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CCS Modul A_DATUM |
$Header: /rweglobal/cvs/testsystem/ccs/6_testmodul_pool/testlisten_anw_module/src/a_datum.C,v 1.91 2006/01/18 09:04:35 nit3an Exp $
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Kurzbeschreibung: gibt unterschiedliche Daten in Abhaengigkeit vom Modus
aus, z.B. ECUID, NUMBER oder das Datum in verschiedenen Formaten
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Projekt: Common Core System - BOSCH
Sourcefile: a_datum.C
Autor: AnW/TEF7 Thomas Nickel, Ludwig Schroll
Zielsystem: HP9000 743rt (HP-UX 10.20; HP-RT 3.01) / Linux
Sprache: Ansi C; C++
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Aufruf: <GFMT KS=on TAB=8 LF=on>
int a_datum (shm_stringpointer *zeilen_wert,// <I> Zeiger auf Werte
long index, // <I> Index-Nummer
long anzahl) // <I> Anzahl der Werte
int a_datum (STRING PRUEFSCHRITT
STRING POSITION
STRING ADATUM_MODUS
STRING INPUT_STRING
STRING RESULTSTRING1
STRING RESULTSTRING2
STRING FEHLERFLAG)
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Returnparameter: <GFMT KS=on TAB=8 LF=on>
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Funktionsbeschreibung: <GFMT KS=on TAB=8 LF=on>
Das Modul verarbeitet eine Vielfalt von Daten. In Abhaengigkeit vom Modus
wird ein Eingabestring ausgewertet. Das Ergebnis wird in zwei
Ausgabestrings geschrieben, z.B. ECUID, NUMBER oder das Datum in
verschiedenen Formaten (genaueres s. unter ADATUM_MODUS).
Evaluation of calendar dates, numbering of weeks, (clock) time
according to DIN1355.
Beschreibung der Moduluebergabeparameter:1 PRUEFSCHRITTGAUDI Pruefschritt2 POSITION
PAV-Position3 ADATUM_MODUS
Die folgenden Modi koennen eingegeben werden:
ABS8_II_CODE : Input : EEPROM ID 12 characters, e.g.: FA8TE232002C
char 1- 4: TTNR
char 5- 6: julian day (36 bit coded)
number of the day (1...366) + (0 or 500),
+ 500: if the decade is even (2000-2009)
+ 0: if the decade is odd (2010-2019)
char 7 : year (last digit)
e.g.: 2003 --> 3
char 8 : plant identification number
plant 1: Anderson, 2: Ansbach, 3: Tomioka,
4: Reutlingen (M-Bau)
char 9-11: serial number and line number (36 bit coded)
serial number: possible values 0 ... 9*36*36-1=11663
allowed values 1 ... 2**13-1=8191 (13 bits)
line number: 3 high bits left of the serial number
char 12 : line number and shift number
line shift letter
1 1 A
1 2 B
1 3 C
2 1 D
2 2 E
2 3 F
3 1 G
3 2 H
3 3 I
4 1 J
4 2 K
4 3 L
5 1 M
5 2 N
5 3 O
6 1 P
6 2 Q
6 3 R
Output: RETURN1 : 10 characters, wwyyXXXXXX, e.g.: 0203222002
from characters 5-7 of the input the week number and the
year are evaluated and output decimal digits in the form
wwyy (2 digits each for week and year)
the characters 8-12 of the input are evaluated to a string
of the bit form: |ppplllss|wwwsssss|ssssssss|
XX XX XX
ppp: plant, 3 bit, 000b(plant 1) ... 111b(plant 8)
lll: line, 3 bit, 000b(line 1) ... 111b(line 8)
ss: shift, 2 bit, 00b(shift 1) ... 11b(shift 4)
www: day of week, 3 bit, 001b(monday) ... 111b(sunday)
sssssssssssss: free counter, serial number, 13 bit, 0 ... 8191
these 3 bytes are converted to 6 hexadecimal digits XXXXXX
and appended to week number and year.
wwyyXXXXXX
e.g.: E23: E2 --> 506 > 500 --> even decade (2000-2009)
and 3rd digit = 3 --> year 2003 --> 03
506-500=6 --> 06.01.03 --> week number 02
input char 8: plant 2 --> 001b
input char 9-11: 002 --> serial number 2 --> 0000000000010b
input char 12: C --> line 1(000b), shift 3(10b)
06.01.2003 --> weekday Monday --> 001b
--> |001|000|10|001|0000000000010|
--> |0010|0010|0010|0000|0000|0010|
--> 2 2 2 0 0 2
when you prepend week number and year you get the
result string: 0203222002
RETURN2 : Date in Format JJMMTT extracted from the Input String,
e.g.: 030106
Error RETURN1 : "ERROR"
Error RETURN2 : "ERROR"
ABS8_VW_CODE : Input : EEPROM ID 12 characters, e.g.: FA8TG6226BJC
for description look at ABS8_II_CODE above
Output: RETURN1 : 16 characters 3n3n2E3n3n2E3n3n
the characters 5-7 of the Input are evaluated to a date
in the form dd.mm.yy
(dd=day of the month 1...31, mm=month 1...12, yy=year)
where every character (also the points: 2E) are converted
to the corresponding 2-digit hexadecimal ASCCI code:
3n3n2E3n3n2E3n3n
(n=decimal digit of the date ddmmyy)
e.g.: G62: G6 --> 582 > 500 --> even decade (2000-2009)
and 3rd digit = 2 --> year 2002 (no leap year)
582-500=82 --> 23.03.02 --> convert to hexadecimal
ASCII code: 32332E30332E3032
RETURN2 : 12 characters mnmnmnmnmnmn
the characters 8-12 of the Input are evaluated to a string
of the bit form: |ppplllss|wwwsssss|ssssssss|
XX XX XX
ppp: plant, 3 bit, 000b(plant 1) ... 111b(plant 8)
lll: line, 3 bit, 000b(line 1) ... 111b(line 8)
ss: shift, 2 bit, 00b(shift 1) ... 11b(shift 4)
www: day of week, 3 bit, 001b(monday) ... 111b(sunday)
sssssssssssss: free counter, serial number, 13 bit, 0 ... 8191
these 3 bytes are converted to a hexadecimal number XXXXXX
finally every character is listed as 2-digit hexadecimal ASCII code:
mnmnmnmnmnmn (mn: ASCII code of X)
e.g.: input char 8: plant 2 --> 001b
input char 9-11: 6BJ --> serial number 8191 --> 1111111111111b
(this is the maximum value allowed)
input char 12: C --> line 1(000b), shift 3(10b)
23.03.2002 --> weekday Saturday --> 110b
--> |001|000|10|110|1111111111111|
--> |0010|0010|1101|1111|1111|1111|
--> 2 2 D F F F
--> 32 32 44 46 46 46
--> 323244464646
Error RETURN1 : "ERROR"
Error RETURN2 : "ERROR"
AUDI_DATE : fuer Airbag (Faulhammer)
Input : --
Output: RETURN1 : current date, e.g. "1999.10.30" 30.10.1999
RETURN2 : current calendar week year and number, e.g.
"1999/43" KW43 in 1999
Error RETURN1 : "1970.01.01"
Error RETURN2 : "1970/01"
AUDI_NR : Input : Bosch-Code
Output: RETURN1 : Audi-Code mit 8 Stellen
RETURN2 : unveraendert
BIN2HEX : Input : String of characters 0, 1 or X (maximum 32 characters)
Output: RETURN1 : after replacing all "X" characters by "1"
the resulting string is transformed to a hexadecimal
number
RETURN2 : unchanged
Error RETURN1 : "ERROR"
CCS_VERSION : number of CCS version
Input : -
Output: RETURN1 : CCS version, example: 3.5
Output: RETURN2 : unchanged
CHECKSUMM : calculates a checksum of an input string with formula:
CS = ( n * FF - (X1 + X2 + X3 + ... + Xn) ) modulo (FF + 1)
where n is the number of pairs of hexadecimal digits
(example for a pair of hexadecimal digits: 04, maximum: FF)
and X1, X2, ..., Xn are pairs of hexadecimal digits
Input : a string consisting of pairs of hexadecimal digits,
the number of digits must be even!
Output: RETURN1 : calculated checksum as a string consisting
of exactly two hexadecimal digits, example: A4
Output: RETURN2 : unchanged
Error RETURN1 : "ERROR"
DATE_TO_KW : fuer Hybrid (Wenzel Thomas)
Input : "19991123" 23 November 1999
Output: calendar week number
RETURN1 : "47" 325. julian. Tag in 1999
RETURN2 : unchanged
Error RETURN1 : "ERROR"
DCBCDE : Daimler-Chrysler (DC) barcode
converts date, rearranges tester ID and DC number part
Input: a string with 14 characters, e.g. 01A7FC04010103
char 1 - 4: hexadecimal tester ID, e.g. 01A7
char 5 - 8: hexadecimal date in the format:
Bits 0 - 6: year, values 0 - 63 (2000 - 2063)
Bits 7 - 10: month, values 1 - 12
Bits 11 - 15: day, values 1 - 31
e.g.: FC04 =
1 1 1 1 1 1 0 0 0 0 0 0 0 1 0 0
d d d d d m m m m y y y y y y y
31 8 4
char 9 -14: string with a DC number part (010103)
Output: RETURN1: string in the format nnnnnnyymmdd0000XXXX,
e.g.: 010103040831000001A7
nnnnnn = DC number part (char 9-14 of the input string),
e.g.: 010103
yymmdd = decimal date string (yy=the last 2 digits of the
year, mm=month, dd=day), e.g.: 040831
XXXX: hexadecimal tester ID (char 1-4 of the input string),
e.g. 01A7
RETURN2 : unchanged
Error RETURN1 : "ERROR" (invalid date or length of Input < 14)
DOK8 : (HP1000 Eingabe)
NISSAN_DATE : fuer Airbag (Tremml)
Input : YE2F0945170001 Monat 10=X Monat 11=Y Monat 12=Z
Output: date evaluated from characters 6-10 of input
RETURN1 : date, "19940517"
RETURN2 : unchanged
Error RETURN1 : "19700101"
ECUID : Input : --
Output: RETURN1 : ECUID aus shm
RETURN2 : unveraendert
ECUREV_DATE : Input : shm Wert job.ecurev
Output: RETURN1 : ECUREV aus shm
RETURN2 : unveraendert
FD_TO_DATE : Input : "964" BOSCH FD (3 stellig)
Output: RETURN1 : "1999.04" April 1999
RETURN2 : unchanged
Error RETURN1 : "1970.01"
GET_ERROR_NR : die Anzahl der aufgetretenen Fehler waehrend eines
Prueflaufs bestimmen.
Input : -
Output: RETURN1 : Fehleranzahl
Output: RETURN2 : unveraendert
Error RETURN1 : "error"
GET_SPS_DATA : das von der SPS versandte Datum (Nullpunktabgleich)
auslesen.
Input : -
Output: RETURN1 : SPS_VALUE
Output: RETURN2 : unveraendert
Error RETURN1 : "NONE"
HEX2DEZ : Input : ein String mit einer hexadezimalen Nummer
Output: RETURN1 : ein String mit einer dezimalen Nummer
Output: RETURN2 : unveraendert
HY_ADD_CHECKSUM : Input : "9904160022"
Output: RETURN1 : input + checksum(2 hexadecimal characters),
e.g.: "990416002241"
RETURN2 : checksum, e.g.: "41"
HY_BC16_TO_DATE : Input : "3051979641640018" (16 stellig) Ga7_kap1.doc
Output: date from input
RETURN1 : "19990416" 16. April 1999
RETURN2 : unchanged
Error RETURN1 : "19700101"
IS_ERROR : Input : --
Output: RETURN1 : "GOOD" oder "BAD" des Tests in SECT
Output: RETURN2 : unveraendert
LINE_NR : get line number from shared memory
Input : --
Output: RETURN1 : line number
Output: RETURN2 : unchanged
LISTSTATE : get state of the testlist, possible states are
EMPTY, FIRSTRUN, MULTI, NORMAL, PREINT, SINGLE
Input : --
Output: RETURN1 : liststate
Output: RETURN2 : unchanged
MD_MODE : get statistics mode which can be
ALL (statistics on),
F_ONLY (only f-lists) or
OFF (no statistics)
Input : --
Output: RETURN1 : statistics mode
Output: RETURN2 : unchanged
MG : Test-BSD-Anfrage an Host
Input : --
Output: RETURN1 : answer from server
Error RETURN1 : error message from server
Aufbau des Anfragepuffers fuer Protokollierung:
===============================================
(LL 2 byte Pufferlaenge in byte )
K1 2 byte 1. Anfragekennung : MG,DO,SK
K2 2 byte 2. Anfragekennung
K3 2 byte 3. Anfragekennung
K4 2 byte 4. Anfragekennung
K5 2 byte 5. Anfragekennung
TTTTTTTTTT 10 byte Erzeugnisnummer
VV 2 byte Variante
PP 2 byte Testart
KKKKKKKKKKKKKKKK 16 byte Testername
--------------------------------------------------------
Summe 40 byte (42)
Antworten:
==========
II 2 byte Laenge
JJ 2 byte JJ fuer Ja
NN 2 byte NN fuer Nein
Antwort fuer MG : Anfragepuffer + Antw
=====================================
IINN nicht geoeffnet
IIJJTTTTTTTTTT Master vom Typ TTTTTTTTTT geoeffnet
IINNTTTTTTTTTT Master vom Typ TTTTTTTTTT nicht geoeffnet
Antwort fuer DO : Anfragepuffer + Antw
=====================================
IIDDDDDDDDDDDDDDDD Laenge und Dokunummer
Antwort fuer SK : Anfragepuffer + Antw
=====================================
IISSSSSSSSSSSS Laenge und Seed&Key Nummer
Antwort bei Error : Anfragepuffer + Antw
=======================================
IIERROREEEEEEEE Laenge, ERROR und Fehlertext
NUMBER : Input : --
Output: RETURN1 : unveraendert
RETURN2 : NUMBER aus shm
NUTZEN_NR : Einen String mit einer Hexadezimalzahl (max. 20 Bit)
in zwei Dezimalzahlen zu jeweils 10 Bit aufteilen
Input : ein String mit einer hexadezimalen Zahl (<=20 Bit)
Output: RETURN1 : ein String mit einer dezimalen Zahl,
die oberen 10 Bit
Output: RETURN2 : ein String mit einer dezimalen Zahl,
die unteren 10 Bit
PRUEF_TYP : den Prueftyp des PAMs bestimmen
Input : --
Output: RETURN1 : der Prueftyp des PAMs (z. B. hytt)
Output: RETURN2 : unveraendert
PRUEF_VAR : variant number of testlist used
Input : -
Output: RETURN1 : testlist variant, example: 01
Output: RETURN2 : unchanged
SECTION_NR : Input : --
Output: RETURN1 : section_nr als String
Output: RETURN2 : unveraendert
SGCODE : Test TE_INFO besetzen
Input : --
Output: RETURN1 + RETURN2 --> TE_INFO Telegramm
SGZAHL : Test RETURN2 ausschliesslich mit Zahl besetzen
Input : --
Output: RETURN1 + RETURN2 --> TE_INFO Telegramm
STATION_DATA : Fertigungsrelevante Daten werden zu 32 bit zusammen-
gefasst, um ins Steuergeraet programmiert werden zu
koennen.
Input : PGH, SKM, MOB (Mobile Station)
Output: RETURN1 : 32 bit Daten
Bit 0 - 6: Jahre: 0 - 63 (2000 - 2063)
Bit 7 - 10: Monate: 1 - 12
Bit 11 - 15: Tage: 1 - 31
Bit 16 - 27: IP-Adr: letzte Ziffer der 3ten Zahl
4. Zahl
Bit 28 - 31: 0000: PGH
0001: SKM
0010: Mobile Station
RETURN2 : unchanged
Error RETURN1 : "ERROR"
STATION_NR : get station number from shared memory
Input : --
Output: RETURN1 : station number
Output: RETURN2 : unchanged
STRLEN : Input : ein String
Output: RETURN1 : hexadecimal string length
Output: RETURN2 : unveraendert
WAIT_MASTER : wenn Master, dann warte ... ms
YEAR_JDAY_TO_DATE : fuer Airbag (Faulhammer)
Input : year (maximal with 2 digits) and julian day, e.g.:
"99;303" 303. julianischer Tag in 1999
Output: RETURN1 : date, e.g.: "1999.10.30" 30.10.1999
RETURN2 : calendar week year and number, e.g.
"1999/43" KW43 in 1999
Error RETURN1 : "1970.01.01"
Error RETURN2 : "1970/01"4 INPUT_STRINGeinzulesende Zeichenkette abhaengig von ADATUM_MODUS: s. "Input :"5 RESULTSTRING1
erste Ergebnis-Zeichenkette abhaengig von ADATUM_MODUS: s. "Output: RETURN1 :"6 RESULTSTRING2
zweite Ergebnis-Zeichenkette abhaengig von ADATUM_MODUS: s. "Output: RETURN2 :"7 FEHLERFLAG
= "0" if no error has occured, != "0" if an error has occured ------------------------------------------------------------------------- ------------------------------------------------------------------------- Fehlerbeschreibung: <GFMT KS=on TAB=8 LF=on> -------------------------------------------------------------------------