Drone is an Embedded Operating System for writing real-time applications inRust. It aims to bring modern development approaches without compromisingperformance into the world of embedded programming.
- The result is an OS X application called Drone Station. Among other things, the app lets users record video or snap stills from the drone's front and bottom cameras, and practice their flying.
- Unlike Windows, McAfee agent Installation command of Mac OS do not accept custom properties as arguments. Since you must set it manually after McAfee agent Installation.This command needs root privileges since use sudo- $ sudo /Library/McAfee/agent/bin/maconfig -custom -prop1 'xyz' -prop2 'xyz' -prop3 'xyz'.
- Light and tough.Weighing in at only 875g (1.9lbs), its hard to believe that the Drone 2 is structurally all aluminium. Light and tough. A serious barrelThe Shift 2 barrel system used on high end MacDev markers has been modified for release with the Drone 2. The insert system has been removed to create a Shift.
Supported hardware
Upgrade the MAC OS to 10.14 (Mojave) or 10.15 (Catalina) or 2. To install an older MAC OS EPM agent below 11.2 or 3. If customer want to use macOS 10.13 with EPM agent 11.2 then you have to use the menu in CyberArkEPM.app application. Go to /Applications, click on CyberArkEPM, please, see attached picture: CyberArkEPM Application menu.png.
As of today, Drone can run on ARMv7-M, ARMv8-M, and RISC-V architectures. It istested on Cortex®-M3, Cortex®-M4, Cortex®-M33, Nuclei Bumblebee cores, andSTM32, NRF52, NRF91, GD32VF103 MCU series.
Other hardware support is likely to be added in the future. One restriction foradding a new architecture is that it must implement atomic CAS(compare-and-swap) operations, as Drone highly relies on good atomics supportfrom hardware.
As of debug probes, Drone utilities provide native support forJ-Link and Black MagicProbe, as well as generic interface toOpenOCD.
Design principles
Energy effective from the start. Drone encourages interrupt-driven executionmodel.
Hard Real-Time. Drone relies on atomic operations instead of using criticalsections.
Fully preemptive multi-tasking with strict priorities. A higher prioritytask takes precedence with minimal latency.
Highly concurrent. Multi-tasking in Drone is very cheap, and Rust ensures itis also safe.
Message passing concurrency. Drone ships with synchronization primitives outof the box.
Single stack by default. Drone concurrency primitives are essentiallystack-less state machines. But stackful tasks are still supported.
Dynamic memory enabled. Drone lets you use convenient data structures likemutable strings or vectors while still staying deterministic and codeefficient.
Why use Drone?
Async/await by default. Drone provides all required run-time to use nativeasync/await syntax and execute
Futures.Doesn't require
unsafecode. In spite of the fact that Drone core inevitablyrelies onunsafecode, Drone applications can fully rely on the safeabstractions provided by Drone.Modern tooling. Apart from standard Rust tools like
cargopackage manager,rustfmtcode formatter,clippycode linter, Drone providesdronecommand-line utility which can generate a new Drone project for your hardware,or manage your debug probe.Primary stack is stack-overflow protected regardless of MMU/MPU presence. Butsecondary stackful tasks require MMU/MPU to ensure the safety.
Debug communication channels. Rust's
print!,eprint!and similar macrosare mapped to Cortex-M's SWO channels 0 and 1 out of the box. Debug messagesincur no overhead when no debug probe is connected.Drone.tomlconfiguration file, which saves you from manually writing linkerscripts.Rich and safe zero-cost abstractions for memory-mapped registers. Droneautomatically generates register bindings from vendor-provided SVD files. Italso provides a way to write code generic over similar peripherals.
What Drone doesn't
Drone doesn't support loading dynamic applications. It is a library OS and islinked statically with its application.
Drone doesn't implement time-slicing. It has a different execution model, butoptional time-slicing may be added in the future.
Light and tough.
Weighing in at only 875g (1.9lbs), its hard to believe that the Drone 2 is structurally all aluminium. Light and tough.
Drone Agent Mac Os Catalina
A serious barrel
The Shift 2 barrel system used on high end MacDev markers has been modified for release with the Drone 2. The insert system has been removed to create a Shift 2 lite version. The same great performance, with a solid 2 piece design. All parts are compatible with the big brother full Shift 2 so you can easily upgrade to a full insert system later.
New RED engineered drive
The simple, reliable drive on the Drone 2 is now even better, with the new RED drive, with an aluminium construction and increased performance.
Drone Agent Mac Os 11
Gas through design
Hoses just get in the way – so we took it off. Now you can enjoy greater freedom to hold the gun however you like. Combine that with the matching rubberised barrel and foregrip, and you have a good solid grip on your gun as intended. The more comfortably you can hold your gun, the more accurate you can be – its that simple.
Drone Agent Mac Os X
Free yourself from wires
Disconnecting wires? Its so 2013. The Cyborg 6 demonstrated an elegant way of disconnecting your frame from the body without wires – now this technology has been included in the Drone 2 model. It makes dis-assembly and any tech work simpler than any gun out there.
There's more…?
The Drone 2 really is feature packed, the clamping feed and venting ASA are the same as those used on the Cyborg 6, and the wrap around grip, board shapes and trigger designs are compatible giving you all the options enjoyed by the high-end gun users and true professionals. The Drone 2 is solid and powerful out of the box, and highly upgradeable in the bargain.
