我把通讯协议的样例扫描放上去,我主要取得上台机器的测量时间和测量值(例如:M+ 14.700K)就能满足控制.
Data Block Format
[u][i]MESSAGE FORMAT[/i][/u]
a. Release (1 ASCII characters)
b. Version (1 ASCII characters)
c. Family Prefix (1 ASCII characters)
d. CRLF
[u][i]DATA AND TIME RECORD[/i][/u]
a. Date (8 ASCII characters)
DD-MM-YY (where DD is Day,MM is Month and YY is Year)
b. Time (5 ASCII characters)
HH:MM (where HH is Hour [0-23],MM is Minutes [0-59])
c. CRLF
[u][i]PART RECORD[/i][/u]
a. Control Plan Name (8 ASCII characters):
b. Description (20 ASCII characters):
Identification number (not zero) managed by Flow Control program,with leading blanks.20 blanks by default.
c. Part 1 Status (2 ASCII characters)
** unreworkable scrap
RF geometric scrap
b* reworkable scrap
<< yellow double backward compensation
b< yellow single backward compensation
>> yellow double forward compensation
b> yellow single forward compensation
OK ok
IN INvalid
OV OVerrange
PA PArt not present
EX EXcluded
NP Not Performed
bb not programmed
d. Part 2 Status (2 ASCII characters)
Coded as Part 1.
e. Part 3 Status (2 ASCII characters)
Coded as Part 1.
f. Part 4 Status (2 ASCII characters)
Coded as Part 1.
g. Part 5 Status (2 ASCII characters)
Coded as Part 1.
h. Part 6 Status (2 ASCII characters)
Coded as Part 1.
i. Part 7 Status (2 ASCII characters)
Coded as Part 1.
j. Part 8 Status (2 ASCII characters)
Coded as Part 1.
k. Global Status (2 ASCII characters)
** unreworkable scrap or invalid or overrange
RF geometric scrap
b* reworkable scrap
<> Generic yellow (single ordouble,forward or backward)
OK ok
IN INvalid
OV OVerrange
PA PArt not present
EX EXcluded
NP Not Performed
bb not programmed
l. CRLF
下面还有数据格式和数据记录以及传输格式,我再输入