Anti-patterns interview questions

1. A.an anti-pattern of tuning performance before measuring or proving need, adding complexity for negligible benefit
2. B.an anti-pattern describing tangled, unstructured control flow with little modularity that is hard to follow or maintain
3. C.an anti-pattern where a single class knows or does too much, centralizing responsibilities that should be distributed
4. D.an anti-pattern of embedding unexplained literal values directly in code instead of named constants

Answer + AI explanation with Pro

1. A.Tight coupling
2. B.Spaghetti code
3. C.God object
4. D.Magic numbers

Answer + AI explanation with Pro

1. A.God object — an anti-pattern of tuning performance before measuring or proving need, adding complexity for negligible benefit
2. B.God object — an anti-pattern describing tangled, unstructured control flow with little modularity that is hard to follow or maintain
3. C.God object — an anti-pattern where components depend heavily on each other's internal details, making changes ripple and reuse difficult
4. D.God object — an anti-pattern where a single class knows or does too much, centralizing responsibilities that should be distributed

Answer + AI explanation with Pro

1. A.an anti-pattern of tuning performance before measuring or proving need, adding complexity for negligible benefit
2. B.an anti-pattern of embedding unexplained literal values directly in code instead of named constants
3. C.an anti-pattern describing tangled, unstructured control flow with little modularity that is hard to follow or maintain
4. D.an anti-pattern where components depend heavily on each other's internal details, making changes ripple and reuse difficult

Answer + AI explanation with Pro

1. A.God object
2. B.Spaghetti code
3. C.Magic numbers
4. D.Premature optimization

Answer + AI explanation with Pro

1. A.Spaghetti code — an anti-pattern of embedding unexplained literal values directly in code instead of named constants
2. B.Spaghetti code — an anti-pattern describing tangled, unstructured control flow with little modularity that is hard to follow or maintain
3. C.Spaghetti code — an anti-pattern where components depend heavily on each other's internal details, making changes ripple and reuse difficult
4. D.Spaghetti code — an anti-pattern of tuning performance before measuring or proving need, adding complexity for negligible benefit

Answer + AI explanation with Pro

1. A.an anti-pattern describing tangled, unstructured control flow with little modularity that is hard to follow or maintain
2. B.an anti-pattern of tuning performance before measuring or proving need, adding complexity for negligible benefit
3. C.an anti-pattern where components depend heavily on each other's internal details, making changes ripple and reuse difficult
4. D.an anti-pattern of embedding unexplained literal values directly in code instead of named constants

Answer + AI explanation with Pro

1. A.Magic numbers
2. B.Spaghetti code
3. C.Tight coupling
4. D.Premature optimization

Answer + AI explanation with Pro

1. A.Tight coupling — an anti-pattern describing tangled, unstructured control flow with little modularity that is hard to follow or maintain
2. B.Tight coupling — an anti-pattern where components depend heavily on each other's internal details, making changes ripple and reuse difficult
3. C.Tight coupling — an anti-pattern of tuning performance before measuring or proving need, adding complexity for negligible benefit
4. D.Tight coupling — an anti-pattern where a single class knows or does too much, centralizing responsibilities that should be distributed

Answer + AI explanation with Pro

1. A.an anti-pattern where components depend heavily on each other's internal details, making changes ripple and reuse difficult
2. B.an anti-pattern describing tangled, unstructured control flow with little modularity that is hard to follow or maintain
3. C.an anti-pattern of tuning performance before measuring or proving need, adding complexity for negligible benefit
4. D.an anti-pattern where a single class knows or does too much, centralizing responsibilities that should be distributed

Answer + AI explanation with Pro

1. A.Magic numbers
2. B.God object
3. C.Premature optimization
4. D.Spaghetti code

Answer + AI explanation with Pro

1. A.Premature optimization — an anti-pattern describing tangled, unstructured control flow with little modularity that is hard to follow or maintain
2. B.Premature optimization — an anti-pattern of tuning performance before measuring or proving need, adding complexity for negligible benefit
3. C.Premature optimization — an anti-pattern where components depend heavily on each other's internal details, making changes ripple and reuse difficult
4. D.Premature optimization — an anti-pattern of embedding unexplained literal values directly in code instead of named constants

Answer + AI explanation with Pro

1. A.an anti-pattern where a single class knows or does too much, centralizing responsibilities that should be distributed
2. B.an anti-pattern of embedding unexplained literal values directly in code instead of named constants
3. C.an anti-pattern where components depend heavily on each other's internal details, making changes ripple and reuse difficult
4. D.an anti-pattern of tuning performance before measuring or proving need, adding complexity for negligible benefit

Answer + AI explanation with Pro

1. A.Spaghetti code
2. B.Premature optimization
3. C.God object
4. D.Magic numbers

Answer + AI explanation with Pro

1. A.Magic numbers — an anti-pattern of embedding unexplained literal values directly in code instead of named constants
2. B.Magic numbers — an anti-pattern where a single class knows or does too much, centralizing responsibilities that should be distributed
3. C.Magic numbers — an anti-pattern describing tangled, unstructured control flow with little modularity that is hard to follow or maintain
4. D.Magic numbers — an anti-pattern of tuning performance before measuring or proving need, adding complexity for negligible benefit

Answer + AI explanation with Pro