android13/system/chre/apps/test/common/proto/chre_stress_test.proto

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1.8 KiB
Protocol Buffer

syntax = "proto2";
package chre_stress_test;
option java_package = "com.google.android.chre.nanoapp.proto";
option java_outer_classname = "ChreStressTest";
// Nanoapp message type can be either host to chre (H2C) or chre to host (C2H)
enum MessageType {
// Reserved for corrupted messages
UNDEFINED = 0;
// H2C: A message to start/stop the test.
// Payload must be TestCommand.
TEST_COMMAND = 1;
// C2H: A message indicating the test result. The nanoapp will only use this
// message to report a failure.
// Payload must be chre_test_common.TestResult.
TEST_RESULT = 2;
// C2H: A message indicating that the stress test nanoapp has received a
// WiFi scan while enabling scan monitoring. This can be used for the host
// to verify that the scan monitoring feature is working.
// No payload.
TEST_WIFI_SCAN_MONITOR_TRIGGERED = 3;
// H2C: A message indicating that the host client has restarted. The nanoapp
// should use this message to update its host endpoint tracking when sending
// unicast messages.
// No payload.
TEST_HOST_RESTARTED = 4;
// H2C: Request Capabilities.
// No payload.
GET_CAPABILITIES = 5;
// C2H: Capabilities (response to a GET_CAPABILITIES request).
CAPABILITIES = 6;
}
// A message to start the test.
message TestCommand {
enum Feature {
FEATURE_UNDEFINED = 0;
// WiFi stress testing, no scan monitoring.
WIFI_ON_DEMAND_SCAN = 1;
GNSS_LOCATION = 2;
GNSS_MEASUREMENT = 3;
WWAN = 4;
// Enables WiFi scan monitoring only.
WIFI_SCAN_MONITOR = 5;
}
// The feature to test.
optional Feature feature = 1;
// True to start the test, false to stop.
optional bool start = 2;
}
/*
* CHRE capabilities
*/
message Capabilities {
// Wifi capabilities
// see //system/chre/chre_api/include/chre_api/chre/wifi.h
optional uint32 wifi = 1;
}