Python provides a way to perform in-place operations in its definition by using the "operator "ModulesAssignments and calculations in a single statement. For example.
x += y is equivalent to x = (x, y)
Some important in situ operations：
1. iadd() :- This function is used toAssigning and adding current values. The operation performs "a+=b "Operation. In the case of immutable containers (such as strings, numbers, and tuples)(negative prefix)Execute the distribution.
2. iconcat() :- This function is used to concatenate a string at the end of the second one.。
# Python code that demonstrates how iadd() and iconcat() work
# importing operator to handle operator operations
import operator
# Use iadd() to add and assign values
x = (2, 3);
# Print the modified value
print ("The value after adding the assignment is:", end="")
print (x)
# Initialized values
y = "geeks"
z = "forgeeks"
# Use iconcat() to concatenate sequences
y = (y, z)
# Use iconcat() to concatenate sequences
print ("The spliced string is:", end="")
print (y)Output:
The value after adding the assignment is: 5
The spliced string is: geeksforgeeks
3. isub() :- This function is used toAssigning and subtracting current values. The operation performs "a-=b "Operation. In the case of immutable containers (such as strings, numbers, and tuples)(negative prefix)Execute the distribution.
4. imul() :- This function is used toAssign and multiply by the current value. This operation performs the " a=b* " operation. In the case of immutable containers (such as strings, numbers, and tuples)(negative prefix)Execute the distribution.
# Python code that demonstrates how isub() and imul() work
# importing operator to handle operator operations
import operator
# Subtract and assign using isub()
x = (2, 3);
# Print the modified value
print ("Value after subtraction operation:", end="")
print (x)
# Multiply and assign using imul()
x = (2, 3);
# Print the modified value
print ("Value after multiplication:", end="")
print (x)Output:
Value after subtraction operation: -1
Value after multiplication: 6
5. itruediv() :- This function is used to perform a check on theAssigning and dividing by the current value. This operation performs "a/=b "Operation. In the case of immutable containers (such as strings, numbers, and tuples)(negative prefix)Execute the distribution.
6. imod() :- This function is used toDistribution and return of residuals. The operation performs "a%=b "Operation. In the case of immutable containers (such as strings, numbers, and tuples)(negative prefix)Execute the distribution.
# Python code that demonstrates how itruediv() and imod() work
# importing operator to handle operator operations
import operator
# Use itruediv() for division assignment
x = (10, 5);
# Print the modified value
print ("Value after division assignment:", end="")
print (x)
# Use imod() to take a modulus and assign it to a value.
x = (10, 6);
# Print the modified value
print ("The value after taking a modal assignment:", end="")
print (x)Output:
Value after division assignment: 2.0
Value after modulo assignment: 4
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