EXTERN char e_public_variable_name_cannot_start_with_underscore_str[]
INIT(= N_("E1332: Public variable name cannot start with underscore: %s"));
EXTERN char e_cannot_access_private_variable_str[]
- INIT(= N_("E1333: Cannot access private variable: %s"));
+ INIT(= N_("E1333: Cannot access private variable \"%s\" in class \"%s\""));
// E1334 unused
EXTERN char e_variable_is_not_writable_str[]
INIT(= N_("E1335: Variable \"%s\" in class \"%s\" is not writable"));
}
#endif
+#ifdef LOG_LOCKVAR
+typedef struct flag_string_S
+{
+ int flag;
+ char *str;
+} flag_string_T;
+
+ static char *
+flags_tostring(int flags, flag_string_T *_fstring, char *buf, size_t n)
+{
+ char *p = buf;
+ *p = NUL;
+ for (flag_string_T *fstring = _fstring; fstring->flag; ++fstring)
+ {
+ if ((fstring->flag & flags) != 0)
+ {
+ size_t len = STRLEN(fstring->str);
+ if (n > p - buf + len + 7)
+ {
+ STRCAT(p, fstring->str);
+ p += len;
+ STRCAT(p, " ");
+ ++p;
+ }
+ else
+ {
+ STRCAT(buf, "...");
+ break;
+ }
+ }
+ }
+ return buf;
+}
+
+flag_string_T glv_flag_strings[] = {
+ { GLV_QUIET, "QUIET" },
+ { GLV_NO_AUTOLOAD, "NO_AUTOLOAD" },
+ { GLV_READ_ONLY, "READ_ONLY" },
+ { GLV_NO_DECL, "NO_DECL" },
+ { GLV_COMPILING, "COMPILING" },
+ { GLV_ASSIGN_WITH_OP, "ASSIGN_WITH_OP" },
+ { GLV_PREFER_FUNC, "PREFER_FUNC" },
+ { 0, NULL }
+};
+#endif
+
/*
* Fill in "lp" using "root". This is used in a special case when
* "get_lval()" parses a bare word when "lval_root" is not NULL.
* execute_instructions: ISN_LOCKUNLOCK - sets lval_root from stack.
*/
static void
-get_lval_root(lval_T *lp, typval_T *root, int is_arg)
+get_lval_root(lval_T *lp, lval_root_T *lr)
{
#ifdef LOG_LOCKVAR
- ch_log(NULL, "LKVAR: get_lvalroot(): name %s", lp->ll_name);
+ ch_log(NULL, "LKVAR: get_lval_root(): name %s", lp->ll_name);
#endif
- if (!is_arg && root->v_type == VAR_CLASS)
+ if (!lr->lr_is_arg && lr->lr_tv->v_type == VAR_CLASS)
{
- if (root->vval.v_class != NULL)
+ if (lr->lr_tv->vval.v_class != NULL)
{
// Special special case. Look for a bare class variable reference.
- class_T *cl = root->vval.v_class;
+ class_T *cl = lr->lr_tv->vval.v_class;
int m_idx;
ocmember_T *m = class_member_lookup(cl, lp->ll_name,
lp->ll_name_end - lp->ll_name, &m_idx);
if (m != NULL)
{
// Assuming "inside class" since bare reference.
- lp->ll_class = root->vval.v_class;
+ lp->ll_class = lr->lr_tv->vval.v_class;
lp->ll_oi = m_idx;
lp->ll_valtype = m->ocm_type;
lp->ll_tv = &lp->ll_class->class_members_tv[m_idx];
#ifdef LOG_LOCKVAR
- ch_log(NULL, "LKVAR: get_lvalroot() class member: name %s",
- lp->ll_name);
+ ch_log(NULL, "LKVAR: ... class member %s.%s",
+ lp->ll_class->class_name, lp->ll_name);
#endif
return;
}
}
#ifdef LOG_LOCKVAR
- ch_log(NULL, "LKVAR: get_lvalroot() any type");
+ ch_log(NULL, "LKVAR: ... type: %s", vartype_name(lr->lr_tv->v_type));
#endif
- lp->ll_tv = root;
+ lp->ll_tv = lr->lr_tv;
lp->ll_is_root = TRUE;
}
+/*
+ * Check if the class has permission to access the member.
+ * Returns OK or FAIL.
+ */
+ static int
+get_lval_check_access(
+ class_T *cl_exec, // executing class, NULL if :def or script level
+ class_T *cl, // class which contains the member
+ ocmember_T *om, // member being accessed
+ char_u *p, // char after member name
+ int flags) // GLV flags to check if writing to lval
+{
+#ifdef LOG_LOCKVAR
+ ch_log(NULL, "LKVAR: get_lval_check_access(), cl_exec %p, cl %p, %c",
+ (void*)cl_exec, (void*)cl, *p);
+#endif
+ if (cl_exec == NULL || cl_exec != cl)
+ {
+ switch (om->ocm_access)
+ {
+ case VIM_ACCESS_PRIVATE:
+ semsg(_(e_cannot_access_private_variable_str),
+ om->ocm_name, cl->class_name);
+ return FAIL;
+ case VIM_ACCESS_READ:
+ // If [idx] or .key following, read only OK.
+ if (*p == '[' || *p == '.')
+ break;
+ if ((flags & GLV_READ_ONLY) == 0)
+ {
+ semsg(_(e_variable_is_not_writable_str),
+ om->ocm_name, cl->class_name);
+ return FAIL;
+ }
+ break;
+ case VIM_ACCESS_ALL:
+ break;
+ }
+ }
+ return OK;
+}
+
/*
* Get an lval: variable, Dict item or List item that can be assigned a value
* to: "name", "na{me}", "name[expr]", "name[expr:expr]", "name[expr][expr]",
int quiet = flags & GLV_QUIET;
int writing = 0;
int vim9script = in_vim9script();
+ class_T *cl_exec = NULL; // class that is executing, or NULL.
#ifdef LOG_LOCKVAR
- ch_log(NULL, "LKVAR: get_lval(): name %s, lval_root %p",
- name, (void*)lval_root);
+ if (lval_root == NULL)
+ ch_log(NULL,
+ "LKVAR: get_lval(): name %s, lval_root (nil)", name);
+ else
+ ch_log(NULL,
+ "LKVAR: get_lval(): name %s, lr_tv %p lr_is_arg %d",
+ name, (void*)lval_root->lr_tv, lval_root->lr_is_arg);
+ char buf[80];
+ ch_log(NULL, "LKVAR: ...: GLV flags %s",
+ flags_tostring(flags, glv_flag_strings, buf, sizeof(buf)));
#endif
// Clear everything in "lp".
if ((*p != '[' && *p != '.'))
{
if (lval_root != NULL)
- get_lval_root(lp, lval_root, lval_root_is_arg);
+ get_lval_root(lp, lval_root);
return p;
}
if (vim9script && lval_root != NULL)
{
// using local variable
- lp->ll_tv = lval_root;
+ lp->ll_tv = lval_root->lr_tv;
v = NULL;
+ cl_exec = lval_root->lr_cl_exec;
}
else
{
lp->ll_oi = m_idx;
if (om != NULL)
{
- switch (om->ocm_access)
- {
- case VIM_ACCESS_PRIVATE:
- semsg(_(e_cannot_access_private_variable_str),
- om->ocm_name);
- return NULL;
- case VIM_ACCESS_READ:
- // If [idx] or .key following, read only OK.
- if (*p == '[' || *p == '.')
- break;
- if ((flags & GLV_READ_ONLY) == 0)
- {
- semsg(_(e_variable_is_not_writable_str),
- om->ocm_name, cl->class_name);
- return NULL;
- }
- break;
- case VIM_ACCESS_ALL:
- break;
- }
+ if (get_lval_check_access(cl_exec, cl, om,
+ p, flags) == FAIL)
+ return NULL;
lp->ll_valtype = om->ocm_type;
return ret;
}
-#ifdef LOG_LOCKVAR
- static char *
-vartype_tostring(vartype_T vartype)
-{
- return
- vartype == VAR_BOOL ? "v_number"
- : vartype == VAR_SPECIAL ? "v_number"
- : vartype == VAR_NUMBER ? "v_number"
- : vartype == VAR_FLOAT ? "v_float"
- : vartype == VAR_STRING ? "v_string"
- : vartype == VAR_BLOB ? "v_blob"
- : vartype == VAR_FUNC ? "v_string"
- : vartype == VAR_PARTIAL ? "v_partial"
- : vartype == VAR_LIST ? "v_list"
- : vartype == VAR_DICT ? "v_dict"
- : vartype == VAR_JOB ? "v_job"
- : vartype == VAR_CHANNEL ? "v_channel"
- : vartype == VAR_INSTR ? "v_instr"
- : vartype == VAR_CLASS ? "v_class"
- : vartype == VAR_OBJECT ? "v_object"
- : "";
-}
-#endif
-
/*
* Lock or unlock an item. "deep" is nr of levels to go.
* When "check_refcount" is TRUE do not lock a list or dict with a reference
int todo;
#ifdef LOG_LOCKVAR
- ch_log(NULL, "LKVAR: item_lock(): type %s", vartype_tostring(tv->v_type));
+ ch_log(NULL, "LKVAR: item_lock(): type %s", vartype_name(tv->v_type));
#endif
if (recurse >= DICT_MAXNEST)
#ifdef FEAT_EVAL
EXTERN int input_busy INIT(= 0); // when inside get_user_input() then > 0
-EXTERN typval_T *lval_root INIT(= NULL);
-EXTERN int lval_root_is_arg INIT(= 0);
+EXTERN lval_root_T *lval_root INIT(= NULL);
#endif
#ifdef FEAT_BEVAL_TERM
// ignore the rest.
} lval_T;
+/**
+ * This may be used to specify the base type that get_lval() uses when
+ * following a chain, for example a[idx1][idx2].
+ */
+typedef struct lval_root_S {
+ typval_T *lr_tv;
+ class_T *lr_cl_exec; // executing class for access checking
+ int lr_is_arg;
+} lval_root_T;
+
// Structure used to save the current state. Used when executing Normal mode
// commands while in any other mode.
typedef struct {
var outer_obj = Outer.new(inner_obj)
F(outer_obj)
END
- v9.CheckSourceFailure(lines, 'E1333: Cannot access private variable: _value', 1)
+ v9.CheckSourceFailure(lines, 'E1333: Cannot access private variable "_value" in class "Inner"', 1)
# Try modifying a non-existing variable using an "any" object
lines =<< trim END
assert_equal(1, trip.GetOne())
assert_equal(2, trip.two)
assert_equal(3, trip.three)
- assert_fails('echo trip._one', 'E1333: Cannot access private variable: _one')
+ assert_fails('echo trip._one', 'E1333: Cannot access private variable "_one" in class "Triple"')
- assert_fails('trip._one = 11', 'E1333: Cannot access private variable: _one')
+ assert_fails('trip._one = 11', 'E1333: Cannot access private variable "_one" in class "Triple"')
assert_fails('trip.two = 22', 'E1335: Variable "two" in class "Triple" is not writable')
trip.three = 33
assert_equal(33, trip.three)
var b = B.new()
b.Foo()
END
- v9.CheckSourceFailure(lines, 'E1333: Cannot access private variable: _priv_class_var', 1)
+ v9.CheckSourceFailure(lines, 'E1333: Cannot access private variable "_priv_class_var" in class "A"', 1)
# A private class variable cannot be modified from a child class
lines =<< trim END
var b = B.new()
b.Foo()
END
- v9.CheckSourceFailure(lines, 'E1333: Cannot access private variable: _priv_class_var', 1)
+ v9.CheckSourceFailure(lines, 'E1333: Cannot access private variable "_priv_class_var" in class "A"', 1)
# Access from child class extending a class and from script context
lines =<< trim END
assert_fails('TextPos.counter = 5', 'E1335: Variable "counter" in class "TextPos" is not writable')
assert_fails('TextPos.counter += 5', 'E1335: Variable "counter" in class "TextPos" is not writable')
- assert_fails('echo TextPos._secret', 'E1333: Cannot access private variable: _secret')
- assert_fails('TextPos._secret = 8', 'E1333: Cannot access private variable: _secret')
+ assert_fails('echo TextPos._secret', 'E1333: Cannot access private variable "_secret" in class "TextPos"')
+ assert_fails('TextPos._secret = 8', 'E1333: Cannot access private variable "_secret" in class "TextPos"')
assert_equal(42, TextPos.anybody)
TextPos.anybody = 12
# method arg, static method arg.
# Also different depths
- # TODO: handle inside_class in vim9class
- # lockvar of a read-only currently fails even if inside
-
#
# lockvar of read-only object variable
#
var o = C.new(3)
o.Lock()
END
- # TODO: wrong error
- v9.CheckSourceFailure(lines, 'E1335: Variable "val1" in class "C" is not writable')
+ v9.CheckSourceFailure(lines, 'E1391: Cannot (un)lock variable "this.val1" in class "C"')
# read-only lockvar from scriptlevel
lines =<< trim END
var o = C.new(3)
o.Lock(C.new(5))
END
- # TODO: wrong error, tricky since type "any"
- v9.CheckSourceFailure(lines, 'E1335: Variable "val5" in class "C" is not writable')
+ v9.CheckSourceFailure(lines, 'E1391: Cannot (un)lock variable "o_any.val5" in class "C"')
# read-only lockvar from class method arg
lines =<< trim END
var o = C.new(3)
C.Lock(o)
END
- # TODO: wrong error, tricky since type "any"
- v9.CheckSourceFailure(lines, 'E1335: Variable "val6" in class "C" is not writable')
+ v9.CheckSourceFailure(lines, 'E1391: Cannot (un)lock variable "o_any.val6" in class "C"')
#
# lockvar of public object variable
assert_equal([ [9], [2], [8] ], o.val)
END
v9.CheckSourceSuccess(lines)
+
+ # lock a script level variable from an object method
+ lines =<< trim END
+ vim9script
+
+ class C
+ def Lock()
+ lockvar l
+ enddef
+ endclass
+
+ var l = [1]
+ C.new().Lock()
+ l[0] = 11
+ END
+ v9.CheckSourceFailure(lines, 'E741: Value is locked: l[0] = 11', 11)
+
+ # lock a list element referenced by a private object variable
+ # in an object fetched via a script level list
+ lines =<< trim END
+ vim9script
+
+ class C
+ this._v1: list<list<number>>
+ def Lock()
+ lockvar lc[0]._v1[1]
+ enddef
+ endclass
+
+ var l = [[1], [2], [3]]
+ var o = C.new(l)
+ var lc: list<C> = [ o ]
+
+ o.Lock()
+ l[0] = [22]
+ l[1] = [33]
+ END
+ v9.CheckSourceFailure(lines, 'E741: Value is locked: l[1] = [33]', 16)
+
+ # similar to the previous test, except the locking code is executing
+ # in a class that does not own the private variable.
+ # Note that the locking code is in a class has a private variable of
+ # the same name.
+ lines =<< trim END
+ vim9script
+
+ class C2
+ this._v1: list<list<number>>
+ def Lock(obj: any)
+ lockvar lc[0]._v1[1]
+ enddef
+ endclass
+
+ class C
+ this._v1: list<list<number>>
+ endclass
+
+ var l = [[1], [2], [3]]
+ var o = C.new(l)
+ var lc: list<C> = [ o ]
+
+ var o2 = C2.new()
+ o2.Lock(o)
+ END
+ v9.CheckSourceFailure(lines, 'E1333: Cannot access private variable "_v1" in class "C"')
enddef
" Test for a private object method
assert_equal(102, ob.AccessObject())
assert_equal(103, oc.AccessObject())
- assert_fails('echo oc.AccessPrivateStaticThroughClassName()', 'E1333: Cannot access private variable: _svar')
+ assert_fails('echo oc.AccessPrivateStaticThroughClassName()', 'E1333: Cannot access private variable "_svar" in class "A"')
# verify object properly resolves to correct static
assert_equal(1, oa.AccessStaticThroughObject())
enddef
T()
END
- v9.CheckSourceFailure(lines, 'E1333: Cannot access private variable: _val', 2)
+ v9.CheckSourceFailure(lines, 'E1333: Cannot access private variable "_val" in class "A"', 2)
# access a non-existing private object member variable
lines =<< trim END
enddef
T()
END
- v9.CheckSourceFailure(lines, 'E1333: Cannot access private variable: _val', 1)
+ v9.CheckSourceFailure(lines, 'E1333: Cannot access private variable "_val" in class "A"', 1)
# private static class variable
lines =<< trim END
enddef
T()
END
- v9.CheckSourceFailure(lines, 'E1333: Cannot access private variable: _val', 1)
+ v9.CheckSourceFailure(lines, 'E1333: Cannot access private variable "_val" in class "A"', 1)
enddef
" Test for changing the member access of an interface in a implementation class
A.var3 = {c: 3, d: 4}
assert_equal([3, 4], A.var2)
assert_equal({c: 3, d: 4}, A.var3)
- assert_fails('echo A._priv_var4', 'E1333: Cannot access private variable: _priv_var4')
+ assert_fails('echo A._priv_var4', 'E1333: Cannot access private variable "_priv_var4" in class "A"')
enddef
T()
END
static int included_patches[] =
{ /* Add new patch number below this line */
+/**/
+ 1982,
/**/
1981,
/**/
// arguments to ISN_LOCKUNLOCK
typedef struct {
- char_u *string; // for exec_command
- int is_arg; // is lval_root a function arg
+ char_u *lu_string; // for exec_command
+ class_T *lu_cl_exec; // executing, null if not class/obj method
+ int lu_is_arg; // is lval_root a function arg
} lockunlock_T;
/*
if (*name == '_')
{
- semsg(_(e_cannot_access_private_variable_str), m->ocm_name);
+ semsg(_(e_cannot_access_private_variable_str), m->ocm_name,
+ cl->class_name);
return FAIL;
}
if (*name == '_')
{
- semsg(_(e_cannot_access_private_variable_str), m->ocm_name);
+ semsg(_(e_cannot_access_private_variable_str), m->ocm_name,
+ cl->class_name);
return FAIL;
}
if (p[1] != ':')
{
char_u *end = find_name_end(p, NULL, NULL, FNE_CHECK_START);
- // If name is is locally accessible, except for local var,
+
+ // The most important point is that something like
+ // name[idx].member... needs to be resolved at runtime, get_lval(),
+ // starting from the root "name".
+
+ // These checks are reminiscent of the variable_exists function.
+ // But most of the matches require special handling.
+
+ // If bare name is is locally accessible, except for local var,
// then put it on the stack to use with ISN_LOCKUNLOCK.
// This could be v.memb, v[idx_key]; bare class variable,
- // function arg. The local variable on the stack, will be passed
- // to ex_lockvar() indirectly.
+ // function arg. The item on the stack, will be passed
+ // to ex_lockvar() indirectly and be used as the root for get_lval.
+ // A bare script variable name needs no special handling.
char_u *name = NULL;
int len = end - p;
// Push the local on the stack, could be "this".
name = p;
#ifdef LOG_LOCKVAR
- ch_log(NULL, "LKVAR: compile... lookup_local: name %s", name);
+ ch_log(NULL, "LKVAR: ... lookup_local: name %s", name);
#endif
}
if (name == NULL)
name = cl->class_name;
len = STRLEN(name);
#ifdef LOG_LOCKVAR
- ch_log(NULL, "LKVAR: compile... cctx_class_member: name %s",
+ ch_log(NULL, "LKVAR: ... cctx_class_member: name %s",
name);
#endif
}
}
if (name == NULL)
{
- int idx;
- type_T *type;
// Can lockvar any function arg.
- // TODO: test arg[idx]/arg.member
- if (arg_exists(p, len, &idx, &type, NULL, cctx) == OK)
+ if (arg_exists(p, len, NULL, NULL, NULL, cctx) == OK)
{
name = p;
is_arg = TRUE;
#ifdef LOG_LOCKVAR
- ch_log(NULL, "LKVAR: compile... arg_exists: name %s", name);
+ ch_log(NULL, "LKVAR: ... arg_exists: name %s", name);
+#endif
+ }
+ }
+ if (name == NULL)
+ {
+ // No special handling for a bare script variable; but
+ // if followed by '[' or '.', it's a root for get_lval().
+ if (script_var_exists(p, len, cctx, NULL) == OK
+ && (*end == '.' || *end == '['))
+ {
+ name = p;
+#ifdef LOG_LOCKVAR
+ ch_log(NULL, "LKVAR: ... script_var_exists: name %s", name);
#endif
}
}
if (name != NULL)
{
#ifdef LOG_LOCKVAR
- ch_log(NULL, "LKVAR: compile... INS_LOCKUNLOCK %s", name);
+ ch_log(NULL, "LKVAR: ... INS_LOCKUNLOCK %s", name);
#endif
if (compile_load(&name, name + len, cctx, FALSE, FALSE) == FAIL)
return FAIL;
else
vim_snprintf((char *)buf, len, "%s %d %s", cmd, deep, p);
#ifdef LOG_LOCKVAR
- ch_log(NULL, "LKVAR: compile... buf %s", buf);
+ ch_log(NULL, "LKVAR: ... buf %s", buf);
#endif
if (isn == ISN_LOCKUNLOCK)
ret = generate_LOCKUNLOCK(cctx, buf, is_arg);
{
if (*member == '_')
{
- semsg(_(e_cannot_access_private_variable_str), m->ocm_name);
+ semsg(_(e_cannot_access_private_variable_str),
+ m->ocm_name, cl->class_name);
status = FAIL;
}
case ISN_LOCKUNLOCK:
{
- // TODO: could put lval_root info in struct
- typval_T *lval_root_save = lval_root;
- int lval_root_is_arg_save = lval_root_is_arg;
+ lval_root_T *lval_root_save = lval_root;
int res;
#ifdef LOG_LOCKVAR
ch_log(NULL, "LKVAR: execute INS_LOCKUNLOCK isn_arg %s",
// Stack has the local variable, argument the whole :lock
// or :unlock command, like ISN_EXEC.
--ectx->ec_stack.ga_len;
- lval_root = STACK_TV_BOT(0);
- lval_root_is_arg = iptr->isn_arg.lockunlock.is_arg;
- res = exec_command(iptr, iptr->isn_arg.lockunlock.string);
- clear_tv(lval_root);
+ lval_root_T root = { STACK_TV_BOT(0),
+ iptr->isn_arg.lockunlock.lu_cl_exec,
+ iptr->isn_arg.lockunlock.lu_is_arg };
+ lval_root = &root;
+ res = exec_command(iptr,
+ iptr->isn_arg.lockunlock.lu_string);
+ clear_tv(root.lr_tv);
lval_root = lval_root_save;
- lval_root_is_arg = lval_root_is_arg_save;
if (res == FAIL)
goto on_error;
}
{
if (*name == '_' && !inside_class(cctx, cl))
{
- semsg(_(e_cannot_access_private_variable_str), m->ocm_name);
+ semsg(_(e_cannot_access_private_variable_str), m->ocm_name,
+ cl->class_name);
return FAIL;
}
// it is defined.
if (*name == '_' && cctx->ctx_ufunc->uf_class != cl)
{
- semsg(_(e_cannot_access_private_variable_str), m->ocm_name);
+ semsg(_(e_cannot_access_private_variable_str), m->ocm_name,
+ cl->class_name);
return FAIL;
}
}
/*
- * Generate an EXEC instruction that takes a string argument.
+ * Generate a LOCKUNLOCK instruction.The root item, where the indexing starts
+ * to find the variable, is on the stack. The instr takes
+ * - the string to parse, "root.b[idx1][idx2].d.val", to find the variable
+ * - the class, if any, in which the string executes.
+ * - if the root item is a function argument
* A copy is made of "line".
*/
int
RETURN_OK_IF_SKIP(cctx);
if ((isn = generate_instr(cctx, ISN_LOCKUNLOCK)) == NULL)
return FAIL;
- isn->isn_arg.lockunlock.string = vim_strsave(line);
- isn->isn_arg.lockunlock.is_arg = is_arg;
+ class_T *cl = cctx->ctx_ufunc != NULL ? cctx->ctx_ufunc->uf_class : NULL;
+ isn->isn_arg.lockunlock.lu_string = vim_strsave(line);
+ isn->isn_arg.lockunlock.lu_cl_exec = cl;
+ if (cl != NULL)
+ ++cl->class_refcount;
+ isn->isn_arg.lockunlock.lu_is_arg = is_arg;
return OK;
}
case ISN_LOADOPT:
case ISN_LOADT:
case ISN_LOADW:
- case ISN_LOCKUNLOCK:
case ISN_PUSHEXC:
case ISN_PUSHFUNC:
case ISN_PUSHS:
vim_free(isn->isn_arg.string);
break;
+ case ISN_LOCKUNLOCK:
+ class_unref(isn->isn_arg.lockunlock.lu_cl_exec);
+ vim_free(isn->isn_arg.lockunlock.lu_string);
+ break;
+
case ISN_SUBSTITUTE:
{
int idx;
projects / thirdparty / vim.git / commitdiff
