Gnosis Safe is a multi signature (2FA) wallet for personal usage.
License: GNU General Public License v3.0
To set up all project dependencies, run from the project directory in terminal:
$> scripts/bootstrap.sh
To get the app built, copy example files:
$> cp .env.default.example .env.default
$> cp AppConfig.example.yml AppConfig.yml
$> cp GoogleService-Info.example.plist safe/safe/GoogleService-Info.plist
Then comment out the lines 40-43 in the safe/safe/AppDelegate.swift file to disable Firebase. This will make your app running in simulator.
![dependabot[bot] avatar](https://avatars.githubusercontent.com/in/29110?v=4 "dependabot[bot]")
If we put the time in would you be open to adding this?
Adjust designs for existing and add missing input components.
(-) TextInput
-- add icon
(-) PasswordInput
(-) AddressInput
-- Address takes 2 lines
(-) TokenInput
Screen explaining how safe setup works
Implement multiSend(bytes) method to batch transactions together. Required for safe recovery.
Address input
ScanButton component
Describe the bug
Expected behavior
Thanks to @mikheevm for reporting.
Currently, on every step of transaction handling, we assume the user is sending ETH. That has its limitations.
The user-view of the transaction and underlying ethereum and safe-contract specifics are intermingled. We need clear separation of these.
From a business point of view, both ETH and ERC-20 tokens transfer are conceptually similar.
In the UI, we should use these conceptual values, but for the TX, the recipient might be a contract address, and the data can be ABI encoded call.
These changes affect the hash.
Upon transaction mining, the fee will be deducted from safe ETH account, and amount will be deducted from safe token account. After transaction mined, we should update the balances, because the fee was just an estimation.
Since the 0.8.0 (4) version we have crashes coming up with the same exception:
Fatal error: 'try!' expression unexpectedly raised an error: Database.SQLiteDatabase.Error.failedToOpenDatabase
More debugging and enhancing of the thrown exception information led to the
Fatal error: 'try!' expression unexpectedly raised an error: Database.SQLiteDatabase.Error.failedToOpenDatabase("status: (23) (unknown error code)")
Which shows that SQLite returns SQLITE_AUTH error when a database connection is created.
The crashes mostly happen when the app is in the background.
The cause is that the database files are locked when the app is locked, and the sync process happening regularly in the background tries to access the file but gets an error from the operating system.
Search through similar issues on GitHub found the problem described in GRDB.swift repository, which says the SQLITE_IOERR and SQLITE_AUTH errors could be thrown when the database uses files protected by OS's encryption. The corresponding APIs are in UIKit:
UIApplication.isProtectedDataAvailableUIApplicationDelegate.applicationProtectedDataDidBecomeAvailable(_:)UIApplicationDelegate.applicationProtectedDataWillBecomeUnavailable(_:)NSNotification.Name.protectedDataDidBecomeAvailableNotificationNSNotification.Name.protectedDataWillBecomeUnavailableNotification We would encounter this problem or be aware of it when developing the app if we would use the GRDB.swift library to work with SQLite, but at this point, I'm reluctant to switch. Sorry, not invented here syndrome.
After a short team discussion, the proposed treatment for the crash is the following.
Currently, the crash is happening in the implementation modules of repositories, more specifically, when an SQLite connection is created.
Our previous assumption was that any reason that makes a database request erroring (except busy state) is a programming error, meaning the app without working database is not worth functioning, that's why every kind of error on database opening was treated as crashable. This assumption proved to be wrong.
Considering the following points:
The proposed solution is:
locked event is receivedlock event is received, then sleep until unlock event is receivedlock and unlock events upon protected data becoming unavailable and availableAs always, test that the crases are not happening in the internal beta.
i've had the browser extension since it was first announced but was unable to use it without access to an android. now that i've got the testflight ios app installed i've connected the browser extension to the app and successfully moved money into my safe. I'm attempting to make a new transfer of eth from the safe, and after confirming i am at the "Review tranaction" page with a loader telling me "awaiting confirmation". My browser app hasn't updated past the page telling me to download the android app or show the qr code. should the confirmation happen automatically or would it be waiting for me on another part of the chrome extension? i've hit "re-send confirmation" a few times with the extension open and unlocked as well as closed but see no difference.
apply design
pm.gnosis.safe.prerelease*.rinkeby.gnosis.pmSafe creation screen design
UI fixes
Describe the bug
We have the following password requirements:
I cannot advance when choosing rich987ard as a password
To Reproduce
rich987ard as passwordExpected behavior
I can use this password since it clearly satisfies the pw requirements :)
Screenshots
Smartphone (please complete the following information):
Other thoughts:
input: Array of transactions [T] sorted by
success_at, failed_at, submitted_at, rejected_at, updated_at in descending order
output: an array of groups [G] of transactions:
[draft, pending, today, yesterday, date1, ... dateN]
Let type G have id, date, and list of transactions [T]
Let type T has status (draft, pending, processed) and date
Function GROUP([T]) -> [G] // [T] is sorted by T.date, descending
0. Create groups D, P, and an array of groups [G].
1. for each transaction T in [T]:
2. if T is draft
3. then add it to [D]
4. if T is pending
5. then add it to [P]
6. else
7. if [G].last not exists or [G].last.date != T.date
8. then create group G with date = T.date;
9. append G to array [G]
10. add T to the group [G].last
11. put groups D and P to the beginning of the array [G]
12. return [G]
To support the animation of the transaction row position changes, we need to track the change in indexes and groups between two sets of transactions. We can compute it automatically, given two group arrays and given IDs of transactions.
// Group is identified by combination of <type> and <date>.
// Types are: draft, pending, processed.
// Dates are either a 'null' value or a short date in the form YYYY-MM-DD.
// Date is only specified for groups of 'processed' type.
// The Group ID then is a string "<type>:<date>".
// For example: "draft:null", "pending:null", "processed:2018-02-10", "processed:2018-01-30".
input:
- array of groups [G1], each group has list of transactions [T],
sorted by date (see Grouping Algorithm), each transaction has unique ID;
- new array of groups [G2] with changed transaction positions in the groups, and changed groups.
- Transaction can appear only in one group at a time.
output: change set of rows and sections: deleted, added, moved.
Let type Index = [Int]
Function BUILD_CHANGESET(L1: [G], L2: [G]) -> (GROUPS: Changeset, ROWS: Changeset)
0. Let M1 = BUILD_ROW_INDEXES(L1), M2 = BUILD_ROW_INDEXES(L2)
1. Let ROW_CHANGESET = CHANGE_SET(M1: M1, M2: M2)
2. Let K1 = BUILD_GROUP_INDEXES(L1), K2 = BUILD_GROUP_INDEXES(L2)
3. Let GROUP_CHANGESET = CHANGE_SET(M1: K1, M2: K2)
4. Return (GROUP_CHANGESET, ROW_CHANGESET)
Function BUILD_ROW_INDEXES: ([G]) -> [T: Index] :
0. Let M = [T: Index]
1. For each group G in [G] with index g:
2. For each transaction T in G.[T] with index t:
3. Let M[T] = [g, t]
4. Return M
Function BUILD_GROUP_INDEXES: ([G]) -> [G.id: Index] :
0. Let M = [G.id: Index]
1. For each group G in [G] with index g:
2. Let M[G.id] = [g]
3. return M
Function CHANGE_SET(M1: [T: Index], M2: [T: Index]) -> (DELETED: [Index], MOVED: [(from: Index, to: Index)], ADDED: [Index])
0. Let DELETED = (M1.keys - M2.keys).map { T in M1[T] }
1. Let MOVED = (M1.keys.intersection(M2.keys)).filter { T in M1[T] != M2[T] }.map { T in (from: M1[T], to: M2[T]) }
2. Let ADDED = (M2.keys - M1.keys).map { T in M2[T] }
3. Return (DELETED, MOVED, ADDED)
Confirm mnemonic designs
(-) Token Input
-- with all validations
In order to support multiple pending transactions, we need to request nonce from relay service, because it tracks the number of pending transactions and can provide appropriate value for the nonce.
The app is not archiving, the current external dependency wiring has to be changed.
Describe the bug (not really a bug, more a feature request ;) )
Expected behavior
It would be really great to have a specific button for this, e.g. in the top right corner.
Pre conditions:
-Iphone 7 and Iphone 10
Steps to reproduce:
1- Enter to the APP
2- Select 'Setup password'
3- Tap on Agree
4- Create a password with seven letters and one number
5- Observe
Expected result:
The user continue to the next screen
Actual result:
The user must put a capital letter in the password
Environment:
iOS 12.1
https://drive.google.com/open?id=11-ZkmZb1L9uez-vGXWAFf2ssFoXa-f9Y
Something with database
as an attempt to bypass my issue of transferring eth i tried uninstalling and reinstalling my chrome extension. I'm no longer sure whether my browser is actually associated with my wallet and don't see an option to add edit or remove my mobile wallet browser wallet association. is this possible?
When you repeat a character three or more times, the requirement "No triple characters" turns to green as if it was okay. Then, erasing the written password will turn the other two options to red, leaving "No triple characters" in green.
Pre-Conditions:
Having Safe Wallet with no information, as if it was the first opening,
Steps to reproduce:
Expected result:
"No triple character" requirement should go red when typing the password, and remain red when erased.
Actual result:
"No triple character" requirement goes green and so it remains when the password is erased.
Smartphone:
I-phone 7/X - iOS 12.1
Note:
The password used for this test is Saladsoysing1090
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