dplyr, magrittr, checkmate, data.table, future.apply, R6, fs
testthat, knitr, covr, utils, future, pkgdown

dplyr, magrittr, checkmate, data.table, future.apply, R6

In Australia, a financial year (or fiscal year) is the period from 1 July to 30 June
of the following calendar year. As such, many databases need to represent and
validate financial years efficiently. While the use of integer years with a convention that
they represent the year ending is common, it may lead to ambiguity with calendar years.
On the other hand, string representations may be too inefficient and do not easily admit
arithmetic operations. This package tries to make validation of financial years quicker while
retaining clarity.

testthat (>= 2.1.0), withr, rlang, zoo, covr

Create and maintain delayed-data packages (DDP's).  Data stored in
a DDP are available on demand, but do not take up memory until requested.
You attach a DDP with g.data.attach(), then read from it and assign to it in
a manner similar to S-Plus, except that you must run g.data.save() to
actually commit to disk.

Create and maintain delayed-data packages (DDP's).  Data
stored in a DDP are available on demand, but do not take up
memory until requested.  You attach a DDP with g.data.attach(),
then read from it and assign to it in a manner similar to
S-Plus, except that you must run g.data.save() to actually
commit to disk.

Create and maintain delayed-data packages (ddp's).  Data
stored in a ddp are available on demand, but do not take up
memory until requested.  You attach a ddp with g.data.attach(),
then read from it and assign to it in a manner similar to
S-PLUS, except that you must run g.data.save() to actually
commit to disk.

Create and maintain delayed-data packages (ddp's).  Data stored in
a ddp are available on demand, but do not take up memory until requested.
You attach a ddp with g.data.attach(), then read from it and assign to it in
a manner similar to S-PLUS, except that you must run g.data.save() to
actually commit to disk.

Find and Fill Gaps in Metabolic Networks
Kelly Botero[aut,cre], Daniel Osorio[aut,cre], Janneth Gonzalez[aut], Andres Pinzon[aut].
For a given metabolic network, this package finds the gaps (metabolites not produced or not consumed in any other reaction), and fills it from the stoichiometric reactions of a reference metabolic reconstruction using a weighting function. Also the option to download all the set of gene-associated stoichiometric reactions for a specific organism from the KEGG database <http://www.genome.jp/kegg/> is available.