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+# ComponentName Programmer's Guide {#componentname_pg}
+
+# In this document {#componentname_pg_toc}
+
+@ref componentname_pg_audience
+@ref componentname_pg_intro
+@ref componentname_pg_theory
+@ref componentname_pg_design
+@ref componentname_pg_examples
+@ref componentname_pg_config
+@ref componentname_pg_component
+@ref componentname_pg_sequences
+
+## Target Audience {#componentname_pg_audience}
+
+This programmer's guide is intended for developers authoring applications that utilize the SPDK <COMPONENT NAME>. It is
+intended to supplement the source code to provide an overall understanding of how to integrate <COMPONENT NAME> into
+an application as well as provide some high level insight into how <COMPONENT NAME> works behind the scenes. It is not
+intended to serve as a design document or an API reference but in some cases source code snippets and high level
+sequences will be discussed. For the latest source code reference refer to the [repo](https://github.com/spdk).
+
+## Introduction {#componentname_pg_intro}
+
+Provide some high level description of what this component is, what it does and maybe why it exists. This shouldn't be
+a lengthy tutorial or commentary on storage in general or the goodness of SPDK but provide enough information to
+set the stage for someone about to write an application to integrate with this component.  They won't be totally
+starting from scratch if they're at this point, they are by definition a storage application developer if they are
+reading this guide.
+
+## Theory of Operation {#componentname_pg_theory}
+
+Create subsections here to drill down into the "how" this component works. This isn't a design section however so
+avoid getting into too many details, just hit the high level concepts that would leave the developer with a
+50K foot overview of the major elements/assumptions/concepts that should have some baseline knowledge about before
+they start writing code.
+
+Some questions to consider when authoring this section:
+
+* What are the basic primitives that this component exposes?
+* How are these primitives related to one another?
+* What are the threading rules when using these primitives?
+* What are the theoretical performance implications for different scaling vectors?
+* Are there any other documents or specifications that the user should be familiar with?
+* What are the intended use cases?
+
+## Design Considerations {#componentname_pg_design}
+
+Here is where you want to highlight things they need to think about in *their* design. If you have written test code
+for this module think about the things that you needed to go learn about to properly interact with this module. Think
+about how they need to consider initialization options, threading, limitations, any sort of quirky or non-obious
+interactions or module behaviors that might save them some time and effort by thinking about before they start their
+design.
+
+## Examples {#componentname_pg_examples}
+
+List all of the relevant examples we have in the repo that use this module and describe a little about what they do.
+
+## Configuration {#componentname_pg_config}
+
+This section should describe the mechanisms for configuring the component at a high level (i.e. you can configure it
+using a config file, or you can configure it using RPC calls over a unix domain socket). It should also talk about
+when you can configure it - i.e. at run time or only up front. For specifics about how the RPCs work or the config
+file format, link to the appropriate user guide instead of putting that information here.
+
+## Component Detail {#componentname_pg_component}
+
+This is where we can provide some design level detail if it makes sense for this module. We don't want to have
+design docs as part of SPDK, the overhead and maintenance is too much for open source. We do, however, want
+to provide some level of insight into the codebase to promote getting more people involved and understanding
+of what the design is all about.  The PG is meant to help a developer write their own application but we
+can use this section, per module, to test out a way to build out some internal design info as well. I see
+this as including an overview of key structures, concepts, etc., of the module itself. So, interesting info
+not required to write an application using the module but maybe just enough to provide the next level of
+detail into what's behind the scenes to get someone more interested in becoming a community contributor.
+
+## Sequences {#componentname_pg_sequences}
+
+If sequence diagrams makes sense for this module, use mscgen to create simple UML-style (they don't need to be 100%
+UML compliant) diagrams for the API that an application needs to interact with.  Details internal to the component
+should not be included.