Import metadata (i.e., data dictionary) into a project. Because of this method's destructive nature, it works for only projects in Development status.
Usage
redcap_metadata_write(
ds,
redcap_uri,
token,
verbose = TRUE,
config_options = NULL,
handle_httr = NULL
)
Arguments
- ds
The
base::data.frame()
ortibble::tibble()
to be imported into the REDCap project. Required.- redcap_uri
The uri/url of the REDCap server typically formatted as "https://server.org/apps/redcap/api/". Required.
- token
The user-specific string that serves as the password for a project. Required.
- verbose
A boolean value indicating if
message
s should be printed to the R console during the operation. The verbose output might contain sensitive information (e.g. PHI), so turn this off if the output might be visible somewhere public. Optional.- config_options
A list of options passed to
httr::POST()
. See details athttr::httr_options()
. Optional.- handle_httr
The value passed to the
handle
parameter ofhttr::POST()
. This is useful for only unconventional authentication approaches. It should beNULL
for most institutions. Optional.
Value
Currently, a list is returned with the following elements:
success
: A boolean value indicating if the operation was apparently successful.status_code
: The http status code of the operation.outcome_message
: A human readable string indicating the operation's outcome.field_count
: Number of fields imported.elapsed_seconds
: The duration of the function.raw_text
: If an operation is NOT successful, the text returned by REDCap. If an operation is successful, theraw_text
is returned as an empty string to save RAM.
References
The official documentation can be found on the 'API Help Page' and 'API Examples' pages on the REDCap wiki. If you do not have an account for the wiki, please ask your campus REDCap administrator to send you the static material.
Examples
# \dontrun{
# Please don't run this example without changing the token to
# point to your server. It could interfere with our testing suite.
uri <- "https://redcap-dev-2.ouhsc.edu/redcap/api/"
token <- "06C38F6D76B3863DFAE84069D8DBCFFC" # metadata-write
# Read in the dictionary in R's memory from a csv file.
ds_to_write <-
readr::read_csv(
file = system.file(
"test-data/projects/simple/metadata.csv",
package = "REDCapR"
),
col_types = readr::cols(.default = readr::col_character())
)
ds_to_write
#> # A tibble: 16 × 18
#> field_name form_name section_header field_type field_label
#> <chr> <chr> <chr> <chr> <chr>
#> 1 record_id demographics NA text Study ID
#> 2 name_first demographics Contact Information text First Name
#> 3 name_last demographics NA text Last Name
#> 4 address demographics NA notes Street, City, S…
#> 5 telephone demographics NA text Phone number
#> 6 email demographics NA text E-mail
#> 7 dob demographics NA text Date of birth
#> 8 age demographics NA calc Age (years)
#> 9 sex demographics NA radio Gender
#> 10 height health NA text Height (cm)
#> 11 weight health NA text Weight (kilogra…
#> 12 bmi health NA calc BMI
#> 13 comments health General Comments notes Comments
#> 14 mugshot health NA file Mugshot
#> 15 race race_and_ethnicity NA checkbox Race (Select al…
#> 16 ethnicity race_and_ethnicity NA radio Ethnicity
#> # ℹ 13 more variables: select_choices_or_calculations <chr>, field_note <chr>,
#> # text_validation_type_or_show_slider_number <chr>,
#> # text_validation_min <chr>, text_validation_max <chr>, identifier <chr>,
#> # branching_logic <chr>, required_field <chr>, custom_alignment <chr>,
#> # question_number <chr>, matrix_group_name <chr>, matrix_ranking <chr>,
#> # field_annotation <chr>
# Import the dictionary into the REDCap project
REDCapR::redcap_metadata_write(
ds = ds_to_write,
redcap_uri = uri,
token = token
)
#> 16 fields were written to the REDCap dictionary in 1.0 seconds.
#> $success
#> [1] TRUE
#>
#> $status_code
#> [1] 200
#>
#> $outcome_message
#> [1] "16 fields were written to the REDCap dictionary in 1.0 seconds."
#>
#> $field_count
#> [1] 16
#>
#> $elapsed_seconds
#> [1] 0.9721909
#>
#> $raw_text
#> [1] ""
#>
# }