/*
Компилятор языка программирования
Объектно-ориентированный продвинутый векторный транслятор
Copyright © 2021, 2024 Малик Разработчик
Это свободная программа: вы можете перераспространять ее и/или изменять
ее на условиях Стандартной общественной лицензии GNU в том виде,
в каком она была опубликована Фондом свободного программного обеспечения;
либо версии 3 лицензии, либо (по вашему выбору) любой более поздней версии.
Эта программа распространяется в надежде, что она будет полезной,
но БЕЗО ВСЯКИХ ГАРАНТИЙ; даже без неявной гарантии ТОВАРНОГО ВИДА
или ПРИГОДНОСТИ ДЛЯ ОПРЕДЕЛЕННЫХ ЦЕЛЕЙ. Подробнее см. в Стандартной
общественной лицензии GNU.
Вы должны были получить копию Стандартной общественной лицензии GNU
вместе с этой программой. Если это не так, см.
<https://www.gnu.org/licenses/>.
*/
package ru.malik.elaborarer.avtoo.lang;
public service AVTOORecompilable(Object, AVTOOConstants)
{
/*<fold типы констант>*/
public static final short CONST_Z = (short) (' ' << 0o10 | 'Z'); /* boolean */
public static final short CONST_C = (short) (' ' << 0o10 | 'C'); /* char */
public static final short CONST_R = (short) (' ' << 0o10 | 'R'); /* real */
public static final short CONST_D = (short) (' ' << 0o10 | 'D'); /* double */
public static final short CONST_D2 = (short) ('D' << 0o10 | '2'); /* double2 */
public static final short CONST_D4 = (short) ('D' << 0o10 | '4'); /* double4 */
public static final short CONST_D8 = (short) ('D' << 0o10 | '8'); /* double8 */
public static final short CONST_F = (short) (' ' << 0o10 | 'F'); /* float */
public static final short CONST_F2 = (short) ('F' << 0o10 | '2'); /* float2 */
public static final short CONST_F4 = (short) ('F' << 0o10 | '4'); /* float4 */
public static final short CONST_F8 = (short) ('F' << 0o10 | '8'); /* float8 */
public static final short CONST_B = (short) (' ' << 0o10 | 'B'); /* byte */
public static final short CONST_B2 = (short) ('B' << 0o10 | '2'); /* byte2 */
public static final short CONST_B4 = (short) ('B' << 0o10 | '4'); /* byte4 */
public static final short CONST_B8 = (short) ('B' << 0o10 | '8'); /* byte8 */
public static final short CONST_S = (short) (' ' << 0o10 | 'S'); /* short */
public static final short CONST_S2 = (short) ('S' << 0o10 | '2'); /* short2 */
public static final short CONST_S4 = (short) ('S' << 0o10 | '4'); /* short4 */
public static final short CONST_S8 = (short) ('S' << 0o10 | '8'); /* short8 */
public static final short CONST_I = (short) (' ' << 0o10 | 'I'); /* int */
public static final short CONST_I2 = (short) ('I' << 0o10 | '2'); /* int2 */
public static final short CONST_I4 = (short) ('I' << 0o10 | '4'); /* int4 */
public static final short CONST_I8 = (short) ('I' << 0o10 | '8'); /* int8 */
public static final short CONST_J = (short) (' ' << 0o10 | 'J'); /* long */
public static final short CONST_J2 = (short) ('J' << 0o10 | '2'); /* long2 */
public static final short CONST_J4 = (short) ('J' << 0o10 | '4'); /* long4 */
public static final short CONST_J8 = (short) ('J' << 0o10 | '8'); /* long8 */
public static final short CONST_ST = (short) ('S' << 0o10 | 'T'); /* строка (String) */
public static final short CONST_PK = (short) ('P' << 0o10 | 'K'); /* пакет (Package) */
public static final short CONST_TP = (short) ('T' << 0o10 | 'P'); /* тип (Type) */
public static final short CONST_FL = (short) ('F' << 0o10 | 'L'); /* поле (Field) */
public static final short CONST_PR = (short) ('P' << 0o10 | 'R'); /* свойство (Property) */
public static final short CONST_CL = (short) ('C' << 0o10 | 'L'); /* вызываемый (Callable) */
/* null — по нулевому индексу */
/*</fold>*/
/*<fold типы кусков>*/
public static final int CHUNK_VERS = 'v' << 0o30 | 'e' << 0o20 | 'R' << 0o10 | 's';
public static final int CHUNK_CONS = 'c' << 0o30 | 'o' << 0o20 | 'N' << 0o10 | 's';
public static final int CHUNK_SURC = 's' << 0o30 | 'u' << 0o20 | 'R' << 0o10 | 'c';
public static final int CHUNK_PACK = 'p' << 0o30 | 'a' << 0o20 | 'C' << 0o10 | 'k';
public static final int CHUNK_TYPE = 't' << 0o30 | 'y' << 0o20 | 'P' << 0o10 | 'e';
public static final int CHUNK_CFLD = 'c' << 0o30 | 'f' << 0o20 | 'L' << 0o10 | 'd';
public static final int CHUNK_SFLD = 's' << 0o30 | 'f' << 0o20 | 'L' << 0o10 | 'd';
public static final int CHUNK_METH = 'm' << 0o30 | 'e' << 0o20 | 'T' << 0o10 | 'h';
public static final int CHUNK_OPER = 'o' << 0o30 | 'p' << 0o20 | 'E' << 0o10 | 'r';
public static final int CHUNK_PROP = 'p' << 0o30 | 'r' << 0o20 | 'O' << 0o10 | 'p';
public static final int CHUNK_CODE = 'c' << 0o30 | 'o' << 0o20 | 'D' << 0o10 | 'e';
public static final int CHUNK_IEND = 'I' << 0o30 | 'E' << 0o20 | 'N' << 0o10 | 'D';
/*</fold>*/
/*<fold инструкции>*/
public static final int INST_METHOD_ENTER = 0x8000;
public static final int INST_SWAP = 0x8100;
public static final int INST_BOUND = 0x8200;
public static final int INST_THROW = 0x8300;
public static final int INST_LOAD_STATIC = 0x8400;
public static final int INST_LOAD_STATICW = 0x8500;
public static final int INST_LOAD_LOCAL = 0x8600;
public static final int INST_LOAD_LOCALW = 0x8700;
public static final int INST_LOAD_CONST = 0x8800;
public static final int INST_LOAD_CONSTW = 0x8900;
public static final int INST_READ_ELEMENT = 0x8a00;
public static final int INST_READ_ELEMENTI = 0x8b00;
public static final int INST_READ_COMPONENT = 0x8c00;
public static final int INST_READ_FIELD = 0x8d00;
public static final int INST_READ_SPECIAL = 0x8e00;
public static final int INST_READ_PROPERTY = 0x8f00;
public static final int INST_STORE_STATIC = 0x9000;
public static final int INST_STORE_STATIC_NULL = 0x9100;
public static final int INST_STORE_STATIC_SHORT = 0x9200;
public static final int INST_STORE_STATIC_INT = 0x9300;
public static final int INST_STORE_LOCAL = 0x9400;
public static final int INST_STORE_LOCAL_NULL = 0x9500;
public static final int INST_STORE_LOCAL_SHORT = 0x9600;
public static final int INST_STORE_LOCAL_INT = 0x9700;
public static final int INST_INC_PRED_LOAD_LOCAL = 0x9800;
public static final int INST_INC_POST_LOAD_LOCAL = 0x9900;
public static final int INST_DEC_PRED_LOAD_LOCAL = 0x9a00;
public static final int INST_DEC_POST_LOAD_LOCAL = 0x9b00;
public static final int INST_WRITE_COMPONENT = 0x9c00;
public static final int INST_WRITE_FIELD = 0x9d00;
public static final int INST_WRITE_SPECIAL = 0x9e00;
public static final int INST_WRITE_PROPERTY = 0x9f00;
public static final int INST_SWITCH_TABLE = 0xa000;
public static final int INST_SWITCH_LOOKUP = 0xa100;
public static final int INST_JUMP = 0xa200;
public static final int INST_LOAD_INTERRUPT = 0xa300;
public static final int INST_LOAD_CONST_BYTE = 0xa400;
public static final int INST_LOAD_CONST_NULL = 0xa500;
public static final int INST_LOAD_CONST_SHORT = 0xa600;
public static final int INST_LOAD_CONST_INT = 0xa700;
public static final int INST_REF_EQ = 0xa800;
public static final int INST_REF_EQW = 0xa900;
public static final int INST_REF_NE = 0xaa00;
public static final int INST_REF_NEW = 0xab00;
public static final int INST_REF_IS_NULL = 0xac00;
public static final int INST_REF_IS_NULLW = 0xad00;
public static final int INST_REF_IS_OBJECT = 0xae00;
public static final int INST_REF_IS_OBJECTW = 0xaf00;
public static final int INST_CLINIT_TRY_LOCK = 0xb000;
public static final int INST_CLINIT_UNLOCK = 0xb100;
public static final int INST_MONITOR_ENTER = 0xb200;
public static final int INST_MONITOR_LEAVE = 0xb300;
public static final int INST_FINALLY_ENTER = 0xb400;
public static final int INST_FINALLY_LEAVE = 0xb500;
public static final int INST_NEW_ARRAY = 0xb600;
public static final int INST_INVOKE_FINALLY = 0xb700;
public static final int INST_INVOKE_STATIC = 0xb800;
public static final int INST_INVOKE_STATICD = 0xb900;
public static final int INST_INVOKE_SPECIAL = 0xba00;
public static final int INST_INVOKE_SPECIALD = 0xbb00;
public static final int INST_INVOKE_VIRTUAL = 0xbc00;
public static final int INST_INVOKE_VIRTUALD = 0xbd00;
public static final int INST_INVOKE_SERVICE = 0xbe00;
public static final int INST_INVOKE_SERVICED = 0xbf00;
public static final int INST_VECT_DIV = 0xc000;
public static final int INST_VECT_PCK = 0xc100;
public static final int INST_VECT_LUP = 0xc200;
public static final int INST_VECT_UUP = 0xc300;
public static final int INST_VECT_MUL = 0xc400;
public static final int INST_VECT_SHL = 0xc500;
public static final int INST_VECT_SHR = 0xc600;
public static final int INST_VECT_SHRU = 0xc700;
public static final int INST_VECT_ADD = 0xc800;
public static final int INST_VECT_SUB = 0xc900;
public static final int INST_VECT_EQ = 0xca00;
public static final int INST_VECT_NE = 0xcb00;
public static final int INST_VECT_GT = 0xcc00;
public static final int INST_VECT_GE = 0xcd00;
public static final int INST_VECT_LT = 0xce00;
public static final int INST_VECT_LE = 0xcf00;
public static final int INST_SCAL_DIV = 0xd000;
public static final int INST_SCAL_DIVU = 0xd100;
public static final int INST_SCAL_REM = 0xd200;
public static final int INST_SCAL_REMU = 0xd300;
public static final int INST_SCAL_MUL = 0xd400;
public static final int INST_SCAL_SHL = 0xd500;
public static final int INST_SCAL_SHR = 0xd600;
public static final int INST_SCAL_SHRU = 0xd700;
public static final int INST_SCAL_ADD = 0xd800;
public static final int INST_SCAL_SUB = 0xd900;
public static final int INST_SCAL_EQ = 0xda00;
public static final int INST_SCAL_NE = 0xdb00;
public static final int INST_SCAL_GT = 0xdc00;
public static final int INST_SCAL_GE = 0xdd00;
public static final int INST_SCAL_LT = 0xde00;
public static final int INST_SCAL_LE = 0xdf00;
public static final int INST_VECT_NEG = 0xe000;
public static final int INST_CAST_TO = 0xe100;
public static final int INST_INC_LOCAL = 0xe200;
public static final int INST_DEC_LOCAL = 0xe300;
public static final int INST_BIT_NOT = 0xe400;
public static final int INST_BIT_AND = 0xe500;
public static final int INST_BIT_OR = 0xe600;
public static final int INST_BIT_XOR = 0xe700;
public static final int INST_DUP1 = 0xe800;
public static final int INST_DUP2 = 0xe900;
public static final int INST_VECT_HMUL = 0xea00;
public static final int INST_VECT_HMULU = 0xeb00;
public static final int INST_VECT_SADD = 0xec00;
public static final int INST_VECT_SADDU = 0xed00;
public static final int INST_VECT_SSUB = 0xee00;
public static final int INST_VECT_SSUBU = 0xef00;
public static final int INST_SCAL_NEG = 0xf000;
public static final int INST_INSTANCE_OF = 0xf100;
public static final int INST_TEST_EQZ = 0xf200;
public static final int INST_TEST_NEZ = 0xf300;
public static final int INST_NEW_VECTOR = 0xf400;
public static final int INST_NEW_INSTANCE = 0xf500;
public static final int INST_NEW_ARRAY_MONO = 0xf600;
public static final int INST_NEW_ARRAY_MULTI = 0xf700;
public static final int INST_DUP1X1 = 0xf800;
public static final int INST_DUP1X2 = 0xf900;
public static final int INST_METHOD_LEAVE = 0xfa00;
public static final int INST_EXCEPT_ENTER = 0xfb00;
public static final int INST_EXCEPT_TRY = 0xfc00;
public static final int INST_EXCEPT_CATCH = 0xfd00;
public static final int INST_EXCEPT_FINALLY = 0xfe00;
public static final int INST_EXCEPT_LEAVE = 0xff00;
/*</fold>*/
/*<fold флаги инструкций>*/
public static final int FLAG_WEAK = 0x0100; /* флаг работы со слабой ссылкой */
public static final int FLAG_DISCARD = 0x0100; /* флаг отброса результата метода */
public static final int FLAG_BOOLEAN_JUMP = 0x0080; /* флаг ветвления по логическому значению */
/*</fold>*/
/*<fold необязательные операнды>*/
public static final int OPERAND_NONE = 0; /* нет операнда */
public static final int OPERAND_CONSTANT = 1; /* константа */
public static final int OPERAND_GLOBAL = 2; /* глобальная переменная */
public static final int OPERAND_LOCAL = 3; /* локальная переменная */
/*</fold>*/
/*<fold способы сохранения значения в локальной переменной>*/
public static final int STORE_NORMAL = 1; /* простое присвоение значения */
public static final int STORE_DECLARE_LOCAL = 2; /* объявление для нормального доступа */
public static final int STORE_DECLARE_WITH = 3; /* объявление для быстрого доступа */
/*</fold>*/
/*<fold поддерживаемая версия>*/
public static final int VERSION_AVTR = 1 << 0x10 | 1;
/*</fold>*/
/*<fold сигнатура>*/
public static final long SIGNATURE_AVTR = 0x415654520d0a1a0aL;
/*</fold>*/
/*<fold флаги данных>*/
private static final int FLAG_NEXT = 0x8000; /* флаг следующей инструкции */
private static final int FLAG_LONG = 0x4000; /* флаг длинного номера */
private static final int FLAG_LABEL = 0x2000; /* флаг метки */
/*</fold>*/
public static boolean isLongEncoded(int encoded) { return encoded < 0 || encoded > 0xffff; }
public static boolean isLongNumber(int encoded) { return (encoded & FLAG_LONG) != 0; }
public static boolean isInstruction(int encoded) { return (encoded & 0x8000) != 0; }
public static boolean isNext(int encoded) { return (encoded & FLAG_NEXT) != 0; }
public static boolean decodeDeclareLabel(int encoded) { return (encoded & FLAG_LABEL) != 0; }
public static int decodeDeclareNumber(int encoded) { return isLongEncoded(encoded) ? encoded << 3 >> 3 : encoded << 19 >> 19; }
public static int decodeUsing(int encoded) { return isLongEncoded(encoded) ? encoded << 2 >> 2 : encoded << 18 >> 18; }
public static int decodeType(int encoded) { return (encoded & 0x1f) + VOID; }
public static int decodeStore(int encoded) { return (encoded = (encoded >> 5) & 3) < STORE_NORMAL ? STORE_NORMAL : encoded; }
public static int decodeOperand(int encoded) { return (encoded >> 5) & 3; }
public static int decodeVectorIndex(int encoded) { return (encoded >> 5) & 7; }
public static int encodeDeclare(boolean label, int number) throws UnencodableDataException {
if(number < -0x10000000 || number > 0x0fffffff)
{
throw new UnencodableDataException(String.format(package.getResourceString("binary-source.format.order-number-too-large"), new Object[] { Int.toString(number) }));
}
return number < -0x1000 || number > 0x0fff ? (label ? (FLAG_LONG | FLAG_LABEL) << 0x10 : FLAG_LONG << 0x10) | number & 0x1fffffff : (label ? FLAG_LABEL : 0) | number & 0x1fff;
}
public static int encodeNext() { return FLAG_NEXT; }
public static int encodeUsing(int number) throws UnencodableDataException {
if(number < -0x10000000 || number > 0x0fffffff)
{
throw new UnencodableDataException(String.format(package.getResourceString("binary-source.format.order-number-too-large"), new Object[] { Int.toString(number) }));
}
return number < -0x2000 || number > 0x1fff ? FLAG_LONG << 0x10 | number & 0x3fffffff : number & 0x3fff;
}
public static int encodeType(int kind) { return kind - VOID; }
public static int encodeType(Type type) { return type == null ? REF - VOID : type.kind - VOID; }
public static int encodeStore(int store) { return store << 5; }
public static int encodeOperand(TableItem operand) {
return operand instanceof Constant ? OPERAND_CONSTANT << 5 : operand instanceof Field ? OPERAND_GLOBAL << 5 : operand instanceof Local ? OPERAND_LOCAL << 5 : OPERAND_NONE << 5;
}
public static int encodeVectorIndex(int index) { return (index & 7) << 5; }
}
