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Making an environment variable empty can be a way of unsetting it for
platforms that don't support unsetenv(). In most cases, we treat empty
variables as having been unset. For all others, use os_env_exists().
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Refactor summary:
- extern int opcount --> extern long opcount
- bool find_decl(..., int len, ...) --> bool find_decl(..., size_t len, ...)
* int find_ident_under_cursor(...) --> size_t find_ident_under_cursor(...)
- int find_ident_at_pos(...) --> size_t find_ident_at_pos(...)
- int modify_fname(..., int *usedlen, ..., int *fnamelen) --> int modify_fname(..., size_t *usedlen, ..., size_t *fnamelen)
* char_u *eval_vars(..., int *usedlen, ...) --> char_u *eval_vars(..., size_t *usedlen, ...)
- int find_cmdline_var(..., int *usedlen) --> ssize_t find_cmdline_var(..., size_t *usedlen)
- static char_u *repl_cmdline(..., int srclen, ...) --> static char_u *repl_cmdline(..., size_t srclen, ...)
- bool get_visual_text(..., int *lenp) --> bool get_visual_text(..., size_t *lenp)
* char_u *find_file_name_in_path(..., int len, ...) --> char_u *find_file_name_in_path(..., size_t len, ...)
- static char_u *eval_includeexpr(..., int len) --> static char_u *eval_includeexpr(..., size_t len)
- char_u *find_file_in_path(..., int len, ...) --> char_u *find_file_in_path(..., size_t len, ...)
* char_u *find_file_in_path_option(..., int len, ...) --> char_u *find_file_in_path_option(..., size_t len, ...)
- char_u *find_directory_in_path(..., int len, ...) --> char_u *find_directory_in_path(..., size_t len, ...)
* int spell_move_to(...) --> size_t spell_move_to(...)
- int spell_check(...) --> size_t spell_check(...)
- static int spell_bad_len --> static size_t spell_bad_len
- void find_pattern_in_path(..., int len, ...) --> void find_pattern_in_path(..., size_t len, ...)
Helped-by: Justin M. Keyes <justinkz@gmail.com>
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Without the casts*, the compiler rightly warns about the os_getenv
losing the qualifier. This refactor adds a variable to manage this
properly, and renames the original variables to increase clarity.
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See: #459
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- In UNIX systems where unsetenv() is available, it is used. Otherwise
the variables are set with the empty string.
- New check HAVE_UNSETENV for unsetenv()
- Added unit test to env_spec.lua
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We already use wrappers for allocation, the new `xfree` function is the
equivalent for deallocation and provides a way to fully replace the malloc
implementation used by Neovim.
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See: #459
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See #459
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See: #459
Reviewed-by: Justin M. Keyes <justinkz@gmail.com>
Reviewed-by: Eliseo Martínez <eliseomarmol@gmail.com>
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This also removes the `#elseif defined(MSWIN)` clause. Due to the
enclosing `if` block, we will never get to this point when src starts with
a '%', making the whole #elseif block dead code.
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This commit pulls the some environment-variable handling functions out of
misc1.c and in to os/env.c. Previously submited as #1231, this is the start of
a patch series that does that work based on a more up-to-date master branch.
Major tasks accomplished:
- move functions and fix includes
- fix clint/clang analysis warnings
- correct documentation comments
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`-Wstrict-prototypes` warn if a function is declared or defined without
specifying the argument types.
This warning disallow function prototypes with empty parameter list.
In C, a function declared with an empty parameter list accepts an
arbitrary number of arguments when being called. This is for historic
reasons; originally, C functions didn't have prototypes, as C evolved
from B, a typeless language. When prototypes were added, the original
typeless declarations were left in the language for backwards
compatibility.
Instead we should provide `void` in argument list to state
that function doesn't have arguments.
Also this warning disallow declaring type of the parameters after the
parentheses because Neovim header generator produce no declarations for
old-stlyle prototypes: it expects to find `{` after prototype.
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Uses a perl script to move it (scripts/movedocs.pl)
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Problem: Now that nvim/strings.h is correctly namespaced, an issue
that had been masked until now arises:
When compiling, we get a lot of errors because of everywhere
the functions in nvim/strings.h are used, there's no include
to import them.
But, how could this compile and work previously, then? It
turns out that:
- In every such case, we are also including vim.h, which in
turn includes os_unix_defs.h.
- os_unix_defs.h includes <string.h> and also <strings.h> in
some systems (e.g. OSX).
- Build had been modified previously to (even when importing
system headers), prefer equally-named local ones. That was
in fact done as a previous attempt to solve the same issue
we are trying to solve another way now.
So, we were including our "strings.h" as a side-effect of
including <strings.h> through "vim.h" --> "os_unix_defs.h".
Solution: Correctly include "nvim/strings.h" in every file needing it.
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Prepend 'nvim/' in all project-local (non-system) includes.
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Move files from src/ to src/nvim/.
- src/nvim/ becomes the new root dir for nvim executable sources.
- src/libnvim/ is planned to become root dir of the neovim library.
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