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ef3dc5bb58a43235adbc7b4e053ef0dea7617c12
xahaud/src/ripple/app/tests/Flow_test.cpp
seelabs ef3dc5bb58 Return unfunded and expired offers when flow fails: 
Payments do not remove unfunded and expired offers when a payment
fails. However, offer crossing is now using the payment engine and needs
to know what offers were found in a removable state, even on failure.
2016-03-31 18:42:55 -07:00

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//------------------------------------------------------------------------------
/*
This file is part of rippled: https://github.com/ripple/rippled
Copyright (c) 2012, 2013 Ripple Labs Inc.
Permission to use, copy, modify, and/or distribute this software for any
purpose with or without fee is hereby granted, provided that the above
copyright notice and this permission notice appear in all copies.
THE SOFTWARE IS PROVIDED "AS IS" AND THE AUTHOR DISCLAIMS ALL WARRANTIES
WITH REGARD TO THIS SOFTWARE INCLUDING ALL IMPLIED WARRANTIES OF
MERCHANTABILITY AND FITNESS. IN NO EVENT SHALL THE AUTHOR BE LIABLE FOR
ANY SPECIAL , DIRECT, INDIRECT, OR CONSEQUENTIAL DAMAGES OR ANY DAMAGES
WHATSOEVER RESULTING FROM LOSS OF USE, DATA OR PROFITS, WHETHER IN AN
ACTION OF CONTRACT, NEGLIGENCE OR OTHER TORTIOUS ACTION, ARISING OUT OF
OR IN CONNECTION WITH THE USE OR PERFORMANCE OF THIS SOFTWARE.
*/
//==============================================================================
#include <BeastConfig.h>
#include <ripple/test/jtx.h>
#include <ripple/app/paths/Flow.h>
#include <ripple/app/paths/impl/Steps.h>
#include <ripple/basics/contract.h>
#include <ripple/core/Config.h>
#include <ripple/ledger/PaymentSandbox.h>
#include <ripple/ledger/Sandbox.h>
#include <ripple/ledger/tests/PathSet.h>
#include <ripple/protocol/Feature.h>
#include <ripple/protocol/JsonFields.h>
namespace ripple {
namespace test {
struct Flow_test;
struct DirectStepInfo
{
AccountID src;
AccountID dst;
Currency currency;
};
struct XRPEndpointStepInfo
{
AccountID acc;
};
enum class TrustFlag {freeze, auth};
/*constexpr*/ std::uint32_t trustFlag (TrustFlag f, bool useHigh)
{
switch(f)
{
case TrustFlag::freeze:
if (useHigh)
return lsfHighFreeze;
return lsfLowFreeze;
case TrustFlag::auth:
if (useHigh)
return lsfHighAuth;
return lsfLowAuth;
}
return 0; // Silence warning about end of non-void function
}
bool getTrustFlag (jtx::Env const& env,
jtx::Account const& src,
jtx::Account const& dst,
Currency const& cur,
TrustFlag flag)
{
if (auto sle = env.le (keylet::line (src, dst, cur)))
{
auto const useHigh = src.id() > dst.id();
return sle->isFlag (trustFlag (flag, useHigh));
}
Throw<std::runtime_error> ("No line in getTrustFlag");
return false; // silence warning
}
jtx::PrettyAmount
xrpMinusFee (jtx::Env const& env, std::int64_t xrpAmount)
{
using namespace jtx;
auto feeDrops = env.current ()->fees ().base;
return drops (
dropsPerXRP<std::int64_t>::value * xrpAmount - feeDrops);
};
bool equal (std::unique_ptr<Step> const& s1,
DirectStepInfo const& dsi)
{
if (!s1)
return false;
return test::directStepEqual (*s1, dsi.src, dsi.dst, dsi.currency);
}
bool equal (std::unique_ptr<Step> const& s1,
XRPEndpointStepInfo const& xrpsi)
{
if (!s1)
return false;
return test::xrpEndpointStepEqual (*s1, xrpsi.acc);
}
bool equal (std::unique_ptr<Step> const& s1, ripple::Book const& bsi)
{
if (!s1)
return false;
return bookStepEqual (*s1, bsi);
}
template <class Iter>
bool strandEqualHelper (Iter i)
{
// base case. all args processed and found equal.
return true;
}
template <class Iter, class StepInfo, class... Args>
bool strandEqualHelper (Iter i, StepInfo&& si, Args&&... args)
{
if (!equal (*i, std::forward<StepInfo> (si)))
return false;
return strandEqualHelper (++i, std::forward<Args> (args)...);
}
template <class... Args>
bool equal (Strand const& strand, Args&&... args)
{
if (strand.size () != sizeof...(Args))
return false;
if (strand.empty ())
return true;
return strandEqualHelper (strand.begin (), std::forward<Args> (args)...);
}
struct Flow_test : public beast::unit_test::suite
{
// Account path element
static auto APE(AccountID const& a)
{
return STPathElement (
STPathElement::typeAccount, a, xrpCurrency (), xrpAccount ());
};
// Issue path element
static auto IPE(Issue const& iss)
{
return STPathElement (
STPathElement::typeCurrency | STPathElement::typeIssuer,
xrpAccount (), iss.currency, iss.account);
};
// Currency path element
static auto CPE(Currency const& c)
{
return STPathElement (
STPathElement::typeCurrency, xrpAccount (), c, xrpAccount ());
};
void testToStrand ()
{
testcase ("To Strand");
using namespace jtx;
auto const alice = Account ("alice");
auto const bob = Account ("bob");
auto const carol = Account ("carol");
auto const gw = Account ("gw");
auto const USD = gw["USD"];
auto const EUR = gw["EUR"];
auto const eurC = EUR.currency;
auto const usdC = USD.currency;
using D = DirectStepInfo;
using B = ripple::Book;
using XRPS = XRPEndpointStepInfo;
auto test = [&, this](jtx::Env& env, Issue const& deliver,
boost::optional<Issue> const& sendMaxIssue, STPath const& path,
TER expTer, auto&&... expSteps)
{
auto r = toStrand (*env.current (), alice, bob,
deliver, sendMaxIssue, path, env.app ().logs ().journal ("Flow"));
expect (r.first == expTer);
if (sizeof...(expSteps))
expect (equal (
r.second, std::forward<decltype (expSteps)> (expSteps)...));
};
{
Env env (*this, features(featureFlowV2));
env.fund (XRP (10000), alice, bob, carol, gw);
test (env, USD, boost::none, STPath(), terNO_LINE);
env.trust (USD (1000), alice, bob, carol);
test (env, USD, boost::none, STPath(), tecPATH_DRY);
env (pay (gw, alice, USD (100)));
env (pay (gw, carol, USD (100)));
// Insert implied account
test (env, USD, boost::none, STPath(), tesSUCCESS,
D{alice, gw, usdC}, D{gw, bob, usdC});
env.trust (EUR (1000), alice, bob);
// Insert implied offer
test (env, EUR, USD.issue (), STPath(), tesSUCCESS,
D{alice, gw, usdC}, B{USD, EUR}, D{gw, bob, eurC});
// Path with explicit offer
test (env, EUR, USD.issue (), STPath ({IPE (EUR)}),
tesSUCCESS, D{alice, gw, usdC}, B{USD, EUR}, D{gw, bob, eurC});
// Path with XRP src currency
test (env, USD, xrpIssue (), STPath ({IPE (USD)}), tesSUCCESS,
XRPS{alice}, B{XRP, USD}, D{gw, bob, usdC});
// Path with XRP dst currency
test (env, xrpIssue(), USD.issue (), STPath ({IPE (XRP)}),
tesSUCCESS, D{alice, gw, usdC}, B{USD, XRP}, XRPS{bob});
// Path with XRP cross currency bridged payment
test (env, EUR, USD.issue (), STPath ({CPE (xrpCurrency ())}),
tesSUCCESS,
D{alice, gw, usdC}, B{USD, XRP}, B{XRP, EUR}, D{gw, bob, eurC});
// XRP -> XRP transaction can't include a path
test (env, XRP, boost::none, STPath ({APE (carol)}), temBAD_PATH);
{
// The root account can't be the src or dst
auto flowJournal = env.app ().logs ().journal ("Flow");
{
// The root account can't be the dst
auto r = toStrand (*env.current (), alice,
xrpAccount (), XRP, USD.issue (), STPath (), flowJournal);
expect (r.first == temBAD_PATH);
}
{
// The root account can't be the src
auto r =
toStrand (*env.current (), xrpAccount (),
alice, XRP, boost::none, STPath (), flowJournal);
expect (r.first == temBAD_PATH);
}
{
// The root account can't be the src
auto r = toStrand (*env.current (),
noAccount (), bob, USD, boost::none, STPath (), flowJournal);
expect (r.first == terNO_ACCOUNT);
}
}
// Create an offer with the same in/out issue
test (env, EUR, USD.issue (), STPath ({IPE (USD), IPE (EUR)}),
temBAD_PATH);
// Path element with type zero
test (env, USD, boost::none,
STPath ({STPathElement (
0, xrpAccount (), xrpCurrency (), xrpAccount ())}),
temBAD_PATH);
// The same account can't appear more than once on a path
// `gw` will be used from alice->carol and implied between carol
// and bob
test (env, USD, boost::none, STPath ({APE (gw), APE (carol)}),
temBAD_PATH_LOOP);
// The same offer can't appear more than once on a path
test (env, EUR, USD.issue (), STPath ({IPE (EUR), IPE (USD), IPE (EUR)}),
temBAD_PATH_LOOP);
}
{
Env env (*this, features(featureFlowV2));
env.fund (XRP (10000), alice, bob, noripple (gw));
env.trust (USD (1000), alice, bob);
env (pay (gw, alice, USD (100)));
test (env, USD, boost::none, STPath (), terNO_RIPPLE);
}
{
// check global freeze
Env env (*this, features(featureFlowV2));
env.fund (XRP (10000), alice, bob, gw);
env.trust (USD (1000), alice, bob);
env (pay (gw, alice, USD (100)));
// Account can still issue payments
env(fset(alice, asfGlobalFreeze));
test (env, USD, boost::none, STPath (), tesSUCCESS);
env(fclear(alice, asfGlobalFreeze));
test (env, USD, boost::none, STPath (), tesSUCCESS);
// Account can not issue funds
env(fset(gw, asfGlobalFreeze));
test (env, USD, boost::none, STPath (), terNO_LINE);
env(fclear(gw, asfGlobalFreeze));
test (env, USD, boost::none, STPath (), tesSUCCESS);
// Account can not receive funds
env(fset(bob, asfGlobalFreeze));
test (env, USD, boost::none, STPath (), terNO_LINE);
env(fclear(bob, asfGlobalFreeze));
test (env, USD, boost::none, STPath (), tesSUCCESS);
}
{
// Freeze between gw and alice
Env env (*this, features(featureFlowV2));
env.fund (XRP (10000), alice, bob, gw);
env.trust (USD (1000), alice, bob);
env (pay (gw, alice, USD (100)));
test (env, USD, boost::none, STPath (), tesSUCCESS);
env (trust (gw, alice["USD"] (0), tfSetFreeze));
expect (getTrustFlag (env, gw, alice, usdC, TrustFlag::freeze));
test (env, USD, boost::none, STPath (), terNO_LINE);
}
{
// check no auth
// An account may require authorization to receive IOUs from an
// issuer
Env env (*this, features(featureFlowV2));
env.fund (XRP (10000), alice, bob, gw);
env (fset (gw, asfRequireAuth));
env.trust (USD (1000), alice, bob);
// Authorize alice but not bob
env (trust (gw, alice ["USD"] (1000), tfSetfAuth));
expect (getTrustFlag (env, gw, alice, usdC, TrustFlag::auth));
env (pay (gw, alice, USD (100)));
env.require (balance (alice, USD (100)));
test (env, USD, boost::none, STPath (), terNO_AUTH);
// Check pure issue redeem still works
auto r = toStrand (*env.current (), alice, gw, USD,
boost::none, STPath (), env.app ().logs ().journal ("Flow"));
expect (r.first == tesSUCCESS);
expect (equal (r.second, D{alice, gw, usdC}));
}
}
void testDirectStep ()
{
testcase ("Direct Step");
using namespace jtx;
auto const alice = Account ("alice");
auto const bob = Account ("bob");
auto const carol = Account ("carol");
auto const dan = Account ("dan");
auto const erin = Account ("erin");
auto const USDA = alice["USD"];
auto const USDB = bob["USD"];
auto const USDC = carol["USD"];
auto const USDD = dan["USD"];
auto const gw = Account ("gw");
auto const USD = gw["USD"];
{
// Pay USD, trivial path
Env env (*this, features(featureFlowV2));
env.fund (XRP (10000), alice, bob, gw);
env.trust (USD (1000), alice, bob);
env (pay (gw, alice, USD (100)));
env (pay (alice, bob, USD (10)), paths (USD));
env.require (balance (bob, USD (10)));
}
{
// XRP transfer
Env env (*this, features(featureFlowV2));
env.fund (XRP (10000), alice, bob);
env (pay (alice, bob, XRP (100)));
env.require (balance (bob, XRP (10000 + 100)));
env.require (balance (alice, xrpMinusFee (env, 10000 - 100)));
}
{
// Partial payments
Env env (*this, features(featureFlowV2));
env.fund (XRP (10000), alice, bob, gw);
env.trust (USD (1000), alice, bob);
env (pay (gw, alice, USD (100)));
env (pay (alice, bob, USD (110)), paths (USD),
ter (tecPATH_PARTIAL));
env.require (balance (bob, USD (0)));
env (pay (alice, bob, USD (110)), paths (USD),
txflags (tfPartialPayment));
env.require (balance (bob, USD (100)));
}
{
// Pay by rippling through accounts, use path finder
Env env (*this, features(featureFlowV2));
env.fund (XRP (10000), alice, bob, carol, dan);
env.trust (USDA (10), bob);
env.trust (USDB (10), carol);
env.trust (USDC (10), dan);
env (pay (alice, dan, USDC (10)), paths (USDA));
env.require (
balance (bob, USDA (10)),
balance (carol, USDB (10)),
balance (dan, USDC (10)));
}
{
// Pay by rippling through accounts, specify path
// and charge a transfer fee
Env env (*this, features(featureFlowV2));
env.fund (XRP (10000), alice, bob, carol, dan);
env.trust (USDA (10), bob);
env.trust (USDB (10), carol);
env.trust (USDC (10), dan);
env (rate (bob, 1.1));
env (pay (alice, dan, USDC (5)), path (bob, carol),
sendmax (USDA (6)), txflags (tfNoRippleDirect));
env.require (balance (dan, USDC (5)));
env.require (balance (bob, USDA (5.5)));
}
{
// test best quality path is taken
// Paths: A->B->D->E ; A->C->D->E
Env env (*this, features(featureFlowV2));
env.fund (XRP (10000), alice, bob, carol, dan, erin);
env.trust (USDA (10), bob, carol);
env.trust (USDB (10), dan);
env.trust (USDC (10), dan);
env.trust (USDD (20), erin);
env (rate (bob, 1));
env (rate (carol, 1.1));
env (pay (alice, erin, USDD (5)), path (carol, dan),
path (bob, dan), txflags (tfNoRippleDirect));
env.require (balance (erin, USDD (5)));
env.require (balance (dan, USDB (5)));
env.require (balance (dan, USDC (0)));
}
{
// Limit quality
Env env (*this, features(featureFlowV2));
env.fund (XRP (10000), alice, bob, carol);
env.trust (USDA (10), bob);
env.trust (USDB (10), carol);
env (pay (alice, carol, USDB (5)), sendmax (USDA (4)),
txflags (tfLimitQuality | tfPartialPayment), ter (tecPATH_DRY));
env.require (balance (carol, USDB (0)));
env (pay (alice, carol, USDB (5)), sendmax (USDA (4)),
txflags (tfPartialPayment));
env.require (balance (carol, USDB (4)));
}
}
void testBookStep ()
{
testcase ("Book Step");
using namespace jtx;
auto const gw = Account ("gateway");
auto const USD = gw["USD"];
auto const BTC = gw["BTC"];
auto const EUR = gw["EUR"];
Account const alice ("alice");
Account const bob ("bob");
Account const carol ("carol");
{
// simple IOU/IOU offer
Env env (*this, features(featureFlowV2));
env.fund (XRP (10000), alice, bob, carol, gw);
env.trust (USD (1000), alice, bob, carol);
env.trust (BTC (1000), alice, bob, carol);
env (pay (gw, alice, BTC (50)));
env (pay (gw, bob, USD (50)));
env (offer (bob, BTC (50), USD (50)));
env (pay (alice, carol, USD (50)), path (~USD), sendmax (BTC (50)));
env.require (balance (alice, BTC (0)));
env.require (balance (bob, BTC (50)));
env.require (balance (bob, USD (0)));
env.require (balance (carol, USD (50)));
expect (!isOffer (env, bob, BTC (50), USD (50)));
}
{
// simple IOU/XRP XRP/IOU offer
Env env (*this, features(featureFlowV2));
env.fund (XRP (10000), alice, bob, carol, gw);
env.trust (USD (1000), alice, bob, carol);
env.trust (BTC (1000), alice, bob, carol);
env (pay (gw, alice, BTC (50)));
env (pay (gw, bob, USD (50)));
env (offer (bob, BTC (50), XRP (50)));
env (offer (bob, XRP (50), USD (50)));
env (pay (alice, carol, USD (50)), path (~XRP, ~USD),
sendmax (BTC (50)));
env.require (balance (alice, BTC (0)));
env.require (balance (bob, BTC (50)));
env.require (balance (bob, USD (0)));
env.require (balance (carol, USD (50)));
expect (!isOffer (env, bob, XRP (50), USD (50)));
expect (!isOffer (env, bob, BTC (50), XRP (50)));
}
{
// simple XRP -> USD through offer and sendmax
Env env (*this, features(featureFlowV2));
env.fund (XRP (10000), alice, bob, carol, gw);
env.trust (USD (1000), alice, bob, carol);
env.trust (BTC (1000), alice, bob, carol);
env (pay (gw, bob, USD (50)));
env (offer (bob, XRP (50), USD (50)));
env (pay (alice, carol, USD (50)), path (~USD),
sendmax (XRP (50)));
env.require (balance (alice, xrpMinusFee (env, 10000 - 50)));
env.require (balance (bob, xrpMinusFee (env, 10000 + 50)));
env.require (balance (bob, USD (0)));
env.require (balance (carol, USD (50)));
expect (!isOffer (env, bob, XRP (50), USD (50)));
}
{
// simple USD -> XRP through offer and sendmax
Env env (*this, features(featureFlowV2));
env.fund (XRP (10000), alice, bob, carol, gw);
env.trust (USD (1000), alice, bob, carol);
env.trust (BTC (1000), alice, bob, carol);
env (pay (gw, alice, USD (50)));
env (offer (bob, USD (50), XRP (50)));
env (pay (alice, carol, XRP (50)), path (~XRP),
sendmax (USD (50)));
env.require (balance (alice, USD (0)));
env.require (balance (bob, xrpMinusFee (env, 10000 - 50)));
env.require (balance (bob, USD (50)));
env.require (balance (carol, XRP (10000 + 50)));
expect (!isOffer (env, bob, USD (50), XRP (50)));
}
{
// test unfunded offers are removed when payment succeeds
Env env (*this, features(featureFlowV2));
env.fund (XRP (10000), alice, bob, carol, gw);
env.trust (USD (1000), alice, bob, carol);
env.trust (BTC (1000), alice, bob, carol);
env.trust (EUR (1000), alice, bob, carol);
env (pay (gw, alice, BTC (60)));
env (pay (gw, bob, USD (50)));
env (pay (gw, bob, EUR (50)));
env (offer (bob, BTC (50), USD (50)));
env (offer (bob, BTC (60), EUR (50)));
env (offer (bob, EUR (50), USD (50)));
// unfund offer
env (pay (bob, gw, EUR (50)));
expect (isOffer (env, bob, BTC (50), USD (50)));
expect (isOffer (env, bob, BTC (60), EUR (50)));
expect (isOffer (env, bob, EUR (50), USD (50)));
env (pay (alice, carol, USD (50)),
path (~USD), path (~EUR, ~USD),
sendmax (BTC (60)));
env.require (balance (alice, BTC (10)));
env.require (balance (bob, BTC (50)));
env.require (balance (bob, USD (0)));
env.require (balance (bob, EUR (0)));
env.require (balance (carol, USD (50)));
// used in the payment
expect (!isOffer (env, bob, BTC (50), USD (50)));
// found unfunded
expect (!isOffer (env, bob, BTC (60), EUR (50)));
// unfunded, but should not yet be found unfunded
expect (isOffer (env, bob, EUR (50), USD (50)));
}
{
// test unfunded offers are returned when the payment fails.
// bob makes two offers: a funded 50 USD for 50 BTC and an unfunded 50
// EUR for 60 BTC. alice pays carol 61 USD with 61 BTC. alice only
// has 60 BTC, so the payment will fail. The payment uses two paths:
// one through bob's funded offer and one through his unfunded
// offer. When the payment fails `flow` should return the unfunded
// offer. This test is intentionally similar to the one that removes
// unfunded offers when the payment succeeds.
Env env (*this, features(featureFlowV2));
env.fund (XRP (10000), alice, bob, carol, gw);
env.trust (USD (1000), alice, bob, carol);
env.trust (BTC (1000), alice, bob, carol);
env.trust (EUR (1000), alice, bob, carol);
env (pay (gw, alice, BTC (60)));
env (pay (gw, bob, USD (50)));
env (pay (gw, bob, EUR (50)));
env (offer (bob, BTC (50), USD (50)));
env (offer (bob, BTC (60), EUR (50)));
env (offer (bob, EUR (50), USD (50)));
// unfund offer
env (pay (bob, gw, EUR (50)));
expect (isOffer (env, bob, BTC (50), USD (50)));
expect (isOffer (env, bob, BTC (60), EUR (50)));
auto flowJournal = env.app ().logs ().journal ("Flow");
auto const flowResult = [&]
{
STAmount deliver (USD (51));
STAmount smax (BTC (61));
PaymentSandbox sb (env.current ().get (), tapNONE);
STPathSet paths;
{
// BTC -> USD
STPath p1 ({IPE (USD.issue ())});
paths.push_back (p1);
// BTC -> EUR -> USD
STPath p2 ({IPE (EUR.issue ()), IPE (USD.issue ())});
paths.push_back (p2);
}
return flow (sb, deliver, alice, carol, paths, false, false,
boost::none, smax, flowJournal);
}();
expect (flowResult.removableOffers.size () == 1);
env.app ().openLedger ().modify (
[&](OpenView& view, beast::Journal j)
{
if (flowResult.removableOffers.empty())
return false;
Sandbox sb (&view, tapNONE);
for (auto const& o : flowResult.removableOffers)
if (auto ok = sb.peek (keylet::offer (o)))
offerDelete (sb, ok, flowJournal);
sb.apply (view);
return true;
});
// used in payment, but since payment failed should be untouched
expect (isOffer (env, bob, BTC (50), USD (50)));
// found unfunded
expect (!isOffer (env, bob, BTC (60), EUR (50)));
}
}
void testTransferRate ()
{
testcase ("Transfer Rate");
using namespace jtx;
auto const gw = Account ("gateway");
auto const USD = gw["USD"];
auto const BTC = gw["BTC"];
auto const EUR = gw["EUR"];
Account const alice ("alice");
Account const bob ("bob");
Account const carol ("carol");
{
// Simple payment through a gateway with a
// transfer rate
Env env (*this, features(featureFlowV2));
env.fund (XRP (10000), alice, bob, carol, gw);
env(rate(gw, 1.25));
env.trust (USD (1000), alice, bob, carol);
env (pay (gw, alice, USD (50)));
env.require (balance (alice, USD (50)));
env (pay (alice, bob, USD (40)), sendmax (USD (50)));
env.require (balance (bob, USD (40)), balance (alice, USD (0)));
}
{
// transfer rate is not charged when issuer is src or dst
Env env (*this, features(featureFlowV2));
env.fund (XRP (10000), alice, bob, carol, gw);
env(rate(gw, 1.25));
env.trust (USD (1000), alice, bob, carol);
env (pay (gw, alice, USD (50)));
env.require (balance (alice, USD (50)));
env (pay (alice, gw, USD (40)), sendmax (USD (40)));
env.require (balance (alice, USD (10)));
}
{
// transfer fee on an offer
Env env (*this, features(featureFlowV2));
env.fund (XRP (10000), alice, bob, carol, gw);
env(rate(gw, 1.25));
env.trust (USD (1000), alice, bob, carol);
env (pay (gw, bob, USD (50)));
env (offer (bob, XRP (50), USD (50)));
env (pay (alice, carol, USD (40)), path (~USD), sendmax (XRP (50)));
env.require (
balance (alice, xrpMinusFee (env, 10000 - 50)),
balance (bob, USD (0)),
balance (carol, USD (40)));
}
{
// Transfer fee two consecutive offers
Env env (*this, features(featureFlowV2));
env.fund (XRP (10000), alice, bob, carol, gw);
env(rate(gw, 1.25));
env.trust (USD (1000), alice, bob, carol);
env.trust (EUR (1000), alice, bob, carol);
env (pay (gw, bob, USD (50)));
env (pay (gw, bob, EUR (50)));
env (offer (bob, XRP (50), USD (50)));
env (offer (bob, USD (50), EUR (50)));
env (pay (alice, carol, EUR (32)), path (~USD, ~EUR), sendmax (XRP (50)));
env.require (
balance (alice, xrpMinusFee (env, 10000 - 50)),
balance (bob, USD (40)),
balance (bob, EUR (50 - 40)),
balance (carol, EUR (32)));
}
}
void run() override
{
testDirectStep ();
testBookStep ();
testTransferRate ();
testToStrand ();
}
};
BEAST_DEFINE_TESTSUITE(Flow,app,ripple);
} // test
} // ripple
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