The Tor Browser: services/sync/tests/tps/test

Cloned upstream origin tor-browser at tor-browser-31.3.0esr-4.5-1-build1
revision ID fc1c9ff7c1b2defdbc039f12214767608f46423f for hacking purpose.

     1 /* Any copyright is dedicated to the Public Domain.

     2    http://creativecommons.org/publicdomain/zero/1.0/ */

     4 /*

     5  * The list of phases mapped to their corresponding profiles.  The object

     6  * here must be in strict JSON format, as it will get parsed by the Python

     7  * testrunner (no single quotes, extra comma's, etc).

     8  */

     9 EnableEngines(["passwords"]);

    11 var phases = { "phase1": "profile1",

    12                "phase2": "profile2",

    13                "phase3": "profile1",

    14                "phase4": "profile2" };

    16 /*

    17  * Password asset lists: these define password entries that are used during

    18  * the test

    19  */

    21 // initial password list to be loaded into the browser

    22 var passwords_initial = [

    23   { hostname: "http://www.example.com",

    24     submitURL: "http://login.example.com",

    25     username: "joe",

    26     password: "SeCrEt123",

    27     usernameField: "uname",

    28     passwordField: "pword",

    29     changes: {

    30       password: "zippity-do-dah"

    31     }

    32   },

    33   { hostname: "http://www.example.com",

    34     realm: "login",

    35     username: "joe",

    36     password: "secretlogin"

    37   }

    38 ];

    40 // expected state of passwords after the changes in the above list are applied

    41 var passwords_after_first_update = [

    42   { hostname: "http://www.example.com",

    43     submitURL: "http://login.example.com",

    44     username: "joe",

    45     password: "zippity-do-dah",

    46     usernameField: "uname",

    47     passwordField: "pword"

    48   },

    49   { hostname: "http://www.example.com",

    50     realm: "login",

    51     username: "joe",

    52     password: "secretlogin"

    53   }

    54 ];

    56 var passwords_to_delete = [

    57   { hostname: "http://www.example.com",

    58     realm: "login",

    59     username: "joe",

    60     password: "secretlogin"

    61   }

    62 ];

    64 var passwords_absent = [

    65   { hostname: "http://www.example.com",

    66     realm: "login",

    67     username: "joe",

    68     password: "secretlogin"

    69   }

    70 ];

    72 // expected state of passwords after the delete operation

    73 var passwords_after_second_update = [

    74   { hostname: "http://www.example.com",

    75     submitURL: "http://login.example.com",

    76     username: "joe",

    77     password: "zippity-do-dah",

    78     usernameField: "uname",

    79     passwordField: "pword"

    80   }

    81 ];

    83 /*

    84  * Test phases

    85  */

    87 Phase('phase1', [

    88   [Passwords.add, passwords_initial],

    89   [Sync]

    90 ]);

    92 Phase('phase2', [

    93   [Sync],

    94   [Passwords.verify, passwords_initial],

    95   [Passwords.modify, passwords_initial],

    96   [Passwords.verify, passwords_after_first_update],

    97   [Sync]

    98 ]);

   100 Phase('phase3', [

   101   [Sync],

   102   [Passwords.verify, passwords_after_first_update],

   103   [Passwords.delete, passwords_to_delete],

   104   [Passwords.verify, passwords_after_second_update],

   105   [Passwords.verifyNot, passwords_absent],

   106   [Sync]

   107 ]);

   109 Phase('phase4', [

   110   [Sync],

   111   [Passwords.verify, passwords_after_second_update],

   112   [Passwords.verifyNot, passwords_absent]

   113 ]);

The Tor Browser / file revision