search

JuliaQuantum / JuliaQuantum.github.io

Public forum and website repository for JuliaQuantum.
http://JuliaQuantum.github.io
MIT License
39 stars 13 forks source link

Basic agreements for JuliaQuantum project contributors #3

Closed i2000s closed 4 years ago

i2000s commented 10 years ago

I am outlining some key points mainly for the purpose of quality control and the efficiency of operations. Please comment missed points below, and I will update them back here. To make it as short as possible, you should use common sense to explain general items. Please forgive me that some common knowledge may have also been emphasized, as I think it would be helpful for newbie of open-source projects. This documentation will be linked to the README file for the JuliaQuantum organization, and will be transferred to a editable document under the Roadmap repo once it becomes stable in practice.

Basic Agreement for Participating JuliaQuantum Projects

To ensure the continuous and sustainable development of the JuliaQuantum organization, the following basic agreement and instructions have been composed upon the initiative and development of this organization. We assume you have carefully read and understood the following items when you participate JuliaQuantum projects or become a member of the organization.

I. Purpose statement of JuliaQuantum.

JuliaQuantum as an open-source and non-for-profit organization is formed to unite the efforts of the quantum community to build fundamental and comprehensive Julia libraries for quantum mechanics, quantum chemistry, quantum information & computing, quantum measurement, quantum control and other quantum-related scientific fields. All libraries built by JuliaQuantum will be open-source and accessible on various operating systems. Through the open-source community collaborations organized under JuliaQuantum, we expect to maximize the performance of our codes, maintain the consistency of various functions and packages, span to a broad spectrum of applications and reduce the number of packages you need for technical computing in related fields. Carrying over the appealing features of the Julia language, JuliaQuantum projects are expected to bring you a foundation to build up more advanced programs relatively easily and fast. Moreover, as people got well organized, it becomes an immediately reachable goal to forge a sustainable ecosystem to promote our packages through participating nodes around the world and their activities and events sponsored by various sources interested in our projects as a whole.

II. Licensing under JuliaQuantum.

All projects under the coordination of JuliaQuantum organization are open source projects, and should be used and distributed under the claimed open-source licenses approved by Open Source Initiative. The default license for the produced codes and documentations is the MIT license. Other open-source licenses and external libraries can be used and should be specified in the LICENSE document of JuliaQuantum projects or where it specifies for specific cases. Documentations or websites under open-source licenses should allow redistribution, translation and customization to better fit a wide spectrum of needs of readers without bringing in damages to the legal rights of the original authors.

All video records or other first-hand and derived products made by or granted by JuliaQuantum contributors associated to an event sponsored or organized by JuliaQuantum should be distributed under an open-source license as well. For example, a video recorded for a meetup organized under the name of JuliaQuantum can be released via YouTube channel yet need to use the Creative Commons License instead of the default Standard YouTube License to permit free-of-charge editing and redistribution through other channels. Other resources released under JuliaQuantum should also use open-source licenses if possible. The default MIT license is assumed if no license or copyright claims under a JuliaQuantum repository.

A license of a repository or published product can be changed with the written permission from all related contributors to whom it affects. If a notification of requesting a change of the license has been sent to the contributors through email (contributors' email addresses can be found from the log of git commits) for longer than one month without receiving all positive response, the change can still be made if no less than two third of the total contributors related agree the change and no denial heared from all the received responses. The request of changing licenses should be made as a pull request or issue from the beginning.

III. Contribute to JuliaQuantum projects.

As an open-source organization, JuliaQuantum is powered by constructive contributions in various ways including implementing functionality of software or participating activities outlined but not limited to the Roadmaps, testing/debugging existing packages under JuliaQuantum, filing/solving issues or participating discussions under JuliaQuantum repository forums, news groups and emailing lists, as well as direct source code contributions through the usual pull request approach or direct write access to the source code repositories. Some notes on contributing to open-source projects can be found in the Julia's documentation for the base project and standards where the contribution targets and projects should be replaced by JuliaQuantum counterparts which will be introduced in this document.

IV. Organize JuliaQuantum projects.

1. Main Point: Integrating JuliaQuantum projects as an organizational entity.

The JuliaQuantum organization is formed under a clear purpose, and is promoted by organizing constructive projects. These projects can be categorized into two types:

a. Building Julia packages or libraries as a direct coding output of the organization, and associated activities to promote the specific packages. This type of projects can be counted in the units of repositories or packages on GitHub under JuliaQuantum.

b. Organizing events or non-coding activities that can help build a sustainable ecosystem of the organization and its packages. These projects include bringing JuliaQuantum projects and Julia to potential new users through meetups and hangouts, establishing developers' or users' nodes and networks, supporting JuliaQuantum members to participate related conferences to introduce JuliaQuantum's works to a broader audience, funds raising, introducing academic support teams into the organization, helping collect resources for teaching and learning how to use Julia and JuliaQuantum packages and so on so forth.

Each type of JuliaQuantum projects is essentially open to and powered by the community in large, yet its impact strongly depends on how they are organized over the organization by its contributors--especially members of JuliaQuantum. While the second type of projects span into a broad range of cases strongly relying on the social dynamics of JuliaQuantum contributors and is as important as the first type, the following sections of this document mainly focus on the first type of projects and the core procedures and principles that worth JuliaQuantum contributors baring in mind in order to integrate all of JuliaQuantum projects as a harmonic entity and to produce high-quality open-source library products for the community.

2. Add new repositories.

a. A new repository can be added under the name of JuliaQuantum organization with the permission of the steering team (see JuliaQuantum member teams in later section) of the organization. It is strongly suggested to have a project proposal posted in the issue forum of the Roadmap repository as well as the JuliaQuantum.github.io issue forum to notify the audience from the community for a public review lasting at least a week (see the Special repo section). Once the permission is granted, the proposer will be entitled as an owner of the JuliaQuantum organization--if he/she does not have the ownership before--to create the new repository and to manage the associated project under the organization. The new repository can also be created by the steering team members without granting the ownership to the proposer if not necessary to grant an ownership to the proposer or for the sake of management.

b. It is also suggested to have a prototype repository created under a personal account introduced for code review while proposing the new repository or project. This is helpful for the community to judge the value of the project and to raise constructive discussions on how to continue and improve this project, eventually it affects whether the steering team will pass the permission to create the new repository under the organization through listening to what the community say about the proposed direction. If the new repository will be modified based on the repository proposed, a simple fork of the original repository is not allowed to generate the new repository under the organization. You can push new content to the new repository as a fresh new project. A fork will confuse people regarding the releasing channel which should be solely under the name of JuliaQuantum organization. With this said, a JuliaQuantum repository should not be a child or derived repository of any other repositories. Instead, you can create the empty GitHub repository first, and then add the address as a remote location of the source repository on your local machine followed by a forced push to the new GitHub repository. Technically, for the last two step, you can use commands

``` console
    git remote add NewRemoteName http://github.com/JuliaQuantum/NewRepoName.git
    git push NewRemoteName [branch]

After these operations above, the newly born repository is officially recognized as JuliaQuantum's repository with all its revision history preserved and will be maintained by the community of JuliaQuantum as long as the organization exists. By default, the proposer of the project will be the leader of the repository and enjoy all the benefits an owner of the repository and the organization has--including being promoted as a steering team member of JuliaQuantum to make decisions on where the organization heads to.


### 3. Collaborative, creative and social coding.

You may have noticed that collaborative creation and being social are the nature of how JuliaQuantum and many other open-source projects are organized. Productive tools and techniques like [_Travis CI_](https://travis-ci.org/), [_Trello_](https://trello.com/), [_Pivotal Tracker_](https://www.pivotaltracker.com/), [_Hubot_](http://hubot.github.com/) and [_branching_](http://git-scm.com/book/en/v1/Git-Branching-What-a-Branch-Is) are highly encouraged to use in coding through GitHub. You can easily find detailed introductions on these tools and techniques online, for example, [the GitHub help page](https://help.github.com/categories/collaborating/) and [this blog post](http://code.tutsplus.com/articles/team-collaboration-with-github--net-29876). More importantly, beyond coding itself, there are many other social contents worth everyone to cherish and to appreciate the opportunity of working together. For example, through working on one project or participating discussions in the community, people become friends, build connections to each other and have meetups and even collaborate on researches and establish local nodes for projects. JuliaQuantum naturally supports those social activities and indeed is really powered through those activities. People interested in a project, especially contributors of a project, are encouraged to make tutorials, demos and to introduce the project to researchers and teachers to use them in real life and to teach other people to use it. While we respect everyone's purpose of working together under the constrain of social [standards](http://julialang.org/community/standards/), we should be open to think deeper on how our activities in JuliaQuantum will shape a new world by opening up more opportunities or by other measures, what are important and how to improve, and examine our ideas in practice. The spirit in you could become the culture of JuliaQuantum in a long run.
### 4. Quality control.

JuliaQuantum projects should maintain a high quality of the integrity, usability, compatibility, consistency, readability and generality of implemented programs within the individual packages, across the scope of JuliaQuantum projects and beyond. To achieve a high quality standard, transparency of coding is the key--beyond the organization works as a union to bring back more people to review and participate our projects. Below are some general tips and standards that JuliaQuantum projects should follow:

a.  **_Tracking problems in issues**_: Any problems found that may be caused by the loss of integrity, usability, compatibility, consistency and generality should be filed in the issue page of corresponding code repositories, and should be assigned to some JuliaQuantum members who could fix them--if possible, or be solved by volunteers before the release of the associated milestone version. Certainly, feature requests and other related issues can and should also be filed and tracked in the issue pages of JuliaQuantum repositories in a similar way.

b. **_Documentations**_: A consistent tool or format of documentation and profiling should be used within a repository. Clear descriptions of code lines should be commented in the source code when coding. [Sphinx](http://sphinx-doc.org/) or [JuliaDoc](https://github.com/JuliaLang/JuliaDoc) and other tools are encouraged to use for documenting JuliaQuantum projects. Starting from Julia `0.4.0`, comments in source code should be compatible with the `@doc` and other Julia documentation macros. As a scientific organization, scientific references are required to be added in the comments wherever it is necessary. The documentation should be completed and up-to-date before an official version is released and registered as a Julia package.

c. **_Tests and demos are necessary parts for implementing a new feature**_: whenever a new functionality is implemented, unit tests and possibly some systematic tests and some demos should be included with the main code file. This is a requirement for a pull request to implement a new feature. Important features of a package should use pull requests to integrate to the releasing channel of the head repository.  

d. **_Traceable progress**_: A JuliaQuantum coding project should define its scope and mark its progress in the [_Roadmap_](https://github.com/JuliaQuantum/Roadmap) repository as time moves on. The scope of a repository can be first discussed as an issue post in the [_Roadmap_](https://github.com/JuliaQuantum/Roadmap) repository, [_JuliaQuantum.github.io_](https://github.com/JuliaQuantum/JuliaQuantum.github.io) repository or its own home repository. As the scope becomes clear, the corresponding target items should be marked in the [**_LongTerm.md**_](https://github.com/JuliaQuantum/Roadmap/blob/master/LongTerm.md) roadmap in the [_Roadmap_](https://github.com/JuliaQuantum/Roadmap) repository and maybe also another short term roadmap documentation of the [_Roadmap_](https://github.com/JuliaQuantum/Roadmap) repository defining the timeline of recently focused projects under the organization. As the scope changes or milestones have been reached, those long-term and short-term roadmaps should be updated accordingly. It is also required to have a clear announcement posted over the [_JuliaQuantum.github.io_](http://juliaquantum.github.io) website and its repository when the package is officially released or updated to a new version after being registered as a Julia package. Certainly, posting important progress over social networks through JuliaQuantum public pages and connections is encouraged as well. All of this updating work should be mainly in charged by the leader(s) of the project or members in the projects who are also in the steering team. Audience should be able to follow those announcement channels to easily monitor the progress of JuliaQuantum projects.
### 5. Minimal effort principle for structuring library packages.

As JuliaQuantum is organized to build Julia _Libraries_--instead of isolated packages--for quantum science and technology, the main focus of our coding work is to present and implement in Julia the scientific concepts and algorithms. For maintenance and usage purpose, we do not want to make only one huge package to fit into all the wide spectrum of quantum science and technology. There is a strategy we should follow in JuliaQuantum to structure our packages and the connections among them, which we call _the minimal effort principle_ as will be illustrated below.

a. **_Statement of the level structure of JuliaQuantum packages**_: Overall, there are three levels of Julia library packages we want to make in this organization according to their serving purpose and targeted field: _fundamental representations of quantum types_, _fundamental solvers for basic quantum mechanical problems_ and _advanced topics of quantum science and technology_. These levels of packages should yield enough programming abstractness to combining different modules together for particular usage purpose while reducing the development and maintenance efforts to the minimal level. For instance, the [_QuBase.jl_](https://github.com/JuliaQuantum/QuBase.jl) project belongs to the first level of JuliaQuantum libraries, which defines the typing system and representations of quantum states, operators, super-operators and so on. The basic quantum dynamics solvers to solve Schrodinger equations and Heisenberg equations should belong to the second level of libraries. Similarly, a package defines some common concepts of quantum information science could be categorized as a package on the third level. For a user who wants to calculate the entropy evolution of an open quantum system, he can merely import the quantum information package on the third level which has already imported the necessary typing system and solvers in the _QuBase.jl_ package and some quantum dynamics solver packages by JuliaQuantum developers, to solve the state evolution of the system and then solve the entropy evolution using the quantum information package on his computer. Notice that entropy has been defined in different ways according to the applied fields, by importing the correct packages, the user can pick up the _Shannon entropy_, for example, in quantum information science without bothering to distinguish the definitions in another irrelevant quantum chemistry package. For developers, they can focus on particular aspects of the library system and optimize the algorithms in different levels without redefining common types and methods that have been already included in other packages.

b. **_Combining packages if possible yet separating for development difficulties**_: When a potentially new project is proposed, it is good to check if it can be absorbed into an existing package under developing on the same of level of coding purpose.  The first two levels of libraries focus on general purpose computing tasks of quantum mechanics, and can be made as general as possible while interfaced to different scenarios of data structure benefited from the dispatching capability of Julia language. Notice that there can be many separated packages on the same level of category if the packages have completely different focuses and are hardly used at the same time. For instance, dynamics problems solvers and energy structure solvers can be separated into two packages. Different disciplines, like quantum chemistry and quantum information, should be separated into isolated packages to avoid conflicts and maintenance efforts even though there is a small section of overlap among them.

c. **_Modular design**_: All packages under JuliaQuantum should follow the modular design approach. The package should have a relatively clear target of usage scenarios, necessary exported types and functions, and can be used in arbitrary combinations with other published or home-made JuliaQuantum and Julia packages seamlessly. When the package needs to define a type or implement a function, it is required to reuse or import the existing modular if the type or function has been defined or implemented in another existing JuliaQuantum repository. General improvements should be made in the source packages if needed. Enough and minimal set of dependent modules should be imported to the package under development so that programming tasks on a higher level do not need to import too many packages from all the levels of JuliaQuantum libraries. Improvements can be made in the derived package over an existing JuliaQuantum type or function defined in another package if the improvements only help in some special scenarios that may not be useful for users of the source package.
### 5. <a name="specialrepo">Special repositories</a>.

Beyond the three-level category of JuliaQuantum library packages/repositories discussed above, there are three special repositories shared by all JuliaQuantum projects and can be modified directly by all JuliaQuantum members. The special repositories as will be listed below will not registered as Julia packages yet are important to help glue all the other packages and projects together.

a. [**_JuliaQuantum.github.io**_](https://github.com/JuliaQuantum/JuliaQuantum.github.io): This repository stores the source code of the public page for JuliaQuantum, and also holds discussions on general affairs of the JuliaQuantum organization through its issue page. Members of JuliaQuantum organization have write permission and maintenance responsibilities to announce progresses of JuliaQuantum projects to the community through our official website at [_http://JuliaQuantum.github.io_](http://JuliaQuantum.github.io) and [_its issue forum_](https://github.com/JuliaQuantum/JuliaQuantum.github.io/issues). It is recommended to [watch or star](https://github.com/blog/1204-notifications-stars) this repository to follow up the progresses and announcements of the organization.

b. [**_Roadmap**_](https://github.com/JuliaQuantum/Roadmap): This repository holds roadmaps and timelines of JuliaQuantum projects in terms of text files, as well as discussions on project proposals and general issues of the roadmaps on [_its issue page_](https://github.com/JuliaQuantum/Roadmap/issues). It is recommended to people who are interested to participate peer-review of project proposals and organizational roadmap making to watch or star this repository in order to receive prompt notifications.  

c. [**_Resources**_](https://github.com/JuliaQuantum/Resources): This repository stores some resources of JuliaQuantum meetup records, tutorials and educational materials of JuliaQuantum packages and so on.
### 6. Relationships to Non-JuliaQuantum organizations and projects.

JuliaQuantum as an umbrella organization supports all Julia organizations and projects to develop toward excellence in a large ecosystem. We encourage collaborations by our members with organizations and groups of people beyond JuliaQuantum as well. Packages not developed, released or maintained under the name of JuliaQuantum can be used as dependent packages yet should not be a major focus of development under the organization to diverge its limited developers' attentions.
### 7. Relationship to the Julia language organization (JuliaLang).

JuliaQuantum is an umbrella organization of JuliaLang started by the creators of the [Julia language](http://julialang.org), and benefits from the broad network of JuliaLang as an open-source and a not-for-profit organization. Volunteers in the JuliaLang network work on providing conference opportunities, some financial support and other supports for JuliaQuantum and its contributors, and hence JuliaQuantum can focus on tasks related to quantum science and technology. Currently, JuliaQuantum does not collect funds from the public, and all donations should go to the fund raising channels of JuliaLang as an entity--for example, the channel at [http://numfocus.org/projects/](http://numfocus.org/projects/).
## V. Release cycles of JuliaQuantum packages:
### 1. Plan and start.

Every new repository passed the proposal review or a repository starting moving on to a new version should have its scope, long-term and short-term roadmaps and milestones with an estimated timeline if possible to be posted and discussed in its own repository and summarized in the [_Roadmap_](https://github.com/JuliaQuantum/Roadmap) repository as time moves on. Necessary information about leaderships, code structure, documentation and collaboration tools for the project should be confirmed along developing the package. Notice that, the nearest one- or two-cycling short-term or long-term milestones or roadmaps can only list some important subprojects within the repository and are used to focus the community's efforts on reachable and inevitable targets. Beyond stepping through the major milestones, other issues filed by the community should also be sorted out for proper release cycles and got solved in the mean time. Upon closing all related issues and the completing of the targets of a milestone, a new version of the library can be released and announced.  The corresponding management job should be mainly done by the project leader(s) and JuliaQuantum members with the collective help from the community.
### 2. Tag version numbers.

For development and releasing purpose, packages should be tagged (using `git tag` command) with semantic version numbers formatted as **_MAJOR.MINOR.PATCH**_ or similar with a possible suffix of key words `pre-release`, `ReleaseCandidate1` or `rc1` and so on. The details of the increment of version numbers can be found [here](http://semver.org/). Compatibility may be broken for early immature versions or when the first version series number is jumping. There can be one or multiple development branches opened for the community to work on various versions. Correspondingly, on the issue page of the repository, version numbers and milestones should be tagged clearly by the project leaders to sort out the workforce. Once a version is ready to release, [this instruction](https://help.github.com/articles/creating-releases/) should be followed on GitHub to tag a released version and to publish the package. If the package has already been published as an official Julia package, the package manager(s) can use `Pkg.tag()` followed by `Pkg.publish` command from Julia interface to tag and update the package automatically (see below).  
### 3. Register as a Julia package.

Once the package under development has reached a relatively stable state, it should be registered and published as an official Julia package. You can search `Pkg.register` and `Pkg.publish` from the [Julia manual](https://github.com/JuliaLang/julia/blob/master/doc/manual/packages.rst) for details. The basic idea is to write the URL of the repo to the Julia METADATA.jl file of the [Julia base repo](https://github.com/JuliaLang/Julia). After publishing the package, the version number of the package can be tagged by using `Pkg.tag` function in Julia and updated to the official Julia repo using `Pkg.publish`. For JuliaQuantum projects, it is not necessary and not suggested to register a new library to METADATA.jl at the beginning of building. A package of JuliaQuantum library should not be registered to Julia package manager until the basic functionality is implemented and well-documented and the design of the framework has been proved being reliable through sufficient tests and discussions. An owner or core member of a project or repository should file an issue for community review on the attempt of registering the package to the Julia package manager system for at least a week before the registration. Once a version is registered in Julia's METADATA.jl, in principle, later versions should maintain good consistency and compatibility with the registered version.
### 4. Update progress.

Whenever a new version of the package is updated after registering as an official Julia package, it is required to have a post displayed on the news page of [the JuliaQuantum website](http://JuliaQuantum.github.io/). Related manuals of the package should also be updated with a brief log of the update before publishing. The long-term and short-term roadmaps in the [_Roadmap_](http://github.com/JuliaQuantum/Roadmap) repo or the scope documents should be checked to see if the updates affect any items there. The major subprojects to be focused on, if any, for the next releasing cycle should be posted as an issue post or marked in the files of the [_Roadmap_](http://github.com/JuliaQuantum/Roadmap) repo. For the case that multiple versions have been working on by the community in parallel, it is good to have _milestone_ tags in the repo's issue forum.
### 5. Other notes.

If all the leaders of a JuliaQuantum project quite their leadership roles to maintain the package, the last leader has the responsibility to find proper people to continue the maintenance work. Otherwise, the steering team of the JuliaQuantum organization automatically takes the responsibility to help find people to continue the maintenance job.
## VI. <a name="memberteams">JuliaQuantum member teams</a>.

Although JuliaQuantum is openly powered by the whole community and it does not require a JuliaQuantum contributor to be registered as a member of the JuliaQuantum organization, it is still necessary to establish a system of membership to maintain our source codes homed on GitHub and to represent our organization to participate community activities responsibly. Below are the major member teams of the JuliaQuantum organization--many of the teams refer to the organizational teams registered on GitHub. Among all JuliaQuantum teams, the _steering team_ shown on [the JuliaQuantum website](http://juliaquantum.github.io/community) has the ultimate right and responsibility to reorganize JuliaQuantum teams and assign permissions to JuliaQuantum members. All the other teams are mainly project-oriented and have limited rights and responsibilities when committing JuliaQuantum activities.
### 1. JuliaQuantum team.

All JuliaQuantum GitHub members are added into this team by default. Members in this team have write access to all the [_special repos_](#specialrepo) on GitHub for their convenience of making prompt notifications of changes to the community. A JuliaQuantum member can only be invited by an owner of the organization to join the JuliaQuantum team due to their existing or potential significant contribution to the organization. A JuliaQuantum team member can be further added to one or more user teams under JuliaQuantum. A member of JuliaQuantum has the obligation to be assigned to solve issues of participating projects, if he/she is capable and willing to solve those issues. A _JuliaQuantum team_ member can represent the organization to organize a project or activity under the name of JuliaQuantum in the case that a written permission has been granted by a [_steering team_](#steeringteam) member of the organization. The membership of a person may be deprived in result of being removed from the _JuliaQuantum team_ due to committing or merging codes which do not follow this basic agreement or violating the JuliaQuantum community spirits in the process of participating organizational projects or affairs. Legal responsibilities of violations against this basic agreement and laws should be solely taken by the JuliaQuantum members--if any at the moment when the violations happened--or other personals who have committed those violations. The organization as a loosely organized public community has no responsibilities to be assumed as a respondant to any violative behaviors. A JuliaQuantum team member can leave the team by himself at any time, of course.
### 2. <a name="ownersteam">Owners team</a>.

An owner of any JuliaQuantum GitHub repository is also an owner of the JuliaQuantum organization and is in the _Owners team_ on GitHub. An owner has the full access permissions to the organization's repositories and the management page while she/he should limit the usage of the administration power to where she/he was granted to by the [_steering team_](#steeringteam). An owner of JuliaQuantum, if not been invited to become a _steering team_ member, should only has administration power over a project or a repo. Owners can invite a JuliaQuantum member to become a JuliaQuantum member of the organization if necessary for better participating a JuliaQuantum project, which should be carefully considered before committing. The ownership of the organization can be deprived upon public reports and proofs of violence of the organization's spirit and the basic agreements in their organizational behaviors. A JuliaQuantum owners team member can leave the team by himself at any time.
### 3. <a name="steeringteam">The steering team</a>.

A _steering team_ member is out of the [_owners team_](#ownersteam) and has the ultimate obligation to maintain the smooth operation of the JuliaQuantum organization, and the ultimate responsibility of the quality control process of JuliaQuantum package development and organizational activities. The _steering team_ member collectively manage the public email and social media accounts for the JuliaQuantum organization, can request official financial support from the Julia head node, and can authorize activities and projects under the name of the organization. Depending on the need, the _steering team_ members should hold discussions on renewing the long-term and short-term roadmaps for the future projects of the organization. If necessary, administration activities should be noticed by the _steering team_ members in the public domain through the JuliaQuantum communication channels, and decisions should be made by the _steering team_ members after absorbing enough effective inputs from the community if possible.  
### 4. Other teams or groups.

If needed, other JuliaQuantum teams can be formed for easing JuliaQuantum projects granted by an owner of the organization. Limited access and administration power (less than the owners team level) can be granted to the team members if and only if it does not hurt the normal development of the organization. Supporting groups and academic consultant committee or local package users teams that may not be associated with GitHub users can also be named and announced by the _steering team_ or maybe members of the organization on the JuliaQuantum website to help the sustainable development of JuliaQuantum.
## VII. Credit to contributors.
### 1. Cite JuliaQuantum works.

In formal publications, the use of JuliaQuantum packages should be acknowledged at least through citing [the organization's website](http://JuliaQuantum.github.io/) or the specific code repository page, and should follow the acknowledgement instruction (if any) associated with the cited JuliaQuantum projects. By citing JuliaQuantum works properly, credits of JuliaQuantum packages automatically pay to all contributors of the corresponding JuliaQuantum projects. The list of contributors to a JuliaQuantum package can be viewed on its GitHub repository pages--including code contributors, bug hunters, feature proposers and organization maintainers. Without the input of any single one of the contributors, we, as the whole community of JuliaQuantum, would not have the final version presented in the public domain. 
### 2. Publish JuliaQuantum works.

JuliaQuantum organization encourages publications in all forms to introduce our works to a broader community. Owners and active contributors of the organization hold the ultimate rights of explanation of the associated development works of JuliaQuantum projects. One is suggested to consult with corresponding contributors before interpreting the works done in JuliaQuantum to the public.
## VIII. Revision of this basic agreement.

This basic agreement is officially stored in the [**_JuliaQuantum.github.io**_](https://github.com/JuliaQuantum/JuliaQuantum.github.io) repo, and is colletively maintained by the community. A change of this basic agreement document can be made through a pull request under a public review no shorter than one week. Disputes regarding any items of this document shall be raised in the issue forum of the [_JuliaQuantum.github.io_](https://github.com/JuliaQuantum/JuliaQuantum.github.io) repo or the pull request for revision. A new review cycle reset when all the disputes in a pull request of revision dissolved--if any--before changes can be made to the file. It automatically takes effect after the change has been merged by a JuliaQuantum member to the _master_ branch without notifying the community in any other manners. Wrong operation of the revision process will result in an invalidity of changes made by the associated improper operation, and should be reclaimed as an open issue in the [_JuliaQuantum.github.io_](https://github.com/JuliaQuantum/JuliaQuantum.github.io) repo for no less than one week to make the last changes valid.
i2000s commented 10 years ago

Updated some details on organizing projects of JuliaQuantum to reflect the issues exposed in another discussion: releasing channel problem and yielding rule for new projects.

i2000s commented 9 years ago

Along running JuliaQuantum projects in practice during the past year, the content of this agreement has been dramatically enriched. I have committed this agreement to our website for a clear view and taking effect. It should be improved by the community via pull requests in the future.

What does this document define?

I will close this issue in a week if no questions. Thank you for your participation!

jrevels commented 9 years ago

I'm somewhat worried that the length/verbosity of this document may deter potential contributors from reaching out. Other Julia organizations don't have a document like this, AFAIK. At most, they have contribution guidelines, which are generally defined at the package level instead of the organization level. Same goes with licensing, and I imagine release cycles (do other orgs have global release schedules?). I personally believe we should go with the precedent set by other organizations and simply leave most of this stuff up to package authors.

I think having guidelines for new packages for quality control's sake isn't a bad idea, but it should be a concise list. JuliaOpt's guidelines list is a good example.

I think the other information in this document (who to contact for info, how to cite publications, repo descriptions etc.) might be better off having their own bullet points/links on the site than being lumped into a single large document.

@acroy @Jutho @jiahao Your thoughts?

i2000s commented 9 years ago

@jrevels Thank you for the first comment. My opinion on having this kind of long legal document follows.

Thanks for reading.

garrison commented 9 years ago

I spent 30 minutes reading the document last night and made many notes, but I will start by saying that I agree with @jrevels that it is too long. (Recall that the third point of the Julia Community Standards, which is linked from the JuliaQuantum "agreement", is "Be concise."

I also find it problematic that is is referred to as a "legal document." I have no desire to be party to any agreement that has not been reviewed by an attorney, nor would I recommend anyone else be party to such an agreement. It should really be a set of "community guidelines," and be much shorter. The only legal documents we should have at this stage are software licenses.

I believe many Julia umbrella organizations also want to have this kind of legal document to avoid troubles

A "legal document" written by a non-lawyer is not going to help us avoid troubles.

One other thing: I would in particular recommend removing the sections about procedures for changing the license of a project. In particular, the MIT License already explicitly grants permission to sublicense, so changing the license should not be necessary for any MIT License'd project.

i2000s commented 9 years ago

@garrison Great! I appreciate your patience on reading it through and joining the discussion! I really apologize I make the doc so long and so hard for people to review by now. But I think it is important to have it, either as a guideline or something else :)

To shorten the doc, I think we can do the following.

@garrison On your last point,

One other thing: I would in particular recommend removing the sections about procedures for changing the license of a project. In particular, the MIT License already explicitly grants permission to sublicense, so changing the license should not be necessary for any MIT License'd project.

I just want to clarify that, as you have clearly noticed, the changing license section may only work for repositories started with a more-restricted license to be turned into a less-restricted license like MIT or BSD clause-2 license. I think it is helpful to have a flexible license policy and allow promoting a more-restricted license to be a less-restricted license. As you may not know, when this organization started last year, I have invited a member from a frontier quantum company who has significant contributions to Julia and Julia packages for simulating and controling quantum systems. However, through personal communications I learned that he has restrictions on making packages under certain licenses due to the company's policy. The proposed policy will encourage people in this case to join us and start a project if they would like to use some prefered license and also allowing relicensing once situation permits.

I cannot do the rewriting job at least for the coming a few weeks. As I am fading off from managing the org's affairs due to personal reasons as many have known, it would be really great if anyone else can help simplify the doc little by little in separated pull requests! Thanks!

i2000s commented 9 years ago

Maybe a better way for closing this issue is: forget about everything I wrote above and summarize what are the most important points the org should agree on and inform our contributors in a short list. Anything else should be ok with common sense.

I was a little worried about few people from the quantum community have heard of Julia, not to mention contributors, and the org might need to take more efforts to reach out more people through social coding and associated measurements. But this situation may also be solved automatically after the org accumulates enough packages and benchmark data over time with less stress. With this, I shouldn't think of it too much. Sorry for making it complicated.

jrevels commented 9 years ago

@garrison Agreed. @i2000s No worries, live and learn! If you're too busy I can draw up some short bullet points sometime this week, and put them in a PR to the site itself. It shouldn't take too much time, and I wanted to check out the site anyway - I haven't looked at the code yet.

garrison commented 9 years ago

I think we should specify somewhere that all repositories in JuliaQuantum will be under a license that has been approved by the Open Source Initiative. (Right now the document says they should be open source licenses, but OSI-approved is more specific -- in fact, I hear about many licenses being described as "open source" even though they fail to meet OSI's Open Source Definition.)

As for relicensing from more restrictive to less restrictive, I generally think there should be a fairly high barrier to doing so. Getting approval from two thirds of contributors is not a very high barrier, and does not consider the desires of the other third of people that contributed to a project under a given license.

i2000s commented 9 years ago

I think we should specify somewhere that all repositories in JuliaQuantum will be under a license that has been approved by the Open Source Initiative.

Good point! I have specified the OSI-approved licenses with a link to their website in the original post.

As for relicensing from more restrictive to less restrictive, I generally think there should be a fairly high barrier to doing so. Getting approval from two thirds of contributors is not a very high barrier, and does not consider the desires of the other third of people that contributed to a project under a given license.

I have specified "no denial heard from all the received responses" as the necessary condition for relicensing. Does it make sense now?

garrison commented 9 years ago

I have specified "no denial heard from all the received responses" as the necessary condition for relicensing. Does it make sense now?

I do not see this revision but that makes sense to me. If we ever do need to exercise this procedure to change the license of the project, we may wish to consult with a lawyer before merging the relicensing pull request if we are unable to hear back from everyone regarding the change.

i2000s commented 6 years ago

Here is a much-simplified and updated version as my first-step response to #47 . The final version will appear on our website in the next update.

Overall statement: JuliaQuantum is self-organized by people who are interested in developing software packages and computer libraries in Julia to facilitate quantum science and technology research and development in the spirit of open-source, open-access, and open-science. The organization provides forums and supports (GitHub, meetups, GSoC opportunities, etc.) for the quantum community to share their progress of related projects, to help grow the connections among Julians, to coordinate and cooperate across disciplines, and to promote related software development activities and projects... It is open to everyone and represented by everyone in the community. All participants are expected to follow the Julia community standards.

Responsibilities of the steering team include but are not limited to the following:

About using JuliaQuantum's website and Github repositories: