Latest PCPP-32-101 Exam Duration & PCPP-32-101 Certification Exam Dumps

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Python Institute PCPP-32-101 Exam Syllabus Topics:

Section	Weight	Objectives
GUI Programming	20%	- Dialogs & Application Structure - Event-Driven Paradigm - Tkinter Basics & Widgets - Event Handling & Callbacks
Modules, Packages & Advanced Features	10%	- Functional Programming Tools - Import System & Namespaces - Decorators & Context Managers
Network Programming	18%	- REST API Basics - JSON/XML Data Exchange - HTTP & Client-Server Communication - TCP/IP & Socket Programming
Coding Conventions, Best Practices & Standardization	12%	- PEP 1, PEP 8, PEP 20, PEP 257 - Pythonic Principles - Code Readability & Documentation
File & Data Processing	15%	- XML & JSON Parsing - CSV & Configuration Files - SQLite3 Database Operations - Logging & System Interaction
Advanced Object-Oriented Programming	25%	- Design Patterns - Abstract Base Classes - Shallow vs Deep Copy & Serialization - Attribute Access & Descriptors - Advanced Exceptions & Exception Chaining - Metaclasses & Metaprogramming - Multiple Inheritance & Mixins

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Python Institute PCPP1 - Certified Professional in Python Programming 1 Sample Questions (Q58-Q63):

NEW QUESTION # 58
Select the true statements related to PEP 8 programming recommendations for exception handling. (Select two answers.)

A. You should derive exceptions from the Exception class, rather than from the BaseException class.
B. When designing exception hierarchies, you should focus on stating that a problem occurred, rather than programmatically trying to answer the question about what actually went wrong.
C. You should generally use "bare" except: clauses, as they will not catch SystemExit and KeyboardInterrupt exceptions, making it more difficult to interrupt a program using keyboard shortcuts.
D. You should generally limit the use of a "bare" except: clause and, whenever possible, use specific exceptions instead.

Answer: A,D

Explanation:
The correct answers are C and D. Custom application exceptions should normally inherit from Exception, not directly from BaseException. BaseException is intended for system-exiting exceptions such as SystemExit, KeyboardInterrupt, and GeneratorExit, so deriving ordinary errors from it can interfere with normal control flow. PEP 8 also discourages broad or bare except: clauses because they catch too much and can hide programming errors or prevent expected interruption behavior. Specific exception handling is clearer, safer, and easier to debug. Option A reverses the intended guidance:
exception hierarchies should help code distinguish what went wrong programmatically. Option B is false because a bare except: can catch system-level exceptions, which is exactly why it should be avoided.

NEW QUESTION # 59
Analyze the following function and choose the statement that best describes it.

A. It is an example of decorator stacking.
B. The function is erroneous.
C. It is an example of a decorator that can trigger an infinite recursion.
D. It is an example of a decorator that accepts its own arguments.

Answer: D

Explanation:
Explanation
In the given code snippet, the repeat function is a decorator that takes an argument num_times specifying the number of times the decorated function should be called. The repeat function returns an inner function wrapper_repeat that takes a function func as an argument and returns another inner function wrapper that calls func num_times times.
The provided code snippet represents an example of a decorator that accepts its own arguments.
The @decorator_function syntax is used to apply the decorator_function to the some_function function.
The decorator_function takes an argument arg1 and defines an inner function wrapper_function that takes the original function func as its argument. The wrapper_function then returns the result of calling func, along with the arg1 argument passed to the decorator_function.
Here is an example of how to use this decorator with some_function:
@decorator_function("argument 1")
defsome_function():
return"Hello world"
When some_function is called, it will first be passed as an argument to the decorator_function.
The decorator_function then adds the string "argument 1" to the result of calling some_function() and returns the resulting string. In this case, the final output would be "Hello world argument 1".

NEW QUESTION # 60
What will be the content of the cars.xml file when you run the following code?
import xml.etree.ElementTree as ET
root = ET.Element('data')
car_1 = ET.SubElement(root, 'car', {'brand': 'Audi'})
car_2 = ET.SubElement(root, 'car', {'brand': 'Volkswagen'})
tree = ET.ElementTree(root)
tree.write('cars.xml', 'UTF-8', True)

A. < ?xml version='1.0'? >
< data > < car brand="Audi" / > < car brand="Volkswagen" / > < /data >
B. < ?xml? >
< data > < car brand="Audi" / > < car brand="Volkswagen" / > < /data >
C. < data > < car brand="Audi" / > < car brand="Volkswagen" / > < /data >
D. < ?xml version='1.0' encoding='UTF-8'? >
< data > < car brand="Audi" / > < car brand="Volkswagen" / > < /data >

Answer: D

Explanation:
The correct answer is C. The code creates an XML root element named data and then adds two child elements named car. Each car element receives a brand attribute, one with the value Audi and the other with the value Volkswagen. The statement tree.write('cars.xml', 'UTF-8', True) writes the XML document using UTF-8 encoding and explicitly enables the XML declaration through the third argument. Because the XML declaration is enabled, the output begins with < ?xml version='1.0' encoding='UTF-8'? > . The generated XML body then contains the data element with two self-closing car child elements. Options without the encoding declaration are therefore incomplete.

NEW QUESTION # 61
Analyze the code and choose the best statement that describes it.

A. The code is erroneous
B. ___ne___() is not a built-in special method
C. The code is responsible for the support of the negation operator e.g. a = - a.
D. The code is responsible for the support of the inequality operator i.e. i =

Answer: D

Explanation:
The correct answer is D. The code is responsible for the support of the inequality operator i.e. i != j . In the given code snippet, the __ne__ method is a special method that overrides the behavior of the inequality operator != for instances of the MyClass class. When the inequality operator is used to compare two instances of MyClass , the __ne__ method is called to determine whether the two instances are unequal.

NEW QUESTION # 62
Which sentence about the property decorator is false?

A. The @property decorator designates a method which is responsible for returning an attribute value
B. The property decorator should be defined after the method that is responsible for setting an encapsulated attribute.
C. The property decorator should be defined before the methods that are responsible for setting and deleting an encapsulated attribute
D. The property decorator marks the method whose name will be used as the name of the instance attribute

Answer: B

Explanation:
Explanation
The @property decorator should be defined after the method that is responsible for setting an encapsulated attribute is a false sentence. In fact, the @property decorator should be defined before the method that is used to set the attribute value. The @property decorator and the setter and deleter methods work together to create an encapsulated attribute, which is used to provide control over the attribute's value.

NEW QUESTION # 63
......

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