Wikimedia Apps/Team/iOS/Communication

Introduction
Communication is the backbone of collaboration on Wikipedia. The iOS team is looking forward to bringing a more fully featured set of communication and talk page tools into the app. Currently, there is a mix of native and non-native iOS talk page experiences. During this project we are looking to update the existing native user talk page and add native article talk pages so that contributors, across experience levels, can intuitively and confidently communicate with one on iOS and across platforms.

The focus will be on the following design themes:

Timeliness & spatial awareness: Where and when is the conversation happening? How might we design features that help Wikipedians (new or old) to have a better intuitive sense of the activeness/freshness of a conversation? How might design help to facilitate better, civil and more timely conversations across Wikipedia?

Modernization, not complete transformation: Improve, don't replace. Talk pages belong to the Wikipedians who use them. How might we honor and respect the years of community work that have gone into the evolution of Talk pages, while improving their utility and civility for all?

Below are screenshots of the current article talk and user talk pages:

Research
Since the Android and Editing teams have worked on talk pages previously, their work was looked into as well as existing research about different Wikipedia namespaces in the beginning of this project. The aim of the research was to map the talk page ecosystem and better understand who uses the pages. The research was consolidated into personas, task model diagrams and journey maps that included the experience of senior editors as well as readers. The senior editors were grouped by different social roles they play on Wikipedia such as: moderator, topic expert, wordsmith, policy guide and page architect.

The team made the decision to primarily focus on a target audience of editors who were considered to be ‘moderators’. These community members help discussion flows without getting too involved, perform and summarize administrative tasks and ask questions of other editors. These type of contributors would do tasks like approve or refuse other editor requests.

Design Exploration
Different iOS talk page designs are being explored, where many of the components are being adapted from the Editing and Android teams talk page research and designs. The new designs  intend to:


 * Provide a bigger visual distinction between article and user talk pages.
 * Show editors more detailed information on topic pages
 * Better indicate when threads are active or inactive
 * Test different types of threading for nested replies

Below are some examples of early potential designs that show a) an article talk topic page b) a reply screen in default and black reading mode and c) a menu with additional actions.

Usability Testing
Usability tests are being ran for early iOS designs to test the following:


 * The title and header of the pages
 * The menu, tab and navigation bar content
 * Page threading and replying

We are currently collecting feedback from experienced editors to test early article talk and user talk page designs via a survey. The survey includes early mockups (drawings) of the talk page and asks your opinion on the different elements. If you would like to give feedback that will guide the future designs on iOS please complete a short survey under the following link: ​​ https://wikimedia.qualtrics.com/jfe/form/SV_9GBcHczQGLbQWTY

Testing and feedback
For this project we will be testing prototypes earlier and testing more frequently. If you are interested you can:


 * Participate in our usability testing by emailing us at: [email].
 * Any feedback is very welcome on Talk:Wikimedia Apps.
 * You're welcome to become a beta tester

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XHTML namespace The namespace name http://www.w3.org/1999/xhtml is intended for use in various specifications such as: Recommendations: Other Documents: The charters of the following W3C Working Groups include work on HTML that may impact this namespace: For more information about XML namespaces, please refer to Namespaces in XML.
 * HTML 5: A vocabulary and associated APIs for HTML and XHTML
 * XHTML™ 1.0: The Extensible HyperText Markup Language
 * XHTML Modularization
 * XHTML 1.1
 * XHTML Basic
 * XHTML Print
 * XHTML+RDFa
 * HTML 5.1
 * HTML 5.2
 * Web Platform Working Group, chartered October 2015

A. References

Michael Smith, W3C HTML Activity Lead Last edited: $Date: 2016/09/07 14:16:54 $

{ "@context": { "@protected": true, "id": "@id", "type": "@type",

"alsoKnownAs": { "@id": "https://www.w3.org/ns/activitystreams#alsoKnownAs", "@type": "@id" },   "assertionMethod": { "@id": "https://w3id.org/security#assertionMethod", "@type": "@id", "@container": "@set" },   "authentication": { "@id": "https://w3id.org/security#authenticationMethod", "@type": "@id", "@container": "@set" },   "capabilityDelegation": { "@id": "https://w3id.org/security#capabilityDelegationMethod", "@type": "@id", "@container": "@set" },   "capabilityInvocation": { "@id": "https://w3id.org/security#capabilityInvocationMethod", "@type": "@id", "@container": "@set" },   "controller": { "@id": "https://w3id.org/security#controller", "@type": "@id" },   "keyAgreement": { "@id": "https://w3id.org/security#keyAgreementMethod", "@type": "@id", "@container": "@set" },   "service": { "@id": "https://www.w3.org/ns/did#service", "@type": "@id", "@context": { "@protected": true, "id": "@id", "type": "@type", "serviceEndpoint": { "@id": "https://www.w3.org/ns/did#serviceEndpoint", "@type": "@id" }     }    },    "verificationMethod": { "@id": "https://w3id.org/security#verificationMethod", "@type": "@id" } representation As defined for HTTP by [RFC7231]: "information that is intended to reflect a past, current, or desired state of a given resource, in a format that can be readily communicated via the protocol, and that consists of a set of representation metadata and a potentially unbounded stream of representation data." A DID document is a representation of information describing a DID subject. See § 6. Representations. services Means of communicating or interacting with the DID subject or associated entities via one or more service endpoints. Examples include discovery services, agent services, social networking services, file storage services, and verifiable credential repository services. service endpoint A network address, such as an HTTP URL, at which services operate on behalf of a DID subject. Uniform Resource Identifier (URI) The standard identifier format for all resources on the World Wide Web as defined by [RFC3986]. A DID is a type of URI scheme. verifiable credential A standard data model and representation format for cryptographically-verifiable digital credentials as defined by the W3C Verifiable Credentials specification [VC-DATA-MODEL]. verifiable data registry A system that facilitates the creation, verification, updating, and/or deactivation of decentralized identifiers and DID documents. A verifiable data registry might also be used for other cryptographically-verifiable data structures such as verifiable credentials. For more information, see the W3C Verifiable Credentials specification [VC-DATA-MODEL]. verifiable timestamp A verifiable timestamp enables a third-party to verify that a data object existed at a specific moment in time and that it has not been modified or corrupted since that moment in time. If the data integrity could reasonably have been modified or corrupted since that moment in time, the timestamp is not verifiable. verification method A set of parameters that can be used together with a process to independently verify a proof. For example, a cryptographic public key can be used as a verification method with respect to a digital signature; in such usage, it verifies that the signer possessed the associated cryptographic private key. "Verification" and "proof" in this definition are intended to apply broadly. For example, a cryptographic public key might be used during Diffie-Hellman key exchange to negotiate a shared symmetric key for encryption. This guarantees the integrity of the key agreement process. It is thus another type of verification method, even though descriptions of the process might not use the words "verification" or "proof." verification relationship An expression of the relationship between the DID subject and a verification method. An example of a verification relationship is § 5.3.1 Authentication. Universally Unique Identifier (UUID) A type of globally unique identifier defined by [RFC4122]. UUIDs are similar to DIDs in that they do not require a centralized registration authority. UUIDs differ from DIDs in that they are not resolvable or cryptographically-verifiable. In addition to the terminology above, this specification also uses terminology from the [INFRA] specification to formally define the data model. When [INFRA] terminology is used, such as string, set, and map, it is linked directly to that specification. 3. Identifier

This section describes the formal syntax for DIDs and DID URLs. The term "generic" is used to differentiate the syntax defined here from syntax defined by specific DID methods in their respective specifications. The creation processes, and their timing, for DIDs and DID URLs are described in § 8.2 Method Operations and § B.2 Creation of a DID. 3.1 DID Syntax

The generic DID scheme is a URI scheme conformant with [RFC3986]. The ABNF definition can be found below, which uses the syntax in [RFC5234] and the corresponding definitions for ALPHA and DIGIT. All other rule names not defined in the ABNF below are defined in [RFC3986]. All DIDs MUST conform to the DID Syntax ABNF Rules. The DID Syntax ABNF Rules did               = "did:" method-name ":" method-specific-id method-name       = 1*method-char method-char       = %x61-7A / DIGIT method-specific-id = *( *idchar ":" ) 1*idchar idchar            = ALPHA / DIGIT / "." / "-" / "_" / pct-encoded pct-encoded       = "%" HEXDIG HEXDI APNIC's main functions are:


 * Allocating IPv4 and IPv6 address space, and autonomous system numbers
 * Maintaining the public APNIC Whois Database for the Asia Pacific region,
 * Reverse DNS delegations
 * Training in technical skills
 * Representing the interests of the Asia Pacific Internet community on the global stage

APNIC manages Internet number resources according to policies developed through an open process of consultation and consensus called the Policy Development Process (PDP).

https://www.copyright.gov/legislation/dmca.pdf

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Data Source for The prototypical analgesic used in the treatment of mild to moderate pain. It has anti-inflammatory and antipyretic properties and acts as an inhibitor of cyclooxygenase which results in the inhibition of the biosynthesis of prostaglandins. Aspirin also inhibits platelet aggregation and is used in the prevention of arterial and venous thrombosis. (From Martindale, The Extra Pharmacopoeia, 30th ed, p5). List Acronyms MeSH Heading (Medical Subject Headings) Click on The prototypical analg...'s icon or row to pin it open

Biographical or Historical Note In September 1936 the United Mine Workers of America (UMW) chartered District 50 as a catchall unit for workers in fields related to but outside of coal mining, the traditional province of the parent union. Earlier, in 1933, employees from the Everett Coke-Oven Plant had received a charter to start a federal union, initially the Massachusetts Council of Utility Workers. Membership originated from multiple gas, chemical, and electrical union locals and soon expanded to include locals from neighboring New England states. The Massachusetts Council became the New England Council of Utility Workers in 1934 and the National Council of Gas and By-Product Coke Workers in 1935.At that time, districts of the UMW were numbered from 1 to 31. The international union wished to preserve a distinction between actual coal mining and coal processing, but to continue to organize all of its membership into districts. Consequently, when gas, coke, and chemical workers became affiliated with the UMW as a separate national entity in 1936, this group was designated District 50, so that district numbers 32 though 49 might remain available for possible future expansion within the domain of coal mining. (As it turned out, this did not occur.)District 50 was formed as a provisional district subject to the jurisdiction of the UMW. Its charter provided that it was to acquire no rights in the funds, or to participate in the elections or conventions of the UMW. District 50 would have its own elections, conventions, and wage negotiations, but the district and its members were required to make payments to the parent UMW.Despite its success in organizing workers, to the extent that District 50 grew larger than the remainder of the UMW, it remained a provisional district whose members were disenfranchised, and in this regard it came in conflict with provisions of the Landrum-Griffin Act of 1959. To achieve compliance, District 50 gained organizational and procedural independence from the UMW in 1961. But it remained financially dependent, and in 1962, in the course of an agreement allowing District 50 to keep United Mine Workers of America in its title, District 50 acknowledge an $8-million debt.Later in that decade the two unions drifted apart on such matters as political programs and policies toward the use of nuclear energy to generate power. District 50 members included uranium miners, and late in 1967 the District came out in favor of nuclear power plants in northern Colorado. In 1968 the UMW moved to expel District 50, to require the removal of United Mine Workers of America from the District 50 name, and to collect the $8-million debt. U.S. federal judges characterized the situation as vassalage and eventually a Court of Appeals ruled in favor of District 50, granting it full independence and cancelling its debt. As this case worked its way through the courts, the union became District 50 (independent) in 1969, and in 1970 it became the International Union of District 50, Allied and Technical Workers of the United States and Canada. On 9 August 1972, District 50 merged with the United Steelworkers of America.

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Collection Overview This collection traces the growth of a union affiliated with mining operations into an international organization of diverse workers. Topics include regional dealings with local union activities; strike authorizations; grievances; challenges, allegations, and investigations of local union decisions and elections; mergers of local unions; district conventions and resolutions; charges of dual unionism; litigation against the original parent organization, the United Mine Workers (UMW); and the eventual merger with the USWA. There are also financial records; copies of those portions of UMW international executive board meetings pertaining to District 50; correspondence; and a historical file on a member union, the United Construction Workers

Administrative Information Access Restrictions Collection is open for research. Restrictions, where applicable, are noted at the series, subseries, or file levels. Copyright Notice Copyright is retained by the creators of items in these papers, or their descendants, as stipulated by United States copyright law. Preferred Citation [Identification of item], United Steelworkers of America, District 50 Records (1929), Historical Collections and Labor Archives, Special Collections Library, Pennsylvania State University. Processing Information Processed by Special Collections staff. Return to Table of Contents

Controlled Access Headings Corporate Name(s) Return to Table of Contents
 * United Steelworkers of America. District 50

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