package jxl.biff.formula;

import com.cvte.vman.instance.InvokeCmd;
import java.util.HashMap;
import okhttp3.internal.http2.Settings;

/* JADX INFO: loaded from: classes.dex */
class Token {
    public final int[] value;
    private static HashMap tokens = new HashMap(20);
    public static final Token REF = new Token(68, 36, 100);
    public static final Token REF3D = new Token(90, 58, InvokeCmd.CMD_SYSTEMCTRL_IS_SCREENOFF_AUDIO_SUPPORTED);
    public static final Token MISSING_ARG = new Token(22);
    public static final Token STRING = new Token(23);
    public static final Token ERR = new Token(28);
    public static final Token BOOL = new Token(29);
    public static final Token INTEGER = new Token(30);
    public static final Token DOUBLE = new Token(31);
    public static final Token REFERR = new Token(42, 74, 106);
    public static final Token REFV = new Token(44, 76, 108);
    public static final Token AREAV = new Token(45, 77, 109);
    public static final Token MEM_AREA = new Token(38, 70, 102);
    public static final Token AREA = new Token(37, 101, 69);
    public static final Token NAMED_RANGE = new Token(35, 67, 99);
    public static final Token NAME = new Token(57, 89);
    public static final Token AREA3D = new Token(59, 91);
    public static final Token UNARY_PLUS = new Token(18);
    public static final Token UNARY_MINUS = new Token(19);
    public static final Token PERCENT = new Token(20);
    public static final Token PARENTHESIS = new Token(21);
    public static final Token ADD = new Token(3);
    public static final Token SUBTRACT = new Token(4);
    public static final Token MULTIPLY = new Token(5);
    public static final Token DIVIDE = new Token(6);
    public static final Token POWER = new Token(7);
    public static final Token CONCAT = new Token(8);
    public static final Token LESS_THAN = new Token(9);
    public static final Token LESS_EQUAL = new Token(10);
    public static final Token EQUAL = new Token(11);
    public static final Token GREATER_EQUAL = new Token(12);
    public static final Token GREATER_THAN = new Token(13);
    public static final Token NOT_EQUAL = new Token(14);
    public static final Token UNION = new Token(16);
    public static final Token RANGE = new Token(17);
    public static final Token FUNCTION = new Token(65, 33, 97);
    public static final Token FUNCTIONVARARG = new Token(66, 34, 98);
    public static final Token ATTRIBUTE = new Token(25);
    public static final Token MEM_FUNC = new Token(41, 73, 105);
    public static final Token UNKNOWN = new Token(Settings.DEFAULT_INITIAL_WINDOW_SIZE);

    private Token(int i2) {
        this.value = new int[]{i2};
        tokens.put(new Integer(i2), this);
    }

    public static Token getToken(int i2) {
        Token token = (Token) tokens.get(new Integer(i2));
        return token != null ? token : UNKNOWN;
    }

    public byte getCode() {
        return (byte) this.value[0];
    }

    public byte getCode2() {
        int[] iArr = this.value;
        return (byte) (iArr.length > 0 ? iArr[1] : iArr[0]);
    }

    private Token(int i2, int i3) {
        this.value = new int[]{i2, i3};
        tokens.put(new Integer(i2), this);
        tokens.put(new Integer(i3), this);
    }

    private Token(int i2, int i3, int i4) {
        this.value = new int[]{i2, i3, i4};
        tokens.put(new Integer(i2), this);
        tokens.put(new Integer(i3), this);
        tokens.put(new Integer(i4), this);
    }

    private Token(int i2, int i3, int i4, int i5) {
        this.value = new int[]{i2, i3, i4, i5};
        tokens.put(new Integer(i2), this);
        tokens.put(new Integer(i3), this);
        tokens.put(new Integer(i4), this);
        tokens.put(new Integer(i5), this);
    }

    private Token(int i2, int i3, int i4, int i5, int i6) {
        this.value = new int[]{i2, i3, i4, i5, i6};
        tokens.put(new Integer(i2), this);
        tokens.put(new Integer(i3), this);
        tokens.put(new Integer(i4), this);
        tokens.put(new Integer(i5), this);
        tokens.put(new Integer(i6), this);
    }
}