diff --git a/t/01-decrypt.t b/t/01-decrypt.t
index 1b24bb0..e680bb9 100644
--- a/t/01-decrypt.t
+++ b/t/01-decrypt.t
@@ -1,7 +1,7 @@
 use strict;
 use warnings;
-use Test::More tests => 6;
 use XML::Enc;
+use Test::More;
 use MIME::Base64 qw/decode_base64/;
 
 my $base64 = <<'BASE64AES';
@@ -10,8 +10,6 @@ BASE64AES
 
 my $xml = decode_base64($base64);
 
-ok($xml, "Got encrypted AES XML");
-
 my $decrypter = XML::Enc->new(
     {
         key                 => 't/sign-private.pem',
@@ -19,7 +17,7 @@ my $decrypter = XML::Enc->new(
     }
 );
 
-ok($decrypter->decrypt($xml) =~ /68351fcad4f2/, "Successfully Decrypted AES");
+like($decrypter->decrypt($xml), qr/68351fcad4f2/, "Successfully Decrypted AES");
 
 $base64 = <<'BASE64DES';
 PHNhbWxwOlJlc3BvbnNlIHhtbG5zOnNhbWw9InVybjpvYXNpczpuYW1lczp0
@@ -217,8 +215,6 @@ BASE64DES
 
 $xml = decode_base64($base64);
 
-ok($xml, "Got encrypted DES XML");
-
 $decrypter = XML::Enc->new(
     {
         key                 => 't/sign-private.pem',
@@ -226,7 +222,7 @@ $decrypter = XML::Enc->new(
     }
 );
 
-ok($decrypter->decrypt($xml) =~ /5e08ab4870dfd2f2a/, "Successfully Decrypted DES");
+like($decrypter->decrypt($xml), qr/5e08ab4870dfd2f2a/, "Successfully Decrypted DES");
 
 
 $base64 = <<'FIRSTGO';
@@ -267,8 +263,6 @@ FIRSTGO
 
 $xml = decode_base64($base64);
 
-ok($xml, "Got encrypted DES XML");
-
 $decrypter = XML::Enc->new(
     {
         key                 => 't/sign-private.pem',
@@ -276,6 +270,6 @@ $decrypter = XML::Enc->new(
     }
 );
 
-ok($decrypter->decrypt($xml) =~ /XML-SIG_1/, "Successfully Decrypted DES");
+like($decrypter->decrypt($xml), qr/XML-SIG_1/, "Successfully Decrypted DES");
 
 done_testing;
diff --git a/t/02-decrypt-saml.t b/t/02-decrypt-saml.t
index a7b5e19..f35b8f7 100644
--- a/t/02-decrypt-saml.t
+++ b/t/02-decrypt-saml.t
@@ -208,7 +208,7 @@ my $decrypter = XML::Enc->new(
     }
 );
 
-ok($decrypter->decrypt($xml) =~ /Af49573f11706b4/, "Successfully Decrypted 3DES RSA-OAEP-MGF1P SAML2 Assertion");
+like($decrypter->decrypt($xml), qr/Af49573f11706b4/, "Successfully Decrypted 3DES RSA-OAEP-MGF1P SAML2 Assertion");
 
 $base64 = <<'SAMLAES128_RSA-OAEP-MGF1P';
 PHNhbWxwOlJlc3BvbnNlIHhtbG5zOnNhbWw9InVybjpvYXNpczpuYW1lczp0
@@ -414,7 +414,7 @@ $decrypter = XML::Enc->new(
     }
 );
 
-ok($decrypter->decrypt($xml) =~ /Ac43ac806fc1e00b9f95/, "Successfully Decrypted AES128 RSA-OAEP-MGF1P Assertion");
+like($decrypter->decrypt($xml), qr/Ac43ac806fc1e00b9f95/, "Successfully Decrypted AES128 RSA-OAEP-MGF1P Assertion");
 
 
 $base64 = <<'SAMLAES196_RSA-OAEP-MGF1P';
@@ -621,7 +621,7 @@ $decrypter = XML::Enc->new(
     }
 );
 
-ok($decrypter->decrypt($xml) =~ /NETSAML2_70fbdf22f456/, "Successfully Decrypted AES196 RSA-OAEP-MGF1P SAML2 Assertion");
+like($decrypter->decrypt($xml), qr/NETSAML2_70fbdf22f456/, "Successfully Decrypted AES196 RSA-OAEP-MGF1P SAML2 Assertion");
 
 $base64 = <<'SAMLAES256_RSA-OAEP-MGF1P';
 PHNhbWxwOlJlc3BvbnNlIHhtbG5zOnNhbWw9InVybjpvYXNpczpuYW1lczp0
@@ -826,6 +826,6 @@ $decrypter = XML::Enc->new(
         no_xml_declaration  => 1
     }
 );
-ok($decrypter->decrypt($xml) =~ /A835657d0615aa0bfa/, "Successfully Decrypted AES256 RSA-OAEP-MGF1P SAML2 Assertion");
+like($decrypter->decrypt($xml), qr/A835657d0615aa0bfa/, "Successfully Decrypted AES256 RSA-OAEP-MGF1P SAML2 Assertion");
 
 done_testing;
diff --git a/t/03-encrypt.t b/t/03-encrypt.t
index 90ecaa5..40e590e 100644
--- a/t/03-encrypt.t
+++ b/t/03-encrypt.t
@@ -20,7 +20,8 @@ my $encrypter = XML::Enc->new(
 );
 
 my $encrypted = $encrypter->encrypt($xml);
-ok($encrypted  =~ /EncryptedData/, "Successfully Encrypted");
 
-ok($encrypter->decrypt($encrypted) =~ /XML-SIG_1/, "Successfully Decrypted");
+like($encrypted, qr/EncryptedData/, "Successfully Encrypted");
+
+like($encrypter->decrypt($encrypted), qr/XML-SIG_1/, "Successfully Decrypted");
 done_testing;
diff --git a/t/04-decrypt.t b/t/04-decrypt.t
index 29a8447..5c85e4f 100644
--- a/t/04-decrypt.t
+++ b/t/04-decrypt.t
@@ -44,7 +44,7 @@ my $decrypter = XML::Enc->new(
     }
 );
 
-ok($decrypter->decrypt($xml) =~ /foo/, "Successfully Decrypted");
+like($decrypter->decrypt($xml), qr/foo/, "Successfully Decrypted");
 
 $base64 = <<'SAMLRESP';
 <?xml version="1.0" encoding="UTF-8"?><saml2p:Response Destination="https://netsaml2-testapp.local/consumer-post" ID="id3155876388264888766877091" InResponseTo="NETSAML2_7e19520176c2ed785aded76ae8796394" IssueInstant="2022-03-23T20:05:19.237Z" Version="2.0" xmlns:saml2p="urn:oasis:names:tc:SAML:2.0:protocol"><saml2:Issuer Format="urn:oasis:names:tc:SAML:2.0:nameid-format:entity" xmlns:saml2="urn:oasis:names:tc:SAML:2.0:assertion">http://www.okta.com/exk28wtb7tuOef5F95d7</saml2:Issuer><ds:Signature xmlns:ds="http://www.w3.org/2000/09/xmldsig#"><ds:SignedInfo><ds:CanonicalizationMethod Algorithm="http://www.w3.org/2001/10/xml-exc-c14n#"/><ds:SignatureMethod Algorithm="http://www.w3.org/2001/04/xmldsig-more#rsa-sha256"/><ds:Reference URI="#id3155876388264888766877091"><ds:Transforms><ds:Transform Algorithm="http://www.w3.org/2000/09/xmldsig#enveloped-signature"/><ds:Transform Algorithm="http://www.w3.org/2001/10/xml-exc-c14n#"/></ds:Transforms><ds:DigestMethod Algorithm="http://www.w3.org/2001/04/xmlenc#sha256"/><ds:DigestValue>W+Pr8an8m/DpLSwqDQMO6KPz+rfzkzV817s8QAAwiIw=</ds:DigestValue></ds:Reference></ds:SignedInfo><ds:SignatureValue>dSyX7WbKGtkeH1CSHkQfKRfb0ITGodLc7Kbbvc/mTT21qxoVu2h+aT8CQaCR9wEh0SCmOjP3dqUzia60U0ykMGZtejsw2TUogZKBDCwoigcd+XcGIwoIYfKNYl6YiCEHUuVqz714nExoXQxoTBjGDwKiDZbrsV9CSABroEVRck4phGndpbSfD7vqqRuDUv5FgeImWjEoPKjOWXWxABKgLzcPELHQGgzoEtwLkH9hneCFv6vbvXAqbq+KuNN2670wSHCBISMz4pG/CvNitnjX+UL9n0KFx6O0Gh0zjeeFjYnyYhX7fetjmkdyO3mG/LevpWlvrdFiTAMH/Ffe8NilJA==</ds:SignatureValue><ds:KeyInfo><ds:X509Data><ds:X509Certificate>MIIDqDCCApCgAwIBAgIGAXyAendDMA0GCSqGSIb3DQEBCwUAMIGUMQswCQYDVQQGEwJVUzETMBEG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</ds:X509Certificate></ds:X509Data></ds:KeyInfo></ds:Signature><saml2p:Status xmlns:saml2p="urn:oasis:names:tc:SAML:2.0:protocol"><saml2p:StatusCode Value="urn:oasis:names:tc:SAML:2.0:status:Success"/></saml2p:Status><saml2:EncryptedAssertion xmlns:saml2="urn:oasis:names:tc:SAML:2.0:assertion"><xenc:EncryptedData Id="_b99048bb1a4921d7bbc655abb32ec6c0" Type="http://www.w3.org/2001/04/xmlenc#Element" xmlns:xenc="http://www.w3.org/2001/04/xmlenc#"><xenc:EncryptionMethod Algorithm="http://www.w3.org/2001/04/xmlenc#aes256-cbc" xmlns:xenc="http://www.w3.org/2001/04/xmlenc#"/><ds:KeyInfo xmlns:ds="http://www.w3.org/2000/09/xmldsig#"><ds:RetrievalMethod Type="http://www.w3.org/2001/04/xmlenc#EncryptedKey" URI="#_f723254ecc86dfc6bb980e6c45ba7b54"/></ds:KeyInfo><xenc:CipherData xmlns:xenc="http://www.w3.org/2001/04/xmlenc#"><xenc:CipherValue>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</xenc:CipherValue></xenc:CipherData></xenc:EncryptedData><xenc:EncryptedKey Id="_f723254ecc86dfc6bb980e6c45ba7b54" xmlns:xenc="http://www.w3.org/2001/04/xmlenc#"><xenc:EncryptionMethod Algorithm="http://www.w3.org/2001/04/xmlenc#rsa-oaep-mgf1p" xmlns:xenc="http://www.w3.org/2001/04/xmlenc#"><ds:DigestMethod Algorithm="http://www.w3.org/2000/09/xmldsig#sha1" xmlns:ds="http://www.w3.org/2000/09/xmldsig#"/></xenc:EncryptionMethod><ds:KeyInfo xmlns:ds="http://www.w3.org/2000/09/xmldsig#"><ds:X509Data><ds:X509Certificate>MIIF0zCCA7ugAwIBAgIUTVUDAxHeTfknh9Jtyij/ZCWaZE4wDQYJKoZIhvcNAQELBQAweDELMAkG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</ds:X509Certificate></ds:X509Data></ds:KeyInfo><xenc:CipherData xmlns:xenc="http://www.w3.org/2001/04/xmlenc#"><xenc:CipherValue>S1HxrBXEhck+UEtCjcGDu4bowR+hs4OHr1H7o0iA5Ap63FNUjfa5KYqtqcUKMiCuh5Yg0x4WY67Is/zoMOGQAfMRq555qhPVp04aNpiFCZZqpGf7B0YKuYQgWNGGwoOo9sEOCaoPdRnj2jxEcn9LQRXycEMRQLKE3zmZKUrDHpDPi0a2hcJa/H2D1wfCKnb49VGwgSO+Pl1YLw+05oE3Qs7vJpHsudZgffjUfVH86CAU2p37/elUO6oT7mKStWDVRt7U4Kbdn5MF/aSUyK7WXOQLDd4HzR1PH2lM4e2rxASK2/3B1RvvRS2WK8H9OEW8/5N4sHyGwLdRzsmNLAVvLyQIWjm/0NbJA16KC3yUX4F3WTZ2GHj/C1USJZcb6kXADsFX3XrwtousjF7nrxWZV6Vnr7ENnmEcXISREVj1N2iHZa6c6J4SbnnOYKlI/NXIr96iSiC7yW9OZsnqBAiY7PhL8KTrtd5JOFaNA61O8jCJvL0cTI0li0Iq6d6Nr7VIGdD6nGuiohwt0JW85j+UMmU7liCqd2M06F/3mtsXyMuoPoUAaBC3aAlbIoPH5UCvwyQshlQGFoqYOHH4UkCebx3VzYoFTRnRhjKNwhnu9vajbOM6SMVcxU7eZER70qjDZd/tA3mioxGssubKW0EhTEc+4ST22ZCuRmus4bVEBG0=</xenc:CipherValue></xenc:CipherData><xenc:ReferenceList><xenc:DataReference URI="#_b99048bb1a4921d7bbc655abb32ec6c0"/></xenc:ReferenceList></xenc:EncryptedKey></saml2:EncryptedAssertion></saml2p:Response>
@@ -61,7 +61,7 @@ $decrypter = XML::Enc->new(
     }
 );
 
-ok($decrypter->decrypt($xml) =~ /id31558763884313921701017518/, "Successfully Decrypted");
+like($decrypter->decrypt($xml), qr/id31558763884313921701017518/, "Successfully Decrypted");
 
 
 $xml = <<'XMLCONTENT';
@@ -109,6 +109,6 @@ $decrypter = XML::Enc->new(
     }
 );
 
-ok($decrypter->decrypt($xml) =~ /1076 2478 0678 5589/, "Successfully Decrypted");
+like($decrypter->decrypt($xml), qr/1076 2478 0678 5589/, "Successfully Decrypted");
 
 done_testing;
diff --git a/t/05-invalid-xml.t b/t/05-invalid-xml.t
index dd19ef7..0c7ab1f 100644
--- a/t/05-invalid-xml.t
+++ b/t/05-invalid-xml.t
@@ -48,7 +48,7 @@ my $ret;
 eval {
     $ret = $decrypter->decrypt($xml);
 };
-ok($@ =~ /Opening and ending tag mismatch/,"Invalid XML");
+like($@, qr/Opening and ending tag mismatch/,"Invalid XML");
 ok(!$ret);
 done_testing;
 exit;
@@ -96,7 +96,7 @@ eval {
     $ret = $decrypter->decrypt($xml);
 };
 
-ok($@ =~ /Opening and ending tag mismatch/,"Invalid XML");
+like($@, qr/Opening and ending tag mismatch/,"Invalid XML");
 ok(!$ret);
 
 done_testing;
diff --git a/t/06-test-encryption-methods.t b/t/06-test-encryption-methods.t
index c802a2a..a1b922f 100644
--- a/t/06-test-encryption-methods.t
+++ b/t/06-test-encryption-methods.t
@@ -33,9 +33,9 @@ foreach my $km (@key_methods) {
         );
 
         my $encrypted = $encrypter->encrypt($xml);
-        ok($encrypted  =~ /EncryptedData/, "Successfully Encrypted: Key Method $km Data Method $dm");
+        like($encrypted, qr/EncryptedData/, "Successfully Encrypted: Key Method $km Data Method $dm");
 
-        ok($encrypter->decrypt($encrypted) =~ /XML-SIG_1/, "Successfully Decrypted with XML::Enc");
+        like($encrypter->decrypt($encrypted), qr/XML-SIG_1/, "Successfully Decrypted with XML::Enc");
 
         SKIP: {
             skip "xmlsec1 not installed", 2 unless $xmlsec->{installed};
@@ -48,7 +48,7 @@ foreach my $km (@key_methods) {
             print XML $encrypted;
             close XML;
             my $verify_response = `xmlsec1 --decrypt $lax_key_search --privkey-pem t/sign-private.pem tmp.xml 2>&1`;
-            ok( $verify_response =~ m/XML-SIG_1/, "Successfully decrypted with xmlsec1" )
+            like($verify_response, qr/XML-SIG_1/, "Successfully decrypted with xmlsec1" )
                 or warn "calling xmlsec1 failed: '$verify_response'\n";
             unlink 'tmp.xml';
         }
@@ -69,9 +69,9 @@ foreach my $om (@oaep_mgf_algs) {
         );
 
         my $encrypted = $encrypter->encrypt($xml);
-        ok($encrypted  =~ /EncryptedData/, "Successfully Encrypted: Key Method 'rsa-oaep' with $om Data Method $dm");
+        like($encrypted, qr/EncryptedData/, "Successfully Encrypted: Key Method 'rsa-oaep' with $om Data Method $dm");
 
-        ok($encrypter->decrypt($encrypted) =~ /XML-SIG_1/, "Successfully Decrypted with XML::Enc");
+        like($encrypter->decrypt($encrypted), qr/XML-SIG_1/, "Successfully Decrypted with XML::Enc");
     }
 }
 done_testing;
diff --git a/t/07-decrypt-xmlsec.t b/t/07-decrypt-xmlsec.t
index b016845..33e21c2 100644
--- a/t/07-decrypt-xmlsec.t
+++ b/t/07-decrypt-xmlsec.t
@@ -135,7 +135,7 @@ SKIP: {
             );
 
             # Decrypt using XML::Enc
-            ok($decrypter->decrypt($encrypted) =~ /1076 2478 0678 5589/,
+            like($decrypter->decrypt($encrypted), qr/1076 2478 0678 5589/,
                     "Decrypted xmlsec1 $dm $km Element");
 
             # Test Encrypted Content
@@ -152,7 +152,7 @@ SKIP: {
             unlink 'encrypted-content.xml';
 
             # Decrypt using XML::Enc
-            ok($decrypter->decrypt($encrypted) =~ /1076 2478 0678 5589/,
+            like($decrypter->decrypt($encrypted), qr/1076 2478 0678 5589/,
                     "Decrypted $dm $km xmlsec1 Content");
         }
     }
diff --git a/t/08-support-oaepparams.t b/t/08-support-oaepparams.t
index c5f1d8d..a1d68f6 100644
--- a/t/08-support-oaepparams.t
+++ b/t/08-support-oaepparams.t
@@ -56,7 +56,7 @@ my $decrypter = XML::Enc->new(
     }
 );
 
-ok($decrypter->decrypt($xml) =~ /4019 2445 0277 5567/, "Successfully Decrypted xmlsec1 xml using OAEPparams");
+like($decrypter->decrypt($xml), qr/4019 2445 0277 5567/, "Successfully Decrypted xmlsec1 xml using OAEPparams");
 
 $xml = <<'XML';
 <?xml version="1.0"?>
@@ -75,9 +75,9 @@ my $encrypter = XML::Enc->new(
 );
 
 my $encrypted = $encrypter->encrypt($xml);
-ok($encrypted =~ /CipherData/, "Successfully Encrypted with XML::Enc using OAEPparams");
+like($encrypted, qr/CipherData/, "Successfully Encrypted with XML::Enc using OAEPparams");
 
-ok($encrypter->decrypt($encrypted) =~ /<bar>123<\/bar>/, "Successfully Decrypted with XML::Enc using OAEPparams");
+like($encrypter->decrypt($encrypted), qr/<bar>123<\/bar>/, "Successfully Decrypted with XML::Enc using OAEPparams");
 
 SKIP: {
     skip "xmlsec1 not installed", 2 unless $xmlsec->{installed};
@@ -106,7 +106,7 @@ my $ret;
 eval {
     $ret = $decrypter->decrypt($encrypted);
 };
-ok($@ =~ /FATAL: rsa_decrypt_key_ex/,"XML::Enc Unable to decrypt if XML includes incorrect OAEPparams");
+like($@, qr/FATAL: rsa_decrypt_key_ex/,"XML::Enc Unable to decrypt if XML includes incorrect OAEPparams");
 ok(!$ret);
 
 done_testing;