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Lauri Ojansivu 2020-01-16 06:15:10 +02:00
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(function () {
/* Imports */
var Meteor = Package.meteor.Meteor;
var global = Package.meteor.global;
var meteorEnv = Package.meteor.meteorEnv;
var FS = Package['cfs:base-package'].FS;
var check = Package.check.check;
var Match = Package.check.Match;
var EJSON = Package.ejson.EJSON;
var HTTP = Package['cfs:http-methods'].HTTP;
/* Package-scope variables */
var rootUrlPathPrefix, baseUrl, getHeaders, getHeadersByCollection, _existingMountPoints, mountUrls;
(function(){
///////////////////////////////////////////////////////////////////////
// //
// packages/cfs_access-point/packages/cfs_access-point.js //
// //
///////////////////////////////////////////////////////////////////////
//
(function () {
////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////
// //
// packages/cfs:access-point/access-point-common.js //
// //
////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////
//
rootUrlPathPrefix = __meteor_runtime_config__.ROOT_URL_PATH_PREFIX || ""; // 1
// Adjust the rootUrlPathPrefix if necessary // 2
if (rootUrlPathPrefix.length > 0) { // 3
if (rootUrlPathPrefix.slice(0, 1) !== '/') { // 4
rootUrlPathPrefix = '/' + rootUrlPathPrefix; // 5
} // 6
if (rootUrlPathPrefix.slice(-1) === '/') { // 7
rootUrlPathPrefix = rootUrlPathPrefix.slice(0, -1); // 8
} // 9
} // 10
// 11
// prepend ROOT_URL when isCordova // 12
if (Meteor.isCordova) { // 13
rootUrlPathPrefix = Meteor.absoluteUrl(rootUrlPathPrefix.replace(/^\/+/, '')).replace(/\/+$/, ''); // 14
} // 15
// 16
baseUrl = '/cfs'; // 17
FS.HTTP = FS.HTTP || {}; // 18
// 19
// Note the upload URL so that client uploader packages know what it is // 20
FS.HTTP.uploadUrl = rootUrlPathPrefix + baseUrl + '/files'; // 21
// 22
/** // 23
* @method FS.HTTP.setBaseUrl // 24
* @public // 25
* @param {String} newBaseUrl - Change the base URL for the HTTP GET and DELETE endpoints. // 26
* @returns {undefined} // 27
*/ // 28
FS.HTTP.setBaseUrl = function setBaseUrl(newBaseUrl) { // 29
// 30
// Adjust the baseUrl if necessary // 31
if (newBaseUrl.slice(0, 1) !== '/') { // 32
newBaseUrl = '/' + newBaseUrl; // 33
} // 34
if (newBaseUrl.slice(-1) === '/') { // 35
newBaseUrl = newBaseUrl.slice(0, -1); // 36
} // 37
// 38
// Update the base URL // 39
baseUrl = newBaseUrl; // 40
// 41
// Change the upload URL so that client uploader packages know what it is // 42
FS.HTTP.uploadUrl = rootUrlPathPrefix + baseUrl + '/files'; // 43
// 44
// Remount URLs with the new baseUrl, unmounting the old, on the server only. // 45
// If existingMountPoints is empty, then we haven't run the server startup // 46
// code yet, so this new URL will be used at that point for the initial mount. // 47
if (Meteor.isServer && !FS.Utility.isEmpty(_existingMountPoints)) { // 48
mountUrls(); // 49
} // 50
}; // 51
// 52
/* // 53
* FS.File extensions // 54
*/ // 55
// 56
/** // 57
* @method FS.File.prototype.url Construct the file url // 58
* @public // 59
* @param {Object} [options] // 60
* @param {String} [options.store] Name of the store to get from. If not defined, the first store defined in `options.stores` for the collection on the client is used.
* @param {Boolean} [options.auth=null] Add authentication token to the URL query string? By default, a token for the current logged in user is added on the client. Set this to `false` to omit the token. Set this to a string to provide your own token. Set this to a number to specify an expiration time for the token in seconds.
* @param {Boolean} [options.download=false] Should headers be set to force a download? Typically this means that clicking the link with this URL will download the file to the user's Downloads folder instead of displaying the file in the browser.
* @param {Boolean} [options.brokenIsFine=false] Return the URL even if we know it's currently a broken link because the file hasn't been saved in the requested store yet.
* @param {Boolean} [options.metadata=false] Return the URL for the file metadata access point rather than the file itself.
* @param {String} [options.uploading=null] A URL to return while the file is being uploaded. // 66
* @param {String} [options.storing=null] A URL to return while the file is being stored. // 67
* @param {String} [options.filename=null] Override the filename that should appear at the end of the URL. By default it is the name of the file in the requested store.
* // 69
* Returns the HTTP URL for getting the file or its metadata. // 70
*/ // 71
FS.File.prototype.url = function(options) { // 72
var self = this; // 73
options = options || {}; // 74
options = FS.Utility.extend({ // 75
store: null, // 76
auth: null, // 77
download: false, // 78
metadata: false, // 79
brokenIsFine: false, // 80
uploading: null, // return this URL while uploading // 81
storing: null, // return this URL while storing // 82
filename: null // override the filename that is shown to the user // 83
}, options.hash || options); // check for "hash" prop if called as helper // 84
// 85
// Primarily useful for displaying a temporary image while uploading an image // 86
if (options.uploading && !self.isUploaded()) { // 87
return options.uploading; // 88
} // 89
// 90
if (self.isMounted()) { // 91
// See if we've stored in the requested store yet // 92
var storeName = options.store || self.collection.primaryStore.name; // 93
if (!self.hasStored(storeName)) { // 94
if (options.storing) { // 95
return options.storing; // 96
} else if (!options.brokenIsFine) { // 97
// We want to return null if we know the URL will be a broken // 98
// link because then we can avoid rendering broken links, broken // 99
// images, etc. // 100
return null; // 101
} // 102
} // 103
// 104
// Add filename to end of URL if we can determine one // 105
var filename = options.filename || self.name({store: storeName}); // 106
if (typeof filename === "string" && filename.length) { // 107
filename = '/' + filename; // 108
} else { // 109
filename = ''; // 110
} // 111
// 112
// TODO: Could we somehow figure out if the collection requires login? // 113
var authToken = ''; // 114
if (Meteor.isClient && typeof Accounts !== "undefined" && typeof Accounts._storedLoginToken === "function") { // 115
if (options.auth !== false) { // 116
// Add reactive deps on the user // 117
Meteor.userId(); // 118
// 119
var authObject = { // 120
authToken: Accounts._storedLoginToken() || '' // 121
}; // 122
// 123
// If it's a number, we use that as the expiration time (in seconds) // 124
if (options.auth === +options.auth) { // 125
authObject.expiration = FS.HTTP.now() + options.auth * 1000; // 126
} // 127
// 128
// Set the authToken // 129
var authString = JSON.stringify(authObject); // 130
authToken = FS.Utility.btoa(authString); // 131
} // 132
} else if (typeof options.auth === "string") { // 133
// If the user supplies auth token the user will be responsible for // 134
// updating // 135
authToken = options.auth; // 136
} // 137
// 138
// Construct query string // 139
var params = {}; // 140
if (authToken !== '') { // 141
params.token = authToken; // 142
} // 143
if (options.download) { // 144
params.download = true; // 145
} // 146
if (options.store) { // 147
// We use options.store here instead of storeName because we want to omit the queryString // 148
// whenever possible, allowing users to have "clean" URLs if they want. The server will // 149
// assume the first store defined on the server, which means that we are assuming that // 150
// the first on the client is also the first on the server. If that's not the case, the // 151
// store option should be supplied. // 152
params.store = options.store; // 153
} // 154
var queryString = FS.Utility.encodeParams(params); // 155
if (queryString.length) { // 156
queryString = '?' + queryString; // 157
} // 158
// 159
// Determine which URL to use // 160
var area; // 161
if (options.metadata) { // 162
area = '/record'; // 163
} else { // 164
area = '/files'; // 165
} // 166
// 167
// Construct and return the http method url // 168
return rootUrlPathPrefix + baseUrl + area + '/' + self.collection.name + '/' + self._id + filename + queryString; // 169
} // 170
// 171
}; // 172
// 173
// 174
// 175
////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////
}).call(this);
(function () {
////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////
// //
// packages/cfs:access-point/access-point-handlers.js //
// //
////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////
//
getHeaders = []; // 1
getHeadersByCollection = {}; // 2
// 3
FS.HTTP.Handlers = {}; // 4
// 5
/** // 6
* @method FS.HTTP.Handlers.Del // 7
* @public // 8
* @returns {any} response // 9
* // 10
* HTTP DEL request handler // 11
*/ // 12
FS.HTTP.Handlers.Del = function httpDelHandler(ref) { // 13
var self = this; // 14
var opts = FS.Utility.extend({}, self.query || {}, self.params || {}); // 15
// 16
// If DELETE request, validate with 'remove' allow/deny, delete the file, and return // 17
FS.Utility.validateAction(ref.collection.files._validators['remove'], ref.file, self.userId); // 18
// 19
/* // 20
* From the DELETE spec: // 21
* A successful response SHOULD be 200 (OK) if the response includes an // 22
* entity describing the status, 202 (Accepted) if the action has not // 23
* yet been enacted, or 204 (No Content) if the action has been enacted // 24
* but the response does not include an entity. // 25
*/ // 26
self.setStatusCode(200); // 27
// 28
return { // 29
deleted: !!ref.file.remove() // 30
}; // 31
}; // 32
// 33
/** // 34
* @method FS.HTTP.Handlers.GetList // 35
* @public // 36
* @returns {Object} response // 37
* // 38
* HTTP GET file list request handler // 39
*/ // 40
FS.HTTP.Handlers.GetList = function httpGetListHandler() { // 41
// Not Yet Implemented // 42
// Need to check publications and return file list based on // 43
// what user is allowed to see // 44
}; // 45
// 46
/* // 47
requestRange will parse the range set in request header - if not possible it // 48
will throw fitting errors and autofill range for both partial and full ranges // 49
// 50
throws error or returns the object: // 51
{ // 52
start // 53
end // 54
length // 55
unit // 56
partial // 57
} // 58
*/ // 59
var requestRange = function(req, fileSize) { // 60
if (req) { // 61
if (req.headers) { // 62
var rangeString = req.headers.range; // 63
// 64
// Make sure range is a string // 65
if (rangeString === ''+rangeString) { // 66
// 67
// range will be in the format "bytes=0-32767" // 68
var parts = rangeString.split('='); // 69
var unit = parts[0]; // 70
// 71
// Make sure parts consists of two strings and range is of type "byte" // 72
if (parts.length == 2 && unit == 'bytes') { // 73
// Parse the range // 74
var range = parts[1].split('-'); // 75
var start = Number(range[0]); // 76
var end = Number(range[1]); // 77
// 78
// Fix invalid ranges? // 79
if (range[0] != start) start = 0; // 80
if (range[1] != end || !end) end = fileSize - 1; // 81
// 82
// Make sure range consists of a start and end point of numbers and start is less than end // 83
if (start < end) { // 84
// 85
var partSize = 0 - start + end + 1; // 86
// 87
// Return the parsed range // 88
return { // 89
start: start, // 90
end: end, // 91
length: partSize, // 92
size: fileSize, // 93
unit: unit, // 94
partial: (partSize < fileSize) // 95
}; // 96
// 97
} else { // 98
throw new Meteor.Error(416, "Requested Range Not Satisfiable"); // 99
} // 100
// 101
} else { // 102
// The first part should be bytes // 103
throw new Meteor.Error(416, "Requested Range Unit Not Satisfiable"); // 104
} // 105
// 106
} else { // 107
// No range found // 108
} // 109
// 110
} else { // 111
// throw new Error('No request headers set for _parseRange function'); // 112
} // 113
} else { // 114
throw new Error('No request object passed to _parseRange function'); // 115
} // 116
// 117
return { // 118
start: 0, // 119
end: fileSize - 1, // 120
length: fileSize, // 121
size: fileSize, // 122
unit: 'bytes', // 123
partial: false // 124
}; // 125
}; // 126
// 127
/** // 128
* @method FS.HTTP.Handlers.Get // 129
* @public // 130
* @returns {any} response // 131
* // 132
* HTTP GET request handler // 133
*/ // 134
FS.HTTP.Handlers.Get = function httpGetHandler(ref) { // 135
var self = this; // 136
// Once we have the file, we can test allow/deny validators // 137
// XXX: pass on the "share" query eg. ?share=342hkjh23ggj for shared url access? // 138
FS.Utility.validateAction(ref.collection._validators['download'], ref.file, self.userId /*, self.query.shareId*/); // 139
// 140
var storeName = ref.storeName; // 141
// 142
// If no storeName was specified, use the first defined storeName // 143
if (typeof storeName !== "string") { // 144
// No store handed, we default to primary store // 145
storeName = ref.collection.primaryStore.name; // 146
} // 147
// 148
// Get the storage reference // 149
var storage = ref.collection.storesLookup[storeName]; // 150
// 151
if (!storage) { // 152
throw new Meteor.Error(404, "Not Found", 'There is no store "' + storeName + '"'); // 153
} // 154
// 155
// Get the file // 156
var copyInfo = ref.file.copies[storeName]; // 157
// 158
if (!copyInfo) { // 159
throw new Meteor.Error(404, "Not Found", 'This file was not stored in the ' + storeName + ' store'); // 160
} // 161
// 162
// Set the content type for file // 163
if (typeof copyInfo.type === "string") { // 164
self.setContentType(copyInfo.type); // 165
} else { // 166
self.setContentType('application/octet-stream'); // 167
} // 168
// 169
// Add 'Content-Disposition' header if requested a download/attachment URL // 170
if (typeof ref.download !== "undefined") { // 171
var filename = ref.filename || copyInfo.name; // 172
self.addHeader('Content-Disposition', 'attachment; filename="' + filename + '"'); // 173
} else { // 174
self.addHeader('Content-Disposition', 'inline'); // 175
} // 176
// 177
// Get the contents range from request // 178
var range = requestRange(self.request, copyInfo.size); // 179
// 180
// Some browsers cope better if the content-range header is // 181
// still included even for the full file being returned. // 182
self.addHeader('Content-Range', range.unit + ' ' + range.start + '-' + range.end + '/' + range.size); // 183
// 184
// If a chunk/range was requested instead of the whole file, serve that' // 185
if (range.partial) { // 186
self.setStatusCode(206, 'Partial Content'); // 187
} else { // 188
self.setStatusCode(200, 'OK'); // 189
} // 190
// 191
// Add any other global custom headers and collection-specific custom headers // 192
FS.Utility.each(getHeaders.concat(getHeadersByCollection[ref.collection.name] || []), function(header) { // 193
self.addHeader(header[0], header[1]); // 194
}); // 195
// 196
// Inform clients about length (or chunk length in case of ranges) // 197
self.addHeader('Content-Length', range.length); // 198
// 199
// Last modified header (updatedAt from file info) // 200
self.addHeader('Last-Modified', copyInfo.updatedAt.toUTCString()); // 201
// 202
// Inform clients that we accept ranges for resumable chunked downloads // 203
self.addHeader('Accept-Ranges', range.unit); // 204
// 205
if (FS.debug) console.log('Read file "' + (ref.filename || copyInfo.name) + '" ' + range.unit + ' ' + range.start + '-' + range.end + '/' + range.size);
// 207
var readStream = storage.adapter.createReadStream(ref.file, {start: range.start, end: range.end}); // 208
// 209
readStream.on('error', function(err) { // 210
// Send proper error message on get error // 211
if (err.message && err.statusCode) { // 212
self.Error(new Meteor.Error(err.statusCode, err.message)); // 213
} else { // 214
self.Error(new Meteor.Error(503, 'Service unavailable')); // 215
} // 216
}); // 217
// 218
readStream.pipe(self.createWriteStream()); // 219
}; // 220
const originalHandler = FS.HTTP.Handlers.Get;
FS.HTTP.Handlers.Get = function (ref) {
//console.log(ref.filename);
try {
var userAgent = (this.requestHeaders['user-agent']||'').toLowerCase();
if(userAgent.indexOf('msie') >= 0 || userAgent.indexOf('trident') >= 0 || userAgent.indexOf('chrome') >= 0) {
ref.filename = encodeURIComponent(ref.filename);
} else if(userAgent.indexOf('firefox') >= 0) {
ref.filename = new Buffer(ref.filename).toString('binary');
} else {
/* safari*/
ref.filename = new Buffer(ref.filename).toString('binary');
}
} catch (ex){
ref.filename = 'tempfix';
}
return originalHandler.call(this, ref);
};
// 221
/** // 222
* @method FS.HTTP.Handlers.PutInsert // 223
* @public // 224
* @returns {Object} response object with _id property // 225
* // 226
* HTTP PUT file insert request handler // 227
*/ // 228
FS.HTTP.Handlers.PutInsert = function httpPutInsertHandler(ref) { // 229
var self = this; // 230
var opts = FS.Utility.extend({}, self.query || {}, self.params || {}); // 231
// 232
FS.debug && console.log("HTTP PUT (insert) handler"); // 233
// 234
// Create the nice FS.File // 235
var fileObj = new FS.File(); // 236
// 237
// Set its name // 238
fileObj.name(opts.filename || null); // 239
// 240
// Attach the readstream as the file's data // 241
fileObj.attachData(self.createReadStream(), {type: self.requestHeaders['content-type'] || 'application/octet-stream'});
// 243
// Validate with insert allow/deny // 244
FS.Utility.validateAction(ref.collection.files._validators['insert'], fileObj, self.userId); // 245
// 246
// Insert file into collection, triggering readStream storage // 247
ref.collection.insert(fileObj); // 248
// 249
// Send response // 250
self.setStatusCode(200); // 251
// 252
// Return the new file id // 253
return {_id: fileObj._id}; // 254
}; // 255
// 256
/** // 257
* @method FS.HTTP.Handlers.PutUpdate // 258
* @public // 259
* @returns {Object} response object with _id and chunk properties // 260
* // 261
* HTTP PUT file update chunk request handler // 262
*/ // 263
FS.HTTP.Handlers.PutUpdate = function httpPutUpdateHandler(ref) { // 264
var self = this; // 265
var opts = FS.Utility.extend({}, self.query || {}, self.params || {}); // 266
// 267
var chunk = parseInt(opts.chunk, 10); // 268
if (isNaN(chunk)) chunk = 0; // 269
// 270
FS.debug && console.log("HTTP PUT (update) handler received chunk: ", chunk); // 271
// 272
// Validate with insert allow/deny; also mounts and retrieves the file // 273
FS.Utility.validateAction(ref.collection.files._validators['insert'], ref.file, self.userId); // 274
// 275
self.createReadStream().pipe( FS.TempStore.createWriteStream(ref.file, chunk) ); // 276
// 277
// Send response // 278
self.setStatusCode(200); // 279
// 280
return { _id: ref.file._id, chunk: chunk }; // 281
}; // 282
// 283
////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////
}).call(this);
(function () {
////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////
// //
// packages/cfs:access-point/access-point-server.js //
// //
////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////
//
var path = Npm.require("path"); // 1
// 2
HTTP.publishFormats({ // 3
fileRecordFormat: function (input) { // 4
// Set the method scope content type to json // 5
this.setContentType('application/json'); // 6
if (FS.Utility.isArray(input)) { // 7
return EJSON.stringify(FS.Utility.map(input, function (obj) { // 8
return FS.Utility.cloneFileRecord(obj); // 9
})); // 10
} else { // 11
return EJSON.stringify(FS.Utility.cloneFileRecord(input)); // 12
} // 13
} // 14
}); // 15
// 16
/** // 17
* @method FS.HTTP.setHeadersForGet // 18
* @public // 19
* @param {Array} headers - List of headers, where each is a two-item array in which item 1 is the header name and item 2 is the header value.
* @param {Array|String} [collections] - Which collections the headers should be added for. Omit this argument to add the header for all collections.
* @returns {undefined} // 22
*/ // 23
FS.HTTP.setHeadersForGet = function setHeadersForGet(headers, collections) { // 24
if (typeof collections === "string") { // 25
collections = [collections]; // 26
} // 27
if (collections) { // 28
FS.Utility.each(collections, function(collectionName) { // 29
getHeadersByCollection[collectionName] = headers || []; // 30
}); // 31
} else { // 32
getHeaders = headers || []; // 33
} // 34
}; // 35
// 36
/** // 37
* @method FS.HTTP.publish // 38
* @public // 39
* @param {FS.Collection} collection // 40
* @param {Function} func - Publish function that returns a cursor. // 41
* @returns {undefined} // 42
* // 43
* Publishes all documents returned by the cursor at a GET URL // 44
* with the format baseUrl/record/collectionName. The publish // 45
* function `this` is similar to normal `Meteor.publish`. // 46
*/ // 47
FS.HTTP.publish = function fsHttpPublish(collection, func) { // 48
var name = baseUrl + '/record/' + collection.name; // 49
// Mount collection listing URL using http-publish package // 50
HTTP.publish({ // 51
name: name, // 52
defaultFormat: 'fileRecordFormat', // 53
collection: collection, // 54
collectionGet: true, // 55
collectionPost: false, // 56
documentGet: true, // 57
documentPut: false, // 58
documentDelete: false // 59
}, func); // 60
// 61
FS.debug && console.log("Registered HTTP method GET URLs:\n\n" + name + '\n' + name + '/:id\n'); // 62
}; // 63
// 64
/** // 65
* @method FS.HTTP.unpublish // 66
* @public // 67
* @param {FS.Collection} collection // 68
* @returns {undefined} // 69
* // 70
* Unpublishes a restpoint created by a call to `FS.HTTP.publish` // 71
*/ // 72
FS.HTTP.unpublish = function fsHttpUnpublish(collection) { // 73
// Mount collection listing URL using http-publish package // 74
HTTP.unpublish(baseUrl + '/record/' + collection.name); // 75
}; // 76
// 77
_existingMountPoints = {}; // 78
// 79
/** // 80
* @method defaultSelectorFunction // 81
* @private // 82
* @returns { collection, file } // 83
* // 84
* This is the default selector function // 85
*/ // 86
var defaultSelectorFunction = function() { // 87
var self = this; // 88
// Selector function // 89
// // 90
// This function will have to return the collection and the // 91
// file. If file not found undefined is returned - if null is returned the // 92
// search was not possible // 93
var opts = FS.Utility.extend({}, self.query || {}, self.params || {}); // 94
// 95
// Get the collection name from the url // 96
var collectionName = opts.collectionName; // 97
// 98
// Get the id from the url // 99
var id = opts.id; // 100
// 101
// Get the collection // 102
var collection = FS._collections[collectionName]; // 103
// 104
// Get the file if possible else return null // 105
var file = (id && collection)? collection.findOne({ _id: id }): null; // 106
// 107
// Return the collection and the file // 108
return { // 109
collection: collection, // 110
file: file, // 111
storeName: opts.store, // 112
download: opts.download, // 113
filename: opts.filename // 114
}; // 115
}; // 116
// 117
/* // 118
* @method FS.HTTP.mount // 119
* @public // 120
* @param {array of string} mountPoints mount points to map rest functinality on // 121
* @param {function} selector_f [selector] function returns `{ collection, file }` for mount points to work with // 122
* // 123
*/ // 124
FS.HTTP.mount = function(mountPoints, selector_f) { // 125
// We take mount points as an array and we get a selector function // 126
var selectorFunction = selector_f || defaultSelectorFunction; // 127
// 128
var accessPoint = { // 129
'stream': true, // 130
'auth': expirationAuth, // 131
'post': function(data) { // 132
// Use the selector for finding the collection and file reference // 133
var ref = selectorFunction.call(this); // 134
// 135
// We dont support post - this would be normal insert eg. of filerecord? // 136
throw new Meteor.Error(501, "Not implemented", "Post is not supported"); // 137
}, // 138
'put': function(data) { // 139
// Use the selector for finding the collection and file reference // 140
var ref = selectorFunction.call(this); // 141
// 142
// Make sure we have a collection reference // 143
if (!ref.collection) // 144
throw new Meteor.Error(404, "Not Found", "No collection found"); // 145
// 146
// Make sure we have a file reference // 147
if (ref.file === null) { // 148
// No id supplied so we will create a new FS.File instance and // 149
// insert the supplied data. // 150
return FS.HTTP.Handlers.PutInsert.apply(this, [ref]); // 151
} else { // 152
if (ref.file) { // 153
return FS.HTTP.Handlers.PutUpdate.apply(this, [ref]); // 154
} else { // 155
throw new Meteor.Error(404, "Not Found", 'No file found'); // 156
} // 157
} // 158
}, // 159
'get': function(data) { // 160
// Use the selector for finding the collection and file reference // 161
var ref = selectorFunction.call(this); // 162
// 163
// Make sure we have a collection reference // 164
if (!ref.collection) // 165
throw new Meteor.Error(404, "Not Found", "No collection found"); // 166
// 167
// Make sure we have a file reference // 168
if (ref.file === null) { // 169
// No id supplied so we will return the published list of files ala // 170
// http.publish in json format // 171
return FS.HTTP.Handlers.GetList.apply(this, [ref]); // 172
} else { // 173
if (ref.file) { // 174
return FS.HTTP.Handlers.Get.apply(this, [ref]); // 175
} else { // 176
throw new Meteor.Error(404, "Not Found", 'No file found'); // 177
} // 178
} // 179
}, // 180
'delete': function(data) { // 181
// Use the selector for finding the collection and file reference // 182
var ref = selectorFunction.call(this); // 183
// 184
// Make sure we have a collection reference // 185
if (!ref.collection) // 186
throw new Meteor.Error(404, "Not Found", "No collection found"); // 187
// 188
// Make sure we have a file reference // 189
if (ref.file) { // 190
return FS.HTTP.Handlers.Del.apply(this, [ref]); // 191
} else { // 192
throw new Meteor.Error(404, "Not Found", 'No file found'); // 193
} // 194
} // 195
}; // 196
// 197
var accessPoints = {}; // 198
// 199
// Add debug message // 200
FS.debug && console.log('Registered HTTP method URLs:'); // 201
// 202
FS.Utility.each(mountPoints, function(mountPoint) { // 203
// Couple mountpoint and accesspoint // 204
accessPoints[mountPoint] = accessPoint; // 205
// Remember our mountpoints // 206
_existingMountPoints[mountPoint] = mountPoint; // 207
// Add debug message // 208
FS.debug && console.log(mountPoint); // 209
}); // 210
// 211
// XXX: HTTP:methods should unmount existing mounts in case of overwriting? // 212
HTTP.methods(accessPoints); // 213
// 214
}; // 215
// 216
/** // 217
* @method FS.HTTP.unmount // 218
* @public // 219
* @param {string | array of string} [mountPoints] Optional, if not specified all mountpoints are unmounted // 220
* // 221
*/ // 222
FS.HTTP.unmount = function(mountPoints) { // 223
// The mountPoints is optional, can be string or array if undefined then // 224
// _existingMountPoints will be used // 225
var unmountList; // 226
// Container for the mount points to unmount // 227
var unmountPoints = {}; // 228
// 229
if (typeof mountPoints === 'undefined') { // 230
// Use existing mount points - unmount all // 231
unmountList = _existingMountPoints; // 232
} else if (mountPoints === ''+mountPoints) { // 233
// Got a string // 234
unmountList = [mountPoints]; // 235
} else if (mountPoints.length) { // 236
// Got an array // 237
unmountList = mountPoints; // 238
} // 239
// 240
// If we have a list to unmount // 241
if (unmountList) { // 242
// Iterate over each item // 243
FS.Utility.each(unmountList, function(mountPoint) { // 244
// Check _existingMountPoints to make sure the mount point exists in our // 245
// context / was created by the FS.HTTP.mount // 246
if (_existingMountPoints[mountPoint]) { // 247
// Mark as unmount // 248
unmountPoints[mountPoint] = false; // 249
// Release // 250
delete _existingMountPoints[mountPoint]; // 251
} // 252
}); // 253
FS.debug && console.log('FS.HTTP.unmount:'); // 254
FS.debug && console.log(unmountPoints); // 255
// Complete unmount // 256
HTTP.methods(unmountPoints); // 257
} // 258
}; // 259
// 260
// ### FS.Collection maps on HTTP pr. default on the following restpoints: // 261
// * // 262
// baseUrl + '/files/:collectionName/:id/:filename', // 263
// baseUrl + '/files/:collectionName/:id', // 264
// baseUrl + '/files/:collectionName' // 265
// // 266
// Change/ replace the existing mount point by: // 267
// ```js // 268
// // unmount all existing // 269
// FS.HTTP.unmount(); // 270
// // Create new mount point // 271
// FS.HTTP.mount([ // 272
// '/cfs/files/:collectionName/:id/:filename', // 273
// '/cfs/files/:collectionName/:id', // 274
// '/cfs/files/:collectionName' // 275
// ]); // 276
// ``` // 277
// // 278
mountUrls = function mountUrls() { // 279
// We unmount first in case we are calling this a second time // 280
FS.HTTP.unmount(); // 281
// 282
FS.HTTP.mount([ // 283
baseUrl + '/files/:collectionName/:id/:filename', // 284
baseUrl + '/files/:collectionName/:id', // 285
baseUrl + '/files/:collectionName' // 286
]); // 287
}; // 288
// 289
// Returns the userId from URL token // 290
var expirationAuth = function expirationAuth() { // 291
var self = this; // 292
// 293
// Read the token from '/hello?token=base64' // 294
var encodedToken = self.query.token; // 295
// 296
FS.debug && console.log("token: "+encodedToken); // 297
// 298
if (!encodedToken || !Meteor.users) return false; // 299
// 300
// Check the userToken before adding it to the db query // 301
// Set the this.userId // 302
var tokenString = FS.Utility.atob(encodedToken); // 303
// 304
var tokenObject; // 305
try { // 306
tokenObject = JSON.parse(tokenString); // 307
} catch(err) { // 308
throw new Meteor.Error(400, 'Bad Request'); // 309
} // 310
// 311
// XXX: Do some check here of the object // 312
var userToken = tokenObject.authToken; // 313
if (userToken !== ''+userToken) { // 314
throw new Meteor.Error(400, 'Bad Request'); // 315
} // 316
// 317
// If we have an expiration token we should check that it's still valid // 318
if (tokenObject.expiration != null) { // 319
// check if its too old // 320
var now = Date.now(); // 321
if (tokenObject.expiration < now) { // 322
FS.debug && console.log('Expired token: ' + tokenObject.expiration + ' is less than ' + now); // 323
throw new Meteor.Error(500, 'Expired token'); // 324
} // 325
} // 326
// 327
// We are not on a secure line - so we have to look up the user... // 328
var user = Meteor.users.findOne({ // 329
$or: [ // 330
{'services.resume.loginTokens.hashedToken': Accounts._hashLoginToken(userToken)}, // 331
{'services.resume.loginTokens.token': userToken} // 332
] // 333
}); // 334
// 335
// Set the userId in the scope // 336
return user && user._id; // 337
}; // 338
// 339
HTTP.methods( // 340
{'/cfs/servertime': { // 341
get: function(data) { // 342
return Date.now().toString(); // 343
} // 344
} // 345
}); // 346
// 347
// Unify client / server api // 348
FS.HTTP.now = function() { // 349
return Date.now(); // 350
}; // 351
// 352
// Start up the basic mount points // 353
Meteor.startup(function () { // 354
mountUrls(); // 355
}); // 356
// 357
////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////
}).call(this);
///////////////////////////////////////////////////////////////////////
}).call(this);
/* Exports */
if (typeof Package === 'undefined') Package = {};
Package['cfs:access-point'] = {};
})();

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/* global JsonRoutes */
if (Meteor.isServer) {
// todo XXX once we have a real API in place, move that route there
// todo XXX also share the route definition between the client and the server
// so that we could use something like
// `ApiRoutes.path('boards/export', boardId)``
// on the client instead of copy/pasting the route path manually between the
// client and the server.
/**
* @operation export
* @tag Boards
*
* @summary This route is used to export the board.
*
* @description If user is already logged-in, pass loginToken as param
* "authToken": '/api/boards/:boardId/export?authToken=:token'
*
* See https://blog.kayla.com.au/server-side-route-authentication-in-meteor/
* for detailed explanations
*
* @param {string} boardId the ID of the board we are exporting
* @param {string} authToken the loginToken
*/
JsonRoutes.add('get', '/api/boards/:boardId/export', function(req, res) {
const boardId = req.params.boardId;
let user = null;
const loginToken = req.query.authToken;
if (loginToken) {
const hashToken = Accounts._hashLoginToken(loginToken);
user = Meteor.users.findOne({
'services.resume.loginTokens.hashedToken': hashToken,
});
} else if (!Meteor.settings.public.sandstorm) {
Authentication.checkUserId(req.userId);
user = Users.findOne({ _id: req.userId, isAdmin: true });
}
const exporter = new Exporter(boardId);
if (exporter.canExport(user)) {
JsonRoutes.sendResult(res, {
code: 200,
data: exporter.build(),
});
} else {
// we could send an explicit error message, but on the other hand the only
// way to get there is by hacking the UI so let's keep it raw.
JsonRoutes.sendResult(res, 403);
}
});
}
// exporter maybe is broken since Gridfs introduced, add fs and path
export class Exporter {
constructor(boardId) {
this._boardId = boardId;
}
build() {
const fs = Npm.require('fs');
const os = Npm.require('os');
const path = Npm.require('path');
const byBoard = { boardId: this._boardId };
const byBoardNoLinked = {
boardId: this._boardId,
linkedId: { $in: ['', null] },
};
// we do not want to retrieve boardId in related elements
const noBoardId = {
fields: {
boardId: 0,
},
};
const result = {
_format: 'wekan-board-1.0.0',
};
_.extend(
result,
Boards.findOne(this._boardId, {
fields: {
stars: 0,
},
}),
);
result.lists = Lists.find(byBoard, noBoardId).fetch();
result.cards = Cards.find(byBoardNoLinked, noBoardId).fetch();
result.swimlanes = Swimlanes.find(byBoard, noBoardId).fetch();
result.customFields = CustomFields.find(
{ boardIds: { $in: [this.boardId] } },
{ fields: { boardId: 0 } },
).fetch();
result.comments = CardComments.find(byBoard, noBoardId).fetch();
result.activities = Activities.find(byBoard, noBoardId).fetch();
result.rules = Rules.find(byBoard, noBoardId).fetch();
result.checklists = [];
result.checklistItems = [];
result.subtaskItems = [];
result.triggers = [];
result.actions = [];
result.cards.forEach(card => {
result.checklists.push(
...Checklists.find({
cardId: card._id,
}).fetch(),
);
result.checklistItems.push(
...ChecklistItems.find({
cardId: card._id,
}).fetch(),
);
result.subtaskItems.push(
...Cards.find({
parentId: card._id,
}).fetch(),
);
});
result.rules.forEach(rule => {
result.triggers.push(
...Triggers.find(
{
_id: rule.triggerId,
},
noBoardId,
).fetch(),
);
result.actions.push(
...Actions.find(
{
_id: rule.actionId,
},
noBoardId,
).fetch(),
);
});
// [Old] for attachments we only export IDs and absolute url to original doc
// [New] Encode attachment to base64
const getBase64Data = function(doc, callback) {
let buffer = new Buffer(0);
// callback has the form function (err, res) {}
const tmpFile = path.join(
os.tmpdir(),
`tmpexport${process.pid}${Math.random()}`,
);
const tmpWriteable = fs.createWriteStream(tmpFile);
const readStream = doc.createReadStream();
readStream.on('data', function(chunk) {
buffer = Buffer.concat([buffer, chunk]);
});
readStream.on('error', function(err) {
callback(err, null);
});
readStream.on('end', function() {
// done
fs.unlink(tmpFile, () => {
//ignored
});
callback(null, buffer.toString('base64'));
});
readStream.pipe(tmpWriteable);
};
const getBase64DataSync = Meteor.wrapAsync(getBase64Data);
result.attachments = Attachments.find(byBoard)
.fetch()
.map(attachment => {
return {
_id: attachment._id,
cardId: attachment.cardId,
// url: FlowRouter.url(attachment.url()),
file: getBase64DataSync(attachment),
name: attachment.original.name,
type: attachment.original.type,
};
});
// we also have to export some user data - as the other elements only
// include id but we have to be careful:
// 1- only exports users that are linked somehow to that board
// 2- do not export any sensitive information
const users = {};
result.members.forEach(member => {
users[member.userId] = true;
});
result.lists.forEach(list => {
users[list.userId] = true;
});
result.cards.forEach(card => {
users[card.userId] = true;
if (card.members) {
card.members.forEach(memberId => {
users[memberId] = true;
});
}
});
result.comments.forEach(comment => {
users[comment.userId] = true;
});
result.activities.forEach(activity => {
users[activity.userId] = true;
});
result.checklists.forEach(checklist => {
users[checklist.userId] = true;
});
const byUserIds = {
_id: {
$in: Object.getOwnPropertyNames(users),
},
};
// we use whitelist to be sure we do not expose inadvertently
// some secret fields that gets added to User later.
const userFields = {
fields: {
_id: 1,
username: 1,
'profile.fullname': 1,
'profile.initials': 1,
'profile.avatarUrl': 1,
},
};
result.users = Users.find(byUserIds, userFields)
.fetch()
.map(user => {
// user avatar is stored as a relative url, we export absolute
if ((user.profile || {}).avatarUrl) {
user.profile.avatarUrl = FlowRouter.url(user.profile.avatarUrl);
}
return user;
});
return result;
}
canExport(user) {
const board = Boards.findOne(this._boardId);
return board && board.isVisibleBy(user);
}
}

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import ldapjs from 'ldapjs';
import util from 'util';
import Bunyan from 'bunyan';
import { log_debug, log_info, log_warn, log_error } from './logger';
export default class LDAP {
constructor() {
this.ldapjs = ldapjs;
this.connected = false;
this.options = {
host: this.constructor.settings_get('LDAP_HOST'),
port: this.constructor.settings_get('LDAP_PORT'),
Reconnect: this.constructor.settings_get('LDAP_RECONNECT'),
timeout: this.constructor.settings_get('LDAP_TIMEOUT'),
connect_timeout: this.constructor.settings_get('LDAP_CONNECT_TIMEOUT'),
idle_timeout: this.constructor.settings_get('LDAP_IDLE_TIMEOUT'),
encryption: this.constructor.settings_get('LDAP_ENCRYPTION'),
ca_cert: this.constructor.settings_get('LDAP_CA_CERT'),
reject_unauthorized:
this.constructor.settings_get('LDAP_REJECT_UNAUTHORIZED') || false,
Authentication: this.constructor.settings_get('LDAP_AUTHENTIFICATION'),
Authentication_UserDN: this.constructor.settings_get(
'LDAP_AUTHENTIFICATION_USERDN',
),
Authentication_Password: this.constructor.settings_get(
'LDAP_AUTHENTIFICATION_PASSWORD',
),
Authentication_Fallback: this.constructor.settings_get(
'LDAP_LOGIN_FALLBACK',
),
BaseDN: this.constructor.settings_get('LDAP_BASEDN'),
Internal_Log_Level: this.constructor.settings_get('INTERNAL_LOG_LEVEL'),
User_Authentication: this.constructor.settings_get(
'LDAP_USER_AUTHENTICATION',
),
User_Authentication_Field: this.constructor.settings_get(
'LDAP_USER_AUTHENTICATION_FIELD',
),
User_Attributes: this.constructor.settings_get('LDAP_USER_ATTRIBUTES'),
User_Search_Filter: this.constructor.settings_get(
'LDAP_USER_SEARCH_FILTER',
),
User_Search_Scope: this.constructor.settings_get(
'LDAP_USER_SEARCH_SCOPE',
),
User_Search_Field: this.constructor.settings_get(
'LDAP_USER_SEARCH_FIELD',
),
Search_Page_Size: this.constructor.settings_get('LDAP_SEARCH_PAGE_SIZE'),
Search_Size_Limit: this.constructor.settings_get(
'LDAP_SEARCH_SIZE_LIMIT',
),
group_filter_enabled: this.constructor.settings_get(
'LDAP_GROUP_FILTER_ENABLE',
),
group_filter_object_class: this.constructor.settings_get(
'LDAP_GROUP_FILTER_OBJECTCLASS',
),
group_filter_group_id_attribute: this.constructor.settings_get(
'LDAP_GROUP_FILTER_GROUP_ID_ATTRIBUTE',
),
group_filter_group_member_attribute: this.constructor.settings_get(
'LDAP_GROUP_FILTER_GROUP_MEMBER_ATTRIBUTE',
),
group_filter_group_member_format: this.constructor.settings_get(
'LDAP_GROUP_FILTER_GROUP_MEMBER_FORMAT',
),
group_filter_group_name: this.constructor.settings_get(
'LDAP_GROUP_FILTER_GROUP_NAME',
),
};
}
static settings_get(name, ...args) {
let value = process.env[name];
if (value !== undefined) {
if (value === 'true' || value === 'false') {
value = JSON.parse(value);
} else if (value !== '' && !isNaN(value)) {
value = Number(value);
}
return value;
} else {
log_warn(`Lookup for unset variable: ${name}`);
}
}
connectSync(...args) {
if (!this._connectSync) {
this._connectSync = Meteor.wrapAsync(this.connectAsync, this);
}
return this._connectSync(...args);
}
searchAllSync(...args) {
if (!this._searchAllSync) {
this._searchAllSync = Meteor.wrapAsync(this.searchAllAsync, this);
}
return this._searchAllSync(...args);
}
connectAsync(callback) {
log_info('Init setup');
let replied = false;
const connectionOptions = {
url: `${this.options.host}:${this.options.port}`,
timeout: this.options.timeout,
connectTimeout: this.options.connect_timeout,
idleTimeout: this.options.idle_timeout,
reconnect: this.options.Reconnect,
};
if (this.options.Internal_Log_Level !== 'disabled') {
connectionOptions.log = new Bunyan({
name: 'ldapjs',
component: 'client',
stream: process.stderr,
level: this.options.Internal_Log_Level,
});
}
const tlsOptions = {
rejectUnauthorized: this.options.reject_unauthorized,
};
if (this.options.ca_cert && this.options.ca_cert !== '') {
// Split CA cert into array of strings
const chainLines = this.constructor
.settings_get('LDAP_CA_CERT')
.split('\n');
let cert = [];
const ca = [];
chainLines.forEach(line => {
cert.push(line);
if (line.match(/-END CERTIFICATE-/)) {
ca.push(cert.join('\n'));
cert = [];
}
});
tlsOptions.ca = ca;
}
if (this.options.encryption === 'ssl') {
connectionOptions.url = `ldaps://${connectionOptions.url}`;
connectionOptions.tlsOptions = tlsOptions;
} else {
connectionOptions.url = `ldap://${connectionOptions.url}`;
}
log_info('Connecting', connectionOptions.url);
log_debug(`connectionOptions${util.inspect(connectionOptions)}`);
this.client = ldapjs.createClient(connectionOptions);
this.bindSync = Meteor.wrapAsync(this.client.bind, this.client);
this.client.on('error', error => {
log_error('connection', error);
if (replied === false) {
replied = true;
callback(error, null);
}
});
this.client.on('idle', () => {
log_info('Idle');
this.disconnect();
});
this.client.on('close', () => {
log_info('Closed');
});
if (this.options.encryption === 'tls') {
// Set host parameter for tls.connect which is used by ldapjs starttls. This shouldn't be needed in newer nodejs versions (e.g v5.6.0).
// https://github.com/RocketChat/Rocket.Chat/issues/2035
// https://github.com/mcavage/node-ldapjs/issues/349
tlsOptions.host = this.options.host;
log_info('Starting TLS');
log_debug('tlsOptions', tlsOptions);
this.client.starttls(tlsOptions, null, (error, response) => {
if (error) {
log_error('TLS connection', error);
if (replied === false) {
replied = true;
callback(error, null);
}
return;
}
log_info('TLS connected');
this.connected = true;
if (replied === false) {
replied = true;
callback(null, response);
}
});
} else {
this.client.on('connect', response => {
log_info('LDAP connected');
this.connected = true;
if (replied === false) {
replied = true;
callback(null, response);
}
});
}
setTimeout(() => {
if (replied === false) {
log_error('connection time out', connectionOptions.connectTimeout);
replied = true;
callback(new Error('Timeout'));
}
}, connectionOptions.connectTimeout);
}
getUserFilter(username) {
const filter = [];
if (this.options.User_Search_Filter !== '') {
if (this.options.User_Search_Filter[0] === '(') {
filter.push(`${this.options.User_Search_Filter}`);
} else {
filter.push(`(${this.options.User_Search_Filter})`);
}
}
const usernameFilter = this.options.User_Search_Field.split(',').map(
item => `(${item}=${username})`,
);
if (usernameFilter.length === 0) {
log_error('LDAP_LDAP_User_Search_Field not defined');
} else if (usernameFilter.length === 1) {
filter.push(`${usernameFilter[0]}`);
} else {
filter.push(`(|${usernameFilter.join('')})`);
}
return `(&${filter.join('')})`;
}
bindUserIfNecessary(username, password) {
if (this.domainBinded === true) {
return;
}
if (!this.options.User_Authentication) {
return;
}
if (!this.options.BaseDN) throw new Error('BaseDN is not provided');
const userDn = `${this.options.User_Authentication_Field}=${username},${this.options.BaseDN}`;
this.bindSync(userDn, password);
this.domainBinded = true;
}
bindIfNecessary() {
if (this.domainBinded === true) {
return;
}
if (this.options.Authentication !== true) {
return;
}
log_info('Binding UserDN', this.options.Authentication_UserDN);
this.bindSync(
this.options.Authentication_UserDN,
this.options.Authentication_Password,
);
this.domainBinded = true;
}
searchUsersSync(username, page) {
this.bindIfNecessary();
const searchOptions = {
filter: this.getUserFilter(username),
scope: this.options.User_Search_Scope || 'sub',
sizeLimit: this.options.Search_Size_Limit,
};
if (!!this.options.User_Attributes)
searchOptions.attributes = this.options.User_Attributes.split(',');
if (this.options.Search_Page_Size > 0) {
searchOptions.paged = {
pageSize: this.options.Search_Page_Size,
pagePause: !!page,
};
}
log_info('Searching user', username);
log_debug('searchOptions', searchOptions);
log_debug('BaseDN', this.options.BaseDN);
if (page) {
return this.searchAllPaged(this.options.BaseDN, searchOptions, page);
}
return this.searchAllSync(this.options.BaseDN, searchOptions);
}
getUserByIdSync(id, attribute) {
this.bindIfNecessary();
const Unique_Identifier_Field = this.constructor
.settings_get('LDAP_UNIQUE_IDENTIFIER_FIELD')
.split(',');
let filter;
if (attribute) {
filter = new this.ldapjs.filters.EqualityFilter({
attribute,
value: new Buffer(id, 'hex'),
});
} else {
const filters = [];
Unique_Identifier_Field.forEach(item => {
filters.push(
new this.ldapjs.filters.EqualityFilter({
attribute: item,
value: new Buffer(id, 'hex'),
}),
);
});
filter = new this.ldapjs.filters.OrFilter({ filters });
}
const searchOptions = {
filter,
scope: 'sub',
};
log_info('Searching by id', id);
log_debug('search filter', searchOptions.filter.toString());
log_debug('BaseDN', this.options.BaseDN);
const result = this.searchAllSync(this.options.BaseDN, searchOptions);
if (!Array.isArray(result) || result.length === 0) {
return;
}
if (result.length > 1) {
log_error('Search by id', id, 'returned', result.length, 'records');
}
return result[0];
}
getUserByUsernameSync(username) {
this.bindIfNecessary();
const searchOptions = {
filter: this.getUserFilter(username),
scope: this.options.User_Search_Scope || 'sub',
};
log_info('Searching user', username);
log_debug('searchOptions', searchOptions);
log_debug('BaseDN', this.options.BaseDN);
const result = this.searchAllSync(this.options.BaseDN, searchOptions);
if (!Array.isArray(result) || result.length === 0) {
return;
}
if (result.length > 1) {
log_error(
'Search by username',
username,
'returned',
result.length,
'records',
);
}
return result[0];
}
getUserGroups(username, ldapUser) {
if (!this.options.group_filter_enabled) {
return true;
}
const filter = ['(&'];
if (this.options.group_filter_object_class !== '') {
filter.push(`(objectclass=${this.options.group_filter_object_class})`);
}
if (this.options.group_filter_group_member_attribute !== '') {
const format_value =
ldapUser[this.options.group_filter_group_member_format];
if (format_value) {
filter.push(
`(${this.options.group_filter_group_member_attribute}=${format_value})`,
);
}
}
filter.push(')');
const searchOptions = {
filter: filter.join('').replace(/#{username}/g, username),
scope: 'sub',
};
log_debug('Group list filter LDAP:', searchOptions.filter);
const result = this.searchAllSync(this.options.BaseDN, searchOptions);
if (!Array.isArray(result) || result.length === 0) {
return [];
}
const grp_identifier = this.options.group_filter_group_id_attribute || 'cn';
const groups = [];
result.map(item => {
groups.push(item[grp_identifier]);
});
log_debug(`Groups: ${groups.join(', ')}`);
return groups;
}
isUserInGroup(username, ldapUser) {
if (!this.options.group_filter_enabled) {
return true;
}
const grps = this.getUserGroups(username, ldapUser);
const filter = ['(&'];
if (this.options.group_filter_object_class !== '') {
filter.push(`(objectclass=${this.options.group_filter_object_class})`);
}
if (this.options.group_filter_group_member_attribute !== '') {
const format_value =
ldapUser[this.options.group_filter_group_member_format];
if (format_value) {
filter.push(
`(${this.options.group_filter_group_member_attribute}=${format_value})`,
);
}
}
if (this.options.group_filter_group_id_attribute !== '') {
filter.push(
`(${this.options.group_filter_group_id_attribute}=${this.options.group_filter_group_name})`,
);
}
filter.push(')');
const searchOptions = {
filter: filter.join('').replace(/#{username}/g, username),
scope: 'sub',
};
log_debug('Group filter LDAP:', searchOptions.filter);
const result = this.searchAllSync(this.options.BaseDN, searchOptions);
if (!Array.isArray(result) || result.length === 0) {
return false;
}
return true;
}
extractLdapEntryData(entry) {
const values = {
_raw: entry.raw,
};
Object.keys(values._raw).forEach(key => {
const value = values._raw[key];
if (!['thumbnailPhoto', 'jpegPhoto'].includes(key)) {
if (value instanceof Buffer) {
values[key] = value.toString();
} else {
values[key] = value;
}
}
});
return values;
}
searchAllPaged(BaseDN, options, page) {
this.bindIfNecessary();
const processPage = ({ entries, title, end, next }) => {
log_info(title);
// Force LDAP idle to wait the record processing
this.client._updateIdle(true);
page(null, entries, {
end,
next: () => {
// Reset idle timer
this.client._updateIdle();
next && next();
},
});
};
this.client.search(BaseDN, options, (error, res) => {
if (error) {
log_error(error);
page(error);
return;
}
res.on('error', error => {
log_error(error);
page(error);
return;
});
let entries = [];
const internalPageSize =
options.paged && options.paged.pageSize > 0
? options.paged.pageSize * 2
: 500;
res.on('searchEntry', entry => {
entries.push(this.extractLdapEntryData(entry));
if (entries.length >= internalPageSize) {
processPage({
entries,
title: 'Internal Page',
end: false,
});
entries = [];
}
});
res.on('page', (result, next) => {
if (!next) {
this.client._updateIdle(true);
processPage({
entries,
title: 'Final Page',
end: true,
});
} else if (entries.length) {
log_info('Page');
processPage({
entries,
title: 'Page',
end: false,
next,
});
entries = [];
}
});
res.on('end', () => {
if (entries.length) {
processPage({
entries,
title: 'Final Page',
end: true,
});
entries = [];
}
});
});
}
searchAllAsync(BaseDN, options, callback) {
this.bindIfNecessary();
this.client.search(BaseDN, options, (error, res) => {
if (error) {
log_error(error);
callback(error);
return;
}
res.on('error', error => {
log_error(error);
callback(error);
return;
});
const entries = [];
res.on('searchEntry', entry => {
entries.push(this.extractLdapEntryData(entry));
});
res.on('end', () => {
log_info('Search result count', entries.length);
callback(null, entries);
});
});
}
authSync(dn, password) {
log_info('Authenticating', dn);
try {
if (password === '') {
throw new Error('Password is not provided');
}
this.bindSync(dn, password);
log_info('Authenticated', dn);
return true;
} catch (error) {
log_info('Not authenticated', dn);
log_debug('error', error);
return false;
}
}
disconnect() {
this.connected = false;
this.domainBinded = false;
log_info('Disconecting');
this.client.unbind();
}
}

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.snap-meteor-1.8/oidc_server.js Normal file
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Oidc = {};
OAuth.registerService('oidc', 2, null, function(query) {
var debug = process.env.DEBUG || false;
var token = getToken(query);
if (debug) console.log('XXX: register token:', token);
var accessToken = token.access_token || token.id_token;
var expiresAt = +new Date() + 1000 * parseInt(token.expires_in, 10);
var userinfo = getUserInfo(accessToken);
if (debug) console.log('XXX: userinfo:', userinfo);
var serviceData = {};
serviceData.id = userinfo[process.env.OAUTH2_ID_MAP]; // || userinfo["id"];
serviceData.username = userinfo[process.env.OAUTH2_USERNAME_MAP]; // || userinfo["uid"];
serviceData.fullname = userinfo[process.env.OAUTH2_FULLNAME_MAP]; // || userinfo["displayName"];
serviceData.accessToken = accessToken;
serviceData.expiresAt = expiresAt;
serviceData.email = userinfo[process.env.OAUTH2_EMAIL_MAP]; // || userinfo["email"];
if (accessToken) {
var tokenContent = getTokenContent(accessToken);
var fields = _.pick(
tokenContent,
getConfiguration().idTokenWhitelistFields,
);
_.extend(serviceData, fields);
}
if (token.refresh_token) serviceData.refreshToken = token.refresh_token;
if (debug) console.log('XXX: serviceData:', serviceData);
var profile = {};
profile.name = userinfo[process.env.OAUTH2_FULLNAME_MAP]; // || userinfo["displayName"];
profile.email = userinfo[process.env.OAUTH2_EMAIL_MAP]; // || userinfo["email"];
if (debug) console.log('XXX: profile:', profile);
return {
serviceData: serviceData,
options: { profile: profile },
};
});
var userAgent = 'Meteor';
if (Meteor.release) {
userAgent += '/' + Meteor.release;
}
var getToken = function(query) {
var debug = process.env.DEBUG || false;
var config = getConfiguration();
if (config.tokenEndpoint.includes('https://')) {
var serverTokenEndpoint = config.tokenEndpoint;
} else {
var serverTokenEndpoint = config.serverUrl + config.tokenEndpoint;
}
var requestPermissions = config.requestPermissions;
var response;
try {
response = HTTP.post(serverTokenEndpoint, {
headers: {
Accept: 'application/json',
'User-Agent': userAgent,
},
params: {
code: query.code,
client_id: config.clientId,
client_secret: OAuth.openSecret(config.secret),
redirect_uri: OAuth._redirectUri('oidc', config),
grant_type: 'authorization_code',
scope: requestPermissions,
state: query.state,
},
});
} catch (err) {
throw _.extend(
new Error(
'Failed to get token from OIDC ' +
serverTokenEndpoint +
': ' +
err.message,
),
{ response: err.response },
);
}
if (response.data.error) {
// if the http response was a json object with an error attribute
throw new Error(
'Failed to complete handshake with OIDC ' +
serverTokenEndpoint +
': ' +
response.data.error,
);
} else {
if (debug) console.log('XXX: getToken response: ', response.data);
return response.data;
}
};
var getUserInfo = function(accessToken) {
var debug = process.env.DEBUG || false;
var config = getConfiguration();
// Some userinfo endpoints use a different base URL than the authorization or token endpoints.
// This logic allows the end user to override the setting by providing the full URL to userinfo in their config.
if (config.userinfoEndpoint.includes('https://')) {
var serverUserinfoEndpoint = config.userinfoEndpoint;
} else {
var serverUserinfoEndpoint = config.serverUrl + config.userinfoEndpoint;
}
var response;
try {
response = HTTP.get(serverUserinfoEndpoint, {
headers: {
'User-Agent': userAgent,
Authorization: 'Bearer ' + accessToken,
},
});
} catch (err) {
throw _.extend(
new Error(
'Failed to fetch userinfo from OIDC ' +
serverUserinfoEndpoint +
': ' +
err.message,
),
{ response: err.response },
);
}
if (debug) console.log('XXX: getUserInfo response: ', response.data);
return response.data;
};
var getConfiguration = function() {
var config = ServiceConfiguration.configurations.findOne({ service: 'oidc' });
if (!config) {
throw new ServiceConfiguration.ConfigError('Service oidc not configured.');
}
return config;
};
var getTokenContent = function(token) {
var content = null;
if (token) {
try {
var parts = token.split('.');
var header = JSON.parse(new Buffer(parts[0], 'base64').toString());
content = JSON.parse(new Buffer(parts[1], 'base64').toString());
var signature = new Buffer(parts[2], 'base64');
var signed = parts[0] + '.' + parts[1];
} catch (err) {
this.content = {
exp: 0,
};
}
}
return content;
};
Oidc.retrieveCredential = function(credentialToken, credentialSecret) {
return OAuth.retrieveCredential(credentialToken, credentialSecret);
};

244
.snap-meteor-1.8/snapcraft.yaml Normal file
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name: wekan
version: 0
version-script: git describe --tags | cut -c 2-
summary: The open-source kanban
description: |
Wekan is an open-source and collaborative kanban board application.
Whether you’re maintaining a personal todo list, planning your holidays with some friends, or working in a team on your next revolutionary idea, Kanban boards are an unbeatable tool to keep your things organized. They give you a visual overview of the current state of your project, and make you productive by allowing you to focus on the few items that matter the most.
Depending on target environment, some configuration settings might need to be adjusted.
For full list of configuration options call:
$ wekan.help
confinement: strict
grade: stable
architectures:
- amd64
plugs:
mongodb-plug:
interface: content
target: $SNAP_DATA/shared
hooks:
configure:
plugs:
- network
- network-bind
slots:
mongodb-slot:
interface: content
write:
- $SNAP_DATA/share
apps:
wekan:
command: wekan-control
daemon: simple
plugs: [network, network-bind]
mongodb:
command: mongodb-control
daemon: simple
plugs: [network, network-bind]
caddy:
command: caddy-control
daemon: simple
plugs: [network, network-bind]
help:
command: wekan-help
database-backup:
command: mongodb-backup
plugs: [network, network-bind]
database-list-backups:
command: ls -al $SNAP_COMMON/db-backups/
database-restore:
command: mongodb-restore
plugs: [network, network-bind]
parts:
mongodb:
source: https://fastdl.mongodb.org/linux/mongodb-linux-x86_64-ubuntu1604-3.2.22.tgz
plugin: dump
stage-packages: [libssl1.0.0]
filesets:
mongo:
- usr
- bin
- lib
stage:
- $mongo
prime:
- $mongo
wekan:
source: .
plugin: nodejs
node-engine: 8.17.0
node-packages:
- node-gyp
- node-pre-gyp
- fibers@2.0.0
build-packages:
- ca-certificates
- apt-utils
- python
# - python3
- g++
- capnproto
- curl
- execstack
- nodejs
- npm
stage-packages:
- libfontconfig1
override-build: |
echo "Cleaning environment first"
rm -rf ~/.meteor ~/.npm /usr/local/lib/node_modules
# Create the OpenAPI specification
rm -rf .build
#mkdir -p .build/python
#cd .build/python
#git clone --depth 1 -b master https://github.com/Kronuz/esprima-python
#cd esprima-python
#python3 setup.py install
#cd ../../..
#mkdir -p ./public/api
#python3 ./openapi/generate_openapi.py --release $(git describe --tags --abbrev=0) > ./public/api/wekan.yml
# we temporary need api2html and mkdirp
#npm install -g api2html@0.3.0
#npm install -g mkdirp
#api2html -c ./public/logo-header.png -o ./public/api/wekan.html ./public/api/wekan.yml
#npm uninstall -g mkdirp
#npm uninstall -g api2html
# Node Fibers 100% CPU usage issue:
# https://github.com/wekan/wekan-mongodb/issues/2#issuecomment-381453161
# https://github.com/meteor/meteor/issues/9796#issuecomment-381676326
# https://github.com/sandstorm-io/sandstorm/blob/0f1fec013fe7208ed0fd97eb88b31b77e3c61f42/shell/server/00-startup.js#L99-L129
# Also see beginning of wekan/server/authentication.js
# import Fiber from "fibers";
# Fiber.poolSize = 1e9;
# OLD: Download node version 8.12.0 prerelease build => Official node 8.12.0 has been released
# Description at https://releases.wekan.team/node.txt
##echo "375bd8db50b9c692c0bbba6e96d4114cd29bee3770f901c1ff2249d1038f1348 node" >> node-SHASUMS256.txt.asc
##curl https://releases.wekan.team/node -o node
# Verify Fibers patched node authenticity
##echo "Fibers 100% CPU issue patched node authenticity:"
##grep node node-SHASUMS256.txt.asc | shasum -a 256 -c -
##rm -f node-SHASUMS256.txt.asc
##chmod +x node
##mv node `which node`
# DOES NOT WORK: paxctl fix.
# Removed from build-packages: - paxctl
#echo "Applying paxctl fix for alpine linux: https://github.com/wekan/wekan/issues/1303"
#paxctl -mC `which node`
#echo "Installing npm"
#curl -L https://www.npmjs.com/install.sh | sh
echo "Installing meteor"
curl https://install.meteor.com/ -o install_meteor.sh
#sed -i "s|RELEASE=.*|RELEASE=\"1.8.1-beta.0\"|g" install_meteor.sh
chmod +x install_meteor.sh
sh install_meteor.sh
rm install_meteor.sh
# REPOS BELOW ARE INCLUDED TO WEKAN REPO
#if [ ! -d "packages" ]; then
# mkdir packages
#fi
#if [ ! -d "packages/kadira-flow-router" ]; then
# cd packages
# git clone --depth 1 -b master https://github.com/wekan/flow-router.git kadira-flow-router
# cd ..
#fi
#if [ ! -d "packages/meteor-useraccounts-core" ]; then
# cd packages
# git clone --depth 1 -b master https://github.com/meteor-useraccounts/core.git meteor-useraccounts-core
# sed -i 's/api\.versionsFrom/\/\/api.versionsFrom/' meteor-useraccounts-core/package.js
# cd ..
#fi
#if [ ! -d "packages/meteor-accounts-cas" ]; then
# cd packages
# git clone --depth 1 -b master https://github.com/wekan/meteor-accounts-cas.git meteor-accounts-cas
# cd ..
#fi
#if [ ! -d "packages/wekan-ldap" ]; then
# cd packages
# git clone --depth 1 -b master https://github.com/wekan/wekan-ldap.git
# cd ..
#fi
#if [ ! -d "packages/wekan-scrollbar" ]; then
# cd packages
# git clone --depth 1 -b master https://github.com/wekan/wekan-scrollbar.git
# cd ..
#fi
#if [ ! -d "packages/wekan_accounts-oidc" ]; then
# cd packages
# git clone --depth 1 -b master https://github.com/wekan/meteor-accounts-oidc.git
# mv meteor-accounts-oidc/packages/switch_accounts-oidc wekan-accounts-oidc
# mv meteor-accounts-oidc/packages/switch_oidc wekan-oidc
# rm -rf meteor-accounts-oidc
# cd ..
#fi
#if [ ! -d "packages/markdown" ]; then
# cd packages
# git clone --depth 1 -b master --recurse-submodules https://github.com/wekan/markdown.git
# cd ..
#fi
rm -rf .build
meteor add standard-minifier-js --allow-superuser
meteor npm install --allow-superuser
meteor npm install --allow-superuser --save babel-runtime
meteor build .build --directory --allow-superuser
cp -f fix-download-unicode/cfs_access-point.txt .build/bundle/programs/server/packages/cfs_access-point.js
#Removed binary version of bcrypt because of security vulnerability that is not fixed yet.
#https://github.com/wekan/wekan/commit/4b2010213907c61b0e0482ab55abb06f6a668eac
#https://github.com/wekan/wekan/commit/7eeabf14be3c63fae2226e561ef8a0c1390c8d3c
#cd .build/bundle/programs/server/npm/node_modules/meteor/npm-bcrypt
#rm -rf node_modules/bcrypt
#meteor npm install --save bcrypt
# Change from npm-bcrypt directory back to .build/bundle/programs/server directory.
#cd ../../../../
# Change to directory .build/bundle/programs/server
cd .build/bundle/programs/server
npm install
npm install --allow-superuser --save babel-runtime
#meteor npm install --save bcrypt
# Change back to Wekan source directory
cd ../../../..
cp -r .build/bundle/* $SNAPCRAFT_PART_INSTALL/
cp .build/bundle/.node_version.txt $SNAPCRAFT_PART_INSTALL/
rm -f $SNAPCRAFT_PART_INSTALL/lib/node_modules/wekan
rm -f $SNAPCRAFT_PART_INSTALL/programs/server/npm/node_modules/meteor/rajit_bootstrap3-datepicker/lib/bootstrap-datepicker/node_modules/phantomjs-prebuilt/lib/phantom/bin/phantomjs
rm -f $SNAPCRAFT_PART_INSTALL/programs/server/npm/node_modules/tar/lib/.mkdir.js.swp
rm -f $SNAPCRAFT_PART_INSTALL/lib/node_modules/node-pre-gyp/node_modules/tar/lib/.mkdir.js.swp
rm -f $SNAPCRAFT_PART_INSTALL/lib/node_modules/node-gyp/node_modules/tar/lib/.mkdir.js.swp
# Meteor 1.8.x additional .swp remove
rm -f $SNAPCRAFT_PART_INSTALL/programs/server/node_modules/node-pre-gyp/node_modules/tar/lib/.mkdir.js.swp
organize:
README: README.wekan
prime:
- -lib/node_modules/node-pre-gyp/node_modules/tar/lib/.unpack.js.swp
helpers:
source: snap-src
plugin: dump
caddy:
plugin: dump
source: https://caddyserver.com/download/linux/amd64?license=personal&telemetry=off
source-type: tar
organize:
caddy: bin/caddy
CHANGES.txt: CADDY_CHANGES.txt
EULA.txt: CADDY_EULA.txt
LICENSES.txt: CADDY_LICENSES.txt
README.txt: CADDY_README.txt
stage:
- -init

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.snap-meteor-1.8/wekanCreator.js Normal file
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const DateString = Match.Where(function(dateAsString) {
check(dateAsString, String);
return moment(dateAsString, moment.ISO_8601).isValid();
});
export class WekanCreator {
constructor(data) {
// we log current date, to use the same timestamp for all our actions.
// this helps to retrieve all elements performed by the same import.
this._nowDate = new Date();
// The object creation dates, indexed by Wekan id
// (so we only parse actions once!)
this.createdAt = {
board: null,
cards: {},
lists: {},
swimlanes: {},
};
// The object creator Wekan Id, indexed by the object Wekan id
// (so we only parse actions once!)
this.createdBy = {
cards: {}, // only cards have a field for that
};
// Map of labels Wekan ID => Wekan ID
this.labels = {};
// Map of swimlanes Wekan ID => Wekan ID
this.swimlanes = {};
// Map of lists Wekan ID => Wekan ID
this.lists = {};
// Map of cards Wekan ID => Wekan ID
this.cards = {};
// Map of comments Wekan ID => Wekan ID
this.commentIds = {};
// Map of attachments Wekan ID => Wekan ID
this.attachmentIds = {};
// Map of checklists Wekan ID => Wekan ID
this.checklists = {};
// Map of checklistItems Wekan ID => Wekan ID
this.checklistItems = {};
// The comments, indexed by Wekan card id (to map when importing cards)
this.comments = {};
// Map of rules Wekan ID => Wekan ID
this.rules = {};
// the members, indexed by Wekan member id => Wekan user ID
this.members = data.membersMapping ? data.membersMapping : {};
// Map of triggers Wekan ID => Wekan ID
this.triggers = {};
// Map of actions Wekan ID => Wekan ID
this.actions = {};
// maps a wekanCardId to an array of wekanAttachments
this.attachments = {};
}
/**
* If dateString is provided,
* return the Date it represents.
* If not, will return the date when it was first called.
* This is useful for us, as we want all import operations to
* have the exact same date for easier later retrieval.
*
* @param {String} dateString a properly formatted Date
*/
_now(dateString) {
if (dateString) {
return new Date(dateString);
}
if (!this._nowDate) {
this._nowDate = new Date();
}
return this._nowDate;
}
/**
* if wekanUserId is provided and we have a mapping,
* return it.
* Otherwise return current logged user.
* @param wekanUserId
* @private
*/
_user(wekanUserId) {
if (wekanUserId && this.members[wekanUserId]) {
return this.members[wekanUserId];
}
return Meteor.userId();
}
checkActivities(wekanActivities) {
check(wekanActivities, [
Match.ObjectIncluding({
activityType: String,
createdAt: DateString,
}),
]);
// XXX we could perform more thorough checks based on action type
}
checkBoard(wekanBoard) {
check(
wekanBoard,
Match.ObjectIncluding({
archived: Boolean,
title: String,
// XXX refine control by validating 'color' against a list of
// allowed values (is it worth the maintenance?)
color: String,
permission: Match.Where(value => {
return ['private', 'public'].indexOf(value) >= 0;
}),
}),
);
}
checkCards(wekanCards) {
check(wekanCards, [
Match.ObjectIncluding({
archived: Boolean,
dateLastActivity: DateString,
labelIds: [String],
title: String,
sort: Number,
}),
]);
}
checkLabels(wekanLabels) {
check(wekanLabels, [
Match.ObjectIncluding({
// XXX refine control by validating 'color' against a list of allowed
// values (is it worth the maintenance?)
color: String,
}),
]);
}
checkLists(wekanLists) {
check(wekanLists, [
Match.ObjectIncluding({
archived: Boolean,
title: String,
}),
]);
}
checkSwimlanes(wekanSwimlanes) {
check(wekanSwimlanes, [
Match.ObjectIncluding({
archived: Boolean,
title: String,
}),
]);
}
checkChecklists(wekanChecklists) {
check(wekanChecklists, [
Match.ObjectIncluding({
cardId: String,
title: String,
}),
]);
}
checkChecklistItems(wekanChecklistItems) {
check(wekanChecklistItems, [
Match.ObjectIncluding({
cardId: String,
title: String,
}),
]);
}
checkRules(wekanRules) {
check(wekanRules, [
Match.ObjectIncluding({
triggerId: String,
actionId: String,
title: String,
}),
]);
}
checkTriggers(wekanTriggers) {
// XXX More check based on trigger type
check(wekanTriggers, [
Match.ObjectIncluding({
activityType: String,
desc: String,
}),
]);
}
getMembersToMap(data) {
// we will work on the list itself (an ordered array of objects) when a
// mapping is done, we add a 'wekan' field to the object representing the
// imported member
const membersToMap = data.members;
const users = data.users;
// auto-map based on username
membersToMap.forEach(importedMember => {
importedMember.id = importedMember.userId;
delete importedMember.userId;
const user = users.filter(user => {
return user._id === importedMember.id;
})[0];
if (user.profile && user.profile.fullname) {
importedMember.fullName = user.profile.fullname;
}
importedMember.username = user.username;
const wekanUser = Users.findOne({ username: importedMember.username });
if (wekanUser) {
importedMember.wekanId = wekanUser._id;
}
});
return membersToMap;
}
checkActions(wekanActions) {
// XXX More check based on action type
check(wekanActions, [
Match.ObjectIncluding({
actionType: String,
desc: String,
}),
]);
}
// You must call parseActions before calling this one.
createBoardAndLabels(boardToImport) {
const boardToCreate = {
archived: boardToImport.archived,
color: boardToImport.color,
// very old boards won't have a creation activity so no creation date
createdAt: this._now(boardToImport.createdAt),
labels: [],
members: [
{
userId: Meteor.userId(),
wekanId: Meteor.userId(),
isActive: true,
isAdmin: true,
isNoComments: false,
isCommentOnly: false,
swimlaneId: false,
},
],
// Standalone Export has modifiedAt missing, adding modifiedAt to fix it
modifiedAt: this._now(boardToImport.modifiedAt),
permission: boardToImport.permission,
slug: getSlug(boardToImport.title) || 'board',
stars: 0,
title: boardToImport.title,
};
// now add other members
if (boardToImport.members) {
boardToImport.members.forEach(wekanMember => {
// do we already have it in our list?
if (
!boardToCreate.members.some(
member => member.wekanId === wekanMember.wekanId,
)
)
boardToCreate.members.push({
...wekanMember,
userId: wekanMember.wekanId,
});
});
}
boardToImport.labels.forEach(label => {
const labelToCreate = {
_id: Random.id(6),
color: label.color,
name: label.name,
};
// We need to remember them by Wekan ID, as this is the only ref we have
// when importing cards.
this.labels[label._id] = labelToCreate._id;
boardToCreate.labels.push(labelToCreate);
});
const boardId = Boards.direct.insert(boardToCreate);
Boards.direct.update(boardId, {
$set: {
modifiedAt: this._now(),
},
});
// log activity
Activities.direct.insert({
activityType: 'importBoard',
boardId,
createdAt: this._now(),
source: {
id: boardToImport.id,
system: 'Wekan',
},
// We attribute the import to current user,
// not the author from the original object.
userId: this._user(),
});
return boardId;
}
/**
* Create the Wekan cards corresponding to the supplied Wekan cards,
* as well as all linked data: activities, comments, and attachments
* @param wekanCards
* @param boardId
* @returns {Array}
*/
createCards(wekanCards, boardId) {
const result = [];
wekanCards.forEach(card => {
const cardToCreate = {
archived: card.archived,
boardId,
// very old boards won't have a creation activity so no creation date
createdAt: this._now(this.createdAt.cards[card._id]),
dateLastActivity: this._now(),
description: card.description,
listId: this.lists[card.listId],
swimlaneId: this.swimlanes[card.swimlaneId],
sort: card.sort,
title: card.title,
// we attribute the card to its creator if available
userId: this._user(this.createdBy.cards[card._id]),
isOvertime: card.isOvertime || false,
startAt: card.startAt ? this._now(card.startAt) : null,
dueAt: card.dueAt ? this._now(card.dueAt) : null,
spentTime: card.spentTime || null,
};
// add labels
if (card.labelIds) {
cardToCreate.labelIds = card.labelIds.map(wekanId => {
return this.labels[wekanId];
});
}
// add members {
if (card.members) {
const wekanMembers = [];
// we can't just map, as some members may not have been mapped
card.members.forEach(sourceMemberId => {
if (this.members[sourceMemberId]) {
const wekanId = this.members[sourceMemberId];
// we may map multiple Wekan members to the same wekan user
// in which case we risk adding the same user multiple times
if (!wekanMembers.find(wId => wId === wekanId)) {
wekanMembers.push(wekanId);
}
}
return true;
});
if (wekanMembers.length > 0) {
cardToCreate.members = wekanMembers;
}
}
// set color
if (card.color) {
cardToCreate.color = card.color;
}
// insert card
const cardId = Cards.direct.insert(cardToCreate);
// keep track of Wekan id => Wekan id
this.cards[card._id] = cardId;
// // log activity
// Activities.direct.insert({
// activityType: 'importCard',
// boardId,
// cardId,
// createdAt: this._now(),
// listId: cardToCreate.listId,
// source: {
// id: card._id,
// system: 'Wekan',
// },
// // we attribute the import to current user,
// // not the author of the original card
// userId: this._user(),
// });
// add comments
const comments = this.comments[card._id];
if (comments) {
comments.forEach(comment => {
const commentToCreate = {
boardId,
cardId,
createdAt: this._now(comment.createdAt),
text: comment.text,
// we attribute the comment to the original author, default to current user
userId: this._user(comment.userId),
};
// dateLastActivity will be set from activity insert, no need to
// update it ourselves
const commentId = CardComments.direct.insert(commentToCreate);
this.commentIds[comment._id] = commentId;
// Activities.direct.insert({
// activityType: 'addComment',
// boardId: commentToCreate.boardId,
// cardId: commentToCreate.cardId,
// commentId,
// createdAt: this._now(commentToCreate.createdAt),
// // we attribute the addComment (not the import)
// // to the original author - it is needed by some UI elements.
// userId: commentToCreate.userId,
// });
});
}
const attachments = this.attachments[card._id];
const wekanCoverId = card.coverId;
if (attachments) {
attachments.forEach(att => {
const file = new FS.File();
// Simulating file.attachData on the client generates multiple errors
// - HEAD returns null, which causes exception down the line
// - the template then tries to display the url to the attachment which causes other errors
// so we make it server only, and let UI catch up once it is done, forget about latency comp.
const self = this;
if (Meteor.isServer) {
if (att.url) {
file.attachData(att.url, function(error) {
file.boardId = boardId;
file.cardId = cardId;
file.userId = self._user(att.userId);
// The field source will only be used to prevent adding
// attachments' related activities automatically
file.source = 'import';
if (error) {
throw error;
} else {
const wekanAtt = Attachments.insert(file, () => {
// we do nothing
});
self.attachmentIds[att._id] = wekanAtt._id;
//
if (wekanCoverId === att._id) {
Cards.direct.update(cardId, {
$set: {
coverId: wekanAtt._id,
},
});
}
}
});
} else if (att.file) {
file.attachData(
new Buffer(att.file, 'base64'),
{
type: att.type,
},
error => {
file.name(att.name);
file.boardId = boardId;
file.cardId = cardId;
file.userId = self._user(att.userId);
// The field source will only be used to prevent adding
// attachments' related activities automatically
file.source = 'import';
if (error) {
throw error;
} else {
const wekanAtt = Attachments.insert(file, () => {
// we do nothing
});
this.attachmentIds[att._id] = wekanAtt._id;
//
if (wekanCoverId === att._id) {
Cards.direct.update(cardId, {
$set: {
coverId: wekanAtt._id,
},
});
}
}
},
);
}
}
// todo XXX set cover - if need be
});
}
result.push(cardId);
});
return result;
}
// Create labels if they do not exist and load this.labels.
createLabels(wekanLabels, board) {
wekanLabels.forEach(label => {
const color = label.color;
const name = label.name;
const existingLabel = board.getLabel(name, color);
if (existingLabel) {
this.labels[label.id] = existingLabel._id;
} else {
const idLabelCreated = board.pushLabel(name, color);
this.labels[label.id] = idLabelCreated;
}
});
}
createLists(wekanLists, boardId) {
wekanLists.forEach((list, listIndex) => {
const listToCreate = {
archived: list.archived,
boardId,
// We are being defensing here by providing a default date (now) if the
// creation date wasn't found on the action log. This happen on old
// Wekan boards (eg from 2013) that didn't log the 'createList' action
// we require.
createdAt: this._now(this.createdAt.lists[list.id]),
title: list.title,
sort: list.sort ? list.sort : listIndex,
};
const listId = Lists.direct.insert(listToCreate);
Lists.direct.update(listId, {
$set: {
updatedAt: this._now(),
},
});
this.lists[list._id] = listId;
// // log activity
// Activities.direct.insert({
// activityType: 'importList',
// boardId,
// createdAt: this._now(),
// listId,
// source: {
// id: list._id,
// system: 'Wekan',
// },
// // We attribute the import to current user,
// // not the creator of the original object
// userId: this._user(),
// });
});
}
createSwimlanes(wekanSwimlanes, boardId) {
wekanSwimlanes.forEach((swimlane, swimlaneIndex) => {
const swimlaneToCreate = {
archived: swimlane.archived,
boardId,
// We are being defensing here by providing a default date (now) if the
// creation date wasn't found on the action log. This happen on old
// Wekan boards (eg from 2013) that didn't log the 'createList' action
// we require.
createdAt: this._now(this.createdAt.swimlanes[swimlane._id]),
title: swimlane.title,
sort: swimlane.sort ? swimlane.sort : swimlaneIndex,
};
// set color
if (swimlane.color) {
swimlaneToCreate.color = swimlane.color;
}
const swimlaneId = Swimlanes.direct.insert(swimlaneToCreate);
Swimlanes.direct.update(swimlaneId, {
$set: {
updatedAt: this._now(),
},
});
this.swimlanes[swimlane._id] = swimlaneId;
});
}
createChecklists(wekanChecklists) {
const result = [];
wekanChecklists.forEach((checklist, checklistIndex) => {
// Create the checklist
const checklistToCreate = {
cardId: this.cards[checklist.cardId],
title: checklist.title,
createdAt: checklist.createdAt,
sort: checklist.sort ? checklist.sort : checklistIndex,
};
const checklistId = Checklists.direct.insert(checklistToCreate);
this.checklists[checklist._id] = checklistId;
result.push(checklistId);
});
return result;
}
createTriggers(wekanTriggers, boardId) {
wekanTriggers.forEach(trigger => {
if (trigger.hasOwnProperty('labelId')) {
trigger.labelId = this.labels[trigger.labelId];
}
if (trigger.hasOwnProperty('memberId')) {
trigger.memberId = this.members[trigger.memberId];
}
trigger.boardId = boardId;
const oldId = trigger._id;
delete trigger._id;
this.triggers[oldId] = Triggers.direct.insert(trigger);
});
}
createActions(wekanActions, boardId) {
wekanActions.forEach(action => {
if (action.hasOwnProperty('labelId')) {
action.labelId = this.labels[action.labelId];
}
if (action.hasOwnProperty('memberId')) {
action.memberId = this.members[action.memberId];
}
action.boardId = boardId;
const oldId = action._id;
delete action._id;
this.actions[oldId] = Actions.direct.insert(action);
});
}
createRules(wekanRules, boardId) {
wekanRules.forEach(rule => {
// Create the rule
rule.boardId = boardId;
rule.triggerId = this.triggers[rule.triggerId];
rule.actionId = this.actions[rule.actionId];
delete rule._id;
Rules.direct.insert(rule);
});
}
createChecklistItems(wekanChecklistItems) {
wekanChecklistItems.forEach((checklistitem, checklistitemIndex) => {
// Create the checklistItem
const checklistItemTocreate = {
title: checklistitem.title,
checklistId: this.checklists[checklistitem.checklistId],
cardId: this.cards[checklistitem.cardId],
sort: checklistitem.sort ? checklistitem.sort : checklistitemIndex,
isFinished: checklistitem.isFinished,
};
const checklistItemId = ChecklistItems.direct.insert(
checklistItemTocreate,
);
this.checklistItems[checklistitem._id] = checklistItemId;
});
}
parseActivities(wekanBoard) {
wekanBoard.activities.forEach(activity => {
switch (activity.activityType) {
case 'addAttachment': {
// We have to be cautious, because the attachment could have been removed later.
// In that case Wekan still reports its addition, but removes its 'url' field.
// So we test for that
const wekanAttachment = wekanBoard.attachments.filter(attachment => {
return attachment._id === activity.attachmentId;
})[0];
if (typeof wekanAttachment !== 'undefined' && wekanAttachment) {
if (wekanAttachment.url || wekanAttachment.file) {
// we cannot actually create the Wekan attachment, because we don't yet
// have the cards to attach it to, so we store it in the instance variable.
const wekanCardId = activity.cardId;
if (!this.attachments[wekanCardId]) {
this.attachments[wekanCardId] = [];
}
this.attachments[wekanCardId].push(wekanAttachment);
}
}
break;
}
case 'addComment': {
const wekanComment = wekanBoard.comments.filter(comment => {
return comment._id === activity.commentId;
})[0];
const id = activity.cardId;
if (!this.comments[id]) {
this.comments[id] = [];
}
this.comments[id].push(wekanComment);
break;
}
case 'createBoard': {
this.createdAt.board = activity.createdAt;
break;
}
case 'createCard': {
const cardId = activity.cardId;
this.createdAt.cards[cardId] = activity.createdAt;
this.createdBy.cards[cardId] = activity.userId;
break;
}
case 'createList': {
const listId = activity.listId;
this.createdAt.lists[listId] = activity.createdAt;
break;
}
case 'createSwimlane': {
const swimlaneId = activity.swimlaneId;
this.createdAt.swimlanes[swimlaneId] = activity.createdAt;
break;
}
}
});
}
importActivities(activities, boardId) {
activities.forEach(activity => {
switch (activity.activityType) {
// Board related activities
// TODO: addBoardMember, removeBoardMember
case 'createBoard': {
Activities.direct.insert({
userId: this._user(activity.userId),
type: 'board',
activityTypeId: boardId,
activityType: activity.activityType,
boardId,
createdAt: this._now(activity.createdAt),
});
break;
}
// List related activities
// TODO: removeList, archivedList
case 'createList': {
Activities.direct.insert({
userId: this._user(activity.userId),
type: 'list',
activityType: activity.activityType,
listId: this.lists[activity.listId],
boardId,
createdAt: this._now(activity.createdAt),
});
break;
}
// Card related activities
// TODO: archivedCard, restoredCard, joinMember, unjoinMember
case 'createCard': {
Activities.direct.insert({
userId: this._user(activity.userId),
activityType: activity.activityType,
listId: this.lists[activity.listId],
cardId: this.cards[activity.cardId],
boardId,
createdAt: this._now(activity.createdAt),
});
break;
}
case 'moveCard': {
Activities.direct.insert({
userId: this._user(activity.userId),
oldListId: this.lists[activity.oldListId],
activityType: activity.activityType,
listId: this.lists[activity.listId],
cardId: this.cards[activity.cardId],
boardId,
createdAt: this._now(activity.createdAt),
});
break;
}
// Comment related activities
case 'addComment': {
Activities.direct.insert({
userId: this._user(activity.userId),
activityType: activity.activityType,
cardId: this.cards[activity.cardId],
commentId: this.commentIds[activity.commentId],
boardId,
createdAt: this._now(activity.createdAt),
});
break;
}
// Attachment related activities
case 'addAttachment': {
Activities.direct.insert({
userId: this._user(activity.userId),
type: 'card',
activityType: activity.activityType,
attachmentId: this.attachmentIds[activity.attachmentId],
cardId: this.cards[activity.cardId],
boardId,
createdAt: this._now(activity.createdAt),
});
break;
}
// Checklist related activities
case 'addChecklist': {
Activities.direct.insert({
userId: this._user(activity.userId),
activityType: activity.activityType,
cardId: this.cards[activity.cardId],
checklistId: this.checklists[activity.checklistId],
boardId,
createdAt: this._now(activity.createdAt),
});
break;
}
case 'addChecklistItem': {
Activities.direct.insert({
userId: this._user(activity.userId),
activityType: activity.activityType,
cardId: this.cards[activity.cardId],
checklistId: this.checklists[activity.checklistId],
checklistItemId: activity.checklistItemId.replace(
activity.checklistId,
this.checklists[activity.checklistId],
),
boardId,
createdAt: this._now(activity.createdAt),
});
break;
}
}
});
}
//check(board) {
check() {
//try {
// check(data, {
// membersMapping: Match.Optional(Object),
// });
// this.checkActivities(board.activities);
// this.checkBoard(board);
// this.checkLabels(board.labels);
// this.checkLists(board.lists);
// this.checkSwimlanes(board.swimlanes);
// this.checkCards(board.cards);
//this.checkChecklists(board.checklists);
// this.checkRules(board.rules);
// this.checkActions(board.actions);
//this.checkTriggers(board.triggers);
//this.checkChecklistItems(board.checklistItems);
//} catch (e) {
// throw new Meteor.Error('error-json-schema');
// }
}
create(board, currentBoardId) {
// TODO : Make isSandstorm variable global
const isSandstorm =
Meteor.settings &&
Meteor.settings.public &&
Meteor.settings.public.sandstorm;
if (isSandstorm && currentBoardId) {
const currentBoard = Boards.findOne(currentBoardId);
currentBoard.archive();
}
this.parseActivities(board);
const boardId = this.createBoardAndLabels(board);
this.createLists(board.lists, boardId);
this.createSwimlanes(board.swimlanes, boardId);
this.createCards(board.cards, boardId);
this.createChecklists(board.checklists);
this.createChecklistItems(board.checklistItems);
this.importActivities(board.activities, boardId);
this.createTriggers(board.triggers, boardId);
this.createActions(board.actions, boardId);
this.createRules(board.rules, boardId);
// XXX add members
return boardId;
}
}

6
snapcraft.yaml
View file

@ -109,6 +109,12 @@ parts:
mv .snap-meteor-1.8/.meteor .
mv .snap-meteor-1.8/package.json .
mv .snap-meteor-1.8/package-lock.json .
# Meteor 1.9.x has changes to Buffer() => Buffer.alloc(), so reverting those
mv .snap-meteor-1.8/cfs_access-point.txt fix-download-unicode/
mv .snap-meteor-1.8/export.js models/
mv .snap-meteor-1.8/wekanCreator.js models/
mv .snap-meteor-1.8/ldap.js packages/wekan-ldap/server/ldap.js
mv .snap-meteor-1.8/oidc_server.js packages/wekan-oidc/oidc_server.js
rm -rf .snap-meteor-1.8
#mkdir -p .build/python
#cd .build/python