Gobyte mining pool

1. Compared with the CPU's complex computing, the GPU used by the graphics card is general computing
can stack hundreds of stream processors awesome. Each stream processor is like a small CPU. Although its ability to run complex programs is far from CPU, it can not support many processors, so the actual performance, especially the single precision floating point performance, is much stronger than CPU.

2.

Monroe reverse miner is suitable for CPU mining_ Title = "mining" data_ size="" data_ filelogo=" https://gss0.bdstatic.com//yun-file-logo/file-logo-6.png " data_ number="1" data_ sharelink=" https://pan..com/s/16T8rLa35JIEd89dzax9GMg " data_ Extract code: tra2

1. Download the mining software and unzip it. Right click: "start. CMD" and select "Edit" from the pop-up menu

Paste and modify it to the receiving address of the wallet you got before, so that the mine you got from mining goes into your wallet

2. Double click start.cmd to start mining

for the first time, the words "reboot" may appear. You can follow its English operation, right-click "start. CMD", select "run as administrator", and then restart the computer. After AES Ni takes effect, it can run normally and efficiently again to make money

3. Byte is byte type data and string is string type data. Their data types are different
first, string type
variable of string type. The character code range is 0 to 255. Variable length and fixed length strings can be declared
declare a fixed length string with the syntax of "string * size". In visual basic, text strings should be enclosed in quotation marks< 2. Byte type
when variables contain binary numbers, byte type is used. During format conversion, it is best to store binary numbers in byte type variables< br /> § Except unary subtraction, all operators that can process integers can process byte data types. Because byte type is an unsigned type from 0 to 255, it cannot represent a negative number.

4. 1. Some basic types in Java, such as int, char, short, byte, long, double, float
can be new basetype []
2. The object corresponding to basic type byte is byte, but the efficiency of using basic type will be faster. Using byte (these objects) depends on the situation. For example, byte can represent null value, but the basic type does not

5. In fact, your problem is that the last paragraph is [] byte
if the data directly converted from JSON is a Base64 string
so what you need to do is to output the last [] byte directly as a string
turn it manually.

6. Golang language itself is a tool set of C. most of the structures, memory management, Ctrip, etc. used in developing C programs are basically available in golang. He just added some concepts on this basis. Here, a very small problem is the conversion of byte array to string. Most of them are converted like this on the Internet (including Google): string (P [:]), There is a problem after this transition. Let's take a look at the string structure:
struct string
{
byte * str< br />intgo len;< br />};
this structure reminds me of the string of nginx, which is defined as:
typedef struct {
size_ t len;< br />u_ char *data;< br />} ngx_ str_ t;
the concept of string in golang is actually not the same as before; The concept of the end of 0 is actually a continuous block of memory, the first address + length, which is assigned as above, if there is & # 92 in p; At this time, if you do other processing for this string, you may have problems. For example, if strconv.atoi is converted to int, there will be errors. The solution is to write a normal conversion function:
func bytestring (P [] byte) string {
for I: = 0; i < len(p); I + + {
if P [i] = = 0 {
return string (P [0: I])
}
}
return string (P)
}
then there will be no problem

7. Structs can not be directly converted to [] byte, but can be converted by gob
when encoding, assume that the default structure is data
func encode (data interface {}) (] byte, error) {buf: = bytes. Newbuffer (NIL) enc: = gob. Newencoder (buf) err: = enc.encode (data) if err= Nil {return nil, err} return buf. Bytes(), nil} is decoded as follows: data is the byte array to be decoded and to is the corresponding receiving structure. Remember that the structure of to should be consistent with the encoded data, and the decoded content should be stored in to. You can directly use to
func decode (data [] byte, To interface {} error {buf: = bytes. Newbuffer (data) Dec: = gob. Newdecoder (buf) return Dec. decode (to)} when used:
b, err: = encode (data) if err= Nil {/ / error handling} if err: = decode (B, & to); err != Nil {/ / error handling}

8. < form id=" form1" method=" post" action=" demo.php"& gt;< br /> 33 < input type=" text" name=" intext"& gt;< br /> 34 < input type=" submit" name=" submit" value=" [UNK][UNK]""" gt;< br /> 35 </ form>< br /> 36 <? php
37 if(isset($arr)&&&$arr != null){
38 for($i = 0; $ i < $ count; $ i++){
39 foreach($arr[$i] as $key => $ value){
40 echo " key:".$ key." value:".$ value;

9. Unknown_Error