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use jiff::fmt::temporal;
use sea_query::ExprTrait;
use crate::{Expr, IntoExpr};
fn const_str(val: &str) -> sea_query::Value {
sea_query::Value::String(Some(val.to_owned()))
}
fn concat(a: impl Into<sea_query::Expr>, b: impl Into<sea_query::Expr>) -> sea_query::Expr {
a.into().binary(sea_query::BinOper::Custom("||"), b)
}
impl<'column, S> Expr<'column, S, jiff::Timestamp> {
/// Number of whole seconds since the unix epoch.
///
/// Fractional seconds are truncated (matching jiff behaviour).
/// Before 1970 seconds are rounded up and after 1970 seconds are rounded down.
///
/// ```
/// # use rust_query::IntoExpr;
/// # rust_query::private::doctest::get_txn(|txn| {
/// use jiff::Timestamp;
/// assert_eq!(txn.query_one(Timestamp::from_millisecond(123713).unwrap().into_expr().to_second()), 123);
/// assert_eq!(txn.query_one(Timestamp::from_millisecond(-123713).unwrap().into_expr().to_second()), -123);
/// # });
/// ```
pub fn to_second(&self) -> Expr<'column, S, i64> {
let this = self.inner.clone();
Expr::adhoc(move |b| {
sea_query::Func::cust("timestamp_to_second")
.arg(this.build_expr(b))
.into()
})
}
/// The fractional component of the timestamp in seconds.
///
/// Negative for timestamps before 1970 (matching jiff behaviour).
///
/// ```
/// # use rust_query::IntoExpr;
/// # rust_query::private::doctest::get_txn(|txn| {
/// use jiff::Timestamp;
/// assert_eq!(txn.query_one(Timestamp::from_millisecond(123713).unwrap().into_expr().subsec_nanosecond()), 713000000);
/// assert_eq!(txn.query_one(Timestamp::from_millisecond(-123713).unwrap().into_expr().subsec_nanosecond()), -713000000);
/// # });
/// ```
pub fn subsec_nanosecond(&self) -> Expr<'column, S, i64> {
let this = self.inner.clone();
Expr::adhoc(move |b| {
sea_query::Func::cust("timestamp_subsec_nanosecond")
.arg(this.build_expr(b))
.into()
})
}
/// New timestamp from seconds since the unix epoch.
///
/// ```
/// # use rust_query::IntoExpr;
/// # rust_query::private::doctest::get_txn(|txn| {
/// use jiff::Timestamp;
/// use rust_query::Expr;
/// assert_eq!(txn.query_one(Expr::from_second(4322)), Timestamp::from_second(4322).unwrap());
/// assert_eq!(txn.query_one(Expr::from_second(-4322)), Timestamp::from_second(-4322).unwrap());
/// # });
/// ```
pub fn from_second(val: impl IntoExpr<'column, S, Typ = i64>) -> Self {
let this = val.into_expr().inner;
Expr::adhoc(move |b| {
sea_query::Func::cust("datetime")
.arg(this.build_expr(b))
.arg(const_str("unixepoch"))
.into()
})
}
/// Add a number of nanoseconds to a timestamp
///
/// ```
/// # use rust_query::IntoExpr;
/// # rust_query::private::doctest::get_txn(|txn| {
/// use jiff::Timestamp;
/// use rust_query::Expr;
/// let ts = Timestamp::from_millisecond(123713).unwrap();
/// assert_eq!(txn.query_one(Expr::from_second(ts.as_second()).add_nanosecond(ts.subsec_nanosecond() as i64)), ts);
/// let ts = Timestamp::from_millisecond(-123713).unwrap();
/// assert_eq!(txn.query_one(Expr::from_second(ts.as_second()).add_nanosecond(ts.subsec_nanosecond() as i64)), ts);
/// # });
/// ```
pub fn add_nanosecond(&self, nanos: impl IntoExpr<'column, S, Typ = i64>) -> Self {
let this = self.inner.clone();
let nanos = nanos.into_expr().inner;
Expr::adhoc(move |b| {
sea_query::Func::cust("timestamp_add_nanosecond")
.arg(this.build_expr(b))
.arg(nanos.build_expr(b))
.into()
})
}
/// Convert a timestamp to a date using the specified timezone.
///
/// ```
/// # use rust_query::IntoExpr;
/// # use std::str::FromStr;
/// # rust_query::private::doctest::get_txn(|txn| {
/// use jiff::Timestamp;
/// use jiff::tz::TimeZone;
/// use jiff::civil::Date;
/// let ts = Timestamp::from_second(123713).unwrap();
/// let tz = TimeZone::get("Europe/Amsterdam").unwrap();
/// assert_eq!(txn.query_one(ts.into_expr().to_date_in_tz(&tz)), Date::from_str("1970-01-02").unwrap());
/// # });
/// ```
pub fn to_date_in_tz(&self, tz: &jiff::tz::TimeZone) -> Expr<'column, S, jiff::civil::Date> {
static PRINTER: temporal::DateTimePrinter = temporal::DateTimePrinter::new();
let time_zone = PRINTER.time_zone_to_string(tz).unwrap();
let this = self.inner.clone();
Expr::adhoc(move |b| {
sea_query::Func::cust("timestamp_to_date")
.arg(this.build_expr(b))
.arg(time_zone.clone())
.into()
})
}
}
impl<'column, S> Expr<'column, S, jiff::civil::Date> {
/// The year in the range `0..=9999`.
///
/// ```
/// # use rust_query::IntoExpr;
/// # rust_query::private::doctest::get_txn(|txn| {
/// use jiff::civil::date;
/// assert_eq!(txn.query_one(date(2300, 3, 6).into_expr().year()), 2300);
/// # });
/// ```
pub fn year(&self) -> Expr<'column, S, i64> {
let this = self.inner.clone();
Expr::adhoc(move |b| {
sea_query::Func::cust("strftime")
.arg(const_str("%Y"))
.arg(this.build_expr(b))
.cast_as("INTEGER")
})
}
/// The month of the year in the range `1..=12`.
///
/// ```
/// # use rust_query::IntoExpr;
/// # rust_query::private::doctest::get_txn(|txn| {
/// use jiff::civil::date;
/// assert_eq!(txn.query_one(date(2300, 3, 6).into_expr().month()), 3);
/// # });
/// ```
pub fn month(&self) -> Expr<'column, S, i64> {
let this = self.inner.clone();
Expr::adhoc(move |b| {
sea_query::Func::cust("strftime")
.arg(const_str("%m"))
.arg(this.build_expr(b))
.cast_as("INTEGER")
})
}
/// The day of the month in the range `1..=31`.
///
/// ```
/// # use rust_query::IntoExpr;
/// # rust_query::private::doctest::get_txn(|txn| {
/// use jiff::civil::date;
/// assert_eq!(txn.query_one(date(2300, 3, 6).into_expr().day()), 6);
/// # });
/// ```
pub fn day(&self) -> Expr<'column, S, i64> {
let this = self.inner.clone();
Expr::adhoc(move |b| {
sea_query::Func::cust("strftime")
.arg(const_str("%d"))
.arg(this.build_expr(b))
.cast_as("INTEGER")
})
}
/// Give the first day of the month.
///
/// - `idx == 0` the first day of this month.
/// - `idx == 1` the first day of next month.
/// - `idx == -1` the first day of previous month.
/// - etc.
///
/// ```
/// # use rust_query::IntoExpr;
/// # rust_query::private::doctest::get_txn(|txn| {
/// use jiff::civil::date;
/// assert_eq!(txn.query_one(date(2300, 3, 6).into_expr().first_of_month(0)), date(2300, 3, 1));
/// assert_eq!(txn.query_one(date(2300, 3, 6).into_expr().first_of_month(1)), date(2300, 4, 1));
/// assert_eq!(txn.query_one(date(2300, 3, 6).into_expr().first_of_month(12)), date(2301, 3, 1));
/// assert_eq!(txn.query_one(date(2300, 3, 6).into_expr().first_of_month(-1)), date(2300, 2, 1));
/// # });
/// ```
pub fn first_of_month(&self, idx: impl IntoExpr<'column, S, Typ = i64>) -> Self {
let this = self.inner.clone();
let idx = idx.into_expr().inner;
Expr::adhoc(move |b| {
sea_query::Func::cust("date")
.arg(this.build_expr(b))
.arg(const_str("start of month"))
.arg(concat(idx.build_expr(b), const_str(" month")))
.into()
})
}
/// Add a number of days to this date.
///
/// ```
/// # use rust_query::IntoExpr;
/// # rust_query::private::doctest::get_txn(|txn| {
/// use jiff::civil::date;
/// assert_eq!(txn.query_one(date(2300, 3, 6).into_expr().add_day(30)), date(2300, 4, 5));
/// # });
/// ```
pub fn add_day(&self, days: impl IntoExpr<'column, S, Typ = i64>) -> Self {
let this = self.inner.clone();
let days = days.into_expr().inner;
Expr::adhoc(move |b| {
sea_query::Func::cust("date")
.arg(this.build_expr(b))
.arg(concat(days.build_expr(b), const_str(" day")))
.into()
})
}
}