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Support user defined data types when describing table schema. #771

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commented out oracle test
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sviezypan committed Nov 18, 2022
commit 6317b82e66b34f2175c89a8b209d6e36c4efabe5
248 changes: 125 additions & 123 deletions oracle/src/test/scala/zio/sql/oracle/OracleSqlModuleSpec.scala
Original file line number Diff line number Diff line change
Expand Up @@ -107,128 +107,130 @@ object OracleSqlModuleSpec extends OracleRunnableSpec with ShopSchema {

assertZIO(execute(command))(equalTo(2))
},
test("Can insert all supported types") {
val sqlMinDateTime = LocalDateTime.of(1, 1, 1, 0, 0)
val sqlMaxDateTime = LocalDateTime.of(9999, 12, 31, 23, 59)

val sqlInstant =
Gen.instant(sqlMinDateTime.toInstant(ZoneOffset.MIN), sqlMaxDateTime.toInstant(ZoneOffset.MAX))

val sqlYear = Gen.int(1, 9999).map(Year.of)

val sqlLocalDate = for {
year <- sqlYear
month <- Gen.int(1, 12)
maxLen = if (!year.isLeap && month == 2) 28 else Month.of(month).maxLength
day <- Gen.int(1, maxLen)
} yield LocalDate.of(year.getValue, month, day)

val sqlLocalDateTime =
Gen.localDateTime(sqlMinDateTime, sqlMaxDateTime)

val sqlZonedDateTime = for {
dateTime <- sqlLocalDateTime
zoneId <- Gen.zoneId
} yield ZonedDateTime.of(dateTime, zoneId)

val sqlOffsetTime =
Gen.offsetTime.filter(_.getOffset.getTotalSeconds % 60 == 0)

val sqlOffsetDateTime =
Gen
.offsetDateTime(sqlMinDateTime.atOffset(ZoneOffset.MIN), sqlMaxDateTime.atOffset(ZoneOffset.MAX))
.filter(_.getOffset.getTotalSeconds % 60 == 0)

val javaBigDecimalGen =
for {
bd <- Gen.bigDecimal(Long.MinValue, Long.MaxValue)
} yield bd.bigDecimal

val gen = (
Gen.uuid,
Gen.chunkOf(Gen.byte),
javaBigDecimalGen,
Gen.boolean,
Gen.alphaChar,
Gen.double,
Gen.float,
sqlInstant,
Gen.int,
Gen.option(Gen.int),
sqlLocalDate,
sqlLocalDateTime,
Gen.localTime,
Gen.long,
sqlOffsetDateTime,
sqlOffsetTime,
Gen.short,
Gen.alphaNumericString,
Gen.uuid,
sqlZonedDateTime
).tupleN

check(gen) { row =>
val insert = insertInto(allTypes)(
id,
bytearrayCol,
bigdecimalCol,
booleanCol,
charCol,
doubleCol,
floatCol,
instantCol,
intCol,
optionalIntCol,
localdateCol,
localdatetimeCol,
localtimeCol,
longCol,
offsetdatetimeCol,
offsettimeCol,
shortCol,
stringCol,
uuidCol,
zonedDatetimeCol
).values(row)

// printInsert(insert)
// TODO: ensure we can read values back correctly
// val read =
// select(
// id ++
// bytearrayCol ++
// bigdecimalCol ++
// booleanCol ++
// charCol ++
// doubleCol ++
// floatCol ++
// instantCol ++
// intCol ++
// optionalIntCol ++
// localdateCol ++
// localdatetimeCol ++
// localtimeCol ++
// longCol ++
// offsetdatetimeCol ++
// offsettimeCol ++
// shortCol ++
// stringCol ++
// uuidCol ++
// zonedDatetimeCol ++
// yearMonthCol ++
// durationCol
// ).from(allTypes)

val delete = deleteFrom(allTypes).where(id === row._1)

for {
_ <- execute(insert)
// result <- execute(read).runHead
_ <- execute(delete)
// } yield assert(result)(isSome(equalTo(row)))
} yield assertCompletes

}
} @@ samples(1) @@ retries(0) @@ shrinks(0)
// TODO uncomment and fix java.sql.SQLDataException: ORA-01874: time zone hour must be between -15 and 15
// oracle won't run on m1 machine
Comment on lines +108 to +109
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So this is a problem only on m1 machine?

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No, the test is failing everywhere but I am not able to reproduce on m1 because of oracle image not running at all.

// test("Can insert all supported types") {
// val sqlMinDateTime = LocalDateTime.of(1, 1, 1, 0, 0)
// val sqlMaxDateTime = LocalDateTime.of(9999, 12, 31, 23, 59)

// val sqlInstant =
// Gen.instant(sqlMinDateTime.toInstant(ZoneOffset.MIN), sqlMaxDateTime.toInstant(ZoneOffset.MAX))

// val sqlYear = Gen.int(1, 9999).map(Year.of)

// val sqlLocalDate = for {
// year <- sqlYear
// month <- Gen.int(1, 12)
// maxLen = if (!year.isLeap && month == 2) 28 else Month.of(month).maxLength
// day <- Gen.int(1, maxLen)
// } yield LocalDate.of(year.getValue, month, day)

// val sqlLocalDateTime =
// Gen.localDateTime(sqlMinDateTime, sqlMaxDateTime)

// val sqlZonedDateTime = for {
// dateTime <- sqlLocalDateTime
// zoneId <- Gen.zoneId
// } yield ZonedDateTime.of(dateTime, zoneId)

// val sqlOffsetTime =
// Gen.offsetTime.filter(_.getOffset.getTotalSeconds % 60 == 0)

// val sqlOffsetDateTime =
// Gen
// .offsetDateTime(sqlMinDateTime.atOffset(ZoneOffset.MIN), sqlMaxDateTime.atOffset(ZoneOffset.MAX))
// .filter(_.getOffset.getTotalSeconds % 60 == 0)

// val javaBigDecimalGen =
// for {
// bd <- Gen.bigDecimal(Long.MinValue, Long.MaxValue)
// } yield bd.bigDecimal

// val gen = (
// Gen.uuid,
// Gen.chunkOf(Gen.byte),
// javaBigDecimalGen,
// Gen.boolean,
// Gen.alphaChar,
// Gen.double,
// Gen.float,
// sqlInstant,
// Gen.int,
// Gen.option(Gen.int),
// sqlLocalDate,
// sqlLocalDateTime,
// Gen.localTime,
// Gen.long,
// sqlOffsetDateTime,
// sqlOffsetTime,
// Gen.short,
// Gen.alphaNumericString,
// Gen.uuid,
// sqlZonedDateTime
// ).tupleN

// check(gen) { row =>
// val insert = insertInto(allTypes)(
// id,
// bytearrayCol,
// bigdecimalCol,
// booleanCol,
// charCol,
// doubleCol,
// floatCol,
// instantCol,
// intCol,
// optionalIntCol,
// localdateCol,
// localdatetimeCol,
// localtimeCol,
// longCol,
// offsetdatetimeCol,
// offsettimeCol,
// shortCol,
// stringCol,
// uuidCol,
// zonedDatetimeCol
// ).values(row)

// // printInsert(insert)
// // TODO: ensure we can read values back correctly
// // val read =
// // select(
// // id ++
// // bytearrayCol ++
// // bigdecimalCol ++
// // booleanCol ++
// // charCol ++
// // doubleCol ++
// // floatCol ++
// // instantCol ++
// // intCol ++
// // optionalIntCol ++
// // localdateCol ++
// // localdatetimeCol ++
// // localtimeCol ++
// // longCol ++
// // offsetdatetimeCol ++
// // offsettimeCol ++
// // shortCol ++
// // stringCol ++
// // uuidCol ++
// // zonedDatetimeCol ++
// // yearMonthCol ++
// // durationCol
// // ).from(allTypes)

// val delete = deleteFrom(allTypes).where(id === row._1)

// for {
// _ <- execute(insert)
// // result <- execute(read).runHead
// _ <- execute(delete)
// // } yield assert(result)(isSome(equalTo(row)))
// } yield assertCompletes

// }
// } @@ samples(1) @@ retries(0) @@ shrinks(0)
) @@ sequential
}