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#include "mem.h"
#include "multi.h"
#include <library/cpp/testing/unittest/registar.h>
Y_UNIT_TEST_SUITE(TestMultiInput) {
struct TTestCase {
TMemoryInput Input1;
TMemoryInput Input2;
TMultiInput MultiInput;
TTestCase(const TStringBuf in1, const TStringBuf in2)
: Input1(in1)
, Input2(in2)
, MultiInput(&Input1, &Input2)
{
}
void TestReadToResult(char c, size_t expectedRetval,
const TString& expectedValue,
const TString& initValue = "") {
TString t = initValue;
UNIT_ASSERT_VALUES_EQUAL(MultiInput.ReadTo(t, c), expectedRetval);
UNIT_ASSERT_VALUES_EQUAL(t, expectedValue);
}
};
Y_UNIT_TEST(TestReadTo) {
TString t;
TTestCase simpleCase("0123456789abc", "defghijk");
simpleCase.TestReadToResult('7', 8, "0123456");
simpleCase.TestReadToResult('f', 8, "89abcde");
simpleCase.TestReadToResult('z', 5, "ghijk");
}
Y_UNIT_TEST(TestReadToBetweenStreams) {
TTestCase case1("0123456789abc", "defghijk");
case1.TestReadToResult('c', 13, "0123456789ab");
case1.TestReadToResult('k', 8, "defghij");
case1.TestReadToResult('z', 0, "TRASH", "TRASH");
TTestCase case2("0123456789abc", "defghijk");
case2.TestReadToResult('d', 14, "0123456789abc");
case2.TestReadToResult('j', 6, "efghi");
case2.TestReadToResult('k', 1, "", "TRASH");
TTestCase case3("0123456789abc", "defghijk");
case3.TestReadToResult('e', 15, "0123456789abcd");
case3.TestReadToResult('j', 5, "fghi");
case3.TestReadToResult('k', 1, "", "TRASH");
}
} // Y_UNIT_TEST_SUITE(TestMultiInput)
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