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WIP: Text enhancements #252
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…tallation Signed-off-by: Neha Gujar <[email protected]>
Signed-off-by: Neha Gujar <[email protected]>
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@NehaGujar1 is attempting to deploy a commit to the Harness Chaos Team Team on Vercel. A member of the Team first needs to authorize it. |
@@ -10,26 +10,26 @@ sidebar_label: Core principles | |||
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Cloud Native Chaos Engineering, defined as engineering practices focused on (and built on) Kubernetes environments, applications, microservices, and infrastructure follows these core principles - | |||
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## Driven by Open Source | |||
**Driven by Open Source** |
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Why are we removing the headings?
@@ -20,7 +20,7 @@ Kubernetes is being run on a variety of infrastructure, ranging from virtual mac | |||
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Your application resilience really depends more on the underlying stack than your application itself. It is possible that once your application is stabilized, the resilience of your service that runs on Kubernetes depends on other components and infrastructure more than 90% of the time. | |||
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Thus it is important to verify your application resilience whenever a change has happened in the underlying stack. **Keep verifying** is the key. Robust testing before upgrades is not good enough, mainly because you cannot possibly consider all sorts of faults during upgrade testing. This introduces the concept of Chaos Engineering. The process of "**continuously verifying** if your service is resilient against faults" is called Chaos Engineering. | |||
Thus it is important to verify your application resilience whenever a change has happened in the underlying stack. **Keep verifying** is the key. Robust testing before upgrades is not good enough, mainly because you cannot possibly consider all sorts of faults during upgrade testing. This introduces the concept of Chaos Engineering. The process of "**continuously verifying if your service is resilient against faults**" is called Chaos Engineering. |
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Thus it is important to verify your application resilience whenever a change has happened in the underlying stack. **Keep verifying** is the key. Robust testing before upgrades is not good enough, mainly because you cannot possibly consider all sorts of faults during upgrade testing. This introduces the concept of Chaos Engineering. The process of "**continuously verifying if your service is resilient against faults**" is called Chaos Engineering. | |
Thus it is important to verify your application resilience whenever a change has happened in the underlying stack. **Keep verifying** is the key. Robust testing before upgrades is not good enough, mainly because you cannot possibly consider all sorts of faults during upgrade testing. This introduces the concept of Chaos Engineering. The process of **continuously verifying if your service is resilient against faults** is called Chaos Engineering. |
What this PR does / why we need it: It is a WIP PR for text enhancements
Which issue this PR fixes (optional, in
fixes #<issue number>(, fixes #<issue_number>, ...)
format, will close that issue when PR gets merged): fixes #251 Text enhancements in the docsSpecial notes for your reviewer:
Checklist:
documentation
tag