Fixed linting issues

src/python_testing/TC_IDM_3_2.py

@@ -0,0 +1,182 @@
+from matter_testing_support import MatterBaseTest, async_test_body, default_matter_test_main
+import chip.clusters as Clusters
+
+from basic_composition_support import BasicCompositionTests
+from mobly import asserts
+from spec_parsing_support import build_xml_clusters
+
+class TC_IDM_3_2(MatterBaseTest, BasicCompositionTests):
+
+    @async_test_body
+    async def test_TC_IDM_3_2(self):
+
+        # Step 1
+
+        # TH selects a writeable attribute that is present on at least one endpoint.
+        # If no such attribute exists, skip this step. TH reads the attribute value and saves as `original`. TH sends a WriteRequestMessage to the DUT to write to the attribute on one endpoint.
+        #  It should set a value that is different than `original`.
+
+        # Verify that the DUT sends a WriteResponseMessage with any status except UNSUPPORTED_WRITE or DATA_VERSION_MISMATCH. If the Status is SUCCESS, verify the updated
+        #  value by sending a ReadRequestMessage for all affected paths. If the status is SUCCESS, send a WriteRequestMessage to set the value back to `original`.
+        self.user_params["use_pase_only"] = False
+        super().setup_class()
+        await self.setup_class_helper()
+        self.xml_clusters, self.problems = build_xml_clusters()
+        writable_attributes = []
+        for cluster_id in self.xml_clusters:
+            xml_cluster = self.xml_clusters[cluster_id]
+            attributes = xml_cluster.attributes
+            for attribute_id in attributes:
+                xml_attribute = attributes[attribute_id]
+                write_access = xml_attribute.write_access
+                if write_access:
+                    if cluster_id in Clusters.ClusterObjects.ALL_ATTRIBUTES:
+                        try:
+                            if hasattr(Clusters.ClusterObjects.ALL_ATTRIBUTES[cluster_id][attribute_id], 'value'):
+                                writable_attributes.append((cluster_id, attribute_id, write_access))
+                        except KeyError: # Some XML clusters aren't present in ALL_CLUSTERS or ALL_ATTRIBUTES
+                            pass
+        chosen_writable_attribute_tuple = writable_attributes[0]
+        chosen_writable_attribute = Clusters.ClusterObjects.ALL_ATTRIBUTES[chosen_writable_attribute_tuple[0]][chosen_writable_attribute_tuple[1]]
+        chosen_writable_cluster = Clusters.ClusterObjects.ALL_CLUSTERS[chosen_writable_attribute_tuple[0]]
+
+        output_1 = await self.default_controller.ReadAttribute(self.dut_node_id, [chosen_writable_attribute])
+        endpoint = next(iter(output_1))
+        await self.default_controller.WriteAttribute(self.dut_node_id, [(endpoint, chosen_writable_attribute(value=123456))])
+        output_3 = await self.default_controller.ReadAttribute(self.dut_node_id, [chosen_writable_attribute])
+
+        asserts.assert_not_equal(output_1[endpoint][chosen_writable_cluster][chosen_writable_attribute],
+                                 output_3[endpoint][chosen_writable_cluster][chosen_writable_attribute],
+                                 "Output did not change")
+
+# Step 2
+
+# TH selects a writeable attribute that is present on at least one endpoint.
+# If no such attribute exists, skip this step.
+# TH reads the attribute value and saves as original. TH sends a WriteRequestMessage to the DUT to write to the attribute on all endpoints. It should set a value that is different than original.
+
+# Verify that the DUT sends a WriteResponseMessage with any status except UNSUPPORTED_WRITE or DATA_VERSION_MISMATCH. If the Status is SUCCESS, verify the updated value by sending a ReadRequestMessage for all affected paths. If the status is SUCCESS, send a WriteRequestMessage to set the value back to `original`.
+
+# Step 3
+
+# TH selects a writeable attribute of type bool that is present on at least one endpoint.
+# If no such attribute exists, skip this step. TH reads the attribute value and saves as `original`. TH sends a WriteRequestMessage to the DUT to write to the attribute on one endpoint. It should set a value that is different than `original`.
+
+# Verify that the DUT sends a WriteResponseMessage with any status except UNSUPPORTED_WRITE or DATA_VERSION_MISMATCH. If the Status is SUCCESS, verify the updated value by sending a ReadRequestMessage for all affected paths. If the status is SUCCESS, send a WriteRequestMessage to set the value back to `original`.
+
+# Step 4
+
+# TH selects a writeable attribute of type string that is present on at least one endpoint.
+# If no such attribute exists, skip this step. TH reads the attribute value and saves as `original`. TH sends a WriteRequestMessage to the DUT to write to the attribute on one endpoint. It should set a value that is different than `original`.
+
+# Verify that the DUT sends a WriteResponseMessage with any status except UNSUPPORTED_WRITE or DATA_VERSION_MISMATCH. If the Status is SUCCESS, verify the updated value by sending a ReadRequestMessage for all affected paths. If the status is SUCCESS, send a WriteRequestMessage to set the value back to `original`.
+
+# Step 5
+
+# TH selects a writeable attribute of type unsigned integer that is present on at least one endpoint.
+# If no such attribute exists, skip this step. TH reads the attribute value and saves as `original`. TH sends a WriteRequestMessage to the DUT to write to the attribute on one endpoint. It should set a value that is different than `original`.
+
+# Verify that the DUT sends a WriteResponseMessage with any status except UNSUPPORTED_WRITE or DATA_VERSION_MISMATCH. If the Status is SUCCESS, verify the updated value by sending a ReadRequestMessage for all affected paths. If the status is SUCCESS, send a WriteRequestMessage to set the value back to `original`.
+
+# Step 6
+
+# TH selects a writeable attribute of type signed integer that is present on at least one endpoint.
+# If no such attribute exists, skip this step. TH reads the attribute value and saves as `original`. TH sends a WriteRequestMessage to the DUT to write to the attribute on one endpoint. It should set a value that is different than `original`.
+
+# Verify that the DUT sends a WriteResponseMessage with any status except UNSUPPORTED_WRITE or DATA_VERSION_MISMATCH. If the Status is SUCCESS, verify the updated value by sending a ReadRequestMessage for all affected paths. If the status is SUCCESS, send a WriteRequestMessage to set the value back to `original`.
+
+# Step 7
+
+# TH selects a writeable attribute of type floating point that is present on at least one endpoint.
+# If no such attribute exists, skip this step. TH reads the attribute value and saves as `original`. TH sends a WriteRequestMessage to the DUT to write to the attribute on one endpoint. It should set a value that is different than `original`.
+
+# Verify that the DUT sends a WriteResponseMessage with any status except UNSUPPORTED_WRITE or DATA_VERSION_MISMATCH. If the Status is SUCCESS, verify the updated value by sending a ReadRequestMessage for all affected paths. If the status is SUCCESS, send a WriteRequestMessage to set the value back to `original`.
+
+# Step 8
+
+# TH selects a writeable attribute of type octet string that is present on at least one endpoint.
+# If no such attribute exists, skip this step. TH reads the attribute value and saves as `original`. TH sends a WriteRequestMessage to the DUT to write to the attribute on one endpoint. It should set a value that is different than `original`.
+
+# Verify that the DUT sends a WriteResponseMessage with any status except UNSUPPORTED_WRITE or DATA_VERSION_MISMATCH. If the Status is SUCCESS, verify the updated value by sending a ReadRequestMessage for all affected paths. If the status is SUCCESS, send a WriteRequestMessage to set the value back to `original`.
+
+# Step 9
+
+# TH selects a writeable attribute of type struct that is present on at least one endpoint.
+# If no such attribute exists, skip this step. TH reads the attribute value and saves as `original`. TH sends a WriteRequestMessage to the DUT to write to the attribute on one endpoint. It should set a value that is different than `original`.
+
+# Verify that the DUT sends a WriteResponseMessage with any status except UNSUPPORTED_WRITE or DATA_VERSION_MISMATCH. If the Status is SUCCESS, verify the updated value by sending a ReadRequestMessage for all affected paths. If the status is SUCCESS, send a WriteRequestMessage to set the value back to `original`.
+
+# Step 10
+
+# TH selects a writeable attribute of type list that is present on at least one endpoint.
+# If no such attribute exists, skip this step. TH reads the attribute value and saves as `original`. TH sends a WriteRequestMessage to the DUT to write to the attribute on one endpoint. It should set a value that is different than `original`.
+
+# Verify that the DUT sends a WriteResponseMessage with any status except UNSUPPORTED_WRITE or DATA_VERSION_MISMATCH. If the Status is SUCCESS, verify the updated value by sending a ReadRequestMessage for all affected paths. If the status is SUCCESS, send a WriteRequestMessage to set the value back to `original`.
+
+# Step 11
+
+# TH selects a writeable attribute of type enum that is present on at least one endpoint.
+# If no such attribute exists, skip this step. TH reads the attribute value and saves as `original`. TH sends a WriteRequestMessage to the DUT to write to the attribute on one endpoint. It should set a value that is different than `original`.
+
+# Verify that the DUT sends a WriteResponseMessage with any status except UNSUPPORTED_WRITE or DATA_VERSION_MISMATCH. If the Status is SUCCESS, verify the updated value by sending a ReadRequestMessage for all affected paths. If the status is SUCCESS, send a WriteRequestMessage to set the value back to `original`.
+
+# Step 12
+
+# TH selects a writeable attribute of type bitmap that is present on at least one endpoint.
+# If no such attribute exists, skip this step. TH reads the attribute value and saves as `original`. TH sends a WriteRequestMessage to the DUT to write to the attribute on one endpoint. It should set a value that is different than `original`.
+
+# Verify that the DUT sends a WriteResponseMessage with any status except UNSUPPORTED_WRITE or DATA_VERSION_MISMATCH. If the Status is SUCCESS, verify the updated value by sending a ReadRequestMessage for all affected paths. If the status is SUCCESS, send a WriteRequestMessage to set the value back to `original`.
+
+# Step 13
+
+# TH sends the WriteRequestMessage to the DUT to write any attribute on an unsupported Endpoint.
+# Verify on the TH that the DUT sends the status code UNSUPPORTED_ENDPOINT
+
+# Step 14
+
+# TH sends the WriteRequestMessage to the DUT to write any attribute on an unsupported cluster.
+# Verify on the TH that the DUT sends the status code UNSUPPORTED_CLUSTER
+
+# Step 15
+
+# TH sends the WriteRequestMessage to the DUT to write an unsupported attribute
+
+# Verify on the TH that the DUT sends the status code UNSUPPORTED_ATTRIBUTE
+
+# Step 16
+
+# TH selects a writeable, nullable attribute that is present on at least one endpoint.
+# If no such attribute exists, skip this step.
+# TH reads the attribute value and saves as original.
+# TH sends a WriteRequestMessage to the DUT to write to the attribute to null.
+
+# Verify that the DUT sends a WriteResponseMessage with any status except UNSUPPORTED_WRITE or DATA_VERSION_MISMATCH. If the Status is SUCCESS, verify the updated value by sending a ReadRequestMessage for all affected paths. If the status is SUCCESS, send a WriteRequestMessage to set the value back to `original`.
+
+# Step 17
+
+# TH sends a ReadRequest message to the DUT to read any writeable attribute on any cluster.
+# If no such attribute exists, skip this step.
+# DUT returns with a report data action with the attribute values and the dataversion of the cluster.
+# TH sends a WriteRequestMessage to the DUT to modify the value of the selected attribute with the DataVersion field set to the one received in the prior step. +
+
+# Verify that the DUT sends a WriteResponseMessage with any status except UNSUPPORTED_WRITE or DATA_VERSION_MISMATCH. If the Status is SUCCESS, verify the updated value by sending a ReadRequestMessage for all affected paths. If the status is SUCCESS, send a WriteRequestMessage to set the value back to `original`.
+
+# Step 18
+
+# TH sends a ReadRequest message to the DUT to read any writeable attribute on any cluster.
+# If no such attribute exists, skip this step.
+# DUT returns with a report data action with the attribute values and the dataversion of the cluster.
+# TH sends a WriteRequestMessage to the DUT to modify the value of the selected attribute no DataVersion indicated.
+# TH sends a second WriteRequestMessage to the DUT to modify the value of an attribute with the dataversion field set to the value received earlier.
+
+# Verify that the DUT sends a Write Response message with the error DATA_VERSION_MISMATCH for the second Write request.
+
+# Step 19
+
+# TH sends the WriteRequestMessage to the DUT to modify the value of a specific attribute data that needs Timed Write transaction to write and this action is not part of a Timed Write transaction.
+# If no such attribute exists, skip this step.
+
+# On the TH verify that the DUT sends a status code NEEDS_TIMED_INTERACTION.
+
+if __name__ == "__main__":
+    default_matter_test_main()