#NodeInfo

Loops now supports NodeInfo ✨

https://fedidb.com/software/loops

#loops #nodeInfo #activityPub

Loops now supports NodeInfo ✨

https://fedidb.com/software/loops

#loops #nodeInfo #activityPub

Loops now supports NodeInfo ✨

https://fedidb.com/software/loops

#loops #nodeInfo #activityPub

Loops now supports NodeInfo ✨

https://fedidb.com/software/loops

#loops #nodeInfo #activityPub

We'd like to recognize the valuable contributions from two developers who participated in Korea's #OSSCA (Open Source Contribution Academy) program. Both contributors identified important gaps in #Fedify's functionality and documentation, providing thoughtful solutions that benefit the broader #ActivityPub ecosystem.

@gaebalgom contributed PR #365, addressing issue #353 regarding NodeInfo parser compatibility, originally reported by @andypiper. The issue arose when Fedify incorrectly rejected #NodeInfo documents from snac instances due to overly strict version string parsing that required semantic versioning compliance. Their solution improves the fallback behavior in the parseSoftware() function to handle non-SemVer version strings by parsing dot-separated numbers and defaulting to zero for missing components. The implementation includes thorough test coverage for various edge cases, including single numbers (3), two-part versions (2.81), and malformed version strings. This fix provides immediate compatibility improvements across the fediverse while maintaining backward compatibility, and will be included in Fedify 1.9. The contribution serves as an interim solution, with a more comprehensive fix planned for Fedify 2.0 (issue #366), where the NodeInfo software.version field will be changed from the SemVer type to a plain string to fully comply with the NodeInfo specification.

@z9mb1 contributed PR #364, resolving issue #337 by adding practical examples for Fedify's custom collection dispatchers feature. Custom collections were introduced in Fedify 1.8 but lacked clear documentation for developers seeking to implement them. Their contribution provides a comprehensive example demonstrating how to set up custom collections for tagged posts, including proper routing patterns, pagination handling, and counter functionality. The example includes mock data structures, shows how to configure collection dispatchers with URL patterns like /users/{userId}/tags/{tag}, and demonstrates the complete request/response cycle using federation.fetch(). This work provides developers with a clear, runnable reference that reduces the complexity of implementing custom collections in ActivityPub applications.

We appreciate these meaningful contributions that help make Fedify more accessible and robust for the entire ActivityPub community.

#opensource #fedidev #fediverse

We'd like to recognize the valuable contributions from two developers who participated in Korea's #OSSCA (Open Source Contribution Academy) program. Both contributors identified important gaps in #Fedify's functionality and documentation, providing thoughtful solutions that benefit the broader #ActivityPub ecosystem.

@gaebalgom contributed PR #365, addressing issue #353 regarding NodeInfo parser compatibility, originally reported by @andypiper. The issue arose when Fedify incorrectly rejected #NodeInfo documents from snac instances due to overly strict version string parsing that required semantic versioning compliance. Their solution improves the fallback behavior in the parseSoftware() function to handle non-SemVer version strings by parsing dot-separated numbers and defaulting to zero for missing components. The implementation includes thorough test coverage for various edge cases, including single numbers (3), two-part versions (2.81), and malformed version strings. This fix provides immediate compatibility improvements across the fediverse while maintaining backward compatibility, and will be included in Fedify 1.9. The contribution serves as an interim solution, with a more comprehensive fix planned for Fedify 2.0 (issue #366), where the NodeInfo software.version field will be changed from the SemVer type to a plain string to fully comply with the NodeInfo specification.

@z9mb1 contributed PR #364, resolving issue #337 by adding practical examples for Fedify's custom collection dispatchers feature. Custom collections were introduced in Fedify 1.8 but lacked clear documentation for developers seeking to implement them. Their contribution provides a comprehensive example demonstrating how to set up custom collections for tagged posts, including proper routing patterns, pagination handling, and counter functionality. The example includes mock data structures, shows how to configure collection dispatchers with URL patterns like /users/{userId}/tags/{tag}, and demonstrates the complete request/response cycle using federation.fetch(). This work provides developers with a clear, runnable reference that reduces the complexity of implementing custom collections in ActivityPub applications.

We appreciate these meaningful contributions that help make Fedify more accessible and robust for the entire ActivityPub community.

#opensource #fedidev #fediverse

We'd like to recognize the valuable contributions from two developers who participated in Korea's #OSSCA (Open Source Contribution Academy) program. Both contributors identified important gaps in #Fedify's functionality and documentation, providing thoughtful solutions that benefit the broader #ActivityPub ecosystem.

@gaebalgom contributed PR #365, addressing issue #353 regarding NodeInfo parser compatibility, originally reported by @andypiper. The issue arose when Fedify incorrectly rejected #NodeInfo documents from snac instances due to overly strict version string parsing that required semantic versioning compliance. Their solution improves the fallback behavior in the parseSoftware() function to handle non-SemVer version strings by parsing dot-separated numbers and defaulting to zero for missing components. The implementation includes thorough test coverage for various edge cases, including single numbers (3), two-part versions (2.81), and malformed version strings. This fix provides immediate compatibility improvements across the fediverse while maintaining backward compatibility, and will be included in Fedify 1.9. The contribution serves as an interim solution, with a more comprehensive fix planned for Fedify 2.0 (issue #366), where the NodeInfo software.version field will be changed from the SemVer type to a plain string to fully comply with the NodeInfo specification.

@z9mb1 contributed PR #364, resolving issue #337 by adding practical examples for Fedify's custom collection dispatchers feature. Custom collections were introduced in Fedify 1.8 but lacked clear documentation for developers seeking to implement them. Their contribution provides a comprehensive example demonstrating how to set up custom collections for tagged posts, including proper routing patterns, pagination handling, and counter functionality. The example includes mock data structures, shows how to configure collection dispatchers with URL patterns like /users/{userId}/tags/{tag}, and demonstrates the complete request/response cycle using federation.fetch(). This work provides developers with a clear, runnable reference that reduces the complexity of implementing custom collections in ActivityPub applications.

We appreciate these meaningful contributions that help make Fedify more accessible and robust for the entire ActivityPub community.

#opensource #fedidev #fediverse

We'd like to recognize the valuable contributions from two developers who participated in Korea's #OSSCA (Open Source Contribution Academy) program. Both contributors identified important gaps in #Fedify's functionality and documentation, providing thoughtful solutions that benefit the broader #ActivityPub ecosystem.

@gaebalgom contributed PR #365, addressing issue #353 regarding NodeInfo parser compatibility, originally reported by @andypiper. The issue arose when Fedify incorrectly rejected #NodeInfo documents from snac instances due to overly strict version string parsing that required semantic versioning compliance. Their solution improves the fallback behavior in the parseSoftware() function to handle non-SemVer version strings by parsing dot-separated numbers and defaulting to zero for missing components. The implementation includes thorough test coverage for various edge cases, including single numbers (3), two-part versions (2.81), and malformed version strings. This fix provides immediate compatibility improvements across the fediverse while maintaining backward compatibility, and will be included in Fedify 1.9. The contribution serves as an interim solution, with a more comprehensive fix planned for Fedify 2.0 (issue #366), where the NodeInfo software.version field will be changed from the SemVer type to a plain string to fully comply with the NodeInfo specification.

@z9mb1 contributed PR #364, resolving issue #337 by adding practical examples for Fedify's custom collection dispatchers feature. Custom collections were introduced in Fedify 1.8 but lacked clear documentation for developers seeking to implement them. Their contribution provides a comprehensive example demonstrating how to set up custom collections for tagged posts, including proper routing patterns, pagination handling, and counter functionality. The example includes mock data structures, shows how to configure collection dispatchers with URL patterns like /users/{userId}/tags/{tag}, and demonstrates the complete request/response cycle using federation.fetch(). This work provides developers with a clear, runnable reference that reduces the complexity of implementing custom collections in ActivityPub applications.

We appreciate these meaningful contributions that help make Fedify more accessible and robust for the entire ActivityPub community.

#opensource #fedidev #fediverse

We'd like to recognize the valuable contributions from two developers who participated in Korea's #OSSCA (Open Source Contribution Academy) program. Both contributors identified important gaps in #Fedify's functionality and documentation, providing thoughtful solutions that benefit the broader #ActivityPub ecosystem.

@gaebalgom contributed PR #365, addressing issue #353 regarding NodeInfo parser compatibility, originally reported by @andypiper. The issue arose when Fedify incorrectly rejected #NodeInfo documents from snac instances due to overly strict version string parsing that required semantic versioning compliance. Their solution improves the fallback behavior in the parseSoftware() function to handle non-SemVer version strings by parsing dot-separated numbers and defaulting to zero for missing components. The implementation includes thorough test coverage for various edge cases, including single numbers (3), two-part versions (2.81), and malformed version strings. This fix provides immediate compatibility improvements across the fediverse while maintaining backward compatibility, and will be included in Fedify 1.9. The contribution serves as an interim solution, with a more comprehensive fix planned for Fedify 2.0 (issue #366), where the NodeInfo software.version field will be changed from the SemVer type to a plain string to fully comply with the NodeInfo specification.

@z9mb1 contributed PR #364, resolving issue #337 by adding practical examples for Fedify's custom collection dispatchers feature. Custom collections were introduced in Fedify 1.8 but lacked clear documentation for developers seeking to implement them. Their contribution provides a comprehensive example demonstrating how to set up custom collections for tagged posts, including proper routing patterns, pagination handling, and counter functionality. The example includes mock data structures, shows how to configure collection dispatchers with URL patterns like /users/{userId}/tags/{tag}, and demonstrates the complete request/response cycle using federation.fetch(). This work provides developers with a clear, runnable reference that reduces the complexity of implementing custom collections in ActivityPub applications.

We appreciate these meaningful contributions that help make Fedify more accessible and robust for the entire ActivityPub community.

#opensource #fedidev #fediverse

We'd like to recognize the valuable contributions from two developers who participated in Korea's #OSSCA (Open Source Contribution Academy) program. Both contributors identified important gaps in #Fedify's functionality and documentation, providing thoughtful solutions that benefit the broader #ActivityPub ecosystem.

@gaebalgom contributed PR #365, addressing issue #353 regarding NodeInfo parser compatibility, originally reported by @andypiper. The issue arose when Fedify incorrectly rejected #NodeInfo documents from snac instances due to overly strict version string parsing that required semantic versioning compliance. Their solution improves the fallback behavior in the parseSoftware() function to handle non-SemVer version strings by parsing dot-separated numbers and defaulting to zero for missing components. The implementation includes thorough test coverage for various edge cases, including single numbers (3), two-part versions (2.81), and malformed version strings. This fix provides immediate compatibility improvements across the fediverse while maintaining backward compatibility, and will be included in Fedify 1.9. The contribution serves as an interim solution, with a more comprehensive fix planned for Fedify 2.0 (issue #366), where the NodeInfo software.version field will be changed from the SemVer type to a plain string to fully comply with the NodeInfo specification.

@z9mb1 contributed PR #364, resolving issue #337 by adding practical examples for Fedify's custom collection dispatchers feature. Custom collections were introduced in Fedify 1.8 but lacked clear documentation for developers seeking to implement them. Their contribution provides a comprehensive example demonstrating how to set up custom collections for tagged posts, including proper routing patterns, pagination handling, and counter functionality. The example includes mock data structures, shows how to configure collection dispatchers with URL patterns like /users/{userId}/tags/{tag}, and demonstrates the complete request/response cycle using federation.fetch(). This work provides developers with a clear, runnable reference that reduces the complexity of implementing custom collections in ActivityPub applications.

We appreciate these meaningful contributions that help make Fedify more accessible and robust for the entire ActivityPub community.

#opensource #fedidev #fediverse

We'd like to recognize the valuable contributions from two developers who participated in Korea's #OSSCA (Open Source Contribution Academy) program. Both contributors identified important gaps in #Fedify's functionality and documentation, providing thoughtful solutions that benefit the broader #ActivityPub ecosystem.

@gaebalgom contributed PR #365, addressing issue #353 regarding NodeInfo parser compatibility, originally reported by @andypiper. The issue arose when Fedify incorrectly rejected #NodeInfo documents from snac instances due to overly strict version string parsing that required semantic versioning compliance. Their solution improves the fallback behavior in the parseSoftware() function to handle non-SemVer version strings by parsing dot-separated numbers and defaulting to zero for missing components. The implementation includes thorough test coverage for various edge cases, including single numbers (3), two-part versions (2.81), and malformed version strings. This fix provides immediate compatibility improvements across the fediverse while maintaining backward compatibility, and will be included in Fedify 1.9. The contribution serves as an interim solution, with a more comprehensive fix planned for Fedify 2.0 (issue #366), where the NodeInfo software.version field will be changed from the SemVer type to a plain string to fully comply with the NodeInfo specification.

@z9mb1 contributed PR #364, resolving issue #337 by adding practical examples for Fedify's custom collection dispatchers feature. Custom collections were introduced in Fedify 1.8 but lacked clear documentation for developers seeking to implement them. Their contribution provides a comprehensive example demonstrating how to set up custom collections for tagged posts, including proper routing patterns, pagination handling, and counter functionality. The example includes mock data structures, shows how to configure collection dispatchers with URL patterns like /users/{userId}/tags/{tag}, and demonstrates the complete request/response cycle using federation.fetch(). This work provides developers with a clear, runnable reference that reduces the complexity of implementing custom collections in ActivityPub applications.

We appreciate these meaningful contributions that help make Fedify more accessible and robust for the entire ActivityPub community.

#opensource #fedidev #fediverse

We'd like to recognize the valuable contributions from two developers who participated in Korea's #OSSCA (Open Source Contribution Academy) program. Both contributors identified important gaps in #Fedify's functionality and documentation, providing thoughtful solutions that benefit the broader #ActivityPub ecosystem.

@gaebalgom contributed PR #365, addressing issue #353 regarding NodeInfo parser compatibility, originally reported by @andypiper. The issue arose when Fedify incorrectly rejected #NodeInfo documents from snac instances due to overly strict version string parsing that required semantic versioning compliance. Their solution improves the fallback behavior in the parseSoftware() function to handle non-SemVer version strings by parsing dot-separated numbers and defaulting to zero for missing components. The implementation includes thorough test coverage for various edge cases, including single numbers (3), two-part versions (2.81), and malformed version strings. This fix provides immediate compatibility improvements across the fediverse while maintaining backward compatibility, and will be included in Fedify 1.9. The contribution serves as an interim solution, with a more comprehensive fix planned for Fedify 2.0 (issue #366), where the NodeInfo software.version field will be changed from the SemVer type to a plain string to fully comply with the NodeInfo specification.

@z9mb1 contributed PR #364, resolving issue #337 by adding practical examples for Fedify's custom collection dispatchers feature. Custom collections were introduced in Fedify 1.8 but lacked clear documentation for developers seeking to implement them. Their contribution provides a comprehensive example demonstrating how to set up custom collections for tagged posts, including proper routing patterns, pagination handling, and counter functionality. The example includes mock data structures, shows how to configure collection dispatchers with URL patterns like /users/{userId}/tags/{tag}, and demonstrates the complete request/response cycle using federation.fetch(). This work provides developers with a clear, runnable reference that reduces the complexity of implementing custom collections in ActivityPub applications.

We appreciate these meaningful contributions that help make Fedify more accessible and robust for the entire ActivityPub community.

#opensource #fedidev #fediverse

We'd like to recognize the valuable contributions from two developers who participated in Korea's #OSSCA (Open Source Contribution Academy) program. Both contributors identified important gaps in #Fedify's functionality and documentation, providing thoughtful solutions that benefit the broader #ActivityPub ecosystem.

@gaebalgom contributed PR #365, addressing issue #353 regarding NodeInfo parser compatibility, originally reported by @andypiper. The issue arose when Fedify incorrectly rejected #NodeInfo documents from snac instances due to overly strict version string parsing that required semantic versioning compliance. Their solution improves the fallback behavior in the parseSoftware() function to handle non-SemVer version strings by parsing dot-separated numbers and defaulting to zero for missing components. The implementation includes thorough test coverage for various edge cases, including single numbers (3), two-part versions (2.81), and malformed version strings. This fix provides immediate compatibility improvements across the fediverse while maintaining backward compatibility, and will be included in Fedify 1.9. The contribution serves as an interim solution, with a more comprehensive fix planned for Fedify 2.0 (issue #366), where the NodeInfo software.version field will be changed from the SemVer type to a plain string to fully comply with the NodeInfo specification.

@z9mb1 contributed PR #364, resolving issue #337 by adding practical examples for Fedify's custom collection dispatchers feature. Custom collections were introduced in Fedify 1.8 but lacked clear documentation for developers seeking to implement them. Their contribution provides a comprehensive example demonstrating how to set up custom collections for tagged posts, including proper routing patterns, pagination handling, and counter functionality. The example includes mock data structures, shows how to configure collection dispatchers with URL patterns like /users/{userId}/tags/{tag}, and demonstrates the complete request/response cycle using federation.fetch(). This work provides developers with a clear, runnable reference that reduces the complexity of implementing custom collections in ActivityPub applications.

We appreciate these meaningful contributions that help make Fedify more accessible and robust for the entire ActivityPub community.

#opensource #fedidev #fediverse

We'd like to recognize the valuable contributions from two developers who participated in Korea's #OSSCA (Open Source Contribution Academy) program. Both contributors identified important gaps in #Fedify's functionality and documentation, providing thoughtful solutions that benefit the broader #ActivityPub ecosystem.

@gaebalgom contributed PR #365, addressing issue #353 regarding NodeInfo parser compatibility, originally reported by @andypiper. The issue arose when Fedify incorrectly rejected #NodeInfo documents from snac instances due to overly strict version string parsing that required semantic versioning compliance. Their solution improves the fallback behavior in the parseSoftware() function to handle non-SemVer version strings by parsing dot-separated numbers and defaulting to zero for missing components. The implementation includes thorough test coverage for various edge cases, including single numbers (3), two-part versions (2.81), and malformed version strings. This fix provides immediate compatibility improvements across the fediverse while maintaining backward compatibility, and will be included in Fedify 1.9. The contribution serves as an interim solution, with a more comprehensive fix planned for Fedify 2.0 (issue #366), where the NodeInfo software.version field will be changed from the SemVer type to a plain string to fully comply with the NodeInfo specification.

@z9mb1 contributed PR #364, resolving issue #337 by adding practical examples for Fedify's custom collection dispatchers feature. Custom collections were introduced in Fedify 1.8 but lacked clear documentation for developers seeking to implement them. Their contribution provides a comprehensive example demonstrating how to set up custom collections for tagged posts, including proper routing patterns, pagination handling, and counter functionality. The example includes mock data structures, shows how to configure collection dispatchers with URL patterns like /users/{userId}/tags/{tag}, and demonstrates the complete request/response cycle using federation.fetch(). This work provides developers with a clear, runnable reference that reduces the complexity of implementing custom collections in ActivityPub applications.

We appreciate these meaningful contributions that help make Fedify more accessible and robust for the entire ActivityPub community.

#opensource #fedidev #fediverse

We'd like to recognize the valuable contributions from two developers who participated in Korea's #OSSCA (Open Source Contribution Academy) program. Both contributors identified important gaps in #Fedify's functionality and documentation, providing thoughtful solutions that benefit the broader #ActivityPub ecosystem.

@gaebalgom contributed PR #365, addressing issue #353 regarding NodeInfo parser compatibility, originally reported by @andypiper. The issue arose when Fedify incorrectly rejected #NodeInfo documents from snac instances due to overly strict version string parsing that required semantic versioning compliance. Their solution improves the fallback behavior in the parseSoftware() function to handle non-SemVer version strings by parsing dot-separated numbers and defaulting to zero for missing components. The implementation includes thorough test coverage for various edge cases, including single numbers (3), two-part versions (2.81), and malformed version strings. This fix provides immediate compatibility improvements across the fediverse while maintaining backward compatibility, and will be included in Fedify 1.9. The contribution serves as an interim solution, with a more comprehensive fix planned for Fedify 2.0 (issue #366), where the NodeInfo software.version field will be changed from the SemVer type to a plain string to fully comply with the NodeInfo specification.

@z9mb1 contributed PR #364, resolving issue #337 by adding practical examples for Fedify's custom collection dispatchers feature. Custom collections were introduced in Fedify 1.8 but lacked clear documentation for developers seeking to implement them. Their contribution provides a comprehensive example demonstrating how to set up custom collections for tagged posts, including proper routing patterns, pagination handling, and counter functionality. The example includes mock data structures, shows how to configure collection dispatchers with URL patterns like /users/{userId}/tags/{tag}, and demonstrates the complete request/response cycle using federation.fetch(). This work provides developers with a clear, runnable reference that reduces the complexity of implementing custom collections in ActivityPub applications.

We appreciate these meaningful contributions that help make Fedify more accessible and robust for the entire ActivityPub community.

#opensource #fedidev #fediverse

We'd like to recognize the valuable contributions from two developers who participated in Korea's #OSSCA (Open Source Contribution Academy) program. Both contributors identified important gaps in #Fedify's functionality and documentation, providing thoughtful solutions that benefit the broader #ActivityPub ecosystem.

@gaebalgom contributed PR #365, addressing issue #353 regarding NodeInfo parser compatibility, originally reported by @andypiper. The issue arose when Fedify incorrectly rejected #NodeInfo documents from snac instances due to overly strict version string parsing that required semantic versioning compliance. Their solution improves the fallback behavior in the parseSoftware() function to handle non-SemVer version strings by parsing dot-separated numbers and defaulting to zero for missing components. The implementation includes thorough test coverage for various edge cases, including single numbers (3), two-part versions (2.81), and malformed version strings. This fix provides immediate compatibility improvements across the fediverse while maintaining backward compatibility, and will be included in Fedify 1.9. The contribution serves as an interim solution, with a more comprehensive fix planned for Fedify 2.0 (issue #366), where the NodeInfo software.version field will be changed from the SemVer type to a plain string to fully comply with the NodeInfo specification.

@z9mb1 contributed PR #364, resolving issue #337 by adding practical examples for Fedify's custom collection dispatchers feature. Custom collections were introduced in Fedify 1.8 but lacked clear documentation for developers seeking to implement them. Their contribution provides a comprehensive example demonstrating how to set up custom collections for tagged posts, including proper routing patterns, pagination handling, and counter functionality. The example includes mock data structures, shows how to configure collection dispatchers with URL patterns like /users/{userId}/tags/{tag}, and demonstrates the complete request/response cycle using federation.fetch(). This work provides developers with a clear, runnable reference that reduces the complexity of implementing custom collections in ActivityPub applications.

We appreciate these meaningful contributions that help make Fedify more accessible and robust for the entire ActivityPub community.

#opensource #fedidev #fediverse

We'd like to recognize the valuable contributions from two developers who participated in Korea's #OSSCA (Open Source Contribution Academy) program. Both contributors identified important gaps in #Fedify's functionality and documentation, providing thoughtful solutions that benefit the broader #ActivityPub ecosystem.

@gaebalgom contributed PR #365, addressing issue #353 regarding NodeInfo parser compatibility, originally reported by @andypiper. The issue arose when Fedify incorrectly rejected #NodeInfo documents from snac instances due to overly strict version string parsing that required semantic versioning compliance. Their solution improves the fallback behavior in the parseSoftware() function to handle non-SemVer version strings by parsing dot-separated numbers and defaulting to zero for missing components. The implementation includes thorough test coverage for various edge cases, including single numbers (3), two-part versions (2.81), and malformed version strings. This fix provides immediate compatibility improvements across the fediverse while maintaining backward compatibility, and will be included in Fedify 1.9. The contribution serves as an interim solution, with a more comprehensive fix planned for Fedify 2.0 (issue #366), where the NodeInfo software.version field will be changed from the SemVer type to a plain string to fully comply with the NodeInfo specification.

@z9mb1 contributed PR #364, resolving issue #337 by adding practical examples for Fedify's custom collection dispatchers feature. Custom collections were introduced in Fedify 1.8 but lacked clear documentation for developers seeking to implement them. Their contribution provides a comprehensive example demonstrating how to set up custom collections for tagged posts, including proper routing patterns, pagination handling, and counter functionality. The example includes mock data structures, shows how to configure collection dispatchers with URL patterns like /users/{userId}/tags/{tag}, and demonstrates the complete request/response cycle using federation.fetch(). This work provides developers with a clear, runnable reference that reduces the complexity of implementing custom collections in ActivityPub applications.

We appreciate these meaningful contributions that help make Fedify more accessible and robust for the entire ActivityPub community.

#opensource #fedidev #fediverse

We'd like to recognize the valuable contributions from two developers who participated in Korea's #OSSCA (Open Source Contribution Academy) program. Both contributors identified important gaps in #Fedify's functionality and documentation, providing thoughtful solutions that benefit the broader #ActivityPub ecosystem.

@gaebalgom contributed PR #365, addressing issue #353 regarding NodeInfo parser compatibility, originally reported by @andypiper. The issue arose when Fedify incorrectly rejected #NodeInfo documents from snac instances due to overly strict version string parsing that required semantic versioning compliance. Their solution improves the fallback behavior in the parseSoftware() function to handle non-SemVer version strings by parsing dot-separated numbers and defaulting to zero for missing components. The implementation includes thorough test coverage for various edge cases, including single numbers (3), two-part versions (2.81), and malformed version strings. This fix provides immediate compatibility improvements across the fediverse while maintaining backward compatibility, and will be included in Fedify 1.9. The contribution serves as an interim solution, with a more comprehensive fix planned for Fedify 2.0 (issue #366), where the NodeInfo software.version field will be changed from the SemVer type to a plain string to fully comply with the NodeInfo specification.

@z9mb1 contributed PR #364, resolving issue #337 by adding practical examples for Fedify's custom collection dispatchers feature. Custom collections were introduced in Fedify 1.8 but lacked clear documentation for developers seeking to implement them. Their contribution provides a comprehensive example demonstrating how to set up custom collections for tagged posts, including proper routing patterns, pagination handling, and counter functionality. The example includes mock data structures, shows how to configure collection dispatchers with URL patterns like /users/{userId}/tags/{tag}, and demonstrates the complete request/response cycle using federation.fetch(). This work provides developers with a clear, runnable reference that reduces the complexity of implementing custom collections in ActivityPub applications.

We appreciate these meaningful contributions that help make Fedify more accessible and robust for the entire ActivityPub community.

#opensource #fedidev #fediverse

We'd like to recognize the valuable contributions from two developers who participated in Korea's #OSSCA (Open Source Contribution Academy) program. Both contributors identified important gaps in #Fedify's functionality and documentation, providing thoughtful solutions that benefit the broader #ActivityPub ecosystem.

@gaebalgom contributed PR #365, addressing issue #353 regarding NodeInfo parser compatibility, originally reported by @andypiper. The issue arose when Fedify incorrectly rejected #NodeInfo documents from snac instances due to overly strict version string parsing that required semantic versioning compliance. Their solution improves the fallback behavior in the parseSoftware() function to handle non-SemVer version strings by parsing dot-separated numbers and defaulting to zero for missing components. The implementation includes thorough test coverage for various edge cases, including single numbers (3), two-part versions (2.81), and malformed version strings. This fix provides immediate compatibility improvements across the fediverse while maintaining backward compatibility, and will be included in Fedify 1.9. The contribution serves as an interim solution, with a more comprehensive fix planned for Fedify 2.0 (issue #366), where the NodeInfo software.version field will be changed from the SemVer type to a plain string to fully comply with the NodeInfo specification.

@z9mb1 contributed PR #364, resolving issue #337 by adding practical examples for Fedify's custom collection dispatchers feature. Custom collections were introduced in Fedify 1.8 but lacked clear documentation for developers seeking to implement them. Their contribution provides a comprehensive example demonstrating how to set up custom collections for tagged posts, including proper routing patterns, pagination handling, and counter functionality. The example includes mock data structures, shows how to configure collection dispatchers with URL patterns like /users/{userId}/tags/{tag}, and demonstrates the complete request/response cycle using federation.fetch(). This work provides developers with a clear, runnable reference that reduces the complexity of implementing custom collections in ActivityPub applications.

We appreciate these meaningful contributions that help make Fedify more accessible and robust for the entire ActivityPub community.

#opensource #fedidev #fediverse

We'd like to recognize the valuable contributions from two developers who participated in Korea's #OSSCA (Open Source Contribution Academy) program. Both contributors identified important gaps in #Fedify's functionality and documentation, providing thoughtful solutions that benefit the broader #ActivityPub ecosystem.

@gaebalgom contributed PR #365, addressing issue #353 regarding NodeInfo parser compatibility, originally reported by @andypiper. The issue arose when Fedify incorrectly rejected #NodeInfo documents from snac instances due to overly strict version string parsing that required semantic versioning compliance. Their solution improves the fallback behavior in the parseSoftware() function to handle non-SemVer version strings by parsing dot-separated numbers and defaulting to zero for missing components. The implementation includes thorough test coverage for various edge cases, including single numbers (3), two-part versions (2.81), and malformed version strings. This fix provides immediate compatibility improvements across the fediverse while maintaining backward compatibility, and will be included in Fedify 1.9. The contribution serves as an interim solution, with a more comprehensive fix planned for Fedify 2.0 (issue #366), where the NodeInfo software.version field will be changed from the SemVer type to a plain string to fully comply with the NodeInfo specification.

@z9mb1 contributed PR #364, resolving issue #337 by adding practical examples for Fedify's custom collection dispatchers feature. Custom collections were introduced in Fedify 1.8 but lacked clear documentation for developers seeking to implement them. Their contribution provides a comprehensive example demonstrating how to set up custom collections for tagged posts, including proper routing patterns, pagination handling, and counter functionality. The example includes mock data structures, shows how to configure collection dispatchers with URL patterns like /users/{userId}/tags/{tag}, and demonstrates the complete request/response cycle using federation.fetch(). This work provides developers with a clear, runnable reference that reduces the complexity of implementing custom collections in ActivityPub applications.

We appreciate these meaningful contributions that help make Fedify more accessible and robust for the entire ActivityPub community.

#opensource #fedidev #fediverse

We'd like to recognize the valuable contributions from two developers who participated in Korea's #OSSCA (Open Source Contribution Academy) program. Both contributors identified important gaps in #Fedify's functionality and documentation, providing thoughtful solutions that benefit the broader #ActivityPub ecosystem.

@gaebalgom contributed PR #365, addressing issue #353 regarding NodeInfo parser compatibility, originally reported by @andypiper. The issue arose when Fedify incorrectly rejected #NodeInfo documents from snac instances due to overly strict version string parsing that required semantic versioning compliance. Their solution improves the fallback behavior in the parseSoftware() function to handle non-SemVer version strings by parsing dot-separated numbers and defaulting to zero for missing components. The implementation includes thorough test coverage for various edge cases, including single numbers (3), two-part versions (2.81), and malformed version strings. This fix provides immediate compatibility improvements across the fediverse while maintaining backward compatibility, and will be included in Fedify 1.9. The contribution serves as an interim solution, with a more comprehensive fix planned for Fedify 2.0 (issue #366), where the NodeInfo software.version field will be changed from the SemVer type to a plain string to fully comply with the NodeInfo specification.

@z9mb1 contributed PR #364, resolving issue #337 by adding practical examples for Fedify's custom collection dispatchers feature. Custom collections were introduced in Fedify 1.8 but lacked clear documentation for developers seeking to implement them. Their contribution provides a comprehensive example demonstrating how to set up custom collections for tagged posts, including proper routing patterns, pagination handling, and counter functionality. The example includes mock data structures, shows how to configure collection dispatchers with URL patterns like /users/{userId}/tags/{tag}, and demonstrates the complete request/response cycle using federation.fetch(). This work provides developers with a clear, runnable reference that reduces the complexity of implementing custom collections in ActivityPub applications.

We appreciate these meaningful contributions that help make Fedify more accessible and robust for the entire ActivityPub community.

#opensource #fedidev #fediverse

Fedify is an #ActivityPub server framework in #TypeScript & #JavaScript. It aims to eliminate the complexity and redundant boilerplate code when building a federated server app, so that you can focus on your business logic and user experience.

The key features it provides currently are:

• Type-safe objects for Activity Vocabulary (including some vendor-specific extensions)
• #WebFinger client and server
• HTTP Signatures & Linked Data Signatures & Object Integrity Proofs
• Middleware for handling webhooks
• #NodeInfo protocol
• #Node.js, #Deno, and #Bun support
• CLI toolchain for testing and debugging

If you're curious, take a look at the #Fedify website! There's comprehensive docs, a demo, a tutorial, example code, and more:

https://fedify.dev/

#fediDev #mastodev #nodeinfo

do any fedi client devs know how to get a nodeinfo request to work? in the browser i receive JSON, while with my client i receive an HTML error saying use the web or a client.

EDIT: solved, you just have to not fuck everything up in your request (no special details required).

Started writing a new FEP:

FEP-0151: NodeInfo in Fediverse Software (2025 edition)

Mentioned some best practices. What else should be added there?

#FEP #NodeInfo

Started writing a new FEP:

FEP-0151: NodeInfo in Fediverse Software (2025 edition)

Mentioned some best practices. What else should be added there?

#FEP #NodeInfo

Started writing a new FEP:

FEP-0151: NodeInfo in Fediverse Software (2025 edition)

Mentioned some best practices. What else should be added there?

#FEP #NodeInfo

Started writing a new FEP:

FEP-0151: NodeInfo in Fediverse Software (2025 edition)

Mentioned some best practices. What else should be added there?

#FEP #NodeInfo

Started writing a new FEP:

FEP-0151: NodeInfo in Fediverse Software (2025 edition)

Mentioned some best practices. What else should be added there?

#FEP #NodeInfo

Fedify is an #ActivityPub server framework in #TypeScript & #JavaScript. It aims to eliminate the complexity and redundant boilerplate code when building a federated server app, so that you can focus on your business logic and user experience.

The key features it provides currently are:

• Type-safe objects for Activity Vocabulary (including some vendor-specific extensions)
• #WebFinger client and server
• HTTP Signatures & Linked Data Signatures & Object Integrity Proofs
• Middleware for handling webhooks
• #NodeInfo protocol
• #Node.js, #Deno, and #Bun support
• CLI toolchain for testing and debugging

If you're curious, take a look at the #Fedify website! There's comprehensive docs, a demo, a tutorial, example code, and more:

https://fedify.dev/

Fedify is an #ActivityPub server framework in #TypeScript & #JavaScript. It aims to eliminate the complexity and redundant boilerplate code when building a federated server app, so that you can focus on your business logic and user experience.

The key features it provides currently are:

• Type-safe objects for Activity Vocabulary (including some vendor-specific extensions)
• #WebFinger client and server
• HTTP Signatures & Linked Data Signatures & Object Integrity Proofs
• Middleware for handling webhooks
• #NodeInfo protocol
• #Node.js, #Deno, and #Bun support
• CLI toolchain for testing and debugging

If you're curious, take a look at the #Fedify website! There's comprehensive docs, a demo, a tutorial, example code, and more:

https://fedify.dev/

Fedify is an #ActivityPub server framework in #TypeScript & #JavaScript. It aims to eliminate the complexity and redundant boilerplate code when building a federated server app, so that you can focus on your business logic and user experience.

The key features it provides currently are:

• Type-safe objects for Activity Vocabulary (including some vendor-specific extensions)
• #WebFinger client and server
• HTTP Signatures & Linked Data Signatures & Object Integrity Proofs
• Middleware for handling webhooks
• #NodeInfo protocol
• #Node.js, #Deno, and #Bun support
• CLI toolchain for testing and debugging

If you're curious, take a look at the #Fedify website! There's comprehensive docs, a demo, a tutorial, example code, and more:

https://fedify.dev/

this work by @graue to add #NodeInfo "feature flag" support to @phanpy is amazing!
https://github.com/cheeaun/phanpy/pull/817

this really helps makes the fediverse stronger ⁂!

AcitivityPub isn't the only protocol used by the Fediverse.

NodeInfo is another protocol that makes up the suite of protocols that the Fediverse is based on.

https://github.com/jhass/nodeinfo/blob/main/PROTOCOL.md

NodeInfo is used to discover various information about the server node.

Such as:

• the software it is running (ex: Mastodon, PIxelfed, etc)
• the server node's total number of users,
• the number of posts on the server node,
• the number of active users,
• etc.

#Fediverse #NodeInfo

#Hollo now gives you accurate usage statistics from #NodeInfo.

Fedifyは、TypeScriptとJavaScriptで書かれたActivityPubサーバーフレームワークです。分散型のソーシャルネットワークを構築するためのサーバーアプリケーションを作る際の複雑さと冗長なコードを排除し、ビジネスロジックとユーザー体験の開発に集中できるようにすることを目指しています。

現在提供している主な機能は以下の通りです：

• Activity Vocabularyのための型安全なオブジェクト（一部のベンダー固有の拡張機能を含む）
• WebFingerクライアントとサーバー
• HTTP SignaturesとObject Integrity Proofs
• ウェブフックを処理するためのミドルウェア
• NodeInfoプロトコル
• Node.js、Deno、Bunのサポート
• テストとデバッグのためのCLIツールチェーン

興味がある方は、Fedifyのウェブサイトをご覧ください！包括的なドキュメント、デモ、チュートリアル、サンプルコードなどが用意されています：

https://fedify.dev/

#Fedify #TypeScript #JavaScript #ActivityPub #NodeInfo #Node #Deno #Bun #fedidev

#Fedify is an #ActivityPub server framework in #TypeScript & #JavaScript. It aims to eliminate the complexity and redundant boilerplate code when building a federated server app, so that you can focus on your business logic and user experience.

The key features it provides currently are:

• Type-safe objects for Activity Vocabulary (including some vendor-specific extensions)
• #WebFinger client and server
• HTTP Signatures
• Middleware for handling webhooks
• #NodeInfo protocol
• #Node.js, #Deno, and #Bun support
• CLI toolchain for testing and debugging

If you're curious, take a look at the Fedify website! There's comprehensive docs, a demo, a tutorial, example code, and more:

https://fedify.dev/

#fedidev

Fedify is an #ActivityPub server framework in #TypeScript & #JavaScript. It aims to eliminate the complexity and redundant boilerplate code when building a federated server app, so that you can focus on your business logic and user experience.

The key features it provides currently are:

• Type-safe objects for Activity Vocabulary (including some vendor-specific extensions)
• #WebFinger client and server
• HTTP Signatures & Linked Data Signatures & Object Integrity Proofs
• Middleware for handling webhooks
• #NodeInfo protocol
• #Node.js, #Deno, and #Bun support
• CLI toolchain for testing and debugging

If you're curious, take a look at the #Fedify website! There's comprehensive docs, a demo, a tutorial, example code, and more:

https://fedify.dev/