if ((u1_t_sts == (U1)TFTWARNING_WRN_STS_CYC) && (u2_a_warning_no == (U2)TFTWARNING_GET_WRN_NO_4500)){ /* no processing */ } else{ vd_OBJCMN_UPDATE_REF((PLR_ID_U4)u2_TFTWARNING_ANIM_STS_TBL[TFTWARNING_ANIM_TYPE9_TEXT_UP][u1_a_anim_sts], (PLR_FRAME_FT)OBJCMN_SET_ON_REF); vd_OBJCMN_UPDATE_SET_PTN((U2)TFT_SCENE_WARNING, (U2)u2_TFTWARNING_ANIM_STS_TBL[TFTWARNING_ANIM_RM_TYPE9_TEXT_UP][u1_a_anim_sts], (U1)OBJCMN_INDEX_0, (U1)st_wrn_state.u1_text_mid); vd_OBJCMN_UPDATE_REF((PLR_ID_U4)u2_TFTWARNING_ANIM_STS_TBL[TFTWARNING_ANIM_TYPE9_TEXT_LOW][u1_a_anim_sts], (PLR_FRAME_FT)OBJCMN_SET_ON_REF); vd_OBJCMN_UPDATE_SET_PTN((U2)TFT_SCENE_WARNING, (U2)u2_TFTWARNING_ANIM_STS_TBL[TFTWARNING_ANIM_RM_TYPE9_TEXT_LOW][u1_a_anim_sts], (U1)OBJCMN_INDEX_0, (U1)st_wrn_state.u1_text_low); }

if (u2_a_warning_no == (U2)TFTWARNING_GET_WRN_NO_4500){ if (u1_t_sts == (U1)TFTWARNING_WRN_STS_CYC){ for (u1_t_cnt = (U1)0; u1_t_cnt < (U1)TFTWARNING_SIDE_SONAR_NUM; u1_t_cnt++){ u1_t_sonar_side_sts = u1_s_TftWarningSonarSideDispSts(u2_TFTWARNING_SONAR_SIDE_TBL[u1_t_cnt]); if ((u1_t_sonar_side_sts >(U1)TFTWARNING_SONAR_STS_OFF) && (u1_t_sonar_side_sts < (U1)TFTWARNING_SIDE_SONAR_NUM)){ vd_OBJCMN_UPDATE_REF((PLR_ID_U4)u2_TFTWARNING_CSDOOR_PID_TBL[u1_t_cnt][u1_a_anim_sts], (PLR_FRAME_FT)OBJCMN_SET_ON_REF); if (u1_t_sonar_side_sts == (U1)TFTWARNING_SONAR_STS_NEAR){ vd_OBJCMN_UPDATE_STT((PLR_ID_U4)u2_TFTWARNING_CSDOOR_PID_STT_TBL[u1_t_cnt][u1_a_anim_sts], (PLR_FRAME_U4)u1_TFTWARNING_SONAR_SIDE_NEAR_TBL[u1_t_csr_sts]); } else{ vd_OBJCMN_UPDATE_STT((PLR_ID_U4)u2_TFTWARNING_CSDOOR_PID_STT_TBL[u1_t_cnt][u1_a_anim_sts], (PLR_FRAME_U4)u1_TFTWARNING_4500_SONAR_SIDE_STT_TBL[u1_t_sonar_side_sts]); } } } }

如果u1_t_sonar_side_sts等于TFTWARNING_SONAR_STS_NEAR，则调用函数vd_OBJCMN_UPDATE_STT来更新状态值，参数为u2_TFTWARNING_CSDOOR_PID_STT_TBL[u1_t_cnt][u1_a_anim_sts]和u1_TFTWARNING_SONAR_SIDE_NEAR_TBL[u1_...

else{ vd_OBJCMN_UPDATE_REF((PLR_ID_U4)u2_TFTWARNING_ANIM_STS_TBL[TFTWARNING_ANIM_TYPE9_CSR_BASE][u1_a_anim_sts], (PLR_FRAME_FT)OBJCMN_SET_ON_REF); for (u1_t_cnt = (U1)0; u1_t_cnt < (U1)TFTWARNING_SIDE_SONAR_NUM; u1_t_cnt++){ u1_t_sonar_side_sts = u1_s_TftWarningSonarSideDispSts(u2_TFTWARNING_SONAR_SIDE_TBL[u1_t_cnt]); if ((u1_t_sonar_side_sts >(U1)TFTWARNING_SONAR_STS_OFF) && (u1_t_sonar_side_sts < (U1)TFTWARNING_SIDE_SONAR_NUM)){ if (u1_t_sonar_side_sts == (U1)TFTWARNING_SONAR_STS_NEAR){ if (u1_t_csr_sts == (U1)TFTWARNING_SONAR_STS_4500_NEAR){ vd_OBJCMN_UPDATE_REF((PLR_ID_U4)u2_TFTWARNING_SONAR_PID_TBL[u1_t_cnt][u1_a_anim_sts], (PLR_FRAME_FT)OBJCMN_SET_ON_REF); } else{ } } else{ vd_OBJCMN_UPDATE_REF((PLR_ID_U4)u2_TFTWARNING_SONAR_PID_TBL[u1_t_cnt][u1_a_anim_sts], (PLR_FRAME_FT)OBJCMN_SET_ON_REF); vd_OBJCMN_UPDATE_STT((PLR_ID_U4)u2_TFTWARNING_SONAR_PID_STT_TBL[u1_t_cnt][u1_a_anim_sts], (PLR_FRAME_U4)u1_TFTWARNING_SONAR_SIDE_STT_TBL[u1_t_sonar_side_sts]); } } } }

sonar_side_sts等于TFTWARNING_SONAR_STS_NEAR，并且u1_t_csr_sts等于TFTWARNING_SONAR_STS_4500_NEAR，则调用函数vd_OBJCMN_UPDATE_REF来更新引用值，参数为u2_TFTWARNING_SONAR_PID_TBL[u1_t_cnt][u1_a_anim_sts]...

解释这段代码 void EXTI_S1_Callback(void *device, uint32_t wpara, uint32_t lpara) { if (GET_S1_STS() - GET_S2_STS() == 1) { speed < speed_max? speed ++: speed; } else if (GET_S2_STS() - GET_S1_STS() == 1){ speed > speed_min? speed --: speed_min; } CAN_Send(); }

这段代码是一个中断回调函数，当外部中断事件发生时，会调用这个函数。函数内部首先通过比较两个输入管脚的状态，来确定加速还是减速。如果S1状态比S2状态多1，则表示需要加速，此时会将速度加1，但是速度不能超过...

TMRx->STS & TMR_INT;是什么作用

TMRx->STS & TMR_INT; 这行代码主要的作用是检查定时器 TMRx 的中断状态标志位是否被设置。其中，TMRx 是指定时器的名称，STS 是该定时器的状态寄存器，TMR_INT 是一个宏定义，用于表示中断状态标志位的掩码值。 ...

ble_sts_t blc_ll_setExtAdvParam(……);

根据参数列表中的 ble_sts_t 类型，可以猜测这是一个用于设置BLE（蓝牙低功耗）协议栈的函数，其中 ble_sts_t 可能是一个枚举类型，用于表示函数执行的状态。而 blc 可能是指蓝牙低功耗协议栈（Bluetooth Low ...

sts-4.0.1.plugin_json_dbeaver.zip

这是一个文件包，包含了关于STS 4.0.1插件和DBeaver插件的JSON配置文件。STS 4.0.1是Spring Tool Suite的版本号，这是一个常用的Java开发工具。DBeaver是一个开源的数据库管理工具，也是Java开发人员常用的工具之一...

详细的解释一下解释一下这段代码的作用if ((padapter->dvobj->tx_mode == 1) && (0 != amsdu_merge_cnt) && (pskb->len < 256) && (txq->cnt > 0) ) { pre_entry = RTW_GET_PRE_ENTRY(txq->wptr); pskb_first = txq->skb_q[pre_entry]; if ( pskb_first ) { cur_cnt = (pskb_first->cb[_SKB_CB_AMSDU_TXSC] & 0x0F); vw_cnt = (pskb_first->cb[_SKB_VW_FLAG] & 0x0F); if ( cur_cnt < amsdu_merge_cnt ) { s8 mrg_sts = 0; if ( 0x10 & pskb->cb[_SKB_VW_FLAG] ) { vw_cnt++; pskb_first->cb[_SKB_VW_FLAG] = (0x10 | vw_cnt); } if ( pskb_first->len & 0x3 ) skb_put(pskb_first, 4 - (pskb_first->len & 0x3) ); mrg_sts = amsdu_merge(pskb_first, pskb, false); if ( _SUCCESS == mrg_sts ) { add_new = 0; cur_cnt++; pskb_first->cb[_SKB_CB_AMSDU_TXSC] = (0x80 | cur_cnt); if ( 0 != pskb->cb[_SKB_VW_FLAG] ) padapter->tx_logs.core_vw_amsdu_enq_merg++; } } } }

这段代码的作用是检查发送队列中是否可以进行 A-MSDU（Aggregated MAC Service Data Unit）合并，如果可以，则进行合并。A-MSDU 是一种用于提高无线网络传输效率的技术，它将多个 MAC 层数据帧合并成一个更大的单个...

优化下这个代码 select sum(auth_amt) sum_auth_amt from auth_cont auth where auth_sts = '1' and exists (select 1 from RPT_DUE_LOAN_ACC_M loan where loan.cif_no = auth.cif_no AND loan.send_flag = '2' AND LOAN.PRD_USERDF_TYPE != '3017' AND LOAN.BANK_ID = 162000 and (loan.cif_no in (select cif_no from RPT_DUE_LOAN_ACC_M a where 1 = 1 AND LOAN.YEAR = '2021' AND LOAN.MONTH = '12' AND LOAN.ACCOUNT_STATUS NOT IN ('0', '2') AND ((LOAN.LOAN_BAL > 0 OR LOAN.IN_INTST > 0 OR LOAN.OUT_INTST > 0 OR LOAN.CMPD_INTST > 0) or substr(LOAN.SETTL_DATE, 0, 6) = '202112') AND LOAN.MANG_BR_NO IN (SELECT BR_NO FROM TBL_ORG_DEPARTMENTS START WITH BR_NO = '162000' CONNECT BY PRIOR BR_NO = UP_ONE) group by cif_no and (loan.cif_no in (select cif_no from RPT_DUE_LOAN_ACC_M a where 1 = 1 AND LOAN.YEAR = '2021' AND LOAN.MONTH = '12' AND LOAN.ACCOUNT_STATUS NOT IN ('0', '2') AND ((LOAN.LOAN_BAL > 0 OR LOAN.IN_INTST > 0 OR LOAN.OUT_INTST > 0 OR LOAN.CMPD_INTST > 0) or substr(LOAN.SETTL_DATE, 0, 6) = '202112') AND LOAN.MANG_BR_NO IN (SELECT BR_NO FROM TBL_ORG_DEPARTMENTS START WITH BR_NO = '162000' CONNECT BY PRIOR BR_NO = UP_ONE) group by cif_no AND LOAN.YEAR = '2021' AND LOAN.MONTH = '12' AND LOAN.ACCOUNT_STATUS NOT IN ('0', '2') AND ((LOAN.LOAN_BAL > 0 OR LOAN.IN_INTST > 0 OR LOAN.OUT_INTST > 0 OR LOAN.CMPD_INTST > 0) or substr(LOAN.SETTL_DATE, 0, 6) = '202112') AND LOAN.MANG_BR_NO IN (SELECT BR_NO FROM TBL_ORG_DEPARTMENTS START WITH BR_NO = '162000' CONNECT BY PRIOR BR_NO = UP_ONE))

答案：SELECT SUM(AUTH_AMT) SUM_AUTH_AMT FROM AUTH_CONT AUTH WHERE AUTH_STS = 1 AND EXISTS(SELECT 1 FROM RPT_DUE_LOAN_ACC_M LOAN WHERE LOAN.CIF_NO = AUTH.CIF_NO AND LOAN.SEND_FLAG = 2 AND LOAN.PRD_...

readdtc_result = FDL_API_Read( (void)bootloaderdtc, DIAGFH_BOOT_DTC_ADR, DIAGFH_BOOT_DTC_SIZE ); if( readdtc_result == FDL_RET_OK ) { ret_result = DIAG_OK; / response送信用のデータ作成 / data_info.data_body[0] = DIAGFH_DTC_AVAILABILITY_MASK; data_info.data_len = 1; for( count = 0; count < DIAGFH_BOOT_DTC_NUM; count++ ) { if( (uint8_t)((bootloaderdtc[0] >> (8count) ) & 0xFF) & (DIAGFH_BOOT_DTC_STS_TEST_FAILED | DIAGFH_BOOT_DTC_STS_TEST_NCOMP_SLC) ) { dtc_read_status_info[dtc_num].dtc_record[0] = BootDTCFTBTbl[count].DTC_HighByte; dtc_read_status_info[dtc_num].dtc_record[1] = BootDTCFTBTbl[count].DTC_MiddleByte; dtc_read_status_info[dtc_num].dtc_record[2] = BootDTCFTBTbl[count].DTC_LowByte; dtc_read_status_info[dtc_num].status_dtc = (uint8_t)((bootloaderdtc[0] >> (8*count) ) & 0xFF); data_info.data_len += 4; dtc_num++; } }

这段代码中，readdtc_result 是调用 FDL_API_Read 函数读取数据的结果。如果 readdtc_result 等于 FDL_RET_OK，表示读取操作成功。在成功读取数据后，代码将设置 ret_result 为 DIAG_OK，并创建用于...

struct dwc3_msm 结构体分析

- bool no_lpm_sts_erratum_wa: 表示 USB3.0 是否不支持 LPM 状态错误的 Workaround。 - bool no_lpm_incomplete_erratum_wa: 表示 USB3.0 是否不支持 LPM 不完整错误的 Workaround。 - bool no_lpm_erratum: ...

优化下这个代码 select sum(auth_amt) sum_auth_amt from auth_cont auth left join (select * from RPT_DUE_LOAN_ACC_M loan where loan.send_flag = '2' and loan.prd_userdf_type != '3017' and loan.bank_id = 162000 and (loan.cif_no in (select cif_no from RPT_DUE_LOAN_ACC_M a where 1 = 1 AND LOAN.YEAR = '2021' AND LOAN.MONTH = '12' AND LOAN.ACCOUNT_STATUS NOT IN ('0', '2') AND ((LOAN.LOAN_BAL > 0 OR LOAN.IN_INTST > 0 OR LOAN.OUT_INTST > 0 OR LOAN.CMPD_INTST > 0) or substr(LOAN.SETTL_DATE, 0, 6) = '202112') AND LOAN.MANG_BR_NO IN (SELECT BR_NO FROM TBL_ORG_DEPARTMENTS START WITH BR_NO = '162000' CONNECT BY PRIOR BR_NO = UP_ONE) group by cif_no and (loan.cif_no in (select cif_no from RPT_DUE_LOAN_ACC_M a where 1 = 1 AND LOAN.YEAR = '2021' AND LOAN.MONTH = '12' AND LOAN.ACCOUNT_STATUS NOT IN ('0', '2') AND ((LOAN.LOAN_BAL > 0 OR LOAN.IN_INTST > 0 OR LOAN.OUT_INTST > 0 OR LOAN.CMPD_INTST > 0) or substr(LOAN.SETTL_DATE, 0, 6) = '202112') AND LOAN.MANG_BR_NO IN (SELECT BR_NO FROM TBL_ORG_DEPARTMENTS START WITH BR_NO = '162000' CONNECT BY PRIOR BR_NO = UP_ONE) group by cif_no group by cif_no) loan on loan.cif_no = auth.cif_no where auth_sts = '1' AND LOAN.YEAR = '2021' AND LOAN.MONTH = '12' AND LOAN.ACCOUNT_STATUS NOT IN ('0', '2') AND ((LOAN.LOAN_BAL > 0 OR LOAN.IN_INTST > 0 OR LOAN.OUT_INTST > 0 OR LOAN.CMPD_INTST > 0) or substr(LOAN.SETTL_DATE, 0, 6) = '202112') AND LOAN.MANG_BR_NO IN (SELECT BR_NO FROM TBL_ORG_DEPARTMENTS START WITH BR_NO = '162000' CONNECT BY PRIOR BR_NO = UP_ONE)

= 3017 AND LOAN.BANK_ID = 162000 AND（LOAN.CIF_NO IN（SELECT CIF_NO FROM RPT_DUE_LOAN_ACC_M A WHERE LOAN.YEAR = 2021 AND LOAN.MONTH = 12 AND LOAN.ACCOUNT_STATUS NOT IN（0,2）AND（（LOAN.LOAN_BAL>0 OR ...

ts_res=zeros(sts(1),1); for j=1:T for i=1:sts(1) v=zeros(11,1); for t=1:j if(mis_ts_all(i,:,t)==0) v(cpre_ts_all(i,:,t),1)=v(cpre_ts_all(i,:,t),1)+log10(1/b(t)); end end [~,argmax] = max(v); ts_res(i,1) = argmax; end ts_err = (ts_res ~= labts); tserr(j,1) = sum(ts_err)/sts(1); end

if(mis_ts_all(i,:,t)==0) v(cpre_ts_all(i,:,t),1)=v(cpre_ts_all(i,:,t),1)+log10(1/b(t)); end end [~,argmax] = max(v); ts_res(i,1) = argmax; end ts_err = (ts_res ~= labts); tserr(j,1) = sum(ts_...

static void db_disc_handler(ble_db_discovery_evt_t * p_evt) { ble_cds_on_db_disc_evt(&m_cds_c, p_evt); ble_sts_on_db_disc_evt(&m_sts_c, p_evt); ble_ftms_on_db_disc_evt(&m_ftms_c, p_evt); }

这是一段 C 语言代码，其中定义了一个函数 db_disc_handler，它的参数是一个指向 ble_db_discovery_evt_t 结构体的指针 p_evt。在函数体内，分别调用了三个不同的函数 ble_cds_on_db_disc_evt、ble_sts_on_...

优化select * from fxbg_sdqz_bjmb where xxh = 86991004 and xdh = 221 and bjh in ( select distinct bjh from fx_ks_sts_bj where TESTH =299 AND xxh = 86991004 and xdh = 222 AND mbid in ('05474827b50945f3a9b5c7f203b1ef71','362a11e6b4274aae9cb84a43d70eee56'))

JOIN fx_ks_sts_bj k ON f.bjh = k.bjh WHERE f.xxh = 86991004 AND f.xdh = 221 AND k.TESTH = 299 AND k.xxh = 86991004 AND k.xdh = 222 AND k.mbid IN ('05474827b50945f3a9b5c7f203b1ef71', '362a11e6b...

编写一个从A_PRPT_LN_ACCT抽取day_id，LN_NO,LN_TOTLLN,LN_CFC_STS字段到表table1的存储过程

DELIMITER $$ CREATE PROCEDURE extract_data() BEGIN INSERT INTO table1 (day_id, LN_NO, LN_TOTLLN, LN_CFC_STS) SELECT day_id, LN_NO, LN_TOTLLN, LN_CFC_STS FROM A_PRPT_LN_ACCT; END$$ DELIMITER ;

sts=size(test);

具体来说，这行代码会将变量 test 的大小，也就是它的行数和列数，存储在一个名为 sts 的向量中。如果 test 是一个 n 行 m 列的矩阵，那么 sts 就会是一个 1x2 的向量，第一个元素为 n，第二个元素为 m。这个操作...

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解释这段代码 void EXTI_S1_Callback(void *device, uint32_t wpara, uint32_t lpara) { if (GET_S1_STS() - GET_S2_STS() == 1) { speed < speed_max? speed ++: speed; } else if (GET_S2_STS() - GET_S1_STS() == 1){ speed > speed_min? speed --: speed_min; } CAN_Send(); }

TMRx->STS & TMR_INT;是什么作用

ble_sts_t blc_ll_setExtAdvParam(……);

sts-4.0.1.plugin_json_dbeaver.zip

struct dwc3_msm 结构体分析

ts_res=zeros(sts(1),1); for j=1:T for i=1:sts(1) v=zeros(11,1); for t=1:j if(mis_ts_all(i,:,t)==0) v(cpre_ts_all(i,:,t),1)=v(cpre_ts_all(i,:,t),1)+log10(1/b(t)); end end [~,argmax] = max(v); ts_res(i,1) = argmax; end ts_err = (ts_res ~= labts); tserr(j,1) = sum(ts_err)/sts(1); end

static void db_disc_handler(ble_db_discovery_evt_t * p_evt) { ble_cds_on_db_disc_evt(&m_cds_c, p_evt); ble_sts_on_db_disc_evt(&m_sts_c, p_evt); ble_ftms_on_db_disc_evt(&m_ftms_c, p_evt); }

优化select * from fxbg_sdqz_bjmb where xxh = 86991004 and xdh = 221 and bjh in ( select distinct bjh from fx_ks_sts_bj where TESTH =299 AND xxh = 86991004 and xdh = 222 AND mbid in ('05474827b50945f3a9b5c7f203b1ef71','362a11e6b4274aae9cb84a43d70eee56'))

编写一个从A_PRPT_LN_ACCT抽取day_id，LN_NO,LN_TOTLLN,LN_CFC_STS字段到表table1的存储过程

sts=size(test);

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