Added auto (grind) attack function to barbarians (#285)

* feat(activateMiracle): added activation level export

- Refactor `obtainMiraclesAvailable` to now include activation levels via the `wonderActivationLevel` field.
- Improvement enables better management of auto grind for barbarians based on activation levels.

* feat(autoBarbarians): added `autoBarbarians` to the options menu

* fix(attackBarbarians): Fixed issue with acquiring unit speed due to translation

* feat(attackBarbarians): Added unit name acquisition in  function

* feat(autoBarbarians)!: auto Barbarian function

- Added presets to make barbarian grinding easier automatically;
- Added usage warnings for users to better understand;
- Added Hephaestus availability check to easily switch between presets;
- Added auto-recognition of floating city usage through the preset;
- Added visualization for users of the troops required by the presets they are using;

* feat(autoBarbarians): Added attack and looting action functions

- Adjusted data modeling of the `DEFAULT_SCHEMATICS` object for greater efficiency;
- Applied syntax and dialog corrections;
- Removed extra comments previously added as information for development
- Fixed error with `float_city` variable being within a very specific scope;
- Added auto-attack operation loop:
- Added `get_units_scattered` function to manage the amount of scattered troops;

* fix(autoBarbarians): Fixed translation and data modeling

- Added a development feature-flag for hephaestus and custom schematic selection;
- Fixed translation errors that presented syntax in pt-BR;
- Removed unnecessary inputs added in development;

* fix(autoBarbarians): Formatted by Black Fomatter

* fix(autoBarbarians): dedicated function for background and cleanup

- dedicated `do_it` function for background;
- renamed the attack function from `do_it` to `do_attack`;
- removed some unnecessary comments;
- translated some writings that are in pt-BR;

* fix(autoBarbarians): Fixed problem where attacks would not follow up if troops took longer than expected to return

* feat(attackBarbarians): Added option in  to filter only abortables as parameter

* fix(autoBarbarians): Validation to wait for the troops to return completely;

- Added the `get_current_looting` function to check if the barbarians' city is still being looted, and if it is, wait for the units to return;
- Removed redundancy in the function call to start looting;

* remove gettext

---------

Co-authored-by: ikagod <[email protected]>

ikabot/command_line.py

@@ -12,6 +12,7 @@
 from ikabot.function.alertAttacks import alertAttacks
 from ikabot.function.alertLowWine import alertLowWine
 from ikabot.function.attackBarbarians import attackBarbarians
+from ikabot.function.autoBarbarians import autoBarbarians
 from ikabot.function.autoPirate import autoPirate
 from ikabot.function.buyResources import buyResources
 from ikabot.function.checkForUpdate import checkForUpdate
@@ -47,6 +48,7 @@
 from ikabot.helpers.process import updateProcessList
 from ikabot.web.session import *
 
+
 def menu(session, checkUpdate=True):
     """
     Parameters
@@ -131,7 +133,8 @@ def menu(session, checkUpdate=True):
         16: webServer,
         17: autoPirate,
         18: investigate,
-        19: attackBarbarians,
+        1901: attackBarbarians,
+        1902: autoBarbarians,
         2001: searchForIslandSpaces,
         2002: dumpWorld,
         2101: proxyConf,
@@ -163,7 +166,7 @@ def menu(session, checkUpdate=True):
     print("(16) Ikabot Web Server")
     print("(17) Auto-Pirate")
     print("(18) Investigate")
-    print("(19) Attack barbarians")
+    print("(19) Attack / Grind barbarians")
     print("(20) Dump / Monitor world")
     print("(21) Options / Settings")
     total_options = len(menu_actions) + 1
@@ -212,6 +215,18 @@ def menu(session, checkUpdate=True):
         if selected > 0:
             selected += 900
 
+    if selected == 19:
+        banner()
+        print("(0) Back")
+        print("(1) Simple Attack")
+        print("(2) Auto Grind")
+        selected = read(min=0, max=2, digit=True)
+        if selected == 0:
+            menu(session)
+            return
+        if selected > 0:
+            selected += 1900
+
     if selected == 12:
         banner()
         print("(0) Back")

ikabot/function/activateMiracle.py

@@ -68,6 +68,12 @@ def obtainMiraclesAvailable(session):
         }
         data = session.post(params=params)
         data = json.loads(data, strict=False)
+        html = data[1][1][1]
+        match = re.search(r'<div id="wonderLevelDisplay"[^>]*>\\n\s*(\d+)\s*</div>', html)
+        level = 0
+        if match:
+            level = int(match.group(1))
+
         data = data[2][1]
         available = data["js_WonderViewButton"]["buttonState"] == "enabled"
         if available is False:
@@ -82,6 +88,7 @@ def obtainMiraclesAvailable(session):
             if island["id"] == city["islandId"]:
                 island["activable"] = True
                 island["ciudad"] = city
+                island["wonderActivationLevel"] = level
                 island["available"] = available
                 if available is False:
                     island["available_in"] = enddate - currentdate
@@ -268,10 +275,7 @@ def activateMiracle(session, event, stdin_fd, predetermined_input):
 
                     iterations += 1
                     duration = wait_time * iterations
-                    print(
-
-                        "It is not possible to calculate the time of finalization. (at least: {})".format(daysHoursMinutes(duration))
-                    )
+                    print("It is not possible to calculate the time of finalization. (at least: {})".format(daysHoursMinutes(duration)))
                     print("Proceed? [Y/n]")
 
                     try:

ikabot/function/attackBarbarians.py

@@ -217,9 +217,7 @@ def plan_attack(session, city, babarians_info):
             if len(plan) > 0:
                 round_def = len(plan) + 1
                 attack_round["round"] = read(
-                    msg=
-                        "In which battle round do you want to send them? (min: 2, default: {:d}): "
-                    .format(round_def),
+                    msg= "In which battle round do you want to send them? (min: 2, default: {:d}): ".format(round_def),
                     min=2,
                     default=round_def,
                 )
@@ -233,9 +231,7 @@ def plan_attack(session, city, babarians_info):
             max_ships = total_ships - sum([ar["ships"] for ar in plan])
             if max_ships > 0:
                 attack_round["ships"] = read(
-                    msg=
-                        "How many ships do you want to send in this round? (min: 0, max: {:d}): "
-                    .format(max_ships),
+                    msg= "How many ships do you want to send in this round? (min: 0, max: {:d}): ".format(max_ships),
                     min=0,
                     max=max_ships,
                 )
@@ -252,11 +248,7 @@ def plan_attack(session, city, babarians_info):
         resp = read(values=["y", "Y", "n", "N"], default="n")
         if resp.lower() != "y":
             print("")
-            print(
-
-                    "Do you want to select the troops that will be used to collect the remaining resources? (they need to destroy the wall) [y/N]"
-
-            )
+            print("Do you want to select the troops that will be used to collect the remaining resources? (they need to destroy the wall) [y/N]")
             resp = read(values=["y", "Y", "n", "N"], default="n")
             if resp.lower() != "y":
                 break
@@ -352,12 +344,15 @@ def get_unit_data(session, city_id, unit_id):
     weight = int(weight)
 
     speed = re.search(
-        r'<span class="textLabel">Speed:</span>\s*(\d+)\s*<br/>',
+        r'<span class="textLabel">.*?</span>\s*(\d+)\s*<br/>',
         html,
     ).group(1)
     speed = int(speed)
 
-    return {"speed": speed, "weight": weight}
+    name = re.search(r'<div class="contentBox01h">\s*<h3 class="header">([^<]+)</h3>', html).group(1)
+    name = str(name)
+
+    return {"speed": speed, "weight": weight, "name": name}
 
 
 def city_is_in_island(city, island):
@@ -502,11 +497,11 @@ def filter_loading(attacks):
     return [attack for attack in attacks if attack["event"]["missionState"] == 1]
 
 
-def filter_traveling(attacks):
+def filter_traveling(attacks,onlyCanAbort=True):
     return [
         attack
         for attack in attacks
-        if attack["event"]["missionState"] == 2 and attack["event"]["canAbort"]
+        if attack["event"]["missionState"] == 2 and (onlyCanAbort is False or (onlyCanAbort is True and attack["event"]["canAbort"]))
     ]