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testhttpserver.cpp
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testhttpserver.cpp
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// --------------------------------------------------------------------------
//
// File
// Name: testhttpserver.cpp
// Purpose: Test code for HTTP server class
// Created: 26/3/04
//
// --------------------------------------------------------------------------
#include "Box.h"
#include <algorithm>
#include <cstdio>
#include <cstring>
#include <ctime>
#ifdef HAVE_SIGNAL_H
#include <signal.h>
#endif
#include <openssl/x509.h>
#include <openssl/hmac.h>
#include "autogen_HTTPException.h"
#include "HTTPQueryDecoder.h"
#include "HTTPRequest.h"
#include "HTTPResponse.h"
#include "HTTPServer.h"
#include "HTTPTest.h"
#include "IOStreamGetLine.h"
#include "MD5Digest.h"
#include "S3Client.h"
#include "S3Simulator.h"
#include "ServerControl.h"
#include "Test.h"
#include "decode.h"
#include "encode.h"
#include "MemLeakFindOn.h"
#define SHORT_TIMEOUT 5000
#define LONG_TIMEOUT 300000
class TestWebServer : public HTTPServer
{
public:
TestWebServer()
: HTTPServer(LONG_TIMEOUT)
{ }
~TestWebServer() { }
virtual void Handle(HTTPRequest &rRequest, HTTPResponse &rResponse);
};
// Build a nice HTML response, so this can also be tested neatly in a browser
void TestWebServer::Handle(HTTPRequest &rRequest, HTTPResponse &rResponse)
{
// Test redirection mechanism
if(rRequest.GetRequestURI() == "/redirect")
{
rResponse.SetAsRedirect("/redirected");
return;
}
// Set a cookie?
if(rRequest.GetRequestURI() == "/set-cookie")
{
rResponse.SetCookie("SetByServer", "Value1");
}
#define DEFAULT_RESPONSE_1 "<html>\n<head><title>TEST SERVER RESPONSE</title></head>\n<body><h1>Test response</h1>\n<p><b>URI:</b> "
#define DEFAULT_RESPONSE_3 "</p>\n<p><b>Query string:</b> "
#define DEFAULT_RESPONSE_4 "</p>\n<p><b>Method:</b> "
#define DEFAULT_RESPONSE_5 "</p>\n<p><b>Decoded query:</b><br>"
#define DEFAULT_RESPONSE_6 "</p>\n<p><b>Content type:</b> "
#define DEFAULT_RESPONSE_7 "</p>\n<p><b>Content length:</b> "
#define DEFAULT_RESPONSE_8 "</p>\n<p><b>Cookies:</b><br>\n"
#define DEFAULT_RESPONSE_2 "</p>\n</body>\n</html>\n"
rResponse.SetResponseCode(HTTPResponse::Code_OK);
rResponse.SetContentType("text/html");
rResponse.Write(DEFAULT_RESPONSE_1, sizeof(DEFAULT_RESPONSE_1) - 1);
const std::string &ruri(rRequest.GetRequestURI());
rResponse.Write(ruri.c_str(), ruri.size());
rResponse.Write(DEFAULT_RESPONSE_3, sizeof(DEFAULT_RESPONSE_3) - 1);
const std::string &rquery(rRequest.GetQueryString());
rResponse.Write(rquery.c_str(), rquery.size());
rResponse.Write(DEFAULT_RESPONSE_4, sizeof(DEFAULT_RESPONSE_4) - 1);
{
const char *m = "????";
switch(rRequest.GetMethod())
{
case HTTPRequest::Method_GET: m = "GET "; break;
case HTTPRequest::Method_HEAD: m = "HEAD"; break;
case HTTPRequest::Method_POST: m = "POST"; break;
default: m = "UNKNOWN";
}
rResponse.Write(m, 4);
}
rResponse.Write(DEFAULT_RESPONSE_5, sizeof(DEFAULT_RESPONSE_5) - 1);
{
const HTTPRequest::Query_t &rquery(rRequest.GetQuery());
for(HTTPRequest::Query_t::const_iterator i(rquery.begin()); i != rquery.end(); ++i)
{
rResponse.Write("\nPARAM:", 7);
rResponse.Write(i->first.c_str(), i->first.size());
rResponse.Write("=", 1);
rResponse.Write(i->second.c_str(), i->second.size());
rResponse.Write("<br>\n", 4);
}
}
rResponse.Write(DEFAULT_RESPONSE_6, sizeof(DEFAULT_RESPONSE_6) - 1);
const std::string &rctype(rRequest.GetContentType());
rResponse.Write(rctype.c_str(), rctype.size());
rResponse.Write(DEFAULT_RESPONSE_7, sizeof(DEFAULT_RESPONSE_7) - 1);
{
char l[32];
rResponse.Write(l, ::sprintf(l, "%d", rRequest.GetContentLength()));
}
rResponse.Write(DEFAULT_RESPONSE_8, sizeof(DEFAULT_RESPONSE_8) - 1);
const HTTPRequest::CookieJar_t *pcookies = rRequest.GetCookies();
if(pcookies != 0)
{
HTTPRequest::CookieJar_t::const_iterator i(pcookies->begin());
for(; i != pcookies->end(); ++i)
{
char t[512];
rResponse.Write(t, ::sprintf(t, "COOKIE:%s=%s<br>\n", i->first.c_str(), i->second.c_str()));
}
}
rResponse.Write(DEFAULT_RESPONSE_2, sizeof(DEFAULT_RESPONSE_2) - 1);
}
bool exercise_s3client(S3Client& client)
{
int num_failures_initial = num_failures;
HTTPResponse response = client.GetObject("/photos/puppy.jpg");
TEST_EQUAL(200, response.GetResponseCode());
std::string response_data((const char *)response.GetBuffer(),
response.GetSize());
TEST_EQUAL("omgpuppies!\n", response_data);
TEST_THAT(!response.IsKeepAlive());
// make sure that assigning to HTTPResponse does clear stream
response = client.GetObject("/photos/puppy.jpg");
TEST_EQUAL(200, response.GetResponseCode());
response_data = std::string((const char *)response.GetBuffer(),
response.GetSize());
TEST_EQUAL("omgpuppies!\n", response_data);
TEST_THAT(!response.IsKeepAlive());
response = client.GetObject("/nonexist");
TEST_EQUAL(404, response.GetResponseCode());
TEST_THAT(!response.IsKeepAlive());
TEST_THAT(!FileExists("testfiles/store/newfile"));
FileStream fs("testfiles/dsfdsfs98.fd");
response = client.PutObject("/newfile", fs);
TEST_EQUAL(200, response.GetResponseCode());
// This will fail if the file was created in the wrong place:
TEST_THAT(FileExists("testfiles/store/newfile"));
response = client.GetObject("/newfile");
TEST_EQUAL(200, response.GetResponseCode());
TEST_EQUAL(4269, response.GetSize());
fs.Seek(0, IOStream::SeekType_Absolute);
TEST_THAT(fs.CompareWith(response));
// Test that GET requests set the Content-Length header correctly.
int actual_size = TestGetFileSize("testfiles/dsfdsfs98.fd");
TEST_THAT(actual_size > 0);
TEST_EQUAL(actual_size, response.GetContentLength());
// This will fail if the file was created in the wrong place:
TEST_EQUAL(0, ::unlink("testfiles/store/newfile"));
// Test is successful if the number of failures has not increased.
return (num_failures == num_failures_initial);
}
// http://docs.aws.amazon.com/AmazonSimpleDB/latest/DeveloperGuide/HMACAuth.html
std::string calculate_s3_signature(const HTTPRequest& request,
const std::string& aws_secret_access_key)
{
// This code is very similar to that in S3Client::FinishAndSendRequest.
// TODO FIXME: factor out the common parts.
std::ostringstream buffer_to_sign;
buffer_to_sign << request.GetMethodName() << "\n" <<
request.GetHeaders().GetHeaderValue("Content-MD5",
false) << "\n" << // !required
request.GetContentType() << "\n" <<
request.GetHeaders().GetHeaderValue("Date",
true) << "\n"; // required
// TODO FIXME: add support for X-Amz headers (S3 DG page 38)
std::string bucket;
std::string host_header = request.GetHeaders().GetHeaderValue("Host",
true); // required
std::string s3suffix = ".s3.amazonaws.com";
if(host_header.size() > s3suffix.size())
{
std::string suffix = host_header.substr(host_header.size() -
s3suffix.size(), s3suffix.size());
if (suffix == s3suffix)
{
bucket = "/" + host_header.substr(0, host_header.size() -
s3suffix.size());
}
}
buffer_to_sign << bucket << request.GetRequestURI();
// TODO FIXME: add support for sub-resources. S3 DG page 36.
// Thanks to https://gist.github.com/tsupo/112188:
unsigned int digest_size;
unsigned char digest_buffer[EVP_MAX_MD_SIZE];
std::string string_to_sign = buffer_to_sign.str();
HMAC(EVP_sha1(),
aws_secret_access_key.c_str(), aws_secret_access_key.size(),
(const unsigned char *)string_to_sign.c_str(), string_to_sign.size(),
digest_buffer, &digest_size);
base64::encoder encoder;
std::string digest((const char *)digest_buffer, digest_size);
std::string auth_code = encoder.encode(digest);
if (auth_code[auth_code.size() - 1] == '\n')
{
auth_code = auth_code.substr(0, auth_code.size() - 1);
}
return auth_code;
}
bool send_and_receive(HTTPRequest& request, HTTPResponse& response,
int expected_status_code = 200)
{
SocketStream sock;
sock.Open(Socket::TypeINET, "localhost", 1080);
request.Send(sock, LONG_TIMEOUT);
response.Reset();
response.Receive(sock, LONG_TIMEOUT);
std::string response_data((const char *)response.GetBuffer(),
response.GetSize());
TEST_EQUAL_LINE(expected_status_code, response.GetResponseCode(),
response_data);
return (response.GetResponseCode() == expected_status_code);
}
#define EXAMPLE_S3_ACCESS_KEY "0PN5J17HBGZHT7JJ3X82"
#define EXAMPLE_S3_SECRET_KEY "uV3F3YluFJax1cknvbcGwgjvx4QpvB+leU8dUj2o"
bool test_httpserver()
{
SETUP();
{
FileStream fs("testfiles/dsfdsfs98.fd");
MD5DigestStream digester;
fs.CopyStreamTo(digester);
fs.Seek(0, IOStream::SeekType_Absolute);
digester.Close();
std::string digest = digester.DigestAsString();
TEST_EQUAL("dc3b8c5e57e71d31a0a9d7cbeee2e011", digest);
}
// Test that HTTPRequest with parameters is encoded correctly
{
HTTPRequest request(HTTPRequest::Method_GET, "/newfile");
CollectInBufferStream request_buffer;
request.SendHeaders(request_buffer, IOStream::TimeOutInfinite);
request_buffer.SetForReading();
std::string request_str((const char *)request_buffer.GetBuffer(),
request_buffer.GetSize());
const std::string expected_str("GET /newfile HTTP/1.1\r\nConnection: close\r\n\r\n");
TEST_EQUAL(expected_str, request_str);
request.AddParameter("foo", "Bar");
request_buffer.Reset();
request.SendHeaders(request_buffer, IOStream::TimeOutInfinite);
request_str = std::string((const char *)request_buffer.GetBuffer(),
request_buffer.GetSize());
TEST_EQUAL("GET /newfile?foo=Bar HTTP/1.1\r\nConnection: close\r\n\r\n", request_str);
request.AddParameter("foo", "baz");
request_buffer.Reset();
request.SendHeaders(request_buffer, IOStream::TimeOutInfinite);
request_str = std::string((const char *)request_buffer.GetBuffer(),
request_buffer.GetSize());
TEST_EQUAL("GET /newfile?foo=Bar&foo=baz HTTP/1.1\r\nConnection: close\r\n\r\n", request_str);
request.SetParameter("whee", "bonk");
request_buffer.Reset();
request.SendHeaders(request_buffer, IOStream::TimeOutInfinite);
request_str = std::string((const char *)request_buffer.GetBuffer(),
request_buffer.GetSize());
TEST_EQUAL("GET /newfile?foo=Bar&foo=baz&whee=bonk HTTP/1.1\r\nConnection: close\r\n\r\n", request_str);
request.SetParameter("foo", "bolt");
request_buffer.Reset();
request.SendHeaders(request_buffer, IOStream::TimeOutInfinite);
request_str = std::string((const char *)request_buffer.GetBuffer(),
request_buffer.GetSize());
TEST_EQUAL("GET /newfile?foo=bolt&whee=bonk HTTP/1.1\r\nConnection: close\r\n\r\n", request_str);
HTTPRequest newreq = request;
TEST_EQUAL("bolt", newreq.GetParameterString("foo"));
TEST_EQUAL("bonk", newreq.GetParameterString("whee"));
TEST_EQUAL("blue", newreq.GetParameterString("colour", "blue"));
TEST_CHECK_THROWS(newreq.GetParameterString("colour"), HTTPException,
ParameterNotFound);
}
// Test that HTTPRequest can be written to and read from a stream.
{
HTTPRequest request(HTTPRequest::Method_PUT, "/newfile");
request.SetHostName("quotes.s3.amazonaws.com");
// Write headers in lower case.
request.AddHeader("date", "Wed, 01 Mar 2006 12:00:00 GMT");
request.AddHeader("authorization",
"AWS " EXAMPLE_S3_ACCESS_KEY ":XtMYZf0hdOo4TdPYQknZk0Lz7rw=");
request.AddHeader("Content-Type", "text/plain");
request.SetClientKeepAliveRequested(true);
// First stream just the headers into a CollectInBufferStream, and check the
// exact contents written:
CollectInBufferStream request_buffer;
request.SendHeaders(request_buffer, IOStream::TimeOutInfinite);
request_buffer.SetForReading();
const std::string request_str((const char *)request_buffer.GetBuffer(),
request_buffer.GetSize());
const std::string expected_str(
"PUT /newfile HTTP/1.1\r\n"
"Content-Type: text/plain\r\n"
"Host: quotes.s3.amazonaws.com\r\n"
"Connection: keep-alive\r\n"
"date: Wed, 01 Mar 2006 12:00:00 GMT\r\n"
"authorization: AWS " EXAMPLE_S3_ACCESS_KEY ":XtMYZf0hdOo4TdPYQknZk0Lz7rw=\r\n"
"\r\n");
TEST_EQUAL(expected_str, request_str);
// Now stream the entire request into the CollectInBufferStream. Because there
// isn't an HTTP server to respond to us, we can't use SendWithStream, so just
// send the headers and then the content separately:
request_buffer.Reset();
request.SendHeaders(request_buffer, IOStream::TimeOutInfinite);
FileStream fs("testfiles/photos/puppy.jpg");
fs.CopyStreamTo(request_buffer);
request_buffer.SetForReading();
IOStreamGetLine getLine(request_buffer);
HTTPRequest request2;
TEST_THAT(request2.Receive(getLine, IOStream::TimeOutInfinite));
TEST_EQUAL(HTTPRequest::Method_PUT, request2.GetMethod());
TEST_EQUAL("PUT", request2.GetMethodName());
TEST_EQUAL("/newfile", request2.GetRequestURI());
TEST_EQUAL("quotes.s3.amazonaws.com", request2.GetHostName());
TEST_EQUAL(80, request2.GetHostPort());
TEST_EQUAL("", request2.GetQueryString());
TEST_EQUAL("text/plain", request2.GetContentType());
// Content-Length was not known when the stream was sent, so it should
// be unknown in the received stream too (certainly before it has all
// been read!)
TEST_EQUAL(-1, request2.GetContentLength());
const HTTPHeaders& headers(request2.GetHeaders());
TEST_EQUAL("Wed, 01 Mar 2006 12:00:00 GMT",
headers.GetHeaderValue("Date"));
TEST_EQUAL("AWS " EXAMPLE_S3_ACCESS_KEY ":XtMYZf0hdOo4TdPYQknZk0Lz7rw=",
headers.GetHeaderValue("Authorization"));
TEST_THAT(request2.GetClientKeepAliveRequested());
CollectInBufferStream request_data;
request2.ReadContent(request_data, IOStream::TimeOutInfinite);
TEST_EQUAL(fs.GetPosition(), request_data.GetPosition());
request_data.SetForReading();
fs.Seek(0, IOStream::SeekType_Absolute);
TEST_THAT(fs.CompareWith(request_data, IOStream::TimeOutInfinite));
}
// Test that HTTPResponse can be written to and read from a stream.
// TODO FIXME: we should stream the response instead of buffering it, on both
// sides (send and receive).
{
// Stream it to a CollectInBufferStream
CollectInBufferStream response_buffer;
HTTPResponse response(&response_buffer);
FileStream fs("testfiles/photos/puppy.jpg");
// Write headers in lower case.
response.SetResponseCode(HTTPResponse::Code_OK);
response.AddHeader("date", "Wed, 01 Mar 2006 12:00:00 GMT");
response.AddHeader("authorization",
"AWS " EXAMPLE_S3_ACCESS_KEY ":XtMYZf0hdOo4TdPYQknZk0Lz7rw=");
response.AddHeader("content-type", "text/perl");
fs.CopyStreamTo(response);
response.Send();
response_buffer.SetForReading();
HTTPResponse response2;
response2.Receive(response_buffer);
TEST_EQUAL(200, response2.GetResponseCode());
TEST_EQUAL("text/perl", response2.GetContentType());
// TODO FIXME: Content-Length was not known when the stream was sent,
// so it should be unknown in the received stream too (certainly before
// it has all been read!) This is currently wrong because we read the
// entire response into memory immediately.
TEST_EQUAL(fs.GetPosition(), response2.GetContentLength());
HTTPHeaders& headers(response2.GetHeaders());
TEST_EQUAL("Wed, 01 Mar 2006 12:00:00 GMT",
headers.GetHeaderValue("Date"));
TEST_EQUAL("AWS " EXAMPLE_S3_ACCESS_KEY ":XtMYZf0hdOo4TdPYQknZk0Lz7rw=",
headers.GetHeaderValue("Authorization"));
CollectInBufferStream response_data;
// request2.ReadContent(request_data, IOStream::TimeOutInfinite);
response2.CopyStreamTo(response_data);
TEST_EQUAL(fs.GetPosition(), response_data.GetPosition());
response_data.SetForReading();
fs.Seek(0, IOStream::SeekType_Absolute);
TEST_THAT(fs.CompareWith(response_data, IOStream::TimeOutInfinite));
}
#ifndef WIN32
TEST_THAT(system("rm -rf *.memleaks") == 0);
#endif
// Start the server
int pid = StartDaemon(0, TEST_EXECUTABLE " server testfiles/httpserver.conf",
"testfiles/httpserver.pid");
TEST_THAT_OR(pid > 0, return 1);
// Run the request script
TEST_THAT(::system("perl testfiles/testrequests.pl") == 0);
#ifndef WIN32
signal(SIGPIPE, SIG_IGN);
#endif
#ifdef ENABLE_KEEPALIVE_SUPPORT // incomplete, need chunked encoding support
SocketStream sock;
sock.Open(Socket::TypeINET, "localhost", 1080);
for (int i = 0; i < 4; i++)
{
HTTPRequest request(HTTPRequest::Method_GET,
"/test-one/34/341s/234?p1=vOne&p2=vTwo");
if (i < 2)
{
// first set of passes has keepalive off by default,
// so when i == 1 the socket has already been closed
// by the server, and we'll get -EPIPE when we try
// to send the request.
request.SetClientKeepAliveRequested(false);
}
else
{
request.SetClientKeepAliveRequested(true);
}
if (i == 1)
{
sleep(1); // need time for our process to realise
// that the peer has died, otherwise no SIGPIPE :(
TEST_CHECK_THROWS(
request.Send(sock, SHORT_TIMEOUT),
ConnectionException, SocketWriteError);
sock.Close();
sock.Open(Socket::TypeINET, "localhost", 1080);
continue;
}
else
{
request.Send(sock, SHORT_TIMEOUT);
}
HTTPResponse response;
response.Receive(sock, SHORT_TIMEOUT);
TEST_THAT(response.GetResponseCode() == HTTPResponse::Code_OK);
TEST_THAT(response.GetContentType() == "text/html");
IOStreamGetLine getline(response);
std::string line;
TEST_THAT(getline.GetLine(line));
TEST_EQUAL("<html>", line);
TEST_THAT(getline.GetLine(line));
TEST_EQUAL("<head><title>TEST SERVER RESPONSE</title></head>",
line);
TEST_THAT(getline.GetLine(line));
TEST_EQUAL("<body><h1>Test response</h1>", line);
TEST_THAT(getline.GetLine(line));
TEST_EQUAL("<p><b>URI:</b> /test-one/34/341s/234</p>", line);
TEST_THAT(getline.GetLine(line));
TEST_EQUAL("<p><b>Query string:</b> p1=vOne&p2=vTwo</p>", line);
TEST_THAT(getline.GetLine(line));
TEST_EQUAL("<p><b>Method:</b> GET </p>", line);
TEST_THAT(getline.GetLine(line));
TEST_EQUAL("<p><b>Decoded query:</b><br>", line);
TEST_THAT(getline.GetLine(line));
TEST_EQUAL("PARAM:p1=vOne<br>", line);
TEST_THAT(getline.GetLine(line));
TEST_EQUAL("PARAM:p2=vTwo<br></p>", line);
TEST_THAT(getline.GetLine(line));
TEST_EQUAL("<p><b>Content type:</b> </p>", line);
TEST_THAT(getline.GetLine(line));
TEST_EQUAL("<p><b>Content length:</b> -1</p>", line);
TEST_THAT(getline.GetLine(line));
TEST_EQUAL("<p><b>Cookies:</b><br>", line);
TEST_THAT(getline.GetLine(line));
TEST_EQUAL("</p>", line);
TEST_THAT(getline.GetLine(line));
TEST_EQUAL("</body>", line);
TEST_THAT(getline.GetLine(line));
TEST_EQUAL("</html>", line);
if(!response.IsKeepAlive())
{
BOX_TRACE("Server will close the connection, closing our end too.");
sock.Close();
sock.Open(Socket::TypeINET, "localhost", 1080);
}
else
{
BOX_TRACE("Server will keep the connection open for more requests.");
}
}
sock.Close();
#endif // ENABLE_KEEPALIVE_SUPPORT
// Kill it
TEST_THAT(StopDaemon(pid, "testfiles/httpserver.pid",
"generic-httpserver.memleaks", true));
// Copy testfiles/puppy.jpg to testfiles/store/photos/puppy.jpg
{
TEST_THAT(::mkdir("testfiles/store/photos", 0755) == 0);
FileStream in("testfiles/puppy.jpg", O_RDONLY);
FileStream out("testfiles/store/photos/puppy.jpg", O_CREAT | O_WRONLY);
in.CopyStreamTo(out);
}
// This is the example from the Amazon S3 Developers Guide, page 31.
// Correct, official signature should succeed, with lower-case headers.
{
// http://docs.amazonwebservices.com/AmazonS3/2006-03-01/RESTAuthentication.html
HTTPRequest request(HTTPRequest::Method_GET, "/photos/puppy.jpg");
request.SetHostName("johnsmith.s3.amazonaws.com");
request.AddHeader("date", "Tue, 27 Mar 2007 19:36:42 +0000");
std::string signature = calculate_s3_signature(request,
EXAMPLE_S3_SECRET_KEY);
TEST_EQUAL(signature, "xXjDGYUmKxnwqr5KXNPGldn5LbA=");
request.AddHeader("authorization",
"AWS " EXAMPLE_S3_ACCESS_KEY ":" + signature);
S3Simulator simulator;
simulator.Configure("testfiles/s3simulator.conf");
CollectInBufferStream response_buffer;
HTTPResponse response(&response_buffer);
simulator.Handle(request, response);
TEST_EQUAL(200, response.GetResponseCode());
std::string response_data((const char *)response.GetBuffer(),
response.GetSize());
TEST_EQUAL("omgpuppies!\n", response_data);
}
// Modified signature should fail.
{
// http://docs.amazonwebservices.com/AmazonS3/2006-03-01/RESTAuthentication.html
HTTPRequest request(HTTPRequest::Method_GET, "/photos/puppy.jpg");
request.SetHostName("johnsmith.s3.amazonaws.com");
request.AddHeader("date", "Tue, 27 Mar 2007 19:36:42 +0000");
request.AddHeader("authorization",
"AWS " EXAMPLE_S3_ACCESS_KEY ":xXjDGYUmKxnwqr5KXNPGldn5LbB=");
S3Simulator simulator;
simulator.Configure("testfiles/s3simulator.conf");
CollectInBufferStream response_buffer;
HTTPResponse response(&response_buffer);
simulator.Handle(request, response);
TEST_EQUAL(401, response.GetResponseCode());
std::string response_data((const char *)response.GetBuffer(),
response.GetSize());
TEST_EQUAL("<html><head>"
"<title>Internal Server Error</title></head>\n"
"<h1>Internal Server Error</h1>\n"
"<p>An error occurred while processing the request:</p>\n"
"<pre>HTTPException(AuthenticationFailed): "
"Authentication code mismatch: expected AWS 0PN5J17HBGZHT7JJ3X82"
":xXjDGYUmKxnwqr5KXNPGldn5LbA= but received AWS "
"0PN5J17HBGZHT7JJ3X82:xXjDGYUmKxnwqr5KXNPGldn5LbB=</pre>\n"
"<p>Please try again later.</p></body>\n"
"</html>\n", response_data);
}
// Test the S3Simulator's implementation of PUT file uploads
{
HTTPRequest request(HTTPRequest::Method_PUT, "/newfile");
request.SetHostName("quotes.s3.amazonaws.com");
request.AddHeader("date", "Wed, 01 Mar 2006 12:00:00 GMT");
// request.AddHeader("Content-Type", "text/plain");
std::string signature = calculate_s3_signature(request,
EXAMPLE_S3_SECRET_KEY);
TEST_EQUAL(signature, "XtMYZf0hdOo4TdPYQknZk0Lz7rw=");
request.AddHeader("authorization", "AWS " EXAMPLE_S3_ACCESS_KEY ":" +
signature);
FileStream fs("testfiles/testrequests.pl");
request.SetDataStream(&fs);
request.SetForReading();
CollectInBufferStream response_buffer;
HTTPResponse response(&response_buffer);
S3Simulator simulator;
simulator.Configure("testfiles/s3simulator.conf");
simulator.Handle(request, response);
TEST_EQUAL(200, response.GetResponseCode());
TEST_EQUAL("LriYPLdmOdAiIfgSm/F1YsViT1LW94/xUQxMsF7xiEb1a0wiIOIxl+zbwZ163pt7",
response.GetHeaderValue("x-amz-id-2"));
TEST_EQUAL("F2A8CCCA26B4B26D", response.GetHeaderValue("x-amz-request-id"));
TEST_EQUAL("Wed, 01 Mar 2006 12:00:00 GMT", response.GetHeaderValue("Date"));
TEST_EQUAL("Sun, 1 Jan 2006 12:00:00 GMT", response.GetHeaderValue("Last-Modified"));
TEST_EQUAL("\"828ef3fdfa96f00ad9f27c383fc9ac7f\"", response.GetHeaderValue("ETag"));
TEST_EQUAL("", response.GetContentType());
TEST_EQUAL("AmazonS3", response.GetHeaderValue("Server"));
TEST_EQUAL(0, response.GetSize());
FileStream f1("testfiles/testrequests.pl");
FileStream f2("testfiles/store/newfile");
TEST_THAT(f1.CompareWith(f2));
TEST_EQUAL(0, EMU_UNLINK("testfiles/store/newfile"));
}
// Copy testfiles/dsfdsfs98.fd to testfiles/store/dsfdsfs98.fd
{
FileStream in("testfiles/dsfdsfs98.fd", O_RDONLY);
FileStream out("testfiles/store/dsfdsfs98.fd", O_CREAT | O_WRONLY);
in.CopyStreamTo(out);
}
// S3Client tests with S3Simulator in-process server for debugging
{
S3Simulator simulator;
simulator.Configure("testfiles/s3simulator.conf");
S3Client client(&simulator, "johnsmith.s3.amazonaws.com",
EXAMPLE_S3_ACCESS_KEY, EXAMPLE_S3_SECRET_KEY);
TEST_THAT(exercise_s3client(client));
}
// Start the S3Simulator server
pid = StartDaemon(0, TEST_EXECUTABLE " s3server testfiles/s3simulator.conf",
"testfiles/s3simulator.pid");
TEST_THAT_OR(pid > 0, return 1);
// This is the example from the Amazon S3 Developers Guide, page 31
{
HTTPRequest request(HTTPRequest::Method_GET, "/photos/puppy.jpg");
request.SetHostName("johnsmith.s3.amazonaws.com");
request.AddHeader("date", "Tue, 27 Mar 2007 19:36:42 +0000");
request.AddHeader("authorization",
"AWS " EXAMPLE_S3_ACCESS_KEY ":xXjDGYUmKxnwqr5KXNPGldn5LbA=");
HTTPResponse response;
TEST_THAT(send_and_receive(request, response));
}
// Test that requests for nonexistent files correctly return a 404 error
{
HTTPRequest request(HTTPRequest::Method_GET, "/nonexist");
request.SetHostName("quotes.s3.amazonaws.com");
request.AddHeader("Date", "Wed, 01 Mar 2006 12:00:00 GMT");
request.SetClientKeepAliveRequested(true);
std::string signature = calculate_s3_signature(request,
EXAMPLE_S3_SECRET_KEY);
TEST_EQUAL(signature, "0cSX/YPdtXua1aFFpYmH1tc0ajA=");
request.AddHeader("authorization", "AWS " EXAMPLE_S3_ACCESS_KEY ":" +
signature);
HTTPResponse response;
TEST_THAT(send_and_receive(request, response, 404));
TEST_THAT(!response.IsKeepAlive());
}
#ifndef WIN32 // much harder to make files inaccessible on WIN32
// Make file inaccessible, should cause server to return a 403 error,
// unless of course the test is run as root :)
{
TEST_THAT(chmod("testfiles/store/dsfdsfs98.fd", 0) == 0);
HTTPRequest request(HTTPRequest::Method_GET, "/dsfdsfs98.fd");
request.SetHostName("quotes.s3.amazonaws.com");
request.AddHeader("Date", "Wed, 01 Mar 2006 12:00:00 GMT");
request.AddHeader("Authorization", "AWS " EXAMPLE_S3_ACCESS_KEY
":NO9tjQuMCK83z2VZFaJOGKeDi7M=");
request.SetClientKeepAliveRequested(true);
HTTPResponse response;
TEST_THAT(send_and_receive(request, response, 403));
TEST_THAT(chmod("testfiles/store/dsfdsfs98.fd", 0755) == 0);
}
#endif
{
HTTPRequest request(HTTPRequest::Method_GET, "/dsfdsfs98.fd");
request.SetHostName("quotes.s3.amazonaws.com");
request.AddHeader("Date", "Wed, 01 Mar 2006 12:00:00 GMT");
request.AddHeader("Authorization", "AWS " EXAMPLE_S3_ACCESS_KEY
":NO9tjQuMCK83z2VZFaJOGKeDi7M=");
request.SetClientKeepAliveRequested(true);
HTTPResponse response;
TEST_THAT(send_and_receive(request, response));
TEST_EQUAL("qBmKRcEWBBhH6XAqsKU/eg24V3jf/kWKN9dJip1L/FpbYr9FDy7wWFurfdQOEMcY",
response.GetHeaderValue("x-amz-id-2"));
TEST_EQUAL("F2A8CCCA26B4B26D", response.GetHeaderValue("x-amz-request-id"));
TEST_EQUAL("Wed, 01 Mar 2006 12:00:00 GMT", response.GetHeaderValue("Date"));
TEST_EQUAL("Sun, 1 Jan 2006 12:00:00 GMT", response.GetHeaderValue("Last-Modified"));
TEST_EQUAL(34, response.GetHeaderValue("ETag").size());
TEST_EQUAL("text/plain", response.GetContentType());
TEST_EQUAL("AmazonS3", response.GetHeaderValue("Server"));
TEST_THAT(!response.IsKeepAlive());
FileStream file("testfiles/dsfdsfs98.fd");
TEST_THAT(file.CompareWith(response));
}
{
SocketStream sock;
sock.Open(Socket::TypeINET, "localhost", 1080);
HTTPRequest request(HTTPRequest::Method_PUT, "/newfile");
request.SetHostName("quotes.s3.amazonaws.com");
request.AddHeader("Date", "Wed, 01 Mar 2006 12:00:00 GMT");
request.AddHeader("Authorization", "AWS " EXAMPLE_S3_ACCESS_KEY
":kfY1m6V3zTufRy2kj92FpQGKz4M=");
request.AddHeader("Content-Type", "text/plain");
FileStream fs("testfiles/dsfdsfs98.fd");
HTTPResponse response;
request.SendWithStream(sock, LONG_TIMEOUT, &fs, response);
std::string value;
TEST_EQUAL(200, response.GetResponseCode());
TEST_EQUAL("LriYPLdmOdAiIfgSm/F1YsViT1LW94/xUQxMsF7xiEb1a0wiIOIxl+zbwZ163pt7", response.GetHeaderValue("x-amz-id-2"));
TEST_EQUAL("F2A8CCCA26B4B26D", response.GetHeaderValue("x-amz-request-id"));
TEST_EQUAL("Wed, 01 Mar 2006 12:00:00 GMT", response.GetHeaderValue("Date"));
TEST_EQUAL("Sun, 1 Jan 2006 12:00:00 GMT", response.GetHeaderValue("Last-Modified"));
TEST_EQUAL("\"828ef3fdfa96f00ad9f27c383fc9ac7f\"", response.GetHeaderValue("ETag"));
TEST_EQUAL("", response.GetContentType());
TEST_EQUAL("AmazonS3", response.GetHeaderValue("Server"));
TEST_EQUAL(0, response.GetSize());
TEST_THAT(!response.IsKeepAlive());
FileStream f1("testfiles/dsfdsfs98.fd");
FileStream f2("testfiles/store/newfile");
TEST_THAT(f1.CompareWith(f2));
TEST_THAT(EMU_UNLINK("testfiles/store/newfile") == 0);
}
// S3Client tests with S3Simulator daemon for realism
{
S3Client client("localhost", 1080, EXAMPLE_S3_ACCESS_KEY,
EXAMPLE_S3_SECRET_KEY);
TEST_THAT(exercise_s3client(client));
}
// Test the HTTPQueryDecoder::URLEncode method.
TEST_EQUAL("AZaz09-_.~", HTTPQueryDecoder::URLEncode("AZaz09-_.~"));
TEST_EQUAL("%00%01%FF",
HTTPQueryDecoder::URLEncode(std::string("\0\x01\xff", 3)));
// Kill it
TEST_THAT(StopDaemon(pid, "testfiles/s3simulator.pid",
"s3simulator.memleaks", true));
TEST_THAT(StartSimulator());
// S3Client tests with s3simulator executable for even more realism
{
S3Client client("localhost", 1080, EXAMPLE_S3_ACCESS_KEY,
EXAMPLE_S3_SECRET_KEY);
TEST_THAT(exercise_s3client(client));
}
TEST_THAT(StopSimulator());
TEARDOWN();
}
int test(int argc, const char *argv[])
{
if(argc >= 2 && ::strcmp(argv[1], "server") == 0)
{
// Run a server
TestWebServer server;
return server.Main("doesnotexist", argc - 1, argv + 1);
}
if(argc >= 2 && ::strcmp(argv[1], "s3server") == 0)
{
// Run a server
S3Simulator server;
return server.Main("doesnotexist", argc - 1, argv + 1);
}
TEST_THAT(test_httpserver());
return finish_test_suite();
}