TestResults.xml
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<?xml version="1.0" encoding="utf-8" standalone="no"?>
<test-results xmlns:xsi="http://www.w3.org/2001/XMLSchema-instance" xsi:noNamespaceSchemaLocation="nunit_schema_2.5.xsd" name="Pester" total="34" errors="0" failures="0" not-run="0" inconclusive="0" ignored="7" skipped="0" invalid="0" date="2019-03-09" time="14:53:33"> <environment user="appveyor" machine-name="APPVYR-WIN" cwd="C:\projects\iperfautomate" user-domain="APPVYR-WIN" platform="Microsoft Windows Server 2012 R2 Datacenter|C:\windows|\Device\Harddisk0\Partition5" nunit-version="2.5.8.0" os-version="6.3.9600" clr-version="4.0.30319.42000" /> <culture-info current-culture="en-US" current-uiculture="en-US" /> <test-suite type="TestFixture" name="Pester" executed="True" result="Ignored" success="True" time="4.4899" asserts="0" description="Pester"> <results> <test-suite type="TestFixture" name="C:\projects\iperfautomate\iPerfAutomate.Tests.ps1" executed="True" result="Ignored" success="True" time="4.4899" asserts="0" description="C:\projects\iperfautomate\iPerfAutomate.Tests.ps1"> <results> <test-suite type="TestFixture" name="Module-level tests" executed="True" result="Success" success="True" time="0.9529" asserts="0" description="Module-level tests"> <results> <test-case description="should validate the module manifest" name="Module-level tests.should validate the module manifest" time="0.2463" asserts="0" success="True" result="Success" executed="True" /> </results> </test-suite> <test-suite type="TestFixture" name="ConvertToUncPath" executed="True" result="Success" success="True" time="0.3126" asserts="0" description="ConvertToUncPath"> <results> <test-suite type="ParameterizedTest" name="ConvertToUncPath.should returns the expected object count: <TestName>" executed="True" result="Success" success="True" time="0.1229" asserts="0" description="should returns the expected object count: <TestName>"> <results> <test-case description="should returns the expected object count: File" name="ConvertToUncPath.should returns the expected object count: File" time="0.113" asserts="0" success="True" result="Success" executed="True" /> <test-case description="should returns the expected object count: Folder" name="ConvertToUncPath.should returns the expected object count: Folder" time="0.01" asserts="0" success="True" result="Success" executed="True" /> </results> </test-suite> <test-suite type="ParameterizedTest" name="ConvertToUncPath.returns the same object type as defined in OutputType: <TestName>" executed="True" result="Success" success="True" time="0.04" asserts="0" description="returns the same object type as defined in OutputType: <TestName>"> <results> <test-case description="returns the same object type as defined in OutputType: File" name="ConvertToUncPath.returns the same object type as defined in OutputType: File" time="0.0373" asserts="0" success="True" result="Success" executed="True" /> <test-case description="returns the same object type as defined in OutputType: Folder" name="ConvertToUncPath.returns the same object type as defined in OutputType: Folder" time="0.0027" asserts="0" success="True" result="Success" executed="True" /> </results> </test-suite> <test-suite type="ParameterizedTest" name="ConvertToUncPath.should return the expected string: <TestName>" executed="True" result="Success" success="True" time="0.0383" asserts="0" description="should return the expected string: <TestName>"> <results> <test-case description="should return the expected string: File" name="ConvertToUncPath.should return the expected string: File" time="0.0351" asserts="0" success="True" result="Success" executed="True" /> <test-case description="should return the expected string: Folder" name="ConvertToUncPath.should return the expected string: Folder" time="0.0032" asserts="0" success="True" result="Success" executed="True" /> </results> </test-suite> </results> </test-suite> <test-suite type="TestFixture" name="TestServerAvailability" executed="True" result="Success" success="True" time="1.1487" asserts="0" description="TestServerAvailability"> <results> <test-suite type="ParameterizedTest" name="TestServerAvailability.returns the same object type as defined in OutputType: <TestName>" executed="True" result="Success" success="True" time="0.3656" asserts="0" description="returns the same object type as defined in OutputType: <TestName>"> <results> <test-case description="returns the same object type as defined in OutputType: Online computer" name="TestServerAvailability.returns the same object type as defined in OutputType: Online computer" time="0.3511" asserts="0" success="True" result="Success" executed="True" /> <test-case description="returns the same object type as defined in OutputType: Offline computer" name="TestServerAvailability.returns the same object type as defined in OutputType: Offline computer" time="0.0145" asserts="0" success="True" result="Success" executed="True" /> </results> </test-suite> <test-suite type="ParameterizedTest" name="TestServerAvailability.should return the expected object properties: <TestName>" executed="True" result="Success" success="True" time="0.0471" asserts="0" description="should return the expected object properties: <TestName>"> <results> <test-case description="should return the expected object properties: Online computer" name="TestServerAvailability.should return the expected object properties: Online computer" time="0.0387" asserts="0" success="True" result="Success" executed="True" /> <test-case description="should return the expected object properties: Offline computer" name="TestServerAvailability.should return the expected object properties: Offline computer" time="0.0084" asserts="0" success="True" result="Success" executed="True" /> </results> </test-suite> <test-suite type="ParameterizedTest" name="TestServerAvailability.should return the expected object count: <TestName>" executed="True" result="Success" success="True" time="0.1541" asserts="0" description="should return the expected object count: <TestName>"> <results> <test-case description="should return the expected object count: Online computer" name="TestServerAvailability.should return the expected object count: Online computer" time="0.1411" asserts="0" success="True" result="Success" executed="True" /> <test-case description="should return the expected object count: Offline computer" name="TestServerAvailability.should return the expected object count: Offline computer" time="0.013" asserts="0" success="True" result="Success" executed="True" /> </results> </test-suite> </results> </test-suite> <test-suite type="TestFixture" name="InvokeIperf" executed="True" result="Success" success="True" time="1.4542" asserts="0" description="InvokeIperf"> <results> <test-suite type="TestFixture" name="when the mode is Server" executed="True" result="Success" success="True" time="1.0596" asserts="0" description="when the mode is Server"> <results> <test-suite type="ParameterizedTest" name="InvokeIperf.when the mode is Server.should not attempt to create a new server: <TestName>" executed="True" result="Success" success="True" time="0.3256" asserts="0" description="should not attempt to create a new server: <TestName>"> <results> <test-case description="should not attempt to create a new server: Server mode" name="InvokeIperf.when the mode is Server.should not attempt to create a new server: Server mode" time="0.1581" asserts="0" success="True" result="Success" executed="True" /> <test-case description="should not attempt to create a new server: Multiple computers / Both running" name="InvokeIperf.when the mode is Server.should not attempt to create a new server: Multiple computers / Both running" time="0.0249" asserts="0" success="True" result="Success" executed="True" /> <test-case description="should not attempt to create a new server: Multiple computers / One running" name="InvokeIperf.when the mode is Server.should not attempt to create a new server: Multiple computers / One running" time="0.0791" asserts="0" success="True" result="Success" executed="True" /> <test-case description="should not attempt to create a new server: Bogus arguments" name="InvokeIperf.when the mode is Server.should not attempt to create a new server: Bogus arguments" time="0.0141" asserts="0" success="True" result="Success" executed="True" /> <test-case description="should not attempt to create a new server: Offline computer" name="InvokeIperf.when the mode is Server.should not attempt to create a new server: Offline computer" time="0.0494" asserts="0" success="True" result="Success" executed="True" /> </results> </test-suite> <test-suite type="ParameterizedTest" name="InvokeIperf.when the mode is Server.when a server is not already running, should create the session disconnected: <TestName>" executed="True" result="Success" success="True" time="0.1111" asserts="0" description="when a server is not already running, should create the session disconnected: <TestName>"> <results> <test-case description="when a server is not already running, should create the session disconnected: Server mode" name="InvokeIperf.when the mode is Server.when a server is not already running, should create the session disconnected: Server mode" time="0.0154" asserts="0" success="True" result="Success" executed="True" /> <test-case description="when a server is not already running, should create the session disconnected: Multiple computers / Both running" name="InvokeIperf.when the mode is Server.when a server is not already running, should create the session disconnected: Multiple computers / Both running" time="0.0241" asserts="0" success="True" result="Success" executed="True" /> <test-case description="when a server is not already running, should create the session disconnected: Multiple computers / One running" name="InvokeIperf.when the mode is Server.when a server is not already running, should create the session disconnected: Multiple computers / One running" time="0.0337" asserts="0" success="True" result="Success" executed="True" /> <test-case description="when a server is not already running, should create the session disconnected: Bogus arguments" name="InvokeIperf.when the mode is Server.when a server is not already running, should create the session disconnected: Bogus arguments" time="0.0141" asserts="0" success="True" result="Success" executed="True" /> <test-case description="when a server is not already running, should create the session disconnected: Offline computer" name="InvokeIperf.when the mode is Server.when a server is not already running, should create the session disconnected: Offline computer" time="0.0238" asserts="0" success="True" result="Success" executed="True" /> </results> </test-suite> <test-suite type="ParameterizedTest" name="InvokeIperf.when the mode is Server.when a server is not already running, should create a session with the expected name: <TestName>" executed="True" result="Success" success="True" time="0.1113" asserts="0" description="when a server is not already running, should create a session with the expected name: <TestName>"> <results> <test-case description="when a server is not already running, should create a session with the expected name: Server mode" name="InvokeIperf.when the mode is Server.when a server is not already running, should create a session with the expected name: Server mode" time="0.017" asserts="0" success="True" result="Success" executed="True" /> <test-case description="when a server is not already running, should create a session with the expected name: Multiple computers / Both running" name="InvokeIperf.when the mode is Server.when a server is not already running, should create a session with the expected name: Multiple computers / Both running" time="0.0212" asserts="0" success="True" result="Success" executed="True" /> <test-case description="when a server is not already running, should create a session with the expected name: Multiple computers / One running" name="InvokeIperf.when the mode is Server.when a server is not already running, should create a session with the expected name: Multiple computers / One running" time="0.0353" asserts="0" success="True" result="Success" executed="True" /> <test-case description="when a server is not already running, should create a session with the expected name: Bogus arguments" name="InvokeIperf.when the mode is Server.when a server is not already running, should create a session with the expected name: Bogus arguments" time="0.0135" asserts="0" success="True" result="Success" executed="True" /> <test-case description="when a server is not already running, should create a session with the expected name: Offline computer" name="InvokeIperf.when the mode is Server.when a server is not already running, should create a session with the expected name: Offline computer" time="0.0243" asserts="0" success="True" result="Success" executed="True" /> </results> </test-suite> </results> </test-suite> <test-suite type="ParameterizedTest" name="InvokeIperf.returns nothing: <TestName>" executed="True" result="Success" success="True" time="0.1582" asserts="0" description="returns nothing: <TestName>"> <results> <test-case description="returns nothing: Server mode" name="InvokeIperf.returns nothing: Server mode" time="0.0575" asserts="0" success="True" result="Success" executed="True" /> <test-case description="returns nothing: Multiple computers / Both running" name="InvokeIperf.returns nothing: Multiple computers / Both running" time="0.0348" asserts="0" success="True" result="Success" executed="True" /> <test-case description="returns nothing: Multiple computers / One running" name="InvokeIperf.returns nothing: Multiple computers / One running" time="0.0231" asserts="0" success="True" result="Success" executed="True" /> <test-case description="returns nothing: Client mode" name="InvokeIperf.returns nothing: Client mode" time="0.0138" asserts="0" success="True" result="Success" executed="True" /> <test-case description="returns nothing: Bogus arguments" name="InvokeIperf.returns nothing: Bogus arguments" time="0.016" asserts="0" success="True" result="Success" executed="True" /> <test-case description="returns nothing: Offline computer" name="InvokeIperf.returns nothing: Offline computer" time="0.013" asserts="0" success="True" result="Success" executed="True" /> </results> </test-suite> </results> </test-suite> <test-suite type="TestFixture" name="StartIperfServer" executed="True" result="Ignored" success="True" time="0.0534" asserts="0" description="StartIperfServer"> <results> <test-case description="returns the same object type as defined in OutputType: <empty>" name="StartIperfServer.returns the same object type as defined in OutputType: <empty>" time="0" asserts="0" success="True" result="Ignored" executed="False" /> </results> </test-suite> <test-suite type="TestFixture" name="ConvertArgsToMode" executed="True" result="Ignored" success="True" time="0.0378" asserts="0" description="ConvertArgsToMode"> <results> <test-case description="returns the same object type as defined in OutputType: <empty>" name="ConvertArgsToMode.returns the same object type as defined in OutputType: <empty>" time="0" asserts="0" success="True" result="Ignored" executed="False" /> </results> </test-suite> <test-suite type="TestFixture" name="StopIPerfServer" executed="True" result="Ignored" success="True" time="0.0208" asserts="0" description="StopIPerfServer"> <results> <test-case description="returns the same object type as defined in OutputType: <empty>" name="StopIPerfServer.returns the same object type as defined in OutputType: <empty>" time="0" asserts="0" success="True" result="Ignored" executed="False" /> </results> </test-suite> <test-suite type="TestFixture" name="TestIPerfServerSession" executed="True" result="Ignored" success="True" time="0.018" asserts="0" description="TestIPerfServerSession"> <results> <test-case description="returns the same object type as defined in OutputType: <empty>" name="TestIPerfServerSession.returns the same object type as defined in OutputType: <empty>" time="0" asserts="0" success="True" result="Ignored" executed="False" /> </results> </test-suite> <test-suite type="TestFixture" name="New-IperfSchedule" executed="True" result="Ignored" success="True" time="0.0276" asserts="0" description="New-IperfSchedule"> <results> <test-case description="returns the same object type as defined in OutputType: <empty>" name="New-IperfSchedule.returns the same object type as defined in OutputType: <empty>" time="0" asserts="0" success="True" result="Ignored" executed="False" /> </results> </test-suite> <test-suite type="TestFixture" name="Install-IPerfModule" executed="True" result="Ignored" success="True" time="0.0178" asserts="0" description="Install-IPerfModule"> <results> <test-case description="returns the same object type as defined in OutputType: <empty>" name="Install-IPerfModule.returns the same object type as defined in OutputType: <empty>" time="0" asserts="0" success="True" result="Ignored" executed="False" /> </results> </test-suite> <test-suite type="TestFixture" name="Start-IPerfMonitorTest" executed="True" result="Ignored" success="True" time="0.0223" asserts="0" description="Start-IPerfMonitorTest"> <results> <test-case description="returns the same object type as defined in OutputType: <empty>" name="Start-IPerfMonitorTest.returns the same object type as defined in OutputType: <empty>" time="0" asserts="0" success="True" result="Ignored" executed="False" /> </results> </test-suite> </results> </test-suite> </results> </test-suite> </test-results> |