// ========================================================================
// Copyright (c) 2004-2009 Mort Bay Consulting Pty. Ltd.
// ------------------------------------------------------------------------
// All rights reserved. This program and the accompanying materials
// are made available under the terms of the Eclipse Public License v1.0
// and Apache License v2.0 which accompanies this distribution.
// The Eclipse Public License is available at
// http://www.eclipse.org/legal/epl-v10.html
// The Apache License v2.0 is available at
// http://www.opensource.org/licenses/apache2.0.php
// You may elect to redistribute this code under either of these licenses.
// ========================================================================
/*
* Created on 9/01/2004
*
* To change the template for this generated file go to
* Window>Preferences>Java>Code Generation>Code and Comments
*/
package org.eclipse.jetty.server;
import static org.junit.Assert.assertEquals;
import static org.junit.Assert.assertTrue;
import java.util.Date;
import java.util.Enumeration;
import java.util.List;
import org.eclipse.jetty.http.HttpFields;
import org.eclipse.jetty.server.handler.ContextHandler;
import org.eclipse.jetty.server.handler.HandlerCollection;
import org.junit.After;
import org.junit.Before;
import org.junit.Test;
/**
*
*/
public class RFC2616Test
{
private Server server;
private LocalConnector connector;
@Before
public void init() throws Exception
{
server = new Server();
connector = new LocalConnector();
server.addConnector(connector);
ContextHandler vcontext=new ContextHandler();
vcontext.setContextPath("/");
vcontext.setVirtualHosts(new String[]
{ "VirtualHost" });
vcontext.setHandler(new DumpHandler("Virtual Dump"));
ContextHandler context=new ContextHandler();
context.setContextPath("/");
context.setHandler(new DumpHandler());
HandlerCollection collection=new HandlerCollection();
collection.setHandlers(new Handler[]
{ vcontext, context });
server.setHandler(collection);
server.start();
}
@After
public void destroy() throws Exception
{
server.stop();
server.join();
}
@Test
public void test3_3()
{
try
{
HttpFields fields=new HttpFields();
fields.put("D1","Sun, 6 Nov 1994 08:49:37 GMT");
fields.put("D2","Sunday, 6-Nov-94 08:49:37 GMT");
fields.put("D3","Sun Nov 6 08:49:37 1994");
Date d1=new Date(fields.getDateField("D1"));
Date d2=new Date(fields.getDateField("D2"));
Date d3=new Date(fields.getDateField("D3"));
assertEquals("3.3.1 RFC 822 RFC 850",d2,d1);
assertEquals("3.3.1 RFC 850 ANSI C",d3,d2);
fields.putDateField("Date",d1.getTime());
assertEquals("3.3.1 RFC 822 preferred","Sun, 06 Nov 1994 08:49:37 GMT",fields.getStringField("Date"));
}
catch (Exception e)
{
e.printStackTrace();
assertTrue(false);
}
}
@Test
public void test3_6()
{
String response=null;
try
{
int offset=0;
// Chunk last
response=connector.getResponses("GET /R1 HTTP/1.1\n"+"Host: localhost\n"+"Transfer-Encoding: chunked,identity\n"+"Content-Type: text/plain\n"
+"\015\012"+"5;\015\012"+"123\015\012\015\012"+"0;\015\012\015\012");
checkContains(response,offset,"HTTP/1.1 400 Bad","Chunked last");
// Chunked
offset=0;
response=connector.getResponses("GET /R1 HTTP/1.1\n"+"Host: localhost\n"+"Transfer-Encoding: chunked\n"+"Content-Type: text/plain\n"+"\n"+"2;\n"
+"12\n"+"3;\n"+"345\n"+"0;\n\n"+
"GET /R2 HTTP/1.1\n"+"Host: localhost\n"+"Transfer-Encoding: chunked\n"+"Content-Type: text/plain\n"+"\n"+"4;\n"+"6789\n"+"5;\n"+"abcde\n"
+"0;\n\n"+
"GET /R3 HTTP/1.1\n"+"Host: localhost\n"+"Connection: close\n"+"\n");
offset=checkContains(response,offset,"HTTP/1.1 200","3.6.1 Chunking");
offset=checkContains(response,offset,"12345","3.6.1 Chunking");
offset=checkContains(response,offset,"HTTP/1.1 200","3.6.1 Chunking");
offset=checkContains(response,offset,"6789abcde","3.6.1 Chunking");
offset=checkContains(response,offset,"/R3","3.6.1 Chunking");
// Chunked
offset=0;
response=connector.getResponses("POST /R1 HTTP/1.1\n"+"Host: localhost\n"+"Transfer-Encoding: chunked\n"+"Content-Type: text/plain\n"+"\n"+"3;\n"
+"fgh\n"+"3;\n"+"Ijk\n"+"0;\n\n"+
"POST /R2 HTTP/1.1\n"+"Host: localhost\n"+"Transfer-Encoding: chunked\n"+"Content-Type: text/plain\n"+"\n"+"4;\n"+"lmno\n"+"5;\n"+"Pqrst\n"
+"0;\n\n"+
"GET /R3 HTTP/1.1\n"+"Host: localhost\n"+"Connection: close\n"+"\n");
checkNotContained(response,"HTTP/1.1 100","3.6.1 Chunking");
offset=checkContains(response,offset,"HTTP/1.1 200","3.6.1 Chunking");
offset=checkContains(response,offset,"fghIjk","3.6.1 Chunking");
offset=checkContains(response,offset,"HTTP/1.1 200","3.6.1 Chunking");
offset=checkContains(response,offset,"lmnoPqrst","3.6.1 Chunking");
offset=checkContains(response,offset,"/R3","3.6.1 Chunking");
// Chunked and keep alive
offset=0;
response=connector.getResponses("GET /R1 HTTP/1.1\n"+"Host: localhost\n"+"Transfer-Encoding: chunked\n"+"Content-Type: text/plain\n"
+"Connection: keep-alive\n"+"\n"+"3;\n"+"123\n"+"3;\n"+"456\n"+"0;\n\n"+
"GET /R2 HTTP/1.1\n"+"Host: localhost\n"+"Connection: close\n"+"\n");
offset=checkContains(response,offset,"HTTP/1.1 200","3.6.1 Chunking")+10;
offset=checkContains(response,offset,"123456","3.6.1 Chunking");
offset=checkContains(response,offset,"/R2","3.6.1 Chunking")+10;
}
catch (Exception e)
{
e.printStackTrace();
assertTrue(false);
if (response!=null)
System.err.println(response);
}
}
@Test
public void test3_9()
{
try
{
HttpFields fields=new HttpFields();
fields.put("Q","bbb;q=0.5,aaa,ccc;q=0.002,d;q=0,e;q=0.0001,ddd;q=0.001,aa2,abb;q=0.7");
Enumeration qualities=fields.getValues("Q",", \t");
List list=HttpFields.qualityList(qualities);
assertEquals("Quality parameters","aaa",HttpFields.valueParameters(list.get(0).toString(),null));
assertEquals("Quality parameters","aa2",HttpFields.valueParameters(list.get(1).toString(),null));
assertEquals("Quality parameters","abb",HttpFields.valueParameters(list.get(2).toString(),null));
assertEquals("Quality parameters","bbb",HttpFields.valueParameters(list.get(3).toString(),null));
assertEquals("Quality parameters","ccc",HttpFields.valueParameters(list.get(4).toString(),null));
assertEquals("Quality parameters","ddd",HttpFields.valueParameters(list.get(5).toString(),null));
}
catch (Exception e)
{
e.printStackTrace();
assertTrue(false);
}
}
@Test
public void test4_4()
{
try
{
String response;
int offset=0;
// 2
// If _content length not used, second request will not be read.
offset=0;
response=connector.getResponses("GET /R1 HTTP/1.1\n"+"Host: localhost\n"+"Transfer-Encoding: identity\n"+"Content-Type: text/plain\n"
+"Content-Length: 5\n"+"\n"+"123\015\012"+
"GET /R2 HTTP/1.1\n"+"Host: localhost\n"+"Connection: close\n"+"\n");
offset=checkContains(response,offset,"HTTP/1.1 200 OK","2. identity")+10;
offset=checkContains(response,offset,"/R1","2. identity")+3;
offset=checkContains(response,offset,"HTTP/1.1 200 OK","2. identity")+10;
offset=checkContains(response,offset,"/R2","2. identity")+3;
// 3
// _content length is ignored, as chunking is used. If it is
// not ignored, the second request wont be seen.
offset=0;
response=connector.getResponses("GET /R1 HTTP/1.1\n"+"Host: localhost\n"+"Transfer-Encoding: chunked\n"+"Content-Type: text/plain\n"
+"Content-Length: 100\n"+"\n"+"3;\n"+"123\n"+"3;\n"+"456\n"+"0;\n"+"\n"+
"GET /R2 HTTP/1.1\n"+"Host: localhost\n"+"Connection: close\n"+"Content-Type: text/plain\n"+"Content-Length: 6\n"+"\n"+"123456");
offset=checkContains(response,offset,"HTTP/1.1 200 OK","3. ignore c-l")+1;
offset=checkContains(response,offset,"/R1","3. ignore c-l")+1;
offset=checkContains(response,offset,"123456","3. ignore c-l")+1;
offset=checkContains(response,offset,"HTTP/1.1 200 OK","3. ignore c-l")+1;
offset=checkContains(response,offset,"/R2","3. _content-length")+1;
offset=checkContains(response,offset,"123456","3. _content-length")+1;
// No _content length
assertTrue("Skip 411 checks as IE breaks this rule",true);
// offset=0; connector.reopen();
// response=connector.getResponses("GET /R2 HTTP/1.1\n"+
// "Host: localhost\n"+
// "Content-Type: text/plain\n"+
// "Connection: close\n"+
// "\n"+
// "123456");
// offset=checkContains(response,offset,
// "HTTP/1.1 411 ","411 length required")+10;
// offset=0; connector.reopen();
// response=connector.getResponses("GET /R2 HTTP/1.0\n"+
// "Content-Type: text/plain\n"+
// "\n"+
// "123456");
// offset=checkContains(response,offset,
// "HTTP/1.0 411 ","411 length required")+10;
}
catch (Exception e)
{
e.printStackTrace();
assertTrue(false);
}
}
@Test
public void test5_2() throws Exception
{
String response;
int offset=0;
// Default Host
offset=0;
response=connector.getResponses("GET /path/R1 HTTP/1.1\n"+"Host: localhost\n"+"\n");
offset=checkContains(response,offset,"HTTP/1.1 200","Default host")+1;
offset=checkContains(response,offset,"Dump HttpHandler","Default host")+1;
offset=checkContains(response,offset,"pathInfo=/path/R1","Default host")+1;
// Virtual Host
offset=0;
response=connector.getResponses("GET /path/R1 HTTP/1.1\n"+"Host: VirtualHost\n"+"\n");
offset=checkContains(response,offset,"HTTP/1.1 200","2. virtual host field")+1;
offset=checkContains(response,offset,"Virtual Dump","2. virtual host field")+1;
offset=checkContains(response,offset,"pathInfo=/path/R1","2. virtual host field")+1;
// Virtual Host case insensitive
offset=0;
response=connector.getResponses("GET /path/R1 HTTP/1.1\n"+"Host: ViRtUalhOst\n"+"\n");
offset=checkContains(response,offset,"HTTP/1.1 200","2. virtual host field")+1;
offset=checkContains(response,offset,"Virtual Dump","2. virtual host field")+1;
offset=checkContains(response,offset,"pathInfo=/path/R1","2. virtual host field")+1;
// Virtual Host
offset=0;
response=connector.getResponses("GET /path/R1 HTTP/1.1\n"+"\n");
offset=checkContains(response,offset,"HTTP/1.1 400","3. no host")+1;
}
@Test
public void test8_1()
{
try
{
String response;
int offset=0;
offset=0;
response=connector.getResponses("GET /R1 HTTP/1.1\n"+"Host: localhost\n"+"\n");
offset=checkContains(response,offset,"HTTP/1.1 200 OK\015\012","8.1.2 default")+10;
checkContains(response,offset,"Content-Length: ","8.1.2 default");
offset=0;
response=connector.getResponses("GET /R1 HTTP/1.1\n"+"Host: localhost\n"+"\n"+
"GET /R2 HTTP/1.1\n"+"Host: localhost\n"+"Connection: close\n"+"\n"+
"GET /R3 HTTP/1.1\n"+"Host: localhost\n"+"Connection: close\n"+"\n");
offset=checkContains(response,offset,"HTTP/1.1 200 OK\015\012","8.1.2 default")+1;
offset=checkContains(response,offset,"/R1","8.1.2 default")+1;
assertEquals("8.1.2.1 close",-1,response.indexOf("/R3"));
offset=checkContains(response,offset,"HTTP/1.1 200 OK\015\012","8.1.2.2 pipeline")+11;
offset=checkContains(response,offset,"Connection: close","8.1.2.2 pipeline")+1;
offset=checkContains(response,offset,"/R2","8.1.2.1 close")+3;
}
catch (Exception e)
{
e.printStackTrace();
assertTrue(false);
}
}
@Test
public void test8_2() throws Exception
{
String response;
int offset=0;
// No Expect 100
offset=0;
response=connector.getResponses("GET /R1 HTTP/1.1\n"+
"Host: localhost\n"+
"Content-Type: text/plain\n"+
"Content-Length: 8\n"+
"\n",true);
assertTrue("8.2.3 no expect 100",response==null || response.length()==0);
response=connector.getResponses("GET /R1 HTTP/1.1\n"+
"Host: localhost\n"+
"Content-Type: text/plain\n"+
"Content-Length: 8\n"+
"\n"+
"AbCdEf\015\012",true);
offset=checkContains(response,offset,"HTTP/1.1 200","8.2.3 no expect 100")+1;
offset=checkContains(response,offset,"AbCdEf","8.2.3 no expect 100")+1;
// Expect Failure
offset=0;
response=connector.getResponses("GET /R1 HTTP/1.1\n"+"Host: localhost\n"+"Expect: unknown\n"+"Content-Type: text/plain\n"+"Content-Length: 8\n"
+"\n");
offset=checkContains(response,offset,"HTTP/1.1 417","8.2.3 expect failure")+1;
// Expect with body
offset=0;
response=connector.getResponses("GET /R1 HTTP/1.1\n"+"Host: localhost\n"+"Expect: 100-continue\n"+"Content-Type: text/plain\n"
+"Content-Length: 8\n"+"Connection: close\n"+"\n"+"123456\015\012");
checkNotContained(response,offset,"HTTP/1.1 100 ","8.2.3 expect 100");
offset=checkContains(response,offset,"HTTP/1.1 200 OK","8.2.3 expect with body")+1;
}
@Test
public void test8_2_3() throws Exception
{
String response;
int offset=0;
// Expect 100
response=connector.getResponses("GET /R1 HTTP/1.1\n"+
"Host: localhost\n"+
"Connection: close\n"+
"Expect: 100-continue\n"+
"Content-Type: text/plain\n"+
"Content-Length: 8\n"+
"\n",true);
offset=checkContains(response,offset,"HTTP/1.1 100 ","8.2.3 expect 100")+1;
checkNotContained(response,offset,"HTTP/1.1 200","8.2.3 expect 100");
/* can't test this with localconnector.
response=connector.getResponses("654321\015\012");
offset=checkContains(response,offset,"HTTP/1.1 200","8.2.3 expect 100")+1;
offset=checkContains(response,offset,"654321","8.2.3 expect 100")+1;
*/
}
@Test
public void test8_2_4() throws Exception
{
String response;
int offset=0;
// Expect 100 not sent
offset=0;
response=connector.getResponses("GET /R1?error=401 HTTP/1.1\n"+
"Host: localhost\n"+
"Expect: 100-continue\n"+
"Content-Type: text/plain\n"+
"Content-Length: 8\n"+
"\n",true);
checkNotContained(response,offset,"HTTP/1.1 100","8.2.3 expect 100");
offset=checkContains(response,offset,"HTTP/1.1 401 ","8.2.3 expect 100")+1;
offset=checkContains(response,offset,"Connection: close","8.2.3 expect 100")+1;
}
@Test
public void test9_2()
{
// TODO
/*
* try { TestListener listener = new TestListener(); String response;
* int offset=0; connector.reopen();
* // Default Host offset=0; connector.reopen();
* response=connector.getResponses("OPTIONS * HTTP/1.1\n"+ "Connection:
* close\n"+ "Host: localhost\n"+ "\n");
* offset=checkContains(response,offset, "HTTP/1.1 200","200")+1;
* offset=checkContains(response,offset, "Allow: GET, HEAD, POST, PUT,
* DELETE, MOVE, OPTIONS, TRACE","Allow")+1;
* } catch(Exception e) { e.printStackTrace(); assertTrue(false); }
*/
}
@Test
public void test9_4()
{
try
{
String get=connector.getResponses("GET /R1 HTTP/1.0\n"+"Host: localhost\n"+"\n");
checkContains(get,0,"HTTP/1.1 200","GET");
checkContains(get,0,"Content-Type: text/html","GET _content");
checkContains(get,0,"<html>","GET body");
String head=connector.getResponses("HEAD /R1 HTTP/1.0\n"+"Host: localhost\n"+"\n");
checkContains(head,0,"HTTP/1.1 200","HEAD");
checkContains(head,0,"Content-Type: text/html","HEAD _content");
assertEquals("HEAD no body",-1,head.indexOf("<html>"));
}
catch (Exception e)
{
e.printStackTrace();
assertTrue(false);
}
}
@Test
public void test9_8()
{
// TODO
/*
* try { TestListener listener = new TestListener(); String response;
* int offset=0; connector.reopen();
* // Default Host offset=0; connector.reopen();
* response=connector.getResponses("TRACE /path HTTP/1.1\n"+ "Host:
* localhost\n"+ "Connection: close\n"+ "\n");
* offset=checkContains(response,offset, "HTTP/1.1 200","200")+1;
* offset=checkContains(response,offset, "Content-Type: message/http",
* "message/http")+1; offset=checkContains(response,offset, "TRACE /path
* HTTP/1.1\r\n"+ "Host: localhost\r\n", "Request"); } catch(Exception
* e) { e.printStackTrace(); assertTrue(false); }
*/
}
@Test
public void test10_2_7()
{
// TODO
/*
*
* try { TestListener listener = new TestListener(); String response;
* int offset=0; connector.reopen();
* // check to see if corresponging GET w/o range would return // a)
* ETag // b) Content-Location // these same headers will be required
* for corresponding // sub range requests
*
* response=connector.getResponses("GET /" +
* TestRFC2616.testFiles[0].name + " HTTP/1.1\n"+ "Host: localhost\n"+
* "Connection: close\n"+ "\n");
*
* boolean noRangeHasContentLocation =
* (response.indexOf("\r\nContent-Location: ") != -1);
*
* // now try again for the same resource but this time WITH range
* header
*
* response=connector.getResponses("GET /" +
* TestRFC2616.testFiles[0].name + " HTTP/1.1\n"+ "Host: localhost\n"+
* "Connection: close\n"+ "Range: bytes=1-3\n"+ "\n");
*
* offset=0; connector.reopen(); offset=checkContains(response,offset,
* "HTTP/1.1 206 Partial Content\r\n", "1. proper 206 status code");
* offset=checkContains(response,offset, "Content-Type: text/plain", "2.
* _content type") + 2; offset=checkContains(response,offset,
* "Last-Modified: " + TestRFC2616.testFiles[0].modDate + "\r\n", "3.
* correct resource mod date");
* // if GET w/o range had Content-Location, then the corresponding //
* response for the a GET w/ range must also have that same header
*
* offset=checkContains(response,offset, "Content-Range: bytes 1-3/26",
* "4. _content range") + 2;
*
* if (noRangeHasContentLocation) {
* offset=checkContains(response,offset, "Content-Location: ", "5.
* Content-Location header as with 200"); } else { // no need to check
* for Conten-Location header in 206 response // spec does not require
* existence or absence if these want any // header for the get w/o
* range }
*
* String expectedData = TestRFC2616.testFiles[0].data.substring(1,
* 3+1); offset=checkContains(response,offset, expectedData, "6.
* subrange data: \"" + expectedData + "\""); } catch(Exception e) {
* e.printStackTrace(); assertTrue(false); }
*
*/
}
@Test
public void test10_3()
{
// TODO
/*
* try { TestListener listener = new TestListener(); String response;
* int offset=0; connector.reopen();
* // HTTP/1.0 offset=0; connector.reopen();
* response=connector.getResponses("GET /redirect HTTP/1.0\n"+
* "Connection: Keep-Alive\n"+ "\n" );
* offset=checkContains(response,offset, "HTTP/1.1 302","302")+1;
* checkContains(response,offset, "Location: /dump", "redirected");
* checkContains(response,offset, "Connection: close", "Connection:
* close");
*
* // HTTP/1.1 offset=0; connector.reopen();
* response=connector.getResponses("GET /redirect HTTP/1.1\n"+ "Host:
* localhost\n"+ "\n"+ "GET /redirect HTTP/1.1\n"+ "Host: localhost\n"+
* "Connection: close\n"+ "\n" ); offset=checkContains(response,offset,
* "HTTP/1.1 302","302")+1; checkContains(response,offset, "Location:
* /dump", "redirected"); checkContains(response,offset,
* "Transfer-Encoding: chunked", "Transfer-Encoding: chunked");
*
* offset=checkContains(response,offset, "HTTP/1.1 302","302")+1;
* checkContains(response,offset, "Location: /dump", "redirected");
* checkContains(response,offset, "Connection: close", "closed");
* // HTTP/1.0 _content offset=0; connector.reopen();
* response=connector.getResponses("GET /redirect/_content HTTP/1.0\n"+
* "Connection: Keep-Alive\n"+ "\n"+ "GET /redirect/_content
* HTTP/1.0\n"+ "\n" ); offset=checkContains(response,offset, "HTTP/1.1
* 302","302")+1; checkContains(response,offset, "Location: /dump",
* "redirected"); checkContains(response,offset, "Connection: close",
* "close no _content length");
* // HTTP/1.1 _content offset=0; connector.reopen();
* response=connector.getResponses("GET /redirect/_content HTTP/1.1\n"+
* "Host: localhost\n"+ "\n"+ "GET /redirect/_content HTTP/1.1\n"+
* "Host: localhost\n"+ "Connection: close\n"+ "\n" );
* offset=checkContains(response,offset, "HTTP/1.1 302","302")+1;
* checkContains(response,offset, "Location: /dump", "redirected");
* checkContains(response,offset, "Transfer-Encoding: chunked", "chunked
* _content length");
*
* offset=checkContains(response,offset, "HTTP/1.1 302","302")+1;
* checkContains(response,offset, "Location: /dump", "redirected");
* checkContains(response,offset, "Connection: close", "closed");
* } catch(Exception e) { e.printStackTrace(); assertTrue(false); }
*
*/
}
@Test
public void test14_16()
{
// TODO
/*
* try { TestListener listener = new TestListener();
*
* int id = 0;
*
* // // calibrate with normal request (no ranges); if this doesnt //
* work, dont expect ranges to work either //
* connector.checkContentRange( t, Integer.toString(id++),
* TestRFC2616.testFiles[0].name, null, 200, null,
* TestRFC2616.testFiles[0].data );
*
* // // server should ignore all range headers which include // at
* least one syntactically invalid range // String [] totallyBadRanges = {
* "bytes=a-b", "bytes=-1-2", "bytes=-1-2,2-3", "bytes=-", "bytes=-1-",
* "bytes=a-b,-1-1-1", "doublehalfwords=1-2", };
*
* for (int i = 0; i < totallyBadRanges.length; i++) {
* connector.checkContentRange( t, "BadRange"+i,
* TestRFC2616.testFiles[0].name, totallyBadRanges[i], 416, null,
* TestRFC2616.testFiles[0].data ); }
*
* // // should test for combinations of good and syntactically //
* invalid ranges here, but I am not certain what the right // behavior
* is abymore // // a) Range: bytes=a-b,5-8 // // b) Range:
* bytes=a-b,bytes=5-8 // // c) Range: bytes=a-b // Range: bytes=5-8 //
*
* // // return data for valid ranges while ignoring unsatisfiable //
* ranges //
*
* connector.checkContentRange( t, "bytes=5-8",
* TestRFC2616.testFiles[0].name, "bytes=5-8", 206, "5-8/26",
* TestRFC2616.testFiles[0].data.substring(5,8+1) );
* // // server should not return a 416 if at least syntactically valid
* ranges // are is satisfiable // connector.checkContentRange( t,
* "bytes=5-8,50-60", TestRFC2616.testFiles[0].name, "bytes=5-8,50-60",
* 206, "5-8/26", TestRFC2616.testFiles[0].data.substring(5,8+1) );
* connector.checkContentRange( t, "bytes=50-60,5-8",
* TestRFC2616.testFiles[0].name, "bytes=50-60,5-8", 206, "5-8/26",
* TestRFC2616.testFiles[0].data.substring(5,8+1) );
* // 416 as none are satisfiable connector.checkContentRange( t,
* "bytes=50-60", TestRFC2616.testFiles[0].name, "bytes=50-60", 416,
* "*REMOVE_THIS/26", null );
*
* }
*
* catch(Exception e) { e.printStackTrace(); assertTrue(false); }
*/
}
@Test
public void test14_23()
{
try
{
String response;
int offset=0;
// HTTP/1.0 OK with no host
offset=0;
response=connector.getResponses("GET /R1 HTTP/1.0\n"+"\n");
offset=checkContains(response,offset,"HTTP/1.1 200","200")+1;
offset=0;
response=connector.getResponses("GET /R1 HTTP/1.1\n"+"\n");
offset=checkContains(response,offset,"HTTP/1.1 400","400")+1;
offset=0;
response=connector.getResponses("GET /R1 HTTP/1.1\n"+"Host: localhost\n"+"\n");
offset=checkContains(response,offset,"HTTP/1.1 200","200")+1;
offset=0;
response=connector.getResponses("GET /R1 HTTP/1.1\n"+"Host:\n"+"\n");
offset=checkContains(response,offset,"HTTP/1.1 200","200")+1;
}
catch (Exception e)
{
e.printStackTrace();
assertTrue(false);
}
}
@Test
public void test14_35()
{
// TODO
/*
* try { TestListener listener = new TestListener();
* // // test various valid range specs that have not been // tested
* yet //
*
* connector.checkContentRange( t, "bytes=0-2",
* TestRFC2616.testFiles[0].name, "bytes=0-2", 206, "0-2/26",
* TestRFC2616.testFiles[0].data.substring(0,2+1) );
*
* connector.checkContentRange( t, "bytes=23-",
* TestRFC2616.testFiles[0].name, "bytes=23-", 206, "23-25/26",
* TestRFC2616.testFiles[0].data.substring(23,25+1) );
*
* connector.checkContentRange( t, "bytes=23-42",
* TestRFC2616.testFiles[0].name, "bytes=23-42", 206, "23-25/26",
* TestRFC2616.testFiles[0].data.substring(23,25+1) );
*
* connector.checkContentRange( t, "bytes=-3",
* TestRFC2616.testFiles[0].name, "bytes=-3", 206, "23-25/26",
* TestRFC2616.testFiles[0].data.substring(23,25+1) );
*
* connector.checkContentRange( t, "bytes=23-23,-2",
* TestRFC2616.testFiles[0].name, "bytes=23-23,-2", 206, "23-23/26",
* TestRFC2616.testFiles[0].data.substring(23,23+1) );
*
* connector.checkContentRange( t, "bytes=-1,-2,-3",
* TestRFC2616.testFiles[0].name, "bytes=-1,-2,-3", 206, "25-25/26",
* TestRFC2616.testFiles[0].data.substring(25,25+1) );
* }
*
* catch(Exception e) { e.printStackTrace(); assertTrue(false); }
*/}
@Test
public void test14_39()
{
// TODO
/*
* try { TestListener listener = new TestListener(); String response;
* int offset=0; connector.reopen();
* // Gzip accepted offset=0; connector.reopen();
* response=connector.getResponses("GET /R1?gzip HTTP/1.1\n"+ "Host:
* localhost\n"+ "TE: gzip;q=0.5\n"+ "Connection: close\n"+ "\n");
* offset=checkContains(response,offset, "HTTP/1.1 200","TE: coding")+1;
* offset=checkContains(response,offset, "Transfer-Encoding: gzip","TE:
* coding")+1;
* // Gzip not accepted offset=0; connector.reopen();
* response=connector.getResponses("GET /R1?gzip HTTP/1.1\n"+ "Host:
* localhost\n"+ "TE: deflate\n"+ "Connection: close\n"+ "\n");
* offset=checkContains(response,offset, "HTTP/1.1 501","TE: coding not
* accepted")+1;
* } catch(Exception e) { e.printStackTrace(); assertTrue(false); }
*/
}
@Test
public void test19_6()
{
try
{
String response;
int offset=0;
offset=0;
response=connector.getResponses("GET /R1 HTTP/1.0\n"+"\n");
offset=checkContains(response,offset,"HTTP/1.1 200 OK\015\012","19.6.2 default close")+10;
checkNotContained(response,offset,"Connection: close","19.6.2 not assumed");
offset=0;
response=connector.getResponses("GET /R1 HTTP/1.0\n"+"Host: localhost\n"+"Connection: keep-alive\n"+"\n"+
"GET /R2 HTTP/1.0\n"+"Host: localhost\n"+"Connection: close\n"+"\n"+
"GET /R3 HTTP/1.0\n"+"Host: localhost\n"+"Connection: close\n"+"\n");
offset=checkContains(response,offset,"HTTP/1.1 200 OK\015\012","19.6.2 Keep-alive 1")+1;
offset=checkContains(response,offset,"Connection: keep-alive","19.6.2 Keep-alive 1")+1;
offset=checkContains(response,offset,"<html>","19.6.2 Keep-alive 1")+1;
offset=checkContains(response,offset,"/R1","19.6.2 Keep-alive 1")+1;
offset=checkContains(response,offset,"HTTP/1.1 200 OK\015\012","19.6.2 Keep-alive 2")+11;
offset=checkContains(response,offset,"/R2","19.6.2 Keep-alive close")+3;
assertEquals("19.6.2 closed",-1,response.indexOf("/R3"));
offset=0;
response=connector.getResponses("GET /R1 HTTP/1.0\n"+"Host: localhost\n"+"Connection: keep-alive\n"+"Content-Length: 10\n"+"\n"+"1234567890\n"+
"GET /RA HTTP/1.0\n"+"Host: localhost\n"+"Connection: keep-alive\n"+"Content-Length: 10\n"+"\n"+"ABCDEFGHIJ\n"+
"GET /R2 HTTP/1.0\n"+"Host: localhost\n"+"Connection: close\n"+"\n"+
"GET /R3 HTTP/1.0\n"+"Host: localhost\n"+"Connection: close\n"+"\n");
offset=checkContains(response,offset,"HTTP/1.1 200 OK\015\012","19.6.2 Keep-alive 1")+1;
offset=checkContains(response,offset,"Connection: keep-alive","19.6.2 Keep-alive 1")+1;
offset=checkContains(response,offset,"<html>","19.6.2 Keep-alive 1")+1;
offset=checkContains(response,offset,"1234567890","19.6.2 Keep-alive 1")+1;
offset=checkContains(response,offset,"HTTP/1.1 200 OK\015\012","19.6.2 Keep-alive 1")+1;
offset=checkContains(response,offset,"Connection: keep-alive","19.6.2 Keep-alive 1")+1;
offset=checkContains(response,offset,"<html>","19.6.2 Keep-alive 1")+1;
offset=checkContains(response,offset,"ABCDEFGHIJ","19.6.2 Keep-alive 1")+1;
offset=checkContains(response,offset,"HTTP/1.1 200 OK\015\012","19.6.2 Keep-alive 2")+11;
offset=checkContains(response,offset,"/R2","19.6.2 Keep-alive close")+3;
assertEquals("19.6.2 closed",-1,response.indexOf("/R3"));
}
catch (Exception e)
{
e.printStackTrace();
assertTrue(false);
}
}
private void checkContentRange(LocalConnector listener, String tname, String path, String reqRanges, int expectedStatus, String expectedRange, String expectedData)
{
try
{
String response;
int offset=0;
String byteRangeHeader="";
if (reqRanges!=null)
{
byteRangeHeader="Range: "+reqRanges+"\n";
}
response=connector.getResponses("GET /"+path+" HTTP/1.1\n"+"Host: localhost\n"+byteRangeHeader+"Connection: close\n"+"\n");
switch (expectedStatus)
{
case 200:
{
offset=checkContains(response,offset,"HTTP/1.1 200 OK\r\n",tname+".1. proper 200 OK status code");
break;
}
case 206:
{
offset=checkContains(response,offset,"HTTP/1.1 206 Partial Content\r\n",tname+".1. proper 206 Partial Content status code");
break;
}
case 416:
{
offset=checkContains(response,offset,"HTTP/1.1 416 Requested Range Not Satisfiable\r\n",tname
+".1. proper 416 Requested Range not Satisfiable status code");
break;
}
}
if (expectedRange!=null)
{
String expectedContentRange="Content-Range: bytes "+expectedRange+"\r\n";
offset=checkContains(response,offset,expectedContentRange,tname+".2. _content range "+expectedRange);
}
if (expectedStatus==200||expectedStatus==206)
{
offset=checkContains(response,offset,expectedData,tname+".3. subrange data: \""+expectedData+"\"");
}
}
catch (Exception e)
{
e.printStackTrace();
assertTrue(false);
}
}
private int checkContains(String s, int offset, String c, String test)
{
int o=s.indexOf(c,offset);
if (o<offset)
{
System.err.println("FAILED: "+test);
System.err.println("'"+c+"' not in:");
System.err.println(s.substring(offset));
System.err.flush();
System.out.println("--\n"+s);
System.out.flush();
assertTrue(test,false);
}
return o;
}
private void checkNotContained(String s, int offset, String c, String test)
{
int o=s.indexOf(c,offset);
assertTrue(test,o<offset);
}
private void checkNotContained(String s, String c, String test)
{
checkNotContained(s,0,c,test);
}
}