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(Go) Code Signing using Sectigo USB TokenSee more Code Signing ExamplesDemonstrates how to Authenticode sign an EXE or DLL using a SafeNet USB token from Sectigo. Requires Chilkat v10.0.0 or greater.
// This example requires the Chilkat API to have been previously unlocked. // See Global Unlock Sample for sample code. var success bool // First create the following JSON to specify that SHA256 is to be used, // and provide timestamp server information. // { // "hashAlg": "sha256", // "timestampToken": { // "enabled": true, // "tsaUrl": "http://timestamp.digicert.com", // "requestTsaCert": true, // "hashAlg": "sha256" // } // } json := chilkat.NewJsonObject() json.UpdateString("hashAlg","sha256") json.UpdateBool("timestampToken.enabled",true) json.UpdateString("timestampToken.tsaUrl","http://timestamp.digicert.com") json.UpdateBool("timestampToken.requestTsaCert",true) json.UpdateString("timestampToken.hashAlg","sha256") // The only difference in signing with a smartcard or USB token // is that the cert is loaded from a smartcard or USB token, instead of a PFX or from elsewhere // such as from the Windows certificate store. cert := chilkat.NewCert() // Use your USB token PIN (user password). // It will be a string similar to this: j6X54nB7-jlp5Cr2 cert.SetSmartCardPin("j6X54nB7-jlp5Cr2") // Load the certificate based on the serial number. // *** Use your certificate's serial number. success = cert.LoadFromSmartcard("serial=3FF5B69109BFD4046C92CC0D18EE23C2") if success == false { fmt.Println(cert.LastErrorText()) json.DisposeJsonObject() cert.DisposeCert() return } // Note: If the above fails, then use the SafeNet Authentication Client Tools // to login to your token using your token password. // You don't want too many failed logins, otherwise you'll lock the token. // A successful login will reset number of failed logins back to 0. // Note: This is to sign Microsoft Windows executables or DLLs // You can sign .exe or .dll files. exePath := "C:/someDirectory/HelloWorld.exe" signer := chilkat.NewCodeSign() // If successful, the following call will apply the signature to the EXE (or DLL). success = signer.AddSignature(exePath,cert,json) if success == false { fmt.Println(signer.LastErrorText()) json.DisposeJsonObject() cert.DisposeCert() signer.DisposeCodeSign() return } fmt.Println("Successfully applied the Authenticode signature.") json.DisposeJsonObject() cert.DisposeCert() signer.DisposeCodeSign() |
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