This practical, thought-provoking guide details prefactoring guidelines in design, code, and testing, each derived from the lessons of many developers over the years. By following these guidelines, you're far more likely to create more readable and maintainable code than would otherwise be the case.

To help communicate the many facets of this process, Prefactoring follows the development of a software system for a fictitious client, named Sam, from vision to implementation. Some of the guidelines you'll encounter along the way include: <ul><li>When You're Abstract, Be Abstract All the Way <li>Splitters Can Be Lumped Easier Than Lumpers Can Be Split <li>Do a Little Job Well and You May Be Called Upon Often <li>Plan Globally, Develop Locally <li>Communicate with Your Code <li>The Easiest Code to Debug Is That Which is Not Written <li>Use the Client's Language <li>Don't Let the Cold Air In <li>Never Be Silent <li>Don't Speed Until You Know Where You Are Going

If you have an object-oriented design background, you may save time by considering Ken's prefactoring guidelines before you begin your project, They won't guarantee that you will never need to refactor your design or code again, but you can cut down on the amount of refactoring you do.

This practical, thought-provoking guide details prefactoring guidelines in design, code, and testing, each derived from the lessons of many developers over the years. By following these guidelines, you're far more likely to create more readable and maintainable code than would otherwise be the case.

To help communicate the many facets of this process, Prefactoring follows the development of a software system for a fictitious client, named Sam, from vision to implementation. Some of the guidelines you'll encounter along the way include: <ul><li>When You're Abstract, Be Abstract All the Way <li>Splitters Can Be Lumped Easier Than Lumpers Can Be Split <li>Do a Little Job Well and You May Be Called Upon Often <li>Plan Globally, Develop Locally <li>Communicate with Your Code <li>The Easiest Code to Debug Is That Which is Not Written <li>Use the Client's Language <li>Don't Let the Cold Air In <li>Never Be Silent <li>Don't Speed Until You Know Where You Are Going

If you have an object-oriented design background, you may save time by considering Ken's prefactoring guidelines before you begin your project, They won't guarantee that you will never need to refactor your design or code again, but you can cut down on the amount of refactoring you do.

This practical, thought-provoking guide details prefactoring guidelines in design, code, and testing, each derived from the lessons of many developers over the years. By following these guidelines, you're far more likely to create more readable and maintainable code than would otherwise be the case.

To help communicate the many facets of this process, Prefactoring follows the development of a software system for a fictitious client, named Sam, from vision to implementation. Some of the guidelines you'll encounter along the way include: <ul><li>When You're Abstract, Be Abstract All the Way <li>Splitters Can Be Lumped Easier Than Lumpers Can Be Split <li>Do a Little Job Well and You May Be Called Upon Often <li>Plan Globally, Develop Locally <li>Communicate with Your Code <li>The Easiest Code to Debug Is That Which is Not Written <li>Use the Client's Language <li>Don't Let the Cold Air In <li>Never Be Silent <li>Don't Speed Until You Know Where You Are Going

If you have an object-oriented design background, you may save time by considering Ken's prefactoring guidelines before you begin your project, They won't guarantee that you will never need to refactor your design or code again, but you can cut down on the amount of refactoring you do.

This practical, thought-provoking guide details prefactoring guidelines in design, code, and testing, each derived from the lessons of many developers over the years. By following these guidelines, you're far more likely to create more readable and maintainable code than would otherwise be the case.

To help communicate the many facets of this process, Prefactoring follows the development of a software system for a fictitious client, named Sam, from vision to implementation. Some of the guidelines you'll encounter along the way include: <ul><li>When You're Abstract, Be Abstract All the Way <li>Splitters Can Be Lumped Easier Than Lumpers Can Be Split <li>Do a Little Job Well and You May Be Called Upon Often <li>Plan Globally, Develop Locally <li>Communicate with Your Code <li>The Easiest Code to Debug Is That Which is Not Written <li>Use the Client's Language <li>Don't Let the Cold Air In <li>Never Be Silent <li>Don't Speed Until You Know Where You Are Going

If you have an object-oriented design background, you may save time by considering Ken's prefactoring guidelines before you begin your project, They won't guarantee that you will never need to refactor your design or code again, but you can cut down on the amount of refactoring you do.

This practical, thought-provoking guide details prefactoring guidelines in design, code, and testing, each derived from the lessons of many developers over the years. By following these guidelines, you're far more likely to create more readable and maintainable code than would otherwise be the case.

To help communicate the many facets of this process, Prefactoring follows the development of a software system for a fictitious client, named Sam, from vision to implementation. Some of the guidelines you'll encounter along the way include: <ul><li>When You're Abstract, Be Abstract All the Way <li>Splitters Can Be Lumped Easier Than Lumpers Can Be Split <li>Do a Little Job Well and You May Be Called Upon Often <li>Plan Globally, Develop Locally <li>Communicate with Your Code <li>The Easiest Code to Debug Is That Which is Not Written <li>Use the Client's Language <li>Don't Let the Cold Air In <li>Never Be Silent <li>Don't Speed Until You Know Where You Are Going

If you have an object-oriented design background, you may save time by considering Ken's prefactoring guidelines before you begin your project, They won't guarantee that you will never need to refactor your design or code again, but you can cut down on the amount of refactoring you do.

This practical, thought-provoking guide details prefactoring guidelines in design, code, and testing, each derived from the lessons of many developers over the years. By following these guidelines, you're far more likely to create more readable and maintainable code than would otherwise be the case.

To help communicate the many facets of this process, Prefactoring follows the development of a software system for a fictitious client, named Sam, from vision to implementation. Some of the guidelines you'll encounter along the way include: <ul><li>When You're Abstract, Be Abstract All the Way <li>Splitters Can Be Lumped Easier Than Lumpers Can Be Split <li>Do a Little Job Well and You May Be Called Upon Often <li>Plan Globally, Develop Locally <li>Communicate with Your Code <li>The Easiest Code to Debug Is That Which is Not Written <li>Use the Client's Language <li>Don't Let the Cold Air In <li>Never Be Silent <li>Don't Speed Until You Know Where You Are Going

If you have an object-oriented design background, you may save time by considering Ken's prefactoring guidelines before you begin your project, They won't guarantee that you will never need to refactor your design or code again, but you can cut down on the amount of refactoring you do.

This practical, thought-provoking guide details prefactoring guidelines in design, code, and testing, each derived from the lessons of many developers over the years. By following these guidelines, you're far more likely to create more readable and maintainable code than would otherwise be the case.

To help communicate the many facets of this process, Prefactoring follows the development of a software system for a fictitious client, named Sam, from vision to implementation. Some of the guidelines you'll encounter along the way include: <ul><li>When You're Abstract, Be Abstract All the Way <li>Splitters Can Be Lumped Easier Than Lumpers Can Be Split <li>Do a Little Job Well and You May Be Called Upon Often <li>Plan Globally, Develop Locally <li>Communicate with Your Code <li>The Easiest Code to Debug Is That Which is Not Written <li>Use the Client's Language <li>Don't Let the Cold Air In <li>Never Be Silent <li>Don't Speed Until You Know Where You Are Going

If you have an object-oriented design background, you may save time by considering Ken's prefactoring guidelines before you begin your project, They won't guarantee that you will never need to refactor your design or code again, but you can cut down on the amount of refactoring you do.

This practical, thought-provoking guide details prefactoring guidelines in design, code, and testing, each derived from the lessons of many developers over the years. By following these guidelines, you're far more likely to create more readable and maintainable code than would otherwise be the case.

To help communicate the many facets of this process, Prefactoring follows the development of a software system for a fictitious client, named Sam, from vision to implementation. Some of the guidelines you'll encounter along the way include: <ul><li>When You're Abstract, Be Abstract All the Way <li>Splitters Can Be Lumped Easier Than Lumpers Can Be Split <li>Do a Little Job Well and You May Be Called Upon Often <li>Plan Globally, Develop Locally <li>Communicate with Your Code <li>The Easiest Code to Debug Is That Which is Not Written <li>Use the Client's Language <li>Don't Let the Cold Air In <li>Never Be Silent <li>Don't Speed Until You Know Where You Are Going

If you have an object-oriented design background, you may save time by considering Ken's prefactoring guidelines before you begin your project, They won't guarantee that you will never need to refactor your design or code again, but you can cut down on the amount of refactoring you do.

This practical, thought-provoking guide details prefactoring guidelines in design, code, and testing, each derived from the lessons of many developers over the years. By following these guidelines, you're far more likely to create more readable and maintainable code than would otherwise be the case.

To help communicate the many facets of this process, Prefactoring follows the development of a software system for a fictitious client, named Sam, from vision to implementation. Some of the guidelines you'll encounter along the way include: <ul><li>When You're Abstract, Be Abstract All the Way <li>Splitters Can Be Lumped Easier Than Lumpers Can Be Split <li>Do a Little Job Well and You May Be Called Upon Often <li>Plan Globally, Develop Locally <li>Communicate with Your Code <li>The Easiest Code to Debug Is That Which is Not Written <li>Use the Client's Language <li>Don't Let the Cold Air In <li>Never Be Silent <li>Don't Speed Until You Know Where You Are Going

If you have an object-oriented design background, you may save time by considering Ken's prefactoring guidelines before you begin your project, They won't guarantee that you will never need to refactor your design or code again, but you can cut down on the amount of refactoring you do.

This practical, thought-provoking guide details prefactoring guidelines in design, code, and testing, each derived from the lessons of many developers over the years. By following these guidelines, you're far more likely to create more readable and maintainable code than would otherwise be the case.

To help communicate the many facets of this process, Prefactoring follows the development of a software system for a fictitious client, named Sam, from vision to implementation. Some of the guidelines you'll encounter along the way include: <ul><li>When You're Abstract, Be Abstract All the Way <li>Splitters Can Be Lumped Easier Than Lumpers Can Be Split <li>Do a Little Job Well and You May Be Called Upon Often <li>Plan Globally, Develop Locally <li>Communicate with Your Code <li>The Easiest Code to Debug Is That Which is Not Written <li>Use the Client's Language <li>Don't Let the Cold Air In <li>Never Be Silent <li>Don't Speed Until You Know Where You Are Going

If you have an object-oriented design background, you may save time by considering Ken's prefactoring guidelines before you begin your project, They won't guarantee that you will never need to refactor your design or code again, but you can cut down on the amount of refactoring you do.

This practical, thought-provoking guide details prefactoring guidelines in design, code, and testing, each derived from the lessons of many developers over the years. By following these guidelines, you're far more likely to create more readable and maintainable code than would otherwise be the case.

To help communicate the many facets of this process, Prefactoring follows the development of a software system for a fictitious client, named Sam, from vision to implementation. Some of the guidelines you'll encounter along the way include: <ul><li>When You're Abstract, Be Abstract All the Way <li>Splitters Can Be Lumped Easier Than Lumpers Can Be Split <li>Do a Little Job Well and You May Be Called Upon Often <li>Plan Globally, Develop Locally <li>Communicate with Your Code <li>The Easiest Code to Debug Is That Which is Not Written <li>Use the Client's Language <li>Don't Let the Cold Air In <li>Never Be Silent <li>Don't Speed Until You Know Where You Are Going

If you have an object-oriented design background, you may save time by considering Ken's prefactoring guidelines before you begin your project, They won't guarantee that you will never need to refactor your design or code again, but you can cut down on the amount of refactoring you do.

This practical, thought-provoking guide details prefactoring guidelines in design, code, and testing, each derived from the lessons of many developers over the years. By following these guidelines, you're far more likely to create more readable and maintainable code than would otherwise be the case.

To help communicate the many facets of this process, Prefactoring follows the development of a software system for a fictitious client, named Sam, from vision to implementation. Some of the guidelines you'll encounter along the way include: <ul><li>When You're Abstract, Be Abstract All the Way <li>Splitters Can Be Lumped Easier Than Lumpers Can Be Split <li>Do a Little Job Well and You May Be Called Upon Often <li>Plan Globally, Develop Locally <li>Communicate with Your Code <li>The Easiest Code to Debug Is That Which is Not Written <li>Use the Client's Language <li>Don't Let the Cold Air In <li>Never Be Silent <li>Don't Speed Until You Know Where You Are Going

If you have an object-oriented design background, you may save time by considering Ken's prefactoring guidelines before you begin your project, They won't guarantee that you will never need to refactor your design or code again, but you can cut down on the amount of refactoring you do.

This practical, thought-provoking guide details prefactoring guidelines in design, code, and testing, each derived from the lessons of many developers over the years. By following these guidelines, you're far more likely to create more readable and maintainable code than would otherwise be the case.

To help communicate the many facets of this process, Prefactoring follows the development of a software system for a fictitious client, named Sam, from vision to implementation. Some of the guidelines you'll encounter along the way include: <ul><li>When You're Abstract, Be Abstract All the Way <li>Splitters Can Be Lumped Easier Than Lumpers Can Be Split <li>Do a Little Job Well and You May Be Called Upon Often <li>Plan Globally, Develop Locally <li>Communicate with Your Code <li>The Easiest Code to Debug Is That Which is Not Written <li>Use the Client's Language <li>Don't Let the Cold Air In <li>Never Be Silent <li>Don't Speed Until You Know Where You Are Going

If you have an object-oriented design background, you may save time by considering Ken's prefactoring guidelines before you begin your project, They won't guarantee that you will never need to refactor your design or code again, but you can cut down on the amount of refactoring you do.

This practical, thought-provoking guide details prefactoring guidelines in design, code, and testing, each derived from the lessons of many developers over the years. By following these guidelines, you're far more likely to create more readable and maintainable code than would otherwise be the case.

To help communicate the many facets of this process, Prefactoring follows the development of a software system for a fictitious client, named Sam, from vision to implementation. Some of the guidelines you'll encounter along the way include: <ul><li>When You're Abstract, Be Abstract All the Way <li>Splitters Can Be Lumped Easier Than Lumpers Can Be Split <li>Do a Little Job Well and You May Be Called Upon Often <li>Plan Globally, Develop Locally <li>Communicate with Your Code <li>The Easiest Code to Debug Is That Which is Not Written <li>Use the Client's Language <li>Don't Let the Cold Air In <li>Never Be Silent <li>Don't Speed Until You Know Where You Are Going

If you have an object-oriented design background, you may save time by considering Ken's prefactoring guidelines before you begin your project, They won't guarantee that you will never need to refactor your design or code again, but you can cut down on the amount of refactoring you do.

This practical, thought-provoking guide details prefactoring guidelines in design, code, and testing, each derived from the lessons of many developers over the years. By following these guidelines, you're far more likely to create more readable and maintainable code than would otherwise be the case.

To help communicate the many facets of this process, Prefactoring follows the development of a software system for a fictitious client, named Sam, from vision to implementation. Some of the guidelines you'll encounter along the way include: <ul><li>When You're Abstract, Be Abstract All the Way <li>Splitters Can Be Lumped Easier Than Lumpers Can Be Split <li>Do a Little Job Well and You May Be Called Upon Often <li>Plan Globally, Develop Locally <li>Communicate with Your Code <li>The Easiest Code to Debug Is That Which is Not Written <li>Use the Client's Language <li>Don't Let the Cold Air In <li>Never Be Silent <li>Don't Speed Until You Know Where You Are Going

If you have an object-oriented design background, you may save time by considering Ken's prefactoring guidelines before you begin your project, They won't guarantee that you will never need to refactor your design or code again, but you can cut down on the amount of refactoring you do.

This practical, thought-provoking guide details prefactoring guidelines in design, code, and testing, each derived from the lessons of many developers over the years. By following these guidelines, you're far more likely to create more readable and maintainable code than would otherwise be the case.

To help communicate the many facets of this process, Prefactoring follows the development of a software system for a fictitious client, named Sam, from vision to implementation. Some of the guidelines you'll encounter along the way include: <ul><li>When You're Abstract, Be Abstract All the Way <li>Splitters Can Be Lumped Easier Than Lumpers Can Be Split <li>Do a Little Job Well and You May Be Called Upon Often <li>Plan Globally, Develop Locally <li>Communicate with Your Code <li>The Easiest Code to Debug Is That Which is Not Written <li>Use the Client's Language <li>Don't Let the Cold Air In <li>Never Be Silent <li>Don't Speed Until You Know Where You Are Going

If you have an object-oriented design background, you may save time by considering Ken's prefactoring guidelines before you begin your project, They won't guarantee that you will never need to refactor your design or code again, but you can cut down on the amount of refactoring you do.

This practical, thought-provoking guide details prefactoring guidelines in design, code, and testing, each derived from the lessons of many developers over the years. By following these guidelines, you're far more likely to create more readable and maintainable code than would otherwise be the case.

To help communicate the many facets of this process, Prefactoring follows the development of a software system for a fictitious client, named Sam, from vision to implementation. Some of the guidelines you'll encounter along the way include: <ul><li>When You're Abstract, Be Abstract All the Way <li>Splitters Can Be Lumped Easier Than Lumpers Can Be Split <li>Do a Little Job Well and You May Be Called Upon Often <li>Plan Globally, Develop Locally <li>Communicate with Your Code <li>The Easiest Code to Debug Is That Which is Not Written <li>Use the Client's Language <li>Don't Let the Cold Air In <li>Never Be Silent <li>Don't Speed Until You Know Where You Are Going

If you have an object-oriented design background, you may save time by considering Ken's prefactoring guidelines before you begin your project, They won't guarantee that you will never need to refactor your design or code again, but you can cut down on the amount of refactoring you do.

This practical, thought-provoking guide details prefactoring guidelines in design, code, and testing, each derived from the lessons of many developers over the years. By following these guidelines, you're far more likely to create more readable and maintainable code than would otherwise be the case.

To help communicate the many facets of this process, Prefactoring follows the development of a software system for a fictitious client, named Sam, from vision to implementation. Some of the guidelines you'll encounter along the way include: <ul><li>When You're Abstract, Be Abstract All the Way <li>Splitters Can Be Lumped Easier Than Lumpers Can Be Split <li>Do a Little Job Well and You May Be Called Upon Often <li>Plan Globally, Develop Locally <li>Communicate with Your Code <li>The Easiest Code to Debug Is That Which is Not Written <li>Use the Client's Language <li>Don't Let the Cold Air In <li>Never Be Silent <li>Don't Speed Until You Know Where You Are Going

If you have an object-oriented design background, you may save time by considering Ken's prefactoring guidelines before you begin your project, They won't guarantee that you will never need to refactor your design or code again, but you can cut down on the amount of refactoring you do.

This practical, thought-provoking guide details prefactoring guidelines in design, code, and testing, each derived from the lessons of many developers over the years. By following these guidelines, you're far more likely to create more readable and maintainable code than would otherwise be the case.

To help communicate the many facets of this process, Prefactoring follows the development of a software system for a fictitious client, named Sam, from vision to implementation. Some of the guidelines you'll encounter along the way include: <ul><li>When You're Abstract, Be Abstract All the Way <li>Splitters Can Be Lumped Easier Than Lumpers Can Be Split <li>Do a Little Job Well and You May Be Called Upon Often <li>Plan Globally, Develop Locally <li>Communicate with Your Code <li>The Easiest Code to Debug Is That Which is Not Written <li>Use the Client's Language <li>Don't Let the Cold Air In <li>Never Be Silent <li>Don't Speed Until You Know Where You Are Going

If you have an object-oriented design background, you may save time by considering Ken's prefactoring guidelines before you begin your project, They won't guarantee that you will never need to refactor your design or code again, but you can cut down on the amount of refactoring you do.

This practical, thought-provoking guide details prefactoring guidelines in design, code, and testing, each derived from the lessons of many developers over the years. By following these guidelines, you're far more likely to create more readable and maintainable code than would otherwise be the case.

To help communicate the many facets of this process, Prefactoring follows the development of a software system for a fictitious client, named Sam, from vision to implementation. Some of the guidelines you'll encounter along the way include: <ul><li>When You're Abstract, Be Abstract All the Way <li>Splitters Can Be Lumped Easier Than Lumpers Can Be Split <li>Do a Little Job Well and You May Be Called Upon Often <li>Plan Globally, Develop Locally <li>Communicate with Your Code <li>The Easiest Code to Debug Is That Which is Not Written <li>Use the Client's Language <li>Don't Let the Cold Air In <li>Never Be Silent <li>Don't Speed Until You Know Where You Are Going

If you have an object-oriented design background, you may save time by considering Ken's prefactoring guidelines before you begin your project, They won't guarantee that you will never need to refactor your design or code again, but you can cut down on the amount of refactoring you do.