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### Steering Committee
Steering members include Microsoft, Oak Ridge National Laboratory, Quantinuum,
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+# Workstream: Runtime Initialization, Finalization, and Entry-Point Handling
+
+## Motivation & Benefits
+
+QIR implementation libraries provided at link time may need to rely on library
+start-up and finalization routines in order to properly configure and tear-down
+an underlying simulation and / or remote job submission infrastructure. QIR for
+native code-generation or as an exchange format with control systems may also
+require some notion of start-up, initialization, and tear-down.
+
+Runtime initialization raises the question of how QIR lowering strategies
+should specify entry point functions and corresponding input data provided
+at runtime. For runtime library linking, the notion of input `argc` and
+`argv` can be a valuable asset to designing dynamic and flexible QIR
+runtimes. For QIR as a format for backend submission, the specification
+needs to carefully define what an entrypoint function is and how packaged
+runtime arguments (command line or otherwise) can be injected into the
+entrypoint at executable start-up.
+
+## Requirements
+
+The specification should define runtime initialization as a set of overloaded
+functions with a prescribed function name. The functions differ by argument
+structure, can take the usual `(int, int8_t**)`, no arguments to indicate
+default initialization, or any other pertinent structure this proposed
+workstream decides on.
+
+The specification should define a finalization function declaration that
+takes no arguments and is responsible for freeing all leveraged classical
+and quantum resources at program exit.
+
+For the case of runtime library linking, initialization and finalization may
+also be required of quantum functions that are invoked from host code. Library
+implementors may require the declaration of fine-grained function
+initialization and finalization routines that QIR generators may insert at
+the beginning of and end of these quantum function calls invoked from host
+call-sites. The utility of this type of function-level functionality in the
+support of near-term remote job submission and flushing internal quantum
+instruction queues, as well as general callbacks for library runtime
+event systems.
+
+This workstream will define how QIR generators should mark a function as
+EntryPoint. QIR generators can mark **exactly one** function as `EntryPoint`
+via an LLVM attribute. The function can be described with any valid function
+name. If there aren't any functions marked as `EntryPoint` then a `main`
+function must be present to enable execution. For custom `EntryPoint`
+functions, an appropriate LLVM Pass must be applied to introduce a `__start`
+or `__main` function that calls the original entry point function. The
+workstream should also take into account the validity of return types
+for a custom `EntryPoint`. Likely, the return type should model some return
+status code (e.g. with an integer). This should be discussed in the
+workstream. The return of quantum execution results should be left as a
+topic for future workstreams.
+
+The utility of QIR code that lacks an `EntryPoint` function or `main` lies
+in its lowering to object code and archival into static or shared libraries.
+QIR can omit `main` or `EntryPoint` and can thereby enable a modular approach
+for the construction of quantum-classical applications. We leave this concept
+(modular QIR) for future workstreams, but the work done here should directly
+enable these modular capabilities.
+
+Use cases may exist whereby QIR code is generated with a custom EntryPoint and
+needs to be executed with custom command line arguments that should serve as
+input to that EntryPoint function. The specification needs to define some
+specified way to map custom command line arguments of a general type to the
+input arguments of the function, as well as the introduction of a `main`
+function for the underlying C runtime to pick up for execution.
+
+## Dependencies & Related Projects
+
+A related workstream is to specify a base profile of the full specification.
+Once defined, this specification will guide future iterations of the base
+profile, which must remain compliant in entrypoint definitions, runtime input,
+finalization, and parameterization.
+
+## Deliverable(s) & Expected Outcome
+
+The expected outcome of this workstream is an update to the existing QIR
+specification documentation that defines specific function declarations
+for program-level initialization and finalization, function-level
+initialization and finalization for quantum functions invoked from host
+call sites, and entry-point marker metadata and runtime parameter input.
+
+## Future Work (Out of Scope)
+
+This work will not define specific initialization or finalization tasks
+that a QIR implementation library should perform. This work will not study
+the return of quantum execution results by `EntryPoint` functions.
+
+## Working Group & Getting Involved
+
+Working group participants: TBD
+Working group chair: Alex McCaskey
+
+If you would like to contribute to the workstream, please contact
+[qiralliance@mail.com](mailto:qiralliance@mail.com) and / or
+[Alex McCaskey](mailto:amccaskey@nvidia.com).
+
+## Schedule
+
+Launch date:
+Estimated end date:
+Meeting schedule and/or channel(s) of communication:
+
+## Status & Discussions
+
+Current status: Workstream has been approved.
+
+The work and status will be tracked in the form of a [GitHub
+issue](https://github.com/qir-alliance/qir-spec/issues/11) on the [specification
+repository](https://github.com/qir-alliance/qir-spec). We encourage comments,
+inputs, and discussions on that issue.
+
+## Open Questions