TEST_P(RFC1867CR, test) {
for (size_t i = 1; i < GetParam().size(); i++) {
auto data = makePost({{"foo", "bar"}, {"jojo", "binky"}},
{{"file1", GetParam()}}, {});
testSimple(std::move(data), GetParam().size(), i);
}
}
TEST_F(RFC1867Test, TestSplits) {
for (size_t i = 1; i < 500; i++) {
size_t fileSize = 1000 + i;
auto data = makePost(
{{"foo", "bar"}, {"jojo", "binky"}}, {}, {{"file1", {"", fileSize}}});
testSimple(std::move(data), 3 + 5 + fileSize, i, 3);
}
}
int ArduinoHue::fillRequestAndProcess(int light,boolean useState){
if(useState){
sprintf(_buffer, "lights/%i/state",light);
}
else{
sprintf(_buffer, "lights/%i",light);
}
if(makePost(_buffer, _lastResponse)){
return evaluateResponse();
}
return STATUS_POST_ERROR;
}
TEST_F(RFC1867Test, TestHeadersChunkExtraCr) {
// We are testing here that we correctly chunk when the parser has just
// finished parsing a CR.
auto numCRs = 5;
auto headerEndingSeq = "--" + string(numCRs, '\r') + "\n";
auto fileSize = 10;
auto data = makePost({{"foo", "bar"}, {"jojo", "binky"}},
{},
{{"file1", {"", fileSize}}},
headerEndingSeq);
// Math ensures we the parser will chunk at a '\r' with a numCRs-1
testSimple(std::move(data), 3 + 5 + fileSize, numCRs - 1, 3);
}
TEST_F(RFC1867Test, TestSimplePost) {
size_t fileSize = 17;
auto data = makePost(
{{"foo", "bar"}, {"jojo", "binky"}}, {}, {{"file1", {"", fileSize}}});
testSimple(std::move(data), 3 + 5 + fileSize, 0, 3);
}