Python PCEP-30-02: Entry-Level Python Programming Tests Prep

Certified Entry-Level Python Programmer (PCEP) Certification is a highly prestigious credential that validates the skills and knowledge of individuals who are proficient in Python programming. This certification is designed for individuals who are looking to start their career in the field of Python programming and want to demonstrate their expertise in this popular programming language.

PCEP certification is recognized globally and is a valuable asset for individuals who want to enhance their career prospects in the field of software development and programming. By obtaining this certification, individuals can showcase their proficiency in Python programming and increase their chances of landing lucrative job opportunities in the industry.

One of the key features of the PCEP certification is the practice exam that is based on the latest syllabus. This practice exam is designed to help individuals prepare for the actual certification exam by providing them with a comprehensive overview of the topics that are covered in the exam. By taking the practice exam, individuals can assess their knowledge and identify areas where they need to improve in order to pass the certification exam with flying colors.

PCEP certification covers a wide range of topics related to Python programming, including data types, control structures, functions, modules, and packages. By obtaining this certification, individuals can demonstrate their proficiency in these key areas and prove their ability to write clean, efficient, and maintainable Python code.

In order to obtain the PCEP certification, individuals must pass a rigorous exam that tests their knowledge and skills in Python programming. The exam is designed to assess individuals' understanding of the core concepts of Python programming and their ability to apply these concepts in real-world scenarios. By passing the exam, individuals can prove their proficiency in Python programming and earn the prestigious PCEP certification.

PCEP certification is highly respected in the industry and is recognized by employers worldwide. By obtaining this certification, individuals can differentiate themselves from their peers and increase their chances of securing high-paying job opportunities in the field of software development and programming. Employers value individuals who hold the PCEP certification because it demonstrates their commitment to excellence and their dedication to continuous learning and professional development.

Certified Entry-Level Python Programmer (PCEP) Certification is a highly prestigious credential that validates individuals' skills and knowledge in Python programming. By obtaining this certification, individuals can enhance their career prospects and increase their chances of landing lucrative job opportunities in the industry. The practice exam based on the latest syllabus is designed to help individuals prepare for the certification exam and pass with flying colors. With the PCEP certification, individuals can prove their proficiency in Python programming and demonstrate their commitment to excellence in the field of software development and programming.

Certified Entry-Level Python Programmer (PCEP) Exam details:

• Exam Name: PCEP Certified Entry-Level Python Programmer

• Exam Level: Entry

• Pre-requisites: None

• Duration: 45 minutes (exam) + approx. 5 minutes (Non-Disclosure Agreement/Tutorial)

• Number of Questions: 30

• Format: Single-choice and multiple-choice questions, drag & drop, gap fill | Python 3. x

• Passing score: 70%

• Language: English

• Delivery Channel: OpenEDG Testing Service

Certified Entry-Level Programmer : PCEP Exam Syllabus:

#) Computer Programming and Python Fundamentals (18%)

Understand fundamental terms and definitions

• interpreting and the interpreter, compilation, and the compiler

• lexis, syntax, and semantics

Understand Python’s logic and structure

• keywords

• instructions

• indentation

• comments

Introduce literals and variables into code and use different numeral systems

• Boolean, integers, floating-point numbers

• scientific notation

• strings

• binary, octal, decimal, and hexadecimal numeral systems

• variables

• naming conventions

• implementing PEP-8 recommendations

Choose operators and data types adequate to the problem

• numeric operators: ** * / % // + –

• string operators: * +

• assignment and shortcut operators

• unary and binary operators

• priorities and binding

• bitwise operators: ~ & ^ | << >>

• Boolean operators: not, and, or

• Boolean expressions

• relational operators ( == != > >= < <= )

• the accuracy of floating-point numbers

• type casting

Perform Input/Output console operations

• the print() and input() functions

• the sep= and end= keyword parameters

• the int() and float() functions

#) Control Flow - Conditional Block and Loops (29%)

Make decisions and branch the flow with the if instruction

• conditional statements: if, if-else, if-elif, if-elif-else

• multiple conditional statements

• nesting conditional statements

Perform different types of iterations

• the pass instruction

• building loops with while, for, range(), and in

• iterating through sequences

• expanding loops with while-else and for-else

• nesting loops and conditional statements

• controlling loop execution with break and continue

#) Data Collections - Tuples, Dictionaries, Lists, and Strings (25%)

Collect and process data using lists

• constructing vectors

• indexing and slicing

• the len() function

• list methods: append(), insert(), index(), etc.

• functions: len(), sorted()

• the del instruction

• iterating through lists with the for loop

• initializing loops

• the in and not in operators

• list comprehensions

• copying and cloning

• lists in lists: matrices and cubes

Collect and process data using tuples

• tuples: indexing, slicing, building, immutability

• tuples vs. lists: similarities and differences

• lists inside tuples and tuples inside lists

Collect and process data using dictionaries

• dictionaries: building, indexing, adding and removing keys

• iterating through dictionaries and their keys and values

• checking the existence of keys

• methods: keys(), items(), and values()

Operate with strings

• constructing strings

• indexing, slicing, immutability

• escaping using the \ character

• quotes and apostrophes inside strings

• multi-line strings

• basic string functions and methods

#) Functions and Exceptions (28%)

Decompose the code using functions

• defining and invoking user-defined functions and generators

• the return keyword, returning results

• the None keyword

• recursion

Organize interaction between the function and its environment

• parameters vs. arguments

• positional, keyword, and mixed argument passing

• default parameter values

• name scopes, name hiding (shadowing), and the global keyword

Python Built-In Exceptions Hierarchy

• BaseException

• Exception

• SystemExit

• KeyboardInterrupt

• abstract exceptions

• ArithmeticError

• LookupError

• IndexError

• KeyError

• TypeError

• ValueError

Basics of Python Exception Handling

• try-except / the try-except Exception

• ordering the except branches

• propagating exceptions through function boundaries

• delegating responsibility for handling exceptions

Overall, the Certified Entry-Level Python Programmer (PCEP) Certification is a highly respected credential that validates the skills and knowledge of individuals who are proficient in Python programming. By earning this certification, candidates can demonstrate their expertise in Python programming and enhance their career opportunities in the field. With its practice exam covering the latest syllabus, the PCEP Certification is an essential credential for individuals looking to start a career in Python programming or advance their existing skills in the field.