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inherit "../pike_test_common"; 
 
#include <testsuite.h> 
 
import TEST.http.WebDAV; 
 
#ifdef DAV_DEBUG 
#define DAV_WERROR(X...)    werror(X) 
#else /* !DAV_DEBUG */ 
#define DAV_WERROR(X...) 
#endif /* DAV_DEBUG */ 
 
private string filesystem_dir = "$VARDIR/testsuite/webdav"; 
// Expanded filesystem_dir. 
private string webdav_mount_point = "webdav/"; 
private string username = "test"; 
private string password = "test"; 
 
void run_tests(Configuration conf) 
{ 
  array(Standards.URI) base_uris = TestUtils.get_test_urls(conf, 
                                                 webdav_mount_point, 
                                                 username, 
                                                 password); 
  int count = 0; 
  foreach (base_uris, Standards.URI base_uri) { 
    DAV_WERROR("Webdav testsuite: Base URI: %s\n", (string)base_uri); 
    mapping(string:string) base_headers = ([ 
      "host": base_uri->host, 
      "user-agent": "Roxen WebDAV Tester", 
      "connection": "keep-alive", 
    ]); 
    WebdavTest testsuite = 
      WebdavTest(webdav_mount_point, base_uri, base_headers, "testdir"+count++); 
    testsuite->run(); 
    // Hack for counting number of tests. 
    ::current_test += testsuite->current_test; 
    ::tests_failed += testsuite->tests_failed; 
  } 
 
  // Some low-level tests. 
  RequestID fake_id = RequestID(0, 0, 0); 
 
  fake_id->request_headers = ([ 
    "if":"<path(>([W/\"etag)\"] <key(> not <no)key>)", 
  ]); 
 
  test_equal(([ 
               "path(": ({ 
                 ({ 
                   ({ "etag", "W/\"etag)\"" }), 
                   ({ "key", "key(" }), 
                   ({ "not", 0 }), 
                   ({ "key", "no)key" }), 
                 }), 
               }), 
               0: ({ 
                 ({ 
                   ({ "key", "key(" }), 
                 }), 
               }), 
             ]), fake_id->get_if_data); 
} 
 
 
private class WebdavTest { 
 
  inherit TestBase; 
 
  private string real_dir = roxen_path(filesystem_dir); 
 
  protected void create(string webdav_mount_point, 
                        Standards.URI base_uri, 
                        mapping(string:string) base_headers, 
                        string testdir) 
  { 
    ::create(webdav_mount_point, base_uri, base_headers, testdir); 
    DAV_WERROR("Webdav real_dir: %O\n", real_dir); 
    Stdio.mkdirhier(real_dir); 
  } 
 
  protected int filesystem_check_exists(string path) 
  { 
    path = string_to_utf8(Unicode.normalize(utf8_to_string(path), "NFC")); 
    string real_path = Stdio.append_path(real_dir, path); 
    return Stdio.exist(real_path); 
  } 
 
  protected string filesystem_read_file(string path) 
  { 
    path = string_to_utf8(Unicode.normalize(utf8_to_string(path), "NFC")); 
    string real_path = Stdio.append_path(real_dir, path); 
    return Stdio.read_bytes(real_path); 
  } 
 
  protected array(string) filesystem_get_dir(string path) 
  { 
    path = string_to_utf8(Unicode.normalize(utf8_to_string(path), "NFC")); 
    string real_path = Stdio.append_path(real_dir, path); 
    return get_dir(real_path); 
  } 
 
  protected int filesystem_is_dir(string path) 
  { 
    path = string_to_utf8(Unicode.normalize(utf8_to_string(path), "NFC")); 
    string real_path = Stdio.append_path(real_dir, path); 
    return Stdio.is_dir(real_path); 
  } 
 
  protected int filesystem_is_file(string path) 
  { 
    path = string_to_utf8(Unicode.normalize(utf8_to_string(path), "NFC")); 
    string real_path = Stdio.append_path(real_dir, path); 
    return Stdio.is_file(real_path); 
  } 
 
  protected int(0..1) filesystem_mkdir_recursive(string(8bit) path) 
  { 
    string real_path = Stdio.append_path (real_dir, path); 
    return Stdio.mkdirhier(real_path); 
  } 
 
  //! Writes a file to @[path], which is used verbatim without any normalization. 
  protected int(0..) filesystem_direct_write(string(8bit) path, 
                                             string(8bit) data) 
  { 
    string real_path = Stdio.append_path (real_dir, path); 
    return Stdio.write_file(real_path, data); 
  } 
 
  // protected int filesystem_recursive_rm(string path) 
  // { 
  //   path = string_to_utf8(Unicode.normalize(utf8_to_string(path), "NFC")); 
  //   string real_path = Stdio.append_path(real_dir, path); 
  //   return Stdio.recursive_rm(real_path); 
  // } 
 
}