This is a list of the different additional permissions in KittenOS NEO as distributed, and their purposes. Installable service documentation is provided with the respective -doc packages, and goes under the rs-* namespace. For programs with the prefixes "svc-" or "app-", they can register their services using "r.svc.mysvcname" (for the program "svc-mysvcname"), or "r.app.myappname" (for the program "app-myappname") - this MAY have any postfix matching the pattern "/[a-z0-9/%.]*$", or none at all. Examples: r.app.nucleus: Registers x.app.nucleus from app-nucleus r.svc.nucleus/ABCD: Registers x.svc.nucleus/ABCD from svc-nucleus For how this registration works, and how to access the resulting service, please see the kn-perms document. APIs registered in this manner are accessible to all programs by default. However, local security policy may be altered by the user, and part of x.neo.pub.base's API is to allow locking any of your public APIs. (The user can override this mechanism if they so wish, and this will cause a silent failure of the lockPerm function.) As for the system APIs... -- x.neo.pub.base @ sys-icecap -- Gaining access to this API creates this application's data directory, wherever that is. Paths for the IO parts of this API must start with "/", and must follow the standard KittenOS NEO path safety rules in the kernel. showFileDialogAsync(mode): Shows a filedialog with a given filemode, or nil for "none". Returns a new, empty table as a "tag", and emits a "filedialog" event on completion. myApi: A string such as "svc.abc" for the program svc-abc, used for automatically finding the correct API name to register for your app. lockPerm(perm): Changes the default permission setting for anything the process should have permission to define according to the matchesSvc function, so that the user must be asked before a program can access the permission. This function should be called *before* you register your API, not after, in case your service was automatically started. NOTE: LIST REQUIRES "/" AT THE END AND START, WHILE THE REST CANNOT HAVE IT AT THE END BUT MUST AT THE START, BECAUSE THE ROOT IS "/". There's logic here, specifically to stop you trying to do nonsense like deleting your own data directory... list(path): After ensuring that the path has a "/" at the end, lists the contents of a directory accessible to the application. Returns a table containing file/directory names, with "/" postfixes for directories. If this contains the invalid names "." or "..", please report as a bug at once, this shouldn't happen. Everything after here ensures that there is a "/" at the start and no "/" at the end makeDirectory(path): Creates the directory with the given path. Returns whatever the component call did. rename(pathA, pathB): Renames or moves a file or directory around. Returns whatever the component call did. open(path, mode): Opens a file with a given mode (see ul-fwrap for the list of modes). Returns the file object, remove(path): Removes a file. stat(path): "I got lazy, so I took 3 API functions and combined them as one API function!" - 20kdc Returns { isDirectory size lastModified } spaceUsed, spaceTotal, isReadOnly: The filesystem proxy functions. Events: api, "filedialog", tag, res -- x.neo.pub.session @ -- This API must be implemented by any program that the user wants to use as a shell. A shell should set up a Saving Throw with sys-glacier in case of errors. endSession(backToInit): Stops the current session, and optionally starts up sys-init. endSession(false) is for switching to a new shell. endSession(true) is for logging out of the session. getMonitors(): Returns an ipairs- form list of screen addresses for use in disclaimMonitor and the subsequent screens.claim call. disclaimMonitor(address): Disclaims a monitor. Returns true on success. The monitor may be reclaimed if something causes the shell to be notified of the monitor's existence (such as a monitor rescan in Glacier). No events are given. Deregistration is equivalent to stating that you are no longer in control of the session, and that something else is. -- x.neo.pub.window @ sys-everest -- This API is the reference definition of how the windowing system works in KittenOS NEO. As this is kind of a book by itself, further details are in us-evrst. -- x.neo.sys.manage @ sys-glacier -- This API manages settings, shutdown, and the "Saving Throw" mechanism. Obviously, it's kind of dangerous. Regarding settings, see us-setti for details. listSettings(): Returns an ipairs form list of the setting names on the system. getSetting(name): Returns the string contents of a setting. delSetting(name): Deletes a setting. Some settings are undeletable, and will become "" if 'deleted'. Any default settings will replace deleted settings on reboot. setSetting(name, val): Sets a setting to a given string value. registerForShutdownEvent(): Accepts the responsibility of handling shutdown events, and causes them to be sent to the calling process. registerSavingThrow(st): Sets up a callback to be called post-mortem if the calling process died in an unusual manner. shutdown(reboot): Shuts down the system carefully. Events: api, "set_setting", name, val A setting has been set. The value may be nil, in case of a deleted setting. api, "shutdown", reboot, accept() A shutdown is in progress. Call the accept function once you are OK to shutdown. -- x.neo.sys.screens @ sys-glacier -- This API manages screens, and sends events when screens are available, or screens you have are lost. You should pcall around all GPU use in case of sudden GPU loss. getMonitorByKeyboard(kb): Gets a monitor address by the keyboard. This may include monitors you have no claim to. To speed things up, the last result is cached (because getKeyboards is extremely slow for some reason) getClaimable(): Returns an ipairs- form list of monitor addresses. claim(address): Attempts to claim a monitor. If successful, returns a GPU-binding callback (which must be called whenever you want to use the GPU), and the monitor proxy. The GPU binding callback returns two things: The GPU (which may be rebound upon the call) and an indicator that the GPU may have been altered. disclaim(address): Disclaims the monitor given by the address. Events: api, "available", address: Indicates that a monitor can be claimed. api, "lost", address: Indicates that a monitor has been lost. -- x.neo.pub.globals @ sys-glacier -- This API is a "lite" version of some other APIs that is not a security issue to give to any program that asks for it. getKnownMonitors(): Returns ipairs form table of the format: {address, claimed, settings...} where settings is w,h,d,t The settings returned are always compatible with the settings you can give to changeMonitorSetup. changeMonitorSetup(ma, w, h, d, t): Changes the configured setup of a monitor. Try not to abuse this, or I'll make it silently fail and change it to a more restricted API that you can't abuse as much. forceRescan(): Forces a rescan. Again, don't abuse this. getSetting(name): Returns a setting prefixed with "pub." implicitly. delSetting(name): Deletes a setting prefixed with "pub." implicitly. Attempting to delete an undeletable setting will only set the value to "". setSetting(name, val): Sets a setting prefixed with "pub." implicitly. Events: api, "set_setting", name, val NOTE: name is prefixed, as it includes the screen settings. This gets sent even if you have the main settings permission, just in case of unexpected oddities. -- This is released into the public domain. -- No warranty is provided, implied or otherwise.