#protocolbuffers — Public Fediverse posts
Live and recent posts from across the Fediverse tagged #protocolbuffers, aggregated by home.social.
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#Confluent introduces a new approach in #ApacheKafka that moves schema IDs from message payloads to record headers.
✅ Simplify schema governance & evolution.
✅ Improve compatibility across serialization formats
✅ Reduce coupling between data & metadata in event-driven architecturesRead the deep dive on #InfoQ ⇨ https://bit.ly/4tF7Fot
#ML #EventStreamProcessing #ProtocolBuffers #DataPipelines #DataAnalytics
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#Confluent introduces a new approach in #ApacheKafka that moves schema IDs from message payloads to record headers.
✅ Simplify schema governance & evolution.
✅ Improve compatibility across serialization formats
✅ Reduce coupling between data & metadata in event-driven architecturesRead the deep dive on #InfoQ ⇨ https://bit.ly/4tF7Fot
#ML #EventStreamProcessing #ProtocolBuffers #DataPipelines #DataAnalytics
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#Confluent introduces a new approach in #ApacheKafka that moves schema IDs from message payloads to record headers.
✅ Simplify schema governance & evolution.
✅ Improve compatibility across serialization formats
✅ Reduce coupling between data & metadata in event-driven architecturesRead the deep dive on #InfoQ ⇨ https://bit.ly/4tF7Fot
#ML #EventStreamProcessing #ProtocolBuffers #DataPipelines #DataAnalytics
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#Confluent introduces a new approach in #ApacheKafka that moves schema IDs from message payloads to record headers.
✅ Simplify schema governance & evolution.
✅ Improve compatibility across serialization formats
✅ Reduce coupling between data & metadata in event-driven architecturesRead the deep dive on #InfoQ ⇨ https://bit.ly/4tF7Fot
#ML #EventStreamProcessing #ProtocolBuffers #DataPipelines #DataAnalytics
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#Confluent introduces a new approach in #ApacheKafka that moves schema IDs from message payloads to record headers.
✅ Simplify schema governance & evolution.
✅ Improve compatibility across serialization formats
✅ Reduce coupling between data & metadata in event-driven architecturesRead the deep dive on #InfoQ ⇨ https://bit.ly/4tF7Fot
#ML #EventStreamProcessing #ProtocolBuffers #DataPipelines #DataAnalytics
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Protobuf library flaw enables remote JavaScript code execution
A critical flaw in the popular protobuf.js library has been exposed, allowing hackers to execute JavaScript code remotely - and a proof-of-concept exploit has already been published, putting countless systems at risk.
#RemoteCodeExecution #Javascript #Protobuf #ProtocolBuffers #EmergingThreats
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😆 Ah, #Skir, the "revolutionary" tool that claims to outshine Protocol Buffers! Because, of course, adding yet another layer of complexity with its own .skir files and #YAML wizardry is exactly what every developer needs to clutter their toolchain. 🚀 But hey, at least it promises to make that #TypeScript code feel like home, as if we weren't already comfy enough in our coding caves. 🙄
https://skir.build/ #ProtocolBuffers #DeveloperTools #HackerNews #ngated -
😆 Ah, #Skir, the "revolutionary" tool that claims to outshine Protocol Buffers! Because, of course, adding yet another layer of complexity with its own .skir files and #YAML wizardry is exactly what every developer needs to clutter their toolchain. 🚀 But hey, at least it promises to make that #TypeScript code feel like home, as if we weren't already comfy enough in our coding caves. 🙄
https://skir.build/ #ProtocolBuffers #DeveloperTools #HackerNews #ngated -
😆 Ah, #Skir, the "revolutionary" tool that claims to outshine Protocol Buffers! Because, of course, adding yet another layer of complexity with its own .skir files and #YAML wizardry is exactly what every developer needs to clutter their toolchain. 🚀 But hey, at least it promises to make that #TypeScript code feel like home, as if we weren't already comfy enough in our coding caves. 🙄
https://skir.build/ #ProtocolBuffers #DeveloperTools #HackerNews #ngated -
😆 Ah, #Skir, the "revolutionary" tool that claims to outshine Protocol Buffers! Because, of course, adding yet another layer of complexity with its own .skir files and #YAML wizardry is exactly what every developer needs to clutter their toolchain. 🚀 But hey, at least it promises to make that #TypeScript code feel like home, as if we weren't already comfy enough in our coding caves. 🙄
https://skir.build/ #ProtocolBuffers #DeveloperTools #HackerNews #ngated -
Już kiedyś wspominaliśmy o #ProtocolBuffers (lub #Protobuf), ale ten artykuł wyjaśnia to wszystko bardzo jasno i warto się z nim zapoznać.
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Już kiedyś wspominaliśmy o #ProtocolBuffers (lub #Protobuf), ale ten artykuł wyjaśnia to wszystko bardzo jasno i warto się z nim zapoznać.
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Już kiedyś wspominaliśmy o #ProtocolBuffers (lub #Protobuf), ale ten artykuł wyjaśnia to wszystko bardzo jasno i warto się z nim zapoznać.
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Już kiedyś wspominaliśmy o #ProtocolBuffers (lub #Protobuf), ale ten artykuł wyjaśnia to wszystko bardzo jasno i warto się z nim zapoznać.
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Już kiedyś wspominaliśmy o #ProtocolBuffers (lub #Protobuf), ale ten artykuł wyjaśnia to wszystko bardzo jasno i warto się z nim zapoznać.
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#GoogleCloud announces #gRPC as native transport for #MCP #AI
🔌 Eliminates need for transcoding gateways between #gRPC services and #MCP JSON-RPC
⚡ Binary encoding via #ProtocolBuffers shrinks messages up to 10x compared to JSON - dramatically lower latency, reduced bandwidth consumption & faster serialization
🧵 👇
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#GoogleCloud announces #gRPC as native transport for #MCP #AI
🔌 Eliminates need for transcoding gateways between #gRPC services and #MCP JSON-RPC
⚡ Binary encoding via #ProtocolBuffers shrinks messages up to 10x compared to JSON - dramatically lower latency, reduced bandwidth consumption & faster serialization
🧵 👇
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#GoogleCloud announces #gRPC as native transport for #MCP #AI
🔌 Eliminates need for transcoding gateways between #gRPC services and #MCP JSON-RPC
⚡ Binary encoding via #ProtocolBuffers shrinks messages up to 10x compared to JSON - dramatically lower latency, reduced bandwidth consumption & faster serialization
🧵 👇
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#GoogleCloud announces #gRPC as native transport for #MCP #AI
🔌 Eliminates need for transcoding gateways between #gRPC services and #MCP JSON-RPC
⚡ Binary encoding via #ProtocolBuffers shrinks messages up to 10x compared to JSON - dramatically lower latency, reduced bandwidth consumption & faster serialization
🧵 👇
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#GoogleCloud announces #gRPC as native transport for #MCP #AI
🔌 Eliminates need for transcoding gateways between #gRPC services and #MCP JSON-RPC
⚡ Binary encoding via #ProtocolBuffers shrinks messages up to 10x compared to JSON - dramatically lower latency, reduced bandwidth consumption & faster serialization
🧵 👇
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🚀 gRPC es el framework de Google que acelera la comunicación entre servicios. Usa HTTP/2 y Protocol Buffers para máximo rendimiento. ¡Conoce cómo funciona! 💻
Lee más 👉 https://www.soloingenieria.org/ingenieria-en-sistemas/grpc/
#gRPC #Microservicios #IngenieríaDeSistemas #DesarrolloBackend #ProtocolBuffers #HTTP2
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En microservicios, la velocidad de comunicación define el rendimiento total. gRPC existe porque Google entendió esto antes que nadie. 🚀
#gRPC #Microservicios #IngenieríaDeSistemas #DesarrolloBackend #ProtocolBuffers #HTTP2
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Raspberry Pi Pico 2 × Zephyr × Pigweed で実現する「型安全」なRPC通信とLチカ点灯
https://qiita.com/akiiiiita/items/f43ebfb08d53a5228509?utm_campaign=popular_items&utm_medium=feed&utm_source=popular_items#qiita #ProtocolBuffers #Zephyr #LED点灯 #RaspberryPiPico #pigweed
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Raspberry Pi Pico 2 × Zephyr × Pigweed で実現する「型安全」なRPC通信とLチカ点灯
https://qiita.com/akiiiiita/items/f43ebfb08d53a5228509?utm_campaign=popular_items&utm_medium=feed&utm_source=popular_items#qiita #ProtocolBuffers #Zephyr #LED点灯 #RaspberryPiPico #pigweed
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Achievement unlocked... I've just successfully transmitted the first Protocol Buffers messages over a UART link between an STM32G070 MCU (code written in Rust using Embassy) and a Python test program running on my Debian Linux laptop.
Messages are sent with a small header (sync byte and length) and a CRC-16 trailer, and all worked on the second try (on the first try the CRC-16 calculation on the MCU was ignoring the first two bytes of the message - doh!).
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Achievement unlocked... I've just successfully transmitted the first Protocol Buffers messages over a UART link between an STM32G070 MCU (code written in Rust using Embassy) and a Python test program running on my Debian Linux laptop.
Messages are sent with a small header (sync byte and length) and a CRC-16 trailer, and all worked on the second try (on the first try the CRC-16 calculation on the MCU was ignoring the first two bytes of the message - doh!).
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Achievement unlocked... I've just successfully transmitted the first Protocol Buffers messages over a UART link between an STM32G070 MCU (code written in Rust using Embassy) and a Python test program running on my Debian Linux laptop.
Messages are sent with a small header (sync byte and length) and a CRC-16 trailer, and all worked on the second try (on the first try the CRC-16 calculation on the MCU was ignoring the first two bytes of the message - doh!).
-
Achievement unlocked... I've just successfully transmitted the first Protocol Buffers messages over a UART link between an STM32G070 MCU (code written in Rust using Embassy) and a Python test program running on my Debian Linux laptop.
Messages are sent with a small header (sync byte and length) and a CRC-16 trailer, and all worked on the second try (on the first try the CRC-16 calculation on the MCU was ignoring the first two bytes of the message - doh!).
-
Achievement unlocked... I've just successfully transmitted the first Protocol Buffers messages over a UART link between an STM32G070 MCU (code written in Rust using Embassy) and a Python test program running on my Debian Linux laptop.
Messages are sent with a small header (sync byte and length) and a CRC-16 trailer, and all worked on the second try (on the first try the CRC-16 calculation on the MCU was ignoring the first two bytes of the message - doh!).
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I'm working on a new project which will be using Protocol Buffers for messaging between two systems. One of the message operations will be a ping/pong heartbeat, so that the two systems can know that the other system is operational.
In Protocol Buffers language, the ping message will be named PingRequest. What should the name of the pong message be?
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I'm working on a new project which will be using Protocol Buffers for messaging between two systems. One of the message operations will be a ping/pong heartbeat, so that the two systems can know that the other system is operational.
In Protocol Buffers language, the ping message will be named PingRequest. What should the name of the pong message be?
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I'm working on a new project which will be using Protocol Buffers for messaging between two systems. One of the message operations will be a ping/pong heartbeat, so that the two systems can know that the other system is operational.
In Protocol Buffers language, the ping message will be named PingRequest. What should the name of the pong message be?
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I'm working on a new project which will be using Protocol Buffers for messaging between two systems. One of the message operations will be a ping/pong heartbeat, so that the two systems can know that the other system is operational.
In Protocol Buffers language, the ping message will be named PingRequest. What should the name of the pong message be?
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I'm working on a new project which will be using Protocol Buffers for messaging between two systems. One of the message operations will be a ping/pong heartbeat, so that the two systems can know that the other system is operational.
In Protocol Buffers language, the ping message will be named PingRequest. What should the name of the pong message be?
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Z pewnością przy przesyłaniu danych korzystacie z takich formatów jak XML czy JSON - są tak popularne, że słyszały o nich nawet osoby, które na co dzień nie zajmują się informatyką. Ale czy słyszeliście o Protocol Buffers i tym, jak potrafią przyspieszyć transport informacji? No to już słyszeliście.
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Z pewnością przy przesyłaniu danych korzystacie z takich formatów jak XML czy JSON - są tak popularne, że słyszały o nich nawet osoby, które na co dzień nie zajmują się informatyką. Ale czy słyszeliście o Protocol Buffers i tym, jak potrafią przyspieszyć transport informacji? No to już słyszeliście.
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Curious about how Lyft uses #ProtocolBuffers for inter-system integration?
They prioritize collaborative protocol design, ensuring shared definitions across teams & systems. This approach not only enhances knowledge sharing but also boosts consistency and elevates development process quality.
More on #InfoQ 👉 https://bit.ly/3ZpYa0M
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Curious about how Lyft uses #ProtocolBuffers for inter-system integration?
They prioritize collaborative protocol design, ensuring shared definitions across teams & systems. This approach not only enhances knowledge sharing but also boosts consistency and elevates development process quality.
More on #InfoQ 👉 https://bit.ly/3ZpYa0M
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Curious about how Lyft uses #ProtocolBuffers for inter-system integration?
They prioritize collaborative protocol design, ensuring shared definitions across teams & systems. This approach not only enhances knowledge sharing but also boosts consistency and elevates development process quality.
More on #InfoQ 👉 https://bit.ly/3ZpYa0M
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Curious about how Lyft uses #ProtocolBuffers for inter-system integration?
They prioritize collaborative protocol design, ensuring shared definitions across teams & systems. This approach not only enhances knowledge sharing but also boosts consistency and elevates development process quality.
More on #InfoQ 👉 https://bit.ly/3ZpYa0M
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Curious about how Lyft uses #ProtocolBuffers for inter-system integration?
They prioritize collaborative protocol design, ensuring shared definitions across teams & systems. This approach not only enhances knowledge sharing but also boosts consistency and elevates development process quality.
More on #InfoQ 👉 https://bit.ly/3ZpYa0M
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Comments from the .proto file are now carried over to the .dylan file, and add-foo methods are created for repeated fields.
https://github.com/cgay/protocol-buffers/blob/main/sources/descriptor-pb.dylan
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Comments from the .proto file are now carried over to the .dylan file, and add-foo methods are created for repeated fields.
https://github.com/cgay/protocol-buffers/blob/main/sources/descriptor-pb.dylan
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Comments from the .proto file are now carried over to the .dylan file, and add-foo methods are created for repeated fields.
https://github.com/cgay/protocol-buffers/blob/main/sources/descriptor-pb.dylan
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This commit contains the generated code for descriptor.proto. Dylan protobufs are now bootstrapped! (But lots more work to do.)
https://github.com/cgay/protocol-buffers/commit/bf084b35eb2d11230ed8e83b60cc6cbae7d733ea
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This commit contains the generated code for descriptor.proto. Dylan protobufs are now bootstrapped! (But lots more work to do.)
https://github.com/cgay/protocol-buffers/commit/bf084b35eb2d11230ed8e83b60cc6cbae7d733ea
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This commit contains the generated code for descriptor.proto. Dylan protobufs are now bootstrapped! (But lots more work to do.)
https://github.com/cgay/protocol-buffers/commit/bf084b35eb2d11230ed8e83b60cc6cbae7d733ea
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This commit contains the generated code for descriptor.proto. Dylan protobufs are now bootstrapped! (But lots more work to do.)
https://github.com/cgay/protocol-buffers/commit/bf084b35eb2d11230ed8e83b60cc6cbae7d733ea