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Repo-GitHub OEX-zapm

Docker-ports

apptools-admin

OEX Demo

Habr Habr

GitHub last commit

license

A platform for creating applications for administration and tools for technical support and a database administrator.

Viewing and editing global arrays, executing queries, including JDBC / ODBC, generating results in XLS, XLSX, JSON formats, sending results by e-mail in the form of XLS files. Execution of queries and IRIS commands in the interface for any namespace. Summary analysis and error viewing for all namespaces.

What's new

Enabled support for Django projects via the native Python API library.

Added fileserver module for report execution results. Implemented file deletion mode in the fileserver module. Formation of results in XLS, XLSX formats has been implemented. In the interface, the mode of exporting globals in the JSON format has been added

Applications based on this platform

Installation with ZPM

If the current ZPM instance is not installed, then in one line you can install the latest version of ZPM even with a proxy.

s r=##class(%Net.HttpRequest).%New(),proxy=$System.Util.GetEnviron("https_proxy") Do ##class(%Net.URLParser).Parse(proxy,.pr) s:$G(pr("host"))'="" r.ProxyHTTPS=1,r.ProxyTunnel=1,r.ProxyPort=pr("port"),r.ProxyServer=pr("host") s:$G(pr("username"))'=""&&($G(pr("password"))'="") r.ProxyAuthorization="Basic "_$system.Encryption.Base64Encode(pr("username")_":"_pr("password")) set r.Server="pm.community.intersystems.com",r.SSLConfiguration="ISC.FeatureTracker.SSL.Config" d r.Get("/packages/zpm/latest/installer"),$system.OBJ.LoadStream(r.HttpResponse.Data,"c")

If ZPM is installed, then ZAPM can be set with the command

zpm:USER>install apptools-admin

Installation with Docker

Prerequisites

Make sure you have git and Docker desktop installed.

Installation

Clone/git pull the repo into any local directory

$ git clone https://github.com/SergeyMi37/apptools-admin.git

Open the terminal in this directory and run:

$ docker-compose build
  1. Run the IRIS container with your project:
$ docker-compose up -d

How to Test it

Open IRIS terminal:

$ docker-compose exec iris iris session iris
USER>
USER>zpm
zpm:USER>install apptools-admin

Panel for admins & developers

Load http://your-host:your-port/apptools/apptools.core.LogInfo.cls?WHAT=%3F

  • view the list of globals by mask with count blocks occupied by them. EDIT

  • viewing global and direct and reverse with a possible filter by links and node data. Edit global nodes. Export a selection of nodes and global data to an XLS file and send the archive to an email. EDIT

  • execution of queries and SQL statements with the ability to connect via JDBC / ODBC. Export the results to an XLS file and send the archive to an email. SQL

  • code execution by XECUTE command in the interface panel. XECUTE

  • saving commands and queries in the program history with the ability to run them again. QUERY

  • All executed commands are remembered in history for the opportunity to repeat again. Frequently executed commands can be saved as favorites. HISTORY

REST-API

In this solution, I use REST-API adapted from the Webterminal and metrics ^mgstat

Class explorer

Load http://your-host:your-port/apptools/apptools.Form.Exp.cls?panel=AccordionExp

  • Navigation by namespaces, class, and class instance. Create, edit, and delete class instances in the on-screen form interface.

Matrix permissions

Load http://your-host:your-port/apptools/apptools.Tabs.PanelUikitPermissMatrx.cls?autoload=Matrix

  • Group assignment of roles to users by selecting them by filter in the screen panel Matrix permissions

Templates & Samples

Load http://your-host:your-port/apptools/apptools/apptools.Tabs.PanelSample.cls

  • jQuery-Ui.js based application template.

Load http://your-host:your-port/apptools/apptools.Tabs.TabsPanelUikit.cls

  • UiKit.js based application template

Charts admins

Load http://your-host:your-port/apptools/apptools.Chart.Chart.cls?panel=class(apptools.Chart.ChartPanel).ChartAlert   - output of the DBMS events using the iris.log protocol (cconsole.log)

Load http://your-host:your-port/apptools/apptools.Chart.Chart.cls?panel=class(apptools.Chart.ChartPanel).ChartAlert   - output of the growth dynamics of DBMS database files using the messages.log protocol (cconsole.log)

Save queries to the global for future use in front-end applications

IRISAPP>do ##class(apptools.core.sys).SaveQuery("%SYSTEM.License:Counts", "^test",123)

IRISAPP>zw ^test
^test("%SYSTEM.License:Counts",123,0,1)="InstanceLicenseUse"
^test("%SYSTEM.License:Counts",123,0,2)="License Units"
^test("%SYSTEM.License:Counts",123,1,1)="Total   Authorized LU"
^test("%SYSTEM.License:Counts",123,1,2)=5
...

IRISAPP>zn "%sys"
 
%SYS>do ##class(apptools.core.sys).SaveQuery("SYS.Database:FreeSpace")
 
%SYS>zw ^%App.Task
^%apptools.Task("SYS.Database:FreeSpace","2020-03-22 09:36:49",0,1)="DatabaseName"
^%apptools.Task("SYS.Database:FreeSpace","2020-03-22 09:36:49",0,2)="Directory"
^%apptools.Task("SYS.Database:FreeSpace","2020-03-22 09:36:49",0,3)="MaxSize"
^%apptools.Task("SYS.Database:FreeSpace","2020-03-22 09:36:49",0,4)="Size"
^%apptools.Task("SYS.Database:FreeSpace","2020-03-22 09:36:49",0,5)="ExpansionSize"
...

%SYS>do ##class(apptools.core.sys).SaveSQL("select NameLowerCase,Description,Name FROM Security.Roles where Name['DB'", "^logMSW2")

%SYS>zw ^logMSW2                                                               
^logMSW2(-3,"sql")=$lb("select NameLowerCase,Description,Name FROM Security.Roles where Name'DB'")
^logMSW2(-3,"timestamp")=$lb("2020-03-22 09:49:50","2020-03-22 09:49:50",0)
^logMSW2(-1,"Description")=2
^logMSW2(-1,"Name")=3
^logMSW2(-1,"NameLowerCase")=1
^logMSW2(0)=$lb("NameLowerCase","Description","Name")
^logMSW2(1)=$lb("%all","Роль Суперпользователя","%All")
^logMSW2(2)=$lb("%db_%default","Доступ на чтение/запись для ресурса","%DB_%DEFAULT")
...

If you determine JDBC-DSN, then you can connect to an external database

// do ##class(apptools.core.sys).SqlToDSN("SELECT * FROM xxmv.xx_t359_pzn","JDBC-DSN","^tmpMSWq"))

Function to call from a regular tasks

%SYS>do ##class(apptools.core.sys).RunCmd("sudo du -sm /usr/irissys/mgr/*| sort -nr",$na(^%App.Cmd("mgr",$zd($h,3))),1,"/tmp/")

%SYS>zw ^%App.Cmd
^%App.Cmd("mgr","2020-03-22","2020-03-22_17:27:03",1)="388"_$c(9)_"/usr/irissys/mgr/irislib"
^%App.Cmd("mgr","2020-03-22","2020-03-22_17:27:03",2)="176"_$c(9)_"/usr/irissys/mgr/enslib"
^%App.Cmd("mgr","2020-03-22","2020-03-22_17:27:03",3)="100"_$c(9)_"/usr/irissys/mgr/IRIS.WIJ"
^%App.Cmd("mgr","2020-03-22","2020-03-22_17:27:03",4)="97"_$c(9)_"/usr/irissys/mgr/journal"
^%App.Cmd("mgr","2020-03-22","2020-03-22_17:27:03",5)="90"_$c(9)_"/usr/irissys/mgr/IRIS.DAT"
...

// do ##class(apptools.core.sys).RunTask("snmpwalk -v 1 server.ru -c public 1.3.6.1.4.1.16563.1.1.1.1.10","^%App.TaskLic","%SYSTEM.License:Counts","/tmp/")

To count in journal which globals as modifierade for a specific date

%SYS>do ##class(apptools.core.files).OneDayJournalCount("/usr/irissys/mgr/journal/"_$tr($zd($h,3),"-"),"^tmpJRN")

/usr/irissys/mgr/journal/20200322.001
Processed /usr/irissys/mgr/journal/20200322.001% 2 written in ^tmpJRN

/usr/irissys/mgr/journal/20200322.002
Processed /usr/irissys/mgr/journal/20200322.002% 2 written in ^tmpJRN

/usr/irissys/mgr/journal/20200322.003

%SYS>zw ^tmpJRN
^tmpJRN=""
^tmpJRN("IRIS",20200322,16,"/opt/irisapp/data/","KILL","^ROUTINE","Counts")=1
^tmpJRN("IRIS",20200322,16,"/opt/irisapp/data/","KILL","^ROUTINE","NewValue")=0
^tmpJRN("IRIS",20200322,16,"/opt/irisapp/data/","KILL","^ROUTINE","OldValue")=0

Export to report CSV file

%SYS>do ##class(apptools.core.files).Export2CSV("/tmp/JrnCount*.csv","^tmpJRN")

Written to the file /tmp/JrnCount20200322173446.csv

The module for converting query results to a xlsx file based on the python openpyxl library is included.

zn "user"
USER>do ##class(apptools.python.xlsx).sql2xlsx("select * from apptools_core.Log order by id desc","n,,,,,n,,,,d","/tmp/sample-py.xlsx")

Group product management in various namespaces

Initialize interoperability and create a new test product (thanks Dias) in IRISAPP.

IRISAPP>do ##class(apptools.core.Production).CreateProduction("IRISAPP", "Test.TestProd", "Ens.MonitorService,Ens.Alerting.AlertManager,Ens.Activity.Operation.REST")

IRISAPP>do ##class(Ens.Director).StartProduction("Test.TestProd")

Initialize interoperability and create a new test product in USER.

zn "user"
USER>do ##class(apptools.core.Production).CreateProduction("USER", "Test.TestProd2", "Ens.MonitorService,Ens.Alerting.AlertManager,Ens.Activity.Operation.REST")

IRISAPP>do ##class(Ens.Director).StartProduction("Test.TestProd2")

When you administer more than 2 products, the scheduled server restart turns into a monotonous routine operation of manually stopping each product. To automate this, a set of utilities is used.

Preserve statuse and stop products in all namespace.

IRISAPP>do ##class(apptools.core.Production).SaveAndStop()

All products are stopped, you can restart the server. After starting the DBMS, you can start all the products that were launched before.

IRISAPP>do ##class(apptools.core.Production).StartAll()

Get a class description, optionally with a superclass

IRISAPP>do ##class(apptools.core.LogInfoPane).GetClassDef("Test.TestProd2","",.def,1)

IRISAPP>zw def
def("ClassName","Ens.Production")=""
def("ClassName","Ens.Production","super") = "%RegisteredObject,Ens.Settings"
def("ClassName","Ens.Settings")=""
def("ClassName","Test.TestProd2") = ""
def("ClassName","Test.TestProd2","super") = "Ens.Production"
def("Methods","ApplySettings","Description") = "Apply multiple settings to a"
...

Create html format documentation in the form of tables for all products, including BS. BP BO and all classes that they meet

IRISAPP>do ##class(apptools.core.Production).GenDoc("/usr/irissys/csp/user/gen-doc.html")

All other features of the interface part of the software solution can be found in the document or in an article of a Russian resource