/** * Convert the buffer to a Java String * @return the value as a Java String */ public String tojstring() { return value().tojstring(); }
/** * Convert the buffer to a Java String * @return the value as a Java String */ public String tojstring() { return value().tojstring(); }
/** * Convert the buffer to a Java String * @return the value as a Java String */ public String tojstring() { return value().tojstring(); }
/** Concatenate this buffer onto a {@link LuaValue} * @param lhs the left-hand-side value onto which we are concatenating {@code this} * @return {@link Buffer} for use in call chaining. */ public Buffer concatTo(LuaValue lhs) { return setvalue(lhs.concat(value())); }
/** Concatenate this buffer onto a {@link LuaValue} * @param lhs the left-hand-side value onto which we are concatenating {@code this} * @return {@link Buffer} for use in call chaining. */ public Buffer concatTo(LuaValue lhs) { return setvalue(lhs.concat(value())); }
/** Concatenate this buffer onto a {@link LuaValue} * @param lhs the left-hand-side value onto which we are concatenating {@code this} * @return {@link Buffer} for use in call chaining. */ public Buffer concatTo(LuaValue lhs) { return setvalue(lhs.concat(value())); }
while ( --c>=b ) sb = stack[c].concat(sb); stack[a] = sb.value(); } else { stack[a] = stack[c-1].concat(stack[c]);
while ( --c>=b ) sb = stack[c].concat(sb); stack[a] = sb.value(); } else { stack[a] = stack[c-1].concat(stack[c]);
while ( --c>=b ) sb = stack[c].concat(sb); stack[a] = sb.value(); } else { stack[a] = stack[c-1].concat(stack[c]);