public void EnumerateProtocols(Action <NWProtocolDefinition, TimeSpan, TimeSpan> handler)
{
if (handler == null)
{
throw new ArgumentNullException(nameof(handler));
}
BlockLiteral block_handler = new BlockLiteral();
block_handler.SetupBlockUnsafe(static_EnumerateProtocolsHandler, handler);
try {
nw_establishment_report_enumerate_protocols(GetCheckedHandle(), ref block_handler);
} finally {
block_handler.CleanupBlock();
}
}
public static void RegisterFonts(string[] assetNames, CFBundle bundle, CTFontManagerScope scope, bool enabled, CTFontRegistrationHandler registrationHandler)
{
using (var arr = EnsureNonNullArray(assetNames, nameof(assetNames))) {
if (registrationHandler == null)
{
CTFontManagerRegisterFontsWithAssetNames(arr.Handle, bundle.GetHandle(), scope, enabled, IntPtr.Zero);
}
else
{
BlockLiteral block_handler = new BlockLiteral();
block_handler.SetupBlockUnsafe(callback, registrationHandler);
CTFontManagerRegisterFontsWithAssetNames(arr.Handle, bundle.GetHandle(), scope, enabled, ref block_handler);
block_handler.CleanupBlock();
}
}
}
public void EnumerateResolutions(Action <NWReportResolutionSource, TimeSpan, int, NWEndpoint, NWEndpoint> handler)
{
if (handler == null)
{
throw new ArgumentNullException(nameof(handler));
}
BlockLiteral block_handler = new BlockLiteral();
block_handler.SetupBlockUnsafe(static_ResolutionEnumeratorHandler, handler);
try {
nw_establishment_report_enumerate_resolutions(GetCheckedHandle(), ref block_handler);
} finally {
block_handler.CleanupBlock();
}
}
public static void UnregisterFontDescriptors(CTFontDescriptor[] fontDescriptors, CTFontManagerScope scope, CTFontRegistrationHandler registrationHandler)
{
using (var arr = EnsureNonNullArray(fontDescriptors, nameof(fontDescriptors))) {
if (registrationHandler == null)
{
CTFontManagerUnregisterFontDescriptors(arr.Handle, scope, IntPtr.Zero);
}
else
{
BlockLiteral block_handler = new BlockLiteral();
block_handler.SetupBlockUnsafe(callback, registrationHandler);
CTFontManagerUnregisterFontDescriptors(arr.Handle, scope, ref block_handler);
block_handler.CleanupBlock();
}
}
}
static IntPtr create(DispatchBlockFlags flags, DispatchQualityOfService qosClass, int relative_priority, Action action)
{
if (action == null)
{
throw new ArgumentNullException(nameof(action));
}
BlockLiteral block_handler = new BlockLiteral();
try {
block_handler.SetupBlockUnsafe(BlockStaticDispatchClass.static_dispatch_block, action);
return(dispatch_block_create_with_qos_class((nuint)(ulong)flags, qosClass, relative_priority, ref block_handler));
} finally {
block_handler.CleanupBlock();
}
}
public void EnumerateInterfaces(Action <NWInterface> handler)
{
if (handler == null)
{
throw new ArgumentNullException(nameof(handler));
}
BlockLiteral block_handler = new BlockLiteral();
block_handler.SetupBlockUnsafe(static_EnumerateInterfacesHandler, handler);
try {
nw_browse_result_enumerate_interfaces(GetCheckedHandle(), ref block_handler);
} finally {
block_handler.CleanupBlock();
}
}
public void SetNewConnectionHandler(Action <NWConnection> handler)
{
if (handler is null)
{
throw new ArgumentNullException(nameof(handler));
}
var block_handler = new BlockLiteral();
block_handler.SetupBlockUnsafe(static_SetNewConnectionHandler, handler);
try {
nw_connection_group_set_new_connection_handler(GetCheckedHandle(), ref block_handler);
} finally {
block_handler.CleanupBlock();
}
}
public void Receive(uint minimumIncompleteLength, uint maximumLength, NWConnectionReceiveCompletion callback)
{
if (callback == null)
{
throw new ArgumentNullException(nameof(callback));
}
BlockLiteral block_handler = new BlockLiteral();
block_handler.SetupBlockUnsafe(static_ReceiveCompletion, callback);
try {
nw_connection_receive(GetCheckedHandle(), minimumIncompleteLength, maximumLength, ref block_handler);
} finally {
block_handler.CleanupBlock();
}
}
public void SetOcspResponseForPeerHandler (Action<DispatchData> callback)
{
if (callback == null)
throw new ArgumentNullException (nameof (callback));
var block_handler = new BlockLiteral ();
block_handler.SetupBlockUnsafe (static_OcspReposeForPeer, callback);
try {
if (!sec_protocol_metadata_access_ocsp_response (GetCheckedHandle (), ref block_handler)) {
throw new InvalidOperationException ("The OSCP response is not accessible.");
}
} finally {
block_handler.CleanupBlock ();
}
}
public static void RegisterFonts(NSUrl [] fontUrls, CTFontManagerScope scope, bool enabled, CTFontRegistrationHandler registrationHandler)
{
using (var arr = EnsureNonNullArray(fontUrls, nameof(fontUrls))) {
if (registrationHandler == null)
{
CTFontManagerRegisterFontURLs(arr.Handle, scope, enabled, IntPtr.Zero);
}
else
{
BlockLiteral block_handler = new BlockLiteral();
block_handler.SetupBlockUnsafe(callback, registrationHandler);
CTFontManagerRegisterFontURLs(arr.Handle, scope, enabled, ref block_handler);
block_handler.CleanupBlock();
}
}
}
static IntPtr create(Action action, DispatchBlockFlags flags)
{
if (action == null)
{
throw new ArgumentNullException(nameof(action));
}
BlockLiteral block_handler = new BlockLiteral();
try {
block_handler.SetupBlockUnsafe(BlockStaticDispatchClass.static_dispatch_block, action);
return(dispatch_block_create((nuint)(ulong)flags, ref block_handler));
} finally {
block_handler.CleanupBlock();
}
}
public bool GetValue(string key, NWTxtRecordGetValueDelegete handler)
{
if (handler == null)
{
throw new ArgumentNullException(nameof(handler));
}
BlockLiteral block_handler = new BlockLiteral();
block_handler.SetupBlockUnsafe(static_AccessKeyHandler, handler);
try {
return(nw_txt_record_access_key(GetCheckedHandle(), key, ref block_handler));
} finally {
block_handler.CleanupBlock();
}
}
public bool GetRawBytes(NWTxtRecordGetRawByteDelegate handler)
{
if (handler == null)
{
throw new ArgumentNullException(nameof(handler));
}
BlockLiteral block_handler = new BlockLiteral();
block_handler.SetupBlockUnsafe(static_RawBytesHandler, handler);
try {
return(nw_txt_record_access_bytes(GetCheckedHandle(), ref block_handler));
} finally {
block_handler.CleanupBlock();
}
}
public void EnumerateSubprotocols(Action <string> handler)
{
if (handler == null)
{
throw new ArgumentNullException(nameof(handler));
}
BlockLiteral block_handler = new BlockLiteral();
block_handler.SetupBlockUnsafe(static_EnumerateSubprotocolHandler, handler);
try {
nw_ws_request_enumerate_subprotocols(GetCheckedHandle(), ref block_handler);
} finally {
block_handler.CleanupBlock();
}
}
public bool Apply(NWTxtRecordApplyDelegate2 handler)
{
if (handler == null)
{
throw new ArgumentNullException(nameof(handler));
}
BlockLiteral block_handler = new BlockLiteral();
block_handler.SetupBlockUnsafe(static_ApplyHandler, handler);
try {
return(nw_txt_record_apply(GetCheckedHandle(), ref block_handler));
} finally {
block_handler.CleanupBlock();
}
}
public void SetDistinguishedNamesForPeerHandler (Action<DispatchData> callback)
{
if (callback == null)
throw new ArgumentNullException (nameof (callback));
var block_handler = new BlockLiteral ();
block_handler.SetupBlockUnsafe (static_DistinguishedNamesForPeer, callback);
try {
if (!sec_protocol_metadata_access_distinguished_names (GetCheckedHandle (), ref block_handler)) {
throw new InvalidOperationException ("Distinguished names are not accessible.");
}
} finally {
block_handler.CleanupBlock ();
}
}
public void SetSignatureAlgorithmsForPeerHandler (Action<ushort> callback)
{
if (callback == null)
throw new ArgumentNullException (nameof (callback));
var block_handler = new BlockLiteral ();
block_handler.SetupBlockUnsafe (static_SignatureAlgorithmsForPeer, callback);
try {
if (!sec_protocol_metadata_access_supported_signature_algorithms (GetCheckedHandle (), ref block_handler)) {
throw new InvalidOperationException ("The supported signature list is not accessible.");
}
} finally {
block_handler.CleanupBlock ();
}
}
public void SetCertificateChainForPeerHandler (Action<SecCertificate> callback)
{
if (callback == null)
throw new ArgumentNullException (nameof (callback));
var block_handler = new BlockLiteral ();
block_handler.SetupBlockUnsafe (static_CertificateChainForPeer, callback);
try {
if (!sec_protocol_metadata_access_peer_certificate_chain (GetCheckedHandle (), ref block_handler)) {
throw new InvalidOperationException ("The peer certificates are not accessible.");
}
} finally {
block_handler.CleanupBlock ();
}
}
void SetupBlockOptimized_LoadLocalVariable2(Action callback)
{
int dummy0 = 0, dummy1 = 0;
var block_callback = BaseOptimizeGeneratedCodeTest.block_callback; // ldloc_2
// Load the trampoline from a instance method call
BlockLiteral block = new BlockLiteral();
block.SetupBlock(block_callback, callback);
Bindings.Test.CFunctions.x_call_block(ref block);
block.CleanupBlock();
// Use the variables so that the compiler doesn't optimize them away
GC.KeepAlive(dummy0);
GC.KeepAlive(dummy1);
}
public bool AccessCertificates(Action </* sec_identity_t */ SecCertificate2> handler)
{
if (handler == null)
{
throw new ArgumentNullException(nameof(handler));
}
BlockLiteral block_handler = new BlockLiteral();
try {
block_handler.SetupBlockUnsafe(access, handler);
return(sec_identity_access_certificates(GetCheckedHandle(), ref block_handler));
}
finally {
block_handler.CleanupBlock();
}
}
public bool ParseInput(nuint minimumIncompleteLength, nuint maximumLength, Memory <byte> tempBuffer, NWFramerParseCompletionDelegate handler)
{
if (handler == null)
{
throw new ArgumentNullException(nameof(handler));
}
unsafe {
BlockLiteral block_handler = new BlockLiteral();
block_handler.SetupBlockUnsafe(static_ParseInputHandler, handler);
try {
using (var mh = tempBuffer.Pin())
return(nw_framer_parse_input(GetCheckedHandle(), minimumIncompleteLength, maximumLength, (byte *)mh.Pointer, ref block_handler));
} finally {
block_handler.CleanupBlock();
}
}
}
public void ReceiveMessageReadOnlyData(NWConnectionReceiveReadOnlySpanCompletion callback)
{
if (callback == null)
{
throw new ArgumentNullException(nameof(callback));
}
BlockLiteral block_handler = new BlockLiteral();
block_handler.SetupBlockUnsafe(static_ReceiveCompletionDispatchReadnOnlyData, callback);
try {
nw_connection_receive_message(GetCheckedHandle(), ref block_handler);
} finally {
block_handler.CleanupBlock();
}
}
public void ScheduleAsync (Action handler)
{
unsafe {
if (handler == null) {
nw_framer_async (GetCheckedHandle (), null);
return;
}
BlockLiteral block_handler = new BlockLiteral ();
BlockLiteral *block_ptr_handler = &block_handler;
block_handler.SetupBlockUnsafe (static_ScheduleHandler, handler);
try {
nw_framer_async (GetCheckedHandle (), (void*) block_ptr_handler);
} finally {
block_handler.CleanupBlock ();
}
}
}
public static void Read(int fd, nuint size, DispatchQueue dispatchQueue, DispatchIOHandler handler)
{
if (handler == null)
{
throw new ArgumentNullException(nameof(handler));
}
if (dispatchQueue == null)
{
throw new ArgumentNullException(nameof(dispatchQueue));
}
BlockLiteral block_handler = new BlockLiteral();
block_handler.SetupBlockUnsafe(static_DispatchReadWriteHandler, handler);
dispatch_read(fd, size, dispatchQueue.Handle, ref block_handler);
block_handler.CleanupBlock();
}
public void SetStateChangesHandler(Action <NWBrowserState, NWError?> handler)
{
unsafe {
if (handler == null)
{
nw_ethernet_channel_set_state_changed_handler(GetCheckedHandle(), null);
return;
}
BlockLiteral block_handler = new BlockLiteral();
block_handler.SetupBlockUnsafe(static_StateChangesHandler, handler);
try {
nw_ethernet_channel_set_state_changed_handler(GetCheckedHandle(), &block_handler);
} finally {
block_handler.CleanupBlock();
}
}
}
public void EnumerateGateways(Action <NWEndpoint> callback)
{
if (callback == null)
{
throw new ArgumentNullException(nameof(callback));
}
BlockLiteral block_handler = new BlockLiteral();
block_handler.SetupBlockUnsafe(static_Enumerator, callback);
try {
nw_path_enumerate_gateways(GetCheckedHandle(), ref block_handler);
} finally {
block_handler.CleanupBlock();
}
}
public void EnumerateInterfaces(Action <NWInterface> callback)
{
if (callback == null)
{
return;
}
BlockLiteral block_handler = new BlockLiteral();
block_handler.SetupBlockUnsafe(static_Enumerator, callback);
try {
nw_path_enumerate_interfaces(GetCheckedHandle(), ref block_handler);
} finally {
block_handler.CleanupBlock();
}
}
void SetupBlockOptimized_SpecificArgument(
Action callback,
int dummy000 = 0, int dummy010 = 0, int dummy020 = 0, int dummy030 = 0, int dummy040 = 0, int dummy050 = 0, int dummy060 = 0, int dummy070 = 0, int dummy080 = 0, int dummy090 = 0,
int dummy001 = 0, int dummy011 = 0, int dummy021 = 0, int dummy031 = 0, int dummy041 = 0, int dummy051 = 0, int dummy061 = 0, int dummy071 = 0, int dummy081 = 0, int dummy091 = 0,
int dummy002 = 0, int dummy012 = 0, int dummy022 = 0, int dummy032 = 0, int dummy042 = 0, int dummy052 = 0, int dummy062 = 0, int dummy072 = 0, int dummy082 = 0, int dummy092 = 0,
int dummy003 = 0, int dummy013 = 0, int dummy023 = 0, int dummy033 = 0, int dummy043 = 0, int dummy053 = 0, int dummy063 = 0, int dummy073 = 0, int dummy083 = 0, int dummy093 = 0,
int dummy004 = 0, int dummy014 = 0, int dummy024 = 0, int dummy034 = 0, int dummy044 = 0, int dummy054 = 0, int dummy064 = 0, int dummy074 = 0, int dummy084 = 0, int dummy094 = 0,
int dummy005 = 0, int dummy015 = 0, int dummy025 = 0, int dummy035 = 0, int dummy045 = 0, int dummy055 = 0, int dummy065 = 0, int dummy075 = 0, int dummy085 = 0, int dummy095 = 0,
int dummy006 = 0, int dummy016 = 0, int dummy026 = 0, int dummy036 = 0, int dummy046 = 0, int dummy056 = 0, int dummy066 = 0, int dummy076 = 0, int dummy086 = 0, int dummy096 = 0,
int dummy007 = 0, int dummy017 = 0, int dummy027 = 0, int dummy037 = 0, int dummy047 = 0, int dummy057 = 0, int dummy067 = 0, int dummy077 = 0, int dummy087 = 0, int dummy097 = 0,
int dummy008 = 0, int dummy018 = 0, int dummy028 = 0, int dummy038 = 0, int dummy048 = 0, int dummy058 = 0, int dummy068 = 0, int dummy078 = 0, int dummy088 = 0, int dummy098 = 0,
int dummy009 = 0, int dummy019 = 0, int dummy029 = 0, int dummy039 = 0, int dummy049 = 0, int dummy059 = 0, int dummy069 = 0, int dummy079 = 0, int dummy089 = 0, int dummy099 = 0,
int dummy100 = 0, int dummy110 = 0, int dummy120 = 0, int dummy130 = 0, int dummy140 = 0, int dummy150 = 0, int dummy160 = 0, int dummy170 = 0, int dummy180 = 0, int dummy190 = 0,
int dummy101 = 0, int dummy111 = 0, int dummy121 = 0, int dummy131 = 0, int dummy141 = 0, int dummy151 = 0, int dummy161 = 0, int dummy171 = 0, int dummy181 = 0, int dummy191 = 0,
int dummy102 = 0, int dummy112 = 0, int dummy122 = 0, int dummy132 = 0, int dummy142 = 0, int dummy152 = 0, int dummy162 = 0, int dummy172 = 0, int dummy182 = 0, int dummy192 = 0,
int dummy103 = 0, int dummy113 = 0, int dummy123 = 0, int dummy133 = 0, int dummy143 = 0, int dummy153 = 0, int dummy163 = 0, int dummy173 = 0, int dummy183 = 0, int dummy193 = 0,
int dummy104 = 0, int dummy114 = 0, int dummy124 = 0, int dummy134 = 0, int dummy144 = 0, int dummy154 = 0, int dummy164 = 0, int dummy174 = 0, int dummy184 = 0, int dummy194 = 0,
int dummy105 = 0, int dummy115 = 0, int dummy125 = 0, int dummy135 = 0, int dummy145 = 0, int dummy155 = 0, int dummy165 = 0, int dummy175 = 0, int dummy185 = 0, int dummy195 = 0,
int dummy106 = 0, int dummy116 = 0, int dummy126 = 0, int dummy136 = 0, int dummy146 = 0, int dummy156 = 0, int dummy166 = 0, int dummy176 = 0, int dummy186 = 0, int dummy196 = 0,
int dummy107 = 0, int dummy117 = 0, int dummy127 = 0, int dummy137 = 0, int dummy147 = 0, int dummy157 = 0, int dummy167 = 0, int dummy177 = 0, int dummy187 = 0, int dummy197 = 0,
int dummy108 = 0, int dummy118 = 0, int dummy128 = 0, int dummy138 = 0, int dummy148 = 0, int dummy158 = 0, int dummy168 = 0, int dummy178 = 0, int dummy188 = 0, int dummy198 = 0,
int dummy109 = 0, int dummy119 = 0, int dummy129 = 0, int dummy139 = 0, int dummy149 = 0, int dummy159 = 0, int dummy169 = 0, int dummy179 = 0, int dummy189 = 0, int dummy199 = 0,
int dummy200 = 0, int dummy210 = 0, int dummy220 = 0, int dummy230 = 0, int dummy240 = 0, int dummy250 = 0, int dummy260 = 0, int dummy270 = 0, int dummy280 = 0, int dummy290 = 0,
int dummy201 = 0, int dummy211 = 0, int dummy221 = 0, int dummy231 = 0, int dummy241 = 0, int dummy251 = 0, int dummy261 = 0, int dummy271 = 0, int dummy281 = 0, int dummy291 = 0,
int dummy202 = 0, int dummy212 = 0, int dummy222 = 0, int dummy232 = 0, int dummy242 = 0, int dummy252 = 0, int dummy262 = 0, int dummy272 = 0, int dummy282 = 0, int dummy292 = 0,
int dummy203 = 0, int dummy213 = 0, int dummy223 = 0, int dummy233 = 0, int dummy243 = 0, int dummy253 = 0, int dummy263 = 0, int dummy273 = 0, int dummy283 = 0, int dummy293 = 0,
int dummy204 = 0, int dummy214 = 0, int dummy224 = 0, int dummy234 = 0, int dummy244 = 0, int dummy254 = 0, int dummy264 = 0, int dummy274 = 0, int dummy284 = 0, int dummy294 = 0,
int dummy205 = 0, int dummy215 = 0, int dummy225 = 0, int dummy235 = 0, int dummy245 = 0, int dummy255 = 0, int dummy265 = 0, int dummy275 = 0, int dummy285 = 0, int dummy295 = 0,
int dummy206 = 0, int dummy216 = 0, int dummy226 = 0, int dummy236 = 0, int dummy246 = 0, int dummy256 = 0, int dummy266 = 0, int dummy276 = 0, int dummy286 = 0, int dummy296 = 0,
int dummy207 = 0, int dummy217 = 0, int dummy227 = 0, int dummy237 = 0, int dummy247 = 0, int dummy257 = 0, int dummy267 = 0, int dummy277 = 0, int dummy287 = 0, int dummy297 = 0,
int dummy208 = 0, int dummy218 = 0, int dummy228 = 0, int dummy238 = 0, int dummy248 = 0, int dummy258 = 0, int dummy268 = 0, int dummy278 = 0, int dummy288 = 0, int dummy298 = 0,
int dummy209 = 0, int dummy219 = 0, int dummy229 = 0, int dummy239 = 0, int dummy249 = 0, int dummy259 = 0, int dummy269 = 0, int dummy279 = 0, int dummy289 = 0, int dummy299 = 0,
Action <IntPtr> block_callback = null
)
{
// ldarg
BlockLiteral block = new BlockLiteral();
block.SetupBlock(block_callback, callback);
Bindings.Test.CFunctions.x_call_block(ref block);
block.CleanupBlock();
}
public void SetKeyUpdateCallback(SecProtocolKeyUpdate keyUpdate, DispatchQueue keyUpdateQueue)
{
if (keyUpdate == null)
{
throw new ArgumentNullException(nameof(keyUpdate));
}
if (keyUpdateQueue == null)
{
throw new ArgumentNullException(nameof(keyUpdateQueue));
}
BlockLiteral block_handler = new BlockLiteral();
block_handler.SetupBlockUnsafe(Trampolines.SDSecProtocolKeyUpdate.Handler, keyUpdate);
sec_protocol_options_set_key_update_block(Handle, ref block_handler, keyUpdateQueue.Handle);
block_handler.CleanupBlock();
}
public void SetReceiveHandler(NWEthernetChannelReceiveDelegate handler)
{
unsafe {
if (handler == null)
{
nw_ethernet_channel_set_receive_handler(GetCheckedHandle(), null);
return;
}
BlockLiteral block_handler = new BlockLiteral();
block_handler.SetupBlockUnsafe(static_ReceiveHandler, handler);
try {
nw_ethernet_channel_set_receive_handler(GetCheckedHandle(), &block_handler);
} finally {
block_handler.CleanupBlock();
}
}
}