25 	struct tc_sm_t *tc = data->tc;  in tc_subsys_init()  local
28 	tc->dev = dev;  in tc_subsys_init()
31 	smf_set_initial(SMF_CTX(tc), &tc_states[TC_DISABLED_STATE]);  in tc_subsys_init()
41 	struct tc_sm_t *tc = data->tc;  in tc_run()  local
82 		if (tcpc_get_cc(tcpc, &tc->cc1, &tc->cc2) != 0) {  in tc_run()
87 			tc->cc1 = TC_CC_VOLT_OPEN;  in tc_run()
88 			tc->cc2 = TC_CC_VOLT_OPEN;  in tc_run()
92 		tc->cc_polarity = (tc->cc1 > tc->cc2) ? TC_POLARITY_CC1 : TC_POLARITY_CC2;  in tc_run()
104 		smf_run_state(SMF_CTX(tc));  in tc_run()
109  * @brief Checks if the TC Layer is in an Attached state
126 	struct tc_sm_t *tc = data->tc;  in tc_init()  local
131 	usbc_timer_init(&tc->tc_t_error_recovery, TC_T_ERROR_RECOVERY_SOURCE_MIN_MS);  in tc_init()
132 	usbc_timer_init(&tc->tc_t_cc_debounce, TC_T_CC_DEBOUNCE_MAX_MS);  in tc_init()
133 	usbc_timer_init(&tc->tc_t_rp_value_change, TC_T_RP_VALUE_CHANGE_MAX_MS);  in tc_init()
135 	usbc_timer_init(&tc->tc_t_vconn_off, TC_T_VCONN_OFF_MAX_MS);  in tc_init()
139 	tc->flags = ATOMIC_INIT(0);  in tc_init()
185 	struct tc_sm_t *tc = data->tc;  in tc_set_state()  local
188 	smf_set_state(SMF_CTX(tc), &tc_states[state]);  in tc_set_state()
198 	return data->tc->ctx.current - &tc_states[0];  in tc_get_state()
245 	struct tc_sm_t *tc = (struct tc_sm_t *)obj;  in tc_cc_open_entry()  local
246 	const struct device *dev = tc->dev;  in tc_cc_open_entry()
251 	tc->cc_voltage = TC_CC_VOLT_OPEN;  in tc_cc_open_entry()
290 	struct tc_sm_t *tc = (struct tc_sm_t *)obj;  in tc_error_recovery_entry()  local
295 	usbc_timer_start(&tc->tc_t_error_recovery);  in tc_error_recovery_entry()
303 	struct tc_sm_t *tc = (struct tc_sm_t *)obj;  in tc_error_recovery_run()  local
304 	const struct device *dev = tc->dev;  in tc_error_recovery_run()
307 	if (usbc_timer_expired(&tc->tc_t_error_recovery) == false) {  in tc_error_recovery_run()