These instructions are for DOGE CICS on KICKS for TSO on tk4-. For CICS, you're on your own (^_-).
The install looks complicated but its not too daunting, just follow the steps to modify tk4-, which is the hardest part.
- Download and install tk4- from http://wotho.ethz.ch/tk4-/ make sure you install
tk4-_v1.00_current.zip.- Change to daemon mode by running the command
set_daemon_modein the folderunattended.
- Change to daemon mode by running the command
- Install KICKS from https://github.com/moshix/kicks download
kicks-tso-v1r5m0.zip- It's easiest if you follow the instructions from MOSHIX here.
We need to setup a CLASS so KICKS/DOGE can communicate with the dogedcams.py python script. This script is used when you want to send DOGE coin using the send transaction or update the transaction history database.
First in tk4- you need to add the following to local_conf/01 (dont worry, the file starts off as empty):
# SYSOUT=D (MSGCLASS?)
010E 1403 0.0.0.0:3506 sockdev
(This adds a new printer at address 10E, which is included with TK4- which you can see here: http://naspa.net/website/files/CD6/cookbook/genmvs.html)
Next, boot tk4- with the ./mvs command in linux. Once its loaded, use x3270, connect to localhost:3270 and logon as herc01/cul8tr, hit enter a bunch of times until you get to the REVIEW FRONT END (this is called RFE but I'll refer to it later as REVIEW). Type 3.4 and hit enter. In Data set name prefix ==> type SYS1.JES2PARM and hit enter. Right below the S on the left side of the screen type E and hit enter, then on the . in front of JES2PARM hit enter (you are now editing a members of a partitioned dataset: SYS1.JES2PARM(JES2PARM)).
Pro Tips: In this editor you enter new lines by typing I# in the left hand side where the numbers are. For example, i23 would insert 23 lines. But be careful! If you hit enter any empty line gets deleted. If you screw up, don't hit F3 to exit, this will autosave your changes, type CANCEL in the Command ===> area. Speaking of the Command ===> you can use F or FIND to search for the things you need to changes instead of using F7/F8 to go down/up in the document.
Next we're going to make the following changes:
-
Change
&MAXPART=6to&MAXPART=7(This adds another initiator) -
Change
&NUMPRTS=3to&NUMPRTS=4(This increases the number of printers) -
Change
I6 START,NAME=6,CLASS=SCtoI6 START,NAME=6,CLASS=SCD(this includes CLASS D to initiator 6 on startup) -
Underneath the following line:
&C NOJOURN,LOG,OUTPUT,PROCLIB=00,PERFORM=1, KICKS single thread C
CONVPARM=00000100099930E00011
add
***************
&D NOJOURN,LOG,OUTPUT,PROCLIB=00,PERFORM=1, DOGE Output C
CONVPARM=00000100099930E00011
(This creates a Class D for output)
- Add the following below the
PRINTER3line:
PRINTER4 CLASS=D,SEP,AUTO,DSPLTCEL,NOPAUSE,UNIT=10E,START, +
UCS=QN,FCB=6,FORMS=0001
So that it looks like this:
PRINTER1 CLASS=A,SEP,AUTO,DSPLTCEL,NOPAUSE,UNIT=00E,DRAIN, +
UCS=QN,FCB=6
PRINTER2 CLASS=Z,SEP,AUTO,DSPLTCEL,NOPAUSE,UNIT=00F,DRAIN, +
UCS=QN,FCB=6
PRINTER3 CLASS=X,SEP,AUTO,DSPLTCEL,NOPAUSE,UNIT=002,DRAIN, +
UCS=QN,FCB=6
PRINTER4 CLASS=D,SEP,AUTO,DSPLTCEL,NOPAUSE,UNIT=10E,START, +
UCS=QN,FCB=6,FORMS=0001
(This adds the actual printer)
- Change the line:
$$D PRINT,SYSOUT,HOLD HOLD - SYSOUTto$$D PRINT,SYSOUT,NOHOLD,TRKCEL DOGE Printer for DOGECICS
(This changes the message class)
Ok, phew that was a lot of changes. But we're not done yet.
-
Edit
SYS1.PARMLIB(STARTSTD)(using the same method described above) and addCMD $SPRT4to the line belowCMD $SPRT3(this makes sure the printer is started on IPL) -
Edit
SYS1.PARMLIB(SHUTDOWN),SYS1.PARMLIB(SHUTFAST), andSYS1.PARMLIB(SHUTNOW)(using the same method described above) and addCMD $P PRT4to the line belowCMD $P PRT3(this makes sure the printer is stopped on shutdown)
Okay, we're done with tk4- surgery. The rest is easy.
Take the following two lines and put them in a file called dogebr14.jcl:
//DOGEBR14 JOB CLASS=D,MSGCLASS=D,MSGLEVEL=(1,1)
//DOGELOL EXEC PGM=IEFBR14 On your host machine (Linux only, sorry windows people) place dogebr14.jcl in ./local_scripts in your tk4- folder.
Then take the following 9 lines and add them to ./local_scipts/01 in your tk4- folder:
# updated for DOGE
* Submitting DOGEBR14 to initialize Printer 4
sh cat local_scripts/dogebr14.jcl|nc -w1 localhost 3505
* Pausing for a second
pause 1
* Restarting Printer 4
/$sprt4
* Done(this submits a dummy job and restarts the printer, without this the printer would die after first use and you'd have to restart it manually.)
You're now all set.
Next we need to install DOGECICS. First enable the tk4- ftp server in the hercules window (this is where the hercules emulator is running) next to herc =====> type: /s ftpd,srvport=21021 (this assumes you have port 21021 available, if not use a different port).
Then, in tk4- get to REVIEW and type 3.2. On the COMMAND ===> line type A but don't hit enter, hit tab until you get to DATA SET NAME ===> and type 'HERC01.DOGECICS'. **Note the ' you need those. You don't need to use HERC01 but if you dont make sure you update the JCL later. Hit Enter and fill it out like so:
NAME OF NEW DATA SET ==> 'HERC01.DOGECICS'
RECORD FORMAT ==> FB
LOGICAL RECORD LENGTH ==> 80
PHYSICAL BLOCK SIZE ==> 19040
VOLUME ==> PUB002
UNIT ==>
ALLOCATION SPACE UNIT ==> T ( T OR C OR B )
PRIMARY SPACE QUANTITY ==> 108
SECONDARY SPACE QUANTITY ==> 6
NUMBER OF DIRECTORY BLOCKS ==> 13
(this creates a partitioned dataset, or folder, called HERC01.DOGECICS)
using the ftp client in linux connect: ftp localhost 21021. Type cd HERC01.DOGECICS.
Make sure you're in the DOGECICS/BMS folder on linux (you can use lcd in ftp to change your local directory) then upload:
put DOGEDMAP
put DOGEGMSC
put DOGEMMAP
put DOGESMAP
put DOGETMAPchange the working directory to COBOL lcd ../COBOL then upload:
put DOGEDEET
put DOGEMAIN
put DOGEQUIT
put DOGESEND
put DOGETRANchange the working directory to SIT lcd ../SIT then upload:
put KIKFCTDO
put KIKPCTDO
put KIKPPTDO
put KIKSITDO
change the working directory to JCL lcd ../JCL then upload:
put compile_cobol.jcl COMPCOBL
put compile_maps.jcl COMPMAPS
If you're curious what each of these do, each folder has a readme.md that outlines what every file is for.
Assuming you're using the tk4- and KICKS defaults you can now compile the KICKS tables. Open, then submit them by editing them as outlined above in REVIEW and in the Command ===> line type sub.
HERC01.DOGECICS(KIKFCTDO)HERC01.DOGECICS(KIKPCTDO)HERC01.DOGECICS(KIKPPTDO)HERC01.DOGECICS(KIKSITDO)
Then you do the same for the CICS Maps and COBOL programs:
HERC01.DOGECICS(COMPMAPS)HERC01.DOGECICS(COMPCOBL)
These jobs aren't very complicated, see the readme.md in the JCL folder for what they do.
This will take a while if you're running this on a Pi zero but shouldn't take more than a few minutes. You can watch the MIPS counter in hercules while you wait.
This needs to be done so KICKS programs can access VSAM file dogedcams.py creates.
You can either upload with FTP the file CLIST/KICKS to SYS2.CMDPROC(KICKS) (or HERC01.KICKSSYS.V1R5M0.CLIST(KICKS) depending on your install) or you can edit those files as follows:
- After both
FREE FI(PRODUCT)put:
/* FOR DOGE VSAM */
FREE FI(DOGEVSAM)
NOTE You need to do the above in two places
- After
ALLOC FI(PRODUCT) DA('&KIKID..KICKS.MURACH.PRODUCT') SHRput:
/* DOGE KICKS VSAM DATABASE */
ALLOC FI(DOGEVSAM) DA('DOGE.VSAM') SHR
(DOGE.VSAM is where the python script stores its output for use in DOGE KICKS by default, if you've changed it make sure you make the same change above.)
Yes, you still need a dogecoin wallet for this to work. If you just want to look at CICS transactions see the section below for generating fake transactions without dogecoin.
-
Download Dogecoin Core from http://dogecoin.com/ for linux (may work in windows/mac but untested)
-
Launch dogecoin-qt: From the unzipped dogecoin core folder
./bin/dogecoin-qtand wait 6 days for the blockchain to download (hope you got 40gb of free space) -
Edit
~/.dogecoin/dogecoin.confand configure your RPC settings:
# DOGEBANK RPC Server Conf
server=1
rpcuser=doge
rpcpassword=egod
If you want to just play around without using/buying actual coins you can use testnet instead by adding testnet=1 or by launching dogecoin with ./bin/dogecoin-qt -testnet:
# DOGEBANK RPC Server Conf
server=1
rpcuser=doge
rpcpassword=egod
testnet=1
You can get testnet coins from: https://testnet-faucet.com/doge-testnet/.
If you do this make sure you pass --rpcport 44555 to the dogedcams.py.
With everything setup, now we can generate the VSAM file and periodically check to see if we need to send funds.
In the python folder is the script dogedcams.py. This script performs two functions:
- If there are new records in dogecoin core it generates the JCL used to create a VSAM file on tk4-, and submits this JCL
- Checks to see if there are any send records on the class D printer we created. Processes them and sends dogecoin as entered in the DSND transaction
See the readme.md in the PYTHON folder for details. Note: A temp file is created to track transactions so its not uploading new VSAM files all the time. You can force an update by using --force flag.
If you don't want to install dogecoin core you can pass this script the argument --fake and it will generate fake transactions.
You can either manually run the script every time there's some new stuff going on or place it in cron and let it run every 5 minutes with crontab -e then insert:
*/5 * * * * /home/pi/DOGECICS/PYTHON/dogedcams.py --forceThis all assumes you're running the python script on the same host as dogecoin core and tk4-. If not check out readme.md in the PYTHON for command option flags.
IMPORTANT
- The VSAM file won't update while KICKS is running and fails silently. Exit KICKS then use
--forceto force an update. - Sent funds wont show up in the VSAM file until after you run the script again.
DOGECICS is a simple CICS/KICKS application. Access CICS on tk4- by running KICKS SIT(DO) from the TSO READY prompt (hit F3 a bunch). Once you're at the K I C K S screen CLEAR the screen with the x3270 keyboard (top right hand button) and click Clear. With the screen clear type DOGE and away you go. To exit DOGECICS at any time hit F3. To Exit KICKS clear the screen and type KSSF.
It's made up of 5 transactions:
- DOGE: The splash page and the main menu
- DTRN: Transaction history - shows transaction history
- DEET: Transactions details - Accessed through the transaction history transaction type
Tor hitF6to go back - DSND: Send DOGE - Fill out the address and the amount you wish to send
- QUIT: Cheeky quit message
You can access the main menu by typing W in the Option field at any time after hitting F5 on the splash screen.
If you really want to DOGE-ify your tk4- do the following:
hercules message after loading RC scripts
Replace scripts/tk4-.rc with the following:
#**********************************************************************
#*** ***
#*** Script: tk4-.rc ***
#*** ***
#*** Purpose: complete TK4- initialization and display logo ***
#*** ***
#*** Updated: 2016/08/19 ***
#*** ***
#**********************************************************************
pause 1
script scripts/tk4-_updates.rc
${LOCALRC:=script scripts/local.rc}
pause 1
* Y. _
* YiL .```.
* Yii; WOW .; .;;`.
* MUCH KICKS YY;ii._ .;`.;;;; :
* iiYYYYYYiiiii;;;;i` ;;::;;;; SUCH TK4-
* _.;YYYYYYiiiiiiYYYii .;;. ;;;
* .YYYYYYYYYYiiYYYYYYYYYYYYii;` ;;;;
* .YYYYYYY$$YYiiYY$$$$iiiYYYYYY;.ii;`..
* :YYY$!. TYiiYY$$$$$YYYYYYYiiYYYYiYYii.
* Y$MM$: :YYYYYY$!"``"4YYYYYiiiYYYYiiYY.
* `. :MM$$b.,dYY$$Yii" :` :YYYYllYiiYYYiYY
* _.._ :`4MM$!YYYYYYYYYii,.__.diii$$YYYYYYYYYYY
* .,._ $b`P` "4$$$$$iiiiiiii$$$$YY$$$$$$YiY;
* `,.`$: :$$$$$$$$$YYYYY$$$$$$$$$YYiiYYL
* "`:$$. .;PPb$~.,.``T$$YY$$$$YYYYYYiiiYYU:
* ` ;$P$;;: ;;;;i$y$"!Y$$$b;$$$Y$YY$$YYYiiiYYiYY
* $Fi$$ .. ``:iii.`-";YYYYY$$YY$$$$$YYYiiYiYYY
* :Y$$rb ```` `_..;;i;YYY$YY$$$$$$$YYYYYYYiYY:
* :$$$$$i;;iiiiidYYYYYYYYYY$$$$$$YYYYYYYiiYYYY.
* `$$$$$$$YYYYYYYYYYYYY$$$$$$YYYYYYYYiiiYYYYYY
* .i!$$$$$$YYYYYYYYY$$$$$$YYY$$YYiiiiiiYYYYYYY
* :YYiii$$$$$$$YYYYYYY$$$$YY$$$$YYiiiiiYYYYYYi`
*
*
* TK3 created by Volker Bandke [email protected]
* TK4- update 8 by Juergen Winkelmann [email protected]
* see TK4-.CREDITS for complete credits
* DOGE created by Soldier of FORTRAN
*
Replace the hercules screen
replace the file herclogo.txt in the tk4- root folder with the following:
@ALIGN NONE
@SBA 0,0
@SF P
Hercules Version :
@SF HP
$(VERSION)
@NL
@SF P
Device number :
@SF HP
$(CSS):$(CCUU)
@NL
@SF P
Subchannel :
@SF HP
$(SUBCHAN)
@SF P
@ALIGN LEFT
DOGE Banking Systems
DOGE created by Soldier of FORTRAN
KICKS created by Mike Noel [email protected]
TK3 created by Volker Bandke [email protected]
TK4- update by Juergen Winkelmann [email protected]
see TK4-.CREDITS for complete credits
@SF HP
@NL
___ ___ ___ ___
/\ \ /\ \ /\ \ /\ \
/::\ \ /::\ \ /::\ \ /::\ \
/:/\:\ \ /:/\:\ \ /:/\:\ \ /:/\:\ \
/:/ \:\__\ /:/ \:\ \ /:/ \:\ \ /::\~\:\ \
/:/__/ \:|__| /:/__/ \:\__\ /:/__/_\:\__\ /:/\:\ \:\__\
\:\ \ /:/ / \:\ \ /:/ / \:\ /\ \/__/ \:\~\:\ \/__/
\:\ /:/ / \:\ /:/ / \:\ \:\__\ \:\ \:\__\
\:\/:/ / \:\/:/ / \:\/:/ / \:\ \/__/
\::/__/ \::/ / \::/ / \:\__\
~~ \/__/ \/__/ \/__/
Custom tk4- NETSOL Screen
There's also a custom NETSOL (the second screen you see when you logon) that replaces the tk4- screen included in the extras folder. Upload the JCL file doge-tk4.jcl to wherever you like as DOGETK4, HERC01.DOGECICS will works if you don't know where to put it. Then submit the JCL.
To see all the bonus changes you need to reset tk4-, from TSO type SHUTDOWN then when hercules exits type ./mvs and you're good to go.