self-signed

I'm deploying an application using JAWS , and it worked until late 2013 when I got a warning, and then this morning Java completely blocked it. The message in French is: Application bloquée par les paramètres de sécurité Vos paramètres de sécurité ont bloqué l'exécution d'une application auto-signée avec une version obsolete ou arrivée à expiration de Java. which would translate roughly as: Application blocked by the security settings Your security settings have blocked from running an application that has been self-signed with an obsolete or outdated Java. The grammar is not that clear, the

I'm trying to load a HTTPS url with an self-signed certificate in a WKWebView for iOS 8 and it keeps failing. The workaround used with UIWebView (using setAllowsAnyHTTPSCertificate from NSUrlRequest) doesn't seem to work. Does anyone know of any workaround? I do not need a solution that is valid for AppStore, as I only need to access self-signed certificate sites on development phases, not on production, but it's really a problem for development and testing server instances. Thank you in advance. jvoll This is fixed in iOS 9! WKWebView finally makes calls to webView(_

I have an electron app that syncs with a server I own at a https://XXX.XX.XX.XXX:port that has a self signed certificate. How can I trust that certificate from my electron app? Right now I get: Failed to load resource: net::ERR_INSECURE_RESPONSE You need to put the following code into your "shell" (core electron init) file: // SSL/TSL: this is the self signed certificate support app.on('certificate-error', (event, webContents, url, error, certificate, callback) => { // On certificate error we disable default behaviour (stop loading the page) // and we then say "it is all fine - true" to the

I have a self-hosted WCF server running as a Windows service under the Local System account. I am trying to create a self-signed certificate programmatically in c# for use with a net.tcp endpoint using Message level security. I am using the following code which is very closely based on the accepted answer in How to create a self-signed certificate using C#? with some small changes trying to solve my problem. public static X509Certificate2 CreateSelfSignedCertificate(string subjectName, TimeSpan expirationLength) { // create DN for subject and issuer var dn = new CX500DistinguishedName(); dn

I have some resources I must access with SSL that use self-signed certificates. In general, most tools have a simple setting to allow these to be accessed without error or just a warning. However, it seems like the proper way to do this with the JVM is to import the signing certificate into a keystore as a CA. I have a groovy script I'd like to use, but I'd prefer my script to work standalone on any any JVM without modifying the keystore or distributing a new keystore. Is there a simple way to override the certification verification? After a bit of research, I found this post . Here's what I

I just created a self-signed certificate on a linux box running tomcat 6. I created the keys like this, valid for 10 years: keytool -genkey -alias tomcatorange -keyalg RSA -validity 3650 and copied the keystore into a folder in tomcat, and updated server.xml to point at the keystore. Now my network admin is asking for the both the public and private key ( for our load balancer) I can generate the public key using: openssl s_client -connect mydomain.com:8443 But how can I export/retrieve the private key? James K Polk It is a little tricky. First you can use keytool to put the private key into

All I need to do is download some basic text-based and image files from a web server that has a self-signed SSL certificate. I have been trying to figure out how to use HttpClient to do this, but getting the SSL to work is a nightmare that seems to be way too much trouble for such a simple task. Is there a better way to perform these file downloads? Perhaps through a WebView or Browser feature? Reinventing the wheel of making a simple HTTPS GET request is a major pain, and is significantly holding up my development schedule. stormin986 I found two great examples of how to accept self-signed