void CSVDocument::parseColumns(const std::string &str, char target)
{
const char *srcStr = str.c_str();
if (NULL == srcStr)
return;
while (true)
{
const char *pBreak = strchr(srcStr, target);
if (NULL == pBreak)
{
const char *tmp = srcStr;
while (*tmp != '\0')
tmp++;
CSVColumn *newColumn = XNEW(CSVColumn)(std::string(srcStr, tmp - srcStr));
m_ColumnMap[std::string(srcStr, tmp - srcStr)] = newColumn;
m_ColumnList.push_back(newColumn);
break;
}
if (*pBreak != *srcStr) //都不是','的情况
{
CSVColumn *newColumn = XNEW(CSVColumn)(std::string(srcStr, pBreak - srcStr));
m_ColumnMap[std::string(srcStr, pBreak - srcStr)] = newColumn;
m_ColumnList.push_back(newColumn);
}
srcStr = pBreak + 1;
}
m_dwColNum = m_ColumnList.size();
}
bool Program::init()
{
m_string_pool = XNEW(StringPool);
m_entry_functions = XNEW(FunctionEntryMap);
m_name_programs = XNEW(ProgramNameMap);
m_obsoleted_programs = XNEW(ObsoletedProgramSet);
std_new_critical_section(&m_program_cs);
return true;
}
void PacketHandler::RegsterExterPacketProc(uint16_t uCmd, void* pPacketProc)
{
PACKET_PROC* poProc = XNEW(PACKET_PROC);
poProc->uCmd = uCmd;
poProc->pProc = (void*)pPacketProc;
m_poExterPacketProcMap->insert(std::make_pair(uCmd, poProc));
}
void
md_begin (void)
{
const opcode_entry_type *opcode;
int idx = -1;
opcode_hash_control = hash_new ();
for (opcode = z8k_table; opcode->name; opcode++)
{
/* Only enter unique codes into the table. */
if (idx != opcode->idx)
hash_insert (opcode_hash_control, opcode->name, (char *) opcode);
idx = opcode->idx;
}
/* Default to z8002. */
s_segm (z8k_target_from_cmdline ? z8k_target_from_cmdline - 1 : 0);
/* Insert the pseudo ops, too. */
for (idx = 0; md_pseudo_table[idx].poc_name; idx++)
{
opcode_entry_type *fake_opcode;
fake_opcode = XNEW (opcode_entry_type);
fake_opcode->name = md_pseudo_table[idx].poc_name;
fake_opcode->func = (void *) (md_pseudo_table + idx);
fake_opcode->opcode = 250;
hash_insert (opcode_hash_control, fake_opcode->name, fake_opcode);
}
}
//HTTP请求
static int HttpRequest(lua_State* pState)
{
lua_settop(pState, 4);
const char* t = luaL_checkstring(pState, 1);
const char* url = luaL_checkstring(pState, 2);
const char* d = lua_tostring(pState, 3);
int luaref = LUA_NOREF;
if (!lua_isnoneornil(pState, 4))
{
luaref = luaL_ref(pState, LUA_REGISTRYINDEX);
}
HTTPMSG* pMsg = XNEW(HTTPMSG)();
pMsg->url = std::string(url);
pMsg->data = std::string(d?d:"");
pMsg->luaref = luaref;
if (strcmp(t, "GET") == 0)
{
goHttpClient.HttpGet(pMsg);
}
else
{
goHttpClient.HttpPost(pMsg);
}
return 0;
}
// Make an empty mapping
void Simulator::xMKEMAP()
{
GET_P1; GET_P2;
p1->m_type = MAPPING;
p1->m_map = XNEW(MapImpl, (size_t)p2->m_int);
m_domain->bind_value(p1->m_reference);
}
static void
push_field_alignment (int bit_alignment,
int mac68k_alignment, int natural_alignment)
{
align_stack *entry = XNEW (align_stack);
entry->alignment = maximum_field_alignment;
entry->mac68k = OPTION_ALIGN_MAC68K;
entry->natural = OPTION_ALIGN_NATURAL;
entry->prev = field_align_stack;
field_align_stack = entry;
maximum_field_alignment = bit_alignment;
if (mac68k_alignment)
darwin_alignment_flags |= OPTION_MASK_ALIGN_MAC68K;
else
darwin_alignment_flags &= ~OPTION_MASK_ALIGN_MAC68K;
/* APPLE LOCAL begin radar 4679943 */
if (natural_alignment == 1)
darwin_alignment_flags |= OPTION_MASK_ALIGN_NATURAL;
else if (natural_alignment == 0)
darwin_alignment_flags &= ~OPTION_MASK_ALIGN_NATURAL;
/* APPLE LOCAL end radar 4679943 */
}
// Make an empty array
void Simulator::xMKEARR()
{
GET_P1; GET_P2;
p1->m_type = ARRAY;
p1->m_array = XNEW(ArrayImpl, (size_t)p2->m_int);
m_domain->bind_value(p1->m_reference);
}
/* Initialize the diagnostic message outputting machinery. */
void
diagnostic_initialize (diagnostic_context *context)
{
/* Allocate a basic pretty-printer. Clients will replace this a
much more elaborated pretty-printer if they wish. */
context->printer = XNEW (pretty_printer);
pp_construct (context->printer, NULL, 0);
/* By default, diagnostics are sent to stderr. */
context->printer->buffer->stream = stderr;
/* By default, we emit prefixes once per message. */
context->printer->wrapping.rule = DIAGNOSTICS_SHOW_PREFIX_ONCE;
memset (context->diagnostic_count, 0, sizeof context->diagnostic_count);
context->issue_warnings_are_errors_message = true;
context->warning_as_error_requested = false;
memset (context->classify_diagnostic, DK_UNSPECIFIED,
sizeof context->classify_diagnostic);
context->show_option_requested = false;
context->abort_on_error = false;
context->internal_error = NULL;
diagnostic_starter (context) = default_diagnostic_starter;
diagnostic_finalizer (context) = default_diagnostic_finalizer;
context->last_module = 0;
context->last_function = NULL;
context->lock = 0;
}
void ldap_bind(int msgid, BindRequest_t *req, ev_loop *loop, ev_io *watcher)
{
ev_tstamp delay = 0.0;
LDAPMessage_t *res = XNEW0(LDAPMessage_t, 1);
res->messageID = msgid;
res->protocolOp.present = LDAPMessage__protocolOp_PR_bindResponse;
BindResponse_t *bindResponse = &res->protocolOp.choice.bindResponse;
OCTET_STRING_fromBuf(&bindResponse->matchedDN, (const char *)req->name.buf, req->name.size);
if (setting_anonymous && req->name.size == 0) {
/* allow anonymous */
asn_long2INTEGER(&bindResponse->resultCode, BindResponse__resultCode_success);
} else if (req->authentication.present == AuthenticationChoice_PR_simple) {
/* simple auth */
char *user = cn2name((const char *)req->name.buf);
char *pw = (char *)req->authentication.choice.simple.buf;
char *status = NULL;
if (!user) {
asn_long2INTEGER(&bindResponse->resultCode, BindResponse__resultCode_invalidDNSyntax);
} else if (PAM_SUCCESS != auth_pam(user, pw, &status, &delay)) {
asn_long2INTEGER(&bindResponse->resultCode, BindResponse__resultCode_invalidCredentials);
OCTET_STRING_fromString(&bindResponse->diagnosticMessage, status);
} else { /* Success! */
asn_long2INTEGER(&bindResponse->resultCode, BindResponse__resultCode_success);
}
free(user);
free(status);
} else {
/* sasl or anonymous auth */
asn_long2INTEGER(&bindResponse->resultCode, BindResponse__resultCode_authMethodNotSupported);
}
if (delay > 0.0) {
ev_timer *delay_timer = XNEW(ev_timer, 1);
delay_data_t *data = XNEW(delay_data_t, 1);
data->message = res;
data->watcher = watcher;
ev_timer_init(delay_timer, delay_cb, delay, 0.0);
delay_timer->data = data;
/* Stop the connection watcher to stop other requests while delayed. */
ev_io_stop(loop, watcher);
ev_timer_start(loop, delay_timer);
} else {
ldap_send(res, loop, watcher);
ldapmessage_free(res);
}
}
WorkerMgr* WorkerMgr::Instance()
{
if (g_poWorkderMgr == NULL)
{
g_poWorkderMgr = XNEW(WorkerMgr);
}
return g_poWorkderMgr;
}
// Make and initialize an array
void Simulator::xMKIARR()
{
GET_P1; GET_P2; GET_P3;
p1->m_type = ARRAY;
p1->m_array = XNEW(ArrayImpl, (size_t)p2->m_int);
p1->m_array->push_back_array(p3, (size_t)p2->m_int);
m_domain->bind_value(p1->m_reference);
}
// Make and initialize a mapping
void Simulator::xMKIMAP()
{
GET_P1; GET_P2; GET_P3;
p1->m_type = MAPPING;
p1->m_map = XNEW(MapImpl, (size_t)p2->m_int);
m_domain->bind_value(p1->m_reference);
for (Integer i = 0; i < p2->m_int; i++)
p1->m_map->set(p3[i * 2], p3[i * 2 + 1]);
}
struct ui_out *
cli_out_new (struct ui_file *stream)
{
int flags = ui_source_list;
cli_out_data *data = XNEW (cli_out_data);
cli_out_data_ctor (data, stream);
return ui_out_new (&cli_ui_out_impl, data, flags);
}
// Create local variable definition in function
LocalVariable* Function::define_local_variable(
const String& name,
ValueType type,
LocalVariable::Attrib attrib)
{
auto* local_variable = XNEW(LocalVariable, this, name, type, attrib);
local_variable->m_type = type;
local_variable->m_attrib = attrib;
m_local_variables.push_back(local_variable);
return local_variable;
}
// Create object var in this program
ObjectVar* Program::define_object_var(const String& name, ValueType type)
{
auto* object_var = XNEW(ObjectVar, this, name);
object_var->m_type = type;
object_var->m_no = (VariableNo)m_object_vars.size();
m_object_vars.push_back(object_var);
// Calcuate object size for using interpreter
m_this_component_size += sizeof(Value);
return object_var;
}
static void
push_field_alignment (int bit_alignment)
{
align_stack *entry = XNEW (align_stack);
entry->alignment = maximum_field_alignment;
entry->prev = field_align_stack;
field_align_stack = entry;
maximum_field_alignment = bit_alignment;
}
// Create parameter definition in function
Parameter* Function::define_parameter(
const String& name,
ValueType type,
Parameter::Attrib attrib)
{
auto* parameter = XNEW(Parameter, this, name, type, attrib);
parameter->m_type = type;
parameter->m_attrib = attrib;
m_parameters.push_back(parameter);
return parameter;
}
/* Construct a C++-aware pretty-printer for CONTEXT. It is assumed
that CONTEXT->printer is an already constructed basic pretty_printer. */
void
cxx_initialize_diagnostics (diagnostic_context *context)
{
pretty_printer *base = context->printer;
cxx_pretty_printer *pp = XNEW (cxx_pretty_printer);
memcpy (pp_base (pp), base, sizeof (pretty_printer));
pp_cxx_pretty_printer_init (pp);
context->printer = (pretty_printer *) pp;
/* It is safe to free this object because it was previously malloc()'d. */
free (base);
}
/* Construct a C++-aware pretty-printer for CONTEXT. It is assumed
that CONTEXT->printer is an already constructed basic pretty_printer. */
void
cxx_initialize_diagnostics (diagnostic_context *context)
{
c_common_initialize_diagnostics (context);
pretty_printer *base = context->printer;
cxx_pretty_printer *pp = XNEW (cxx_pretty_printer);
context->printer = new (pp) cxx_pretty_printer ();
/* It is safe to free this object because it was previously XNEW()'d. */
base->~pretty_printer ();
XDELETE (base);
}
// Add all predefines when initialized
int Lexer::init_predefines()
{
// Create macro funcs map
expand_builtin_macro_funcs = XNEW(ExpandFuncMap);
Lexer::add_predefine("__FILE__", expand_file_name);
Lexer::add_predefine("__PURE_FILE__", expand_pure_file_name);
Lexer::add_predefine("__DIR__", expand_dir_name);
Lexer::add_predefine("__LINE__", expand_line_no);
Lexer::add_predefine("__FUN__", expand_function_name);
Lexer::add_predefine("__COUNTER__", expand_counter);
return 0;
}
// Initialize this module
bool Thread::init()
{
std_allocate_tls(&m_thread_tls_id);
// Set handler - This is only to prevent optimization
m_get_stack_pointer_func = (GetStackPointerFunc)([]() { void *p; p = &p; return (void*)p; });
// Start current thread
Thread *thread = XNEW(Thread);
thread->start();
return true;
}
simple_object_attributes *
simple_object_fetch_attributes (simple_object_read *sobj, const char **errmsg,
int *err)
{
void *data;
simple_object_attributes *ret;
data = sobj->functions->fetch_attributes (sobj, errmsg, err);
if (data == NULL)
return NULL;
ret = XNEW (simple_object_attributes);
ret->functions = sobj->functions;
ret->data = data;
return ret;
}
void accept_cb(ev_loop *loop, ev_io *watcher, int revents)
{
int client_sd;
ev_io *w_client;
if (EV_ERROR & revents)
fail("got invalid event");
if ((client_sd = accept(watcher->fd, NULL, NULL)) < 0)
fail("accept error");
w_client = XNEW(ev_io, 1);
ev_io_init(w_client, read_cb, client_sd, EV_READ);
ev_io_start(loop, w_client);
}
struct ui_out *
tui_out_new (struct ui_file *stream)
{
int flags = 0;
tui_out_data *data = XNEW (tui_out_data);
/* Initialize base "class". */
cli_out_data_ctor (&data->base, stream);
/* Initialize our fields. */
data->line = -1;
data->start_of_line = 0;
return ui_out_new (&tui_ui_out_impl, data, flags);
}
//HTTP响应
static int HttpResponse(lua_State* pState)
{
lua_settop(pState, 2);
if (!lua_islightuserdata(pState, 1))
{
return LuaWrapper::luaM_error(pState, "参数1错误");
}
struct mg_connection* c = (struct mg_connection*)lua_topointer(pState, 1);
const char* d = luaL_checkstring(pState, 2);
HTTPMSG* pMsg = XNEW(HTTPMSG)();
pMsg->c = c;
pMsg->data = std::string(d);
goHttpServer.Response(pMsg);
return 0;
}
/* Initialize the diagnostic message outputting machinery. */
void
diagnostic_initialize (diagnostic_context *context, int n_opts)
{
int i;
/* Allocate a basic pretty-printer. Clients will replace this a
much more elaborated pretty-printer if they wish. */
context->printer = XNEW (pretty_printer);
new (context->printer) pretty_printer ();
memset (context->diagnostic_count, 0, sizeof context->diagnostic_count);
context->warning_as_error_requested = false;
context->n_opts = n_opts;
context->classify_diagnostic = XNEWVEC (diagnostic_t, n_opts);
for (i = 0; i < n_opts; i++)
context->classify_diagnostic[i] = DK_UNSPECIFIED;
context->show_caret = false;
diagnostic_set_caret_max_width (context, pp_line_cutoff (context->printer));
for (i = 0; i < rich_location::STATICALLY_ALLOCATED_RANGES; i++)
context->caret_chars[i] = '^';
context->show_option_requested = false;
context->abort_on_error = false;
context->show_column = false;
context->pedantic_errors = false;
context->permissive = false;
context->opt_permissive = 0;
context->fatal_errors = false;
context->dc_inhibit_warnings = false;
context->dc_warn_system_headers = false;
context->max_errors = 0;
context->internal_error = NULL;
diagnostic_starter (context) = default_diagnostic_starter;
context->start_span = default_diagnostic_start_span_fn;
diagnostic_finalizer (context) = default_diagnostic_finalizer;
context->option_enabled = NULL;
context->option_state = NULL;
context->option_name = NULL;
context->last_location = UNKNOWN_LOCATION;
context->last_module = 0;
context->x_data = NULL;
context->lock = 0;
context->inhibit_notes_p = false;
context->colorize_source_p = false;
context->show_ruler_p = false;
context->parseable_fixits_p = false;
context->edit_context_ptr = NULL;
}
DCACHE *
dcache_init (void)
{
DCACHE *dcache = XNEW (DCACHE);
dcache->tree = splay_tree_new (dcache_splay_tree_compare,
NULL,
NULL);
dcache->oldest = NULL;
dcache->freelist = NULL;
dcache->size = 0;
dcache->line_size = dcache_line_size;
dcache->ptid = null_ptid;
return dcache;
}
/* Initialize the diagnostic message outputting machinery. */
void
diagnostic_initialize (diagnostic_context *context, int n_opts)
{
int i;
/* Allocate a basic pretty-printer. Clients will replace this a
much more elaborated pretty-printer if they wish. */
context->printer = XNEW (pretty_printer);
pp_construct (context->printer, NULL, 0);
/* By default, diagnostics are sent to stderr. */
context->printer->buffer->stream = stderr;
/* By default, we emit prefixes once per message. */
context->printer->wrapping.rule = DIAGNOSTICS_SHOW_PREFIX_ONCE;
memset (context->diagnostic_count, 0, sizeof context->diagnostic_count);
context->some_warnings_are_errors = false;
context->warning_as_error_requested = false;
context->n_opts = n_opts;
context->classify_diagnostic = XNEWVEC (diagnostic_t, n_opts);
for (i = 0; i < n_opts; i++)
context->classify_diagnostic[i] = DK_UNSPECIFIED;
context->show_caret = false;
diagnostic_set_caret_max_width (context, pp_line_cutoff (context->printer));
context->show_option_requested = false;
context->abort_on_error = false;
context->show_column = false;
context->pedantic_errors = false;
context->permissive = false;
context->opt_permissive = 0;
context->fatal_errors = false;
context->dc_inhibit_warnings = false;
context->dc_warn_system_headers = false;
context->max_errors = 0;
context->internal_error = NULL;
diagnostic_starter (context) = default_diagnostic_starter;
diagnostic_finalizer (context) = default_diagnostic_finalizer;
context->option_enabled = NULL;
context->option_state = NULL;
context->option_name = NULL;
context->last_location = UNKNOWN_LOCATION;
context->last_module = 0;
context->x_data = NULL;
context->lock = 0;
context->inhibit_notes_p = false;
}
simple_object_write *
simple_object_start_write (simple_object_attributes *attrs,
const char *segment_name, const char **errmsg,
int *err)
{
void *data;
simple_object_write *ret;
data = attrs->functions->start_write (attrs->data, errmsg, err);
if (data == NULL)
return NULL;
ret = XNEW (simple_object_write);
ret->functions = attrs->functions;
ret->segment_name = xstrdup (segment_name);
ret->sections = NULL;
ret->last_section = NULL;
ret->data = data;
return ret;
}
