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libvirt/tests/storagevolxml2argvtest.c

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#include <config.h>
#include "internal.h"
#include "testutils.h"
#include "datatypes.h"
#include "storage/storage_util.h"
#include "testutilsqemu.h"
#include "virstring.h"
#define VIR_FROM_THIS VIR_FROM_NONE
const char create_tool[] = "qemu-img";
/* createVol sets this on volume creation */
static void
testSetVolumeType(virStorageVolDef *vol,
virStoragePoolDef *pool)
{
if (!vol || !pool)
return;
switch (pool->type) {
case VIR_STORAGE_POOL_DIR:
case VIR_STORAGE_POOL_FS:
case VIR_STORAGE_POOL_NETFS:
vol->type = VIR_STORAGE_VOL_FILE;
return;
case VIR_STORAGE_POOL_LOGICAL:
vol->type = VIR_STORAGE_VOL_BLOCK;
return;
}
}
static int
testCompareXMLToArgvFiles(bool shouldFail,
const char *poolxml,
const char *volxml,
const char *inputpoolxml,
const char *inputvolxml,
const char *cmdline,
unsigned int flags,
unsigned long parse_flags)
{
storage: Add support for using inputvol for encryption Starting with QEMU 2.9, encryption convert processing requires a multi-step process in order to generate an encrypted image from some non encrypted raw image. Processing requires to first create an encrypted image using the sizing parameters from the input source and second to use the --image-opts, -n, and --target-image-opts options along with inline driver options to describe the input and output files, generating two commands such as: $ qemu-img create -f luks \ --object secret,id=demo.img_encrypt0,file=/path/to/secretFile \ -o key-secret=demo.img_encrypt0 \ demo.img 500K Formatting 'demo.img', fmt=luks size=512000 key-secret=demo.img_encrypt0 $ qemu-img convert --image-opts -n --target-image-opts \ --object secret,id=demo.img_encrypt0,file=/path/to/secretFile \ driver=raw,file.filename=sparse.img \ driver=luks,file.filename=demo.img,key-secret=demo.img_encrypt0 $ This patch handles the convert processing by running the processing in a do..while loop essentially reusing the existing create logic and arguments to create the target vol from the inputvol and then converting the inputvol using new arguments. This then allows the following virsh command to work properly: virsh vol-create-from default encrypt1-luks.xml data.img --inputpool default where encrypt1-luks.xml would provided the path and secret for the new image, while data.img would be the source image. Signed-off-by: John Ferlan <jferlan@redhat.com> ACKed-by: Michal Privoznik <mprivozn@redhat.com>
2018-06-20 22:51:47 +03:00
virStorageVolEncryptConvertStep convertStep = VIR_STORAGE_VOL_ENCRYPT_NONE;
int ret = -1;
virStoragePoolDef *def = NULL;
virStoragePoolObj *obj = NULL;
g_autofree char *actualCmdline = NULL;
g_autoptr(virStorageVolDef) vol = NULL;
g_autoptr(virStorageVolDef) inputvol = NULL;
g_autoptr(virStoragePoolDef) inputpool = NULL;
g_autoptr(virCommand) cmd = NULL;
if (!(def = virStoragePoolDefParseFile(poolxml)))
goto cleanup;
if (!(obj = virStoragePoolObjNew())) {
virStoragePoolDefFree(def);
goto cleanup;
}
virStoragePoolObjSetDef(obj, def);
if (inputpoolxml) {
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if (!(inputpool = virStoragePoolDefParseFile(inputpoolxml)))
goto cleanup;
}
if (inputvolxml)
parse_flags |= VIR_VOL_XML_PARSE_NO_CAPACITY;
if (!(vol = virStorageVolDefParseFile(def, volxml, parse_flags)))
goto cleanup;
if (inputvolxml &&
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!(inputvol = virStorageVolDefParseFile(inputpool, inputvolxml, 0)))
goto cleanup;
testSetVolumeType(vol, def);
testSetVolumeType(inputvol, inputpool);
storage: Add support for using inputvol for encryption Starting with QEMU 2.9, encryption convert processing requires a multi-step process in order to generate an encrypted image from some non encrypted raw image. Processing requires to first create an encrypted image using the sizing parameters from the input source and second to use the --image-opts, -n, and --target-image-opts options along with inline driver options to describe the input and output files, generating two commands such as: $ qemu-img create -f luks \ --object secret,id=demo.img_encrypt0,file=/path/to/secretFile \ -o key-secret=demo.img_encrypt0 \ demo.img 500K Formatting 'demo.img', fmt=luks size=512000 key-secret=demo.img_encrypt0 $ qemu-img convert --image-opts -n --target-image-opts \ --object secret,id=demo.img_encrypt0,file=/path/to/secretFile \ driver=raw,file.filename=sparse.img \ driver=luks,file.filename=demo.img,key-secret=demo.img_encrypt0 $ This patch handles the convert processing by running the processing in a do..while loop essentially reusing the existing create logic and arguments to create the target vol from the inputvol and then converting the inputvol using new arguments. This then allows the following virsh command to work properly: virsh vol-create-from default encrypt1-luks.xml data.img --inputpool default where encrypt1-luks.xml would provided the path and secret for the new image, while data.img would be the source image. Signed-off-by: John Ferlan <jferlan@redhat.com> ACKed-by: Michal Privoznik <mprivozn@redhat.com>
2018-06-20 22:51:47 +03:00
/* Using an input file for encryption requires a multi-step process
* to create an image of the same size as the inputvol and then to
* convert the inputvol afterwards. Since we only care about the
* command line we have to copy code from storageBackendCreateQemuImg
* and adjust it for the test needs. */
if (inputvol && (vol->target.encryption || inputvol->target.encryption))
storage: Add support for using inputvol for encryption Starting with QEMU 2.9, encryption convert processing requires a multi-step process in order to generate an encrypted image from some non encrypted raw image. Processing requires to first create an encrypted image using the sizing parameters from the input source and second to use the --image-opts, -n, and --target-image-opts options along with inline driver options to describe the input and output files, generating two commands such as: $ qemu-img create -f luks \ --object secret,id=demo.img_encrypt0,file=/path/to/secretFile \ -o key-secret=demo.img_encrypt0 \ demo.img 500K Formatting 'demo.img', fmt=luks size=512000 key-secret=demo.img_encrypt0 $ qemu-img convert --image-opts -n --target-image-opts \ --object secret,id=demo.img_encrypt0,file=/path/to/secretFile \ driver=raw,file.filename=sparse.img \ driver=luks,file.filename=demo.img,key-secret=demo.img_encrypt0 $ This patch handles the convert processing by running the processing in a do..while loop essentially reusing the existing create logic and arguments to create the target vol from the inputvol and then converting the inputvol using new arguments. This then allows the following virsh command to work properly: virsh vol-create-from default encrypt1-luks.xml data.img --inputpool default where encrypt1-luks.xml would provided the path and secret for the new image, while data.img would be the source image. Signed-off-by: John Ferlan <jferlan@redhat.com> ACKed-by: Michal Privoznik <mprivozn@redhat.com>
2018-06-20 22:51:47 +03:00
convertStep = VIR_STORAGE_VOL_ENCRYPT_CREATE;
do {
virCommandFree(cmd);
storage: Add support for using inputvol for encryption Starting with QEMU 2.9, encryption convert processing requires a multi-step process in order to generate an encrypted image from some non encrypted raw image. Processing requires to first create an encrypted image using the sizing parameters from the input source and second to use the --image-opts, -n, and --target-image-opts options along with inline driver options to describe the input and output files, generating two commands such as: $ qemu-img create -f luks \ --object secret,id=demo.img_encrypt0,file=/path/to/secretFile \ -o key-secret=demo.img_encrypt0 \ demo.img 500K Formatting 'demo.img', fmt=luks size=512000 key-secret=demo.img_encrypt0 $ qemu-img convert --image-opts -n --target-image-opts \ --object secret,id=demo.img_encrypt0,file=/path/to/secretFile \ driver=raw,file.filename=sparse.img \ driver=luks,file.filename=demo.img,key-secret=demo.img_encrypt0 $ This patch handles the convert processing by running the processing in a do..while loop essentially reusing the existing create logic and arguments to create the target vol from the inputvol and then converting the inputvol using new arguments. This then allows the following virsh command to work properly: virsh vol-create-from default encrypt1-luks.xml data.img --inputpool default where encrypt1-luks.xml would provided the path and secret for the new image, while data.img would be the source image. Signed-off-by: John Ferlan <jferlan@redhat.com> ACKed-by: Michal Privoznik <mprivozn@redhat.com>
2018-06-20 22:51:47 +03:00
cmd = virStorageBackendCreateQemuImgCmdFromVol(obj, vol,
inputvol, flags,
create_tool,
"/path/to/secretFile",
"/path/to/inputSecretFile",
storage: Add support for using inputvol for encryption Starting with QEMU 2.9, encryption convert processing requires a multi-step process in order to generate an encrypted image from some non encrypted raw image. Processing requires to first create an encrypted image using the sizing parameters from the input source and second to use the --image-opts, -n, and --target-image-opts options along with inline driver options to describe the input and output files, generating two commands such as: $ qemu-img create -f luks \ --object secret,id=demo.img_encrypt0,file=/path/to/secretFile \ -o key-secret=demo.img_encrypt0 \ demo.img 500K Formatting 'demo.img', fmt=luks size=512000 key-secret=demo.img_encrypt0 $ qemu-img convert --image-opts -n --target-image-opts \ --object secret,id=demo.img_encrypt0,file=/path/to/secretFile \ driver=raw,file.filename=sparse.img \ driver=luks,file.filename=demo.img,key-secret=demo.img_encrypt0 $ This patch handles the convert processing by running the processing in a do..while loop essentially reusing the existing create logic and arguments to create the target vol from the inputvol and then converting the inputvol using new arguments. This then allows the following virsh command to work properly: virsh vol-create-from default encrypt1-luks.xml data.img --inputpool default where encrypt1-luks.xml would provided the path and secret for the new image, while data.img would be the source image. Signed-off-by: John Ferlan <jferlan@redhat.com> ACKed-by: Michal Privoznik <mprivozn@redhat.com>
2018-06-20 22:51:47 +03:00
convertStep);
if (!cmd) {
if (shouldFail) {
virResetLastError();
ret = 0;
}
goto cleanup;
}
storage: Add support for using inputvol for encryption Starting with QEMU 2.9, encryption convert processing requires a multi-step process in order to generate an encrypted image from some non encrypted raw image. Processing requires to first create an encrypted image using the sizing parameters from the input source and second to use the --image-opts, -n, and --target-image-opts options along with inline driver options to describe the input and output files, generating two commands such as: $ qemu-img create -f luks \ --object secret,id=demo.img_encrypt0,file=/path/to/secretFile \ -o key-secret=demo.img_encrypt0 \ demo.img 500K Formatting 'demo.img', fmt=luks size=512000 key-secret=demo.img_encrypt0 $ qemu-img convert --image-opts -n --target-image-opts \ --object secret,id=demo.img_encrypt0,file=/path/to/secretFile \ driver=raw,file.filename=sparse.img \ driver=luks,file.filename=demo.img,key-secret=demo.img_encrypt0 $ This patch handles the convert processing by running the processing in a do..while loop essentially reusing the existing create logic and arguments to create the target vol from the inputvol and then converting the inputvol using new arguments. This then allows the following virsh command to work properly: virsh vol-create-from default encrypt1-luks.xml data.img --inputpool default where encrypt1-luks.xml would provided the path and secret for the new image, while data.img would be the source image. Signed-off-by: John Ferlan <jferlan@redhat.com> ACKed-by: Michal Privoznik <mprivozn@redhat.com>
2018-06-20 22:51:47 +03:00
if (convertStep != VIR_STORAGE_VOL_ENCRYPT_CONVERT) {
if (!(actualCmdline = virCommandToString(cmd, true)))
storage: Add support for using inputvol for encryption Starting with QEMU 2.9, encryption convert processing requires a multi-step process in order to generate an encrypted image from some non encrypted raw image. Processing requires to first create an encrypted image using the sizing parameters from the input source and second to use the --image-opts, -n, and --target-image-opts options along with inline driver options to describe the input and output files, generating two commands such as: $ qemu-img create -f luks \ --object secret,id=demo.img_encrypt0,file=/path/to/secretFile \ -o key-secret=demo.img_encrypt0 \ demo.img 500K Formatting 'demo.img', fmt=luks size=512000 key-secret=demo.img_encrypt0 $ qemu-img convert --image-opts -n --target-image-opts \ --object secret,id=demo.img_encrypt0,file=/path/to/secretFile \ driver=raw,file.filename=sparse.img \ driver=luks,file.filename=demo.img,key-secret=demo.img_encrypt0 $ This patch handles the convert processing by running the processing in a do..while loop essentially reusing the existing create logic and arguments to create the target vol from the inputvol and then converting the inputvol using new arguments. This then allows the following virsh command to work properly: virsh vol-create-from default encrypt1-luks.xml data.img --inputpool default where encrypt1-luks.xml would provided the path and secret for the new image, while data.img would be the source image. Signed-off-by: John Ferlan <jferlan@redhat.com> ACKed-by: Michal Privoznik <mprivozn@redhat.com>
2018-06-20 22:51:47 +03:00
goto cleanup;
} else {
char *createCmdline = actualCmdline;
g_autofree char *cvtCmdline = NULL;
storage: Add support for using inputvol for encryption Starting with QEMU 2.9, encryption convert processing requires a multi-step process in order to generate an encrypted image from some non encrypted raw image. Processing requires to first create an encrypted image using the sizing parameters from the input source and second to use the --image-opts, -n, and --target-image-opts options along with inline driver options to describe the input and output files, generating two commands such as: $ qemu-img create -f luks \ --object secret,id=demo.img_encrypt0,file=/path/to/secretFile \ -o key-secret=demo.img_encrypt0 \ demo.img 500K Formatting 'demo.img', fmt=luks size=512000 key-secret=demo.img_encrypt0 $ qemu-img convert --image-opts -n --target-image-opts \ --object secret,id=demo.img_encrypt0,file=/path/to/secretFile \ driver=raw,file.filename=sparse.img \ driver=luks,file.filename=demo.img,key-secret=demo.img_encrypt0 $ This patch handles the convert processing by running the processing in a do..while loop essentially reusing the existing create logic and arguments to create the target vol from the inputvol and then converting the inputvol using new arguments. This then allows the following virsh command to work properly: virsh vol-create-from default encrypt1-luks.xml data.img --inputpool default where encrypt1-luks.xml would provided the path and secret for the new image, while data.img would be the source image. Signed-off-by: John Ferlan <jferlan@redhat.com> ACKed-by: Michal Privoznik <mprivozn@redhat.com>
2018-06-20 22:51:47 +03:00
if (!(cvtCmdline = virCommandToString(cmd, true)))
storage: Add support for using inputvol for encryption Starting with QEMU 2.9, encryption convert processing requires a multi-step process in order to generate an encrypted image from some non encrypted raw image. Processing requires to first create an encrypted image using the sizing parameters from the input source and second to use the --image-opts, -n, and --target-image-opts options along with inline driver options to describe the input and output files, generating two commands such as: $ qemu-img create -f luks \ --object secret,id=demo.img_encrypt0,file=/path/to/secretFile \ -o key-secret=demo.img_encrypt0 \ demo.img 500K Formatting 'demo.img', fmt=luks size=512000 key-secret=demo.img_encrypt0 $ qemu-img convert --image-opts -n --target-image-opts \ --object secret,id=demo.img_encrypt0,file=/path/to/secretFile \ driver=raw,file.filename=sparse.img \ driver=luks,file.filename=demo.img,key-secret=demo.img_encrypt0 $ This patch handles the convert processing by running the processing in a do..while loop essentially reusing the existing create logic and arguments to create the target vol from the inputvol and then converting the inputvol using new arguments. This then allows the following virsh command to work properly: virsh vol-create-from default encrypt1-luks.xml data.img --inputpool default where encrypt1-luks.xml would provided the path and secret for the new image, while data.img would be the source image. Signed-off-by: John Ferlan <jferlan@redhat.com> ACKed-by: Michal Privoznik <mprivozn@redhat.com>
2018-06-20 22:51:47 +03:00
goto cleanup;
actualCmdline = g_strdup_printf("%s\n%s", createCmdline, cvtCmdline);
storage: Add support for using inputvol for encryption Starting with QEMU 2.9, encryption convert processing requires a multi-step process in order to generate an encrypted image from some non encrypted raw image. Processing requires to first create an encrypted image using the sizing parameters from the input source and second to use the --image-opts, -n, and --target-image-opts options along with inline driver options to describe the input and output files, generating two commands such as: $ qemu-img create -f luks \ --object secret,id=demo.img_encrypt0,file=/path/to/secretFile \ -o key-secret=demo.img_encrypt0 \ demo.img 500K Formatting 'demo.img', fmt=luks size=512000 key-secret=demo.img_encrypt0 $ qemu-img convert --image-opts -n --target-image-opts \ --object secret,id=demo.img_encrypt0,file=/path/to/secretFile \ driver=raw,file.filename=sparse.img \ driver=luks,file.filename=demo.img,key-secret=demo.img_encrypt0 $ This patch handles the convert processing by running the processing in a do..while loop essentially reusing the existing create logic and arguments to create the target vol from the inputvol and then converting the inputvol using new arguments. This then allows the following virsh command to work properly: virsh vol-create-from default encrypt1-luks.xml data.img --inputpool default where encrypt1-luks.xml would provided the path and secret for the new image, while data.img would be the source image. Signed-off-by: John Ferlan <jferlan@redhat.com> ACKed-by: Michal Privoznik <mprivozn@redhat.com>
2018-06-20 22:51:47 +03:00
VIR_FREE(createCmdline);
}
if (convertStep == VIR_STORAGE_VOL_ENCRYPT_NONE)
convertStep = VIR_STORAGE_VOL_ENCRYPT_DONE;
else if (convertStep == VIR_STORAGE_VOL_ENCRYPT_CREATE)
convertStep = VIR_STORAGE_VOL_ENCRYPT_CONVERT;
else if (convertStep == VIR_STORAGE_VOL_ENCRYPT_CONVERT)
convertStep = VIR_STORAGE_VOL_ENCRYPT_DONE;
} while (convertStep != VIR_STORAGE_VOL_ENCRYPT_DONE);
if (virTestCompareToFileFull(actualCmdline, cmdline, false) < 0)
goto cleanup;
ret = 0;
cleanup:
virStoragePoolObjEndAPI(&obj);
return ret;
}
struct testInfo {
bool shouldFail;
const char *pool;
const char *vol;
const char *inputpool;
const char *inputvol;
const char *cmdline;
unsigned int flags;
unsigned long parseflags;
};
static int
testCompareXMLToArgvHelper(const void *data)
{
const struct testInfo *info = data;
g_autofree char *poolxml = NULL;
g_autofree char *inputpoolxml = NULL;
g_autofree char *volxml = NULL;
g_autofree char *inputvolxml = NULL;
g_autofree char *cmdline = NULL;
if (info->inputvol)
inputvolxml = g_strdup_printf("%s/storagevolxml2xmlin/%s.xml",
abs_srcdir, info->inputvol);
if (info->inputpool)
inputpoolxml = g_strdup_printf("%s/storagepoolxml2xmlin/%s.xml",
abs_srcdir, info->inputpool);
poolxml = g_strdup_printf("%s/storagepoolxml2xmlin/%s.xml",
abs_srcdir, info->pool);
volxml = g_strdup_printf("%s/storagevolxml2xmlin/%s.xml",
abs_srcdir, info->vol);
cmdline = g_strdup_printf("%s/storagevolxml2argvdata/%s.argv",
abs_srcdir, info->cmdline);
return testCompareXMLToArgvFiles(info->shouldFail, poolxml, volxml,
inputpoolxml, inputvolxml,
cmdline, info->flags,
info->parseflags);
}
static int
mymain(void)
{
int ret = 0;
unsigned int flags = VIR_STORAGE_VOL_CREATE_PREALLOC_METADATA;
#define DO_TEST_FULL(shouldFail, parseflags, pool, vol, inputpool, inputvol, \
cmdline, flags) \
do { \
struct testInfo info = { shouldFail, pool, vol, inputpool, inputvol, \
cmdline, flags, parseflags }; \
if (virTestRun("Storage Vol XML-2-argv " cmdline, \
testCompareXMLToArgvHelper, &info) < 0) \
ret = -1; \
} \
while (0);
#define DO_TEST(pool, ...) \
DO_TEST_FULL(false, 0, pool, __VA_ARGS__)
#define DO_TEST_FAIL(pool, ...) \
DO_TEST_FULL(true, 0, pool, __VA_ARGS__)
DO_TEST("pool-dir", "vol-qcow2",
NULL, NULL,
"qcow2-compat", 0);
DO_TEST("pool-dir", "vol-qcow2-nobacking",
NULL, NULL,
"qcow2-nobacking-prealloc-compat", flags);
DO_TEST("pool-dir", "vol-qcow2-nobacking",
"pool-dir", "vol-file",
"qcow2-nobacking-convert-prealloc-compat", flags);
DO_TEST("pool-dir", "vol-qcow2-lazy",
NULL, NULL,
"qcow2-lazy", 0);
DO_TEST("pool-dir", "vol-qcow2-1.1",
NULL, NULL,
"qcow2-1.1", 0);
DO_TEST_FAIL("pool-dir", "vol-qcow2-0.10-lazy",
NULL, NULL,
"qcow2-0.10-lazy", 0);
DO_TEST("pool-dir", "vol-qcow2-nobacking",
"pool-logical", "vol-logical",
"qcow2-from-logical-compat", 0);
DO_TEST("pool-logical", "vol-logical",
"pool-dir", "vol-qcow2-nobacking",
"logical-from-qcow2", 0);
DO_TEST("pool-dir", "vol-qcow2-nocow",
NULL, NULL,
"qcow2-nocow-compat", 0);
DO_TEST("pool-dir", "vol-qcow2-nocapacity",
"pool-dir", "vol-file",
"qcow2-nocapacity-convert-prealloc", flags);
DO_TEST("pool-dir", "vol-qcow2-zerocapacity",
NULL, NULL,
"qcow2-zerocapacity", 0);
DO_TEST_FULL(false, VIR_VOL_XML_PARSE_OPT_CAPACITY,
"pool-dir", "vol-qcow2-nocapacity-backing", NULL, NULL,
"qcow2-nocapacity", 0);
DO_TEST("pool-dir", "vol-file-iso",
NULL, NULL,
"iso", 0);
DO_TEST("pool-dir", "vol-file",
"pool-dir", "vol-file-iso",
"iso-input", 0);
DO_TEST_FAIL("pool-dir", "vol-qcow2-encryption",
NULL, NULL,
"qcow2-encryption", 0);
DO_TEST("pool-dir", "vol-luks",
NULL, NULL,
"luks", 0);
DO_TEST("pool-dir", "vol-luks-cipher",
NULL, NULL,
"luks-cipher", 0);
DO_TEST("pool-dir", "vol-qcow2-luks",
NULL, NULL,
"qcow2-luks", 0);
storage: Add support for using inputvol for encryption Starting with QEMU 2.9, encryption convert processing requires a multi-step process in order to generate an encrypted image from some non encrypted raw image. Processing requires to first create an encrypted image using the sizing parameters from the input source and second to use the --image-opts, -n, and --target-image-opts options along with inline driver options to describe the input and output files, generating two commands such as: $ qemu-img create -f luks \ --object secret,id=demo.img_encrypt0,file=/path/to/secretFile \ -o key-secret=demo.img_encrypt0 \ demo.img 500K Formatting 'demo.img', fmt=luks size=512000 key-secret=demo.img_encrypt0 $ qemu-img convert --image-opts -n --target-image-opts \ --object secret,id=demo.img_encrypt0,file=/path/to/secretFile \ driver=raw,file.filename=sparse.img \ driver=luks,file.filename=demo.img,key-secret=demo.img_encrypt0 $ This patch handles the convert processing by running the processing in a do..while loop essentially reusing the existing create logic and arguments to create the target vol from the inputvol and then converting the inputvol using new arguments. This then allows the following virsh command to work properly: virsh vol-create-from default encrypt1-luks.xml data.img --inputpool default where encrypt1-luks.xml would provided the path and secret for the new image, while data.img would be the source image. Signed-off-by: John Ferlan <jferlan@redhat.com> ACKed-by: Michal Privoznik <mprivozn@redhat.com>
2018-06-20 22:51:47 +03:00
DO_TEST("pool-dir", "vol-luks-convert",
"pool-dir", "vol-file",
"luks-convert", 0);
DO_TEST("pool-dir", "vol-luks-convert",
"pool-dir", "vol-file-qcow2",
"luks-convert-qcow2", 0);
DO_TEST("pool-dir", "vol-luks",
"pool-dir", "vol-luks-convert",
"luks-convert-encrypt", 0);
DO_TEST("pool-dir", "vol-file",
"pool-dir", "vol-luks-convert",
"luks-convert-encrypt2fileraw", 0);
DO_TEST("pool-dir", "vol-file-qcow2",
"pool-dir", "vol-luks-convert",
"luks-convert-encrypt2fileqcow2", 0);
DO_TEST("pool-dir", "vol-qcow2-luks",
"pool-dir", "vol-qcow2-luks-convert",
"qcow2-luks-convert-encrypt", 0);
DO_TEST("pool-dir", "vol-file",
"pool-dir", "vol-qcow2-luks-convert",
"qcow2-luks-convert-encrypt2fileraw", 0);
DO_TEST("pool-dir", "vol-file-qcow2",
"pool-dir", "vol-qcow2-luks-convert",
"qcow2-luks-convert-encrypt2fileqcow2", 0);
return ret == 0 ? EXIT_SUCCESS : EXIT_FAILURE;
}
VIR_TEST_MAIN(mymain)