This adds (the first!) an actual Java class to do the checking which
interfaces are available and we then instruct the AddressDB to pick
addresses matching that.
In other words, when the Android device has a functional IPv4 network
interface, we will try to connect to peers on that IP version.
Same with IPv6.
Both can be active at the same time.
This is likely the oldest component in the app and it was
really in need of a rewrite.
The state of peers is shown much clearer now, we use a proper
model in order to avoid the jumping and we use a more safe
way of getting at the data.
This specifically allows pasting and scanning of bitcoincash addresses
without the 'bitcoincash' prefix.
Additionally this cleans up the QRScanner API a little and merges two
methods.
Last, at popular request, this makes showing the address on the
confirmation screen default to be on.
This allows people to actually verify the address they pay to.
Except when paying to a BIP70 payment because that is practically
speaking a system that avoids talking about addresses in the first
place. No point in trying to verify the actual address THERE.
This upstream refactor stopped passing in the pool by pointer and
now wraps it in a shared_ptr.
A lot less 'address-of' operators and generally cleaner code are
the result.
This calls Java code on Android through the Qt JNI bridge
in order to learn the phone-wide setting of dark-theme.
For new installs this will now follow the phone setting by default.
Add GuiSettings: dark mode option.
The flowee lib added support for various blockheader improvements.
An important one is the ability to start from a checkpoint and thus
lower the requirements at the cost of a slightly lower security.
This adds support for that.
The local part is that we stop shipping the 'info' file (some 25MB
for the full chain) in the APK / deb files, instead buiding it on first
start.
In addition:
- Made it work with latest commit to Flowee/thehub/#5.
- Works better now when decrypting the wallet (accountInfo.isElectrum property
should not be CONSTANT but instead notify on change)
- Made the actual wallet seed phrase type get saved to the wallet rather
than a bool. This type comes from enum HDMasterKey::MnemonicType in
thehub libs.
This is the format used by (older) Electron Cash wallets. It may be
useful to users wishing to use their older EC wallets with Flowee Pay.
Highlight of changes:
- Import wallet UI now auto-detects whether it's Electrum or BIP39. Note
that in some cases a valid BIP39 seed is also a valid Electrum seed.
The user has a UI element checkbox for "forcing" Electrum
interpretation in such cases.
- Electrum seed phrases always use derivation path "m/" so this is
forced on the user as the only path available in the Electrum case.
- Wallet file format has a new tag to indicate whether the seed phrase
is electrum or not. Only present in the electrum case, otherwise it's
omitted from the serialized data.
Just some nits but here is what the compiler didn't like:
- Apparently Qt's `qAsConst` is marked as deprecated (at least in Qt
6.6.0), so they recommend one uses `std::as_const`
- Compiler feels happier with `#ifdef` rather than `#if` for
`TARGET_OS_Android` in the not-defined case.
The CPP now does more of the (heavy) lifting and the UI layer can
ignore
most of the details with regards to there being digits behind the
separator for fiat at all.
The internal change is that the fiat based values are always processed
in cents, even if the cents are not displayed. This solves incorrect
display and generally removes special cases.
One surprise was that the main usecase of pasting is one where the user
activates another app to go and copy data in order to come back to paste
it.
And the Qt clipboard didn't manage to get any notification of clipboard
changes. Even copying data on becoming active had no effect.
So now I just show the paste optimistically when the user comes back
from another screen, assuming the main reason for that was to copy.
This makes available a clipboard helper component in QML.
Based on filters we then can make the 'paste' button visible and
only allow pasting stuff that is remotely useful.
This then also adds a 'paste' button to the transaction-building
module, the 'destination' screen.
For desktop we now properly support starting a payment when
the user clicks on a bitcoincash link in a browser.
For Android the activation logic _should_ work, except that the
Android specific way has yet to be tied to our app.
Squash of 12 commits, this makes the UX actually useful and
we detect errors and show errors and warnings to the user.
This also adds an 'editable' bool to OutputDetail in order to
disable editing of a payment request address.
Additionally, this introduces the ability for a Payment to carry
a raw script instead of an address. So op-return or more complex
payment requests will be sent just fine.
Fun fact is that our broadcast is INV/SendData, which is two
roundtrips and thus slow, which is needed to be sure we get proper
rejection messages.
The sending of the transaction via BIP70 causes the network to
already know about the tx because the server we send it to has
likely much better Internet than we do.
So confirmation from the payment provider is used to show success
instead of the normal way.
This adds the basic support of bip70 style payments.
Some todos are left which are mostly about interaction with
other parts of the app and require bigger changes to make
it work smoothly.
The PaymentProtcol class now handles the pasting of a payment uri,
like bip21.
Additionally this adds the feature where we pass in the payment uri on
the commandline which then results in an auto-opened payment screen.
The backend will tell us that there is good reason to believe the remote
needs to get a new bloom filter, which is causing a lot of extra traffic
if there actually is no change in the utxo of the wallet.
This introduces a bool to mark changes that would affect the bloom
filter to be send, and only upload a new one when that bool is true.
Parsing the amount
0.00522325
caused the double to have a 49999 at the end instead of that 5.
This now will be rounded back up the the proper sats value.