#Ios simulator in xcode pro#

#Ios simulator in xcode pro#

IPad Pro (12.9-inch) (3rd generation) (.iPad-Pro–12-9-inch-3rd-generation-)Īpple TV (.Apple-TV-1080p)Īpple TV 4K (.Apple-TV-4K-4K)Īpple TV 4K (at 1080p) (.Apple-TV-4K-1080p)Īpple Watch – 38mm (.Apple-Watch-38mm)Īpple Watch – 42mm (.Apple-Watch-42mm)Īpple Watch Series 2 – 38mm (.Apple-Watch-Series-2-38mm)Īpple Watch Series 2 – 42mm (.Apple-Watch-Series-2-42mm)Īpple Watch Series 3 – 38mm (.Apple-Watch-Series-3-38mm)Īpple Watch Series 3 – 42mm (.Apple-Watch-Series-3-42mm)Īpple Watch Series 4 – 40mm (.Apple-Watch-Series-4-40mm)Īpple Watch Series 4 – 44mm (.Apple-Watch-Series-4-44mm) IPad (6th generation) (.iPad–6th-generation-) IPad (5th generation) (.iPad–5th-generation-) IPad Air (3rd generation) (.iPad-Air–3rd-generation-) IPad mini (5th generation) (.iPad-mini–5th-generation-) The output shows a lot of device types, runtimes, and devices, most of which should show as disconnected or shutdown: The simctl binary is located at /Applications/Xcode.app/Contents/Developer/usr/bin/simctl and typically accessed as a verb from the /usr/bin/xcrun command.įirst let’s list all the simulators, done using the list command, called by simply running xcrun followed by simctl for the type of operation to be run and then the list command: But you can also use simctl for interacting with it, helpful in automating QA operations when possible. The easiest way to work with the simulator is through Xcode.

The iOS Simulator is a great way to test watchOS, tvOS, and iOS apps while you’re writing them.