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LwsApiCalls.h File Reference
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Go to the source code of this file.
Classes | |
| struct | __LwsCallInfo |
| struct | SignalingMessageWrapper |
Typedefs | |
| typedef struct __LwsCallInfo | LwsCallInfo |
| typedef struct SignalingMessageWrapper * | PSignalingMessageWrapper |
Macro Definition Documentation
◆ AWS_SIG_V4_HEADER_HOST
| #define AWS_SIG_V4_HEADER_HOST (PCHAR) "host" |
◆ BLOCK_ON_CORRELATION_ID
| #define BLOCK_ON_CORRELATION_ID FALSE |
◆ CHECK_SIGNALING_CREDENTIALS_EXPIRATION
| #define CHECK_SIGNALING_CREDENTIALS_EXPIRATION | ( | p | ) |
Value:
do { \
if (SIGNALING_GET_CURRENT_TIME((p)) >= (p)->pAwsCredentials->expiration) { \
ATOMIC_STORE(&(p)->result, (SIZE_T) SERVICE_CALL_NOT_AUTHORIZED); \
CHK(FALSE, retStatus); \
} \
} while (FALSE)
◆ CREATE_CHANNEL_PARAM_JSON_TEMPLATE
| #define CREATE_CHANNEL_PARAM_JSON_TEMPLATE |
Value:
"{\n\t\"ChannelName\": \"%s\"," \
"\n\t\"ChannelType\": \"%s\"," \
"\n\t\"SingleMasterConfiguration\": {" \
"\n\t\t\"MessageTtlSeconds\": %" PRIu64 "\n\t}" \
"%s\n}"
◆ CREATE_SIGNALING_CHANNEL_API_POSTFIX
| #define CREATE_SIGNALING_CHANNEL_API_POSTFIX "/createSignalingChannel" |
◆ DELETE_CHANNEL_PARAM_JSON_TEMPLATE
| #define DELETE_CHANNEL_PARAM_JSON_TEMPLATE |
Value:
"{\n\t\"ChannelARN\": \"%s\"," \
"\n\t\"CurrentVersion\": \"%s\"\n}"
◆ DELETE_SIGNALING_CHANNEL_API_POSTFIX
| #define DELETE_SIGNALING_CHANNEL_API_POSTFIX "/deleteSignalingChannel" |
◆ DESCRIBE_CHANNEL_PARAM_JSON_TEMPLATE
| #define DESCRIBE_CHANNEL_PARAM_JSON_TEMPLATE "{\n\t\"ChannelName\": \"%s\"\n}" |
◆ DESCRIBE_MEDIA_STORAGE_CONF_API_POSTFIX
| #define DESCRIBE_MEDIA_STORAGE_CONF_API_POSTFIX "/describeMediaStorageConfiguration" |
◆ DESCRIBE_MEDIA_STORAGE_CONF_PARAM_JSON_TEMPLATE
| #define DESCRIBE_MEDIA_STORAGE_CONF_PARAM_JSON_TEMPLATE "{\n\t\"ChannelARN\": \"%s\"\n}" |
◆ DESCRIBE_SIGNALING_CHANNEL_API_POSTFIX
| #define DESCRIBE_SIGNALING_CHANNEL_API_POSTFIX "/describeSignalingChannel" |
◆ GET_CHANNEL_ENDPOINT_PARAM_JSON_TEMPLATE
| #define GET_CHANNEL_ENDPOINT_PARAM_JSON_TEMPLATE |
Value:
"{\n\t\"ChannelARN\": \"%s\"," \
"\n\t\"SingleMasterChannelEndpointConfiguration\": {" \
"\n\t\t\"Protocols\": [%s]," \
"\n\t\t\"Role\": \"%s\"" \
"\n\t}\n}"
◆ GET_ICE_CONFIG_API_POSTFIX
| #define GET_ICE_CONFIG_API_POSTFIX "/v1/get-ice-server-config" |
◆ GET_ICE_CONFIG_PARAM_JSON_TEMPLATE
| #define GET_ICE_CONFIG_PARAM_JSON_TEMPLATE |
Value:
"{\n\t\"ChannelARN\": \"%s\"," \
"\n\t\"ClientId\": \"%s\"," \
"\n\t\"Service\": \"TURN\"" \
"\n}"
◆ GET_SIGNALING_CHANNEL_ENDPOINT_API_POSTFIX
| #define GET_SIGNALING_CHANNEL_ENDPOINT_API_POSTFIX "/getSignalingChannelEndpoint" |
◆ ICE_SERVER_INFO_TEMPLATE_BLOAT_SIZE
| #define ICE_SERVER_INFO_TEMPLATE_BLOAT_SIZE 128 |
◆ ICE_SERVER_URI_BLOAT_SIZE
| #define ICE_SERVER_URI_BLOAT_SIZE 10 |
◆ JOIN_STORAGE_SESSION_API_POSTFIX
| #define JOIN_STORAGE_SESSION_API_POSTFIX "/joinStorageSession" |
◆ LWS_ALIGN_BYTES
| #define LWS_ALIGN_BYTES 16 |
◆ LWS_MESSAGE_BUFFER_SIZE
| #define LWS_MESSAGE_BUFFER_SIZE (SIZEOF(CHAR) * (MAX_SIGNALING_MESSAGE_LEN + LWS_ALIGN_BYTES)) |
◆ LWS_SCRATCH_BUFFER_SIZE
| #define LWS_SCRATCH_BUFFER_SIZE (MAX_JSON_PARAMETER_STRING_LEN + LWS_ALIGN_BYTES) |
◆ LWS_SERVICE_LOCK_RETRY_WAIT
| #define LWS_SERVICE_LOCK_RETRY_WAIT (1 * HUNDREDS_OF_NANOS_IN_A_MILLISECOND) |
◆ LWS_SERVICE_LOOP_ITERATION_WAIT
| #define LWS_SERVICE_LOOP_ITERATION_WAIT (50 * HUNDREDS_OF_NANOS_IN_A_MILLISECOND) |
◆ MAX_CLOCK_SKEW_RETRIES_PER_CALL
| #define MAX_CLOCK_SKEW_RETRIES_PER_CALL 1 |
◆ MAX_DATE_HEADER_BUFFER_LENGTH
| #define MAX_DATE_HEADER_BUFFER_LENGTH 64 |
◆ MAX_ENCODED_ICE_SERVER_INFOS_STR_LEN
| #define MAX_ENCODED_ICE_SERVER_INFOS_STR_LEN (MAX_ICE_SERVER_INFOS_STR_LEN + ICE_SERVER_INFO_TEMPLATE_BLOAT_SIZE) |
◆ MAX_ICE_SERVER_INFO_STR_LEN
| #define MAX_ICE_SERVER_INFO_STR_LEN (MAX_ICE_SERVER_URI_STR_LEN + MAX_ICE_CONFIG_USER_NAME_LEN + MAX_ICE_CONFIG_CREDENTIAL_LEN + ICE_SERVER_INFO_TEMPLATE_BLOAT_SIZE) |
◆ MAX_ICE_SERVER_INFOS_STR_LEN
| #define MAX_ICE_SERVER_INFOS_STR_LEN (MAX_ICE_CONFIG_COUNT * MAX_ICE_SERVER_INFO_STR_LEN) |
◆ MAX_ICE_SERVER_URI_STR_LEN
| #define MAX_ICE_SERVER_URI_STR_LEN (MAX_ICE_CONFIG_URI_COUNT * (MAX_ICE_CONFIG_URI_LEN + ICE_SERVER_URI_BLOAT_SIZE)) |
◆ MAX_SIGNALING_MESSAGE_TYPE_LEN
| #define MAX_SIGNALING_MESSAGE_TYPE_LEN ARRAY_SIZE(SIGNALING_RECONNECT_ICE_SERVER) |
◆ MAX_SIGNALING_STATUS_MESSAGE_LEN
| #define MAX_SIGNALING_STATUS_MESSAGE_LEN 16 |
◆ MIN_CLOCK_SKEW_TIME_TO_CORRECT
| #define MIN_CLOCK_SKEW_TIME_TO_CORRECT (5 * HUNDREDS_OF_NANOS_IN_A_MINUTE) |
◆ PROTOCOL_INDEX_HTTPS
| #define PROTOCOL_INDEX_HTTPS 0 |
◆ PROTOCOL_INDEX_WSS
| #define PROTOCOL_INDEX_WSS 1 |
◆ SIGNALING_CHANNEL_ARN_PARAM_NAME
| #define SIGNALING_CHANNEL_ARN_PARAM_NAME "X-Amz-ChannelARN" |
◆ SIGNALING_CHANNEL_NAME_PARAM_NAME
| #define SIGNALING_CHANNEL_NAME_PARAM_NAME "X-Amz-ChannelName" |
◆ SIGNALING_CHANNEL_PROTOCOL
| #define SIGNALING_CHANNEL_PROTOCOL "\"WSS\", \"HTTPS\"" |
◆ SIGNALING_CHANNEL_PROTOCOL_W_MEDIA_STORAGE
| #define SIGNALING_CHANNEL_PROTOCOL_W_MEDIA_STORAGE "\"WSS\", \"HTTPS\", \"WEBRTC\"" |
◆ SIGNALING_CLIENT_ID_PARAM_NAME
| #define SIGNALING_CLIENT_ID_PARAM_NAME "X-Amz-ClientId" |
◆ SIGNALING_ENDPOINT_MASTER_URL_WSS_TEMPLATE
| #define SIGNALING_ENDPOINT_MASTER_URL_WSS_TEMPLATE "%s?%s=%s" |
◆ SIGNALING_ENDPOINT_VIEWER_URL_WSS_TEMPLATE
| #define SIGNALING_ENDPOINT_VIEWER_URL_WSS_TEMPLATE "%s?%s=%s&%s=%s" |
◆ SIGNALING_GO_AWAY
| #define SIGNALING_GO_AWAY "GO_AWAY" |
◆ SIGNALING_ICE_CANDIDATE
| #define SIGNALING_ICE_CANDIDATE "ICE_CANDIDATE" |
◆ SIGNALING_ICE_SERVER_LIST_TEMPLATE_END
| #define SIGNALING_ICE_SERVER_LIST_TEMPLATE_END "\n\t]" |
◆ SIGNALING_ICE_SERVER_LIST_TEMPLATE_START
| #define SIGNALING_ICE_SERVER_LIST_TEMPLATE_START |
Value:
",\n" \
"\t\"IceServerList\": ["
◆ SIGNALING_ICE_SERVER_TEMPLATE
| #define SIGNALING_ICE_SERVER_TEMPLATE |
Value:
"\n" \
"\t\t{\n" \
"\t\t\t\"Password\": \"%s\",\n" \
"\t\t\t\"Ttl\": %" PRIu64 ",\n" \
"\t\t\t\"Uris\": [%s],\n" \
"\t\t\t\"Username\": \"%s\"\n" \
"\t\t},"
◆ SIGNALING_JOIN_STORAGE_SESSION_MASTER_PARAM_JSON_TEMPLATE
| #define SIGNALING_JOIN_STORAGE_SESSION_MASTER_PARAM_JSON_TEMPLATE "{\n\t\"channelArn\": \"%s\"\n}" |
◆ SIGNALING_JOIN_STORAGE_SESSION_VIEWER_PARAM_JSON_TEMPLATE
| #define SIGNALING_JOIN_STORAGE_SESSION_VIEWER_PARAM_JSON_TEMPLATE |
Value:
"{\n\t\"channelArn\": \"%s\"," \
"\n\t\"clientId\": \"%s\"\n}"
◆ SIGNALING_MESSAGE_UNKNOWN
| #define SIGNALING_MESSAGE_UNKNOWN "UNKNOWN" |
◆ SIGNALING_RECONNECT_ICE_SERVER
| #define SIGNALING_RECONNECT_ICE_SERVER "RECONNECT_ICE_SERVER" |
◆ SIGNALING_ROLE_PARAM_NAME
| #define SIGNALING_ROLE_PARAM_NAME "X-Amz-Role" |
◆ SIGNALING_SDP_TYPE_ANSWER
| #define SIGNALING_SDP_TYPE_ANSWER "SDP_ANSWER" |
◆ SIGNALING_SDP_TYPE_OFFER
| #define SIGNALING_SDP_TYPE_OFFER "SDP_OFFER" |
◆ SIGNALING_SEND_MESSAGE_TEMPLATE
| #define SIGNALING_SEND_MESSAGE_TEMPLATE |
Value:
"{\n" \
"\t\"action\": \"%s\",\n" \
"\t\"RecipientClientId\": \"%.*s\",\n" \
"\t\"MessagePayload\": \"%s\"%s\n" \
"}"
◆ SIGNALING_SEND_MESSAGE_TEMPLATE_WITH_CORRELATION_ID
| #define SIGNALING_SEND_MESSAGE_TEMPLATE_WITH_CORRELATION_ID |
Value:
"{\n" \
"\t\"action\": \"%s\",\n" \
"\t\"RecipientClientId\": \"%.*s\",\n" \
"\t\"MessagePayload\": \"%s\",\n" \
"\t\"CorrelationId\": \"%.*s\"%s\n" \
"}"
◆ SIGNALING_SERVICE_API_CALL_COMPLETION_TIMEOUT
| #define SIGNALING_SERVICE_API_CALL_COMPLETION_TIMEOUT (5 * HUNDREDS_OF_NANOS_IN_A_SECOND) |
◆ SIGNALING_SERVICE_API_CALL_CONNECTION_TIMEOUT
| #define SIGNALING_SERVICE_API_CALL_CONNECTION_TIMEOUT (2 * HUNDREDS_OF_NANOS_IN_A_SECOND) |
◆ SIGNALING_SERVICE_API_CALL_TIMEOUT_IN_SECONDS
| #define SIGNALING_SERVICE_API_CALL_TIMEOUT_IN_SECONDS ((SIGNALING_SERVICE_API_CALL_CONNECTION_TIMEOUT + SIGNALING_SERVICE_API_CALL_COMPLETION_TIMEOUT) / HUNDREDS_OF_NANOS_IN_A_SECOND) |
◆ SIGNALING_SERVICE_TCP_KEEPALIVE_IN_SECONDS
| #define SIGNALING_SERVICE_TCP_KEEPALIVE_IN_SECONDS 3 |
◆ SIGNALING_SERVICE_TCP_KEEPALIVE_PROBE_COUNT
| #define SIGNALING_SERVICE_TCP_KEEPALIVE_PROBE_COUNT 3 |
◆ SIGNALING_SERVICE_TCP_KEEPALIVE_PROBE_INTERVAL_IN_SECONDS
| #define SIGNALING_SERVICE_TCP_KEEPALIVE_PROBE_INTERVAL_IN_SECONDS 1 |
◆ SIGNALING_SERVICE_WSS_HANGUP_IN_SECONDS
| #define SIGNALING_SERVICE_WSS_HANGUP_IN_SECONDS 7200 |
◆ SIGNALING_SERVICE_WSS_PING_PONG_INTERVAL_IN_SECONDS
| #define SIGNALING_SERVICE_WSS_PING_PONG_INTERVAL_IN_SECONDS 10 |
◆ SIGNALING_STATUS_RESPONSE
| #define SIGNALING_STATUS_RESPONSE "STATUS_RESPONSE" |
◆ SIGNALING_UPDATE_STORAGE_CONFIG_PARAM_JSON_TEMPLATE
| #define SIGNALING_UPDATE_STORAGE_CONFIG_PARAM_JSON_TEMPLATE |
Value:
"{\n\t\"StreamARN\": \"%s\"," \
"\n\t\"ChannelARN\": \"%s\"," \
"\n\t\"StorageStatus\": \"%s\"" \
"\n}"
◆ TAG_PARAM_JSON_OBJ_TEMPLATE
| #define TAG_PARAM_JSON_OBJ_TEMPLATE "\n\t\t{\"Key\": \"%s\", \"Value\": \"%s\"}," |
◆ TAGS_PARAM_JSON_TEMPLATE
| #define TAGS_PARAM_JSON_TEMPLATE ",\n\t\"Tags\": [%s\n\t]" |
◆ UPDATE_MEDIA_STORAGE_CONF_API_POSTFIX
| #define UPDATE_MEDIA_STORAGE_CONF_API_POSTFIX "/updateMediaStorageConfiguration" |
◆ WSS_SIGNALING_PROTOCOL_INDEX
| #define WSS_SIGNALING_PROTOCOL_INDEX 1 |
Index of the signaling protocol handling WSS IMPORTANT!!! This should match the correct index in the signaling client protocol array
Typedef Documentation
◆ LwsCallInfo
| typedef struct __LwsCallInfo LwsCallInfo |
◆ PSignalingMessageWrapper
| typedef struct SignalingMessageWrapper * PSignalingMessageWrapper |
Function Documentation
◆ configureLwsLogging()
| STATUS configureLwsLogging | ( | UINT32 | kvsLogLevel | ) |
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◆ connectSignalingChannelLws()
| STATUS connectSignalingChannelLws | ( | PSignalingClient | pSignalingClient, |
| UINT64 | time ) |
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◆ createChannelLws()
| STATUS createChannelLws | ( | PSignalingClient | pSignalingClient, |
| UINT64 | time ) |
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◆ createLwsCallInfo()
| STATUS createLwsCallInfo | ( | PSignalingClient | pSignalingClient, |
| PRequestInfo | pRequestInfo, | ||
| UINT32 | protocolIndex, | ||
| PLwsCallInfo * | ppLwsCallInfo ) |
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◆ deleteChannelLws()
| STATUS deleteChannelLws | ( | PSignalingClient | pSignalingClient, |
| UINT64 | time ) |
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◆ describeChannelLws()
| STATUS describeChannelLws | ( | PSignalingClient | pSignalingClient, |
| UINT64 | time ) |
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◆ describeMediaStorageConfLws()
| STATUS describeMediaStorageConfLws | ( | PSignalingClient | pSignalingClient, |
| UINT64 | time ) |
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◆ freeLwsCallInfo()
| STATUS freeLwsCallInfo | ( | PLwsCallInfo * | ppLwsCallInfo | ) |
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◆ getChannelEndpointLws()
| STATUS getChannelEndpointLws | ( | PSignalingClient | pSignalingClient, |
| UINT64 | time ) |
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◆ getIceConfigLws()
| STATUS getIceConfigLws | ( | PSignalingClient | pSignalingClient, |
| UINT64 | time ) |
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◆ getMessageTypeFromString()
| STATUS getMessageTypeFromString | ( | PCHAR | typeStr, |
| UINT32 | typeLen, | ||
| SIGNALING_MESSAGE_TYPE * | pMessageType ) |
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◆ getMessageTypeInString()
| PCHAR getMessageTypeInString | ( | SIGNALING_MESSAGE_TYPE | messageType | ) |
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◆ getWssUpgradeFailureResult()
| SERVICE_CALL_RESULT getWssUpgradeFailureResult | ( | PSignalingClient | pSignalingClient, |
| PVOID | wsi ) |
Maps a failed WSS upgrade to a service call result. lws keeps the response headers attached until after the connection error callback, so a 401/403 can be checked against its Date header: when the upgrade was signed with a stale clock skew correction, the measured one is recorded and the connect is retried in place.
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◆ isCallResultSignatureExpired()
| BOOL isCallResultSignatureExpired | ( | PCallInfo | pCallInfo | ) |
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◆ isCallResultSignatureNotYetCurrent()
| BOOL isCallResultSignatureNotYetCurrent | ( | PCallInfo | pCallInfo | ) |
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◆ joinStorageSessionLws()
| STATUS joinStorageSessionLws | ( | PSignalingClient | pSignalingClient, |
| UINT64 | time ) |
< TBD. Accroding to the design document, the prefix of url will be webrtc://
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◆ lwsCompleteSync()
| STATUS lwsCompleteSync | ( | PLwsCallInfo | pCallInfo | ) |
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◆ lwsHttpCallbackRoutine()
| INT32 lwsHttpCallbackRoutine | ( | PVOID | wsi, |
| INT32 | reason, | ||
| PVOID | user, | ||
| PVOID | pDataIn, | ||
| size_t | dataSize ) |
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◆ lwsListenerHandler()
| PVOID lwsListenerHandler | ( | PVOID | args | ) |
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◆ lwsSignalHandler()
| VOID lwsSignalHandler | ( | INT32 | signal | ) |
◆ lwsWssCallbackRoutine()
| INT32 lwsWssCallbackRoutine | ( | PVOID | wsi, |
| INT32 | reason, | ||
| PVOID | user, | ||
| PVOID | pDataIn, | ||
| size_t | dataSize ) |
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◆ parseIceConfigResponse()
| STATUS parseIceConfigResponse | ( | PCHAR | pResponseStr, |
| UINT32 | responseLen, | ||
| UINT8 | maxIceConfigs, | ||
| PIceConfigInfo | pIceConfigs, | ||
| PUINT32 | pIceConfigCount ) |
Parses ICE configuration from a JSON response string. If there are more ICE configurations in the string than maxIceConfigs, we will only parse up until maxIceConfigs.
- Parameters
-
[in] pResponseStr JSON string containing ICE server configuration. [in] responseLen Length of the JSON string (excluding null-terminator). [in] maxIceConfigs Maximum number of ICE configurations the array can hold. [out] pIceConfigs Pointer to array of IceConfigInfo structures to be populated. [out] pIceConfigCount Pointer to receive the number of ICE configurations parsed.
- Returns
- STATUS code of the execution:
- STATUS_SUCCESS: Successfully parsed ICE configuration.
- STATUS_NULL_ARG: Invalid NULL argument provided.
- STATUS_INVALID_API_CALL_RETURN_JSON: Malformed JSON or missing required fields.
- STATUS_SIGNALING_MAX_ICE_URI_COUNT: Too many URIs in configuration (more than MAX_ICE_CONFIG_URI_COUNT).
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◆ parseSignalingMessage()
| STATUS parseSignalingMessage | ( | PCHAR | pMessage, |
| UINT32 | messageLen, | ||
| PReceivedSignalingMessage | pReceivedSignalingMessage ) |
Parses the signaling message from a JSON response string. The payload is base64-decoded in the output. See Asynchronous message reception.
- Parameters
-
[in] pMessage JSON of the signaling message. [in] messageLen Length of the JSON string (excluding null-terminator). [out] pReceivedSignalingMessage Pointer to receive the parsed signaling message.
- Returns
- STATUS code of the execution:
- STATUS_SUCCESS: Successfully parsed ICE configuration.
- STATUS_NULL_ARG: Invalid NULL argument provided.
- STATUS_SIGNALING_INVALID_MESSAGE_TYPE: If the required field 'messageType' is missing for non error response messages.
- STATUS_INVALID_API_CALL_RETURN_JSON: Malformed JSON or missing other required fields.
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◆ receiveLwsMessage()
| STATUS receiveLwsMessage | ( | PSignalingClient | pSignalingClient, |
| PCHAR | pMessage, | ||
| UINT32 | messageLen ) |
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◆ receiveLwsMessageWrapper()
| PVOID receiveLwsMessageWrapper | ( | PVOID | args | ) |
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◆ reconnectHandler()
| PVOID reconnectHandler | ( | PVOID | args | ) |
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◆ recordClockSkewCorrection()
| INT64 recordClockSkewCorrection | ( | PSignalingClient | pSignalingClient, |
| UINT64 | serverTime, | ||
| UINT64 | nowTime ) |
Records the clock skew measured from a response Date header as the correction for all later requests. The measurement is always against the raw device time, so a device clock that gets fixed resets it to 0.
Returns how far off the signing time of the last signed request was. Beyond MIN_CLOCK_SKEW_TIME_TO_CORRECT, re-signing that request with the new correction can succeed.
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◆ sendLwsMessage()
| STATUS sendLwsMessage | ( | PSignalingClient | pSignalingClient, |
| SIGNALING_MESSAGE_TYPE | messageType, | ||
| PCHAR | peerClientId, | ||
| PCHAR | pMessage, | ||
| UINT32 | messageLen, | ||
| PCHAR | pCorrelationId, | ||
| UINT32 | correlationIdLen ) |
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◆ startReconnectHandler()
| STATUS startReconnectHandler | ( | PSignalingClient | pSignalingClient | ) |
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◆ terminateConnectionWithStatus()
| STATUS terminateConnectionWithStatus | ( | PSignalingClient | pSignalingClient, |
| SERVICE_CALL_RESULT | callResult ) |
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◆ terminateLwsListenerLoop()
| STATUS terminateLwsListenerLoop | ( | PSignalingClient | pSignalingClient | ) |
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◆ wakeLwsServiceEventLoop()
| STATUS wakeLwsServiceEventLoop | ( | PSignalingClient | pSignalingClient, |
| UINT32 | protocolIndex ) |
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◆ writeLwsData()
| STATUS writeLwsData | ( | PSignalingClient | pSignalingClient, |
| BOOL | awaitForResponse ) |
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