Chris Bao's Blog

Home Archives Project Book Review Solopreneur About

2019

Mar 2

How HTTPS works: part three - the anatomy of certificate

Tags

Algorithm, Data structure, Tree, Red Black Tree
BPF, JIT, virtual machine
Best practice,
Binary Search Tree, delete, balanced, performance
Fabio, Golang, Source code
Golang, bufio, bytes, buffer
Golang, package, workspace, vendor
HTTP protocol, Golang, TCP, socket
HTTP, system call, Linux, Golang
HTTP/1.1, concurrent
HTTP/1.1, persistent connection, keep-alive, TCP, netstat, tcpdump, Golang, connection pool
HTTPS, TLS handshake, SSL/TLS
Linux Foundation, Scholarship, LIFT
Linux module, Netfilter, firewall
Linux, memory layout, heap, gdb
Linux, memory layout, heap, stack
Linux, system programming, Windows Subsystem for Linux
Scalability, AWS
Service Fabric, stateless, stateful, actor model, scalability, reliability, partition
TCP, IP
algorithm
algorithm, external, disk
apt, Ubuntu, Linux, package management
certificate, digital signature, hashing
digital signature, hash function
docker, c++, linux
dotnet, GC, memory leak, WinDbg
golang, concurrent, shared memory, message pass
memory management, stack
microservice, Load balancing, Consul, Fabio Golang, Cloud-Native, Docker
microservice, service registration, service discovery, Consul, Golang, Cloud-Native, Docker
network packet capture, libpcap, analyze and track network traffics, detect network security attacks, Linux system programming
operating system, xv6, Unix
packet sniffer, socket, PF_PACKET
priority queue, data structure, algorithm, time complexity, Big O notation
programming c, array, pointer
public key, man-in-the-middle, certificate

Tag Cloud

Algorithm, Data structure, Tree, Red Black Tree BPF, JIT, virtual machine Best practice, Binary Search Tree, delete, balanced, performance Fabio, Golang, Source code Golang, bufio, bytes, buffer Golang, package, workspace, vendor HTTP protocol, Golang, TCP, socket HTTP, system call, Linux, Golang HTTP/1.1, concurrent HTTP/1.1, persistent connection, keep-alive, TCP, netstat, tcpdump, Golang, connection pool HTTPS, TLS handshake, SSL/TLS Linux Foundation, Scholarship, LIFT Linux module, Netfilter, firewall Linux, memory layout, heap, gdb Linux, memory layout, heap, stack Linux, system programming, Windows Subsystem for Linux Scalability, AWS Service Fabric, stateless, stateful, actor model, scalability, reliability, partition TCP, IP algorithm algorithm, external, disk apt, Ubuntu, Linux, package management certificate, digital signature, hashing digital signature, hash function docker, c++, linux dotnet, GC, memory leak, WinDbg golang, concurrent, shared memory, message pass memory management, stack microservice, Load balancing, Consul, Fabio Golang, Cloud-Native, Docker microservice, service registration, service discovery, Consul, Golang, Cloud-Native, Docker network packet capture, libpcap, analyze and track network traffics, detect network security attacks, Linux system programming operating system, xv6, Unix packet sniffer, socket, PF_PACKET priority queue, data structure, algorithm, time complexity, Big O notation programming c, array, pointer public key, man-in-the-middle, certificate

Archives

Recent Posts

Diagnose Memory Leaks in .NET Applications with WinDbg: A Hands-on Approach
Linux Foundation Scholarship
Scalability Lessons Learned from Amazon Return to The Monolith
Build Microservices with Service Fabric: A Hands-on Approach
Understand Red Black Tree: part one - background

© 2024 Chris Bao
Powered by Hexo

Home Archives Project Book Review Solopreneur About