The Stove programming language is an object-oriented, interpreted language.
On windows, download the source code and go to the source code folder:
make nnow you will get a file called stove.exe, then:
.\stove.exe test.stvif you can look a string on console, the string is "this is a test code for Stove.", so that's ok now.
- It's if-else statement
if (condition) {
statement
} else {
statement
}
- It's for loop statement, the
1..10is a range(like python's range() object) object.
for i (1..10) {
System.print(i)
}
- It's while loop statement, you should know that you can's use
++to self-add.
var num = 0
while (num < 10) {
System.print(num)
num = num + 1
}
- You can's use
definekeywords to define a method and a maximum of 16 argument are supported.
define test_fun(arg) {
System.print(arg)
return "stove"
}
var ans = test_fun("hello world")
System.print(ans)
- You can define a list object literally, or you can define it using the underlying method.
var a = []
var b = List.new()
It's List class's method and args:
var a = []
var arg = a.append(arg) //add a element and return this arg
a.clear() //clear list
var count = a.count //return length of list
var element = a.insert(index, element) //insert the element at the index and return this element
var element = a.removeAt(index) //remove index element and return this element
var element = a[index] //return index element
a[index] = element //modify the value of the element at the index
- You can define a map object in the form of literals or underlying method.
var a = {"key": "value"}
var b = Map.new()
It's Map class's method and args:
var a = {}
a.clear() //clear map
var bool = a.containsKey(key) //check whether a key exists in the map object and return bool
var count = a.count //return the number of key-value pairs in a map object
var value = a.remove(key) //remove key's value and return this value
var value = a[key] //you can refer to the index value of the Python dictionary
a[key] = value //if a key already exists, modify the value, otherwise add a key-value pair
- You can define a range object in the following way:
var range = 1..10
It's Range object's method and args:
var range = 1..10
var from = range.from //return range's from
var to = range.to //return range's to
var max = range.max //return range's max value
var min = range.min //return range's min value
var iterate = range.iterate(arg) //return range's arg element
var iteratorValie = range.iteratorValue(arg) //return iterator
- It's Num object's method and args:
/* It's the four arithmetic and comparison of numbers */
num1 + num2
num1 - num2
num1 * num2
num1 / num2
num1 % num2
num1 > num2
num1 < num2
num1 >= num2
num1 <= num2
/* This is a bit operation of numbers */
num1 & num2
num1 | num2
num1 >> num2
num1 << num2
~num
Num.pi //3.14159265358979323846
Num.fromString(arg) //convert string to num
num.abs //it's abs() method of c lang
num.acos //it's acos() method of c lang
num.asin //it's asin() method of c lang
num.atan //it's atan() method of c lang
num.ceil //it's ceil() method of c lang
num.sin //it's sin() method of c lang
num.cos //it's cos() method of c lang
num.tan //it's tan() method of c lang
num.floor //it's floor() method of c lang
num.sqrt //it's sqrt() method of c lang
num.atan() //it's atan2() method of c lang
num.fraction //return the decimal part of this number
num.truncate //return the integet part of this number
num.isInfinity //judge if the number is infinite
num.isInteger //judge if the number is integer
num.isNan //judge if the number is nan
num.toString //convert num to string
- It's String object's method and args:
String.fromCodePoint(arg) //create string from code point
string.contains(arg) //check if the string contain arg and return bool
string.startsWith(arg) //check if the string start with arg and return bool
string.endsWith(arg) //check if the string end with arg and return bool
string.indexOf(arg) //check where the substring starts in the string and return this index
string.iterate(arg) //an iterator that returns the next UTF-8 character, arg must be positive integer
string.iteratorValue(arg) //return the value corresponding to the iterator
string.toString //itself
string.count //return length of string
- It's Thread object's method and args:
Thread.new(arg) //create a instance of thread
Thread.abort(error) //exit the thread with the error message as a argument
Thread.suspend() //suspend thread
Thread.yield() //give up the CPU without argument
Thread.yield() //give up the CPU with argument
Thread.current //return current thread
thread.call() //switch to next thread without argument
thread.call(arg) //switch to next thread with argument
thread.isDone //return whether the current thread has run completely
- It's System class's method and args:
System.print(arg) //output arg
System.print() //without arg will output "\n"
System.gc() //garbage collection runs automatically, but you can also start it manually
System.clock //it's return timestamp
You can use this command when building:
make dYou can use the command line using the following commands:
.\stove.exeyou should know It only supports a single line of code, for example:
- The for loop statement fails to iterate, for example:
for i (1..10) {
System.print(i)
}
it will output:
- There is a problem with the way the class is constructed:
class Test {
var name
var age
new(a, b) {
name = a
age = b
}
say() {
System.print("I am" + name + "," + age + "years old.")
}
}
var t = Test.new("stove", "0")
t.say()
it will output an error:
You can create an issue or pull request, if you pull request, you should bring your test code and effects.