#37762

Committed 28 Apr 2024 07:31AM UTC coverage: 86.373% (-1.1%) from 87.431%

Build # #37762

Build Type

push

local

Committed by

web-flow

Commit Message

infer_effects: add `optimize::Bool` optional argument (#54241)

`optimize=false` would be useful for testing effects refinements with
post-optimization analysis.

Run Details

1 of 1 new or added line in 1 file covered. (100.0%)

947 existing lines in 40 files now uncovered.

75087 of 86933 relevant lines covered (86.37%)

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80.95

/stdlib/Dates/src/arithmetic.jl

# This file is a part of Julia. License is MIT: https://julialang.org/license

# Instant arithmetic
(+)(x::Instant) = x
(-)(x::T, y::T) where {T<:Instant} = x.periods - y.periods

# TimeType arithmetic
(+)(x::TimeType) = x
(-)(x::T, y::T) where {T<:TimeType} = x.instant - y.instant
(-)(x::T, y::T) where {T<:AbstractDateTime} = x.instant - y.instant
(-)(x::AbstractDateTime, y::AbstractDateTime) = -(promote(x, y)...)

# Date-Time arithmetic
"""
    dt::Date + t::Time -> DateTime

The addition of a `Date` with a `Time` produces a `DateTime`. The hour, minute, second, and millisecond parts of
the `Time` are used along with the year, month, and day of the `Date` to create the new `DateTime`.
Non-zero microseconds or nanoseconds in the `Time` type will result in an `InexactError` being thrown.
"""
(+)(dt::Date, t::Time) = DateTime(dt ,t)
(+)(t::Time, dt::Date) = DateTime(dt, t)

# TimeType-Year arithmetic
function (+)(dt::DateTime, y::Year)
    oy, m, d = yearmonthday(dt); ny = oy + value(y); ld = daysinmonth(ny, m)
    return DateTime(ny, m, d <= ld ? d : ld, hour(dt), minute(dt), second(dt), millisecond(dt))
end
function (+)(dt::Date,y::Year)
    oy, m, d = yearmonthday(dt); ny = oy + value(y); ld = daysinmonth(ny, m)
    return Date(ny, m, d <= ld ? d : ld)
end
function (-)(dt::DateTime,y::Year)
    oy, m, d = yearmonthday(dt); ny = oy - value(y); ld = daysinmonth(ny, m)
    return DateTime(ny, m, d <= ld ? d : ld, hour(dt), minute(dt), second(dt), millisecond(dt))
end
function (-)(dt::Date,y::Year)
    oy, m, d = yearmonthday(dt); ny = oy - value(y); ld = daysinmonth(ny, m)
    return Date(ny, m, d <= ld ? d : ld)
end

# TimeType-Month arithmetic
# monthwrap adds two months with wraparound behavior (i.e. 12 + 1 == 1)
monthwrap(m1, m2) = (v = mod1(m1 + m2, 12); return v < 0 ? 12 + v : v)
# yearwrap takes a starting year/month and a month to add and returns
# the resulting year with wraparound behavior (i.e. 2000-12 + 1 == 2001)
yearwrap(y, m1, m2) = y + fld(m1 + m2 - 1, 12)

function (+)(dt::DateTime, z::Month)
    y,m,d = yearmonthday(dt)
    ny = yearwrap(y, m, value(z))
    mm = monthwrap(m, value(z)); ld = daysinmonth(ny, mm)
    return DateTime(ny, mm, d <= ld ? d : ld, hour(dt), minute(dt), second(dt), millisecond(dt))
end

function (+)(dt::Date, z::Month)
    y,m,d = yearmonthday(dt)
    ny = yearwrap(y, m, value(z))
    mm = monthwrap(m, value(z)); ld = daysinmonth(ny, mm)
    return Date(ny, mm, d <= ld ? d : ld)
end
function (-)(dt::DateTime, z::Month)
    y,m,d = yearmonthday(dt)
    ny = yearwrap(y, m, -value(z))
    mm = monthwrap(m, -value(z)); ld = daysinmonth(ny, mm)
    return DateTime(ny, mm, d <= ld ? d : ld, hour(dt), minute(dt), second(dt), millisecond(dt))
end
function (-)(dt::Date, z::Month)
    y,m,d = yearmonthday(dt)
    ny = yearwrap(y, m, -value(z))
    mm = monthwrap(m, -value(z)); ld = daysinmonth(ny, mm)
    return Date(ny, mm, d <= ld ? d : ld)
end

(+)(x::Date, y::Quarter) = x + Month(y)
(-)(x::Date, y::Quarter) = x - Month(y)
(+)(x::DateTime, y::Quarter) = x + Month(y)
(-)(x::DateTime, y::Quarter) = x - Month(y)
(+)(x::Date, y::Week) = return Date(UTD(value(x) + 7 * value(y)))
(-)(x::Date, y::Week) = return Date(UTD(value(x) - 7 * value(y)))
(+)(x::Date, y::Day)  = return Date(UTD(value(x) + value(y)))
(-)(x::Date, y::Day)  = return Date(UTD(value(x) - value(y)))
(+)(x::DateTime, y::Period) = return DateTime(UTM(value(x) + toms(y)))
(-)(x::DateTime, y::Period) = return DateTime(UTM(value(x) - toms(y)))
(+)(x::Time, y::TimePeriod) = return Time(Nanosecond(value(x) + tons(y)))
(-)(x::Time, y::TimePeriod) = return Time(Nanosecond(value(x) - tons(y)))
(+)(y::Period, x::TimeType) = x + y

# Missing support
(+)(x::AbstractTime, y::Missing) = missing
(+)(x::Missing, y::AbstractTime) = missing
(-)(x::AbstractTime, y::Missing) = missing
(-)(x::Missing, y::AbstractTime) = missing

# AbstractArray{TimeType}, AbstractArray{TimeType}
(-)(x::OrdinalRange{T}, y::OrdinalRange{T}) where {T<:TimeType} = Vector(x) - Vector(y)
(-)(x::AbstractRange{T}, y::AbstractRange{T}) where {T<:TimeType} = Vector(x) - Vector(y)

# Allow dates, times, and time zones to broadcast as unwrapped scalars
Base.Broadcast.broadcastable(x::AbstractTime) = Ref(x)
Base.Broadcast.broadcastable(x::TimeZone) = Ref(x)

1	# This file is a part of Julia. License is MIT: https://julialang.org/license
2
3	# Instant arithmetic
4	(+)(x::Instant) = x	×
5	(-)(x::T, y::T) where {T<:Instant} = x.periods - y.periods	1,008,321✔
6
7	# TimeType arithmetic
8	(+)(x::TimeType) = x	×
9	(-)(x::T, y::T) where {T<:TimeType} = x.instant - y.instant	1,003,748✔
10	(-)(x::T, y::T) where {T<:AbstractDateTime} = x.instant - y.instant	41,553✔
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
25	function (+)(dt::DateTime, y::Year)	149,607✔
26	oy, m, d = yearmonthday(dt); ny = oy + value(y); ld = daysinmonth(ny, m)	169,607✔
27	return DateTime(ny, m, d <= ld ? d : ld, hour(dt), minute(dt), second(dt), millisecond(dt))	169,607✔
28	end
29	function (+)(dt::Date,y::Year)	919,738✔
30	oy, m, d = yearmonthday(dt); ny = oy + value(y); ld = daysinmonth(ny, m)	919,909✔
31	return Date(ny, m, d <= ld ? d : ld)	919,738✔
32	end
33	function (-)(dt::DateTime,y::Year)	10✔
34	oy, m, d = yearmonthday(dt); ny = oy - value(y); ld = daysinmonth(ny, m)	10✔
35	return DateTime(ny, m, d <= ld ? d : ld, hour(dt), minute(dt), second(dt), millisecond(dt))	10✔
36	end
37	function (-)(dt::Date,y::Year)	10✔
38	oy, m, d = yearmonthday(dt); ny = oy - value(y); ld = daysinmonth(ny, m)	10✔
39	return Date(ny, m, d <= ld ? d : ld)	10✔
40	end
41
42	# TimeType-Month arithmetic
43	# monthwrap adds two months with wraparound behavior (i.e. 12 + 1 == 1)
44	monthwrap(m1, m2) = (v = mod1(m1 + m2, 12); return v < 0 ? 12 + v : v)	2,568,170✔
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)
47	yearwrap(y, m1, m2) = y + fld(m1 + m2 - 1, 12)	1,294,085✔
48
49	function (+)(dt::DateTime, z::Month)	203,588✔
50	y,m,d = yearmonthday(dt)	223,588✔
51	ny = yearwrap(y, m, value(z))	223,588✔
52	mm = monthwrap(m, value(z)); ld = daysinmonth(ny, mm)	223,619✔
53	return DateTime(ny, mm, d <= ld ? d : ld, hour(dt), minute(dt), second(dt), millisecond(dt))	223,588✔
54	end
55
56	function (+)(dt::Date, z::Month)	1,070,452✔
57	y,m,d = yearmonthday(dt)	1,070,452✔
58	ny = yearwrap(y, m, value(z))	1,070,452✔
59	mm = monthwrap(m, value(z)); ld = daysinmonth(ny, mm)	1,071,330✔
60	return Date(ny, mm, d <= ld ? d : ld)	1,070,452✔
61	end
62	function (-)(dt::DateTime, z::Month)	24✔
63	y,m,d = yearmonthday(dt)	24✔
64	ny = yearwrap(y, m, -value(z))	24✔
65	mm = monthwrap(m, -value(z)); ld = daysinmonth(ny, mm)	24✔
66	return DateTime(ny, mm, d <= ld ? d : ld, hour(dt), minute(dt), second(dt), millisecond(dt))	24✔
67	end
68	function (-)(dt::Date, z::Month)	21✔
69	y,m,d = yearmonthday(dt)	21✔
70	ny = yearwrap(y, m, -value(z))	21✔
71	mm = monthwrap(m, -value(z)); ld = daysinmonth(ny, mm)	21✔
72	return Date(ny, mm, d <= ld ? d : ld)	21✔
73	end
74
75	(+)(x::Date, y::Quarter) = x + Month(y)	151,529✔
76	(-)(x::Date, y::Quarter) = x - Month(y)	10✔
77	(+)(x::DateTime, y::Quarter) = x + Month(y)	135,465✔
78	(-)(x::DateTime, y::Quarter) = x - Month(y)	10✔
79	(+)(x::Date, y::Week) = return Date(UTD(value(x) + 7 * value(y)))	71,521✔
80	(-)(x::Date, y::Week) = return Date(UTD(value(x) - 7 * value(y)))	10✔
81	(+)(x::Date, y::Day) = return Date(UTD(value(x) + value(y)))	260,930✔
82	(-)(x::Date, y::Day) = return Date(UTD(value(x) - value(y)))	220,675✔
83	(+)(x::DateTime, y::Period) = return DateTime(UTM(value(x) + toms(y)))	526,206,981✔
84	(-)(x::DateTime, y::Period) = return DateTime(UTM(value(x) - toms(y)))	20,858✔
85	(+)(x::Time, y::TimePeriod) = return Time(Nanosecond(value(x) + tons(y)))	36,984✔
86	(-)(x::Time, y::TimePeriod) = return Time(Nanosecond(value(x) - tons(y)))	62✔
87	(+)(y::Period, x::TimeType) = x + y	2✔
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
100	Base.Broadcast.broadcastable(x::AbstractTime) = Ref(x)	34✔
UNCOV 101	Base.Broadcast.broadcastable(x::TimeZone) = Ref(x)	×

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