lt.lang.implicit.RichChar Maven / Gradle / Ivy
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The latte-lang compiler project, which contains compiler and runtime required library.
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package lt.lang.implicit;
import lt.runtime.LtRuntime;
import java.util.regex.Pattern;
/**
* rich Character
*/
public class RichChar {
private Character c;
public RichChar(Character c) {
this.c = c;
}
public Pattern r() {
return Pattern.compile(c.toString());
}
public Pattern r(int flags) {
return Pattern.compile(c.toString(), flags);
}
public int not() {
return ~c;
}
public int negate() {
return -c;
}
public boolean logicNot() throws Throwable {
return !LtRuntime.castToBool(c);
}
/*
* ============
* add
* ============
*/
public int add(Integer i) {
return this.c + i;
}
public int add(Byte b) {
return c + b;
}
public int add(Short s) {
return c + s;
}
public int add(Character c) {
return this.c + c;
}
public long add(Long l) {
return c + l;
}
public float add(Float f) {
return c + f;
}
public double add(Double d) {
return c + d;
}
/*
* ============
* and
* ============
*/
public int and(Integer i) {
return this.c & i;
}
public int and(Byte b) {
return c & b;
}
public int and(Short s) {
return c & s;
}
public int and(Character c) {
return this.c & c;
}
public long and(Long l) {
return c & l;
}
public boolean and(Boolean b) throws Throwable {
return LtRuntime.castToBool(c) & b;
}
/*
* ============
* or
* ============
*/
public int or(Integer i) {
return this.c | i;
}
public int or(Byte b) {
return c | b;
}
public int or(Short s) {
return c | s;
}
public int or(Character c) {
return this.c | c;
}
public long or(Long l) {
return c | l;
}
public boolean or(Boolean b) throws Throwable {
return LtRuntime.castToBool(c) | b;
}
/*
* ============
* divide
* ============
*/
public int divide(Integer i) {
return this.c / i;
}
public int divide(Byte b) {
return c / b;
}
public int divide(Short s) {
return c / s;
}
public int divide(Character c) {
return this.c / c;
}
public long divide(Long l) {
return c / l;
}
public float divide(Float f) {
return c / f;
}
public double divide(Double d) {
return c / d;
}
/*
* ============
* ge
* ============
*/
public boolean ge(Integer i) {
return this.c >= i;
}
public boolean ge(Byte b) {
return c >= b;
}
public boolean ge(Short s) {
return c >= s;
}
public boolean ge(Character c) {
return this.c >= c;
}
public boolean ge(Long l) {
return c >= l;
}
public boolean ge(Float f) {
return c >= f;
}
public boolean ge(Double d) {
return c >= d;
}
/*
* ============
* gt
* ============
*/
public boolean gt(Integer i) {
return this.c > i;
}
public boolean gt(Byte b) {
return c > b;
}
public boolean gt(Short s) {
return c > s;
}
public boolean gt(Character c) {
return this.c > c;
}
public boolean gt(Long l) {
return c > l;
}
public boolean gt(Float f) {
return c > f;
}
public boolean gt(Double d) {
return c > d;
}
/*
* ============
* le
* ============
*/
public boolean le(Integer i) {
return this.c <= i;
}
public boolean le(Byte b) {
return c <= b;
}
public boolean le(Short s) {
return c <= s;
}
public boolean le(Character c) {
return this.c <= c;
}
public boolean le(Long l) {
return c <= l;
}
public boolean le(Float f) {
return c <= f;
}
public boolean le(Double d) {
return c <= d;
}
/*
* ============
* lt
* ============
*/
public boolean lt(Integer i) {
return this.c < i;
}
public boolean lt(Byte b) {
return c < b;
}
public boolean lt(Short s) {
return c < s;
}
public boolean lt(Character c) {
return this.c < c;
}
public boolean lt(Long l) {
return c < l;
}
public boolean lt(Float f) {
return c < f;
}
public boolean lt(Double d) {
return c < d;
}
/*
* ============
* multiply
* ============
*/
public int multiply(Integer i) {
return this.c * i;
}
public int multiply(Byte b) {
return c * b;
}
public int multiply(Short s) {
return c * s;
}
public int multiply(Character c) {
return this.c * c;
}
public long multiply(Long l) {
return c * l;
}
public float multiply(Float f) {
return c * f;
}
public double multiply(Double d) {
return c * d;
}
/*
* ============
* remainder
* ============
*/
public int remainder(Integer i) {
return this.c % i;
}
public int remainder(Byte b) {
return c % b;
}
public int remainder(Short s) {
return c % s;
}
public int remainder(Character c) {
return this.c % c;
}
public long remainder(Long l) {
return c % l;
}
/*
* ============
* shiftLeft
* ============
*/
public int shiftLeft(Integer i) {
return this.c << i;
}
public int shiftLeft(Byte b) {
return c << b;
}
public int shiftLeft(Short s) {
return c << s;
}
public int shiftLeft(Character c) {
return this.c << c;
}
public int shiftLeft(Long l) {
return c << l;
}
/*
* ============
* shiftRight
* ============
*/
public int shiftRight(Integer i) {
return this.c >> i;
}
public int shiftRight(Byte b) {
return c >> b;
}
public int shiftRight(Short s) {
return c >> s;
}
public int shiftRight(Character c) {
return this.c >> c;
}
public int shiftRight(Long l) {
return c >> l;
}
/*
* ============
* subtract
* ============
*/
public int subtract(Integer i) {
return this.c - i;
}
public int subtract(Byte b) {
return c - b;
}
public int subtract(Short s) {
return c - s;
}
public int subtract(Character c) {
return this.c - c;
}
public long subtract(Long l) {
return c - l;
}
public float subtract(Float f) {
return c - f;
}
public double subtract(Double d) {
return c - d;
}
/*
* ====================
* unsignedShiftRight
* ====================
*/
public int unsignedShiftRight(Integer i) {
return this.c >>> i;
}
public int unsignedShiftRight(Byte b) {
return c >>> b;
}
public int unsignedShiftRight(Short s) {
return c >>> s;
}
public int unsignedShiftRight(Character c) {
return this.c >>> c;
}
public int unsignedShiftRight(Long l) {
return c >>> l;
}
/*
* ============
* xor
* ============
*/
public int xor(Integer i) {
return this.c ^ i;
}
public int xor(Byte b) {
return c ^ b;
}
public int xor(Short s) {
return c ^ s;
}
public int xor(Character c) {
return this.c ^ c;
}
public long xor(Long l) {
return c ^ l;
}
public boolean xor(Boolean b) throws Throwable {
return LtRuntime.castToBool(c) ^ b;
}
/*
* ============
* pow
* ============
*/
public double pow(Integer i) {
return Math.pow(c, i);
}
public double pow(Long l) {
return Math.pow(c, l);
}
public double pow(Float f) {
return Math.pow(c, f);
}
public double pow(Double d) {
return Math.pow(c, d);
}
public double pow(Byte b) {
return Math.pow(c, b);
}
public double pow(Short s) {
return Math.pow(c, s);
}
public double pow(Character c) {
return Math.pow(this.c, c);
}
}
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