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#include "Utility/UriParser.h"
#include "gtest/gtest.h"
namespace {
class UriParserTest : public ::testing::Test {};
}
// result strings (scheme/hostname/port/path) passed into UriParser::Parse
// are initialized to kAsdf so we can verify that they are unmodified if the
// URI is invalid
static const char *kAsdf = "asdf";
class UriTestCase {
public:
UriTestCase(const char *uri, const char *scheme, const char *hostname,
int port, const char *path)
: m_uri(uri), m_result(true), m_scheme(scheme), m_hostname(hostname),
m_port(port), m_path(path) {}
UriTestCase(const char *uri)
: m_uri(uri), m_result(false), m_scheme(kAsdf), m_hostname(kAsdf),
m_port(1138), m_path(kAsdf) {}
const char *m_uri;
bool m_result;
const char *m_scheme;
const char *m_hostname;
int m_port;
const char *m_path;
};
#define VALIDATE \
llvm::StringRef scheme(kAsdf); \
llvm::StringRef hostname(kAsdf); \
int port(1138); \
llvm::StringRef path(kAsdf); \
EXPECT_EQ(testCase.m_result, \
UriParser::Parse(testCase.m_uri, scheme, hostname, port, path)); \
EXPECT_STREQ(testCase.m_scheme, scheme.str().c_str()); \
EXPECT_STREQ(testCase.m_hostname, hostname.str().c_str()); \
EXPECT_EQ(testCase.m_port, port); \
EXPECT_STREQ(testCase.m_path, path.str().c_str());
TEST_F(UriParserTest, Minimal) {
const UriTestCase testCase("x://y", "x", "y", -1, "/");
VALIDATE
}
TEST_F(UriParserTest, MinimalPort) {
const UriTestCase testCase("x://y:1", "x", "y", 1, "/");
llvm::StringRef scheme(kAsdf);
llvm::StringRef hostname(kAsdf);
int port(1138);
llvm::StringRef path(kAsdf);
bool result = UriParser::Parse(testCase.m_uri, scheme, hostname, port, path);
EXPECT_EQ(testCase.m_result, result);
EXPECT_STREQ(testCase.m_scheme, scheme.str().c_str());
EXPECT_STREQ(testCase.m_hostname, hostname.str().c_str());
EXPECT_EQ(testCase.m_port, port);
EXPECT_STREQ(testCase.m_path, path.str().c_str());
}
TEST_F(UriParserTest, MinimalPath) {
const UriTestCase testCase("x://y/", "x", "y", -1, "/");
VALIDATE
}
TEST_F(UriParserTest, MinimalPortPath) {
const UriTestCase testCase("x://y:1/", "x", "y", 1, "/");
VALIDATE
}
TEST_F(UriParserTest, LongPath) {
const UriTestCase testCase("x://y/abc/def/xyz", "x", "y", -1, "/abc/def/xyz");
VALIDATE
}
TEST_F(UriParserTest, TypicalPortPath) {
const UriTestCase testCase("connect://192.168.100.132:5432/", "connect",
"192.168.100.132", 5432, "/");
VALIDATE;
}
TEST_F(UriParserTest, BracketedHostnamePort) {
const UriTestCase testCase("connect://[192.168.100.132]:5432/", "connect",
"192.168.100.132", 5432, "/");
llvm::StringRef scheme(kAsdf);
llvm::StringRef hostname(kAsdf);
int port(1138);
llvm::StringRef path(kAsdf);
bool result = UriParser::Parse(testCase.m_uri, scheme, hostname, port, path);
EXPECT_EQ(testCase.m_result, result);
EXPECT_STREQ(testCase.m_scheme, scheme.str().c_str());
EXPECT_STREQ(testCase.m_hostname, hostname.str().c_str());
EXPECT_EQ(testCase.m_port, port);
EXPECT_STREQ(testCase.m_path, path.str().c_str());
}
TEST_F(UriParserTest, BracketedHostname) {
const UriTestCase testCase("connect://[192.168.100.132]", "connect",
"192.168.100.132", -1, "/");
VALIDATE
}
TEST_F(UriParserTest, BracketedHostnameWithColon) {
const UriTestCase testCase("connect://[192.168.100.132:5555]:1234", "connect",
"192.168.100.132:5555", 1234, "/");
VALIDATE
}
TEST_F(UriParserTest, SchemeHostSeparator) {
const UriTestCase testCase("x:/y");
VALIDATE
}
TEST_F(UriParserTest, SchemeHostSeparator2) {
const UriTestCase testCase("x:y");
VALIDATE
}
TEST_F(UriParserTest, SchemeHostSeparator3) {
const UriTestCase testCase("x//y");
VALIDATE
}
TEST_F(UriParserTest, SchemeHostSeparator4) {
const UriTestCase testCase("x/y");
VALIDATE
}
TEST_F(UriParserTest, BadPort) {
const UriTestCase testCase("x://y:a/");
VALIDATE
}
TEST_F(UriParserTest, BadPort2) {
const UriTestCase testCase("x://y:5432a/");
VALIDATE
}
TEST_F(UriParserTest, Empty) {
const UriTestCase testCase("");
VALIDATE
}
TEST_F(UriParserTest, PortOverflow) {
const UriTestCase testCase("x://"
"y:"
"0123456789012345678901234567890123456789012345678"
"9012345678901234567890123456789012345678901234567"
"89/");
VALIDATE
}
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