| 53 | } |
| 54 | |
| 55 | TEST(DateTest, ParseDefault) { |
| 56 | // Parse with time tokens rejected. |
| 57 | const DateValue v1 = ParseValidateDate("2012-01-20", false, 2012, 1, 20); |
| 58 | const DateValue v2 = ParseValidateDate("1990-10-20", false, 1990, 10, 20); |
| 59 | const DateValue v3 = ParseValidateDate("1990-10-20", false, 1990, 10, 20); |
| 60 | // Parse with time tokens accepted. |
| 61 | const DateValue v4 = ParseValidateDate("1990-10-20 23:59:59.999999999", true, 1990, 10, |
| 62 | 20); |
| 63 | const DateValue v5 = ParseValidateDate("1990-10-20 00:01:02.9", true, 1990, 10, 20); |
| 64 | |
| 65 | // Test comparison operators. |
| 66 | EXPECT_NE(v1, v2); |
| 67 | EXPECT_EQ(v2, v3); |
| 68 | EXPECT_LT(v2, v1); |
| 69 | EXPECT_LE(v2, v1); |
| 70 | EXPECT_GT(v1, v2); |
| 71 | EXPECT_GE(v2, v3); |
| 72 | |
| 73 | // Time components are not part of the date value |
| 74 | EXPECT_EQ(v3, v4); |
| 75 | EXPECT_EQ(v3, v5); |
| 76 | |
| 77 | EXPECT_NE(RawValue::GetHashValue(&v1, ColumnType(TYPE_DATE), 0), |
| 78 | RawValue::GetHashValue(&v2, ColumnType(TYPE_DATE), 0)); |
| 79 | EXPECT_EQ(RawValue::GetHashValue(&v3, ColumnType(TYPE_DATE), 0), |
| 80 | RawValue::GetHashValue(&v2, ColumnType(TYPE_DATE), 0)); |
| 81 | |
| 82 | // 1-digit months and days are ok in date string. |
| 83 | ParseValidateDate("2012-1-20", false, 2012, 1, 20); |
| 84 | ParseValidateDate("2012-9-8", false, 2012, 9, 8); |
| 85 | // 1-digit hours/minutes/seconds are ok if time components are accepted. |
| 86 | ParseValidateDate("2012-09-8 01:1:2.9", true, 2012, 9, 8); |
| 87 | ParseValidateDate("2012-9-8 1:01:02", true, 2012, 9, 8); |
| 88 | // Different fractional seconds are accepted |
| 89 | ParseValidateDate("2012-09-8 01:01:2", true, 2012, 9, 8); |
| 90 | ParseValidateDate("2012-09-8 01:01:2.9", true, 2012, 9, 8); |
| 91 | ParseValidateDate("2012-09-8 01:01:02.9", true, 2012, 9, 8); |
| 92 | ParseValidateDate("2012-09-8 01:01:2.999", true, 2012, 9, 8); |
| 93 | ParseValidateDate("2012-09-8 01:01:02.999", true, 2012, 9, 8); |
| 94 | ParseValidateDate("2012-09-8 01:01:2.999999999", true, 2012, 9, 8); |
| 95 | ParseValidateDate("2012-09-8 01:01:02.999999999", true, 2012, 9, 8); |
| 96 | |
| 97 | // Bad formats: invalid date component. |
| 98 | for (const char* s: {"1990-10", "1991-10-32", "1990-10-", "10:11:12 1991-10-10", |
| 99 | "02011-01-01", "999-01-01", "2012-01-200", "2011-001-01"}) { |
| 100 | EXPECT_FALSE(DateValue::ParseSimpleDateFormat(s, strlen(s), false).IsValid()) << s; |
| 101 | } |
| 102 | // Bad formats: valid date and time components but time component is rejected. |
| 103 | for (const char* s: {"2012-01-20 10:11:12", "2012-1-2 10:11:12"}) { |
| 104 | EXPECT_FALSE(DateValue::ParseSimpleDateFormat(s, strlen(s), false).IsValid()) << s; |
| 105 | } |
| 106 | // Bad formats: valid date component, invalid time component. |
| 107 | for (const char* s: {"2012-01-20 10:11:", "2012-1-2 10::12", "2012-01-20 :11:12", |
| 108 | "2012-01-20 24:11:12", "2012-01-20 23:60:12"}) { |
| 109 | EXPECT_FALSE(DateValue::ParseSimpleDateFormat(s, strlen(s), true).IsValid()) << s; |
| 110 | } |
| 111 | // Bad formats: missing date component, valid time component. |
| 112 | for (const char* s: {"10:11:12", "1:11:12", "10:1:12", "10:1:2.999"}) { |
nothing calls this directly
no test coverage detected