Merge branch 'cooldowns'

cooldowns.py

@@ -9,80 +9,113 @@ from time import sleep
 
 class Cooldown_Action:
     def __init__(self):
-        self.name:str = ""
+        self.tag:str = ""
         self.time = datetime.datetime.now()
 
+class Cooldown:
+    def __init__(self):
+        self.cooldownName:str = ""
+        self.cooldownActionLimit:int = 0
+        self.cooldownDuration:int = 0 #Seconds
+
+        self.actionList:list = []
+
+    def setupCooldown(self, name, limit, duration):
+        self.cooldownName = name
+        self.cooldownActionLimit = limit
+        self.cooldownDuration = duration
+
 class Cooldowns_Module:
     def __init__(self):
         super().__init__()
-        self.coolDownName:str = ""
+        self.cooldownList:list = []
-        self.coolDownActionLimit:int = 0
-        self.coolDownDuration:int = 0 #Seconds
-
-        self.actionList:list = []
-
 
     def setupCooldown(self, name, limit, duration):
-        self.coolDownName = name
+        newCD:Cooldown = Cooldown()
-        self.coolDownActionLimit = limit
+        newCD.setupCooldown(name, limit, duration)
-        self.coolDownDuration = duration
+        self.cooldownList.append(newCD)
-        
 
-    def isCooldownActive(self):
+
-        isCoolDownActivated:bool = False
+    def getCooldown(self, name:str):
+        returnCD:bool = False
+        for cd in self.cooldownList:
+            if cd.cooldownName == name:
+                returnCD = True
+                return cd
+        if returnCD == False:
+            return None
+
+    def isCooldownActive(self, name:str):
+        isCooldownActivated:bool = False
+
+        selectedCooldown:Cooldown = self.getCooldown(name)
+
+        if selectedCooldown == None:
+            return None
 
         timenow = datetime.datetime.now()
 
-        if len(self.actionList) >= self.coolDownActionLimit:
+        if len(selectedCooldown.actionList) >= selectedCooldown.cooldownActionLimit:
-            actionCount = len(self.actionList)
+            actionCount = len(selectedCooldown.actionList)
 
-            maxTmpIndex = actionCount - self.coolDownActionLimit
+            maxTmpIndex = actionCount - selectedCooldown.cooldownActionLimit
-            maxRecentAction:Cooldown_Action = self.actionList[maxTmpIndex]
+            maxRecentAction:Cooldown_Action = selectedCooldown.actionList[maxTmpIndex]
 
             timeDiff = timenow - maxRecentAction.time
-            maxTimeAllowed = timedelta(seconds = self.coolDownDuration)
+            maxTimeAllowed = timedelta(seconds = selectedCooldown.cooldownDuration)
 
             if timeDiff < maxTimeAllowed:
-                isCoolDownActivated = True
+                isCooldownActivated = True
 
-        return isCoolDownActivated
+        return isCooldownActivated
 
-    def actionTrigger(self, name:str = ""):
+    def actionTrigger(self, name:str = "", tag:str = ""):
         newAction = Cooldown_Action()
-        newAction.name = name
+        newAction.tag = tag
-        self.actionList.append(newAction)
+        targetCD = self.getCooldown(name)
+        if targetCD != None:
+            targetCD.actionList.append(newAction)
 
 if __name__ == "__main__":
     testCD = Cooldowns_Module()
-    testCD.setupCooldown("test", 20, 2)
+    cdName = "test"
+    testCD.setupCooldown(cdName, 20, 2)
+
+    print("CD Test 0: ")
+    for x in range(20):
+        testCD.actionTrigger("cdName")
+        sleep(0)
+    print(testCD.isCooldownActive("cdName"))
+    print("//Test Done//")
+    sleep(2)
 
     print("CD Test 1: ")
     for x in range(20):
-        testCD.actionTrigger()
+        testCD.actionTrigger(cdName)
         sleep(0)
-    print(testCD.isCooldownActive())
+    print(testCD.isCooldownActive("test"))
     print("//Test Done//")
     sleep(2)
 
     print("CD Test 2: ")
     for x in range(10):
-        testCD.actionTrigger()
+        testCD.actionTrigger(cdName)
         sleep(0)
-    print(testCD.isCooldownActive())
+    print(testCD.isCooldownActive(cdName))
     print("//Test Done//")
     sleep(2)
 
     print("CD Test 3: ")
     for x in range(20):
-        testCD.actionTrigger()
+        testCD.actionTrigger(cdName)
         sleep(0.05)
-    print(testCD.isCooldownActive())
+    print(testCD.isCooldownActive(cdName))
     print("//Test Done//")
     sleep(2)
 
     print("CD Test 4: ")
     for x in range(20):
-        testCD.actionTrigger()
+        testCD.actionTrigger(cdName)
         sleep(0.6)
-    print(testCD.isCooldownActive())
+    print(testCD.isCooldownActive(cdName))
     print("//Test Done//")

twitch_script.py

@@ -60,9 +60,9 @@ class Twitch_Module():
         self.chat.irc.socket.close()
 
     def send_message(self, message):
-        if self.twitchChat_cooldown.isCooldownActive() == False:
+        if self.twitchChat_cooldown.isCooldownActive("twitchChat") == False:
             self.chat.send(message)
-            self.twitchChat_cooldown.actionTrigger()
+            self.twitchChat_cooldown.actionTrigger("twitchChat")
 
     def send_whisper(self, user, message):
         pass
@@ -73,7 +73,7 @@ class Twitch_Module():
         if message.channel == "thecuriousnerd":
 
             if not self.isSenderBot(message):
-                if self.twitchChat_cooldown.isCooldownActive() == False:
+                if self.twitchChat_cooldown.isCooldownActive("twitchChat") == False:
                     self.eval_commands(message)
                 #elif message.channel == message.sender:
                     #self.eval_commands(message)