cpp.react/tests/src/OperationsTest.h at master · versionzero/cpp.react · GitHub

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// Copyright Sebastian Jeckel 2014.

// Distributed under the Boost Software License, Version 1.0.

// (See accompanying file LICENSE_1_0.txt or copy at

// http://www.boost.org/LICENSE_1_0.txt)

#pragma once

#include "gtest/gtest.h"

#include <queue>

#include <string>

#include <tuple>

#include "react/Domain.h"

#include "react/Signal.h"

#include "react/Event.h"

#include "react/Observer.h"

#include "react/Algorithm.h"

///////////////////////////////////////////////////////////////////////////////////////////////////

namespace {

using namespace react;

using namespace std;

template <typename T>

struct Incrementer { T operator()(Token, T v) const { return v+1; } };

template <typename T>

struct Decrementer { T operator()(Token, T v) const { return v-1; } };

///////////////////////////////////////////////////////////////////////////////////////////////////

/// EventStreamTest fixture

///////////////////////////////////////////////////////////////////////////////////////////////////

template <typename TParams>

class OperationsTest : public testing::Test

{

public:

template <EPropagationMode mode>

class MyEngine : public TParams::template EngineT<mode> {};

REACTIVE_DOMAIN(MyDomain, TParams::mode, MyEngine)

};

TYPED_TEST_CASE_P(OperationsTest);

///////////////////////////////////////////////////////////////////////////////////////////////////

/// Iterate1 test

///////////////////////////////////////////////////////////////////////////////////////////////////

TYPED_TEST_P(OperationsTest, Iterate1)

{

using D = typename Iterate1::MyDomain;

auto numSrc = MakeEventSource<D,int>();

auto numFold = Iterate(numSrc, 0, [] (int d, int v) {

return v + d;

});

for (auto i=1; i<=100; i++)

{

numSrc << i;

}

ASSERT_EQ(numFold(), 5050);

auto charSrc = MakeEventSource<D,char>();

auto strFold = Iterate(charSrc, string(""), [] (char c, string s) {

return s + c;

});

charSrc << 'T' << 'e' << 's' << 't';

ASSERT_EQ(strFold(), "Test");

}

///////////////////////////////////////////////////////////////////////////////////////////////////

/// Iterate2 test

///////////////////////////////////////////////////////////////////////////////////////////////////

TYPED_TEST_P(OperationsTest, Iterate2)

{

using D = typename Iterate2::MyDomain;

auto numSrc = MakeEventSource<D,int>();

auto numFold = Iterate(numSrc, 0, [] (int d, int v) {

return v + d;

});

int c = 0;

Observe(numFold, [&] (int v) {

c++;

ASSERT_EQ(v, 5050);

});

DoTransaction<D>([&] {

for (auto i=1; i<=100; i++)

numSrc << i;

});

ASSERT_EQ(numFold(), 5050);

ASSERT_EQ(c, 1);

}

///////////////////////////////////////////////////////////////////////////////////////////////////

/// Iterate3 test

///////////////////////////////////////////////////////////////////////////////////////////////////

TYPED_TEST_P(OperationsTest, Iterate3)

{

using D = typename Iterate3::MyDomain;

auto trigger = MakeEventSource<D>();

{

auto inc = Iterate(trigger, 0, Incrementer<int>{});

for (auto i=1; i<=100; i++)

trigger.Emit();

ASSERT_EQ(inc(), 100);

}

{

auto dec = Iterate(trigger, 100, Decrementer<int>{});

for (auto i=1; i<=100; i++)

trigger.Emit();

ASSERT_EQ(dec(), 0);

}

///////////////////////////////////////////////////////////////////////////////////////////////////

/// Monitor1

///////////////////////////////////////////////////////////////////////////////////////////////////

TYPED_TEST_P(OperationsTest, Monitor1)

{

using D = typename Monitor1::MyDomain;

auto target = MakeVar<D>(10);

vector<int> results;

auto filterFunc = [] (int v) {

return v > 10;

};

auto obs = Observe(Monitor(target).Filter(filterFunc), [&] (int v) {

results.push_back(v);

});

target <<= 10;

target <<= 20;

target <<= 10;

ASSERT_EQ(results.size(), 1);

ASSERT_EQ(results[0], 20);

obs.Detach();

target <<= 100;

ASSERT_EQ(results.size(), 1);

}

///////////////////////////////////////////////////////////////////////////////////////////////////

/// Hold1

///////////////////////////////////////////////////////////////////////////////////////////////////

TYPED_TEST_P(OperationsTest, Hold1)

{

using D = typename Hold1::MyDomain;

auto src = MakeEventSource<D,int>();

auto h = Hold(src, 0);

ASSERT_EQ(h(), 0);

src << 10;

ASSERT_EQ(h(), 10);

src << 20 << 30;

ASSERT_EQ(h(), 30);

}

///////////////////////////////////////////////////////////////////////////////////////////////////

/// Hold1

///////////////////////////////////////////////////////////////////////////////////////////////////

TYPED_TEST_P(OperationsTest, Pulse1)

{

using D = typename Pulse1::MyDomain;

auto trigger = MakeEventSource<D>();

auto target = MakeVar<D>(10);

vector<int> results;

auto p = Pulse(trigger, target);

Observe(p, [&] (int v) {

results.push_back(v);

});

target <<= 10;

trigger.Emit();

ASSERT_EQ(results[0], 10);

target <<= 20;

trigger.Emit();

ASSERT_EQ(results[1], 20);

}

///////////////////////////////////////////////////////////////////////////////////////////////////

/// Snapshot1

///////////////////////////////////////////////////////////////////////////////////////////////////

TYPED_TEST_P(OperationsTest, Snapshot1)

{

using D = typename Snapshot1::MyDomain;

auto trigger = MakeEventSource<D>();

auto target = MakeVar<D>(10);

auto snap = Snapshot(trigger, target);

target <<= 10;

trigger.Emit();

target <<= 20;

ASSERT_EQ(snap(), 10);

target <<= 20;

trigger.Emit();

target <<= 30;

ASSERT_EQ(snap(), 20);

}

///////////////////////////////////////////////////////////////////////////////////////////////////

/// IterateByRef1 test

///////////////////////////////////////////////////////////////////////////////////////////////////

TYPED_TEST_P(OperationsTest, IterateByRef1)

{

using D = typename IterateByRef1::MyDomain;

auto src = MakeEventSource<D,int>();

auto f = Iterate(

src,

std::vector<int>(),

[] (int d, std::vector<int>& v) {

v.push_back(d);

});

// Push

for (auto i=1; i<=100; i++)

src << i;

ASSERT_EQ(f().size(), 100);

// Check

for (auto i=1; i<=100; i++)

ASSERT_EQ(f()[i-1], i);

}

///////////////////////////////////////////////////////////////////////////////////////////////////

/// IterateByRef2 test

///////////////////////////////////////////////////////////////////////////////////////////////////

TYPED_TEST_P(OperationsTest, IterateByRef2)

{

using D = typename IterateByRef2::MyDomain;

auto src = MakeEventSource<D>();

auto x = Iterate(

src,

std::vector<int>(),

[] (Token, std::vector<int>& v) {

v.push_back(123);

});

// Push

for (auto i=0; i<100; i++)

src.Emit();

ASSERT_EQ(x().size(), 100);

// Check

for (auto i=0; i<100; i++)

ASSERT_EQ(x()[i], 123);

}

///////////////////////////////////////////////////////////////////////////////////////////////////

/// SyncedTransform1 test

///////////////////////////////////////////////////////////////////////////////////////////////////

TYPED_TEST_P(OperationsTest, SyncedTransform1)

{

using D = typename SyncedTransform1::MyDomain;

auto in1 = MakeVar<D>(1);

auto in2 = MakeVar<D>(1);

auto sum = in1 + in2;

auto prod = in1 * in2;

auto diff = in1 - in2;

auto src1 = MakeEventSource<D>();

auto src2 = MakeEventSource<D,int>();

auto out1 = Transform(src1, With(sum,prod,diff), [] (Token, int sum, int prod, int diff) {

return make_tuple(sum, prod, diff);

});

auto out2 = Transform(src2, With(sum,prod,diff), [] (int e, int sum, int prod, int diff) {

return make_tuple(e, sum, prod, diff);

});

int obsCount1 = 0;

int obsCount2 = 0;

{

auto obs1 = Observe(out1, [&] (const tuple<int,int,int>& t) {

++obsCount1;

ASSERT_EQ(get<0>(t), 33);

ASSERT_EQ(get<1>(t), 242);

ASSERT_EQ(get<2>(t), 11);

});

auto obs2 = Observe(out2, [&] (const tuple<int,int,int,int>& t) {

++obsCount2;

ASSERT_EQ(get<0>(t), 42);

ASSERT_EQ(get<1>(t), 33);

ASSERT_EQ(get<2>(t), 242);

ASSERT_EQ(get<3>(t), 11);

});

in1 <<= 22;

in2 <<= 11;

src1.Emit();

src2.Emit(42);

ASSERT_EQ(obsCount1, 1);

ASSERT_EQ(obsCount2, 1);

obs1.Detach();

obs2.Detach();

}

{

auto obs1 = Observe(out1, [&] (const tuple<int,int,int>& t) {

++obsCount1;

ASSERT_EQ(get<0>(t), 330);

ASSERT_EQ(get<1>(t), 24200);

ASSERT_EQ(get<2>(t), 110);

});

auto obs2 = Observe(out2, [&] (const tuple<int,int,int,int>& t) {

++obsCount2;

ASSERT_EQ(get<0>(t), 420);

ASSERT_EQ(get<1>(t), 330);

ASSERT_EQ(get<2>(t), 24200);

ASSERT_EQ(get<3>(t), 110);

});

in1 <<= 220;

in2 <<= 110;

src1.Emit();

src2.Emit(420);

ASSERT_EQ(obsCount1, 2);

ASSERT_EQ(obsCount2, 2);

obs1.Detach();

obs2.Detach();

}

///////////////////////////////////////////////////////////////////////////////////////////////////

/// SyncedIterate1 test

///////////////////////////////////////////////////////////////////////////////////////////////////

TYPED_TEST_P(OperationsTest, SyncedIterate1)

{

using D = typename SyncedIterate1::MyDomain;

auto in1 = MakeVar<D>(1);

auto in2 = MakeVar<D>(1);

auto op1 = in1 + in2;

auto op2 = (in1 + in2) * 10;

auto src1 = MakeEventSource<D>();

auto src2 = MakeEventSource<D,int>();

auto out1 = Iterate(

src1,

make_tuple(0,0),

With(op1,op2),

[] (Token, const tuple<int,int>& t, int op1, int op2) {

return make_tuple(get<0>(t) + op1, get<1>(t) + op2);

});

auto out2 = Iterate(

src2,

make_tuple(0,0,0),

With(op1,op2),

[] (int e, const tuple<int,int,int>& t, int op1, int op2) {

return make_tuple(get<0>(t) + e, get<1>(t) + op1, get<2>(t) + op2);

});

int obsCount1 = 0;

int obsCount2 = 0;

{

auto obs1 = Observe(out1, [&] (const tuple<int,int>& t) {

++obsCount1;

ASSERT_EQ(get<0>(t), 33);

ASSERT_EQ(get<1>(t), 330);

});

auto obs2 = Observe(out2, [&] (const tuple<int,int,int>& t) {

++obsCount2;

ASSERT_EQ(get<0>(t), 42);

ASSERT_EQ(get<1>(t), 33);

ASSERT_EQ(get<2>(t), 330);

});

in1 <<= 22;

in2 <<= 11;

src1.Emit();

src2.Emit(42);

ASSERT_EQ(obsCount1, 1);

ASSERT_EQ(obsCount2, 1);

obs1.Detach();

obs2.Detach();

}

{

auto obs1 = Observe(out1, [&] (const tuple<int,int>& t) {

++obsCount1;

ASSERT_EQ(get<0>(t), 33 + 330);

ASSERT_EQ(get<1>(t), 330 + 3300);

});

auto obs2 = Observe(out2, [&] (const tuple<int,int,int>& t) {

++obsCount2;

ASSERT_EQ(get<0>(t), 42 + 420);

ASSERT_EQ(get<1>(t), 33 + 330);

ASSERT_EQ(get<2>(t), 330 + 3300);

});

in1 <<= 220;

in2 <<= 110;

src1.Emit();

src2.Emit(420);

ASSERT_EQ(obsCount1, 2);

ASSERT_EQ(obsCount2, 2);

obs1.Detach();

obs2.Detach();

}

///////////////////////////////////////////////////////////////////////////////////////////////////

/// SyncedIterate2 test (by ref)

///////////////////////////////////////////////////////////////////////////////////////////////////

TYPED_TEST_P(OperationsTest, SyncedIterate2)

{

using D = typename SyncedIterate2::MyDomain;

auto in1 = MakeVar<D>(1);

auto in2 = MakeVar<D>(1);

auto op1 = in1 + in2;

auto op2 = (in1 + in2) * 10;

auto src1 = MakeEventSource<D>();

auto src2 = MakeEventSource<D,int>();

auto out1 = Iterate(

src1,

vector<int>{},

With(op1,op2),

[] (Token, vector<int>& v, int op1, int op2) -> void {

v.push_back(op1);

v.push_back(op2);

});

auto out2 = Iterate(

src2,

vector<int>{},

With(op1,op2),

[] (int e, vector<int>& v, int op1, int op2) -> void {

v.push_back(e);

v.push_back(op1);

v.push_back(op2);

});

int obsCount1 = 0;

int obsCount2 = 0;

{

auto obs1 = Observe(out1, [&] (const vector<int>& v) {

++obsCount1;

ASSERT_EQ(v.size(), 2);

ASSERT_EQ(v[0], 33);

ASSERT_EQ(v[1], 330);

});

auto obs2 = Observe(out2, [&] (const vector<int>& v) {

++obsCount2;

ASSERT_EQ(v.size(), 3);

ASSERT_EQ(v[0], 42);

ASSERT_EQ(v[1], 33);

ASSERT_EQ(v[2], 330);

});

in1 <<= 22;

in2 <<= 11;

src1.Emit();

src2.Emit(42);

ASSERT_EQ(obsCount1, 1);

ASSERT_EQ(obsCount2, 1);

obs1.Detach();

obs2.Detach();

}

{

auto obs1 = Observe(out1, [&] (const vector<int>& v) {

++obsCount1;

ASSERT_EQ(v.size(), 4);

ASSERT_EQ(v[0], 33);

ASSERT_EQ(v[1], 330);

ASSERT_EQ(v[2], 330);

ASSERT_EQ(v[3], 3300);

});

auto obs2 = Observe(out2, [&] (const vector<int>& v) {

++obsCount2;

ASSERT_EQ(v.size(), 6);

ASSERT_EQ(v[0], 42);

ASSERT_EQ(v[1], 33);

ASSERT_EQ(v[2], 330);

ASSERT_EQ(v[3], 420);

ASSERT_EQ(v[4], 330);

ASSERT_EQ(v[5], 3300);

});

in1 <<= 220;

in2 <<= 110;

src1.Emit();

src2.Emit(420);

ASSERT_EQ(obsCount1, 2);

ASSERT_EQ(obsCount2, 2);

obs1.Detach();

obs2.Detach();

}

///////////////////////////////////////////////////////////////////////////////////////////////////

/// SyncedIterate3 test (event range)

///////////////////////////////////////////////////////////////////////////////////////////////////

TYPED_TEST_P(OperationsTest, SyncedIterate3)

{

using D = typename SyncedIterate3::MyDomain;

auto in1 = MakeVar<D>(1);

auto in2 = MakeVar<D>(1);

auto op1 = in1 + in2;

auto op2 = (in1 + in2) * 10;

auto src1 = MakeEventSource<D>();

auto src2 = MakeEventSource<D,int>();

auto out1 = Iterate(

src1,

make_tuple(0,0),

With(op1,op2),

[] (EventRange<Token> range, const tuple<int,int>& t, int op1, int op2) {

return make_tuple(

get<0>(t) + (op1 * range.Size()),

get<1>(t) + (op2 * range.Size()));

});

auto out2 = Iterate(

src2,

make_tuple(0,0,0),

With(op1,op2),

[] (EventRange<int> range, const tuple<int,int,int>& t, int op1, int op2) {

int sum = 0;

for (const auto& e : range)

sum += e;

return make_tuple(

get<0>(t) + sum,

get<1>(t) + (op1 * range.Size()),

get<2>(t) + (op2 * range.Size()));

});

int obsCount1 = 0;

int obsCount2 = 0;

{

auto obs1 = Observe(out1, [&] (const tuple<int,int>& t) {

++obsCount1;

ASSERT_EQ(get<0>(t), 33);

ASSERT_EQ(get<1>(t), 330);

});

auto obs2 = Observe(out2, [&] (const tuple<int,int,int>& t) {

++obsCount2;

ASSERT_EQ(get<0>(t), 42);

ASSERT_EQ(get<1>(t), 33);

ASSERT_EQ(get<2>(t), 330);

});

in1 <<= 22;

in2 <<= 11;

src1.Emit();

src2.Emit(42);

ASSERT_EQ(obsCount1, 1);

ASSERT_EQ(obsCount2, 1);

obs1.Detach();

obs2.Detach();

}

{

auto obs1 = Observe(out1, [&] (const tuple<int,int>& t) {

++obsCount1;

ASSERT_EQ(get<0>(t), 33 + 330);

ASSERT_EQ(get<1>(t), 330 + 3300);

});

auto obs2 = Observe(out2, [&] (const tuple<int,int,int>& t) {

++obsCount2;

ASSERT_EQ(get<0>(t), 42 + 420);

ASSERT_EQ(get<1>(t), 33 + 330);

ASSERT_EQ(get<2>(t), 330 + 3300);

});

in1 <<= 220;

in2 <<= 110;

src1.Emit();

src2.Emit(420);

ASSERT_EQ(obsCount1, 2);

ASSERT_EQ(obsCount2, 2);

obs1.Detach();

obs2.Detach();

}

///////////////////////////////////////////////////////////////////////////////////////////////////

/// SyncedIterate4 test (event range, by ref)

///////////////////////////////////////////////////////////////////////////////////////////////////

TYPED_TEST_P(OperationsTest, SyncedIterate4)

{

using D = typename SyncedIterate4::MyDomain;

auto in1 = MakeVar<D>(1);

auto in2 = MakeVar<D>(1);

auto op1 = in1 + in2;

auto op2 = (in1 + in2) * 10;

auto src1 = MakeEventSource<D>();

auto src2 = MakeEventSource<D,int>();

auto out1 = Iterate(

src1,

vector<int>{},

With(op1,op2),

[] (EventRange<Token> range, vector<int>& v, int op1, int op2) -> void {

for (const auto& e : range)

{

v.push_back(op1);

v.push_back(op2);

}

});

auto out2 = Iterate(

src2,

vector<int>{},

With(op1,op2),

[] (EventRange<int> range, vector<int>& v, int op1, int op2) -> void {

for (const auto& e : range)

{

v.push_back(e);

v.push_back(op1);

v.push_back(op2);

}

});

int obsCount1 = 0;

int obsCount2 = 0;

{

auto obs1 = Observe(out1, [&] (const vector<int>& v) {

++obsCount1;

ASSERT_EQ(v.size(), 2);

ASSERT_EQ(v[0], 33);

ASSERT_EQ(v[1], 330);

});

auto obs2 = Observe(out2, [&] (const vector<int>& v) {

++obsCount2;

ASSERT_EQ(v.size(), 3);

ASSERT_EQ(v[0], 42);

ASSERT_EQ(v[1], 33);

ASSERT_EQ(v[2], 330);

});

in1 <<= 22;

in2 <<= 11;

src1.Emit();

src2.Emit(42);

ASSERT_EQ(obsCount1, 1);

ASSERT_EQ(obsCount2, 1);

obs1.Detach();

obs2.Detach();

}

{

auto obs1 = Observe(out1, [&] (const vector<int>& v) {

++obsCount1;

ASSERT_EQ(v.size(), 4);

ASSERT_EQ(v[0], 33);

ASSERT_EQ(v[1], 330);

ASSERT_EQ(v[2], 330);

ASSERT_EQ(v[3], 3300);

});

auto obs2 = Observe(out2, [&] (const vector<int>& v) {

++obsCount2;

ASSERT_EQ(v.size(), 6);

ASSERT_EQ(v[0], 42);

ASSERT_EQ(v[1], 33);

ASSERT_EQ(v[2], 330);

ASSERT_EQ(v[3], 420);

ASSERT_EQ(v[4], 330);

ASSERT_EQ(v[5], 3300);

});

in1 <<= 220;

in2 <<= 110;

src1.Emit();

src2.Emit(420);

ASSERT_EQ(obsCount1, 2);

ASSERT_EQ(obsCount2, 2);

obs1.Detach();

obs2.Detach();

}

///////////////////////////////////////////////////////////////////////////////////////////////////

/// EventFilter1

///////////////////////////////////////////////////////////////////////////////////////////////////

TYPED_TEST_P(OperationsTest, SyncedEventFilter1)

{

using D = typename SyncedEventFilter1::MyDomain;

using std::string;

std::queue<string> results;

auto in = MakeEventSource<D,string>();

auto sig1 = MakeVar<D>(1338);

auto sig2 = MakeVar<D>(1336);

auto filtered = Filter(

in,

With(sig1, sig2),

[] (const string& s, int sig1, int sig2) {

return s == "Hello World" && sig1 > sig2;

});

Observe(filtered, [&] (const string& s)

{

results.push(s);

});

in << string("Hello Worlt") << string("Hello World") << string("Hello Vorld");

sig1 <<= 1335;

in << string("Hello Vorld");

ASSERT_FALSE(results.empty());

ASSERT_EQ(results.front(), "Hello World");

results.pop();

ASSERT_TRUE(results.empty());

}

///////////////////////////////////////////////////////////////////////////////////////////////////

/// SyncedEventTransform1

///////////////////////////////////////////////////////////////////////////////////////////////////

TYPED_TEST_P(OperationsTest, SyncedEventTransform1)

{

using D = typename SyncedEventTransform1::MyDomain;

using std::string;

std::vector<string> results;

auto in1 = MakeEventSource<D,string>();

auto in2 = MakeEventSource<D,string>();

auto merged = Merge(in1, in2);

auto first = MakeVar<D>(string("Ace"));

auto last = MakeVar<D>(string("McSteele"));

auto transformed = Transform(

merged,

With(first, last),

[] (string s, const string& first, const string& last) -> string {

std::transform(s.begin(), s.end(), s.begin(), ::toupper);

s += string(", ") + first + string(" ") + last;

return s;

});

Observe(transformed, [&] (const string& s) {

results.push_back(s);

});

in1 << string("Hello Worlt") << string("Hello World");

DoTransaction<D>([&] {

in2 << string("Hello Vorld");

first.Set(string("Alice"));

last.Set(string("Anderson"));

});

ASSERT_EQ(results.size(), 3);

ASSERT_TRUE(std::find(results.begin(), results.end(), "HELLO WORLT, Ace McSteele") != results.end());

ASSERT_TRUE(std::find(results.begin(), results.end(), "HELLO WORLD, Ace McSteele") != results.end());

ASSERT_TRUE(std::find(results.begin(), results.end(), "HELLO VORLD, Alice Anderson") != results.end());

}

///////////////////////////////////////////////////////////////////////////////////////////////////

/// SyncedEventProcess1

///////////////////////////////////////////////////////////////////////////////////////////////////

TYPED_TEST_P(OperationsTest, SyncedEventProcess1)

{

using D = typename SyncedEventProcess1::MyDomain;

std::vector<float> results;

auto in1 = MakeEventSource<D,int>();

auto in2 = MakeEventSource<D,int>();

auto mult = MakeVar<D>(10);

auto merged = Merge(in1, in2);

int callCount = 0;

auto processed = Process<float>(merged,

With(mult),

[&] (EventRange<int> range, EventInserter<float> out, int mult)

{

for (const auto& e : range)

{

*out = 0.1f * e * mult;

*out = 1.5f * e * mult;

}

callCount++;

});

Observe(processed,

[&] (float s)

{

results.push_back(s);

});

DoTransaction<D>([&] {

in1 << 10 << 20;

});

in2 << 30;

ASSERT_EQ(results.size(), 6);

ASSERT_EQ(callCount, 2);

ASSERT_EQ(results[0], 10.0f);

ASSERT_EQ(results[1], 150.0f);

ASSERT_EQ(results[2], 20.0f);

ASSERT_EQ(results[3], 300.0f);

ASSERT_EQ(results[4], 30.0f);

ASSERT_EQ(results[5], 450.0f);

}

///////////////////////////////////////////////////////////////////////////////////////////////////

REGISTER_TYPED_TEST_CASE_P

(

OperationsTest,

Iterate1,

Iterate2,

Iterate3,

Monitor1,

Hold1,

Pulse1,

Snapshot1,

IterateByRef1,

IterateByRef2,

SyncedTransform1,

SyncedIterate1,

SyncedIterate2,

SyncedIterate3,

SyncedIterate4,

SyncedEventFilter1,

SyncedEventTransform1,

SyncedEventProcess1

);

} // ~namespace

cpp.react/tests/src/OperationsTest.h at master · versionzero/cpp.react · GitHub

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