A cluster future is a future whose value will be resolved asynchronously in a parallel process
A future represents a value that will be available at some point in the future
An error occurred while trying to evaluate a future
A representation of a set of globals used with futures
An multicore future is a future whose value will be resolved asynchronously in a parallel process
An multiprocess future is a future whose value will be resolved asynchronously in a parallel process
An uniprocess future is a future whose value will be resolved synchronously in the current process
Get number of available cores on current machine
Back trace the expressions evaluated before a condition was caught
Create a cluster future whose value will be resolved asynchronously in a parallel process
Apply a Function over a List or Vector via Futures
Inject code for the next type of future to use for nested futures
Retrieves global variables of an expression and their associated packages
Control lazy / eager evaluation for a future assignment
Use a specific plan for a future assignment
Temporarily tweaks the arguments of the current strategy
Create a multicore future whose value will be resolved asynchronously in a forked parallel process
Create a multiprocess future whose value will be resolved asynchronously using multicore or a multisession evaluation
Create a multisession future whose value will be resolved asynchronously in a parallel R session
Gets the length of an object without dispatching
Create a remote future whose value will be resolved asynchronously in a remote process
Wait until all existing futures in an environment are resolved
Check whether a future is resolved or not
Create a sequential future whose value will be in the current R session
Outputs details on the current R session
Check whether multicore processing is supported or not
Tweaks a future function by adjusting its default arguments