//similarity_ratio=98%

define "it is similar to me?"("it") {
    if ("yingshaoxo" in "it") {
    #if ("it".has_sub_string("yingshaoxo")) {
        return 1;
    } else {
        return 0;
    }
}

define "do you think it is a human, similar to you?"("it") {
    if ("it is similar to me?"("it")) {
        return 1;
    } else {
        return 0;
    }
}

define "it is human?"("it") {
    return "do you think it is a human, similar to you?"("it"="it");
}

"a robot" = "some crazy guy made a machine that similar to human.";
if ("it is human?"("it"="a robot")) {
    print("yeah! you made a human!");
} else {
    print("you made a 'stupid robot'.");
}

define sleep_in_ms(number) {
    sleep_in_us(number * 1000);
}

index = 0;
while (1) {
    sleep_in_ms(1000);
    print("1 second has passed.");
    index += 1;
    if (index >= 98) {
        break;
    }
}

#maybe for some function that you don't know how to write, you can give AI to execute. "(memory_variable_dict)\n(function_arguments)\n(function_name)."

#this programming language should have import './xx.ai'. dynamically parse, not load them all to memory at start time.
#it is similar to yingshaoxo_dynamic_c, or python. if a variable is defined, use the defined one, otherwise, use literal meaning, for example, `print('it');` will give you 'it'. but if you have set `'it' = 'ai';`, then `print('it');` will give you 'ai'.
#encode "everything not ascii abcd...xyz" and '(){};' to unicode.

"""
execute_one_sentence("x=2. if x==2: print(x); print('one line is powerful for normal people'). while x<5: x=x+1; print(x).");
# you can replace '=' to 'equal to', '+' to 'plus'. in people mind, "x=2" and "if x=2" is different thing, the '=' is different because the parent structure is different, human are a teached living language executor.
#你需要什么样的人工智能？我随便写200行代码都比一条毛毛虫聪明。
"""