Roomware Server
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This presentation describes the basic concepts of Application Clustering, Roomware Connections, Roomware Messages and Mediators
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Roomware Server
- 1. Roomware and the Internet of things An introduction Peter Kaptein | Instant Interfaces | The RoomWare project
- 2. Roomware and the Internet of things @PeterKaptein @roomware Peter Kaptein | Instant Interfaces | The RoomWare project
- 3. Roomware and the Internet of things Programming Roomware things in any language Peter Kaptein | Instant Interfaces | The RoomWare project
- 4. Roomware and the Internet of things Connecting anything to anything using sockets Peter Kaptein | Instant Interfaces | The RoomWare project
- 5. Roomware and the Internet of things Sensors Devices Applications Peter Kaptein | Instant Interfaces | The RoomWare project
- 6. Roomware and the Internet of things Mobile Desktop Real world Peter Kaptein | Instant Interfaces | The RoomWare project
- 7. Roomware and the Internet of things Open Source project Peter Kaptein | Instant Interfaces | The RoomWare project
- 8. Roomware and the Internet of things Goal: To simplify creating your own “web of things” Peter Kaptein | Instant Interfaces | The RoomWare project
- 9. Roomware and the Internet of things Peter Kaptein | Instant Interfaces | The RoomWare project
- 10. The Roomware Server Roomware Basics Peter Kaptein | Instant Interfaces | The RoomWare project
- 11. Roomware and the Internet of things People Places Data Peter Kaptein | Instant Interfaces | The RoomWare project
- 12. Roomware and the Internet of things People Places RW Server Data Peter Kaptein | Instant Interfaces | The RoomWare project
- 13. Roomware and the Internet of things Actions Interactions Installations Devices People Places Sensors RW Server Local Data Web based Peter Kaptein | Instant Interfaces | The RoomWare project
- 14. The Roomware Server Basics #2 Peter Kaptein | Instant Interfaces | The RoomWare project
- 15. Roomware and the Internet of things Bi-directional Peter Kaptein | Instant Interfaces | The RoomWare project
- 16. Roomware and the Internet of things Socket connection Device Device Peter Kaptein | Instant Interfaces | The RoomWare project
- 17. Roomware and the Internet of things Socket connection RW Mobile ph. Server Application Peter Kaptein | Instant Interfaces | The RoomWare project
- 18. Roomware and the Internet of things Socket connection RW Mobile ph. Server Application Action Peter Kaptein | Instant Interfaces | The RoomWare project
- 19. Roomware and the Internet of things Action! Socket connection RW Mobile ph. Server Application Peter Kaptein | Instant Interfaces | The RoomWare project
- 20. The Roomware Server Anything to anything Peter Kaptein | Instant Interfaces | The RoomWare project
- 21. Roomware and the Internet of things Using this principle Socket connection RW Mediator Server Mediator Device Device Peter Kaptein | Instant Interfaces | The RoomWare project
- 22. Roomware and the Internet of things Making this possible Device Device Device Device Device Device Peter Kaptein | Instant Interfaces | The RoomWare project
- 23. And this Local machine Device Device Other machines in the network Device Device The web Device Device
- 24. And this Local machine Device Reader Other machines in the network Service App The web Site Site
- 25. Roomware and the Internet of things Peter Kaptein | Instant Interfaces | The RoomWare project
- 26. Roomware and the Internet of things Basic structure Peter Kaptein | Instant Interfaces | The RoomWare project
- 27. Roomware and the Internet of things Roomware Server Roomware Client Basis Peter Kaptein | Instant Interfaces | The RoomWare project
- 28. Roomware and the Internet of things Client Roomware - Broadcast to Header - Type of message RW Message Roomware Handler Message Data Roomware Roomware Communicator Connection Server Roomware Socket Client Socket Server Connector - RW Server Address Client Socket Message - Application Key - Subscription list Peter Kaptein | Instant Interfaces | The RoomWare project
- 29. Roomware and the Internet of things Roomware Message Peter Kaptein | Instant Interfaces | The RoomWare project
- 30. Roomware and the Internet of things Roomware - Broadcast to Header - Type of message Roomware Message Data ROOMWARE MESSAGE ROOMWARE HEADER For Roomware - Broadcast to Server - Type MESSAGE For Roomware - Any data applications Peter Kaptein | Instant Interfaces | The RoomWare project
- 31. Roomware and the Internet of things Message Distribution Basis Peter Kaptein | Instant Interfaces | The RoomWare project
- 32. Roomware and the Internet of things Client Roomware Roomware Message Message Socket Server Client Socket Client Client Socket Client Socket Client Socket Message header Subscriber list Client Socket Client - Broadcast to: Peter Kaptein | Instant Interfaces | The RoomWare project
- 33. Roomware and the Internet of things Client Roomware Message Roomware Client Message Roomware Server Client Client Roomware Client Message Peter Kaptein | Instant Interfaces | The RoomWare project
- 34. Roomware and the Internet of things Event Data Roomware Message Roomware Event Client Message Data Roomware Server Client Client Roomware Event Client Message Data Peter Kaptein | Instant Interfaces | The RoomWare project
- 35. Summary 1. Client sends Event Data to Roomware server 1. Using a Roomware Message 2. Roomware server reads Message Header 1. Message Header contains “broadcast to” info 3. Roomware server pushes Message to all Subscribed Clients 4. Subscribed Clients receive Message containing Event Data
- 36. Additional info • Each Roomware application connecting to the Roomware Server is reflected in a Client Socket on the Roomware Server • The Client Socket reads the Message Header and finds out who is subscribed to the “subject” as stated in the “Broadcast to” item in the Message Header • The Roomware Server operates purely as a switchboard for Roomware Messages
- 37. Making this possible Local machine Device Reader Other machines in the network Service App The web Site Site Roomware Message
- 39. The Roomware Server Message Types Peter Kaptein | Instant Interfaces | The RoomWare project
- 40. Event • One way communication • No response expected from other clients
- 41. Request • Two way communication • Client(s) send back a Response • Roomware Server attaches a slotID to the Message Header • The slotID is the explicit return-address for the response on the request
- 42. Response • A Response is sent back to a requestor using the slotID given by the Roomware Server • The Message Header contains the slotID • The Socket Client of the respondant finds the Socket Client with the slotID and pushes the Response to that client • The Response is then pushed via the sockets to the Requesting application
- 43. Message • A Roomware Message of type:Message has the same structure as a message type:Event • It is neutral / has no other purpose than to send a message • It does not expect a response
- 44. The Roomware Server The Mediator Concept Peter Kaptein | Instant Interfaces | The RoomWare project
- 45. Roomware and the Internet of things “Do something” Event! Something Something Peter Kaptein | Instant Interfaces | The RoomWare project
- 46. Roomware and the Internet of things “Do something” Event! Huh? #%sadfhs23 Something Something Peter Kaptein | Instant Interfaces | The RoomWare project
- 47. Roomware and the Internet of things Introducing Mediators Roomware Client Roomware Client Mediator Mediator Something Socket connection Something Peter Kaptein | Instant Interfaces | The RoomWare project
- 48. Roomware and the Internet of things “Do something” Roomware Client Roomware Client Mediator Mediator Something Something Event! Peter Kaptein | Instant Interfaces | The RoomWare project
- 49. Roomware and the Internet of things “Do something” “Do something” Roomware Client Roomware Client Mediator Mediator Something Something Event! OK Peter Kaptein | Instant Interfaces | The RoomWare project
- 50. Brief • Roomware Communication is between Mediators • A Mediator understands the needs and “language” of both the Roomware Server and the Application, Sensor or Device • A Mediator “A” is created to understand a Mediator “B” and vice versa • A Mediator exists ONLY on the client side • A Mediator exists NEVER on the server side • A Mediator solves all communication issues
- 51. Reasons for this design • By keeping the Mediator on the side of the Roomware Client, you keep all intelligence and higher level decision making outside the Roomware Server • All changes with a simpleton Roomware Server setup will happen on the client side • This allows for maximum Application Scalability and Server Stability
- 52. Roomware and the Internet of things Connecting to a Roomware Server Peter Kaptein | Instant Interfaces | The RoomWare project
- 53. Connector Parameters • Server location - Telling your Roomware Client where to find the Roomware Server • Subcribe-to list - Telling your Roomware Server which Messages to push to your Roomware Client • Is comma-separated • Allows for reception of multiple of Subjects of Roomware Messages • Application key - representing the Application Cluster to place the app in
- 54. The Roomware Server Sending messages Peter Kaptein | Instant Interfaces | The RoomWare project
- 56. Roomware and the Internet of things Subscribe to: Subscribe to: - Sensor_1_event - Sensor_all_event - Sensor_2_event - Button_2_event Roomware Client Roomware Client Mediator Mediator “A” No match Something Broadcast to: - Button_5_event - Button_press Peter Kaptein | Instant Interfaces | The RoomWare project
- 57. Roomware and the Internet of things Subscribe to: Subscribe to: - Sensor_1_event - Sensor_all_event - Sensor_2_event - Button_2_event Roomware Client Roomware Client Mediator Mediator Matching “A” Message from “A” Broadcast to: - Button_2_event - Button_press Peter Kaptein | Instant Interfaces | The RoomWare project
- 58. The Roomware Server Application Clusters Peter Kaptein | Instant Interfaces | The RoomWare project
- 59. The Roomware Server Roomware Server Application Cluster 2 Application Cluster 1 Application Cluster 3 Peter Kaptein | Instant Interfaces | The RoomWare project
- 60. The Roomware Server Something Something Something Appl. Key “2” Appl. Key “2” Application Key “1” Something Application Key “1” Application Cluster 2 Application Application Key “2” Cluster 1 Appl. Key “1” Something Something Application Key “2” Appl. Key “1” Application Key “1” Something Something Something Peter Kaptein | Instant Interfaces | The RoomWare project
- 61. The Roomware Server Something Something Something Something Application Cluster 2 Application Cluster 1 Something Something Something Something Something Peter Kaptein | Instant Interfaces | The RoomWare project
- 62. The Roomware Server Something Something Something Something Application Cluster 2 Application Cluster 1 Something Something Something Something Something Application Peter Kaptein | Instant Interfaces | The RoomWare project
- 63. Summary • One Roomware server can cater multiple Application Clusters • An Application Cluster is a sandbox which allow you to put Roomware Clients in a shielded area • Application Clusters allow you to build and host multiple Roomware Applications separate from each other on the same machine
- 64. Connecting • To connect to an Application Cluster, you state an Application Key in the connection string • One Roomware Client Application can open multiple Roomware Connections to multiple servers and clusters • This opens the possibility to connect to anything in an limitless scenario
- 65. The Roomware Server Clusters and Clustering Peter Kaptein | Instant Interfaces | The RoomWare project
- 66. The Roomware Server Roomware Server Application Cluster 2 Application Cluster 1 Application Cluster 3 Peter Kaptein | Instant Interfaces | The RoomWare project
- 67. The Roomware Server RW Server “A” RW Server “B” Application Cluster 2 Application Cluster X Application Cluster 1 Application Application Cluster Y Cluster 3 Application Cluster Z RW Server “C” Application Cluster 2 Peter Kaptein | Instant Interfaces | The RoomWare project
- 68. The Roomware Server Something RW Server “A” RW Server “B” Application Something Cluster 2 Application Cluster X Application Cluster 1 Application Application Cluster Y Cluster 3 Application Cluster Z Something RW Server “C” Something Application Cluster 2 Peter Kaptein | Instant Interfaces | The RoomWare project
- 69. The Roomware Server Peter Kaptein | Instant Interfaces | The RoomWare project