35     Slice s1 = makeSlice(mRaw);  in TEST_F()  local
37     auto p = split(s1, 14);  in TEST_F()
43     EXPECT_EQ(s1.base(), take(s1, kBytes).base());  in TEST_F()
44     EXPECT_EQ(kBytes, take(s1, kBytes).size());  in TEST_F()
45     EXPECT_EQ(s1.base() + kBytes, drop(s1, kBytes).base());  in TEST_F()
46     EXPECT_EQ(s1.size() - kBytes, drop(s1, kBytes).size());  in TEST_F()
50     EXPECT_EQ(sizeof(a), extract(s1, a));  in TEST_F()
51     EXPECT_EQ(sizeof(a) + sizeof(b), extract(s1, a, b));  in TEST_F()
52     EXPECT_EQ(sizeof(a) + sizeof(b) + sizeof(c), extract(s1, a, b, c));  in TEST_F()
57     Slice s1 = makeSlice(mRaw);  in TEST_F()  local
58     Slice s2(s1);  in TEST_F()
71     EXPECT_EQ(reinterpret_cast<uint8_t*>(mRaw.data()), s1.base());  in TEST_F()
72     EXPECT_EQ(reinterpret_cast<uint8_t*>(mRaw.data()) + mRaw.size(), s1.limit());  in TEST_F()
73     EXPECT_EQ(mRaw.size(), s1.size());  in TEST_F()