src/hotspot/share/cds/lambdaProxyClassDictionary.hpp - openjdk/jdk25u - Git at Google

 /*
  * Copyright (c) 2021, 2025, Oracle and/or its affiliates. All rights reserved.
  * DO NOT ALTER OR REMOVE COPYRIGHT NOTICES OR THIS FILE HEADER.
  *
  * This code is free software; you can redistribute it and/or modify it
  * under the terms of the GNU General Public License version 2 only, as
  * published by the Free Software Foundation.
  *
  * This code 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
  * version 2 for more details (a copy is included in the LICENSE file that
  * accompanied this code).
  *
  * You should have received a copy of the GNU General Public License version
  * 2 along with this work; if not, write to the Free Software Foundation,
  * Inc., 51 Franklin St, Fifth Floor, Boston, MA 02110-1301 USA.
  *
  * Please contact Oracle, 500 Oracle Parkway, Redwood Shores, CA 94065 USA
  * or visit www.oracle.com if you need additional information or have any
  * questions.
  *
  */

 #ifndef SHARE_CDS_LAMBDAPROXYCLASSINFO_HPP
 #define SHARE_CDS_LAMBDAPROXYCLASSINFO_HPP

 #include "cds/archiveBuilder.hpp"
 #include "cds/metaspaceShared.hpp"
 #include "classfile/javaClasses.hpp"
 #include "memory/metaspaceClosure.hpp"
 #include "utilities/growableArray.hpp"
 #include "utilities/resourceHash.hpp"

 // This file contains *legacy* optimization for lambdas before JEP 483. May be removed in the future.
 //
 // The functionalties in this file are used only when CDSConfig::is_dumping_lambdas_in_legacy_mode()
 // returns true during the creation of a CDS archive.
 //
 // With the legacy optimization, generated lambda proxy classes (with names such as
 // java.util.ResourceBundle$Control$$Lambda/0x80000001d) are stored inside the CDS archive, accessible
 // by LambdaProxyClassDictionary::find_proxy_class(). This saves part of the time for resolving a
 // lambda call site (proxy class generation). However, a significant portion of the cost of
 // the lambda call site resolution still remains in the production run.
 //
 // In contrast, with JEP 483, the entire lambda call site (starting from the constant pool entry), is
 // resolved in the AOT cache assembly phase. No extra resolution is needed in the production run.

 class InstanceKlass;
 class Method;
 class MetaspaceClosure;
 class Symbol;
 class outputStream;

 class LambdaProxyClassKey {
   InstanceKlass* _caller_ik;
   Symbol*        _invoked_name;
   Symbol*        _invoked_type;
   Symbol*        _method_type;
   Method*        _member_method;
   Symbol*        _instantiated_method_type;

 public:
   LambdaProxyClassKey(InstanceKlass* caller_ik,
                       Symbol*        invoked_name,
                       Symbol*        invoked_type,
                       Symbol*        method_type,
                       Method*        member_method,
                       Symbol*        instantiated_method_type) :
     _caller_ik(caller_ik),
     _invoked_name(invoked_name),
     _invoked_type(invoked_type),
     _method_type(method_type),
     _member_method(member_method),
     _instantiated_method_type(instantiated_method_type) {}

   void metaspace_pointers_do(MetaspaceClosure* it) {
     it->push(&_caller_ik);
     it->push(&_invoked_name);
     it->push(&_invoked_type);
     it->push(&_method_type);
     it->push(&_member_method);
     it->push(&_instantiated_method_type);
   }

   bool equals(LambdaProxyClassKey const& other) const {
     return _caller_ik == other._caller_ik &&
            _invoked_name == other._invoked_name &&
            _invoked_type == other._invoked_type &&
            _method_type == other._method_type &&
            _member_method == other._member_method &&
            _instantiated_method_type == other._instantiated_method_type;
   }

   unsigned int hash() const;

   static unsigned int dumptime_hash(Symbol* sym)  {
     if (sym == nullptr) {
       // _invoked_name maybe null
       return 0;
     }
     return java_lang_String::hash_code((const jbyte*)sym->bytes(), sym->utf8_length());
   }

   unsigned int dumptime_hash() const {
     return dumptime_hash(_caller_ik->name()) +
            dumptime_hash(_invoked_name) +
            dumptime_hash(_invoked_type) +
            dumptime_hash(_method_type) +
            dumptime_hash(_instantiated_method_type);
   }

   static inline unsigned int DUMPTIME_HASH(LambdaProxyClassKey const& key) {
     return (key.dumptime_hash());
   }

   static inline bool DUMPTIME_EQUALS(
       LambdaProxyClassKey const& k1, LambdaProxyClassKey const& k2) {
     return (k1.equals(k2));
   }

   InstanceKlass* caller_ik()         const { return _caller_ik; }
   Symbol* invoked_name()             const { return _invoked_name; }
   Symbol* invoked_type()             const { return _invoked_type; }
   Symbol* method_type()              const { return _method_type; }
   Method* member_method()            const { return _member_method; }
   Symbol* instantiated_method_type() const { return _instantiated_method_type; }

 #ifndef PRODUCT
   void print_on(outputStream* st) const;
 #endif
 };

 class RunTimeLambdaProxyClassKey {
   u4 _caller_ik;
   u4 _invoked_name;
   u4 _invoked_type;
   u4 _method_type;
   u4 _member_method;
   u4 _instantiated_method_type;

   RunTimeLambdaProxyClassKey(u4 caller_ik,
                              u4 invoked_name,
                              u4 invoked_type,
                              u4 method_type,
                              u4 member_method,
                              u4 instantiated_method_type) :
     _caller_ik(caller_ik),
     _invoked_name(invoked_name),
     _invoked_type(invoked_type),
     _method_type(method_type),
     _member_method(member_method),
     _instantiated_method_type(instantiated_method_type) {}

 public:
   static RunTimeLambdaProxyClassKey init_for_dumptime(LambdaProxyClassKey& key) {
     assert(ArchiveBuilder::is_active(), "sanity");
     ArchiveBuilder* b = ArchiveBuilder::current();

     u4 caller_ik                = b->any_to_offset_u4(key.caller_ik());
     u4 invoked_name             = b->any_to_offset_u4(key.invoked_name());
     u4 invoked_type             = b->any_to_offset_u4(key.invoked_type());
     u4 method_type              = b->any_to_offset_u4(key.method_type());
     u4 member_method            = b->any_or_null_to_offset_u4(key.member_method()); // could be null
     u4 instantiated_method_type = b->any_to_offset_u4(key.instantiated_method_type());

     return RunTimeLambdaProxyClassKey(caller_ik, invoked_name, invoked_type, method_type,
                                       member_method, instantiated_method_type);
   }

   static RunTimeLambdaProxyClassKey init_for_runtime(InstanceKlass* caller_ik,
                                                      Symbol*        invoked_name,
                                                      Symbol*        invoked_type,
                                                      Symbol*        method_type,
                                                      Method*        member_method,
                                                      Symbol*        instantiated_method_type) {
     // All parameters must be in shared space, or else you'd get an assert in
     // ArchiveUtils::to_offset().
     return RunTimeLambdaProxyClassKey(ArchiveUtils::archived_address_to_offset(caller_ik),
                                       ArchiveUtils::archived_address_to_offset(invoked_name),
                                       ArchiveUtils::archived_address_to_offset(invoked_type),
                                       ArchiveUtils::archived_address_to_offset(method_type),
                                       ArchiveUtils::archived_address_or_null_to_offset(member_method), // could be null
                                       ArchiveUtils::archived_address_to_offset(instantiated_method_type));
   }

   unsigned int hash() const;
   bool equals(RunTimeLambdaProxyClassKey const& other) const {
     return _caller_ik == other._caller_ik &&
            _invoked_name == other._invoked_name &&
            _invoked_type == other._invoked_type &&
            _method_type == other._method_type &&
            _member_method == other._member_method &&
            _instantiated_method_type == other._instantiated_method_type;
   }

 #ifndef PRODUCT
   void print_on(outputStream* st) const;
 #endif
 };

 class DumpTimeLambdaProxyClassInfo {
 public:
   GrowableArray<InstanceKlass*>* _proxy_klasses;
   DumpTimeLambdaProxyClassInfo() : _proxy_klasses(nullptr) {}
   DumpTimeLambdaProxyClassInfo& operator=(const DumpTimeLambdaProxyClassInfo&) = delete;
   ~DumpTimeLambdaProxyClassInfo();

   void add_proxy_klass(InstanceKlass* proxy_klass) {
     if (_proxy_klasses == nullptr) {
       _proxy_klasses = new (mtClassShared) GrowableArray<InstanceKlass*>(5, mtClassShared);
     }
     assert(_proxy_klasses != nullptr, "sanity");
     _proxy_klasses->append(proxy_klass);
   }

   void metaspace_pointers_do(MetaspaceClosure* it) {
     for (int i=0; i<_proxy_klasses->length(); i++) {
       it->push(_proxy_klasses->adr_at(i));
     }
   }
 };

 class RunTimeLambdaProxyClassInfo {
   RunTimeLambdaProxyClassKey _key;
   InstanceKlass* _proxy_klass_head;
 public:
   RunTimeLambdaProxyClassInfo(RunTimeLambdaProxyClassKey key, InstanceKlass* proxy_klass_head) :
     _key(key), _proxy_klass_head(proxy_klass_head) {}

   InstanceKlass* proxy_klass_head() const { return _proxy_klass_head; }

   // Used by LambdaProxyClassDictionary to implement OffsetCompactHashtable::EQUALS
   static inline bool EQUALS(
        const RunTimeLambdaProxyClassInfo* value, RunTimeLambdaProxyClassKey* key, int len_unused) {
     return (value->_key.equals(*key));
   }
   void init(LambdaProxyClassKey& key, DumpTimeLambdaProxyClassInfo& info);

   unsigned int hash() const {
     return _key.hash();
   }
   RunTimeLambdaProxyClassKey key() const {
     return _key;
   }
 #ifndef PRODUCT
   void print_on(outputStream* st) const;
 #endif
 };

 class DumpTimeLambdaProxyClassDictionary
   : public ResourceHashtable<LambdaProxyClassKey,
                              DumpTimeLambdaProxyClassInfo,
                              137, // prime number
                              AnyObj::C_HEAP,
                              mtClassShared,
                              LambdaProxyClassKey::DUMPTIME_HASH,
                              LambdaProxyClassKey::DUMPTIME_EQUALS> {
 public:
   DumpTimeLambdaProxyClassDictionary() : _count(0) {}
   int _count;
 };

 // *Legacy* optimization for lambdas before JEP 483. May be removed in the future.
 class LambdaProxyClassDictionary : public OffsetCompactHashtable<
   RunTimeLambdaProxyClassKey*,
   const RunTimeLambdaProxyClassInfo*,
   RunTimeLambdaProxyClassInfo::EQUALS>
 {
 private:
   class CleanupDumpTimeLambdaProxyClassTable;
   static DumpTimeLambdaProxyClassDictionary* _dumptime_table;
   static LambdaProxyClassDictionary _runtime_static_table; // for static CDS archive
   static LambdaProxyClassDictionary _runtime_dynamic_table; // for dynamic CDS archive

   static void add_to_dumptime_table(LambdaProxyClassKey& key,
                                     InstanceKlass* proxy_klass);
   static InstanceKlass* find_lambda_proxy_class(const RunTimeLambdaProxyClassInfo* info);
   static InstanceKlass* find_lambda_proxy_class(InstanceKlass* caller_ik,
                                                 Symbol* invoked_name,
                                                 Symbol* invoked_type,
                                                 Symbol* method_type,
                                                 Method* member_method,
                                                 Symbol* instantiated_method_type);
   static InstanceKlass* load_and_init_lambda_proxy_class(InstanceKlass* lambda_ik,
                                                          InstanceKlass* caller_ik, TRAPS);
   static void reset_registered_lambda_proxy_class(InstanceKlass* ik);
   static InstanceKlass* get_shared_nest_host(InstanceKlass* lambda_ik);

 public:
   static void dumptime_init();
   static void dumptime_classes_do(MetaspaceClosure* it);
   static void add_lambda_proxy_class(InstanceKlass* caller_ik,
                                      InstanceKlass* lambda_ik,
                                      Symbol* invoked_name,
                                      Symbol* invoked_type,
                                      Symbol* method_type,
                                      Method* member_method,
                                      Symbol* instantiated_method_type,
                                      TRAPS);
   static bool is_supported_invokedynamic(BootstrapInfo* bsi);
   static bool is_registered_lambda_proxy_class(InstanceKlass* ik);
   static InstanceKlass* load_shared_lambda_proxy_class(InstanceKlass* caller_ik,
                                                        Symbol* invoked_name,
                                                        Symbol* invoked_type,
                                                        Symbol* method_type,
                                                        Method* member_method,
                                                        Symbol* instantiated_method_type,
                                                        TRAPS);
   static void write_dictionary(bool is_static_archive);
   static void adjust_dumptime_table();
   static void cleanup_dumptime_table();

   static void reset_dictionary(bool is_static_archive) {
     if (is_static_archive) {
       _runtime_static_table.reset();
     } else {
       _runtime_dynamic_table.reset();
     }
   }

   static void serialize(SerializeClosure* soc, bool is_static_archive) {
     if (is_static_archive) {
       _runtime_static_table.serialize_header(soc);
     } else {
       _runtime_dynamic_table.serialize_header(soc);
     }
   }

   static void print_on(const char* prefix, outputStream* st,
                        int start_index, bool is_static_archive);
   static void print_statistics(outputStream* st,  bool is_static_archive);
 };

 #endif // SHARE_CDS_LAMBDAPROXYCLASSINFO_HPP
	/*
	* Copyright (c) 2021, 2025, Oracle and/or its affiliates. All rights reserved.
	* DO NOT ALTER OR REMOVE COPYRIGHT NOTICES OR THIS FILE HEADER.
	*
	* This code is free software; you can redistribute it and/or modify it
	* under the terms of the GNU General Public License version 2 only, as
	* published by the Free Software Foundation.
	*
	* This code 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
	* version 2 for more details (a copy is included in the LICENSE file that
	* accompanied this code).
	*
	* You should have received a copy of the GNU General Public License version
	* 2 along with this work; if not, write to the Free Software Foundation,
	* Inc., 51 Franklin St, Fifth Floor, Boston, MA 02110-1301 USA.
	*
	* Please contact Oracle, 500 Oracle Parkway, Redwood Shores, CA 94065 USA
	* or visit www.oracle.com if you need additional information or have any
	* questions.
	*
	*/

	#ifndef SHARE_CDS_LAMBDAPROXYCLASSINFO_HPP
	#define SHARE_CDS_LAMBDAPROXYCLASSINFO_HPP

	#include "cds/archiveBuilder.hpp"
	#include "cds/metaspaceShared.hpp"
	#include "classfile/javaClasses.hpp"
	#include "memory/metaspaceClosure.hpp"
	#include "utilities/growableArray.hpp"
	#include "utilities/resourceHash.hpp"

	// This file contains legacy optimization for lambdas before JEP 483. May be removed in the future.
	//
	// The functionalties in this file are used only when CDSConfig::is_dumping_lambdas_in_legacy_mode()
	// returns true during the creation of a CDS archive.
	//
	// With the legacy optimization, generated lambda proxy classes (with names such as
	// java.util.ResourceBundle$Control$$Lambda/0x80000001d) are stored inside the CDS archive, accessible
	// by LambdaProxyClassDictionary::find_proxy_class(). This saves part of the time for resolving a
	// lambda call site (proxy class generation). However, a significant portion of the cost of
	// the lambda call site resolution still remains in the production run.
	//
	// In contrast, with JEP 483, the entire lambda call site (starting from the constant pool entry), is
	// resolved in the AOT cache assembly phase. No extra resolution is needed in the production run.

	class InstanceKlass;
	class Method;
	class MetaspaceClosure;
	class Symbol;
	class outputStream;

	class LambdaProxyClassKey {
	InstanceKlass* _caller_ik;
	Symbol* _invoked_name;
	Symbol* _invoked_type;
	Symbol* _method_type;
	Method* _member_method;
	Symbol* _instantiated_method_type;

	public:
	LambdaProxyClassKey(InstanceKlass* caller_ik,
	Symbol* invoked_name,
	Symbol* invoked_type,
	Symbol* method_type,
	Method* member_method,
	Symbol* instantiated_method_type) :
	_caller_ik(caller_ik),
	_invoked_name(invoked_name),
	_invoked_type(invoked_type),
	_method_type(method_type),
	_member_method(member_method),
	_instantiated_method_type(instantiated_method_type) {}

	void metaspace_pointers_do(MetaspaceClosure* it) {
	it->push(&_caller_ik);
	it->push(&_invoked_name);
	it->push(&_invoked_type);
	it->push(&_method_type);
	it->push(&_member_method);
	it->push(&_instantiated_method_type);
	}

	bool equals(LambdaProxyClassKey const& other) const {
	return _caller_ik == other._caller_ik &&
	_invoked_name == other._invoked_name &&
	_invoked_type == other._invoked_type &&
	_method_type == other._method_type &&
	_member_method == other._member_method &&
	_instantiated_method_type == other._instantiated_method_type;
	}

	unsigned int hash() const;

	static unsigned int dumptime_hash(Symbol* sym) {
	if (sym == nullptr) {
	// _invoked_name maybe null
	return 0;
	}
	return java_lang_String::hash_code((const jbyte*)sym->bytes(), sym->utf8_length());
	}

	unsigned int dumptime_hash() const {
	return dumptime_hash(_caller_ik->name()) +
	dumptime_hash(_invoked_name) +
	dumptime_hash(_invoked_type) +
	dumptime_hash(_method_type) +
	dumptime_hash(_instantiated_method_type);
	}

	static inline unsigned int DUMPTIME_HASH(LambdaProxyClassKey const& key) {
	return (key.dumptime_hash());
	}

	static inline bool DUMPTIME_EQUALS(
	LambdaProxyClassKey const& k1, LambdaProxyClassKey const& k2) {
	return (k1.equals(k2));
	}

	InstanceKlass* caller_ik() const { return _caller_ik; }
	Symbol* invoked_name() const { return _invoked_name; }
	Symbol* invoked_type() const { return _invoked_type; }
	Symbol* method_type() const { return _method_type; }
	Method* member_method() const { return _member_method; }
	Symbol* instantiated_method_type() const { return _instantiated_method_type; }

	#ifndef PRODUCT
	void print_on(outputStream* st) const;
	#endif
	};

	class RunTimeLambdaProxyClassKey {
	u4 _caller_ik;
	u4 _invoked_name;
	u4 _invoked_type;
	u4 _method_type;
	u4 _member_method;
	u4 _instantiated_method_type;

	RunTimeLambdaProxyClassKey(u4 caller_ik,
	u4 invoked_name,
	u4 invoked_type,
	u4 method_type,
	u4 member_method,
	u4 instantiated_method_type) :
	_caller_ik(caller_ik),
	_invoked_name(invoked_name),
	_invoked_type(invoked_type),
	_method_type(method_type),
	_member_method(member_method),
	_instantiated_method_type(instantiated_method_type) {}

	public:
	static RunTimeLambdaProxyClassKey init_for_dumptime(LambdaProxyClassKey& key) {
	assert(ArchiveBuilder::is_active(), "sanity");
	ArchiveBuilder* b = ArchiveBuilder::current();

	u4 caller_ik = b->any_to_offset_u4(key.caller_ik());
	u4 invoked_name = b->any_to_offset_u4(key.invoked_name());
	u4 invoked_type = b->any_to_offset_u4(key.invoked_type());
	u4 method_type = b->any_to_offset_u4(key.method_type());
	u4 member_method = b->any_or_null_to_offset_u4(key.member_method()); // could be null
	u4 instantiated_method_type = b->any_to_offset_u4(key.instantiated_method_type());

	return RunTimeLambdaProxyClassKey(caller_ik, invoked_name, invoked_type, method_type,
	member_method, instantiated_method_type);
	}

	static RunTimeLambdaProxyClassKey init_for_runtime(InstanceKlass* caller_ik,
	Symbol* invoked_name,
	Symbol* invoked_type,
	Symbol* method_type,
	Method* member_method,
	Symbol* instantiated_method_type) {
	// All parameters must be in shared space, or else you'd get an assert in
	// ArchiveUtils::to_offset().
	return RunTimeLambdaProxyClassKey(ArchiveUtils::archived_address_to_offset(caller_ik),
	ArchiveUtils::archived_address_to_offset(invoked_name),
	ArchiveUtils::archived_address_to_offset(invoked_type),
	ArchiveUtils::archived_address_to_offset(method_type),
	ArchiveUtils::archived_address_or_null_to_offset(member_method), // could be null
	ArchiveUtils::archived_address_to_offset(instantiated_method_type));
	}

	unsigned int hash() const;
	bool equals(RunTimeLambdaProxyClassKey const& other) const {
	return _caller_ik == other._caller_ik &&
	_invoked_name == other._invoked_name &&
	_invoked_type == other._invoked_type &&
	_method_type == other._method_type &&
	_member_method == other._member_method &&
	_instantiated_method_type == other._instantiated_method_type;
	}

	#ifndef PRODUCT
	void print_on(outputStream* st) const;
	#endif
	};

	class DumpTimeLambdaProxyClassInfo {
	public:
	GrowableArray<InstanceKlass> _proxy_klasses;
	DumpTimeLambdaProxyClassInfo() : _proxy_klasses(nullptr) {}
	DumpTimeLambdaProxyClassInfo& operator=(const DumpTimeLambdaProxyClassInfo&) = delete;
	~DumpTimeLambdaProxyClassInfo();

	void add_proxy_klass(InstanceKlass* proxy_klass) {
	if (_proxy_klasses == nullptr) {
	_proxy_klasses = new (mtClassShared) GrowableArray<InstanceKlass*>(5, mtClassShared);
	}
	assert(_proxy_klasses != nullptr, "sanity");
	_proxy_klasses->append(proxy_klass);
	}

	void metaspace_pointers_do(MetaspaceClosure* it) {
	for (int i=0; i<_proxy_klasses->length(); i++) {
	it->push(_proxy_klasses->adr_at(i));
	}
	}
	};

	class RunTimeLambdaProxyClassInfo {
	RunTimeLambdaProxyClassKey _key;
	InstanceKlass* _proxy_klass_head;
	public:
	RunTimeLambdaProxyClassInfo(RunTimeLambdaProxyClassKey key, InstanceKlass* proxy_klass_head) :
	_key(key), _proxy_klass_head(proxy_klass_head) {}

	InstanceKlass* proxy_klass_head() const { return _proxy_klass_head; }

	// Used by LambdaProxyClassDictionary to implement OffsetCompactHashtable::EQUALS
	static inline bool EQUALS(
	const RunTimeLambdaProxyClassInfo* value, RunTimeLambdaProxyClassKey* key, int len_unused) {
	return (value->_key.equals(*key));
	}
	void init(LambdaProxyClassKey& key, DumpTimeLambdaProxyClassInfo& info);

	unsigned int hash() const {
	return _key.hash();
	}
	RunTimeLambdaProxyClassKey key() const {
	return _key;
	}
	#ifndef PRODUCT
	void print_on(outputStream* st) const;
	#endif
	};

	class DumpTimeLambdaProxyClassDictionary
	: public ResourceHashtable<LambdaProxyClassKey,
	DumpTimeLambdaProxyClassInfo,
	137, // prime number
	AnyObj::C_HEAP,
	mtClassShared,
	LambdaProxyClassKey::DUMPTIME_HASH,
	LambdaProxyClassKey::DUMPTIME_EQUALS> {
	public:
	DumpTimeLambdaProxyClassDictionary() : _count(0) {}
	int _count;
	};

	// Legacy optimization for lambdas before JEP 483. May be removed in the future.
	class LambdaProxyClassDictionary : public OffsetCompactHashtable<
	RunTimeLambdaProxyClassKey*,
	const RunTimeLambdaProxyClassInfo*,
	RunTimeLambdaProxyClassInfo::EQUALS>
	{
	private:
	class CleanupDumpTimeLambdaProxyClassTable;
	static DumpTimeLambdaProxyClassDictionary* _dumptime_table;
	static LambdaProxyClassDictionary _runtime_static_table; // for static CDS archive
	static LambdaProxyClassDictionary _runtime_dynamic_table; // for dynamic CDS archive

	static void add_to_dumptime_table(LambdaProxyClassKey& key,
	InstanceKlass* proxy_klass);
	static InstanceKlass* find_lambda_proxy_class(const RunTimeLambdaProxyClassInfo* info);
	static InstanceKlass* find_lambda_proxy_class(InstanceKlass* caller_ik,
	Symbol* invoked_name,
	Symbol* invoked_type,
	Symbol* method_type,
	Method* member_method,
	Symbol* instantiated_method_type);
	static InstanceKlass* load_and_init_lambda_proxy_class(InstanceKlass* lambda_ik,
	InstanceKlass* caller_ik, TRAPS);
	static void reset_registered_lambda_proxy_class(InstanceKlass* ik);
	static InstanceKlass* get_shared_nest_host(InstanceKlass* lambda_ik);

	public:
	static void dumptime_init();
	static void dumptime_classes_do(MetaspaceClosure* it);
	static void add_lambda_proxy_class(InstanceKlass* caller_ik,
	InstanceKlass* lambda_ik,
	Symbol* invoked_name,
	Symbol* invoked_type,
	Symbol* method_type,
	Method* member_method,
	Symbol* instantiated_method_type,
	TRAPS);
	static bool is_supported_invokedynamic(BootstrapInfo* bsi);
	static bool is_registered_lambda_proxy_class(InstanceKlass* ik);
	static InstanceKlass* load_shared_lambda_proxy_class(InstanceKlass* caller_ik,
	Symbol* invoked_name,
	Symbol* invoked_type,
	Symbol* method_type,
	Method* member_method,
	Symbol* instantiated_method_type,
	TRAPS);
	static void write_dictionary(bool is_static_archive);
	static void adjust_dumptime_table();
	static void cleanup_dumptime_table();

	static void reset_dictionary(bool is_static_archive) {
	if (is_static_archive) {
	_runtime_static_table.reset();
	} else {
	_runtime_dynamic_table.reset();
	}
	}

	static void serialize(SerializeClosure* soc, bool is_static_archive) {
	if (is_static_archive) {
	_runtime_static_table.serialize_header(soc);
	} else {
	_runtime_dynamic_table.serialize_header(soc);
	}
	}

	static void print_on(const char* prefix, outputStream* st,
	int start_index, bool is_static_archive);
	static void print_statistics(outputStream* st, bool is_static_archive);
	};

	#endif // SHARE_CDS_LAMBDAPROXYCLASSINFO_HPP