Kelechi.

Systems Programming || Machine Learning || C++ || Rust

Cover Image for Gates (Not Bill)

Gates (Not Bill)

Again, how does these gates or know these predefined rules ???

Jennifer
Jennifer

More Stories

Cover Image for Bits to Bytes: Building Computer Memory from Scratch (Part 1)

Bits to Bytes: Building Computer Memory from Scratch (Part 1)

I am really curious about how computers are able to remember things

Jennifer
Jennifer
Cover Image for std::function

std::function

std::function is to Function Pointers, what smart pointers is to raw pointers

Jennifer
Jennifer
Cover Image for Lambda in Cpp

Lambda in Cpp

Think of lambdas as a shorthand for writing a functor without needing to define a struct or class

Jennifer
Jennifer
Cover Image for Function Objects (Functors)

Function Objects (Functors)

Functors are basically instances of classes that implement the operator() method

Jennifer
Jennifer
Cover Image for Function Pointers

Function Pointers

Just like data pointers point to data, function pointers point to the addresses of functions.

Jennifer
Jennifer
Cover Image for Intrusive Pointers

Intrusive Pointers

But how does it keep track of how many shared_ptr are owning the object and all that ??, with the help of a control block of course!

Jennifer
Jennifer
Cover Image for Bazel from the Eyes of a Cpp dev

Bazel from the Eyes of a Cpp dev

After trying this out, I really wish I could easily integrate Bazel with vcpkg just like cmake does, but unfortunately 🫠

Jennifer
Jennifer
Cover Image for Copy and Clone in Rust

Copy and Clone in Rust

You must first understand how to build a code. what does it actually mean to build a code ?, how different is it from compiling and running ??? I just hope this blog dosent get too long 💀💀😂

Jennifer
Jennifer
Cover Image for Type Traits -C++

Type Traits -C++

With type traits, you can write code that adapts to different types, and performs different actions depending on the characteristics of those types.

Jennifer
Jennifer
Cover Image for Code Generation- CuriousX

Code Generation- CuriousX

CuriousX code generator takes an AST as input and outputs ARMv8 assembly code, it traverses the AST in postfix order and generates code for each node in the AST

Jennifer
Jennifer
Cover Image for Register Allocation - CuriousX

Register Allocation - CuriousX

In the same way, a computer processor is like a chef in a restaurant kitchen, and registers are like the small work area where the processor can keep the data it needs to work with most frequently

Jennifer
Jennifer
Cover Image for Revolutionizing Null-Handling with std::optional

Revolutionizing Null-Handling with std::optional

C++23 features are out already and i am still battling with C++17, and who knows, maybe by the time I have mastered C++17, C++26 will already be here! 😅

Jennifer
Jennifer
Cover Image for Semantic Analysis in CuriousX

Semantic Analysis in CuriousX

As the semantic analysis traverses the tree, it also checks and adds variables to the symbol table. The symbol table is like a dictionary for your code, it keeps track of all the variables and their types

Jennifer
Jennifer
Cover Image for Syntax Analysis in CuriousX

Syntax Analysis in CuriousX

For example, comments and white space (like spaces and tabs) are like the garnishes on a dish - they make your code look pretty but they dont actually do anything

Jennifer
Jennifer
Cover Image for [vcpkg] Add new Port

[vcpkg] Add new Port

It is also worth noting that package managers typically provide more features and automation than Git submodules. For example, package managers can handle dependency resolution, version management, and building and installing libraries

Jennifer
Jennifer
Cover Image for Lexical Analysis in CuriousX

Lexical Analysis in CuriousX

For example, comments and white space (like spaces and tabs) are like the garnishes on a dish - they make your code look pretty but they dont actually do anything

Jennifer
Jennifer
Cover Image for Compiler Curious ??

Compiler Curious ??

Are compilers same as interpreters?? whats the difference ??

Jennifer
Jennifer
Cover Image for A taste of OCaml 😋

A taste of OCaml 😋

OCaml has very predictable performance. In fact, any decent OCaml hacker (who knows assembly, of course) can look at the source and have a rough idea of what the generated assembly code would look like.

Gaga
Gaga
Cover Image for OCaml for n00bs

OCaml for n00bs

As software grows more complex and we depend on it more for activities ranging from simple tasks to life saving tasks, OCaml is designed in a way to tame complexities and help us write correct software

Gaga
Gaga
Cover Image for Systems Programming

Systems Programming

The best way to think of "system programming" is the software that talks to hardware

Jennifer
Jennifer
Cover Image for Type Casting 🎥

Type Casting 🎥

This is my best goto cast operator, performs same implicit cast that C-style cast does, the only difference is that the conversion happens at compile time, which gives you a compile time checking ability

Jennifer
Jennifer
Cover Image for Smart Pointers 🤓

Smart Pointers 🤓

But in as much as they are tremendously powerful, they are also extremely dangerous as a single overlook can devastate your entire app. 🥲🥲

Jennifer
Jennifer
Cover Image for String vs String_view

String vs String_view

Applying this logic to string_view, it means string_view is the window, which is only a view of the string and cannot be used to modify the actual string. it allows you to point into an existing string at some offset

Jennifer
Jennifer
Cover Image for Build systems - CMake

Build systems - CMake

CMake does not build the project, it generates the files needed by your build tool(make, ninja etc). This means CMake is a build script generator and acts as a generator for other build systems

Jennifer
Jennifer
Cover Image for Build systems -C++ (PART 2)

Build systems -C++ (PART 2)

What happens when a new directory or file is added to the project? Do we have to keep manually editing the build script tho accommodate new stuffs? 🤦

Jennifer
Jennifer
Cover Image for Build systems -C++ (PART 1)

Build systems -C++ (PART 1)

You must first understand how to build a code. what does it actually mean to build a code ?, how different is it from compiling and running ??? I just hope this blog dosent get too long 💀💀😂

Jennifer
Jennifer
Cover Image for Outreachy - Final project progress blog post

Outreachy - Final project progress blog post

this past three most has been whole some, from learning Rust from scratch to getting to fall in love with Rust (dont worry i am still a c++ girl 😋)

Jennifer
Jennifer
Cover Image for Outreachy- Think about my Audience- Introducing Enarx

Outreachy- Think about my Audience- Introducing Enarx

Running an application in the TEE is not that simple as there are different silicon vendors with different TEE, that means you have to develop your application specific to that platform, which means no portability

Jennifer
Jennifer
Cover Image for Everyone Struggles

Everyone Struggles

So guys i spent hours troubleshooting something i had no power over 😆, i practically wasted time, well thats a lesson for me, there is no shame in struggling

Jennifer
Jennifer
Cover Image for Trusted Execution Environment

Trusted Execution Environment

Together, these attributes provide not only an assurance that the data is kept confidential, but also that the computations performed are actually the correct computations, allowing one to trust the results of the computation as well

Jennifer
Jennifer
Cover Image for Confidential Computing Consortium

Confidential Computing Consortium

Who are they ??, Why do they do it ??, okay wait I know you are confused 😂, Hold on, I will explain in a minute 😁

Jennifer
Jennifer
Cover Image for Outreachy - The Journey Begins

Outreachy - The Journey Begins

I love low level programming and I think I want to go into Systems Engineering fully (yep, still figuring it out 😬). In my freetime I loove research and watching cartoons

Jennifer
Jennifer