April 2020 - Page 2 of 2

Jenkins Plugin Details

Plugin Version: 1.0.1

Overview

Jenkins is a free and open source automation server written in Java. Jenkins helps to automate the non-human part of the software development process, with continuous integration and facilitating technical aspects of continuous delivery. It is a server-based system that runs in servlet containers such as Apache Tomcat.It supports version control tools, including AccuRev, CVS, Subversion, Git, Mercurial, Perforce, TD/OMS, ClearCase and RTC, and can execute Apache Ant, Apache Maven and sbt based projects as well as arbitrary shell scripts and Windows batch commands.

Docker Information:

More information can be found at Jenkins

Version Supported:

This plugin was developed and tested against version present on Jenkins 2.190

Jenkins Configuration:

Jenkins can be used with and without security by simply cheking/uncheking the checkbox “Enable Security” under Manage Jenkins > Configure Global Security.

In case the “Enable Security” is unchecked then :

Make sure “Prevent Cross Site Request Forgery exploits” is checked under “CSRF Protection”
Check the “Default Crumb Issuer”.

Plugin Operation:

ExecuteJob

Input parameter(s):

Parameter	Is Mandatory	Help Text
Jenkins Url	true	Jenkins instance Url. Ex – http://localhost:8090
Username	false	Jenkins login username.
Password	false	Jenkins login password.
Job Name	false	Valid jenkins job name which needs to be executed.
Parameter List	true	Parameters required to execute the job (If Any).Use ampersand(&) as a separator in case multiple parameter exists. Example : myparam1=myparam_value1&myparam2=myparam_value2

Output parameter(s):

Parameter	Help Text
ConsoleOutput	Console output of the job in execution.
JenkinsStatus	Final ExecuteJob job status.

Pass/Fail Condition:

Status	Condition
Passed	If the job in jenkins get passed and no error occurs in fetching data from jenkins.
Failed	If the job execution in jenkins get failed or any error occurs in feching the result from jenkins.

Disclaimers:

The job execution result depends on jenkins API response.
Jenkins uses jenkins-crumb for authentication. Above mention settings must be set to achieve the jenkins functionality.
If security is enabled in jenkins username and pasword must be provided during job configuration else keep these field blank.

Release Details:

Jenkins: 1.0.1
Initial version with basic functionalities.

Contact us:

Github Plugin Details

Plugin Version: 1.0.1
Last Update on: December 26, 2019

Overview

GitHub is hosting service for software development version control using Git.

Github Information

More information can be found at Github.

Version Supported:

This plugin was developed and tested against version present on Github Cloud

Plugin Operations:

CheckOutCode This operation allows to check out code and pulls them in a local repository path;.

Input parameter(s):

Parameter	Is Mandatory	Help Text
Git repositories	true	List of paths or URL(s) to the repositories to pull from,one per line i.e “git://server/repo.git”
Destination Directory	false	Indicate the path where the source tree will be created (can be relative to the job’s workspace) Ex: C:\Git\Demo
Branch	false	Git branch name.

Output parameter(s):

Parameter	Help Text
FilePath	Filepath where the file is downloaded.
IsFilePresent	Is file downloaded.
GithubStatus	Final CheckOutCode Status.

Pass/Fail Condition:

Status	Required string in outputlog
Passed	If the output log is empty and files are physically present in the provided directory.
Failed	If the output log is not empty and contains any of the following: 1) ‘is not recognized as an internal or external command’ 2) ‘ERROR’ 3) ‘FullyQualifiedErrorId’ 4) ‘command not found’ 5) ‘No such file or directory’ 6) ‘already exists and is not an empty directory’ 7) ‘fatal’

ExecuteCommand This operation allows to execute raw git command.

Input parameter(s):

Parameter	Is Mandatory	Help Text
Command	true	Raw git command to be executed. Ex: git commit -m “MyFirstCommit”

Output parameter(s):

Parameter	Help Text
GithubStatus	Final CheckOutCode Status.

Pass/Fail Condition:

Status	Required string in outputlog
Passed	If the output log is empty and files are physically present in the provided directory.
Failed	If the output log is not empty and contains any of the following: 1) ‘is not recognized as an internal or external command’ 2) ‘ERROR’ 3) ‘FullyQualifiedErrorId’ 4) ‘command not found’ 5) ‘No such file or directory’ 6) ‘already exists and is not an empty directory’ 7) ‘fatal’

Disclaimers:

Command other than git are also supported but are not recommended.

Release Details:

Github: 1.0.1
Initial version with basic functionalities.

Contact us:

Dynatrace Plugin Details

Plugin Version: 1.0
Last Update on: January 17, 2020

Overview

Dynatrace is a software intelligence company providing application performance management (APM), artificial intelligence for operations (AIOps), cloud infrastructure monitoring, and digital experience management (DEM), with products for the information technology departments and digital business owners of medium and large businesses.
This plug-in has been designed to manage Dynatrace environment from Kovair DevOps platform.

Dynatrace Information:

More information can be found at Dynatrace.

Version Supported:

This plugin was developed and tested against Dynatrace SAAS instance.

Plugin Operations:

GetProblems This operation fetches latest problems of the environment detected by Dynatrace.

Input parameter(s):

Parameter	Is Mandatory	Help Text
Relative Time	true	The relative timeframe of the inquiry, back from the current time. E.g. If ’30mins’ is chosen, then all problems raised in the last 30 mins. will be fetched.
Problem Status	false	Filters the result problems by the status.
Impact Level	false	Filters the result problems by the impact level.
Severity Level	false	Filters the result problems by the severity level.

Output parameter(s):

Parameter	Help Text
Status	Status of the operation.
OutputLog	Response message content.

GetSingleProblem

Gets the properties of the specified problem.

Input parameter(s):

Parameter	Is Mandatory	Help Text
Problem ID	true	The ID of the problem which will be enquired. This can be found by opening the problem and then from the browser address bar selecting the text appearing in between pid= and ;. For example: https://qnv73334.live.dynatrace.com/#problems/problemdetails;pid=1010862231876473749_1579154100000V2;gf=all, here the problem ID is: 1010862231876473749_1579154100000V2

Output parameter(s):

Parameter	Help Text
Status	Status of the operation.
OutputLog	Response message content.

CloseProblem

This operation closes a problem while adding a closing comment to it.

Input parameter(s):

Parameter	Is Mandatory	Help Text
Problem ID	true	The ID of the problem that should be closed This can be found by opening the problem and then from the browser address bar selecting the text appearing in between pid= and ;. For example: https://qnv73334.live.dynatrace.com/#problems/problemdetails;pid=1010862231876473749_1579154100000V2;gf=all, here the problem ID is: 1010862231876473749_1579154100000V2
Comment	true	The comment text which is to be added while closing the problem.

Output parameter(s):

Parameter	Help Text
Status	Status of the operation.

AddCommentToProblem

Adds a new comment to the specified problem.

Input parameter(s):

Parameter	Is Mandatory	Help Text
Problem ID	true	The ID of the problem where comment should be added. This can be found by opening the problem and then from the browser address bar selecting the text appearing in between pid= and ;. For example: https://qnv73334.live.dynatrace.com/#problems/problemdetails;pid=1010862231876473749_1579154100000V2;gf=all, here the problem ID is: 1010862231876473749_1579154100000V2
Comment	true	The comment text.

Output parameter(s):

Parameter	Help Text
Status	Status of the operation.
CommentID	ID of the newly added comment.

GetHosts

Lists all available hosts in dynatrace environment. Input parameter(s):

Output parameter(s):

Parameter

Is Mandatory

Help Text

Parameter	Help Text
Status	Status of the operation.
OutputLog	Response message content.

GetApplications

Lists all monitored applications in dynatrace environment.

Input parameter(s):

Parameter	Is Mandatory	Help Text
Relative Time	false	The relative timeframe of the inquiry, back from the current time. E.g. If ’30mins’ is chosen, then all applications detected in the last 30 mins. will be fetched.

Output parameter(s):

Parameter	Help Text
Status	Status of the operation.
OutputLog	Response message content.

Pass/Fail Conditions:

Method	Status	Condition
GetProblems	Passed	If `HTTP Status Code of 200 (OK)` is received from Dynatrace and OutputLog is not empty and can be deserialized into a collection of problem feed objects (Dynatrace Model: ProblemFeedResultWrapper).
GetProblems	Failed	If `HTTP Status Code of 200 (OK)` is not received from Dynatrace or If OutputLog is empty or if OutputLog is not empty but cannot be deserialized into a collection of problem feed objects. (Dynatrace Model: ProblemFeedResultWrapper).
GetSingleProblem	Passed	If `HTTP Status Code of 200 (OK)` is received from Dynatrace and if OutputLog is not empty and can be deserialized into a problem object (Dynatrace Model: ProblemDetailsResultWrapper).
GetSingleProblem	Failed	If `HTTP Status Code of 200 (OK)` is not received from Dynatrace or if OutputLog is empty or if OutputLog is not empty but cannot be deserialized into a problem object (Dynatrace Model: ProblemDetailsResultWrapper).
CloseProblem	Passed	If `HTTP Status Code of 200 (OK)` is received from Dynatrace.
CloseProblem	Failed	If `HTTP Status Code of 200 (OK)` is not received from Dynatrace.
AddCommentToProblem	Passed	If `HTTP Status Code of 200 (OK)` is received from Dynatrace and if OutputLog is not empty and can be deserialized into a comment object (Dynatrace Model: PushProblemComment).
AddCommentToProblem	Failed	If `HTTP Status Code of 200 (OK)` is not received from Dynatrace or if OutputLog is empty or if OutputLog is not empty but cannot be deserialized into a comment object (Dynatrace Model: PushProblemComment).
GetHosts	Passed	If `HTTP Status Code of 200 (OK)` is received from Dynatrace and if OutputLog is not empty and can be deserialized into a collection of host objects (Dynatrace Model: Host).
GetHosts	Failed	If `HTTP Status Code of 200 (OK)` is not received from Dynatrace or if OutputLog is empty or if OutputLog is not empty but cannot be deserialized into a collection of host objects (Dynatrace Model: Host).
GetApplications	Passed	If `HTTP Status Code of 200 (OK)` is received from Dynatrace and if OutputLog is not empty.
GetApplications	Failed	If `HTTP Status Code of 200 (OK)` is not received from Dynatrace or if OutputLog is empty

Limitations:

This plug-in has been tested in Dynatrace SAAS environment only.
Connectivity with Dynatrace SAAS/On-Premise instance must be ensured.
API Token must be generated with adequate access rights for successful REST calls to Dynatrace.
Dynatrace One-Agent Service must be installed with necessary configurations in the client nodes (machines) so that they are connected to Dytatrace master and their monitoring is enabled.

Release Details:

Dynatrace: 1.0
Initial version with basic functionalities.

Contact us:

Docker Plugin Details

Plugin Version: 1.0.0

Last Update on: November 29, 2019

Overview

Docker is a set of platform as a service products that use OS-level virtualization to deliver software in packages called containers. Containers are isolated from one another and bundle their own software, libraries and configuration files; they can communicate with each other through well-defined channels.

Docker Information:

More information can be found at Docker.

Version Supported:

This plugin was developed and tested against Docker Desktop – 2.1.0.5

1. Build This operation allows to build a docker file and creates docker image.

Input parameter(s):

Parameter	Is Mandatory	Help Text
Username	true	Docker Username
Password	true	Docker Password.
Docker Path	false	docker.exe file path (Ex: C:\\Program Files\\Docker\\Docker\\resources\\bin). This may require if docker classpath is not set.
Dockerfile Path	true	Dockerfile folder path or Url (Ex : D:\\demo\\)
Other Options	false	Other options (Ref : https://docs.docker.com/engine/reference/commandline/build/)

Output parameter(s):

Parameter	Help Text
Output Log	Build command output log.
Image Id	Docker image id.
DockerStatus	Status of the Operation

2. Push This operation allows to push a docker image to docker hub.

Input parameter(s):

Parameter	Is Mandatory	Help Text
Username	true	Docker Username
Password	true	Docker Password.
Docker Path	false	docker.exe file path (Ex: C:\\Program Files\\Docker\\Docker\\resources\\bin). This may require if docker classpath is not set.
Repository	true	Docker repository (Ex : david/repodemo)
Tag	false	Tag on image (Ex : demo)
Image Id	true	Image Id (Ex : fae9161b007d)

Output parameter(s):

Parameter	Help Text
Output Log	Push command output log.
DockerStatus	Status of the Operation

3. Pull This operation allows to pull a docker image from docker hub.

Input parameter(s):

Parameter	Is Mandatory	Help Text
Username	true	Docker Username
Password	true	Docker Password.
Docker Path	false	docker.exe file path (Ex: C:\\Program Files\\Docker\\Docker\\resources\\bin). This may require if docker classpath is not set.
Repository	true	Docker repository (Ex : david/repodemo)
Tag	false	Tag on image (Ex : demo)

Output parameter(s):

Parameter	Help Text
Output Log	Pull command output log.
DockerStatus	Status of the Operation

4. Run This operation allows to run a docker image.

Input parameter(s):

Parameter	Is Mandatory	Help Text
Username	true	Docker Username
Password	true	Docker Password.
Docker Path	false	docker.exe file path (Ex: C:\\Program Files\\Docker\\Docker\\resources\\bin). This may require if docker classpath is not set.
Repository	true	Docker repository (Ex : david/repodemo)
Tag	false	Tag on image (Ex : demo)
Other Options	false	Other options (Ref : https://docs.docker.com/engine/reference/commandline/run/)

Output parameter(s):

Parameter	Help Text
Output Log	Run command output log.
Container Id	Docker container id.
DockerStatus	Status of the Operation

5. Docker Command This operation allows to execute a docker command.

Input parameter(s):

Parameter	Is Mandatory	Help Text
Username	true	Docker Username
Password	true	Docker Password.
Docker Path	false	docker.exe file path (Ex: C:\\Program Files\\Docker\\Docker\\resources\\bin). This may require if docker classpath is not set.
Command	true	User can execute full docker command here(Ref : https://docs.docker.com/engine/reference/commandline/docker/)

Output parameter(s):

Parameter	Help Text
Output Log	Docker command output log.
DockerStatus	Status of the Operation

Release Details:

Docker: 1.0.0
Initial version with basic functionalities.

Contact us:

CustomCommand Plugin Details

Plugin Version: 1.0.1

Last Update on: March 25, 2020

Overview

CustomCommand provides provision to run commands in any format.

CustomCommand Information:

CustomCommand supports execution of the following command types:.

Powershell
CMD Command
SQL Command
Shell Command
MariaDB Command
Oracle Command

Version Supported:

Not Application

Plugin Operation:

ExecuteCMDCommand / ExecuteInPowershell / ExecuteShellCommand

This operation allows to execute custom commands;.

Input parameter(s):

Parameter	Is Mandatory	Help Text
Command	true	Put the command to execute Note: Must have administrator access

Output Parameter(s):

Parameter	Help Text
CommandOutput	Output of the command.
CommandStatus	Final command job status.

Pass/Fail Condition:

Status	Required string in outputlog
Passed	If the output log is empty or does not contains any string mentioned in failed section.
Failed	If the output log is not empty and contains any of the following: 1) ‘is not recognized as an internal or external command’ 2) ‘ERROR’ 3) ‘FullyQualifiedErrorId’ 4) ‘command not found’ 5) ‘No such file or directory’

ExecuteSQLCommand

This operation allows to execute SQL commands;.

Input parameter(s):

Parameter	Is Mandatory	Help Text
Server Name	true	give the server name
Authentication	true	metion the authentication type WINDOWS/SQL
User Name	false	If windows type authentication, no need to provide this field value
Password	false	If windows type authentication, no need to provide this field value
DB Name	true	DB to be connected
Execution File Path	false	Mention the full path of the file to be executed.Ex: C:\Scripts\Script1.sql
Execution Command	false	Split the multiple command with ‘;’ to be executed. Ex: Select * from tusers

Output Parameter(s):

Parameter	Help Text
CommandOutput	Output of the command
CommandStatus	Final command job status.

Pass/Fail Condition:

Status	Required string in outputlog
Passed	If the output log is empty or does not contains any string mentioned in failed section.
Failed	If the output log is not empty and contains any of the following: 1) ‘Cannot open database’ 2) ‘Login failed for user’ 3) ‘Server is not found or not accessible’ 4) ‘Invalid object name’ 5) ‘Could not find stored procedure’ 6) ‘Incorrect syntax near’ 7) ‘syntax error’ 8) ‘Invalid column’ 9) ‘Invalid filename’ 10) ‘Could not find’ 11) ‘Invalid column’

ExecuteMariaDBCommand

This operation allows to execute MariaDB commands;.

Input parameter(s):

Parameter	Is Mandatory	Help Text
Server Name	true	give the server name
User Name	true	Provide user name to log into MariaDB server
Password	true	Provide password to log into MariaDB server
DB Name	true	DB to be connected
Execution File Path	false	Mention the full path of the file to be executed.Ex: C:\Scripts\Script1.sql
Execution Command	false	Split the multiple command with ‘;’ to be executed. Ex: Select * from tusers

Output Parameter(s):

Parameter	Help Text
CommandOutput	Output of the command
CommandStatus	Final command job status.

Pass/Fail Condition:

Status	Required string in outputlog
Passed	Output of the command
Failed	If the output log is not empty and contains any of the following: 1) ‘Cannot open database’ 2) ‘Unknown database’ 3) ‘Login failed for user’ 4) ‘Access denied for user’ 5) ‘Server is not found or not accessible’ 6) ‘Unknown MYSQL server host’ 7) ‘Invalid object name’ 8) ‘Could not find stored procedure’ 9) ‘Incorrect syntax near’ 10) ‘syntax error’ 11) ‘Invalid column’ 12) ‘Invalid filename’ 13) ‘Could not find’ 14) ‘mysql.exe is not recognized as an internal or external command’ 15) ‘The system cannot find the file specified’

ExecuteOracleDBCommand

This operation allows to execute Oracle DB commands;.

Input parameter(s):

Parameter	IsMandatory	Help Text
Server Name	true	give the server name
Port	true	give the port number
User Name	true	Provide user name to log into Oracle DB server
Password	true	Provide password to log into Oracle DB server
DB Name	true	Database SID
Execution File Path	false	Mention the full path of the file to be executed..Every statement must end with a semi-colon (;).Ex: C:\Scripts\Script1.sql
Execution Command	false	Only a single command to be executed.Statement must end with a semi-colon (;) For multple commands, put the command in .sql and use the ‘Execution File Path’ parameter.. Ex: Select * from tusers;

Output parameter(s):

Parameter	Help Text
CommandOutput	Output of the command
CommandStatus	Final command job status.

Pass/Fail Condition:

Status	Required string in outputlog
Passed	Output of the command
Failed	If the output log is not empty and contains any of the following: 1) ‘Cannot open database’ 2) ‘The listener does not currently know of SID given in context’ 3) ‘invalid username/password’ 4) ‘command not properly ended’ 5) ‘no such protocol adapter’ 6) ‘Access denied for user’ 7) ‘Server is not found or not accessible’ 8) ‘Connect failed because target host or object does not exist’ 9) ‘Invalid object name’ 10) ‘Could not find stored procedure’ 11) ‘Incorrect syntax near’ 12) ‘syntax error’ 13) ‘Invalid column’ 14) ‘Invalid filename’ 15) ‘table or view does not exist’ 16) ‘invalid identifier’ 17) ‘sqlplus is not recognized as an internal or external command’ 18) ‘doesn’t exist’ 19) ‘The system cannot find the file specified’

Disclaimers:

User must have administrative access.
For windows type authentication- Ignore username and password field value, keep these parameters blank.
ExecuteSQLCommand – Username and password must be specified for SQL type authentication.
ExecuteSQLCommand – Mention the full path of the file to be executed.If this path is provided then ‘Execution Command’ is not required.
ExecuteSQLCommand – Username and password must be specified for SQL type authentication.
ExecuteSQLCommand – Split the multiple command with ‘;’ to be executed.
ExecuteMariaDBCommand – MariaDB server must be installed in the system where in KovairDevops agent service is installed.‘mysql’ command must be available in the command prompt where the KovairDevops agent service is installed.All statements are executed on cmd. So output will be similar to cmd output.
ExecuteOracleDBCommand -‘sqlplus’ command must be available in the command prompt where the KovairDevops agent service is installed.All statements are executed on cmd. So output will be similar to cmd output.

Release Details:

CustomCommand: 1.0.1
Initial version with basic functionalities.

Contact us:

Azure Plugin Details

Plugin Version: 1.0.1

Last Update on: January 02, 2020

Overview

Microsoft Azure is a cloud computing service created by Microsoft for building, testing, deploying, and managing applications and services through Microsoft-managed data centers.

Azure Information:

More information can be found at Azure.

Version Supported:

This plugin was developed and tested against Azure CLI – 2.9

Plugin Operation:

1. Create Resource Group

This operation allows to create Resource Group on Azure.

Input parameter(s):

Parameter	Is Mandatory	Help Text
Username	true	Azure Username
Password	true	Azure Password.
Name	true	Resource Group Name (Ref : https://docs.microsoft.com/en-us/cli/azure/group?view=azure-cli-latest#az-group-create).
Location	true	Resource Location (Ref : https://azure.microsoft.com/en-us/global-infrastructure/locations/).
Other Options	false	Other Parameters (Ref : https://docs.microsoft.com/en-us/cli/azure/group?view=azure-cli-latest#az-group-create)

Output Parameter(s):

Parameter	Help Text
Output Log	Output log.
Group Id	Resource Group Id.
Location Id	Location Id.
Group Name	Resource Group Name.
AzureStatus	Status of the Operation

1. Create AppService Plan

This operation allows to create AppService in Azure.

Input parameter(s):

Parameter	Is Mandatory	Help Text
Username	true	Azure Username
Password	true	Azure Password.
Resource Group Name	true	Resource Group Name.
Plan Name	true	Plan Name.
Other Options	false	Other Parameters (Ref : https://docs.microsoft.com/en-us/cli/azure/appservice/plan?view=azure-cli-latest#az-appservice-plan-create)

Output Parameter(s):

Parameter	Is Mandatory	Help Text
Username	true	Azure Username
Password	true	Azure Password.
Resource Group Name	true	Resource Group Name.
Plan Name	true	Plan Name.
Other Options	false	Other Parameters (Ref : https://docs.microsoft.com/en-us/cli/azure/appservice/plan?view=azure-cli-latest#az-appservice-plan-create)

1. Create WebApp

This operation allows to create WebApp in Azure.

Input parameter(s):

Parameter	Is Mandatory	Help Text
Username	true	Azure Username
Password	true	Azure Password.
App Name	true	WebApp Name.
Resource Group Name	true	Resource Group Name.
Plan Name	true	Plan Name.
Other Options	false	Other Parameters (Ref : https://docs.microsoft.com/en-us/cli/azure/webapp?view=azure-cli-latest#az-webapp-create)

Output Parameter(s):

Parameter	Help Text
Output Log	Output Log.
WebApp Id	WebApp Id.
Host Name	Host Name.
Ftp Url	Ftp Url.
State	State.
Location	WebApp Location.
AzureStatus	Status of the Operation

1. Deploy WebApp

This operation allows to deploy WebApp in Azure.

Input parameter(s):

Parameter	Is Mandatory	Help Text
Username	true	Azure Username
Password	true	Azure Password.
App Name	true	WebApp Name.
Local WebApp Path	true	Web Application(to be deployed) path in local machine.
Location	false	Location.
Other Options	false	Other Parameters (Ref : https://docs.microsoft.com/en-us/cli/azure/webapp?view=azure-cli-latest#az-webapp-up)

Output parameter(s):

Parameter	Help Text
Output Log	Output Log.
URL	WebApp URL.
OS	Operating System.
Runtime Version	Runtime Version.
SKU	SKU.
AzureStatus	Status of the Operation

1. Upload Blob

This operation allows to upload file in Azure blob storage.

Input parameter(s):

Parameter	Is Mandatory	Help Text
Username	true	Azure Username
Password	true	Azure Password.
Container Name	true	Container Name.
Account Name	true	Account Name.
File Path	true	Local File Path.
Blob Name	true	Blob Name.
Other Options	false	Other Parameters (Ref : https://docs.microsoft.com/en-us/cli/azure/storage/blob?view=azure-cli-latest#az-storage-blob-upload)

Output parameter(s):

Parameter	Help Text
Output Log	Output Log.
Blob etag	Blob etag.
Last Modified On	Last Modified On.
AzureStatus	Status of the Operation

1. Download Blob

This operation allows to download file from Azure blob storage.

Input parameter(s):

Parameter	Is Mandatory	Help Text
Username	true	Azure Username
Password	true	Azure Password.
Container Name	true	Storage Container Name.
Account Name	true	Storage Account Name.
File Path	true	Provide Local File Path with the name of the file to be downloaded along with file extension.
Blob Name	true	Blob Name.
Other Options	false	Other Parameters (Ref : https://docs.microsoft.com/en-us/cli/azure/storage/blob?view=azure-cli-latest#az-storage-blob-download)

Output parameter(s):

Parameter	Help Text
Output Log	Output Log.
AzureStatus	Status of the Operation

Pass/Fail Condition:

Status	Condition	Method
Passed	Outputlog should contain Json String with “id”,”location”,”managedBy”,”name”,”type”	Create Resource Group
Failed	If Outputlog does not contain Json String with “id”,”location”,”managedBy”,”name”,”type”.	Create Resource Group
Passed	Outputlog should contain Json String with “id”,”location”,”name”,”status”	Create AppService Plan
Failed	Outputlog does not contain Json String with “id”,”location”,”name”,”status”	Create AppService Plan
Passed	Outputlog should contain Json String with “id”,”defaultHostName”,”ftpPublishingUrl”,”location”,”state”	Create WebApp
Failed	Outputlog does not contain Json String with “id”,”defaultHostName”,”ftpPublishingUrl”,”location”,”state”	Create WebApp
Passed	Outputlog should not contain Json String with “URL”,”os”,”runtime_version”,”sku”.	Deploy WebApp
Failed	If Outputlog does not contain Json String with “URL”,”os”,”runtime_version”,”sku”.	Deploy WebApp
Passed	Outputlog should not contain Json String with “etag”,”lastModified”.	Upload Blob
Failed	If outputlog does not contain Json String with “etag”,”lastModified”.	Upload Blob

Limitations:

This plugin will work in windows and linux environment.
Azure CLI should be installed (https://docs.microsoft.com/en-us/cli/azure/install-azure-cli?view=azure-cli-latest) in agent machine.
The functionality solely depends on azure cli command, if the command behaviour changes the result may vary.

Release Details:

Azure: 1.0.0 Initial version with basic functionalities.

Contact us:

ANT Plugin Details

Plugin Version: 1.0.1

Last Update on: December 26, 2019

Overview

Apache Ant (Another Neat Tool) is a Java library and command-line tool whose mission is to drive processes described in build files as targets and extension points dependent upon each other. The main known usage of Ant is the build of Java applications.

ANT Information:

More information can be found at ANT.

Platform Support:

Windows, Linux.

Version Supported:

This plugin was developed and tested against version present on ANT 1.10.6

Plugin Operation:

BuildProject

This operation allows to build a project;.

Input parameter(s):

Parameter	Is Mandatory	Help Text
Working Directory	true	Provide the directory where the ANT is installed. Ex: C:\Program Files\apache-ant-1.10.7
Project Location	true	Provide the folder path in which the build.xml is located. Ex : C:\Projects\eclipse-workspace\DemoProj
Debug	false	Enable extra debug information to be generated.
Diagnostics	False	Enable diagnostics information to be generated.
Keep-Going	false	execute all targets that do not depend on failed target(s)
Emacs	false	produce logging information without adornments
Log File	false	Specify the file into which the log will be redirected.Ex : C:\Logs\Ant Project\Log\log.txt
Output Level	false	Specify the level of verbosity that is generated and printed by Ant.

Output Parameter(s):

Parameter	Help Text
Build Status	Output of the command
Total Time	Duration to execute the command
ANTStatus	Final BuildProject job status.

Pass/Fail Condition:

Status	Required string in outputlog
Passed	‘BUILD SUCCESSFUL’
Failed	The Build will fail in the following cases : 1) ‘BUILD FAILED’ 2) ‘Buildfile: build.xml does not exist!’ 3) ‘is not recognized as an internal or external command’ or console output is empty

RunANT

This operation allows to execute ANT command;.

Input parameter(s):

Parameter	Is Mandatory	Help Text
Working Directory	true	Directory path where the ant is installed.Ex: C:\Program Files\apache-ant-1.10.7
Command	true	Provide the ANT command to execute.Ex: ant Buildfile: C:\Projects\ANT_BuildXML\build.xml

Output Parameter(s):

Parameter	Help Text
Total Time	Duration to execute the command
ANTStatus	Final RunAt job status.

Pass/Fail Condition:

Status	Required string in outputlog
Passed	If the command output does not contains ‘is not recognized as an internal or external command’ and console output is not empty
Failed	‘is not recognized as an internal or external command’ or console output is empty

Disclaimers:

RunANT – Only ant specific command can be run.
BuildProject – Only ant projects can be build using this method.

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ANT: 1.0.1
Initial version with basic functionalities.

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Ansible Plugin Details

Plugin Version: 1.0.1

Last Update on: December 26, 2019

Overview

Ansible is an open-source software provisioning, configuration management, and application-deployment tool. It runs on many Unix-like systems, and can configure both Unix-like systems as well as Microsoft Windows. It includes its own declarative language to describe system configuration.

Ansible Information:

More information can be found at Ansible.

Version Supported:

This plugin was developed and tested against version present on Ansible 3.2.3.

Plugin Operation:

CreateAndLaunchJob

This operation allows to create a job againt a job template and launch the newly created job;

Input parameter(s):

Parameter	Is Mandatory	Help Text
Url	true	Url of the Ansible server. Ex: https://192.168.2.79/
Username	true	Username required to login to ansible server
Password	true	Password required to login to ansible server
Job Template Id	true	The job template id against which a new job will be created and launched

Output Parameter(s):

Parameter	Help Text
JobId	Job Id of the created job
AnsibleStatus	Final created job status.

Pass/Fail Condition:

Status	Condition
Passed	If Ansible API returns jobdetails successfully with the finished status.
Failed	If Ansible API does not returns jobdetails successfully with the finished status.

RelaunchJob

This operation allows to relaunch an existing job against a job template and launch the newly created job;.

Input parameter(s):

Parameter	Is Mandatory	Help Text
Url	true	Url of the Ansible server. Ex: https://192.168.2.79/
Username	true	Username required to login to ansible server
Password	true	Password required to login to ansible server
Job Id	true	The job id which will be relaunched
Launch Type	true	‘Relaunch’
Job Category	true	Job Category : Playbook Type/Ad-hoc Command Type

Output Parameter(s):

Parameter	Help Text
JobId	Job Id of the re-launched job
AnsibleStatus	Final re-launched job status.

Pass/Fail Condition:

Status	Condition
Passed	If Ansible API returns jobdetails successfully with the finished status.
Failed	If Ansible API does not returns jobdetails successfully with the finished status.

Disclaimers:

The initial job template should be present in ansible against which a job will be created.

Release Details:

Ansible: 1.0.1
Initial version with basic functionalities.

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A Major Railways Organization – Case Study for Kovair PPM

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This organization was established by the Ministry of Railways, Govt. of India in 1986 as an umbrella organization for all IT activities of Indian Railways; the fourth largest in the World. It is a project-oriented organization engaged in the development of major IT systems for the Railways. Presence across the country gives the organization a broad reach and a vast rollout support capability. A formidable team of highly capable professionals with rich practical experiences, they have successfully positioned themselves at the vanguard of the global IT services revolution. They provide consulting and IT services to Indian Railways – as partners to conceptualize and realize technology-driven business transformation initiatives.

Their Challenges

In this organization, teams execute multiple projects for Indian railways. In doing so, the major challenges being faced by the organization and the teams are listed below:

Lack of visibility of Portfolios and Projects – Every project starting from capturing of Project Idea to final delivery is getting performed in silos. There is no central visibility in terms of project prioritization and proper workflow-based approval in the absence of a centralized tool. This is creating a lot of problems in terms of project prioritization and execution. Everything is performed in silos, thus making it extremely difficult for the management to track the health and proceedings of each of these projects in real-time.
No real-time visibility of planned vs actual progress – The organization did not have a proper tool for tracking the planned vs actual progress of a project. The actuals against the planned need to be updated by the Project managers. This resulted in a lot of non-productive time for project progress report creation.
Lack of proper resource management – The organization lacked effective resource management capabilities. There was no centralized skill repository of resources. Project managers were unable to request, assign or lock resources against their projects. There was no way to track resource utilization and often ended up in resolving resource conflicts.
Task and Timesheet management – The organization did not have a centralized tool for managing Tasks and Timesheet for all Project users. The users did not have the option to view their Tasks from a centralized platform, update their Tasks status, percentage completion, and capture time against their allocated project and non-project tasks.
Central governance – The organization felt the need to establish a centralized governance process to reduce multiple redundant and overlapping jobs done by the teams in the approval of Project Ideas being received from various sources.
Reports & Dashboards – The organization was facing severe challenges in standardizing different types of reports based on definable data metrics. They were in desperate need of a dashboard view for reports with drill-down capabilities. Generating project-specific and portfolio level reports have always been a pain for the team as they have to spend a lot of time in collecting data from all the teams and later combine, accumulate, process and formulate those in excel spreadsheets using macros and then produce them for the management.

To address these challenges with the desire to manage their portfolio of projects efficiently and provide complete visibility to the management, the organization needed a software to implement an Enterprise Portfolio and Project Management (PPM) tool consisting of major items, like Portfolio Management System, Project Management System, Resource Management System, Timesheet Management System and Centralized Skills Database.

The Solution

The organization published a tender seeking for a solution to the above-stated problems. Kovair PPM, the fully integrated Portfolio and Project management product from Kovair won the tender over 3 other competitor products after rigorous evaluation by the organization. Kovair’s 100% browser-based PPM solution has been responsible for managing all IT related Projects efficiently in a structured manner. The tool is built from the ground up to enable seamless collaboration across disparate teams and pioneered the concept of multi-directionally linked work items for full traceability, accelerated productivity, and automated proof of compliance.

Portfolio Management

Kovair PPM has been designed to provide complete visibility to the Portfolio of objects – Programs, Project Ideas and Proposals. Kovair PPM provides the capability to gather, track and manage Project Ideas from various sources in the organization in a standard format. A Project Idea is reviewed and evaluated by three levels of approvers through a structured workflow for tracking and approval mechanisms. Once a Project Idea is approved by all levels, it automatically creates a Proposal and establishes a link to the source Project Idea. Besides, it allows to link all the deliverables from stakeholders involved working in that Proposal. Kovair allows us to create a high-level work breakdown structure and associate the same with a Proposal. On final approval of the Proposal, a Development Project is created, and the actual execution work of the Project gets initiated. Following is a snapshot of the hierarchical structure of the Portfolio objects in Kovair PPM solution.

At the Portfolio level, a workflow has been designed to track the approval of all Project Ideas submitted in Kovair PPM. Following is a snapshot of the Project Idea workflow.

Project Management

Under each of the Programs, teams at the organization level work on various Projects. The Projects are mainly Development and Ongoing Maintenance (OnM) Projects. The entities for Development type of Projects are different from the OnM projects. Studying the scenario, and understanding the nature of projects, Kovair categorized the Projects into 4 major categories and created a project template for each.

Development Project template
Development Sub Project template
Ongoing Maintenance Project template
Ongoing Maintenance Sub Project template

All these templates have specific characteristics and differ from one another in terms of their structure. The differentiations are in terms of entities, fields, workflows, business rules, reports and dashboards being configured in each of these templates.

During new Project creation, depending on its purpose, the appropriate project template gets used. A Project manager also gets assigned during the creation of a project. The new Project gets created in minutes inheriting the same structure from the template being selected. This templatization of projects helps in maintaining a uniform structure of Projects and at the same time accelerates the creation of projects through reusability mechanisms

Development Projects and Sub Projects

For all new development work, a Development Project is created, and a Project manager is assigned to it. Post Project creation, the Project manager assigns users to this Project. Only those users who are assigned to the parent program are available to the Project manager for assigning into the Project. Next, the actual planning and execution work gets started by defining a detailed Project plan using the Task Scheduler of Kovair ALM. The plan, once finalized is published and the respective owners assigned to the work items get their Tasks in their email ‘to do’ list of items. Owners, once they get their Tasks, start working on them – update the Task Status, Percentage complete and enter the time spent on each assigned Task in their respective Timesheets. This capability has provided complete and real-time visibility to the Project and Portfolio managers on the progress of the Projects.

If a Development Project is substantially large and difficult to manage in one Project, the Project manager can break them into Sub Projects. In such scenarios, one or multiple development Sub Projects are created under the parent development Project. Once the Project is created, similar activities as described for Development Projects are carried out in Sub Projects as well.

The Development Project has a Defect module too, where Defects are logged that have been found in the development process. A Defect resolution workflow is also designed that automatically gets triggered on Defect submission and generates Tasks for the respective owners as defined in the workflow. This workflow guides the resolution process right from submission to deployment of the fix for all Defects.

In addition, the Development Project has been designed to track and manage Project Charter, Deliverables Expenses, Costings, Risks, Documents, Meetings, Action Items and Workshops.

OnM Projects and Sub Projects

For all support and maintenance work, an OnM Project is created and a Project Manager is assigned to it. OnM Project is mainly used for tracking and managing Defects and Enhancements and has separate modules for each of them. Like the Development Project, in the OnM project as well, workflows are designed for the resolution of Defects as well as for the implementation of Enhancements. Both the workflows work similarly as the one described for the Development Project.

If an enhancement is categorized as major, then an OnM subproject is created against that major enhancement. In the Sub Project, concerning the major enhancement, all features to be developed are listed and work is carried out by defining an appropriate WBS. The application is designed such that when all underlying features are completed in the Sub Projects, the parent major enhancement status gets changed to ‘complete’ automatically.

Following is a snapshot of the Defect resolution workflow in an OnM type of Project:

Following is a snapshot of the Enhancement implementation workflow in an OnM type of Project:

Project Planning and Scheduling

This Kovair PPM has a built-in Task Scheduler which allows users to create a Project plan, define milestones, assign resources to each of the work items, define Project baselines and track and manage the deliverables to be delivered. The Scheduler comes with built-in features like Gantt Charts, PERT Charts and has support for Critical Path Analysis. Task Scheduler of Kovair allows Project managers to reuse the standard activities across Projects and create interdependent plans. The Task Scheduler provides two modes – Design and Publish. Initially, the plan, by default, is in Design mode and the Project manager can try out all possible combinations with the planning in this mode. Once the Project manager is satisfied with the Plan, he/she publishes it. Once a plan is published, the system automatically creates Tasks for each of the work items defined in the plan and assigns it to the resources who are assigned to that work item. The following gives you a glimpse of the Task Scheduler showing a list of work item defined with planning and actual information along with the assigned resources.

The following are the snapshots of the built-in Gantt Charts and Pert Charts automatically generated in real-time based on the above plan.

Schedule and Manage Meetings

Kovair PPM is a completely mouse click configurable platform over a web-based interface. This capability is leveraged by many organizations to configure the platform for several varied solutions.

For this organization, the project teams had a lot of challenges in scheduling meetings within and across different teams. It was extremely difficult to record the action items and track the progress of each of those action items. Kovair has configured a meeting management solution that enables the teams to track, manage and schedule all meetings along with their agenda and the required attendees. Once a meeting is over, the status of the meeting is updated accordingly and action items that were discussed and decided in the meetings are recorded and linked to that meeting. Later, each of these action Items are assigned to the respective owners and the status of each are tracked separately.

Resource Management

Kovair PPM provided a scalable and extensible resource management module for effective management of all resources involved in managing portfolios and working across all ongoing Projects. Each user of Kovair application is marked as to whether he or she is a resource manager or is a working resource. The designation/title of every user is captured and depending on that, the access rights and permissions that the user will enjoy or restricted to in the application are assigned.

While the designation is responsible for setting the access permissions for a user in the application, users can also be assigned to one or multiple roles depending on the responsibilities that he or she is playing in a Project or at the Portfolio level. For instance, a user may be a Portfolio manager by his designation, but he plays the role of an approver for a Project Idea.

ovair PPM has built-in company calendars for tracking all official holidays, weekends as well as user calendars specific to each resource for tracking their leaves. This eventually helps to track the availability of resources during a specific period. Project managers can check the availability of the resources while creating the project plan. Kovair considers both company and user calendars while showing the availability of users.

Additionally, Kovair PPM provides a centralized skills database for every resource, wherein the technical skills, years of experience, areas of expertise, all can be structurally managed and stored for future reference. This information becomes extremely useful and handy for the Project managers to refer to when they are planning for resources to execute their Projects.

Every resource is tagged with a Timesheet approver. A Timesheet approver is responsible for approving or rejecting the timesheets of his/her subordinates. Utilizing this Timesheet approver assignment, Kovair PPM provides the complete hierarchical structure in terms of its entire pool of resources.

Task and Timesheet Management

Task Management

Kovair Task Management system allows automatic creation of Tasks for the resources either by publishing a plan from Task Scheduler or by activating a Process defined for specific entities either at the Portfolio level or at the Project level. Kovair Process Automation typically assigns Tasks to the respective owners of an activity as it is designed in the Process Designer. Though Tasks are assigned to a resource from various Projects, Kovair Task Management effectively distinguishes one Task from another with appropriate tags. The Task owner gets a clear understanding of the source from where the Task has been assigned to him or her.

Following is a snapshot of the My Tasks page for a user from where he gets to see all the Tasks that are assigned to him and the status of each.

Timesheet Management

Kovair PPM provides a web-based timesheet module to record time entries for individual resources that they have spent on each of their assigned Tasks and submit the same to their supervisor for approval. After booking their time, users submit their timesheet to their supervisors for review. This timesheet data gets rolled up to the project level and allows project managers to view planned vs actual within the project plan in a real-time manner.

Following is a snapshot of a user’s timesheet and the time entries he has provided on each of his Tasks.

Reports and Dashboards

Reports

Kovair PPM provides built-in graphical and textual reports in Word, Excel, PDF formats and dashboards with real-time drill-down data access. It allows users to configure KPIs as per organizational needs and give access to different users based on their roles and responsibilities. Kovair PPM allows users to generate pre-formatted word documents from the application.

Several other graphical and textual reports are provided to view the operations of Portfolios, Projects as well as Resources. Management now stays updated about the progress in a real-time manner. Each report in Kovair has drill-down capabilities that let the users dig down from the top level to get more detailed insights on the data being displayed in the reports. Following are some snapshots of the out of the box reports provided by Kovair PPM:

Project Health Report with Drill Down capabilities This report will show the health of projects in terms of schedule.

Drill Down Report.

Open Tasks Count. This report shows the open task count and the hours of the job left for the project.

Drill Down.

Dashboards

Kovair PPM provides customized dashboards as per the business needs of the organization. Dashboards are created at the Portfolio as well as at the Project level. Dashboards in Kovair are controlled by the access of the user based on their roles and responsibilities. Kovair PPM provides the capability to design dashboards using various types of reports.

Following is a snapshot of a dashboard from Kovair PPM.

Business Benefits Achieved

1. Robust Portfolio management

Kovair PPM provides a unified web-based platform to manage schedules, resources, and actuals through a single interface. It delivers greater value to the organization by connecting planning to execution. It enables IT leaders to optimize their Project Portfolios, manage the capacity of resources against the demands raised from different projects, and connect plans and resources to the actual project execution.

1. Ensures PMO success

Kovair PPM comes with Integrated Project Management capabilities ensuring PMO success. Starting from project initiation to project closure, all the activities are effectively and efficiently managed using Kovair PPM. The organization can track project performances using EVM metrics and roll it up to the program level for better analysis of program health.

1. Better visibility of Project progress

With implementation of Kovair PPM solution, the management and Project managers of the organization are getting complete visibility to the progress of a project. They are also getting a complete clarity on factors like resource utilization, quality of the Projects and health of every program.

1. End to end traceability

With the implementation of Kovair PPM, the organization achieved an end to end traceability from programs to Projects and Sub Projects which was difficult to trace manually. Using this traceability, the portfolio managers, program managers get accurate data on coverage of various items and provide real-time status updates on the project proceedings.

Workflow automation

Omniprocess, the task-based workflow in Kovair PPM, coupled with notification and business rules, enabled the project teams to implement and enforce a centralized governance across all the phases of a Defect and Enhancements lifecycle. With a completely controlled development environment, the organization has greatly gained in terms of productivity and quality.

Conclusion

Using Kovair PPM, the organization has successfully implemented a complete Portfolio and Project Management environment. With this implementation, the organization has seen a substantial growth both in quality and productivity. Members from Portfolio, programs as well as different Project teams have recognized the benefits of Kovair PPM implementation.

Some of the areas where the organization has seen significant benefits are:

Efficient managing of Portfolios, programs & Projects.
Automation of standard operating procedures and working process enabling controlled project execution.
Better Project planning and execution.
Effective utilization of resources.
Implementation of central governance.
Better release predictability with the help of real-time reports and dashboards.

Kovair PPM is a 100% web-based, centralized, collaborative, and mouse click-configurable platform that offers holistic capabilities to all phases of PPM including Portfolio Management, Project Management, Task Management and Timesheet. Powered by capabilities like end-to-end traceability and real-time reporting using real-time data from all phases of the lifecycle, Kovair PPM provides a Single Source of Truth for all users involved in each of the lifecycle phases of all the projects. For more information, visit: www.kovair.com and email sales@kovair.com

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CA Project & Portfolio Management (PPM), formerly CA Clarity, is a project and portfolio management system. CA PPM is a Project and Portfolio management platform that helps businesses effectively and efficiently manage their products, services, peoples, and finances. The platform is aimed to facilitate and improve the delivery of projects and programs. Kovair provides a vendor-neutral integration platform called Kovair Omnibus Integration Platform on which the best-of-breed tools can be integrated.

Kovair CA PPM Adapter

By integrating Clarity PPM software with the connected ALM tools used by other stakeholders, Omnibus extends the value of the project and program level data managed within Clarity PPM. With this integration of CA PPM, Kovair Omnibus Adapter provides a deep level integration with the integrated Lifecycle tools. It collaborates different ALM tool, while enabling centralized control. Kovair Adapter for Clarity PPM allows bidirectional flow of data among the connected tools in Omnibus ecosystem. Clarity PPM is the primary decision engine that helps you manage every aspect of your project portfolio. You can manage Projects and Risks for new offerings, execute a cloud strategy or optimize your portfolio performance, to thrive in today’s complex competitive IT environment. The adapter supports exposing the primary artefacts like Project, Risk, Issue and Task.

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Features & Benefits

Free flow of delivery timelines seamlessly with simultaneous updates on changes.
Trace the Project breakdown and associated user stories across tools
Complete visibility into effort estimated and actual effort spent and the progress of development work

Why Integrate Clarity PPM with Kovair?

Collaboration: Nowadays, organizations need more transparency than ever. Project management teams need more collaboration with other life cycle teams like development. For example, the Program manager may define high-level goals for a project and these goals need to be further translated into detail level requirements for development tool. This integration reduces the collaboration barriers between product management and development teams, thus reducing delay. The integration allows synchronization of artefacts across other lifecycle tools. It facilitates project-level information to flow between Clarity PPM and other connected tools. Kovair platform includes workflow which enables tools to connect disparate functions and route requests to groups.

Entities Exposed	Events Collected	Actions Supported	Relations Supported
Project Risk Issue Task	Add and Modify events for all the Entities Delete is not support	Add and Modify events for all the Entities	Project to Tasks Project to Risks Project to Issues Risks to Risks Risks to Issues

Use Case Example of Kovair Omnibus Integration with Clarity PPM

‘Kovair Clarity PPM Integration Adapter’ lets you integrate Clarity PPM with a wide array of ALM tools such as Kovair and JIRA. By integrating Clarity PPM with Jira, a Project management team is allowed to collaborate with other life cycle teams like development, test, support etc. Timesheet data and effort set in the connected tools get directly pushed to Clarity PPM Timesheet . This helps to Coordinate on the delivery timelines seamlessly, with concurrent updates on changes from the connected development teams using Jira.

Use Case example of Kovair Omnibus integration with Clarity PPM

Month: April 2020

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