypeEntry(name, PrimitiveType), m_preferred_conversion(true), m_preferred_java_type(true)
{
}
QString targetLangName() const { return m_java_name; }
void setTargetLangName(const QString &targetLangName) { m_java_name = targetLangName; }
QString jniName() const { return m_jni_name; }
void setJniName(const QString &jniName) { m_jni_name = jniName; }
QString javaObjectFullName() const { return javaObjectPackage() + "." + javaObjectName(); }
QString javaObjectName() const;
QString javaObjectPackage() const { return strings_java_lang; }
virtual bool preferredConversion() const { return m_preferred_conversion; }
virtual void setPreferredConversion(bool b) { m_preferred_conversion = b; }
virtual bool preferredTargetLangType() const { return m_preferred_java_type; }
virtual void setPreferredTargetLangType(bool b) { m_preferred_java_type = b; }
private:
QString m_java_name;
QString m_jni_name;
uint m_preferred_conversion : 1;
uint m_preferred_java_type : 1;
};
struct EnumValueRedirection
{
EnumValueRedirection(const QString &rej, const QString &us)
: rejected(rej),
used(us)
{
}
QString rejected;
QString used;
};
class EnumTypeEntry : public TypeEntry
{
public:
EnumTypeEntry(const QString &nspace, const QString &enumName)
: TypeEntry(nspace.isEmpty() ? enumName : nspace + QLatin1String("::") + enumName,
EnumType),
m_flags(0),
m_extensible(false)
{
m_qualifier = nspace;
m_java_name = enumName;
}
QString javaPackage() const { return m_package_name; }
void setTargetLangPackage(const QString &package) { m_package_name = package; }
QString targetLangName() const { return m_java_name; }
QString javaQualifier() const;
QString qualifiedTargetLangName() const {
QString pkg = javaPackage();
if (pkg.isEmpty()) return javaQualifier() + '.' + targetLangName();
return pkg + '.' + javaQualifier() + '.' + targetLangName();
}
QString jniName() const;
Include include() const { return m_include; }
void setInclude(const Include &inc) { m_include = inc; }
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_lower_bound.isEmpty() && m_upper_bound.isEmpty(); }
QString upperBound() const { return m_upper_bound; }
void setUpperBound(const QString &bound) { m_upper_bound = bound; }
QString lowerBound() const { return m_lower_bound; }
void setLowerBound(const QString &bound) { m_lower_bound = 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_rejected_enums.contains(name); }
void addEnumValueRejection(const QString &name) { m_rejected_enums << name; }
QStringList enumValueRejections() const { return m_rejected_enums; }
void addEnumValueRedirection(const QString &rejected, const QString &usedValue);
QString enumValueRedirection(const QString &value) const;
bool forceInteger() const { return m_force_integer; }
void setForceInteger(bool force) { m_force_integer = force; }
private:
Include m_include;
QString m_package_name;
QString m_qualifier;
QString m_java_name;
QString m_lower_bound;
QString m_upper_bound;
QStringList m_rejected_enums;
QList<EnumValueRedirection> m_enum_redirections;
FlagsTypeEntry *m_flags;
bool m_extensible;
bool m_force_integer;
};
class FlagsTypeEntry : public TypeEntry
{
public:
FlagsTypeEntry(const QString &name) : TypeEntry(name, FlagsType), m_enum(0)
{
}
QString qualifiedTargetLangName() const;
QString targetLangName() const { return m_java_name; }
QString jniName() const;
virtual bool preferredConversion() const { return false; }
QString originalName() const { return m_original_name; }
void setOriginalName(const QString &s) { m_original_name = s; }
QString flagsName() const { return m_java_name; }
void setFlagsName(const QString &name) { m_java_name = name; }
bool forceInteger() const { return m_enum->forceInteger(); }
EnumTypeEntry *originator() const { return m_enum; }
void setOriginator(EnumTypeEntry *e) { m_enum = e; }
QString javaPackage() const { return m_enum->javaPackage(); }
private:
QString m_original_name;
QString m_java_name;
EnumTypeEntry *m_enum;
};
class ComplexTypeEntry : public TypeEntry
{
public:
enum TypeFlag {
ForceAbstract = 0x1,
DeleteInMainThread = 0x2,
Deprecated = 0x4
};
typedef QFlags<TypeFlag> TypeFlags;
ComplexTypeEntry(const QString &name, Type t)
: TypeEntry(QString(name).replace("::", "__"), t),
m_qualified_cpp_name(name),
m_qobject(false),
m_polymorphic_base(false),
m_generic_class(false),
m_createShell(false),
m_createPromoter(false),
m_type_flags(0)
{
Include inc;
inc.name = "QVariant";
inc.type = Include::IncludePath;
addExtraInclude(inc);
}
bool isComplex() const { return true; }
IncludeList extraIncludes() const { return m_extra_includes; }
void setExtraIncludes(const IncludeList &includes) { m_extra_includes = includes; }
void addExtraInclude(const Include &include)
{
if (!m_includes_used.value(include.name, false)) {
m_extra_includes << include;
m_includes_used[include.name] = true;
}
}
ComplexTypeEntry *copy() const
{
ComplexTypeEntry *centry = new ComplexTypeEntry(name(), type());
centry->setInclude(include());
centry->setExtraIncludes(extraIncludes());
centry->setFunctionModifications(functionModifications());
centry->setFieldModifications(fieldModifications());
centry->setQObject(isQObject());
centry->setDefaultSuperclass(defaultSuperclass());
centry->setCodeSnips(codeSnips());
centry->setTargetLangPackage(javaPackage());
return centry;
}
void setLookupName(const QString &name)
{
m_lookup_name = name;
}
virtual QString lookupName() const
{
return m_lookup_name.isEmpty() ? targetLangName() : m_lookup_name;
}
QString jniName() const { return strings_jobject; }
Include include() const { return m_include; }
void setInclude(const Include &inc) { m_include = inc; }
void setTypeFlags(TypeFlags flags)
{
m_type_flags = flags;
}
TypeFlags typeFlags() const
{
return m_type_flags;
}
CodeSnipList codeSnips() const { return m_code_snips; }
void setCodeSnips(const CodeSnipList &codeSnips) { m_code_snips = codeSnips; }
void addCodeSnip(const CodeSnip &codeSnip) { m_code_snips << codeSnip; }
FunctionModificationList functionModifications() const { return m_function_mods; }
void setFunctionModifications(const FunctionModificationList &functionModifications) {
m_function_mods = functionModifications;
}
void addFunctionModification(const FunctionModification &functionModification) {
m_function_mods << functionModification;
}
FunctionModificationList functionModifications(const QString &signature) const;
FieldModification fieldModification(const QString &name) const;
void setFieldModifications(const FieldModificationList &mods) { m_field_mods = mods; }
FieldModificationList fieldModifications() const { return m_field_mods; }
QString javaPackage() 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_default_superclass; }
void setDefaultSuperclass(const QString &sc) { m_default_superclass = sc; }
virtual QString qualifiedCppName() const { return m_qualified_cpp_name; }
void setIsPolymorphicBase(bool on)
{
m_polymorphic_base = on;
}
bool isPolymorphicBase() const { return m_polymorphic_base; }
void setCreateShell(bool on)
{
m_createShell = on;
}
bool shouldCreateShell() const { return m_createShell; }
void setCreatePromoter(bool on)
{
m_createPromoter = on;
}
bool shouldCreatePromoter() const { return m_createPromoter; }
void setPolymorphicIdValue(const QString &value)
{
m_polymorphic_id_value = value;
}
QString polymorphicIdValue() const { return m_polymorphic_id_value; }
void setExpensePolicy(const ExpensePolicy &policy) { m_expense_policy = policy; }
const ExpensePolicy &expensePolicy() const { return m_expense_policy; }
QString targetType() const { return m_target_type; }
void setTargetType(const QString &code) { m_target_type = code; }
QString targetLangName() const { return m_java_name.isEmpty()
? TypeEntry::targetLangName()
: m_java_name;
}
void setTargetLangName(const QString &name) { m_java_name = name; }
bool isGenericClass() const { return m_generic_class; }
void setGenericClass(bool isGeneric) { m_generic_class = isGeneric; }
private:
IncludeList m_extra_includes;
Include m_include;
QHash<QString, bool> m_includes_used;
FunctionModificationList m_function_mods;
FieldModificationList m_field_mods;
CodeSnipList m_code_snips;
QString m_package;
QString m_default_superclass;
QString m_qualified_cpp_name;
QString m_java_name;
uint m_qobject : 1;
uint m_polymorphic_base : 1;
uint m_generic_class : 1;
uint m_createShell : 1;
uint m_createPromoter : 1;
QString m_polymorphic_id_value;
QString m_lookup_name;
QString m_target_type;
ExpensePolicy m_expense_policy;
TypeFlags m_type_flags;
};
class 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)
: ComplexTypeEntry(name, ContainerType)
{
m_type = type;
setCodeGeneration(GenerateForSubclass);
}
Type type() const { return m_type; }
QString targetLangName() const;
QString javaPackage() const;
QString qualifiedCppName() const;
private:
Type m_type;
};
class NamespaceTypeEntry : public ComplexTypeEntry
{
public:
NamespaceTypeEntry(const QString &name) : ComplexTypeEntry(name, NamespaceType) { }
};
class ValueTypeEntry : public ComplexTypeEntry
{
public:
ValueTypeEntry(const QString &name) : ComplexTypeEntry(name, BasicValueType) { }
bool isValue() const { return true; }
virtual bool isNativeIdBased() const { return true; }
protected:
ValueTypeEntry(const QString &name, Type t) : ComplexTypeEntry(name, t) { }
};
class StringTypeEntry : public ValueTypeEntry
{
public:
StringTypeEntry(const QString &name)
: ValueTypeEntry(name, StringType)
{
setCodeGeneration(GenerateNothing);
}
QString jniName() const { return strings_jobject; }
QString targetLangName() const { return strings_String; }
QString javaPackage() const { return strings_java_lang; }
virtual bool isNativeIdBased() const { return false; }
};
class CharTypeEntry : public ValueTypeEntry
{
public:
CharTypeEntry(const QString &name) : ValueTypeEntry(name, CharType)
{
setCodeGeneration(GenerateNothing);
}
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