CONCEPT_NumValueChk_GW_Automation.json

[{"name":"Concept: Workflow with Conditional Execution using \"Numeric Value Check GW Automation\"","description":"This is a concept runbook that delivers and uses the GW_NumericValChk automation.","steps":[{"number":1,"description":"\n<p dir=\"ltr\">This is a sample runbook provided to show the concept of reacting on some incident by executing some action (via SCRIPT) on an arbitrary&nbsp; number of endpoint systems.</p>\n\n<p dir=\"ltr\">This runbook shows how to <strong>conditionally execute automations </strong>in a step.<br>\n<br>\n<img 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\" width=\"683\" height=\"249\"><br>\n<br>\nAs runbook steps this is translated to::</p>\n\n<table dir=\"ltr\" style=\"border-collapse: collapse; border-color: rgb(105, 105, 105);\" width=\"747\" height=\"211\" border=\"1\">\n\t<tbody>\n\t\t<tr>\n\t\t\t<td style=\"border-color: rgb(105, 105, 105);\"><strong><span style=\"font-size:24px;\">•</span> (Start)</strong></td>\n\t\t\t<td style=\" border-color : #696969;\">Step 2</td>\n\t\t\t<td style=\" border-color : #696969;\">Find affected Systems</td>\n\t\t</tr>\n\t\t<tr>\n\t\t\t<td style=\"border-color: rgb(105, 105, 105);\"><strong>→</strong></td>\n\t\t\t<td style=\" border-color : #696969;\">Step 3</td>\n\t\t\t<td style=\" border-color : #696969;\">Calculate how many system</td>\n\t\t</tr>\n\t\t<tr>\n\t\t\t<td style=\"border-color: rgb(105, 105, 105);\"><strong>→</strong></td>\n\t\t\t<td style=\" border-color : #696969;\">Step 4</td>\n\t\t\t<td style=\" border-color : #696969;\">Get list of hostname with \"Linux\" systems affected.</td>\n\t\t</tr>\n\t\t<tr>\n\t\t\t<td style=\"border-color: rgb(105, 105, 105);\"><strong><span style=\"font-size:24px;\">♦ </span>(Condition)</strong></td>\n\t\t\t<td style=\" border-color : #696969;\">Step 5</td>\n\t\t\t<td style=\" border-color : #696969;\">Use GW Automation<strong> as condition</strong> to create target list with [0..n] hostnames.<br>\n\t\t\t<strong>Use as Input results calculated in Step 3 and Step 4</strong></td>\n\t\t</tr>\n\t\t<tr>\n\t\t\t<td style=\"border-color: rgb(105, 105, 105);\"><strong>→ (Conditional)</strong></td>\n\t\t\t<td style=\" border-color : #696969;\">Step 6</td>\n\t\t\t<td style=\" border-color : #696969;\">Sample automation that runs on all systems prepared in step 5<br>\n\t\t\t<strong>Use (0..n) target(s) calculated in Step 5</strong></td>\n\t\t</tr>\n\t\t<tr>\n\t\t\t<td style=\"border-color: rgb(105, 105, 105);\"><strong><span style=\"font-size:20px;\">× </span>(End)</strong></td>\n\t\t\t<td style=\" border-color : #696969;\">&nbsp;</td>\n\t\t\t<td style=\" border-color : #696969;\">&nbsp;</td>\n\t\t</tr>\n\t</tbody>\n</table>\n\n<p dir=\"ltr\">&nbsp;</p>\n\n"},{"number":2,"description":"\n<p dir=\"ltr\">This first step typically uses <strong>an automation that checks a certain condition </strong>highlighted by the incident. It finds target systems to be changed/ fixed by a following automation.</p>\n\n<p dir=\"ltr\">This automation simply prints a list of <strong>&lt;OS&gt; &lt;HOSTNAME&gt; &lt;A_COMPONENT&gt; </strong>out.<br>\n<strong>It is just for demo purposes to show the concept.</strong> If you want to use this runbook and run in you environment than you have to edit this automation and add a list of real HOSTNAMES to be printed instead.<br>\n<br>\n<strong><span style=\"color:#0000FF;\">Notice</span>: </strong>Do not skip execution of this automation - the result of this automation is being used as input for the automations in Step 3 and Step 4..</p>\n\n<p dir=\"ltr\"><span style=\"color:#0000FF;\"><strong>Remember: </strong></span>The systems represented by the HOSTNAMES must be be prepared with the SSH Key required for script automation.</p>\n\n<p dir=\"ltr\"><span class=\"span-grp rba-autom\" data-automationid=\"§§exportedAutomation_1_§§\" data-mappingid=\"6\" contenteditable=\"false\">Handle Incident</span></p>\n\n"},{"number":3,"description":"\n<p dir=\"ltr\">This step uses the output of previous step to create a Key=Value list for the GW Automation in next step.<br>\nIf the Automation in previous step is already able to provide this Key=Value list then this automation can be omitted.</p>\n\n<p dir=\"ltr\"><strong><span style=\"color:#0000FF;\">Notice</span>: </strong>Do not skip execution of this automation - the result of this automation is being used as one input of the Gateway Automation in step 5.</p>\n\n<p dir=\"ltr\"><span class=\"span-grp rba-autom\" data-automationid=\"§§exportedAutomation_2_§§\" data-mappingid=\"7\" contenteditable=\"false\">Calc Patch Systems by OS</span></p>\n\n"},{"number":4,"description":"\n<p dir=\"ltr\">Now, in this step compile the list of <strong>Linux</strong> systems to be checked<br>\n<strong><span style=\"color:#0000FF;\">Notice</span>: </strong>Do not skip execution of this automation - the result of this automation is being used as one input of the Gateway Automation in step 5.<br>\n&nbsp;</p>\n\n<p dir=\"ltr\"><span class=\"span-grp rba-autom\" data-automationid=\"§§exportedAutomation_3_§§\" data-mappingid=\"8\" contenteditable=\"false\">Get System Names by OS</span></p>\n\n<p dir=\"ltr\">&nbsp;</p>\n\n"},{"number":5,"description":"\n<p dir=\"ltr\">This step calls the Automation to create a list of targets that can be used by following \"Multi-Target-Automations\".<br>\n<br>\n<span style=\"color:#0000FF;\"><strong>Notice</strong></span>: The concept of an automation that calculates a target list (which can be even empty) is called <strong>\"Gateway Automation\".</strong><br>\nSince Gateway Automation decides to either return a filled or an empty list of target - you can use it for <strong>conditional execution</strong> of automations in following steps.</p>\n\n<p dir=\"ltr\"><span class=\"span-grp rba-autom\" data-automationid=\"§§exportedAutomation_0_§§\" data-mappingid=\"4\" contenteditable=\"false\">GW_NumericValChk</span></p>\n\n"},{"number":6,"description":"\n<p dir=\"ltr\">Run the following automation to check for installed package&nbsp;<span class=\"span-grp rba-param\" contenteditable=\"false\">PACKAGENAME</span> on the target list, which is calculated in step before<br>\n<br>\n<span style=\"color:#0000FF;\"><strong>Notice</strong></span>: The following script automation is being called with a list of targets calculated in previous steps.<br>\nThis concept is called <strong>\"Multi Target Automation\".</strong></p>\n\n<p dir=\"ltr\">Therefore the script in this automation will be executed in parallel on all the specified targets.<br>\nIn case where the list of target calculated by the automation in step before is empty - the automation will not be executed on any system, but still end with status \"successfull\"</p>\n\n<p dir=\"ltr\"><span class=\"span-grp rba-autom\" data-automationid=\"§§exportedAutomation_4_§§\" data-mappingid=\"5\" contenteditable=\"false\">Display Package Info</span></p>\n\n<p dir=\"ltr\">&nbsp;</p>\n\n<p dir=\"ltr\">&nbsp;</p>\n"}],"parameters":[{"name":"PACKAGENAME","description":"This is the package name to be checked with yum","defaultValue":"bash.x86_64"}],"tags":["concept","gw-automation"],"automationMappings":[{"mappingId":"4","parameterMappings":[{"automationParameterName":"target","parameterMappingType":"fixed","parameterValue":"localhost"},{"automationParameterName":"user","parameterMappingType":"fixed","parameterValue":"root"},{"automationParameterName":"$INPUT","parameterMappingType":"automationOutput","parameterValue":"3"},{"automationParameterName":"$KEY","parameterMappingType":"fixed","parameterValue":"Linux"},{"automationParameterName":"$OPER","parameterMappingType":"fixed","parameterValue":">"},{"automationParameterName":"$VALUE","parameterMappingType":"fixed","parameterValue":"0"},{"automationParameterName":"$EPS","parameterMappingType":"automationOutput","parameterValue":"4"}]},{"mappingId":"5","parameterMappings":[{"automationParameterName":"target","parameterMappingType":"automationOutput","parameterValue":"5"},{"automationParameterName":"user","parameterMappingType":"fixed","parameterValue":"root"},{"automationParameterName":"$PACKAGE","parameterMappingType":"parameter","parameterValue":"PACKAGENAME"}]},{"mappingId":"6","parameterMappings":[{"automationParameterName":"target","parameterMappingType":"fixed","parameterValue":"localhost"},{"automationParameterName":"user","parameterMappingType":"fixed","parameterValue":"root"},{"automationParameterName":"$PACKAGE","parameterMappingType":"parameter","parameterValue":"PACKAGENAME"}]},{"mappingId":"7","parameterMappings":[{"automationParameterName":"target","parameterMappingType":"fixed","parameterValue":"localhost"},{"automationParameterName":"user","parameterMappingType":"fixed","parameterValue":"root"}]},{"mappingId":"8","parameterMappings":[{"automationParameterName":"target","parameterMappingType":"fixed","parameterValue":"localhost"},{"automationParameterName":"user","parameterMappingType":"fixed","parameterValue":"root"},{"automationParameterName":"$OSSYSINFOARRAY","parameterMappingType":"automationOutput","parameterValue":"2"},{"automationParameterName":"$OSNAME","parameterMappingType":"fixed","parameterValue":"Linux"}]}],"automations":{"§§exportedAutomation_0_§§":{"name":"GW_NumericValChk","type":"SCRIPT","description":"This gateway automation can be called with an array of arbitrary length in the form of <key>=<value>:<key2>=<value2>:<key3>=<value3>: ...\nFor example INPUT=\"tomatoes=12:apples=23:strawberries=18:peach=33\"\n\nThe input of this form can be checked for a specified <key> <operand> <value>\nFor example KEY=\"apples\" OPER=\">\"  VALUE=\"15\"\n\nIn addition a comma-separated list of target systems (endpoints / EPS) can be specified \nFor example EPS=\"linuxprod001,linuxprod002,windowsprod010,aixprod111\"\n\nIf the check evaluates to \"true\" the specified list of EPS is returned as array suitable as target for a following automation.\nIn the above example the number of apples is bigger then 15, which results in following array to be written to the standard output:\n[linuxprod001,linuxprod002,windowsprod010,aixprod111]\n\nIf an unknown KEY is specified or the combination of OPER and VALUE evaluated to \"false\" an empty array is written to the standard output\nsuch as \"[]","parameters":[{"name":"target","description":"Target system where the script will be executed"},{"name":"user","description":"User ID that is used to run the script"},{"name":"$INPUT","description":"This is the array of <key>=<value> separated by \":\" to be checked"},{"name":"$KEY","description":"This is the KEY to be checked in the INPUT array"},{"name":"$OPER","description":"This is the operator to be used in the value check","defaultValue":"="},{"name":"$VALUE","description":"This is the value to be used in the value check"},{"name":"$EPS","description":"This is the comma-separated list of endpoint systems to be returned as array when this GW automation evaluated to TRUE"}],"fields":[{"name":"script_ssh","description":"script content","encoding":"base64","value":"IyEvYmluL3NoCgpJRlM9JzonCgp2YWxzPSRJTlBVVApmb3IgeCBpbiAkdmFscwpkbwogICAgaWYgW1sgJHggPT0gJEtFWSogXV0gOwogICAgdGhlbgogICAgICBjb21wYXJlPSR4CiAgICAgIGN2YWw9JHtjb21wYXJlIyo9fQogICAgZmkKZG9uZQoKaWYgW1sgISAteiAkY29tcGFyZSBdXQp0aGVuCiAgaWYgKChleHByICRjdmFsICRPUEVSICRWQUxVRSk+L2Rldi9udWxsKTsgdGhlbgogICAgZWNobyAtbiBbJEVQU10KICBlbHNlCiAgICBlY2hvIC1uIFtdCiAgZmkKZWxzZQogIGVjaG8gLW4gW10KZmk="}]},"§§exportedAutomation_1_§§":{"name":"Handle Incident","type":"SCRIPT","description":"This is an automation that shows a Linux package to be change, since a some problem has been identified with it.","parameters":[{"name":"target","description":"Target system where the script will be executed"},{"name":"user","description":"User ID that is used to run the script"},{"name":"$PACKAGE","description":"This is the package to be Fixed"}],"fields":[{"name":"script_ssh","description":"script content","encoding":"base64","value":"ZWNobyBMaW51eCByYmFkY2xueC0xICRQQUNLQUdFIAplY2hvIExpbnV4IHJiYWRjbG54LTIgJFBBQ0tBR0UgCmVjaG8gQUlYICAgcmJhZGNhaXgwMDEgeGNsb2NrICAKZWNobyBBSVggICByYmFkY2FpeDAwMyB4dGVybSAgIAplY2hvIExpbnV4IHJiYWRjbG54LTMgJFBBQ0tBR0UKZWNobyBMaW51eCByYmFkY2xueC00ICRQQUNLQUdFCmVjaG8gV0lOICAgcHJvZHdpbjAwMSBXZWJzcGhlcmUKZWNobyBXSU4gICBwcm9kd2luMDAyIFdlYlNwaGVyZQplY2hvIFdJTiAgIHByb2R3aW4wMDMgRWNsaXBzZQ=="}]},"§§exportedAutomation_2_§§":{"name":"Calc Patch Systems by OS","type":"SCRIPT","description":"This returns the number of systems to be pathched by OS","parameters":[{"name":"target","description":"Target system where the script will be executed"},{"name":"user","description":"User ID that is used to run the script"}],"fields":[{"name":"script_ssh","description":"script content","encoding":"base64","value":"ZWNobyAtbiBMaW51eD00OkFJWD0yOldJTj0z"}]},"§§exportedAutomation_3_§§":{"name":"Get System Names by OS","type":"SCRIPT","description":"Get a list of Systems of a specific OS. Input is an array with line \"<OS> <SYSName> <INFO>\"","parameters":[{"name":"target","description":"Target system where the script will be executed"},{"name":"user","description":"User ID that is used to run the script"},{"name":"$OSSYSINFOARRAY"},{"name":"$OSNAME"}],"fields":[{"name":"script_ssh","description":"script content","encoding":"base64","value":"SUZTPSQnCicKZm9yIHggaW4gJE9TU1lTSU5GT0FSUkFZCmRvCiAgaWYgW1sgJHggPT0gJE9TTkFNRSogXV0KICB0aGVuCiAgICBJRlM9JyAnCiAgICB5PSgkeCkKICAgIGlmIFtbIC16ICIkbGlzdCIgXV0KICAgIHRoZW4KICAgICAgbGlzdD0ke3lbMV19CiAgICBlbHNlCiAgICAgIGxpc3Q9JGxpc3QsJHt5WzFdfQogICAgZmkKICBmaQpkb25lCgplY2hvIC1uICRsaXN0"}]},"§§exportedAutomation_4_§§":{"name":"Display Package Info","type":"SCRIPT","description":"This automation simply uses \"yum\" to display the information of the package which has been specified by parameter.","parameters":[{"name":"target","description":"Target system where the script will be executed"},{"name":"user","description":"User ID that is used to run the script"},{"name":"$PACKAGE","description":"The name of the package to be checked"}],"fields":[{"name":"script_ssh","description":"script content","encoding":"base64","value":"IyEvYmluL3NoCnNldCAteAoKeXVtIGluZm8gJFBBQ0tBR0U="}]}}}]