Even an operating system as brain damaged as Windows still has PowerShell, which lets you easily and efficiently perform all kinds of operations, dynamically li

Even an operating system as brain damaged as Windows still has PowerShell, which lets you easily and efficiently perform all kinds of operations, dynamically link in libraries ("cmdlets") and call them directly, call functions with typed non-string parameters, pipe live OBJECTS between code running in the SAME address space without copying and context switching and serializing and piping and deserializing everything as text. PowerShell even has a hosting api that lets you embed it inside other applications -- try doing that with bash. At least you can do that with python! When even lowly Windows PowerShell blows your Unix shell out of the water along so many dimensions of power, usability, learnability, maintainability, efficiency, and flexibility, you know for sure your that your Unix shell and the philosophy it rode in on totally sucks, and self imposed ignorance and delusional denial is your only defense against realizing how bankrupt the Unix Philosophy really is. It's such a LOW BAR to lose spectacularly to, and then still try to carry the water and make excuses for the bankrupt "Unix Philosophy" cargo cult. Do better. https://en.wikipedia.org/wiki/PowerShell https://en.wikipedia.org/wiki/PowerShell >Pipeline >PowerShell implements the concept of a pipeline, which enables piping the output of one cmdlet to another cmdlet as input. As with Unix pipelines, PowerShell pipelines can construct complex commands, using the | operator to connect stages. However, the PowerShell pipeline differs from Unix pipelines in that stages execute within the PowerShell runtime rather than as a set of processes coordinated by the operating system. Additionally, structured .NET objects, rather than byte streams, are passed from one stage to the next. Using objects and executing stages within the PowerShell runtime eliminates the need to serialize data structures, or to extract them by explicitly parsing text output.[47] An object can also encapsulate certain functions that work on the contained data, which become available to the recipient command for use.[48][49] For the last cmdlet in a pipeline, PowerShell automatically pipes its output object to the Out-Default cmdlet, which transforms the objects into a stream of format objects and then renders those to the screen.[50][51] >Because all PowerShell objects are .NET objects, they share a .ToString() method, which retrieves the text representation of the data in an object. In addition, PowerShell allows formatting definitions to be specified, so the text representation of objects can be customized by choosing which data elements to display, and in what manner. However, in order to maintain backward compatibility, if an external executable is used in a pipeline, it receives a text stream representing the object, instead of directly integrating with the PowerShell type system.[52][53][54] > Hosting >One can also use PowerShell embedded in a management application, which uses the PowerShell runtime to implement the management functionality. For this, PowerShell provides a managed hosting API. Via the APIs, the application can instantiate a runspace (one instantiation of the PowerShell runtime), which runs in the application's process and is exposed as a Runspace object.[12] The state of the runspace is encased in a SessionState object. When the runspace is created, the Windows PowerShell runtime initializes the instantiation, including initializing the providers and enumerating the cmdlets, and updates the SessionState object accordingly. The Runspace then must be opened for either synchronous processing or asynchronous processing. After that it can be used to execute commands. [...]