HealthcareMetadata

A general ledger contains user-defined account codes and related dimensional codes for recording transformed different types of vouchers including on-balance-sheet, off-balance-sheet, post-balance sheet, financial and non-financial natures.

Each nominal ledger account is unique to allow its ledger to be located

A chart of accounts (COA) is a created list of the accounts used by an organization to define each class of items for which money or the equivalent is spent or received. It is used to organize the finances of the entity and to segregate expenditures, revenue, assets and liabilities in order to give interested parties a better understanding of the financial health of the entity.

Types of accounts[edit] Asset accounts: represent the different types of economic resources owned or controlled by business, common examples of Asset accounts are cash, cash in bank, building, inventory, prepaid rent, goodwill, accounts receivable[1] Liability accounts: represent the different types of economic obligations by a business, such as accounts payable, bank loan, bonds payable, accrued interest.[citation needed] Equity accounts: represent the residual equity of a business (after deducting from Assets all the liabilities) including Retained Earnings and Appropriations.[citation needed] Revenue accounts or income: represent the company's gross earnings and common examples include Sales, Service revenue and Interest Income.[citation needed] Expense accounts: represent the company's expenditures to enable itself to operate. Common examples are electricity and water, rentals, depreciation, doubtful accounts, interest, insurance.[citation needed] Contra-accounts: Some balance sheet items have corresponding contra accounts, with negative balances, that offset them. Examples are accumulated depreciation against equipment, and allowance for bad debts against long-term notes receivable.

Diagnostic Imaging Image Management

The Team Foundation Build Extensions provide the ability to execute Ant or Maven 2 builds from Team Foundation Server and publish the results of the build along with any associated JUnit test results back to Team Foundation Server. 

Visual Studio 2012 includes the following command-line tools for testing purposes: VSTest.Console.exe You can use the VSTest.Console.exe program to run automated unit and coded UI tests from a command line. VSTest.Console.exe is optimized for performance and is used in place of MSTest.exe in Visual Studio 2012. MSTest.exe You can use the MSTest.exe program to run automated tests in a test assembly from a command line. MSTest is used for load tests and for compatibility with Visual Studio 2010 test projects. MSTest can also be used to view the test results from these test runs, save the results to disk, and save your results to Team Foundation Server. TCM.exe Tcm.exe is a command-line utility that lets you perform the following tasks: Import automated tests into a test plan Run tests that are part of a test plan from the command line View a list of test items and their corresponding IDs to use when you import tests or run tests You can also use tcm.exe to run test cases with associated automation from the command line using a test environment.

Requirements Visual Studio Ultimate, Visual Studio Premium, Visual Studio Test Professional

After you have created any of the following types of automated tests by using Visual Studio, you can use Microsoft Test Manager or Visual Studio to run the tests: Unit tests. Coded UI tests. Load tests.

Running automated tests: You can run tests directly from Visual Studio, from Microsoft Test Manager, from Team Foundation Build, or from the command line. You can use mstest.exe to run your automated tests from the command line, or you can use tcm.exe to import your test methods into test cases. You can then run the test cases for specific configurations from the command line and save the results for the appropriate test plan.

tcm testcase /import /collection:http://<Team Foundation Server Name>:8080/tfs/<team project collection name> /teamproject:DinnerNow /storage:TestProject1.dll /category:"ShoppingCart&SmokeTest" /syncsuite:3

XML file is a CppUnit result. It would not be easy for me to convert this file to a trx file. BUT i found a quite nice solution. First i use the new MSBuild target XslTransformation and transform the result to an jUnit XML result file. I then used the PublishJUnit task from the Ant integration to transform the new XML file to trx files and publish them in the TFS.

Class and module level fixtures are implemented in TestSuite

Python Tools for Visual Studio includes support for discovering, executing and debugging unit tests. This allows you to author your tests and run them without having to switch to a command prompt.

var j={"name":"binchen"}; JSON.stringify(j); // '{"name":"binchen"}'

Selenium WebDriver is often used as a basis for testing web applications. Here is a simple example uisng Python's standard unittest library: import unittest class GoogleTestCase(unittest.TestCase): def setUp(self): self.browser = webdriver.Firefox() self.addCleanup(self.browser.quit) def testPageTitle(self): self.browser.get('http://www.google.com') self.assertIn('Google', self.browser.title) if __name__ == '__main__': unittest.main(verbosity=2)

This plugin turns your Jenkins cluster into a Selenium2 Grid cluster