26     } kData[] = {  in TEST()  local
31     const size_t kDataSize = ARRAYLEN(kData);  in TEST()
35         text += kData[n].input;  in TEST()
38         result = normalizeTypeDeclaration(kData[n].input);  in TEST()
39         EXPECT_STREQ(kData[n].expected, result.c_str()) << text;  in TEST()
49     } kData[] = {  in TEST()  local
62     const size_t kDataSize = ARRAYLEN(kData);  in TEST()
66         text += kData[n].input;  in TEST()
69         EXPECT_EQ(kData[n].expected,  in TEST()
70                   parseTypeDeclaration(kData[n].input,  in TEST()
73         if (kData[n].expected) {  in TEST()
74             EXPECT_STREQ(kData[n].expectedType, vartype.c_str()) << text;  in TEST()
76             EXPECT_STREQ(kData[n].expectedError, error.c_str()) << text;  in TEST()
88     } kData[] = {  in TEST()  local
101     const size_t kDataSize = ARRAYLEN(kData);  in TEST()
105         text += kData[n].input;  in TEST()
108         EXPECT_EQ(kData[n].expected,  in TEST()
109                   parseParameterDeclaration(kData[n].input,  in TEST()
113         if (kData[n].expected) {  in TEST()
114             EXPECT_STREQ(kData[n].expectedType, vartype.c_str()) << text;  in TEST()
115             EXPECT_STREQ(kData[n].expectedVariable, varname.c_str()) << text;  in TEST()
117             EXPECT_STREQ(kData[n].expectedError, error.c_str()) << text;  in TEST()