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api.backup.json
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api.backup.json
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[
{
"index": 0,
"name": "login V2",
"desc": "登录相关接口",
"add_time": 1561379838,
"up_time": 1586246735,
"list": [
{
"query_path": {
"path": "/login",
"params": []
},
"edit_uid": 0,
"status": "done",
"type": "static",
"req_body_is_json_schema": true,
"res_body_is_json_schema": true,
"api_opened": false,
"index": 0,
"tag": [],
"_id": 17,
"method": "GET",
"catid": 11,
"title": "查看登录状态",
"path": "/login",
"project_id": 11,
"req_params": [],
"res_body_type": "raw",
"uid": 11,
"add_time": 1561380791,
"up_time": 1563638861,
"req_query": [],
"req_headers": [],
"req_body_form": [],
"__v": 0,
"desc": "<p>200已登录并返回用户名和登录身份，401未登录</p>\n",
"markdown": "200已登录并返回用户名和登录身份，401未登录",
"res_body": "{\n \"uid\": \"ST021\",\n \"role\": \"teacher\"\n}"
},
{
"query_path": {
"path": "/login",
"params": []
},
"edit_uid": 0,
"status": "done",
"type": "static",
"req_body_is_json_schema": true,
"res_body_is_json_schema": true,
"api_opened": false,
"index": 0,
"tag": [],
"_id": 11,
"method": "POST",
"catid": 11,
"title": "登录",
"path": "/login",
"project_id": 11,
"req_params": [],
"res_body_type": "raw",
"uid": 11,
"add_time": 1561380219,
"up_time": 1567749453,
"req_query": [],
"req_headers": [
{
"required": "1",
"_id": "5d71f54d474bc234bf3e8f1d",
"name": "Content-Type",
"value": "application/json"
}
],
"req_body_form": [],
"__v": 0,
"desc": "<p>200成功，401用户名或密码错误<br>\n若当前账户存在 teacher 表中，则会被认为是老师，否则是学生。<br>\n可以通过</p>\n<pre><code>session.getAttribute(\"is_teacher\");\n</code></pre>\n<p>获取是否是教师身份，若值为 \"yes\" 则为教师。</p>\n",
"markdown": "200成功，401用户名或密码错误\n若当前账户存在 teacher 表中，则会被认为是老师，否则是学生。\n可以通过\n\n```\nsession.getAttribute(\"is_teacher\");\n```\n\n获取是否是教师身份，若值为 \"yes\" 则为教师。",
"req_body_other": "{\"$schema\":\"http://json-schema.org/draft-04/schema#\",\"type\":\"object\",\"properties\":{\"account\":{\"type\":\"string\"},\"password\":{\"type\":\"string\"},\"address\":{\"type\":\"string\"}},\"required\":[\"account\",\"password\",\"address\"]}",
"req_body_type": "json",
"res_body": "successful"
},
{
"query_path": {
"path": "/logoff",
"params": []
},
"edit_uid": 0,
"status": "done",
"type": "static",
"req_body_is_json_schema": true,
"res_body_is_json_schema": true,
"api_opened": false,
"index": 0,
"tag": [],
"_id": 23,
"method": "DELETE",
"catid": 11,
"title": "退出登录",
"path": "/logoff",
"project_id": 11,
"req_params": [],
"res_body_type": "raw",
"uid": 11,
"add_time": 1561381093,
"up_time": 1561381155,
"req_query": [],
"req_headers": [
{
"required": "1",
"_id": "5d10c923054e293b7cc79961",
"name": "Content-Type",
"value": "application/x-www-form-urlencoded"
}
],
"req_body_form": [],
"__v": 0,
"desc": "<p>200成功</p>\n",
"markdown": "200成功",
"req_body_type": "form",
"res_body": "successful"
}
]
},
{
"index": 0,
"name": "draft V2",
"desc": null,
"add_time": 1586595321,
"up_time": 1586680882,
"list": [
{
"query_path": {
"path": "/draft",
"params": []
},
"edit_uid": 0,
"status": "done",
"type": "static",
"req_body_is_json_schema": true,
"res_body_is_json_schema": true,
"api_opened": false,
"index": 0,
"tag": [],
"_id": 356,
"method": "POST",
"catid": 69,
"title": "提交草稿",
"path": "/draft",
"project_id": 11,
"req_params": [],
"res_body_type": "raw",
"req_query": [],
"req_headers": [],
"req_body_form": [],
"desc": "<p>body中输入json，例如：</p>\n<pre><code>[\n {\n \"lab\": \"RACF\",\n \"lower_lab\": 1,\n \"step\": 1,\n \"question_id\": 1,\n \"answer\": \"改天回答\"\n },\n {\n \"lab\": \"RACF\",\n \"lower_lab\": 1,\n \"step\": 1,\n \"question_id\": 2,\n \"answer\": \"改天回答\"\n }\n]\n</code></pre>\n",
"markdown": "body中输入json，例如：\n\n```\n[\n {\n \"lab\": \"RACF\",\n \"lower_lab\": 1,\n \"step\": 1,\n \"question_id\": 1,\n \"answer\": \"改天回答\"\n },\n {\n \"lab\": \"RACF\",\n \"lower_lab\": 1,\n \"step\": 1,\n \"question_id\": 2,\n \"answer\": \"改天回答\"\n }\n]\n```",
"req_body_other": "[{\"lab\":\"RACF\",\"lower_lab\":1,\"step\":1,\"question_id\":1,\"answer\":\"改天回答\"},\n{\"lab\":\"RACF\",\"lower_lab\":1,\"step\":1,\"question_id\":2,\"answer\":\"改天回答\"}]",
"req_body_type": "raw",
"res_body": "successful",
"uid": 11,
"add_time": 1586595523,
"up_time": 1587637186,
"__v": 0
},
{
"query_path": {
"path": "/draft",
"params": []
},
"edit_uid": 0,
"status": "done",
"type": "static",
"req_body_is_json_schema": true,
"res_body_is_json_schema": true,
"api_opened": false,
"index": 0,
"tag": [],
"_id": 357,
"method": "GET",
"catid": 69,
"title": "获取个人草稿",
"path": "/draft",
"project_id": 11,
"req_params": [],
"res_body_type": "raw",
"req_query": [
{
"required": "1",
"_id": "5ea16e1b474bc234bf3e8f46",
"name": "lab",
"example": "RACF",
"desc": ""
},
{
"required": "1",
"_id": "5ea16e1b474bc234bf3e8f45",
"name": "lower_lab",
"example": "1",
"desc": ""
},
{
"required": "1",
"_id": "5ea16e1b474bc234bf3e8f44",
"name": "step",
"example": "1",
"desc": ""
}
],
"req_headers": [],
"req_body_form": [],
"desc": "<p>获取到的是一个数组。</p>\n",
"markdown": "获取到的是一个数组。",
"res_body": "[\n {\n \"question_id\": 1,\n \"answer\": \"改天回答\"\n },\n {\n \"question_id\": 2,\n \"answer\": \"改天回答\"\n }\n]",
"req_body_other": "{\"lab\":\"RACF\",\"lower_lab\":1,\"step\":1}",
"req_body_type": "raw",
"uid": 11,
"add_time": 1586595722,
"up_time": 1587637787,
"__v": 0
}
]
},
{
"index": 0,
"name": "jcl V2",
"desc": null,
"add_time": 1586680894,
"up_time": 1586680894,
"list": [
{
"query_path": {
"path": "/jcl",
"params": []
},
"edit_uid": 0,
"status": "done",
"type": "static",
"req_body_is_json_schema": true,
"res_body_is_json_schema": true,
"api_opened": false,
"index": 0,
"tag": [],
"_id": 358,
"method": "POST",
"catid": 78,
"title": "提交并执行jcl",
"path": "/jcl",
"project_id": 11,
"req_params": [],
"res_body_type": "raw",
"uid": 11,
"add_time": 1586680947,
"up_time": 1586681021,
"req_query": [],
"req_headers": [],
"req_body_form": [],
"__v": 0,
"desc": "",
"markdown": "",
"req_body_other": "{\"jcl\":\"//RACFTRY JOB CLASS=A,MSGLEVEL=(1,1),MSGCLASS=H,\\n// NOTIFY=ST000 \\n//SEND EXEC PGM=IKJEFT01 \\n//SYSPRINT DD DUMMY \\n//SYSTSPRT DD SYSOUT=* \\n//SYSTSIN DD * \\n lu\\n/*\"}",
"req_body_type": "raw",
"res_body": "[\n {\n \"jobName\": \"RACFTRY\",\n \"jobId\": \"JOB08713\",\n \"id\": 2,\n \"ddName\": \"JESMSGLG\",\n \"subSystem\": \"JES2\",\n \"stepName\": \"JES2\",\n \"output\": \"1 J E S 2 J O B L O G -- S Y S T E M B Y 0 1 -- N O D E N 5\\n0\\n 16.09.54 JOB08713 ---- SUNDAY, 12 APR 2020 ----\\n 16.09.54 JOB08713 IRR010I USERID ST000 IS ASSIGNED TO THIS JOB.\\n 16.09.54 JOB08713 ICH70001I ST000 LAST ACCESS AT 16:09:30 ON SUNDAY, APRIL 12, 2020\\n 16.09.54 JOB08713 $HASP373 RACFTRY STARTED - WLM INIT - SRVCLASS BATCHMED - SYS BY01\\n 16.09.54 JOB08713 IEF403I RACFTRY - STARTED - TIME=16.09.54\\n 16.09.55 JOB08713 - --TIMINGS (MINS.)-- ----PAGING COUNTS---\\n 16.09.55 JOB08713 -JOBNAME STEPNAME PROCSTEP RC EXCP CONN TCB SRB CLOCK SERV PG PAGE SWAP VIO SWAPS\\n 16.09.55 JOB08713 -RACFTRY SEND 00 25 0 551177 .00 .0 427 0 0 0 0 0\\n 16.09.55 JOB08713 IEF404I RACFTRY - ENDED - TIME=16.09.55\\n 16.09.55 JOB08713 -RACFTRY ENDED. NAME- TOTAL TCB CPU TIME= .00 TOTAL ELAPSED TIME= .0\\n 16.09.55 JOB08713 $HASP395 RACFTRY ENDED\\n0------ JES2 JOB STATISTICS ------\\n- 12 APR 2020 JOB EXECUTION DATE\\n- 8 CARDS READ\\n- 74 SYSOUT PRINT RECORDS\\n- 0 SYSOUT PUNCH RECORDS\\n- 4 SYSOUT SPOOL KBYTES\\n- 0.00 MINUTES EXECUTION TIME\\n\"\n },\n {\n \"jobName\": \"RACFTRY\",\n \"jobId\": \"JOB08713\",\n \"id\": 3,\n \"ddName\": \"JESJCL\",\n \"subSystem\": \"JES2\",\n \"stepName\": \"JES2\",\n \"output\": \" 1 //RACFTRY JOB CLASS=A,MSGLEVEL=(1,1),MSGCLASS=H, JOB08713\\n // NOTIFY=ST000\\n 2 //SEND EXEC PGM=IKJEFT01\\n 3 //SYSPRINT DD DUMMY\\n 4 //SYSTSPRT DD SYSOUT=*\\n 5 //SYSTSIN DD *\\n\"\n },\n {\n \"jobName\": \"RACFTRY\",\n \"jobId\": \"JOB08713\",\n \"id\": 4,\n \"ddName\": \"JESYSMSG\",\n \"subSystem\": \"JES2\",\n \"stepName\": \"JES2\",\n \"output\": \" ICH70001I ST000 LAST ACCESS AT 16:09:30 ON SUNDAY, APRIL 12, 2020\\n IEF236I ALLOC. FOR RACFTRY SEND\\n IEF237I DMY ALLOCATED TO SYSPRINT\\n IEF237I JES2 ALLOCATED TO SYSTSPRT\\n IEF237I JES2 ALLOCATED TO SYSTSIN\\n IEF142I RACFTRY SEND - STEP WAS EXECUTED - COND CODE 0000\\n IEF285I ST000.RACFTRY.JOB08713.D0000102.? SYSOUT\\n IEF285I ST000.RACFTRY.JOB08713.D0000101.? SYSIN\\n IEF373I STEP/SEND /START 2020103.1609\\n IEF032I STEP/SEND /STOP 2020103.1609\\n CPU: 0 HR 00 MIN 00.09 SEC SRB: 0 HR 00 MIN 00.02 SEC\\n VIRT: 476K SYS: 296K EXT: 572K SYS: 10744K\\n ATB- REAL: 0K SLOTS: 0K\\n VIRT- ALLOC: 3M SHRD: 0M\\n IEF375I JOB/RACFTRY /START 2020103.1609\\n IEF033I JOB/RACFTRY /STOP 2020103.1609\\n CPU: 0 HR 00 MIN 00.09 SEC SRB: 0 HR 00 MIN 00.02 SEC\\n\"\n },\n {\n \"jobName\": \"RACFTRY\",\n \"jobId\": \"JOB08713\",\n \"id\": 102,\n \"ddName\": \"SYSTSPRT\",\n \"subSystem\": \"JES2\",\n \"stepName\": \"SEND\",\n \"output\": \"1READY\\n lu\\n USER=ST000 NAME=UNKNOWN OWNER=GAOZHEN CREATED=19.076\\n DEFAULT-GROUP=STGRP PASSDATE=20.073 PASS-INTERVAL=254 PHRASEDATE=N/A\\n ATTRIBUTES=SPECIAL\\n REVOKE DATE=NONE RESUME DATE=NONE\\n LAST-ACCESS=20.103/16:09:54\\n CLASS AUTHORIZATIONS=USER TSOAUTH TSOPROC ACCTNUM\\n NO-INSTALLATION-DATA\\n NO-MODEL-NAME\\n LOGON ALLOWED (DAYS) (TIME)\\n ---------------------------------------------\\n ANYDAY ANYTIME\\n GROUP=STGRP AUTH=USE CONNECT-OWNER=GAOZHEN CONNECT-DATE=19.076\\n CONNECTS= 69 UACC=NONE LAST-CONNECT=20.103/16:09:54\\n CONNECT ATTRIBUTES=NONE\\n REVOKE DATE=NONE RESUME DATE=NONE\\n GROUP=RACFLAB AUTH=USE CONNECT-OWNER=GAOZHEN CONNECT-DATE=19.076\\n CONNECTS= 00 UACC=NONE LAST-CONNECT=UNKNOWN\\n CONNECT ATTRIBUTES=SPECIAL\\n REVOKE DATE=NONE RESUME DATE=NONE\\n GROUP=IZUADMIN AUTH=USE CONNECT-OWNER=GAOZHEN CONNECT-DATE=19.076\\n CONNECTS= 00 UACC=NONE LAST-CONNECT=UNKNOWN\\n CONNECT ATTRIBUTES=NONE\\n REVOKE DATE=NONE RESUME DATE=NONE\\n SECURITY-LEVEL=NONE SPECIFIED\\n CATEGORY-AUTHORIZATION\\n NONE SPECIFIED\\n SECURITY-LABEL=NONE SPECIFIED\\n READY\\n END\\n\"\n }\n]"
}
]
},
{
"index": 0,
"name": "cmd V2",
"desc": null,
"add_time": 1586680902,
"up_time": 1586680902,
"list": [
{
"query_path": {
"path": "/cmd",
"params": []
},
"edit_uid": 0,
"status": "done",
"type": "static",
"req_body_is_json_schema": true,
"res_body_is_json_schema": true,
"api_opened": false,
"index": 0,
"tag": [],
"_id": 359,
"method": "POST",
"catid": 87,
"title": "执行tso命令",
"path": "/cmd",
"project_id": 11,
"req_params": [],
"res_body_type": "raw",
"uid": 11,
"add_time": 1586681081,
"up_time": 1586681159,
"req_query": [],
"req_headers": [],
"req_body_form": [],
"__v": 0,
"desc": "",
"markdown": "",
"req_body_other": "{\"cmd\":\"lu st000\"}",
"req_body_type": "raw",
"res_body": "1READY\n lu st000\n USER=ST000 NAME=UNKNOWN OWNER=GAOZHEN CREATED=19.076\n DEFAULT-GROUP=STGRP PASSDATE=20.073 PASS-INTERVAL=254 PHRASEDATE=N/A\n ATTRIBUTES=SPECIAL\n REVOKE DATE=NONE RESUME DATE=NONE\n LAST-ACCESS=20.103/16:09:30\n CLASS AUTHORIZATIONS=USER TSOAUTH TSOPROC ACCTNUM\n NO-INSTALLATION-DATA\n NO-MODEL-NAME\n LOGON ALLOWED (DAYS) (TIME)\n ---------------------------------------------\n ANYDAY ANYTIME\n GROUP=STGRP AUTH=USE CONNECT-OWNER=GAOZHEN CONNECT-DATE=19.076\n CONNECTS= 68 UACC=NONE LAST-CONNECT=20.103/16:09:30\n CONNECT ATTRIBUTES=NONE\n REVOKE DATE=NONE RESUME DATE=NONE\n GROUP=RACFLAB AUTH=USE CONNECT-OWNER=GAOZHEN CONNECT-DATE=19.076\n CONNECTS= 00 UACC=NONE LAST-CONNECT=UNKNOWN\n CONNECT ATTRIBUTES=SPECIAL\n REVOKE DATE=NONE RESUME DATE=NONE\n GROUP=IZUADMIN AUTH=USE CONNECT-OWNER=GAOZHEN CONNECT-DATE=19.076\n CONNECTS= 00 UACC=NONE LAST-CONNECT=UNKNOWN\n CONNECT ATTRIBUTES=NONE\n REVOKE DATE=NONE RESUME DATE=NONE\n SECURITY-LEVEL=NONE SPECIFIED\n CATEGORY-AUTHORIZATION\n NONE SPECIFIED\n SECURITY-LABEL=NONE SPECIFIED\n READY\n END\n"
}
]
},
{
"index": 0,
"name": "rexx V2",
"desc": null,
"add_time": 1587545026,
"up_time": 1587545026,
"list": [
{
"query_path": {
"path": "/rexx",
"params": []
},
"edit_uid": 0,
"status": "done",
"type": "static",
"req_body_is_json_schema": true,
"res_body_is_json_schema": true,
"api_opened": false,
"index": 0,
"tag": [],
"_id": 360,
"method": "POST",
"catid": 96,
"title": "执行rexx脚本",
"path": "/rexx",
"project_id": 11,
"req_params": [],
"res_body_type": "raw",
"uid": 11,
"add_time": 1587545206,
"up_time": 1587545247,
"req_query": [],
"req_headers": [],
"req_body_form": [],
"__v": 0,
"desc": "",
"markdown": "",
"req_body_other": "{\"rexx\":\"/* REXX */\\nSAY \\\"Hello Qingguo\\\"\\nPARSE arg N\\nSAY N\",\"params\":\"hhhh\"}",
"req_body_type": "raw",
"res_body": "1READY\n EXEC 'ST000.SPME.REXXTEMP.CEGNSLLN' 'hhhh' EXEC\n Hello Qingguo\n hhhh\n READY\n END"
}
]
},
{
"index": 0,
"name": "dataset V2",
"desc": null,
"add_time": 1587634315,
"up_time": 1587634315,
"list": [
{
"query_path": {
"path": "/dataset/:name",
"params": []
},
"edit_uid": 0,
"status": "done",
"type": "var",
"req_body_is_json_schema": true,
"res_body_is_json_schema": true,
"api_opened": false,
"index": 0,
"tag": [],
"_id": 365,
"method": "PUT",
"catid": 105,
"title": "写入数据集或成员",
"path": "/dataset/:name",
"project_id": 11,
"req_params": [
{
"_id": "5ea167a3474bc234bf3e8f36",
"name": "name",
"example": "ST000.spME.tmppar(A2)",
"desc": "顺序数据集名称或分区数据集名称(成员名称)，大小写不敏感"
}
],
"res_body_type": "raw",
"uid": 11,
"add_time": 1587635672,
"up_time": 1587636131,
"req_query": [],
"req_headers": [],
"req_body_form": [],
"__v": 0,
"desc": "",
"markdown": "",
"req_body_other": "it is a member",
"req_body_type": "raw",
"res_body": "successful"
},
{
"query_path": {
"path": "/dataset",
"params": []
},
"edit_uid": 0,
"status": "done",
"type": "static",
"req_body_is_json_schema": true,
"res_body_is_json_schema": true,
"api_opened": false,
"index": 0,
"tag": [],
"_id": 364,
"method": "POST",
"catid": 105,
"title": "创建数据集",
"path": "/dataset",
"project_id": 11,
"req_params": [],
"res_body_type": "raw",
"uid": 11,
"add_time": 1587635204,
"up_time": 1587635534,
"req_query": [],
"req_headers": [],
"req_body_form": [],
"__v": 0,
"desc": "<p>body中可选的参数有：</p>\n<pre><code>String dsname;\nString volser;\nString unit;\nString dsorg;\nString alcunit;\nInteger primary;\nInteger secondary;\nInteger dirblk;\nInteger avgblk;\nString recfm;\nInteger blksize;\nInteger lrecl;\nString storeclass;\nString mgntclass;\nString dataclass;\n</code></pre>\n",
"markdown": "body中可选的参数有：\n\n```\nString dsname;\nString volser;\nString unit;\nString dsorg;\nString alcunit;\nInteger primary;\nInteger secondary;\nInteger dirblk;\nInteger avgblk;\nString recfm;\nInteger blksize;\nInteger lrecl;\nString storeclass;\nString mgntclass;\nString dataclass;\n```",
"req_body_other": "{\"dsname\":\"ST000.spme.tmp1\",\"unit\":\"3390\",\"dsorg\":\"PS\",\"alcunit\":\"TRK\",\"primary\":10,\n\"secondary\":5,\"avgblk\":500,\"recfm\":\"FB\",\"blksize\":400,\"lrecl\":80}",
"req_body_type": "raw",
"res_body": "successful"
},
{
"query_path": {
"path": "/dataset/:name",
"params": []
},
"edit_uid": 0,
"status": "done",
"type": "var",
"req_body_is_json_schema": true,
"res_body_is_json_schema": true,
"api_opened": false,
"index": 0,
"tag": [],
"_id": 366,
"method": "DELETE",
"catid": 105,
"title": "删除数据集或成员",
"path": "/dataset/:name",
"project_id": 11,
"req_params": [
{
"_id": "5ea16b88474bc234bf3e8f43",
"name": "name",
"example": "ST000.spME.tmp1",
"desc": "顺序数据集名称或分区数据集名称(成员名称)，大小写不敏感"
}
],
"res_body_type": "raw",
"uid": 11,
"add_time": 1587636177,
"up_time": 1587637128,
"req_query": [],
"req_headers": [],
"req_body_form": [],
"__v": 0,
"desc": "",
"markdown": "",
"req_body_type": "file",
"res_body": "successful"
},
{
"query_path": {
"path": "/dataset/:datasetName/member",
"params": []
},
"edit_uid": 0,
"status": "done",
"type": "var",
"req_body_is_json_schema": true,
"res_body_is_json_schema": true,
"api_opened": false,
"index": 0,
"tag": [],
"_id": 362,
"method": "GET",
"catid": 105,
"title": "获取分区数据集成员列表",
"path": "/dataset/:datasetName/member",
"project_id": 11,
"req_params": [
{
"_id": "5ea162e0474bc234bf3e8f31",
"name": "datasetName",
"example": "ST000.spme.tmppar",
"desc": "大小写不敏感"
}
],
"res_body_type": "raw",
"uid": 11,
"add_time": 1587634821,
"up_time": 1587634912,
"req_query": [],
"req_headers": [],
"req_body_form": [],
"__v": 0,
"desc": "",
"markdown": "",
"res_body": "[\n \"A1\",\n \"A2\"\n]"
},
{
"query_path": {
"path": "/dataset/:name",
"params": []
},
"edit_uid": 0,
"status": "done",
"type": "var",
"req_body_is_json_schema": true,
"res_body_is_json_schema": true,
"api_opened": false,
"index": 0,
"tag": [],
"_id": 363,
"method": "GET",
"catid": 105,
"title": "获取数据集内容",
"path": "/dataset/:name",
"project_id": 11,
"req_params": [
{
"_id": "5ea163d1474bc234bf3e8f34",
"name": "name",
"example": "ST000.spme.tmp",
"desc": "顺序数据集名称或分区数据集名称(成员名称)，大小写不敏感"
}
],
"res_body_type": "raw",
"uid": 11,
"add_time": 1587634980,
"up_time": 1587635153,
"req_query": [],
"req_headers": [],
"req_body_form": [],
"__v": 0,
"desc": "",
"markdown": "",
"res_body": "/* REXX */\nSAY \"Hello Qingguo\"\nPARSE arg N\nSAY N\n"
},
{
"query_path": {
"path": "/dataset",
"params": []
},
"edit_uid": 0,
"status": "done",
"type": "static",
"req_body_is_json_schema": true,
"res_body_is_json_schema": true,
"api_opened": false,
"index": 0,
"tag": [],
"_id": 361,
"method": "GET",
"catid": 105,
"title": "获取数据集列表",
"path": "/dataset",
"project_id": 11,
"req_params": [],
"res_body_type": "raw",
"uid": 11,
"add_time": 1587634402,
"up_time": 1587634624,
"req_query": [
{
"required": "1",
"_id": "5ea161c0474bc234bf3e8f2f",
"name": "pattern",
"example": "ST000",
"desc": ""
}
],
"req_headers": [],
"req_body_form": [],
"__v": 0,
"desc": "",
"markdown": "",
"res_body": "[\n {\n \"dsname\": \"ST000\",\n \"catnm\": \"CATALOG.MCAT.PLEXY1.PRI\",\n \"migr\": \"NO\",\n \"mvol\": \"N\",\n \"vol\": \"*ALIAS\"\n },\n {\n \"dsname\": \"ST000.ISPF.ISPPROF\",\n \"blksz\": \"6160\",\n \"catnm\": \"CATALOG.UCAT.STGRP\",\n \"cdate\": \"2019/03/17\",\n \"dev\": \"3390\",\n \"dsntp\": \"PDS\",\n \"dsorg\": \"PO\",\n \"edate\": \"***None***\",\n \"extx\": \"1\",\n \"lrecl\": \"80\",\n \"migr\": \"NO\",\n \"mvol\": \"N\",\n \"ovf\": \"NO\",\n \"rdate\": \"2020/04/23\",\n \"recfm\": \"FB\",\n \"sizex\": \"75\",\n \"spacu\": \"CYLINDERS\",\n \"used\": \"4\",\n \"vol\": \"BYWK00\"\n },\n {\n \"dsname\": \"ST000.SPFLOG1.LIST\",\n \"blksz\": \"129\",\n \"catnm\": \"CATALOG.UCAT.STGRP\",\n \"cdate\": \"2020/04/19\",\n \"dev\": \"3390\",\n \"dsorg\": \"PS\",\n \"edate\": \"***None***\",\n \"extx\": \"1\",\n \"lrecl\": \"125\",\n \"migr\": \"NO\",\n \"mvol\": \"N\",\n \"ovf\": \"NO\",\n \"rdate\": \"2020/04/19\",\n \"recfm\": \"VA\",\n \"sizex\": \"9\",\n \"spacu\": \"BLOCKS\",\n \"used\": \"11\",\n \"vol\": \"BYWK00\"\n },\n {\n \"dsname\": \"ST000.SPFTEMP0.CNTL\",\n \"blksz\": \"800\",\n \"catnm\": \"CATALOG.UCAT.STGRP\",\n \"cdate\": \"2020/03/11\",\n \"dev\": \"3390\",\n \"dsorg\": \"PS\",\n \"edate\": \"***None***\",\n \"extx\": \"1\",\n \"lrecl\": \"80\",\n \"migr\": \"NO\",\n \"mvol\": \"N\",\n \"ovf\": \"NO\",\n \"rdate\": \"2020/03/11\",\n \"recfm\": \"FB\",\n \"sizex\": \"1\",\n \"spacu\": \"BLOCKS\",\n \"used\": \"100\",\n \"vol\": \"BYWK00\"\n },\n {\n \"dsname\": \"ST000.SPME.TMP\",\n \"blksz\": \"400\",\n \"catnm\": \"CATALOG.UCAT.STGRP\",\n \"cdate\": \"2020/04/19\",\n \"dev\": \"3390\",\n \"dsorg\": \"PS\",\n \"edate\": \"***None***\",\n \"extx\": \"1\",\n \"lrecl\": \"80\",\n \"migr\": \"NO\",\n \"mvol\": \"N\",\n \"ovf\": \"NO\",\n \"rdate\": \"2020/04/23\",\n \"recfm\": \"FB\",\n \"sizex\": \"10\",\n \"spacu\": \"TRACKS\",\n \"used\": \"10\",\n \"vol\": \"BYWK00\"\n },\n {\n \"dsname\": \"ST000.SPME.TMPPAR\",\n \"blksz\": \"400\",\n \"catnm\": \"CATALOG.UCAT.STGRP\",\n \"cdate\": \"2020/04/19\",\n \"dev\": \"3390\",\n \"dsntp\": \"PDS\",\n \"dsorg\": \"PO\",\n \"edate\": \"***None***\",\n \"extx\": \"1\",\n \"lrecl\": \"80\",\n \"migr\": \"NO\",\n \"mvol\": \"N\",\n \"ovf\": \"NO\",\n \"rdate\": \"2020/04/23\",\n \"recfm\": \"FB\",\n \"sizex\": \"10\",\n \"spacu\": \"TRACKS\",\n \"used\": \"10\",\n \"vol\": \"BYWK00\"\n },\n {\n \"dsname\": \"ST000.SPME.TMP1\",\n \"blksz\": \"400\",\n \"catnm\": \"CATALOG.UCAT.STGRP\",\n \"cdate\": \"2020/04/23\",\n \"dev\": \"3390\",\n \"dsorg\": \"PS\",\n \"edate\": \"***None***\",\n \"extx\": \"1\",\n \"lrecl\": \"80\",\n \"migr\": \"NO\",\n \"mvol\": \"N\",\n \"ovf\": \"NO\",\n \"rdate\": \"***None***\",\n \"recfm\": \"FB\",\n \"sizex\": \"10\",\n \"spacu\": \"TRACKS\",\n \"used\": \"0\",\n \"vol\": \"BYWK00\"\n },\n {\n \"dsname\": \"ST000.SPMESPME.TMP\",\n \"blksz\": \"400\",\n \"catnm\": \"CATALOG.UCAT.STGRP\",\n \"cdate\": \"2020/04/19\",\n \"dev\": \"3390\",\n \"dsorg\": \"PS\",\n \"edate\": \"***None***\",\n \"extx\": \"1\",\n \"lrecl\": \"80\",\n \"migr\": \"NO\",\n \"mvol\": \"N\",\n \"ovf\": \"NO\",\n \"rdate\": \"***None***\",\n \"recfm\": \"FB\",\n \"sizex\": \"10\",\n \"spacu\": \"TRACKS\",\n \"used\": \"0\",\n \"vol\": \"BYWK00\"\n }\n]"
}
]
},
{
"index": 0,
"name": "sms V2",
"desc": null,
"add_time": 1589019987,
"up_time": 1589019987,
"list": [
{
"query_path": {
"path": "/sms/acs/test",
"params": []
},
"edit_uid": 0,
"status": "done",
"type": "static",
"req_body_is_json_schema": true,
"res_body_is_json_schema": true,
"api_opened": false,
"index": 0,
"tag": [],
"_id": 378,
"method": "POST",
"catid": 114,
"title": "test ACS",
"path": "/sms/acs/test",
"project_id": 11,
"req_params": [],
"res_body_type": "raw",
"uid": 11,
"add_time": 1589291363,
"up_time": 1589295712,
"req_query": [],
"req_headers": [],
"req_body_form": [],
"__v": 0,
"desc": "<pre><code>TEST STEP\n\nSCDS - NAME OF SCDS (INPUT)\nTESTBED - PDS CONTAINING TEST CASES (INPUT)\nMEMBER - MEMBERS TO BE TESTED IN TESTBED (INPUT)\nDC,SC,MC,SG - ROUTINES TO BE TESTED (INPUT)\nLISTNAME - TEST LISTING (OUTPUT)\n</code></pre>\n",
"markdown": "```\nTEST STEP\n\nSCDS - NAME OF SCDS (INPUT)\nTESTBED - PDS CONTAINING TEST CASES (INPUT)\nMEMBER - MEMBERS TO BE TESTED IN TESTBED (INPUT)\nDC,SC,MC,SG - ROUTINES TO BE TESTED (INPUT)\nLISTNAME - TEST LISTING (OUTPUT)\n```",
"req_body_other": "{\"scds\":\"ST000.SMS.SCDS\",\"testbed\":\"ST000.SMS.TEST\",\"member\":\"*\",\"dc\":\"Y\",\"sc\":\"N\",\"mc\":\"N\",\"sg\":\"N\",\"listname\":\"ST000.SMS.ACS3\"}",
"req_body_type": "raw",
"res_body": "1 ACS TESTING RESULTS TIME 23:00:42 DATE 05/12/2020 PAGE 0001\n0\n CDS NAME : ST000.SMS.SCDS\n ACS ROUTINE TYPES: DC\n ACS TEST LIBRARY : ST000.SMS.TEST\n\n ACS TEST\n MEMBER EXIT CODE RESULTS\n --------- ---------- ------------------------------------\n DESCRIPTION: NO DESCRIPTION\n EXPECTED RESULT:\n CASE1 0 DC = DCPDS\n\n\n ACS TESTING RC: 00\n"
},
{
"query_path": {
"path": "/sms/acs/translate",
"params": []
},
"edit_uid": 0,
"status": "done",
"type": "static",
"req_body_is_json_schema": true,
"res_body_is_json_schema": true,
"api_opened": false,
"index": 0,
"tag": [],
"_id": 376,
"method": "POST",
"catid": 114,
"title": "translate ACS",
"path": "/sms/acs/translate",
"project_id": 11,
"req_params": [],
"res_body_type": "raw",
"uid": 11,
"add_time": 1589291324,
"up_time": 1589291443,
"req_query": [],
"req_headers": [],
"req_body_form": [],
"__v": 0,
"desc": "<pre><code>TRANSLATE STEP:\n ACSSRC - PDS CONTAINING ACS ROUTINES TO BE\n TRANSLATED (INPUT)\n MEMBER - MEMBER NAME OF THE ROUTINE TO BE\n TRANSLATED (INPUT)\n SCDS - NAME OF SCDS INTO WHICH THE ACS ROUTINES ARE\n TO BE TRANSLATED (OUTPUT)\n LISTNAME - TRANSLATE LISTING (OUTPUT)\n UPDHLVLSCDS - CONFIRM OPERATION ON AN UPLEVEL SCDS\n When modifying an SCDS, that was formatted with a\n higher level of SMS, using a lower level of SMS\n will make this application fail unless you\n specify the UPDHLVLSCDS parameter as 'Y'.\n Default is 'N'.\n Possible values : Y/N/BLANK\n</code></pre>\n",
"markdown": "```\nTRANSLATE STEP:\n ACSSRC - PDS CONTAINING ACS ROUTINES TO BE\n TRANSLATED (INPUT)\n MEMBER - MEMBER NAME OF THE ROUTINE TO BE\n TRANSLATED (INPUT)\n SCDS - NAME OF SCDS INTO WHICH THE ACS ROUTINES ARE\n TO BE TRANSLATED (OUTPUT)\n LISTNAME - TRANSLATE LISTING (OUTPUT)\n UPDHLVLSCDS - CONFIRM OPERATION ON AN UPLEVEL SCDS\n When modifying an SCDS, that was formatted with a\n higher level of SMS, using a lower level of SMS\n will make this application fail unless you\n specify the UPDHLVLSCDS parameter as 'Y'.\n Default is 'N'.\n Possible values : Y/N/BLANK\n```",
"req_body_other": "{\"scds\":\"ST000.SMS.SCDS\",\"acssrc\":\"ST000.SMS.ACS\",\"member\":\"DC\",\"listname\":\"ST000.SMS.ACS1\"}",
"req_body_type": "raw",
"res_body": "1ACS TRANSLATOR ***** TIME 21:47:51 DATE 05/12/2020 PAGE 0001 *****\n0\n0\n SCDS NAME: ST000.SMS.SCDS\n ACS SOURCE DATA SET: ST000.SMS.ACS\n ACS SOURCE MEMBER: DC\n0\n0\n0\n 0001 PROC DATACLAS\n 0002 SELECT\n 0003 WHEN (&LLQ='SDS')\n 0004 DO\n 0005 SET &DATACLAS = 'DCPDS'\n 0006 EXIT\n 0007 END\n 0008 WHEN (&LLQ='KSDS')\n 0009 DO\n 0010 SET &DATACLAS = 'DCKSDS'\n 0011 EXIT\n 0012 END\n 0013 END\n 0014 END\n\n\n\n TRANSLATION RETURN CODE: 0000\n\n\n SIZE OF OBJECT TABLE: 0000000360\n"
},
{
"query_path": {
"path": "/sms/acs/validate",
"params": []
},
"edit_uid": 0,
"status": "done",
"type": "static",
"req_body_is_json_schema": true,
"res_body_is_json_schema": true,
"api_opened": false,
"index": 0,
"tag": [],
"_id": 377,
"method": "POST",
"catid": 114,
"title": "validate ACS",
"path": "/sms/acs/validate",
"project_id": 11,
"req_params": [],
"res_body_type": "raw",
"uid": 11,
"add_time": 1589291348,
"up_time": 1589292291,
"req_query": [],
"req_headers": [],
"req_body_form": [],
"__v": 0,
"desc": "<pre><code>VALIDATE STEP:\n\nSCDS - NAME OF SCDS THAT CONTAINS THE TRANSLATED ACS\nROUTINES TO BE VALIDATED (INPUT)\nTYPE - TYPE OF ACS ROUTINE TO BE VALIDATED (INPUT)\nLISTNAME - VALIDATE LISTING (OUTPUT)\nUPDHLVLSCDS - CONFIRM OPERATION ON AN UPLEVEL SCDS(Y/N)\n</code></pre>\n",
"markdown": "```\nVALIDATE STEP:\n\nSCDS - NAME OF SCDS THAT CONTAINS THE TRANSLATED ACS\nROUTINES TO BE VALIDATED (INPUT)\nTYPE - TYPE OF ACS ROUTINE TO BE VALIDATED (INPUT)\nLISTNAME - VALIDATE LISTING (OUTPUT)\nUPDHLVLSCDS - CONFIRM OPERATION ON AN UPLEVEL SCDS(Y/N)\n```",
"req_body_other": "{\"scds\":\"ST000.SMS.SCDS\",\"type\":\"DC\",\"listname\":\"ST000.SMS.ACS2\"}",
"req_body_type": "raw",
"res_body": "1 VALIDATION RESULTS\n0\n VALIDATION RESULT: ERRORS DETECTED\n SCDS NAME: ST000.SMS.SCDS\n ACS ROUTINE TYPE: DC\n DATE OF VALIDATION: 2020/05/12\n TIME OF VALIDATION: 22:02\n0\n IGD06025I THE DATA CLASS ACS ROUTINE SETS NON-EXISTENT VALUE DCKSDS\n"
},
{
"query_path": {
"path": "/sms/storage-group/volume",
"params": []
},
"edit_uid": 0,
"status": "done",
"type": "static",
"req_body_is_json_schema": true,
"res_body_is_json_schema": true,
"api_opened": false,
"index": 0,
"tag": [],
"_id": 375,
"method": "POST",
"catid": 114,
"title": "为SG增加volume",
"path": "/sms/storage-group/volume",
"project_id": 11,
"req_params": [],
"res_body_type": "raw",
"uid": 11,
"add_time": 1589275934,
"up_time": 1589277342,
"req_query": [],
"req_headers": [],
"req_body_form": [],
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"desc": "<pre><code>Required Fields:\n SCDS - SOURCE CONTROL DATA SET\n VOL - THIS FIELD CAN CONTAIN EITHER A VOLUME SERIAL\n NUMBER OR THE FIRST COMMON CHARACTERS IN A RANGE\n OF VOLUME SERIAL NUMBERS. IF PART OF RANGE,\n ENTER THE REMAINING DISTINCTIVE CHARACTERS OF\n THE VOLUME SERIAL NUMBERS IN THE 'FROM' AND 'TO'\n FIELDS, AND IF YOU WANT, THE 'SUF' FIELD.\n SG - STORAGE GROUP\nOptional Fields:\n Set the criteria in the following fields to specify range of\n volumes (you can specify as many as 100 volumes at a time):\n FROM - Use this field to specify the characters unique\n to the first volume serial number in a range.\n Use the VOL and SUF fields to select leading\n and trailing characters. Valid entries are\n decimal or hexadecimal numbers or alphabet.\n TO - Use this field to specify the characters unique\n to the last volume serial number in a range.\n Use the VOL and SUF fields to select leading\n and trailing characters. Valid entries are\n decimal or hexadecimal numbers or alphabet.\n SUF - When you specify values in the FROM and TO\n fields, you can specify in this field the\n common trailing characters in a range of volume\n serial numbers. Enter up to five characters.\n TYPE - When you specify hexadecimal numbers in the FROM\n and TO fields, you must enter 'X' in this field.\n When you specify alphabets in the FROM and TO\n fields, you must enter 'A' in this field.\n The default is decimal.\n STATUS - STATUS (ENABLE/NOTCON/DISALL/DISNEW/QUIALL/\n QUINEW)\n Up to 32 statuses can be specified separated by\n commas to match the 32 systems. If a status is\n skipped, the system status that falls in between 2\n commas will have default value of ENABLE.\n STATUSALL - STATUSALL (ENABLE/NOTCON/DISALL/DISNEW/QUIALL/\n QUINEW)\n If Volume status in all the Systems needs to be\n set to a single value (for example ENABLE),\n STATUSALL is an easier option compared to the\n parameter STATUS.\n Note: STATUSALL and STATUS are mutually exclusive.\n And so, while specifying value for one of these\n parameters, either the other parameter should\n not be specified or if specified, it should not\n have any value specified.\n UPDHLVLSCDS - When modifying an SCDS, that was formatted\n with a higher level of SMS, using a lower\n level of SMS will make this application fail\n unless you specify the UPDHLVLSCDS parameter\n as 'Y'. Default is 'N'.\n If specified, this should be the first\n parameter on either VOLDEL or ADDVOL DD\n names.\n Possible values : Y/N/BLANK\n</code></pre>\n",
"markdown": "```\nRequired Fields:\n SCDS - SOURCE CONTROL DATA SET\n VOL - THIS FIELD CAN CONTAIN EITHER A VOLUME SERIAL\n NUMBER OR THE FIRST COMMON CHARACTERS IN A RANGE\n OF VOLUME SERIAL NUMBERS. IF PART OF RANGE,\n ENTER THE REMAINING DISTINCTIVE CHARACTERS OF\n THE VOLUME SERIAL NUMBERS IN THE 'FROM' AND 'TO'\n FIELDS, AND IF YOU WANT, THE 'SUF' FIELD.\n SG - STORAGE GROUP\nOptional Fields:\n Set the criteria in the following fields to specify range of\n volumes (you can specify as many as 100 volumes at a time):\n FROM - Use this field to specify the characters unique\n to the first volume serial number in a range.\n Use the VOL and SUF fields to select leading\n and trailing characters. Valid entries are\n decimal or hexadecimal numbers or alphabet.\n TO - Use this field to specify the characters unique\n to the last volume serial number in a range.\n Use the VOL and SUF fields to select leading\n and trailing characters. Valid entries are\n decimal or hexadecimal numbers or alphabet.\n SUF - When you specify values in the FROM and TO\n fields, you can specify in this field the\n common trailing characters in a range of volume\n serial numbers. Enter up to five characters.\n TYPE - When you specify hexadecimal numbers in the FROM\n and TO fields, you must enter 'X' in this field.\n When you specify alphabets in the FROM and TO\n fields, you must enter 'A' in this field.\n The default is decimal.\n STATUS - STATUS (ENABLE/NOTCON/DISALL/DISNEW/QUIALL/\n QUINEW)\n Up to 32 statuses can be specified separated by\n commas to match the 32 systems. If a status is\n skipped, the system status that falls in between 2\n commas will have default value of ENABLE.\n STATUSALL - STATUSALL (ENABLE/NOTCON/DISALL/DISNEW/QUIALL/\n QUINEW)\n If Volume status in all the Systems needs to be\n set to a single value (for example ENABLE),\n STATUSALL is an easier option compared to the\n parameter STATUS.\n Note: STATUSALL and STATUS are mutually exclusive.\n And so, while specifying value for one of these\n parameters, either the other parameter should\n not be specified or if specified, it should not\n have any value specified.\n UPDHLVLSCDS - When modifying an SCDS, that was formatted\n with a higher level of SMS, using a lower\n level of SMS will make this application fail\n unless you specify the UPDHLVLSCDS parameter\n as 'Y'. Default is 'N'.\n If specified, this should be the first\n parameter on either VOLDEL or ADDVOL DD\n names.\n Possible values : Y/N/BLANK\n```",
"req_body_other": "{\"scds\":\"ST000.SMS.SCDS\",\"sg\":\"SG19\",\"vol\":\"bypm02\",\"from\":\"\",\"to\":\"\",\"suf\":\"\",\"type\":\"\",\"status\":\"\"}",
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"res_body": "1READY\n PROFILE PREFIX()\n IKJ56701I MISSING PREFIX\n READY\n ISPSTART CMD(ACBQVAI1 SCDS('ST000.SMS.SCDS') SG(SG19) VOL(bypm02) FROM() TO() SUF() TYPE() STATUSALL() STATUS(ENABLE) UPDHLVLSCDS()\n ADDVOL) NEWAPPL(DGT) BATSCRW(132) BATSCRD(27) BREDIMAX(3) BDISPMAX(25)\n\n Volume name to add/alter/delete: BYPM02\n Volume status to add/alter:\n STATUS : ENABLE\n STATUSALL :\n Storage Group to alter : SG19\n SCDS to alter : 'ST000.SMS.SCDS'\n ST000.ST000.JOB13427.D0000110.? was preallocated (no free was done).\n READY\n READY\n READY\n END\n"
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"path": "/sms/base-configuration",
"params": []
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"status": "done",
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"_id": 368,
"method": "POST",
"catid": 114,
"title": "创建SCDS的base configuration",
"path": "/sms/base-configuration",
"project_id": 11,
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"desc": "<pre><code> SCDS : Specify the SCDS whose base configuration you want\n to define/alter or display.\n\n BYTPTRK : Specify BYTES/TRACK\n\n Possible values : 1 - 999999\n\n TRKPCYL : Specify TRACKS/CYLENDER\n\n Possible values : 1 - 999999\n\n ADDSYS : Name of the system you want to add\n\n Possible values : 1-8 Alphanumeric characters\n beginning with alphebetic.\n\n If more than one system is being added , systems\n will be separated by ','.\n\n Ex : ADDSYS(SYS1,SYS2,SYS3)\n\n ADDGRP : Name of the System group that you want to add\n\n Possible values : 1-8 Alphanumeric characters.\n beginning with aplhabetic.\n\n If more than one system group is being added, system\n groups will be separated by ','.\n\n Ex : ADDGRP(SGRP1,SGRP2,SGRP3)\n\n\n DELSYS : Name of the system you want to delete\n\n If more than one system is being deleted, systems\n will be separated by ','.\n\n Ex : DELSYS(SYS1,SYS2,SYS3)\n\n DELGRP : Name of the System group that you want to delete\n\n If more than one system group is being deleted,\n system groups will be separated by ','.\n\n Ex : DELGRP(SGRP1,SGRP2,SGRP3)\n\n RENSYS : Old and new names of the system that is being\n renamed, separated by ','.\n\n If more than one system is being renamed, systems\n will be separated by ','.\n\n Ex : RENSYS(oldname1,newname1,oldname2,newname2)\n\n RENGRP : Old and new names of the system group that is being\n renamed, separated by ','.\n\n If more than one system group is being renamed,\n system groups ll be separated by ','.\n\n Ex : RENGRP(oldname1,newname1,oldname2,newname2)\n\n Optional Fields:\n\n DESCR : Remarks about the SCDS whose base you want to\n define or alter.\n\n Possible values : 1 - 120 characters.\n\n DEFMC : Specify this DEFAULT MGMTCLS field to define or\n alter the MGMTCLS reserved for datasets which\n have not yet been assigned a MGMTCLS. Available\n only for SMS managed datasets. Controls the BKP,\n retention and migration of datasets.\n\n Possible values : Valid MGMTCLS name.\n\n DEFUNIT : Specify this field to assign the default device\n used when non SMS datasets are allocated without\n a unit parameter,\n\n DSSEPPL : Specify Partitioned or Sequential dataset name\n This provides SMS with a list of dataset names.\n\n Possible values : A valid data set name\n\n UPDHLVLSCDS: When modifying an SCDS, that was formatted with a\n higher level of SMS, using a lower level of SMS\n will make this application fail unless you\n specify the UPDHLVLSCDS parameter as 'Y'.\n Default is 'N'.\n\n Possible values : Y/N/BLANK\n</code></pre>\n",
"markdown": "```\n SCDS : Specify the SCDS whose base configuration you want\n to define/alter or display.\n\n BYTPTRK : Specify BYTES/TRACK\n\n Possible values : 1 - 999999\n\n TRKPCYL : Specify TRACKS/CYLENDER\n\n Possible values : 1 - 999999\n\n ADDSYS : Name of the system you want to add\n\n Possible values : 1-8 Alphanumeric characters\n beginning with alphebetic.\n\n If more than one system is being added , systems\n will be separated by ','.\n\n Ex : ADDSYS(SYS1,SYS2,SYS3)\n\n ADDGRP : Name of the System group that you want to add\n\n Possible values : 1-8 Alphanumeric characters.\n beginning with aplhabetic.\n\n If more than one system group is being added, system\n groups will be separated by ','.\n\n Ex : ADDGRP(SGRP1,SGRP2,SGRP3)\n\n\n DELSYS : Name of the system you want to delete\n\n If more than one system is being deleted, systems\n will be separated by ','.\n\n Ex : DELSYS(SYS1,SYS2,SYS3)\n\n DELGRP : Name of the System group that you want to delete\n\n If more than one system group is being deleted,\n system groups will be separated by ','.\n\n Ex : DELGRP(SGRP1,SGRP2,SGRP3)\n\n RENSYS : Old and new names of the system that is being\n renamed, separated by ','.\n\n If more than one system is being renamed, systems\n will be separated by ','.\n\n Ex : RENSYS(oldname1,newname1,oldname2,newname2)\n\n RENGRP : Old and new names of the system group that is being\n renamed, separated by ','.\n\n If more than one system group is being renamed,\n system groups ll be separated by ','.\n\n Ex : RENGRP(oldname1,newname1,oldname2,newname2)\n\n Optional Fields:\n\n DESCR : Remarks about the SCDS whose base you want to\n define or alter.\n\n Possible values : 1 - 120 characters.\n\n DEFMC : Specify this DEFAULT MGMTCLS field to define or\n alter the MGMTCLS reserved for datasets which\n have not yet been assigned a MGMTCLS. Available\n only for SMS managed datasets. Controls the BKP,\n retention and migration of datasets.\n\n Possible values : Valid MGMTCLS name.\n\n DEFUNIT : Specify this field to assign the default device\n used when non SMS datasets are allocated without\n a unit parameter,\n\n DSSEPPL : Specify Partitioned or Sequential dataset name\n This provides SMS with a list of dataset names.\n\n Possible values : A valid data set name\n\n UPDHLVLSCDS: When modifying an SCDS, that was formatted with a\n higher level of SMS, using a lower level of SMS\n will make this application fail unless you\n specify the UPDHLVLSCDS parameter as 'Y'.\n Default is 'N'.\n\n Possible values : Y/N/BLANK\n```",
"res_body": "1READY\n PROFILE NOPREFIX\n READY\n ISPSTART CMD(ACBQBAB1 DEFINE SCDS(ST000.SMS.SCDS) BYTPTRK(56664) TRKPCYL(15) ADDSYS(BY01) DESCR(test) ) BATSCRW(132) BATSCRD(27) BRE\n DIMAX(3) BDISPMAX(999999)\n IKJ56701I MISSING PREFIX\n adding system : BY01\n",
"uid": 11,
"add_time": 1589020222,
"up_time": 1589020613,
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"req_body_other": "{\"scds\":\"ST000.SMS.SCDS\",\"bytptrk\":\"56664\",\"trkpcyl\":\"15\",\"descr\":\"test\",\"defmc\":\"\",\"defunit\":\"\",\"dsseppl\":\"\",\"addsys\":\"BY01\",\"addgrp\":\"\"}",
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"query_path": {
"path": "/sms/data-class",
"params": []
},
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"status": "done",
"type": "static",
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"_id": 371,
"method": "POST",
"catid": 114,
"title": "创建data class",
"path": "/sms/data-class",
"project_id": 11,
"req_params": [],
"res_body_type": "raw",
"uid": 11,
"add_time": 1589101083,
"up_time": 1589101503,
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"desc": "<pre><code> Required Fields:\n\n SCDS : Specify the name of the CDS that contains the\n dataclass you want to Define/Alter/Display.\n\n Possible values : Valid CDS name .\n\n DCNAME : Name of the Dataclass.\n\n Possible values : 1 - 8 characters\n\n Optional Fields:\n\n DESCR : Remarks about the DC being defined/altered.\n 1-120 characters.\n\n RECORG : Specify how the records in the Datasets will be\n organized during allocation.\n\n Possible values :\n\n KS -> VSAM Key Sequenced\n ES -> VSAM Entry Sequenced\n RR -> VSAM Relative Record\n LS -> VSAM Linear Space\n BLANK -> PS or PDS\n\n RECFM : Specify the format of records for Non VSAM DSs\n in this dataclass.\n\n Possible Values :\n\n UA|MÙ -> Undefined\n VA|MÙ -> Variable\n VSA|MÙ -> Variable Spanned\n VBA|MÙ -> Variable Blocked\n VBSA|MÙ -> Variable Blocked & Spanned\n FA|MÙ -> Fixed\n FSA|MÙ -> Fixed Standard\n FBA|MÙ -> Fixed Blocked\n FBSA|MÙ -> Fixed Blocked Standard\n BLANK -> Specify no record format\n\n LRECL : Specify the logical record length of records in\n this dataclass.For variable length or undefined\n records this is the maximum length of a record.\n\n Possible Values :\n\n 1 to 32760 or BLANK if RECORG is BLANK\n 1 to 32761 or BLANK if RECORG is ES, KS, or RR\n\n KEYLEN : Specify the length of the key field for records\n in this dataclass.\n\n Possible Values :\n\n 0 to 255 or blank if RECORG is blank\n 1 to 255 or blank if RECORG is KS\n\n KEYOFF : Specify key offset for key sequenced datasets\n in this DC.\n\n Possible Values : 0 - 32760, BLANK\n\n SPCAVREC : Specify space units.\n\n Possible Values :\n\n K -> Kilo Bytes\n M -> Mega Bytes\n U -> Bytes\n BLANK ->\n\n SPCAVVAL : Average length of each record in bytes.\n\n Possible Values : 0 - 65535 or blank\n\n SPCPRM : Specify number of records Primary storage will\n contain.\n\n Possible Values : 0 - 999999 or blank\n\n SPCSEC : Specify number of records Secondary storage will\n contain.\n\n Possible Values : 0 - 999999 or blank\n\n SPCDIR : Specify no. of directory blocks to be allocated\n for PDS.\n\n Possible Values : 0 - 999999 or blank\n\n OVERRIDE : Specify whether or not the data class space\n attributes will override the space attributes from\n other sources like JCL.\n\n Possible Values :\n\n Y -> Yes, override attributes\n N -> No, do not override attributes\n BLANK -> Default N is assumed\n\n REXPPDT : Specify the default retention period or\n expiration date of datasets in this DC.\n\n Possible Values :\n\n 0 to 93000 -> Datasets expire in no. of days\n yyyy/mm/dd -> Datasets expiry date\n yyyy => 1900 - 2155\n yyyy/00/00 -> Special value\n yyyy => 1900 - 2155\n BLANK -> No expiration date specified\n\n VOLCNT : Maximum no of volumes you expect to a DS in\n this DC.\n\n Possible Values : 1 - 59, BLANK (DASD)\n 1 - 255, BLANK (Tape)\n\n ADDVOLAM : Specify the allocation amount when a VSAM DS\n in extended format begins allocation on\n subsequent volumes.\n\n Possible Values :\n\n P Use primary allocation amount\n S Use secondary allocation amount\n BLANK Use default value of primary\n\n\n CISZDATA : Specify the size of each Control Interval for DS\n in this data class. Applies only to VSAM DSs\n with RECORG of KS,ES,LS or RR only.\n\n Possible Values : 1 - 32768, BLANK\n\n FRSPCCI : Percentage of free space you want to reserve in\n the CI to avoid splits. Valid only for VSAM KSDS.\n\n Possible Values : 0 - 100\n\n FRSPCCA : Percentage of free space you want to reserve in\n the CA to avoid splits. Valid only for VSAM KSDS.\n\n Possible Values : 0 - 100\n\n SHRXREG : Specify how the data will be shared with in one\n system. Applies to VSAM DSs with RECORG of\n KS,ES,LS and RR only.\n\n Possible Values :\n\n 1 -> All users can read the DS when no one is\n writing to it.\n 2 -> All users can read the DS even if one\n user is writing to it.\n 3 -> All users can both read and write to the\n DS. VSAM doesn't ensure the data integrity.\n 4 -> All users can both read and write to the\n DS. VSAM provides some assistance to ensure\n data integrity.\n BLANK -> No share options specified.\n\n SHRXSYS : Specify how the data will be shared among the\n systems. Applies to VSAM DSs with RECORG\n KS,ES,LS and RR only.\n\n Possible values : (See above)\n\n COMPTN : Specify whether tape volumes or DASD datasets\n associated with this DC are to be compacted or\n compressed.\n\n Possible values :\n\n Y -> Extended format data sets are\n compressed and tape volumes are compacted.\n The type of DASD compression depends\n on the COMPRESS option in IGDSMSxx.\n N -> DSs are not compressed and Tape volumes\n are not compacted unless requested by\n USER on JCL/DYNAMIC allocation.\n T -> Extended format data sets are\n compressed using tailored dictionaries\n overriding SYS1.PARMLIB.\n G -> Extended format data sets are compressed\n using generic dictionaries overriding\n SYS1.PARMLIB.\n ZR -> The system will fail the allocation\n request if the zEDC function is not\n supported by the system or the minimum\n allocation amount requirement is not met.\n ZP -> The system will not fail the allocation\n request but rather create either a\n tailored compressed data set if the zEDC\n function is not supported by the system\n or create a non-compressed extended format\n data set if the minimum allocation amount\n requirement is not met.\n BLANK -> DSs are not compressed and Tape volumes\n are not compacted unless requested by\n USER on JCL/DYNAMIC allocation or by the\n installation through parmlib specification.\n\n MDTYPE : Specify mountable tape cartridge type used for\n DSs associated with this DC.\n\n Possible values :\n\n 1 -> For MEDIA1 ( Non Scalable\n Cartridge System Tape)\n 2 -> For MEDIA2 ( Enhanced Capacity\n Non Scalable\n Cartridge System Tape)\n 3 -> For MEDIA3 ( High Performance\n Non Scalable\n Cartridge Tape)\n 4 -> For MEDIA4 ( Extended\n High Performance\n Non Scalable\n Cartridge Tape)\n 5 -> For MEDIA5 ( Enterprise Tape\n Cartridge 3592 )\n 6 -> For MEDIA6 ( WORM Tape Cartridge)\n 7 -> For MEDIA7 ( Enterprise Economy\n Tape Cartridge)\n 8 -> For MEDIA8 ( Enterprise Economy WORM\n Tape Cartridge)\n 9 -> For MEDIA9 ( Enterprise Extended\n Tape Cartridge 3592)\n 10 -> For MEDIA10( Enterprise Extended\n WORM Tape Cartridge 3592)\n 11 -> For MEDIA11( Enterprise Advanced\n Tape Cartridge)\n 12 -> For MEDIA12( Enterprise Advanced WORM\n Tape Cartridge)\n 13 -> For MEDIA13( Enterprise Advanced\n Economy Tape Cartridge)\n BLANK -> Cartridge type not specified.\n\n RECTECH : Specify the number of tracks on mountable tape\n cartridges used for DSs associated with this DC.\n Optional.\n\n Possible values :\n\n 18 -> An 18-track cartridge is used.\n 36 -> A 36-track cartridge is used.\n 128 -> A 128-track cartridge is used.\n 256 -> A 256-track cartridge is used.\n 384 -> A 384-track cartridge is used.\n E1 -> An Enterprise Format 1 cartridge is\n used.\n E2 -> An Enterprise Format 2 cartridge is\n used.\n E3 -> An Enterprise Format 3 cartridge is\n used.\n E4 -> An Enterprise Format 4 cartridge is\n used.\n EE2 -> An Enterprise Encrypted Format 2\n cartridge is used.\n EE3 -> An Enterprise Encrypted Format 3\n cartridge is used.\n EE4 -> An Enterprise Encrypted Format 4\n cartridge is used.\n BLANK -> The system default is used.\n\n PEFSCLG : Provides the installation with the ability to\n select tape usage.\n Optional.\n\n Possible values :\n\n Y -> Provides optimal performance.\n N -> To use the full capacity.\n BLANK -> Same as 'N' option.\n\n PERFSEG : Provides the installation with the ability to\n select tape usage.\n Optional.\n\n Possible values :\n\n Y -> Enable Segmentation.\n N -> No Segmentation.\n BLANK -> Same as 'N' option.\n\n DSNMTYP : Specify the format of the datasets in this DC.\n\n Possible values :\n\n EXT -> Extended format datasets\n HFS -> Hierarchical File System Datasets\n LIB -> Datasets are allocated as PDSEs\n PDS -> Datasets are allocated as PDSs\n LARGE -> Large format sequential data sets\n ( > 65535 tracks)\n BLANK -> Not specified\n\n IFEXT : Specify whether this DC requires the DSs to be\n allocated only in extended sequential format.\n Required only if DSNMTYP is specified as EXT.\n\n Possible values :\n\n P -> Preferred\n R -> Required\n BLANK -> DSNMTYP is not EXT.\n\n EXTADDRS : Specify this field to provide datasets with\n addressability of more than 4 GB.\n\n Possible values :\n\n Y -> Provides extended addressability if\n DSNMTYP is EXT\n N -> Doesn't provide extended addressability.\n\n RECACCB : Use this field to specify to VSAM, how the\n buffers are to be chosen and the manner by\n which they are processed.\n\n Possible values :\n\n S -> VSAM to determine buffering algorithm\n U -> Buffers are obtained in the same manner\n as is used with out SYSTEM MANAGED\n BUFFERING.\n DO -> SMB with direct optimization\n DW -> SMB weighted for direct processing\n SO -> SMB with sequential optimization\n SW -> SMB weighted for sequential processing\n BLANK -> U assumed if DSNMTYP => EXT\n\n REUSE : Specify whether or not the users can open the\n cluster again and again as a new cluster.\n\n Possible values :\n\n Y -> Reusable\n N -> Non Reusable\n BLANK -> Default N is assumed\n\n INILOAD : Specify whether or not storage allocated to the\n data component is to be preformatted before\n records are inserted during initial load.\n\n Possible values :\n\n S -> No preformat\n R -> Data components control areas written\n with records that indicate EOF.\n BLANK -> Default R is assumed\n\n SPANONSP : Specify whether a data record is allowed to\n cross Control Interval boundaries. This\n attribute cannot be defined while defining\n linear dataset cluster.\n\n Possible values :\n\n S -> record can be spanned across CIs\n N -> Record must be contained in one CI\n BLANK -> Default N is assumed.\n\n BWO : Specify this field if Backup-While-Open (BWO)\n is allowed for sphere. BWO applies only to\n SMS VSAM datasets and can not be used with\n TYPE(LINEAR).\n\n Possible values :\n\n TC -> Use TYPECICS for CICS VSAM file control\n datasets. CICS use BWO for RLS and FVT\n for Non RLS processing.\n TI -> Use TYPEIMS for IMS VSAM datasets\n NO -> BWO doesn't apply to the cluster\n BLANK -> CICS uses FCT definition for RLS and\n non RLS processing.\n\n LOG : Specify whether the sphere to be accessed with\n VSAM record level sharing(RLS) is recoverable\n or non-recoverable.\n\n Possible values :\n\n NoneÙ -> Non recoverable\n UndoÙ -> recoverable\n AllÙ ->\n Blank ->\n\n LOGSTID : This field identifies the CICS recovery log stream.\n\n Possible values :\n\n Dataset name of the recovery log stream\n BLANK\n\n FRLOG : Used to request RCC batch logging when the\n cluster is accessed in NSR, LSR, or GSR mode.\n\n Possible values :\n\n AllÙ -> VSAM will call RCC to log changes to the\n both RCC forward and backward recovery\n log stream.\n NoneÙ -> No logging.\n RedoÙ -> VSAM will call RCC to log changes to the\n RCC forward recovery log stream.\n UndoÙ -> VSAM will call RCC to log changes\n to the RCC backward recovery log stream.\n blank ->\n\n SPCCONRL : Specify the DC attributes that will be used by\n the system to retry allocation and extension\n failures for SMS datasets.\n\n Possible values :\n\n Y -> SMS will re-drive the allocation after\n reducing the required space quantity\n based on the REQUIRED SPACE UPTO parm.\n N -> Default; SMS will not attempt a retry\n\n REDSPCUT : specify this field ( REDUCE SPACE UPTO) in order\n to reduce the amount of requested quantity by x%\n and re-drive the best fit allocation.\n\n Possible values : 0 - 99, BLANK.\n 15@U1A\n BLKSZLIM : Specify this field (BLOCK SIZE LIMIT), to specify\n the largest value that the system can determine for\n a data set block size when a program opens a data\n set for output and no value is available. The system\n determines a data set block size that is appropriate\n for the media type when the data set is sequential,\n the record format is fixed or variable and the\n logical record length is known. The BLKSZLIM keyword\n on the DD statement overrides this value.\n\n Possible Values : 32760 to 2147483648,\n 32KB to 2097152KB,\n 1MB to 2048MB,\n 1GB to 2GB, Blank.\n\n RLSCF : Specify RLS CF CACHE VALUE field to cache\n VSAM RLS data with CI's greater than 4K defined to\n DFSMS CF cache structures.\n\n Possible values :\n\n AllÙ -> Indicates that all of the data is\n cached for the sphere.\n NoneÙ -> Indicates that none of the data\n will be cached\n UpdatesonlyÙ -> Indicates that only updated Cls\n will be cached\n DironlyÙ -> Indicates that the directory\n only will be cached\n\n MAXVOL : The DYNAMIC VOLUME COUNT parameter in the\n SMS data class which causes DFSMS to dynamically\n add volumes to an SMS managed data set up to the\n maximum specified in the data class.\n\n Possible Values : 1 - 59, BLANK\n\n EXTCONS : Specify whether or not a VSAM data set is\n allowed to go beyond the 255 extents limit.\n\n Possible values :\n Y -> Remove the 255 extents limit\n N -> Keep the limit of 255 extents\n BLANK -> Default N is assumed\n\n RLSABOVE : Specify whether or not virtual storage for RLS\n can be above the 2-Gigabyte bar.\n\n Possible values :\n Y -> Place buffers above the bar in the SYSVSAM\n address space\n N -> Do not place any data in storage located\n above the bar\n BLANK -> Default N is assumed\n\n SMBVSP : Specify the amount of virtual storage\n to obtain for buffers when opening the data set.\n\n Possible values :\n 1K to 2048000K\n 1M to 2048M\n BLANK\n\n SDB : Specify whether or not the system determined\n blocksize will be used regardless of the existence\n of a user-specified blocksize.\n\n Possible Values :\n\n Y -> Yes, use SDB\n N -> No, do not USE SDB\n BLANK -> Default N is assumed\n\n KEYLABL1, : Specifies the label for the key encrypting\n KEYLABL2 key used by the key manager. The key encrypting key\n is used by the key manager to encrypt the data\n (encryption) key.\n\n Possible Values :\n\n - up to 64 characters typically containing alpha-\n numeric, national or special characters with some\n additional characters also being allowed; treated\n as a free form field on input and validity checked\n by the control unit when the key label is first\n used and converted from EBCDIC -> ASCII. Char-\n acters specified must map to ASCII characters\n X'20' -> X'7E'\n - blanks.\n\n KEYENCD1, : Specifies how the label for the key encrypting key\n KEYENCD2 specified by the key label (input) is encoded by\n the key manager and stored on the tape cartridge.\n\n Possible Values :\n\n L -> encoded as the specified label;\n H -> encoded as a hash of the public key;\n blank -> Not specified\n\n EATTR : Indicates whether the data set can support extended\n attributes.\n\n Possible values:\n\n O -> Extended attributes are optional;\n N -> No extended attributes, default for nonVSAM\n data sets;\n blank -> Not specified;\n\n RECLAIMCA: Specify whether or not the DASD space for empty CAs\n will be reclaimed on z/OS 1.12 or later systems.\n\n Possible values:\n\n Y -> Yes, reclaim free CAs;\n N -> No, do not reclaim free CAs;\n BLANK -> Default Y is assumed.\n\n LOGREPL : Specify whether or not the data set will be\n eligible for replication.\n\n Possible values:\n\n Y -> Yes, data set is eligible for VSAM replication\n N -> No, data set is not eligible for VSAM\n replication (default)\n\n RMODE31 : Specify where the buffers and control blocks\n are to reside.\n\n Possible values:\n\n ALL -> Buffers and control blocks reside above\n the line\n BUFF -> Buffers only reside above the line\n CB -> Control blocks reside above the line\n NONE -> Buffers and control blocks reside below\n the line\n blank -> Not specified\n\n UPDHLVLSCDS: When modifying an SCDS, that was formatted with a\n higher level of SMS, using a lower level of SMS\n will make this application fail unless you\n specify the UPDHLVLSCDS parameter as 'Y'.\n Default is 'N'.\n\n Possible values : Y/N/BLANK\n</code></pre>\n",
"markdown": "```\n Required Fields:\n\n SCDS : Specify the name of the CDS that contains the\n dataclass you want to Define/Alter/Display.\n\n Possible values : Valid CDS name .\n\n DCNAME : Name of the Dataclass.\n\n Possible values : 1 - 8 characters\n\n Optional Fields:\n\n DESCR : Remarks about the DC being defined/altered.\n 1-120 characters.\n\n RECORG : Specify how the records in the Datasets will be\n organized during allocation.\n\n Possible values :\n\n KS -> VSAM Key Sequenced\n ES -> VSAM Entry Sequenced\n RR -> VSAM Relative Record\n LS -> VSAM Linear Space\n BLANK -> PS or PDS\n\n RECFM : Specify the format of records for Non VSAM DSs\n in this dataclass.\n\n Possible Values :\n\n UA|MÙ -> Undefined\n VA|MÙ -> Variable\n VSA|MÙ -> Variable Spanned\n VBA|MÙ -> Variable Blocked\n VBSA|MÙ -> Variable Blocked & Spanned\n FA|MÙ -> Fixed\n FSA|MÙ -> Fixed Standard\n FBA|MÙ -> Fixed Blocked\n FBSA|MÙ -> Fixed Blocked Standard\n BLANK -> Specify no record format\n\n LRECL : Specify the logical record length of records in\n this dataclass.For variable length or undefined\n records this is the maximum length of a record.\n\n Possible Values :\n\n 1 to 32760 or BLANK if RECORG is BLANK\n 1 to 32761 or BLANK if RECORG is ES, KS, or RR\n\n KEYLEN : Specify the length of the key field for records\n in this dataclass.\n\n Possible Values :\n\n 0 to 255 or blank if RECORG is blank\n 1 to 255 or blank if RECORG is KS\n\n KEYOFF : Specify key offset for key sequenced datasets\n in this DC.\n\n Possible Values : 0 - 32760, BLANK\n\n SPCAVREC : Specify space units.\n\n Possible Values :\n\n K -> Kilo Bytes\n M -> Mega Bytes\n U -> Bytes\n BLANK ->\n\n SPCAVVAL : Average length of each record in bytes.\n\n Possible Values : 0 - 65535 or blank\n\n SPCPRM : Specify number of records Primary storage will\n contain.\n\n Possible Values : 0 - 999999 or blank\n\n SPCSEC : Specify number of records Secondary storage will\n contain.\n\n Possible Values : 0 - 999999 or blank\n\n SPCDIR : Specify no. of directory blocks to be allocated\n for PDS.\n\n Possible Values : 0 - 999999 or blank\n\n OVERRIDE : Specify whether or not the data class space\n attributes will override the space attributes from\n other sources like JCL.\n\n Possible Values :\n\n Y -> Yes, override attributes\n N -> No, do not override attributes\n BLANK -> Default N is assumed\n\n REXPPDT : Specify the default retention period or\n expiration date of datasets in this DC.\n\n Possible Values :\n\n 0 to 93000 -> Datasets expire in no. of days\n yyyy/mm/dd -> Datasets expiry date\n yyyy => 1900 - 2155\n yyyy/00/00 -> Special value\n yyyy => 1900 - 2155\n BLANK -> No expiration date specified\n\n VOLCNT : Maximum no of volumes you expect to a DS in\n this DC.\n\n Possible Values : 1 - 59, BLANK (DASD)\n 1 - 255, BLANK (Tape)\n\n ADDVOLAM : Specify the allocation amount when a VSAM DS\n in extended format begins allocation on\n subsequent volumes.\n\n Possible Values :\n\n P Use primary allocation amount\n S Use secondary allocation amount\n BLANK Use default value of primary\n\n\n CISZDATA : Specify the size of each Control Interval for DS\n in this data class. Applies only to VSAM DSs\n with RECORG of KS,ES,LS or RR only.\n\n Possible Values : 1 - 32768, BLANK\n\n FRSPCCI : Percentage of free space you want to reserve in\n the CI to avoid splits. Valid only for VSAM KSDS.\n\n Possible Values : 0 - 100\n\n FRSPCCA : Percentage of free space you want to reserve in\n the CA to avoid splits. Valid only for VSAM KSDS.\n\n Possible Values : 0 - 100\n\n SHRXREG : Specify how the data will be shared with in one\n system. Applies to VSAM DSs with RECORG of\n KS,ES,LS and RR only.\n\n Possible Values :\n\n 1 -> All users can read the DS when no one is\n writing to it.\n 2 -> All users can read the DS even if one\n user is writing to it.\n 3 -> All users can both read and write to the\n DS. VSAM doesn't ensure the data integrity.\n 4 -> All users can both read and write to the\n DS. VSAM provides some assistance to ensure\n data integrity.\n BLANK -> No share options specified.\n\n SHRXSYS : Specify how the data will be shared among the\n systems. Applies to VSAM DSs with RECORG\n KS,ES,LS and RR only.\n\n Possible values : (See above)\n\n COMPTN : Specify whether tape volumes or DASD datasets\n associated with this DC are to be compacted or\n compressed.\n\n Possible values :\n\n Y -> Extended format data sets are\n compressed and tape volumes are compacted.\n The type of DASD compression depends\n on the COMPRESS option in IGDSMSxx.\n N -> DSs are not compressed and Tape volumes\n are not compacted unless requested by\n USER on JCL/DYNAMIC allocation.\n T -> Extended format data sets are\n compressed using tailored dictionaries\n overriding SYS1.PARMLIB.\n G -> Extended format data sets are compressed\n using generic dictionaries overriding\n SYS1.PARMLIB.\n ZR -> The system will fail the allocation\n request if the zEDC function is not\n supported by the system or the minimum\n allocation amount requirement is not met.\n ZP -> The system will not fail the allocation\n request but rather create either a\n tailored compressed data set if the zEDC\n function is not supported by the system\n or create a non-compressed extended format\n data set if the minimum allocation amount\n requirement is not met.\n BLANK -> DSs are not compressed and Tape volumes\n are not compacted unless requested by\n USER on JCL/DYNAMIC allocation or by the\n installation through parmlib specification.\n\n MDTYPE : Specify mountable tape cartridge type used for\n DSs associated with this DC.\n\n Possible values :\n\n 1 -> For MEDIA1 ( Non Scalable\n Cartridge System Tape)\n 2 -> For MEDIA2 ( Enhanced Capacity\n Non Scalable\n Cartridge System Tape)\n 3 -> For MEDIA3 ( High Performance\n Non Scalable\n Cartridge Tape)\n 4 -> For MEDIA4 ( Extended\n High Performance\n Non Scalable\n Cartridge Tape)\n 5 -> For MEDIA5 ( Enterprise Tape\n Cartridge 3592 )\n 6 -> For MEDIA6 ( WORM Tape Cartridge)\n 7 -> For MEDIA7 ( Enterprise Economy\n Tape Cartridge)\n 8 -> For MEDIA8 ( Enterprise Economy WORM\n Tape Cartridge)\n 9 -> For MEDIA9 ( Enterprise Extended\n Tape Cartridge 3592)\n 10 -> For MEDIA10( Enterprise Extended\n WORM Tape Cartridge 3592)\n 11 -> For MEDIA11( Enterprise Advanced\n Tape Cartridge)\n 12 -> For MEDIA12( Enterprise Advanced WORM\n Tape Cartridge)\n 13 -> For MEDIA13( Enterprise Advanced\n Economy Tape Cartridge)\n BLANK -> Cartridge type not specified.\n\n RECTECH : Specify the number of tracks on mountable tape\n cartridges used for DSs associated with this DC.\n Optional.\n\n Possible values :\n\n 18 -> An 18-track cartridge is used.\n 36 -> A 36-track cartridge is used.\n 128 -> A 128-track cartridge is used.\n 256 -> A 256-track cartridge is used.\n 384 -> A 384-track cartridge is used.\n E1 -> An Enterprise Format 1 cartridge is\n used.\n E2 -> An Enterprise Format 2 cartridge is\n used.\n E3 -> An Enterprise Format 3 cartridge is\n used.\n E4 -> An Enterprise Format 4 cartridge is\n used.\n EE2 -> An Enterprise Encrypted Format 2\n cartridge is used.\n EE3 -> An Enterprise Encrypted Format 3\n cartridge is used.\n EE4 -> An Enterprise Encrypted Format 4\n cartridge is used.\n BLANK -> The system default is used.\n\n PEFSCLG : Provides the installation with the ability to\n select tape usage.\n Optional.\n\n Possible values :\n\n Y -> Provides optimal performance.\n N -> To use the full capacity.\n BLANK -> Same as 'N' option.\n\n PERFSEG : Provides the installation with the ability to\n select tape usage.\n Optional.\n\n Possible values :\n\n Y -> Enable Segmentation.\n N -> No Segmentation.\n BLANK -> Same as 'N' option.\n\n DSNMTYP : Specify the format of the datasets in this DC.\n\n Possible values :\n\n EXT -> Extended format datasets\n HFS -> Hierarchical File System Datasets\n LIB -> Datasets are allocated as PDSEs\n PDS -> Datasets are allocated as PDSs\n LARGE -> Large format sequential data sets\n ( > 65535 tracks)\n BLANK -> Not specified\n\n IFEXT : Specify whether this DC requires the DSs to be\n allocated only in extended sequential format.\n Required only if DSNMTYP is specified as EXT.\n\n Possible values :\n\n P -> Preferred\n R -> Required\n BLANK -> DSNMTYP is not EXT.\n\n EXTADDRS : Specify this field to provide datasets with\n addressability of more than 4 GB.\n\n Possible values :\n\n Y -> Provides extended addressability if\n DSNMTYP is EXT\n N -> Doesn't provide extended addressability.\n\n RECACCB : Use this field to specify to VSAM, how the\n buffers are to be chosen and the manner by\n which they are processed.\n\n Possible values :\n\n S -> VSAM to determine buffering algorithm\n U -> Buffers are obtained in the same manner\n as is used with out SYSTEM MANAGED\n BUFFERING.\n DO -> SMB with direct optimization\n DW -> SMB weighted for direct processing\n SO -> SMB with sequential optimization\n SW -> SMB weighted for sequential processing\n BLANK -> U assumed if DSNMTYP => EXT\n\n REUSE : Specify whether or not the users can open the\n cluster again and again as a new cluster.\n\n Possible values :\n\n Y -> Reusable\n N -> Non Reusable\n BLANK -> Default N is assumed\n\n INILOAD : Specify whether or not storage allocated to the\n data component is to be preformatted before\n records are inserted during initial load.\n\n Possible values :\n\n S -> No preformat\n R -> Data components control areas written\n with records that indicate EOF.\n BLANK -> Default R is assumed\n\n SPANONSP : Specify whether a data record is allowed to\n cross Control Interval boundaries. This\n attribute cannot be defined while defining\n linear dataset cluster.\n\n Possible values :\n\n S -> record can be spanned across CIs\n N -> Record must be contained in one CI\n BLANK -> Default N is assumed.\n\n BWO : Specify this field if Backup-While-Open (BWO)\n is allowed for sphere. BWO applies only to\n SMS VSAM datasets and can not be used with\n TYPE(LINEAR).\n\n Possible values :\n\n TC -> Use TYPECICS for CICS VSAM file control\n datasets. CICS use BWO for RLS and FVT\n for Non RLS processing.\n TI -> Use TYPEIMS for IMS VSAM datasets\n NO -> BWO doesn't apply to the cluster\n BLANK -> CICS uses FCT definition for RLS and\n non RLS processing.\n\n LOG : Specify whether the sphere to be accessed with\n VSAM record level sharing(RLS) is recoverable\n or non-recoverable.\n\n Possible values :\n\n NoneÙ -> Non recoverable\n UndoÙ -> recoverable\n AllÙ ->\n Blank ->\n\n LOGSTID : This field identifies the CICS recovery log stream.\n\n Possible values :\n\n Dataset name of the recovery log stream\n BLANK\n\n FRLOG : Used to request RCC batch logging when the\n cluster is accessed in NSR, LSR, or GSR mode.\n\n Possible values :\n\n AllÙ -> VSAM will call RCC to log changes to the\n both RCC forward and backward recovery\n log stream.\n NoneÙ -> No logging.\n RedoÙ -> VSAM will call RCC to log changes to the\n RCC forward recovery log stream.\n UndoÙ -> VSAM will call RCC to log changes\n to the RCC backward recovery log stream.\n blank ->\n\n SPCCONRL : Specify the DC attributes that will be used by\n the system to retry allocation and extension\n failures for SMS datasets.\n\n Possible values :\n\n Y -> SMS will re-drive the allocation after\n reducing the required space quantity\n based on the REQUIRED SPACE UPTO parm.\n N -> Default; SMS will not attempt a retry\n\n REDSPCUT : specify this field ( REDUCE SPACE UPTO) in order\n to reduce the amount of requested quantity by x%\n and re-drive the best fit allocation.\n\n Possible values : 0 - 99, BLANK.\n 15@U1A\n BLKSZLIM : Specify this field (BLOCK SIZE LIMIT), to specify\n the largest value that the system can determine for\n a data set block size when a program opens a data\n set for output and no value is available. The system\n determines a data set block size that is appropriate\n for the media type when the data set is sequential,\n the record format is fixed or variable and the\n logical record length is known. The BLKSZLIM keyword\n on the DD statement overrides this value.\n\n Possible Values : 32760 to 2147483648,\n 32KB to 2097152KB,\n 1MB to 2048MB,\n 1GB to 2GB, Blank.\n\n RLSCF : Specify RLS CF CACHE VALUE field to cache\n VSAM RLS data with CI's greater than 4K defined to\n DFSMS CF cache structures.\n\n Possible values :\n\n AllÙ -> Indicates that all of the data is\n cached for the sphere.\n NoneÙ -> Indicates that none of the data\n will be cached\n UpdatesonlyÙ -> Indicates that only updated Cls\n will be cached\n DironlyÙ -> Indicates that the directory\n only will be cached\n\n MAXVOL : The DYNAMIC VOLUME COUNT parameter in the\n SMS data class which causes DFSMS to dynamically\n add volumes to an SMS managed data set up to the\n maximum specified in the data class.\n\n Possible Values : 1 - 59, BLANK\n\n EXTCONS : Specify whether or not a VSAM data set is\n allowed to go beyond the 255 extents limit.\n\n Possible values :\n Y -> Remove the 255 extents limit\n N -> Keep the limit of 255 extents\n BLANK -> Default N is assumed\n\n RLSABOVE : Specify whether or not virtual storage for RLS\n can be above the 2-Gigabyte bar.\n\n Possible values :\n Y -> Place buffers above the bar in the SYSVSAM\n address space\n N -> Do not place any data in storage located\n above the bar\n BLANK -> Default N is assumed\n\n SMBVSP : Specify the amount of virtual storage\n to obtain for buffers when opening the data set.\n\n Possible values :\n 1K to 2048000K\n 1M to 2048M\n BLANK\n\n SDB : Specify whether or not the system determined\n blocksize will be used regardless of the existence\n of a user-specified blocksize.\n\n Possible Values :\n\n Y -> Yes, use SDB\n N -> No, do not USE SDB\n BLANK -> Default N is assumed\n\n KEYLABL1, : Specifies the label for the key encrypting\n KEYLABL2 key used by the key manager. The key encrypting key\n is used by the key manager to encrypt the data\n (encryption) key.\n\n Possible Values :\n\n - up to 64 characters typically containing alpha-\n numeric, national or special characters with some\n additional characters also being allowed; treated\n as a free form field on input and validity checked\n by the control unit when the key label is first\n used and converted from EBCDIC -> ASCII. Char-\n acters specified must map to ASCII characters\n X'20' -> X'7E'\n - blanks.\n\n KEYENCD1, : Specifies how the label for the key encrypting key\n KEYENCD2 specified by the key label (input) is encoded by\n the key manager and stored on the tape cartridge.\n\n Possible Values :\n\n L -> encoded as the specified label;\n H -> encoded as a hash of the public key;\n blank -> Not specified\n\n EATTR : Indicates whether the data set can support extended\n attributes.\n\n Possible values:\n\n O -> Extended attributes are optional;\n N -> No extended attributes, default for nonVSAM\n data sets;\n blank -> Not specified;\n\n RECLAIMCA: Specify whether or not the DASD space for empty CAs\n will be reclaimed on z/OS 1.12 or later systems.\n\n Possible values:\n\n Y -> Yes, reclaim free CAs;\n N -> No, do not reclaim free CAs;\n BLANK -> Default Y is assumed.\n\n LOGREPL : Specify whether or not the data set will be\n eligible for replication.\n\n Possible values:\n\n Y -> Yes, data set is eligible for VSAM replication\n N -> No, data set is not eligible for VSAM\n replication (default)\n\n RMODE31 : Specify where the buffers and control blocks\n are to reside.\n\n Possible values:\n\n ALL -> Buffers and control blocks reside above\n the line\n BUFF -> Buffers only reside above the line\n CB -> Control blocks reside above the line\n NONE -> Buffers and control blocks reside below\n the line\n blank -> Not specified\n\n UPDHLVLSCDS: When modifying an SCDS, that was formatted with a\n higher level of SMS, using a lower level of SMS\n will make this application fail unless you\n specify the UPDHLVLSCDS parameter as 'Y'.\n Default is 'N'.\n\n Possible values : Y/N/BLANK\n```",
"req_body_other": "{\"scds\":\"ST000.SMS.SCDS\",\"dcname\":\"DCPDS\",\"descr\":\"\",\"recfm\":\"FB\",\"lrecl\":\"80\",\"spcavrec\":\"U\",\"spcavval\":\"80\",\"spcprm\":\"20\",\"spcsec\":\"20\",\"spcdir\":\"10\",\"rexppdt\":\"\",\"volcnt\":\"1\",\"addvolam\":\"\",\"dsnmtyp\":\"PDS\",\"recorg\":\"\",\"keylen\":\"\",\"keyoff\":\"\",\"ciszdata\":\"\",\"frspcci\":\"\",\"frspcca\":\"\"}",
"req_body_type": "raw",
"res_body": "1READY\n PROFILE NOPREFIX\n READY\n ISPSTART CMD(ACBQBAD1 DEFINE SCDS(ST000.SMS.SCDS) DCNAME(DCPDS) RECFM(FB) LRECL(80) SPCAVREC(U) SPCAVVAL(80) SPCPRM(20) SPCSEC(20) S\n PCDIR(10) VOLCNT(1) DSNMTYP(PDS) ) BATSCRW(132) BATSCRD(27) BREDIMAX(3) BDISPMAX(999999)\n SCDS = ST000.SMS.SCDS\n DCNAME = DCPDS\n RECFM = FB\n LRECL = 80\n SPCAVREC = U\n SPCAVVAL = 80\n SPCPRM = 20\n SPCSEC = 20\n SPCDIR = 10\n VOLCNT = 1\n DSNMTYP = PDS\n IKJ56701I MISSING PREFIX\n ST000.ST000.JOB13311.D0000105.? was preallocated (no free was done).\n READY\n END\n"
},
{
"query_path": {
"path": "/sms/management-class",
"params": []
},
"edit_uid": 11,
"status": "done",
"type": "static",
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"api_opened": false,
"index": 0,
"tag": [],
"_id": 373,
"method": "POST",
"catid": 114,
"title": "创建management class",
"path": "/sms/management-class",
"project_id": 11,
"req_params": [],
"res_body_type": "raw",
"uid": 11,
"add_time": 1589107742,
"up_time": 1589120098,
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"desc": "<pre><code>Required Fields:\n SCDS - SCDS in which MANAGEMENT CLASS is to be DEF/ALT/DISP\n MGMTCLAS - MANAGEMENT CLASS to be DEFINED/ALTERED/DISPLAYED\nOptional Fields:\n DESCR : Type in remarks about the MGMTCLAS which is being\n defined/altered, not exceeding 120 chars.\n EXPNOUSE : The datasets will expire if they are not used for\n the number of days specified here.\n Possible values 1 - 93000, NOLIMIT. If NOLIMIT is\n specified the DS would not expire.\n Valid only if retention period or expiration date\n is not specified by the end user or is not derived\n from the data class.\n EXPDTDY : Datasets expires after DATE/DAYS entered here.\n Possible values 0 - 93000, YYYY/MM/DD or NOLIMIT.\n RETNLIM : Possible values 0 - 93000, NOLIMIT.\n Use this field to control what a user or Data class\n can specify for retention period or expiration date\n during allocation. The affect of the values entered\n in this field are explained below.\n 0 -> Do not use the RETPD and EXPDT that\n the user or Dataclass specified.\n 1 - 93000 -> Use this value only if the RETPD or\n EXPDT is more than this limit.\n NOLIMIT -> Do not set a limit to RETPD or EXPDT.\n PARTREL : Possible values Y, C, YI, CI or N .\n Use this field (PARTIAL RELEASE) to specify whether\n allocated but unused space can be released for DSs\n in this MGMTCLS. This one applies only to VSAM DSs\n in extended format or NON-VSAM datasets. The values\n entered would have following results.\n Y -> Release unused space automatically during the\n Space Management cycle.\n C -> Unused space can be released automatically\n only if a secondary allocation exists for the\n dataset.\n YI -> Release unused space when a dataset is closed\n or during the Space Management cycle,whichever\n comes first.\n CI -> Unused space for data sets with secondary\n allocation is released either when a data set\n is closed or during the Space Management\n cycle, whichever comes first.\n N -> Do not release unused space.\n PRINOUSE : Use this field to specify when to migrate the DSs\n in this class. The possible values are\n 0 -> To Migrate data sets as soon as the\n space management function of DFSMShsm\n is run and data integrity age is met.\n 1 to 9999 -> Migrate data sets out of primary\n storage if they have been unused for\n this number of days or longer.\n BLANK ->\n LVINOUSE : Use this filed to specify whether DSs can migrate\n to LEVEL 1 storage and how long they can remain\n there. The possible values are,\n 0 -> No migration to Level 1. DSs migrate\n directly from primary storage to LVL 2\n 1 to 9999 -> The total number of consecutive days\n that datasets must remain unaccessed\n before becoming eligible to migrate\n from LVL 1 to LVL 2.\n NOLIMIT -> Datasets can not migrate to LEVEL 2\n automatically, and remain in LVL 1 for\n an unlimited period.\n BLANK ->\n CMDORAUT : If migration is allowed, this field determines how\n the migration is initiated. Possible values are,\n BOTH -> DSs can migrate either automatically\n or by command.\n COMMAND -> Data sets can migrate by command only.\n NONE -> Data sets cannot migrate.\n PRIGDGEL : Valid for Generation Data Group (GDG) DSs only.\n This field specifies how many of the newest\n generations of a GDG are to have normal priority.\n Possible values are 0 - 255 or blank.For Example\n enter 100 if you want GDG generations older\n than the most recent 100, to migrate before non\n generation datasets.\n GDGROLL : This field specifies whether the Generation DSs\n in this MGMTCLS will expire or migrate after they\n have been removed from the GDG. The possible\n values are, MIGRATE,EXPIRE or blank.\n BACKUPFR : This field specifies the backup frequency. The\n possible values are,\n 0 -> Backup each dataset only when the volume\n it resides on is backed up.\n 1 - 9999 -> If dataset is changed in the interval\n between backups, extend the interval\n for atleast this many number of days.\n BLANK ->\n NUMBKDSE : Maximum number of Backups that can be kept\n concurrently. Possible values are, 1 - 100,BLANK.\n NUMBKDSD : Specifies the maximum no of Backups to keep after\n the dataset is deleted. Possible values are\n 0 -> All backups that were created are erased\n after the dataset is deleted.\n 1 - 100 -> The maximum no. of backups to keep after\n a dataset has been deleted.\n BLANK ->\n RETDYDSD : Specifies how long a most recent backup version of\n a deleted dataset will be kept. Possible values are\n 1 - 9999 -> After a dataset is deleted keep its most\n recent backup version for these many\n days.\n NOLIMIT -> The backup version will be kept for\n unlimited period.\n BLANK ->\n RETDYEXT : Specifies the retention period for a dataset that\n pre-date the most recent backup. Possible values\n are,\n 1 - 9999 -> Each backup version of a dataset other\n than the recent copy will be kept for\n these many days.\n NOLIMIT -> All backup versions will be kept for\n unlimited period.\n BLANK ->\n CMDBKUP : Specifies who will have authority to perform command\n backups. Possible values are,\n ADMIN -> Only Storage Administrator ,\n BOTH -> Both Storage Administrator and end users.\n NONE -> Neither end user nor Storage Administrator\n AUTOBKUP : Specifies whether the datasets in this MGMTCLS are\n eligible for automatic backup. Possible values are\n Y -> Yes , N -> No\n BKUPTECH : Specifies BACKUP COPY TECHNIQUE to be used.\n Possible values are,\n R -> Concurrent copy technique must be used.\n P -> Concurrent copy technique should be used.\n S -> With out the concurrent copy technique.\n VR -> Virtual concurrent copy technique\n must be used.\n VP -> Virtual concurrent copy technique\n should be used.\n CR -> Cache-based concurrent copy technique\n must be used.\n CP -> Cache-based concurrent copy technique\n should be used.\n TMSCYRS : No of years that must pass since the creation date\n before class transition occurs. Possible values are\n 0 - 9999, or BLANK.\n TMSCMTH : No of months that must pass since the creation date\n before class transition occurs. Possible values are\n 0 - 9999, or BLANK.\n TMSCDYS : No of days that must pass since the creation date\n before class transition occurs. Possible values are\n 0 - 9999, or BLANK.\n TMSLUYRS : No of years that must pass since the last reference\n date before class transition occurs.Possible values\n are 0 - 9999, or BLANK.\n TMSLUMTH : No of months that must pass since the last reference\n date before class transition occurs.Possible values\n are 0 - 9999, or BLANK.\n TMSLUDYS : No of days that must pass since the last reference\n date before class transition occurs.Possible values\n are 0 - 9999, or BLANK.\n PMTHODAY : The day of the month that class transition occurs.\n Possible values, 1 - 31, FIRST, LAST or BLANK\n PQUAODAY : The day of the each quarter the CT occurs.\n Possible values, 1 - 92, FIRST, LAST or BLANK\n PQUAIMTH : Month of each quarter the CT occurs.\n Possible values, 1 - 3, or BLANK\n PYRLODAY : The day of each year the CT occurs.\n Possible values, 1 - 366,FIRST,LAST or BLANK\n PYRLIMTH : The month of each year the CT occurs.\n Possible values, 1 - 12, or BLANK\n VERSIONS : Specify how many versions of an aggregate group\n associated with the management class are to be\n maintained. Possible values are 1 - 9999, NOLIMT or\n BLANK. If BLANK is specified no aggregate group BKP\n is maintained.\n RTNOVERS : Specify how long the only version of an aggregate\n group is kept. Possible values are 1 - 9999,NOLIMIT\n or BLANK.\n RTOVUNIT : Specify the unit of measure for the length of time\n specified in the above field. Possible values are\n D -> Days, W -> Weeks, M -> Months, Y -> Years and\n BLANK.\n RTNEVERS : Specify the time periods for which backup versions\n of an aggregate group are to be kept.Possible values\n are 1 - 9999,NOLIMIT and BLANK.\n RTEVUNIT : Specify the unit of measure for the length of time\n specified in the above field. Possible values are\n D -> Days, W -> Weeks, M -> Months, Y -> Years and\n BLANK.\n CPYSERLN : Specifies whether you want processing of a backup\n copy of an aggregate group to continue if a shared\n enqueue cannot be obtained for the datasets being\n backed up. Possible values are,\n C -> Continue, F -> Fail or BLANK.\n ACPYTECH : Specifies ABACKUP COPY TECHNIQUE to be used.\n Possible values are,\n R -> Concurrent copy technique must be used.\n P -> Concurrent copy technique should be used.\n S -> With out the concurrent copy technique.\n VR -> Virtual concurrent copy technique\n must be used.\n VP -> Virtual concurrent copy technique\n should be used.\n CR -> Cache-based concurrent copy technique\n must be used.\n CP -> Cache-based concurrent copy technique\n should be used.\n TRCPYTECH : Specifies which copy technique should be used\n for the class transition of data associated with\n this management class. Possible values are\n FRP -> FR PREFERRED.\n FRR -> FR REQUIRED.\n STD -> STANDARD.\n PMP -> FC PRESMIRPREF.\n PMR -> FC PRESMIRREQ.\nSERIALERREX: Specifies the database/exit to invoke when\n there is a serialization error. Possible values are\n DB2, CICS, ZFS, EXIT -> invokes an user exit, or\n NONE.\n UPDHLVLSCDS: When modifying an SCDS, that was formatted with a\n higher level of SMS, using a lower level of SMS\n will make this application fail unless you\n specify the UPDHLVLSCDS parameter as 'Y'.\n Default is 'N'.\n Possible values : Y/N/BLANK\n</code></pre>\n",
"markdown": "```\nRequired Fields:\n SCDS - SCDS in which MANAGEMENT CLASS is to be DEF/ALT/DISP\n MGMTCLAS - MANAGEMENT CLASS to be DEFINED/ALTERED/DISPLAYED\nOptional Fields:\n DESCR : Type in remarks about the MGMTCLAS which is being\n defined/altered, not exceeding 120 chars.\n EXPNOUSE : The datasets will expire if they are not used for\n the number of days specified here.\n Possible values 1 - 93000, NOLIMIT. If NOLIMIT is\n specified the DS would not expire.\n Valid only if retention period or expiration date\n is not specified by the end user or is not derived\n from the data class.\n EXPDTDY : Datasets expires after DATE/DAYS entered here.\n Possible values 0 - 93000, YYYY/MM/DD or NOLIMIT.\n RETNLIM : Possible values 0 - 93000, NOLIMIT.\n Use this field to control what a user or Data class\n can specify for retention period or expiration date\n during allocation. The affect of the values entered\n in this field are explained below.\n 0 -> Do not use the RETPD and EXPDT that\n the user or Dataclass specified.\n 1 - 93000 -> Use this value only if the RETPD or\n EXPDT is more than this limit.\n NOLIMIT -> Do not set a limit to RETPD or EXPDT.\n PARTREL : Possible values Y, C, YI, CI or N .\n Use this field (PARTIAL RELEASE) to specify whether\n allocated but unused space can be released for DSs\n in this MGMTCLS. This one applies only to VSAM DSs\n in extended format or NON-VSAM datasets. The values\n entered would have following results.\n Y -> Release unused space automatically during the\n Space Management cycle.\n C -> Unused space can be released automatically\n only if a secondary allocation exists for the\n dataset.\n YI -> Release unused space when a dataset is closed\n or during the Space Management cycle,whichever\n comes first.\n CI -> Unused space for data sets with secondary\n allocation is released either when a data set\n is closed or during the Space Management\n cycle, whichever comes first.\n N -> Do not release unused space.\n PRINOUSE : Use this field to specify when to migrate the DSs\n in this class. The possible values are\n 0 -> To Migrate data sets as soon as the\n space management function of DFSMShsm\n is run and data integrity age is met.\n 1 to 9999 -> Migrate data sets out of primary\n storage if they have been unused for\n this number of days or longer.\n BLANK ->\n LVINOUSE : Use this filed to specify whether DSs can migrate\n to LEVEL 1 storage and how long they can remain\n there. The possible values are,\n 0 -> No migration to Level 1. DSs migrate\n directly from primary storage to LVL 2\n 1 to 9999 -> The total number of consecutive days\n that datasets must remain unaccessed\n before becoming eligible to migrate\n from LVL 1 to LVL 2.\n NOLIMIT -> Datasets can not migrate to LEVEL 2\n automatically, and remain in LVL 1 for\n an unlimited period.\n BLANK ->\n CMDORAUT : If migration is allowed, this field determines how\n the migration is initiated. Possible values are,\n BOTH -> DSs can migrate either automatically\n or by command.\n COMMAND -> Data sets can migrate by command only.\n NONE -> Data sets cannot migrate.\n PRIGDGEL : Valid for Generation Data Group (GDG) DSs only.\n This field specifies how many of the newest\n generations of a GDG are to have normal priority.\n Possible values are 0 - 255 or blank.For Example\n enter 100 if you want GDG generations older\n than the most recent 100, to migrate before non\n generation datasets.\n GDGROLL : This field specifies whether the Generation DSs\n in this MGMTCLS will expire or migrate after they\n have been removed from the GDG. The possible\n values are, MIGRATE,EXPIRE or blank.\n BACKUPFR : This field specifies the backup frequency. The\n possible values are,\n 0 -> Backup each dataset only when the volume\n it resides on is backed up.\n 1 - 9999 -> If dataset is changed in the interval\n between backups, extend the interval\n for atleast this many number of days.\n BLANK ->\n NUMBKDSE : Maximum number of Backups that can be kept\n concurrently. Possible values are, 1 - 100,BLANK.\n NUMBKDSD : Specifies the maximum no of Backups to keep after\n the dataset is deleted. Possible values are\n 0 -> All backups that were created are erased\n after the dataset is deleted.\n 1 - 100 -> The maximum no. of backups to keep after\n a dataset has been deleted.\n BLANK ->\n RETDYDSD : Specifies how long a most recent backup version of\n a deleted dataset will be kept. Possible values are\n 1 - 9999 -> After a dataset is deleted keep its most\n recent backup version for these many\n days.\n NOLIMIT -> The backup version will be kept for\n unlimited period.\n BLANK ->\n RETDYEXT : Specifies the retention period for a dataset that\n pre-date the most recent backup. Possible values\n are,\n 1 - 9999 -> Each backup version of a dataset other\n than the recent copy will be kept for\n these many days.\n NOLIMIT -> All backup versions will be kept for\n unlimited period.\n BLANK ->\n CMDBKUP : Specifies who will have authority to perform command\n backups. Possible values are,\n ADMIN -> Only Storage Administrator ,\n BOTH -> Both Storage Administrator and end users.\n NONE -> Neither end user nor Storage Administrator\n AUTOBKUP : Specifies whether the datasets in this MGMTCLS are\n eligible for automatic backup. Possible values are\n Y -> Yes , N -> No\n BKUPTECH : Specifies BACKUP COPY TECHNIQUE to be used.\n Possible values are,\n R -> Concurrent copy technique must be used.\n P -> Concurrent copy technique should be used.\n S -> With out the concurrent copy technique.\n VR -> Virtual concurrent copy technique\n must be used.\n VP -> Virtual concurrent copy technique\n should be used.\n CR -> Cache-based concurrent copy technique\n must be used.\n CP -> Cache-based concurrent copy technique\n should be used.\n TMSCYRS : No of years that must pass since the creation date\n before class transition occurs. Possible values are\n 0 - 9999, or BLANK.\n TMSCMTH : No of months that must pass since the creation date\n before class transition occurs. Possible values are\n 0 - 9999, or BLANK.\n TMSCDYS : No of days that must pass since the creation date\n before class transition occurs. Possible values are\n 0 - 9999, or BLANK.\n TMSLUYRS : No of years that must pass since the last reference\n date before class transition occurs.Possible values\n are 0 - 9999, or BLANK.\n TMSLUMTH : No of months that must pass since the last reference\n date before class transition occurs.Possible values\n are 0 - 9999, or BLANK.\n TMSLUDYS : No of days that must pass since the last reference\n date before class transition occurs.Possible values\n are 0 - 9999, or BLANK.\n PMTHODAY : The day of the month that class transition occurs.\n Possible values, 1 - 31, FIRST, LAST or BLANK\n PQUAODAY : The day of the each quarter the CT occurs.\n Possible values, 1 - 92, FIRST, LAST or BLANK\n PQUAIMTH : Month of each quarter the CT occurs.\n Possible values, 1 - 3, or BLANK\n PYRLODAY : The day of each year the CT occurs.\n Possible values, 1 - 366,FIRST,LAST or BLANK\n PYRLIMTH : The month of each year the CT occurs.\n Possible values, 1 - 12, or BLANK\n VERSIONS : Specify how many versions of an aggregate group\n associated with the management class are to be\n maintained. Possible values are 1 - 9999, NOLIMT or\n BLANK. If BLANK is specified no aggregate group BKP\n is maintained.\n RTNOVERS : Specify how long the only version of an aggregate\n group is kept. Possible values are 1 - 9999,NOLIMIT\n or BLANK.\n RTOVUNIT : Specify the unit of measure for the length of time\n specified in the above field. Possible values are\n D -> Days, W -> Weeks, M -> Months, Y -> Years and\n BLANK.\n RTNEVERS : Specify the time periods for which backup versions\n of an aggregate group are to be kept.Possible values\n are 1 - 9999,NOLIMIT and BLANK.\n RTEVUNIT : Specify the unit of measure for the length of time\n specified in the above field. Possible values are\n D -> Days, W -> Weeks, M -> Months, Y -> Years and\n BLANK.\n CPYSERLN : Specifies whether you want processing of a backup\n copy of an aggregate group to continue if a shared\n enqueue cannot be obtained for the datasets being\n backed up. Possible values are,\n C -> Continue, F -> Fail or BLANK.\n ACPYTECH : Specifies ABACKUP COPY TECHNIQUE to be used.\n Possible values are,\n R -> Concurrent copy technique must be used.\n P -> Concurrent copy technique should be used.\n S -> With out the concurrent copy technique.\n VR -> Virtual concurrent copy technique\n must be used.\n VP -> Virtual concurrent copy technique\n should be used.\n CR -> Cache-based concurrent copy technique\n must be used.\n CP -> Cache-based concurrent copy technique\n should be used.\n TRCPYTECH : Specifies which copy technique should be used\n for the class transition of data associated with\n this management class. Possible values are\n FRP -> FR PREFERRED.\n FRR -> FR REQUIRED.\n STD -> STANDARD.\n PMP -> FC PRESMIRPREF.\n PMR -> FC PRESMIRREQ.\nSERIALERREX: Specifies the database/exit to invoke when\n there is a serialization error. Possible values are\n DB2, CICS, ZFS, EXIT -> invokes an user exit, or\n NONE.\n UPDHLVLSCDS: When modifying an SCDS, that was formatted with a\n higher level of SMS, using a lower level of SMS\n will make this application fail unless you\n specify the UPDHLVLSCDS parameter as 'Y'.\n Default is 'N'.\n Possible values : Y/N/BLANK\n```",
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"res_body": "1READY\n PROFILE PREFIX()\n IKJ56701I MISSING PREFIX\n READY\n ISPSTART CMD(ACBQBAJ4 3 SCDS('ST000.SMS.SCDS') MGMTCLAS(MC20) DESCR(MC HHH) EXPNOUSE() EXPDTDY() RETNLIM() PARTREL() PRINOUSE() LVIN\n OUSE() CMDORAUT() PRIGDGEL() GDGROLL() BACKUPFR() NUMBKDSE() NUMBKDSD() RETDYDSD() RETDYEXT() CMDBKUP() AUTOBKUP() BKUPTECH() TMSCYR\n S() TMSCMTH() TMSCDYS() TMSLUYRS() TMSLUMTH() TMSLUDYS() PMTHODAY() PQUAODAY() PQUAIMTH() PYRLODAY() PYRLIMTH() VERSIONS() RTNOVERS(\n ) RTOVUNIT() RTNEVERS() RTEVUNIT() CPYSERLN() ACPYTECH() TRCPYTECH() SERIALERREX() UPDHLVLSCDS() ) NEWAPPL(DGT) BATSCRW(132) BATSCRD\n (27) BREDIMAX(3) BDISPMAX(35)\n MGMTCLAS = MC20\n DESCR = MC HHH\n EXPNOUSE =\n EXPDTDY =\n RETNLIM =\n PARTREL =\n PRINOUSE =\n LVINOUSE =\n CMDORAUT =\n PRIGDGEL =\n GDGROLL =\n BACKUPFR =\n NUMBKDSE =\n NUMBKDSD =\n RETDYDSD =\n RETDYEXT =\n CMDBKUP =\n AUTOBKUP =\n BKUPTECH =\n TMSCYRS =\n TMSCMTH =\n TMSCDYS =\n TMSLUYRS =\n TMSLUMTH =\n TMSLUDYS =\n PMTHODAY =\n PQUAODAY =\n PQUAIMTH =\n PYRLODAY =\n PYRLIMTH =\n VERSIONS =\n RTNOVERS =\n RTOVUNIT =\n RTNEVERS =\n RTEVUNIT =\n CPYSERLN =\n ACPYTECH =\n TRCPYTECH =\n SERIALERREX =\n UPDHLVLSCDS =\n NQISMFLV = ISMF130\n ST000.ST000.JOB13325.D0000109.? was preallocated (no free was done).\n READY\n READY\n END\n",
"req_body_other": "{\"scds\":\"ST000.SMS.SCDS\",\"mgmtclas\":\"MC20\",\"descr\":\"mc hhh\",\"expnouse\":\"\",\"expdtdy\":\"\",\"retnlim\":\"\",\"partrel\":\"\"}"
},
{
"query_path": {
"path": "/sms/storage-group/pool",
"params": []
},
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"status": "done",
"type": "static",
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"_id": 374,
"method": "POST",
"catid": 114,
"title": "创建pool类型的storage group",
"path": "/sms/storage-group/pool",
"project_id": 11,
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"uid": 11,
"add_time": 1589107891,
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"desc": "<pre><code>Required Fields:\n SCDS : Name of SCDS, length 1-44 characters\n STORGRP : Name of the storage group\n LOWTHRS : Low value of allocation/migration threshold to\n optimize the use of DASD space in a pool SG.\n Possible values 0-99.\nTRKLOWTHRS: Use the low value of allocation/migration\n threshold track-managed to specify the threshold\n percentage of space allocation in the track-managed\n space that triggers or stops migration of data sets\n from volumes in this storage group during interval\n migration.\n Possible values 0-99.\n GUARBKFR : Specifies the maximum number of days that can elapse\n between backups. Possible values 1 - 9999,NOLIMIT.\n PROCPRIOR: Specifies the processing priority of the storage\n group. It is used during DFSMShsm space management.\n Possible values 1-100, default value is 50.\nOptional Fields:\n DESCR : Remarks about the Storage group being defined /\n altered. Maximum length up to 120 characters.\n AUTOMIG : Specifies whether the datasets on volumes in this\n storage group can be moved to DASD or TAPE by the\n primary space management and interval migration\n functions of DFSMShsm. Possible values are,\n Y -> Datasets are eligible for primary space\n management migration.\n N -> Datasets are not eligible for automatic\n migration.\n I -> Datasets are eligible for primary space\n management and interval migration.\n P -> Datasets are eligible for primary space\n management but not interval migration.\n MIGSYSNM : Name of the system or system group where automatic\n migration and space management of the volumes in\n this storage group would be performed. Possible\n values: System or system group names 1 - 8\n alphanumeric characters in length.\n AUTOBKUP : Specifies whether all the volumes in the storage\n are eligible for automatic backup. Possible values\n are Y -> Yes and N -> No\n BKUPSYS : Name of the system or system group where automatic\n backup function will be processed.\n Possible values: System or system group names 1 - 8\n alphanumeric characters in length.\n AUTODUMP : Specifies whether the volumes in this storage group\n are to be eligible for automatic dumping. Possible\n values are Y -> Yes and N -> No.\n DMPSYSNM : Name of the system or system group where volumes\n in this storage group will automatically dump to\n backup devices.\n Possible values: System or system group names\n 1 - 8 alphanumeric characters in length.\n OVRFLOW : Use this field to indicate whether the Storage Group\n is an overflow Storage Group. Overflow storage groups\n are reserved storage pools to handle periods of high\n demand for primary space allocations.\n Possible values are Y -> Yes and N -> No.\n Default value: N.\n EXTSGNM : Use this field to specify the name of another pool\n storage group, the group where sets from the primary\n storage group can be extended to. When an extend\n storage group name is specified a data set may be\n extended to that storage group when it can not be\n exteneded to its currently allocated storage group.\n Possible values: 1 - 8 alphanumeric characters.\n CPBSGN : Use this field to specify the name of the storage\n group, which contains the eligible volumes\n for fast replication backup versions.\n Possible values: 1 - 8 alphanumeric characters.\n DUMPCLAS : Use this field to specify 1 to 5 dump classes. ISMF\n neither processes nor verifies the values of DUMP\n CLASS. 1 - 8 alphanumeric characters.\n Classes will be separated by ','.\n HIGHTHRS : High value of allocation/migration threshold to\n optimize the use of DASD space in a pool SG.\n Possible values 1-100.\n TRKHITHRS: Use the high value of allocation/migration\n threshold track-managed to specify the threshold\n percentage of space allocation in the track-managed\n space that triggers or stops migration of data sets\n from volumes in this storage group during interval\n migration.\n Possible values 1-100.\n BREAKPT : Use this field to specify the disk space\n request, expressed in number of cylinders,\n where the system should prefer the cylinder-managed\n space on an EAV.\n Possible values 0-65520 or blank.\n SGSTATUS : specify this field to designate the relationship or\n status between storage groups and the systems in a\n a complex. Possible values are,\n ENABLE -> System or System Group can allocate\n and access datasets in SG. Default.\n DISALL -> System or System Group can't allocate\n or access datasets in SG.\n DISNEW -> System or System Group can't allocate\n new datasets in the SG.\n NOTCON -> System or System Group is physically\n disconnected form the SG and can not\n allocate datasets in it.\n QUIALL -> If JES3, system can not schedule jobs\n that allocate or access datasets in\n the SG. In JES2 system uses volumes\n in the SG for new allocations only if\n other volumes are not available.\n QUINEW -> If JES3, system can not schedule jobs\n that allocate new datasets in the SG.\n In case of JES2, system uses volumes\n in the SG for new allocations only if\n other volumes are not available.\n Up to 32 statuses can be specified separated by\n commas to match the 32 systems. If a status is\n skipped, the system status that falls in between two\n commas will have default value of ENABLE.\n SGSTSALL : This field is similar to SGSTATUS in functionality.\n The difference is that this field accepts a single\n status value and sets the status of the POOL\n storage group on all the systems and system groups\n to this value.\n Possible Values :\n ENABLE/NOTCON/DISALL/DISNEW/QUIALL/QUINEW\n Note: SGSTSALL and SGSTATUS are mutually exclusive.\n And so, while specifying value for one of these\n parameters, either the other parameter should\n not be specified or if specified, it should not\n have any value specified.\n UPDHLVLSCDS: When modifying an SCDS, that was formatted with a\n higher level of SMS, using a lower level of SMS\n will make this application fail unless you\n specify the UPDHLVLSCDS parameter as 'Y'.\n Default is 'N'.\n Possible values : Y/N/BLANK\n</code></pre>\n",
"markdown": "```\nRequired Fields:\n SCDS : Name of SCDS, length 1-44 characters\n STORGRP : Name of the storage group\n LOWTHRS : Low value of allocation/migration threshold to\n optimize the use of DASD space in a pool SG.\n Possible values 0-99.\nTRKLOWTHRS: Use the low value of allocation/migration\n threshold track-managed to specify the threshold\n percentage of space allocation in the track-managed\n space that triggers or stops migration of data sets\n from volumes in this storage group during interval\n migration.\n Possible values 0-99.\n GUARBKFR : Specifies the maximum number of days that can elapse\n between backups. Possible values 1 - 9999,NOLIMIT.\n PROCPRIOR: Specifies the processing priority of the storage\n group. It is used during DFSMShsm space management.\n Possible values 1-100, default value is 50.\nOptional Fields:\n DESCR : Remarks about the Storage group being defined /\n altered. Maximum length up to 120 characters.\n AUTOMIG : Specifies whether the datasets on volumes in this\n storage group can be moved to DASD or TAPE by the\n primary space management and interval migration\n functions of DFSMShsm. Possible values are,\n Y -> Datasets are eligible for primary space\n management migration.\n N -> Datasets are not eligible for automatic\n migration.\n I -> Datasets are eligible for primary space\n management and interval migration.\n P -> Datasets are eligible for primary space\n management but not interval migration.\n MIGSYSNM : Name of the system or system group where automatic\n migration and space management of the volumes in\n this storage group would be performed. Possible\n values: System or system group names 1 - 8\n alphanumeric characters in length.\n AUTOBKUP : Specifies whether all the volumes in the storage\n are eligible for automatic backup. Possible values\n are Y -> Yes and N -> No\n BKUPSYS : Name of the system or system group where automatic\n backup function will be processed.\n Possible values: System or system group names 1 - 8\n alphanumeric characters in length.\n AUTODUMP : Specifies whether the volumes in this storage group\n are to be eligible for automatic dumping. Possible\n values are Y -> Yes and N -> No.\n DMPSYSNM : Name of the system or system group where volumes\n in this storage group will automatically dump to\n backup devices.\n Possible values: System or system group names\n 1 - 8 alphanumeric characters in length.\n OVRFLOW : Use this field to indicate whether the Storage Group\n is an overflow Storage Group. Overflow storage groups\n are reserved storage pools to handle periods of high\n demand for primary space allocations.\n Possible values are Y -> Yes and N -> No.\n Default value: N.\n EXTSGNM : Use this field to specify the name of another pool\n storage group, the group where sets from the primary\n storage group can be extended to. When an extend\n storage group name is specified a data set may be\n extended to that storage group when it can not be\n exteneded to its currently allocated storage group.\n Possible values: 1 - 8 alphanumeric characters.\n CPBSGN : Use this field to specify the name of the storage\n group, which contains the eligible volumes\n for fast replication backup versions.\n Possible values: 1 - 8 alphanumeric characters.\n DUMPCLAS : Use this field to specify 1 to 5 dump classes. ISMF\n neither processes nor verifies the values of DUMP\n CLASS. 1 - 8 alphanumeric characters.\n Classes will be separated by ','.\n HIGHTHRS : High value of allocation/migration threshold to\n optimize the use of DASD space in a pool SG.\n Possible values 1-100.\n TRKHITHRS: Use the high value of allocation/migration\n threshold track-managed to specify the threshold\n percentage of space allocation in the track-managed\n space that triggers or stops migration of data sets\n from volumes in this storage group during interval\n migration.\n Possible values 1-100.\n BREAKPT : Use this field to specify the disk space\n request, expressed in number of cylinders,\n where the system should prefer the cylinder-managed\n space on an EAV.\n Possible values 0-65520 or blank.\n SGSTATUS : specify this field to designate the relationship or\n status between storage groups and the systems in a\n a complex. Possible values are,\n ENABLE -> System or System Group can allocate\n and access datasets in SG. Default.\n DISALL -> System or System Group can't allocate\n or access datasets in SG.\n DISNEW -> System or System Group can't allocate\n new datasets in the SG.\n NOTCON -> System or System Group is physically\n disconnected form the SG and can not\n allocate datasets in it.\n QUIALL -> If JES3, system can not schedule jobs\n that allocate or access datasets in\n the SG. In JES2 system uses volumes\n in the SG for new allocations only if\n other volumes are not available.\n QUINEW -> If JES3, system can not schedule jobs\n that allocate new datasets in the SG.\n In case of JES2, system uses volumes\n in the SG for new allocations only if\n other volumes are not available.\n Up to 32 statuses can be specified separated by\n commas to match the 32 systems. If a status is\n skipped, the system status that falls in between two\n commas will have default value of ENABLE.\n SGSTSALL : This field is similar to SGSTATUS in functionality.\n The difference is that this field accepts a single\n status value and sets the status of the POOL\n storage group on all the systems and system groups\n to this value.\n Possible Values :\n ENABLE/NOTCON/DISALL/DISNEW/QUIALL/QUINEW\n Note: SGSTSALL and SGSTATUS are mutually exclusive.\n And so, while specifying value for one of these\n parameters, either the other parameter should\n not be specified or if specified, it should not\n have any value specified.\n UPDHLVLSCDS: When modifying an SCDS, that was formatted with a\n higher level of SMS, using a lower level of SMS\n will make this application fail unless you\n specify the UPDHLVLSCDS parameter as 'Y'.\n Default is 'N'.\n Possible values : Y/N/BLANK\n```",
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"res_body": "1READY\n PROFILE PREFIX()\n IKJ56701I MISSING PREFIX\n READY\n ISPSTART CMD(ACBQBAJ5 3 SCDS('ST000.SMS.SCDS') STORGRP(MG20) DESCR(SG TEST) AUTOMIG() MIGSYSNM() AUTOBKUP() BKUPSYS() AUTODUMP() DMP\n SYSNM() OVRFLOW() EXTSGNM() CPBSGN() DUMPCLAS() HIGHTHRS() LOWTHRS() GUARBKFR(1) SGSTATUS() SGSTSALL() BREAKPT() TRKHITHRS() TRKLOW\n THRS() PROCPRIOR() PARSFLG1() PARSFLG2() UPDHLVLSCDS()) NEWAPPL(DGT) BATSCRW(132) BATSCRD(27) BREDIMAX(3) BDISPMAX(35)\n STORGRP = MG20\n DESCR = SG TEST\n AUTOMIG =\n MIGSYSNM =\n AUTOBKUP =\n BKUPSYS =\n AUTODUMP =\n DMPSYSNM =\n OVRFLOW =\n EXTSGNM =\n CPBSGN =\n DUMPCLAS =\n HIGHTHRS =\n LOWTHRS =\n GUARBKFR = 1\n SGSTATUS =\n SGSTSALL =\n BREAKPT =\n TRKHITHRS =\n TRKLOWTHRS =\n PROCPRIOR =\n UPDHLVLSCDS =\n NQISMFLV = ISMF130\n ST000.ST000.JOB13329.D0000109.? was preallocated (no free was done).\n READY\n READY\n END\n",
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"query_path": {
"path": "/sms/storage-class",
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"catid": 114,
"title": "创建storage class",
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"desc": "<pre><code>Required Fields:\n SCDS : Name of the SCDS, 1-44 characters.\n STCNAME : Storage class being defined/altered.\n 1-8 alphanumeric characters , begining with\n alphabet.\nOptional Fields:\n DESCR : Remarks about the SC being created. 1-120\n alphanumeric characters.\n DMSRESP : Use DIRECT MILLISECOND RESPONSE field to specify\n how quickly the system will read or write data in\n 4K blocks on direct access devices. Enter the\n response time in milliseconds. All input and output\n requests are processed in single 4k bytes.\n Possible Values : 1 - 999, BLANK\n DRTBIAS : Specify this field ( DIRECT BIAS) to indicate\n whether the majority of the I/O scheduled for DSs\n in this SC will be READ,WRITE or UNKNOWN.\n Possible Values : R, W, BLANK\n SEQMSRES : Use SEQUENTIAL MILLISECOND RESPONSE field to\n specify how quickly the system will read or\n write data in 4K blocks on sequentially accessed\n devices. Enter the response time in milliseconds.\n All I/O requests are processed in single 4K blocks.\n Possible Values : 1 - 999, BLANK\n SEQBIAS : Specify this field ( SEQ BIAS) to indicate\n whether the majority of the I/O scheduled for DSs\n in this SC will be READ,WRITE or UNKNOWN.\n Possible Values : R, W, BLANK\n INIARESS : Use this field (INITIAL ACCESS RESPONSE SECONDS)\n to specify the desired response time in SECs\n to locate, mount, and prepare media for\n data transfer.\n Possible Values : 0 - 9999, BLANK\n SUSDTRT : Use this field (SUSTAINED DATA RATE (MB/SEC)) to\n specify the sequential data transfer rate you\n want for striped datasets in this SC. The system\n uses this value to determine the no.of stripes it\n will attempt to allocate for the datasets. If you\n enter ZERO or BLANK the system will attempt to\n allocate them with one stripe. Only extended\n sequential datasets can be striped.\n Possible Values : 0 - 999, BLANK\n OAMLVL : Use the OAM SUBLEVEL field to specify the desired\n sublevel of an OAM disk or tape hierarchy level to\n use for object storage. The OAM SUBLEVEL is only\n applicable when the INITIAL ACCESS RESPONSE SECONDS\n value is equal to 0, or when the INITIAL ACCESS\n RESPONSE SECONDS value is greater than 0 and the\n SUSTAINED DATA RATE value is greater than or equal\n to 3.\n Possible values:\n For disk, when IARS = 0 then OSL value of\n - 1 equates to OAM Disk Sublevel 1,\n - 2 equates to OAM Disk Sublevel 2,\n - blank defaults to OAM Disk Sublevel 1.\n For tape, when IARS >= 1 and SDR >= 3 then\n OSL value of\n - 1 equates to OAM Tape Sublevel 1,\n - 2 equates to OAM Tape Sublevel 2,\n - blank defaults to OAM Tape Sublevel 1.\n When IARS < 1 or when IARS > 0 and SDR < 3\n then OSL must be blank.\n AVALBTY : Specify whether dataset processing should continue\n after device failures.\n Possible Values :\n C -> Continue to process a DS if a device failure\n severs communications with the volumes that\n contains the dataset.\n S -> Continuous processing is unavailable after\n device failures.\n P -> Data may be placed on devices that support\n continuous processing.\n N -> Data is placed on any volume. There is no\n preference among volumes.\n ACCSBTY : ACCESSIBILITY field specifies whether the datasets\n in this SC be allocated to volumes supported by\n concurrent copy. When used with the MGMTCLS\n ABACKUP/BACKUP COPY TECHNIQUE attributes, this\n field determines if DS should retain write access\n during backup.\n Possible Values :\n C -> Datasets must be allocated to the volumes\n supported by concurrent copy.\n S -> Datasets should be allocated to the volumes\n supported by concurrent copy.\n P -> Datasets should be allocated to the volumes\n not supported by concurrent copy.\n N -> Datasets should be allocated to the volumes\n whether the volumes support concurrent copy\n or not.\n BACKUP : Use the BACKUP option under ACCESSIBILITY to\n specify that the datasets in this storage class\n when being backed up are unavailable to application\n programs for a minimal period.\n Possible Values :\n Y -> Dataset is available for backup.\n N -> Dataset is not available for backup.\n Blank -> Defaults to N.\n VRSNING : Use the VERSIONING option under ACCESSIBILITY to\n specify that the datasets in this storage class\n can have a point-in-time version available for\n application testing, reporting, or backup while\n applications continue to access and update the\n source dataset.\n Possible Values :\n Y -> Dataset is available for Versioning.\n N -> Dataset is not available for Versioning.\n Blank -> Defaults to N.\n GURNTSPC : GUARANTEED SPACE field specifies whether to use\n the JCL VOL=SER= parameter to reserve space on\n specific volumes for datasets in this SC.\n Possible Values :\n Y -> Reserve space for datasets on the volumes\n specified in the JCL VOL=SER= parameter.\n N -> Don't use volumes requested in the JCL\n VOL=SER= parameter.\n GUASYNWR : GUARANTEED SYNCHRONOUS WRITE field indicates\n whether the system should return from a BSAM\n CHECK (or WAIT) issued for a WRITE against a\n partitioned dataset extended (PDSE) member or a\n compressed format data set before (unsynchronized)\n or after (synchronized) the data has been written\n to a storage device.\n Possible Values :\n Y -> Indicates synchronized write.\n N -> Indicates no synchronization.\n MULTITSG : MULTI TIER SGs field indicates whether or not SMS\n attempt to allocate using a volume in the first\n listed storage group prior to allocating against\n subsequent storage groups.\n Possible Values : Y/N/BLANK\n PAVCAP : Use the PARALLEL ACCESS VOLUME CAPABILITY field\n to modify the volume preferencing.\n Possible Values : R/P/S/N\n CFCACSTN : Coupling Facility Cache set name.\n Possible Values :\n 1-8 alphanumeric characters with beginning char\n CFDTWGHT : Specifies relative importance of data in a SC\n when it is accessed directly.\n Possible Values : 1 - 11, BLANK\n CFSEQWHT : Specifies relative importance of data in a SC\n when it is accessed sequentially.\n Possible Values : 1 - 11, BLANK\n CFLOCSTN : Coupling Facility Lock set name.\n Possible Values :\n 1-8 alphanumeric characters with beginning char\n DISCSPHERE: Disconnect Sphere at CLOSE field indicates\n whether the sphere should be disconnected\n immediately upon closing the data set or stay\n connected for a period of time.\n Possible Values :\n Y -> Yes, the sphere will be immediately\n disconnected as soon as the data set is\n closed.\n N -> No, sphere stays connected for a period\n of time following the \"CLOSE\".\n UPDHLVLSCDS: When modifying an SCDS, that was formatted with\n a higher level of SMS, using a lower level of\n SMS will make this application fail unless you\n specify the UPDHLVLSCDS parameter as 'Y'.\n Default is 'N'.\n Possible values : Y/N/BLANK\n</code></pre>\n",
"markdown": "```\nRequired Fields:\n SCDS : Name of the SCDS, 1-44 characters.\n STCNAME : Storage class being defined/altered.\n 1-8 alphanumeric characters , begining with\n alphabet.\nOptional Fields:\n DESCR : Remarks about the SC being created. 1-120\n alphanumeric characters.\n DMSRESP : Use DIRECT MILLISECOND RESPONSE field to specify\n how quickly the system will read or write data in\n 4K blocks on direct access devices. Enter the\n response time in milliseconds. All input and output\n requests are processed in single 4k bytes.\n Possible Values : 1 - 999, BLANK\n DRTBIAS : Specify this field ( DIRECT BIAS) to indicate\n whether the majority of the I/O scheduled for DSs\n in this SC will be READ,WRITE or UNKNOWN.\n Possible Values : R, W, BLANK\n SEQMSRES : Use SEQUENTIAL MILLISECOND RESPONSE field to\n specify how quickly the system will read or\n write data in 4K blocks on sequentially accessed\n devices. Enter the response time in milliseconds.\n All I/O requests are processed in single 4K blocks.\n Possible Values : 1 - 999, BLANK\n SEQBIAS : Specify this field ( SEQ BIAS) to indicate\n whether the majority of the I/O scheduled for DSs\n in this SC will be READ,WRITE or UNKNOWN.\n Possible Values : R, W, BLANK\n INIARESS : Use this field (INITIAL ACCESS RESPONSE SECONDS)\n to specify the desired response time in SECs\n to locate, mount, and prepare media for\n data transfer.\n Possible Values : 0 - 9999, BLANK\n SUSDTRT : Use this field (SUSTAINED DATA RATE (MB/SEC)) to\n specify the sequential data transfer rate you\n want for striped datasets in this SC. The system\n uses this value to determine the no.of stripes it\n will attempt to allocate for the datasets. If you\n enter ZERO or BLANK the system will attempt to\n allocate them with one stripe. Only extended\n sequential datasets can be striped.\n Possible Values : 0 - 999, BLANK\n OAMLVL : Use the OAM SUBLEVEL field to specify the desired\n sublevel of an OAM disk or tape hierarchy level to\n use for object storage. The OAM SUBLEVEL is only\n applicable when the INITIAL ACCESS RESPONSE SECONDS\n value is equal to 0, or when the INITIAL ACCESS\n RESPONSE SECONDS value is greater than 0 and the\n SUSTAINED DATA RATE value is greater than or equal\n to 3.\n Possible values:\n For disk, when IARS = 0 then OSL value of\n - 1 equates to OAM Disk Sublevel 1,\n - 2 equates to OAM Disk Sublevel 2,\n - blank defaults to OAM Disk Sublevel 1.\n For tape, when IARS >= 1 and SDR >= 3 then\n OSL value of\n - 1 equates to OAM Tape Sublevel 1,\n - 2 equates to OAM Tape Sublevel 2,\n - blank defaults to OAM Tape Sublevel 1.\n When IARS < 1 or when IARS > 0 and SDR < 3\n then OSL must be blank.\n AVALBTY : Specify whether dataset processing should continue\n after device failures.\n Possible Values :\n C -> Continue to process a DS if a device failure\n severs communications with the volumes that\n contains the dataset.\n S -> Continuous processing is unavailable after\n device failures.\n P -> Data may be placed on devices that support\n continuous processing.\n N -> Data is placed on any volume. There is no\n preference among volumes.\n ACCSBTY : ACCESSIBILITY field specifies whether the datasets\n in this SC be allocated to volumes supported by\n concurrent copy. When used with the MGMTCLS\n ABACKUP/BACKUP COPY TECHNIQUE attributes, this\n field determines if DS should retain write access\n during backup.\n Possible Values :\n C -> Datasets must be allocated to the volumes\n supported by concurrent copy.\n S -> Datasets should be allocated to the volumes\n supported by concurrent copy.\n P -> Datasets should be allocated to the volumes\n not supported by concurrent copy.\n N -> Datasets should be allocated to the volumes\n whether the volumes support concurrent copy\n or not.\n BACKUP : Use the BACKUP option under ACCESSIBILITY to\n specify that the datasets in this storage class\n when being backed up are unavailable to application\n programs for a minimal period.\n Possible Values :\n Y -> Dataset is available for backup.\n N -> Dataset is not available for backup.\n Blank -> Defaults to N.\n VRSNING : Use the VERSIONING option under ACCESSIBILITY to\n specify that the datasets in this storage class\n can have a point-in-time version available for\n application testing, reporting, or backup while\n applications continue to access and update the\n source dataset.\n Possible Values :\n Y -> Dataset is available for Versioning.\n N -> Dataset is not available for Versioning.\n Blank -> Defaults to N.\n GURNTSPC : GUARANTEED SPACE field specifies whether to use\n the JCL VOL=SER= parameter to reserve space on\n specific volumes for datasets in this SC.\n Possible Values :\n Y -> Reserve space for datasets on the volumes\n specified in the JCL VOL=SER= parameter.\n N -> Don't use volumes requested in the JCL\n VOL=SER= parameter.\n GUASYNWR : GUARANTEED SYNCHRONOUS WRITE field indicates\n whether the system should return from a BSAM\n CHECK (or WAIT) issued for a WRITE against a\n partitioned dataset extended (PDSE) member or a\n compressed format data set before (unsynchronized)\n or after (synchronized) the data has been written\n to a storage device.\n Possible Values :\n Y -> Indicates synchronized write.\n N -> Indicates no synchronization.\n MULTITSG : MULTI TIER SGs field indicates whether or not SMS\n attempt to allocate using a volume in the first\n listed storage group prior to allocating against\n subsequent storage groups.\n Possible Values : Y/N/BLANK\n PAVCAP : Use the PARALLEL ACCESS VOLUME CAPABILITY field\n to modify the volume preferencing.\n Possible Values : R/P/S/N\n CFCACSTN : Coupling Facility Cache set name.\n Possible Values :\n 1-8 alphanumeric characters with beginning char\n CFDTWGHT : Specifies relative importance of data in a SC\n when it is accessed directly.\n Possible Values : 1 - 11, BLANK\n CFSEQWHT : Specifies relative importance of data in a SC\n when it is accessed sequentially.\n Possible Values : 1 - 11, BLANK\n CFLOCSTN : Coupling Facility Lock set name.\n Possible Values :\n 1-8 alphanumeric characters with beginning char\n DISCSPHERE: Disconnect Sphere at CLOSE field indicates\n whether the sphere should be disconnected\n immediately upon closing the data set or stay\n connected for a period of time.\n Possible Values :\n Y -> Yes, the sphere will be immediately\n disconnected as soon as the data set is\n closed.\n N -> No, sphere stays connected for a period\n of time following the \"CLOSE\".\n UPDHLVLSCDS: When modifying an SCDS, that was formatted with\n a higher level of SMS, using a lower level of\n SMS will make this application fail unless you\n specify the UPDHLVLSCDS parameter as 'Y'.\n Default is 'N'.\n Possible values : Y/N/BLANK\n```",
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"res_body": "1READY\n PROFILE NOPREFIX\n READY\n ISPSTART CMD(ACBQBAS1 DEFINE SCDS(ST000.SMS.SCDS) STCNAME(SC20) DESCR(sc test) )\n SCDS = ST000.SMS.SCDS\n STCNAME = SC20\n DESCR = SC TEST\n IKJ56701I MISSING PREFIX\n ST000.ST000.JOB13319.D0000105.? was preallocated (no free was done).\n READY\n END\n",
"req_body_other": "{\"scds\":\"ST000.SMS.SCDS\",\"stcname\":\"SC20\",\"descr\":\"sc test\",\"dmsresp\":\"\",\"drtbias\":\"\",\"seqmsres\":\"\",\"seqbias\":\"\",\"iniaress\":\"\",\"susdtrt\":\"\",\"oamlvl\":\"\",\"avalbty\":\"\",\"accsbty\":\"\",\"backup\":\"\",\"vrsning\":\"\"}"
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"path": "/sms/base-configuration",
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"catid": 114,
"title": "更改SCDS的base configuration",
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"desc": "<pre><code> SCDS : Specify the SCDS whose base configuration you want\n to define/alter or display.\n\n BYTPTRK : Specify BYTES/TRACK\n\n Possible values : 1 - 999999\n\n TRKPCYL : Specify TRACKS/CYLENDER\n\n Possible values : 1 - 999999\n\n ADDSYS : Name of the system you want to add\n\n Possible values : 1-8 Alphanumeric characters\n beginning with alphebetic.\n\n If more than one system is being added , systems\n will be separated by ','.\n\n Ex : ADDSYS(SYS1,SYS2,SYS3)\n\n ADDGRP : Name of the System group that you want to add\n\n Possible values : 1-8 Alphanumeric characters.\n beginning with aplhabetic.\n\n If more than one system group is being added, system\n groups will be separated by ','.\n\n Ex : ADDGRP(SGRP1,SGRP2,SGRP3)\n\n\n DELSYS : Name of the system you want to delete\n\n If more than one system is being deleted, systems\n will be separated by ','.\n\n Ex : DELSYS(SYS1,SYS2,SYS3)\n\n DELGRP : Name of the System group that you want to delete\n\n If more than one system group is being deleted,\n system groups will be separated by ','.\n\n Ex : DELGRP(SGRP1,SGRP2,SGRP3)\n\n RENSYS : Old and new names of the system that is being\n renamed, separated by ','.\n\n If more than one system is being renamed, systems\n will be separated by ','.\n\n Ex : RENSYS(oldname1,newname1,oldname2,newname2)\n\n RENGRP : Old and new names of the system group that is being\n renamed, separated by ','.\n\n If more than one system group is being renamed,\n system groups ll be separated by ','.\n\n Ex : RENGRP(oldname1,newname1,oldname2,newname2)\n\n Optional Fields:\n\n DESCR : Remarks about the SCDS whose base you want to\n define or alter.\n\n Possible values : 1 - 120 characters.\n\n DEFMC : Specify this DEFAULT MGMTCLS field to define or\n alter the MGMTCLS reserved for datasets which\n have not yet been assigned a MGMTCLS. Available\n only for SMS managed datasets. Controls the BKP,\n retention and migration of datasets.\n\n Possible values : Valid MGMTCLS name.\n\n DEFUNIT : Specify this field to assign the default device\n used when non SMS datasets are allocated without\n a unit parameter,\n\n DSSEPPL : Specify Partitioned or Sequential dataset name\n This provides SMS with a list of dataset names.\n\n Possible values : A valid data set name\n\n UPDHLVLSCDS: When modifying an SCDS, that was formatted with a\n higher level of SMS, using a lower level of SMS\n will make this application fail unless you\n specify the UPDHLVLSCDS parameter as 'Y'.\n Default is 'N'.\n\n Possible values : Y/N/BLANK\n</code></pre>\n",
"markdown": "```\n SCDS : Specify the SCDS whose base configuration you want\n to define/alter or display.\n\n BYTPTRK : Specify BYTES/TRACK\n\n Possible values : 1 - 999999\n\n TRKPCYL : Specify TRACKS/CYLENDER\n\n Possible values : 1 - 999999\n\n ADDSYS : Name of the system you want to add\n\n Possible values : 1-8 Alphanumeric characters\n beginning with alphebetic.\n\n If more than one system is being added , systems\n will be separated by ','.\n\n Ex : ADDSYS(SYS1,SYS2,SYS3)\n\n ADDGRP : Name of the System group that you want to add\n\n Possible values : 1-8 Alphanumeric characters.\n beginning with aplhabetic.\n\n If more than one system group is being added, system\n groups will be separated by ','.\n\n Ex : ADDGRP(SGRP1,SGRP2,SGRP3)\n\n\n DELSYS : Name of the system you want to delete\n\n If more than one system is being deleted, systems\n will be separated by ','.\n\n Ex : DELSYS(SYS1,SYS2,SYS3)\n\n DELGRP : Name of the System group that you want to delete\n\n If more than one system group is being deleted,\n system groups will be separated by ','.\n\n Ex : DELGRP(SGRP1,SGRP2,SGRP3)\n\n RENSYS : Old and new names of the system that is being\n renamed, separated by ','.\n\n If more than one system is being renamed, systems\n will be separated by ','.\n\n Ex : RENSYS(oldname1,newname1,oldname2,newname2)\n\n RENGRP : Old and new names of the system group that is being\n renamed, separated by ','.\n\n If more than one system group is being renamed,\n system groups ll be separated by ','.\n\n Ex : RENGRP(oldname1,newname1,oldname2,newname2)\n\n Optional Fields:\n\n DESCR : Remarks about the SCDS whose base you want to\n define or alter.\n\n Possible values : 1 - 120 characters.\n\n DEFMC : Specify this DEFAULT MGMTCLS field to define or\n alter the MGMTCLS reserved for datasets which\n have not yet been assigned a MGMTCLS. Available\n only for SMS managed datasets. Controls the BKP,\n retention and migration of datasets.\n\n Possible values : Valid MGMTCLS name.\n\n DEFUNIT : Specify this field to assign the default device\n used when non SMS datasets are allocated without\n a unit parameter,\n\n DSSEPPL : Specify Partitioned or Sequential dataset name\n This provides SMS with a list of dataset names.\n\n Possible values : A valid data set name\n\n UPDHLVLSCDS: When modifying an SCDS, that was formatted with a\n higher level of SMS, using a lower level of SMS\n will make this application fail unless you\n specify the UPDHLVLSCDS parameter as 'Y'.\n Default is 'N'.\n\n Possible values : Y/N/BLANK\n```",
"res_body": "1READY\n PROFILE NOPREFIX\n READY\n ISPSTART CMD(ACBQBAB1 ALTER SCDS(ST000.SMS.SCDS) BYTPTRK(56664) TRKPCYL(15) ADDSYS(BY01) ) BATSCRW(132) BATSCRD(27) BREDIMAX(3) BDIS\n PMAX(999999)\n IKJ56701I MISSING PREFIX\n adding system : BY01\n ST000.ST000.JOB13122.D0000105.? was preallocated (no free was done).\n READY\n END\n\n",
"req_body_other": "{\"scds\":\"ST000.SMS.SCDS\",\"bytptrk\":\"56664\",\"trkpcyl\":\"15\",\"descr\":\"\",\"defmc\":\"\",\"defunit\":\"\",\"dsseppl\":\"\",\"addsys\":\"BY01\",\"addgrp\":\"\"}",
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"path": "/sms/base-configuration/:scds",
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"method": "GET",
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"title": "获取SCDS的base configuration",
"path": "/sms/base-configuration/:scds",
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{
"_id": "5eb68619474bc234bf3e8f51",
"name": "scds",
"example": "ST000.SMS.SCDS",
"desc": ""
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"res_body": "1READY\n PROFILE NOPREFIX\n READY\n ISPSTART CMD(ACBQBAB1 DISPLAY SCDS(ST000.SMS.SCDS) ) BATSCRW(132) BATSCRD(27) BREDIMAX(3) BDISPMAX(999999)\n IKJ56701I MISSING PREFIX\n -------------------------------------------------------\n\n CDS Name :ST000.SMS.SCDS\n CDS Status :INVALID\n\n Description :\n :\n Default Management Class :LL\n Default Unit :\n Default Device Geometry\n Bytes/track . . . . . : 56664\n Tracks/cylinder . . . : 15\n DS Separation Profile . :\n ==> :\n\n System :BY01 B01\n\n\n\n\n\n\n Sysgrp :\n\n\n\n\n\n\n\n -------------------------------------------------------\n ST000.ST000.JOB13111.D0000105.? was preallocated (no free was done).\n READY\n END\n"
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