REST API Shell Scripts

Getting Started Guide using REST APIs in Shell with Xton Access Manager.

This page outlines several specific scenarios in which REST APIs in XTAM can be called using Shell scripts.

Please note that security is strictly enforced, so ensure the account executing the scripts has the appropriate permissions to access the objects in XTAM.

To view XTAM’s full, interactive REST API utilizing the OpenAPI format, navigate to Adminstration > Settings > Application Nodes > API Documentation.

Looking for REST API examples using other scripts? Click PowerShell examples, Shell examples, VBScript examples or Python examples for additional information.

The following scripts are provided as an example of what is possible, however they can and should be customized to meet your requirements including outside script integration, formatting and proper error handling.

Please note that our examples include use of curl for execution and jq for JSON parsing. Ensure these packages are deployed prior to executing the scripts or customize them to fit your needs.

Create a Record

Provides the ability to create a new record with the defined parameters.

Copy 
folderId="183320"   # ID of Parent Folder
typeId="1724"   #  ID of Record Type
recordName="Record Name"   # Record Name (required)
recordDescription="Record Description"  # Record Description (optional)

rhost="host.company.com"   # Host URL
rport="22"   # Host Port
ruser="user"   # Host User
rpassword="myPassw0rd"   # Host Password
rparameters={\"Host\":\"$rhost\",\"Port\":\"$rport\",\"User\":\"$ruser\",\"Password\":\"$rpassword\"}

curl -s $auth -H "Accept: application/json" -H "Content-Type:application/x-www-form-urlencoded" -H "X-XSRF-TOKEN: $apitoken" -X POST  \
--data "name=$recordName&description=$recordDescription" --data-urlencode "custom=$rparameters" \
$url/rest/record/new/$folderId/$typeId

echo Done

 

Create a Folder

Provides the ability to create a new folder with the defined parameters.

Copy 
folderId="183320"   # ID of Parent Folder
folderName="Folder Name"   # Folder Name (required)
folderDescription="Folder Description"   # Folder Description (optional)

curl -s $auth -H "Accept: application/json" -H "Content-Type:application/json" -H "X-XSRF-TOKEN: $apitoken" -X POST  \
--data "{\"name\":\"$folderName\",\"description\":\"$folderDescription\"}" $url/rest/folder/create/$folderId

echo Done

 

Retrieve Root Folder

Provides the ability to retrieve the Root Folder (All Records) and its parameters including ID.

Copy 
rootFolder=$(curl -s $auth $url/rest/folder/root)

rootFolderId=$(echo $rootFolder | jq -r '.id')

#echo $rootFolder   # Retrieve all Root Folder parameters
echo id:$rootFolderId   # Retrieve Root Folder ID
echo Done

 

List Folder Content

Provides the ability to list all content of the specified folder.

Copy 
folderId="183320"    # Folder ID

allContent=$(curl -s $auth $url/rest/folder/list/$folderId)

allNamesOnly=$(echo $allContent | jq '.[] | .name, .id')

#echo $allContent    # Get all Content parameters
echo $allNamesOnly    # Get all Content "Names" and ID only

echo Done

 

Retrieve a Record

Provides the ability to retrieve the parameters of an existing record excluding the password.

Copy 
recordId="168351"   # Record ID

record=$(curl -s $auth $url/rest/record/get/$recordId)
recordname=$(echo $record | jq -r '.name')
check_status "Failed to unlock record"

recorduser=$(get_custom "$record" "User")
check_status "Failed to parse response"

echo $recordname: $recorduser
echo $record
echo Done

 

Retrieve a Record with Password Unlock

Provides the ability to retrieve the parameters of an existing record including the password.

Copy 
recordId="168351"   # Record ID

record=$(curl -s $auth $url/rest/record/unlock/$recordId)
recordname=$(echo $record | jq -r '.name')
check_status "Failed to unlock record"

recorduser=$(get_custom "$record" "User")
recordpassword=$(get_custom "$record" "Password")
check_status "Failed to parse response"

echo $recordname: $recorduser / $recordpassword
echo Done

 

Retrieve a Record Field Unlock

Provides the ability to retrieve a single parameter from a record’s field including the password.

Copy 
recordId="168351"   # Record ID
$field="Password"   # The (internal) Name of the field

record=$(curl -s $auth $url/rest/record/unlock/$recordId/$field)
check_status "Failed to unlock record"

recorduser=$(get_custom "$record" "User")
recordpassword=$(get_custom "$record" "Password")
check_status "Failed to parse response"

echo $field: $record
echo Done

 

Update a Record

Provides the ability to update an existing record.

Copy 
recordId="183323"   # Record ID
recordName="Updated Name"   # Updated Record Name
recordDescription="Updated Description"   # Updated Record Description

rhost="host1.company.com"   # Updated Host URL
rport="3389"   # Updated Host Port
ruser="user1"   # Updated Host User
rpassword="myPassw0rd1"   # Updated Host Password
rparameters={\"Host\":\"$rhost\",\"Port\":\"$rport\",\"User\":\"$ruser\",\"Password\":\"$rpassword\"}

curl -s $auth -H "Accept: application/json" -H "Content-Type:application/x-www-form-urlencoded" -H "X-XSRF-TOKEN: $apitoken" -X PUT  \
--data "name=$recordName&description=$recordDescription" \
--data-urlencode "custom=$rparameters" \
$url/rest/record/update/$recordId

echo Done

 

Update One Record Field

Provides the ability to update one record field.

Copy 
curl -s $auth -H "Accept: application/json" -H "Content-Type: application/json" -H "X-XSRF-TOKEN: $apitoken" -X PUT --data "{\"string\":\"FIELD-VALUE\"}" $base/record/updateField/$recordID/$fieldName

Download a File

Provides the ability to download a file (certificate, SSH key, secured file) associated to a record.

Copy 
recordId="183323"   # Record ID
fieldName="Cert"   # Internal Name of Field that contains the file

curl -O -J $auth $url/rest/content/record/$recordId/$fieldName

echo Done

 

Share a Record or Folder

Provides the ability to share a record or folder with other users or groups.

Copy 
shareUser="user"   # Share object with User or Group Login

shareUserParam=$(curl -s $auth $url/rest/user/ensure/$shareUser)
shareUserId=$(echo $shareUserParam | jq -r '.id')

objectId="186460"   # Record or Folder ID to Share
userId=$shareUserId
recordControl="View"   # Permission Options: View / Unlock / Edit / Admin
sessionControl="None"   # Permission Options: None / Recording / Connect
taskControl="None"   # Permission Options: None / Execute / Review / Manage

curl -s $auth -H "X-XSRF-TOKEN: $apitoken" -X POST -d "" $url/rest/permissions/share/$objectId/$userId/$recordControl/$sessionControl/$taskControl

echo Done

 

Delete a Record

Provides the ability to delete an existing record.

Copy 
recordId="186008"   # ID of Record to Delete
folderId="183320"   # Parent Folder ID

curl -s $auth -H "X-XSRF-TOKEN: $apitoken" -X DELETE $url/rest/record/delete/$folderId/$recordId

echo Done

 

Look up for Objects

Search for Objects Record or Folder.

Provides the ability to search for existing objects, like records or folders, using search query types.

A list of query types can be found here and will allow you to target specific objects like folders, ACLs or shadow accounts. For example, if you use the search term folder:Production, it will return all folders found using the term Production.

Copy 
searchTerm="object name"   # Value to Search
searchTerm=${searchTerm// /%20}

results=$(curl -s $auth -X GET $url/rest/record/find/View/$searchTerm)
searchResults=$(echo $results | jq '.[] | .name, .id')

echo Results:
echo $searchResults   # Displays results as "Object Name" Object ID
#echo $results   # Displays all parameters of Objects returned in results
echo Search Complete

 

List Record Types

Provides the ability to output a list of all currently available Record Types.

Copy 
recordTypes=$(curl -s $auth -X GET $url/rest/recordtype/list)
recordTypeNamesId=$(echo $recordTypes | jq '.[] | .name, .id')

echo $recordTypeNamesId   # Output as "Record Type Name" Record Type ID
echo Done

 

Database Export Decrypted

Provides the ability to output a list of all currently available Record Types.

Copy 
curl -s $auth -H "X-XSRF-TOKEN: $apitoken" -X PUT $url/rest/application/export/false

echo Done

 

Database Export Encrypted

Provides the ability to output a list of all currently available Record Types.

Copy 
curl -s $auth -H "X-XSRF-TOKEN: $apitoken" -X PUT $url/rest/application/export/true

echo Done

 

Database Import

Provides the ability to output a list of all currently available Record Types.

Copy 
exportName="xtamexp-20180313152316-120"   # Export file name

curl -s $auth -H "X-XSRF-TOKEN: $apitoken" -X PUT $url/rest/application/import/$exportName

echo Done

 

API Token

To provide protection against Cross-Site Request Forgery (CSRF) attacks each XTAM API function that changes something in the system (mostly, POST, PUT and DELETE REST methods) requires an API Token passed using X-XSRF-TOKEN header.

To obtain a token, an XTAM REST client has to request it from XTAM server by calling /rest/user/whoami function that sets XSRF-TOKEN cookie with the value of the token.

Below is the example of Shell function that obtains the API token from XTAM server by the server base URL and authentication string. See examples of using this token in the code samples above.

Copy 
function api_token {
    base=${1}
    auth=${2}

    whoami=$(curl -D whoami.tmp -s $auth $base/rest/user/whoami)
    apitoken=$(cat whoami.tmp | grep "Set-Cookie" |cut -c 13- | cut -d "=" -f 2 | cut -d ";" -f 1)
    rm whoami.tmp
    echo $apitoken
}

 

API token enforcement could be disabled by defining parameter xtam.api.token.verification=false

Secure Authentication

XTAM provides several methods for authenticating, first is a standard, non-federated username and password login, the second is a form-based login method, the third is a more robust federated login experience that supports multi-factor authentication and additional options and the fourth is using Authentication Tokens.

Depending on how your XTAM installation is configured, the following authentication methods will be used.

 

Standard Authentication (non-federated)

If your login experience to XTAM is a simple prompt like the one shown below, then you will use the following to authenticate using our REST APIs.

NoCAS-Login

 

Copy 
#!/bin/bash

cookies=$(mktemp)
curl_opts="-s"

function cleanup {
    rm -f ${cookies}
}

trap cleanup EXIT

function check_exe() {
  which "$1" >/dev/null 2>&1
  if [ "$?" -ne 0 ]; then
      (>&2 echo "Required executable [$1] not found. Please install it using system package manager.")
      (>&2 echo "Exiting.")
      exit 1
  fi
}

function check_status() {
    if [ $? != 0 ]; then
        echo $1
        exit 1
    fi
}

function cas_auth {
    base=${1}
    cas_base=${2}
    username=${3}
    password=${4}

    # get TGT ticket from Location header
    tgt_location=$(curl ${curl_opts} -X POST -D - ${cas_base}/v1/tickets -d "username=${username}" -d "password=${password}" | grep "^Location" | cut -d":" -f 2- | tr -d \\r\\n)

    if [ -z "${tgt_location}" ]; then
        (>&2 echo "CAS authentication failed: unable to obtain TGT ticket")
        exit 1
    fi

    # get service ticket from TGT
    service_ticket=$(curl ${curl_opts} -X POST ${tgt_location} -d "service=${base}/")

    if [ -z "${service_ticket}" ]; then
        (>&2 echo "CAS authentication failed: unable to exchange TGT to service ticket")
        exit 1
    fi

    # write session cookie to file
    curl $curl_opts --cookie-jar ${cookies} $base/?ticket=$service_ticket

    # print curl auth string to stdout
    echo "--cookie ${cookies}"
}

function get_custom {
    record=$1
    field=$2

    echo $record | jq -r ".custom | fromjson | .${field}"
}

check_exe curl
check_exe jq

url="https://xtam.company.com/xtam"   # XTAM URL
user="admin"   # XTAM User
#password="myPassw0rd"   # Optionally define your XTAM User's Password

read -p "Enter $user password: " -s password   # Prompt for XTAM User's Password
echo

auth="-u $user:$password"

# Your code starts here

 

Form-Based Authentication

If your login experience to XTAM is a form-based login page like the one shown below, then you will use the following to authenticate using our REST APIs.

FAQ-XTAM-Form-Based-Login-Page

 

Copy 
url="https://xtam.company.com/xtam"   # XTAM URL
user="admin"   # XTAM User
#password="myPassw0rd"   # Optionally define your XTAM User's Password

tc=$(mktemp)
cookies=$(mktemp)
curl -s -X GET -c ${tc} -D - ${base}/rest/user/whoami > /dev/null
curl -s -X POST -b ${tc} -c ${cookies} -D - ${base}/j_security_check -d "j_username=${username}" -d "j_password=${password}" > /dev/null
auth="-b ${cookies}"

# Your code starts here

 

Federated Authentication

If your login experience to XTAM is a federated sign-in page like the one shown below, then you will use the following to authenticate using our REST APIs.

CAS-Login

 

Copy 
#!/bin/bash

cookies=$(mktemp)
curl_opts="-s"

function cleanup {
    rm -f ${cookies}
}

trap cleanup EXIT

function check_exe() {
  which "$1" >/dev/null 2>&1
  if [ "$?" -ne 0 ]; then
      (>&2 echo "Required executable [$1] not found. Please install it using system package manager.")
      (>&2 echo "Exiting.")
      exit 1
  fi
}

function check_status() {
    if [ $? != 0 ]; then
        echo $1
        exit 1
    fi
}

function cas_auth {
    base=${1}
    cas_base=${2}
    username=${3}
    password=${4}

    # get TGT ticket from Location header
    tgt_location=$(curl ${curl_opts} -X POST -D - ${cas_base}/v1/tickets -d "username=${username}" -d "password=${password}" | grep "^Location" | cut -d":" -f 2- | tr -d \\r\\n)

    if [ -z "${tgt_location}" ]; then
        (>&2 echo "CAS authentication failed: unable to obtain TGT ticket")
        exit 1
    fi

    # get service ticket from TGT
    service_ticket=$(curl ${curl_opts} -X POST ${tgt_location} -d "service=${base}/")

    if [ -z "${service_ticket}" ]; then
        (>&2 echo "CAS authentication failed: unable to exchange TGT to service ticket")
        exit 1
    fi

    # write session cookie to file
    curl $curl_opts --cookie-jar ${cookies} $base/?ticket=$service_ticket

    # print curl auth string to stdout
    echo "--cookie ${cookies}"
}

function get_custom {
    record=$1
    field=$2

    echo $record | jq -r ".custom | fromjson | .${field}"
}

check_exe curl
check_exe jq

url="https://xtam.company.com/xtam"   # XTAM URL
cas_url="https://xtam.company.com/cas"   # XTAM Signin Page URL
user="admin"   # XTAM User
#password="myPassw0rd"   # Optionally define your XTAM User's Password

read -p "Enter $user password: " -s password   # Prompt for XTAM User's Password
echo

auth=$(cas_auth $url $cas_url $user $password)

# Your code starts here

 

Token Authentication

If you are using Authentication Tokens, then you will use the following to authenticate using our REST APIs.

Copy 
#!/bin/bash

cookies=$(mktemp)
curl_opts="-s"

function cleanup {
    rm -f ${cookies}
}

trap cleanup EXIT

function check_exe() {
  which "$1" >/dev/null 2>&1
  if [ "$?" -ne 0 ]; then
      (>&2 echo "Required executable [$1] not found. Please install it using system package manager.")
      (>&2 echo "Exiting.")
      exit 1
  fi
}

function check_status() {
    if [ $? != 0 ]; then
        echo $1
        exit 1
    fi
}

function token_auth {
    base=${1}
    cas_base=${2}
    token=${3}

    # get service ticket from TGT 
    hdr=$(curl -si "${cas_base}/login?service=${base}/" -H "token:${token}" | grep "^Location")
    service_ticket=$(echo ${hdr} | cut -d"=" -f 2- | tr -d \\r\\n)

    if [ -z "${service_ticket}" ]; then
        (>&2 echo "CAS authentication failed: unable to exchange token to service ticket")
        exit 1
    fi

    # write session cookie to file
    curl $curl_opts --cookie-jar ${cookies} $base/?ticket=$service_ticket

    # print curl auth string to stdout
    echo "--cookie ${cookies}"
}

function get_custom {
    record=$1
    field=$2

    echo $record | jq -r ".custom | fromjson | .${field}"
}

check_exe curl
check_exe jq

url="https://xtam.company.com/xtam"   # XTAM URL
cas_url="https://xtam.company.com/cas"   # XTAM Signin Page URL
token="yourXTAMtoken"   # XTAM Token

auth=$(token_auth $url $cas_url $token)

# Your code starts here