sqlint 0.2.2

An abstraction layer for SQL databases.
Documentation 
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#[cfg(feature = "bigdecimal")]
mod bigdecimal;

use crate::tests::test_api::*;
#[cfg(any(feature = "bigdecimal", feature = "uuid"))]
use std::str::FromStr;

test_type!(boolean(postgresql, "boolean", Value::Boolean(None), Value::boolean(true), Value::boolean(false),));

test_type!(boolean_array(
    postgresql,
    "boolean[]",
    Value::Array(None),
    Value::array(vec![Value::boolean(true), Value::boolean(false), Value::boolean(true), Value::Boolean(None)]),
));

test_type!(int2(postgresql, "int2", Value::Int32(None), Value::int32(i16::MIN), Value::int32(i16::MAX),));

test_type!(int2_with_int64(
    postgresql,
    "int2",
    (Value::Int64(None), Value::Int32(None)),
    (Value::int64(i16::MIN), Value::int32(i16::MIN)),
    (Value::int64(i16::MAX), Value::int32(i16::MAX))
));

test_type!(int2_array(
    postgresql,
    "int2[]",
    Value::Array(None),
    Value::array(vec![Value::int32(1), Value::int32(2), Value::int32(3), Value::Int32(None)]),
));

test_type!(int2_array_with_i64(
    postgresql,
    "int2[]",
    (
        Value::array(vec![Value::int64(i16::MIN), Value::int64(i16::MAX), Value::Int64(None)]),
        Value::array(vec![Value::int32(i16::MIN), Value::int32(i16::MAX), Value::Int32(None)])
    )
));

test_type!(int4(postgresql, "int4", Value::Int32(None), Value::int32(i32::MIN), Value::int32(i32::MAX),));

test_type!(int4_with_i64(
    postgresql,
    "int4",
    (Value::Int64(None), Value::Int32(None)),
    (Value::int64(i32::MIN), Value::int32(i32::MIN)),
    (Value::int64(i32::MAX), Value::int32(i32::MAX))
));

test_type!(int4_array(
    postgresql,
    "int4[]",
    Value::Array(None),
    Value::array(vec![Value::int32(i32::MIN), Value::int32(i32::MAX), Value::Int32(None)]),
));

test_type!(int4_array_with_i64(
    postgresql,
    "int4[]",
    (
        Value::array(vec![Value::int64(i32::MIN), Value::int64(i32::MAX), Value::Int64(None)]),
        Value::array(vec![Value::int32(i32::MIN), Value::int32(i32::MAX), Value::Int32(None)])
    )
));

test_type!(int8(postgresql, "int8", Value::Int64(None), Value::int64(i64::MIN), Value::int64(i64::MAX),));

test_type!(int8_array(
    postgresql,
    "int8[]",
    Value::Array(None),
    Value::array(vec![Value::int64(1), Value::int64(2), Value::int64(3), Value::Int64(None)]),
));

test_type!(float4(postgresql, "float4", Value::Float(None), Value::float(1.234)));

test_type!(float4_array(
    postgresql,
    "float4[]",
    Value::Array(None),
    Value::array(vec![Value::float(1.1234), Value::float(4.321), Value::Float(None)])
));

test_type!(float8(postgresql, "float8", Value::Double(None), Value::double(1.12345764),));

test_type!(float8_array(
    postgresql,
    "float8[]",
    Value::Array(None),
    Value::array(vec![Value::double(1.1234), Value::double(4.321), Value::Double(None)])
));

// NOTE: OIDs are unsigned 32-bit integers (see https://www.postgresql.org/docs/9.4/datatype-oid.html)
// but a u32 cannot fit in an i32, so we always read OIDs back from the database as i64s.
test_type!(oid_with_i32(
    postgresql,
    "oid",
    (Value::Int32(None), Value::Int64(None)),
    (Value::int32(i32::MAX), Value::int64(i32::MAX)),
    (Value::int32(u32::MIN as i32), Value::int64(u32::MIN)),
));

test_type!(oid_with_i64(postgresql, "oid", Value::Int64(None), Value::int64(u32::MAX), Value::int64(u32::MIN),));

test_type!(oid_array(
    postgresql,
    "oid[]",
    Value::Array(None),
    Value::array(vec![Value::int64(1), Value::int64(2), Value::int64(3), Value::Int64(None)]),
));

test_type!(serial2(postgresql, "serial2", Value::int32(i16::MIN), Value::int32(i16::MAX),));

test_type!(serial4(postgresql, "serial4", Value::int32(i32::MIN), Value::int32(i32::MAX),));

test_type!(serial8(postgresql, "serial8", Value::int64(i64::MIN), Value::int64(i64::MAX),));

test_type!(char(postgresql, "char(6)", Value::Text(None), Value::text("foobar")));

test_type!(char_array(
    postgresql,
    "char(6)[]",
    Value::Array(None),
    Value::array(vec![Value::text("foobar"), Value::text("omgwtf"), Value::Text(None)])
));

test_type!(varchar(postgresql, "varchar(255)", Value::Text(None), Value::text("foobar")));

test_type!(varchar_array(
    postgresql,
    "varchar(255)[]",
    Value::Array(None),
    Value::array(vec![Value::text("foobar"), Value::text("omgwtf"), Value::Text(None)])
));

test_type!(text(postgresql, "text", Value::Text(None), Value::text("foobar")));

test_type!(text_array(
    postgresql,
    "text[]",
    Value::Array(None),
    Value::array(vec![Value::text("foobar"), Value::text("omgwtf"), Value::Text(None)])
));

test_type!(bit(postgresql, "bit(4)", Value::Text(None), Value::text("1001")));

test_type!(bit_array(
    postgresql,
    "bit(4)[]",
    Value::Array(None),
    Value::array(vec![Value::text("1001"), Value::text("0110"), Value::Text(None)])
));

test_type!(varbit(postgresql, "varbit(20)", Value::Text(None), Value::text("001010101")));

test_type!(varbit_array(
    postgresql,
    "varbit(20)[]",
    Value::Array(None),
    Value::array(vec![Value::text("001010101"), Value::text("01101111"), Value::Text(None)])
));

test_type!(inet(postgresql, "inet", Value::Text(None), Value::text("127.0.0.1")));

test_type!(inet_array(
    postgresql,
    "inet[]",
    Value::Array(None),
    Value::array(vec![Value::text("127.0.0.1"), Value::text("192.168.1.1"), Value::Text(None)])
));

#[cfg(feature = "json")]
test_type!(json(postgresql, "json", Value::Json(None), Value::json(serde_json::json!({"foo": "bar"}))));

#[cfg(feature = "json")]
test_type!(json_array(
    postgresql,
    "json[]",
    Value::Array(None),
    Value::array(vec![
        Value::json(serde_json::json!({"foo": "bar"})),
        Value::json(serde_json::json!({"omg": false})),
        Value::Json(None)
    ])
));

#[cfg(feature = "json")]
test_type!(jsonb(postgresql, "jsonb", Value::Json(None), Value::json(serde_json::json!({"foo": "bar"}))));

#[cfg(feature = "json")]
test_type!(jsonb_array(
    postgresql,
    "jsonb[]",
    Value::Array(None),
    Value::array(vec![
        Value::json(serde_json::json!({"foo": "bar"})),
        Value::json(serde_json::json!({"omg": false})),
        Value::Json(None)
    ])
));

test_type!(xml(postgresql, "xml", Value::Xml(None), Value::xml("<test>1</test>",)));

test_type!(xml_array(
    postgresql,
    "xml[]",
    Value::Array(None),
    Value::array(vec![Value::text("<test>1</test>"), Value::text("<test>2</test>"), Value::Text(None)])
));

#[cfg(feature = "uuid")]
test_type!(uuid(
    postgresql,
    "uuid",
    Value::Uuid(None),
    Value::uuid(uuid::Uuid::from_str("936DA01F-9ABD-4D9D-80C7-02AF85C822A8").unwrap())
));

#[cfg(feature = "uuid")]
test_type!(uuid_array(
    postgresql,
    "uuid[]",
    Value::Array(None),
    Value::array(vec![
        Value::uuid(uuid::Uuid::from_str("936DA01F-9ABD-4D9D-80C7-02AF85C822A8").unwrap()),
        Value::Uuid(None)
    ])
));

#[cfg(feature = "chrono")]
test_type!(date(
    postgresql,
    "date",
    Value::Date(None),
    Value::date(chrono::NaiveDate::from_ymd_opt(2020, 4, 20).unwrap())
));

#[cfg(feature = "chrono")]
test_type!(date_array(
    postgresql,
    "date[]",
    Value::Array(None),
    Value::array(vec![Value::date(chrono::NaiveDate::from_ymd_opt(2020, 4, 20).unwrap()), Value::Date(None)])
));

#[cfg(feature = "chrono")]
test_type!(time(
    postgresql,
    "time",
    Value::Time(None),
    Value::time(chrono::NaiveTime::from_hms_opt(16, 20, 00).unwrap())
));

#[cfg(feature = "chrono")]
test_type!(time_array(
    postgresql,
    "time[]",
    Value::Array(None),
    Value::array(vec![Value::time(chrono::NaiveTime::from_hms_opt(16, 20, 00).unwrap()), Value::Time(None)])
));

#[cfg(feature = "chrono")]
test_type!(timestamp(postgresql, "timestamp", Value::DateTime(None), {
    let dt = chrono::DateTime::parse_from_rfc3339("2020-02-27T19:10:22Z").unwrap();
    Value::datetime(dt.with_timezone(&chrono::Utc))
}));

#[cfg(feature = "chrono")]
test_type!(timestamp_array(postgresql, "timestamp[]", Value::Array(None), {
    let dt = chrono::DateTime::parse_from_rfc3339("2020-02-27T19:10:22Z").unwrap();

    Value::array(vec![Value::datetime(dt.with_timezone(&chrono::Utc)), Value::DateTime(None)])
}));

#[cfg(feature = "chrono")]
test_type!(timestamptz(postgresql, "timestamptz", Value::DateTime(None), {
    let dt = chrono::DateTime::parse_from_rfc3339("2020-02-27T19:10:22Z").unwrap();
    Value::datetime(dt.with_timezone(&chrono::Utc))
}));

#[cfg(feature = "chrono")]
test_type!(timestamptz_array(postgresql, "timestamptz[]", Value::Array(None), {
    let dt = chrono::DateTime::parse_from_rfc3339("2020-02-27T19:10:22Z").unwrap();

    Value::array(vec![Value::datetime(dt.with_timezone(&chrono::Utc)), Value::DateTime(None)])
}));

test_type!(bytea(postgresql, "bytea", Value::Bytes(None), Value::bytes(b"DEADBEEF".to_vec())));

test_type!(bytea_array(
    postgresql,
    "bytea[]",
    Value::Array(None),
    Value::array(vec![Value::bytes(b"DEADBEEF".to_vec()), Value::bytes(b"BEEFBEEF".to_vec()), Value::Bytes(None)])
));