Working on inventory

example.yml

@@ -4,7 +4,7 @@ meta: # make sure every key is in lowercase
 
 game: # here goes all the game logic
   start: # the starting point always HAS to be named "start" (lowercase), the order and name of the rest does not matter
-      text: "{welcome}&bYou arrive to a small tavern in the middle of nowhere.\nYou are greeted with a non-welcoming look on the faces of all the customers." # here is the text, which gets printed
+      text: "&bYou arrive to a small tavern in the middle of nowhere.\nYou are greeted with a non-welcoming look on the faces of all the customers." # here is the text, which gets printed
       actions: # here you add a list of actions that are inside of `game`, the user can select them
         - wave
         - sit
@@ -14,4 +14,14 @@ game: # here goes all the game logic
   sit: # if no `actions` are supplied, the game exits
       description: "Sit down"
       text: "You quietly sit down and check the menu."
+      actions:
+        - beer
+        - nothing
+  beer:
+      description: "Order beer"
+      text: "You order some &ebeer"
+      add_inventory: "Beer" # add something to inventory
+  nothing:
+    description: "Do nothing"
+    text: "You sit and wait..."
 

lib/ascii.py

@@ -1,7 +1,7 @@
 from tempfile import TemporaryDirectory
 from zipfile import ZipFile
 from os import listdir
-
+import yaml
 class AsciiAnimation:
     def __init__(self) -> None:
         self.frames = []
@@ -16,8 +16,11 @@ class AsciiAnimation:
             with ZipFile(f"./assets/{name}.asc","r") as z: # extract the asc file
                 z.extractall(f"{tmpdir}/ascii/{name}")
                 for f in listdir(f"{tmpdir}/ascii/{name}"): # read all the files
-                    if f.endswith("yaml"):
+                    if f == "config.yml":
-                        # TODO: load asc config file
+                        with open(f"{tmpdir}/ascii/{name}/{f}",encoding="utf-8") as c:
+                            data = yaml.load(c,Loader=yaml.SafeLoader)
+                            if(data["speed"] != None):
+                                self.speed = data["speed"]
                         pass
-                    with open(f"{tmpdir}/ascii/{name}/{f}") as f: # add all frames into list
+                    with open(f"{tmpdir}/ascii/{name}/{f}",encoding="utf-8") as f: # add all frames into list
                         self.frames.append(f.read())

lib/game.py

@@ -12,16 +12,24 @@ class Game:
         self.author = data["meta"]["creator"]
         self.current = "start"
         self.nodes = {}
+        self.inventory = []
         for k in data["game"]:
             self.nodes.update({k:data["game"][k]})
 
-    def make_selection(self,selection:int) -> bool:
+    def make_selection(self) -> int:
-        if(type(selection) != int or selection >= len(self.nodes[self.current]["actions"]) or selection < 0):
+        y = False
-            print("Invalid selection")
+        selection = 0
-            return False
+        # TODO: Check for "has_item"
-        else:
+        while y == False:
-            self.current = self.nodes[self.current]["actions"][selection]
+            try:
-            return True
+                selection = int(input("Make a selection (number): "))
+            except ValueError:
+                print("Not a number selection")
+            if(selection >= len(self.nodes[self.current]["actions"]) or selection < 0):
+                print("Invalid selection")
+            else:
+                y = True
+        return selection
     
     def print_text(self):
         '''
@@ -38,11 +46,11 @@ class Game:
             for i,option in enumerate(self.nodes[self.current]["actions"]):
                 ostring+=f"{i} - {self.nodes[option]['description']}\n"
             print(ostring)
-            sel = input("Make a selection (number): ")
+            sel = self.make_selection()
-            isWrong = self.make_selection(int(sel))
+            if(self.nodes[self.current]["add_inventory"] is not None):
-            while isWrong == False:
+                # add item to inventory
-                sel = input("Make a selection (number): ")
+                self.inventory.append(self.nodes[self.current]["add_inventory"])
-                isWrong = self.make_selection(sel)
+            self.current = self.nodes[self.current]["actions"][sel]
             self.print_text()
 
     def print_animated(self,animid):