@@ -39,96 +39,96 @@ test_groups:
3939 migration.
4040enabled : true
4141
42- - name : HA Functional Test- Primary Node Crash
43- task_name : primary-node-crash
44- description : |
45- The Primary Index Server Crash test simulates cluster behavior when the HANA index server
46- crashes on the primary node. It simulates an index server failure by forcefully terminating
47- the process, then verifies automatic failover to the secondary node, monitors system
48- replication status, and confirms service recovery without data loss.
49- enabled : true
50-
51- - name : HA Functional Test- Block Network Communication
52- task_name : block-network
53- description : |
54- The Block Network test validates cluster behavior during network partition scenarios by
55- implementing iptables rules to block communication between primary and secondary HANA nodes.
56- It verifies split-brain prevention mechanisms, validates proper failover execution when nodes
57- become isolated, and ensures cluster stability and data consistency after network
58- sconnectivity is restored.
59- enabled : true
60-
61- - name : HA Functional Test- Crash index server on primary node
62- task_name : primary-crash-index
63- description : |
64- The Primary Index Server Crash test validates high availability behavior by forcefully
65- terminating the HANA index server process on the primary node. This simulates a critical
66- service failure, triggering automatic failover to the secondary node. The test verifies
67- proper failover execution, ensures data consistency, and validates service restoration after
68- recovery.
69- enabled : true
70-
71- - name : HA Functional Test- Primary Node Kill
72- task_name : primary-node-kill
73- description : |
74- The Primary Node Kill test validates cluster behavior by forcefully terminating all HANA
75- processes on the primary node using SIGKILL signal. This simulates an abrupt service failure,
76- triggering automatic failover to the secondary node. The test verifies proper promotion of
77- secondary to primary, ensures data consistency, and validates complete cluster recovery.
78- enabled : true
79-
80- - name : HA Functional Test- Echo B on Primary Node
81- task_name : primary-echo-b
82- description : |
83- The Primary Echo B test simulates an immediate system crash on the primary HANA node by
84- executing the 'echo b' command to trigger an abrupt reboot without proper shutdown. This
85- tests the cluster's ability to handle unexpected primary node failures, validates proper
86- failover execution, and verifies data consistency after recovery.
87- enabled : true
88-
89- - name : HA Functional Test- Secondary Node Kill
90- task_name : secondary-node-kill
91- description : |
92- The Secondary Node Kill test examines cluster resilience by forcefully terminating HANA
93- processes on the secondary node using the kill -9 signal. The test validates that the primary
94- node maintains normal operation while the secondary node undergoes recovery, ensuring cluster
95- stability and proper data synchronization after the recovery process completes.
96- enabled : true
97-
98- - name : HA Functional Test- Echo B on Secondary Node
99- task_name : secondary-echo-b
100- description : |
101- The Secondary Echo B test simulates an uncontrolled system crash on the secondary HANA node
102- by executing the 'echo b' command, triggering an immediate reboot without proper shutdown
103- procedures. The test validates that the primary node maintains operation, verifies cluster
104- stability, and ensures system replication resumes correctly after the secondary node recovers.
105- enabled : true
106-
107- - name : HA Functional Test- Freeze File System on Primary Node
108- task_name : fs-freeze
109- description : |
110- The Filesystem Freeze test validates cluster behavior when the primary node's filesystem
111- becomes unresponsive. It simulates a storage issue by freezing the filesystem on the primary
112- node running HANA database, which triggers automatic failover to the secondary node. The test
113- verifies proper cluster reaction, resource migration, and data consistency after recovery.
114- enabled : true
115-
116- - name : HA Functional Test- Test SBD Inquisitor kill
117- task_name : sbd-fencing
118- description : |
119- Validates cluster fencing mechanism by killing the SBD inquisitor process on the primary
120- node. Tests proper fence detection, node isolation, and automated failover to ensure cluster
121- integrity during hardware or communication failures.
122- enabled : true
123-
124- - name : HA Functional Test- Crash index server on secondary node
125- task_name : secondary-crash-index
126- description : |
127- The Secondary Index Server Crash test simulates failure of the HANA index server process on
128- the secondary node. It validates that the primary node continues normal operation while
129- verifying the cluster's ability to handle secondary failures, tests automatic recovery
130- mechanisms, and ensures system replication resumes properly after service restoration.
131- enabled : true
42+ # - name: HA Functional Test- Primary Node Crash
43+ # task_name: primary-node-crash
44+ # description: |
45+ # The Primary Index Server Crash test simulates cluster behavior when the HANA index server
46+ # crashes on the primary node. It simulates an index server failure by forcefully terminating
47+ # the process, then verifies automatic failover to the secondary node, monitors system
48+ # replication status, and confirms service recovery without data loss.
49+ # enabled: true
50+
51+ # - name: HA Functional Test- Block Network Communication
52+ # task_name: block-network
53+ # description: |
54+ # The Block Network test validates cluster behavior during network partition scenarios by
55+ # implementing iptables rules to block communication between primary and secondary HANA nodes.
56+ # It verifies split-brain prevention mechanisms, validates proper failover execution when nodes
57+ # become isolated, and ensures cluster stability and data consistency after network
58+ # sconnectivity is restored.
59+ # enabled: true
60+
61+ # - name: HA Functional Test- Crash index server on primary node
62+ # task_name: primary-crash-index
63+ # description: |
64+ # The Primary Index Server Crash test validates high availability behavior by forcefully
65+ # terminating the HANA index server process on the primary node. This simulates a critical
66+ # service failure, triggering automatic failover to the secondary node. The test verifies
67+ # proper failover execution, ensures data consistency, and validates service restoration after
68+ # recovery.
69+ # enabled: true
70+
71+ # - name: HA Functional Test- Primary Node Kill
72+ # task_name: primary-node-kill
73+ # description: |
74+ # The Primary Node Kill test validates cluster behavior by forcefully terminating all HANA
75+ # processes on the primary node using SIGKILL signal. This simulates an abrupt service failure,
76+ # triggering automatic failover to the secondary node. The test verifies proper promotion of
77+ # secondary to primary, ensures data consistency, and validates complete cluster recovery.
78+ # enabled: true
79+
80+ # - name: HA Functional Test- Echo B on Primary Node
81+ # task_name: primary-echo-b
82+ # description: |
83+ # The Primary Echo B test simulates an immediate system crash on the primary HANA node by
84+ # executing the 'echo b' command to trigger an abrupt reboot without proper shutdown. This
85+ # tests the cluster's ability to handle unexpected primary node failures, validates proper
86+ # failover execution, and verifies data consistency after recovery.
87+ # enabled: true
88+
89+ # - name: HA Functional Test- Secondary Node Kill
90+ # task_name: secondary-node-kill
91+ # description: |
92+ # The Secondary Node Kill test examines cluster resilience by forcefully terminating HANA
93+ # processes on the secondary node using the kill -9 signal. The test validates that the primary
94+ # node maintains normal operation while the secondary node undergoes recovery, ensuring cluster
95+ # stability and proper data synchronization after the recovery process completes.
96+ # enabled: true
97+
98+ # - name: HA Functional Test- Echo B on Secondary Node
99+ # task_name: secondary-echo-b
100+ # description: |
101+ # The Secondary Echo B test simulates an uncontrolled system crash on the secondary HANA node
102+ # by executing the 'echo b' command, triggering an immediate reboot without proper shutdown
103+ # procedures. The test validates that the primary node maintains operation, verifies cluster
104+ # stability, and ensures system replication resumes correctly after the secondary node recovers.
105+ # enabled: true
106+
107+ # - name: HA Functional Test- Freeze File System on Primary Node
108+ # task_name: fs-freeze
109+ # description: |
110+ # The Filesystem Freeze test validates cluster behavior when the primary node's filesystem
111+ # becomes unresponsive. It simulates a storage issue by freezing the filesystem on the primary
112+ # node running HANA database, which triggers automatic failover to the secondary node. The test
113+ # verifies proper cluster reaction, resource migration, and data consistency after recovery.
114+ # enabled: true
115+
116+ # - name: HA Functional Test- Test SBD Inquisitor kill
117+ # task_name: sbd-fencing
118+ # description: |
119+ # Validates cluster fencing mechanism by killing the SBD inquisitor process on the primary
120+ # node. Tests proper fence detection, node isolation, and automated failover to ensure cluster
121+ # integrity during hardware or communication failures.
122+ # enabled: true
123+
124+ # - name: HA Functional Test- Crash index server on secondary node
125+ # task_name: secondary-crash-index
126+ # description: |
127+ # The Secondary Index Server Crash test simulates failure of the HANA index server process on
128+ # the secondary node. It validates that the primary node continues normal operation while
129+ # verifying the cluster's ability to handle secondary failures, tests automatic recovery
130+ # mechanisms, and ensures system replication resumes properly after service restoration.
131+ # enabled: true
132132
133133
134134 - name : HA_SCS
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