db-crypted | R Documentation |
Read / Write crypted table from / to a SQLite database
write_db_encrypt(conn, value, name = "credentials", passphrase = NULL) read_db_decrypt(conn, name = "credentials", passphrase = NULL)
conn |
A DBIConnection object, as returned by |
value |
A |
name |
A character string specifying the unquoted DBMS table name. |
passphrase |
A secret passphrase to crypt the table inside the database |
a data.frame
for read_db_decrypt
.
create_db
# connect to database conn <- DBI::dbConnect(RSQLite::SQLite(), dbname = ":memory:") # write to database write_db_encrypt(conn, value = head(iris), name = "iris", passphrase = "supersecret") # read read_db_decrypt(conn = conn, name = "iris", passphrase = "supersecret") # with wrong passphrase ## Not run: read_db_decrypt(conn = conn, name = "iris", passphrase = "forgotten") ## End(Not run) # with DBI method you'll get a crypted blob DBI::dbReadTable(conn = conn, name = "iris") # add some users to database ## Not run: conn <- DBI::dbConnect(RSQLite::SQLite(), dbname = "path/to/database.sqlite") # update "credentials" table current_user <- read_db_decrypt( conn, name = "credentials", passphrase = key_get("R-shinymanager-key", "obiwankenobi") ) add_user <- data.frame(user = "new", password = "pwdToChange", start = NA, expire = NA, admin = TRUE) new_users <- rbind.data.frame(current_user, add_user) write_db_encrypt( conn, value = new_users, name = "credentials", key_get("R-shinymanager-key", "obiwankenobi") ) # update "pwd_mngt" table pwd_mngt <- read_db_decrypt( conn, name = "pwd_mngt", passphrase = key_get("R-shinymanager-key", "obiwankenobi") ) pwd_mngt <- rbind.data.frame( pwd_mngt, data.frame(user = "new", must_change = T, have_changed = F, date_change = "") ) write_db_encrypt( conn, value = pwd_mngt, name = "pwd_mngt", passphrase = key_get("R-shinymanager-key", "obiwankenobi") ) ## End(Not run) DBI::dbDisconnect(conn)
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