Let me understand for you the following analogy. Just like a car, if you try it, you usually drive it or at least turn it on. If you check it often you check the fluids, perhaps pull out a spark plug, connect it to a computer and check its settings, approach the buttons and switches to make sure there is a connection. On an inspection you can test the vehicle, but on a test you do not always check the vehicle.
Software testing is useful because it allows a transmission of a work environment to be used to detect bugs, or errors that will either throw out exceptions or cause logical errors such as out-of-state relationships.
Software inspection is more involved. It may involve testing, but it may also involve doing code analysis to ensure that the efficient process is used, and that the readability and maintenance are correct. This helps to ensure that the features are properly erased, the program runs as fast as possible, and nothing happens behind the scenes that are unpleasant.
Hope this helps.
Let me understand for you the following analogy. Just like a car, if you try it, you usually drive it or at least turn it on. If you check it often you check the fluids, perhaps pull out a spark plug, connect it to a computer and check its settings, approach the buttons and switches to make sure there is a connection. On an inspection you can test the vehicle, but on a test you do not always check the vehicle.
Software testing is useful because it allows a transmission of a work environment to be used to detect bugs, or errors that will either throw out exceptions or cause logical errors such as out-of-state relationships.
Software inspection is more involved. It may involve testing, but it may also involve doing code analysis to ensure that the efficient process is used, and that the readability and maintenance are correct. This helps to ensure that the features are properly erased, the program runs as fast as possible, and nothing happens behind the scenes that are unpleasant.
Hope this helps.
Let me understand for you the following analogy. Just like a car, if you try it, you usually drive it or at least turn it on. If you check it often you check the fluids, perhaps pull out a spark plug, connect it to a computer and check its settings, approach the buttons and switches to make sure there is a connection. On an inspection you can test the vehicle, but on a test you do not always check the vehicle.
Software testing is useful because it allows a transmission of a work environment to be used to detect bugs, or errors that will either throw out exceptions or cause logical errors such as out-of-state relationships.
Software inspection is more involved. It may involve testing, but it may also involve doing code analysis to ensure that the efficient process is used, and that the readability and maintenance are correct. This helps to ensure that the features are properly erased, the program runs as fast as possible, and nothing happens behind the scenes that are unpleasant.
Hope this helps.
Let me understand for you the following analogy. Just like a car, if you try it, you usually drive it or at least turn it on. If you check it often you check the fluids, perhaps pull out a spark plug, connect it to a computer and check its settings, approach the buttons and switches to make sure there is a connection. On an inspection you can test the vehicle, but on a test you do not always check the vehicle.
Software testing is useful because it allows a transmission of a work environment to be used to detect bugs, or errors that will either throw out exceptions or cause logical errors such as out-of-state relationships.
Software inspection is more involved. It may involve testing, but it may also involve doing code analysis to ensure that the efficient process is used, and that the readability and maintenance are correct. This helps to ensure that the features are properly erased, the program runs as fast as possible, and nothing happens behind the scenes that are unpleasant.
Hope this helps.
Let me understand for you the following analogy. Just like a car, if you try it, you usually drive it or at least turn it on. If you check it often you check the fluids, perhaps pull out a spark plug, connect it to a computer and check its settings, approach the buttons and switches to make sure there is a connection. On an inspection you can test the vehicle, but on a test you do not always check the vehicle.
Software testing is useful because it allows a transmission of a work environment to be used to detect bugs, or errors that will either throw out exceptions or cause logical errors such as out-of-state relationships.
Software inspection is more involved. It may involve testing, but it may also involve doing code analysis to ensure that the efficient process is used, and that the readability and maintenance are correct. This helps to ensure that the features are properly erased, the program runs as fast as possible, and nothing happens behind the scenes that are unpleasant.
Hope this helps.
Let me understand for you the following analogy. Just like a car, if you try it, you usually drive it or at least turn it on. If you check it often you check the fluids, perhaps pull out a spark plug, connect it to a computer and check its settings, approach the buttons and switches to make sure there is a connection. On an inspection you can test the vehicle, but on a test you do not always check the vehicle.
Software testing is useful because it allows a transmission of a work environment to be used to detect bugs, or errors that will either throw out exceptions or cause logical errors such as out-of-state relationships.
Software inspection is more involved. It may involve testing, but it may also involve doing code analysis to ensure that the efficient process is used, and that the readability and maintenance are correct. This helps to ensure that the features are properly erased, the program runs as fast as possible, and nothing happens behind the scenes that are unpleasant.
Hope this helps.
