#' Do Any Addresses Have Postal Codes
#'
#' @description Determine whether the postal code test returns any matches.
#'
#' @usage pm_postal_any(.data, locale = "us")
#'
#' @param .data A postmastr object created with \link{pm_prep}
#' @param locale A string indicating the country these data represent; the only
#' current option is \code{"us"} but this is included to facilitate future expansion.
#'
#' @return A logical scalar is returned that is \code{TRUE} if the data contains at least
#' one postal code and \code{FALSE} if they do not.
#'
#' @export
pm_postal_any <- function(.data, locale = "us"){
# check for object and key variables
if (pm_has_uid(.data) == FALSE){
stop("The variable 'pm.uid' is missing from the given object. Create a postmastr object with pm_identify and pm_prep before proceeding.")
}
if (pm_has_address(.data) == FALSE){
stop("The variable 'pm.address' is missing from the given object. Create a postmastr object with pm_prep before proceeding.")
}
# locale issues
if (locale != "us"){
stop("At this time, the only locale supported is 'us'. This argument is included to facilitate further expansion.")
}
# test and create output
if (locale == "us"){
.data <- pm_postal_detect(.data, locale = locale)
# create output
out <- any(.data$pm.hasZip, na.rm = TRUE)
}
# return output
return(out)
}
#' Do All Addresses Have Postal Codes
#'
#' @description Determine whether the postal code test returns matches for every
#' observation.
#'
#' @usage pm_postal_all(.data, locale = "us")
#'
#' @param .data A postmastr object created with \link{pm_prep}
#' @param locale A string indicating the country these data represent; the only
#' current option is \code{"us"} but this is included to facilitate future expansion.
#'
#' @return A logical scalar is returned that is \code{TRUE} if all observations contain postal
#' codes and \code{FALSE} otherwise.
#'
#' @export
pm_postal_all <- function(.data, locale = "us"){
# check for object and key variables
if (pm_has_uid(.data) == FALSE){
stop("The variable 'pm.uid' is missing from the given object. Create a postmastr object with pm_identify and pm_prep before proceeding.")
}
if (pm_has_address(.data) == FALSE){
stop("The variable 'pm.address' is missing from the given object. Create a postmastr object with pm_prep before proceeding.")
}
# locale issues
if (locale != "us"){
stop("At this time, the only locale supported is 'us'. This argument is included to facilitate further expansion.")
}
# test and create output
if (locale == "us"){
.data <- pm_postal_detect(.data, locale = locale)
# create output
out <- all(.data$pm.hasZip, na.rm = TRUE)
}
# return output
return(out)
}
#' Detect Presence of Postal Codes
#'
#' @description Determine the presence of U.S. zip-codes in a string. This will
#' identify both five digit zip-codes (e.g. \code{63108}) as well as zip+4
#' codes (e.g. \code{63108-3412}). The zip-code must be the final word in
#' the string to return \code{TRUE}.
#'
#' @usage pm_postal_detect(.data, locale = "us")
#'
#' @param .data A postmastr object created with \link{pm_prep}
#' @param locale A string indicating the country these data represent; the only
#' current option is "us" but this is included to facilitate future expansion.
#'
#' @return A tibble with a new logical variable \code{pm.hasZip} that is
#' \code{TRUE} if a zip-code is found in the last word of the address
#' and \code{FALSE} otherwise.
#'
#' @importFrom dplyr %>%
#' @importFrom dplyr mutate
#' @importFrom dplyr select
#' @importFrom stringr str_detect
#' @importFrom stringr word
#'
#' @export
pm_postal_detect <- function(.data, locale = "us"){
# check for object and key variables
if (pm_has_uid(.data) == FALSE){
stop("The variable 'pm.uid' is missing from the given object. Create a postmastr object with pm_identify and pm_prep before proceeding.")
}
if (pm_has_address(.data) == FALSE){
stop("The variable 'pm.address' is missing from the given object. Create a postmastr object with pm_prep before proceeding.")
}
# locale issues
if (locale != "us"){
stop("At this time, the only locale supported is 'us'. This argument is included to facilitate further expansion.")
}
# detect pattern
if (locale == "us"){
out <- pm_has_zip_us(.data)
}
# return output
return(out)
}
# identify american zip codes
pm_has_zip_us <- function(.data){
# create bindings for global variables
pm.address = pm.last = NULL
# detect pattern
.data %>%
dplyr::mutate(pm.last = stringr::word(pm.address, -1)) %>%
dplyr::mutate(pm.hasZip = stringr::str_detect(pm.last, "([0-9]{5})")) %>%
dplyr::select(-pm.last) -> out
# return output
return(out)
}
pm_postal_detect_prep <- function(.data, var, locale = "us"){
# save parameters to list
paramList <- as.list(match.call())
# unquote
if (!is.character(paramList$var)) {
varQ <- rlang::enquo(var)
} else if (is.character(paramList$var)) {
varQ <- rlang::quo(!! rlang::sym(var))
}
# detect pattern
if (locale == "us"){
.data <- dplyr::mutate(.data, pm.hasZip = stringr::str_detect(stringr::word(!!varQ, -1), "([0-9]{5})"))
}
# return output
return(.data)
}
#' Return Only Unmatched Observations From pm_postal_detect
#'
#' @description Automatically subset the results of \link{pm_postal_detect} to
#' return only observations that were not found to include a postal (zip) code.
#'
#' @usage pm_postal_none(.data, locale = "us")
#'
#' @param .data A postmastr object created with \link{pm_prep}
#' @param locale A string indicating the country these data represent; the only
#' current option is \code{"us"} but this is included to facilitate future expansion.
#'
#' @return A tibble containing only observations that were not found in
#' the dictionary. The variable created by \link{pm_postal_detect},
#' \code{pm.hasZip}, is removed.
#'
#' @importFrom dplyr %>%
#' @importFrom dplyr filter
#' @importFrom dplyr select
#'
#' @export
pm_postal_none <- function(.data, locale = "us"){
# global bindings
pm.hasZip = NULL
# check for object and key variables
if (pm_has_uid(.data) == FALSE){
stop("The variable 'pm.uid' is missing from the given object. Create a postmastr object with pm_identify and pm_prep before proceeding.")
}
if (pm_has_address(.data) == FALSE){
stop("The variable 'pm.address' is missing from the given object. Create a postmastr object with pm_prep before proceeding.")
}
# create output
.data %>%
pm_postal_detect(locale = locale) %>%
dplyr::filter(pm.hasZip == FALSE) %>%
dplyr::select(-pm.hasZip) -> out
# return output
return(out)
}
#' Parse Postal Codes
#'
#' @description Create a new column containing postal code data.
#'
#' @usage pm_postal_parse(.data, locale = "us")
#'
#' @param .data A postmastr object created with \link{pm_prep}
#' @param locale A string indicating the country these data represent; the only
#' current option is "us" but this is included to facilitate future expansion.
#'
#' @return A tibble with a new column \code{pm.zip} that contains the zip-code.
#' If a postal code is not detected in the string, a value of \code{NA} will be
#' returned. If the "zip+4" formatting is detected in the string, a second column
#' named \code{pm.zip4} will be returned with the carrier route parsed out of the
#' five-digit postal code.
#'
#' @importFrom dplyr %>%
#' @importFrom dplyr mutate
#' @importFrom dplyr select
#' @importFrom stringr word
#'
#' @export
pm_postal_parse <- function(.data, locale = "us"){
# global bindings
pm.hasZip = NULL
# check for object and key variables
if (pm_has_uid(.data) == FALSE){
stop("The variable 'pm.uid' is missing from the given object. Create a postmastr object with pm_identify and pm_prep before proceeding.")
}
if (pm_has_address(.data) == FALSE){
stop("The variable 'pm.address' is missing from the given object. Create a postmastr object with pm_prep before proceeding.")
}
# locale issues
if (locale != "us"){
stop("At this time, the only locale supported is 'us'. This argument is included to facilitate further expansion.")
}
# detect individual zips
if (locale == "us"){
if ("pm.hasZip" %in% names(.data) == FALSE){
postalDetect <- FALSE
.data <- pm_postal_detect(.data)
} else if ("pm.hasZip" %in% names(.data) == TRUE){
postalDetect <- TRUE
}
}
# parse
if (locale == "us"){
.data <- pm_parse_zip_us(.data)
vars <- pm_reorder(.data)
.data <- dplyr::select(.data, vars)
}
# remove pm.hasZip if not present initially
if (postalDetect == FALSE & locale == "us"){
.data <- dplyr::select(.data, -pm.hasZip)
}
# return output
return(.data)
}
# parse American zip codes
pm_parse_zip_us <- function(.data){
# create bindings for global variables
pm.address = pm.hasZip = pm.hasZip4 = NULL
# parse
.data %>%
dplyr::mutate(pm.zip =
ifelse(pm.hasZip == TRUE,
stringr::word(pm.address, start = -1),
NA)) %>%
dplyr::mutate(pm.address =
ifelse(pm.hasZip == TRUE,
stringr::word(pm.address, start = 1, end = -2),
pm.address)) -> .data
# look for presence of zip+4
.data <- pm_has_zip4_us(.data)
# parse zip+4 if necessary
if (any(.data$pm.hasZip4, na.rm = TRUE) == TRUE){
.data %>%
pm_parse_zip4_us() %>%
dplyr::select(-pm.hasZip4) -> .data
} else if (any(.data$pm.hasZip4, na.rm = TRUE) == FALSE){
.data <- dplyr::select(.data, -pm.hasZip4)
}
}
# check for zip+4
pm_has_zip4_us <- function(.data){
# global bindings
pm.hasZip4 = pm.zip = NULL
.data %>%
dplyr::mutate(pm.hasZip4 = ifelse(stringr::str_detect(pm.zip, pattern = "-") == TRUE, TRUE, FALSE)) -> out
}
# parse zip+4
pm_parse_zip4_us <- function(.data){
# global bindings
pm.hasZip4 = pm.zip = NULL
.data %>%
dplyr::mutate(pm.zip4 = ifelse(pm.hasZip4 == TRUE, stringr::word(pm.zip, 2, sep = "-"), NA)) %>%
dplyr::mutate(pm.zip = ifelse(pm.hasZip4 == TRUE, stringr::word(pm.zip, 1, sep = "-"), pm.zip)) -> out
}
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