#Superluminal code#
This allows you to go beyond which threads are fighting over a lock - now you can see the exact code that’s causing the wait, as well as the code that causes the waiting thread to continue executing. In astronomy superluminal motion is travelling faster.
#Superluminal series#
The blocking stack is the stack that caused the wait, while the unblocking stack is the stack that caused the wait to be unblocked. Superluminal is a series of abstract paintings made up of acrylics, inks, fluid paint and glitter. To allow you to dig even deeper in understanding the interaction between threads, the Thread Interaction window will show you the blocking and unblocking stack that belong to the arrow you selected. For example, if you look near the center of the Virgo Cluster of galaxies (the nearest big cluster to our own Milky Way) you'll see a big elliptical galaxy. This feature shines when you’re investigating issues where threads are fighting over a lock, or where you’re interested in understanding how threads interact with each other. 'Superluminal' motions in astronomical sources Astronomers have known for some time that a small fraction of galaxies have peculiar 'jets' extending from their very centers. Each arrow can be selected to view further details about that event. Each arrow indicates a place where the source thread wakes the target thread. I use the word partner because they share their experience with us but they listen to what we want / need to help us do business better. They have have completed 2 websites and handled maintenance of both. The timeline view visually displays this relationship between threads through the use of arrows. It is demonstrated that this wave is converted into large-amplitude electromagnetic waves with superluminal phase speeds by interacting with the shock when. Superluminal has been an amazing partner to our company. While being able to see when a thread is in a wait state is very useful, what’s even more powerful is being able to investigate how that thread gets out of its wait state. This makes it easy to spot when your thread is waiting on a lock, when it has been preempted by the OS and many other different wait states. The wait states are further colorized so you can visually distinguish between the different types of wait.
It’s easy to see, at a glance, what state a thread is in at any point in time - executing or waiting.
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