13091819531

Committed 01 Feb 2025 07:39PM UTC coverage: 88.36%. First build

Build # 13091819531

Build Type

Pull #155

github

Committed by

web-flow

Commit Message

Merge 9129593c8 into 904382c9c

Pull Request Pull Request #155: LLVM 18 testing

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/lib/typelib/TypeDB.cpp

// TypeART library
//
// Copyright (c) 2017-2025 TypeART Authors
// Distributed under the BSD 3-Clause license.
// (See accompanying file LICENSE.txt or copy at
// https://opensource.org/licenses/BSD-3-Clause)
//
// Project home: https://github.com/tudasc/TypeART
//
// SPDX-License-Identifier: BSD-3-Clause
//

#include "TypeDB.h"

#include "TypeIO.h"
#include "support/Logger.h"
#include "typelib/TypeInterface.h"

#include <ccomplex>
#include <complex>
#include <cstddef>
#include <iostream>
#include <string_view>
#include <utility>

namespace typeart {

namespace builtins {

namespace {
inline constexpr auto size_complex_float       = sizeof(std::complex<float>);
inline constexpr auto size_complex_double      = sizeof(std::complex<double>);
inline constexpr auto size_complex_long_double = sizeof(std::complex<long double>);
}  // namespace

#define FOR_EACH_TYPEART_BUILTIN(X)                             \
  X(TYPEART_UNKNOWN_TYPE, "typeart_unknown_type", 0)            \
  X(TYPEART_POINTER, "ptr", sizeof(void*))                      \
  X(TYPEART_VOID, "void*", sizeof(void*))                       \
  X(TYPEART_NULLPOINTER, "nullptr_t", sizeof(void*))            \
  X(TYPEART_BOOL, "bool", sizeof(bool))                         \
  X(TYPEART_CHAR_8, "char", sizeof(char))                       \
  X(TYPEART_UCHAR_8, "unsigned char", sizeof(unsigned char))    \
  X(TYPEART_UTF_CHAR_8, "char8_t", sizeof(char))                \
  X(TYPEART_UTF_CHAR_16, "char16_t", sizeof(char16_t))          \
  X(TYPEART_UTF_CHAR_32, "char32_t", sizeof(char32_t))          \
  X(TYPEART_INT_8, "int8_t", sizeof(int8_t))                    \
  X(TYPEART_INT_16, "short", sizeof(int16_t))                   \
  X(TYPEART_INT_32, "int", sizeof(int32_t))                     \
  X(TYPEART_INT_64, "long int", sizeof(int64_t))                \
  X(TYPEART_INT_128, "int128_t", 16)                            \
  X(TYPEART_UINT_8, "uint8_t", sizeof(uint8_t))                 \
  X(TYPEART_UINT_16, "unsigned short", sizeof(uint16_t))        \
  X(TYPEART_UINT_32, "unsigned int", sizeof(uint32_t))          \
  X(TYPEART_UINT_64, "unsigned long int", sizeof(uint64_t))     \
  X(TYPEART_UINT_128, "uint128_t", 16)                          \
  X(TYPEART_FLOAT_8, "float8_t", 1)                             \
  X(TYPEART_FLOAT_16, "float16_t", 2)                           \
  X(TYPEART_FLOAT_32, "float", sizeof(float))                   \
  X(TYPEART_FLOAT_64, "double", sizeof(double))                 \
  X(TYPEART_FLOAT_128, "long double", sizeof(long double))      \
  X(TYPEART_COMPLEX_64, "float complex", size_complex_float)    \
  X(TYPEART_COMPLEX_128, "double complex", size_complex_double) \
  X(TYPEART_COMPLEX_256, "long double complex", size_complex_long_double)

#define TYPENAME(enum_name, str_name, size) std::string{str_name},
#define SIZE(enum_name, str_name, size)     (size),
BuiltInQuery::BuiltInQuery() : names{FOR_EACH_TYPEART_BUILTIN(TYPENAME)}, sizes{FOR_EACH_TYPEART_BUILTIN(SIZE)} {
}
#undef SIZE
#undef TYPENAME

}  // namespace builtins

std::pair<std::unique_ptr<TypeDatabase>, std::error_code> make_database(std::string_view file) {
  auto type_db = std::make_unique<TypeDB>();
  auto loaded  = io::load(type_db.get(), file.data());
  if (!loaded) {
    LOG_DEBUG("Database file not found: " << file)
  }
  return {std::move(type_db), loaded.getError()};
}

using namespace builtins;

const std::string unknown_struck_name{"typeart_unknown_struct"};

void TypeDB::clear() {
  struct_info_vec.clear();
  typeid_to_list_index.clear();
  // reverseTypeMap.clear();
}

bool TypeDB::isBuiltinType(int type_id) const {
  return BuiltInQuery::is_builtin_type(type_id);
}

bool TypeDB::isReservedType(int type_id) const {
  return BuiltInQuery::is_reserved_type(type_id);
}

bool TypeDB::isStructType(int type_id) const {
  return BuiltInQuery::is_userdef_type(type_id);
}

bool TypeDB::isUnknown(int type_id) const {
  return BuiltInQuery::is_unknown_type(type_id);
}

bool TypeDB::isPointerType(int type_id) const {
  return type_id == TYPEART_VOID || type_id == TYPEART_POINTER;
}

bool TypeDB::isUserDefinedType(int type_id) const {
  const auto* structInfo = getStructInfo(type_id);
  LOG_DEBUG(structInfo->name << " " << static_cast<int>(structInfo->flag) << " "
                             << (static_cast<int>(structInfo->flag) == static_cast<int>(StructTypeFlag::USER_DEFINED)))
  return (structInfo != nullptr) &&
         (static_cast<int>(structInfo->flag) == static_cast<int>(StructTypeFlag::USER_DEFINED));
}

bool TypeDB::isVectorType(int type_id) const {
  const auto* structInfo = getStructInfo(type_id);
  LOG_DEBUG(structInfo->name << " " << static_cast<int>(structInfo->flag) << " "
                             << (static_cast<int>(structInfo->flag) == static_cast<int>(StructTypeFlag::LLVM_VECTOR)))
  return (structInfo != nullptr) &&
         (static_cast<int>(structInfo->flag) == static_cast<int>(StructTypeFlag::LLVM_VECTOR));
}

bool TypeDB::isValid(int type_id) const {
  if (isBuiltinType(type_id)) {
    return true;
  }
  return typeid_to_list_index.find(type_id) != typeid_to_list_index.end();
}

void TypeDB::registerStruct(const StructTypeInfo& struct_type, bool overwrite) {
  if (isValid(struct_type.type_id) || !isStructType(struct_type.type_id)) {
    if (isBuiltinType(struct_type.type_id)) {
      LOG_ERROR("Built-in type ID used for struct " << struct_type.name);
    } else if (isReservedType(struct_type.type_id)) {
      LOG_ERROR("Type ID is reserved for builtin types. Struct: " << struct_type.name);
    } else if (isUnknown(struct_type.type_id)) {
      LOG_ERROR("Type ID is reserved for unknown types. Struct: " << struct_type.name);
    } else {
      if (!overwrite) {
        LOG_ERROR("Struct type ID already registered for " << struct_type.name << ". Conflicting struct is "
                                                           << getStructInfo(struct_type.type_id)->name);
        return;
      }
      LOG_DEBUG("Overwrite struct " << struct_type.name)
      auto& info = *getStructInfo(struct_type.type_id);
      info       = struct_type;
    }
    return;
  }

  struct_info_vec.push_back(struct_type);
  typeid_to_list_index.insert({struct_type.type_id, struct_info_vec.size() - 1});
}

const std::string& TypeDB::getTypeName(int type_id) const {
  if (isBuiltinType(type_id)) {
    return builtins.get_name(type_id);
  }
  if (isStructType(type_id)) {
    const auto* structInfo = getStructInfo(type_id);
    if (structInfo != nullptr) {
      return structInfo->name;
    }
  }

  return unknown_struck_name;
}

size_t TypeDB::getTypeSize(int type_id) const {
  if (isReservedType(type_id)) {
    if (isBuiltinType(type_id)) {
      return builtins.get_size(type_id);
    }
    return 0;
  }

  const auto* structInfo = getStructInfo(type_id);
  if (structInfo != nullptr) {
    return structInfo->extent;
  }
  return 0;
}

const StructTypeInfo* TypeDB::getStructInfo(int type_id) const {
  const auto index_iter = typeid_to_list_index.find(type_id);
  if (index_iter != typeid_to_list_index.end()) {
    return &struct_info_vec[index_iter->second];
  }
  return nullptr;
}

StructTypeInfo* TypeDB::getStructInfo(int type_id) {
  const auto index_iter = typeid_to_list_index.find(type_id);
  if (index_iter != typeid_to_list_index.end()) {
    return &struct_info_vec[index_iter->second];
  }
  return nullptr;
}

const std::vector<StructTypeInfo>& TypeDB::getStructList() const {
  return struct_info_vec;
}

}  // namespace typeart

1	// TypeART library
2	//
3	// Copyright (c) 2017-2025 TypeART Authors
4	// Distributed under the BSD 3-Clause license.
5	// (See accompanying file LICENSE.txt or copy at
6	// https://opensource.org/licenses/BSD-3-Clause)
7	//
8	// Project home: https://github.com/tudasc/TypeART
9	//
10	// SPDX-License-Identifier: BSD-3-Clause
11	//
12
13	#include "TypeDB.h"
14
15	#include "TypeIO.h"
16	#include "support/Logger.h"
17	#include "typelib/TypeInterface.h"
18
19	#include <ccomplex>
20	#include <complex>
21	#include <cstddef>
22	#include <iostream>
23	#include <string_view>
24	#include <utility>
25
26	namespace typeart {
27
28	namespace builtins {
29
30	namespace {
31	inline constexpr auto size_complex_float = sizeof(std::complex<float>);
32	inline constexpr auto size_complex_double = sizeof(std::complex<double>);
33	inline constexpr auto size_complex_long_double = sizeof(std::complex<long double>);
34	} // namespace
35
36	#define FOR_EACH_TYPEART_BUILTIN(X) \
37	X(TYPEART_UNKNOWN_TYPE, "typeart_unknown_type", 0) \
38	X(TYPEART_POINTER, "ptr", sizeof(void*)) \
39	X(TYPEART_VOID, "void", sizeof(void)) \
40	X(TYPEART_NULLPOINTER, "nullptr_t", sizeof(void*)) \
41	X(TYPEART_BOOL, "bool", sizeof(bool)) \
42	X(TYPEART_CHAR_8, "char", sizeof(char)) \
43	X(TYPEART_UCHAR_8, "unsigned char", sizeof(unsigned char)) \
44	X(TYPEART_UTF_CHAR_8, "char8_t", sizeof(char)) \
45	X(TYPEART_UTF_CHAR_16, "char16_t", sizeof(char16_t)) \
46	X(TYPEART_UTF_CHAR_32, "char32_t", sizeof(char32_t)) \
47	X(TYPEART_INT_8, "int8_t", sizeof(int8_t)) \
48	X(TYPEART_INT_16, "short", sizeof(int16_t)) \
49	X(TYPEART_INT_32, "int", sizeof(int32_t)) \
50	X(TYPEART_INT_64, "long int", sizeof(int64_t)) \
51	X(TYPEART_INT_128, "int128_t", 16) \
52	X(TYPEART_UINT_8, "uint8_t", sizeof(uint8_t)) \
53	X(TYPEART_UINT_16, "unsigned short", sizeof(uint16_t)) \
54	X(TYPEART_UINT_32, "unsigned int", sizeof(uint32_t)) \
55	X(TYPEART_UINT_64, "unsigned long int", sizeof(uint64_t)) \
56	X(TYPEART_UINT_128, "uint128_t", 16) \
57	X(TYPEART_FLOAT_8, "float8_t", 1) \
58	X(TYPEART_FLOAT_16, "float16_t", 2) \
59	X(TYPEART_FLOAT_32, "float", sizeof(float)) \
60	X(TYPEART_FLOAT_64, "double", sizeof(double)) \
61	X(TYPEART_FLOAT_128, "long double", sizeof(long double)) \
62	X(TYPEART_COMPLEX_64, "float complex", size_complex_float) \
63	X(TYPEART_COMPLEX_128, "double complex", size_complex_double) \
64	X(TYPEART_COMPLEX_256, "long double complex", size_complex_long_double)
65
66	#define TYPENAME(enum_name, str_name, size) std::string{str_name},
67	#define SIZE(enum_name, str_name, size) (size),
68	BuiltInQuery::BuiltInQuery() : names{FOR_EACH_TYPEART_BUILTIN(TYPENAME)}, sizes{FOR_EACH_TYPEART_BUILTIN(SIZE)} {	2,015✔
69	}	2,015✔
70	#undef SIZE
71	#undef TYPENAME
72
73	} // namespace builtins
74		2,021✔
75	std::pair<std::unique_ptr<TypeDatabase>, std::error_code> make_database(std::string_view file) {	12✔
76	auto type_db = std::make_unique<TypeDB>();	12✔
77	auto loaded = io::load(type_db.get(), file.data());	12✔
78	if (!loaded) {	12✔
79	LOG_DEBUG("Database file not found: " << file)
80	}	6✔
81	return {std::move(type_db), loaded.getError()};	12✔
82	}	12✔
83
84	using namespace builtins;
85
86	const std::string unknown_struck_name{"typeart_unknown_struct"};	2,021✔
87
88	void TypeDB::clear() {	1,154✔
89	struct_info_vec.clear();	1,154✔
90	typeid_to_list_index.clear();	1,154✔
91	// reverseTypeMap.clear();
92	}	1,154✔
93
94	bool TypeDB::isBuiltinType(int type_id) const {	559,461✔
95	return BuiltInQuery::is_builtin_type(type_id);	559,461✔
96	}
97
98	bool TypeDB::isReservedType(int type_id) const {	232,249✔
99	return BuiltInQuery::is_reserved_type(type_id);	232,249✔
100	}
101
102	bool TypeDB::isStructType(int type_id) const {	16,977✔
103	return BuiltInQuery::is_userdef_type(type_id);	16,977✔
104	}
105
106	bool TypeDB::isUnknown(int type_id) const {	54✔
107	return BuiltInQuery::is_unknown_type(type_id);	54✔
108	}
109
NEW 110	bool TypeDB::isPointerType(int type_id) const {	×
NEW 111	return type_id == TYPEART_VOID \|\| type_id == TYPEART_POINTER;	×
112	}
113
114	bool TypeDB::isUserDefinedType(int type_id) const {	413✔
115	const auto* structInfo = getStructInfo(type_id);	413✔
116	LOG_DEBUG(structInfo->name << " " << static_cast<int>(structInfo->flag) << " "
117	<< (static_cast<int>(structInfo->flag) == static_cast<int>(StructTypeFlag::USER_DEFINED)))
118	return (structInfo != nullptr) &&	826✔
119	(static_cast<int>(structInfo->flag) == static_cast<int>(StructTypeFlag::USER_DEFINED));	413✔
120	}
121
122	bool TypeDB::isVectorType(int type_id) const {	30✔
123	const auto* structInfo = getStructInfo(type_id);	30✔
124	LOG_DEBUG(structInfo->name << " " << static_cast<int>(structInfo->flag) << " "
125	<< (static_cast<int>(structInfo->flag) == static_cast<int>(StructTypeFlag::LLVM_VECTOR)))
126	return (structInfo != nullptr) &&	60✔
127	(static_cast<int>(structInfo->flag) == static_cast<int>(StructTypeFlag::LLVM_VECTOR));	30✔
128	}
129
130	bool TypeDB::isValid(int type_id) const {	116,256✔
131	if (isBuiltinType(type_id)) {	116,256✔
132	return true;	105,902✔
133	}
134	return typeid_to_list_index.find(type_id) != typeid_to_list_index.end();	10,354✔
135	}	116,256✔
136
137	void TypeDB::registerStruct(const StructTypeInfo& struct_type, bool overwrite) {	4,764✔
138	if (isValid(struct_type.type_id) \|\| !isStructType(struct_type.type_id)) {	4,764✔
139	if (isBuiltinType(struct_type.type_id)) {	54✔
140	LOG_ERROR("Built-in type ID used for struct " << struct_type.name);	6✔
141	} else if (isReservedType(struct_type.type_id)) {	54✔
142	LOG_ERROR("Type ID is reserved for builtin types. Struct: " << struct_type.name);	12✔
143	} else if (isUnknown(struct_type.type_id)) {	48✔
144	LOG_ERROR("Type ID is reserved for unknown types. Struct: " << struct_type.name);	×
145	} else {	×
146	if (!overwrite) {	36✔
147	LOG_ERROR("Struct type ID already registered for " << struct_type.name << ". Conflicting struct is "	×
148	<< getStructInfo(struct_type.type_id)->name);
149	return;	×
150	}
151	LOG_DEBUG("Overwrite struct " << struct_type.name)
152	auto& info = *getStructInfo(struct_type.type_id);	36✔
153	info = struct_type;	36✔
154	}
155	return;	54✔
156	}
157
158	struct_info_vec.push_back(struct_type);	4,710✔
159	typeid_to_list_index.insert({struct_type.type_id, struct_info_vec.size() - 1});	4,710✔
160	}	4,764✔
161
162	const std::string& TypeDB::getTypeName(int type_id) const {	223,952✔
163	if (isBuiltinType(type_id)) {	223,952✔
164	return builtins.get_name(type_id);	211,853✔
165	}
166	if (isStructType(type_id)) {	12,099✔
167	const auto* structInfo = getStructInfo(type_id);	12,063✔
168	if (structInfo != nullptr) {	12,063✔
169	return structInfo->name;	12,027✔
170	}
171	}	36✔
172
173	return unknown_struck_name;	72✔
174	}	223,952✔
175
176	size_t TypeDB::getTypeSize(int type_id) const {	232,174✔
177	if (isReservedType(type_id)) {	232,174✔
178	if (isBuiltinType(type_id)) {	218,942✔
179	return builtins.get_size(type_id);	218,924✔
180	}
181	return 0;	18✔
182	}
183
184	const auto* structInfo = getStructInfo(type_id);	13,232✔
185	if (structInfo != nullptr) {	13,232✔
186	return structInfo->extent;	13,208✔
187	}
188	return 0;	24✔
189	}	232,174✔
190
191	const StructTypeInfo* TypeDB::getStructInfo(int type_id) const {	26,032✔
192	const auto index_iter = typeid_to_list_index.find(type_id);	26,032✔
193	if (index_iter != typeid_to_list_index.end()) {	26,032✔
194	return &struct_info_vec[index_iter->second];	25,960✔
195	}
196	return nullptr;	72✔
197	}	26,032✔
198
199	StructTypeInfo* TypeDB::getStructInfo(int type_id) {	1,846✔
200	const auto index_iter = typeid_to_list_index.find(type_id);	1,846✔
201	if (index_iter != typeid_to_list_index.end()) {	1,846✔
202	return &struct_info_vec[index_iter->second];	1,840✔
203	}
204	return nullptr;	6✔
205	}	1,846✔
206
207	const std::vector<StructTypeInfo>& TypeDB::getStructList() const {	2,817✔
208	return struct_info_vec;	2,817✔
209	}
210
211	} // namespace typeart

tudasc / TypeART / 13091819531

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