// Copyright 2014 The Chromium Authors. All rights reserved.
// Use of this source code is governed by a BSD-style license that can be
// found in the LICENSE file.
#include "net/base/ip_pattern.h"
#include "testing/gtest/include/gtest/gtest.h"
namespace net {
namespace {
bool IsValidPattern(const std::string& pattern_text) {
IPPattern pattern;
return pattern.ParsePattern(pattern_text);
}
bool CheckForMatch(const IPPattern& pattern, std::string address_text) {
IPAddressNumber address;
EXPECT_TRUE(ParseIPLiteralToNumber(address_text, &address));
return pattern.Match(address);
}
TEST(IPPatternTest, EmptyPattern) {
IPPattern pattern;
IPAddressNumber ipv4_address1;
EXPECT_TRUE(ParseIPLiteralToNumber("1.2.3.4", &ipv4_address1));
IPAddressNumber ipv6_address1;
EXPECT_TRUE(ParseIPLiteralToNumber("1:2:3:4:5:6:7:8", &ipv6_address1));
EXPECT_FALSE(pattern.Match(ipv4_address1));
EXPECT_FALSE(pattern.Match(ipv6_address1));
}
TEST(IPPatternTest, PerfectMatchPattern) {
IPPattern pattern_v4;
std::string ipv4_text1("1.2.3.4");
EXPECT_TRUE(pattern_v4.ParsePattern(ipv4_text1));
EXPECT_TRUE(pattern_v4.is_ipv4());
EXPECT_TRUE(CheckForMatch(pattern_v4, ipv4_text1));
IPPattern pattern_v6;
std::string ipv6_text1("1:2:3:4:5:6:7:8");
EXPECT_TRUE(pattern_v6.ParsePattern(ipv6_text1));
EXPECT_FALSE(pattern_v6.is_ipv4());
EXPECT_TRUE(CheckForMatch(pattern_v6, ipv6_text1));
// Also check that there is no confusion betwene v6 and v4, despite having
// similar values in some sense.
EXPECT_FALSE(CheckForMatch(pattern_v4, ipv6_text1));
EXPECT_FALSE(CheckForMatch(pattern_v6, ipv4_text1));
}
TEST(IPPatternTest, AlternativeMatchPattern) {
IPPattern pattern_v4;
EXPECT_TRUE(pattern_v4.ParsePattern("1.2.[3,5].4"));
EXPECT_TRUE(pattern_v4.is_ipv4());
EXPECT_FALSE(CheckForMatch(pattern_v4, "1.2.2.4"));
EXPECT_TRUE(CheckForMatch(pattern_v4, "1.2.3.4"));
EXPECT_FALSE(CheckForMatch(pattern_v4, "1.2.4.4"));
EXPECT_TRUE(CheckForMatch(pattern_v4, "1.2.5.4"));
EXPECT_FALSE(CheckForMatch(pattern_v4, "1.2.6.4"));
IPPattern pattern_v6;
EXPECT_TRUE(pattern_v6.ParsePattern("1:2fab:3:4:5:[6,8]:7:8"));
EXPECT_FALSE(pattern_v6.is_ipv4());
EXPECT_FALSE(CheckForMatch(pattern_v6, "1:2fab:3:4:5:5:7:8"));
EXPECT_TRUE(CheckForMatch(pattern_v6, "1:2fab:3:4:5:6:7:8"));
EXPECT_FALSE(CheckForMatch(pattern_v6, "1:2fab:3:4:5:7:7:8"));
EXPECT_TRUE(CheckForMatch(pattern_v6, "1:2fab:3:4:5:8:7:8"));
EXPECT_FALSE(CheckForMatch(pattern_v6, "1:2fab:3:4:5:9:7:8"));
}
TEST(IPPatternTest, RangeMatchPattern) {
IPPattern pattern_v4;
EXPECT_TRUE(pattern_v4.ParsePattern("1.2.[3-5].4"));
EXPECT_TRUE(pattern_v4.is_ipv4());
EXPECT_FALSE(CheckForMatch(pattern_v4, "1.2.2.4"));
EXPECT_TRUE(CheckForMatch(pattern_v4, "1.2.3.4"));
EXPECT_TRUE(CheckForMatch(pattern_v4, "1.2.4.4"));
EXPECT_TRUE(CheckForMatch(pattern_v4, "1.2.5.4"));
EXPECT_FALSE(CheckForMatch(pattern_v4, "1.2.6.4"));
IPPattern pattern_v6;
EXPECT_TRUE(pattern_v6.ParsePattern("1:2fab:3:4:5:[6-8]:7:8"));
EXPECT_FALSE(pattern_v6.is_ipv4());
EXPECT_FALSE(CheckForMatch(pattern_v6, "1:2fab:3:4:5:5:7:8"));
EXPECT_TRUE(CheckForMatch(pattern_v6, "1:2fab:3:4:5:6:7:8"));
EXPECT_TRUE(CheckForMatch(pattern_v6, "1:2fab:3:4:5:7:7:8"));
EXPECT_TRUE(CheckForMatch(pattern_v6, "1:2fab:3:4:5:8:7:8"));
EXPECT_FALSE(CheckForMatch(pattern_v6, "1:2fab:3:4:5:9:7:8"));
}
TEST(IPPatternTest, WildCardMatchPattern) {
// Use two ranges, and check that only getting both right is a match.
IPPattern pattern_v4;
EXPECT_TRUE(pattern_v4.ParsePattern("1.2.*.4"));
EXPECT_TRUE(pattern_v4.is_ipv4());
EXPECT_FALSE(CheckForMatch(pattern_v4, "1.2.2.255"));
EXPECT_TRUE(CheckForMatch(pattern_v4, "1.2.255.4"));
EXPECT_TRUE(CheckForMatch(pattern_v4, "1.2.0.4"));
IPPattern pattern_v6;
EXPECT_TRUE(pattern_v6.ParsePattern("1:2fab:3:4:5:*:7:8"));
EXPECT_FALSE(pattern_v6.is_ipv4());
EXPECT_FALSE(CheckForMatch(pattern_v6, "1:2fab:3:4:5:5:7:8888"));
EXPECT_TRUE(CheckForMatch(pattern_v6, "1:2fab:3:4:5:FFFF:7:8"));
EXPECT_TRUE(CheckForMatch(pattern_v6, "1:2fab:3:4:5:9999:7:8"));
}
TEST(IPPatternTest, MultiRangeMatchPattern) {
// Use two ranges, and check that only getting both right is a match.
// This ensures that the right component range is matched against the desired
// component.
IPPattern pattern_v4;
EXPECT_TRUE(pattern_v4.ParsePattern("1.[2-3].3.[4-5]"));
EXPECT_TRUE(pattern_v4.is_ipv4());
EXPECT_FALSE(CheckForMatch(pattern_v4, "1.4.3.6"));
EXPECT_FALSE(CheckForMatch(pattern_v4, "1.2.3.6"));
EXPECT_FALSE(CheckForMatch(pattern_v4, "1.4.3.4"));
EXPECT_TRUE(CheckForMatch(pattern_v4, "1.2.3.4"));
IPPattern pattern_v6;
EXPECT_TRUE(pattern_v6.ParsePattern("1:2fab:3:4:[5-7]:6:7:[8-A]"));
EXPECT_FALSE(pattern_v6.is_ipv4());
EXPECT_FALSE(CheckForMatch(pattern_v6, "1:2fab:3:4:4:5:7:F"));
EXPECT_FALSE(CheckForMatch(pattern_v6, "1:2fab:3:4:5:5:7:F"));
EXPECT_FALSE(CheckForMatch(pattern_v6, "1:2fab:3:4:4:6:7:A"));
EXPECT_TRUE(CheckForMatch(pattern_v6, "1:2fab:3:4:5:6:7:A"));
}
TEST(IPPatternTest, BytoOrderInIPv6Ranges) {
IPPattern pattern_v6_low_byte;
EXPECT_TRUE(pattern_v6_low_byte.ParsePattern("1:2:3:4:5:6:7:[0-FF]"));
EXPECT_TRUE(CheckForMatch(pattern_v6_low_byte, "1:2:3:4:5:6:7:0088"));
EXPECT_FALSE(CheckForMatch(pattern_v6_low_byte, "1:2:3:4:5:6:7:8800"));
IPPattern pattern_v6_high_byte;
EXPECT_TRUE(pattern_v6_high_byte.ParsePattern("1:2:3:4:5:6:7:[0-FF00]"));
EXPECT_TRUE(CheckForMatch(pattern_v6_high_byte, "1:2:3:4:5:6:7:0088"));
EXPECT_TRUE(CheckForMatch(pattern_v6_high_byte, "1:2:3:4:5:6:7:FF00"));
EXPECT_FALSE(CheckForMatch(pattern_v6_high_byte, "1:2:3:4:5:6:7:FF01"));
}
TEST(IPPatternTest, InvalidPatterns) {
EXPECT_FALSE(IsValidPattern("1:2:3:4:5:6:7:8:9")); // Too long.
EXPECT_FALSE(IsValidPattern("1:2:3:4:5:6:7")); // Too Short
EXPECT_FALSE(IsValidPattern("1:2:3:4:5:6:7:H")); // Non-hex.
EXPECT_FALSE(IsValidPattern("1:G:3:4:5:6:7:8")); // Non-hex.
EXPECT_FALSE(IsValidPattern("1.2.3.4.5")); // Too long
EXPECT_FALSE(IsValidPattern("1.2.3")); // Too short
EXPECT_FALSE(IsValidPattern("1.2.3.A")); // Non-decimal.
EXPECT_FALSE(IsValidPattern("1.A.3.4")); // Non-decimal
EXPECT_FALSE(IsValidPattern("1.256.3.4")); // Out of range
}
} // namespace
} // namespace net