Human Words
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Human Words is a Formal LOLCODE.
Syntax and Command
Start program with version [version]. |
In fact, I don't even have to write what to execute every piece of code. |
#Exegesis: [comment] |
示例 |
#Multiline exegesis: [comment] #End of exegesis. |
示例 |
It needs [library]. |
示例 |
Output [string]. |
示例 |
Input [variables] (with [prompt] as a prompt). |
示例 |
Define a variable [name]. |
This command defines a void variable. |
Define a variable [name] and set its type to [type]. |
The types can be int, float, string, bool, char, etc. |
Define a variable [name], set its type to [type] and initalize it to [value]. |
示例 |
Set [variable]'s value to [value]. |
示例 |
Set [variable]'s type to [type]. |
示例 |
Real |
True |
Fake |
False |
A+B or A plus B |
示例 |
A-B or A minus B |
示例 |
A*B or A times B |
示例 |
A/B or A divide by B |
示例 |
A%B or A modulo B |
示例 |
A^B or A to the power B |
示例 |
A=B or A equals to B |
示例 |
A!=B or A not equals to B |
示例 |
A>B or A bigger than B |
示例 |
A<B or A smaller than B |
示例 |
A>=B or A isn't smaller than B |
示例 |
A<=B or A isn't bigger than B |
示例 |
!A or Not A |
示例 |
A&B or A and B |
示例 |
A|B or A or B |
示例 |
If expr then: |
示例 |
Else: |
示例 |
Else if expr then: |
示例 |
Endif. |
示例 |
Repeat these code 10 times |
示例 |
Repeat these code until expr is fake: |
示例 |
Repeat these code forever: |
示例 |
Skip this round of loop. |
示例 |
Terminate the loop. |
示例 |
Excludes [library]. |
示例 |
Define a class named [name]. > |
示例 |
Define a function called [function_name] with the arguments [*args, **kwargs]. |
示例 |
Return [value]. |
示例 |
Nothing |
None in Python
|
Kill program. |
示例 |
etc. | etc. |
Programs
Hello, world
Start program with version 2,1,5. Output "Hello, world!". Kill program.
Even or Odd
Start program with version 2,1,5. Define a variable A and set its type to BigNumber. Input A. If A%2=0 then: Output "It is an even.". Else: Output "It is an odd.". Endif. Kill program.
Complex Example
Start program with version 2,1,5. Define a class named pile. Define a new object length, set its type to BigNumber and initalize it to 0. Define a new object max, set its type to BigNumber and initalize it to -1. Define a new object top, set its type to BigNumber and initalize it to the value of length. Define a new object cur_stack, set its type to BigNumber List[Unlimited] and initalize it to {Nothing}. Define a void static called Push with the arguments [element]. If my.top >= my.length then: Output "Overflow!". Else: Increases the top. Set cur_stack[top] to element. Endif. End. Define a AnyType static called Pop with the arguments [temp]. If my.top <= 0 then: Output "Underflow!". Else: Set temp to cur.stack[top]. Set cur.stack[top] to Nothing. Decreases the top. Returns temp. Endif. End. Define a BigNumber static called GetLength with no arguments. Returns my.length. End. End. Define a variable stack and set its type to pile. Do (stack.push(8)). Do (stack.push(5)). Do (stack.push(3)). Do (stack.push(2)). Do (stack.push(1)). Do (stack.push(1)). Output "The first 6 numbers in fibonacci sequence is: " Repeat 6 times: Output the value of (stack.pop). Output " ". Endcycle. Kill program.