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94ded36b3f
libvirt/scripts/rpcgen/tests/test_demo.c
Michal Privoznik 94ded36b3f rpcgen: tests: Run cleanly on platforms where char is unsigned 
There are some platforms where 'char' is unsigned, by default
(RPi, s390x to name a few). And because of how test_demo is
written we are experiencing some test cases failing there. For
instance: /xdr/struct-scalar is failing. This is because in the
test (test_struct_scalar()), we have a struct with two chars. One
is initialized to 0xca, the other 0xfe (note that both have the
MSB set). The XDR encoder (xdr_TestStructScalar()) then calls
xdr_char() on both of them. But XDR itself has no notion of
char type, so under the hood, it expands it to int [1] and calls
xdr_int(). And this is where the problem lies. On platforms where
char is signed, the integer expansion results in 0xffffffca, but
on platforms where char is unsigned it results in 0x000000ca. Two
distinct results.

The test then goes and compares the encoded buffer with an
expected one (memcmp(), read from the disk earlier).

This poses no problem for real life use, because when decoding
those chars back, the padding is thrown away.

To avoid tickling this issue, use values that don't have the MSB
set.

1: https://git.linux-nfs.org/?p=steved/libtirpc.git;a=blob;f=src/xdr.c;h=28d1382cc4853ecf1238d792af5016160435d1e0;hb=HEAD#l487

Fixes: 40cbaa8fbe rpcgen: add test case for XDR serialization
Reported-by: Boris Fiuczynski <fiuczy@linux.ibm.com>
Signed-off-by: Michal Privoznik <mprivozn@redhat.com>
Reviewed-by: Jiri Denemark <jdenemar@redhat.com>
Reviewed-by: Boris Fiuczynski <fiuczy@linux.ibm.com>
2023-11-29 17:16:45 +01:00

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#include <glib.h>
#include <rpc/types.h>
#include <rpc/xdr.h>
#include <stdbool.h>
#include "demo.h"
#include "demo.c"
static void test_xdr(xdrproc_t proc, void *vorig, void *vnew, const char *testname, bool fail)
{
XDR xdr;
/* 128kb is big enough for any of our test data */
size_t buflen = 128 * 1000;
g_autofree char *buf = g_new0(char, buflen);
g_autofree char *expfile = g_strdup_printf(abs_srcdir "/test_demo_%s.bin", testname);
g_autofree char *expected = NULL;
size_t explen;
size_t actlen;
g_autoptr(GError) err = NULL;
bool_t ret;
/* Step 1: serialize the vorig and compare to the data in test .bin files */
xdrmem_create(&xdr, buf, buflen, XDR_ENCODE);
ret = !!proc(&xdr, vorig);
g_assert_cmpint(ret, ==, !fail);
if (fail)
goto cleanup;
actlen = xdr_getpos(&xdr);
if (getenv("VIR_TEST_REGENERATE_OUTPUT")) {
g_file_set_contents(expfile, buf, actlen, NULL);
}
g_file_get_contents(expfile, &expected, &explen, &err);
if (err != NULL) {
g_printerr("%s\n", err->message);
abort();
}
g_assert_cmpint(explen, ==, actlen);
g_assert_cmpint(memcmp(buf, expected, actlen), ==, 0);
xdr_destroy(&xdr);
/* Step 2: de-serialize the state to create a new object */
xdrmem_create(&xdr, buf, buflen, XDR_DECODE);
ret = !!proc(&xdr, vnew);
g_assert_cmpint(ret, ==, true);
actlen = xdr_getpos(&xdr);
g_assert_cmpint(explen, ==, actlen);
xdr_destroy(&xdr);
/* Step 3: serialize the new object again to prove we
* round-tripped the original object */
memset(buf, 0, buflen);
xdrmem_create(&xdr, buf, buflen, XDR_ENCODE);
ret = !!proc(&xdr, vnew);
g_assert_cmpint(ret, ==, true);
actlen = xdr_getpos(&xdr);
g_assert_cmpint(explen, ==, actlen);
g_assert_cmpint(memcmp(buf, expected, actlen), ==, 0);
xdr_destroy(&xdr);
cleanup:
xdr_destroy(&xdr);
}
static void test_enum(void)
{
TestEnum vorig = TEST_ENUM_TWO;
TestEnum vnew = 0;
test_xdr((xdrproc_t)xdr_TestEnum, &vorig, &vnew, "enum", false);
}
static void test_struct(void)
{
TestStruct vorig = {
.c1 = 'a', .c2 = 'b',
};
g_auto(TestStruct) vnew = {0};
test_xdr((xdrproc_t)xdr_TestStruct, &vorig, &vnew, "struct", false);
}
static void test_union_case(void)
{
TestUnion vorig = {
.type = 20, .TestUnion_u = { .i1 = 1729 },
};
g_auto(TestUnion) vnew = {0};
test_xdr((xdrproc_t)xdr_TestUnion, &vorig, &vnew, "union_case", false);
}
static void test_union_default(void)
{
TestUnion vorig = {
.type = 87539319, .TestUnion_u = { .i3 = 1729 },
};
g_auto(TestUnion) vnew = {0};
test_xdr((xdrproc_t)xdr_TestUnion, &vorig, &vnew, "union_default", false);
}
static void test_union_void_default_case(void)
{
TestUnionVoidDefault vorig = {
.type = 21, .TestUnionVoidDefault_u = { .i1 = 1729 },
};
g_auto(TestUnionVoidDefault) vnew = {0};
test_xdr((xdrproc_t)xdr_TestUnionVoidDefault, &vorig, &vnew, "union_void_default_case", false);
}
static void test_union_void_default_default(void)
{
TestUnionVoidDefault vorig = {
.type = 87539319
};
g_auto(TestUnionVoidDefault) vnew = {0};
test_xdr((xdrproc_t)xdr_TestUnionVoidDefault, &vorig, &vnew, "union_void_default_default", false);
}
static void test_union_no_default_case(void)
{
TestUnionNoDefault vorig = {
.type = 22, .TestUnionNoDefault_u = { .i1 = 1729 },
};
g_auto(TestUnionNoDefault) vnew = {0};
test_xdr((xdrproc_t)xdr_TestUnionNoDefault, &vorig, &vnew, "union_no_default_case", false);
}
static void test_union_no_default_default(void)
{
TestUnionNoDefault vorig = {
.type = 87539319,
};
g_auto(TestUnionNoDefault) vnew = {0};
test_xdr((xdrproc_t)xdr_TestUnionNoDefault, &vorig, &vnew, "union_no_default_default", true);
}
static void test_int_scalar(void)
{
TestIntScalar vorig = 1729;
g_auto(TestIntScalar) vnew = 0;
test_xdr((xdrproc_t)xdr_TestIntScalar, &vorig, &vnew, "int_scalar", false);
}
static void test_int_pointer_set(void)
{
int vorigp = 1729;
TestIntPointer vorig = &vorigp;
g_auto(TestIntPointer) vnew = NULL;
test_xdr((xdrproc_t)xdr_TestIntPointer, &vorig, &vnew, "int_pointer_set", false);
}
static void test_int_pointer_null(void)
{
TestIntPointer vorig = NULL;
g_auto(TestIntPointer) vnew = NULL;
test_xdr((xdrproc_t)xdr_TestIntPointer, &vorig, &vnew, "int_pointer_null", false);
}
static void test_int_fixed_array(void)
{
TestIntFixedArray vorig = { 1729, 0, 87539319 };
g_auto(TestIntFixedArray) vnew = {0};
test_xdr((xdrproc_t)xdr_TestIntFixedArray,
vorig, vnew, "int_fixed_array", false);
}
static void test_int_variable_array_set(void)
{
TestIntVariableArray vorig = {
.TestIntVariableArray_len = 3,
.TestIntVariableArray_val = (int[]) { 1729, 0, 87539319 }
};
g_auto(TestIntVariableArray) vnew = {0};
test_xdr((xdrproc_t)xdr_TestIntVariableArray,
&vorig, &vnew, "int_variable_array_set", false);
}
static void test_int_variable_array_overflow(void)
{
TestIntVariableArray vorig = {
.TestIntVariableArray_len = 6,
.TestIntVariableArray_val = (int[]) { 1729, 0, 87539319, 0, 1729 }
};
g_auto(TestIntVariableArray) vnew = {0};
test_xdr((xdrproc_t)xdr_TestIntVariableArray,
&vorig, &vnew, "int_variable_array_overflow", true);
}
static void test_int_variable_array_empty(void)
{
TestIntVariableArray vorig = {
.TestIntVariableArray_len = 0,
.TestIntVariableArray_val = (int[]) {0},
};
g_auto(TestIntVariableArray) vnew = {0};
test_xdr((xdrproc_t)xdr_TestIntVariableArray,
&vorig, &vnew, "int_variable_array_empty", false);
}
static void test_string_variable_array_set(void)
{
TestStringVariableArray vorig = (TestStringVariableArray) "taxis";
g_auto(TestStringVariableArray) vnew = NULL;
test_xdr((xdrproc_t)xdr_TestStringVariableArray,
&vorig, &vnew, "string_variable_array_set", false);
}
static void test_string_variable_array_empty(void)
{
TestStringVariableArray vorig = (TestStringVariableArray)"";
g_auto(TestStringVariableArray) vnew = NULL;
test_xdr((xdrproc_t)xdr_TestStringVariableArray,
&vorig, &vnew, "string_variable_array_empty", false);
}
static void test_opaque_fixed_array(void)
{
TestOpaqueFixedArray vorig = { 0xca, 0xfe, 0x12, 0x23, 0x34, 0x45, 0x56, 0x67, 0x78 };
g_auto(TestOpaqueFixedArray) vnew = {0};
test_xdr((xdrproc_t)xdr_TestOpaqueFixedArray, vorig, vnew, "opaque_fixed_array", false);
}
static void test_opaque_variable_array_set(void)
{
TestOpaqueVariableArray vorig = {
.TestOpaqueVariableArray_len = 3,
.TestOpaqueVariableArray_val = (char[]) { 0xca, 0xfe, 0x12 },
};
g_auto(TestOpaqueVariableArray) vnew = {0};
test_xdr((xdrproc_t)xdr_TestOpaqueVariableArray,
&vorig, &vnew, "opaque_variable_array_set", false);
}
static void test_opaque_variable_array_overflow(void)
{
TestOpaqueVariableArray vorig = {
.TestOpaqueVariableArray_len = 12,
.TestOpaqueVariableArray_val = (char[]) {
0xca, 0xfe, 0x12, 0xca, 0xfe, 0x12,
0xca, 0xfe, 0x12, 0xca, 0xfe, 0x12,
},
};
g_auto(TestOpaqueVariableArray) vnew = {0};
test_xdr((xdrproc_t)xdr_TestOpaqueVariableArray,
&vorig, &vnew, "opaque_variable_array_overflow", true);
}
static void test_opaque_variable_array_empty(void)
{
TestOpaqueVariableArray vorig = {
.TestOpaqueVariableArray_len = 0,
.TestOpaqueVariableArray_val = (char[]) {0},
};
g_auto(TestOpaqueVariableArray) vnew = {0};
test_xdr((xdrproc_t)xdr_TestOpaqueVariableArray,
&vorig, &vnew, "opaque_variable_array_empty", false);
}
static void test_enum_scalar(void)
{
TestEnumScalar vorig = TEST_ENUM_TWO;
g_auto(TestEnumScalar) vnew = 0;
test_xdr((xdrproc_t)xdr_TestEnumScalar,
&vorig, &vnew, "enum_scalar", false);
}
static void test_enum_pointer_set(void)
{
TestEnum vorigp = TEST_ENUM_TWO;
TestEnumPointer vorig = &vorigp;
g_auto(TestEnumPointer) vnew = NULL;
test_xdr((xdrproc_t)xdr_TestEnumPointer,
&vorig, &vnew, "enum_pointer_set", false);
}
static void test_enum_pointer_null(void)
{
TestEnumPointer vorig = NULL;
g_auto(TestEnumPointer) vnew = NULL;
test_xdr((xdrproc_t)xdr_TestEnumPointer,
&vorig, &vnew, "enum_pointer_null", false);
}
static void test_enum_fixed_array(void)
{
TestEnumFixedArray vorig = {
TEST_ENUM_ONE, TEST_ENUM_TWO, TEST_ENUM_ONE, TEST_ENUM_TWO,
TEST_ENUM_ONE, TEST_ENUM_TWO, TEST_ENUM_ONE, TEST_ENUM_TWO,
TEST_ENUM_ONE, TEST_ENUM_TWO, TEST_ENUM_ONE
};
g_auto(TestEnumFixedArray) vnew = {0};
test_xdr((xdrproc_t)xdr_TestEnumFixedArray, vorig, vnew, "enum_fixed_array", false);
}
static void test_enum_variable_array_set(void)
{
TestEnumVariableArray vorig = {
.TestEnumVariableArray_len = 3,
.TestEnumVariableArray_val = (TestEnum[]) {
TEST_ENUM_ONE, TEST_ENUM_TWO, TEST_ENUM_ONE,
},
};
g_auto(TestEnumVariableArray) vnew = {0};
test_xdr((xdrproc_t)xdr_TestEnumVariableArray,
&vorig, &vnew, "enum_variable_array_set", false);
}
static void test_enum_variable_array_overflow(void)
{
TestEnumVariableArray vorig = {
.TestEnumVariableArray_len = 16,
.TestEnumVariableArray_val = (TestEnum[]) {
TEST_ENUM_ONE, TEST_ENUM_TWO, TEST_ENUM_ONE, TEST_ENUM_TWO,
TEST_ENUM_ONE, TEST_ENUM_TWO, TEST_ENUM_ONE, TEST_ENUM_TWO,
TEST_ENUM_ONE, TEST_ENUM_TWO, TEST_ENUM_ONE, TEST_ENUM_TWO,
TEST_ENUM_ONE, TEST_ENUM_TWO, TEST_ENUM_ONE, TEST_ENUM_TWO,
}
};
g_auto(TestEnumVariableArray) vnew = {0};
test_xdr((xdrproc_t)xdr_TestEnumVariableArray,
&vorig, &vnew, "enum_variable_array_overflow", true);
}
static void test_enum_variable_array_empty(void)
{
TestEnumVariableArray vorig = {
.TestEnumVariableArray_len = 0,
.TestEnumVariableArray_val = (TestEnum[]) {0},
};
g_auto(TestEnumVariableArray) vnew = {0};
test_xdr((xdrproc_t)xdr_TestEnumVariableArray,
&vorig, &vnew, "enum_variable_array_empty", false);
}
#define TEST_STRUCT_INIT (TestStruct) { .c1 = 0x4a, .c2 = 0x7e }
#define TEST_STRUCT_INIT_ALT (TestStruct) { .c1 = 0x09, .c2 = 0x07 }
static void test_struct_scalar(void)
{
TestStructScalar vorig = TEST_STRUCT_INIT;
g_auto(TestStructScalar) vnew = {0};
test_xdr((xdrproc_t)xdr_TestStructScalar,
&vorig, &vnew, "struct_scalar", false);
}
static void test_struct_pointer_set(void)
{
TestStruct vorigp = TEST_STRUCT_INIT;
TestStructPointer vorig = &vorigp;
g_auto(TestStructPointer) vnew = NULL;
test_xdr((xdrproc_t)xdr_TestStructPointer,
&vorig, &vnew, "struct_pointer_set", false);
}
static void test_struct_pointer_null(void)
{
TestStructPointer vorig = NULL;
g_auto(TestStructPointer) vnew = NULL;
test_xdr((xdrproc_t)xdr_TestStructPointer,
&vorig, &vnew, "struct_pointer_null", false);
}
static void test_struct_fixed_array(void)
{
TestStructFixedArray vorig = {
TEST_STRUCT_INIT, TEST_STRUCT_INIT_ALT, TEST_STRUCT_INIT, TEST_STRUCT_INIT_ALT,
TEST_STRUCT_INIT_ALT, TEST_STRUCT_INIT, TEST_STRUCT_INIT_ALT, TEST_STRUCT_INIT,
TEST_STRUCT_INIT, TEST_STRUCT_INIT, TEST_STRUCT_INIT, TEST_STRUCT_INIT,
TEST_STRUCT_INIT_ALT, TEST_STRUCT_INIT_ALT, TEST_STRUCT_INIT, TEST_STRUCT_INIT,
TEST_STRUCT_INIT_ALT
};
g_auto(TestStructFixedArray) vnew = {0};
test_xdr((xdrproc_t)xdr_TestStructFixedArray, vorig, vnew, "struct_fixed_array", false);
}
static void test_struct_variable_array_set(void)
{
TestStructVariableArray vorig = {
.TestStructVariableArray_len = 3,
.TestStructVariableArray_val = (TestStruct[]) {
TEST_STRUCT_INIT, TEST_STRUCT_INIT_ALT, TEST_STRUCT_INIT_ALT,
},
};
g_auto(TestStructVariableArray) vnew = {0};
test_xdr((xdrproc_t)xdr_TestStructVariableArray,
&vorig, &vnew, "struct_variable_array_set", false);
}
static void test_struct_variable_array_overflow(void)
{
TestStructVariableArray vorig = {
.TestStructVariableArray_len = 20,
.TestStructVariableArray_val = (TestStruct[]) {
TEST_STRUCT_INIT, TEST_STRUCT_INIT, TEST_STRUCT_INIT, TEST_STRUCT_INIT,
TEST_STRUCT_INIT, TEST_STRUCT_INIT, TEST_STRUCT_INIT, TEST_STRUCT_INIT,
TEST_STRUCT_INIT, TEST_STRUCT_INIT, TEST_STRUCT_INIT, TEST_STRUCT_INIT,
TEST_STRUCT_INIT, TEST_STRUCT_INIT, TEST_STRUCT_INIT, TEST_STRUCT_INIT,
TEST_STRUCT_INIT, TEST_STRUCT_INIT, TEST_STRUCT_INIT, TEST_STRUCT_INIT,
}
};
g_auto(TestStructVariableArray) vnew = {0};
test_xdr((xdrproc_t)xdr_TestStructVariableArray,
&vorig, &vnew, "struct_variable_array_overflow", true);
}
static void test_struct_variable_array_empty(void)
{
TestStructVariableArray vorig = {
.TestStructVariableArray_len = 0,
.TestStructVariableArray_val = (TestStruct[]) {},
};
g_auto(TestStructVariableArray) vnew = {0};
test_xdr((xdrproc_t)xdr_TestStructVariableArray,
&vorig, &vnew, "struct_variable_array_empty", false);
}
#define TEST_UNION_INIT (TestUnion) { .type = 20, .TestUnion_u = { .i1 = 1729 } }
#define TEST_UNION_INIT_ALT (TestUnion) { .type = 1729, .TestUnion_u = { .i3 = 87539319 } }
static void test_union_scalar(void)
{
TestUnionScalar vorig = TEST_UNION_INIT;
g_auto(TestUnionScalar) vnew = {0};
test_xdr((xdrproc_t)xdr_TestUnionScalar,
&vorig, &vnew, "union_scalar", false);
}
static void test_union_pointer_set(void)
{
TestUnion vorigp = TEST_UNION_INIT;
TestUnionPointer vorig = &vorigp;
g_auto(TestUnionPointer) vnew = NULL;
test_xdr((xdrproc_t)xdr_TestUnionPointer,
&vorig, &vnew, "union_pointer_set", false);
}
static void test_union_pointer_null(void)
{
TestUnionPointer vorig = NULL;
g_auto(TestUnionPointer) vnew = NULL;
test_xdr((xdrproc_t)xdr_TestUnionPointer,
&vorig, &vnew, "union_pointer_null", false);
}
static void test_union_fixed_array(void)
{
TestUnionFixedArray vorig = {
TEST_UNION_INIT, TEST_UNION_INIT_ALT, TEST_UNION_INIT, TEST_UNION_INIT_ALT,
TEST_UNION_INIT_ALT, TEST_UNION_INIT, TEST_UNION_INIT_ALT, TEST_UNION_INIT,
TEST_UNION_INIT, TEST_UNION_INIT, TEST_UNION_INIT, TEST_UNION_INIT,
TEST_UNION_INIT_ALT, TEST_UNION_INIT_ALT, TEST_UNION_INIT, TEST_UNION_INIT,
TEST_UNION_INIT_ALT
};
g_auto(TestUnionFixedArray) vnew = {0};
test_xdr((xdrproc_t)xdr_TestUnionFixedArray, vorig, vnew, "union_fixed_array", false);
}
static void test_union_variable_array_set(void)
{
TestUnionVariableArray vorig = {
.TestUnionVariableArray_len = 3,
.TestUnionVariableArray_val = (TestUnion[]) {
TEST_UNION_INIT, TEST_UNION_INIT_ALT, TEST_UNION_INIT_ALT,
},
};
g_auto(TestUnionVariableArray) vnew = {0};
test_xdr((xdrproc_t)xdr_TestUnionVariableArray,
&vorig, &vnew, "union_variable_array_set", false);
}
static void test_union_variable_array_overflow(void)
{
TestUnionVariableArray vorig = {
.TestUnionVariableArray_len = 24,
.TestUnionVariableArray_val = (TestUnion[]) {
TEST_UNION_INIT, TEST_UNION_INIT, TEST_UNION_INIT, TEST_UNION_INIT,
TEST_UNION_INIT, TEST_UNION_INIT, TEST_UNION_INIT, TEST_UNION_INIT,
TEST_UNION_INIT, TEST_UNION_INIT, TEST_UNION_INIT, TEST_UNION_INIT,
TEST_UNION_INIT, TEST_UNION_INIT, TEST_UNION_INIT, TEST_UNION_INIT,
TEST_UNION_INIT, TEST_UNION_INIT, TEST_UNION_INIT, TEST_UNION_INIT,
TEST_UNION_INIT, TEST_UNION_INIT, TEST_UNION_INIT, TEST_UNION_INIT,
}
};
g_auto(TestUnionVariableArray) vnew = {0};
test_xdr((xdrproc_t)xdr_TestUnionVariableArray,
&vorig, &vnew, "union_variable_array_overflow", true);
}
static void test_union_variable_array_empty(void)
{
TestUnionVariableArray vorig = {
.TestUnionVariableArray_len = 0,
.TestUnionVariableArray_val = (TestUnion[]) {},
};
g_auto(TestUnionVariableArray) vnew = {0};
test_xdr((xdrproc_t)xdr_TestUnionVariableArray,
&vorig, &vnew, "union_variable_array_empty", false);
}
static void test_struct_all_types(void)
{
int ip = 1729;
TestEnum ep = TEST_ENUM_TWO;
TestStruct sp = TEST_STRUCT_INIT;
TestUnion up = TEST_UNION_INIT;
TestStructAllTypes vorig = {
.sc = 'x',
.suc = 'y',
.ss = -7,
.sus = 14,
.si = -1729,
.sui = 1729,
.sh = -87539319,
.suh = -87539319,
.sb = true,
.sf = 0.1729,
.sd = 8753.9319,
.ip = &ip,
.ifa = { 1, 2, 3 },
.iva = {
.iva_len = 3,
.iva_val = (int[]) { 7, 8, 9 },
},
.stva = (char *)"hello",
.ofa = {
0x1, 0x2, 0x3, 0xff, 0xff, 0xff, 0xff, 0x1,
0x1, 0x2, 0x3, 0xff, 0xff, 0xff, 0xff, 0x1,
0x1, 0x2, 0x3, 0xff, 0xff, 0xff, 0xff, 0x1,
0x1, 0x2, 0x3, 0xff, 0xff, 0xff, 0xff, 0x1,
0xff,
},
.ova = {
.ova_len = 3,
.ova_val = (char[]) { 0x1, 0xca, 0xfe },
},
.e1 = TEST_ENUM_ONE,
.e2 = TEST_ENUM_TWO,
.ep = &ep,
.efa = {
TEST_ENUM_ONE, TEST_ENUM_TWO, TEST_ENUM_ONE, TEST_ENUM_TWO,
TEST_ENUM_ONE, TEST_ENUM_TWO, TEST_ENUM_ONE, TEST_ENUM_TWO,
TEST_ENUM_ONE, TEST_ENUM_TWO, TEST_ENUM_ONE, TEST_ENUM_TWO,
TEST_ENUM_ONE, TEST_ENUM_TWO, TEST_ENUM_ONE, TEST_ENUM_TWO,
TEST_ENUM_ONE, TEST_ENUM_TWO, TEST_ENUM_ONE, TEST_ENUM_TWO,
TEST_ENUM_ONE, TEST_ENUM_TWO, TEST_ENUM_ONE, TEST_ENUM_TWO,
TEST_ENUM_ONE, TEST_ENUM_TWO, TEST_ENUM_ONE, TEST_ENUM_TWO,
TEST_ENUM_ONE, TEST_ENUM_TWO, TEST_ENUM_ONE, TEST_ENUM_TWO,
TEST_ENUM_ONE, TEST_ENUM_TWO, TEST_ENUM_ONE, TEST_ENUM_TWO,
TEST_ENUM_ONE,
},
.eva = {
.eva_len = 3,
.eva_val = (TestEnum[]) {
TEST_ENUM_TWO, TEST_ENUM_ONE, TEST_ENUM_TWO,
},
},
.s = TEST_STRUCT_INIT,
.sp = &sp,
.sfa = {
TEST_STRUCT_INIT, TEST_STRUCT_INIT_ALT, TEST_STRUCT_INIT, TEST_STRUCT_INIT_ALT,
TEST_STRUCT_INIT_ALT, TEST_STRUCT_INIT, TEST_STRUCT_INIT_ALT, TEST_STRUCT_INIT,
TEST_STRUCT_INIT, TEST_STRUCT_INIT, TEST_STRUCT_INIT, TEST_STRUCT_INIT,
TEST_STRUCT_INIT_ALT, TEST_STRUCT_INIT_ALT, TEST_STRUCT_INIT, TEST_STRUCT_INIT,
TEST_STRUCT_INIT, TEST_STRUCT_INIT_ALT, TEST_STRUCT_INIT, TEST_STRUCT_INIT_ALT,
TEST_STRUCT_INIT_ALT, TEST_STRUCT_INIT, TEST_STRUCT_INIT_ALT, TEST_STRUCT_INIT,
TEST_STRUCT_INIT, TEST_STRUCT_INIT, TEST_STRUCT_INIT, TEST_STRUCT_INIT,
TEST_STRUCT_INIT_ALT, TEST_STRUCT_INIT_ALT, TEST_STRUCT_INIT, TEST_STRUCT_INIT,
TEST_STRUCT_INIT, TEST_STRUCT_INIT_ALT, TEST_STRUCT_INIT, TEST_STRUCT_INIT_ALT,
TEST_STRUCT_INIT_ALT, TEST_STRUCT_INIT, TEST_STRUCT_INIT_ALT, TEST_STRUCT_INIT,
TEST_STRUCT_INIT,
},
.sva = {
.sva_len = 3,
.sva_val = (TestStruct[]) {
TEST_STRUCT_INIT, TEST_STRUCT_INIT_ALT, TEST_STRUCT_INIT,
},
},
.u = TEST_UNION_INIT,
.up = &up,
.ufa = {
TEST_UNION_INIT, TEST_UNION_INIT_ALT, TEST_UNION_INIT, TEST_UNION_INIT_ALT,
TEST_UNION_INIT_ALT, TEST_UNION_INIT, TEST_UNION_INIT_ALT, TEST_UNION_INIT,
TEST_UNION_INIT, TEST_UNION_INIT, TEST_UNION_INIT, TEST_UNION_INIT,
TEST_UNION_INIT_ALT, TEST_UNION_INIT_ALT, TEST_UNION_INIT, TEST_UNION_INIT,
TEST_UNION_INIT, TEST_UNION_INIT_ALT, TEST_UNION_INIT, TEST_UNION_INIT_ALT,
TEST_UNION_INIT_ALT, TEST_UNION_INIT, TEST_UNION_INIT_ALT, TEST_UNION_INIT,
TEST_UNION_INIT, TEST_UNION_INIT, TEST_UNION_INIT, TEST_UNION_INIT,
TEST_UNION_INIT_ALT, TEST_UNION_INIT_ALT, TEST_UNION_INIT, TEST_UNION_INIT,
TEST_UNION_INIT, TEST_UNION_INIT_ALT, TEST_UNION_INIT, TEST_UNION_INIT_ALT,
TEST_UNION_INIT_ALT, TEST_UNION_INIT, TEST_UNION_INIT_ALT, TEST_UNION_INIT,
TEST_UNION_INIT, TEST_UNION_INIT, TEST_UNION_INIT, TEST_UNION_INIT,
TEST_UNION_INIT_ALT,
},
.uva = {
.uva_len = 3,
.uva_val = (TestUnion[]) {
TEST_UNION_INIT, TEST_UNION_INIT_ALT, TEST_UNION_INIT_ALT,
},
},
.tis = 1729,
.tip = &ip,
.tifa = { 1, 2, 3 },
.tiva = {
.TestIntVariableArray_len = 3,
.TestIntVariableArray_val = (int[]) { 7, 8, 9 },
},
.tstva = (char *)"hello",
.tofa = {
0x1, 0x2, 0x3, 0xff, 0xff, 0xff, 0xff, 0x1,
0xff,
},
.tova = {
.TestOpaqueVariableArray_len = 3,
.TestOpaqueVariableArray_val = (char[]) { 0x1, 0xca, 0xfe },
},
.tes = TEST_ENUM_ONE,
.tep = &ep,
.tefa = {
TEST_ENUM_ONE, TEST_ENUM_TWO, TEST_ENUM_ONE, TEST_ENUM_TWO,
TEST_ENUM_ONE, TEST_ENUM_TWO, TEST_ENUM_ONE, TEST_ENUM_TWO,
TEST_ENUM_ONE, TEST_ENUM_TWO, TEST_ENUM_ONE, TEST_ENUM_TWO,
TEST_ENUM_ONE,
},
.teva = {
.TestEnumVariableArray_len = 3,
.TestEnumVariableArray_val = (TestEnum[]) {
TEST_ENUM_TWO, TEST_ENUM_ONE, TEST_ENUM_TWO,
},
},
.tss = TEST_STRUCT_INIT,
.tsp = &sp,
.tsfa = {
TEST_STRUCT_INIT, TEST_STRUCT_INIT_ALT, TEST_STRUCT_INIT, TEST_STRUCT_INIT_ALT,
TEST_STRUCT_INIT_ALT, TEST_STRUCT_INIT, TEST_STRUCT_INIT_ALT, TEST_STRUCT_INIT,
TEST_STRUCT_INIT, TEST_STRUCT_INIT, TEST_STRUCT_INIT, TEST_STRUCT_INIT,
TEST_STRUCT_INIT_ALT, TEST_STRUCT_INIT_ALT, TEST_STRUCT_INIT, TEST_STRUCT_INIT,
TEST_STRUCT_INIT,
},
.tsva = {
.TestStructVariableArray_len = 3,
.TestStructVariableArray_val = (TestStruct[]) {
TEST_STRUCT_INIT, TEST_STRUCT_INIT_ALT, TEST_STRUCT_INIT,
},
},
.tu = TEST_UNION_INIT,
.tup = &up,
.tufa = {
TEST_UNION_INIT, TEST_UNION_INIT_ALT, TEST_UNION_INIT, TEST_UNION_INIT_ALT,
TEST_UNION_INIT_ALT, TEST_UNION_INIT, TEST_UNION_INIT_ALT, TEST_UNION_INIT,
TEST_UNION_INIT, TEST_UNION_INIT, TEST_UNION_INIT, TEST_UNION_INIT,
TEST_UNION_INIT_ALT, TEST_UNION_INIT_ALT, TEST_UNION_INIT, TEST_UNION_INIT,
TEST_UNION_INIT, TEST_UNION_INIT_ALT, TEST_UNION_INIT, TEST_UNION_INIT_ALT,
TEST_UNION_INIT_ALT,
},
.tuva = {
.TestUnionVariableArray_len = 3,
.TestUnionVariableArray_val = (TestUnion[]) {
TEST_UNION_INIT, TEST_UNION_INIT_ALT, TEST_UNION_INIT_ALT,
},
},
};
g_auto(TestStructAllTypes) vnew = {0};
test_xdr((xdrproc_t)xdr_TestStructAllTypes,
&vorig, &vnew, "test_struct_all_types", false);
}
int main(int argc, char **argv)
{
g_test_init(&argc, &argv, NULL);
g_test_set_nonfatal_assertions();
g_test_add_func("/xdr/enum", test_enum);
g_test_add_func("/xdr/struct", test_struct);
g_test_add_func("/xdr/union/case", test_union_case);
g_test_add_func("/xdr/union/default", test_union_default);
g_test_add_func("/xdr/union-void-default/case", test_union_void_default_case);
g_test_add_func("/xdr/union-void-default/default", test_union_void_default_default);
g_test_add_func("/xdr/union-no-default/case", test_union_no_default_case);
g_test_add_func("/xdr/union-no-default/default", test_union_no_default_default);
g_test_add_func("/xdr/int-scalar", test_int_scalar);
g_test_add_func("/xdr/int-pointer/set", test_int_pointer_set);
g_test_add_func("/xdr/int-pointer/null", test_int_pointer_null);
g_test_add_func("/xdr/int-fixed-array", test_int_fixed_array);
g_test_add_func("/xdr/int-variable-array/set", test_int_variable_array_set);
g_test_add_func("/xdr/int-variable-array/overflow", test_int_variable_array_overflow);
g_test_add_func("/xdr/int-variable-array/empty", test_int_variable_array_empty);
g_test_add_func("/xdr/string-variable-array/set", test_string_variable_array_set);
g_test_add_func("/xdr/string-variable-array/empty", test_string_variable_array_empty);
g_test_add_func("/xdr/opaque-fixed-array", test_opaque_fixed_array);
g_test_add_func("/xdr/opaque-variable-array/set", test_opaque_variable_array_set);
g_test_add_func("/xdr/opaque-variable-array/overflow", test_opaque_variable_array_overflow);
g_test_add_func("/xdr/opaque-variable-array/empty", test_opaque_variable_array_empty);
g_test_add_func("/xdr/enum-scalar", test_enum_scalar);
g_test_add_func("/xdr/enum-pointer/set", test_enum_pointer_set);
g_test_add_func("/xdr/enum-pointer/null", test_enum_pointer_null);
g_test_add_func("/xdr/enum-fixed-array", test_enum_fixed_array);
g_test_add_func("/xdr/enum-variable-array/set", test_enum_variable_array_set);
g_test_add_func("/xdr/enum-variable-array/overflow", test_enum_variable_array_overflow);
g_test_add_func("/xdr/enum-variable-array/empty", test_enum_variable_array_empty);
g_test_add_func("/xdr/struct-scalar", test_struct_scalar);
g_test_add_func("/xdr/struct-pointer/set", test_struct_pointer_set);
g_test_add_func("/xdr/struct-pointer/null", test_struct_pointer_null);
g_test_add_func("/xdr/struct-fixed-array", test_struct_fixed_array);
g_test_add_func("/xdr/struct-variable-array/set", test_struct_variable_array_set);
g_test_add_func("/xdr/struct-variable-array/overflow", test_struct_variable_array_overflow);
g_test_add_func("/xdr/struct-variable-array/empty", test_struct_variable_array_empty);
g_test_add_func("/xdr/union-scalar", test_union_scalar);
g_test_add_func("/xdr/union-pointer/set", test_union_pointer_set);
g_test_add_func("/xdr/union-pointer/null", test_union_pointer_null);
g_test_add_func("/xdr/union-fixed-array", test_union_fixed_array);
g_test_add_func("/xdr/union-variable-array/set", test_union_variable_array_set);
g_test_add_func("/xdr/union-variable-array/overflow", test_union_variable_array_overflow);
g_test_add_func("/xdr/union-variable-array/empty", test_union_variable_array_empty);
g_test_add_func("/xdr/struct-all-types", test_struct_all_types);
return g_test_run();
}
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