int CheckLcmType(const lcmtest::multidim_array_t* msg, int expected) {
CHECK_FIELD(msg->size_a, expected, "%d");
CHECK_FIELD(msg->size_b, expected, "%d");
CHECK_FIELD(msg->size_c, expected, "%d");
int i, j, k;
int n = 0;
// data
for (i = 0; i < msg->size_a; i++) {
for (j = 0; j < msg->size_b; j++) {
for (k = 0; k < msg->size_c; k++) {
CHECK_FIELD(msg->data[i][j][k], n, "%d");
n++;
}
}
}
// strarray
char expected_buf[80];
n = 0;
for (i = 0; i < 2; i++) {
for (k = 0; k < msg->size_c; k++) {
snprintf(expected_buf, 79, "%d", n);
if (strcmp(expected_buf, msg->strarray[i][k].c_str())) {
info("Expected msg->strarray[%d][%d] to be %s, got %s instead", i, k,
expected_buf, msg->strarray[i][k].c_str());
return 0;
}
n++;
}
}
return 1;
}
void onvif_set_UpgradeSystemFirmware_request(struct soap* soap, struct _tds__UpgradeSystemFirmware * req){
unsigned char* data;
size_t size = 0;
printf("enter %s\n", __FUNCTION__);
memset(req, 0, sizeof(*req));
CHECK_FIELD(req->Firmware);
data = load_file_data("1.bin", &size);
if (data == NULL) {
printf("empty file\n");
return;
}
printf("file size:%d\n", size);
soap_set_field_string(soap, &req->Firmware->xmime__contentType, "binary");
req->Firmware->xop__Include.__size = min(64*1024,size);
req->Firmware->xop__Include.__ptr = (unsigned char*) data;
soap_set_field_string(soap, &req->Firmware->xop__Include.id, "id");
soap_set_field_string(soap, &req->Firmware->xop__Include.options, "option");
soap_set_field_string(soap, &req->Firmware->xop__Include.type, "text/html");
free(data);
}
bool TMetaProtoSerial::operator() (NPb::Message& m, int protoField) {
CHECK_FIELD();
// L_DEBUG << "Serial process of message " << m.GetTypeName() << " as " << protoField << " field number in " << Message.GetTypeName();
auto* fd = GetFieldDescr(protoField);
switch (Mode) {
case ESerialMode::IN:
{
if (fd->is_repeated()) {
auto* rfPtr = Refl->MutableRepeatedPtrField<NPb::Message>(&Message, fd);
m.CopyFrom(rfPtr->Get(0));
} else {
m.CopyFrom(Refl->GetMessage(Message, fd));
}
}
break;
case ESerialMode::OUT:
{
NPb::Message* messageField;
if (fd->is_repeated()) {
auto* rfPtr = Refl->MutableRepeatedPtrField<NPb::Message>(&Message, fd);
messageField = rfPtr->Mutable(0);
} else {
messageField = Refl->MutableMessage(&Message, fd);
}
ENSURE(messageField->GetTypeName() == m.GetTypeName(), "Message types are not equal, expecting " << m.GetTypeName() << " at " << protoField << " field number, got " << messageField->GetTypeName());
messageField->CopyFrom(m);
}
break;
}
return true;
}
bool TProtoSerial::operator() (TMatrixD& m, int protoField) {
CHECK_FIELD();
switch (Mode) {
case ESerialMode::IN:
{
const NGroundProto::TMatrixD* mat = GetEmbedMessage<NGroundProto::TMatrixD>(protoField);
m = TMatrixD(mat->n_rows(), mat->n_cols());
for (size_t rowIdx=0; rowIdx < m.n_rows; ++rowIdx) {
const NGroundProto::TVectorD& row = mat->row(rowIdx);
for (size_t colIdx=0; colIdx < m.n_cols; ++colIdx) {
m(rowIdx, colIdx) = row.x(colIdx);
}
}
}
break;
case ESerialMode::OUT:
{
NGroundProto::TMatrixD* mat = GetEmbedMutMessage<NGroundProto::TMatrixD>(protoField);
mat->set_n_rows(m.n_rows);
mat->set_n_cols(m.n_cols);
for (size_t rowIdx=0; rowIdx < m.n_rows; ++rowIdx) {
NGroundProto::TVectorD* row = mat->add_row();
for (size_t colIdx=0; colIdx < m.n_cols; ++colIdx) {
row->add_x(m(rowIdx, colIdx));
}
}
}
break;
}
return true;
}
bool TProtoSerial::operator() (NPb::Message& m, int protoField) {
CHECK_FIELD();
// L_DEBUG << "Serial process of message " << m.GetTypeName() << " as " << protoField << " field number in " << Message.GetTypeName();
auto* fd = GetFieldDescr(protoField);
switch (Mode) {
case ESerialMode::IN:
{
if (fd->is_repeated()) {
auto* rfPtr = Refl->MutableRepeatedPtrField<NPb::Message>(&Message, fd);
m.CopyFrom(rfPtr->Get(0));
rfPtr->DeleteSubrange(0, 1);
} else {
m.CopyFrom(Refl->GetMessage(Message, fd));
}
}
break;
case ESerialMode::OUT:
{
NPb::Message* messageField;
if (fd->is_repeated()) {
messageField = Refl->AddMessage(&Message, fd);
} else {
messageField = Refl->MutableMessage(&Message, fd);
}
messageField->CopyFrom(m);
}
break;
}
return true;
}
bool TProtoSerial::operator() (TVector<double>& v, int protoField) {
CHECK_FIELD();
TVectorD laVec = NLa::StdToVec(v);
(*this)(laVec, protoField);
v = NLa::VecToStd(laVec);
return true;
}
static bool
virSysinfoSystemIsEqual(virSysinfoSystemDefPtr src,
virSysinfoSystemDefPtr dst)
{
bool identical = false;
if (!src && !dst)
return true;
if ((src && !dst) || (!src && dst)) {
virReportError(VIR_ERR_CONFIG_UNSUPPORTED, "%s",
_("Target sysinfo does not match source"));
goto cleanup;
}
CHECK_FIELD(manufacturer, "system vendor");
CHECK_FIELD(product, "system product");
CHECK_FIELD(version, "system version");
CHECK_FIELD(serial, "system serial");
CHECK_FIELD(uuid, "system uuid");
CHECK_FIELD(sku, "system sku");
CHECK_FIELD(family, "system family");
identical = true;
cleanup:
return identical;
}
static bool
virSysinfoBaseBoardIsEqual(virSysinfoBaseBoardDefPtr src,
virSysinfoBaseBoardDefPtr dst)
{
bool identical = false;
if (!src && !dst)
return true;
if ((src && !dst) || (!src && dst)) {
virReportError(VIR_ERR_CONFIG_UNSUPPORTED, "%s",
_("Target base board does not match source"));
goto cleanup;
}
CHECK_FIELD(manufacturer, "base board vendor");
CHECK_FIELD(product, "base board product");
CHECK_FIELD(version, "base board version");
CHECK_FIELD(serial, "base board serial");
CHECK_FIELD(asset, "base board asset");
CHECK_FIELD(location, "base board location");
identical = true;
cleanup:
return identical;
}
int CheckLcmType(const lcmtest::node_t* msg, int expected) {
CHECK_FIELD(msg->num_children, expected, "%d");
if (!msg->num_children)
return 1;
int i;
for (i = 0; i < msg->num_children; i++) {
const lcmtest::node_t* child = &msg->children[i];
if (!CheckLcmType(child, msg->num_children - 1))
return 0;
}
return 1;
}
bool TProtoSerial::operator() (IMetaProtoSerial& v, int protoField, bool newMessage) {
CHECK_FIELD();
NPb::Message* message = GetEmbedMutMessage<NPb::Message>(protoField, newMessage);
TMetaProtoSerial serial(*message, protoField, Mode);
v.SerialProcess(serial);
if (newMessage && IsInput()) {
auto* fd = GetFieldDescr(protoField);
ENSURE(fd->is_repeated(), "New message on non repeated field");
auto* rfPtr = Refl->MutableRepeatedPtrField<NPb::Message>(&Message, fd);
rfPtr->DeleteSubrange(0, 1);
}
return true;
}
static bool
virSysinfoBIOSIsEqual(virSysinfoBIOSDefPtr src,
virSysinfoBIOSDefPtr dst)
{
bool identical = false;
if (!src && !dst)
return true;
if ((src && !dst) || (!src && dst)) {
virReportError(VIR_ERR_CONFIG_UNSUPPORTED, "%s",
_("Target sysinfo does not match source"));
goto cleanup;
}
CHECK_FIELD(vendor, "BIOS vendor");
CHECK_FIELD(version, "BIOS version");
CHECK_FIELD(date, "BIOS date");
CHECK_FIELD(release, "BIOS release");
identical = true;
cleanup:
return identical;
}
bool TProtoSerial::operator() (TString& v, int protoField) {
CHECK_FIELD();
switch (Mode) {
case ESerialMode::IN:
{
v = Refl->GetString(Message, GetFieldDescr(protoField));
}
break;
case ESerialMode::OUT:
{
Refl->SetString(&Message, GetFieldDescr(protoField), v);
}
break;
}
return true;
}
bool TProtoSerial::SerialRepeated(TString& v, int idx, int protoField) {
CHECK_FIELD();
auto* fd = GetFieldDescr(protoField);
switch (Mode) {
case ESerialMode::IN:
{
v = Refl->GetRepeatedString(Message, fd, idx);
}
break;
case ESerialMode::OUT:
{
Refl->AddString(&Message, fd, v);
}
break;
}
return true;
}
bool TProtoSerial::SerialRepeated(NPb::Message& m, int idx, int protoField) {
CHECK_FIELD();
switch (Mode) {
case ESerialMode::IN:
{
const auto& messageField = Refl->GetRepeatedMessage(Message, GetFieldDescr(protoField), idx);
m.CopyFrom(messageField);
}
break;
case ESerialMode::OUT:
{
NPb::Message* messageField = Refl->AddMessage(&Message, GetFieldDescr(protoField));
messageField->CopyFrom(m);
}
break;
}
return true;
}
bool TProtoSerial::SerialRepeated(TComplex& v, int idx, int protoField) {
CHECK_FIELD();
switch (Mode) {
case ESerialMode::IN:
{
const auto& messageField = Refl->GetRepeatedMessage(Message, GetFieldDescr(protoField), idx);
const NGroundProto::TComplex& cpx = dynamic_cast<const NGroundProto::TComplex&>(messageField);
v = TComplex(cpx.real(), cpx.imag());
}
break;
case ESerialMode::OUT:
{
NPb::Message* messageField = Refl->AddMessage(&Message, GetFieldDescr(protoField));
NGroundProto::TComplex* cpx = dynamic_cast<NGroundProto::TComplex*>(messageField);
cpx->set_real(v.real());
cpx->set_imag(v.imag());
}
break;
}
return true;
}
bool TProtoSerial::operator() (TVectorD& v, int protoField) {
CHECK_FIELD();
switch (Mode) {
case ESerialMode::IN:
{
const NGroundProto::TVectorD* vecProto = GetEmbedMessage<NGroundProto::TVectorD>(protoField);
v = TVectorD(vecProto->x_size());
for (size_t vecIdx=0; vecIdx < v.size(); ++vecIdx) {
v(vecIdx) = vecProto->x(vecIdx);
}
}
break;
case ESerialMode::OUT:
{
NGroundProto::TVectorD* vecProto = GetEmbedMutMessage<NGroundProto::TVectorD>(protoField);
for (const auto& val: v) {
vecProto->add_x(val);
}
}
break;
}
return true;
}
MatchQuality MatchesStyle(const PGFFontStyle &style, bool optimum) const {
// If no field matches, it doesn't match.
MatchQuality match = MATCH_NONE;
#define CHECK_FIELD(f, m) \
if (style.f != 0) { \
if (style.f != style_.f) { \
return MATCH_NONE; \
} \
if (match < m) { \
match = m; \
} \
}
#define CHECK_FIELD_STR(f, m) \
if (style.f[0] != '\0') { \
if (strcmp(style.f, style_.f) != 0) { \
return MATCH_NONE; \
} \
if (match < m) { \
match = m; \
} \
}
// H and V take the first match, most other fields take the last match.
CHECK_FIELD(fontH, MATCH_PERFECT);
CHECK_FIELD(fontV, MATCH_PERFECT);
CHECK_FIELD(fontFamily, MATCH_GOOD);
CHECK_FIELD(fontStyle, MATCH_GOOD);
CHECK_FIELD(fontLanguage, MATCH_GOOD);
CHECK_FIELD(fontCountry, MATCH_GOOD);
CHECK_FIELD_STR(fontName, MATCH_GOOD);
CHECK_FIELD_STR(fontFileName, MATCH_GOOD);
#undef CHECK_FIELD_STR
#undef CHECK_FIELD
return match;
}
bool virSysinfoIsEqual(virSysinfoDefPtr src,
virSysinfoDefPtr dst)
{
bool identical = false;
if (!src && !dst)
return true;
if ((src && !dst) || (!src && dst)) {
virReportError(VIR_ERR_CONFIG_UNSUPPORTED, "%s",
_("Target sysinfo does not match source"));
goto cleanup;
}
if (src->type != dst->type) {
virReportError(VIR_ERR_CONFIG_UNSUPPORTED,
_("Target sysinfo %s does not match source %s"),
virSysinfoTypeToString(dst->type),
virSysinfoTypeToString(src->type));
goto cleanup;
}
#define CHECK_FIELD(name, desc) \
do { \
if (STRNEQ_NULLABLE(src->name, dst->name)) { \
virReportError(VIR_ERR_CONFIG_UNSUPPORTED, \
_("Target sysinfo %s %s does not match source %s"), \
desc, NULLSTR(src->name), NULLSTR(dst->name)); \
} \
} while (0)
CHECK_FIELD(bios_vendor, "BIOS vendor");
CHECK_FIELD(bios_version, "BIOS version");
CHECK_FIELD(bios_date, "BIOS date");
CHECK_FIELD(bios_release, "BIOS release");
CHECK_FIELD(system_manufacturer, "system vendor");
CHECK_FIELD(system_product, "system product");
CHECK_FIELD(system_version, "system version");
CHECK_FIELD(system_serial, "system serial");
CHECK_FIELD(system_uuid, "system uuid");
CHECK_FIELD(system_sku, "system sku");
CHECK_FIELD(system_family, "system family");
#undef CHECK_FIELD
identical = true;
cleanup:
return identical;
}
int CheckLcmType(const lcmtest2::another_type_t* msg, int expected) {
int n = expected;
CHECK_FIELD(msg->val, n, "%d");
return 1;
}
int CheckLcmType(const lcmtest::primitives_t* msg, int expected) {
int n = expected;
CHECK_FIELD(msg->i8, n % 100, "%d");
CHECK_FIELD(msg->i16, n * 10, "%d");
CHECK_FIELD(msg->i64, (int64_t )(n * 10000), "%jd");
CHECK_FIELD(msg->position[0], (double )n, "%f");
CHECK_FIELD(msg->position[1], (double )n, "%f");
CHECK_FIELD(msg->position[2], (double )n, "%f");
CHECK_FIELD(msg->orientation[0], (double )n, "%f");
CHECK_FIELD(msg->orientation[1], (double )n, "%f");
CHECK_FIELD(msg->orientation[2], (double )n, "%f");
CHECK_FIELD(msg->orientation[3], (double )n, "%f");
CHECK_FIELD(msg->num_ranges, n, "%d");
int i;
for (i = 0; i < n; i++)
CHECK_FIELD(msg->ranges[i], i, "%d");
char expected_name[100];
sprintf(expected_name, "%d", n);
if (strcmp(expected_name, msg->name.c_str())) {
info("Expected msg->expected_name to be %s, got %s instead",
expected_name, msg->name.c_str());
return 0;
}
CHECK_FIELD(msg->enabled, (int )(n % 2), "%d");
return 1;
}
void ME_GetSelectionParaFormat(ME_TextEditor *editor, PARAFORMAT2 *pFmt)
{
ME_DisplayItem *para, *para_end;
PARAFORMAT2 *curFmt;
if (pFmt->cbSize < sizeof(PARAFORMAT)) {
pFmt->dwMask = 0;
return;
}
ME_GetSelectionParas(editor, ¶, ¶_end);
ME_GetParaFormat(editor, para, pFmt);
/* Invalidate values that change across the selected paragraphs. */
while (para != para_end)
{
para = para->member.para.next_para;
curFmt = para->member.para.pFmt;
#define CHECK_FIELD(m, f) \
if (pFmt->f != curFmt->f) pFmt->dwMask &= ~(m);
CHECK_FIELD(PFM_NUMBERING, wNumbering);
CHECK_FIELD(PFM_STARTINDENT, dxStartIndent);
CHECK_FIELD(PFM_RIGHTINDENT, dxRightIndent);
CHECK_FIELD(PFM_OFFSET, dxOffset);
CHECK_FIELD(PFM_ALIGNMENT, wAlignment);
if (pFmt->dwMask & PFM_TABSTOPS) {
if (pFmt->cTabCount != para->member.para.pFmt->cTabCount ||
memcmp(pFmt->rgxTabs, curFmt->rgxTabs, curFmt->cTabCount*sizeof(int)))
pFmt->dwMask &= ~PFM_TABSTOPS;
}
if (pFmt->dwMask >= sizeof(PARAFORMAT2))
{
pFmt->dwMask &= ~((pFmt->wEffects ^ curFmt->wEffects) << 16);
CHECK_FIELD(PFM_SPACEBEFORE, dySpaceBefore);
CHECK_FIELD(PFM_SPACEAFTER, dySpaceAfter);
CHECK_FIELD(PFM_LINESPACING, dyLineSpacing);
CHECK_FIELD(PFM_STYLE, sStyle);
CHECK_FIELD(PFM_SPACEAFTER, bLineSpacingRule);
CHECK_FIELD(PFM_SHADING, wShadingWeight);
CHECK_FIELD(PFM_SHADING, wShadingStyle);
CHECK_FIELD(PFM_NUMBERINGSTART, wNumberingStart);
CHECK_FIELD(PFM_NUMBERINGSTYLE, wNumberingStyle);
CHECK_FIELD(PFM_NUMBERINGTAB, wNumberingTab);
CHECK_FIELD(PFM_BORDER, wBorderSpace);
CHECK_FIELD(PFM_BORDER, wBorderWidth);
CHECK_FIELD(PFM_BORDER, wBorders);
}
#undef CHECK_FIELD
}
}
int CheckLcmType(const lcmtest::primitives_list_t* msg, int expected)
{
CHECK_FIELD(msg->num_items, expected, "%d");
for(int n=0; n<expected; n++)
{
const lcmtest::primitives_t* ex = &msg->items[n];
CHECK_FIELD(ex->i8, -(n % 100), "%d");
CHECK_FIELD(ex->i16, -n * 10, "%d");
CHECK_FIELD(ex->i64, (int64_t)(-n * 10000), "%jd");
CHECK_FIELD(ex->position[0], (double)-n, "%f");
CHECK_FIELD(ex->position[1], (double)-n, "%f");
CHECK_FIELD(ex->position[2], (double)-n, "%f");
CHECK_FIELD(ex->orientation[0], (double)-n, "%f");
CHECK_FIELD(ex->orientation[1], (double)-n, "%f");
CHECK_FIELD(ex->orientation[2], (double)-n, "%f");
CHECK_FIELD(ex->orientation[3], (double)-n, "%f");
CHECK_FIELD(ex->num_ranges, n, "%d");
int i;
for(i=0; i<n; i++)
CHECK_FIELD(ex->ranges[i], -i, "%d");
char expected_name[100];
sprintf(expected_name, "%d", -n);
if(strcmp(expected_name, ex->name.c_str())) {
info("Expected msg->items[%d].name to be %s, got %s instead", n, expected_name, ex->name.c_str());
return 0;
}
CHECK_FIELD(ex->enabled, (int)((n+1)%2), "%d");
}
return 1;
}
int
main ()
{
if (sizeof (struct S1) != 4)
return 1;
if (alignof (struct S1) != 4)
return 2;
CHECK_FIELD (S1, j, 0, 5, 3);
CHECK_FIELD (S1, k, 5, 6, 4);
CHECK_FIELD (S1, m, 11, 7, 5);
#ifdef HAVE_IA64_TYPES
if (sizeof (struct S2) != 16)
return 6;
if (alignof (struct S2) != 8)
return 7;
CHECK_FIELD (S2, s, 0, 9, 8);
CHECK_FIELD (S2, j, 9, 9, 9);
CHECK_FIELD (S2, c, 24, 8, 10);
CHECK_FIELD (S2, t, 32, 9, 11);
CHECK_FIELD (S2, u, 48, 9, 12);
CHECK_FIELD (S2, d, 64, 8, 13);
#endif /* HAVE_IA64_TYPES */
if (sizeof (struct S3) != 2)
return 14;
if (sizeof (struct S3) != 2)
return 15;
CHECK_FIELD (S3, c, 0, 8, 16);
CHECK_FIELD (S3, s, 8, 8, 17);
if (sizeof (union U4) != 2)
return 18;
if (alignof (union U4) != 2)
return 19;
CHECK_FIELD (U4, c, 0, 8, 20);
CHECK_FIELD (U4, s, 0, 8, 21);
if (sizeof (struct S5) != 9)
return 22;
if (alignof (struct S5) != 1)
return 23;
CHECK_FIELD (S5, c, 0, 8, 24);
CHECK_FIELD (S5, d, 32, 8, 25);
CHECK_FIELD (S5, e, 64, 8, 26);
return 0;
}
int load_conf(const char *path, struct rc_conf_s *r)
{
int n;
int missing_field = 0;
size_t size = 0;
ssize_t csize = 0;
char *wpath = NULL;
char *par_string;
char *line = NULL;
FILE *f;
char conf_name[MAX_CONFIGURATION_SIZE];
char conf_value[MAX_CONFIGURATION_SIZE];
memset(r, 0, sizeof(struct rc_conf_s));
if (path[0] == '~') {
struct passwd *p = getpwuid(getuid());
asprintf(&wpath, "%s%s", p->pw_dir, path + 1);
} else {
asprintf(&wpath, "%s", path);
}
f = fopen(wpath, "r");
if (!f)
return -1;
/* Avoid buffer overflows */
asprintf(&par_string, "%%%ds %%%ds",
MAX_CONFIGURATION_SIZE, MAX_CONFIGURATION_SIZE);
for (n = 0;
(csize = getline(&line, &size, f)) > 0;
n++) {
size = csize;
/* comment */
if (trim(line)[0] == '#' || size <= 1)
continue;
sscanf(trim(line), par_string, conf_name, conf_value);
if (option_dispatcher(conf_name, conf_value, r))
fprintf(stderr, "warning, unknown conf: %s\n", conf_name);
}
free(line);
fclose(f);
/* With that we have some granularity on the error printf. */
CHECK_FIELD(r, missing_field, db_name);
CHECK_FIELD(r, missing_field, db_host);
CHECK_FIELD(r, missing_field, db_user);
CHECK_FIELD(r, missing_field, dir_change_subgenre);
CHECK_FIELD(r, missing_field, dir_change_genre_on_one);
CHECK_FIELD(r, missing_field, dir_change_genre_on_any);
CHECK_FIELD(r, missing_field, dir_change_mood_on_one);
CHECK_FIELD(r, missing_field, dir_change_mood_on_any);
CHECK_FIELD(r, missing_field, dir_change_chord_on_one);
CHECK_FIELD(r, missing_field, dir_change_chord_on_any);
CHECK_FIELD(r, missing_field, dir_random_multi_chord);
CHECK_FIELD(r, missing_field, dir_chord_tritone);
CHECK_FIELD(r, missing_field, dir_chord_cadenza);
CHECK_FIELD(r, missing_field, dir_chord_tonal_zone);
if (missing_field)
n = -1;
return n;
}