257 lines
10 KiB
Java
257 lines
10 KiB
Java
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package o;
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import java.lang.reflect.Type;
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/* JADX WARN: Failed to restore enum class, 'enum' modifier and super class removed */
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/* JADX WARN: Found several "values" enum fields: [] */
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/* loaded from: classes2.dex */
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public final class CuI {
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private static final CuI[] $VALUES;
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public static final CuI BOOL;
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public static final CuI BOOL_LIST;
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public static final CuI BOOL_LIST_PACKED;
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public static final CuI BYTES;
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public static final CuI BYTES_LIST;
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public static final CuI DOUBLE;
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public static final CuI DOUBLE_LIST;
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public static final CuI DOUBLE_LIST_PACKED;
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private static final Type[] EMPTY_TYPES;
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public static final CuI ENUM;
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public static final CuI ENUM_LIST;
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public static final CuI ENUM_LIST_PACKED;
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public static final CuI FIXED32;
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public static final CuI FIXED32_LIST;
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public static final CuI FIXED32_LIST_PACKED;
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public static final CuI FIXED64;
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public static final CuI FIXED64_LIST;
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public static final CuI FIXED64_LIST_PACKED;
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public static final CuI FLOAT;
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public static final CuI FLOAT_LIST;
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public static final CuI FLOAT_LIST_PACKED;
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public static final CuI GROUP;
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public static final CuI GROUP_LIST;
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public static final CuI INT32;
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public static final CuI INT32_LIST;
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public static final CuI INT32_LIST_PACKED;
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public static final CuI INT64;
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public static final CuI INT64_LIST;
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public static final CuI INT64_LIST_PACKED;
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public static final CuI MAP;
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public static final CuI MESSAGE;
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public static final CuI MESSAGE_LIST;
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public static final CuI SFIXED32;
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public static final CuI SFIXED32_LIST;
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public static final CuI SFIXED32_LIST_PACKED;
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public static final CuI SFIXED64;
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public static final CuI SFIXED64_LIST;
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public static final CuI SFIXED64_LIST_PACKED;
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public static final CuI SINT32;
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public static final CuI SINT32_LIST;
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public static final CuI SINT32_LIST_PACKED;
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public static final CuI SINT64;
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public static final CuI SINT64_LIST;
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public static final CuI SINT64_LIST_PACKED;
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public static final CuI STRING;
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public static final CuI STRING_LIST;
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public static final CuI UINT32;
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public static final CuI UINT32_LIST;
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public static final CuI UINT32_LIST_PACKED;
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public static final CuI UINT64;
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public static final CuI UINT64_LIST;
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public static final CuI UINT64_LIST_PACKED;
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private static final CuI[] VALUES;
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final HBt collection;
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private final Class<?> elementType;
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final int id;
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private final XgR javaType;
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private final boolean primitiveScalar;
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public static CuI valueOf(String str) {
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return (CuI) Enum.valueOf(CuI.class, str);
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}
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public static CuI[] values() {
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return (CuI[]) $VALUES.clone();
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}
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static {
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CuI cuI = new CuI("DOUBLE", 0, 0, HBt.SCALAR, XgR.DOUBLE);
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DOUBLE = cuI;
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CuI cuI2 = new CuI("FLOAT", 1, 1, HBt.SCALAR, XgR.FLOAT);
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FLOAT = cuI2;
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CuI cuI3 = new CuI("INT64", 2, 2, HBt.SCALAR, XgR.LONG);
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INT64 = cuI3;
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CuI cuI4 = new CuI("UINT64", 3, 3, HBt.SCALAR, XgR.LONG);
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UINT64 = cuI4;
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CuI cuI5 = new CuI("INT32", 4, 4, HBt.SCALAR, XgR.INT);
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INT32 = cuI5;
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CuI cuI6 = new CuI("FIXED64", 5, 5, HBt.SCALAR, XgR.LONG);
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FIXED64 = cuI6;
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CuI cuI7 = new CuI("FIXED32", 6, 6, HBt.SCALAR, XgR.INT);
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FIXED32 = cuI7;
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CuI cuI8 = new CuI("BOOL", 7, 7, HBt.SCALAR, XgR.BOOLEAN);
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BOOL = cuI8;
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CuI cuI9 = new CuI("STRING", 8, 8, HBt.SCALAR, XgR.STRING);
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STRING = cuI9;
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CuI cuI10 = new CuI("MESSAGE", 9, 9, HBt.SCALAR, XgR.MESSAGE);
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MESSAGE = cuI10;
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CuI cuI11 = new CuI("BYTES", 10, 10, HBt.SCALAR, XgR.BYTE_STRING);
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BYTES = cuI11;
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CuI cuI12 = new CuI("UINT32", 11, 11, HBt.SCALAR, XgR.INT);
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UINT32 = cuI12;
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CuI cuI13 = new CuI("ENUM", 12, 12, HBt.SCALAR, XgR.ENUM);
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ENUM = cuI13;
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CuI cuI14 = new CuI("SFIXED32", 13, 13, HBt.SCALAR, XgR.INT);
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SFIXED32 = cuI14;
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CuI cuI15 = new CuI("SFIXED64", 14, 14, HBt.SCALAR, XgR.LONG);
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SFIXED64 = cuI15;
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CuI cuI16 = new CuI("SINT32", 15, 15, HBt.SCALAR, XgR.INT);
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SINT32 = cuI16;
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CuI cuI17 = new CuI("SINT64", 16, 16, HBt.SCALAR, XgR.LONG);
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SINT64 = cuI17;
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CuI cuI18 = new CuI("GROUP", 17, 17, HBt.SCALAR, XgR.MESSAGE);
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GROUP = cuI18;
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CuI cuI19 = new CuI("DOUBLE_LIST", 18, 18, HBt.VECTOR, XgR.DOUBLE);
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DOUBLE_LIST = cuI19;
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CuI cuI20 = new CuI("FLOAT_LIST", 19, 19, HBt.VECTOR, XgR.FLOAT);
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FLOAT_LIST = cuI20;
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CuI cuI21 = new CuI("INT64_LIST", 20, 20, HBt.VECTOR, XgR.LONG);
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INT64_LIST = cuI21;
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CuI cuI22 = new CuI("UINT64_LIST", 21, 21, HBt.VECTOR, XgR.LONG);
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UINT64_LIST = cuI22;
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CuI cuI23 = new CuI("INT32_LIST", 22, 22, HBt.VECTOR, XgR.INT);
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INT32_LIST = cuI23;
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CuI cuI24 = new CuI("FIXED64_LIST", 23, 23, HBt.VECTOR, XgR.LONG);
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FIXED64_LIST = cuI24;
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CuI cuI25 = new CuI("FIXED32_LIST", 24, 24, HBt.VECTOR, XgR.INT);
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FIXED32_LIST = cuI25;
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CuI cuI26 = new CuI("BOOL_LIST", 25, 25, HBt.VECTOR, XgR.BOOLEAN);
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BOOL_LIST = cuI26;
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CuI cuI27 = new CuI("STRING_LIST", 26, 26, HBt.VECTOR, XgR.STRING);
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STRING_LIST = cuI27;
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CuI cuI28 = new CuI("MESSAGE_LIST", 27, 27, HBt.VECTOR, XgR.MESSAGE);
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MESSAGE_LIST = cuI28;
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CuI cuI29 = new CuI("BYTES_LIST", 28, 28, HBt.VECTOR, XgR.BYTE_STRING);
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BYTES_LIST = cuI29;
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CuI cuI30 = new CuI("UINT32_LIST", 29, 29, HBt.VECTOR, XgR.INT);
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UINT32_LIST = cuI30;
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CuI cuI31 = new CuI("ENUM_LIST", 30, 30, HBt.VECTOR, XgR.ENUM);
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ENUM_LIST = cuI31;
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CuI cuI32 = new CuI("SFIXED32_LIST", 31, 31, HBt.VECTOR, XgR.INT);
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SFIXED32_LIST = cuI32;
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CuI cuI33 = new CuI("SFIXED64_LIST", 32, 32, HBt.VECTOR, XgR.LONG);
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SFIXED64_LIST = cuI33;
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CuI cuI34 = new CuI("SINT32_LIST", 33, 33, HBt.VECTOR, XgR.INT);
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SINT32_LIST = cuI34;
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CuI cuI35 = new CuI("SINT64_LIST", 34, 34, HBt.VECTOR, XgR.LONG);
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SINT64_LIST = cuI35;
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CuI cuI36 = new CuI("DOUBLE_LIST_PACKED", 35, 35, HBt.PACKED_VECTOR, XgR.DOUBLE);
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DOUBLE_LIST_PACKED = cuI36;
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CuI cuI37 = new CuI("FLOAT_LIST_PACKED", 36, 36, HBt.PACKED_VECTOR, XgR.FLOAT);
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FLOAT_LIST_PACKED = cuI37;
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CuI cuI38 = new CuI("INT64_LIST_PACKED", 37, 37, HBt.PACKED_VECTOR, XgR.LONG);
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INT64_LIST_PACKED = cuI38;
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CuI cuI39 = new CuI("UINT64_LIST_PACKED", 38, 38, HBt.PACKED_VECTOR, XgR.LONG);
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UINT64_LIST_PACKED = cuI39;
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CuI cuI40 = new CuI("INT32_LIST_PACKED", 39, 39, HBt.PACKED_VECTOR, XgR.INT);
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INT32_LIST_PACKED = cuI40;
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CuI cuI41 = new CuI("FIXED64_LIST_PACKED", 40, 40, HBt.PACKED_VECTOR, XgR.LONG);
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FIXED64_LIST_PACKED = cuI41;
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CuI cuI42 = new CuI("FIXED32_LIST_PACKED", 41, 41, HBt.PACKED_VECTOR, XgR.INT);
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FIXED32_LIST_PACKED = cuI42;
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CuI cuI43 = new CuI("BOOL_LIST_PACKED", 42, 42, HBt.PACKED_VECTOR, XgR.BOOLEAN);
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BOOL_LIST_PACKED = cuI43;
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CuI cuI44 = new CuI("UINT32_LIST_PACKED", 43, 43, HBt.PACKED_VECTOR, XgR.INT);
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UINT32_LIST_PACKED = cuI44;
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CuI cuI45 = new CuI("ENUM_LIST_PACKED", 44, 44, HBt.PACKED_VECTOR, XgR.ENUM);
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ENUM_LIST_PACKED = cuI45;
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CuI cuI46 = new CuI("SFIXED32_LIST_PACKED", 45, 45, HBt.PACKED_VECTOR, XgR.INT);
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SFIXED32_LIST_PACKED = cuI46;
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CuI cuI47 = new CuI("SFIXED64_LIST_PACKED", 46, 46, HBt.PACKED_VECTOR, XgR.LONG);
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SFIXED64_LIST_PACKED = cuI47;
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CuI cuI48 = new CuI("SINT32_LIST_PACKED", 47, 47, HBt.PACKED_VECTOR, XgR.INT);
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SINT32_LIST_PACKED = cuI48;
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CuI cuI49 = new CuI("SINT64_LIST_PACKED", 48, 48, HBt.PACKED_VECTOR, XgR.LONG);
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SINT64_LIST_PACKED = cuI49;
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CuI cuI50 = new CuI("GROUP_LIST", 49, 49, HBt.VECTOR, XgR.MESSAGE);
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GROUP_LIST = cuI50;
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CuI cuI51 = new CuI("MAP", 50, 50, HBt.MAP, XgR.VOID);
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MAP = cuI51;
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$VALUES = new CuI[]{cuI, cuI2, cuI3, cuI4, cuI5, cuI6, cuI7, cuI8, cuI9, cuI10, cuI11, cuI12, cuI13, cuI14, cuI15, cuI16, cuI17, cuI18, cuI19, cuI20, cuI21, cuI22, cuI23, cuI24, cuI25, cuI26, cuI27, cuI28, cuI29, cuI30, cuI31, cuI32, cuI33, cuI34, cuI35, cuI36, cuI37, cuI38, cuI39, cuI40, cuI41, cuI42, cuI43, cuI44, cuI45, cuI46, cuI47, cuI48, cuI49, cuI50, cuI51};
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EMPTY_TYPES = new Type[0];
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CuI[] values = values();
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VALUES = new CuI[values.length];
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for (CuI cuI52 : values) {
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VALUES[cuI52.id] = cuI52;
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}
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}
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private CuI(String str, int i, int i2, HBt hBt, XgR xgR) {
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int i3;
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this.id = i2;
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this.collection = hBt;
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this.javaType = xgR;
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int i4 = AnonymousClass5.e[hBt.ordinal()];
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if (i4 == 1) {
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this.elementType = xgR.boxedType;
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} else if (i4 != 2) {
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this.elementType = null;
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} else {
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this.elementType = xgR.boxedType;
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}
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this.primitiveScalar = (hBt != HBt.SCALAR || (i3 = AnonymousClass5.d[xgR.ordinal()]) == 1 || i3 == 2 || i3 == 3) ? false : true;
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}
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/* renamed from: o.CuI$5, reason: invalid class name */
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/* loaded from: classes2.dex */
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static /* synthetic */ class AnonymousClass5 {
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static final int[] d;
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static final int[] e;
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static {
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int[] iArr = new int[XgR.values().length];
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d = iArr;
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try {
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iArr[XgR.BYTE_STRING.ordinal()] = 1;
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} catch (NoSuchFieldError unused) {
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}
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try {
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d[XgR.MESSAGE.ordinal()] = 2;
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} catch (NoSuchFieldError unused2) {
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}
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try {
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d[XgR.STRING.ordinal()] = 3;
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} catch (NoSuchFieldError unused3) {
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}
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int[] iArr2 = new int[HBt.values().length];
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e = iArr2;
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try {
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iArr2[HBt.MAP.ordinal()] = 1;
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} catch (NoSuchFieldError unused4) {
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}
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try {
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e[HBt.VECTOR.ordinal()] = 2;
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} catch (NoSuchFieldError unused5) {
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}
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try {
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e[HBt.SCALAR.ordinal()] = 3;
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} catch (NoSuchFieldError unused6) {
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}
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}
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}
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/* loaded from: classes2.dex */
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enum HBt {
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SCALAR(false),
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VECTOR(true),
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PACKED_VECTOR(true),
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MAP(false);
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final boolean isList;
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HBt(boolean z) {
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this.isList = z;
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}
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}
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}
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