add all 2016 summaries

Asim Aslam on Micro, the Go Microservice Toolkit_summary.txt

@@ -0,0 +1,43 @@
+• Introduction to Asim Aslam and his background
+• Overview of the Micro framework and its design decisions
+• Financial sustainability plan for the project and Asim's full-time work on it
+• Adoption and usage of Micro by companies (numbers and scale)
+• Philosophical discussion on the delineation point between a microservice and something larger
+• Designing and building microservices platforms
+• Microservices size and complexity: 1,000-2,000 lines of code
+• Measuring complexity based on mental model creation time
+• Comparing modular vs. monolithic architectures in microservices
+• Collaborative development of microservices in an open-source setting
+• Scaling and distributing microservices to achieve shared goals
+• Automation, self-healing, and fault-tolerance in distributed systems
+• Designing a framework for interacting with microservices through multiple interfaces (CLI, API, bot)
+• Micro is a toolkit for building managed microservices with Go
+• It uses the Go Micro library as its core, which provides fundamentals for communication, message passing, and request serving
+• The toolkit has an outer layer that includes a CLI, API, web UI, and sidecar for interacting with the HTTP interface
+• Asim Aslam built Micro to address the lack of tools for writing microservices in Go
+• Micro aims to simplify the process of building microservices by handling lower-level details
+• Go kit is another library for building distributed systems, which offers a standard library approach
+• The two libraries have different design goals and philosophies: Micro focuses on simplicity and ease of use, while Go kit provides more comprehensive abstractions
+• Micro's pluggable architecture allows users to easily swap out components such as messaging brokers or service discovery mechanisms
+• Importance of supporting different tools while maintaining a unified way of building software
+• Microservices architecture with interchangeable plugins for flexibility
+• Reusability of individual packages in unrelated projects
+• Getting started with Go Micro, including resources and tutorials
+• Serverless computing concept and its benefits
+• Challenges and limitations of serverless approach at scale
+• Event-driven programming and serverless architecture
+• Shift in thinking for building systems from traditional synchronous models
+• Serverless frameworks such as AWS Lambda, Google Functions, IBM OpenWhisk, and serverless.com
+• Use cases for serverless applications: rapid prototyping, frontend and API development, data analytics
+• Available products for driving serverless application development: serverless.com, Apex, OpenWhisk
+• Go 1.7 Beta release features, including SSA compiler, subtests, and performance improvements
+• CoreOS and Torus
+• Distributed storage system for containers
+• Hacker News comments on CoreOS' new project
+• [Discfg] - a distributed serverless configuration tool
+• Asim's Micro project and its potential
+• Open source projects that the panel is thankful for:
+  • CoreOS (Brian)
+  • State Management for Go (Carlisia)
+  • Postfix (Asim)
+  • VLC (Erik)

Beyang Liu on Go at Sourcegraph and Writing Better Code_summary.txt

@@ -0,0 +1,47 @@
+• Beyang Liu introduces himself as a representative of Sourcegraph, a programming assistant built on top of a global graph of code
+• Sourcegraph's features include live-tweeting at GopherCon (although they may not be doing it this year)
+• Recent releases from Sourcegraph include new editor integrations and native tools that provide information one keystroke away while coding
+• Beyang explains the concept behind Sourcegraph, which is to treat code as a graph of nodes and edges, allowing for better understanding and analysis of code
+• The SourceLib library is discussed, which enables language-independent parsing and static analysis of code
+• Listeners discuss their interest in using SourceLib for personal projects and potential use cases
+• Connecting local code to a global graph of open-source code
+• Real-time analysis of semantic changes in code as it's being typed
+• Architecture and scalability for editor plugins
+• Data storage using Postgres and Google Object Store
+• Indexing code data through crawling dependencies
+• Comparison with BigQuery dataset for searching over code
+• Treating code as highly structured data for querying and pattern recognition
+• Future features for team collaboration, such as attaching discussion messages to specific pieces of code
+• On-premise installations of Sourcegraph for larger customers
+• Sourcegraph's application stack is primarily written in Go
+• Benefits of using Go include its solid tooling and lack of surprises when building a web application
+• Go enables metaprogramming through tools like go generate, leading to increased productivity
+• GopherCon has grown along with the Go community, with varying degrees of success and experimentation each year
+• The Go landscape is changing, with more companies outside of tech using Go for distributed systems and business logic
+• GE's "digital company" campaign reflects a broader trend where non-tech companies increasingly rely on software
+• Tooling around Go is considered robust compared to other language ecosystems
+• Building tooling ecosystems and programming assistants for organizations with limited software development expertise
+• Tool sponsorships: Equinox.io (package and distribute Go applications) and ngrok (secure tunneling)
+• Alan Shreve's open-source contributions, including a tool to strip boilerplate from Go code
+• Day-to-day tools used by the speakers, including Vim Go, gometalinter, ffjson, SQL C, Delve debugger, and Goa for generating APIs and code
+• Importance of dependency management tools and potential interest in popular but underutilized tools
+• Sourcegraph use and other tools
+• Gen-mocks tool for generating mock structs
+• Go Tooling and Garbage Collector improvements
+• Twitch blog post on garbage collector latency
+• GopherCon talks and presentations
+• Kubernetes 1.3 release and cluster federation
+• etcd 3.0 release and scalability
+• Traefik.io load balancer 2.0 release
+• Glide 0.11 release and new features
+• Code analysis on Go projects
+• Desirable statistics for code repositories (e.g. function call frequency, external dependencies)
+• Effects of importing packages on project size and complexity
+• Call to action for users to suggest additional statistics or features
+• #FreeSoftwareFriday discussion and shoutouts to open-source projects and maintainers
+• Shoutouts to specific projects (GoKit, The Silver Searcher) for their contributions to the Go ecosystem
+• Discussion of Matt's unannounced work
+• Encouragement to tweet at Matt to release his work publicly
+• Thanks and appreciation for listeners and sponsors
+• Upcoming events: GopherCon, live streaming on Twitch
+• Promotion of GoTime.fm newsletter and social media channels

Bill Kennedy on Mechanical Sympathy_summary.txt

@@ -0,0 +1,38 @@
+• Introduction of episode 6 guests, including Bill Kennedy from Ardan Labs
+• Discussion of interesting projects, including:
+	+ Acksin's StatsD to Google Analytics hack
+	+ Manul, a vendoring project using Git submodules
+• Overview of potential drawbacks and issues with Git submodules
+• Discussion of Mechanical Sympathy, its origin and application in programming
+• Bill Kennedy explains his perspective on data-oriented design and Mechanical Sympathy in the context of Go programming language
+• Importance of understanding the data and its relationship to the hardware
+• How CPU caches work and the impact of cache misses on performance
+• The concept of "Mechanical Sympathy" and how to be sympathetic with the hardware by working with data in contiguous blocks
+• Predictable access patterns and their importance for efficient memory usage
+• Temporal and spatial locality, including working with data that is located next to each other or at the same time
+• Examples of inefficient memory usage, such as linked lists and multidimensional arrays iterated over in a non-contiguous way
+• Performance differences between CPU cache and RAM
+• Transaction lookaside buffer and its impact on memory performance
+• Introduction to Go's slice data structure and its advantages
+• Sympathetic code: writing code that is harmonious with the hardware and operating system
+• Data-oriented design and its benefits, including improved readability and maintainability
+• Separating data from behavior in programming design
+• The importance of leveraging slices and functions for efficient coding
+• False sharing: duplicated data in cache lines causes performance issues when one thread writes to it
+• Data-oriented design: keeping related data together can help avoid false sharing and improve performance
+• Slices and contiguous memory: using slices instead of arrays or linked lists can help improve performance by reducing cache misses
+• Struct layout: packing fields tightly without unnecessary padding bytes can improve performance for large datasets
+• Hardware caching: understanding how the hardware caches work is crucial to writing efficient code
+• Discussion of data-oriented design and performance optimization in Go
+• Importance of understanding cache behavior and struct layout
+• Strategies for grouping related data together and minimizing false sharing
+• Bill Kennedy's approach to solving problems as a data manipulation problem
+• Resources available on the Go Training GitHub repo for learning more about CPU caches, Linux operating system, and scheduler behavior
+• A lighthearted discussion about people cosplaying as Bill Kennedy at GopherCon
+• Announcements of workshops and events at GopherCon, including a NATS workshop and a remote meet up platform started by Carlisia and Bill
+• Plans to grow the remote meet up platform with more speakers and locations.
+• Plans to publish an event announcement and tweet about a meetup with limited attendance
+• Compose.io sponsoring the meetup and providing a plus account for 100 attendees
+• Bill Kennedy's efforts to promote the platform and encourage others to start their own MeetUps
+• Open source projects mentioned: CORAL, Go Validator, go-plus, autocomplete-go, go-metalinter, tester-go, LRUcache, Vagrant, Vault, Consul
+• Discussion about a barbecue Gopher mascot and available merchandise

Building a startup on Go_summary.txt

@@ -0,0 +1,43 @@
+• Introduction and sponsor announcements
+• Blake Mizerany's history with Go, starting in 2009 when Google released the language
+• How Go's performance and concurrency features solved problems for Heroku, leading them to adopt the language
+• The impact of Go on distributed systems development
+• The role of Doozer in sparking interest in Go among some developers
+• Discussion of service discovery and configuration management in Go
+• The influence of Google's Chubby paper and Paxos design on Go development
+• Blake Mizerany's experience with Go, including implementing multi-Paxos and reaching out to Rob Pike for feedback
+• The difficulty of advising new Gophers on whether to use a framework or the standard library
+• Blake's reluctance to recommend specific frameworks and his preference for using the standard library whenever possible
+• The "not invented here" syndrome where developers prefer to write their own solutions rather than relying on existing libraries
+• The trade-off between writing custom code vs. pulling in dependencies and the importance of being pragmatic about when to use each approach
+• Blake's personal experience with creating the Postgres driver for Go and his preference to focus on idiomatic Go programming
+• Advice on using Go for startups
+• Benefits of Go for distributed systems
+• Talent pool and language maturity
+• Learning curve and ease of adoption
+• Using Changelog's new site and CMS
+• Open sourcing Changelog's project
+• Present Term: a hack to embed a terminal in presentations
+• News and projects from the Go community
+• JSON-to-Go tool by Matt Holt
+• curl-to-go tool by Matt Holt
+• Gorram (command line app generator) by Nate Finch
+• Go React library for GopherJS by Bjørn Erik Pedersen
+• go-qemu library from DigitalOcean
+• Cory LaNou's Meetup group recipe repository
+• Group coding sessions are popular and well-received
+• Alternative meetup formats can be beneficial, such as group code reviews or problem-solving exercises
+• The Ruby Meetup's "code review" format could be adapted for the Go community
+• A Reviewathon-style meetup could allow for collaborative problem-solving and code review
+• Exercism-style submissions could be used to facilitate group discussions and feedback
+• New packages, such as go-conv, can provide useful functionality and improve coding efficiency
+• Database projects written in Go, like SummitDB, demonstrate the language's capabilities
+• Code School training
+• CoreOS contributions to open source community
+• Stability Badges project
+• My Looking Glass tool written in Go
+• Discussion of Erik St. Martin's use of *strace* command
+• Problem with Docker container taking excessive CPU time due to set comp profile issue
+• Jess Frazelle consulted on the issue but unable to resolve it
+• Recap and closing comments from the hosts
+• Shoutouts to sponsors Linode, Code School, and Fastly for their contributions

Creating a programming language_summary.txt

@@ -0,0 +1,48 @@
+• Introduction and show notes for GoTime episode #28
+• Interview with Thorsten Ball about his book "Writing An Interpreter in Go"
+• Background on Thorsten Ball and his work as a software developer from Germany
+• The language featured in the book, called Monkey, is a fictional language created by Thorsten for educational purposes
+• Discussion of the value of learning about compilers and interpreters, including fun aspects and gaining a deeper understanding of programming languages.
+• Importance of understanding the lower-level workings of software
+• Abstraction leakages: how high-level abstractions can hide complexity
+• Benefits of learning command-line interfaces and manual tool usage
+• Trade-off between productivity and understanding implementation details
+• Value of understanding operating systems, databases, and other low-level technologies
+• Complexity of modern programming tools and systems
+• Importance of abstraction in programming
+• Limited time and mental capacity for learning all aspects of programming
+• Value of understanding low-level concepts like compilers and interpreters
+• Difference between compilers and interpreters
+• Interpreters can be thought of as compilers that execute source code in real-time
+• Compilers produce executable artifacts that can run independently
+• Grey areas between compilation and interpretation, such as just-in-time compilation
+• Just-in-time (JIT) compilation and its relation to compilers and interpreters
+• Difficulty of explaining compiler concepts due to scope and complexity
+• Importance of understanding assembly language, virtual machines, and bytecode for compiler development
+• Recommendation of the book "The Elements of Computing Systems" (Nand2Tetris)
+• Comparison of this book with other compiler books (e.g. Dragon Book) and its intended audience
+• Discussion on the need for handholding and clear explanations in technical writing
+• The book on Go interpreters has 200 pages of code snippets
+• Code in other compiler books is often outdated or pseudo-code and cannot be compiled
+• Author recommends typing out or following along with code to get a better understanding
+• There's a Coursera course available for learning about compilers and interpreters
+• The topic of impostor syndrome was discussed, particularly in relation to learning hardware and low-level development
+• Impostor syndrome and its effects on individuals, particularly in a community where others may seem more knowledgeable
+• The importance of self-improvement over comparing oneself to others
+• How conferences can perpetuate the perception that certain individuals are experts in their field
+• The reality behind writing books or creating complex projects, including research and revision involved
+• Examples of how people's perceptions can be misguided due to lack of knowledge about the process involved
+• Damian is the Head Gopher and has an extensive knowledge of whitepapers
+• The Go Blog has a survey to gather information on company use cases and adoption reasons
+• JetBrains has released a new IDE for Go called Gogland, which has been tested by participants
+• Discussion about Vim mode plugins in other editors
+• Conversation about using Notepad or basic text editors for coding
+• Syntax highlighting issues in Vim
+• Performance of Vim and syntax highlighting
+• Potential benefits of disabling syntax highlighting
+• Shout-outs to various projects:
+	+ Buffalo Web Framework by Mark Bates
+	+ Vim Go plugin by Fatih Arslan
+	+ gitQL, a Git query language tool written in Go
+• Sponsor shoutout to Backtrace and StackImpact
+• Promotion of show's social media handles (Twitter and GitHub) for guest inquiries or questions

Early Go Adoption_summary.txt

@@ -0,0 +1,57 @@
+• Go 1.6 compiler slowed down
+• Recent commit cuts compile times by 40%
+• Compile times may return to pre-Go 1.4 levels in Go 1.7 release
+• CloudFlare blog post on building simple static analysis tool for Go
+• Discussion of using static analysis tools and existing options like New Relic
+• Iron.io's experience with Ruby, its performance issues, and migration to Go
+• Planning for future performance loads and identifying areas that require optimization
+• Discussion about the performance of a Go project and how it outperforms customer needs
+• Mention of RocksDB as a persistence layer in CockroachDB and IronMQ
+• Raft consensus protocol implementation
+• Introduction to go-oauth2-server, an OAuth2 server written in Go
+• Rqlite, a distributed SQLite database written in Go with Raft support
+• Discussion about the ease of building distributed systems using technologies like etcd and RocksDB
+• Discussion of GPUdb and its status as possibly "vaporware"
+• Introduction to Syncthing, a peer-to-peer syncing tool written in Go
+• Features and benefits of using Syncthing for syncing files across machines
+• Mention of alternative methods for file syncing compared to Dropbox
+• Discussion of Caddy, a web server/reverse proxy with built-in Let's Encrypt support
+• Caddy's embeddability and potential for programmatic configuration
+• Introduction to Viper, a command-line tool for pulling in environment variables and config files
+• Use cases and features of Viper
+• Discussion of the Cobra library and its benefits for writing command line tools in Go
+• Mention of Steve's Hugo project as a precursor to Cobra and other libraries such as Viper and Pflag
+• Introduction of Gin Web Framework/ API framework, which simplifies web development in Go
+• Plug for goa, a code generation tool that creates API implementations from Go DSLs
+• Discussion of the benefits of using goa, including readability and the generation of Swagger JSON files for documentation
+• Clarification on how goa works, including defining APIs in Go code with anonymous functions
+• Discussion about Go database access layers, specifically GORM
+• Introduction of GORMA plugin for Goa framework
+• History of using Go at Iron.io, including adoption before 1.0 release
+• Comparison with other languages like Java and Ruby
+• Role of early adopters in promoting the language's growth
+• Importance of community passion and interaction in driving interest in the language
+• Productivity with C++ vs Go
+• Go's concise syntax and small number of keywords
+• Lack of code generation needs in Go development
+• Early pain points with Go (library availability)
+• Comparison to other languages like Java and Ruby
+• Performance optimization in the Go community
+• Allocations and memory management in Go programming
+• Discussion on static analysis tools for Go programming language
+• Importance of memory allocation management at high scale (1M requests/sec)
+• Challenges of tracing down allocations in large codebases
+• Hiring challenges for Go developers and experience with training new hires
+• Adoption of containers, specifically Docker, by the company
+• Use of Docker to enable easy testing and deployment of customer code
+• Discussion of Docker and containerization
+• Experience with early bugs in Docker and how they were handled
+• Advantages of using containers in development and production environments
+• Future prediction for Docker and containerization taking over the computing world
+• Shoutouts to open-source projects, including GopherJS, polymer bindings, and gocyclo
+• Docker and containerization
+• fsnotify library for monitoring file system changes
+• Upcoming major announcement by Travis' company
+• GoTime.fm podcast and newsletter subscription information
+• GitHub suggestions for show topics or guests
+• Appreciation for Travis Reeder's contributions to the Go community

Francesc Campoy on GopherCon and understanding nil_summary.txt

@@ -0,0 +1,47 @@
+• GopherCon recap and experiences
+• Francesc Campoy's talk on embracing nil in Go
+• Nil use cases, including setting channels to nil in select statements
+• Leaking goroutines and concurrent programming pitfalls
+• Go project updates, including the Gotrace package for visualizing concurrency
+• Discussion about a talk on the Eratosthenes Prime Sieve and its visualization
+• Release of videos from GopherCon: timing and process
+• Live streaming of talks and potential impact on physical attendance
+• Benefits of conferences beyond just attending talks (networking, community)
+• Go project room discussions, including dependency discussion and vendoring
+• Plans for future GopherCon events
+• Proposal for a parade balloon gopher mascot
+• Favorite talks from GopherCon (Katrina's talk on fluency vs. proficiency)
+• Discussion of community growth and welcoming newcomers to Go programming
+• Importance of user feedback and diversity in the Go community
+• Need for better resources for beginners, including teaching methods and tools
+• Feedback loop discussion on tour complexity and wording
+• Collaborative book project proposal for high school students
+• Review of Renee French's talk about the Go Gopher design process
+• Discussion of Linode sponsorship and its cloud services
+• Discussion of a talk about vendoring and tooling in Go development
+• Talk "Inside The Map Implementation" from Keith Randall being praised for its technicality and humor
+• Use of the "unsafe" package in Go, including potential risks and alternatives (such as creating an alias)
+• Proposal to create a new top-level domain or vanity package for safe pointer usage
+• Diversity discussions at GopherCon, including ideas for improving newcomer materials and outreach to underrepresented communities
+• Ideas for making the Go community more approachable, including learning from other languages like Ruby
+• Discussion of projects and initiatives aimed at increasing diversity in the Go community, such as Women Who Go and GoBridge
+• Abstraction of Go interface for hardware and robotics projects
+• Ron Evans' Gobot room at Hack Day (now renamed Community Day)
+• Feedback from attendees on previous years' Hack Days/Community Days
+• Potential for a Family Track or Kids' Programming Area with robots and drones
+• Sponsorship opportunities for the Family Track/Kids' Programming Area
+• Promotion of sponsor Equinox, which provides packaging and distribution services for Go applications
+• Discussion of ngrok and its relationship to Equinox
+• Erik St Martin's reluctance to appear on camera
+• GopherCon Brasil conference announcement and preparations
+• Buntdb project discussion and its features
+• CleverGopher channel on Gopher Slack for posting gophie photos
+• Various conference-related topics, including CFP, registration, and sponsorships
+• A humorous exchange about a domain name registration (github.com/totesafe)
+• Discussion about a person bringing swag on an airplane that triggered TSA screening
+• Tips for traveling with electronics and luggage through airport security
+• Shoutouts to open source projects:
+  • Docker
+  • Tsuru (a Platform as a Service alternative to Heroku)
+  • Audacity (an open source digital audio editor used by the Google Cloud Platform Podcast)
+  • Direnv (a tool for managing environment variables and shell commands)

Go Community Discussions_summary.txt

@@ -0,0 +1,42 @@
+• Introduction to the podcast and its guests
+• Guest Cory LaNou's background and community efforts
+• Discussion on writing Go code for launching fireworks
+• News discussion: Go 1.6.2 update, http2 defaulting to true, and GopherChina conference
+• Performance optimization strategies in Go, including:
+	+ When to consider performance (at the beginning vs. after bottlenecks occur)
+	+ Approaches to profiling and benchmarking
+	+ Importance of prioritizing performance issues based on product requirements
+• Goroutine unbounded issues in Go
+• HTTP router benchmarking and micro-optimization
+• Go projects, including the Go Micro Framework and Go kit
+• Microservices architecture at Influx
+• Communication between services using Protobuf, gRPC, or HTTP
+• Trade-offs and challenges of implementing Microservices
+• Discussion of Microservices and their implementation
+• Debugging issues with network protocols (RPC)
+• Announcement of new doc tool "GetDoc" for Go 1.6
+• Cory LaNou's experience with open source development and his talk at GopherCon India
+• Fear and process of contributing to open source projects
+• Discussion of camel riding experiences in the desert
+• Command line vs UI tools for Git
+• Importance of understanding Git reference logs
+• Dangers of deleting and re-cloning repositories
+• Benefits of contributing to open source projects, even with limited skill level
+• The "Help Wanted" label on GitHub for finding beginner-friendly contributions
+• The value of learning by doing and getting feedback from others through pull requests
+• The difficulty of understanding complex code, such as the Go raft library
+• The importance of domain knowledge when reading source code
+• Strategies for learning from code, including starting with the Go docs and then reviewing the code
+• The value of community involvement in software development, particularly in the Go community
+• Ways to get involved in a local Go community, including attending meetups and contributing online
+• The importance of volunteering and helping out with events and projects beyond just coding
+• The importance of having multiple people involved in organizing meetups, including a host, sponsor, and organizer.
+• Reaching out for help when needed, rather than trying to do everything alone.
+• Organizing regional conferences, such as the GothamGo and Gopherfest, and the need for more regionals.
+• Starting conferences, with Brian and Erik offering advice and guidance to those interested.
+• The value of community members traveling to participate in and help with meetups outside their local area.
+• GopherJS team thanked for helping with frontend code fear
+• Haxor News: a command line tool to access Hacker News without browser distractions
+• Vim Go: praised as essential tool for Go development and Vim users
+• Kubernetes: touted as game-changing technology for container orchestration
+• Open source community shoutouts, including Patreon support for Vim Go developer Fatih

Go Kit, Dependency Management, Microservices_summary.txt

@@ -0,0 +1,60 @@
+• Peter Bourgon's background and experience with Go
+• Early attempts at using concurrency in Go, including failed projects and lessons learned
+• Soundcloud's use of Go for internal infrastructure and applications
+• Common mistakes made by beginners in Go, including overuse of channels and misunderstanding interfaces
+• The importance of understanding the subtleties of Go language features, such as interfaces and goroutines
+• The difficulty of rewriting or erasing bad code once it is open-sourced
+• Discussion of how to approach learning and understanding Go, including the value of the language spec and seeking out explanations from experts.
+• The importance of experience and "battle scars" in understanding complex concepts, such as the Memory Model.
+• The challenges of teaching newcomers about the language without them experiencing the problems firsthand.
+• Peter Bourgon's approach to teaching Go through a service-oriented lens, highlighting its strengths and best features.
+• Microservices and their benefits, including reduced complexity and easier maintenance.
+• Peter Bourgon's experience with microservices at Soundcloud and his advocacy for using Go in this area.
+• The ideal size of a codebase is one that can be held in your head as a mental model, and microservices can help with this.
+• Microservices enable organizational harmony, improve shipping velocity, and reduce communication overhead.
+• However, there are risks to taking it too far, such as creating technical problems and duplicated services.
+• An "elegant monolith" architecture can be a viable alternative, especially for small teams or projects.
+• Package boundaries in Go can make it easier to contain code within a single repository.
+• Monorepos can be beneficial, but also have their drawbacks, and there's no one-size-fits-all solution.
+• Dependency management issues in Go
+• The "hope-driven development" approach to dependency management
+• The problem of nested vendoring and vendor directories
+• The proliferation of 13 different standards for managing dependencies
+• Peter Bourgon's proposal to form a committee to pick a standard solution
+• The current state of the community's efforts to address dependency management issues
+• Creation of a new dependency management tool for Go
+• Current state: prototype implementation underway by core committee
+• Goal: create a single standard for dependency management in Go ecosystem
+• Timeline: aim to have a usable prototype by end of year, with potential integration into Go tool in 1.9 timeframe
+• Challenges: competing standards and usability issues introduced by multiple tools
+• The benefits of a restrictive approach to package management in Go
+• Discussion around complex requirements and use cases for Go's package manager
+• Influence from other languages' package managers and idioms
+• Aliases in Go's package manager and potential drawbacks
+• Peter Bourgon's project, Go Kit, and its purpose in addressing microservice architecture challenges in Go
+• The speakers discuss Go Kit's usage and adoption rate, mentioning that many companies use it but don't publicly disclose it.
+• They mention Go Kit's channel on Gopher Slack has over 1,000 members, which is a significant percentage of the total community.
+• The conversation turns to measuring involvement in communities and estimating user numbers, with one speaker citing an "80/20" rule where 80% of users are not visible in public communities.
+• Peter Bourgon compares Go Kit to Go Micro, describing them as having different approaches to solving microservices problems: Go Kit is more conciliatory and focused on software architecture, while Go Micro is more opinionated.
+• The speakers discuss the benefits of Go Kit's modular design, which allows organizations to adopt its principles gradually.
+• Discussion of distributed tracing and logging in Go Kit
+• Trade-offs between adopting multiple features at once vs starting small
+• Comparison of Go Kit with other frameworks like Go Micro
+• Interoperability of Go Kit components with self-written code and other tools
+• New tool gops for debugging Go processes, including its limitations
+• Upcoming GothamGo event in New York City
+• Go Team's new font for Go code
+• Discussion on the usability and readability of the new font
+• Reluctance to change editors or environments despite technological advancements
+• Peter Bourgon's question about a Prometheus-like solution for log management
+• Distributed log storage and querying
+• Comparison of Elasticsearch with other solutions (Logstash, FluentD)
+• Discussion on metrics vs logs and their different use cases
+• Scalability challenges in logging at large scale
+• Differentiating between debug logging and audit logging
+• Mention of structured vs unstructured logging
+• Introduction to #FreeSoftwareFriday segment
+• Discussion of alternative search tools to grep
+• Mention of ack and The Platinum Searcher as viable alternatives
+• Shared experience of panelists discovering The Platinum Searcher but not installing it yet
+• Closing statements and thank yous from the hosts

Go and Data Science_summary.txt

@@ -0,0 +1,37 @@
+• Feature freeze for Go 1.7 announced
+• Binary-only packages now allowed in Go
+• Peter Bourgon updates his "Go Best Practices" talk from 2014 to 2016
+• Discussion of impostor syndrome and code review by Brad and Andrew
+• Upcoming GopherCon presentation on Gopher data science by Daniel Whitenack
+• GAFKA: a Go tool suite for managing KAFKA clusters
+• ChatOps and microservices with Micro and ChatOps bots
+• UNIK: compiling apps into unikernels
+• Micro framework as an ecosystem for microservices
+• Security benefits of unikernels (reduced attack surface)
+• Benefits and limitations of unikernels
+• Data science definition and process
+• Industry applications and drivers behind data science advancements (commerce, advertising)
+• Use cases for data science in business processes and engineering
+• Open-source tools and frameworks for data science (R, Python, etc.)
+• Future replacements for current data science tools in the Go language
+• Shift in community towards accepting multiple languages for data science tasks
+• Discussion of various programming languages used in data science, including R, Python, JavaScript, Go, and Java Scala
+• Introduction of Pachyderm as an interesting project for big data workflows
+• Exploration of Go libraries for data science, such as Gonum and Gota
+• Portability of Python libraries to Go for data processing tasks
+• Efficiency of writing custom code in Go versus relying on dependencies
+• Discussion of the "A little copying is better than a little dependency" mindset in Go development
+• Advice on getting started with data science in Go
+• Importance of mindset when approaching data science in Go
+• Resources for learning data science in Go (Peter's resources, Dave Cheney's)
+• Jupyter kernel for Go and interactive data exploration
+• Existing projects that demonstrate data science capabilities in Go (InfluxDB, Pachyderm)
+• Live demo of data science process using only Go at GopherCon
+• Go notebooks and interactivity with Jupyter
+• Brief overview of Jupyter and its ecosystem
+• Jupyter notebook and Go kernel
+• Carlisia's experience setting up Jupyter and using the Go kernel for note-taking and development
+• Discussion of Vim Go and Neovim as tools for improving development workflow
+• Daniel Whitenack mentions Vim Go and Neovim, and thanks Fatih Arslan for his work on these projects
+• Erik St. Martin talks about Nvim and its benefits over regular Vim
+• Promoting GopherCon and encouraging listeners to attend and participate in panels with speakers

Go in 5 Minutes & design patterns_summary.txt

@@ -0,0 +1,44 @@
+• Introduction to Aaron Schlesinger and his experience with Go
+• Background on Go In 5 Minutes: its creation and purpose
+• Content structure and approach: responding to user feedback and requests, as well as highlighting underutilized or new features in the standard library
+• Discussion of learning patterns: exposing people to idioms and the standard library, scratching the surface of a vast library, and developing use cases
+• Popular content on Go In 5 Minutes: writing a full stack web application with the standard library
+• Aaron Schlesinger's approach to creating video tutorials on design patterns for Go
+• Repository for requesting topics or upvoting existing issues
+• Design patterns in the Gang Of Four book applying to Go and potential drawbacks
+• Over-reliance on design patterns vs. simplicity and adaptability in software design
+• Evolution of design patterns in Go, with a focus on practical applications rather than strict adherence to traditional patterns
+• The importance of flexibility when using design patterns to avoid over-applying them
+• Benefits of learning concurrency design patterns in Go due to its unique features such as channels and lightweight threads
+• Recommendations against studying traditional design patterns too early, instead focusing on Go idioms and simplicity
+• Importance of knowing the Go idioms for writing efficient and organized code
+• Deis' experience with using Go for concurrency-heavy tasks, including watching Kubernetes event streams and implementing log storage systems
+• Discussion of Helm and its relationship to Deis' PaaS
+• Comparison between Go and other languages like Python for specific use cases
+• Discussion of a plugin system for pushing data to community-generated plugins
+• Use of the Kubernetes client library in Go and plans to refactor dependencies
+• Contributions to Helm and Kubernetes projects
+• Challenges with keeping up with Special Interest Groups (SIGs) and proposals in Kubernetes
+• Etymology of the Kubernetes codebase, including its transition from Java-like code to idiomatic Go code
+• Discussion of Teleport, a modern SSH server for clusters and teams written in Go
+• News about the Go compiler's switch to SSA form and potential future performance gains
+• Discussion about Go development tools and plugins for Atom editor
+• Problems with static analysis tools and Docker for Mac performance issues
+• Steve Francia joining the Go Language Team at Google
+• Repository of Go design patterns and idioms
+• Discussion on the usefulness and potential misuse of design patterns in Go
+• Facebook implementing DHTTP load balancer in Go
+• Container bootstrapping with Tupperware
+• Liz Rice's container in Go live presentation at GopherCon
+• Jessie Frazelle's proof of concept for building a containerized version of the Go binary
+• Unikernel project for turning Go apps into unikernels
+• vuls vulnerability scanner written in Go
+• Mozilla's MIG forensic investigation tool and Yahoo!'s web-based vulnerability scanner
+• BoltDB key/value store and its simplicity compared to relational databases
+• Api2Go project for implementing JSONAPI spec compliant RESTful APIs in Go
+• Discussion of the merits of having a canonical place to look for Go packages
+• Introducing the GPS library by Sam Boyer and its potential use in package management in Go
+• Mentioning goviz, a tool for visualizing dependency trees
+• Shoutouts to Miek Gieben's CoreDNS project and the Caddy community
+• Discussion of the refactor of Caddy and its potential for spawning new projects
+• Brief mention of a possible blog post or video about Caddy

Go work groups and hardware projects_summary.txt

@@ -0,0 +1,47 @@
+• Sponsorship by Linode and Code School
+• Jaana Dogan's background as a core contributor to Go and her role as a power user
+• Her experience with Go development on various platforms (hardware, audio, mobile)
+• Brillo Project and its focus on embedded Android development
+• Discussion of electronics and hardware tinkering, including the use of Raspberry Pi and logic analyzers
+• Carlisia Thompson's experience with hardware tinkering and her aversion to static electricity
+• Challenges of debugging hardware communication
+• Importance of visualization and understanding signal processing
+• Learning from hands-on experience with oscilloscopes and other tools
+• Balancing software and hardware interests as a maker or hobbyist
+• Value of simulation in learning about electronics and computer architecture
+• Discussion of the NAND To Tetris book and course on Coursera
+• Feedback gathering on tooling and bigger picture problems
+• Importance of considering the needs of newcomers vs. existing users
+• Identifying areas where historical conventions may be a barrier for those without a Go background
+• Exploring ways to make learning Go easier for beginners
+• Potential improvements in language features, tutorials, and documentation for newcomers
+• Using user studies to gather feedback from people with no prior knowledge or experience with Go
+• Difficulty in finding resources for newcomers to learn Go
+• Need for a more comprehensive and structured onboarding experience
+• Issues with toolchain, including cryptic error messages and difficulty installing dependencies
+• Lack of canonical tutorials and guidelines for using the Go ecosystem
+• Proposal for a website or resource that provides a clear path from beginner to advanced developer
+• Discussion of Rust's book as an example of a comprehensive guide to an ecosystem
+• Need for better communication and feedback mechanisms within the community
+• Discussion of the Go language community's growth and scaling challenges
+• Proposal for establishing workgroups or focus groups to facilitate collective discussion and decision-making
+• Recognition that current communication channels (e.g., issue tracker, proposal process) are insufficient for brainstorming ideas and gathering feedback
+• Importance of creating a lightweight medium for idea generation and discussion
+• Consideration of making Go Team approachable and receptive to community input
+• Proposals for cloud-related workgroups that are provider-agnostic
+• Discussion of how Kubernetes' special interest groups operate and potential application to the Go language community
+• Linode's cloud infrastructure options and pricing
+• Importance of communication in scaling the Go language community
+• Benefits of special interest groups (workgroups) for improving communication between the core team, community members, and contributors
+• Potential topics for workgroups, including documentation, outreach, and Kubernetes-focused groups
+• Chaos Monkey project by Netflix and its transition from Java to Go
+• Pumba: a chaos testing tool for Docker that simulates network conditions
+• Chaos testing in production as discussed by Erik St. Martin and Carlisia Thompson
+• New release of Go (1.7.3) with minor bug fixes
+• Community efforts to revitalize local Go meetups in Chicago and Minneapolis
+• Shoutouts to open source projects, including the Kubernetes special interest groups and the Gopher Slack bot
+• Erik St. Martin crashed during the show due to saying "power user"
+• Jaana Dogan talks about co-op implementations in Go and her work on IoT-related protocols
+• Jaana Dogan mentions her private repositories with hardware interoperability code for Go
+• Discussion of community growth and meta work groups, with potential issues arising from rapid growth
+• Proposal for live streaming sessions to facilitate brainstorming and interaction among developers

It's Go Time!_summary.txt

@@ -0,0 +1,29 @@
+• Introduction to Go programming language podcast "Go Time"
+• Hosts Erik St. Martin, Brian Ketelsen, and Carlisia Thompson introduce themselves
+• Discussion on the importance of community and advocacy for learning Go
+• News segment covers:
+  • Release of Go 1.6.1 and 1.5.4 with CVE security vulnerabilities fixed
+  • Visual Studio Code's improved integration with Go environment
+  • Atom editor's recent update (version 1.7) with enhanced Go tools
+  • IntelliJ IDEA plugin for Go
+• Upcoming features in Vim 8, including asynchronous support
+• Discussion about Vim-go's asynchronous capabilities
+• Comparison between Vim and Neovim, with consideration of potential merger or continued forks
+• Review of an article on the Washington Post discussing Go and its tooling
+• Use cases for Go at the Washington Post and other companies
+• Adoption of Go in various industries and communities
+• Challenges and limitations of using Go in certain areas (e.g. mobile development)
+• Philosophy and design principles behind the Go language
+• Difficulty in grasping Go programming language at first
+• Importance of persistence and "stick-to-it-ness" when learning Go
+• Discussion of the book "Go In Action"
+• Idea that there is no single "silver bullet" feature for Go, but rather a combination of various features and simplicity
+• Advantages of reading Go code due to its simplicity and ease of understanding
+• Promotion of "Your First PR" initiative for open source contribution
+• Discussion on overcoming fear of rejection and the importance of small contributions to open source projects
+• Go community's inviting nature and approachability
+• Introduction of the #FreeSoftwareFriday initiative, where participants share appreciation for open source projects
+• Discussion of Rancher Labs' open source project Rancher and its benefits for container orchestration
+• Shoutouts to Vim Mode Plus and its creator for making Vim-like functionality available in Atom
+• Personal thanks from panel members to various open source projects, including Vim, Arch Linux, and i3 window manager
+• Encouragement to participate in the #FreeSoftwareFriday initiative on Twitter and share appreciation for open source maintainers and projects

Jessie Frazelle on Maintaining Open Source, Docker, dotfiles_summary.txt

@@ -0,0 +1,56 @@
+• Carlisia Thompson is joining Fastly as a full-time Go developer
+• Jessie Frazelle is now working at Google on Kubernetes and has previously worked on Docker
+• The challenges of being an open source maintainer for a large project like Docker
+• Strategies for maintainers to communicate effectively with contributors, particularly in global projects
+• The difficulty of managing pull requests when the number exceeds 100
+• Managing large numbers of issues in the Docker project
+• Duplicate issue submissions and finding similar issues
+• Automated pull request processes and CI steps
+• Maintainer workflow and reviewing pull requests
+• Statistics on issue resolution times and pull request lag
+• Docker's growth and scaling challenges
+• Jessie Frazelle's role and experiences with the Docker project, including CI setup and maintenance
+• Discussion of frustrating tech experiences
+• Jessie Frazelle's experience working at Mesosphere and her positive opinion on Go as the language of the cloud
+• Advantages of using Go for cloud work, including fast compile time and static binaries
+• Linode sponsorship and its CLI tool for managing nodes directly from the terminal
+• Request for a Go SDK for Linode and promotion of a discount code 'GoTime20' 
+• Discussion of Equinox and its features for managing updates to applications
+• Brian Ketelsen promotes Equinox.io, an automated application delivery service with self-updating features.
+• Jessie Frazelle announces Maintainerati, a conference for maintainers to discuss and share ideas about improving open-source projects.
+• Maintainerati will be held at GitHub's office in San Francisco on February 15th, with a cap of 120 attendees.
+• Jessie Frazelle discusses her personal projects, including contain.af, a quiz game to help people learn about system calls and capabilities.
+• The group talks about Jessie's dotfiles, which are highly praised for their organization and efficiency.
+• Jessie Frazelle shares her experience with automated builds on Docker hub and the use of a private registry.
+• Jessie Frazelle discusses a long-standing issue with outdated Docker files
+• She jokes about feeling like she hasn't containerized something yet
+• Erik St. Martin suggests containerizing a window manager
+• The group discusses the challenges of running everything in containers on a personal desktop
+• Jessie shares her experience of starting to speak at conferences and lightning talks
+• The group offers advice on overcoming nerves when speaking publicly, including rehearsing and having support from others
+• GoBridge and Women Who Go resources and support
+• Upcoming conferences and events (GopherCon, GopherFest)
+• GoKit website update
+• Analysis of code with BigQuery using regular expressions
+• Usage statistics for popular Go packages (logging, assertions)
+• Discussion of using the built-in testing package in Go
+• Mention of a CloudFlare blog post on net/http timeout details
+• Comparison of technical blogs, including CloudFlare and Fastly
+• Introduction to Concourse, an open-source CI system for Go
+• Discussion of etcd3 release changes, including watches and gRPC API layer
+• Mention of Changelog Weekly and Nightly feeds for discovering new projects
+• jq command-line tool for working with JSON
+• goconvey tool for testing Go code and running tests in a browser
+• GPGget project by Brian Redbeard from CoreOS, which automates getting and checking GPG signatures
+• Ranger file manager for Linux, written in curses, with VI key bindings and previews
+• Midnight Commander comparisons and nostalgic discussion about old hardware and operating systems
+• Discussion about the hosts' personal lives and lack of sleep
+• Recap of the show and what was covered
+• Upcoming events: GopherCon, live streaming on Twitch
+• Plans for a game at GopherCon to find each other
+• GoTime logo reveal (accidental)
+• Next week's guest: Beyang from Sourcegraph
+• Wrapping up the conversation
+• Saying goodbyes and thanks to Jessie for appearing on the show
+• Invitation for Jessie to return when she has more to share about Kubernetes
+• Discussion of Jessie's budget, with some joking around about it being fictional or someone else's.

Juju, Jujucharms, Gorram_summary.txt

@@ -0,0 +1,39 @@
+• Introduction of guests Erik St. Martin, Carlisia Campos, and Nate Finch
+• Nate Finch's background in Go development, starting with Juju project at Canonical
+• Discussion of Juju as an orchestration platform for tying together services
+• Challenges and lessons learned from working on a large-scale open-source Go project (Juju)
+• Issues with testing framework and long test run times (17-18 minutes)
+• Reference to previous episode discussing Gorram, a concept from the Firefly TV series
+• Creation of Gorram: a Go library to prettify JSON
+• Motivation behind creating Gorram: convenience and efficiency
+• Gorram's functionality: working with any package in the Go path, not just standard library
+• Aliases in Go 1.8 proposal: discussion on their usefulness and potential drawbacks
+• Explanation of what aliases are in Go (syntactic sugar for referencing types from other packages)
+• Concerns about overusing aliases and making code harder to read
+• Potential abuse of new language features
+• Error handling in Go and how it's different from other languages
+• Explicit error handling vs implicit exception handling
+• Benefits of explicit error handling in code organization and readability
+• Comparison of Go's approach to error handling with other programming languages
+• Crash-only software paradigm and its implications
+• Error handling best practices (including panic and error wrapping)
+• Stack traces in error handling
+• Go 1.8 features and changes (including database SQL package, HTTP package, reverse proxy with HTTP2 support, and dynamic plugins)
+• Loading Go packages as dynamic libraries
+• Type safety and generics in dynamic linking
+• Plugins and their benefits in software development (e.g. Kubernetes)
+• Go 1.8 features and updates (GC improvement, new proposal for shorter stop-the-world pauses)
+• Command line user interfaces in Go using gocui library
+• Fuzzy file finder tools written in Go
+• Discussion of Dave's talk on Go functions as first-class citizens
+• Explanation of the act of concurrency pattern and its relation to functions
+• Mention of other talks, including Bryan Boreham's "An Actor Model In Go" and Rob Pyke's Go proverbs talk
+• Changes in Go 1.8, specifically the use of comparators for sorting logic
+• Use cases for first-class functions in validation and sorting
+• Peter Bourgon's draft spec for package management and solicitation of comments
+• GoBridge's community newsletter, Go Pulse, and its sections and volunteer opportunities
+• #FreeSoftwareFriday shoutouts to projects, including Kinetic, Hugo, and CNI
+• GopherCon Brazil conference announced to start the next day
+• Erik St. Martin's talk "Kubernetes As Seen On TV" at KubeCon mentioned
+• Upcoming show skipped due to hosts' travel schedules
+• Gratitude expressed for listeners, sponsors, and social media channels

Kubernetes, Containers, Go_summary.txt

@@ -0,0 +1,51 @@
+• Kelsey Hightower's background and experience with Google Cloud technologies, Golang, and Kubernetes
+• The intersection of sysadmin skills and coding, and how Kelsey brings his operational expertise to development roles
+• Kubernetes as a system that codifies ops people's expertise, requiring operational knowledge to deploy and maintain
+• Abstraction in Kubernetes: abstracting users from cluster operation concerns, but still requiring focus on retry logic, logging, etc.
+• Kelsey's analogy of Kubernetes as the runtime for infrastructure, much like Go's runtime for applications
+• The comparison of Kubernetes to a kernel or operating system, with potential implications for self-deploying applications and system call interfaces
+• The relationship between Golang and Kubernetes: how Go's strengths (cross-platform executables, concurrency) make Kubernetes special
+• Discussing the prevalence of Go-written tools in the Kubernetes ecosystem
+• Explaining Kubernetes' plugin architecture and how it allows for custom extensions without recompiling the system
+• Describing the concepts of desired state, reconciliation, and controllers/schedulers in Kubernetes
+• Comparing Kubernetes to other systems like Puppet, CFEngine, Chef, and Ansible in terms of declarative vs. imperative programming models
+• Discussing the use of labels and soft/hard requirements for scheduling in Kubernetes 1.4
+• Kubernetes as a framework for building distributed systems
+• Kubernetes is not just about deploying containers, but can be used to build new systems and workflows
+• Core object types in Kubernetes (node, pod, controller, service) and how they enable extensions such as deployments and replica sets
+• Extending the system with user-defined types at runtime using third-party resources
+• Importance of abstraction layers on top of core objects to facilitate tasks and interactions with the cluster
+• Exploring and integrating Kubernetes into existing applications and workflows for developers who may not be familiar with DevOps tools
+• Docker vs Kubernetes: Developers may be less interested in cluster management and deployment, focusing on app development
+• Kubernetes concepts: Automated scheduling, resource allocation, scaling, and load balancing
+• Twelve-Factor App principles: Importance of decoupling from machine dependencies, using environment variables, logs to STDOUT
+• Integrating Twelve-Factor with Kubernetes: Using config maps and secrets for configuration injection
+• Containerization vs cluster management: Understanding the differences between Docker, Kubernetes, and DevOps practices
+• Kubernetes can be overkill for simple applications and comes with its own set of management tasks
+• Kelsey Hightower notes that even if a well-designed application doesn't need Kubernetes initially, it's becoming an expected feature as customers demand high uptime and availability
+• Google Cloud's GKE (Google Kubernetes Engine) is mentioned as a commercial offering of Kubernetes and provides deep integrations with the Google Cloud platform
+• The Pokémon GO example is cited as a real-world success story for Kubernetes in handling high traffic and revenue-generating workloads
+• Kelsey Hightower discusses his idea of self-deploying Go applications, where an app can automatically deploy itself on Kubernetes without manual YAML files or complex configuration
+• He showcases his prototype "Hello, Universe" which demonstrates this concept by allowing users to scale and manage their application across multiple clusters with ease.
+• Kubernetes allows users to submit a configuration for a channel lineup or cable television and have the system manage it without worrying about hardware or software details
+• The system provides concurrency capabilities "for free" in terms of not requiring additional setup or infrastructure
+• Cluster Federation is a new feature that enables managing multiple clusters as a single cluster, making it easier to handle large, complex deployments
+• Live demos can be an effective way for presenters to demonstrate concepts and inspire others to try them themselves
+• Kelsey's ability to explain complex topics in an engaging way
+• Support and development of the Go language for projects like Kubernetes
+• Native vendoring directory and third-party dependency management
+• Importance of community contributions, including Go experts and SIGs
+• Kelsey's pragmatic approach to working with Go's limitations
+• Compilation of best practices from the Kubernetes project
+• Examples of good engineering practices, such as end-to-end testing
+• The Go Build Template, a make file and Go project structure extracted from Kubernetes
+• Discussing the importance of API versioning and migration from alpha to stable
+• Mentioning Kubernetes' excellent testing practices for distributed applications
+• Debate on idiomatic use of languages in large projects and the value of documenting best practices
+• Shoutouts to free software maintainers, including Dave Cheney's packages (github.com/pkg/errors and github.com/felixge/pidctrl)
+• Recommendation of a resource: Golang Spec compilation of blog posts for learning Go
+• Scaling a Go project to use all available resources
+• Importance of documentation in software development
+• Shoutouts to Ben Johnson and BoltDB for excellent documentation
+• The value of example code and projects in learning new concepts
+• Wrap-up and show sponsor thank-yous

Matt Holt on CaddyServer, the ACME Protocol, TLS_summary.txt

@@ -0,0 +1,45 @@
+• Caddy 0.9 release: complete rewrite of architecture and features
+• TLS and ACME integration in Caddy
+• New plugin-based design allowing for various server types (e.g. DNS, HTTP)
+• Let's Encrypt functionality and ease of certificate management
+• Go language capabilities showcased through Caddy's simplicity and effectiveness
+• Abstraction layer: Caddy as a site-level configuration tool vs traditional web servers like Apache/Nginx
+• The benefits of using Caddy as a web server, including its security features and ease of use.
+• Plugins available for Caddy, such as the Git plugin and Markdown support.
+• Let's Encrypt and its role in providing free TLS certificates.
+• Security concerns related to TLS, including PKI issues.
+• The importance of transport layer security (TLS) for network applications.
+• Importance of using TLS and guaranteeing integrity, confidentiality, nonrepudiation, and authentication
+• Risks associated with choosing a trustworthy Certificate Authority (CA)
+• Types of issues that can occur when dealing with untrustworthy CAs, such as man-in-the-middle attacks or certificate key theft
+• Comparison of different CA entities, including Let's Encrypt and Symantec
+• ACME protocol: its role in automating the process of obtaining certificates, benefits of using it, and how it can be implemented by any CA
+• Discussion on Let's Encrypt and ACME protocol
+• Validation process for certificates and its security
+• Impact of free certificates on the CA industry
+• Role of automated certificates in making CAs more accountable
+• Importance of extended validation certificates for added trust and business value
+• Update from web browsers regarding DV validated certificates vs EV
+• TLS SNI challenge and HTTP challenge limitations
+• ACME protocol challenges: HTTP challenge, TLS SNI challenge, and DNS challenge
+• DNS challenge advantages (no port required) and disadvantages (manual setup or API access)
+• Caddy's support for DNS providers and the ability to automate certificate renewal
+• Go libraries for TLS management, including rsc/letsencrypt and dkumor/acmewrapper
+• Upcoming conference events: GopherCon Brazil (November 4-6), dotGo (October)
+• Discussion of KubeCon and potential talks
+• Release of Hewlett-Packard's `gas` library for static code analysis
+• Challenges with false positives in static analysis tools
+• New Go packages: `sync.errgroup`, `SafeSQL`, and `func.test`
+• Go wrapper for .NET, allowing communication between the two ecosystems
+• Discussion of creating a cross-platform GUI library
+• Carlisia Thompson's transition from Atom to Vim for coding
+• Fatih's tutorial notes and Jessie Frazelle's dot-vimrc file in helping Carlisia learn Vim
+• Release process and changelog for the Vim-go package
+• Exercism as an open-source project for learning and contributing to Go development
+• QUIC implementation in Go by Lucas Clemente, allowing for faster HTTP communication with benefits like seamless network changes
+• Discussion of Mosh (mobile shell) project
+• Use of UDP for connection reliability
+• Shout out to Wireshark and TCP Dump for network protocol analysis
+• Custom configurations and filters in Wireshark
+• TCP Dump's ability to read pcap files
+• Review of protocols discussed on the show

Monorepos, Mentoring, Testing_summary.txt

@@ -0,0 +1,57 @@
+• Discussion of Bryan Liles' background and experience
+• Importance of context in learning new concepts, including machine learning and computer programming
+• Addressing the misconception that only geniuses can be successful in tech, and that time investment and interest are more important than natural ability
+• The concept of being "naive" when approaching problems and having confidence to figure things out
+• Frustrations faced by beginners in tech, particularly with learning peripheral skills such as databases, APIs, and data storage
+• Importance of teaching programming as a means to an end (solving real-world problems), rather than just the language itself
+• The importance of being comfortable with learning and not knowing in new fields
+• Not comparing oneself to others, but rather measuring one's own growth and progress
+• Breaking down barriers and making tech more relatable to people from diverse backgrounds
+• The value of small wins and seeing what is possible before attempting a goal
+• Comparing oneself to specific goals or achievements as motivation for personal growth
+• Emulating professionals in a field as a way to become successful
+• Understanding the "Why" behind someone's success rather than just the "How"
+• The importance of sharing personal stories and experiences in the tech industry
+• Recognizing that everyone has their own path to success, and there is no one-size-fits-all approach
+• The role of passion and interest in driving success in a field
+• The need for micro-successes and recognition along the way to build motivation and love for a particular skill or activity
+• Shifting mindset from frustration to excitement when faced with problems or challenges
+• The importance of building skills and knowledge gradually
+• The need to start small and celebrate tiny wins
+• The non-linear curve of measuring success
+• The value of learning from failure and imperfection
+• The power of passion and communication in teaching others
+• The distinction between conveying information and evoking emotions or feelings
+• The speaker's goal is to communicate technical concepts to a non-technical audience
+• The challenge of explaining distributed systems programming in a way that's relatable to developers
+• The importance of speaking in a language that resonates with one's audience, making complex topics more accessible
+• The concept of being a "10x developer" and the desire to raise the group's productivity by 10%
+• Discussion on testing in Go and the speaker's experience with testing frameworks and their limitations
+• The importance of pragmatism in software development, rather than adhering to dogma or rigid philosophies.
+• The need for testing, but not necessarily following specific methodologies like TDD (Test-Driven Development).
+• The value of writing tests as a way to ensure code correctness and facilitate refactoring.
+• The idea that different developers will have different approaches to testing, and that's okay.
+• Criticism of overly prescriptive testing methods or philosophies, such as the "red-green-refactor" approach.
+• Discussion on past self vs current self in development
+• Benefits of testing, including refactoring and reducing risk
+• Importance of writing tests for applications vs libraries
+• Example of Kubernetes as a good model for application-level testing
+• Challenges of finding relevant examples or documentation for testing applications
+• Commentary on prioritizing personal career goals over company loyalty
+• Implementing a custom standard library on top of the original Go library
+• Using a monorepo for all Go projects, with 100+ engineers contributing
+• Tooling around the monorepo to manage dependencies and reduce integration time
+• GTA (Grand Test Auto) tool to isolate testing to specific changes
+• Managing merge conflicts in the monorepo
+• Discussion of pros and cons of using a monorepo
+• Using Docker for builds and releases
+• Notifying on build failures, but not on every single build
+• Discussing performance issues with large Go codebases
+• Comparing Visual Studio Code to Vim for Go development
+• Introducing #FreeSoftwareFriday, a segment highlighting open-source projects
+• Praising PfSense, an open-source router and firewall
+• Sharing experiences and benefits of using Ansible for deployment scripts
+• Announcing Ben Johnson's blog series on Go's standard library
+• Community needs and importance of a specific place
+• Upcoming episode with Aaron Schlesinger on design patterns
+• End of show due to time constraints

Open Sourcing Chain's Developer Platform_summary.txt

@@ -0,0 +1,54 @@
+• Blockchain definition and use cases
+• Chain's blockchain infrastructure and UTXO model
+• Double-spend problem and validation of transactions
+• Distributed ledger systems and non-UTXO blockchains
+• Chain Core implementation and hosted version
+• Testnet and development of blockchain networks for financial institutions
+• Chain Core's potential applications for businesses outside of traditional financial institutions
+• Validating assets on a private blockchain network
+• Differences between public and private blockchain networks
+• Federation-based consensus protocol in Chain Core
+• Customizable asset issuance and validation processes
+• IBM's business-oriented blockchain announcement and its differences from Chain Core
+• Distributed consensus algorithms in blockchain technology
+• Practical Byzantine Fault Tolerance (PBFT) as a backbone for some blockchains
+• Limitations of PBFT in production environments
+• Implementation of a single node "generator" or "block proposer" for consensus
+• Comparison with Proof of Work used by Bitcoin
+• Open sourcing project and licensing choices, specifically AGPL license
+• Concerns about AGPL's network usage requirements
+• Balancing permissive vs restrictive licenses to protect business interests
+• Discussion on the importance of people and business knowledge in creating a successful company
+• Benefits of using Go for cross-compiling and ease of use
+• Tess Rinearson's experience learning Go and its impact on her interest in systems programming
+• Chain Core open sourcing process and guidelines for project structure and implementation
+• Comparison of open source vs non-open source codebases and considerations for structuring projects
+• GopherCon milestones and the community's shared understanding of time measurement
+• Discussion about open sourcing code and writing documentation
+• Personal anecdotes about Brian Ketelsen releasing his own code on GitHub despite initial reluctance
+• Side project of Tess Rinearson connecting her apartment buzzer to Twilio for grocery delivery service
+• Use cases and future plans for the side project, including auditing and dashboard development
+• Discussion about working with Twilio in Go, including using XML tooling and encoding structs
+• Early web development and browser compatibility issues
+• Old browsers such as Lynx, Netscape, and IE 6
+• Console-based web browsing with Lynx
+• Early internet experiences and dial-up connections
+• Hacking and security vulnerabilities in old systems
+• Basics of web security (SQL injection, cross-site scripting)
+• Social engineering and human error in security breaches
+• The host has problems with isolated Wi-Fi networks and accidentally putting guests on his regular network.
+• The group celebrates Bill Kennedy's birthday by singing "Happy Birthday" over a bad internet connection, leading to humorous discussion about the lag and potential post-production fixes.
+• Review Dog software, a Go application that automates code reviews and adds comments to Git pull requests, is discussed as a useful tool for maintaining clean codebases.
+• The default Go path for Go 1.8 has been set to /go in the user's home directory, eliminating the need to specify a path explicitly.
+• The change is seen as a significant improvement for beginners, making it easier to get started with Go.
+• The difficulty of setting up environment variables in programming languages
+• Making language tooling more approachable for beginners
+• Comparisons to other programming languages (Ruby on Rails) to identify challenges in learning Go
+• The importance of accessibility and community involvement in making programming easier for new learners
+• Discussion of the workspace tool idea that Andrew Gerrand presented
+• Shoutouts to free software projects, including go-torch and the Go Tour
+• Encouragement to contribute to open source projects, specifically the Go Tour
+• Cory LaNou's "OSS help wanted" repository for listing projects in need of help
+• Projects can be categorized and listed by level of expertise and ease of contribution
+• Go Tour project discussed as a potential addition to the repository
+• Discussion of wrap-up and goodbyes, thanking sponsors and listeners

Programming Practices, Exercism, Open Source_summary.txt

@@ -0,0 +1,56 @@
+• Background of guest Katrina Owen
+• Exercism.io platform for practicing programming in multiple languages, including Go
+• MIPS Assembly language support and its use in university courses
+• Idiomatic Go and learning patterns from examples
+• Exercism's non-competitive approach to coding challenges and katas
+• Feedback and review process on Exercism
+• Importance of emotional support and positive reinforcement in code reviews
+• Asymmetry between wanting feedback and giving feedback in open-source communities
+• Code review as a learning experience
+• Importance of empathetic and constructive comments in code review
+• Recognizing the difference between intentionally rude comments and those resulting from lack of knowledge or practice
+• The difficulty of solving problems, vs. refining existing solutions
+• Value of human feedback in simplifying complex code
+• Refactoring as its own skill set, requiring a fresh perspective
+• Importance of taking small steps when refactoring to avoid "commit bombs"
+• The benefits of using a statically typed language like Go for safety and predictability
+• Exercism: submitting exercises, helping with reviews, and contributing to the GitHub repository
+• Katrina Owen's GopherCon talk on breaking into the Go language
+• Idiomatic Go: resources such as the Effective Go document and Google's code review comments section
+• Learning and teaching programming effectively, avoiding barriers for people to learn
+• Importance of breaking down complex tasks into small wins
+• Overwhelming new programmers with too many concepts at once
+• Need for mastering basic tools such as text editors and Git
+• Difficulty in determining the order to teach various topics
+• Importance of Linux knowledge, SSH, firewalls, and security basics
+• Evolution of web development requiring knowledge of protocols like HTTP and TLS
+• Potential for using Exercism-style exercises to learn systems-level concepts
+• The importance of reading error logs and not making assumptions when trying to solve coding problems
+• How it takes experience and self-discipline to learn to prioritize debugging over searching for solutions online
+• Avoiding pre-planning learning flow by only researching and learning new things when necessary, such as when encountering an error or due to curiosity
+• The benefits of GraphQL APIs, specifically in reducing the N+1 problem when making multiple API requests
+• Using GitHub's GraphQL integration to design queries upfront and retrieve relevant data in a more efficient way
+• Developing a tool to provide feedback and analytics for maintainers of open-source projects
+• Using GraphQL APIs to improve scalability and data accuracy
+• Creating a checklist or dashboard for contributors to assess project health
+• Identifying unhealthy behavior in issue closures, such as dismissing issues without responses
+• Discussing the challenges of contributing to large projects and the need for tools to help manage open-source workloads
+• Sharing news and announcements, including congratulations on a new baby and showcasing creative uses for Go programming (e.g. the Primitive project)
+• Discussion of a tool to create animated GIFs from pictures
+• Promotion of Go language and its potential in university courses
+• Introduction to Better Go Playground Chrome Extension
+• Overview of Gallium framework for building native web apps in Go
+• #FreeSoftwareFriday feature on Go and its contributions to Brian Ketelsen's work
+• Project stalled due to lack of bandwidth
+• Discussion on Exercism and its benefits
+• Praise for GoConvey, a testing tool with features such as code coverage tracking and browser notifications
+• Concerns about gamifying code coverage and the potential for meaningless tests
+• Importance of writing meaningful tests and the benefits of fast test times in Go
+• Discussion on mocking and stubbing techniques to facilitate testing
+• Mention of a project (Qpid) to automate barbecue grilling using Raspberry Pi and electronics
+• Project updates, including Erik St. Martin's work on Bosun, a monitoring library
+• Discussion of Kubernetes monitoring and alerting using a specific tool
+• Shout out to the Hoodie team for their open source community management and tools
+• Comparison of Katrina's approach to community building with Jan Lehnardt from Request for Commits episode #4
+• Brief discussion of Exercism and its community engagement strategies
+• Wrap-up and closing remarks, including thanks to listeners and sponsors

Raphaël Simon on goa, the Framework for Building Microservices_summary.txt

@@ -0,0 +1,133 @@
+• Introduction to Go Time podcast and its focus on Go programming language
+• Guest introduction: Brian Kettleson, Carlisa Campos, and Rafael Simon (creator of Goa framework)
+• Background on Rafael Simon's experience with RedScale cloud management platform and designing APIs
+• Challenges in designing consistent and standards-based APIs for distributed services
+• Creation of Praxis framework in Ruby to address these challenges
+• Development of Goa framework in Go to generate HTTP APIs from a design language (DSL)
+• Benefits of using code generation and DSL in API design, thanks to the simplicity and power of the Go language
+• Design of API and data structures
+• Code generation using GoaGen tool
+• Automatic validation and binding of request body
+• Generation of client package and client tool
+• Consistent and efficient development process
+• Documentation of API through Swagger and JSON schema
+• Sharing design with others through documentation
+• Efficient way to develop and consume APIs
+• The speaker finds the generated code in Goa to look like handwritten Go code
+• Design goal was for generated code to be idiomatic and not feel like it was generated
+• Speaker worried about reception from Go community due to their preferences for geometric code
+• DSL (Domain Specific Language) itself has received some comments trying to make it look more like Go, but speaker defends its design as a separate language implemented in Go
+• The DSL (Domain Specific Language) in Goa is not intended to be idiomatic Go, but rather a tool for generating clients in various languages, including JavaScript.
+• The language of the DSL should be agnostic and independent of any target it generates.
+• The approachability and readability of the DSL in Goa are notable features that distinguish it from other DSLs.
+• The speaker mentions that literal data structures were initially used to define a DSL, but it was later replaced with an anonymous function as an argument.
+• The speaker credits the Goa community for its adoption and contribution to the project's development.
+• The speaker expresses surprise at the rapid growth of the Goa community and its impact on the project.
+• The speaker talks about a blog post they wrote that discussed their personal research project, which eventually became part of the Free Software Friday movement.
+• Discussion of a person's enthusiasm for the Goa framework
+• Mention of proposing to a programmer who created Goa on Twitter
+• Apology for making someone uncomfortable with a tweet
+• Acknowledgment of support from contributors and developers
+• Explanation of a refactoring process in Goa to allow pluggable plugins
+• Description of a plugin called Gorma that allows model definition in DSL
+• Development process for Goa
+• Gorma plugin and its importance
+• Code generation and maintenance
+• Surprising contributions to Goa
+• Use cases for storing requests in a database
+• DSL (Domain Specific Language) discussion limitations due to audio format
+• Maintaining generated code is not necessary
+• Generated code and user code should never mix
+• A clear interface (such as a Go interface) should exist between the two
+• Regenerating code should have no side effects on existing code
+• Changing design or adding new features should only require regeneration of code, without affecting existing code
+• Auto-generated code ownership
+• Testing generated code
+• Code generation lifecycle management
+• Separation of auto-generated and custom code
+• Integration testing vs. functional testing
+• Scaffolding code for bootstrapping services
+• Code ownership and maintenance
+• The difference between Go's generated code (low-level handlers) and the code written by the developer (controllers)
+• Similarities between Go and Rails
+• The potential for Go to be used as an alternative to Rails for backend or API development
+• The speaker discusses the goal of the Goa project to keep things simple and achieve a balance between simplicity and practicality.
+• The speaker compares Rails to Goa, stating that while Rails is easy to get going with, it can be overly complex due to numerous plugins and gems.
+• The speaker notes that using Goa provides direct control over what's happening in the application and makes everything simpler.
+• Goal of simplifying things and hiding complexity
+• Importance of simplicity in user experience and developer experience
+• Anecdote about Raphael, the "godfather" who prioritizes simplicity in DSL design
+• Principle of keeping complexity hidden from users and developers
+• Need for a tool to be approachable for developers of all levels
+• The importance of understanding and leveraging a tool to its full potential, without requiring extensive knowledge of how it works.
+• Swagger for creating API specifications and generating Swagger UI for free.
+• Inspiration from JSON schema for designing abstractions in the language.
+• Easy mapping between the design language and Swagger's representation of path objects.
+• Goa is a tool that can generate Swagger definitions from DSL (Domain Specific Language)
+• The process could be reversed, where Swagger definition is used to generate DSL
+• This could potentially create an endless loop of generating and regenerating the same specifications, making it Turing complete
+• A project or add-on that combines these two features would be interesting to see how the Swagger evolves over time
+• Discussing API representation using views
+• Defining media types and their fields once
+• Creating multiple views to represent a single resource in different ways
+• Arbitrary field definition for each view
+• Using query string parameters to determine the view to use
+• Translating the chosen view into Swagger
+• Different responses for an action
+• Documentation of multiple media types is simplified and beneficial
+• Concept of views having different representations for various use cases
+• Simplification of abstraction in the DSL (Domain Specific Language)
+• Discussion of upcoming projects, news, and future functionality for Goa
+• Plans to finish up security examples
+• Releasing a stable version of Goa (1.0)
+• Moving on to VNEX 2.0 development
+• Exploring extensions beyond HTTP, specifically GRPC
+• Addressing abstractions that don't match HTTP abstractions
+• Writing plugins and DSLs for a programming language
+• Defining own output for plugins and built-in generators
+• Difficulty in modifying built-in generator output for low-level HTTP server glue
+• Making the language more open and allowing contributions from others through plugins
+• Discussion of Goa design and Slack channel for collaboration
+• Upcoming conferences: abstractions and GopherCon
+• Discount code "GOTIME" for $50 off both conferences
+• Raphael will speak at GopherCon, speaker on Goa topic
+• Organizer of abstractions conference mentioned
+• CLI tool (MK) discussed as ideal for its clarity and examples
+• Comparison of Cobra and Viper
+• Ease of use and understanding of Viper
+• Documentation and integrations of Viper
+• Defining flags as slices or maps in Viper
+• Discussion of a blog post on application data caching
+• Data storage and structure
+• REND project: open-source tool for data storage and compatibility with Memcache D and RocksDB
+• Use of RocksDB as an L2 cache to reduce memory costs and financial expenses on Amazon instances
+• Examples of companies using RocksDB, including the REND project, CockroachDB, and others
+• Discussion of RocksDB and its origin from Facebook
+• Shout-out to Scott and the Netflix team for a thorough write-up on their Go proxy using RocksDB
+• Performance metrics of the Go proxy, including handling of 2 million requests per second
+• Overview of Shield, a tool from Stark and Wayne that can be used as a universal utility knife for backing up systems, with Dr. Nick from the Ruby world endorsing it
+• Backing up databases and disks
+• Shield tool for backups
+• Hekka backup system comparison to Shield
+• Zap structured logging framework from Uber
+• Leveled loggers and structured logging systems
+• Discussion of an efficient and feature-rich tool for distributed queues
+• Recap of the show's closing tradition to thank open-source project contributors
+• Brian's recommendation of NSQ from Bitly as a favorite open-source tool
+• Description of NSQ's benefits, including its speed, predictability, and reliability
+• Mention of Matt Richardson's talk on NSQ at Go4Con 2014
+• iTerm2 is recommended for its new features and non-intrusive tips
+• The latest beta versions of iTerm2 have added radical features and toys
+• The speaker uses a Linux workstation and compares it to iTerm2
+• Rethink DB has been used by the team and found interesting
+• The speaker discusses the feature set of RethinkDB and how it fits with their use case for generating events when data is updated.
+• The built-in subscription feature in RethinkDB has changed the way they think about designing systems for new services.
+• The speaker recommends taking a look at RethinkDB for its capabilities and another dimension it adds to system design.
+• Open-sourcing projects like RethinkDB is encouraged, as it benefits both employees and companies.
+• The speaker praises companies that allow their employees to develop open-source projects.
+• Discussion about cheating in a game
+• Removing a score from Eric's scoreboard due to cheating
+• Topic of log structured merge trees and their functionality
+• Appreciation for Rafael and his expertise on code generation
+• Wrap-up and thanks to the audience and special guests
+• Goodbyes repeated multiple times

Raphaël Simon on goa, the Framework for Building Microservices_summary.txt

@@ -0,0 +1,39 @@
+• Introduction to the Go Time podcast
+• Guest introduction: Brian Ketelsen, Carlisia Thompson, and special guest Raphaël Simon
+• Background on Raphaël Simon's experience at RightScale and development of Goa framework for generating APIs in Go
+• Overview of Goa's features and benefits
+• Discussion of code generation and DSL (Domain Specific Language) used by Goa
+• Explanation of how Goa generates HTTP APIs, client packages, and documentation
+• Guest Brian Ketelsen shares his positive experience with Goa and praise for the generated code's idiomaticity
+• Conversation about adoption and reception of Goa in the Go community
+• Reception of DSL in the Go community: some people dislike its unique syntax and idioms
+• DSL's agnosticism and independence from target languages
+• Approachability and readability of the DSL
+• History and development of Goa, including inspiration from gRPC and Ruby DSLs
+• Explosion of adoption and the role of community involvement and contributions
+• Plugins and plugins architecture in Goa, including Gorma integration
+• Code generation principles for Goa
+• Maintaining generated code: regenerated code is cheap and doesn't need maintenance or testing
+• Interface between user code and generated code: explicit and clear with multiple interfaces
+• Controller generation: generated controllers belong to users, while low-level handlers are auto-generated and don't require maintenance
+• Testing: users test their own code, but not the generated code
+• Goa's design goals: simplicity and practicality, avoiding unnecessary complexity and abstraction
+• User experience: Goa aims to provide a simple and straightforward user interface with direct control over data structures
+• Discussing the importance of making tools approachable for users of all levels
+• Swagger as an inspiration and integration with Goa's design language
+• Views feature in Goa allowing multiple representations of a single resource
+• Future development plans for Goa including finishing 1.0 and adding support for gRPC
+• Making the DSL engine more flexible, including allowing outputs from one plugin to affect others
+• Authorization process for Goa
+• CLI tool mkideal and comparison with Cobra
+• Application data caching at Netflix using Rend and RocksDB
+• SHIELD backup tool from Stark & Wayne
+• Discussion of Zap, a structured logging framework from Uber
+• Comparison to Heka for backups
+• Mention of NSQ, a distributed queue tool from Bitly
+• Introduction and recommendation of iTerm2 terminal emulator
+• RethinkDB database discussed as used by Raphael's team
+• Appreciation for companies that support employee-led open source projects
+• Brief discussion of RocksDB, a log-structured merge-tree database
+• Recap of various tools and databases mentioned on the show
+• Goodbyes exchanged between Thompson and Raphaël Simon.

SOLID Go Design_summary.txt

@@ -0,0 +1,57 @@
+• Introduction to Dave Cheney and his background
+• How Dave got started with writing about Go on his blog and its impact
+• Dave's contributions to the Go project, including hosting Arm builds and proposing language changes
+• Dave's experiences as a developer at Canonical and traveling for Go conferences
+• Gratitude from the hosts and guests for Dave's efforts in promoting Go and building community
+• Discussion on the importance of design principles for long-term maintainability of Go code
+• Critique of the focus on "good code" as being subjective and not actionable
+• Proposal for a more objective approach to design using guidelines rather than rules
+• Value of discussing design at an abstract level, focusing on goals rather than specific patterns or solutions
+• Maturity model for Go, including potential growth phases and lessons from other programming languages
+• Discussion about the Gang of Four book and its influence on software design patterns
+• Limited number of fundamental software design patterns, with 30-odd being considered sufficient for most scenarios
+• Comparison to laws of nature, implying a finite set of underlying principles
+• Debate on algorithmic complexity and trade-offs (time vs. space)
+• Meta-language for discussing algorithms (big O notation, time and complexity)
+• Design decisions in software development, including coupling, lookups, and package layout
+• Critique of the standard library as an example of inconsistent design
+• Evolving knowledge and code design over time
+• Discussion on error handling and a new approach being advocated by Dave Cheney
+• Evolution of functional options in Go
+• Error handling design: fail-fast, fail early
+• Importance of decoupling and simplicity in error handling
+• Use of interfaces for modular design and loose coupling
+• Considerations for retrying operations and idempotency
+• Information hiding and encoding extra information into errors
+• Sticking additional context to errors using fmt.Errorf
+• The standard library in Go has a pattern of returning errors with descriptive messages
+• Checking for specific error values can be problematic and lead to issues with stacking errors
+• A proposed solution is to give errors a method that allows getting the underlying error and undoing stacking
+• Using sentinel error values based on type can become problematic
+• Tagged logs only help in log messages, not when passed back up the stack
+• Handling errors once at each level of the call stack can lead to excessive logging
+• Proposed solution is to return the error with annotations to the caller and handle it there
+• Structured logging is seen as unnecessary for operator use cases, but useful for developers during development.
+• Different personas for logging (developers vs operators)
+• Structured logging and its limitations
+• Use cases for counters and metrics instead of logs
+• Distributed tracing and request IDs
+• Ordered logs and their importance
+• Instrumentation and monitoring versus logging
+• Trade-offs between logging, performance, and storage costs
+• Go's approach to error handling is a key factor in its success for writing server software
+• Error handling in Go does not use exceptions but rather requires explicit checks for errors
+• The use of error handling in Go encourages developers to think about potential failures and handle them at the point of failure
+• The "errors" package can simplify error handling by allowing returns of error values with nil indicating no error
+• The verbose nature of error handling in Go is a design decision that prioritizes reliability over convenience
+• There are parallels between designing interfaces in Go and error handling, both require thinking about potential failures and handling them at the point of failure
+• A lack of clear guidance on when to use channels and how to structure concurrent code is an open question in the Go community
+• There is a growing interest in discussing language design and best practices for writing successful Go code.
+• The hosts discuss their time constraints and decide to skip over certain topics
+• Brian Ketelsen talks about his experience with rsync, a UNIX tool for synchronizing files
+• Dave Cheney mentions the connection between Samba and rsync, and recommends pt (Platinum Searcher) as a faster search alternative to Ack or AG
+• Carlisia Thompson shares her experience using Sourcegraph, which she finds much faster than grep
+• Erik St. Martin talks about Asciidoctor, a tool for generating documentation with features like table of contents and source code highlighting
+• The hosts also discuss their personal preferences for text editors and search tools
+• Show submission and guest suggestions via GitHub
+• Wrap-up and goodbye

Sarah Adams on Test2Doc and Women Who Go_summary.txt

@@ -0,0 +1,33 @@
+• Discussion of the podcast format and guest appearances
+• Update on Go language performance improvements in version 1.7
+• Context package now part of standard library
+• Impact on external libraries and patterns for using context
+• Potential changes to Gorilla toolkit due to standard library context adoption
+• Mention of vendor check tool update for deprecated dependencies
+• Discussion on the Vendor Check tool and its potential integration with Go
+• Upcoming talk at GopherCon about packaging and vendoring in Go
+• Issue opened on the Go repo to gather opinions on package management and vendor tools
+• Sad news: Heka project may be discontinued due to lack of resources and concerns about its performance
+• Introduction to LibHunt, a platform for categorizing and ranking Go projects and libraries
+• GitHub detection of project type can be prone to error due to factors like directory layout or language usage
+• Projects can specify their primary language when creating a repository on GitHub
+• Lime Text is a Go-based text editor that allows modification and has multiple frontends
+• HDR histogram is a package for collecting metrics and presenting them in a histogram, useful for monitoring requests per second or other events
+• Test2Doc converts test code into documentation using regular expressions
+• Using Apiary for API documentation, but finding it inconsistent with actual changes
+• Switching to Dredd for testing API documentation against actual API
+• Recording requests and responses from unit tests to generate automated API documentation
+• Six lines of code added to existing unit tests to enable documentation generation
+• Statically analyzing HTTP tests to capture requests, responses, and headers
+• Integrating tool into CI flow for automatic documentation updates on code push
+• Potential integration with Swagger, but differing workflows and strict specs may be an issue
+• Launch of Women Who Go initiative to create safe space for women in the Go ecosystem
+• Founder Sarah Adams shares her goal of getting more women involved in Go programming
+• Ten chapters worldwide, with 5 in the US and others in London, Tokyo, Bangalore, and Mexico City
+• Resources available for starting a new chapter at WomenWhoGo.org
+• Misconceptions about women's ability to program and do systems-level development being addressed through Go community efforts
+• WomenWhoGo community and its inclusive growth
+• Chapters of the community and how to find meetings
+• Starting a new chapter and contact information for Erik St. Martin
+• #FreeSoftwareFriday shoutouts to Docker, Apiary, Go Remote Meetup initiative, and Sourcegraph Chrome Extension
+• Rofi application launcher and window switcher for Linux

Scott Mansfield on Go at Netflix_summary.txt

@@ -0,0 +1,42 @@
+• Introduction to Scott Mansfield and his work on Rend, a memcached proxy and server written in Go
+• Use of Go at Netflix for performance and productivity needs
+• Comparison between Go's garbage collection and Java's, with Go being chosen for its simplicity and speed
+• Adoption of Go in other projects at Netflix, including Chaos Monkey
+• Performance techniques used in Rend, such as avoiding external dependencies and using standard lib Go
+• Use of metrics library and integration with Prometheus for collecting metrics and logging information
+• Explanation of the architecture of EVCache and the role of Rend within it
+• Moneta project aims to store cold data on disk while keeping hot data in RAM for faster access
+• Rend is an on-box memcached proxy that allows wire-compatible interaction with the existing Java client
+• The system has two layers: a caching layer (memcached) and a storage layer (RocksDB)
+• Performance considerations led to unconventional design choices, such as using mutexes instead of channels for concurrency
+• Mutexes were found to be more efficient in certain cases, especially when dealing with high-concurrency scenarios like Netflix's scale
+• Channels are not interchangeable with mutexes and should be used judiciously; Rob Pike's video on Concurrency Design In Go is recommended for guidance
+• Support for new memcached commands and adding features to an open-source project
+• Wire compatibility with memcached, and the decision not to support all its commands
+• The use of EVCache Java client at Netflix and its limitations
+• The "How To Block Forever In Go" blog post and its evolution as a list of ways to create deadlocks in code
+• Static analysis tools and their potential to catch deadlock patterns
+• Netflix's open-source projects, including those related to Go
+• GoKit reaches 0.1.0 milestone
+• Discussion of API stability and confidence tagging in GoKit release
+• Use of GoKit's logging package by multiple attendees
+• Alternative approach to logging using metrics instead of logs, as implemented at Netflix
+• Updates to Vim Go and Hugo projects
+• Review of Francesc's "Go Tooling In Action" video and discussion of related topics
+• Discussing external dependencies and work-life balance
+• Introducing the project "Iris" which claims to be 20 times faster than other web frameworks
+• Debate on router performance and whether new frameworks are needed in Go
+• Discussion of vendoring tools (Govendor) and dependency management in Go projects
+• Consensus on vendor folder best practices for libraries vs. commands
+• Mention of the survey sent by Ed Muller from Heroku to gauge usage of Go and its libraries
+• Criticism and dislike for Maven
+• Discussion on dependency management and the need for consensus among developers
+• Updates on the Go team's involvement in facilitating discussion on dependency management
+• Announcements about upcoming episodes, including Beyond Code Season 3 featuring GopherCon 2015 interviews
+• Discussion on the growth of the Go community and its influence on the computing industry
+• Humorously mentioned "hacking" onto the show and participation from listeners
+• Jessie Frazelle's dotfiles: a comprehensive collection of configuration files and scripts
+• Network Programming With Go: an open-source book by Jan Newmarch
+• Go standard library: enabling deeper understanding of programming concepts
+• Radare2: a reverse engineering framework with Go bindings
+• Importance of exploring and using alternative tools and projects in software development

State of Go Survey and Go at Heroku_summary.txt

@@ -0,0 +1,47 @@
+• Discussion of a survey on Go usage and dependency management
+• Ed Muller's role in creating the survey and his observations on the responses so far (2,400+)
+• Comparison and ranking of various Go dependency managers (Godep, Govendor, GB, Glide)
+• Historical context for Godep's dominance in dependency management
+• The challenges of solving the problem of vendor directories and metadata standards
+• The Go Team's approach to dependency management and their desire for community input and solutions
+• The Go community is frustrated with the lack of a standardized solution for dependency management and repeatable builds.
+• Some newer programming languages (e.g. Nim, Rust, Crystal) have built-in solutions to these problems that are considered more effective than what Go has to offer.
+• The Go Team's stance on this issue is that it's not their responsibility to solve it, but rather the community's.
+• Ed Muller suggests that instead of creating new tools for dependency management, people should read existing codebases, submit PRs, and fix problems.
+• Some of the issues that still need to be figured out include actual upgrade and version management of dependencies, specifying constraints on versions for libraries, and implementing semantic versioning.
+• Semantic versioning issues in Go libraries and lack of adoption
+• Difficulty in tracking changes to dependencies due to missing or inconsistent version tags
+• Social contract of semantic versioning vs. technical implementation
+• Importance of tools for checking API compatibility and detecting breaking changes
+• Comparison with other languages that have addressed dependency management from the start
+• Go's support on Heroku, including formal support for Go applications and documentation in dev center
+• Growth of Go adoption on Heroku, particularly among API service developers
+• Heroku customers are increasingly using Go in conjunction with other languages
+• Large portions of the Heroku platform have been rewritten in Go, including Git server, log router, private spaces, API work, and system metrics
+• Ed Muller estimates that 60-40% of the rewritten code is new development vs. rewriting existing code
+• Doozer, a distributed coordination system written in Go, was used by Adobe and Bit.ly among others but is no longer widely used
+• The Paxos implementation in Doozer was done by Blake Mizerany and Keith Rarick
+• Discussion about a legacy Go project from 2011-2012 and its idiomatic code
+• Heroku CLI tool is now 98% Node, with some remaining Go and Ruby code being phased out
+• Damian's contributions to the Go community, including answering questions on Reddit and GoTime FM
+• SourceGraph Editor plugin for Vim/Sublime/Atom, which provides real-time code analysis and examples
+• Discussion about SourceGraph company and its open-source projects
+• Cross-platform GUI type approaches in Go
+• Gob project for writing a full web browser in Go
+• CEF (Chrome Embedded Framework) as an alternative
+• Shiny library used by Gob for UI components
+• Gogs self-hosted Git service and its documentation
+• Heroku's open source Go projects
+• go get button Chrome extension for easy package management
+• Pachyderm project for data science with Go
+• Discussion about a tool that allows data pipelines to be piped through containers
+• Mention of Visual Studio Code as an editor for Go development with praise for its features and tight integration with Delve debugger
+• Shoutout to Luke Hoban and the Microsoft team for creating the Visual Studio Code plugin
+• Comparison between Vim Go and Visual Studio Code, noting that VS Code is "significantly prettier"
+• Mention of Go Doc Tool (also known as Pythia) which jumps to code source definition
+• Discussion about Apache Kafka as a distributed message queue and publish-subscribe system
+• Heroku's support for the Go world and their contributions to open-source projects
+• Upcoming events, including the Women Who Go first birthday party in San Francisco and the next episode of GoTime FM with Jessie Frazelle and Beyang Liu
+• Discussion of the podcast format and interaction with listeners
+• Expression of gratitude to guest speaker Ed Muller for appearing on the show 
+• Wrap-up and goodbyes from all participants

Teaching and Learning Go_summary.txt

@@ -0,0 +1,43 @@
+• Todd McLeod introduces himself as a tenured faculty member at Fresno City College's CIT department and adjunct faculty at California State University Fresno's Computer Science department
+• He explains how he transitioned from an economics background to teaching computer science after discovering his passion for coding
+• He discusses his introduction to Go, which was recommended by a student who called it "the zen perfection of programming"
+• Todd shares his experience learning Go through Pluralsight and Udacity courses, including rebuilding the algorithm used in Google's basic crawler
+• He describes teaching web development with Go at Fresno City College and California State University Fresno using a $100,000 grant to create a boot camp
+• He highlights the complexity and performance of the Go language, requiring deep understanding of underlying protocols and packages such as net/http
+• Development of web development training with Go
+• Importance of making programming languages practical and approachable for beginners
+• Need for more resources and textbooks, such as a Tony Gaddis style book, to support learning Go
+• Todd's background and experience teaching Go to students at various skill levels
+• His goal of helping establish a foothold for Go in academia
+• Discussion with Bill Kennedy about his training programs and notes taken during videos
+• Importance of personality and vitality in educational content
+• Criticism of bootstrapping and reliance on frameworks/libraries without understanding fundamentals
+• Value of minimalism and complete control over codebase in web development
+• Comparison of programming languages, with Go being viewed as a "programmer's language" that allows for deep understanding and customization
+• Todd McLeod's approach to building software as a craft, emphasizing thorough knowledge of tools and materials.
+• Go programming language is praised for its innovation and ability to bring programming to the next level.
+• The language is described as "suffering no fools," requiring a deep understanding of programming concepts to use effectively.
+• Teaching Go to beginners can be challenging, particularly with individuals who are hesitant to ask questions.
+• Encouraging students to ask questions and creating an atmosphere where they feel comfortable not knowing the answer is crucial for learning.
+• Research suggests that there may be psychological break points at ages 13 and 25, after which it becomes harder to learn a new language.
+• Discussion about whether kids should learn to program early on
+• Todd McLeod's opinion on kids learning programming at a young age
+• The importance of formal training in logic before learning programming
+• Visual aspects of programming and how to convey them to beginners
+• Todd McLeod's approach to teaching online courses, including using visual aids like whiteboards and sketching diagrams
+• Why people rave about Todd McLeod's Udemy course on Go
+• Discussion of the value of experience and expertise in teaching programming
+• Importance of approachability in teaching and creating learning content
+• Generosity and willingness to help others with knowledge and skills
+• Go 1.8 Beta 1 release and its features, including profiling and plugin support
+• Concerns about dynamically loaded plugins and potential security risks
+• Context and cancellation in programming, and the need for effective teaching of these concepts
+• Upcoming webinars and conferences
+• Kafka implementation in Go (jocko)
+• Brian Ketelsen's enthusiasm for Kafka and its uses
+• Windows Subsystem for Linux (WSL) and its benefits
+• Shoutouts to open-source maintainers: WSL team and Go Meetup organizers
+• Todd McLeod discusses his gratitude for free software and its impact on the world
+• He mentions specific examples of free software he uses daily, including GoDoc.org and RFCs
+• The conversation turns to the creator of GoDoc.org, Gary Byrd, who donated it to the Go Team
+• The hosts express appreciation for their listeners, sponsors (Minio and Backtrace), and encourage sharing and subscribing to the show

The Go Compiler and Go 1.8_summary.txt

@@ -0,0 +1,53 @@
+• Introduction of Keith Randall from the Go team
+• Overview of Keith's work on the Go runtime internals and compilers
+• Discussion of SSA (Static Single Assignment) compiler technology and its benefits
+• Explanation of how SSA works in the context of the Go compiler
+• Clarification on the difference between intermediate representation (IR) and intermediate language (IL)
+• Explanation of the toolchain process and where SSA fits within it
+• Instruction selection process done by obj library
+• Compiler emits data structures instead of assembly instructions
+• Assembler is a parser that doesn't assemble instructions
+• New SSA backend makes it easy to port to new architectures
+• Compiler backend is not directly reusable but is more reusable than old compiler
+• Optimization balance between compile time and execution speed
+• Potential future optimizations: common self-expression, floating-point code generation, bounds check elimination
+• Compiler development process involves balancing feature additions with performance considerations
+• Switching to a new calling convention for passing values and registers instead of using the stack
+• Implications for the runtime and the need for a phased approach to roll out changes
+• Amount of assembly code in the Go standard library and runtime, including potential issues with external assemblies
+• Escape analysis flaws and the lack of recent work on fixing them
+• Real-time thread support in Go, including using syscalls to set priority and lock OS threads
+• Efficiency of functional programming languages
+• SSA (Static Single Assignment) and its challenges
+• Collaboration between Go team and Delve debugger developer Derek
+• Debugging improvements in Go 1.8 beta release
+• GC pauses reduced to sub-microsecond for many users
+• Cgo overhead improvements, particularly with defer statements
+• Inlining function status and ongoing work on stack traces
+• Race detector improvements, including concurrent map use detection
+• Map use and panic handling improvements
+• Plugins for the HTTP server and map use
+• Plugin reloading and security concerns
+• GitHub videos (GothamGo) featuring Go implementation
+• Gopher Academy Advent series blog posts
+• Contributing to the Go compiler and standard library
+• Approachability of contributing to the compiler for those with minimal knowledge
+• Compiler knowledge requirements for beginners
+• Recommended reading for understanding compiler concepts (The Dragon Book, graph algorithms book)
+• Gopher Academy blog posts and opportunities for contributing
+• GoLab conference in Italy
+• Dominik Honnef's toolchain documentation and examples
+• Proposal to make Damian Gryski top moderator on the Golang Reddit channel
+• Community moderation and involvement with the Go project
+• Open source projects can be fixed by users themselves without relying on others.
+• Contributing to open source projects can be intimidating due to fear of being rejected or not meeting expectations.
+• Small, imperfect patches can still lead to valuable dialogue and potential solutions.
+• There is growing interest in using Go for data science, math, and InfoSec applications.
+• The JSON Incremental Digger (JID) tool allows navigation and manipulation of large JSON files on the command line.
+• The Delve debugger is a popular and useful tool for debugging Go programs.
+• Using pre-built components and libraries can greatly simplify projects, as seen in the Arduino and Maker community.
+• Raspberry Pi-based PID controller for smoker uses Go to calculate error value and adjust blower
+• Meat probe side of project being worked on, aiming to merge with existing code
+• Goal is to plot temperatures in the grill using Prometheus
+• Project timeline uncertain due to limited time availability
+• Show wrap-up, thanking guest Keith Randall for his work and sponsors StackImpact and Backtrace

The Go Standard Library_summary.txt

@@ -0,0 +1,52 @@
+• Ben Johnson's new series of walkthroughs on the Go standard library
+• Discussion of producing content and learning new things through research
+• Praise for the depth and tone of Ben's articles
+• Importance of showing use cases in documentation to help users understand packages and functions
+• Exploring the idiomatic Go interface and small interfaces
+• Inspiration from the Go standard library's design and layout
+• The challenges of changing the organization and structure of a large project
+• Best practices for organizing packages in Go, including separating dependencies and focusing on cohesion
+• Defining the boundaries of a package, with some arguing for smaller, more focused packages and others advocating for larger, more monolithic ones
+• The trade-offs between using Kubernetes and other complex tools versus simpler alternatives like Bolt or key/value databases
+• Debunking common misconceptions about Go's suitability for web applications and APIs, including its ability to work well with JSON APIs and templating
+• Discussion about the limitations and complexities of SQL databases
+• Comparison between SQL and NoSQL databases, including their abstraction layers and performance tradeoffs
+• Key-value stores as a fundamental technology in both traditional and modern database systems
+• Column-oriented databases and their benefits for specific use cases
+• The importance of understanding data model and access patterns when choosing a database
+• Debate about the value of learning new database systems versus sticking with familiar tools like SQL
+• Index usage and query planning in SQL databases can be complex and influenced by various factors
+• Key/value stores like BoltDB offer simplicity but come with operational challenges such as backup and restore management
+• LSM trees are efficient for writes but complex and difficult to manage compared to B+ tree-based databases like BoltDB
+• InfluxDB is no longer using BoltDB as its main storage, opting instead for a custom time-series format
+• A large company is reportedly using a 3-4 terabyte BoltDB database successfully
+• Managing a large BoltDB database involves trade-offs between performance and operational complexity
+• Benefits and drawbacks of different programming decisions
+• Appeal of Ruby on Rails for rapid development and proof-of-concept websites
+• Examples from Rails Rumble events and their impact on future projects
+• Go Standard libraries walkthrough by Ben Johnson
+• Challenges in working with bytes, streams, and readers in the IO package
+• Solution to replacing a string in a continuous stream using state machines and buffering
+• Discussion of a content-addressable database based on Git
+• Tradeoffs and use case for the database in question
+• Debate about ORMs (Object-Relational Mappers) in Go programming language
+• Benefits and drawbacks of using an ORM versus writing SQL directly
+• Performance issues with ORMs, including N+1 queries and SQL injection
+• ORMs and SQL mindsets
+• Distributed databases and scaling
+• BoltDB features and limitations
+• Replication logs and asynchronous replication
+• Secret Lives of Data project for data visualization
+• Raft consensus protocol explanation
+• Kafka architecture and visualization challenges
+• Interactive content and pace control in video content
+• Minikube as a fast and easy way to get started with Kubernetes on local laptop
+• Upper.io/database library (not-ORM library)
+• BoltDB example from Ben's remote meetup event
+• Stow software for managing symlinks in .dot files
+• Kali Linux infosec distro vs. ArchStrike, an Arch repository with infosec tools
+• Request for Commits podcast on open source sustainability and human side of code
+• Discussion of Renee's talk at GopherCon
+• Mention of Quilt project and its use of declarative DSL for container orchestration
+• Changelog podcast discussion and banter between hosts
+• Recap and thank-you to listeners, with mentions of show resources (Twitter, GitHub, etc.)