RDP Client Test Design Specification

Contents

• Test Environment
• Test Method
  • Test Scope
    • Test Target
    • Protocols Included in the Test Suite
  • Test Scenarios
    • MS-RDPBCGR Scenarios
    • MS-RDPEUSB Scenarios
    • MS-RDPRFX Scenarios
    • MS-RDPEVOR Scenarios
    • MS-RDPEUDP Scenarios
    • MS-RDPEMT Scenarios
    • MS-RDPEI Scenarios
    • MS-RDPEGFX Scenarios
    • MS-RDPEDISP Scenarios
• References

Test Environment

The RDP test environment includes two endpoints: a RDP server and a RDP client. The RDP server hosts the test suite and the RDP client hosts the RDP client to be tested.

For most of the test cases, the RDP server and RDP client can be a physical or a virtual machine. However, to run the MS-RDPEUSB test cases, the RDP client machine should be a physical machine because this test case requires that a specific USB device be connected to the RDP client.

Operating System Requirements

Endpoint	Operating System
RDPServer	Windows 10, Windows 8 or Windows 7
RDPClient	A system with RDP client installed

Network Overview

Test Method

Test Scope

Test Target

The test target is the RDP client endpoint (RDP client), which is performing the client role.

Protocols Included in the Test Suite

The RDP test suite includes test cases for the following protocols:

• MS-RDPBCGR

• MS-RDPEUSB

• MS-RDPRFX

• MS-RDPEVOR

• MS-RDPEUDP

• MS-RDPEMT

• MS-RDPEI

• MS-RDPEGFX

• MS-RDPEDISP

Test Scenarios

MS-RDPBCGR Scenarios

There are seven scenarios defined in the MS-RDPBCGR client test suite for verifying client behavior:

Scenario	Description	Test Cases	BVTs
S1_Connection	Use to verify connection and disconnection sequences.	87	7
S2_Reactivation	Use to verify deactivation and reactivation sequences.	2	1
S3_AutoReconnect	Use to verify auto-reconnect sequences.	2	1
S4_SlowPathInput	Use to verify slow-path input PDUs.	6	1
S5_FastPathInput	Use to verify fast-path input PDUs.	1	1
S6_AutoDetectTest	Use to verify auto-detect PDUs.	5	0
S7_StaticVirtualChannel	Use to verify virtual channel PDUs.	7	2
S8_ServerRedirection	Use to verify standard security server redirection PDU and enhanced security server redirection PDUs.	2	1
S9_HealthMonitoring	Use to verify client can receive Server Heartbeat PDU, and will auto-reconnect if not receive heartbeat after certain time.	1	1
S10_FastPathOutput	Use to verify client can receive Server fast-path update PDUs to update pointers.	20	0

For more details about MS-RDPBCGR scenario design, please refer to sections 2.2 and 2.3 of MS-RDPBCGR_ClientTestDesignSpecification.md.

MS-RDPEUSB Scenarios

There are three scenarios defined in the MS-RDPEUSB client test suite for verifying client behavior:

Scenario	Description	Test Cases	BVTs
S1_OperateDeviceChannel	Use to verify the creation of device channels and responses to the retract request.	2	1
S2_CancelRequest	Use to verify the cancelation of an outstanding IO request.	3	3
S3_OperateIo	Use to verify IO request sequences.	24	4

For more details about MS-RDPEUSB scenario design, please refer to sections 2.2 and 2.3 of MS-RDPEUSB_ClientTestDesignSpecification.md.

MS-RDPRFX Scenarios

There are four scenarios defined in the MS-RDPRFX client test suite for verifying client behavior:

Scenario	Description	Test Cases	BVTs
Exchange Capabilities	Use to exchange MS-RDPRFX capabilities.	2	2
Send Encode Header Messages	Use to send encode header messages to the client.	12	1
Send Encode Data Messages in Image Mode	Use to send encode data messages to the client in image mode.	15	2
Send Encode Data Messages in Video Mode	Use to send encode data messages to client in video mode.	17	2

For more details about MS-RDPRFX scenario design, please refer to sections 2.2 and 2.3 of MS-RDPRFX_ClientTestDesignSpecification.md.

MS-RDPEVOR Scenarios

MS-RDPEVOR has one scenario:

Scenario	Description	Test Cases	BVTs
Video Streaming Test	Use to verify all messages.	6	3

For more details about MS-RDPEVOR scenario design, please refer to sections 2.2 and 2.3 of MS-RDPEVOR_ClientTestDesignSpecification.md.

MS-RDPEUDP Scenarios

MS-RDPEUDP has two scenarios:

Scenario	Description	Test Cases	BVTs
S1_Connection	Verify the RDP-UDP connection phase and keep alive behavior.	2	1
S2_DataTransfer	Verify data transfer over RDP-UDP connection.	8	5

For more details about MS-RDPEUDP scenarios design, please refer to sections 2.2 and 2.3 of MS-RDPEUDP_ClientTestDesignSpecification.md.

MS-RDPEMT Scenarios

MS-RDPEMT has two scenarios:

Scenario	Description	Test Cases	BVTs
S1_Connection	Verify the RDPEMT connection phase.	4	2
S2_AutoDetection	Verify auto detection over RDPEMT tunnel.	5	0

For more details about MS-RDPEMT scenarios design, please refer to sections 2.2 and 2.3 of MS-RDPEMT_ClientTestDesignSpecification.md.

MS-RDPEI Scenarios

MS-RDPEI has two scenarios:

Scenario	Description	Test Cases	BVTs
S1_Touch_Input_Test	Verify the initializing phase and touch input event.	9	2
S2_Touch_Control_Test	Verify the touch control messages in running phase.	7	2

For more details about MS-RDPEMT scenarios design, please refer to sections 2.2 and 2.3 of MS-RDPEI_ClientTestDesignSpecification.md.

MS-RDPEGFX Scenarios

MS-RDPEGFX has below scenarios:

Scenario	Description	Test Cases	BVTs
Capability Exchange Test	Exchange MS-RDPEGFX capabilities.	3	1
Surface to Scren Test	Basic scenario. Create a surface and map bitmap data of a surface to output.	21	2
Surface to Cache to Surface Test	Instruct client to save bitmap of surface into cache and copy it back to a surface.	13	1
Surface to Surface Test	Copy bitmap data inter-surfaces or intra-surfaces.	11	2
ClearCodec Test	Server send surface bitmap data, which is encoded via Clear Codec, to client.	32	2
RFX Progressive Codec Test	Server send surface bitmap data, which is encoded via RFX progressive Codec, to client.	36	2
Frame Segmentation Test	Server fragments big RDPEGFX frames and sends them to client.	11	0
RDP8 Compression Test	Server compresses RDPEGFX fragmentations and sends them to client.	4	0
RemoteFX Codec Test	Server send surface bitmap stream, which is encoded via NSCodec, which is specified in [MS-RDPRFX]	4	1
H264 Codec Test	Server send surface bitmap data, which is encoded via H264 Codec, to client.	14	3
Wire to Surface Test	Server send uncompressed bitmap data to surface.	2	1

For more details about MS-RDPEGFX scenarios design, please refer to sections 2.2 and 2.3 of MS-RDPEGFX_ClientTestDesignSpecification.md.

MS-RDPEDISP Scenarios

There are four scenarios defined in the MS-RDPEDISP client test suite for verifying client behavior:

Scenario	Description	Test Cases	BVTs
S1_ResolutionChange	Verify RDPEDISP resolution updates sequence	2	2
S2_OrientationChange	Verify RDPEDISP orientation updates sequence	5	2
S3_MonitorAdditionRemoval	Verify RDPEDISP addition, removal of monitors sequence	2	0
S4_MonitorReposition	Verify RDPEDISP repositioning of monitors sequence	2	0

For more details about MS-RDPEDISP scenario design, please refer to sections 2.2 and 2.3 of MS-RDPEDISP_ClientTestDesignSpecification.md.

References

Refer to the following documents for additional information about the RDP test suite:

• Technical Documents:

• [MS-RDPBCGR].pdf

• [MS-RDPEUSB].pdf

• [MS-RDPEVOR].pdf

• [MS-RDPRFX].pdf

• [MS-RDPEUDP].pdf

• [MS-RDPEMT].pdf

• [MS-RDPEI].pdf

• [MS-RDPEGFX].pdf

• [MS-RDPEDISP].pdf]

• Test Suite Design Specs:

• MS-RDPBCGR_ClientTestDesignSpecification.md

• MS-RDPEUSB_ClientTestDesignSpecification.md

• MS-RDPRFX_ClientTestDesignSpecification.md

• MS-RDPEVOR_ClientTestDesignSpecification.md

• MS-RDPEUDP_ClientTestDesignSpecification.md

• MS-RDPEMT_ClientTestDesignSpecification.md

• MS-RDPEI_ClientTestDesignSpecification.md

• MS-RDPEGFX_ClientTestDesignSpecification.md

• MS-RDPEDISP_ClientTestDesignSpecification.md

• User Guide:

• RDP_ClientUserGuide.md