Function TEST_F

be/src/runtime/string-value-test.cc:94–127

};

TEST_F(StringValueTest, TestCompare) {
  string empty_str = "";
  string str1_str("\0", 1);
  string str2_str("\0xy", 3);
  string str3_str = "abc";
  string str4_str("abc\0def", 7);
  string str5_str = "abcdef";
  string str6_str = "xyz";
  string str7_str("xyz\0", 4);
  // Include a few long strings so we test the SSE path
  string str8_str("yyyyyyyyyyyyyyyy\0yyyyyyyyyyyyyyyyyy", 35);
  string str9_str("yyyyyyyyyyyyyyyyyyyyyyyyyyyyyyyyyy", 34);

  const int NUM_STRINGS = 10;

  // Must be in lexical order
  StringValue svs[NUM_STRINGS];
  svs[0] = FromStdString(empty_str);
  svs[1] = FromStdString(str1_str);
  svs[2] = FromStdString(str2_str);
  svs[3] = FromStdString(str3_str);
  svs[4] = FromStdString(str4_str);
  svs[5] = FromStdString(str5_str);
  svs[6] = FromStdString(str6_str);
  svs[7] = FromStdString(str7_str);
  svs[8] = FromStdString(str8_str);
  svs[9] = FromStdString(str9_str);

  TestCompareImpl(svs, NUM_STRINGS);
  for (int i = 0; i < NUM_STRINGS; ++i) {
    SmallifySV(&svs[i]);
  }
  TestCompareImpl(svs, NUM_STRINGS);
}

void TestUnpaddedCharLength(StringValue* chars) {
  EXPECT_EQ(StringValue::UnpaddedCharLength(chars[0].Ptr(), 2), 2);