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Python Institute PCPP-32-101 Exam Syllabus Topics:

Section	Weight	Objectives
File Processing and Serialization	15%	- Data storage and transfer 1. Pickle serialization 2. CSV handling 3. Persistent data management 4. JSON processing
Network Programming	20%	- Communication and networking 1. Protocols and data exchange 2. Network services 3. Socket programming 4. Client-server communication
GUI Programming	20%	- Graphical user interfaces with Tkinter 1. Application structure 2. Widgets and layouts 3. Event handling 4. User interaction
Multithreading and Concurrency	10%	- Concurrent programming 1. Synchronization mechanisms 2. Concurrency considerations 3. Thread communication 4. Thread creation and management
Advanced Object-Oriented Programming	25%	- Object-oriented concepts 1. Class and instance attributes 2. Method overriding and extension 3. Encapsulation and abstraction 4. Inheritance and polymorphism
Python Standard Library and Best Practices	10%	- Advanced Python development 1. Using standard library modules 2. Code organization 3. Professional programming practices 4. Error handling and debugging

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Free PDF Quiz 2026 Efficient PCPP-32-101: Exam PCPP1 - Certified Professional in Python Programming 1 Bootcamp

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Python Institute PCPP1 - Certified Professional in Python Programming 1 Sample Questions (Q43-Q48):

NEW QUESTION # 43
A property of the event object called widget is in fact:

A. the run() function.
B. the name of a widget causing an event.
C. the name of an object of a widget causing an event.
D. the reference to an object that stores a widget causing an event.

Answer: D

Explanation:
The correct answer is A. In Tkinter event handling, an event object contains information about the event that occurred. One of its useful attributes is widget, which refers to the actual widget object that caused or received the event. This is not merely the widget's name as text; it is a reference to the widget instance itself. That means the event handler can inspect or manipulate the widget directly, for example by reading its configuration or changing its displayed value. Option B and option D are incorrect because they describe a name, not an object reference. Option C is unrelated, since run() is not part of Tkinter event object semantics.

NEW QUESTION # 44
Analyze the following snippet and decide whether the code is correct and/or which method should be distinguished as a class method.

A. The gexNumberOfcrosswords () and issrived methods should be decorated with @classzoechod.
B. There is only one initializer, so there is no need for a class method.
C. The code is erroneous.
D. The getNumberofCrosswords () method should be decorated With @classmethod.

Answer: D

Explanation:
The correct answer is B. The getNumberofCrosswords() method should be decorated with @classmethod . In the given code snippet, the getNumberofCrosswords method is intended to be a class method that returns the value of the numberofcrosswords class variable. However, the method is not decorated with the @classmethod decorator and does not take a cls parameter representing the class itself. To make getNumberofCrosswords a proper class method, it should be decorated with @classmethod and take a cls parameter as its first argument.
B). The getNumberofCrosswords() method should be decorated with @classmethod .
This is because the getNumberofCrosswords() method is intended to access the class-level variable numberofcrosswords , but it is defined as an instance method, which requires an instance of the class to be created before it can be called. To make it work as a class-level method, you can define it as a class method by adding the @classmethod decorator to the function.
Here's an example of how to define getNumberofCrosswords() as a class method:
class Crossword :
numberofcrosswords = 0
def __init__(self, author, title):
self.author = author
self.title = title
Crossword.numberofcrosswords += 1
@classmethod
def getNumberofCrosswords (cls):
return cls.numberofcrosswords
In this example, getNumberofCrosswords() is defined as a class method using the @classmethod decorator, and the cls parameter is used to access the class-level variable numberofcrosswords .
Reference:
Official Python documentation on Classes: https://docs.python.org/3/tutorial/classes.html

NEW QUESTION # 45
Select the true statement about the socket. gaierror exception.

A. It is raised when an address-related error caused by the repr () function occurs.
B. It is raised when an address-related error caused by the getaddrinfo () and getnameinfo () functions occurs.
C. It is raised when a system function returns a system-related error.
D. It is raised when a timeout occurs on a socket.

Answer: B

Explanation:
Explanation
The socket.gaierror exception is raised when an address-related error caused by the getaddrinfo() and getnameinfo() functions occurs. These functions are used to translate hostnames to IP addresses and vice versa, and the gaierror exception is raised if they fail to perform this translation.

NEW QUESTION # 46
What is wrong with the following snippet?
class A:
def run(self):
print("A is running")
class B(A):
def run(self):
print("B is running")
class C(A, B):
def fly(self):
print("C is flying")
c = C()

A. Nothing. The code is fine.
B. There are no __init__() methods - each class should implement this method.
C. There is no run() method defined for the C class.
D. It causes MRO inconsistency.

Answer: D

Explanation:
The issue is method resolution order, commonly called MRO. In Python multiple inheritance, the interpreter must build a consistent linear inheritance path for the class. Here, B already inherits from A, meaning B must appear before A in the resolution order. However, class C(A, B) asks Python to resolve A before B. These two requirements conflict, so Python cannot create a valid MRO for class C.
This results in a TypeError related to inconsistent method resolution order. The absence of an
__init__() method is not a problem because Python supplies a default initializer. Also, C can inherit run() if the inheritance order is valid.

NEW QUESTION # 47
What is true about the unbind_all () method?
(Select two answers.)

A. It can be invoked from any widget
B. It can be invoked from the main window widget only
C. It causes all the widgets to disappear
D. It is parameterless

Answer: A,D

Explanation:
The unbind_all() method in Tkinter is used to remove all event bindings from a widget. It is a method of the widget object and can be called on any widget in the Tkinter application. Therefore, option A is the correct answer.
Option B is incorrect because the method can be called on any widget, not just the main window widget.
Option C is correct as unbind_all() does not take any parameters.
Option D is incorrect because the method only removes event bindings and does not cause the widgets to disappear.
So, the correct answers are A and C.
References:
Tkinter documentation: https://docs.python.org/3/library/tkinter.html#event-bindings Tkinter tutorial: https://www.python-course.eu/tkinter_events_binds.php

NEW QUESTION # 48
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