STD 5 TO 8 SEMESTER 1 AND SEMESTER 2 UNIT TEST PAPER

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STD 5 TO 8 SEMESTER 1 AND SEMESTER 2 UNIT TEST PAPER 

If you write code that stuffs things into a database or that reads a file from disk, you have not written a unit test.  Unit tests don’t deal with their environment and with external systems to the codebase.  If it you’ve written something that can fail when run on a machine without the “proper setup,” you haven’t written a unit test.Unit tests and unit testing A unit test is a piece of code written by a developer that executes a specific functionality in the code to be tested and asserts a certain behavior or state. The percentage of code which is tested by unit tests is typically called test coverage. A unit test targets a small unit of code,

ENGLISH SEMESTER 1 ALL UNIT TEST PAPER 
STD 6 SEMESTER 2 UNIT TEST PAPER
STD 7 SEMESTER 2 UNIT TEST PAPER
STD 8 SEMESTER 2 UNIT TEST PAPER
by replacing the dependency with a test implementation or a (mock) object created by a test framework. Unit tests are not suitable for testing complex user interface or component interaction. For this, you should develop integration tests.
First off, we have a class called “CalculatorTests,” indicating that it will contain tests for the calculator class.  (Other ways to conceptually organize your tests exist but consider that an advanced topic.)  It gets an attribute called “TestClass” to tell Visual Studio’s default test runner and framework, MSTest, that this class contains unit tests.
GUJARATI UNIT TEST PAPER SEMESTER 1 AND SEMESTER 2 
STD 6 SEMESTER 1 UNIT TEST PAPER

STD 6 GUJARATI SEMESTER 2 UNIT TEST PAPER
JUnit naming conventions There are several potential naming conventions for JUnit tests. A widely-used solution for classes is to use the “Test” suffix at the end of test classes names. As a general rule, a test name should explain what the test does. If that is done correctly, reading the actual implementation can be avoided. One possible convention is to use the “should” in the test method name. For example, “ordersShouldBeCreated” or “menuShouldGetActive”. This gives a hint what should happen if the test method is executed. Another approach is to use “GivenWhenThen” for the display name of the test method.
Alternatively you can use Assumptions.assumeFalse or Assumptions.assumeTrue to define a condition for test deactivation. Assumptions.assumeFalse marks the test as invalid, if its condition evaluates to true. Assumptions.assumeTrue evaluates the test as invalid if its condition evaluates to false. For example, the following disables a test on Linux:
STD 7 SEMESTER 1 UNIT TEST PAPER
STD 8 SEMESTER 1 UNIT TEST PAPER 
STD 8 SEMESTER 2 UNIT TEST PAPER
STD 5 HINDI SEMESTER 1 UNIT TEST PAPER
STD 6 SEMESTER 1 UNIT TEST PAPER HINDI
STD 6 SEMESTER 2 HINDI UNIT TEST PAPER 
STD 7 SEMESTER 1 HINDI UNIT TEST PAPER
STD 7 SEMESTER 2 UNIT TEST PAPER 
Defining test methods JUnit uses annotations to mark methods as test methods and to configure them. The following table gives an overview of the most important annotations in JUnit for the
It is used to perform time intensive activities, for example, to connect to a database. Methods marked with this annotation need to be defined as static to work with JUnit. @AfterAll Executed once, after all tests have been finished. It is used to perform clean-up activities, for example, to disconnect from a database. Methods annotated with this annotation need to be defined as static to work with JUnit. @Nested Lets you nest inner test classes to force a certain execution order 
STD 8 HINDI SEMESTER 1 UNIT TEST PAPER 
STD 8 HINDI SEMESTER 2 UNIT TEST PAPER

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