legate.core | The Foundation for All Legate Libraries | Functional Programming library
kandi X-RAY | legate.core Summary
kandi X-RAY | legate.core Summary
The Legate Core is our version of Apache Arrow. Apache Arrow has significantly improved composability of software libraries by making it possible for different libraries to share in-memory buffers of data without unnecessary copying. However, it falls short when it comes to meeting two of our primary requirements for Legate:. The Legate Core provides an API very similar to Arrow's interface with several important distinctions that provide stronger guarantees about data coherence and synchronization to aid library developers when building Legate libraries. These guarantees are the crux of how libraries in the Legate ecosystem are able to provide excellent composability. The Legate Core API imports several important concepts from Arrow such that users that are familiar with Arrow already will find it unsurprising. We use the same type system representation as Arrow so libraries that have already adopted it do not need to learn or adapt to a new type system. We also reuse the concept of an Array from Arrow. The LegateArray class supports many of the same methods as the Arrow Array interface (we'll continue to add methods to improve compatibility). The main difference is that instead of obtaining Buffer objects from arrays to describe allocations of data that back the array, the Legate Core API introduces a new primitive called a LegateStore which provides a new interface for reasoning about partitioned and distributed data in asynchronous execution environments.
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Top functions reviewed by kandi - BETA
- Return a dict of command - line arguments
- Return a copy of the class
- Extract version information from VCS
- Get project root directory
- Construct a ConfigParser from a root directory
- Run the Legate driver
- Install a kernel spec file
- Generate a kernel spec
- Construct a strategy for storing partitions
- Returns the set of classes for the given variable
- Return a broadcast broadcast
- Ingest a single table
- Construct a Table from a list of arrays
- Launch the strategy
- Return an InlineMappedAllocation object
- Parse command line arguments
- Return a kernel spec
- Create a slice of this storage region
- Returns a new table with columns removed
- Scans the setup py py and returns a list of missing values
- Set column
- Invert the image
- Get the partition of the legion
- Install a kernel spec
- Launch the task
- Launch the task launcher
- Extract the version information
- Attach an external region to the filesystem
- Create a versioneer config file
legate.core Key Features
legate.core Examples and Code Snippets
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Trending Discussions on legate.core
QUESTION
I have a core data request being made through a NSFetchedResultsController. The expected outcome of this code is that a UIActivityIndicator
will startAnimating
the call will be made, complete, and then return the table, before the indicator will `stopAnimating.
What actually happens is that the function returns before the NSFetchedResultsController gets any information and/or repopulates the TableView.stopAnimating
is called almost instantly, and then only later does the table load.
My code is as below:
...ANSWER
Answered 2017-Jan-04 at 18:50You are setting a delegate which is what is called when the fetch results have finished. You need to move the stopAnimating call to that delegate.
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