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KEYSTORE EXPLORER IMPORT X509 HOW TO
KEYSTORE EXPLORER IMPORT X509 PASSWORD
KEYSTORE EXPLORER IMPORT X509 FREE

KEYSTORE EXPLORER IMPORT X509 PASSWORD

Enter the keystore password when prompted (default: changeit), or specify the password in advance by appending the following flag to the keytool command: -storepass.keytool -importcert -trustcacerts -file -alias -keystore.These instructions cover importing the chain of trust, beginning with the root and ending with the Certificate Signing Request (CSR) reply. Repeat steps 1-4, unless the current cert is the Root CA (if this is the case, the AIA extension will be missing, and the cert's SKI and AKI will be identical).Examine the parent cert and verify that its SKI matches the AKI from the first step (if there are multiple certificates, check them all until a match is found).Examine the current certificate using Portecle and take note of the AKI.These instructions cover retrieving PKCS#7 certs and converting them to PEM-encoding. When finished, click OK to resume examining the current certificate.In the Extension Value, click the "CA Issuers" link whose URI starts with http.Click Extensions (keyboard shortcut: Alt+E).Note: A good rule of thumb for naming certificate files is to use information from the Subject's OU (e.g., if the Subject is "OU=Entrust NFI Test Shared Service Provider, OU=Certification Authorities, O=Entrust, C=US", a good file name might be "NFI-Test.pem"). Click OK (keyboard shortcut: Enter) to resume examining the certificate.

pem extension (this must be added manually, despite the Files of Type default of "PEM Files (*.pem)".

Click PEM Encoding (keyboard shortcut: Alt+P).

(PEM-encoded) openssl x509 -text -print_certs -in (PKCS#7): openssl pkcs7 -inform DER -text -print_certs -in For reference, below is a non-exhaustive list of commands to examine certificates: Note: Although keytool and openssl can also be used to examine certificates, this step was included because Portecle is the only tool of the three that can export a PEM-encoded certificate based on the information examined from a PKCS#7 file containing multiple certificates. Note: If the loaded file contains multiple certificates, navigate between them using the left and right arrows along the top (keyboard shortcuts: Alt+← / Alt+→). Note: When viewing an extension, the value will be listed under "Extension Value" at the bottom half of the window.

KEYSTORE EXPLORER IMPORT X509 HOW TO

Authority Information Access (AIA) - indicates how to access CA information and services for the issuer of the current certificate.Authority Key Identifier (AKI) - provides a means of uniquely identifying the public certificate whose corresponding private key was used to sign the current certificate.Subject Key Identifier (SKI) - provides a means of uniquely identifying that the current certificate contains a particular public key.The following extensions will be referenced in this document: To view x.509 extensions, click Extensions (keyboard shortcut: Alt+E). der).Ĭlick Examine (keyboard shortcut: Enter). Locate and select the relevant certificate file (select Files of Type "All Files" if the certificate's file extension is being filtered by default, e.g. Select Examine -> Examine Certificate (keyboard shortcut: Ctrl+E). Java -jar portecle.jar Examine Stand-Alone Certificates

This section is a short primer on the subset of Portecle's functionality necessary to import the chain of trust certificates, omitting steps that can be performed using only keytool or openssl.

KEYSTORE EXPLORER IMPORT X509 FREE

Portecle is a free GUI application for managing keystores and x.509 certificates.

keytool - part of the Java Development Kit (JDK).

openssl - on Linux, this can be installed via the distro's package manager on Windows, the openssl package can be added to Cygwin or installed as a standalone binary.

Portecle, or another keystore / certificate manipulation tool (e.g., Keystore Explorer).

The following tools are used throughout this document: This document is intended for technical users who are familiar with basic public-key infrastrucure (PKI) and x.509 concepts. This document covers the procedures and common troubleshooting steps to streamline that process. For this reason, an organization must be able to import certificates forming a chain of trust when joining the community as well as when a new Root CA is introduced to the Exchange. Members of the eHealth Exchange secure their communications using x.509 certificates whose chain of trust begins with the same Root Certificate Authority (CA), thus facilitating trust between organizations without the need to exchange certificates.