OpenResty 1.29.2.3 Released
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OpenResty 1.29.2.1 Released
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Implementing Cluster-Wide TLS Rotation Without Restarts
- The Hidden Fragility of TLS
- Moving from Manual Hacks to Systemic Resilience
- Quantifying Latency Reduction and Uptime Gains
- The Hidden Fragility of TLS
- Moving from Manual Hacks to Systemic Resilience
- Quantifying Latency Reduction and Uptime Gains
OpenResty: The Trusted Choice for Developers Worldwide
- Why Are Developers Worldwide Choosing OpenResty?
- User Testimonials: Authentic Endorsements from the Front Lines
- Technical Prowess: Making Excellence the Norm
- Experience OpenResty’s Exceptional Performance Firsthand
- Why Are Developers Worldwide Choosing OpenResty?
- User Testimonials: Authentic Endorsements from the Front Lines
- Technical Prowess: Making Excellence the Norm
- Experience OpenResty’s Exceptional Performance Firsthand
OpenResty 1.27.1.2 Released
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OpenResty 1.27.1.1 Released
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OpenResty 1.25.3.1 Released
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OpenResty 1.21.4.2 Released
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Pinpointing leaked Lua tables with OpenResty XRay's command-line tools
- How LuaJIT manages memory
- OpenResty XRay’s command-line tools
- An leaking example
- Analysis procedure
- lj-gco-ref analyzer
- Fully-automated analysis
- How LuaJIT manages memory
- OpenResty XRay’s command-line tools
- An leaking example
- Analysis procedure
- lj-gco-ref analyzer
- Fully-automated analysis
OpenResty 1.21.4.2 RC1 is out
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OpenResty 1.19.9.1 released
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- Alpine 3.14 official release
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- Alpine 3.14 official release
OpenResty 1.19.9.1 RC1 is out
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- Windows binary packages
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- Windows binary packages
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OpenResty 1.19.3.2 released
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Official OpenResty Fedora 34 & Alpine 3.13 pkg repo
- Fedora 34
- Alpine 3.13
- Fedora 34
- Alpine 3.13
Official OpenResty Aarch64/ARM64 pkg repo
- Ubuntu 18.04/20.04
- Debian 9/10
- CentOS/RHEL 7/8，Fedora 32/33
- Ubuntu 18.04/20.04
- Debian 9/10
- CentOS/RHEL 7/8，Fedora 32/33
Introduction to Lua-Land CPU Flame Graphs
- What is a Flame Graph
- Simple Lua samples
- Complicated Lua applications
- Sampling overhead
- Safety
- Compatibility
- Other types of Lua-land Flame Graphs
- What is a Flame Graph
- Simple Lua samples
- Complicated Lua applications
- Sampling overhead
- Safety
- Compatibility
- Other types of Lua-land Flame Graphs
Memory Fragmentation in OpenResty and Nginx's Shared Memory Zones
- An empty zone
- Filling entries of similar sizes
- Deleting odd-numbered keys
- Deleting the keys in the first half
- Mitigating Fragmentation
- An empty zone
- Filling entries of similar sizes
- Deleting odd-numbered keys
- Deleting the keys in the first half
- Mitigating Fragmentation
How OpenResty and Nginx Shared Memory Zones Consume RAM
- Slabs and pages
- What is allocated is not what is paid for
- Fake Memory Leaks
- HUP reload
- Slabs and pages
- What is allocated is not what is paid for
- Fake Memory Leaks
- HUP reload
OpenResty 1.17.8.1 released
- OpenResty 1.17.8.1 released
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- OpenResty 1.17.8.1 released
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OpenResty 1.15.8.3 + OpenResty 1.17.8.1 RC1 released
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How OpenResty and Nginx Allocate and Manage Memory
- On The System Level
- On The Application Level
- For Traditional Nginx Servers
- On The System Level
- On The Application Level
- For Traditional Nginx Servers
The LuaJIT GC64 Mode
- The Old Memory Limit
- When Hitting The Memory Limit
- The Memory Limit Is Per Process
- GC-Managed Memory
- Memory Allocated Outside GC
- Extending The x64 Mode to The 4 GB Limit
- The New GC64 Mode
- How to Enable The GC64 Mode
- Performance Impact
- Debugging and Profiling Tool Chains
- The Old Memory Limit
- When Hitting The Memory Limit
- The Memory Limit Is Per Process
- GC-Managed Memory
- Memory Allocated Outside GC
- Extending The x64 Mode to The 4 GB Limit
- The New GC64 Mode
- How to Enable The GC64 Mode
- Performance Impact
- Debugging and Profiling Tool Chains