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// Copyright (C) 2023 The Qt Company Ltd.
// SPDX-License-Identifier: LicenseRef-Qt-Commercial OR GPL-3.0-only
import QtQuick
import QtTest
import QtNetwork
import QmlTestUri
Item {
id: root
property sslConfiguration userSslObject;
property sslConfiguration defaultSslObject;
property sslDtlsConfiguration dtlsDefaultSslObj;
property sslKey key;
TestCase {
name: "qtSslConfigurationTest"
function test_1initialization() {
userSslObject.peerVerifyMode = SslSocket.QueryPeer
userSslObject.peerVerifyDepth = 0
userSslObject.protocol = Ssl.TlsV1_2
userSslObject.sslOptions = [Ssl.SslOptionDisableEmptyFragments]
defaultSslObject.peerVerifyMode = SslSocket.VerifyPeer;
dtlsDefaultSslObj.peerVerifyMode = SslSocket.VerifyNone;
key.keyFile = ":/data/key.pem"
key.keyAlgorithm = Ssl.Rsa
key.keyFormat = Ssl.Pem
// Call invokable functions for ssl object
userSslObject.setCertificateFiles([":/data/cert.pem"])
userSslObject.setPrivateKey(key)
}
function test_sslEnumsFields_data() {
return [
// enum SslProtocol
{ tag: "SslProtocol.TlsV1_2OrLater",
field: Ssl.TlsV1_2OrLater, answer: 7 },
{ tag: "SslProtocol.DtlsV1_2",
field: Ssl.DtlsV1_2, answer: 10 },
{ tag: "SslProtocol.DtlsV1_2OrLater",
field: Ssl.DtlsV1_2OrLater, answer: 11},
{ tag: "SslProtocol.TlsV1_3",
field: Ssl.TlsV1_3, answer: 12 },
{ tag: "SslProtocol.TlsV1_3OrLater",
field: Ssl.TlsV1_3OrLater, answer: 13 },
{ tag: "SslProtocol.UnknownProtocol",
field: Ssl.UnknownProtocol, answer: -1 },
// enum EncodingFormat
{ tag: "EncodingFormat.Pem",
field: Ssl.Pem, answer: 0 },
{ tag: "EncodingFormat.Der",
field: Ssl.Der, answer: 1 },
// enum KeyType
{ tag: "KeyType.key",
field: Ssl.PrivateKey, answer: 0 },
{ tag: "KeyType.PublicKey",
field: Ssl.PublicKey, answer: 1 },
//enum KeyAlgorithm
{ tag: "KeyAlgorithm.Opaque",
field: Ssl.Opaque, answer: 0 },
{ tag: "KeyAlgorithm.Rsa",
field: Ssl.Rsa, answer: 1 },
{ tag: "KeyAlgorithm.Dsa",
field: Ssl.Dsa, answer: 2 },
{ tag: "KeyAlgorithm.Ec",
field: Ssl.Ec, answer: 3 },
{ tag: "KeyAlgorithm.Dh",
field: Ssl.Dh, answer: 4 },
// enum SslOption
{ tag: "SslOption.SslOptionDisableEmptyFragments",
field: Ssl.SslOptionDisableEmptyFragments, answer: 0x01 },
{ tag: "SslOption.SslOptionDisableSessionTickets",
field: Ssl.SslOptionDisableSessionTickets, answer: 0x02 },
{ tag: "SslOption.SslOptionDisableCompression",
field: Ssl.SslOptionDisableCompression, answer: 0x04 },
{ tag: "SslOption.SslOptionDisableServerNameIndication",
field: Ssl.SslOptionDisableServerNameIndication, answer: 0x08 },
{ tag: "SslOption.SslOptionDisableLegacyRenegotiation",
field: Ssl.SslOptionDisableLegacyRenegotiation, answer: 0x10 },
{ tag: "SslOption.SslOptionDisableSessionSharing",
field: Ssl.SslOptionDisableSessionSharing, answer: 0x20 },
{ tag: "SslOption.SslOptionDisableSessionPersistence",
field: Ssl.SslOptionDisableSessionPersistence, answer: 0x40 },
{ tag: "SslOption.SslOptionDisableServerCipherPreference",
field: Ssl.SslOptionDisableServerCipherPreference, answer: 0x80 },
// enum PeerVerifyMode
{ tag: "PeerVerifyMode.VerifyNone",
field: SslSocket.VerifyNone, answer: 0 },
{ tag: "PeerVerifyMode.QueryPeer",
field: SslSocket.QueryPeer, answer: 1 },
{ tag: "PeerVerifyMode.VerifyPeer",
field: SslSocket.VerifyPeer, answer: 2 },
{ tag: "PeerVerifyMode.AutoVerifyPeer",
field: SslSocket.AutoVerifyPeer, answer: 3 }
]
}
function test_sslEnumsFields(data) {
compare(data.field, data.answer)
}
function test_sslConfigurationFields_data() {
return [
{ tag: "userSslObject is creatable object",
field: typeof userSslObject, answer: "object" },
{ tag: "defaultSslObject is creatable object",
field: typeof defaultSslObject, answer: "object" },
{ tag: "dtlsDefaultSslObj is creatable object",
field: typeof dtlsDefaultSslObj, answer: "object" },
{ tag: "key is creatable object",
field: typeof key, answer: "object" },
{ tag: "userSslObject.sslOptions is creatable object",
field: typeof userSslObject.sslOptions,
answer: "object" },
// userSslObject
{ tag: "userSslObject.peerVerifyMode == Ssl.QueryPeer",
field: userSslObject.peerVerifyMode, answer: SslSocket.QueryPeer },
// defaultSslObject
{ tag: "defaultSslObject.peerVerifyMode == Ssl.VerifyPeer",
field: defaultSslObject.peerVerifyMode, answer: SslSocket.VerifyPeer },
// dtlsDefaultSslObj
{ tag: "dtlsDefaultSslObj.peerVerifyMode == Ssl.VerifyNone",
field: dtlsDefaultSslObj.peerVerifyMode,
answer: SslSocket.VerifyNone },
// userSslObject
{ tag: "userSslObject.peerVerifyDepth == 0",
field: userSslObject.peerVerifyDepth, answer: 0 },
{ tag: "userSslObject.sslOptions == Ssl.SslOptionDisableEmptyFragments",
field: userSslObject.sslOptions[0],
answer: Ssl.SslOptionDisableEmptyFragments },
{ tag: "SSL configuration protocol == SslProtocol.TlsV1_2",
field: userSslObject.protocol, answer: Ssl.TlsV1_2 },
{ tag: "key.keyFile == :/data/key.pem",
field: key.keyFile, answer: ":/data/key.pem" },
{ tag: "key.keyAlgorithm == Ssl.Rsa",
field: key.keyAlgorithm, answer: Ssl.Rsa },
{ tag: "key.keyFormat == Ssl.Pem",
field: key.keyFormat, answer: Ssl.Pem }
]
}
function test_sslConfigurationFields(data) {
compare(data.field, data.answer)
}
}
}
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