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hipe_regalloc_prepass speeds up register allocation by spilling any temp
that is live over a call (which clobbers all register).
In order to detect these, a new function was added to the target
interface; defines_all_alloc/1, that takes an instruction and returns a
boolean.
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Conflicts:
lib/ssh/src/ssh_auth.erl
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* sverker/hipe-performance-o1/PR-1154:
hipe_sparc: Minimise CFG<->linear conversions
hipe_ppc: Minimise CFG<->linear conversions
hipe_arm: Minimise CFG<->linear conversions
hipe_x86: Use lea instead of move+add
hipe_arm: Improve peephole optimiser
hipe_arm: Be resilient to crappy RTL
hipe_ppc: Be resilient to crappy RTL
hipe_sparc: Be resilient to crappy RTL
hipe: Reuse liveness info for spillmin
hipe_x86: Minimise CFG<->linear conversions
hipe: Fix o0 and o1
hipe: Add o0 and o1 to tests
hipe_rtl_binary:get_word_integer/4: Handle imms
hipe_x86: Be resilient to crappy RTL
hipe_x86: LSRA for SSE2
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* sverker/hipe-sparc-19/PR-1148:
Eliminate catch-all clause from two functions
Increase the time limit used by the test suite
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The filters in a list comprehension can be guard expressions or
an ordinary expressions.
If a guard expression is used as a filter, an exception will basically
mean the same as 'false':
t() ->
L = [{some_tag,42},an_atom],
[X || X <- L, element(1, X) =:= some_tag]
%% Returns [{some_tag,42}]
On the other hand, if an ordinary expression is used as a filter, there
will be an exception:
my_element(N, T) -> element(N, T).
t() ->
L = [{some_tag,42},an_atom],
[X || X <- L, my_element(1, X) =:= some_tag]
%% Causes a 'badarg' exception when element(1, an_atom) is evaluated
It has been allowed for several releases to override a BIF with
a local function. Thus, if we define a function called element/2,
it will be called instead of the BIF element/2 within the module.
We must use the "erlang:" prefix to call the BIF.
Therefore, the following code is expected to work the same way as in
our second example above:
-compile({no_auto_import,[element/2]}).
element(N, T) ->
erlang:element(N, T).
t() ->
L = [{some_tag,42},an_atom],
[X || X <- L, element(1, X) =:= some_tag].
%% Causes a 'badarg' exception when element(1, an_atom) is evaluated
But the compiler refuses to compile the code with the following
diagnostic:
call to local/imported function element/2 is illegal in guard
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The compiler would crash in v3_codegen when trying to compile the
following code:
is_port(_) -> false.
foo(P) when port(P) -> ok.
We *could* have the compiler interpret the code as:
is_port(_) -> false.
foo(P) when erlang:is_port(P) -> ok.
But that would encourage using the obsolete form of the guard tests.
Note that the following code is illegal:
is_port(_) -> false.
foo(P) when is_port(P) -> ok.
It produces the following diagnostic:
call to local/imported function is_port/1 is illegal in guard
Therefore, we should refuse to compile the code.
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* bjorn/eliminate-sys_pre_expand/OTP-13856:
Remove sys_pre_expand
xref: Eliminate use of sys_pre_expand
debugger: Eliminate use of sys_pre_expand
compiler: Eliminate use of sys_pre_expand
shell_SUITE: Eliminate references to sys_pre_expand in comments
qlc_pt: Simplify code because of updated erl_expand_records
Teach erl_expand_records to translate module-less calls
erl_internal: Add add_predefined_functions/1
cover: Remove always stale comment
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Avoid to run tests of algorithms not supported by crypto.
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Patch suggestion by Michae in ERL-203 at bugs.erlang.org.
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Bug fix.
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SSH sends the public key and user name twice. If we do not
check the validity of that pair at the first time, Codenomicon Defensics
will complain.
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* maint:
Fix documentation of an option of erl_tidy
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* fenollp/syntax_tools/erl_tidy_option/PR-1151:
Fix documentation of an option of erl_tidy
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* maint:
doc: Correct errors introduced by Editorial changes
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* hasse/doc/fix_editorial_changes:
doc: Correct errors introduced by Editorial changes
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The previous commits have made sys_pre_expand superfluous. Since
sys_pre_expand is undocumented and unsupported it can be removed in
a major release without prior deprecation.
Also remove code in erl_parse that handles abstract code that has
passed through sys_pre_expand.
We considered deprecating sys_pre_expand just in case, but decided
against it for the following reasons:
- Anyone brave and knowledgeable enough to use sys_pre_expand should
be able to cope with sys_pre_expand being removed.
- If we kept it, but didn't test it anywhere in OTP, it could
potentially stop working. So we would probably have to add some test
cases.
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sys_pre_expand previously did a lot more work, for example,
translating records and funs, but now is merely a grab bag
of small transformations. Move those transformations to
v3_core.
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Make it clear that we test that the shell is not dependent on
the compiler application being in the path.
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erl_expand_records now adds "erlang:" to calls to BIFs, so we
can simplify the code.
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As the next step in eliminating sys_pre_expand, teach
erl_expand_records to handle calls without explicit module name. If
such call refer to a BIF or imported function, add an explicit module
name.
That means that any subsequent pass will know that a call without
a module name is always to a local function defined in the module.
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The sys_pre_expand module used to do a lot more (translate records and
funs, for example), but now it does very little. Most of the code is
an identify transformation of the abstract format.
The identity transformation part of the code must be maintained and
kept correct when new forms are added to the abstract format. That
adds to the maintance burden. It also adds (slightly) to compilation
times. Therefore, we want to eliminate sys_pre_expand, moving all of
its (non-identity) transformations to better places.
As a preliminary first step, move the code that adds the pre-defined
functions (such as module_info/0) to a new function in erl_internal.
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The comment in the catch-all clause in munge_expr/2 will always be
stale. There is no way it can be kept up to date.
For example, 'eof' is listed, but 'eof' is a top-level form and is
actually handled in the catch-all clause for munge/4.
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* maint:
beam_lib: Correct type for the abstract code chunk
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The abstract_code chunk can also contain {eof,_}, {error,_}, and
{warning,_} in addition to the abstract forms that make up the Erlang
syntax proper.
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Fix some older errors as well.
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* maint:
observer: Fix error msg loop in table viewer
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* dgud/observer/table-viewer-bug/ERL-237/OTP-13845:
observer: Fix error msg loop in table viewer
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When observing mnesia table on remote node and connection to that node
is lost, a loop of error messages occur if mnesia is not running on
the observer node. ERL-237
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* maint:
dialyzer: Increase time limit of suites
dialyzer: Remove a check that always fails
dialyzer: Optimize an opaque type case
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* hasse/dialyzer/fix_forms_to_type/OTP-13682:
dialyzer: Increase time limit of suites
dialyzer: Remove a check that always fails
dialyzer: Optimize an opaque type case
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* maint:
Fix xmllint-warnings
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* hasse/doc/fix_xmllint_warnings:
Fix xmllint-warnings
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The benchmarks run through the local node only, as an attempt to show
more potential contention on certificate usage.
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When printing the error term from on_load, insert a newline because the
term is never short and will produce hard to read/copy output that is
just hanging off to the right.
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* maint:
Emacs: make tags unit test more robust
Emacs: extend support for compile options
Function instead of lambda in advice
Enable tag completion in emacs erlang shell
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The syntax was limited to atoms, strings and 2-tuples. This covers most
compile options but not for example {d,Macro,Value}.
Add support for N-tuples and lists.
Add a related unit test case.
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Lambda advice cannot easily be updated.
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Completion in erlang shell buffer only works in Emacs 25.
Minor cleanup of completion stuff.
Add test-case for completion at point.
Avoid inf-loop in erlang-end-of-clause when buffer starts with
whitespace.
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The test 'proper' takes some time.
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