Python Training in Singapore

• Importance of PYTHONPATH and PATH Variable
• Concepts of Compiler, Interpreter difference between them
• Properties of python
• version Difference

• Declaration
• Initialization
• Swapping
• Indirect referencing
• type identification
• Syntax
• Indentation

• Arithmatic Operators [ + , – , * , / , % , // , ** ]
• Comparision Operators [ > , < , >= , <= , == , != ]
• Logical Operators [ and , or , not ]
• Assignment Operators [ += , -= , *= , /= ]
• Membership Operators [ in , not in ]
• terenary Operators
• print , input , int , float , type , str functions

• if statement and its examples
• if-else statement
• Indentation and structure of the conditional statements.
• nested if, nested if-else
• if-elif-else and its importance

This section of python comprises of the system related concepts like data types, system-defined functions with practical implementations. System Module concept. how to import the system defined modules and its uses.

• Python Data types like Numbers , Strings , Lists , Tuples , Dictionaries etc
• difference between Normal and module function eg math , random.

Number functions: The functions which works on the number inputs are number functions. This section also comprise system defined number functions .

• abs , max , min
• math.ceil , math.floor , round,
• random functions lile : choice , shuffle , randrange , uniform

String Functions and string Operators:

• string operators like + , * , [] , [:] , in , not in
• case related functions like capitalize , upper , lower , title , swapcase
• max , min , len
• ljust , rjust , center , lstrip , rstrip , strip
• count , index , find , replace
• split , join , startswith , endswith , reversed , sorted
• validation functions like isalpha , isdigit , isalnum , isupper , islower

• practical implementations with files using lists.
• List operators + , * , [] , [:] , in , not in
• List fundtions like len , max , min
• append , extend , index , insert , pop
• deep copy and shallow copy
• remove , sort , reverse
• map , reduce , filter

• tuple operators + , * , [] , [:] , in , not in
• difference between list and tuple
• tuple functions len , max , min , copy
• map , reduce , filter

• Difference between list and dictionary
• dictionary operators like [] , in , not in
• dictionary functions like len , keys , values , items ,
• get , fromkeys , setdefault

In the above section 2, we seen every function or module used is system defined. This section mainly focuses on user-defined elements like user-defined functions, types of user-defined functions and its importance. Return statement. user-defined modules how can user-defined modules are imported etc.

Exception Handling: This section consists of handilng the exceptiexceptions its importance. assert statement.

• try , except block
• System defined exceotions
• User defined exception
• assert statement
• finally block

• file handlers
• file functions like open , read , readline , readlines , write , writeline , writelines , close , seek , tell
• file modes like r, w, a, r+, w+, a+, rb, wb, ab

• difference between user defined and system defined functions
• types of user defined functions like
• Required and positional arguments
• required and nonpositional Keyword arguments
• default arguments
• Variable-length arguments

user-defined modules: This section includes Importance of the user defined modules , use of __init__.py file.Also how to create a module using folder and also using the files. difference between import and from keywords.

• import statement
• from statement
• difference between import and from statement
• importance of __init__.py file
• alias naming in python
• Importing one python script in another

OOPS: OOPS whose abbrevation is object oriented programming system. This section deals with the real time programming examples .Importance of objects , object methods , class methods difference between them . Importance of self keyword.

• Class sstructure
• importance of objects
• class methods and object methods
• Importance of self , __init__ , __name__ , __dict__, __str__ .
• importance of hasattr(), type(), issubclass(), isinstance(), super() functions
• class Variables and static variables

• pattern acchors
• functions like match , search , findall , sub , compile

Excel Files: This section deals with using openpyxl module for excel file related tasks such.

• How to open excel file in Read and Write and append mode
• difference between load_module and module function
• create excel file and add data dynamically in excel file
• Read existing file and append data
• Read data dynamically from excel file
• max_row , max_column and sheetnames functions

• Use of the Mysql database
• How to connect to the database using the connect method
• functions like cursor , execute , fetch , fetchall , close and its importance.
• control functions such as db.commit and db.rollback and its importance
• how to eexecute the query in python and fetch the data.

Iterators: This section deals with the handling of the memory with respect to the variables.

• Importance of iterators
• list and tuple iterator
• String Iterator
• next() function and its importance in iterators

Generators :

• differnce between yield and return statement
• use and importance of the yield over return statement

Decorators :

• What is decorator
• importance and use of decorators
• JSON , YAML File concepts
• PDF , Word , CSV , Excel Files [ Opening , Closing , DataExtraction , Creation ]

Threading: This section deals with the concept of threads which is called as parallel processing.

• what is threading and its importance
• functions like Thread , join , start
• threading.main_thread()
• threading.current_thread()
• synchronus and asynchronus threads
• Synchronization between threads
• lock.acquire() and lock.release()
• threading.Lock()

smtplib Module: This module is responsible for sending emails

• how top send the text email
• how to send the HTML email
• adding attachments in the mail
• functions like SMTP , sendmail , quit() , MIMETEXT

OS Networking module: This module contains the functions which are used to perform operating system related tasks.

• importing os module
• functions in os module like : access() , listdir() , mkdir() , makedirs() , rmdir() , removedirs()
• file functions such as remove() , rename() , copy() , chmod() , stat()
• link() , symlink() , readlink()
• environ , getenv() , setenv()
• Webpage Automation
• screen scraping
• web interface automation