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Meta iOS Developer Course

website·Indexed 29 days ago

https://pejmans21.github.io

A comprehensive guide and set of notes for the Meta iOS Developer professional certificate. The content covers iOS development fundamentals, including Swift programming (conditionals, loops, optionals, collections, functions, closures, structures, and classes), version control systems with Git and Unix commands, project planning, and simulator setup.

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What's inside Meta iOS Developer

  1. Overview of Android and iOS platforms

    Android and iOS are the two dominant mobile operating systems:

    Android: An open-source OS based on a modified Linux kernel. It is used across a wide variety of devices, including smartphones, tablets, Chromebooks, Android TV, Android Auto, and wearables.

    iOS: Apple's proprietary, closed-source OS. It is designed specifically for Apple hardware and emphasizes a multitouch interface (swiping, pulling, tapping). It utilizes built-in sensors like gyroscopes and accelerometers for orientation switching. Apple provides a Software Development Kit (SDK) for developers to build apps for the platform.

  2. Overview of Ansible architecture and core concepts

    Ansible is an open-source IT automation tool by Red Hat used for deployment, configuration management, and continuous delivery. It employs a declarative approach, meaning users define the desired end-state of the infrastructure rather than listing step-by-step instructions.

    Key architectural details:

    • Client-Server Model: An Ansible server (control machine) manages one or more Ansible clients (managed nodes).
    • Agentless: Unlike many configuration management tools, Ansible does not require agent software on managed nodes; it connects via SSH or WinRM protocols.
    • Syntax: Uses YAML for defining automation tasks.

  3. Overview of Ansible automation

    Ansible is an agentless IT automation tool used for configuration, installation, and deployment across infrastructure. It allows developers to execute tasks from a local machine across multiple remote servers using YAML files, reducing manual SSH overhead and increasing reliability across different environments.

  4. Overview of Ansible architecture and core concepts

    Ansible is an open-source IT automation tool by Red Hat that uses a declarative approach to configuration management; users define the desired end-state of the infrastructure rather than step-by-step instructions. It employs a client-server architecture where a control machine communicates with managed nodes. A key differentiator is that Ansible is agentless, relying on SSH or WinRM protocols to establish connections instead of requiring software installation on client machines.

  5. Overview of Ansible architecture and core concepts

    Ansible is an open-source IT automation tool by Red Hat used for deployment, configuration management, and continuous delivery. It uses a declarative approach, meaning users define the desired end-state of the infrastructure rather than step-by-step instructions.

    Key architectural details:

    • Client-Server Model: An Ansible server (control machine) manages one or more Ansible clients (managed nodes).
    • Agentless: Unlike many other tools, Ansible does not require an agent installed on managed nodes; it connects via SSH (Linux/macOS) or WinRM (Windows).

  6. Overview of Ansible architecture and core concepts

    Ansible is an open-source IT automation tool by Red Hat used for infrastructure automation, application deployment, and configuration management. It uses a declarative approach, meaning users define the desired end-state of the infrastructure rather than step-by-step instructions.

    Ansible employs a client-server architecture where a control machine (Ansible server) manages one or more managed nodes (Ansible clients). A key differentiator is that Ansible is agentless; it does not require software installation on managed nodes, instead relying on SSH or WinRM protocols to establish connections.

  10. Understand the tasks and responsibilities of a mobile developer

    A mobile developer is responsible for the end-to-end lifecycle of a mobile application, encompassing the following key areas:

    • Design & UX: Designing the user experience (UX) and user interface (UI).
    • Development: Writing code, building animations, and integrating Application Program Interfaces (APIs).
    • Maintenance & Release: Writing tests, releasing apps to stores, and uploading updates.
    • Infrastructure & Process: Implementing Continuous Integration (CI) and working with server technology.
    • Collaboration: Participating in team meetings and collaborating with other stakeholders.

  11. Understand the role of a Mobile Operating System (OS)

    A mobile operating system (OS) is the fundamental software that coordinates communication between a device's hardware and software resources. Its primary functions include:

    • Managing the user interface (UI), including touch gestures like swiping and tapping.
    • Providing a channel for applications to access hardware resources such as the processor, memory, Wi-Fi, and Bluetooth.
    • Managing the startup process and application execution.

  12. Deploy the application using Docker

    You can build a custom image from the source or run a pre-built image from Docker Hub depending on your system architecture (amd64 vs arm64).
    # Build and run a custom image
docker build -t IMAGE_NAME:TAG_NAME .
docker run -p 8000:8000 -d IMAGE_NAME:TAG_NAME

# Run pre-built image for amd64 systems
docker run -d -p 8000:8000 pejmans21/ls-fastapi:0.1.0

# Run pre-built image for arm64 systems
docker run -d -p 8000:8000 pejmans21/ls-fastapi:aarch64