### Example GUID Usage in cameras.cfg

Source: https://docs.flightsimulator.com/msfs2024/html/1_Introduction/Using_The_SDK.htm?agt=index

This example shows how a unique GUID is used to identify a camera definition within the cameras.cfg file. Ensure all GUIDs are unique.

```ini
Guid = "{195EAB58-9E4A-1E2A-A34C-A8D9D948F078}" ; Camera definition unique identifier. This GUID must be unique.

```

--------------------------------

### SimConnect.cfg Example Configurations

Source: https://docs.flightsimulator.com/msfs2024/html/6_Programming_APIs/SimConnect/SimConnect_CFG_Definition.htm

This example shows two different configurations for the SimConnect.cfg file, demonstrating the use of different protocols and settings for client connections.

```cfg
[SimConnect.0]
Protocol=Pipe
Port=Custom/SimConnect
Address=127.0.0.1

[SimConnect.1]
Protocol=Ipv6
Port=501
Address=127.0.0.1

; Further connections here if required
```

--------------------------------

### Get Procedure Auto Start/Shutdown Parameters

Source: https://docs.flightsimulator.com/msfs2024/html/5_Content_Configuration/Models/ModelBehaviors/TemplateExplorer/Asobo_EX1/Common/Shared/Utils/Procedures/Common/Utils.html

Defines parameters for engine auto start and shutdown procedures. Use 'Default' for basic setup, 'Override' for conditional logic, and 'AUTO_START_SHUTDOWN_CODE' for combined logic.

```XML
<ModelBehaviors>
 <ParametersFn Name="Get_Procedure_Auto_Start_Shutdown_Parameters">
 <Parameters Type="Default">
 <AUTO_START_CODE/>
 <AUTO_SHUTDOWN_CODE/>
 </Parameters>
 <Parameters Type="Override">
 <Condition Valid="PREVENT_KEY_PROPAGATION">
 <False>
 <AUTO_START_CODE>#AUTO_START_CODE# (&gt;K:ENGINE_AUTO_START)</AUTO_START_CODE>
 <AUTO_SHUTDOWN_CODE>#AUTO_SHUTDOWN_CODE# (&gt;K:ENGINE_AUTO_SHUTDOWN)</AUTO_SHUTDOWN_CODE>
 </False>
 </Condition>
 </Parameters>
 <Parameters Type="Override">
 <AUTO_START_SHUTDOWN_CODE> p0 if{ #AUTO_START_CODE# } els{ #AUTO_SHUTDOWN_CODE# } </AUTO_START_SHUTDOWN_CODE>
 </Parameters>
 <ReturnParameters>
 <UseParametersFn Name="ASOBO_Append_Set_Code_Helper">
 <SET_CODE>#AUTO_START_SHUTDOWN_CODE#</SET_CODE>
 </UseParametersFn>
 <SaveParameters ID="#IE_PARAMS#" Append="Override">
 <IE_SET_ARG_COUNT>1</IE_SET_ARG_COUNT>
 <SET_PARAM_0>p0</SET_PARAM_0>
 <SET_PARAM_0_TYPE>Float</SET_PARAM_0_TYPE>
 <SET_PARAM_0_IS_DYNAMIC>True</SET_PARAM_0_IS_DYNAMIC>
 </SaveParameters>
 <UseParametersFn Name="ASOBO_Add_Set_Binding_Helper">
 <EVENT_ID>ENGINE_AUTO_START</EVENT_ID>
 <PARAM_0>1</PARAM_0>
 <PARAM_0_IS_DYNAMIC>False</PARAM_0_IS_DYNAMIC>
 </UseParametersFn>
 <UseParametersFn Name="ASOBO_Add_Set_Binding_Helper">
 <EVENT_ID>ENGINE_AUTO_SHUTDOWN</EVENT_ID>
 <PARAM_0>0</PARAM_0>
 <PARAM_0_IS_DYNAMIC>False</PARAM_0_IS_DYNAMIC>
 </UseParametersFn>
 </ReturnParameters>
 </ParametersFn>
```

--------------------------------

### Starter Configuration

Source: https://docs.flightsimulator.com/msfs2024/html/5_Content_Configuration/Models/ModelBehaviors/TemplateExplorer/Asobo/Common/Inputs/Electrical_Inputs.html

Defines the behavior for starter toggling, activation, and setting. Includes bindings for direct control and toggling all starters.

```XML
<Set>
 <Code>#ON_BEFORE_SET# #SET_EVENT# #ON_AFTER_SET# #ON_STATE_CHANGED#</Code>
 <Parameters>
 <Param Type="Float" RPN="True">p0</Param>
 </Parameters>
 <Bindings>
 <Binding Alias="ELECTRICAL_Starter_#STARTER_ID#_Toggle">
 <Param RPN="True">1 (&gt;O:ForceNotHeld) (#INPUTEVENT_VAR_TYPE#:#INPUTEVENT_VAR_NAME#) !</Param>
 </Binding>
 <Binding Alias="ELECTRICAL_Starter_#STARTER_ID#_On">
 <Param RPN="True">1 (&gt;O:ForceNotHeld) 1</Param>
 </Binding>
 <Binding Alias="ELECTRICAL_Starter_#STARTER_ID#_Off">
 <Param RPN="True">1 (&gt;O:ForceNotHeld) 0</Param>
 </Binding>
 <Binding EventID="STARTER_SET">
 <Param RPN="True">1 (&gt;O:ForceNotHeld) p1</Param>
 </Binding>
 <Binding EventID="TOGGLE_ALL_STARTERS">
 <Param RPN="True">1 (&gt;O:ForceNotHeld) (B:ELECTRICAL_Starter_#STARTER_ID#) !</Param>
 </Binding>
 <Binding EventID="SET_STARTER_ALL_HELD">
 <Param RPN="True">1 (&gt;O:ForceHeld) p1</Param>
 </Binding>
 <Binding EventID="STARTER#STARTER_ID#_SET">
 <Param RPN="True">1 (&gt;O:ForceNotHeld) p1</Param>
 </Binding>
 <Binding EventID="SET_STARTER#STARTER_ID#_HELD">
 <Param RPN="True">1 (&gt;O:ForceHeld) p1</Param>
 </Binding>
 </Bindings>
</Set>
```

--------------------------------

### SimPropContainer GUID Element Example

Source: https://docs.flightsimulator.com/msfs2024/html/5_Content_Configuration/Environment/SimProp_Containers/SimPropContainer_XML_Properties.htm

Provides a GUID for the SimPropContainer object, used as a reference in other files.

```xml
<GUID>{FDE1EC0B-7021-45E9-AC3B-066E307B4979}</GUID>
```

--------------------------------

### Acquire Camera - SimConnect_CameraAcquire

Source: https://docs.flightsimulator.com/msfs2024/html/6_Programming_APIs/SimConnect/API_Reference/Camera/SimConnect_CameraAcquire.htm

This example demonstrates how to acquire the add-on camera. Note that the camera may not be immediately usable on acquisition.

```C++
HANDLE  hSimConnect = NULL;
SimConnect_CameraAcquire(hSimConnect)
```

--------------------------------

### Light Definition Example

Source: https://docs.flightsimulator.com/msfs2024/html/5_Content_Configuration/CFG_Files/systems_cfg.htm

This is an example of how to define a light in the configuration file. It includes parameters like name, type, index, local position, rotation, effect file, and potentiometer index.

```cfg
lightdef.18 = Name:light_strobe Type:4 #Index:0 #LocalPosition:-1.2,0.65,14.0 #LocalRotation:0,0,0 #EffectFile:fx_cockpit_small_yellow, #PotentiometerIndex:2
```

--------------------------------

### RTCSequencer with InstanceId GUID

Source: https://docs.flightsimulator.com/msfs2024/html/5_Content_Configuration/Cameras/RTC/Using_RTCs.htm

This example shows an RTCSequencer with a valid GUID assigned to the InstanceId field. The GUID must be enclosed in curly braces and be in uppercase.

```xml
<SimMission.RTCSequencer InstanceId="{18818CE1-18B4-4943-A8CC-D5362D943993}">
    <Descr>RTC_Airport_Intro</Descr>
</SimMission.RTCSequencer>
```

--------------------------------

### Example Services.xml Configuration

Source: https://docs.flightsimulator.com/msfs2024/html/5_Content_Configuration/Navigation_Services/Services_XML_Properties.htm

An example of a Services.xml file with multiple registered services, including passenger, boarding, skydive, medic, and hoist services.

```xml
<?xml version="1.0" encoding="UTF-8"?>
<SimBase.Document Type="CabinService" version="1,0">
    <CabinService.Services>
        <Service Name ="PassengerService" Filename="PassengerService" Foldername="Asobo"/>
        <Service Name ="PassengerBoardingService" Filename="PassengerBoardingService" Foldername="Asobo"/>
        <Service Name ="SkydiveService" Filename="SkydiveService" Foldername="Asobo"/>
        <Service Name ="MedicService" Filename="MedicService"/>
        <Service Name ="MedicHoistService" Filename="MedicHoistService" Foldername="Asobo"/>
        <Service Name ="HoistService" Filename="HoistService" Foldername="Asobo"/>
        <Service Name ="CopilotService" Filename="CopilotService" Foldername="Asobo"/>
    </CabinService.Services>
</SimBase.Document>
```

--------------------------------

### Reference Interaction GUIDs

Source: https://docs.flightsimulator.com/msfs2024/html/5_Content_Configuration/CFG_Files/navigation_graph.htm?agt=index

Add one or more GUID references to `<ServiceInteraction.Interaction>` elements, numbered sequentially starting from 0.

```cfg
interactionGUID.n = 
```

--------------------------------

### Get SimVar Value Examples

Source: https://docs.flightsimulator.com/msfs2024/html/6_Programming_APIs/JavaScript/Simvar.htm

Examples demonstrating how to retrieve different SimVar values based on instrument state.

```javascript
switch (this.mapRotationMode) {
    case EMapRotationMode.DTKUp:
        compass = SimVar.GetSimVarValue("GPS WP DESIRED TRACK", "degrees");
        break;
    case EMapRotationMode.HDGUp:
        compass = Simplane.getHeadingTrue();
        break;
    case EMapRotationMode.TrackUp:
        compass = SimVar.GetSimVarValue("GPS GROUND TRUE TRACK", "degrees");
        break;
    default:
        compass = 0;
        break;
}
```

--------------------------------

### Combined 'While' and 'Do' Loop

Source: https://docs.flightsimulator.com/msfs2024/html/5_Content_Configuration/Models/ModelBehaviors/Program_Template_XML_Properties.htm

Demonstrates using a 'while' loop for setup and a 'do' loop for execution. This allows 'while' to configure parameters used in the 'do' loop.

```xml
<Loop>
    <Setup>
        <Param>ID</Param>
        <From>1</From>
        <Inc>1</Inc>
        <While>
            <Arg Valid="VALVE_ID_#ID#"/>
        </While>
    </Setup>
    <Do>
        <Parameters Type="Override">
            <VALVE_ID Process="Param">VALVE_ID_#ID#</VALVE_ID>
        </Parameters>
        <Simvar ID="FUELSYSTEM VALVE SWITCH:#VALVE_ID#"/>
    </Do>
</Loop>
```

--------------------------------

### Example Material Definition in material.lbl

Source: https://docs.flightsimulator.com/msfs2024/html/5_Content_Configuration/LBL_Files/material_lbl.htm

This example shows a single material definition within the material.lbl file, including its name, GUID, and associated labels for filtering.

```json
{
  "LabeledMaterials": [
    {
      "Name": "Dynamic_Material_1",
      "MaterialGUID": "{F519090D-FF85-4C30-A6BB-8AECBD126541}",
      "Labels": [
        {
          "Key": "Activity",
          "Values": [
            "CAR"
          ]
        },
        {
          "Key": "Continent",
          "Values": [
            "Europe"
          ]
        }
      ]
    }
  ]
}
```

--------------------------------

### Complete WASM System Configuration Example

Source: https://docs.flightsimulator.com/msfs2024/html/6_Programming_APIs/WASM/Creating_WASM_Systems.htm

Provides a comprehensive example of configuring multiple WASM systems, including different module paths and system names, within the systems.cfg file.

```cfg
[WASM_SYSTEM.0]
ModulePath=SimObjects/Airplane/MyCompanyWasm_Aircraft/common/wasm/myModule.wasm
SystemName=mySystem
ParameterString=AircraftVariationName, 1
[WASM_SYSTEM.1]
ModulePath=SimObjects/Airplane/MyCompanyWasm_Aircraft/common/wasm/myModule.wasm
SystemName=mySecondSystem
[WASM_SYSTEM.2]
ModulePath=SimObjects/Airplane/MyCompanyWasm_Aircraft/presets/mycompany/presetName/wasm/myModuleInPreset.wasm
SystemName=presetSystem
```

--------------------------------

### Starter Template - Switch Interaction

Source: https://docs.flightsimulator.com/msfs2024/html/5_Content_Configuration/Models/ModelBehaviors/TemplateExplorer/Asobo/Common/Subtemplates/Electrical_Subtemplates.html

Configures a starter for 'SWITCH' interaction type. Includes conditions for cover states and uses ASOBO_GT_Switch_Covered for handling switch logic and animations.

```XML
<Template Name="ASOBO_ELECTRICAL_Starter_Template"> <Parameters Type="Default"> <ANIM_NAME>ELECTRICAL_#INTERACTION_TYPE#_Starter_#ID#</ANIM_NAME> <NODE_ID>ELECTRICAL_#INTERACTION_TYPE#_Starter_#ID#</NODE_ID> <PART_ID>ELECTRICAL_#INTERACTION_TYPE#_Starter</PART_ID> <MOMENTARY_MIN_DURATION>1.5</MOMENTARY_MIN_DURATION> <Condition Valid="COVERED"> <COVER_NODE_ID>ELECTRICAL_#INTERACTION_TYPE#_Starter_#ID#_Cover</COVER_NODE_ID> <COVER_ANIM_NAME>ELECTRICAL_#INTERACTION_TYPE#_Starter_#ID#_Cover</COVER_ANIM_NAME> </Condition> <STARTER_ID>#ID#</STARTER_ID> <TOOLTIP_STARTER_TITLE>@TT_Package.ELECTRICAL_PUSH_START_TITLE</TOOLTIP_STARTER_TITLE> </Parameters> <Parameters Type="Override"> <TOOLTIP_TITLE>#TOOLTIP_STARTER_TITLE#</TOOLTIP_TITLE> <TOOLTIP_ENTRY_0>ELECTRICAL_Starter_#ID#</TOOLTIP_ENTRY_0> <Switch> <Case Valid="USE_ENFORCED_MOMENTARY_MIN_DURATION"> <STOP_STARTER>(O:_Interacting) ! if{ 0 (&gt;K:SET_STARTER#ID#_HELD) }</STOP_STARTER> </Case> <Default> <STOP_STARTER>0 (&gt;K:SET_STARTER#ID#_HELD)</STOP_STARTER> </Default> </Switch> <Condition Valid="PREVENT_STARTER_RELEASE"> <True> <RELEASE_STARTER_CODE/> </True> <False> <Switch Param="INTERACTION_TYPE"> <Case Value="SWITCH"> <RELEASE_STARTER_CODE>0 (&gt;B:ELECTRICAL_Starter_#ID#_Off)</RELEASE_STARTER_CODE> </Case> <Case Value="PUSH"> <RELEASE_STARTER_CODE>0 (&gt;B:ELECTRICAL_Starter_#ID#_Set)</RELEASE_STARTER_CODE> </Case> </Switch> </False> </Condition> </Parameters> <Parameters Type="Default"> <Condition Valid="COVERED"> <LOCK_NODE_ID>#COVER_NODE_ID#</LOCK_NODE_ID> <LOCK_ANIM_NAME>#COVER_ANIM_NAME#</LOCK_ANIM_NAME> </Condition> </Parameters> <Switch Param="INTERACTION_TYPE"> <Case Value="SWITCH"> <Condition Valid="COVERED"> <True> <UseTemplate Name="ASOBO_GT_Switch_Covered"> <INPUT_EVENT_ID>ELECTRICAL</INPUT_EVENT_ID> <COVER_IE_NAME>Starter_#ID#_Cover</COVER_IE_NAME> <COVER_IE_ID_SOURCE>ELECTRICAL</COVER_IE_ID_SOURCE> <SWITCH_NODE_ID>#NODE_ID#</SWITCH_NODE_ID> <SWITCH_ANIM_NAME>#ANIM_NAME#</SWITCH_ANIM_NAME> <COVER_VAR_NAME>XMLVAR_ELECTRICAL_Starter_#ID#_Cover_Opened</COVER_VAR_NAME> <COVER_VAR_TYPE>I</COVER_VAR_TYPE> <SWITCH_TYPE>MOMENTARY</SWITCH_TYPE> <SET_SWITCH_ON>(&gt;B:ELECTRICAL_Starter_#ID#_On)</SET_SWITCH_ON> <SET_SWITCH_OFF>#RELEASE_STARTER_CODE#</SET_SWITCH_OFF> <SWITCH_ANIM_CODE>(B:ELECTRICAL_Starter_#ID#, Bool) 100 *</SWITCH_ANIM_CODE> <WWISE_EVENT_1>starter_switch_on</WWISE_EVENT_1> <WWISE_EVENT_2>starter_switch_off</WWISE_EVENT_2> </UseTemplate> </True> <False> <Component ID="#NODE_ID#" Node="#NODE_ID#"> <UseInputEvent ID="ELECTRICAL"/> <UseTemplate Name="ASOBO_GT_Push_Button"> <OVERRIDE_ANIM_CODE>(B:ELECTRICAL_Starter_#ID#, Bool) 100 *</OVERRIDE_ANIM_CODE> <LEFT_SINGLE_CODE>(&gt;B:ELECTRICAL_Starter_#ID#_On)</LEFT_SINGLE_CODE> <LEFT_LEAVE_CODE>#RELEASE_STARTER_CODE#</LEFT_LEAVE_CODE> <WWISE_EVENT_1>starter_switch_on</WWISE_EVENT_1> <WWISE_EVENT_2>starter_switch_off</WWISE_EVENT_2> </UseTemplate> </Component> </False> </Condition> </Case> <Case Value="PUSH"> <Component ID="#NODE_ID#" Node="#NODE_ID#"> <UseTemplate Name="ASOBO_GT_Update"> <FREQUENCY>5</FREQUENCY> <UPDATE_CODE> (O:XMLVAR_Starter_Held_Down_Duration) 0 &gt; if{ (O:XMLVAR_Starter_Held_Down_Duration) (E:SIMULATION TIME, seconds) &lt; if{ 0 (&gt;O:XMLVAR_Starter_Held_Down_Duration) #STOP_STARTER# } } </UPDATE_CODE> </UseTemplate> <UseInputEvent ID="ELECTRICAL"/> <UseTemplate Name="ASOBO_GT_Push_Button_Held"> <OVERRIDE_ANIM_CODE>(B:ELECTRICAL_Starter_#ID#) 100 *</OVERRIDE_ANIM_CODE> <SWITCH_POSITION_TYPE>L</SWITCH_POSITION_TYPE> <SWITCH_POSITION_VAR>XMLVAR_Starter_State</SWITCH_POSITION_VAR> <Switch> <Case Valid="USE_ENFORCED_MOMENTARY_MIN_DURATION"> <LEFT_SINGLE_CODE>1 (&gt;O:_Interacting) 1 (&gt;B:ELECTRICAL_Starter_#ID#_Set) #MOMENTARY_MIN_DURATION# (E:SIMULATION TIME, seconds) + (&gt;O:XMLVAR_Starter_Held_Down_Duration)</LEFT_SINGLE_CODE> <LEFT_LEAVE_CODE>0 (&gt;O:_Interacting) (O:XMLVAR_Starter_Held_Down_Duration) 0 == if{ #RELEASE_STARTER_CODE# }</LEFT_LEAVE_CODE> <WHEEL_DOWN_CODE>1 (&gt;B:ELECTRICAL_Starter_#ID#_Set) #MOMENTARY_MIN_DURATION# (E:SIMULATION TIME,
```

--------------------------------

### Configure Engine Combustion Start Sounds

Source: https://docs.flightsimulator.com/msfs2024/html/5_Content_Configuration/Sounds/Legacy_Sound.htm

Points to the first sound in a list of engine combustion start sounds. Examples provided for different engines and aircraft.

```xml
Aircreation_582SL - eng1_combustion_start=combstart
```

```xml
B737_800 - eng1_combustion_start=combstartA
```

```xml
B737_800 - eng2_combustion_start=combstartB
```

```xml
Ford_Trimotor - eng3_combustion_start=combstartC
```

--------------------------------

### Get SimObject Reference with ApronContextReference

Source: https://docs.flightsimulator.com/msfs2024/html/5_Content_Configuration/Environment/Airports_And_Facilities/Apron_Services/Apron_Services_XML_Properties.htm

Use this element to get a reference to a SimObject (vehicle, aircraft) from the current Apron Control request context. Ensure the InstanceId is a valid GUID.

```xml
<ApronControl.ApronContextReference id="Aircraft" InstanceId="{5C4F5800-E9BC-4445-9EEF-1571458FDF9D}" ApronReferenceType="Aircraft" />
```

--------------------------------

### Complete WASM System Configuration Example

Source: https://docs.flightsimulator.com/msfs2024/html/6_Programming_APIs/WASM/Creating_WASM_Systems.htm?tocid=6_2_0_7_5

This example shows a more complete configuration in systems.cfg, including multiple WASM systems and a WASM module located within a preset folder. Note that each system.cfg can only reference WASM modules within its own package.

```cfg
[WASM_SYSTEM.0]
ModulePath=SimObjects/Airplane/MyCompanyWasm_Aircraft/common/wasm/myModule.wasm
SystemName=mySystem
ParameterString=AircraftVariationName, 1
[WASM_SYSTEM.1]
ModulePath=SimObjects/Airplane/MyCompanyWasm_Aircraft/common/wasm/myModule.wasm
SystemName=mySecondSystem
[WASM_SYSTEM.2]
ModulePath=SimObjects/Airplane/MyCompanyWasm_Aircraft/presets/mycompany/presetName/wasm/myModuleInPreset.wasm
SystemName=presetSystem

```

--------------------------------

### Looping with Parameter Setup and Actions

Source: https://docs.flightsimulator.com/msfs2024/html/5_Content_Configuration/Models/ModelBehaviors/TemplateExplorer/Asobo_EX1/Generic/Interior/Templates/ParametersFn/Interaction_Helpers.html

This structure iterates through a set of parameters, setting up values and performing actions based on those values. It's used for dynamic configuration within loops.

```XML
<Loop>
 <Setup>
 <Param>POS_PARAM_NAME</Param>
 <Value>POS_VAL</Value>
 <Parameters>
 <UseParametersFn Name="ASOBO_Load_Then_Remove_Parameters_Helper">
 <SAVED_PARAMETERS>ENUM_VALUES</SAVED_PARAMETERS>
 </UseParametersFn>
 </Parameters>
 </Setup>
 <Do>
 <#OUT_PARAM_PREFIX#IS_#POS_PARAM_NAME#>#POS_VAL# (#VAR_SCOPE#:#ENUM_VAR#) ==</#OUT_PARAM_PREFIX#IS_#POS_PARAM_NAME#>
 <#OUT_PARAM_PREFIX#SET_#POS_PARAM_NAME#>#POS_VAL# (&gt;#VAR_SCOPE#:#ENUM_VAR#)</#OUT_PARAM_PREFIX#SET_#POS_PARAM_NAME#>
 </Do>
</Loop>
```

--------------------------------

### Override Element Example

Source: https://docs.flightsimulator.com/msfs2024/html/5_Content_Configuration/Environment/SimProp_Containers/SimPropContainer_XML_Properties.htm

Overrides the current SimProp Container with another one, specified by its GUID.

```xml
<Override>
    <GUID>"{C382BACA-32F5-4EFF-88D1-73688CCD7EFC}"</GUID>
</Override>
```

--------------------------------

### Example Services.xml File Structure

Source: https://docs.flightsimulator.com/msfs2024/html/5_Content_Configuration/Environment/Living_World/Airport_Services/Airport_Services_Examples.htm

This is a complete, valid Services.xml file demonstrating the structure for defining parking spaces, idle workers, and services within an airport.

```xml
<?xml version="1.0" encoding="UTF-8"?>
<SimBase.Document Type="ServiceFile" version="1,0">
    <Service.ParkingSpaceServices>
        <!-- You can choose a custom name for your parking space -->
        <ParkingSpace name="RAMP MEDIUM" MinParkingSpaces="2">
            <ParkingTypes>
                <!-- This means that it will affect both RAMP_GA and RAMP_GA_MEDIUM Parking type -->
                <ParkingEntry ParkingType="RAMP_GA_MEDIUM"/>
                <ParkingEntry ParkingType="RAMP_GA"/>
            </ParkingTypes>
            <IdleWorkers>
                <Spot Frequency="1" SpawnDistanceParkingRadiusFactor="1.0" SpawnDistanceAdditionalOffset="2.0" SpawnAngleFromParking="-100" HeadingFromParkingHeading="90" >
                   <IdleWorker Filename="Shared\Asobo_IdleWorkers\Large\V1" EntryWeight="1"/>
                </Spot>
                <Spot Frequency="1" SpawnDistanceParkingRadiusFactor="1.0" SpawnDistanceAdditionalOffset="12.0" SpawnAngleFromParking="110" HeadingFromParkingHeading="-80" >
                    <IdleWorker Filename="Shared\Asobo_IdleWorkers\Large\V1" EntryWeight="1"/>
                    <IdleWorker Filename="Shared\Asobo_IdleWorkers\Large\V2" EntryWeight="1"/>
                </Spot>
            </IdleWorkers>
            <Services>
                <!-- Delete or comment a <Service../> you do not want for a selected parking space -->
                <Service name="GroundPowerUnit" Filename="Shared\Asobo_GroundPowerUnit\GroundPowerUnit" AIType="GROUNDPOWERUNIT" Frequency="0.25" SpawnDistanceParkingRadiusFactor="1.0" SpawnDistanceAdditionalOffset="4.0" SpawnAngleFromParking="20" HeadingFromParkingHeading="50"/>
                <Service name="SmallPushBack" Filename="Shared\Asobo_PushBack\SmallPushBack" AIType="SmallPushback" Frequency="1" SpawnDistanceParkingRadiusFactor="1.0" SpawnDistanceAdditionalOffset="2.0" SpawnAngleFromParking="-10" HeadingFromParkingHeading="150"/>
            </Services>  
            <SleepingActivities>
                <SleepingAirlinerServices Probability="0.1" Timer="600"/>
                <SleepingSmallPlaneRefueling Probability="0.1" Timer="600"/>
            </SleepingActivities>
        </ParkingSpace>
    </Service.ParkingSpaceServices>
    <Service.AirportServices>
        <Services>
            <Service name="Fuel" Filename="Shared\Asobo_Fuel\Fuel" ParkingType="VEHICLE" Frequency="1"/>
        </Services>
    </Service.AirportServices>
</SimBase.Document>
```

--------------------------------

### SimPropInclude Element Example

Source: https://docs.flightsimulator.com/msfs2024/html/5_Content_Configuration/Environment/SimProp_Containers/SimPropContainer_XML_Properties.htm

Includes another SimProp Container object into the current one, identified by its GUID.

```xml
<SimPropInclude>
    <GUID>"{C382BACA-32F5-4EFF-88D1-73688CCD7EFC}"</GUID>
</SimPropInclude>
```

--------------------------------

### Complete Sound XML Example

Source: https://docs.flightsimulator.com/msfs2024/html/5_Content_Configuration/Sounds/Sound_XML_Examples.htm

This is a comprehensive example of a Sound XML file for an aircraft, including Wwise packages, acoustic parameters, and various sound categories like always playing, wind, ground, miscellaneous, engine, and SimVar-driven sounds.

```xml
<?xml version="1.0" encoding="utf-8" ?>
<SoundInfo Version="0.1">
    <WwisePackages>
        <MainPackage Name="Asobo_CRJ1000"/>
    </WwisePackages>
    <AcousticParameters>
        <Parameter Name="ReverberationPreset" ShareSetInside="rev_inside_default"/>
        <Parameter Name="Insulation_ExitClosed" Value="-24"/>
        <Parameter Name="Insulation_ExitOpen" Value="-12"/>
    </AcousticParameters>
    <AlwaysPlaySounds>
        <Sound WwiseData="true" WwiseEvent="YOKE_MOVEMENT" ViewPoint="Inside" NodeName="YOKE_PILONE_L_LOD00">
            <WwiseRTPC SimVar="YOKE X POSITION" Units="PERCENT" Index="0" Derived="true" RTPCName="SIMVAR_YOKE_X_POSITION_DERIVED"/>
            <WwiseRTPC SimVar="YOKE Y POSITION" Units="PERCENT" Index="0" Derived="true" RTPCName="SIMVAR_YOKE_Y_POSITION_DERIVED"/>
        </Sound>
        <Sound WwiseData="true" WwiseEvent="rattle_kinematic" >
            <WwiseRTPC SimVar="ROTATION VELOCITY BODY X" Units="PERCENT" Index="0" RTPCName="SIMVAR_ROTATION_VELOCITY_BODY_X"/>
            <WwiseRTPC SimVar="ROTATION VELOCITY BODY Y" Units="PERCENT" Index="0" RTPCName="SIMVAR_ROTATION_VELOCITY_BODY_Y"/>
            <WwiseRTPC SimVar="ROTATION VELOCITY BODY Z" Units="PERCENT" Index="0" RTPCName="SIMVAR_ROTATION_VELOCITY_BODY_Z"/>
        </Sound>
    </AlwaysPlaySounds>
    <WindSounds>
        <Sound WwiseEvent="wind_sound" WwiseData="true" />    
    </WindSounds>
    <GroundSounds>
        <Sound WwiseEvent="CENTER_TOUCHDOWN" FadeOutType="2" FadeOutTime="0.5" WwiseData="true" >
            <WwiseRTPC SimVar="WHEEL RPM" Units="RPM" Index="0" Derived="true" RTPCName="SIMVAR_WHEEL_RPM_DERIVED"/>
        </Sound> 
        <Sound WwiseEvent="LEFT_TOUCHDOWN" FadeOutType="2" FadeOutTime="0.5" WwiseData="true" >  
            <WwiseRTPC SimVar="WHEEL RPM" Units="RPM" Index="1" Derived="true" RTPCName="SIMVAR_WHEEL_RPM_DERIVED"/>
        </Sound>
        <Sound WwiseEvent="RIGHT_TOUCHDOWN" FadeOutType="2" FadeOutTime="0.5" WwiseData="true" >
            <WwiseRTPC SimVar="WHEEL RPM" Units="RPM" Index="2" Derived="true" RTPCName="SIMVAR_WHEEL_RPM_DERIVED"/>
        </Sound>
        <Sound WwiseEvent="GROUND_ROLL" WwiseData="true" FadeOutType="2" FadeOutTime="0.2"/>
        <Sound WwiseEvent="LEFT_WING_SCRAPE" WwiseData="true" />
        <Sound WwiseEvent="RIGHT_WING_SCRAPE" WwiseData="true" />
        <Sound WwiseEvent="FUSELAGE_SCRAPE" WwiseData="true" />
        <Sound WwiseEvent="CRASH_SOUND" WwiseData="true" />
        <Sound WwiseEvent="SPLASH_SOUND" WwiseData="true" />
    </GroundSounds>
    <MiscellaneousSounds>
        <Sound WwiseEvent="EXIT_OPEN" WwiseData="true" />
        <Sound WwiseEvent="GEAR_DOWN" WwiseData="true" />
        <Sound WwiseEvent="GEAR_UP" WwiseData="true" />
        <Sound WwiseEvent="FUEL_PUMP" WwiseData="true" />
        <Sound WwiseEvent="STALL_WARNING" WwiseData="true" />
        <Sound WwiseEvent="OVERSPEED_WARNING_SOUND" WwiseData="true" />
        <Sound WwiseEvent="NO_SMOKING_ALERT" WwiseData="true" />
        <Sound WwiseEvent="SEATBELTS_ALERT" WwiseData="true" />
    </MiscellaneousSounds>
    <EngineSoundPresets>
        <Sound WwiseEvent="Combustion" ConeHeading="180" WwiseData="true" EngineIndex="1" FadeOutType="2" FadeOutTime="5"/>
        <Sound WwiseEvent="Combustion" ConeHeading="180" WwiseData="true" EngineIndex="2" FadeOutType="2" FadeOutTime="5"/>
        <Sound WwiseEvent="JetWhine" WwiseData="true" EngineIndex="1" RPMMin="1"/>
        <Sound WwiseEvent="JetWhine" WwiseData="true" EngineIndex="2" RPMMin="1"/>
    </EngineSoundPresets>
    <SimVarSounds> 
        <Sound WwiseData="true" WwiseEvent="aileron_left" NodeName="AILERON_LEFT_LOD01" ContinuousStopDelay="1.0" SimVar="AILERON POSITION" Units="PERCENT" Index="1">
            <WwiseRTPC SimVar="AILERON POSITION" Units="PERCENT" Index="1" RTPCName="SIMVAR_AILERON_POSITION" />
        </Sound>
        <Sound WwiseData="true" WwiseEvent="aileron_right" NodeName="AILERON_RIGHT_LOD01" ContinuousStopDelay="1.0" SimVar="AILERON POSITION" Units="PERCENT" Index="0">
            <WwiseRTPC SimVar="AILERON POSITION" Units="PERCENT" Index="0" RTPCName="SIMVAR_AILERON_POSITION" />
        </Sound>
        <Sound WwiseData="true" WwiseEvent="rudder" NodeName="RUDDER_LOD01" ContinuousStopDelay="1.0" SimVar="RUDDER POSITION" Units="PERCENT" Index="0">
            <WwiseRTPC SimVar="RUDDER POSITION" Units="PERCENT" Index="0" RTPCName="SIMVAR_RUDDER_POSITION" />
        </Sound>
        <Sound WwiseData="true" WwiseEvent="elevator" NodeName="ELEVATOR_TRIM_LEFT_LOD01" ContinuousStopDelay="1.0" SimVar="ELEVATOR POSITION" Units="PERCENT" Index="0">
            <WwiseRTPC SimVar="ELEVATOR POSITION" Units="PERCENT" Index="0" RTPCName="SIMVAR_ELEVATOR_POSITION" />

```

--------------------------------

### Example: Get Bus Voltage

Source: https://docs.flightsimulator.com/msfs2024/html/6_Programming_APIs/SimVars/Aircraft_SimVars/Aircraft_Electrics_Variables.htm

Demonstrates how to retrieve the voltage of a specific bus using its name or index.

```text
(A:ELECTRICAL BUS VOLTAGE:'Bus_1'_n, Volts)
```

--------------------------------

### Texture Path Example for Aircraft Package

Source: https://docs.flightsimulator.com/msfs2024/html/3_Models_And_Textures/Modeling/Aircraft/Model_Exporting.htm

This example shows a typical directory structure for placing textures within an aircraft package for Microsoft Flight Simulator 2024. Adjust the paths based on your specific project setup.

```plaintext
PROJECT ROOT\<PackageName>\PackageSources\SimObjects\Airplanes\<AircraftName>\common\<CompanyName>\Exterior\texture
```

--------------------------------

### Left Single Parameter Setup

Source: https://docs.flightsimulator.com/msfs2024/html/5_Content_Configuration/Models/ModelBehaviors/TemplateExplorer/Asobo/Generic/Subtemplates/Interactions_Subtemplates.html

Sets up parameters for left single interactions, including default values for state changes and momentary switches. It uses ASOBO_GT_Interaction_LeftSingle_ParamSetup_Recursive_1 for recursive parameter setup.

```XML
<Template Name="ASOBO_GT_Interaction_LeftSingle_ParamSetup"> <DefaultTemplateParameters> <ON_STATE_CHANGED_EXTERNAL_CODE/> <Condition Check="MOMENTARY_SWITCH"> <STATE0_TIMER>0</STATE0_TIMER> <Condition NotEmpty="STATEMAX_TIMER"> <True> <STATE_MAX_TIMER>#STATEMAX_TIMER#</STATE_MAX_TIMER> </True> <False> <STATE_MAX_TIMER>0</STATE_MAX_TIMER> </False> </Condition> </Condition> <MOMENTARY_REPEAT_DELAY>0.5</MOMENTARY_REPEAT_DELAY> </DefaultTemplateParameters> <OverrideTemplateParameters> <START_STATE Process="Int">#NUM_STATES# 1 -</START_STATE> <Condition Check="MOMENTARY_SWITCH"> <True> <MOMENTARY_UP_0> #STATE0_TIMER# 0 &gt; if{ (E:SIMULATION TIME, seconds) #STATE0_TIMER# + (&gt;#SWITCH_POSITION_TYPE_TIMER#:#SWITCH_POSITION_VAR_TIMER#) (E:SIMULATION TIME, seconds) #MOMENTARY_REPEAT_DELAY# + (&gt;O:XMLVAR_Repeat_StartTime) } els{ 0 (&gt;#SWITCH_POSITION_TYPE_TIMER#:#SWITCH_POSITION_VAR_TIMER#) } 0 1 l1 ? (&gt;#SWITCH_POSITION_TYPE_ISDOWN#:#SWITCH_POSITION_VAR_ISDOWN#) </MOMENTARY_UP_0> <CODE_RELEASE>0 (&gt;#SWITCH_POSITION_TYPE_ISDOWN#:#SWITCH_POSITION_VAR_ISDOWN#)</CODE_RELEASE> </True> <False> <MOMENTARY_UP_0/> </False> </Condition> <Condition Valid="DISABLE_ON_STATE_CHANGED_EXTERNAL_CODE_IN_MR"> <ON_STATE_CHANGED_EXTERNAL_CODE/> </Condition> </OverrideTemplateParameters> <UseTemplate Name="ASOBO_GT_Interaction_LeftSingle_ParamSetup_Recursive_1"> <CURRENT_ID>#START_STATE#</CURRENT_ID> <POS_MAX>#START_STATE#</POS_MAX> </UseTemplate> </Template>
```

--------------------------------

### Schema Example Before Manual Merging

Source: https://docs.flightsimulator.com/msfs2024/html/5_Content_Configuration/Modular_SimObjects/Modular_SimObject_Merging.htm

Illustrates the structure of configuration files before the manual merge step, showing original values and attachment references.

```plaintext
_// From Common /////////////////////////////////////////////////////_
[SECTION_1]
a = 1
b = 2
c.0 = 123

```

```plaintext
_// From Attachments - Attach_1 /////////////////////////////////////_
[SECTION_1]
b = 26
c.0 = 123456
c.1 = 456789
[SECTION_2]
azerty = TRUE


```

```plaintext
_// From Attachment - Attach_2 //////////////////////////////////////_
[SECTION_1]
b = 54
c.0 = 256
[SECTION_2]
azerty = FALSE


```

```plaintext
_// From Preset /////////////////////////////////////////////////////_
[MODULAR_MERGE]
auto = FALSE
[SECTION_1]
c.0 = AttachmentRebind#Attach_1
c.1 = 123456789
[SECTION_2]
azerty = AttachmentRebind#Attach_1


```

--------------------------------

### Example Travelbook Objective XML

Source: https://docs.flightsimulator.com/msfs2024/html/5_Content_Configuration/Mission_XML_Files/Travelbooks/Travelbook_Setup.htm

An example of a fully configured XML file for the Edinburgh Castle Travelbook objective. This demonstrates how to populate the template with specific data, including GUIDs, titles, descriptions, image paths, and location coordinates.

```xml
<?xml version="1.0" encoding="UTF-8"?>
<SimBase.Document Type="Photo Objective" version="1,0">
    <TravelBook.Objective InstanceId="{8FAC1D5D-5DE8-4DBD-B389-E0C80C62911F}">
    ​
        <Title>Edinburgh Castle</Title>
        <Descr>Take in the sights of Edinburgh, by flying over the iconic castle! </Descr>
 
        <Picture>TravelBook\Objectives\MyCompany\Objectives\Pictures\EdinburghCastle.jpg</Picture>
        
        <PageId>{6b0070e0-1cf2-4c30-90ee-ff65f08cdc0f}</PageId>
 
        <ObjectiveWorldData>
            <ObjectiveWorldPosition>
                <WorldPosition>N55* 56' 55.272",W3* 12' 2.9988, 000+100</WorldPosition>
                <WorldMapZoomRatio>0.0001</WorldMapZoomRatio>
            </ObjectiveWorldPosition>
            <ObjectiveSubjectWorldData>
                <Name>Edinburgh Castle</Name>
                <WorldPosition>N55* 56' 55.272",W3* 12' 2.9988, 000+100</WorldPosition>
            </ObjectiveSubjectWorldData>
            <ObjectiveRecommendedDeparture>     
                <WorldPosition>N55* 58' 33.906",W3* 16' 21.272",+005000</WorldPosition>
                <AltitudeIsAGL>FALSE</AltitudeIsAGL>
                <LocalOrientation>6, 0, 135</LocalOrientation>
                <LocalOffsetXYZ>0,0,0</LocalOffsetXYZ>
            </ObjectiveRecommendedDeparture>
        </ObjectiveWorldData>
 
        <AircraftRecommended>
            <Name>Cessna C152</Name>
        </AircraftRecommended>
        
    </TravelBook.Objective>
</SimBase.Document>
```

--------------------------------

### Create Instrument Files

Source: https://docs.flightsimulator.com/msfs2024/html/6_Programming_APIs/JavaScript/JS_Gauge_Tutorial/Creating_JS_Instrument.htm

After creating a new package, you need to create the base HTML, JavaScript, and CSS files for your instrument. Ensure the filenames match the references in your code.

```text
PackageSources\Copys\mytestgauge\HelloWorldDisplay
  * helloworld.html
  * helloworld.js
  * helloworld.css
```

--------------------------------

### Get Global Variable using data.globalvar

Source: https://docs.flightsimulator.com/msfs2024/html/5_Content_Configuration/CFG_Files/System/Electric_System_Setup_Information.htm

Example of retrieving a user-created global variable as a boolean. This is a direct parameter constant.

```plaintext
[data.globalvar(GLOBAL_VAR, bool)]
```

--------------------------------

### Lighting Input Configuration Example

Source: https://docs.flightsimulator.com/msfs2024/html/5_Content_Configuration/Models/ModelBehaviors/TemplateExplorer/Asobo/Common/Inputs/Lighting_Inputs.html

This XML snippet defines the structure for lighting inputs, including initialization values, event handling, and different interaction types.

```xml
<Case Value="3"> <VALUE_UNIT>Number</VALUE_UNIT> <INIT_VALUE> #STATE0_TEST# if{ 0 (&gt;#INPUTEVENT_VAR_TYPE#:#INPUTEVENT_VAR_NAME#) quit } #STATE1_TEST# if{ 1 (&gt;#INPUTEVENT_VAR_TYPE#:#INPUTEVENT_VAR_NAME#) quit } #STATE2_TEST# if{ 2 (&gt;#INPUTEVENT_VAR_TYPE#:#INPUTEVENT_VAR_NAME#) quit } #DEFAULT_INDICE_ON_CONFLICT# (&gt;B:LIGHTING_#LIGHT_TYPE#_#SIMVAR_INDEX#_Set) </INIT_VALUE> <SET_EVENT> p0 #LOWER_LIMIT# max #UPPER_LIMIT# min s0 (&gt;#INPUTEVENT_VAR_TYPE#:#INPUTEVENT_VAR_NAME#) l0 0 == if{ #CODE_POS_0# quit } l0 1 == if{ #CODE_POS_1# quit } l0 2 == if{ #CODE_POS_2# quit } </SET_EVENT> <Switch Param="TYPE"> <Case Value="OnOffX"> <TOOLTIP_VALUE> (#INPUTEVENT_VAR_TYPE#:#INPUTEVENT_VAR_NAME#) s0 #STATE_OFF_ID# == if{ @TT_Off quit } l0 #STATE_X_ID# == if{ #STATE_X_TT# quit } l0 #STATE_ON_ID# == if{ @TT_On quit } </TOOLTIP_VALUE> <KEY_ID_ON_VALUE>0</KEY_ID_ON_VALUE> <KEY_ID_OFF_VALUE>1</KEY_ID_OFF_VALUE> </Case> <Case Value="TwoSimvars"> <TOOLTIP_VALUE> (#INPUTEVENT_VAR_TYPE#:#INPUTEVENT_VAR_NAME#) sp0 #TT_STATE_1ST# #TT_STATE_2ND# #TT_STATE_OFF# #TT_STATE_ON# </TOOLTIP_VALUE> </Case> <Case Value="Dimmer"> <TOOLTIP_VALUE> (#INPUTEVENT_VAR_TYPE#:#INPUTEVENT_VAR_NAME#) s0 #STATE_ON_ID# == if{ @TT_On quit } l0 #STATE_DIM_ID# == if{ (R:1:@TT_Package.GT_STATE_DIM) quit } l0 #STATE_OFF_ID# == if{ @TT_Off quit } </TOOLTIP_VALUE> </Case> </Switch> </Case> </Switch> </Case> </Switch> </Parameters>
```

--------------------------------

### Transition Element Examples

Source: https://docs.flightsimulator.com/msfs2024/html/5_Content_Configuration/Models/Model_XML_Examples.htm

Define transitions between animations using the Transition element, specifying start and end states, duration, and conditions.

```xml
<!-- Idle to StandBy 0m < Dir Z < 500m -->
<Transition name="Idle to StandBy" start="Idle" end ="StandBy" duration="0.5">
    <Condition>
        (A:MARSHALLER AIRCRAFT DISTANCE DIRECTION Z PARKINGSPACE, METERS) 500 &lt;
        (A:MARSHALLER AIRCRAFT DISTANCE DIRECTION Z PARKINGSPACE, METERS) 0 &gt;
        and
    </Condition>
</Transition>
<!-- StandBy to Idle 0m > Dir Z || Dir Z > 500m -->
<Transition name="StandBy to Idle" start="StandBy" end ="Idle" duration="0.5">
    <Condition>
        (A:MARSHALLER AIRCRAFT DISTANCE DIRECTION Z PARKINGSPACE, METERS) 500 &gt;
        (A:MARSHALLER AIRCRAFT DISTANCE DIRECTION Z PARKINGSPACE, METERS) 0 &lt;
        or
    </Condition>
</Transition>
<!-- StandBy to Facing 0m < Dir Z < 300m && abs(Dir X) < 50m && abs(Alpha) < 95° -->
<Transition name="StandBy to Facing" start="StandBy" end ="Facing" duration="0.5">
    <Condition>
        (A:MARSHALLER AIRCRAFT DISTANCE DIRECTION Z PARKINGSPACE, METERS) 300 &lt; 
        (A:MARSHALLER AIRCRAFT DISTANCE DIRECTION Z PARKINGSPACE, METERS) 0 &gt;
        (A:MARSHALLER AIRCRAFT DISTANCE DIRECTION X PARKINGSPACE, METERS) abs 50 &lt;
        (A:MARSHALLER AIRCRAFT HEADING PARKINGSPACE, DEGREES) abs 95 &lt;
        and
        and
        and        
    </Condition>
</Transition>
```

--------------------------------

### Visual Effect Object Examples

Source: https://docs.flightsimulator.com/msfs2024/html/5_Content_Configuration/Environment/Scenery_Objects/Scenery_Object_Example.htm

Illustrates different ways to reference VFX source files for Scenery Objects: by name, path/name, and GUID.

```xml
<SceneryObject lat="12.95033281481212" lon="-73.98572144016812" alt="100.00000000000000" pitch="0.000000" bank="0.000000" heading="-45.119477" imageComplexity="VERY_SPARSE" altitudeIsAgl="TRUE" snapToGround="TRUE" snapToNormal="FALSE">
    <VisualEffectObject effectName="Smoke_SOS" scale="1.000000"/>
</SceneryObject>
```

```xml
<SceneryObject lat="40.85931289081295" lon="-119.33189593300625" alt="50.00000000000000" pitch="-105.000050" bank="-0.000057" heading="-105.503571" imageComplexity="VERY_SPARSE" altitudeIsAgl="TRUE" snapToGround="TRUE" snapToNormal="FALSE">
    <VisualEffectObject effectName="Base/Smoke_SOS" scale="2.500000"/>
</SceneryObject>
```

```xml
<SceneryObject lat="43.07744844570071" lon="-73.98572144016812" alt="0.00000000000000" pitch="0.000382" bank="-0.000382" heading="118.942758" imageComplexity="VERY_SPARSE" altitudeIsAgl="TRUE" snapToGround="TRUE" snapToNormal="FALSE">
    <VisualEffectObject name="{A04B772A-6BBF-4103-B263-D479BCCE71F5}" scale="-0.750000"/>
</SceneryObject>
```

--------------------------------

### PackageInstaller File Structure

Source: https://docs.flightsimulator.com/msfs2024/html/7_Samples_Tutorials/Samples/VisualStudio/PackageInstaller.htm

Overview of the file and folder structure for the PackageInstaller sample project.

```plaintext
|---+ PackageInstaller
    |---+ DetectMSFS
    |   |---- CustomAction.cpp
    |   |---- CustomAction.def
    |   |---- DetectMSFS.vcxproj
    |   |---- stdafx.cpp
    |   |---- stdafx.h
    |   |---- targetver.h
    |---+ PackageInstaller
    |   |---- CustomAction.wxs
    |   |---- PackageFiles.wxs
    |   |---- PackageInstaller.wixproj
    |   |---- Product.wxs
    |---+ Packages
    |   |---+ mycompany-module-standalone
    |       |---+ modules
    |       |   |---- StandaloneModule.wasm
    |       |---- layout.json
    |       |---- manifest.json
    |---- PackageInstaller.sln
```

--------------------------------

### initialize

Source: https://docs.flightsimulator.com/msfs2024/html/6_Programming_APIs/EFB/EFB_API/classes/AppViewService.html

Initializes the application's views, starting with the specified home page.

```APIDOC
## initialize

### Description
Initializes the application's views.

### Method
`initialize(homePageUiViewKey: string): Promise<void>`

### Parameters
#### Parameters
- **homePageUiViewKey** (string) - the string key of the UiView.

### Returns
`Promise<void>` - a Promise resolving when all pages are initialized
```

--------------------------------

### Self-Closing XML Tag Example

Source: https://docs.flightsimulator.com/msfs2024/html/2_DevMode/Project_Editor/File_Formats/XML_Files.htm

A self-closing tag combines the start and end tags into a single tag. This is used for elements that do not contain content.

```xml
<LibraryObject name="{830B4ADB-A72F-45F6-82C2-BF1F64FF81EE}" scale="1.425599"/>
```