Differential D14656 Diff 39706 ui/signatureguiutils.cpp

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ui/signatureguiutils.cpp

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1​/***************************************************************************
2​ * Copyright (C) 2018 by Chinmoy Ranjan Pradhan <chinmoyrp65@gmail.com> *
3​ * *
4​ * This program is free software; you can redistribute it and/or modify *
5​ * it under the terms of the GNU General Public License as published by *
6​ * the Free Software Foundation; either version 2 of the License, or *
7​ * (at your option) any later version. *
8​ ***************************************************************************/
9​
10​#include "signatureguiutils.h"
11​
12​#include <KLocalizedString>
13​
14​#include "core/form.h"
15​#include "core/page.h"
16​#include "core/document.h"
17​
18​namespace SignatureGuiUtils {
19​
20​QVector<Okular::FormFieldSignature*> getSignatureFormFields( Okular::Document *doc, bool allPages, int pageNum )
21​{
22​ uint curPage = allPages ? 0 : pageNum;
23​ uint endPage = allPages ? doc->pages() - 1 : pageNum;
24​ QVector<Okular::FormFieldSignature*> signatureFormFields;
25​ while ( curPage <= endPage )
26​ {
27​ foreach ( Okular::FormField *f, doc->page( curPage )->formFields() )
28​ {
29​ if ( f->type() == Okular::FormField::FormSignature )
30​ {
31​ signatureFormFields.append( static_cast<Okular::FormFieldSignature*>( f ) );
32​ }
33​ }
34​ }
35​ return signatureFormFields;
36​}
37​
38​QString getReadableSignatureStatus( Okular::SignatureInfo::SignatureStatus sigStatus )
39​{
40​ switch ( sigStatus )
41​ {
42​ case Okular::SignatureInfo::SignatureValid:
43​ return i18n("The signature is cryptographically valid.");
44​ case Okular::SignatureInfo::SignatureInvalid:
45​ return i18n("The signature is cryptographically invalid.");
46​ case Okular::SignatureInfo::SignatureDigestMismatch:
47​ return i18n("Digest Mismatch occurred.");
48​ case Okular::SignatureInfo::SignatureDecodingError:
49​ return i18n("The signature CMS/PKCS7 structure is malformed.");
50​ case Okular::SignatureInfo::SignatureNotFound:
51​ return i18n("The requested signature is not present in the document.");
52​ default:
53​ return i18n("The signature could not be verified.");
54​ }
55​}
56​
57​QString getReadableCertStatus( Okular::SignatureInfo::CertificateStatus certStatus )
58​{
59​ switch ( certStatus )
60​ {
61​ case Okular::SignatureInfo::CertificateTrusted:
62​ return i18n("Certificate is Trusted.");
63​ case Okular::SignatureInfo::CertificateUntrustedIssuer:
64​ return i18n("Certificate issuer isn't Trusted.");
65​ case Okular::SignatureInfo::CertificateUnknownIssuer:
66​ return i18n("Certificate issuer is unknown.");
67​ case Okular::SignatureInfo::CertificateRevoked:
68​ return i18n("Certificate has been Revoked.");
69​ case Okular::SignatureInfo::CertificateExpired:
70​ return i18n("Certificate has Expired.");
71​ case Okular::SignatureInfo::CertificateNotVerified:
72​ return i18n("Certificate has not yet been verified.");
73​ default:
74​ return i18n("Unknown issue with Certificate or corrupted data.");
75​ }
76​}
77​
78​QString getReadableHashAlgorithm( Okular::SignatureInfo::HashAlgorithm hashAlg )
79​{
80​ switch ( hashAlg )
81​ {
82​ case Okular::SignatureInfo::HashAlgorithmMd2:
83​ return i18n("MD2");
84​ case Okular::SignatureInfo::HashAlgorithmMd5:
85​ return i18n("MD5");
86​ case Okular::SignatureInfo::HashAlgorithmSha1:
87​ return i18n("SHA1");
88​ case Okular::SignatureInfo::HashAlgorithmSha256:
89​ return i18n("SHA256");
90​ case Okular::SignatureInfo::HashAlgorithmSha384:
91​ return i18n("SHA384");
92​ case Okular::SignatureInfo::HashAlgorithmSha512:
93​ return i18n("SHA512");
94​ case Okular::SignatureInfo::HashAlgorithmSha224:
95​ return i18n("SHA224");
96​ default:
97​ return i18n("Unknown Algorithm");
98​ }
99​}
100​
101​QString getReadablePublicKeyType( Okular::CertificateInfo::PublicKeyType type )
102​{
103​ switch ( type )
104​ {
105​ case Okular::CertificateInfo::RsaKey:
106​ return i18n("RSA");
107​ case Okular::CertificateInfo::DsaKey:
108​ return i18n("DSA");
109​ case Okular::CertificateInfo::EcKey:
110​ return i18n("EC");
111​ case Okular::CertificateInfo::OtherKey:
112​ return i18n("Unknown Type");
113​ }
114​}
115​
116​QString getReadableKeyUsage( Okular::CertificateInfo::KeyUsageExtensions kuExtensions )
117​{
118​ QStringList ku;
119​ if ( kuExtensions.testFlag( Okular::CertificateInfo::KuDigitalSignature ) )
120​ ku << i18n("Digital Signature");
121​ if ( kuExtensions.testFlag( Okular::CertificateInfo::KuNonRepudiation ) )
122​ ku << i18n("Non-Repudiation");
123​ if ( kuExtensions.testFlag( Okular::CertificateInfo::KuKeyEncipherment ) )
124​ ku << i18n("Encrypt Keys");
125​ if ( kuExtensions.testFlag( Okular::CertificateInfo::KuDataEncipherment ) )
126​ ku << i18n("Decrypt Keys");
127​ if ( kuExtensions.testFlag( Okular::CertificateInfo::KuKeyAgreement ) )
128​ ku << i18n("Key Agreement");
129​ if ( kuExtensions.testFlag( Okular::CertificateInfo::KuKeyCertSign ) )
130​ ku << i18n("Sign Certificate");
131​ if ( kuExtensions.testFlag( Okular::CertificateInfo::KuClrSign ) )
132​ ku << i18n("Sign CRL");
133​ if ( kuExtensions.testFlag( Okular::CertificateInfo::KuEncipherOnly ) )
134​ ku << i18n("Encrypt Only");
135​ if ( ku.isEmpty() )
136​ ku << i18n("No Usage Specified");
137​ return ku.join(", ");
138​}
139​
140​}