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#include "typedef.h" #include "f2407regs_c.h" void initRelay(void); void relayOutput(uint dir); /* 初始化继电器关闭 */ void initRelay() { MCRC &= 0xfffd; // iope1 as io port PEDATDIR

Relay/LLN0$CF$Mod$ctlModel 1 (read,write) Relay/LLN0$CF$Mod$sboTimeout 4 (read,write) Relay/LLN0$CF$Mod$sboClass 1 (read,write) Relay/LLN0$CF$Mod$minVal 1 (read,write) Rela

set Relay/LLN0$ST$Mod$origin$orCat 100 integer 1 -32767 32767 set Relay/LLN0$ST$Mod$ctlNum 100 integer 1 0 65535 set Relay/LLN0$ST$Mod$stVal 100 integer 1 -32

set Relay/LLN0$ST$Mod$origin$orCat 100 integer 1 -32767 32767 set Relay/LLN0$ST$Mod$ctlNum 100 integer 1 0 65535 set Relay/LLN0$ST$Mod$q 100 bitstring [1111

function [relay_structure]=generate_relay_structure(); %为relay创建结构体 rx_structure=generate_rx_structure; relay_structure=struct(... 'mode',{},... %'AAF','DAF' 'magic_genie',{},.

function [relay]=prepare_relay2send(relay,channel,ps,pr); %relay接收信号，为转发做准备 global signal; switch relay.mode case 'AAF' relay.amplification=sqrt(pr./(ps.*channel.attenuation.h_mag.^

function relay = prepare_relay2send(relay,channel); % Relay: Prepare received signal to make it ready to send global signal; switch relay.mode case 'AF' % Amplify and Forward % Normalise signal

function relay = prepare_relay2send(relay,channel); % Relay: Prepare received signal to make it ready to send global signal; switch relay.mode case 'AAF' % Amplify and Forward % Normalise signal

# Test of options max_binlog_size and max_relay_log_size and # how they act (if max_relay_log_size == 0, use max_binlog_size # for relay logs too). # Test of manual relay log rotation with FLUSH LOGS

rm -f $MYSQL_TEST_DIR/var/slave-data/master.info rm -f $MYSQL_TEST_DIR/var/slave-data/*relay*