In all of these cases you likely know the filepath or webpage URL that you want to open. This could be letting the user know they need to install an additional piece of software, showing the output folder where media has been exported to, opening up a log text file that was saved to disk by your script, opening up the related HTML or PDF documentation for your tool, or showing the final movie export / rendered image when a task completes. If you are making a custom pipeline tool it can sometimes be handy to be able to guide the user on the next step to carry out. Linux users can install Sqlite3 using yum, apt-get, or pacman. You can manually download Sqlite3 from the "Precompiled Binaries for Windows" section: The free cross-platform "DB Browser for SQLite" tool is a good place to start if you are searching through the Resolve. It is possible to use any number of Sqlite3 wrapper scripts for Lua and Python that can make it easier to use as part of a regular scripted workflow. Sqlite3 can be accessed from Lua using os.execute(), and from a Python script in Fusion. Sqlite3 is a cross-platform command line based database engine that is open source with a public domain license. This is something you would only want to do in a read only fashion as you could have database integrity errors if you tried modifying the database live while Resolve is running. With this approach you could go even lower level then Resolve's own scripting API provides if you wanted to delve into reading any setting that is saved into any of Resolve's locally stored. Resolve-disk-database-folder-resolve-projects.png
You have the choice of selecting "None", "Local", or "Network" in this menu. If you open Resolve's System > Configuration section there is an External Scripting Using control that can be configured to allow remote systems to control and automate the Resolve GUI session using fuscript. Resolve Local vs Network Scripting Access As code inside of graphical fuses, or Console fuses.As Actions and Events that are stored inside of Config:/ PathMap based.As intool scripts on nodes which is accessed in the Inspector view > Tools > Intool Script view.From the Scripts:/Tool folder using the Nodes view right click > contextual menu.From the Scripts:/Comp folder using the Fusion > Scripts menu.From the command prompt using the FuScript executable program.You can run your own scripts in Resolve 15: Where I can run Lua and Python Scripts in Resolve? Code: Select all Lua> dump(fu:GetAttrs())įUSIONH_CurrentComp = Composition (0x0x199c8c400) įUSIONS_CLVersion = OpenCL 1.2 1.2 (21:59:57)įUSIONS_CLDevice = AMD Radeon R9 M370X Compute EngineįUSIONS_GLDevice = AMD Radeon R9 M370X OpenGL EngineĬOMPH_ActiveTool = Media In (0x0x1a2d2ce00)
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