Pruning: Prove It Can’t Matter, Then Skip It
My Go tool built 7.1 million nodes to use 104 thousand. Pruning the subtrees that provably couldn’t matter made it 2–11× faster — and the output got more com...
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- GoLang 7
- Go 4
- Backend 3
- DevOps 3
- Architecture 2
- Performance 2
- Optimization 2
- apispec 2
- Audit 1
- Logging 1
- CloudComputing 1
- GCP 1
- AWS 1
- Security 1
- Compliance 1
- DataArchitecture 1
- Workflow 1
- StateMachine 1
- PetriNet 1
- OpenSource 1
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- API 1
- Code-first 1
- Spec-first 1
- AST 1
- Generics 1
- go/types 1
- Static Analysis 1
- Compiler 1
- Type System 1
- Memory 1
- Graphs 1
- StaticAnalysis 1
GoLang
Go Struct Padding, and the 2% I Fought For
Field ordering is free memory — until you measure how little of your heap it actually owns
🔍 Extracting Generic Function Signatures from Go AST: A Journey Through go/types
A deep dive into extracting generic function signatures from Go AST, exploring the limitations of go/types.Info.TypeOf and finding a robust solution using In...
🪤 The Hidden Cost of Outdated API Specs (for Go Developers)
Why docs drift happens, how to avoid it, and where spec-first vs code-first really break
🚀 Building a Petri Net-Based Workflow Engine in Go: From Theory to Production
A deep dive into building a flexible, extensible workflow engine inspired by Symfony’s Workflow Component
🔥 Why Audit Logging Doesn’t Belong in Your Main Database
How to implement scalable audit trails without compromising database performance
Go 1.20’s errors.Join and the Great Unwrap Mystery: A Developer’s Journey
Understanding Go’s error handling evolution and the hidden power of joined errors
Go
Pruning: Prove It Can’t Matter, Then Skip It
My Go tool built 7.1 million nodes to use 104 thousand. Pruning the subtrees that provably couldn’t matter made it 2–11× faster — and the output got more com...
Go Struct Padding, and the 2% I Fought For
Field ordering is free memory — until you measure how little of your heap it actually owns
🔍 Extracting Generic Function Signatures from Go AST: A Journey Through go/types
A deep dive into extracting generic function signatures from Go AST, exploring the limitations of go/types.Info.TypeOf and finding a robust solution using In...
🪤 The Hidden Cost of Outdated API Specs (for Go Developers)
Why docs drift happens, how to avoid it, and where spec-first vs code-first really break
Backend
🪤 The Hidden Cost of Outdated API Specs (for Go Developers)
Why docs drift happens, how to avoid it, and where spec-first vs code-first really break
🚀 Building a Petri Net-Based Workflow Engine in Go: From Theory to Production
A deep dive into building a flexible, extensible workflow engine inspired by Symfony’s Workflow Component
🔥 Why Audit Logging Doesn’t Belong in Your Main Database
How to implement scalable audit trails without compromising database performance
DevOps
🪤 The Hidden Cost of Outdated API Specs (for Go Developers)
Why docs drift happens, how to avoid it, and where spec-first vs code-first really break
🚀 Building a Petri Net-Based Workflow Engine in Go: From Theory to Production
A deep dive into building a flexible, extensible workflow engine inspired by Symfony’s Workflow Component
🔥 Why Audit Logging Doesn’t Belong in Your Main Database
How to implement scalable audit trails without compromising database performance
Architecture
🪤 The Hidden Cost of Outdated API Specs (for Go Developers)
Why docs drift happens, how to avoid it, and where spec-first vs code-first really break
🚀 Building a Petri Net-Based Workflow Engine in Go: From Theory to Production
A deep dive into building a flexible, extensible workflow engine inspired by Symfony’s Workflow Component
Performance
Pruning: Prove It Can’t Matter, Then Skip It
My Go tool built 7.1 million nodes to use 104 thousand. Pruning the subtrees that provably couldn’t matter made it 2–11× faster — and the output got more com...
Go Struct Padding, and the 2% I Fought For
Field ordering is free memory — until you measure how little of your heap it actually owns
Optimization
Pruning: Prove It Can’t Matter, Then Skip It
My Go tool built 7.1 million nodes to use 104 thousand. Pruning the subtrees that provably couldn’t matter made it 2–11× faster — and the output got more com...
Go Struct Padding, and the 2% I Fought For
Field ordering is free memory — until you measure how little of your heap it actually owns
apispec
Pruning: Prove It Can’t Matter, Then Skip It
My Go tool built 7.1 million nodes to use 104 thousand. Pruning the subtrees that provably couldn’t matter made it 2–11× faster — and the output got more com...
Go Struct Padding, and the 2% I Fought For
Field ordering is free memory — until you measure how little of your heap it actually owns
Audit
🔥 Why Audit Logging Doesn’t Belong in Your Main Database
How to implement scalable audit trails without compromising database performance
Logging
🔥 Why Audit Logging Doesn’t Belong in Your Main Database
How to implement scalable audit trails without compromising database performance
CloudComputing
🔥 Why Audit Logging Doesn’t Belong in Your Main Database
How to implement scalable audit trails without compromising database performance
GCP
🔥 Why Audit Logging Doesn’t Belong in Your Main Database
How to implement scalable audit trails without compromising database performance
AWS
🔥 Why Audit Logging Doesn’t Belong in Your Main Database
How to implement scalable audit trails without compromising database performance
Security
🔥 Why Audit Logging Doesn’t Belong in Your Main Database
How to implement scalable audit trails without compromising database performance
Compliance
🔥 Why Audit Logging Doesn’t Belong in Your Main Database
How to implement scalable audit trails without compromising database performance
DataArchitecture
🔥 Why Audit Logging Doesn’t Belong in Your Main Database
How to implement scalable audit trails without compromising database performance
Workflow
🚀 Building a Petri Net-Based Workflow Engine in Go: From Theory to Production
A deep dive into building a flexible, extensible workflow engine inspired by Symfony’s Workflow Component
StateMachine
🚀 Building a Petri Net-Based Workflow Engine in Go: From Theory to Production
A deep dive into building a flexible, extensible workflow engine inspired by Symfony’s Workflow Component
PetriNet
🚀 Building a Petri Net-Based Workflow Engine in Go: From Theory to Production
A deep dive into building a flexible, extensible workflow engine inspired by Symfony’s Workflow Component
OpenSource
🚀 Building a Petri Net-Based Workflow Engine in Go: From Theory to Production
A deep dive into building a flexible, extensible workflow engine inspired by Symfony’s Workflow Component
OpenAPI
🪤 The Hidden Cost of Outdated API Specs (for Go Developers)
Why docs drift happens, how to avoid it, and where spec-first vs code-first really break
API
🪤 The Hidden Cost of Outdated API Specs (for Go Developers)
Why docs drift happens, how to avoid it, and where spec-first vs code-first really break
Code-first
🪤 The Hidden Cost of Outdated API Specs (for Go Developers)
Why docs drift happens, how to avoid it, and where spec-first vs code-first really break
Spec-first
🪤 The Hidden Cost of Outdated API Specs (for Go Developers)
Why docs drift happens, how to avoid it, and where spec-first vs code-first really break
AST
🔍 Extracting Generic Function Signatures from Go AST: A Journey Through go/types
A deep dive into extracting generic function signatures from Go AST, exploring the limitations of go/types.Info.TypeOf and finding a robust solution using In...
Generics
🔍 Extracting Generic Function Signatures from Go AST: A Journey Through go/types
A deep dive into extracting generic function signatures from Go AST, exploring the limitations of go/types.Info.TypeOf and finding a robust solution using In...
go/types
🔍 Extracting Generic Function Signatures from Go AST: A Journey Through go/types
A deep dive into extracting generic function signatures from Go AST, exploring the limitations of go/types.Info.TypeOf and finding a robust solution using In...
Static Analysis
🔍 Extracting Generic Function Signatures from Go AST: A Journey Through go/types
A deep dive into extracting generic function signatures from Go AST, exploring the limitations of go/types.Info.TypeOf and finding a robust solution using In...
Compiler
🔍 Extracting Generic Function Signatures from Go AST: A Journey Through go/types
A deep dive into extracting generic function signatures from Go AST, exploring the limitations of go/types.Info.TypeOf and finding a robust solution using In...
Type System
🔍 Extracting Generic Function Signatures from Go AST: A Journey Through go/types
A deep dive into extracting generic function signatures from Go AST, exploring the limitations of go/types.Info.TypeOf and finding a robust solution using In...
Memory
Go Struct Padding, and the 2% I Fought For
Field ordering is free memory — until you measure how little of your heap it actually owns
Graphs
Pruning: Prove It Can’t Matter, Then Skip It
My Go tool built 7.1 million nodes to use 104 thousand. Pruning the subtrees that provably couldn’t matter made it 2–11× faster — and the output got more com...
StaticAnalysis
Pruning: Prove It Can’t Matter, Then Skip It
My Go tool built 7.1 million nodes to use 104 thousand. Pruning the subtrees that provably couldn’t matter made it 2–11× faster — and the output got more com...