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The syntax -spec/callback F/A :: FunctionType; has been removed.
No deprecation was deemed necessary.
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The 'rand' module was introduced in OTP 18 and its use is
discouraged. Deprecate it to further discourage its use.
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* maint:
Correct rand:export_seed/0 when there is no prior seed
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* bjorn/stdlib/rand-export_seed/OTP-13162:
Correct rand:export_seed/0 when there is no prior seed
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According to the documentation, rand:export_seed/0 should return
'undefined' if the seed has not been intialized. However, it will
create and return a seed. That means that the following code
will not work as expected:
case rand:export_seed() of
undefined -> rand:seen({1,2,3});
_ -> ok
end,
rand:uniform(Range)
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* maint:
doc: Fix some minor issues in Types and Function Specifications
erts: Remove CDATA from The Abstract Format document
erts: Correct the types section in The Abstract Format document
stdlib: Correct pretty-printing of map types
stdlib: Pretty-print constraints as 'V :: T'
Conflicts:
erts/doc/src/absform.xml
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Add parentheses around annotated type union elements in map pair
types. The bug was introduced in Erlang/OTP 18.0.
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Print constraints as 'V :: T' rather than 'is_subtype(V, T)'.
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* maint:
Extend erl_lint:format_error/1 to handle bittype mismatches
erl_lint_SUITE: Add smoke test of format_error/1
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erl_lint:format_error/1 would crash with a function error if
conflicting types were given. That was most easily noticed in the
shell:
Eshell V7.0.3 (abort with ^G)
1> <<0/integer-binary>>.
*** ERROR: Shell process terminated! ***
Noticed-by: Aleksei Magusev
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The test suite depended on the compiler to call
erl_lint:format_error/1 to ensure that format_error/1 was
covered. Unfortunately, though, if format_error/1 crashed
the compiler would catch the exception so that the test suite
would not notice it.
Add a smoke test of format_error/1 that will crash if there is
any problem with erl_lint:format_error/1.
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This type modifier was missed in 90efeaf21147505b1e8207822e606027f94183cc.
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* maint:
stdlib: Fix the shell command rp and pretty-printing
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The shell command 'rp' prints strings as lists of integers
when pretty printing of lists is 'false'.
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* riverrun/maint:
Recommend against using crypto:rand_bytes
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* bjorn/cleanup:
epp: Only flatten the original filename
epp: Modernize the internal data structures
epp: Eliminate the Type argument from expand_macros/5
epp: Refactor user_predef/2 to share more code
epp: Refactor scan_define()
epp: Remove vestigial support for packages
epp_SUITE: Improve coverage of epp
epp_SUITE: Extend smoke and cover test of format_error/1
epp_SUITE: Add test of -extends()
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There is no need to flatten filenames using file_name/1 every
time the current filename changes. Any filename obtained from
a source file will be already flattened. Only the original
source filename may need flattening.
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Use maps instead of 'dict'. Remove the {atom,MacroName} wrappers
that were used for historical reasons.
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The Type argument is always 'atom', so there is no need for the
argument.
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Refactor scan_define() in order to share more between macros
without any arguments and macros with arguments.
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Packages were removed in 34d865a7dfdb33 (R16), but the 'epp'
module was forgotten.
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30a4adb7 added smoke and cover test of format_error/1, but did not
catch calls that went through check/2.
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* sverk/binary-split-bug:
stdlib: Fix bug in binary:split for empty binary
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Bug introduced om master branch at b93e9b611056828a
and reported in ERL-43.
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Unicode support was introduced in R13. The backward compatible code
path in 'io' is unlikely to be used in practice. Therefore, make sure
that the common case of an i/o server supporting unicode requests is
as fast as possible, making sure to get rid of the mathing and
re-building of tuples in the current code. Make the backward
compatible code path work with a minimum of code.
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OTP-13082
* sverk/binary_split_bif:
erts: Minor refactor for binary find BIF backend
erts: Refactor BIF for binary:match,matches,split
erts: Refactor backend of binary:split
erts: Replace 0 with THE_NON_VALUE
stdlib: Add BIF option 'trim_all' to binary:split/3
stdlib: Add BIF binary:split/2 and binary:split/3
Conflicts:
bootstrap/lib/stdlib/ebin/binary.beam
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* maint:
[erl_docgen] Correct documentation
[dialyzer] Correct documentation
[hipe] Correct documentation
[test_server] Correct documentation
[tools] Correct documentation
[erts] Correct documentation
[stdlib] Correct documentation
[kernel] Correct documentation
Conflicts:
lib/stdlib/doc/src/erl_scan.xml
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Fix mistakes found by 'xmllint'.
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* bjorn/cuddle-with-tests:
epp_SUITE: Avoid hard-coding list of macros more than once
epp_SUITE: Add smoke and coverage test of format_error/1
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* maint:
beam_lib: Document all_chunks/1 and build_module/1
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beam_lib:all_chunks/1 and beam_lib:build_module/1 can be useful
for special-purpose stripping, for example to remove the "Line"
chunk.
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The field 'dynamics' in #state{} is a union of two opaque types, which
is possibly problematic. Tagging the types should make the code safe
for warnings from future versions of Dialyzer.
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Record field types have been modified due to commit 8ce35b2:
"Take out automatic insertion of 'undefined' from typed record fields".
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Background
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In record fields with a type declaration but without an initializer, the
Erlang parser inserted automatically the singleton type 'undefined' to
the list of declared types, if that value was not present there.
I.e. the record declaration:
-record(rec, {f1 :: float(),
f2 = 42 :: integer(),
f3 :: some_mod:some_typ()}).
was translated by the parser to:
-record(rec, {f1 :: float() | 'undefined',
f2 = 42 :: integer(),
f3 :: some_mod:some_typ() | 'undefined'}).
The rationale for this was that creation of a "dummy" #rec{} record
should not result in a warning from dialyzer that e.g. the implicit
initialization of the #rec.f1 field violates its type declaration.
Problems
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This seemingly innocent action has some unforeseen consequences.
For starters, there is no way for programmers to declare that e.g. only
floats make sense for the f1 field of #rec{} records when there is no
`obvious' default initializer for this field. (This also affects tools
like PropEr that use these declarations produced by the Erlang parser to
generate random instances of records for testing purposes.)
It also means that dialyzer does not warn if e.g. an is_atom/1 test or
something more exotic like an atom_to_list/1 call is performed on the
value of the f1 field.
Similarly, there is no way to extend dialyzer to warn if it finds record
constructions where f1 is not initialized to some float.
Last but not least, it is semantically problematic when the type of the
field is an opaque type: creating a union of an opaque and a structured
type is very problematic for analysis because it fundamentally breaks
the opacity of the term at that point.
Change
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To solve these problems the parser will not automatically insert the
'undefined' value anymore; instead the user has the option to choose the
places where this value makes sense (for the field) and where it does
not and insert the | 'undefined' there manually.
Consequences of this change
----------------------------
This change means that dialyzer will issue a warning for all places
where records with uninitialized fields are created and those fields have
a declared type that is incompatible with 'undefined' (e.g. float()).
This warning can be suppressed easily by adding | 'undefined' to the
type of this field. This also adds documentation that the user really
intends to create records where this field is uninitialized.
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