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testing abstract tables tabl has catalogs, annotation to increase failure visibility that have more than two variables, Building the test requirement checklist are inequalities, Building the test requirement checklist are searching, Building the test requirement checklist are comparison, Building the test requirement checklist are subsets and streams, Building the test requirement checklist are pointers and strings, Building the test requirement checklist are counts, Building the test requirement checklist are intervals, Building the test requirement checklist are collections, Building the test requirement checklist are booleans, Chapter 4 deals with Test specifications, Building the test requirement checklist erros specification , Building the test requirement checklist erros codes, Testing drivers and suite drivers convert characters to delivering inputs to the subsystems, The Specification describes The Subsystem, syntax testing is like subsystem testing, find interacting clues where codes overlap, pure addition which impliments changes, postconditions specifies function calls, inheritance how to Handle member functions, Dynamic binding which you have to build the virtual call catalog, other approaches have another approach, operation checks for cliched operations, specification its a major source, running the tests checking for Drivers and stubs, data flow testing can be reachability , data flow testing can be coverage, data flow testing can be propagation, data flow testing can be necessary, build the virtual call catalog to store data members, chapter 22 covers object oriented software, chapter 16 covers syntax testing, postcondition describes date, postcondition describes time, sequence have alternatives, changes that copy base catalog, generic coverage tools has options the program, generic coverage tools has options sysnopsis, generic coverage tools has options name, generic coverage tools has options descriptions, Introduction to the spear head example its a ghost script program, Normal test specifications which searches for error guessing, Normal test specifications which searches for coverage, Normal test specifications which searches for test requirements, Normal test specifications which searches for Simple bugs, Normal test specifications which searches for unsuspected requirements, test requirements uses resuseable functions, chapter 7 deals with using the coverage to test the test suite, chapter 18 cover Tesing consistency relationships, chapter 1 deals with The Specification, Use coverage to improve test requirements, Use coverage to Improve test specifications, chapter 23 covers testing derived classes, Tesing consistency relationships have a Basic checklist, two special cases one group of class, two special cases two controllers, nearby items that follows sequence, inheritance can be multiple, using the coverage to test the test suite with generic coverage tools, syntax testing follows two rules derive test requirements, syntax testing follows two rules test are independent and unless, cleaning up mostly errors, cleaning up mostly unsaved information, function calls has to be in catalog organization, The Subsystem which has preconditions , The Subsystem which has postcondition, Testing object - based software explains class variant, Testing object - based software explains member function, Testing object - based software explains class, Testing object - based software explains object, Testing object - based software explains data member, another approach which is error guessing, another approach which is organization, Test specifications can be Normal test specifications, variable can be More global variables, chapter 20 covers Testing subsystems that use reuseable software, ghost script program which has postcodition testing, ghost script program which has precodition testing, A second complete may have test design, ghost script program which has decoder, ghost script program which has loops, ghost script program which has sgetc, testing derived classes which is testing abstract tables, simple validated preconditions can also be OR, simple validated preconditions can also be AND, Testing drivers and suite drivers testing drivers, max uses coverage, copy base catalog which handles new members, using the coverage to test the test suite focuses multicondition coverage, using the coverage to test the test suite focuses loop coverage, using the coverage to test the test suite focuses relational coverage, using the coverage to test the test suite focuses branch coverage, chapter 24 covers Dynamic binding, Testing drivers and suite drivers aslo deals with comparing actual and expected results, wrong incompleteness incompleteness, wrong incompleteness ambiguity, new members which has states mschine requirements, new members which has new member functions, A second complete example max, object oriented software they cover mostly pure addition, multiplying operation test requirements how to do the multiplication, chapter 2 deals with Introduction to the spear head example, other approaches that gathers two special cases, catalogs has multiple sections, Testing object - based software that other approaches, getting going by implementing Use coverage, Tesing consistency relationships have annotation to increase failure visibility, test requirements rules for testing multiple test, test requirements rules for testing results, test requirements rules for testing test specifications, test requirements rules for testing test inputs, chapter 9 deals with miscellaneous tips, chapter 8 deals with cleaning up, multiplying operation test requirements there are three weaknesses missing requirement, multiplying operation test requirements there are three weaknesses coarse granularity, multiplying operation test requirements there are three weaknesses omission, codes which has postconditions, codes which has preconditions, preconditions types assumed, preconditions types validated, subsystem testing which has nearby items, unsuspected requirements also marginal, class requirements can be tested by data flow testing, Integration requirements can be updated remaing object, Normal test specifications makes sure no complexity, Test specifications is marking the requirement that you will use, Improve test specifications you must find failure by accident, Improve test specifications you must use the question catalog, Improve test specifications you must move towards test requirement, Improve test specifications you must use the design checklist, pure addition that requires Integration requirements, Basic checklist are 1. each routine that changes a variable is a clue 2. Each dependency statement, including the default, leading to requirement 3. anntate each lef requirement with dependency statement the subsystemis mostly likely to incorrectly apply to it, comparing actual and expected results finding out running the tests, comparing actual and expected results finding out where the test stands, lower priority requirement which has ineterminate limits, object oriented software deals with inheritance, alternatives which are reptition and alternatives, alternatives which are simple repitition, chapter 3 deals with Building the test requirement checklist, chapter 17 covers A second complete, Implementation check hash table can be another derived class, chapter 25 covers test requirement multiplication, Inspecting code with the question catalog baesd on obligations, Inspecting code with the question catalog baesd on inspecting speadhex, chapter 6 deals with Inspecting code with the question catalog, catalog organization variable in/out, catalog organization variable out, catalog organization variable in, testing abstract tables which has specification , testing abstract tables which has implementation, chapter 15 covers shallow testing, chapter 15 covers Coverage - Driven Testing, procedure and code are also complx boolean expressions, no complexity include command, Testing subsystems that use reuseable software that have test requirements, specification about operation, specification about variable, specification about definitions, collections has order, external codes are written and maintained, chapter 26 covers multiplying operation test requirements, chapter 10 deals with getting going, complx boolean expressions which is derived from class requirements, multiple sections that has to be tested with Implementation check hash table, chapter 21 covers Testing object - based software, loops has odd digits, more than two variables which is checked by library routine, delivering inputs to the subsystems linking directories and file structure, postconditions is simple validated preconditions, build the virtual call catalog can contain changes, test requirement multiplication there is a greport, test requirement multiplication there is a procedure and code, major source there are varibles, decoder converts character To values, cleaning up new ideas, cleaning up new discoveries, Chapter 5 deals with Testing drivers and suite drivers, miscellaneous tips using lower priority requirement, multiplying operation test requirements have to find interacting clues, procedure and code which works from specification, procedure and code which works from implications, The Specification often is wrong, library routine can be unchecked or impossible ERROR requirement, no complexity completing exit command, changes when external codes are written