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A typical case scenario is having security/compliance policies that enforce user account deactivations on specific platforms, like Jira, whenever a user account's last login reaches a specific aging (days from the current date the user account hasn't logged in to Jira)
Using Customers can automate this task using PS and SIL routines (scripting), a customer can automate this task.
\uD83D\uDCD8 Instructions
| Info |
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IMPORTANT: This how-to procedure assumes the customer has successfully exported the user’s account information from Jira, including the account username and last login fields, into a CSV (comma-separated values) file. |
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struct Login { // Login struct created to handle CSV file data
string username;
string last_login;
}
Login [] fileContent = readFromCSVFile("users.csv", true); // CSV file reading process
for (Login l in fileContent) {
date last_login = parseDate("MM/dd/yyyy", l.last_login); // Date conversion from CSV file
if (last_login < (currentDate() - "90d")) { // Checking user account aging status
runnerLog("Last login on " + last_login);
runnerLog(l.username); runnerLog("Aged account: true");
boolean deactivated = admDeactivateUser(l.username); // User account is aged, so deactivation is attempted
if (deactivated) { // User account deactivation was successful
runnerLog(l.username); runnerLog(" - User account deactivation was successful");
}
else { // User account deactivation couldn't be performed
runnerLog(l.username); runnerLog(" - User account deactivation was unsuccessful");
}
}
else {
runnerLog("Last login on " + last_login);
runnerLog(l.username); runnerLog("Aged account: false");
}
} |
Script execution (output example):
\uD83D\uDCCB Related articles
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