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auto generate memory free code for decode data

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This commit is contained in:
Rongsong Shen 2025-05-07 18:04:13 +08:00
parent 40006c00d2
commit dd1fbd4043
3 changed files with 294 additions and 17 deletions
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304
compiler/capnpc-c.c
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@ -921,6 +921,31 @@ static void mk_simple_list_decoder(struct str *func, const char *tab,
str_addf(func, "}\n"); str_addf(func, "}\n");
} }
static void mk_simple_list_free(struct str *func, const char *tab,
const char *list_type, const char *getf,
const char *dvar, const char *cvar,
const char *svar) {
str_add(func, tab, -1);
str_addf(func, "if (1) {\n");
str_add(func, tab, -1);
str_addf(func, "\tint i_, nc_ = d->%s;\n", cvar);
if (strcmp(list_type, "text") == 0) {
str_add(func, tab, -1);
str_addf(func, "\tfor(i_ = 0; i_ < nc_; i_ ++) {\n");
str_add(func, tab, -1);
str_addf(func, "\t\tif (d->%s[i_] == NULL) continue;\n", dvar);
str_add(func, tab, -1);
str_addf(func, "\t\tfree(d->%s[i_]);\n", dvar);
str_add(func, tab, -1);
str_addf(func, "\t}\n");
}
str_add(func, tab, -1);
str_addf(func, "\tfree(d->%s);\n", dvar);
str_add(func, tab, -1);
str_addf(func, "}\n");
}
static void gen_call_list_encoder(capnp_ctx_t *ctx, struct str *func, static void gen_call_list_encoder(capnp_ctx_t *ctx, struct str *func,
struct Type *type, const char *tab, struct Type *type, const char *tab,
const char *var, const char *countvar, const char *var, const char *countvar,
@ -1039,6 +1064,77 @@ static void gen_call_list_decoder(capnp_ctx_t *ctx, struct str *func,
} }
} }
static void gen_call_list_free(capnp_ctx_t *ctx, struct str *func,
struct Type *type, const char *tab,
const char *var, const char *countvar,
const char *var2) {
char *t = NULL;
struct node *n = NULL;
str_add(func, tab, -1);
switch (type->which) {
case Type__bool:
t = "uint8_t";
mk_simple_list_free(func, tab, t, "get1", var, countvar, var2);
break;
case Type_int8:
case Type_uint8:
if (type->which == Type_int8) {
t = "int8_t";
} else {
t = "uint8_t";
}
mk_simple_list_free(func, tab, t, "get8", var, countvar, var2);
break;
case Type_int16:
case Type_uint16:
if (type->which == Type_int16) {
t = "int16_t";
} else {
t = "uint16_t";
}
mk_simple_list_free(func, tab, t, "get16", var, countvar, var2);
break;
case Type_int32:
case Type_uint32:
case Type_float32:
if (type->which == Type_int32) {
t = "int32_t";
} else if (type->which == Type_uint32) {
t = "uint32_t";
} else {
t = "float";
}
mk_simple_list_free(func, tab, t, "get32", var, countvar, var2);
break;
case Type_int64:
case Type_uint64:
case Type_float64:
if (type->which == Type_int64) {
t = "int64_t";
} else if (type->which == Type_uint64) {
t = "uint64_t";
} else {
t = "double";
}
mk_simple_list_free(func, tab, t, "get64", var, countvar, var2);
break;
case Type_text:
mk_simple_list_free(func, tab, "text", NULL, var, countvar, var2);
break;
case Type__struct:
n = find_node(ctx, type->_struct.typeId);
if (n != NULL) {
char *dtypename = n->name.str;
str_addf(func, "free_%s_list(d->%s, d->%s);\n", dtypename, countvar, var);
}
break;
}
}
static void encode_member(capnp_ctx_t *ctx, struct str *func, struct field *f, static void encode_member(capnp_ctx_t *ctx, struct str *func, struct field *f,
const char *tab, const char *var, const char *var2) { const char *tab, const char *var, const char *var2) {
struct Type list_type; struct Type list_type;
@ -1214,6 +1310,93 @@ static void decode_member(capnp_ctx_t *ctx, struct str *func, struct field *f,
} }
} }
static void free_member(capnp_ctx_t *ctx, struct str *func, struct field *f,
const char *tab, const char *var, const char *var2) {
struct Type list_type;
struct node *n = NULL;
if (f->v.t.which == Type__void) {
return;
}
if (var2 == NULL) {
var2 = var;
}
switch (f->v.t.which) {
case Type__bool:
case Type_int8:
case Type_int16:
case Type_int32:
case Type_int64:
case Type_uint8:
case Type_uint16:
case Type_uint32:
case Type_uint64:
case Type_float32:
case Type_float64:
case Type__enum:
break;
case Type_text:
str_add(func, tab, -1);
str_addf(func, "if (d->%s != NULL) {\n", var2);
str_add(func, tab, -1);
str_addf(func, "\tfree(d->%s);\n", var2);
str_add(func, tab, -1);
str_addf(func, "}\n");
break;
case Type__struct:
n = find_node(ctx, f->v.t._struct.typeId);
if (n != NULL) {
str_add(func, tab, -1);
str_addf(func, "free_%s_ptr(&(d->%s));\n", n->name.str, var2);
}
break;
case Type__list:
read_Type(&list_type, f->v.t._list.elementType);
if (list_type.which != Type__void) {
char *name = NULL;
char *ncount = NULL;
char buf[256];
name = (char *)get_mapname(f->f.annotations);
if (name == NULL) {
var2 = var;
} else {
var2 = name;
}
ncount = (char *)get_maplistcount(f->f.annotations);
if (ncount != NULL) {
sprintf(buf, "%s", ncount);
} else {
char buf2[256];
char *p;
strcpy(buf2, var2);
p = strchr(buf2, '.');
if (p != NULL) {
*p = 0x0;
p++;
}
strcpy(buf, buf2);
if (p != NULL) {
strcat(buf, ".");
sprintf(&buf[strlen(buf)], "n_%s", p);
}
}
gen_call_list_free(ctx, func, &list_type, tab, var2, buf, var);
}
break;
default:
str_add(func, tab, -1);
str_addf(func, "\t /* %s %s */\n", var2, var);
break;
}
}
void mk_struct_list_encoder(capnp_ctx_t *ctx, struct node *n) { void mk_struct_list_encoder(capnp_ctx_t *ctx, struct node *n) {
if (n == NULL) { if (n == NULL) {
return; return;
@ -1302,12 +1485,13 @@ void mk_struct_list_decoder(capnp_ctx_t *ctx, struct node *n) {
str_addf(&(ctx->SRC), "\t%s **ptr;\n", buf); str_addf(&(ctx->SRC), "\t%s **ptr;\n", buf);
str_addf(&(ctx->SRC), "\tcapn_resolve(&(list.p));\n"); str_addf(&(ctx->SRC), "\tcapn_resolve(&(list.p));\n");
str_addf(&(ctx->SRC), "\tnc = list.p.len;\n"); str_addf(&(ctx->SRC), "\tnc = list.p.len;\n");
str_addf(&(ctx->SRC), "\tptr = (%s **)calloc(nc, sizeof(%s *));\n", buf, buf); str_addf(&(ctx->SRC), "\tptr = (%s **)calloc(nc, sizeof(%s *));\n", buf,
buf);
str_addf(&(ctx->SRC), "\tfor(i = 0; i < nc; i ++) {\n"); str_addf(&(ctx->SRC), "\tfor(i = 0; i < nc; i ++) {\n");
str_addf(&(ctx->SRC), "\t\tstruct %s s;\n", n->name.str); str_addf(&(ctx->SRC), "\t\tstruct %s s;\n", n->name.str);
str_addf(&(ctx->SRC), "\t\tget_%s(&s, list, i);\n", n->name.str); str_addf(&(ctx->SRC), "\t\tget_%s(&s, list, i);\n", n->name.str);
str_addf(&(ctx->SRC), "\t\tptr[i] = (%s *)calloc(1, sizeof(%s));\n", str_addf(&(ctx->SRC), "\t\tptr[i] = (%s *)calloc(1, sizeof(%s));\n", buf,
buf, buf); buf);
str_addf(&(ctx->SRC), "\t\tdecode_%s(ptr[i], &s);\n", n->name.str); str_addf(&(ctx->SRC), "\t\tdecode_%s(ptr[i], &s);\n", n->name.str);
str_addf(&(ctx->SRC), "\t}\n"); str_addf(&(ctx->SRC), "\t}\n");
str_addf(&(ctx->SRC), "\t(*d) = ptr;\n"); str_addf(&(ctx->SRC), "\t(*d) = ptr;\n");
@ -1343,6 +1527,61 @@ void mk_struct_ptr_decoder(capnp_ctx_t *ctx, struct node *n) {
str_addf(&(ctx->SRC), "}\n"); str_addf(&(ctx->SRC), "}\n");
} }
void mk_struct_list_free(capnp_ctx_t *ctx, struct node *n) {
if (n == NULL) {
return;
}
if (1) {
char *mapname = (char *)get_mapname(n->n.annotations);
char buf[256];
if (mapname == NULL) {
sprintf(buf, "struct %s_", n->name.str);
} else {
strcpy(buf, mapname);
}
str_addf(&(ctx->SRC), "void free_%s_list(int pcount, %s **d) {\n",
n->name.str, buf);
str_addf(&(ctx->SRC), "\tint i;\n");
str_addf(&(ctx->SRC), "\tint nc = pcount;\n");
str_addf(&(ctx->SRC), "\t%s **ptr = d;\n", buf);
str_addf(&(ctx->SRC), "\tif (ptr == NULL) return;\n");
str_addf(&(ctx->SRC), "\tfor(i = 0; i < nc; i ++) {\n");
str_addf(&(ctx->SRC), "\t\tif(ptr[i] == NULL) continue;\n");
str_addf(&(ctx->SRC), "\t\tfree_%s(ptr[i]);\n", n->name.str);
str_addf(&(ctx->SRC), "\t\tfree(ptr[i]);\n");
str_addf(&(ctx->SRC), "\t}\n");
str_addf(&(ctx->SRC), "\tfree(ptr);\n");
str_addf(&(ctx->SRC), "}\n");
}
}
void mk_struct_ptr_free(capnp_ctx_t *ctx, struct node *n) {
char *mapname;
char buf[256];
if (n == NULL) {
return;
}
mapname = (char *)get_mapname(n->n.annotations);
if (mapname == NULL) {
sprintf(buf, "struct %s_", n->name.str);
} else {
strcpy(buf, mapname);
}
str_addf(&(ctx->SRC), "void free_%s_ptr(%s **d){\n", n->name.str, buf);
str_addf(&(ctx->SRC), "\tif((*d) == NULL) return;\n");
str_addf(&(ctx->SRC), "\tfree_%s(*d);\n", n->name.str);
str_addf(&(ctx->SRC), "\tfree(*d);\n");
str_addf(&(ctx->SRC), "\t(*d) = NULL;\n");
str_addf(&(ctx->SRC), "}\n");
}
struct strings { struct strings {
struct str ftab; struct str ftab;
struct str dtab; struct str dtab;
@ -1350,6 +1589,7 @@ struct strings {
struct str set; struct str set;
struct str encoder; struct str encoder;
struct str decoder; struct str decoder;
struct str freeup;
struct str enums; struct str enums;
struct str decl; struct str decl;
struct str var; struct str var;
@ -1516,6 +1756,8 @@ static void union_block(capnp_ctx_t *ctx, struct strings *s, struct field *f,
str_addf(&s->encoder, "%sbreak;\n", s->ftab.str); str_addf(&s->encoder, "%sbreak;\n", s->ftab.str);
decode_member(ctx, &s->decoder, f, s->ftab.str, var1, var2); decode_member(ctx, &s->decoder, f, s->ftab.str, var1, var2);
str_addf(&s->decoder, "%sbreak;\n", s->ftab.str); str_addf(&s->decoder, "%sbreak;\n", s->ftab.str);
free_member(ctx, &s->freeup, f, s->ftab.str, var1, var2);
str_addf(&s->freeup, "%sbreak;\n", s->ftab.str);
} }
str_setlen(&s->ftab, s->ftab.len - 1); str_setlen(&s->ftab, s->ftab.len - 1);
} }
@ -1548,6 +1790,8 @@ static void union_cases(capnp_ctx_t *ctx, struct strings *s, struct node *n,
field_name(f)); field_name(f));
str_addf(&s->decoder, "%scase %s_%s:\n", s->ftab.str, n->name.str, str_addf(&s->decoder, "%scase %s_%s:\n", s->ftab.str, n->name.str,
field_name(f)); field_name(f));
str_addf(&s->freeup, "%scase %s_%s:\n", s->ftab.str, n->name.str,
field_name(f));
} }
if (u) { if (u) {
@ -1573,11 +1817,13 @@ static void declare_slot(struct strings *s, struct field *f) {
static void define_group(capnp_ctx_t *ctx, struct strings *s, struct node *n, static void define_group(capnp_ctx_t *ctx, struct strings *s, struct node *n,
const char *group_name, bool enclose_unions, const char *group_name, bool enclose_unions,
const char *extattr, const char *extattr_space); const char *extattr, const char *extattr_space,
const char *uniontag);
static void do_union(capnp_ctx_t *ctx, struct strings *s, struct node *n, static void do_union(capnp_ctx_t *ctx, struct strings *s, struct node *n,
struct field *first_field, const char *union_name, struct field *first_field, const char *union_name,
const char *extattr, const char *extattr_space) { const char *extattr, const char *extattr_space,
const char *uniontag) {
int tagoff = 2 * n->n._struct.discriminantOffset; int tagoff = 2 * n->n._struct.discriminantOffset;
struct field *f; struct field *f;
static struct str tag = STR_INIT; static struct str tag = STR_INIT;
@ -1617,6 +1863,7 @@ static void do_union(capnp_ctx_t *ctx, struct strings *s, struct node *n,
str_addf(&s->encoder, "%sswitch (%s) {\n", s->ftab.str, var); str_addf(&s->encoder, "%sswitch (%s) {\n", s->ftab.str, var);
str_addf(&s->decoder, "%sswitch (%s) {\n", s->ftab.str, tag.str); str_addf(&s->decoder, "%sswitch (%s) {\n", s->ftab.str, tag.str);
str_addf(&s->freeup, "%sswitch (%s) {\n", s->ftab.str, uniontag);
} }
/* if we have a bunch of the same C type with zero defaults, we /* if we have a bunch of the same C type with zero defaults, we
@ -1660,12 +1907,13 @@ static void do_union(capnp_ctx_t *ctx, struct strings *s, struct node *n,
// own struct so that its members do not overwrite its own // own struct so that its members do not overwrite its own
// discriminant. // discriminant.
define_group(ctx, s, f->group, field_name(f), true, extattr, define_group(ctx, s, f->group, field_name(f), true, extattr,
extattr_space); extattr_space, uniontag);
str_addf(&s->get, "%sbreak;\n", s->ftab.str); str_addf(&s->get, "%sbreak;\n", s->ftab.str);
str_addf(&s->set, "%sbreak;\n", s->ftab.str); str_addf(&s->set, "%sbreak;\n", s->ftab.str);
if (ctx->g_codecgen) { if (ctx->g_codecgen) {
str_addf(&s->encoder, "%sbreak;\n", s->ftab.str); str_addf(&s->encoder, "%sbreak;\n", s->ftab.str);
str_addf(&s->decoder, "%sbreak;\n", s->ftab.str); str_addf(&s->decoder, "%sbreak;\n", s->ftab.str);
str_addf(&s->freeup, "%sbreak;\n", s->ftab.str);
} }
str_setlen(&s->ftab, s->ftab.len - 1); str_setlen(&s->ftab, s->ftab.len - 1);
break; break;
@ -1682,6 +1930,8 @@ static void do_union(capnp_ctx_t *ctx, struct strings *s, struct node *n,
field_name(f)); field_name(f));
str_addf(&s->decoder, "%scase %s_%s:\n", s->ftab.str, n->name.str, str_addf(&s->decoder, "%scase %s_%s:\n", s->ftab.str, n->name.str,
field_name(f)); field_name(f));
str_addf(&s->freeup, "%scase %s_%s:\n", s->ftab.str, n->name.str,
field_name(f));
} }
union_block( union_block(
ctx, s, f, ctx, s, f,
@ -1713,6 +1963,8 @@ static void do_union(capnp_ctx_t *ctx, struct strings *s, struct node *n,
s->ftab.str, s->ftab.str); s->ftab.str, s->ftab.str);
str_addf(&s->decoder, "%sdefault:\n%s\tbreak;\n%s}\n", s->ftab.str, str_addf(&s->decoder, "%sdefault:\n%s\tbreak;\n%s}\n", s->ftab.str,
s->ftab.str, s->ftab.str); s->ftab.str, s->ftab.str);
str_addf(&s->freeup, "%sdefault:\n%s\tbreak;\n%s}\n", s->ftab.str,
s->ftab.str, s->ftab.str);
} }
str_addf(&enums, "\n};\n"); str_addf(&enums, "\n};\n");
@ -1736,11 +1988,16 @@ static void define_field(capnp_ctx_t *ctx, struct strings *s, struct field *f,
get_mapname(f->f.annotations)); get_mapname(f->f.annotations));
decode_member(ctx, &s->decoder, f, s->ftab.str, field_name(f), decode_member(ctx, &s->decoder, f, s->ftab.str, field_name(f),
get_mapname(f->f.annotations)); get_mapname(f->f.annotations));
free_member(ctx, &s->freeup, f, s->ftab.str, field_name(f),
get_mapname(f->f.annotations));
} }
break; break;
case Field_group: case Field_group:
if (ctx->g_codecgen) { if (ctx->g_codecgen) {
char uniontagvar[256];
memset(uniontagvar, 0x0, sizeof(uniontagvar));
if (f->group != NULL) { if (f->group != NULL) {
int flen = capn_len(f->group->n._struct.fields); int flen = capn_len(f->group->n._struct.fields);
int ulen = f->group->n._struct.discriminantCount; int ulen = f->group->n._struct.discriminantCount;
@ -1760,12 +2017,16 @@ static void define_field(capnp_ctx_t *ctx, struct strings *s, struct field *f,
buf); buf);
str_addf(&s->decoder, "\td->%s = s->%s_which;\n", buf, str_addf(&s->decoder, "\td->%s = s->%s_which;\n", buf,
field_name(f)); field_name(f));
sprintf(uniontagvar, "d->%s", buf);
} }
} }
} }
define_group(ctx, s, f->group, field_name(f), false, extattr,
extattr_space, uniontagvar);
} else {
define_group(ctx, s, f->group, field_name(f), false, extattr,
extattr_space, NULL);
} }
define_group(ctx, s, f->group, field_name(f), false, extattr,
extattr_space);
break; break;
} }
} }
@ -1814,7 +2075,8 @@ static void define_encode_function(capnp_ctx_t *ctx, struct node *node,
const char *extattr_space) {} const char *extattr_space) {}
static void define_group(capnp_ctx_t *ctx, struct strings *s, struct node *n, static void define_group(capnp_ctx_t *ctx, struct strings *s, struct node *n,
const char *group_name, bool enclose_unions, const char *group_name, bool enclose_unions,
const char *extattr, const char *extattr_space) { const char *extattr, const char *extattr_space,
const char *uniontag) {
struct field *f; struct field *f;
int flen = capn_len(n->n._struct.fields); int flen = capn_len(n->n._struct.fields);
int ulen = n->n._struct.discriminantCount; int ulen = n->n._struct.discriminantCount;
@ -1879,7 +2141,7 @@ static void define_group(capnp_ctx_t *ctx, struct strings *s, struct node *n,
const bool keep_union_name = named_union && !enclose_unions; const bool keep_union_name = named_union && !enclose_unions;
do_union(ctx, s, n, f, keep_union_name ? group_name : NULL, extattr, do_union(ctx, s, n, f, keep_union_name ? group_name : NULL, extattr,
extattr_space); extattr_space, uniontag);
while (f < n->fields + flen && in_union(f)) while (f < n->fields + flen && in_union(f))
f++; f++;
@ -1916,6 +2178,7 @@ static void define_struct(capnp_ctx_t *ctx, struct node *n, const char *extattr,
str_reset(&s.set); str_reset(&s.set);
str_reset(&s.encoder); str_reset(&s.encoder);
str_reset(&s.decoder); str_reset(&s.decoder);
str_reset(&s.freeup);
str_reset(&s.enums); str_reset(&s.enums);
str_reset(&s.decl); str_reset(&s.decl);
str_reset(&s.var); str_reset(&s.var);
@ -1942,7 +2205,7 @@ static void define_struct(capnp_ctx_t *ctx, struct node *n, const char *extattr,
} }
} }
define_group(ctx, &s, n, NULL, false, extattr, extattr_space); define_group(ctx, &s, n, NULL, false, extattr, extattr_space, NULL);
str_add(&(ctx->HDR), s.enums.str, s.enums.len); str_add(&(ctx->HDR), s.enums.str, s.enums.len);
@ -2043,6 +2306,9 @@ static void define_struct(capnp_ctx_t *ctx, struct node *n, const char *extattr,
n->name.str, buf, n->name.str); n->name.str, buf, n->name.str);
str_addf(&(ctx->SRC), "%s\n", s.decoder.str); str_addf(&(ctx->SRC), "%s\n", s.decoder.str);
str_addf(&(ctx->SRC), "}\n"); str_addf(&(ctx->SRC), "}\n");
str_addf(&(ctx->SRC), "\nvoid free_%s(%s *d) {\n", n->name.str, buf);
str_addf(&(ctx->SRC), "%s\n", s.freeup.str);
str_addf(&(ctx->SRC), "}\n");
} }
str_add(&(ctx->SRC), s.pub_get.str, s.pub_get.len); str_add(&(ctx->SRC), s.pub_get.str, s.pub_get.len);
@ -2103,15 +2369,19 @@ static void mk_codec_declares(capnp_ctx_t *ctx, const char *n1,
"void encode_%s(struct capn_segment *,struct %s *, %s *);\n", n1, n1, "void encode_%s(struct capn_segment *,struct %s *, %s *);\n", n1, n1,
n2); n2);
str_addf(&(ctx->HDR), "void decode_%s(%s *, struct %s *);\n", n1, n2, n1); str_addf(&(ctx->HDR), "void decode_%s(%s *, struct %s *);\n", n1, n2, n1);
str_addf(&(ctx->HDR), str_addf(&(ctx->HDR), "void free_%s(%s *);\n", n1, n2);
"void encode_%s_list(struct capn_segment *,%s_list *, int, %s **);\n", str_addf(
n1, n1, n2); &(ctx->HDR),
str_addf(&(ctx->HDR), "void decode_%s_list(int *, %s ***, %s_list);\n", n1, n2, "void encode_%s_list(struct capn_segment *,%s_list *, int, %s **);\n", n1,
n1); n1, n2);
str_addf(&(ctx->HDR), "void decode_%s_list(int *, %s ***, %s_list);\n", n1,
n2, n1);
str_addf(&(ctx->HDR), "void free_%s_list(int, %s **);\n", n1, n2);
str_addf(&(ctx->HDR), str_addf(&(ctx->HDR),
"void encode_%s_ptr(struct capn_segment*, %s_ptr *, %s *);\n", n1, "void encode_%s_ptr(struct capn_segment*, %s_ptr *, %s *);\n", n1,
n1, n2); n1, n2);
str_addf(&(ctx->HDR), "void decode_%s_ptr(%s **, %s_ptr);\n", n1, n2, n1); str_addf(&(ctx->HDR), "void decode_%s_ptr(%s **, %s_ptr);\n", n1, n2, n1);
str_addf(&(ctx->HDR), "void free_%s_ptr(%s **);\n", n1, n2);
} }
static void declare_codec(capnp_ctx_t *ctx, struct node *file_node) { static void declare_codec(capnp_ctx_t *ctx, struct node *file_node) {
struct node *n; struct node *n;
@ -2434,6 +2704,8 @@ int ctx_gen(capnp_ctx_t *ctx) {
mk_struct_ptr_encoder(ctx, n); mk_struct_ptr_encoder(ctx, n);
mk_struct_list_decoder(ctx, n); mk_struct_list_decoder(ctx, n);
mk_struct_ptr_decoder(ctx, n); mk_struct_ptr_decoder(ctx, n);
mk_struct_list_free(ctx, n);
mk_struct_ptr_free(ctx, n);
} }
} }

3
examples/book/test.c
View file

@ -112,6 +112,9 @@ int decode() {
printf("%s\n", book->acquire.donation); printf("%s\n", book->acquire.donation);
} }
free_Book_ptr(&book);
capn_free(&c);
return 0; return 0;
} }

4
xmake.lua
View file

@ -49,10 +49,12 @@ target("book")
add_files("examples/book/*.c") add_files("examples/book/*.c")
add_includedirs("compiler","lib","examples/book") add_includedirs("compiler","lib","examples/book")
add_deps("CapnC_Runtime", "capnpc-c") add_deps("CapnC_Runtime", "capnpc-c")
add_cflags("-fsanitize=address")
add_ldflags("-fsanitize=address")
xpack("capnpc-c") xpack("capnpc-c")
set_formats("targz") set_formats("targz")
set_title("c-capnproto") set_title("c-capnproto")
set_licensefile("COPYING") set_licensefile("COPYING")
add_targets("capnpc-c", "CapnC_Runtime") add_targets("capnpc-c", "CapnC_Runtime")