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runtests.jl
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runtests.jl
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# REVISE: DO NOT PARSE # For people with JULIA_REVISE_INCLUDE=1
using Revise
using Revise.CodeTracking
using Revise.JuliaInterpreter
using Test
@test isempty(detect_ambiguities(Revise))
using Pkg, Unicode, Distributed, InteractiveUtils, REPL, UUIDs
import LibGit2
using Revise.OrderedCollections: OrderedSet
using Test: collect_test_logs
using Base.CoreLogging: Debug,Info
using Revise.CodeTracking: line_is_decl
# In addition to using this for the "More arg-modifying macros" test below,
# this package is used on Travis to test what happens when you have multiple
# *.ji files for the package.
using EponymTuples
include("common.jl")
throwing_function(bt) = bt[2]
function rm_precompile(pkgname::AbstractString)
filepath = Base.cache_file_entry(Base.PkgId(pkgname))
isa(filepath, Tuple) && (filepath = filepath[1]*filepath[2]) # Julia 1.3+
for depot in DEPOT_PATH
fullpath = joinpath(depot, filepath)
isfile(fullpath) && rm(fullpath)
end
end
# A junk module that we can evaluate into
module ReviseTestPrivate
struct Inner
x::Float64
end
macro changeto1(args...)
return 1
end
macro donothing(ex)
esc(ex)
end
macro addint(ex)
:($(esc(ex))::$(esc(Int)))
end
# The following two submodules are for testing #199
module A
f(x::Int) = 1
end
module B
f(x::Int) = 1
module Core end
end
end
function private_module()
modname = gensym()
Core.eval(ReviseTestPrivate, :(module $modname end))
end
sig_type_exprs(ex) = Revise.sig_type_exprs(Main, ex) # just for testing purposes
# accomodate changes in Dict printing w/ Julia version
const pair_op_compact = let io = IOBuffer()
print(IOContext(io, :compact=>true), Dict(1=>2))
String(take!(io))[7:end-2]
end
@testset "Revise" begin
do_test("PkgData") && @testset "PkgData" begin
# Related to #358
id = Base.PkgId(Main)
pd = Revise.PkgData(id)
@test isempty(Revise.basedir(pd))
end
do_test("Package contents") && @testset "Package contents" begin
id = Base.PkgId(EponymTuples)
path, mods_files_mtimes = Revise.pkg_fileinfo(id)
@test occursin("EponymTuples", path)
end
do_test("LineSkipping") && @testset "LineSkipping" begin
rex = Revise.RelocatableExpr(quote
f(x) = x^2
g(x) = sin(x)
end)
@test length(rex.ex.args) == 4 # including the line number expressions
exs = collectexprs(rex)
@test length(exs) == 2
@test isequal(exs[1], Revise.RelocatableExpr(:(f(x) = x^2)))
@test hash(exs[1]) == hash(Revise.RelocatableExpr(:(f(x) = x^2)))
@test !isequal(exs[2], Revise.RelocatableExpr(:(f(x) = x^2)))
@test isequal(exs[2], Revise.RelocatableExpr(:(g(x) = sin(x))))
@test !isequal(exs[1], Revise.RelocatableExpr(:(g(x) = sin(x))))
@test string(rex) == """
quote
f(x) = begin
x ^ 2
end
g(x) = begin
sin(x)
end
end"""
end
do_test("Equality and hashing") && @testset "Equality and hashing" begin
# issue #233
@test isequal(Revise.RelocatableExpr(:(x = 1)), Revise.RelocatableExpr(:(x = 1)))
@test !isequal(Revise.RelocatableExpr(:(x = 1)), Revise.RelocatableExpr(:(x = 1.0)))
@test hash(Revise.RelocatableExpr(:(x = 1))) == hash(Revise.RelocatableExpr(:(x = 1)))
@test hash(Revise.RelocatableExpr(:(x = 1))) != hash(Revise.RelocatableExpr(:(x = 1.0)))
@test hash(Revise.RelocatableExpr(:(x = 1))) != hash(Revise.RelocatableExpr(:(x = 2)))
end
do_test("Parse errors") && @testset "Parse errors" begin
md = Revise.ModuleExprsSigs(Main)
@test_throws LoadError Revise.parse_source!(md, """
begin # this block should parse correctly, cf. issue #109
end
f(x) = 1
g(x) = 2
h{x) = 3 # error
k(x) = 4
""", "test", Main)
# Issue #448
testdir = newtestdir()
file = joinpath(testdir, "badfile.jl")
open(file, "w") do io
println(io,
"""
function g()
while t
c =
k
end
""")
end
try
includet(file)
catch err
@test isa(err, LoadError)
@test err.file == file
@test endswith(err.error, "requires end")
end
end
do_test("REPL input") && @testset "REPL input" begin
# issue #573
retex = Revise.revise_first(nothing)
@test retex.head === :toplevel
@test length(retex.args) == 2 && retex.args[end] === nothing
end
do_test("Signature extraction") && @testset "Signature extraction" begin
jidir = dirname(dirname(pathof(JuliaInterpreter)))
scriptfile = joinpath(jidir, "test", "toplevel_script.jl")
modex = :(module Toplevel include($scriptfile) end)
mod = eval(modex)
mexs = Revise.parse_source(scriptfile, mod)
Revise.instantiate_sigs!(mexs)
nms = names(mod; all=true)
modeval, modinclude = getfield(mod, :eval), getfield(mod, :include)
failed = []
n = 0
for fsym in nms
f = getfield(mod, fsym)
isa(f, Base.Callable) || continue
(f === modeval || f === modinclude) && continue
for m in methods(f)
# MyInt8 brings in lots of number & type machinery, which leads
# to wandering through Base files. At this point we just want
# to test whether we have the basics down, so for now avoid
# looking in any file other than the script
string(m.file) == scriptfile || continue
isa(definition(m), Expr) || push!(failed, m.sig)
n += 1
end
end
@test isempty(failed)
@test n > length(nms)/2
# Method expressions with bad line number info
ex = quote
function nolineinfo(x)
y = x^2 + 2x + 1
@warn "oops"
return y
end
end
ex2 = ex.args[end].args[end]
for (i, arg) in enumerate(ex2.args)
if isa(arg, LineNumberNode)
ex2.args[i] = LineNumberNode(0, :none)
end
end
mexs = Revise.ModuleExprsSigs(ReviseTestPrivate)
mexs[ReviseTestPrivate][Revise.RelocatableExpr(ex)] = nothing
logs, _ = Test.collect_test_logs() do
Revise.instantiate_sigs!(mexs; mode=:eval)
end
@test isempty(logs)
@test isdefined(ReviseTestPrivate, :nolineinfo)
end
do_test("Comparison and line numbering") && @testset "Comparison and line numbering" begin
# We'll also use these tests to try out the logging system
rlogger = Revise.debug_logger()
fl1 = joinpath(@__DIR__, "revisetest.jl")
fl2 = joinpath(@__DIR__, "revisetest_revised.jl")
fl3 = joinpath(@__DIR__, "revisetest_errors.jl")
# Copy the files to a temporary file. This is to ensure that file name doesn't change
# in docstring macros and backtraces.
tmpfile = joinpath(tempdir(), randstring(10))*".jl"
push!(to_remove, tmpfile)
cp(fl1, tmpfile)
include(tmpfile) # So the modules are defined
# test the "mistakes"
@test ReviseTest.cube(2) == 16
@test ReviseTest.Internal.mult3(2) == 8
@test ReviseTest.Internal.mult4(2) == -2
# One method will be deleted, for log testing we need to grab it while we still have it
delmeth = first(methods(ReviseTest.Internal.mult4))
mmult3 = @which ReviseTest.Internal.mult3(2)
mexsold = Revise.parse_source(tmpfile, Main)
Revise.instantiate_sigs!(mexsold)
mcube = @which ReviseTest.cube(2)
cp(fl2, tmpfile; force=true)
mexsnew = Revise.parse_source(tmpfile, Main)
mexsnew = Revise.eval_revised(mexsnew, mexsold)
@test ReviseTest.cube(2) == 8
@test ReviseTest.Internal.mult3(2) == 6
@test length(mexsnew) == 3
@test haskey(mexsnew, ReviseTest) && haskey(mexsnew, ReviseTest.Internal)
dvs = collect(mexsnew[ReviseTest])
@test length(dvs) == 3
(def, val) = dvs[1]
@test isequal(Revise.unwrap(def), Revise.RelocatableExpr(:(square(x) = x^2)))
@test val == [Tuple{typeof(ReviseTest.square),Any}]
@test Revise.firstline(Revise.unwrap(def)).line == 5
m = @which ReviseTest.square(1)
@test m.line == 5
@test whereis(m) == (tmpfile, 5)
@test Revise.RelocatableExpr(definition(m)) == Revise.unwrap(def)
(def, val) = dvs[2]
@test isequal(Revise.unwrap(def), Revise.RelocatableExpr(:(cube(x) = x^3)))
@test val == [Tuple{typeof(ReviseTest.cube),Any}]
m = @which ReviseTest.cube(1)
@test m.line == 7
@test whereis(m) == (tmpfile, 7)
@test Revise.RelocatableExpr(definition(m)) == Revise.unwrap(def)
(def, val) = dvs[3]
@test isequal(Revise.unwrap(def), Revise.RelocatableExpr(:(fourth(x) = x^4)))
@test val == [Tuple{typeof(ReviseTest.fourth),Any}]
m = @which ReviseTest.fourth(1)
@test m.line == 9
@test whereis(m) == (tmpfile, 9)
@test Revise.RelocatableExpr(definition(m)) == Revise.unwrap(def)
dvs = collect(mexsnew[ReviseTest.Internal])
@test length(dvs) == 5
(def, val) = dvs[1]
@test isequal(Revise.unwrap(def), Revise.RelocatableExpr(:(mult2(x) = 2*x)))
@test val == [Tuple{typeof(ReviseTest.Internal.mult2),Any}]
@test Revise.firstline(Revise.unwrap(def)).line == 13
m = @which ReviseTest.Internal.mult2(1)
@test m.line == 11
@test whereis(m) == (tmpfile, 13)
@test Revise.RelocatableExpr(definition(m)) == Revise.unwrap(def)
(def, val) = dvs[2]
@test isequal(Revise.unwrap(def), Revise.RelocatableExpr(:(mult3(x) = 3*x)))
@test val == [Tuple{typeof(ReviseTest.Internal.mult3),Any}]
m = @which ReviseTest.Internal.mult3(1)
@test m.line == 14
@test whereis(m) == (tmpfile, 14)
@test Revise.RelocatableExpr(definition(m)) == Revise.unwrap(def)
@test_throws MethodError ReviseTest.Internal.mult4(2)
function cmpdiff(record, msg; kwargs...)
record.message == msg
for (kw, val) in kwargs
logval = record.kwargs[kw]
for (v, lv) in zip(val, logval)
isa(v, Expr) && (v = Revise.RelocatableExpr(v))
isa(lv, Expr) && (lv = Revise.RelocatableExpr(Revise.unwrap(lv)))
@test lv == v
end
end
return nothing
end
logs = filter(r->r.level==Debug && r.group=="Action", rlogger.logs)
@test length(logs) == 9
cmpdiff(logs[1], "DeleteMethod"; deltainfo=(Tuple{typeof(ReviseTest.cube),Any}, MethodSummary(mcube)))
cmpdiff(logs[2], "DeleteMethod"; deltainfo=(Tuple{typeof(ReviseTest.Internal.mult3),Any}, MethodSummary(mmult3)))
cmpdiff(logs[3], "DeleteMethod"; deltainfo=(Tuple{typeof(ReviseTest.Internal.mult4),Any}, MethodSummary(delmeth)))
cmpdiff(logs[4], "Eval"; deltainfo=(ReviseTest, :(cube(x) = x^3)))
cmpdiff(logs[5], "Eval"; deltainfo=(ReviseTest, :(fourth(x) = x^4)))
stmpfile = Symbol(tmpfile)
cmpdiff(logs[6], "LineOffset"; deltainfo=(Any[Tuple{typeof(ReviseTest.Internal.mult2),Any}], LineNumberNode(11,stmpfile)=>LineNumberNode(13,stmpfile)))
cmpdiff(logs[7], "Eval"; deltainfo=(ReviseTest.Internal, :(mult3(x) = 3*x)))
cmpdiff(logs[8], "LineOffset"; deltainfo=(Any[Tuple{typeof(ReviseTest.Internal.unchanged),Any}], LineNumberNode(18,stmpfile)=>LineNumberNode(19,stmpfile)))
cmpdiff(logs[9], "LineOffset"; deltainfo=(Any[Tuple{typeof(ReviseTest.Internal.unchanged2),Any}], LineNumberNode(20,stmpfile)=>LineNumberNode(21,stmpfile)))
@test length(Revise.actions(rlogger)) == 6 # by default LineOffset is skipped
@test length(Revise.actions(rlogger; line=true)) == 9
@test_broken length(Revise.diffs(rlogger)) == 2
empty!(rlogger.logs)
# Backtraces. Note this doesn't test the line-number correction
# because both of these are revised definitions.
cp(fl3, tmpfile; force=true)
mexsold = mexsnew
mexsnew = Revise.parse_source(tmpfile, Main)
mexsnew = Revise.eval_revised(mexsnew, mexsold)
try
ReviseTest.cube(2)
@test false
catch err
@test isa(err, ErrorException) && err.msg == "cube"
bt = throwing_function(stacktrace(catch_backtrace()))
@test bt.func === :cube && bt.file == Symbol(tmpfile) && bt.line == 7
end
try
ReviseTest.Internal.mult2(2)
@test false
catch err
@test isa(err, ErrorException) && err.msg == "mult2"
bt = throwing_function(stacktrace(catch_backtrace()))
@test bt.func === :mult2 && bt.file == Symbol(tmpfile) && bt.line == 13
end
logs = filter(r->r.level==Debug && r.group=="Action", rlogger.logs)
@test length(logs) == 4
cmpdiff(logs[3], "Eval"; deltainfo=(ReviseTest, :(cube(x) = error("cube"))))
cmpdiff(logs[4], "Eval"; deltainfo=(ReviseTest.Internal, :(mult2(x) = error("mult2"))))
# Turn off future logging
Revise.debug_logger(; min_level=Info)
# Gensymmed symbols
rex1 = Revise.RelocatableExpr(macroexpand(Main, :(t = @elapsed(foo(x)))))
rex2 = Revise.RelocatableExpr(macroexpand(Main, :(t = @elapsed(foo(x)))))
@test isequal(rex1, rex2)
@test hash(rex1) == hash(rex2)
rex3 = Revise.RelocatableExpr(macroexpand(Main, :(t = @elapsed(bar(x)))))
@test !isequal(rex1, rex3)
@test hash(rex1) != hash(rex3)
sym1, sym2 = gensym(:hello), gensym(:hello)
rex1 = Revise.RelocatableExpr(:(x = $sym1))
rex2 = Revise.RelocatableExpr(:(x = $sym2))
@test isequal(rex1, rex2)
@test hash(rex1) == hash(rex2)
sym3 = gensym(:world)
rex3 = Revise.RelocatableExpr(:(x = $sym3))
@test isequal(rex1, rex3)
@test hash(rex1) == hash(rex3)
end
do_test("Display") && @testset "Display" begin
io = IOBuffer()
show(io, Revise.RelocatableExpr(:(@inbounds x[2])))
str = String(take!(io))
@test str == ":(@inbounds x[2])"
mod = private_module()
file = joinpath(@__DIR__, "revisetest.jl")
Base.include(mod, file)
mexs = Revise.parse_source(file, mod)
Revise.instantiate_sigs!(mexs)
# io = IOBuffer()
print(IOContext(io, :compact=>true), mexs)
str = String(take!(io))
@test str == "OrderedCollections.OrderedDict($mod$(pair_op_compact)ExprsSigs(<1 expressions>, <0 signatures>),$SP$mod.ReviseTest$(pair_op_compact)ExprsSigs(<2 expressions>, <2 signatures>),$SP$mod.ReviseTest.Internal$(pair_op_compact)ExprsSigs(<6 expressions>, <5 signatures>))"
exs = mexs[getfield(mod, :ReviseTest)]
# io = IOBuffer()
print(IOContext(io, :compact=>true), exs)
@test String(take!(io)) == "ExprsSigs(<2 expressions>, <2 signatures>)"
print(IOContext(io, :compact=>false), exs)
str = String(take!(io))
@test str == "ExprsSigs with the following expressions: \n :(square(x) = begin\n x ^ 2\n end)\n :(cube(x) = begin\n x ^ 4\n end)"
sleep(0.1) # wait for EponymTuples to hit the cache
pkgdata = Revise.pkgdatas[Base.PkgId(EponymTuples)]
file = first(Revise.srcfiles(pkgdata))
Revise.maybe_parse_from_cache!(pkgdata, file)
print(io, pkgdata)
str = String(take!(io))
@test occursin("EponymTuples.jl\": FileInfo", str)
@test occursin(r"with cachefile.*EponymTuples.*ji", str)
print(IOContext(io, :compact=>true), pkgdata)
str = String(take!(io))
@test occursin("1/1 parsed files", str)
end
do_test("File paths") && @testset "File paths" begin
testdir = newtestdir()
for wf in (Revise.watching_files[] ? (true,) : (true, false))
for (pcflag, fbase) in ((true, "pc"), (false, "npc"),) # precompiled & not
modname = uppercase(fbase) * (wf ? "WF" : "WD")
fbase = fbase * (wf ? "wf" : "wd")
pcexpr = pcflag ? "" : :(__precompile__(false))
# Create a package with the following structure:
# src/PkgName.jl # PC.jl = precompiled, NPC.jl = nonprecompiled
# src/file2.jl
# src/subdir/file3.jl
# src/subdir/file4.jl
# exploring different ways of expressing the `include` statement
dn = joinpath(testdir, modname, "src")
mkpath(dn)
open(joinpath(dn, modname*".jl"), "w") do io
println(io, """
$pcexpr
module $modname
export $(fbase)1, $(fbase)2, $(fbase)3, $(fbase)4, $(fbase)5, using_macro_$(fbase)
$(fbase)1() = 1
include("file2.jl")
include("subdir/file3.jl")
include(joinpath(@__DIR__, "subdir", "file4.jl"))
otherfile = "file5.jl"
include(otherfile)
# Update order check: modifying `some_macro_` to return -6 doesn't change the
# return value of `using_macro_` (issue #20) unless `using_macro_` is also updated,
# *in this order*:
# 1. update the `@some_macro_` definition
# 2. update the `using_macro_` definition
macro some_macro_$(fbase)()
return 6
end
using_macro_$(fbase)() = @some_macro_$(fbase)()
end
""")
end
open(joinpath(dn, "file2.jl"), "w") do io
println(io, "$(fbase)2() = 2")
end
mkdir(joinpath(dn, "subdir"))
open(joinpath(dn, "subdir", "file3.jl"), "w") do io
println(io, "$(fbase)3() = 3")
end
open(joinpath(dn, "subdir", "file4.jl"), "w") do io
println(io, "$(fbase)4() = 4")
end
open(joinpath(dn, "file5.jl"), "w") do io
println(io, "$(fbase)5() = 5")
end
sleep(mtimedelay)
@eval using $(Symbol(modname))
sleep(mtimedelay)
fn1, fn2 = Symbol("$(fbase)1"), Symbol("$(fbase)2")
fn3, fn4 = Symbol("$(fbase)3"), Symbol("$(fbase)4")
fn5 = Symbol("$(fbase)5")
fn6 = Symbol("using_macro_$(fbase)")
@eval @test $(fn1)() == 1
@eval @test $(fn2)() == 2
@eval @test $(fn3)() == 3
@eval @test $(fn4)() == 4
@eval @test $(fn5)() == 5
@eval @test $(fn6)() == 6
m = @eval first(methods($fn1))
rex = Revise.RelocatableExpr(definition(m))
@test rex == Revise.RelocatableExpr(:( $fn1() = 1 ))
# Check that definition returns copies
rex2 = deepcopy(rex)
rex.ex.args[end].args[end] = 2
@test Revise.RelocatableExpr(definition(m)) == rex2
@test Revise.RelocatableExpr(definition(m)) != rex
# CodeTracking methods
m3 = first(methods(eval(fn3)))
m3file = joinpath(dn, "subdir", "file3.jl")
@test whereis(m3) == (m3file, 1)
@test signatures_at(m3file, 1) == [m3.sig]
@test signatures_at(eval(Symbol(modname)), joinpath("src", "subdir", "file3.jl"), 1) == [m3.sig]
# Change the definition of function 1 (easiest to just rewrite the whole file)
open(joinpath(dn, modname*".jl"), "w") do io
println(io, """
$pcexpr
module $modname
export $(fbase)1, $(fbase)2, $(fbase)3, $(fbase)4, $(fbase)5, using_macro_$(fbase)
$(fbase)1() = -1
include("file2.jl")
include("subdir/file3.jl")
include(joinpath(@__DIR__, "subdir", "file4.jl"))
otherfile = "file5.jl"
include(otherfile)
macro some_macro_$(fbase)()
return -6
end
using_macro_$(fbase)() = @some_macro_$(fbase)()
end
""") # just for fun we skipped the whitespace
end
yry()
@eval @test $(fn1)() == -1
@eval @test $(fn2)() == 2
@eval @test $(fn3)() == 3
@eval @test $(fn4)() == 4
@eval @test $(fn5)() == 5
@eval @test $(fn6)() == 6 # because it hasn't been re-macroexpanded
@test revise(eval(Symbol(modname)))
@eval @test $(fn6)() == -6
# Redefine function 2
open(joinpath(dn, "file2.jl"), "w") do io
println(io, "$(fbase)2() = -2")
end
yry()
@eval @test $(fn1)() == -1
@eval @test $(fn2)() == -2
@eval @test $(fn3)() == 3
@eval @test $(fn4)() == 4
@eval @test $(fn5)() == 5
@eval @test $(fn6)() == -6
open(joinpath(dn, "subdir", "file3.jl"), "w") do io
println(io, "$(fbase)3() = -3")
end
yry()
@eval @test $(fn1)() == -1
@eval @test $(fn2)() == -2
@eval @test $(fn3)() == -3
@eval @test $(fn4)() == 4
@eval @test $(fn5)() == 5
@eval @test $(fn6)() == -6
open(joinpath(dn, "subdir", "file4.jl"), "w") do io
println(io, "$(fbase)4() = -4")
end
yry()
@eval @test $(fn1)() == -1
@eval @test $(fn2)() == -2
@eval @test $(fn3)() == -3
@eval @test $(fn4)() == -4
@eval @test $(fn5)() == 5
@eval @test $(fn6)() == -6
open(joinpath(dn, "file5.jl"), "w") do io
println(io, "$(fbase)5() = -5")
end
yry()
@eval @test $(fn1)() == -1
@eval @test $(fn2)() == -2
@eval @test $(fn3)() == -3
@eval @test $(fn4)() == -4
@eval @test $(fn5)() == -5
@eval @test $(fn6)() == -6
# Check that the list of files is complete
pkgdata = Revise.pkgdatas[Base.PkgId(modname)]
for file = [joinpath("src", modname*".jl"), joinpath("src", "file2.jl"),
joinpath("src", "subdir", "file3.jl"),
joinpath("src", "subdir", "file4.jl"),
joinpath("src", "file5.jl")]
@test Revise.hasfile(pkgdata, file)
end
end
end
# Remove the precompiled file(s)
rm_precompile("PCWF")
Revise.watching_files[] || rm_precompile("PCWD")
# Submodules (issue #142)
srcdir = joinpath(testdir, "Mysupermodule", "src")
subdir = joinpath(srcdir, "Mymodule")
mkpath(subdir)
open(joinpath(srcdir, "Mysupermodule.jl"), "w") do io
print(io, """
module Mysupermodule
include("Mymodule/Mymodule.jl")
end
""")
end
open(joinpath(subdir, "Mymodule.jl"), "w") do io
print(io, """
module Mymodule
include("filesub.jl")
end
""")
end
open(joinpath(subdir, "filesub.jl"), "w") do io
print(io, """
func() = 1
""")
end
sleep(mtimedelay)
@eval using Mysupermodule
sleep(mtimedelay)
@test Mysupermodule.Mymodule.func() == 1
open(joinpath(subdir, "filesub.jl"), "w") do io
print(io, """
func() = 2
""")
end
yry()
@test Mysupermodule.Mymodule.func() == 2
rm_precompile("Mymodule")
rm_precompile("Mysupermodule")
# Test files paths that can't be statically parsed
dn = joinpath(testdir, "LoopInclude", "src")
mkpath(dn)
open(joinpath(dn, "LoopInclude.jl"), "w") do io
println(io, """
module LoopInclude
export li_f, li_g
for fn in ("file1.jl", "file2.jl")
include(fn)
end
end
""")
end
open(joinpath(dn, "file1.jl"), "w") do io
println(io, "li_f() = 1")
end
open(joinpath(dn, "file2.jl"), "w") do io
println(io, "li_g() = 2")
end
sleep(mtimedelay)
@eval using LoopInclude
sleep(mtimedelay)
@test li_f() == 1
@test li_g() == 2
open(joinpath(dn, "file1.jl"), "w") do io
println(io, "li_f() = -1")
end
yry()
@test li_f() == -1
rm_precompile("LoopInclude")
# Multiple packages in the same directory (issue #228)
open(joinpath(testdir, "A228.jl"), "w") do io
println(io, """
module A228
using B228
export f228
f228(x) = 3 * g228(x)
end
""")
end
open(joinpath(testdir, "B228.jl"), "w") do io
println(io, """
module B228
export g228
g228(x) = 4x + 2
end
""")
end
sleep(mtimedelay)
using A228
sleep(mtimedelay)
@test f228(3) == 42
open(joinpath(testdir, "B228.jl"), "w") do io
println(io, """
module B228
export g228
g228(x) = 4x + 1
end
""")
end
yry()
@test f228(3) == 39
rm_precompile("A228")
rm_precompile("B228")
# uncoupled packages in the same directory (issue #339)
open(joinpath(testdir, "A339.jl"), "w") do io
println(io, """
module A339
f() = 1
end
""")
end
open(joinpath(testdir, "B339.jl"), "w") do io
println(io, """
module B339
f() = 1
end
""")
end
sleep(mtimedelay)
using A339, B339
sleep(mtimedelay)
@test A339.f() == 1
@test B339.f() == 1
sleep(mtimedelay)
open(joinpath(testdir, "A339.jl"), "w") do io
println(io, """
module A339
f() = 2
end
""")
end
yry()
@test A339.f() == 2
@test B339.f() == 1
sleep(mtimedelay)
open(joinpath(testdir, "B339.jl"), "w") do io
println(io, """
module B339
f() = 2
end
""")
end
yry()
@test A339.f() == 2
@test B339.f() == 2
rm_precompile("A339")
rm_precompile("B339")
pop!(LOAD_PATH)
end
# issue #131
do_test("Base & stdlib file paths") && @testset "Base & stdlib file paths" begin
@test isfile(Revise.basesrccache)
targetfn = Base.Filesystem.path_separator * joinpath("good", "path", "mydir", "myfile.jl")
@test Revise.fixpath("/some/bad/path/mydir/myfile.jl"; badpath="/some/bad/path", goodpath="/good/path") == targetfn
@test Revise.fixpath("/some/bad/path/mydir/myfile.jl"; badpath="/some/bad/path/", goodpath="/good/path") == targetfn
@test isfile(Revise.fixpath(Base.find_source_file("array.jl")))
failedfiles = Tuple{String,String}[]
for (mod,file) = Base._included_files
fixedfile = Revise.fixpath(file)
if !isfile(fixedfile)
push!(failedfiles, (file, fixedfile))
end
end
if !isempty(failedfiles)
display(failedfiles)
end
@test isempty(failedfiles)
end
do_test("Namespace") && @testset "Namespace" begin
# Issues #579 and #239
testdir = newtestdir()
dn = joinpath(testdir, "Namespace", "src")
mkpath(dn)
open(joinpath(dn, "Namespace.jl"), "w") do io
println(io, """
module Namespace
struct X end
cos(::X) = 20
end
""")
end
sleep(mtimedelay)
@eval using Namespace
@test Namespace.cos(Namespace.X()) == 20
@test_throws MethodError Base.cos(Namespace.X())
sleep(mtimedelay)
open(joinpath(dn, "Namespace.jl"), "w") do io
println(io, """
module Namespace
struct X end
sin(::Int) = 10
Base.cos(::X) = 20
end
""")
end
yry()
@test Namespace.sin(0) == 10
@test Base.sin(0) == 0
@test Base.cos(Namespace.X()) == 20
@test_throws MethodError Namespace.cos(Namespace.X())
rm_precompile("Namespace")
pop!(LOAD_PATH)
end
do_test("Multiple definitions") && @testset "Multiple definitions" begin
# This simulates a copy/paste/save "error" from one file to another
# ref https://github.com/timholy/CodeTracking.jl/issues/55
testdir = newtestdir()
dn = joinpath(testdir, "Multidef", "src")
mkpath(dn)
open(joinpath(dn, "Multidef.jl"), "w") do io
println(io, """
module Multidef
include("utils.jl")
end
""")
end
open(joinpath(dn, "utils.jl"), "w") do io
println(io, """
repeated(x) = x+1
""")
end
sleep(mtimedelay)
@eval using Multidef
@test Multidef.repeated(3) == 4
sleep(mtimedelay)
open(joinpath(dn, "Multidef.jl"), "w") do io
println(io, """
module Multidef
include("utils.jl")
repeated(x) = x+1
end
""")
end
yry()
@test Multidef.repeated(3) == 4
sleep(mtimedelay)
open(joinpath(dn, "utils.jl"), "w") do io
println(io, """
""")
end
yry()
@test Multidef.repeated(3) == 4
rm_precompile("Multidef")
pop!(LOAD_PATH)
end
do_test("Recursive types (issue #417)") && @testset "Recursive types (issue #417)" begin
testdir = newtestdir()
fn = joinpath(testdir, "recursive.jl")
open(fn, "w") do io
println(io, """
module RecursiveTypes
struct Foo
x::Vector{Foo}
Foo() = new(Foo[])
end
end
""")
end
sleep(mtimedelay)
includet(fn)
@test isa(RecursiveTypes.Foo().x, Vector{RecursiveTypes.Foo})
pop!(LOAD_PATH)
end
# issue #318
do_test("Cross-module extension") && @testset "Cross-module extension" begin
testdir = newtestdir()
dnA = joinpath(testdir, "CrossModA", "src")
mkpath(dnA)
open(joinpath(dnA, "CrossModA.jl"), "w") do io
println(io, """
module CrossModA
foo(x) = "default"
end
""")
end
dnB = joinpath(testdir, "CrossModB", "src")
mkpath(dnB)
open(joinpath(dnB, "CrossModB.jl"), "w") do io
println(io, """
module CrossModB
import CrossModA
CrossModA.foo(x::Int) = 1
end
""")
end
sleep(mtimedelay)
@eval using CrossModA, CrossModB
@test CrossModA.foo("") == "default"
@test CrossModA.foo(0) == 1
sleep(mtimedelay)
open(joinpath(dnB, "CrossModB.jl"), "w") do io
println(io, """
module CrossModB
import CrossModA
CrossModA.foo(x::Int) = 2
end
""")
end
yry()
@test CrossModA.foo("") == "default"
@test CrossModA.foo(0) == 2
open(joinpath(dnB, "CrossModB.jl"), "w") do io
println(io, """
module CrossModB
import CrossModA
CrossModA.foo(x::Int) = 3
end
""")
end
yry()
@test CrossModA.foo("") == "default"
@test CrossModA.foo(0) == 3
rm_precompile("CrossModA")
rm_precompile("CrossModB")
pop!(LOAD_PATH)
end
# issue #36
do_test("@__FILE__") && @testset "@__FILE__" begin
testdir = newtestdir()
dn = joinpath(testdir, "ModFILE", "src")
mkpath(dn)
open(joinpath(dn, "ModFILE.jl"), "w") do io
println(io, """
module ModFILE
mf() = @__FILE__, 1
end
""")
end
sleep(mtimedelay)
@eval using ModFILE
sleep(mtimedelay)
@test ModFILE.mf() == (joinpath(dn, "ModFILE.jl"), 1)
open(joinpath(dn, "ModFILE.jl"), "w") do io
println(io, """
module ModFILE
mf() = @__FILE__, 2
end
""")
end
yry()
@test ModFILE.mf() == (joinpath(dn, "ModFILE.jl"), 2)
rm_precompile("ModFILE")
pop!(LOAD_PATH)
end
do_test("Revision order") && @testset "Revision order" begin
testdir = newtestdir()
dn = joinpath(testdir, "Order1", "src")
mkpath(dn)
open(joinpath(dn, "Order1.jl"), "w") do io
println(io, """
module Order1
include("file1.jl")
include("file2.jl")
end
""")
end
open(joinpath(dn, "file1.jl"), "w") do io
println(io, "# a comment")
end
open(joinpath(dn, "file2.jl"), "w") do io
println(io, "# a comment")
end
sleep(mtimedelay)
@eval using Order1
sleep(mtimedelay)
# we want Revise to process files the order file1.jl, file2.jl, but let's save them in the opposite order
open(joinpath(dn, "file2.jl"), "w") do io
println(io, """
f(::Ord1) = 1
""")
end
sleep(mtimedelay)
open(joinpath(dn, "file1.jl"), "w") do io
println(io, """
struct Ord1 end
""")
end
yry()
@test Order1.f(Order1.Ord1()) == 1
# A case in which order cannot be determined solely from file order
dn = joinpath(testdir, "Order2", "src")
mkpath(dn)
open(joinpath(dn, "Order2.jl"), "w") do io
println(io, """
module Order2
include("file.jl")
end
""")
end
open(joinpath(dn, "file.jl"), "w") do io
println(io, "# a comment")
end
sleep(mtimedelay)
@eval using Order2
sleep(mtimedelay)
open(joinpath(dn, "Order2.jl"), "w") do io
println(io, """
module Order2
include("file.jl")