I spent some time on this and succeeded. I found this blog during research, and decided to return and provide my solution to save the next guy some time. I'm responding as a guest with a false email so I won't be interacting, but no further information should be required.
On Jul 18 '12 at 19:41 Harry Johnston wrote:
"In principle, if you know how much data to expect, you could use the console API functions to create a console for the application to write to, and then read the output from the console. But you can't do that from Java, you would need to write a C application to do it for you."
Thing is, there is already a utility that does this. It's written for a slightly different use, but it can be coxed into providing the desired result. Its intended purpose is to enable a windows console app to interact with a Linux style tty terminal. It does this by running a hidden console and accesses the console buffer directly. If you tried to use it – you'd fail. I got lucky and discovered that there are undocumented switches for this utility which will allow it to provide simple unbuffered output. Without the switches it fails with the error – the output is not a tty – when trying to pipe output.
The utility is called winpty. You can get it here:
https://github.com/rprichard/winpty/releases
The undocumented switches are mentioned here:
https://github.com/rprichard/winpty/issues/103
I’m using the MSYS2 version. You’ll need the msys-2.0.dll to use it.
Simply run:
winpty.exe -Xallow-non-tty -Xplain your_program.exe | receive_unbuffered_output.exe
-Xallow-non-tty
, will allow piped output
-Xplain
, will remove the added Linux terminal escape codes (or whatever they’re called)
Required files are:
winpty.exe
winpty-agent.exe
winpty.dll
msys-2.0.dll
winpty-debugserver.exe – Not needed
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