ipc_analog_inputs_export_generated.h

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/* IPC code generated by ipc_generator.py version v10.4.0-dirty 2024-08-22 09:58:36.327648 */
/* Input files: ipc_core_msgs_spec.c ipc_accelerometer_export_spec.c ipc_analog_inputs_export_spec.c ipc_bt_export_spec.c ipc_bub_export_spec.c ipc_can_export_spec.c ipc_cellular_export_spec.c ipc_connectivity_export_spec.c ipc_diagnostics_export_spec.c ipc_digital_inputs_export_spec.c ipc_digital_outputs_export_spec.c ipc_ethernet_export_spec.c ipc_gyroscope_export_spec.c ipc_hwinfo_export_spec.c ipc_led_export_spec.c ipc_location_export_spec.c ipc_modem_export_spec.c ipc_power_export_spec.c ipc_rtc_export_spec.c ipc_softwareupdate_export_spec.c ipc_wifi_export_spec.c ipc_mqtt_export_spec.c */
/* Copyright Actia Nordic AB 2019 */
 
#ifndef A_IPC_IPC_ANALOG_INPUTS_EXPORT_GENERATED_H
#define A_IPC_IPC_ANALOG_INPUTS_EXPORT_GENERATED_H
#ifdef __cplusplus
extern "C" {
#endif
 
typedef enum {
    A_IPC_ENUM_ANALOG_INPUTS_RESULT_OK = 0,
    A_IPC_ENUM_ANALOG_INPUTS_RESULT_ERROR = 1,
} a_ipc_enum_analog_inputs_result;
typedef struct {
    uint32_t length;
    a_ipc_enum_analog_inputs_result *value;
} a_ipc_dyn_array_enum_analog_inputs_result;
 
typedef enum {
    A_IPC_ENUM_ANALOG_INPUTS_CHANNELS_AIN_1 = 0,
    A_IPC_ENUM_ANALOG_INPUTS_CHANNELS_AIN_2 = 1,
    A_IPC_ENUM_ANALOG_INPUTS_CHANNELS_AIN_3 = 2,
    A_IPC_ENUM_ANALOG_INPUTS_CHANNELS_AIN_4 = 3,
    A_IPC_ENUM_ANALOG_INPUTS_CHANNELS_AIN_5 = 4,
    A_IPC_ENUM_ANALOG_INPUTS_CHANNELS_AIN_6 = 5,
    A_IPC_ENUM_ANALOG_INPUTS_CHANNELS_AIN_7 = 6,
    A_IPC_ENUM_ANALOG_INPUTS_CHANNELS_AIN_8 = 7,
    A_IPC_ENUM_ANALOG_INPUTS_CHANNELS_NUMBER_OF_CHANNELS = 8,
} a_ipc_enum_analog_inputs_channels;
typedef struct {
    uint32_t length;
    a_ipc_enum_analog_inputs_channels *value;
} a_ipc_dyn_array_enum_analog_inputs_channels;
 
typedef enum {
    A_IPC_ENUM_ANALOG_INPUTS_MODE_OFF = 0,
    A_IPC_ENUM_ANALOG_INPUTS_MODE_VOLTAGE = 1,
    A_IPC_ENUM_ANALOG_INPUTS_MODE_FREQUENCY = 2,
} a_ipc_enum_analog_inputs_mode;
typedef struct {
    uint32_t length;
    a_ipc_enum_analog_inputs_mode *value;
} a_ipc_dyn_array_enum_analog_inputs_mode;
 
typedef struct {
    a_ipc_dyn_string user;
} a_ipc_msg_analog_inputs_request_req;
typedef struct {
    a_ipc_enum_analog_inputs_result result;
} a_ipc_msg_analog_inputs_request_rsp;
typedef struct {
    a_ipc_dyn_string user;
} a_ipc_msg_analog_inputs_release_req_norsp;
typedef struct {
    a_ipc_enum_analog_inputs_channels channel;
    a_ipc_enum_analog_inputs_mode mode;
    int16_t threshold;
} a_ipc_msg_analog_inputs_configure_channel_req;
typedef struct {
    a_ipc_enum_analog_inputs_result result;
    a_ipc_enum_analog_inputs_channels channel;
} a_ipc_msg_analog_inputs_configure_channel_rsp;
typedef struct {
    int32_t values[16];
} a_ipc_msg_analog_inputs_values_publish_ind;
typedef struct {
    uint8_t _compiler_no_error;
} a_ipc_msg_analog_inputs_values_subscribe_req;
typedef struct {
    a_ipc_enum_ipc_subscribe_result result;
} a_ipc_msg_analog_inputs_values_subscribe_rsp;
typedef struct {
    uint8_t _compiler_no_error;
} a_ipc_msg_analog_inputs_values_unsubscribe_req_norsp;
A_IPC_RESULT a_ipc_init_analog_inputs_request_req(a_ipc_msg *msg, uint32_t user_maxlength);
A_IPC_RESULT a_ipc_init_analog_inputs_request_rsp(a_ipc_msg *msg);
A_IPC_RESULT a_ipc_init_analog_inputs_release_req_norsp(a_ipc_msg *msg, uint32_t user_maxlength);
A_IPC_RESULT a_ipc_init_analog_inputs_configure_channel_req(a_ipc_msg *msg);
A_IPC_RESULT a_ipc_init_analog_inputs_configure_channel_rsp(a_ipc_msg *msg);
A_IPC_RESULT a_ipc_init_analog_inputs_values_publish_ind(a_ipc_msg *msg);
A_IPC_RESULT a_ipc_init_analog_inputs_values_subscribe_req(a_ipc_msg *msg);
A_IPC_RESULT a_ipc_init_analog_inputs_values_subscribe_rsp(a_ipc_msg *msg);
A_IPC_RESULT a_ipc_init_analog_inputs_values_unsubscribe_req_norsp(a_ipc_msg *msg);
 
#ifdef __cplusplus
}
#endif
 
#endif