#37997

Committed 29 Jan 2025 02:08AM UTC coverage: 17.283% (-68.7%) from 85.981%

Build # #37997

Build Type

push

local

Committed by

web-flow

Commit Message

bpart: Start enforcing min_world for global variable definitions (#57150)

This is the analog of #57102 for global variables. Unlike for consants,
there is no automatic global backdate mechanism. The reasoning for this
is that global variables can be declared at any time, unlike constants
which can only be decalared once their value is available. As a result
code patterns using `Core.eval` to declare globals are rarer and likely
incorrect.

Run Details

1 of 22 new or added lines in 3 files covered. (4.55%)

31430 existing lines in 188 files now uncovered.

7903 of 45728 relevant lines covered (17.28%)

98663.7 hits per line

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0.0

/stdlib/Dates/src/arithmetic.jl

1	# This file is a part of Julia. License is MIT: https://julialang.org/license
2
3	# Instant arithmetic
4	(+)(x::Instant) = x	×
UNCOV 5	(-)(x::T, y::T) where {T<:Instant} = x.periods - y.periods	×
6
7	# TimeType arithmetic
8	(+)(x::TimeType) = x	×
UNCOV 9	(-)(x::T, y::T) where {T<:TimeType} = x.instant - y.instant	×
UNCOV 10	(-)(x::T, y::T) where {T<:AbstractDateTime} = x.instant - y.instant	×
11	(-)(x::AbstractDateTime, y::AbstractDateTime) = -(promote(x, y)...)	×
12
13	# Date-Time arithmetic
14	"""
15	dt::Date + t::Time -> DateTime
16
17	The addition of a `Date` with a `Time` produces a `DateTime`. The hour, minute, second, and millisecond parts of
18	the `Time` are used along with the year, month, and day of the `Date` to create the new `DateTime`.
19	Non-zero microseconds or nanoseconds in the `Time` type will result in an `InexactError` being thrown.
20	"""
UNCOV 21	(+)(dt::Date, t::Time) = DateTime(dt ,t)	×
UNCOV 22	(+)(t::Time, dt::Date) = DateTime(dt, t)	×
23
24	# TimeType-Year arithmetic
UNCOV 25	function (+)(dt::DateTime, y::Year)	×
UNCOV 26	oy, m, d = yearmonthday(dt); ny = oy + value(y); ld = daysinmonth(ny, m)	×
UNCOV 27	return DateTime(ny, m, d <= ld ? d : ld, hour(dt), minute(dt), second(dt), millisecond(dt))	×
28	end
UNCOV 29	function (+)(dt::Date,y::Year)	×
UNCOV 30	oy, m, d = yearmonthday(dt); ny = oy + value(y); ld = daysinmonth(ny, m)	×
UNCOV 31	return Date(ny, m, d <= ld ? d : ld)	×
32	end
UNCOV 33	function (-)(dt::DateTime,y::Year)	×
UNCOV 34	oy, m, d = yearmonthday(dt); ny = oy - value(y); ld = daysinmonth(ny, m)	×
UNCOV 35	return DateTime(ny, m, d <= ld ? d : ld, hour(dt), minute(dt), second(dt), millisecond(dt))	×
36	end
UNCOV 37	function (-)(dt::Date,y::Year)	×
UNCOV 38	oy, m, d = yearmonthday(dt); ny = oy - value(y); ld = daysinmonth(ny, m)	×
UNCOV 39	return Date(ny, m, d <= ld ? d : ld)	×
40	end
41
42	# TimeType-Month arithmetic
43	# monthwrap adds two months with wraparound behavior (i.e. 12 + 1 == 1)
UNCOV 44	monthwrap(m1, m2) = (v = mod1(m1 + m2, 12); return v < 0 ? 12 + v : v)	×
45	# yearwrap takes a starting year/month and a month to add and returns
46	# the resulting year with wraparound behavior (i.e. 2000-12 + 1 == 2001)
UNCOV 47	yearwrap(y, m1, m2) = y + fld(m1 + m2 - 1, 12)	×
48
UNCOV 49	function (+)(dt::DateTime, z::Month)	×
UNCOV 50	y,m,d = yearmonthday(dt)	×
UNCOV 51	ny = yearwrap(y, m, value(z))	×
UNCOV 52	mm = monthwrap(m, value(z)); ld = daysinmonth(ny, mm)	×
UNCOV 53	return DateTime(ny, mm, d <= ld ? d : ld, hour(dt), minute(dt), second(dt), millisecond(dt))	×
54	end
55
UNCOV 56	function (+)(dt::Date, z::Month)	×
UNCOV 57	y,m,d = yearmonthday(dt)	×
UNCOV 58	ny = yearwrap(y, m, value(z))	×
UNCOV 59	mm = monthwrap(m, value(z)); ld = daysinmonth(ny, mm)	×
UNCOV 60	return Date(ny, mm, d <= ld ? d : ld)	×
61	end
UNCOV 62	function (-)(dt::DateTime, z::Month)	×
UNCOV 63	y,m,d = yearmonthday(dt)	×
UNCOV 64	ny = yearwrap(y, m, -value(z))	×
UNCOV 65	mm = monthwrap(m, -value(z)); ld = daysinmonth(ny, mm)	×
UNCOV 66	return DateTime(ny, mm, d <= ld ? d : ld, hour(dt), minute(dt), second(dt), millisecond(dt))	×
67	end
UNCOV 68	function (-)(dt::Date, z::Month)	×
UNCOV 69	y,m,d = yearmonthday(dt)	×
UNCOV 70	ny = yearwrap(y, m, -value(z))	×
UNCOV 71	mm = monthwrap(m, -value(z)); ld = daysinmonth(ny, mm)	×
UNCOV 72	return Date(ny, mm, d <= ld ? d : ld)	×
73	end
74
UNCOV 75	(+)(x::Date, y::Quarter) = x + Month(y)	×
UNCOV 76	(-)(x::Date, y::Quarter) = x - Month(y)	×
UNCOV 77	(+)(x::DateTime, y::Quarter) = x + Month(y)	×
UNCOV 78	(-)(x::DateTime, y::Quarter) = x - Month(y)	×
UNCOV 79	(+)(x::Date, y::Week) = return Date(UTD(value(x) + 7 * value(y)))	×
UNCOV 80	(-)(x::Date, y::Week) = return Date(UTD(value(x) - 7 * value(y)))	×
UNCOV 81	(+)(x::Date, y::Day) = return Date(UTD(value(x) + value(y)))	×
UNCOV 82	(-)(x::Date, y::Day) = return Date(UTD(value(x) - value(y)))	×
UNCOV 83	(+)(x::DateTime, y::Period) = return DateTime(UTM(value(x) + toms(y)))	×
UNCOV 84	(-)(x::DateTime, y::Period) = return DateTime(UTM(value(x) - toms(y)))	×
UNCOV 85	(+)(x::Time, y::TimePeriod) = return Time(Nanosecond(value(x) + tons(y)))	×
UNCOV 86	(-)(x::Time, y::TimePeriod) = return Time(Nanosecond(value(x) - tons(y)))	×
UNCOV 87	(+)(y::Period, x::TimeType) = x + y	×
88
89	# Missing support
UNCOV 90	(+)(x::AbstractTime, y::Missing) = missing	×
UNCOV 91	(+)(x::Missing, y::AbstractTime) = missing	×
UNCOV 92	(-)(x::AbstractTime, y::Missing) = missing	×
UNCOV 93	(-)(x::Missing, y::AbstractTime) = missing	×
94
95	# AbstractArray{TimeType}, AbstractArray{TimeType}
UNCOV 96	(-)(x::OrdinalRange{T}, y::OrdinalRange{T}) where {T<:TimeType} = Vector(x) - Vector(y)	×
97	(-)(x::AbstractRange{T}, y::AbstractRange{T}) where {T<:TimeType} = Vector(x) - Vector(y)	×
98
99	# Allow dates, times, and time zones to broadcast as unwrapped scalars
UNCOV 100	Base.Broadcast.broadcastable(x::AbstractTime) = Ref(x)	×
UNCOV 101	Base.Broadcast.broadcastable(x::TimeZone) = Ref(x)	×

JuliaLang / julia / #37997

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