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*/libmachdev/trivfs_server.c (machdev_ctl): Rename to control_port.
(trivfs_S_fsys_init): Fix accordingly.
(control): New variable.
(bootstrapped, underlying, devnode): New variables.
(install_as_translator): New function.
(trivfs_S_fsys_init): When bootstrapping, call install_as_translator.
(machdev_trivfs_init): Create one port of the control class.
(trivfs_S_fsys_getpriv): Use ports_get_send_right on the control port
instead of creating another one.
(resume_bootstrap_server): Use ports_get_send_right on the control port
instead of creating another one.
(machdev_trivfs_init): When bootstrapping, Use our control port as fsys.
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Message-Id: <20200801050538.273196-1-damien@zamaudio.com>
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* libmachdev/trivfs_server.c (machdev_is_master_device): Simplify source
code.
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Now that machdev redirects the device master port, it has to implement
the i386 permission RPCs on it.
Message-Id: <20200725011847.186969-2-damien@zamaudio.com>
Message-Id: <20200725011847.186969-3-damien@zamaudio.com>
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machdev users can now pass along a port to the next translator in the
bootstrap chain (bootstrap_resume_task), that they'll get from their
command line set by the bootloader. machdev will then call task_resume
on it as appropriate. It will also have the opportunity to get
fsys_getpriv calls, and thus redirect the device master port, thus
having the opportunity to expose its devices on the device master port,
as if they were handled by the kernel.
Message-Id: <20200725011847.186969-1-damien@zamaudio.com>
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* libmachdev: New directory.
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