DefinitelyTyped/types/roslib/index.d.ts
Ben Schattinger 1d8c0f9575
🤖 Merge PR #45749 [roslib] Add URDF classes by @lights0123
* Format to latest style guide

* [roslib] Add URDF classes

* Bump version

and make typescript-bot rerun performance tests
2020-07-06 18:01:59 -07:00

843 lines
28 KiB
TypeScript

// Type definitions for roslib.js 1.1.0
// Project: http://wiki.ros.org/roslibjs
// Definitions by: Stefan Profanter <https://github.com/Pro>,
// Cooper Benson <https://github.com/skycoop>,
// David Gonzalez <https://github.com/dgorobopec>
// Arvid Norlander <https://github.com/VorpalBlade>
// Definitions: https://github.com/DefinitelyTyped/DefinitelyTyped
// TypeScript Version: 3.7
/* ----------------------------------
NOTE: This typescript definition is not yet complete. I should be extended if definitions are missing.
---------------------------------- */
export = ROSLIB;
export as namespace ROSLIB;
declare namespace ROSLIB {
interface Vector3Like {
x?: number | null;
y?: number | null;
z?: number | null;
}
interface QuaternionLike {
x?: number | null;
y?: number | null;
z?: number | null;
w?: number | null;
}
export class Ros {
/**
* Manages connection to the server and all interactions with ROS.
*
* Emits the following events:
* * 'error' - there was an error with ROS
* * 'connection' - connected to the WebSocket server
* * 'close' - disconnected to the WebSocket server
* * <topicName> - a message came from rosbridge with the given topic name
* * <serviceID> - a service response came from rosbridge with the given ID
*
* @constructor
* @param options - possible keys include:
* * url (optional) - (can be specified later with `connect`) the WebSocket URL for rosbridge or the node server url to connect using socket.io (if socket.io exists in the page) <br>
* * groovyCompatibility - don't use interfaces that changed after the last groovy release or rosbridge_suite and related tools (defaults to true)
* * transportLibrary (optional) - one of 'websocket' (default), 'socket.io' or RTCPeerConnection instance controlling how the connection is created in `connect`.
* * transportOptions (optional) - the options to use use when creating a connection. Currently only used if `transportLibrary` is RTCPeerConnection.
*/
constructor(options: {
url?: string;
groovyCompatibility?: boolean;
transportLibrary?: 'websocket' | 'socket.io' | RTCPeerConnection;
transportOptions?: RTCDataChannelInit;
});
on(eventName: string, callback: (event: any) => void): void;
/**
* Connect to the specified WebSocket.
*
* @param url - WebSocket URL for Rosbridge
*/
connect(url: string): void;
/**
* Disconnect from the WebSocket server.
*/
close(): void;
/**
* Sends an authorization request to the server.
*
* @param mac - MAC (hash) string given by the trusted source.
* @param client - IP of the client.
* @param dest - IP of the destination.
* @param rand - Random string given by the trusted source.
* @param t - Time of the authorization request.
* @param level - User level as a string given by the client.
* @param end - End time of the client's session.
*/
authenticate(
mac: string,
client: string,
dest: string,
rand: string,
t: number,
level: string,
end: number,
): void;
/**
* Sends the message over the WebSocket, but queues the message up if not yet
* connected.
*/
callOnConnection(message: any): void;
/**
* Retrieves list of actionlib servers in ROS as an array.
*
* @param callback function with params:
* * action_servers - Array of actionlib servers names
* @param failedCallback - the callback function when the ros call failed (optional). Params:
* * error - the error message reported by ROS
*/
getActionServers(callback: (action_servers: string[]) => void, failedCallback?: (error: any) => void): void;
/**
* Retrieves list of topics in ROS as an array.
*
* @param callback function with params:
* * topics - Array of topic names
* @param failedCallback - the callback function when the ros call failed (optional). Params:
* * error - the error message reported by ROS
*/
getTopics(callback: (topics: string[]) => void, failedCallback?: (error: any) => void): void;
/**
* Retrieves Topics in ROS as an array as specific type
*
* @param topicType topic type to find:
* @param callback function with params:
* * topics - Array of topic names
* @param failedCallback - the callback function when the ros call failed (optional). Params:
* * error - the error message reported by ROS
*/
getTopicsForType(
topicType: string,
callback: (topics: string[]) => void,
failedCallback?: (error: any) => void,
): void;
/**
* Retrieves list of active service names in ROS.
*
* @param callback - function with the following params:
* * services - array of service names
* @param failedCallback - the callback function when the ros call failed (optional). Params:
* * error - the error message reported by ROS
*/
getServices(callback: (services: string[]) => void, failedCallback?: (error: any) => void): void;
/**
* Retrieves list of services in ROS as an array as specific type
*
* @param serviceType service type to find:
* @param callback function with params:
* * topics - Array of service names
* @param failedCallback - the callback function when the ros call failed (optional). Params:
* * error - the error message reported by ROS
*/
getServicesForType(
serviceType: string,
callback: (services: string[]) => void,
failedCallback?: (error: any) => void,
): void;
/**
* Retrieves list of active node names in ROS.
*
* @param callback - function with the following params:
* * nodes - array of node names
* @param failedCallback - the callback function when the ros call failed (optional). Params:
* * error - the error message reported by ROS
*/
getNodes(callback: (nodes: string[]) => void, failedCallback?: (error: any) => void): void;
/**
* Retrieves list of param names from the ROS Parameter Server.
*
* @param callback function with params:
* * params - array of param names.
* @param failedCallback - the callback function when the ros call failed (optional). Params:
* * error - the error message reported by ROS
*/
getParams(callback: (params: string[]) => void, failedCallback?: (error: any) => void): void;
/**
* Retrieves a type of ROS topic.
*
* @param topic name of the topic:
* @param callback - function with params:
* * type - String of the topic type
* @param failedCallback - the callback function when the ros call failed (optional). Params:
* * error - the error message reported by ROS
*/
getTopicType(topic: string, callback: (type: string) => void, failedCallback?: (error: any) => void): void;
/**
* Retrieves a type of ROS service.
*
* @param service name of service:
* @param callback - function with params:
* * type - String of the service type
* @param failedCallback - the callback function when the ros call failed (optional). Params:
* * error - the error message reported by ROS
*/
getServiceType(service: string, callback: (type: string) => void, failedCallback?: (error: any) => void): void;
/**
* Retrieves a detail of ROS message.
*
* @param callback - function with params:
* * details - Array of the message detail
* @param message - String of a topic type
* @param failedCallback - the callback function when the ros call failed (optional). Params:
* * error - the error message reported by ROS
*/
getMessageDetails(
message: Message,
callback: (detail: any) => void,
failedCallback?: (error: any) => void,
): void;
/**
* Decode a typedefs into a dictionary like `rosmsg show foo/bar`
*
* @param defs - array of type_def dictionary
*/
decodeTypeDefs(defs: any): void;
}
export class Message {
/**
* Message objects are used for publishing and subscribing to and from topics.
*
* @constructor
* @param values - object matching the fields defined in the .msg definition file
*/
constructor(values: any);
}
export class Param {
/**
* A ROS parameter.
*
* @constructor
* @param options - possible keys include:
* * ros - the ROSLIB.Ros connection handle
* * name - the param name, like max_vel_x
*/
constructor(options: { ros: Ros; name: string });
/**
* Fetches the value of the param.
*
* @param callback - function with the following params:
* * value - the value of the param from ROS.
*/
get(callback: (response: any) => void): void;
/**
* Sets the value of the param in ROS.
*
* @param value - value to set param to.
* @param callback - function with params:
* * response - the response from the service request
*/
set(value: any, callback?: (response: any) => void): void;
/**
* Delete this parameter on the ROS server.
*/
delete(callback: (response: any) => void): void;
}
export class Service {
/**
* A ROS service client.
*
* @constructor
* @params options - possible keys include:
* * ros - the ROSLIB.Ros connection handle
* * name - the service name, like /add_two_ints
* * serviceType - the service type, like 'rospy_tutorials/AddTwoInts'
*/
constructor(data: { ros: Ros; name: string; serviceType: string });
// getter
public name: string;
// getter
public serviceType: string;
/**
* Calls the service. Returns the service response in the callback.
*
* @param request - the ROSLIB.ServiceRequest to send
* @param callback - function with params:
* * response - the response from the service request
* @param failedCallback - the callback function when the service call failed (optional). Params:
* * error - the error message reported by ROS
*/
callService(
request: ServiceRequest,
callback: (response: any) => void,
failedCallback?: (error: any) => void,
): void;
/**
* Advertise this service and call the callback each time a client calls it.
*
* @param callback - function with the following params:
* * request - the service request data
* * response - the data which should be sent back to the caller
*/
advertise(callback: (request: any, response: any) => void): void;
/**
* Unadvertise a previously advertised service
*/
unadvertise(): void;
}
export class ServiceRequest {
/**
* A ServiceRequest is passed into the service call.
*
* @constructor
* @param values - object matching the fields defined in the .srv definition file
*/
constructor(values?: any);
}
export class ServiceResponse {
/**
* A ServiceResponse is returned from the service call.
*
* @constructor
* @param values - object matching the fields defined in the .srv definition file
*/
constructor(values?: any);
}
export class Topic {
/**
* Publish and/or subscribe to a topic in ROS.
*
* Emits the following events:
* * 'warning' - if there are any warning during the Topic creation
* * 'message' - the message data from rosbridge
*
* @constructor
* @param options - object with following keys:
* * ros - the ROSLIB.Ros connection handle
* * name - the topic name, like /cmd_vel
* * messageType - the message type, like 'std_msgs/String'
* * compression - the type of compression to use, like 'png'
* * throttle_rate - the rate (in ms in between messages) at which to throttle the topics
* * queue_size - the queue created at bridge side for re-publishing webtopics (defaults to 100)
* * latch - latch the topic when publishing
* * queue_length - the queue length at bridge side used when subscribing (defaults to 0, no queueing).
*/
constructor(options: {
ros: Ros;
name: string;
messageType: string;
compression?: string;
throttle_rate?: number;
queue_size?: number;
latch?: boolean;
queue_length?: number;
});
// getter
public name: string;
// getter
public messageType: string;
/**
* Every time a message is published for the given topic, the callback
* will be called with the message object.
*
* @param callback - function with the following params:
* * message - the published message
*/
subscribe(callback: (message: Message) => void): void;
/**
* Unregisters as a subscriber for the topic. Unsubscribing stop remove
* all subscribe callbacks. To remove a call back, you must explicitly
* pass the callback function in.
*
* @param callback - the optional callback to unregister, if
* * provided and other listeners are registered the topic won't
* * unsubscribe, just stop emitting to the passed listener
*/
unsubscribe(callback?: (callback: (message: Message) => void) => void): void;
/**
* Registers as a publisher for the topic.
*/
advertise(): void;
/**
* Unregisters as a publisher for the topic.
*/
unadvertise(): void;
/**
* Publish the message.
*
* @param message - A ROSLIB.Message object.
*/
publish(message: Message): void;
}
export class TFClient {
/**
* A TF Client that listens to TFs from tf2_web_republisher.
*
* @constructor
* @param options - object with following keys:
* * ros - the ROSLIB.Ros connection handle
* * fixedFrame - the fixed frame, like /base_link
* * angularThres - the angular threshold for the TF republisher
* * transThres - the translation threshold for the TF republisher
* * rate - the rate for the TF republisher
* * updateDelay - the time (in ms) to wait after a new subscription to update the TF republisher's list of TFs
* * topicTimeout - the timeout parameter for the TF republisher
* * serverName (optional) - the name of the tf2_web_republisher server
* * repubServiceName (optional) - the name of the republish_tfs service (non groovy compatibility mode only) default: '/republish_tfs'
*/
constructor(options: {
ros: Ros;
fixedFrame?: string;
angularThres?: number;
transThres?: number;
rate?: number;
updateDelay?: number;
topicTimeout?: number;
serverName?: string;
repubServiceName?: string;
});
/**
* Unsubscribe and unadvertise all topics associated with this TFClient.
*/
dispose(): void;
/**
* Process the service response and subscribe to the tf republisher topic.
*
* @param response - the service response containing the topic name
*/
processResponse(response: any): void;
/**
* Process the incoming TF message and send them out using the callback functions
* @param tf - the TF message from the server
*/
processTfArray(tf: any): void;
/**
* Subscribe to the given TF frame.
* @param frameId - the TF frame to subscribe to
* @param callback - function with params:
* * transform - the transform data
*/
subscribe(frameId: string, callback: (transform: Transform) => void): void;
/**
* Unsubscribe from the given TF frame.
*
* @param frameId - the TF frame to unsubscribe from
* @param callback - the callback function to remove
*/
unsubscribe(frameId: string, callback?: (transform: Transform) => void): void;
/**
* Create and send a new goal (or service request) to the tf2_web_republisher based on the current list of TFs.
*/
updateGoal(): void;
}
export class Transform {
/**
* A Transform in 3-space. Values are copied into this object.
*
* @constructor
* @param options - object with following keys:
* * translation - the Vector3 describing the translation
* * rotation - the ROSLIB.Quaternion describing the rotation
*/
constructor(options?: { translation?: Vector3Like | null; rotation?: QuaternionLike | null });
// getters
public translation: Vector3;
public rotation: Quaternion;
/**
* Clone a copy of this transform.
*
*/
clone(): Transform;
}
export class Vector3 implements Vector3Like {
/**
* A 3D vector.
*
* @constructor
* @param options - object with following keys:
* * x - the x value
* * y - the y value
* * z - the z value
*/
constructor(options?: { x?: number | null; y?: number | null; z?: number | null } | null);
// getters
public x: number;
public y: number;
public z: number;
/**
* Set the values of this vector to the sum of itself and the given vector.
*
* @param v - the vector to add with
*/
add(v: Vector3): void;
/**
* Clone a copy of this vector.
*/
clone(): Vector3;
/**
* Multiply the given Quaternion with this vector.
* @param q - the quaternion to multiply with
*/
multiplyQuaternion(q: Quaternion): void;
/**
* Set the values of this vector to the difference of itself and the given vector.
*
* @param v - the vector to subtract with
*/
subtract(v: Vector3): void;
}
export class Quaternion implements QuaternionLike {
/**
* A Quaternion.
*
* @constructor
* @param options - object with following keys:
* * x - the x value
* * y - the y value
* * z - the z value
* * w - the w value
*/
constructor(options?: { x?: number | null; y?: number | null; z?: number | null; w?: number | null } | null);
// getters
public x: number;
public y: number;
public z: number;
public w: number;
/**
* Clone a copy of this quaternion.
*/
clone(): Quaternion;
/**
* Perform a conjugation on this quaternion.
*/
conjugate(): void;
/**
* Convert this quaternion into its inverse.
*/
invert(): void;
/**
* Set the values of this quaternion to the product of itself and the given quaternion.
* @param q - the quaternion to multiply with
*/
multiply(q: Quaternion): void;
/**
* Return the norm of this quaternion.
*/
norm(): number;
/**
* Perform a normalization on this quaternion.
*/
normalize(): void;
}
export class Pose {
position: Vector3;
orientation: Quaternion;
/**
* A Pose in 3D space. Values are copied into this object.
*
* @constructor
* @param options - object with following keys:
* * position - the Vector3 describing the position
* * orientation - the ROSLIB.Quaternion describing the orientation
*/
constructor(
options?: {
position?: Vector3Like | null;
orientation?: QuaternionLike | null;
} | null,
);
/**
* Apply a transform against this pose.
*
* @param tf the transform
*/
applyTransform(tf: Transform): void;
/**
* Clone a copy of this pose.
*
* @returns the cloned pose
*/
clone(): Pose;
}
class ActionClient {
/**
* An actionlib action client.
*
* Emits the following events:
* * 'timeout' - if a timeout occurred while sending a goal
* * 'status' - the status messages received from the action server
* * 'feedback' - the feedback messages received from the action server
* * 'result' - the result returned from the action server
*
* @constructor
* @param options - object with following keys:
* * ros - the ROSLIB.Ros connection handle
* * serverName - the action server name, like /fibonacci
* * actionName - the action message name, like 'actionlib_tutorials/FibonacciAction'
* * timeout - the timeout length when connecting to the action server
*/
constructor(options: { ros: Ros; serverName: string; actionName: string; timeout: number });
/**
* Cancel all goals associated with this ActionClient.
*/
cancel(): void;
}
class Goal {
/**
* An actionlib goal goal is associated with an action server.
*
* Emits the following events:
* * 'timeout' - if a timeout occurred while sending a goal
*
* @constructor
* @param options with following keys:
* * actionClient - the ROSLIB.ActionClient to use with this goal
* * goalMessage - The JSON object containing the goal for the action server
*/
constructor(options: { actionClient: ActionClient; goalMessage: any });
/**
* Connect callback functions to goal based events
*
* @param eventName Name of event ('timeout', 'status', 'feedback', 'result')
* @param callback Callback function executed on connected event
*/
on(eventName: string, callback: (event: any) => void): void;
/**
* Send the goal to the action server.
*
* @param timeout (optional) - a timeout length for the goal's result
*/
send(timeout?: number): void;
/**
* Cancel the current goal.
*/
cancel(): void;
}
export class UrdfColor {
r: number;
g: number;
b: number;
a: number;
/**
* A Color element in a URDF.
*
* @constructor
* @param options - object with following keys:
* * xml - the XML element to parse
*/
constructor(options: { xml: Node });
}
export class UrdfMaterial {
textureFilename: string | null;
color: UrdfColor | null;
name: string;
/**
* A Material element in a URDF.
*
* @constructor
* @param options - object with following keys:
* * xml - the XML element to parse
*/
constructor(options: { xml: Node });
isLink(): boolean;
}
export class UrdfJoint {
name: string;
type: string;
parent: string | null;
child: string | null;
minval: number | null;
maxval: number | null;
/**
* A Joint element in a URDF.
*
* @constructor
* @param options - object with following keys:
* * xml - the XML element to parse
*/
constructor(options: { xml: Node });
}
export const URDF_SPHERE: 0;
export const URDF_BOX: 1;
export const URDF_CYLINDER: 2;
export const URDF_MESH: 3;
export type UrdfGeometry = UrdfSphere | UrdfBox | UrdfCylinder | UrdfMesh;
export class UrdfSphere {
type: typeof URDF_SPHERE;
radius: number;
/**
* A Sphere element in a URDF.
*
* @constructor
* @param options - object with following keys:
* * xml - the XML element to parse
*/
constructor(options: { xml: Node });
}
export class UrdfBox {
type: typeof URDF_BOX;
dimension: Vector3;
/**
* A Box element in a URDF.
*
* @constructor
* @param options - object with following keys:
* * xml - the XML element to parse
*/
constructor(options: { xml: Node });
}
export class UrdfCylinder {
type: typeof URDF_CYLINDER;
length: number;
radius: number;
/**
* A Cylinder element in a URDF.
*
* @constructor
* @param options - object with following keys:
* * xml - the XML element to parse
*/
constructor(options: { xml: Node });
}
export class UrdfMesh {
type: typeof URDF_MESH;
filename: string;
scale: Vector3 | null;
/**
* A Box element in a URDF.
*
* @constructor
* @param options - object with following keys:
* * xml - the XML element to parse
*/
constructor(options: { xml: Node });
}
export class UrdfVisual {
origin: Pose | null;
geometry: UrdfGeometry | null;
material: UrdfMaterial | null;
/**
* A Visual element in a URDF.
*
* @constructor
* @param options - object with following keys:
* * xml - the XML element to parse
*/
constructor(options: { xml: Node });
}
export class UrdfLink {
name: string;
visuals: UrdfVisual[];
/**
* A Link element in a URDF.
*
* @constructor
* @param options - object with following keys:
* * xml - the XML element to parse
*/
constructor(options: { xml: Node });
}
export class UrdfModel {
materials: Record<string, UrdfMaterial>;
links: Record<string, UrdfLink>;
joints: Record<string, UrdfJoint>;
/**
* A URDF Model can be used to parse a given URDF into the appropriate elements.
*
* @constructor
* @param options - object with following keys:
* * xml - the XML element to parse
* * string - the XML element to parse as a string
*/
constructor(options: { xml: Node; string?: string | null } | { string: string });
}
}