internal void Reset(Item item)
{
ProducerRuleController.ClearProduction(_machine, Location);
if (ProducerController.GetProducerConfig(_machine.Name) is ProducerConfig producerConfig)
{
if (producerConfig.NoInputStartMode != null || producerConfig.IncrementStatsOnOutput.Count > 0)
{
producerConfig.IncrementStats(item);
if (producerConfig.NoInputStartMode == NoInputStartMode.Placement)
{
if (ProducerController.GetProducerItem(_machine.Name, null) is ProducerRule producerRule)
{
try
{
if (producerConfig.CheckLocationCondition(Location) && producerConfig.CheckSeasonCondition())
{
ProducerRuleController.ProduceOutput(producerRule, _machine, (i, q) => true, null, Location, producerConfig);
}
}
catch (RestrictionException) { /*No action needed*/ }
}
}
}
}
}
[HarmonyPriority(801)] //Just before ProducerFrameworkMod. Can't use HarmonyBefore attribute, that wasn't working for some reason
internal static bool performDropDownAction_Prefix(SObject __instance, Farmer who, bool __result)
{
if (string.IsNullOrEmpty(__instance.GetMassProducerKey()))
{
return(true);
}
MassProductionMachineDefinition mpm = ModEntry.GetMPMMachine(__instance.name, __instance.GetMassProducerKey());
if (mpm == null)
{
return(true);
}
if (ProducerController.GetProducerConfig(__instance.Name) is ProducerConfig producerConfig)
{
try
{
if (!producerConfig.CheckLocationCondition(who.currentLocation))
{
throw new RestrictionException(ModEntry.Instance.Helper.Translation.Get("Message.Condition.Location"));
}
if (producerConfig.NoInputStartMode != null)
{
if (producerConfig.CheckSeasonCondition() && NoInputStartMode.Placement == producerConfig.NoInputStartMode)
{
if (ProducerController.GetProducerItem(__instance.Name, null) is ProducerRule producerRule)
{
PFMCompatability.ProduceOutput(producerRule, mpm.Settings, __instance, (i, q) => who.hasItemInInventory(i, q),
who, who.currentLocation, producerConfig);
}
}
return(__result = false);
}
}
catch (RestrictionException e)
{
if (e.Message != null && who.IsLocalPlayer)
{
Game1.showRedMessage(e.Message);
}
return(__result = false);
}
}
else if (StaticValues.SUPPORTED_VANILLA_MACHINES.ContainsKey(__instance.name) &&
StaticValues.SUPPORTED_VANILLA_MACHINES[__instance.name] == InputRequirement.NoInputsOnly)
{
IVanillaOverride vanillaOverride = VanillaOverrideList.GetFor(__instance.name);
if (vanillaOverride != null && vanillaOverride.Manual_PerformDropDownAction(__instance, mpm))
{
return(true);
}
}
return(true);
}
[HarmonyPriority(Priority.First + 1)] //Just before ProducerFrameworkMod. Can't use HarmonyBefore attribute, that wasn't working for some reason
public static bool DayUpdate_Prefix(SObject __instance, GameLocation location)
{
if (__instance == null || string.IsNullOrEmpty(__instance.GetMassProducerKey()))
{
return(true);
}
MassProductionMachineDefinition mpm = ModEntry.GetMPMMachine(__instance.name, __instance.GetMassProducerKey());
if (mpm == null)
{
return(true);
}
if (__instance.bigCraftable.Value)
{
if (ProducerController.GetProducerConfig(__instance.Name) is ProducerConfig producerConfig)
{
if (producerConfig != null)
{
if (ProducerController.GetProducerItem(__instance.Name, null) is ProducerRule producerRule)
{
if (!producerConfig.CheckSeasonCondition() || !producerConfig.CheckLocationCondition(location))
{
ProducerRuleController.ClearProduction(__instance, location);
return(false);
}
else if (producerConfig.NoInputStartMode != null)
{
if (producerConfig.NoInputStartMode == NoInputStartMode.DayUpdate || producerConfig.NoInputStartMode == NoInputStartMode.Placement)
{
if (__instance.heldObject.Value == null)
{
try
{
Farmer who = Game1.getFarmer((long)__instance.owner);
PFMCompatability.ProduceOutput(producerRule, mpm.Settings, __instance,
(i, q) => who.hasItemInInventory(i, q), who, who.currentLocation, producerConfig);
}
catch (RestrictionException)
{
//Does not show the restriction error since the machine is auto-starting.
}
}
}
return(false);
}
}
}
}
}
return(true);
}
public bool SetInput(IStorage input)
{
foreach (ITrackedStack trackedStack in input.GetItems())
{
if (trackedStack.Sample is SObject objectInput &&
!objectInput.bigCraftable.Value &&
ProducerController.GetProducerItem(_machine.Name, objectInput) is ProducerRule producerRule &&
!ProducerRuleController.IsInputExcluded(producerRule, objectInput))
{
ProducerConfig producerConfig = ProducerController.GetProducerConfig(_machine.Name);
if (producerConfig == null || (producerConfig.CheckLocationCondition(Location) && producerConfig.CheckSeasonCondition(Location)))
{
if (input.TryGetIngredient(objectInput.ParentSheetIndex, producerRule.InputStack,
out IConsumable inputConsumable))
{
objectInput = inputConsumable.Sample as SObject;
List <IConsumable> requiredFuels = GetRequiredFuels(producerRule, input);
if (requiredFuels != null)
{
try
{
if (objectInput != null)
{
objectInput.Stack = inputConsumable.Consumables.Count;
}
OutputConfig outputConfig = ProducerRuleController.ProduceOutput(producerRule, _machine,
(i, q) => input.TryGetIngredient(i, q, out IConsumable fuel), null, Location,
producerConfig, objectInput, noSoundAndAnimation: true);
if (outputConfig != null)
{
if (outputConfig.RequiredInputStack.HasValue)
{
inputConsumable.Consumables.Reduce(outputConfig.RequiredInputStack.Value);
}
else
{
inputConsumable.Reduce();
}
requiredFuels.ForEach(f => f.Reduce());
List <IConsumable> outputRequiredFuels = GetRequiredFuels(outputConfig, input);
outputRequiredFuels.ForEach(f => f.Reduce());
return(true);
}
}
catch (RestrictionException) { /* No action needed */ }
}
}
}
}
}
return(false);
}
/// <summary>
/// Defines all mass production machines.
/// </summary>
/// <param name="settings">Specifies the kinds of machines being set up.</param>
/// <returns>All mass production machine definitions.</returns>
public static List <MassProductionMachineDefinition> Setup(Dictionary <string, MPMSettings> settings)
{
List <MassProductionMachineDefinition> mpms = new List <MassProductionMachineDefinition>();
//PFM integration
List <ProducerRule> allProducerRules = ProducerController.GetProducerRules();
List <string> baseProducers = new List <string>();
foreach (ProducerRule rule in allProducerRules)
{
if (ProducerController.GetProducerConfig(rule.ProducerName) != null && !baseProducers.Contains(rule.ProducerName))
{
baseProducers.Add(rule.ProducerName);
}
}
foreach (string baseProducerName in baseProducers)
{
ProducerConfig config = ProducerController.GetProducerConfig(baseProducerName);
foreach (MPMSettings setting in settings.Values)
{
if (config == null ||
(config.NoInputStartMode.HasValue && setting.InputRequirementEnum == InputRequirement.InputRequired) ||
(!config.NoInputStartMode.HasValue && setting.InputRequirementEnum == InputRequirement.NoInputsOnly))
{
continue;
}
mpms.Add(new MassProductionMachineDefinition(baseProducerName, setting));
}
}
//Other vanilla machines
foreach (string vanillaMachineName in StaticValues.SUPPORTED_VANILLA_MACHINES.Keys)
{
if (!baseProducers.Contains(vanillaMachineName))
{
InputRequirement inputRequirement = StaticValues.SUPPORTED_VANILLA_MACHINES[vanillaMachineName];
foreach (MPMSettings setting in settings.Values)
{
if (setting.InputRequirementEnum == inputRequirement || setting.InputRequirementEnum == InputRequirement.NoRequirements)
{
mpms.Add(new MassProductionMachineDefinition(vanillaMachineName, setting));
}
}
}
}
return(mpms);
}
/// <summary>
/// Adapted from https://github.com/Digus/StardewValleyMods/blob/master/PFMAutomate/Automate/CustomProducerMachine.cs
/// </summary>
/// <param name="item"></param>
internal void Reset(Item item)
{
PFMCompatability.ClearProduction(Machine, Location);
MassProductionMachineDefinition mpm = null;
ProducerConfig producerConfig;
if (IsMassProducer)
{
mpm = ModEntry.GetMPMMachine(Machine.name, Machine.GetMassProducerKey());
producerConfig = ProducerController.GetProducerConfig(mpm.BaseProducerName);
}
else
{
producerConfig = ProducerController.GetProducerConfig(Machine.name);
}
if (producerConfig == null)
{
return;
}
else if (producerConfig.NoInputStartMode != null || producerConfig.IncrementStatsOnOutput.Count > 0)
{
producerConfig.IncrementStats(item);
if (producerConfig.NoInputStartMode == NoInputStartMode.Placement)
{
if (ProducerController.GetProducerItem(Machine.Name, null) is ProducerRule producerRule)
{
try
{
if (producerConfig.CheckLocationCondition(Location) && producerConfig.CheckSeasonCondition())
{
if (mpm != null)
{
PFMCompatability.ProduceOutput(producerRule, mpm.Settings, Machine, (i, q) => true, null, Location, producerConfig);
}
else
{
ProducerRuleController.ProduceOutput(producerRule, Machine, (i, q) => true, null, Location, producerConfig);
}
}
}
catch (RestrictionException) { /*No action needed*/ }
}
}
}
}
/// <summary>
/// Gets the current configuration of the machine.
/// </summary>
/// <param name="mpm"></param>
/// <returns></returns>
private ProducerConfig GetCurrentConfig(out MassProductionMachineDefinition mpm)
{
mpm = null;
ProducerConfig producerConfig;
if (IsMassProducer)
{
mpm = ModEntry.GetMPMMachine(Machine.name, Machine.GetMassProducerKey());
producerConfig = ProducerController.GetProducerConfig(mpm.BaseProducerName);
}
else
{
producerConfig = ProducerController.GetProducerConfig(Machine.name);
}
return(producerConfig);
}
public bool SetInput(IStorage input)
{
foreach (ITrackedStack trackedStack in input.GetItems())
{
if (trackedStack.Sample is SObject objectInput &&
!objectInput.bigCraftable.Value &&
ProducerController.GetProducerItem(_machine.Name, objectInput) is ProducerRule producerRule &&
!ProducerRuleController.IsInputExcluded(producerRule, objectInput))
{
if (input.TryGetIngredient(objectInput.ParentSheetIndex, producerRule.InputStack, out IConsumable inputConsumable))
{
objectInput = inputConsumable.Sample as SObject;
List <IConsumable> requiredFuels = GetRequiredFuels(producerRule, input);
if (requiredFuels != null)
{
Random random = ProducerRuleController.GetRandomForProducing(_machine.TileLocation);
OutputConfig outputConfig = OutputConfigController.ChooseOutput(producerRule.OutputConfigs, random);
SObject output = OutputConfigController.CreateOutput(outputConfig, objectInput, random);
_machine.heldObject.Value = output;
OutputConfigController.LoadOutputName(outputConfig, output, objectInput);
_machine.MinutesUntilReady = producerRule.MinutesUntilReady;
if (ProducerController.GetProducerConfig(_machine.Name) is ProducerConfig producerConfig)
{
_machine.showNextIndex.Value = producerConfig.AlternateFrameProducing;
}
_machine.initializeLightSource(_machine.TileLocation, false);
producerRule.IncrementStatsOnInput.ForEach(s => StatsController.IncrementStardewStats(s, producerRule.InputStack));
inputConsumable.Take();
requiredFuels.ForEach(f => f.Reduce());
return(true);
}
}
}
}
return(false);
}
public MachineState GetState()
{
if (_machine.heldObject.Value != null && _machine.minutesUntilReady <= 0 && _machine.readyForHarvest.Value)
{
return(MachineState.Done);
}
if (ProducerController.GetProducerConfig(_machine.Name) is ProducerConfig producerConfig)
{
if (!producerConfig.CheckWeatherCondition() || !producerConfig.CheckSeasonCondition() || !producerConfig.CheckLocationCondition(Location) || !producerConfig.CheckCurrentTimeCondition())
{
return(MachineState.Disabled);
}
if (producerConfig.NoInputStartMode != null)
{
//A no input machine is considered processing even while empty.
return(MachineState.Processing);
}
}
if (_machine.heldObject.Value == null)
{
return(MachineState.Empty);
}
return(MachineState.Processing);
}
/// <summary>
/// Adapted from https://github.com/Digus/StardewValleyMods/blob/master/PFMAutomate/Automate/CustomProducerMachine.cs
/// </summary>
/// <param name="input"></param>
/// <returns></returns>
public bool SetInput(IStorage input)
{
if (IsMassProducer)
{
MassProductionMachineDefinition mpm = ModEntry.GetMPMMachine(Machine.name, Machine.GetMassProducerKey());
foreach (ITrackedStack trackedStack in input.GetItems())
{
if (trackedStack.Sample is SObject objectInput && !objectInput.bigCraftable.Value &&
ProducerController.GetProducerItem(Machine.Name, objectInput) is ProducerRule producerRule &&
!PFMCompatability.IsInputExcluded(producerRule, mpm, objectInput))
{
ProducerConfig producerConfig = mpm.GetBaseProducerConfig();
if (producerConfig == null || (producerConfig.CheckLocationCondition(Location) && producerConfig.CheckSeasonCondition()))
{
List <InputInfo> inputsRequired = InputInfo.ConvertPFMInputs(producerRule, objectInput);
if (inputsRequired.Count > 0 &&
input.TryGetIngredient(objectInput.ParentSheetIndex, mpm.Settings.CalculateInputRequired(inputsRequired.First()), out IConsumable inputConsumable))
{
objectInput = inputConsumable.Sample as SObject;
List <IConsumable> requiredFuels = GetRequiredFuels(inputsRequired, mpm.Settings, input);
if (requiredFuels != null)
{
try
{
Dictionary <int, int> fuelQuantities = new Dictionary <int, int>();
foreach (InputInfo inputInfo in inputsRequired)
{
if (inputInfo.IsFuel)
{
fuelQuantities.Add(inputInfo.ID, mpm.Settings.CalculateInputRequired(inputInfo));
}
}
Func <int, int, bool> fuelSearch = (i, q) => input.TryGetIngredient(i, fuelQuantities[i], out IConsumable fuel);
OutputConfig outputConfig = PFMCompatability.ProduceOutput(producerRule, mpm.Settings, Machine, fuelSearch, null, Location, producerConfig,
objectInput, inputQuantity: mpm.Settings.CalculateInputRequired(inputsRequired.First()), noSoundAndAnimation: true,
inputInfo: inputsRequired);
if (outputConfig != null)
{
inputConsumable.Take();
requiredFuels.ForEach(f => f.Reduce());
List <IConsumable> outputRequiredFuels = GetRequiredFuels(InputInfo.ConvertPFMInputs(outputConfig), mpm.Settings, input);
outputRequiredFuels.ForEach(f => f.Reduce());
return(true);
}
}
catch (RestrictionException) { /* No action needed */ }
}
}
}
}
}
}
else
{
foreach (ITrackedStack trackedStack in input.GetItems())
{
if (trackedStack.Sample is SObject objectInput && !objectInput.bigCraftable.Value &&
ProducerController.GetProducerItem(Machine.Name, objectInput) is ProducerRule producerRule &&
!ProducerRuleController.IsInputExcluded(producerRule, objectInput))
{
ProducerConfig producerConfig = ProducerController.GetProducerConfig(Machine.name);
if (producerConfig == null || (producerConfig.CheckLocationCondition(Location) && producerConfig.CheckSeasonCondition()))
{
if (input.TryGetIngredient(objectInput.ParentSheetIndex, producerRule.InputStack, out IConsumable inputConsumable))
{
objectInput = inputConsumable.Sample as SObject;
List <IConsumable> requiredFuels = GetRequiredFuels(InputInfo.ConvertPFMInputs(producerRule, objectInput), null, input);
if (requiredFuels != null)
{
try
{
Func <int, int, bool> fuelSearch = (i, q) => input.TryGetIngredient(i, q, out IConsumable fuel);
OutputConfig outputConfig = ProducerRuleController.ProduceOutput(producerRule, Machine, fuelSearch, null, Location, producerConfig,
objectInput, noSoundAndAnimation: true);
if (outputConfig != null)
{
inputConsumable.Take();
requiredFuels.ForEach(f => f.Reduce());
List <IConsumable> outputRequiredFuels = GetRequiredFuels(InputInfo.ConvertPFMInputs(outputConfig), null, input);
outputRequiredFuels.ForEach(f => f.Reduce());
return(true);
}
}
catch (RestrictionException) { /* No action needed */ }
}
}
}
}
}
}
return(false);
}
public static void GetFor(ref object __result, SObject obj)
{
string machineFullName = __result?.GetType().FullName;
if (SupportedVanillaMachines.Contains(machineFullName) && (ProducerController.HasProducerRule(obj.Name) || ProducerController.GetProducerConfig(obj.Name) != null))
{
__result = new VanillaProducerMachine((IMachine)__result);
}
}
public static void GetFor(ref object __result, Object obj)
{
string machineFullName = __result?.GetType().FullName;
if (machineFullName == "CCRMAutomate.Automate.ClonerMachine" && (ProducerController.HasProducerRule(obj.Name) || ProducerController.GetProducerConfig(obj.Name) != null))
{
__result = new CustomClonerMachine((IMachine)__result);
}
}
/// <summary>
/// Overrides the base Automate machine factory's return value with one from this mod if that machine needs special support to
/// make use of the mass production upgrades. Also replicated PFMAutomate's functionality.
/// </summary>
/// <param name="__result"></param>
/// <param name="obj"></param>
public static void GetFor(ref object __result, SObject obj)
{
if (__result != null && __result is IMachine machine)
{
string machineFullName = __result.GetType().FullName;
if (VanillaOverrides.VanillaOverrideList.AUTOMATE_OVERRIDES.ContainsKey(machineFullName) ||
PFM_SUPPORTED_VANILLA_MACHINES.Contains(machineFullName) && (ProducerController.HasProducerRule(obj.Name) || ProducerController.GetProducerConfig(obj.Name) != null))
{
__result = new VanillaAutomatedOverride((IMachine)__result);
}
}
}
/// <summary>
/// Gets the PFM config for the base machine.
/// </summary>
/// <returns></returns>
public ProducerConfig GetBaseProducerConfig()
{
return(ProducerController.GetProducerConfig(BaseProducerName));
}