static int Main(string[] args)
{
if (awsAccessKeyId.StartsWith("<INSERT")) {
System.Console.WriteLine("Please examine S3Test.cs and update it with your credentials");
return -1;
}
testUrlEscaping();
// test all operation for both regular and vanity domains
// regular: http://s3.amazonaws.com/key
// subdomain: http://bucket.s3.amazonaws.com/key
// testing pure vanity domains (http://<vanity domain>/key) is not covered here
// but is possible with some assitional setup
foreach ( CallingFormat format in callingFormats )
{
AWSAuthConnection conn = new AWSAuthConnection( awsAccessKeyId, awsSecretAccessKey, false, format );
using ( Response response = conn.createBucket( bucketName, Location.DEFAULT, null ) ) {
assertEquals(
HTTP_OK,
response.Status,
"couldn't create bucket" );
}
using ( ListBucketResponse listBucketResponse = conn.listBucket( bucketName, null, null, 0, null ) ) {
assertEquals(
HTTP_OK,
listBucketResponse.Status,
"Couldn't get list" );
assertEquals(
0,
listBucketResponse.Entries.Count,
"list wasn't empty" );
verifyBucketResponseParameters( listBucketResponse, bucketName, "", "", UnspecifiedMaxKeys, null, false, null );
}
// start delimiter tests
string text = "this is a test";
string key = "example.txt";
string innerKey = "test/inner.txt";
string badcharKey = "x+/last{key}.txt";
string lastKey = "z-last-key.txt";
using ( Response response = conn.put(bucketName, key, new S3Object(text, null), null) ) {
assertEquals(
HTTP_OK,
response.Status,
"couldn't put simple object");
}
using ( Response response = conn.put(bucketName, innerKey, new S3Object(text, null), null) ) {
assertEquals(
HTTP_OK,
response.Status,
"couldn't put simple object");
}
using ( Response response = conn.put(bucketName, lastKey, new S3Object(text, null), null) ) {
assertEquals(
HTTP_OK,
response.Status,
"couldn't put simple object");
}
using ( Response response = conn.put(bucketName, badcharKey, new S3Object(text, null), null) ) {
assertEquals(
HTTP_OK,
response.Status,
"couldn't put simple object");
}
// plain list
using ( ListBucketResponse listBucketResponse = conn.listBucket(bucketName, null, null, 0, null) ) {
assertEquals(
listBucketResponse.Status,
HTTP_OK,
"couldn't get list");
assertEquals(4, listBucketResponse.Entries.Count, "Unexpected list size");
assertEquals(0, listBucketResponse.CommonPrefixEntries.Count, "Unexpected common prefix size");
verifyBucketResponseParameters(listBucketResponse, bucketName, "", "", UnspecifiedMaxKeys, null, false, null);
}
// root "directory"
using ( ListBucketResponse listBucketResponse = conn.listBucket(bucketName, null, null, 0, "/", null) ) {
assertEquals(
HTTP_OK,
listBucketResponse.Status,
"couldn't get list");
assertEquals(2, listBucketResponse.Entries.Count, "Unexpected list size");
assertEquals(2, listBucketResponse.CommonPrefixEntries.Count, "Unexpected common prefix size");
verifyBucketResponseParameters(listBucketResponse, bucketName, "", "", UnspecifiedMaxKeys, "/", false, null);
}
// root "directory" with a max-keys of "1"
using ( ListBucketResponse listBucketResponse = conn.listBucket(bucketName, null, null, 1, "/", null) ) {
assertEquals(
HTTP_OK,
listBucketResponse.Status,
"couldn't get list");
assertEquals(1, listBucketResponse.Entries.Count, "Unexpected list size");
assertEquals(0, listBucketResponse.CommonPrefixEntries.Count, "Unexpected common prefix size");
verifyBucketResponseParameters(listBucketResponse, bucketName, "", "", 1, "/", true, "example.txt");
}
// root "directory" with a max-keys of "2"
string marker = null;
using ( ListBucketResponse listBucketResponse = conn.listBucket(bucketName, null, null, 2, "/", null) ) {
assertEquals(
HTTP_OK,
listBucketResponse.Status,
"couldn't get list");
assertEquals(1, listBucketResponse.Entries.Count, "Unexpected list size");
assertEquals(1, listBucketResponse.CommonPrefixEntries.Count, "Unexpected common prefix size");
verifyBucketResponseParameters(listBucketResponse, bucketName, "", "", 2, "/", true, "test/");
marker = listBucketResponse.NextMarker;
}
using ( ListBucketResponse listBucketResponse = conn.listBucket( bucketName, null, marker, 2, "/", null ) ) {
assertEquals(
HTTP_OK,
listBucketResponse.Status,
"couldn't get list");
assertEquals(1, listBucketResponse.Entries.Count, "Unexpected list size");
assertEquals(1, listBucketResponse.CommonPrefixEntries.Count, "Unexpected common prefix size");
verifyBucketResponseParameters(listBucketResponse, bucketName, "", marker, 2, "/", false, null);
}
// test "directory" (really just prefix)
using ( ListBucketResponse listBucketResponse = conn.listBucket(bucketName, "test/", null, 0, "/", null) ) {
assertEquals(
HTTP_OK,
listBucketResponse.Status,
"couldn't get list");
assertEquals(1, listBucketResponse.Entries.Count, "Unexpected list size");
assertEquals(0, listBucketResponse.CommonPrefixEntries.Count, "Unexpected common prefix size");
verifyBucketResponseParameters(listBucketResponse, bucketName, "test/", "", UnspecifiedMaxKeys, "/", false, null);
}
// test "directory" 'x+' (really just prefix)
using ( ListBucketResponse listBucketResponse = conn.listBucket(bucketName, "x+/", null, 0, "/", null) ) {
assertEquals(
HTTP_OK,
listBucketResponse.Status,
"couldn't get list");
assertEquals(1, listBucketResponse.Entries.Count, "Unexpected list size");
assertEquals(0, listBucketResponse.CommonPrefixEntries.Count, "Unexpected common prefix size");
verifyBucketResponseParameters(listBucketResponse, bucketName, "x+/", "", UnspecifiedMaxKeys, "/", false, null);
}
// remove innerkey
using ( Response response = conn.delete(bucketName, innerKey, null) ) {
assertEquals(
HTTP_NO_CONTENT,
response.Status,
"couldn't delete entry");
}
// remove badcharKey
using ( Response response = conn.delete(bucketName, badcharKey, null) ) {
assertEquals(
HTTP_NO_CONTENT,
response.Status,
"couldn't delete entry");
}
// remove last key
using ( Response response = conn.delete(bucketName, lastKey, null) ) {
assertEquals(
HTTP_NO_CONTENT,
response.Status,
"couldn't delete entry");
}
// End of delimiter tests
SortedList metadata = new SortedList();
metadata.Add("title", "title");
using ( Response response = conn.put(bucketName, key, new S3Object(text, metadata), null) ) {
assertEquals(
HTTP_OK,
response.Status,
"couldn't put complex object");
}
using ( GetResponse getResponse = conn.get(bucketName, key, null) ) {
assertEquals(
HTTP_OK,
getResponse.Status,
"couldn't get object");
assertEquals(text, getResponse.Object.Data, "didn't get the right data back");
assertEquals(1, getResponse.Object.Metadata.Count, "didn't get the right metadata back");
assertEquals(
"title",
getResponse.Object.Metadata["title"],
"didn't get the right metadata back");
assertEquals(
(long)text.Length,
getResponse.Connection.ContentLength,
"didn't get the right content-length");
}
// end delimiter tests
using ( Response response = conn.put(bucketName, key, new S3Object(text, null), null) ) {
assertEquals(
HTTP_OK,
response.Status,
"couldn't put simple object");
}
SortedList metadataWithSpaces = new SortedList();
string titleWithSpaces = " \t title with leading and trailing spaces ";
metadataWithSpaces.Add("title", titleWithSpaces);
using ( Response response = conn.put(bucketName, key, new S3Object(text, metadataWithSpaces), null) ) {
assertEquals(
HTTP_OK,
response.Status,
"couldn't put metadata with leading and trailing spaces");
}
using ( GetResponse getResponse = conn.get(bucketName, key, null) ) {
assertEquals(
HTTP_OK,
getResponse.Status,
"couldn't get object");
assertEquals(1, getResponse.Object.Metadata.Count, "didn't get the right metadata back");
assertEquals(
titleWithSpaces.Trim(),
getResponse.Object.Metadata["title"],
"didn't get the right metadata back");
}
string weirdKey = "&=/%# ++/++";
using ( Response response = conn.put(bucketName, weirdKey, new S3Object(text, null), null) ) {
assertEquals(
HTTP_OK,
response.Status,
"couldn't put weird key");
}
using ( GetResponse getResponse = conn.get(bucketName, weirdKey, null) ) {
assertEquals(
HTTP_OK,
getResponse.Status,
"couldn't get weird key");
}
string acl = null;
using ( GetResponse getResponse = conn.getACL(bucketName, key, null) ) {
assertEquals(
HTTP_OK,
getResponse.Status,
"couldn't get acl");
acl = getResponse.Object.Data;
}
using ( Response response = conn.putACL(bucketName, key, acl, null) ) {
assertEquals(
HTTP_OK,
response.Status,
"couldn't put acl");
}
string bucketACL = null;
using ( GetResponse getResponse = conn.getBucketACL(bucketName, null) ) {
assertEquals(
HTTP_OK,
getResponse.Status,
"couldn't get bucket acl");
bucketACL = getResponse.Object.Data;
}
using ( Response response = conn.putBucketACL(bucketName, bucketACL, null) ) {
assertEquals(
HTTP_OK,
response.Status,
"couldn't put bucket acl");
}
// bucket logging tests
string bucketLogging;
using ( GetResponse getResponse = conn.getBucketLogging(bucketName, null) ) {
assertEquals(
HTTP_OK,
getResponse.Status,
"couldn't get bucket logging config");
bucketLogging = getResponse.Object.Data;
}
using ( Response response = conn.putBucketLogging(bucketName, bucketLogging, null) ) {
assertEquals(
HTTP_OK,
response.Status,
"couldn't put bucket logging config");
}
// end bucket logging tests
using ( ListBucketResponse listBucketResponse = conn.listBucket(bucketName, null, null, 0, null) ) {
assertEquals(
HTTP_OK,
listBucketResponse.Status,
"couldn't list bucket");
ArrayList entries = listBucketResponse.Entries;
assertEquals(2, entries.Count, "didn't get back the right number of entries");
// depends on weirdKey < $key
assertEquals(weirdKey, ((ListEntry)entries[0]).Key, "first key isn't right");
assertEquals(key, ((ListEntry)entries[1]).Key, "second key isn't right");
verifyBucketResponseParameters(listBucketResponse, bucketName, "", "", UnspecifiedMaxKeys, null, false, null);
}
using ( ListBucketResponse listBucketResponse = conn.listBucket(bucketName, null, null, 1, null) ) {
assertEquals(
HTTP_OK,
listBucketResponse.Status,
"couldn't list bucket");
assertEquals(
1,
listBucketResponse.Entries.Count,
"didn't get back the right number of entries");
verifyBucketResponseParameters(listBucketResponse, bucketName, "", "", 1, null, true, null);
}
using ( ListBucketResponse listBucketResponse = conn.listBucket( bucketName, null, null, 0, null ) ) {
assertEquals(
HTTP_OK,
listBucketResponse.Status,
"couldn't list bucket");
// delete the bucket's content
foreach ( ListEntry entry in listBucketResponse.Entries ) {
using ( Response response = conn.delete( bucketName, entry.Key, null ) ) {
assertEquals(
HTTP_NO_CONTENT,
response.Status,
"couldn't delete entry" );
}
}
}
ArrayList buckets = null;
using ( ListAllMyBucketsResponse listAllMyBucketsResponse = conn.listAllMyBuckets(null) ) {
assertEquals(
HTTP_OK,
listAllMyBucketsResponse.Status,
"couldn't list all my buckets");
buckets = listAllMyBucketsResponse.Buckets;
}
using ( Response response = conn.deleteBucket(bucketName, null) ) {
assertEquals(
HTTP_NO_CONTENT,
response.Status,
"couldn't delete bucket");
}
using ( ListAllMyBucketsResponse listAllMyBucketsResponse = conn.listAllMyBuckets(null) ) {
assertEquals(
HTTP_OK,
listAllMyBucketsResponse.Status,
"couldn't list all my buckets");
assertEquals(
buckets.Count - 1,
listAllMyBucketsResponse.Buckets.Count,
"bucket count is incorrect");
}
QueryStringAuthGenerator generator =
new QueryStringAuthGenerator(awsAccessKeyId, awsSecretAccessKey, false);
checkURL(
generator.createBucket(bucketName, null, null),
"PUT",
HTTP_OK,
"couldn't create bucket");
checkURL(
generator.put(bucketName, key, new S3Object("test data", null), null),
"PUT",
HTTP_OK,
"put object",
"test data");
checkURL(
generator.get(bucketName, key, null),
"GET",
HTTP_OK,
"get object");
checkURL(
generator.listBucket(bucketName, null, null, 0, null),
"GET",
HTTP_OK,
"list bucket");
checkURL(
generator.listAllMyBuckets(null),
"GET",
HTTP_OK,
"list all my buckets");
checkURL(
generator.getACL(bucketName, key, null),
"GET",
HTTP_OK,
"get acl");
checkURL(
generator.putACL(bucketName, key, null),
"PUT",
HTTP_OK,
"put acl",
acl);
checkURL(
generator.getBucketACL(bucketName, null),
"GET",
HTTP_OK,
"get bucket acl");
checkURL(
generator.putBucketACL(bucketName, null),
"PUT",
HTTP_OK,
"put bucket acl",
bucketACL);
checkURL(
generator.delete(bucketName, key, null),
"DELETE",
HTTP_NO_CONTENT,
"delete object");
checkURL(
generator.deleteBucket(bucketName, null),
"DELETE",
HTTP_NO_CONTENT,
"delete bucket");
}
System.Console.WriteLine("OK (" + assertionCount + " tests passed)");
return 0;
}
static int Main(string[] args)
{
try {
if ( awsAccessKeyId.StartsWith( "<INSERT" ) )
{
System.Console.WriteLine( "Please examine S3Driver.cs and update it with your credentials" );
return 1;
}
AWSAuthConnection conn =
new AWSAuthConnection( awsAccessKeyId, awsSecretAccessKey );
QueryStringAuthGenerator generator =
new QueryStringAuthGenerator( awsAccessKeyId, awsSecretAccessKey );
// Check if the bucket exists. The high availability engineering of
// Amazon S3 is focused on get, put, list, and delete operations.
// Because bucket operations work against a centralized, global
// resource space, it is not appropriate to make bucket create or
// delete calls on the high availability code path of your application.
// It is better to create or delete buckets in a separate initialization
// or setup routine that you run less often.
if (conn.checkBucketExists(bucketName))
{
System.Console.WriteLine("----- bucket already exists! -----");
}
else
{
System.Console.WriteLine( "----- creating bucket -----" );
// to create an EU located bucket change the Location param like this:
// using ( Response response = conn.createBucket( bucketName, Location.EU, null ) )
using (Response response = conn.createBucket(bucketName, Location.EU, null))
{
System.Console.WriteLine(response.getResponseMessage() );
}
}
System.Console.WriteLine("----- bucket location -----");
using (LocationResponse locationResponse = conn.getBucketLocation(bucketName))
{
if (locationResponse.Location == null)
System.Console.WriteLine("Location: <error>");
else if (locationResponse.Location.Length == 0)
System.Console.WriteLine("Location: <default>");
else
System.Console.WriteLine("Location: '{0}'", locationResponse.Location);
}
System.Console.WriteLine("----- listing bucket -----");
using ( ListBucketResponse listBucketResponse = conn.listBucket( bucketName, null, null, 0, null ) ) {
dumpBucketListing( listBucketResponse );
}
System.Console.WriteLine( "----- putting object -----" );
S3Object obj = new S3Object( "This is a test", null );
SortedList headers = new SortedList();
headers.Add( "Content-Type", "text/plain" );
using ( Response response = conn.put( bucketName, keyName, obj, headers ) ) {
System.Console.WriteLine( response.getResponseMessage() );
}
System.Console.WriteLine( "----- listing bucket -----" );
using ( ListBucketResponse listBucketResponse = conn.listBucket( bucketName, null, null, 0, null ) ) {
dumpBucketListing( listBucketResponse );
}
System.Console.WriteLine( "----- query string auth example -----" );
generator.ExpiresIn = 60 * 1000;
System.Console.WriteLine( "Try this url in your web browser (it will only work for 60 seconds)\n" );
string url = generator.get( bucketName, keyName, null );
System.Console.WriteLine( url );
System.Console.Write( "\npress enter >" );
System.Console.ReadLine();
System.Console.WriteLine( "\nNow try just the url without the query string arguments. It should fail.\n" );
System.Console.WriteLine( generator.makeBaseURL(bucketName, keyName) );
System.Console.Write( "\npress enter >" );
System.Console.ReadLine();
System.Console.WriteLine( "----- putting object with metadata and public read acl -----" );
SortedList metadata = new SortedList();
metadata.Add( "blah", "foo" );
obj = new S3Object( "this is a publicly readable test", metadata );
headers = new SortedList();
headers.Add( "x-amz-acl", "public-read" );
headers.Add( "Content-Type", "text/plain" );
using ( Response response = conn.put( bucketName, keyName + "-public", obj, headers ) ) {
System.Console.WriteLine( response.getResponseMessage() );
}
System.Console.WriteLine( "----- anonymous read test -----" );
System.Console.WriteLine( "\nYou should be able to try this in your browser\n" );
string publicURL = generator.get(bucketName, keyName + "-public", null);
System.Console.WriteLine(publicURL);
System.Console.Write( "\npress enter >" );
System.Console.ReadLine();
System.Console.WriteLine("----- path style url example -----");
System.Console.WriteLine("\nNon-location-constrained buckets can also be specified as part of the url path. (This was the original url style supported by S3.)");
System.Console.WriteLine("\nTry this url out in your browser (it will only be valid for 60 seconds)\n");
generator.CallingFormat = CallingFormat.PATH;
// could also have been done like this:
// generator = new QueryStringAuthGenerator(awsAccessKeyId, awsSecretAccessKey, true, Utils.DEFAULT_HOST, CallingFormat.getPathCallingFormat());
generator.ExpiresIn = 60 * 1000;
System.Console.WriteLine(generator.get(bucketName, keyName, null));
System.Console.Write("\npress enter> ");
System.Console.ReadLine();
System.Console.WriteLine( "----- getting object's acl -----" );
using ( GetResponse response = conn.getACL( bucketName, keyName, null ) ) {
System.Console.WriteLine( response.Object.Data );
}
System.Console.WriteLine( "----- deleting objects -----" );
using ( Response response = conn.delete( bucketName, keyName, null ) ) {
System.Console.WriteLine( response.getResponseMessage() );
}
using ( Response response = conn.delete( bucketName, keyName + "-public", null ) ) {
System.Console.WriteLine( response.getResponseMessage() );
}
System.Console.WriteLine( "----- listing bucket -----" );
using ( ListBucketResponse listBucketResponse = conn.listBucket( bucketName, null, null, 0, null ) ) {
dumpBucketListing( listBucketResponse );
}
System.Console.WriteLine( "----- listing all my buckets -----" );
using ( ListAllMyBucketsResponse listBucketResponse = conn.listAllMyBuckets( null ) ) {
dumpAllMyBucketListing( listBucketResponse );
}
System.Console.WriteLine( "----- deleting bucket -----" );
using ( Response response = conn.deleteBucket( bucketName, null ) ) {
System.Console.WriteLine( response.getResponseMessage() );
}
return 0;
} catch ( WebException e ) {
System.Console.WriteLine( e.Status );
System.Console.WriteLine( e.Message );
System.Console.WriteLine( e.StackTrace );
System.Console.ReadLine();
return 1;
} catch ( Exception e ) {
System.Console.WriteLine( e.Message );
System.Console.WriteLine( e.StackTrace );
System.Console.ReadLine();
return 1;
}
}