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This syllabus outlines the core concepts you'll learn in a beginner's Rust programming course. Rust is a powerful systems programming language known for its memory safety, speed, and concurrency features.

I. Introduction to Programming (Optional):

• Briefly revisit the core programming concepts (if applicable, assuming some prior programming knowledge).

II. Introduction to Rust:

• History and evolution of Rust
• Key features of Rust (memory safety, ownership, borrowing, generics)
• Why choose Rust? Applications of Rust (systems programming, embedded systems, web development)

III. Setting Up Your Development Environment:

• Download and install Rust compiler (rustc) and package manager (cargo)
• Setting up an Integrated Development Environment (IDE) with Rust support (optional)

IV. Basic Rust Syntax:

• Program structure (main function, modules)
• Variables and Data Types (int, float, char, bool, etc.)
• Operators (Arithmetic, Relational, Logical, Assignment)

V. Ownership and Borrowing:

• Understanding ownership model (memory management in Rust)
• Taking ownership (moving) vs. borrowing data with references (&)
• Mutable vs. immutable borrows
• Lifetime annotations (ensuring references are valid)

VI. Control Flow Statements:

• Conditional statements (if, else if, else)
• Looping statements (for, while, loop)
• Pattern matching (powerful conditional branching in Rust)
• Nested statements

VII. Functions:

• Defining and calling functions
• Function arguments and return values
• Ownership and borrowing rules within functions

VIII. Structs:

• Defining structs (user-defined data types)
• Accessing members of a struct (dot operator)
• Creating instances of structs
• Ownership and borrowing with structs

IX. Enums:

• Defining enums (algebraic data types with variants)
• Matching on enum variants with pattern matching
• Using enums for different data types and behaviors

X. Methods:

• Defining methods associated with structs and enums
• Implementing functionality specific to the data type
• Ownership and borrowing considerations within methods

XI. Collections:

• Common data structures (arrays, vectors, strings, slices, hash maps)
• Ownership and borrowing considerations for collections
• Methods available on different collections (e.g., sorting, searching)

XII. Error Handling:

• Using the Result enum for handling errors
• Panic vs. propagate (different approaches to error handling)

XIII.  Modules and Crates:

• Organizing code with modules
• Building reusable libraries (crates) with cargo
• Package management in Rust (dependencies)

XIV. Introduction to Traits:

• Defining traits (abstractions for behavior)
• Implementing traits for different types

XV.  (Optional) Introduction to Concurrency:

• Understanding concurrency concepts (threads, channels)
• Mutexes and ownership for safe concurrent access (optional)

XVI. Resources and Evaluation:

• Recommended textbooks, online tutorials, and practice exercises
• Projects and assignments to test your understanding of Rust's core concepts
• Midterm and final exams (if applicable)

Learning Outcomes:

By the end of this course, you should be able to:

• Write basic Rust programs using variables, operators, and control flow statements.
• Understand and apply Rust's ownership and borrowing concepts for memory safety.
• Work with common data structures (including structs, enums, and collections) and handle errors effectively.
• Define methods to add functionality to structs and enums.
• Organize code with modules and create reusable crates.
• Define and implement traits to write generic code.
• (Optional)  Gain a basic understanding of concurrency concepts in Rust.

Remember:

• This is a general syllabus, and the specific topics covered might vary depending on the course structure and instructor.
• Consistent practice, problem-solving, and utilizing resources are key to mastering Rust.
• Embrace the unique ownership model and challenges of Rust, and enjoy the benefits of memory safety and performance!

Master SAP Basis in 70 : Learn fundamental concepts , Core Competence , Kernel , Configurations, Security, Memory Management , Oracle Database, HANA Database.

I. SAP Basis Technology:

• What is   SAP   
• SAP Basis  walkthrough   
• Basis System   & Environment   
• Client /   Server Principles   
• R/3 System   Client / Server Configuration    

II. System Kernel:

• Processing   User Requests  
• R/3   Presentation Interface   
• R/3   Application Interface   
• R/3 Database   Interface   
• Multiplexing   
• Dialog Work   Process   
• Background   Work Process    

III. Technical Core Competence:

• R/3   System Logon Steps
• Instance &   Application Server
• Starting /   Stopping SAP
• Process   Overview at OS Level   
• Assigning /   Tunning parameters   
• Application /   Database logs & trace    

IV. CCMS Configuration:

• Setting   Up CCMS   
• Profile   Maintenance   
• R/3 Profiles   
• Operation   Modes   
• Grouping    

V. Process:

• Dialog   Work Process   
• Background   Work Process   
• Job Management   
• Lock Mechanism   
• Enqueue   Mechanism   
• Spool   Management    

VI. Client Administration:

• Client   Management   
• Client Copy   
• Client   Deletion    

VII. Transport Management:

• Overview   of TMS   
• Initializing   Domain Controller   
• STMS   Configuration   
• Configuration   Transport Routes   
• Troubleshooting    

VIII. Hardware Sizing:

• SAPS   
• Installation   of SAP   
• Resources   management    

IX. Major Activities:

• Kernel   Upgrade   
• Add-On Update   
• Pre & Post   Preparation for any activities   
• System Refresh   
• Daily   Monitoring    

X. Security:

• User   Management   
• Security   Parameters   
• Security Audit    

XI. Memory Management:

• Introduction   to Workload Analysis   
• R/3 Memory   management   
• Tuning Tasks   
• Performance   Analysis Monitor   
• Allocation   Sequence    

XII. Backup and Recovery:

• Backup   Strategy   
• Restore &   Recovery concept    

XIII. Oracle Database:

• Overview of Oracle
• Architecture   of Oracle   
• Oracle   Filesystem & data structure   
• SGA / PGA   
• Tablespace   Extension   
• Table Re-org /   Index Rebuild / Stats Update    

XIV. Hana Database:

• Overview   of Hana   
• Hana Services   
• Performance   management   
• Backup &   recovery   
• Hana   Performance Tunning