Add test scenario directory structure

Signed-off-by: Konstantin Ilichev <konstantin.ilichev@intel.com>
OpenVisualCloud · Feb 19, 2025 · c03e4b1 · c03e4b1
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diff --git a/...os/scenario-set-1-local-single-node/SCENARIO-1.1-SINGLE-NODE-SINGLE-RECEIVER.md b/...os/scenario-set-1-local-single-node/SCENARIO-1.1-SINGLE-NODE-SINGLE-RECEIVER.md
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+# Scenario Set 1 – Local Single Node Transmission (memif)
+
+## Scenario 1.1 – Single Node / Single Receiver
+
+### Configuration
+
+```mermaid
+flowchart
+    subgraph Single Node
+        tx((Tx App))
+        rx((Rx App))
+        proxy(Media Proxy)
+    end
+    tx --> proxy
+    proxy --> rx
+```
+
+### Payload Options
+
+* Blob
+* Video – Uncompressed
+* Audio
diff --git a/...arios/scenario-set-1-local-single-node/SCENARIO-1.2-SINGLE-NODE-3X-RECEIVERS.md b/...arios/scenario-set-1-local-single-node/SCENARIO-1.2-SINGLE-NODE-3X-RECEIVERS.md
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+# Scenario Set 1 – Local Single Node Transmission (memif)
+
+## Scenario 1.2 – Single Node / 3x Receivers
+
+### Configuration
+
+```mermaid
+flowchart
+    subgraph Single Node
+        tx((Tx App))
+        rx1((Rx App 1))
+        rx2((Rx App 2))
+        rx3((Rx App 3))
+        proxy(Media Proxy)
+    end
+    tx --> proxy
+    proxy --> rx1
+    proxy --> rx2
+    proxy --> rx3
+```
+
+### Payload Options
+
+* Blob
+* Video – Uncompressed
+* Audio
diff --git a/...arios/scenario-set-2-rdma/SCENARIO-2.1-2X-NODES-SINGLE-RECEIVER-DIRECT-CABLE.md b/...arios/scenario-set-2-rdma/SCENARIO-2.1-2X-NODES-SINGLE-RECEIVER-DIRECT-CABLE.md
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+# Scenario Set 2 – RDMA Transmission
+
+## Scenario 2.1 – 2x Nodes / Single Receiver – Direct Network Cable Connection
+
+### Configuration
+
+```mermaid
+flowchart LR
+    subgraph Node A
+        tx((Tx App))
+        proxy1(Media Proxy A)
+    end
+    subgraph Node B
+        rxB1((Rx App))
+        proxy2(Media Proxy B)
+    end
+    tx --> proxy1
+    proxy1 -- RDMA --> proxy2
+    proxy2 --> rxB1
+```
+
+### Payload Options
+
+* Blob
+* Video – Uncompressed
+* Audio
diff --git a/...ocs/test-scenarios/scenario-set-2-rdma/SCENARIO-2.2-2X-NODES-SINGLE-RECEIVER.md b/...ocs/test-scenarios/scenario-set-2-rdma/SCENARIO-2.2-2X-NODES-SINGLE-RECEIVER.md
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+# Scenario Set 2 – RDMA Transmission
+
+## Scenario 2.2 – 2x Nodes / Single Receiver
+
+### Configuration
+
+```mermaid
+flowchart LR
+    subgraph Node A
+        tx((Tx App))
+        proxy1(Media Proxy A)
+    end
+    subgraph Node B
+        rxB1((Rx App))
+        proxy2(Media Proxy B)
+    end
+    sw(["Network
+        Switch"])
+    tx --> proxy1
+    proxy1 -- RDMA --> sw
+    sw -- RDMA --> proxy2
+    proxy2 --> rxB1
+```
+
+### Payload Options
+
+* Blob
+* Video – Uncompressed
+* Audio
diff --git a/...est-scenarios/scenario-set-2-rdma/SCENARIO-2.3-2X-NODES-1X-RECEIVER-PER-NODE.md b/...est-scenarios/scenario-set-2-rdma/SCENARIO-2.3-2X-NODES-1X-RECEIVER-PER-NODE.md
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+# Scenario Set 2 – RDMA Transmission
+
+## Scenario 2.3 – 2x Nodes / 1x Receiver per Node
+
+### Configuration
+
+```mermaid
+flowchart LR
+    subgraph Node B
+        rxB1((Rx App 2))
+        proxy2(Media Proxy B)
+    end
+    subgraph Node A
+        rxA1((Rx App 1))
+        tx((Tx App))
+        proxy1(Media Proxy A)
+    end
+    sw(["Network
+        Switch"])
+    tx --> proxy1
+    proxy1 --> rxA1
+    proxy1 -- RDMA ----> sw
+    sw -- RDMA --> proxy2
+    proxy2 --> rxB1
+```
+
+### Payload Options
+
+* Blob
+* Video – Uncompressed
+* Audio
diff --git a/...st-scenarios/scenario-set-2-rdma/SCENARIO-2.4-2X-NODES-2X-RECEIVERS-PER-NODE.md b/...st-scenarios/scenario-set-2-rdma/SCENARIO-2.4-2X-NODES-2X-RECEIVERS-PER-NODE.md
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+# Scenario Set 2 – RDMA Transmission
+
+## Scenario 2.4 – 2x Nodes / 2x Receivers per Node
+
+### Configuration
+
+```mermaid
+flowchart LR
+    subgraph Node B
+        rxB1((Rx App 3))
+        rxB2((Rx App 4))
+        proxy2(Media Proxy B)
+    end
+    subgraph Node A
+        tx((Tx App))
+        rxA1((Rx App 1))
+        rxA2((Rx App 2))
+        proxy1(Media Proxy A)
+    end
+    sw(["Network
+        Switch"])
+    tx --> proxy1
+    proxy1 --> rxA1
+    proxy1 --> rxA2
+    proxy1 -- RDMA ----> sw
+    sw -- RDMA --> proxy2
+    proxy2 --> rxB1
+    proxy2 --> rxB2
+```
+
+### Payload Options
+
+* Blob
+* Video – Uncompressed
+* Audio
diff --git a/...st-scenarios/scenario-set-2-rdma/SCENARIO-2.5-3X-NODES-2X-RECEIVERS-PER-NODE.md b/...st-scenarios/scenario-set-2-rdma/SCENARIO-2.5-3X-NODES-2X-RECEIVERS-PER-NODE.md
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+# Scenario Set 2 – RDMA Transmission
+
+## Scenario 2.5 – 3x Nodes / 2x Receivers per Node
+
+### Configuration
+
+```mermaid
+flowchart LR
+    subgraph Node C
+        rxC1((Rx App 5))
+        rxC2((Rx App 6))
+        proxy3(Media Proxy C)
+    end
+    subgraph Node B
+        rxB1((Rx App 3))
+        rxB2((Rx App 4))
+        proxy2(Media Proxy B)
+    end
+    subgraph Node A
+        tx((Tx App))
+        rxA1((Rx App 1))
+        rxA2((Rx App 2))
+        proxy1(Media Proxy A)
+    end
+    sw1(["Network
+         Switch"])
+    sw2(["Network
+         Switch"])
+    tx --> proxy1
+    proxy1 --> rxA1
+    proxy1 --> rxA2
+    proxy1 -- RDMA ----> sw1
+    proxy1 -- RDMA ----> sw2
+    sw1 -- RDMA --> proxy2
+    proxy2 --> rxB1
+    proxy2 --> rxB2
+    sw2 -- RDMA --> proxy3
+    proxy3 --> rxC1
+    proxy3 --> rxC2
+```
+
+### Payload Options
+
+* Blob
+* Video – Uncompressed
+* Audio
diff --git a/...s/scenario-set-3-smpte-st2110-outbound/SCENARIO-3.1-SINGLE_NODE-DIRECT-CABLE.md b/...s/scenario-set-3-smpte-st2110-outbound/SCENARIO-3.1-SINGLE_NODE-DIRECT-CABLE.md
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+# Scenario Set 3 – SMPTE ST 2110 Outbound Transmission
+
+## Scenario 3.1 – Single Node – Direct Network Cable Connection
+
+```mermaid
+flowchart LR
+    subgraph Single Node
+        tx((Tx App))
+        proxy(Media Proxy)
+    end
+    dev("ST 2110 Compliant
+         Input Device
+         _(Monitor)_")
+    tx --> proxy
+    proxy -- ST 2110 --> dev
+```
+
+### Payload Options
+
+* Video – Uncompressed ST 2110-20
+* Video – Compressed ST 2110-22
+* Audio – ST 2110-30
+
+### Notes
+
+1. For Compressed Video ST 2110-22, consider the following
+    * Tx App transmits uncompressed video frames.
+    * External ST 2110 compliant input device receives compressed video.
diff --git a/...test-scenarios/scenario-set-3-smpte-st2110-outbound/SCENARIO-3.2-SINGLE-NODE.md b/...test-scenarios/scenario-set-3-smpte-st2110-outbound/SCENARIO-3.2-SINGLE-NODE.md
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+# Scenario Set 3 – SMPTE ST 2110 Outbound Transmission
+
+## Scenario 3.2 – Single Node
+
+### Configuration
+
+```mermaid
+flowchart LR
+    subgraph Single Node
+        tx((Tx App))
+        proxy(Media Proxy)
+    end
+    sw(["Network
+        Switch"])
+    dev("ST 2110 Compliant
+         Input Device
+         _(Monitor)_")
+    tx --> proxy
+    proxy -- ST 2110 --> sw
+    sw -- ST 2110 --> dev
+```
+
+### Payload Options
+
+* Video – Uncompressed ST 2110-20
+* Video – Compressed ST 2110-22
+* Audio – ST 2110-30
+
+### Notes
+
+1. For Compressed Video ST 2110-22, consider the following
+    * Tx App transmits uncompressed video frames.
+    * External ST 2110 compliant input device receives compressed video.
diff --git a/...scenario-set-3-smpte-st2110-outbound/SCENARIO-3.3-SINGLE-NODE-LOCAL-RECEIVER.md b/...scenario-set-3-smpte-st2110-outbound/SCENARIO-3.3-SINGLE-NODE-LOCAL-RECEIVER.md
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+# Scenario Set 3 – SMPTE ST 2110 Outbound Transmission
+
+## Scenario 3.3 – Single Node / Local Receiver
+
+### Configuration
+
+```mermaid
+flowchart LR
+    subgraph Single Node
+        tx((Tx App))
+        rx((Rx App))
+        proxy(Media Proxy)
+    end
+    sw(["Network
+        Switch"])
+    dev("ST 2110 Compliant
+         Input Device
+         _(Monitor)_")
+    tx --> proxy
+    proxy --> rx
+    proxy -- ST 2110 ----> sw
+    sw -- ST 2110 --> dev
+```
+
+### Payload Options
+
+* Video – Uncompressed ST 2110-20
+* Video – Compressed ST 2110-22
+* Audio – ST 2110-30
+
+### Notes
+
+1. For Compressed Video ST 2110-22, consider the following
+    * Tx App transmits uncompressed video frames.
+    * Rx App receives uncompressed video frames.
+    * External ST 2110 compliant input device receives compressed video.
diff --git a/...nario-set-3-smpte-st2110-outbound/SCENARIO-3.4-2X-NODES-1x-RECEIVER-PER-NODE.md b/...nario-set-3-smpte-st2110-outbound/SCENARIO-3.4-2X-NODES-1x-RECEIVER-PER-NODE.md
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+# Scenario Set 3 – SMPTE ST 2110 Outbound Transmission
+
+## Scenario 3.4 – 2x Nodes / 1x Receiver per Node
+
+### Configuration
+
+```mermaid
+flowchart LR
+    subgraph Node B
+        rxB1((Rx App 2))
+        proxy2(Media Proxy B)
+    end
+    subgraph Node A
+        tx((Tx App))
+        rxA1((Rx App 1))
+        proxy1(Media Proxy A)
+    end
+    sw1(["Network
+         Switch"])
+    sw2(["Network
+         Switch"])
+    dev("ST 2110 Compliant
+         Input Device
+         _(Monitor)_")
+    tx --> proxy1
+    proxy1 --> rxA1
+    proxy1 -- ST 2110 ----> sw1
+    proxy1 -- RDMA ----> sw2
+    sw2 -- RDMA --> proxy2
+    proxy2 --> rxB1
+    sw1 -- ST 2110 --> dev
+```
+
+### Payload Options
+
+* Video – Uncompressed ST 2110-20
+* Video – Compressed ST 2110-22
+* Audio – ST 2110-30
+
+### Notes
+
+1. For Compressed Video ST 2110-22, consider the following
+    * Tx App transmits uncompressed video frames.
+    * Rx App 1, 2 receive uncompressed video frames.
+    * External ST 2110 compliant input device receives compressed video.