static void do_free(void)
{
TRY(ef_vi_filter_del(&vi, driver_handle, &filter_cookie));
TRY(ef_vi_flush(&vi, driver_handle));
TRY(ef_memreg_free(&memreg, driver_handle));
free(pkt_buf_mem);
TRY(ef_vi_free(&vi, driver_handle));
TRY(ef_pd_free(&pd, driver_handle));
TRY(ef_driver_close(driver_handle));
}
static status
computeLabel(Label lb)
{ if ( notNil(lb->request_compute) )
{ int w, h, b;
TRY(obtainClassVariablesObject(lb));
b = valInt(lb->border);
if ( notNil(lb->elevation) )
b += abs(valInt(lb->elevation->height));
if ( instanceOfObject(lb->selection, ClassCharArray) )
{ String s = &((CharArray)lb->selection)->data;
int minw;
int ex = valInt(getExFont(lb->font));
if ( lb->wrap == NAME_clip )
{ LocalString(buf, s->iswide, s->size+1);
str_one_line(buf, s);
s = buf;
}
str_size(s, lb->font, &w, &h);
w += ex;
if ( notDefault(lb->width) )
minw = valInt(lb->width) - 2*b;
else
minw = (valInt(lb->length)+1) * ex;
w = max(w, minw);
} else /*if ( instanceOfObject(lb->selection, ClassImage) )*/
{ Image image = (Image) lb->selection;
w = valInt(image->size->w);
h = valInt(image->size->h);
}
w += 2*b;
h += 2*b;
CHANGING_GRAPHICAL(lb,
assign(lb->area, w, toInt(w));
assign(lb->area, h, toInt(h));
changedEntireImageGraphical(lb));
assign(lb, request_compute, NIL);
}
void TestExceptionsSupport()
{
REMARK (__FUNCTION__);
size_t test_vector[NUMBER_OF_ELEMENTS + 1];
for (size_t i = 0; i < NUMBER_OF_ELEMENTS; i++) {
test_vector[i] = i;
}
Iterator begin(&test_vector[0]);
Iterator end(&test_vector[NUMBER_OF_ELEMENTS]);
TRY();
tbb::parallel_for_each(begin, end, (TestFunctionType)test_function_with_exception);
CATCH_AND_ASSERT();
}
/* Option: --proto udp (default), also --port nnn (default 9000) */
static int add_udp(struct configuration* cfg)
{
int s;
struct sockaddr_in host_address;
make_address(cfg->cfg_host, cfg->cfg_port, &host_address);
s = socket(PF_INET, SOCK_DGRAM, IPPROTO_UDP);
TEST(s >= 0);
TRY(bind(s, (struct sockaddr*)&host_address, sizeof(host_address)) );
printf("UDP socket created, listening on port %d\n", cfg->cfg_port);
return s;
}
error_t
Utils::
GetBounded(char const * & input, char const * & output, char start, char end, size_t * len)
{
Utils::SkipWhitespace(input);
if (*input++ != start) return ERROR_EXPECTED_A_GOT_B_1;
Utils::SkipWhitespace(input);
output = input;
char const *
ep = input;
cell
ch;
int
depth = 1;
size_t
posLen = 0,
truLen = 0;
while (*input)
{
if (*input == end)
{
if (--depth == 0) break;
ep = ++input;
truLen = ++posLen;
}
else if ((unsigned char)*input > ' ')
{
// Allow nested start/end pairs. Note that if "start" and "end" are
// the same, then the earlier branch will have been hit already.
if (*input == start) ++depth, ++input;
else TRY(Utils::ReadChar(input, ch));
ep = input;
truLen = ++posLen;
}
else
{
++input;
++posLen;
}
}
if (*input != end) return ERROR_EXPECTED_A_GOT_B_2;
*const_cast<char *>(ep) = '\0';
if (len) *len = truLen;
++input;
Utils::SkipWhitespace(input);
return OK;
}
static status
computeButton(Button b)
{ if ( notNil(b->request_compute) )
{ int w, h, isimage;
TRY(obtainClassVariablesObject(b));
dia_label_size(b, &w, &h, &isimage);
if ( b->look == NAME_winMenuBar ||
b->look == NAME_gtkMenuBar )
{ if ( !isimage )
{ w += valInt(getExFont(b->label_font)) * 2;
if ( b->look == NAME_gtkMenuBar )
h += 4;
} else
{ w += 4;
h += 4;
}
} else
{ if ( isimage )
{ w += 4;
h += 4;
} else
{ Size size = getClassVariableValueObject(b, NAME_size);
h += 6; w += 10 + valInt(b->radius);
if ( notNil(b->popup) )
{ if ( notNil(b->popup->popup_image) )
w += valInt(b->popup->popup_image->size->w) + 5;
else if ( b->look == NAME_motif || b->look == NAME_gtk )
w += 12 + 5;
else
w += 9 + 5;
}
w = max(valInt(size->w), w);
h = max(valInt(size->h), h);
}
}
CHANGING_GRAPHICAL(b,
assign(b->area, w, toInt(w));
assign(b->area, h, toInt(h)));
assign(b, request_compute, NIL);
}
void FUNC ( LALStatus *status, STYPE **aseq )
{
/*
* Initialize status
*/
INITSTATUS(status);
ATTATCHSTATUSPTR( status );
/*
* Check aseq: is it non-NULL?
*/
ASSERT (aseq != NULL, status, SEQFACTORIESH_EVPTR, SEQFACTORIESH_MSGEVPTR);
/*
* Check aseq: does it point to non-NULL?
*/
ASSERT (*aseq != NULL,status, SEQFACTORIESH_EUPTR, SEQFACTORIESH_MSGEUPTR);
/*
* Check dimLength in aseq: does it point to non-NULL?
*/
ASSERT ((*aseq)->dimLength != NULL, status,
SEQFACTORIESH_EDPTR, SEQFACTORIESH_MSGEDPTR);
/*
* Check data in aseq: does it point to non-NULL?
*/
ASSERT ((*aseq)->data != NULL, status,
SEQFACTORIESH_EDPTR, SEQFACTORIESH_MSGEDPTR);
/* Ok, now let's free allocated storage */
TRY( LALU4DestroyVector( status->statusPtr, &((*aseq)->dimLength) ),
status );
LALFree ( (*aseq)->data ); /* free allocated data */
LALFree ( *aseq ); /* free aseq struct itself */
*aseq = NULL; /* make sure we don't point to freed struct */
DETATCHSTATUSPTR( status );
RETURN (status);
}
Bool HG_(recognised_suppression) ( Char* name, Supp *su )
{
# define TRY(_name,_xskind) \
if (0 == VG_(strcmp)(name, (_name))) { \
VG_(set_supp_kind)(su, (_xskind)); \
return True; \
}
TRY("Race", XS_Race);
TRY("FreeMemLock", XS_FreeMemLock);
TRY("UnlockUnlocked", XS_UnlockUnlocked);
TRY("UnlockForeign", XS_UnlockForeign);
TRY("UnlockBogus", XS_UnlockBogus);
TRY("PthAPIerror", XS_PthAPIerror);
TRY("LockOrder", XS_LockOrder);
TRY("Misc", XS_Misc);
return False;
# undef TRY
}
static s8t decode_USM_parameters(u8t* const input, const u16t input_len, u16t* pos, message_v3_t* request)
{
u8t type;
u16t length;
/* encoded as a string value */
TRY(ber_decode_type_length(input, input_len, pos, &type, &length));
if (type != BER_TYPE_OCTET_STRING) {
snmp_log("bad type, expected string: type %02X length %d\n", type, length);
return FAILURE;
}
/* sequence */
TRY(ber_decode_sequence_length(input, input_len, pos, &length));
/* msgAuthoritativeEngineID */
TRY(ber_decode_string((u8t*)input, input_len, pos, &request->msgAuthoritativeEngineID.ptr, &request->msgAuthoritativeEngineID.len));
/* msgAuthoritativeEngineBoots */
TRY(ber_decode_integer(input, input_len, pos, (s32t*)&request->msgAuthoritativeEngineBoots));
/* msgAuthoritativeEngineTime */
TRY(ber_decode_integer(input, input_len, pos, (s32t*)&request->msgAuthoritativeEngineTime));
/* msgUserName */
TRY(ber_decode_string((u8t*)input, input_len, pos, &request->msgUserName.ptr, &request->msgUserName.len));
/* msgAuthenticationParameters */
TRY(ber_decode_string((u8t*)input, input_len, pos, &request->msgAuthenticationParameters.ptr, &request->msgAuthenticationParameters.len));
/* msgPrivacyParameters */
TRY(ber_decode_string((u8t*)input, input_len, pos, &request->msgPrivacyParameters.ptr, &request->msgPrivacyParameters.len));
if (request->msgFlags & FLAG_PRIV) {
TRY(ber_decode_type_length((u8t*)input, input_len, pos, &type, &length));
if (type != BER_TYPE_OCTET_STRING || length != input_len - *pos) {
return FAILURE;
}
}
return 0;
}
PRBool
XDR(XPTArena *arena, XPTCursor *cursor, struct TestData *str)
{
TRY("Do32", XPT_Do32(cursor, &str->bit32));
TRY("Do16", XPT_Do16(cursor, &str->bit16));
TRY("Do8", XPT_Do8 (cursor, &str->bit8[0]));
TRY("Do8", XPT_Do8 (cursor, &str->bit8[1]));
TRY("DoCString", XPT_DoCString(arena, cursor, &str->cstr));
TRY("DoString", XPT_DoString(arena, cursor, &str->str));
return 0;
}
s8t processIncomingMsg_USM(u8t* const input, const u16t input_len, u16t* pos, message_v3_t* request)
{
/* If the value of the msgAuthoritativeEngineID field in the securityParameters is unknown, return usmStatsUnknownEngineIDs */
TRY(decode_USM_parameters(input, input_len, pos, request));
if (request->msgAuthoritativeEngineID.len != getEngineID()->len ||
memcmp(request->msgAuthoritativeEngineID.ptr, getEngineID()->ptr, getEngineID()->len)) {
TRY(report(request, &usmStatsUnknownEngineIDs, &usmStatsUnknownEngineIDCounter));
return ERR_USM;
}
/* check user name */
if (request->msgUserName.len != strlen((char*)getUserName()) || memcmp(request->msgUserName.ptr, getUserName(), request->msgUserName.len) != 0) {
TRY(report(request, &usmStatsUnknownUserNames, &usmStatsUnknownUserNamesCounter));
return ERR_USM;
}
if (request->msgFlags & FLAG_AUTH) {
#if ENABLE_AUTH
/* The timeliness check is only performed if authentication is applied to the message */
if (request->msgAuthenticationParameters.len != 12 || isBadHMAC(input, input_len, request) != ERR_NO_ERROR) {
TRY(report(request, &usmStatsWrongDigests, &usmStatsWrongDigestsCounter));
return ERR_USM;
}
#else
return FAILURE;
#endif
}
if (request->msgAuthoritativeEngineBoots != getMsgAuthoritativeEngineBoots() ||
abs(request->msgAuthoritativeEngineTime - getSysUpTime()) < TIME_WINDOW) {
TRY(report(request, &usmStatsNotInTimeWindows, &usmStatsNotInTimeWindowsCounter));
return ERR_USM;
}
if (request->msgFlags & FLAG_PRIV) {
#if ENABLE_PRIVACY
if (request->msgPrivacyParameters.len != 8) {
TRY(report(request, &usmStatsDecryptionErrors, &usmStatsDecryptionErrorsCounter));
return ERR_USM;
}
/* init IV */
u8t iv[16];
convert_2_octets(iv, request->msgAuthoritativeEngineBoots);
convert_2_octets(iv + 4, request->msgAuthoritativeEngineTime);
memcpy(iv + 8, request->msgPrivacyParameters.ptr, 8);
/* decode the Scoped PDU */
aes_process(getPrivKul(), iv, input + *pos, input + *pos, input_len - *pos, AES_DECRYPT);
#else
return FAILURE;
#endif
}
return 0;
}
int main(void)
{
plan_tests(9);
MEMREF act, x = strref("hello, world");
# define S(s) ((s) ? (s) : "(null)")
# define TRY(p, l, exp) \
if (!ok(!refcmp(act = subref(x,p,l), strref(exp)), "(%d, %d): %s", p, l, S(exp))) \
fprintf(stderr, "act[%"FSIZE"d]: %.*s\n", act.len, (int)act.len, S(act.ptr))
TRY( 0, 5, "hello");
TRY( 2, 3, "llo");
TRY( -5, 2, "wo");
TRY( -5, 99, "world");
TRY(-12, 2, "he");
TRY( 0, -1, x.ptr); // (len) is unsigned, so (-1) is just a very big positive number.
TRY( 0, 0, NULL);
TRY( 1, 0, NULL);
TRY(-13, 2, NULL);
return exit_status();
}
h5_err_t
h5t_map_global_vertex_indices2local (
h5t_mesh_t* const m,
const h5_glb_idx_t* const glb_indices,
const h5_size_t size,
h5_loc_idx_t* const loc_indices
) {
H5_CORE_API_ENTER (h5_err_t,
"m=%p, glb_indices=%p, size=%llu, loc_indices=%p",
m, glb_indices, (long long unsigned)size, loc_indices);
h5_size_t i;
for (i = 0; i < size; i++) {
TRY (loc_indices[i] =
h5t_map_global_vertex_idx2local (m, glb_indices[i]));
}
H5_CORE_API_RETURN (H5_SUCCESS);
}
void NationalInstrumentsDAQ::setupAOChannels( float64 nrecords,
float64 record_frequency_Hz,
float64 vmin,
float64 vmax,
IDAQPhysicalChannel **channels,
int nchannels )
{ TaskHandle ao = 0;
int32 N = _config->ao_samples_per_waveform();
char terms[MAX_CHAN_STRING]= {0};
const char *dev = _config->name().c_str(),
*trig = _config->trigger().c_str();
char clk[MAX_CHAN_STRING] = {0};
float64 hz = computeSampleFrequency(nrecords,record_frequency_Hz),
lvl = _config->level_volts();
strcat(clk,_config->ctr().c_str());
strcat(clk,"InternalOutput");
// terminal names
TRY(nchannels<countof(terms));
{ const char* names[8]={0};
for(int i=0;i<nchannels;++i)
names[i]=channels[i]->name();
cat_terminal_names(terms,sizeof(terms),dev,names,nchannels);
}
// voltage range
{ f64 v[4];
DAQERR(DAQmxGetDevAOVoltageRngs(_config->name().c_str(),v,4));
vmin = MAX(vmin,v[2]);
vmax = MIN(vmax,v[3]);
}
ao=_ao.daqtask;
DAQERR(DAQmxCreateAOVoltageChan (ao,terms,NULL,vmin,vmax,DAQmx_Val_Volts,NULL));
DAQERR(DAQmxCfgSampClkTiming (ao,clk,hz,DAQmx_Val_Rising,DAQmx_Val_ContSamps,N));
DAQERR(DAQmxCfgOutputBuffer (ao,10*N));
DAQERR(DAQmxSetWriteRegenMode (ao,DAQmx_Val_DoNotAllowRegen));
DAQERR(DAQmxSetWriteRelativeTo (ao,DAQmx_Val_CurrWritePos));
DAQERR(DAQmxSetAODataXferMech (ao,terms,DAQmx_Val_DMA));
DAQERR(DAQmxSetAODataXferReqCond(ao,terms,DAQmx_Val_OnBrdMemNotFull));
DAQERR(DAQmxCfgAnlgEdgeStartTrig(ao,trig,DAQmx_Val_Rising,lvl));
return;
Error:
UNREACHABLE;
}
value_t get_or_create_methodspace_selector_slice(runtime_t *runtime, value_t self,
value_t selector) {
value_t cache_ptr = get_methodspace_cache_ptr(self);
value_t cache = get_freeze_cheat_value(cache_ptr);
// Create the cache if it doesn't exist.
if (is_nothing(cache)) {
TRY_SET(cache, new_heap_id_hash_map(runtime, 128));
set_freeze_cheat_value(cache_ptr, cache);
}
// Create the selector-specific cache if it doesn't exits.
value_t slice = get_id_hash_map_at(cache, selector);
if (in_condition_cause(ccNotFound, slice)) {
TRY_SET(slice, create_methodspace_selector_slice(runtime, self, selector));
TRY(set_id_hash_map_at(runtime, cache, selector, slice));
}
return slice;
}
static enum v7_err do_logical_op(struct v7 *v7, int op) {
struct v7_val **v = v7_top(v7) - 2;
if (v7->no_exec) return V7_OK;
CHECK(v[0]->type == V7_NUM && v[1]->type == V7_NUM, V7_TYPE_MISMATCH);
switch (op) {
case OP_GT: v[0]->v.num = v[0]->v.num > v[1]->v.num ? 1.0 : 0.0; break;
case OP_GE: v[0]->v.num = v[0]->v.num >= v[1]->v.num ? 1.0 : 0.0; break;
case OP_LT: v[0]->v.num = v[0]->v.num < v[1]->v.num ? 1.0 : 0.0; break;
case OP_LE: v[0]->v.num = v[0]->v.num <= v[1]->v.num ? 1.0 : 0.0; break;
case OP_EQ: v[0]->v.num = v[0]->v.num == v[1]->v.num ? 1.0 : 0.0; break;
}
TRY(inc_stack(v7, -1));
return V7_OK;
}
static int add_socket(struct configuration* cfg)
{
int s;
struct sockaddr_in host_address;
int domain = SOCK_DGRAM;
if ( cfg->cfg_protocol == IPPROTO_TCP )
domain = SOCK_STREAM;
make_address(cfg->cfg_port, &host_address);
s = socket(PF_INET, domain, cfg->cfg_protocol);
TEST(s >= 0);
TRY(bind(s, (struct sockaddr*)&host_address, sizeof(host_address)) );
printf("Socket created, listening on port %d\n", cfg->cfg_port);
return s;
}
// code = { statement }
enum v7_err v7_exec(struct v7 *v7, const char *source_code) {
v7->source_code = v7->cursor = source_code;
skip_whitespaces_and_comments(v7);
// The following code may raise an exception and jump to the previous line,
// returning non-zero from the setjmp() call
// Prior calls to v7_exec() may have left current_scope modified, reset now
v7->current_scope = 0; // XXX free up higher scopes?
inc_stack(v7, -v7->sp);
while (*v7->cursor != '\0') {
inc_stack(v7, -v7->sp); // Reset stack on each statement
TRY(parse_statement(v7, 0)); // Leave the result of last expr on stack
}
return V7_OK;
}
errorCode addLnEntry(LnTable* lnTable, String lnStr, Index* lnEntryId)
{
errorCode tmp_err_code;
LnEntry* lnEntry;
TRY(addEmptyDynEntry(&lnTable->dynArray, (void**)&lnEntry, lnEntryId));
// Fill in local names entry
lnEntry->lnStr = lnStr;
lnEntry->elemGrammar = INDEX_MAX;
lnEntry->typeGrammar = INDEX_MAX;
#if VALUE_CROSSTABLE_USE
// The Vx table is created on-demand (additions to value cross table are done when a value is inserted in the value table)
lnEntry->vxTable = NULL;
#endif
return EXIP_OK;
}
static status
deleteChainTable(ChainTable ct, Any name, Any value)
{ Chain ch;
if ( isDefault(value) )
return deleteHashTable((HashTable)ct, name);
if ( (ch = getMemberHashTable((HashTable) ct, name)) )
{ TRY(deleteChain(ch, value));
if ( emptyChain(ch) )
deleteHashTable((HashTable) ct, name);
succeed;
}
fail;
}
static s8t encode_USM_parameters(message_v3_t* message, u8t* output, u16t buf_len, s16t* pos) {
if (message->msgFlags & FLAG_PRIV) {
#if ENABLE_PRIVACY
u8t iv[16];
/* IV */
convert_2_octets(iv, message->msgAuthoritativeEngineBoots);
convert_2_octets(iv + 4, message->msgAuthoritativeEngineTime);
/* privace parameters */
convert_2_octets(message->msgPrivacyParameters.ptr, getLPrivacyParameters());
convert_2_octets(message->msgPrivacyParameters.ptr, getHPrivacyParameters());
memcpy(iv + 8, message->msgPrivacyParameters.ptr, 8);
aes_process(getPrivKul(), iv, output + *pos, output + *pos, buf_len - *pos, AES_ENCRYPT);
TRY(ber_encode_type_length(output, pos, BER_TYPE_OCTET_STRING, buf_len - *pos));
#else
return FAILURE;
#endif
}
s16t tmpPos = *pos;
TRY(ber_encode_fixed_string(output, pos, message->msgPrivacyParameters.ptr, message->msgPrivacyParameters.len));
TRY(ber_encode_fixed_string(output, pos, message->msgAuthenticationParameters.ptr, message->msgAuthenticationParameters.len));
message->msgAuthenticationParameters.ptr = &output[*pos + 2];
TRY(ber_encode_fixed_string(output, pos, message->msgUserName.ptr, message->msgUserName.len));
TRY(ber_encode_integer(output, pos, BER_TYPE_INTEGER, message->msgAuthoritativeEngineTime));
TRY(ber_encode_integer(output, pos, BER_TYPE_INTEGER, message->msgAuthoritativeEngineBoots));
TRY(ber_encode_fixed_string(output, pos, message->msgAuthoritativeEngineID.ptr, message->msgAuthoritativeEngineID.len));
TRY(ber_encode_type_length(output, pos, BER_TYPE_SEQUENCE, tmpPos - *pos));
TRY(ber_encode_type_length(output, pos, BER_TYPE_OCTET_STRING, tmpPos - *pos));
return 0;
}
errorCode initSchema(EXIPSchema* schema, InitSchemaType initializationType)
{
errorCode tmp_err_code = UNEXPECTED_ERROR;
TRY(initAllocList(&schema->memList));
schema->staticGrCount = 0;
SET_CONTENT_INDEX(schema->docGrammar.props, 0);
schema->docGrammar.count = 0;
schema->docGrammar.props = 0;
schema->docGrammar.rule = NULL;
schema->simpleTypeTable.count = 0;
schema->simpleTypeTable.sType = NULL;
schema->grammarTable.count = 0;
schema->grammarTable.grammar = NULL;
schema->enumTable.count = 0;
schema->enumTable.enumDef = NULL;
/* Create and initialize initial string table entries */
TRY_CATCH(createDynArray(&schema->uriTable.dynArray, sizeof(UriEntry), DEFAULT_URI_ENTRIES_NUMBER), freeAllocList(&schema->memList));
TRY_CATCH(createUriTableEntries(&schema->uriTable, initializationType != INIT_SCHEMA_SCHEMA_LESS_MODE), freeAllocList(&schema->memList));
if(initializationType == INIT_SCHEMA_SCHEMA_ENABLED)
{
/* Create and initialize enumDef table */
TRY_CATCH(createDynArray(&schema->enumTable.dynArray, sizeof(EnumDefinition), DEFAULT_ENUM_TABLE), freeAllocList(&schema->memList));
}
/* Create the schema grammar table */
TRY_CATCH(createDynArray(&schema->grammarTable.dynArray, sizeof(EXIGrammar), DEFAULT_GRAMMAR_TABLE), freeAllocList(&schema->memList));
if(initializationType != INIT_SCHEMA_SCHEMA_LESS_MODE)
{
/* Create and initialize simple type table */
TRY_CATCH(createDynArray(&schema->simpleTypeTable.dynArray, sizeof(SimpleType), DEFAULT_SIMPLE_GRAMMAR_TABLE), freeAllocList(&schema->memList));
TRY_CATCH(createBuiltInTypesDefinitions(&schema->simpleTypeTable, &schema->memList), freeAllocList(&schema->memList));
// Must be done after createBuiltInTypesDefinitions()
TRY_CATCH(generateBuiltInTypesGrammars(schema), freeAllocList(&schema->memList));
schema->staticGrCount = SIMPLE_TYPE_COUNT;
}
return tmp_err_code;
}
void net_if_map_vi_pool(struct net_if* net_if, struct vi* vi)
{
struct pkt_buf* pkt_buf;
ef_memreg memreg;
int i;
/* If this fails it means you've tried to map buffers into a protection
* domain that has already mapped those buffers.
*/
TEST(vi->net_if != net_if);
TRY(ef_memreg_alloc(&memreg, net_if->dh, &net_if->pd, net_if->dh,
vi->pkt_bufs, vi->pkt_bufs_n * PKT_BUF_SIZE));
for( i = 0; i < vi->pkt_bufs_n; ++i ) {
pkt_buf = pkt_buf_from_id(vi, i);
pkt_buf->addr[net_if->id] = ef_memreg_dma_addr(&memreg, i * PKT_BUF_SIZE);
}
}
error_t
Utils::
CopyString(cell * dest, char const * src, size_t len, bool pad)
{
FAIL(len, ERROR_MEMORY_ALLOCATION_FAIL);
while (--len && *src)
{
TRY(Utils::ReadChar(src, *dest));
++dest;
}
// Always has one character reserved for "NULL".
*dest++ = '\0';
if (pad)
{
while (len--) *dest++ = '\0';
}
return OK;
};
static status
loadVector(Vector v, IOSTREAM *fd, ClassDef def)
{ int n;
Any obj;
int size;
loadSlotsObject(v, fd, def);
size = valInt(v->size);
v->allocated = v->size;
v->elements = alloc(size * sizeof(Any));
for(n = 0; n < size; n++)
{ TRY( obj = loadObject(fd) );
v->elements[n] = NIL;
assignVector(v, n, obj);
}
succeed;
}
/*
This is the THIRD function to call for completely initializing the
emulation engine.
*/
int ti68k_init(void)
{
// init libs
ticables_library_init();
tifiles_library_init();
ticalcs_library_init();
// check if image has been loaded
if(img_loaded == 0)
return ERR_NO_IMAGE;
// set calc type and init hardware
memset(&tihw, 0, sizeof(Ti68kHardware));
tihw.calc_type = img_infos.calc_type;
TRY(hw_init());
return 0;
}
static value_t create_methodspace_selector_slice(runtime_t *runtime, value_t self,
value_t selector) {
TRY_DEF(result, new_heap_signature_map(runtime));
value_t current = self;
while (!is_nothing(current)) {
value_t methods = get_methodspace_methods(current);
value_t entries = get_signature_map_entries(methods);
for (int64_t i = 0; i < get_pair_array_buffer_length(entries); i++) {
value_t signature = get_pair_array_buffer_first_at(entries, i);
if (can_match_eq(signature, ROOT(runtime, selector_key), selector)) {
value_t method = get_pair_array_buffer_second_at(entries, i);
TRY(add_to_signature_map(runtime, result, signature, method));
}
}
current = get_methodspace_parent(current);
}
return result;
}
V7_PRIVATE enum v7_err v7_set2(struct v7 *v7, struct v7_val *obj,
struct v7_val *k, struct v7_val *v) {
struct v7_prop *m = NULL;
CHECK(obj != NULL && k != NULL && v != NULL, V7_INTERNAL_ERROR);
CHECK(obj->type == V7_TYPE_OBJ, V7_TYPE_ERROR);
// Find attribute inside object
if ((m = v7_get2(obj, k, 1)) != NULL) {
v7_freeval(v7, m->val);
inc_ref_count(v);
m->val = v;
} else {
TRY(vinsert(v7, &obj->props, k, v));
}
return V7_OK;
}
AlError algl_texture_init(AlGlTexture **result)
{
BEGIN()
AlGlTexture *texture = NULL;
TRY(al_malloc(&texture, sizeof(AlGlTexture)));
texture->id = 0;
glGenTextures(1, &texture->id);
if (texture->id == 0) {
THROW(AL_ERROR_GENERIC)
}
*result = texture;
CATCH(
algl_texture_free(texture);
)
sparkey_returncode sparkey_logreader_open(sparkey_logreader **log_ref, const char *filename) {
RETHROW(correct_endian_platform());
sparkey_logreader *log = malloc(sizeof(sparkey_logreader));
if (log == NULL) {
return SPARKEY_INTERNAL_ERROR;
}
sparkey_returncode returncode;
TRY(sparkey_logreader_open_noalloc(log, filename), cleanup);
*log_ref = log;
return SPARKEY_SUCCESS;
cleanup:
free(log);
return returncode;
}