#' targets.tutorial
#' @docType package
#' @description Data science can be slow.
#' A single round of statistical computation can take several minutes,
#' hours, or even days to complete. The 'targets'
#' R package keeps results up to date and reproducible
#' while minimizing the number of expensive tasks that actually run.
#' 'targets' learns how your pipeline fits together, skips costly
#' runtime for steps that are already up to date, runs the rest
#' with optional implicit parallel computing, abstracts files as
#' R objects, and shows tangible evidence that the output matches
#' the underlying code and data. In other words, the package saves
#' time while increasing our ability to trust the conclusions of
#' the research. This hands-on workshop teaches 'targets'
#' using a realistic machine learning case study.
#' Participants begin with the R implementation of a machine
#' learning project, convert the workflow into a 'targets'-powered pipeline,
#' and efficiently maintain the output as the code and data change.
#' The case study comes from an 2018 RStudio AI Blog post by Matt Dancho:
#' <https://blogs.rstudio.com/ai/posts/2018-01-11-keras-customer-churn>.
#' @name targets-package
#' @importFrom cli col_green col_red col_yellow symbol
#' @importFrom withr local_options
NULL
utils::globalVariables(
c(
".targets_gc_5048826d",
".targets_target_5048826d",
"self"
)
)
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