Mypy strict passing.

core/builtin_classes/file_object.py

@@ -47,14 +47,14 @@ def read(self, ctx: Context) -> RTResult[Value]:
 
     @args([])
     @method
-    def readline(ctx):
+    def readline(self, ctx: Context):
         res = RTResult[Value]()
-        self = ctx.symbol_table.get("this")
         try:
             value = self.file.readline()
             return res.success(String(value))
         except OSError as e:
-            return res.failure(RTError(None, None, f"Could not read from file: {e.strerror}", None))
+            pos = Position(-1, -1, -1, "<idk>", "<idk>")
+            return res.failure(RTError(pos, pos, f"Could not read from file: {e.strerror}", ctx))
 
     @args([])
     @method

core/builtin_classes/string_object.py

@@ -118,15 +118,15 @@ def endswith(self, ctx: Context) -> RTResult[Value]:
             )
         return res.success(Boolean(self.value.endswith(string.value)))
 
-    @args(["string"], [String("")])
+    @args(["string"], [String(" ")])
     @method
     def split(self, ctx: Context) -> RTResult[Value]:
         res = RTResult[Value]()
-        string = ctx.symbol_table.get("string")
+        string = ctx.symbol_table.get("string")  # String object
         assert string is not None
         if not isinstance(string, String):
             return res.failure(RTError(string.pos_start, string.pos_end, "Cannot split a non-string", string.context))
-        return res.success(Array([String(i) for i in self.value.split(string.value)]))
+        return res.success(Array([String(i) for i in self.value.split(str(string))]))
 
     @args(["string"], [String("")])
     @method

examples/args_test.rn

@@ -1,6 +1,6 @@
-import Argparser
+import argparser
 
-parser = Argparser.Argparser()
+var parser = argparser.Argparser()
 parser.add_flag("--version", "-v", "Show version")
 parser.add_named("--output", "Output file")
 parser.add_pos_opt("filename", "File")

examples/arrays.rn

@@ -1,13 +1,13 @@
-import Array
+import array
 
-arr = Array.Array([1,2,3,4,5,6,7,8,9,10])
+const arr = array.Array([1,2,3,4,5,6,7,8,9,10])
 arr.append(11)
 print(arr.to_string())
 
 arr.pop(0)
 print(arr.to_string())
 
-print(arr.len())
+print(len(arr))
 
 arr.extend(["this", "is", "a", "array"])
 print(arr.to_string())

examples/classes.rn

@@ -9,10 +9,10 @@ class Person {
 }
 
 print("Enter a name, or type 'exit' to quit.")
-inp = input("Name: ")
+var inp = input("Name: ")
 
 while inp != "exit" {
-	p = Person(inp)
+	var p = Person(inp)
 	print(p.Format())
 	inp = input("Name: ")
 	p.single_line()
@@ -30,6 +30,6 @@ class Some {
     fun to_object() -> "Name is : "+ this.name + " Value is : "+ str(this.value)
 }
 
-cls_ = Some()
-obj = cls_.to_object()
+var cls_ = Some()
+var obj = cls_.to_object()
 print(obj)

examples/colors_test.rn

@@ -1,58 +1,58 @@
-import Colorlib
+import colorlib
 
 # Print colored text to the console using the colorlib library
-print(Colorlib.white("My name is John Doe"))
-print(Colorlib.red("My name is John Doe"))
-print(Colorlib.green("My name is John Doe"))
-print(Colorlib.yellow("My name is John Doe"))
-print(Colorlib.blue("My name is John Doe"))
-print(Colorlib.purple("My name is John Doe"))
-print(Colorlib.cyan("My name is John Doe"))
-print(Colorlib.gray("My name is John Doe"))
-print(Colorlib.black("My name is John Doe"))
-print(Colorlib.bgWhite("My name is John Doe"))
-print(Colorlib.bgRed("My name is John Doe"))
-print(Colorlib.bgGreen("My name is John Doe"))
-print(Colorlib.bgYellow("My name is John Doe"))
-print(Colorlib.bgBlue("My name is John Doe"))
-print(Colorlib.bgPurple("My name is John Doe"))
-print(Colorlib.bgCyan("My name is John Doe"))
-print(Colorlib.bgGray("My name is John Doe"))
-print(Colorlib.bgBlack("My name is John Doe"))
-print(Colorlib.bold("My name is John Doe"))
-print(Colorlib.italic("My name is John Doe"))
-print(Colorlib.underline("My name is John Doe"))
-print(Colorlib.inverse("My name is John Doe"))
-print(Colorlib.hidden("My name is John Doe"))
-print(Colorlib.strikethrough("My name is John Doe"))
-print(Colorlib.blackBright("My name is John Doe"))
-print(Colorlib.redBright("My name is John Doe"))
-print(Colorlib.greenBright("My name is John Doe"))
-print(Colorlib.yellowBright("My name is John Doe"))
-print(Colorlib.blueBright("My name is John Doe"))
-print(Colorlib.purpleBright("My name is John Doe"))
-print(Colorlib.cyanBright("My name is John Doe"))
-print(Colorlib.whiteBright("My name is John Doe"))
-print(Colorlib.bgBlackBright("My name is John Doe"))
-print(Colorlib.bgRedBright("My name is John Doe"))
-print(Colorlib.bgGreenBright("My name is John Doe"))
-print(Colorlib.bgYellowBright("My name is John Doe"))
-print(Colorlib.bgBlueBright("My name is John Doe"))
-print(Colorlib.bgPurpleBright("My name is John Doe"))
-print(Colorlib.bgCyanBright("My name is John Doe"))
-print(Colorlib.bgWhiteBright("My name is John Doe"))
-print(Colorlib.reset("My name is John Doe"))
-print(Colorlib.bold("My name is John Doe"))
-print(Colorlib.italic("My name is John Doe"))
-print(Colorlib.underline("My name is John Doe"))
-print(Colorlib.inverse("My name is John Doe"))
-print(Colorlib.hidden("My name is John Doe"))
-print(Colorlib.strikethrough("My name is John Doe"))
-print(Colorlib.bgReset("My name is John Doe"))
-print(Colorlib.bgBoldBright("My name is John Doe"))
+print(colorlib.white("My name is John Doe"))
+print(colorlib.red("My name is John Doe"))
+print(colorlib.green("My name is John Doe"))
+print(colorlib.yellow("My name is John Doe"))
+print(colorlib.blue("My name is John Doe"))
+print(colorlib.purple("My name is John Doe"))
+print(colorlib.cyan("My name is John Doe"))
+print(colorlib.gray("My name is John Doe"))
+print(colorlib.black("My name is John Doe"))
+print(colorlib.bgWhite("My name is John Doe"))
+print(colorlib.bgRed("My name is John Doe"))
+print(colorlib.bgGreen("My name is John Doe"))
+print(colorlib.bgYellow("My name is John Doe"))
+print(colorlib.bgBlue("My name is John Doe"))
+print(colorlib.bgPurple("My name is John Doe"))
+print(colorlib.bgCyan("My name is John Doe"))
+print(colorlib.bgGray("My name is John Doe"))
+print(colorlib.bgBlack("My name is John Doe"))
+print(colorlib.bold("My name is John Doe"))
+print(colorlib.italic("My name is John Doe"))
+print(colorlib.underline("My name is John Doe"))
+print(colorlib.inverse("My name is John Doe"))
+print(colorlib.hidden("My name is John Doe"))
+print(colorlib.strikethrough("My name is John Doe"))
+print(colorlib.blackBright("My name is John Doe"))
+print(colorlib.redBright("My name is John Doe"))
+print(colorlib.greenBright("My name is John Doe"))
+print(colorlib.yellowBright("My name is John Doe"))
+print(colorlib.blueBright("My name is John Doe"))
+print(colorlib.purpleBright("My name is John Doe"))
+print(colorlib.cyanBright("My name is John Doe"))
+print(colorlib.whiteBright("My name is John Doe"))
+print(colorlib.bgBlackBright("My name is John Doe"))
+print(colorlib.bgRedBright("My name is John Doe"))
+print(colorlib.bgGreenBright("My name is John Doe"))
+print(colorlib.bgYellowBright("My name is John Doe"))
+print(colorlib.bgBlueBright("My name is John Doe"))
+print(colorlib.bgPurpleBright("My name is John Doe"))
+print(colorlib.bgCyanBright("My name is John Doe"))
+print(colorlib.bgWhiteBright("My name is John Doe"))
+print(colorlib.reset("My name is John Doe"))
+print(colorlib.bold("My name is John Doe"))
+print(colorlib.italic("My name is John Doe"))
+print(colorlib.underline("My name is John Doe"))
+print(colorlib.inverse("My name is John Doe"))
+print(colorlib.hidden("My name is John Doe"))
+print(colorlib.strikethrough("My name is John Doe"))
+print(colorlib.bgReset("My name is John Doe"))
+print(colorlib.bgBoldBright("My name is John Doe"))
 
-# chaining multiple styles and Colorlibs combined multiple times
-print(Colorlib.bold(Colorlib.bgPurple(Colorlib.white("My name is John Doe"))))
-print(Colorlib.italic(Colorlib.bgRed(Colorlib.green("My name is John Doe"))))
-print(Colorlib.underline(Colorlib.bgYellow(Colorlib.blue("My name is John Doe"))))
-print(Colorlib.inverse(Colorlib.bgBlue(Colorlib.yellow("My name is John Doe"))))
+# chaining multiple styles and colorlibs combined multiple times
+print(colorlib.bold(colorlib.bgPurple(colorlib.white("My name is John Doe"))))
+print(colorlib.italic(colorlib.bgRed(colorlib.green("My name is John Doe"))))
+print(colorlib.underline(colorlib.bgYellow(colorlib.blue("My name is John Doe"))))
+print(colorlib.inverse(colorlib.bgBlue(colorlib.yellow("My name is John Doe"))))

examples/files.rn

@@ -1,15 +1,14 @@
-
-const f = File("examples/files.rn")
-const contents = f.read()
-f.close()
-f.is_closed()
+const f1 = File("examples/files.rn")
+const contents = f1.read()
+f1.close()
+f1.is_closed()
 
 print(contents)
 
 print("-------------")
 
-f = File("examples/files.rn")
-print(f.readline())
-print(f.readlines())
+const f2 = File("examples/files.rn")
+print(f2.readline())
+print(f2.readlines())
 
-f.close()
+f2.close()

examples/hashmap.rn

@@ -1,13 +1,13 @@
 # HashMap data type in Radon
 
-hashmap = {
+var hashmap = {
     "name": "John",
     "age": 23,
     "address": "123 Main St"
 }
 print(hashmap)
 
-value = hashmap["name"]
+var value = hashmap["name"]
 print(value)
 
 hashmap["bcd"] = 234
@@ -16,7 +16,7 @@ hashmap["abc"] = 456
 print(hashmap)
 
 while true {
-    key = input("Enter key: ")
+    var key = input("Enter key: ")
     if key == "exit" {break}
     print(hashmap[key])
 }

examples/io-test.rn

@@ -12,5 +12,17 @@ print(str_val)
 var password = io.Input.get_password("Enter a password: ")
 print(password)
 
-var val = input("Enter a value: ")
-io.Output.write(val, sep="\n")
+var val = null
+var vals = []
+print("Type 'exit' to stop.")
+
+while val != "exit" {
+    val = input("Enter a value: ")
+    arr_append(vals, val)
+}
+
+print("unpacking is not implemented yet.")
+io.Output.write(vals, sep="\n")
+
+print("after unpacking, the result will be like this.")
+io.Output.write("dsf", "sdf", "sdf", "sdf", "sdf", "exit", sep="\n")

examples/json_testing.rn

@@ -1,7 +1,7 @@
-f = File("examples/posts.json", "r")
+var f = File("examples/posts.json", "r")
 
-json = Json()
-posts = json.loads(f.read())
+var json = Json()
+var posts = json.loads(f.read())
 f.close()
 
 assert arr_len(posts) == 100

examples/loops.rn

@@ -18,17 +18,19 @@ for i in [1, 2, 3, 4, 5] {
     print(i)
 }
 
+#! Comment starts from here
 for i in [1, 2, 3, 4, 5] {
     if i == 3 {
-        break
+        break # it is exiting the program; not just the loop it self.
     }
     print(i)
 }
-
+!#
 
 # While loop
-#!
-while i < 10 {
-    print(i)
-    i = i + 1
+
+var j = 11
+while j < 15 {
+    print(j)
+    j += 1
 }