SimulationApplication

An example resource schema demonstrating some basic constructs and validation rules.

Example Usage

Example

using Pulumi;
using AwsNative = Pulumi.AwsNative;

class MyStack : Stack
{
    public MyStack()
    {
        var basicSimulationApplication = new AwsNative.RoboMaker.SimulationApplication("basicSimulationApplication", new AwsNative.RoboMaker.SimulationApplicationArgs
        {
            Name = "MySimulationApplication",
            Sources = 
            {
                new AwsNative.RoboMaker.Inputs.SimulationApplicationSourceConfigArgs
                {
                    S3Bucket = "my-bucket",
                    S3Key = "robot_bundle_x86.tar.gz",
                    Architecture = "X86_64",
                },
            },
            RobotSoftwareSuite = new AwsNative.RoboMaker.Inputs.SimulationApplicationRobotSoftwareSuiteArgs
            {
                Name = "ROS",
                Version = "Kinetic",
            },
            SimulationSoftwareSuite = new AwsNative.RoboMaker.Inputs.SimulationApplicationSimulationSoftwareSuiteArgs
            {
                Name = "Gazebo",
                Version = "7",
            },
            RenderingEngine = new AwsNative.RoboMaker.Inputs.SimulationApplicationRenderingEngineArgs
            {
                Name = "OGRE",
                Version = "1.x",
            },
            Tags = new AwsNative.RoboMaker.Inputs.SimulationApplicationTagsArgs
            {
                Name = "BasicSimulationApplication",
                Type = "CFN",
            },
        });
        this.SimulationApplication = "BasicSimulationApplication";
    }

    [Output("simulationApplication")]
    public Output<string> SimulationApplication { get; set; }
}

package main

import (
	"github.com/pulumi/pulumi-aws-native/sdk/go/aws/robomaker"
	"github.com/pulumi/pulumi/sdk/v3/go/pulumi"
)

func main() {
	pulumi.Run(func(ctx *pulumi.Context) error {
		_, err := robomaker.NewSimulationApplication(ctx, "basicSimulationApplication", &robomaker.SimulationApplicationArgs{
			Name: pulumi.String("MySimulationApplication"),
			Sources: []robomaker.SimulationApplicationSourceConfigArgs{
				&robomaker.SimulationApplicationSourceConfigArgs{
					S3Bucket:     pulumi.String("my-bucket"),
					S3Key:        pulumi.String("robot_bundle_x86.tar.gz"),
					Architecture: "X86_64",
				},
			},
			RobotSoftwareSuite: &robomaker.SimulationApplicationRobotSoftwareSuiteArgs{
				Name:    "ROS",
				Version: "Kinetic",
			},
			SimulationSoftwareSuite: &robomaker.SimulationApplicationSimulationSoftwareSuiteArgs{
				Name:    "Gazebo",
				Version: "7",
			},
			RenderingEngine: &robomaker.SimulationApplicationRenderingEngineArgs{
				Name:    "OGRE",
				Version: pulumi.String("1.x"),
			},
			Tags: &robomaker.SimulationApplicationTagsArgs{
				Name: "BasicSimulationApplication",
				Type: "CFN",
			},
		})
		if err != nil {
			return err
		}
		ctx.Export("simulationApplication", "BasicSimulationApplication")
		return nil
	})
}

import pulumi
import pulumi_aws_native as aws_native

basic_simulation_application = aws_native.robomaker.SimulationApplication("basicSimulationApplication",
    name="MySimulationApplication",
    sources=[aws_native.robomaker.SimulationApplicationSourceConfigArgs(
        s3_bucket="my-bucket",
        s3_key="robot_bundle_x86.tar.gz",
        architecture="X86_64",
    )],
    robot_software_suite=aws_native.robomaker.SimulationApplicationRobotSoftwareSuiteArgs(
        name="ROS",
        version="Kinetic",
    ),
    simulation_software_suite=aws_native.robomaker.SimulationApplicationSimulationSoftwareSuiteArgs(
        name="Gazebo",
        version="7",
    ),
    rendering_engine=aws_native.robomaker.SimulationApplicationRenderingEngineArgs(
        name="OGRE",
        version="1.x",
    ),
    tags=aws_native.robomaker.SimulationApplicationTagsArgs(
        name="BasicSimulationApplication",
        type="CFN",
    ))
pulumi.export("simulationApplication", "BasicSimulationApplication")

import * as pulumi from "@pulumi/pulumi";
import * as aws_native from "@pulumi/aws-native";

const basicSimulationApplication = new aws_native.robomaker.SimulationApplication("basicSimulationApplication", {
    name: "MySimulationApplication",
    sources: [{
        s3Bucket: "my-bucket",
        s3Key: "robot_bundle_x86.tar.gz",
        architecture: "X86_64",
    }],
    robotSoftwareSuite: {
        name: "ROS",
        version: "Kinetic",
    },
    simulationSoftwareSuite: {
        name: "Gazebo",
        version: "7",
    },
    renderingEngine: {
        name: "OGRE",
        version: "1.x",
    },
    tags: {
        name: "BasicSimulationApplication",
        type: "CFN",
    },
});
export const simulationApplication = "BasicSimulationApplication";

Example

using Pulumi;
using AwsNative = Pulumi.AwsNative;

class MyStack : Stack
{
    public MyStack()
    {
        var basicSimulationApplication = new AwsNative.RoboMaker.SimulationApplication("basicSimulationApplication", new AwsNative.RoboMaker.SimulationApplicationArgs
        {
            Name = "MySimulationApplication",
            Sources = 
            {
                new AwsNative.RoboMaker.Inputs.SimulationApplicationSourceConfigArgs
                {
                    S3Bucket = "my-bucket",
                    S3Key = "robot_bundle_x86.tar.gz",
                    Architecture = "X86_64",
                },
            },
            RobotSoftwareSuite = new AwsNative.RoboMaker.Inputs.SimulationApplicationRobotSoftwareSuiteArgs
            {
                Name = "ROS",
                Version = "Kinetic",
            },
            SimulationSoftwareSuite = new AwsNative.RoboMaker.Inputs.SimulationApplicationSimulationSoftwareSuiteArgs
            {
                Name = "Gazebo",
                Version = "7",
            },
            RenderingEngine = new AwsNative.RoboMaker.Inputs.SimulationApplicationRenderingEngineArgs
            {
                Name = "OGRE",
                Version = "1.x",
            },
            Tags = new AwsNative.RoboMaker.Inputs.SimulationApplicationTagsArgs
            {
                Name = "BasicSimulationApplication",
                Type = "CFN",
            },
        });
        this.SimulationApplication = basicSimulationApplication.Id;
    }

    [Output("simulationApplication")]
    public Output<string> SimulationApplication { get; set; }
}

package main

import (
	"github.com/pulumi/pulumi-aws-native/sdk/go/aws/robomaker"
	"github.com/pulumi/pulumi/sdk/v3/go/pulumi"
)

func main() {
	pulumi.Run(func(ctx *pulumi.Context) error {
		basicSimulationApplication, err := robomaker.NewSimulationApplication(ctx, "basicSimulationApplication", &robomaker.SimulationApplicationArgs{
			Name: pulumi.String("MySimulationApplication"),
			Sources: []robomaker.SimulationApplicationSourceConfigArgs{
				&robomaker.SimulationApplicationSourceConfigArgs{
					S3Bucket:     pulumi.String("my-bucket"),
					S3Key:        pulumi.String("robot_bundle_x86.tar.gz"),
					Architecture: "X86_64",
				},
			},
			RobotSoftwareSuite: &robomaker.SimulationApplicationRobotSoftwareSuiteArgs{
				Name:    "ROS",
				Version: "Kinetic",
			},
			SimulationSoftwareSuite: &robomaker.SimulationApplicationSimulationSoftwareSuiteArgs{
				Name:    "Gazebo",
				Version: "7",
			},
			RenderingEngine: &robomaker.SimulationApplicationRenderingEngineArgs{
				Name:    "OGRE",
				Version: pulumi.String("1.x"),
			},
			Tags: &robomaker.SimulationApplicationTagsArgs{
				Name: "BasicSimulationApplication",
				Type: "CFN",
			},
		})
		if err != nil {
			return err
		}
		ctx.Export("simulationApplication", basicSimulationApplication.ID())
		return nil
	})
}

import pulumi
import pulumi_aws_native as aws_native

basic_simulation_application = aws_native.robomaker.SimulationApplication("basicSimulationApplication",
    name="MySimulationApplication",
    sources=[aws_native.robomaker.SimulationApplicationSourceConfigArgs(
        s3_bucket="my-bucket",
        s3_key="robot_bundle_x86.tar.gz",
        architecture="X86_64",
    )],
    robot_software_suite=aws_native.robomaker.SimulationApplicationRobotSoftwareSuiteArgs(
        name="ROS",
        version="Kinetic",
    ),
    simulation_software_suite=aws_native.robomaker.SimulationApplicationSimulationSoftwareSuiteArgs(
        name="Gazebo",
        version="7",
    ),
    rendering_engine=aws_native.robomaker.SimulationApplicationRenderingEngineArgs(
        name="OGRE",
        version="1.x",
    ),
    tags=aws_native.robomaker.SimulationApplicationTagsArgs(
        name="BasicSimulationApplication",
        type="CFN",
    ))
pulumi.export("simulationApplication", basic_simulation_application.id)

import * as pulumi from "@pulumi/pulumi";
import * as aws_native from "@pulumi/aws-native";

const basicSimulationApplication = new aws_native.robomaker.SimulationApplication("basicSimulationApplication", {
    name: "MySimulationApplication",
    sources: [{
        s3Bucket: "my-bucket",
        s3Key: "robot_bundle_x86.tar.gz",
        architecture: "X86_64",
    }],
    robotSoftwareSuite: {
        name: "ROS",
        version: "Kinetic",
    },
    simulationSoftwareSuite: {
        name: "Gazebo",
        version: "7",
    },
    renderingEngine: {
        name: "OGRE",
        version: "1.x",
    },
    tags: {
        name: "BasicSimulationApplication",
        type: "CFN",
    },
});
export const simulationApplication = basicSimulationApplication.id;

Example

using Pulumi;
using AwsNative = Pulumi.AwsNative;

class MyStack : Stack
{
    public MyStack()
    {
        var basicSimulationApplication = new AwsNative.RoboMaker.SimulationApplication("basicSimulationApplication", new AwsNative.RoboMaker.SimulationApplicationArgs
        {
            Name = "MySimulationApplication",
            Sources = 
            {
                new AwsNative.RoboMaker.Inputs.SimulationApplicationSourceConfigArgs
                {
                    S3Bucket = "my-bucket",
                    S3Key = "my_simulation_bundle_x86.tar.gz",
                    Architecture = "X86_64",
                },
            },
            RobotSoftwareSuite = new AwsNative.RoboMaker.Inputs.SimulationApplicationRobotSoftwareSuiteArgs
            {
                Name = "ROS",
                Version = "Kinetic",
            },
            SimulationSoftwareSuite = new AwsNative.RoboMaker.Inputs.SimulationApplicationSimulationSoftwareSuiteArgs
            {
                Name = "Gazebo",
                Version = "7",
            },
            RenderingEngine = new AwsNative.RoboMaker.Inputs.SimulationApplicationRenderingEngineArgs
            {
                Name = "OGRE",
                Version = "1.x",
            },
        });
        var basicSimulationApplicationVersion = new AwsNative.RoboMaker.SimulationApplicationVersion("basicSimulationApplicationVersion", new AwsNative.RoboMaker.SimulationApplicationVersionArgs
        {
            Application = basicSimulationApplication.Arn,
            CurrentRevisionId = basicSimulationApplication.Current_revision_id,
        });
        this.SimulationApplicationVersion = "BasicSimulationApplicationVersion";
    }

    [Output("simulationApplicationVersion")]
    public Output<string> SimulationApplicationVersion { get; set; }
}

package main

import (
	"github.com/pulumi/pulumi-aws-native/sdk/go/aws/robomaker"
	"github.com/pulumi/pulumi/sdk/v3/go/pulumi"
)

func main() {
	pulumi.Run(func(ctx *pulumi.Context) error {
		basicSimulationApplication, err := robomaker.NewSimulationApplication(ctx, "basicSimulationApplication", &robomaker.SimulationApplicationArgs{
			Name: pulumi.String("MySimulationApplication"),
			Sources: []robomaker.SimulationApplicationSourceConfigArgs{
				&robomaker.SimulationApplicationSourceConfigArgs{
					S3Bucket:     pulumi.String("my-bucket"),
					S3Key:        pulumi.String("my_simulation_bundle_x86.tar.gz"),
					Architecture: "X86_64",
				},
			},
			RobotSoftwareSuite: &robomaker.SimulationApplicationRobotSoftwareSuiteArgs{
				Name:    "ROS",
				Version: "Kinetic",
			},
			SimulationSoftwareSuite: &robomaker.SimulationApplicationSimulationSoftwareSuiteArgs{
				Name:    "Gazebo",
				Version: "7",
			},
			RenderingEngine: &robomaker.SimulationApplicationRenderingEngineArgs{
				Name:    "OGRE",
				Version: pulumi.String("1.x"),
			},
		})
		if err != nil {
			return err
		}
		_, err = robomaker.NewSimulationApplicationVersion(ctx, "basicSimulationApplicationVersion", &robomaker.SimulationApplicationVersionArgs{
			Application:       basicSimulationApplication.Arn,
			CurrentRevisionId: basicSimulationApplication.Current_revision_id,
		})
		if err != nil {
			return err
		}
		ctx.Export("simulationApplicationVersion", "BasicSimulationApplicationVersion")
		return nil
	})
}

import pulumi
import pulumi_aws_native as aws_native

basic_simulation_application = aws_native.robomaker.SimulationApplication("basicSimulationApplication",
    name="MySimulationApplication",
    sources=[aws_native.robomaker.SimulationApplicationSourceConfigArgs(
        s3_bucket="my-bucket",
        s3_key="my_simulation_bundle_x86.tar.gz",
        architecture="X86_64",
    )],
    robot_software_suite=aws_native.robomaker.SimulationApplicationRobotSoftwareSuiteArgs(
        name="ROS",
        version="Kinetic",
    ),
    simulation_software_suite=aws_native.robomaker.SimulationApplicationSimulationSoftwareSuiteArgs(
        name="Gazebo",
        version="7",
    ),
    rendering_engine=aws_native.robomaker.SimulationApplicationRenderingEngineArgs(
        name="OGRE",
        version="1.x",
    ))
basic_simulation_application_version = aws_native.robomaker.SimulationApplicationVersion("basicSimulationApplicationVersion",
    application=basic_simulation_application.arn,
    current_revision_id=basic_simulation_application.current_revision_id)
pulumi.export("simulationApplicationVersion", "BasicSimulationApplicationVersion")

import * as pulumi from "@pulumi/pulumi";
import * as aws_native from "@pulumi/aws-native";

const basicSimulationApplication = new aws_native.robomaker.SimulationApplication("basicSimulationApplication", {
    name: "MySimulationApplication",
    sources: [{
        s3Bucket: "my-bucket",
        s3Key: "my_simulation_bundle_x86.tar.gz",
        architecture: "X86_64",
    }],
    robotSoftwareSuite: {
        name: "ROS",
        version: "Kinetic",
    },
    simulationSoftwareSuite: {
        name: "Gazebo",
        version: "7",
    },
    renderingEngine: {
        name: "OGRE",
        version: "1.x",
    },
});
const basicSimulationApplicationVersion = new aws_native.robomaker.SimulationApplicationVersion("basicSimulationApplicationVersion", {
    application: basicSimulationApplication.arn,
    currentRevisionId: basicSimulationApplication.currentRevisionId,
});
export const simulationApplicationVersion = "BasicSimulationApplicationVersion";

Example

using Pulumi;
using AwsNative = Pulumi.AwsNative;

class MyStack : Stack
{
    public MyStack()
    {
        var basicSimulationApplication = new AwsNative.RoboMaker.SimulationApplication("basicSimulationApplication", new AwsNative.RoboMaker.SimulationApplicationArgs
        {
            Name = "MySimulationApplication",
            Sources = 
            {
                new AwsNative.RoboMaker.Inputs.SimulationApplicationSourceConfigArgs
                {
                    S3Bucket = "my-bucket",
                    S3Key = "my_simulation_bundle_x86.tar.gz",
                    Architecture = "X86_64",
                },
            },
            RobotSoftwareSuite = new AwsNative.RoboMaker.Inputs.SimulationApplicationRobotSoftwareSuiteArgs
            {
                Name = "ROS",
                Version = "Kinetic",
            },
            SimulationSoftwareSuite = new AwsNative.RoboMaker.Inputs.SimulationApplicationSimulationSoftwareSuiteArgs
            {
                Name = "Gazebo",
                Version = "7",
            },
            RenderingEngine = new AwsNative.RoboMaker.Inputs.SimulationApplicationRenderingEngineArgs
            {
                Name = "OGRE",
                Version = "1.x",
            },
        });
        var basicSimulationApplicationVersion = new AwsNative.RoboMaker.SimulationApplicationVersion("basicSimulationApplicationVersion", new AwsNative.RoboMaker.SimulationApplicationVersionArgs
        {
            Application = basicSimulationApplication.Arn,
            CurrentRevisionId = basicSimulationApplication.Current_revision_id,
        });
        this.SimulationApplicationVersion = basicSimulationApplicationVersion.Id;
    }

    [Output("simulationApplicationVersion")]
    public Output<string> SimulationApplicationVersion { get; set; }
}

package main

import (
	"github.com/pulumi/pulumi-aws-native/sdk/go/aws/robomaker"
	"github.com/pulumi/pulumi/sdk/v3/go/pulumi"
)

func main() {
	pulumi.Run(func(ctx *pulumi.Context) error {
		basicSimulationApplication, err := robomaker.NewSimulationApplication(ctx, "basicSimulationApplication", &robomaker.SimulationApplicationArgs{
			Name: pulumi.String("MySimulationApplication"),
			Sources: []robomaker.SimulationApplicationSourceConfigArgs{
				&robomaker.SimulationApplicationSourceConfigArgs{
					S3Bucket:     pulumi.String("my-bucket"),
					S3Key:        pulumi.String("my_simulation_bundle_x86.tar.gz"),
					Architecture: "X86_64",
				},
			},
			RobotSoftwareSuite: &robomaker.SimulationApplicationRobotSoftwareSuiteArgs{
				Name:    "ROS",
				Version: "Kinetic",
			},
			SimulationSoftwareSuite: &robomaker.SimulationApplicationSimulationSoftwareSuiteArgs{
				Name:    "Gazebo",
				Version: "7",
			},
			RenderingEngine: &robomaker.SimulationApplicationRenderingEngineArgs{
				Name:    "OGRE",
				Version: pulumi.String("1.x"),
			},
		})
		if err != nil {
			return err
		}
		basicSimulationApplicationVersion, err := robomaker.NewSimulationApplicationVersion(ctx, "basicSimulationApplicationVersion", &robomaker.SimulationApplicationVersionArgs{
			Application:       basicSimulationApplication.Arn,
			CurrentRevisionId: basicSimulationApplication.Current_revision_id,
		})
		if err != nil {
			return err
		}
		ctx.Export("simulationApplicationVersion", basicSimulationApplicationVersion.ID())
		return nil
	})
}

import pulumi
import pulumi_aws_native as aws_native

basic_simulation_application = aws_native.robomaker.SimulationApplication("basicSimulationApplication",
    name="MySimulationApplication",
    sources=[aws_native.robomaker.SimulationApplicationSourceConfigArgs(
        s3_bucket="my-bucket",
        s3_key="my_simulation_bundle_x86.tar.gz",
        architecture="X86_64",
    )],
    robot_software_suite=aws_native.robomaker.SimulationApplicationRobotSoftwareSuiteArgs(
        name="ROS",
        version="Kinetic",
    ),
    simulation_software_suite=aws_native.robomaker.SimulationApplicationSimulationSoftwareSuiteArgs(
        name="Gazebo",
        version="7",
    ),
    rendering_engine=aws_native.robomaker.SimulationApplicationRenderingEngineArgs(
        name="OGRE",
        version="1.x",
    ))
basic_simulation_application_version = aws_native.robomaker.SimulationApplicationVersion("basicSimulationApplicationVersion",
    application=basic_simulation_application.arn,
    current_revision_id=basic_simulation_application.current_revision_id)
pulumi.export("simulationApplicationVersion", basic_simulation_application_version.id)

import * as pulumi from "@pulumi/pulumi";
import * as aws_native from "@pulumi/aws-native";

const basicSimulationApplication = new aws_native.robomaker.SimulationApplication("basicSimulationApplication", {
    name: "MySimulationApplication",
    sources: [{
        s3Bucket: "my-bucket",
        s3Key: "my_simulation_bundle_x86.tar.gz",
        architecture: "X86_64",
    }],
    robotSoftwareSuite: {
        name: "ROS",
        version: "Kinetic",
    },
    simulationSoftwareSuite: {
        name: "Gazebo",
        version: "7",
    },
    renderingEngine: {
        name: "OGRE",
        version: "1.x",
    },
});
const basicSimulationApplicationVersion = new aws_native.robomaker.SimulationApplicationVersion("basicSimulationApplicationVersion", {
    application: basicSimulationApplication.arn,
    currentRevisionId: basicSimulationApplication.currentRevisionId,
});
export const simulationApplicationVersion = basicSimulationApplicationVersion.id;

Create a SimulationApplication Resource

new SimulationApplication(name: string, args: SimulationApplicationArgs, opts?: CustomResourceOptions);
@overload
def SimulationApplication(resource_name: str,
                          opts: Optional[ResourceOptions] = None,
                          current_revision_id: Optional[str] = None,
                          environment: Optional[str] = None,
                          name: Optional[str] = None,
                          rendering_engine: Optional[SimulationApplicationRenderingEngineArgs] = None,
                          robot_software_suite: Optional[SimulationApplicationRobotSoftwareSuiteArgs] = None,
                          simulation_software_suite: Optional[SimulationApplicationSimulationSoftwareSuiteArgs] = None,
                          sources: Optional[Sequence[SimulationApplicationSourceConfigArgs]] = None,
                          tags: Optional[SimulationApplicationTagsArgs] = None)
@overload
def SimulationApplication(resource_name: str,
                          args: SimulationApplicationArgs,
                          opts: Optional[ResourceOptions] = None)
func NewSimulationApplication(ctx *Context, name string, args SimulationApplicationArgs, opts ...ResourceOption) (*SimulationApplication, error)
public SimulationApplication(string name, SimulationApplicationArgs args, CustomResourceOptions? opts = null)
name string
The unique name of the resource.
args SimulationApplicationArgs
The arguments to resource properties.
opts CustomResourceOptions
Bag of options to control resource's behavior.
resource_name str
The unique name of the resource.
args SimulationApplicationArgs
The arguments to resource properties.
opts ResourceOptions
Bag of options to control resource's behavior.
ctx Context
Context object for the current deployment.
name string
The unique name of the resource.
args SimulationApplicationArgs
The arguments to resource properties.
opts ResourceOption
Bag of options to control resource's behavior.
name string
The unique name of the resource.
args SimulationApplicationArgs
The arguments to resource properties.
opts CustomResourceOptions
Bag of options to control resource's behavior.

SimulationApplication Resource Properties

To learn more about resource properties and how to use them, see Inputs and Outputs in the Architecture and Concepts docs.

Inputs

The SimulationApplication resource accepts the following input properties:

RobotSoftwareSuite Pulumi.AwsNative.RoboMaker.Inputs.SimulationApplicationRobotSoftwareSuiteArgs
The robot software suite (ROS distribution) used by the simulation application.
SimulationSoftwareSuite Pulumi.AwsNative.RoboMaker.Inputs.SimulationApplicationSimulationSoftwareSuiteArgs
The simulation software suite used by the simulation application.
CurrentRevisionId string
The current revision id.
Environment string
The URI of the Docker image for the robot application.
Name string
The name of the simulation application.
RenderingEngine Pulumi.AwsNative.RoboMaker.Inputs.SimulationApplicationRenderingEngineArgs
The rendering engine for the simulation application.
Sources List<Pulumi.AwsNative.RoboMaker.Inputs.SimulationApplicationSourceConfigArgs>
The sources of the simulation application.
Tags Pulumi.AwsNative.RoboMaker.Inputs.SimulationApplicationTagsArgs
RobotSoftwareSuite SimulationApplicationRobotSoftwareSuiteArgs
The robot software suite (ROS distribution) used by the simulation application.
SimulationSoftwareSuite SimulationApplicationSimulationSoftwareSuiteArgs
The simulation software suite used by the simulation application.
CurrentRevisionId string
The current revision id.
Environment string
The URI of the Docker image for the robot application.
Name string
The name of the simulation application.
RenderingEngine SimulationApplicationRenderingEngineArgs
The rendering engine for the simulation application.
Sources []SimulationApplicationSourceConfigArgs
The sources of the simulation application.
Tags SimulationApplicationTagsArgs
robotSoftwareSuite SimulationApplicationRobotSoftwareSuiteArgs
The robot software suite (ROS distribution) used by the simulation application.
simulationSoftwareSuite SimulationApplicationSimulationSoftwareSuiteArgs
The simulation software suite used by the simulation application.
currentRevisionId string
The current revision id.
environment string
The URI of the Docker image for the robot application.
name string
The name of the simulation application.
renderingEngine SimulationApplicationRenderingEngineArgs
The rendering engine for the simulation application.
sources SimulationApplicationSourceConfigArgs[]
The sources of the simulation application.
tags SimulationApplicationTagsArgs
robot_software_suite SimulationApplicationRobotSoftwareSuiteArgs
The robot software suite (ROS distribution) used by the simulation application.
simulation_software_suite SimulationApplicationSimulationSoftwareSuiteArgs
The simulation software suite used by the simulation application.
current_revision_id str
The current revision id.
environment str
The URI of the Docker image for the robot application.
name str
The name of the simulation application.
rendering_engine SimulationApplicationRenderingEngineArgs
The rendering engine for the simulation application.
sources Sequence[SimulationApplicationSourceConfigArgs]
The sources of the simulation application.
tags SimulationApplicationTagsArgs

Outputs

All input properties are implicitly available as output properties. Additionally, the SimulationApplication resource produces the following output properties:

Arn string
Id string
The provider-assigned unique ID for this managed resource.
Arn string
Id string
The provider-assigned unique ID for this managed resource.
arn string
id string
The provider-assigned unique ID for this managed resource.
arn str
id str
The provider-assigned unique ID for this managed resource.

Supporting Types

SimulationApplicationRenderingEngine

Name Pulumi.AwsNative.RoboMaker.SimulationApplicationRenderingEngineName
The name of the rendering engine.
Version string
The version of the rendering engine.
Name SimulationApplicationRenderingEngineName
The name of the rendering engine.
Version string
The version of the rendering engine.
name SimulationApplicationRenderingEngineName
The name of the rendering engine.
version string
The version of the rendering engine.
name SimulationApplicationRenderingEngineName
The name of the rendering engine.
version str
The version of the rendering engine.

SimulationApplicationRenderingEngineName

Ogre
OGRE
SimulationApplicationRenderingEngineNameOgre
OGRE
Ogre
OGRE
OGRE
OGRE

SimulationApplicationRobotSoftwareSuite

Name Pulumi.AwsNative.RoboMaker.SimulationApplicationRobotSoftwareSuiteName
The name of the robot software suite (ROS distribution).
Version Pulumi.AwsNative.RoboMaker.SimulationApplicationRobotSoftwareSuiteVersion
The version of the robot software suite (ROS distribution).
Name SimulationApplicationRobotSoftwareSuiteName
The name of the robot software suite (ROS distribution).
Version SimulationApplicationRobotSoftwareSuiteVersion
The version of the robot software suite (ROS distribution).
name SimulationApplicationRobotSoftwareSuiteName
The name of the robot software suite (ROS distribution).
version SimulationApplicationRobotSoftwareSuiteVersion
The version of the robot software suite (ROS distribution).
name SimulationApplicationRobotSoftwareSuiteName
The name of the robot software suite (ROS distribution).
version SimulationApplicationRobotSoftwareSuiteVersion
The version of the robot software suite (ROS distribution).

SimulationApplicationRobotSoftwareSuiteName

Ros
ROS
Ros2
ROS2
SimulationApplicationRobotSoftwareSuiteNameRos
ROS
SimulationApplicationRobotSoftwareSuiteNameRos2
ROS2
Ros
ROS
Ros2
ROS2
ROS
ROS
ROS2
ROS2

SimulationApplicationRobotSoftwareSuiteVersion

Kinetic
Kinetic
Melodic
Melodic
Dashing
Dashing
Foxy
Foxy
SimulationApplicationRobotSoftwareSuiteVersionKinetic
Kinetic
SimulationApplicationRobotSoftwareSuiteVersionMelodic
Melodic
SimulationApplicationRobotSoftwareSuiteVersionDashing
Dashing
SimulationApplicationRobotSoftwareSuiteVersionFoxy
Foxy
Kinetic
Kinetic
Melodic
Melodic
Dashing
Dashing
Foxy
Foxy
KINETIC
Kinetic
MELODIC
Melodic
DASHING
Dashing
FOXY
Foxy

SimulationApplicationSimulationSoftwareSuite

Name SimulationApplicationSimulationSoftwareSuiteName
The name of the simulation software suite.
Version SimulationApplicationSimulationSoftwareSuiteVersion
The version of the simulation software suite.
name SimulationApplicationSimulationSoftwareSuiteName
The name of the simulation software suite.
version SimulationApplicationSimulationSoftwareSuiteVersion
The version of the simulation software suite.
name SimulationApplicationSimulationSoftwareSuiteName
The name of the simulation software suite.
version SimulationApplicationSimulationSoftwareSuiteVersion
The version of the simulation software suite.

SimulationApplicationSimulationSoftwareSuiteName

Gazebo
Gazebo
RosbagPlay
RosbagPlay
SimulationApplicationSimulationSoftwareSuiteNameGazebo
Gazebo
SimulationApplicationSimulationSoftwareSuiteNameRosbagPlay
RosbagPlay
Gazebo
Gazebo
RosbagPlay
RosbagPlay
GAZEBO
Gazebo
ROSBAG_PLAY
RosbagPlay

SimulationApplicationSimulationSoftwareSuiteVersion

Seven
7
Nine
9
SimulationApplicationSimulationSoftwareSuiteVersion_11
11
Kinetic
Kinetic
Melodic
Melodic
Dashing
Dashing
Foxy
Foxy
SimulationApplicationSimulationSoftwareSuiteVersionSeven
7
SimulationApplicationSimulationSoftwareSuiteVersionNine
9
SimulationApplicationSimulationSoftwareSuiteVersion_11
11
SimulationApplicationSimulationSoftwareSuiteVersionKinetic
Kinetic
SimulationApplicationSimulationSoftwareSuiteVersionMelodic
Melodic
SimulationApplicationSimulationSoftwareSuiteVersionDashing
Dashing
SimulationApplicationSimulationSoftwareSuiteVersionFoxy
Foxy
Seven
7
Nine
9
SimulationApplicationSimulationSoftwareSuiteVersion_11
11
Kinetic
Kinetic
Melodic
Melodic
Dashing
Dashing
Foxy
Foxy
SEVEN
7
NINE
9
SIMULATION_APPLICATION_SIMULATION_SOFTWARE_SUITE_VERSION_11
11
KINETIC
Kinetic
MELODIC
Melodic
DASHING
Dashing
FOXY
Foxy

SimulationApplicationSourceConfig

Architecture Pulumi.AwsNative.RoboMaker.SimulationApplicationSourceConfigArchitecture
The target processor architecture for the application.
S3Bucket string
The Amazon S3 bucket name.
S3Key string
The s3 object key.
Architecture SimulationApplicationSourceConfigArchitecture
The target processor architecture for the application.
S3Bucket string
The Amazon S3 bucket name.
S3Key string
The s3 object key.
architecture SimulationApplicationSourceConfigArchitecture
The target processor architecture for the application.
s3Bucket string
The Amazon S3 bucket name.
s3Key string
The s3 object key.
architecture SimulationApplicationSourceConfigArchitecture
The target processor architecture for the application.
s3_bucket str
The Amazon S3 bucket name.
s3_key str
The s3 object key.

SimulationApplicationSourceConfigArchitecture

X8664
X86_64
Arm64
ARM64
Armhf
ARMHF
SimulationApplicationSourceConfigArchitectureX8664
X86_64
SimulationApplicationSourceConfigArchitectureArm64
ARM64
SimulationApplicationSourceConfigArchitectureArmhf
ARMHF
X8664
X86_64
Arm64
ARM64
Armhf
ARMHF
X8664
X86_64
ARM64
ARM64
ARMHF
ARMHF

Package Details

Repository
https://github.com/pulumi/pulumi-aws-native
License
Apache-2.0