Ryan Malloy
61da375a0c
Firmware: - Add spp_connect, spp_disconnect, spp_data events - Add spp_send, spp_disconnect, spp_status commands - Track remote address for connected SPP peer - Report received data as hex + optional text decode Python MCP: - esp32_spp_send(data/data_hex) - send text or binary - esp32_spp_disconnect() - close SPP connection - esp32_spp_status() - query connection state Tested: Linux rfcomm connect → ESP32, bidirectional data transfer works
31 lines
935 B
C
31 lines
935 B
C
/*
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* bt_classic.h -- Classic Bluetooth GAP/SSP + SPP peripheral.
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*/
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#pragma once
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#include <stdbool.h>
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#include <stdint.h>
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#include "cJSON.h"
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void bt_classic_init(void);
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/* Command handlers (dispatched from cmd_dispatcher) */
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void cmd_classic_enable(const char *id, cJSON *params);
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void cmd_classic_disable(const char *id, cJSON *params);
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void cmd_classic_set_discoverable(const char *id, cJSON *params);
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void cmd_classic_pair_respond(const char *id, cJSON *params);
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void cmd_classic_set_ssp_mode(const char *id, cJSON *params);
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/* SPP command handlers */
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void cmd_spp_send(const char *id, cJSON *params);
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void cmd_spp_disconnect(const char *id, cJSON *params);
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void cmd_spp_status(const char *id, cJSON *params);
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/* State query */
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bool bt_classic_is_enabled(void);
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/* Called by configure command to set IO capabilities */
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void bt_classic_set_io_cap(const char *io_cap_str);
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void bt_classic_set_device_class(uint32_t cod_raw);
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