Official OpenResty Fedora 34 & Alpine 3.13 pkg repo
- Fedora 34
- Alpine 3.13
- Fedora 34
- Alpine 3.13
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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
Install OpenResty on Ubuntu 20.04 via apt-get
Streaming HTTP Response Output in OpenResty
Precompile Lua Modules into LuaJIT Bytecode to Speedup OpenResty Startup
Timing Lua Code Correctly in OpenResty
Lookup OpenResty Documentation on Terminal with restydoc
Share Data Across Requests Served by OpenResty
Install OpenResty on CentOS 8 via dnf
The resty Command-Line Utility Demo
Write Your Own Lua Modules for OpenResty Applications
Hello World HTTP Example in OpenResty
OpenResty 1.19.3.1 released
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
- Full Changelog
- The Next Release
- OpenResty 1.17.8.1 released
- Full Changelog
- The Next Release
OpenResty 1.15.8.3 + OpenResty 1.17.8.1 RC1 released
- Full Changelog
- The Next Release
- Full Changelog
- The Next Release
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