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PowerShell is a task-based command-line shell and scripting language built on .NET. PowerShell helps system administrators and power-users rapidly automate tasks that manage operating systems (Linux, macOS, and Windows) and processes.

PowerShell commands let you manage computers from the command line. PowerShell providers let you access data stores, such as the registry and certificate store, as easily as you access the file system. PowerShell includes a rich expression parser and a fully developed scripting language.

PowerShell is open-source

PowerShell base source code is now available in GitHub and open to community contributions. See PowerShell source on GitHub.

You can start with the bits you need at Get PowerShell. Or, perhaps, with a quick tour at Getting Started.

PowerShell design goals

PowerShell is designed to improve the command-line and scripting environment by eliminating long-standing problems and adding new features.


PowerShell makes it easy to discover its features. For example, to find a list of cmdlets that view and change Windows services, type:

PowerShell Copy

Get-Command *-Service

After discovering which cmdlet accomplishes a task, you can learn more about the cmdlet by using the Get-Help cmdlet. For example, to display help about the Get-Service cmdlet, type:

PowerShell Copy

Get-Help Get-Service

Most cmdlets return objects that can be manipulated and then rendered as text for display. To fully understand the output of a cmdlet, pipe the output to the Get-Member cmdlet. For example, the following command displays information about the members of the object output by the Get-Service cmdlet.

PowerShell Copy

Get-Service | Get-Member


Managing systems can be a complex task. Tools that have a consistent interface help to control the inherent complexity. Unfortunately, command-line tools and scriptable Component Object Model (COM) objects aren't known for their consistency.

The consistency of PowerShell is one of its primary assets. For example, if you learn how to use the Sort-Object cmdlet, you can use that knowledge to sort the output of any cmdlet. You don't have to learn the different sorting routines of each cmdlet.

Additionally, cmdlet developers don't have to design sorting features for their cmdlets. PowerShell provides a framework with the basic features that forces consistency. The framework eliminates some choices that are left to the developer. But, in return, it makes the development of cmdlets much simpler.

Interactive and scripting environments

The Windows Command Prompt provides an interactive shell with access to command-line tools and basic scripting. Windows Script Host (WSH) has scriptable command-line tools and COM automation objects, but doesn't provide an interactive shell.

PowerShell combines an interactive shell and a scripting environment. PowerShell can access command-line tools, COM objects, and .NET class libraries. This combination of features extends the capabilities of the interactive user, the script writer, and the system administrator.

Object orientation

PowerShell is based on object not text. The output of a command is an object. You can send the output object, through the pipeline, to another command as its input.

This pipeline provides a familiar interface for people experienced with other shells. PowerShell extends this concept by sending objects rather than text.

Easy transition to scripting

PowerShell's command discoverability makes it easy to transition from typing commands interactively to creating and running scripts. PowerShell transcripts and history make it easy to copy commands to a file for use as a script.


An application program interface (API) is code that allows two software programs to communicate with each other. An API defines the correct way for a developer to request services from an operating system (OS) or other application and expose data within different contexts and across multiple channels. In the early days of Web 2.0, the concept of integrating data and applications from different sources was called a mashup.

Any data can be shared with an application program interface. APIs are implemented by function calls composed of verbs and nouns. The required syntax is described in the documentation of the application being called. For example, on a real estate website, one API might be used to publish available real estate properties by geography, while a second API provides the visitor with current interest rates and third API brings in a mortgage calculator.

Exposing data with an API can improve the customer experience because it provides greater functionality and scope of services within a single application or other digital property. By anticipating the customer's needs as they relate to searching for real estate, for example, the company that publishes the website is not only increasing the value it delivers to users, it is also opening up opportunities for new business partnerships with related service providers.


How APIs work

APIs are made up of two related elements. The first is a specification that describes how information is exchanged between programs, done in the form of a request for processing and a return of the necessary data. The second is a software interface written to that specification and published in some way for use.

The software that wants to access the features and capabilities of the API is said to call it, and the software that creates the API is said to publish it.

Three basic types of APIs

APIs take three basic forms: private, public and partner.

Private APIs, or internal APIs, are published internally for use by the company's developers to improve its own products and services. Private APIs are not exposed to third parties.

Public APIs, or open APIs, are published publicly and can be used by any third-party. There are no restrictions on these APIs.

Partner APIs can only be used by specific parties with whom the company agrees to share data. Partner APIs are used within business relationships, often to integrate software between partnering companies.

APIs may be further classified as local, web, or program APIs:

Local APIs are the original form, from which the name came. They offer OS or middleware services to application programs. Microsoft's .NET APIs, the TAPI (Telephony API) for voice applications, and database access APIs are examples of the local API form.

Web APIs are designed to represent widely used resources like HTML pages and are accessed using a simple HTTP protocol. Any web URL activates a web API. Web APIs are often called REST (representational state transfer) or RESTful because the publisher of REST interfaces doesn't save any data internally between requests. As such, requests from many users can be intermingled as they would be on the internet.

Program APIs are based on remote procedure call (RPC) technology that makes a remote program component appear to be local to the rest of the software. Service oriented architecture (SOA) APIs, such as Microsoft's WS-series of APIs, are program APIs.

Why API design matters

Traditionally the applications that publish APIs have to be written in a programming language, but because APIs are increasingly generalized, additional validation of an API's structure is important.

Good API design is critical for successful API use, and software architects spend considerable time reviewing all the possible applications of an API and the most logical way for it to be used.

The data structures and parameter values are of particular importance because they must match between the caller of an API and its publisher.

Benefits of Using APIs

There are many benefits of using APIs. Because APIs are essentially a set of rules, Private APIs can improve internal development processes by standardizing how developers write application code. Using the same rules and formats can make code more streamlined and transparent. Standardization also facilitates collaboration between developers as they build software components with the intent to integrate with APIs. This, in turn, can support feature development and reduce time to market.

Public and partner APIs offer a variety of business benefits. By allowing third-parties to leverage their data (even in a limited sense, as with Partner APIs), companies increase their brand exposure. Companies can grow their customer database and even increase their conversion rate by aligning their services with other trusted brands. Companies can also monetize their APIs so that they become a line of revenue unto themselves. This is a common tactic for online payment gateways like PayPal. Companies that use PayPal's APIs are willing to pay for the ability to use a trusted payment system.

Why APIs are important for business

The web, software designed to exchange information via the internet and cloud computing have all combined to increase the interest in APIs in general and services in particular.

Software that was once custom-developed for a specific purpose is now often written referencing APIs that provide broadly useful features, reducing development time and cost and mitigating the risk of errors.

APIs have steadily improved software quality over the last decade, and the growing number of web services exposed through APIs by cloud providers is also encouraging the creation of cloud-specific applications, internet of things (IoT) efforts and apps to support mobile devices and users.

REST and the web

Although applications that call APIs have traditionally been written in programming languages, the internet and the cloud are changing that. Web APIs can be called through any programming language, but can also be accessed by webpages created in HTML or application generator tools.

The increased role the web plays in our lives and business activities has resulted in an explosion in the REST model and the use of simple programming tools, or even no programming at all, for API access.

API examples in the developer community

Operating systems and middleware tools expose their features through collections of APIs usually called "toolkits," and two different sets of tools that support the same API specifications are interchangeable to programmers, which is the basis for compatibility and interoperability claims. Microsoft's .NET API specifications are the basis for an open source Linux equivalent middleware package now supported by Microsoft, for example.

The internet is currently the primary driver for APIs, and companies like Facebook, Google and Yahoo publish APIs to encourage developers to build on their capabilities. These APIs have given us everything from new internet features that browse the sites of other services, to mobile device apps that offer easy access to web resources.

New features, such as content delivery, augmented reality and novel applications of wearable technology, are created in large part though these APIs.

APIs trends in the cloud

Cloud computing introduces new capabilities in dividing software into reusable components, connecting components to requests and scaling the number of copies of software as demand changes.

These cloud capabilities have already begun to shift the focus of APIs from simple RPC-programmer-centric models to Restful web-centric models, and even to what is called "functional programming" or "lambda models" of services that can be instantly scaled as needed in the cloud.

APIs as services

The trend to think of APIs as representing general resources has changed terminology. Whereas APIs are expected to be used as a general tool by many applications and users, they are said to be services, and will normally require more controlled development and deployment.

SOA and micro services are examples of service APIs. Services are the hottest trend in APIs, to the point where it's possible that all APIs in the future will be seen as representing services.

API testing

Like all software, APIs have to be tested. The purpose of testing is validation of the published APIs against the specifications, which users of those APIs will use in formatting their requests.

This testing is usually done as a part of application lifecycle management (ALM), both for the software that publishes the APIs and for all the software that uses them. APIs also have to be tested in their published form to ensure that they can be accessed properly.

API management

API management is a step beyond what's normally associated with software development. It's the set of activities associated with publishing the API for use, making it possible for users to find it and its specifications and regulating access to the API based on owner-defined permissions or policies.


You Dream We Deliver

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Give customers what they want - quick and easy resolutions to their issues. Talent Sketchers helps you provide personalized support when and where they need it, so customers stay happy.

Support your support

Productive agents are happy agents. Give them all the support tools and information they need to best serve your customers.

Grow without growing pains

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We make it easy to manage customer interactions

Talent Sketchers is intuitive, and it's built with support agents in mind. Everything they need lives in a single, dynamic help desk interface so it's easy to be productive and manage customer interactions.

Right place, right time

Bring in customer interactions from anywhere. With features like web widgets, pre-defined ticket responses, and customer search history, give them faster support on their preferred channels at the moment they need it.

Customize and personalize

Talent Sketchers is designed to be flexible. It works right out of the box, or it can be configured to your preferences. Customize a workflow or use apps and integrations-any way you use it, Talent Sketchers has the flexibility to fit your support needs.

The Talent Sketchers Family

Talent Sketchers gives you everything you need to manage your customer interactions in one place. But there's more to the story. Take a look at what else you can do with the Talent Sketchers family of products.


What is HRMS?

A HRMS (Human Resource Management System) is a combination of systems and processes that connect human resource management and information technology through HR software. A HRMS may help to revolutionize a workplace.


The automation of repetitive and time consuming tasks associated with human resources management frees up some of the companies most valuable employees and allows the focus to shift to culture, retention, and other highly impactful areas.

What's the Difference Between HRMS and HRIS?

The term HRMS is sometimes used synonymously with HRIS (Human Resource Information System), but a HRIS is really a type of HRMS. Functionally, however, there is no real difference in the type of systems offered going by one title or the other. At one time, a HRMS was a more complete automated solution to human resources management than software labeled as HRIS or even HCM, but rebranding by many companies has worked to make the different software titles generally indistinguishable.

A Modern Approach to HR

Selecting a HRMS to handle HR activities is a trademark of the modern company, there are few successful companies in any industry that do not have some sort of automation in place for HR tasks at this juncture. Mobile accessibility has further worked to transform the landscape of HR, putting information and task management at the fingertips of employees and managers. HRMS has helped to effectively break down bureaucracy and "flatten" many organizations.

Functions of HRMS Systems

The function of the human resources department involves tracking employee histories, skills, abilities, salaries, and accomplishments. Replacing certain processes with various levels of HRMS systems can distribute information management responsibilities so that the bulk of information gathering is not delegated strictly to HR. By allowing employees to update personal information and perform other tasks, information is kept more accurate and HR professionals are not bogged down.

Each module performs a separate function within the HRMS that helps with information gathering or tracking. HRMS modules can assist with:

  • Managing payroll
  • Recruitment and on boarding
  • Gathering, storing, and accessing employee information
  • Keeping attendance records and tracking absenteeism
  • Performance evaluation
  • Benefits administration
  • Learning management
  • Employee self-service
  • Employee scheduling
  • Analytics and informed decision making

Assessing the Need for a HRMS Solution

Before a company makes a decision regarding the selection of a HRMS solution, it is important for the management team to identify the needs of the company, its processes, and goals for both long term and short term. It is essential to the success of the project to deeply involve the HR professionals in the process. Depending on the size and structure of the company, it may be helpful to have an organization-wide meeting or to select representatives from each department to discuss HRMS goals and options.

HRMS Security

Security is of great concern when it comes to choosing a human resources management system. The information stored in a HRMS is highly sensitive, including proprietary company data and volumes of personal information about employees. It is essential for companies to choose a solution that utilizes a method of secure transmission such as SSL which encrypts the data as it transmits over the internet.

Internal security is also critical; information should be guarded by passwords that have varying levels of access in relation to what is needed for the job position. While most companies now allow employees to access portions of HRMS solutions, employees must understand the importance of maintaining the integrity of the system and protecting the security of the information it contains (i.e. no password sharing). Safeguards should also be in place to quickly bar terminated employees' access to systems.

HRMS Selection

Selecting and implementing the right HRMS for your company can make a huge difference to future growth and success. While it is possible to take care of HR functions manually, an automated system can help to elevate productivity levels and can change the way that your company is perceived in the modern marketplace. It is important to remember that these systems are not "one size fits all," however; just as each company is different, so are the systems available on the market to choose from.

Finding the Right HRMS

Finding a HRMS that fits your needs can be fast and easy! We take the pain out of your search by doing all of the heavy lifting for you and providing you with a short list of highly compatible solutions. If you're ready to find the best HRMS software for your company, simply visit our HRMS vendor match page to get started.

Let our HR experts match you with the perfect HR payroll system today!









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