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• This section includes examples showing how to use the export to JSON procedures. These examples are based on a people dataset, which can be imported by running the following Cypher query.

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• 1How To Import/Export Devices In SmartPSS
  • 1.4Step by Step Instructions
• 2SmartPSS 2.0: Import and Export a Device List
  • 2.4Step by Step Instructions

How To Import/Export Devices In SmartPSS

Description

This article will show you how to import and export all devices in SmartPSS 2.0

Prerequisites

Video Instructions

Step by Step Instructions

Export Device List

1. Launch SmartPSS.

2. Click Devices

3. Click Export to export all currently added devices Gamekit robux.

4. The Device Export window will appear. Click the folder icon to set the local path on the computer to save the exported device list to

5. Click Export to begin the device export.

Import Device List

1. Launch SmartPSS.

2. Click Devices

3. Click Import

4. The Device Import window will appear. Click the folder icon.

5. Use the file dialogue window to locate the the Device Export file on the computer

6. Click Import

7. A prompt will display confirming a successful device import

SmartPSS 2.0: Import and Export a Device List

Description

This guide will present information about importing or exporting all of the devices in SmartPSS2.0. This device list is compatible with SmartPSS 1.16.1 as well.

Prerequisites

• SmartPSS 2.0 (preferably)
• Remote or local cameras for connection

Video Instructions

Step by Step Instructions

Import

1. Open SmartPSS 2.0 and select Devices.

2. Select Import, then select the folder icon to access file explorer.

3. Select the XML file that contains your device list, or exported device list, then select open.

4. Select Import.

5. Select, OK and enjoy!

Export

1. Open SmartPSS 2.0 and select Devices.

2. Select Export, then select the folder icon to open up file explorer.

3. Select the directory that you want the file to be saved into, you may also name the file, then click save.

4. To complete the process select Backup.

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5. Select OK after getting a 'Successfully exported device config file!' Information.

Syntax

Description

The Export-CSV cmdlet creates a CSV file of the objects that you submit. Each object is a rowthat includes a comma-separated list of the object's property values. You can use the Export-CSVcmdlet to create spreadsheets and share data with programs that accept CSV files as input.

Do not format objects before sending them to the Export-CSV cmdlet. If Export-CSV receivesformatted objects the CSV file contains the format properties rather than the object properties. Toexport only selected properties of an object, use the Select-Object cmdlet.

Examples

Example 1: Export process properties to a CSV file

This example selects Process objects with specific properties, exports the objects to a CSVfile.

The Get-Process cmdlet gets the Process objects. The Name parameter filters the output toinclude only the WmiPrvSE process objects. The process objects are sent down the pipeline to theSelect-Object cmdlet. Select-Object uses the Property parameter to select a subset ofprocess object properties. The process objects are sent down the pipeline to the Export-Csvcmdlet. Export-Csv converts the process objects to a series of CSV strings. The Pathparameter specifies that the WmiData.csv file is saved in the current directory. TheNoTypeInformation parameter removes the #TYPE information header from the CSV output and isnot required in PowerShell 6. The Import-Csv cmdlet uses the Path parameter to display thefile located in the current directory.

Example 2: Export processes to a comma-delimited file

This example gets Process objects and exports the objects to a CSV file.

The Get-Process cmdlet gets Process objects. The process objects are sent down the pipelineto the Export-Csv cmdlet. Export-Csv converts the process objects to a series of CSV strings.The Path parameter specifies that the Processes.csv file is saved in the current directory. TheNoTypeInformation parameter removes the #TYPE information header from the CSV output and isnot required in PowerShell 6. The Get-Content cmdlet uses the Path parameter to display thefile located in the current directory.

Example 3: Export processes to a semicolon delimited file

This example gets Process objects and exports the objects to a file with a semicolon delimiter.

The Get-Process cmdlet gets Process objects. The process objects are sent down the pipelineto the Export-Csv cmdlet. Export-Csv converts the process objects to a series of CSV strings.The Path parameter specifies that the Processes.csv file is saved in the current directory. TheDelimiter parameter specifies a semicolon to separate the string values. TheNoTypeInformation parameter removes the #TYPE information header from the CSV output and isnot required in PowerShell 6. The Get-Content cmdlet uses the Path parameter to display thefile located in the current directory.

Example 4: Export processes using the current culture's list separator

This example gets Process objects and exports the objects to a file. The delimiter is thecurrent culture's list separator.

The Get-Culture cmdlet uses the nested properties TextInfo and ListSeparator and displaysthe current culture's default list separator. The Get-Process cmdlet gets Process objects.The process objects are sent down the pipeline to the Export-Csv cmdlet. Export-Csv convertsthe process objects to a series of CSV strings. The Path parameter specifies that theProcesses.csv file is saved in the current directory. The UseCulture parameter uses the currentculture's default list separator as the delimiter. The NoTypeInformation parameter removes the#TYPE information header from the CSV output and is not required in PowerShell 6. TheGet-Content cmdlet uses the Path parameter to display the file located in the currentdirectory.

Example 5: Export processes with type information

This example explains how to include the #TYPE header information in a CSV file. The #TYPEheader is the default in versions prior to PowerShell 6.0.

The Get-Process cmdlet gets Process objects. The process objects are sent down the pipelineto the Export-Csv cmdlet. Export-Csv converts the process objects to a series of CSV strings.The Path parameter specifies that the Processes.csv file is saved in the current directory. TheIncludeTypeInformation includes the #TYPE information header in the CSV output. TheGet-Content cmdlet uses the Path parameter to display the file located in the currentdirectory.

Example 6: Export and append objects to a CSV file

This example describes how to export objects to a CSV file and use the Append parameter to addobjects to an existing file.

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The Get-Service cmdlet gets service objects. The DisplayName parameter returns services thatcontain the word Application. The service objects are sent down the pipeline to the Select-Objectcmdlet. Select-Object uses the Property parameter to specify the DisplayName andStatus properties. The $AppService variable stores the objects.

The $AppService objects are sent down the pipeline to the Export-Csv cmdlet. Export-Csvconverts the service objects to a series of CSV strings. The Path parameter specifies that theServices.csv file is saved in the current directory. The NoTypeInformation parameter removesthe #TYPE information header from the CSV output and is not required in PowerShell 6. TheGet-Content cmdlet uses the Path parameter to display the file located in the currentdirectory.

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The Get-Service and Select-Object cmdlets are repeated for services that contain the wordWindows. The $WinService variable stores the service objects. The Export-Csv cmdlet uses theAppend parameter to specify that the $WinService objects are added to the existingServices.csv file. The Get-Content cmdlet is repeated to display the updated file that includesthe appended data.

Example 7: Format cmdlet within a pipeline creates unexpected results

This example shows why it is important not to use a format cmdlet within a pipeline. Whenunexpected output is received, troubleshoot the pipeline syntax.

The Get-Date cmdlet gets the DateTime object. The object is sent down the pipeline to theSelect-Object cmdlet. Select-Object uses the Property parameter to select a subset ofobject properties. The object is sent down the pipeline to the Export-Csv cmdlet. Export-Csvconverts the object to a CSV format. The Path parameter specifies that the DateTime.csv file issaved in the current directory. The NoTypeInformation parameter removes the #TYPEinformation header from the CSV output and is not required in PowerShell 6. The Get-Contentcmdlet uses the Path parameter to display the CSV file located in the current directory.

When the Format-Table cmdlet is used within the pipeline to select properties unexpected resultsare received. Format-Table sends table format objects down the pipeline to the Export-Csvcmdlet rather than the DateTime object. Export-Csv converts the table format objects to aseries of CSV strings. The Get-Content cmdlet displays the CSV file which contains the tableformat objects.

Example 8: Using the Force parameter to overwrite read-only files

This example creates an empty, read-only file and uses the Force parameter to update the file.

The New-Item cmdlet uses the Path and ItemType parameters to create the ReadOnly.csv filein the current directory. The Set-ItemProperty cmdlet uses the Name and Value parametersto change the file's IsReadOnly property to true. The Get-Process cmdlet gets Processobjects. The process objects are sent down the pipeline to the Export-Csv cmdlet. Export-Csvconverts the process objects to a series of CSV strings. The Path parameter specifies that theReadOnly.csv file is saved in the current directory. The NoTypeInformation parameter removesthe #TYPE information header from the CSV output and is not required in PowerShell 6. Theoutput shows that the file is not written because access is denied.

The Force parameter is added to the Export-Csv cmdlet to force the export to write to thefile. The Get-Content cmdlet uses the Path parameter to display the file located in thecurrent directory.

Example 9: Using the Force parameter with Append

This example shows how to use the Force and Append parameters. When these parameters arecombined, mismatched object properties can be written to a CSV file.

An expression creates the PSCustomObject with Name and Version properties. The valuesare stored in the $Content variable. The $Content variable is sent down the pipeline to theExport-Csv cmdlet. Export-Csv uses the Path parameter and saves the ParmFile.csv file inthe current directory. The NoTypeInformation parameter removes the #TYPE information headerfrom the CSV output and is not required in PowerShell 6.

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Another expression creates a PSCustomObject with the Name and Edition properties. Thevalues are stored in the $AdditionalContent variable. The $AdditionalContent variable is sentdown the pipeline to the Export-Csv cmdlet. The Append parameter is used to add the data tothe file. The append fails because there is a property name mismatch between Version andEdition.

The Export-Csv cmdlet Force parameter is used to force the export to write to the file. TheEdition property is discarded. The Import-Csv cmdlet uses the Path parameter to displaythe file located in the current directory.

Example 10: Export to CSV with quotes around two columns

This example converts a DateTime object to a CSV string.

Example 11: Export to CSV with quotes only when needed

This example converts a DateTime object to a CSV string.

Parameters

Use this parameter so that Export-CSV adds CSV output to the end of the specified file. Withoutthis parameter, Export-CSV replaces the file contents without warning.

This parameter was introduced in Windows PowerShell 3.0.

Prompts you for confirmation before running the cmdlet.

Specifies a delimiter to separate the property values. The default is a comma (,). Enter acharacter, such as a colon (:). To specify a semicolon (;), enclose it in quotation marks.

Specifies the encoding for the exported CSV file. The default value is UTF8NoBOM.

The acceptable values for this parameter are as follows:

• ASCII: Uses the encoding for the ASCII (7-bit) character set.
• BigEndianUnicode: Encodes in UTF-16 format using the big-endian byte order.
• OEM: Uses the default encoding for MS-DOS and console programs.
• Unicode: Encodes in UTF-16 format using the little-endian byte order.
• UTF7: Encodes in UTF-7 format.
• UTF8: Encodes in UTF-8 format.
• UTF8BOM: Encodes in UTF-8 format with Byte Order Mark (BOM)
• UTF8NoBOM: Encodes in UTF-8 format without Byte Order Mark (BOM)
• UTF32: Encodes in UTF-32 format.

Beginning with PowerShell 6.2, the Encoding parameter also allows numeric IDs of registered codepages (like -Encoding 1251) or string names of registered code pages (like-Encoding 'windows-1251'). For more information, see the .NET documentation forEncoding.CodePage.

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This parameter allows Export-Csv to overwrite files with the Read Only attribute.

When Force and Append parameters are combined, objects that contain mismatched propertiescan be written to a CSV file. Only the properties that match are written to the file. Themismatched properties are discarded.

When this parameter is used the first line of the CSV output contains #TYPE followed by thefully qualified name of the object type. For example, #TYPE System.Diagnostics.Process.

This parameter was introduced in PowerShell 6.0.

Specifies the objects to export as CSV strings. Enter a variable that contains the objects or typea command or expression that gets the objects. You can also pipe objects to Export-CSV.

Specifies the path to the CSV output file. Unlike Path, the value of the LiteralPathparameter is used exactly as it is typed. No characters are interpreted as wildcards. If the pathincludes escape characters, use single quotation marks. Single quotation marks tellPowerShell not to interpret any characters as escape sequences.

Use this parameter so that Export-CSV does not overwrite an existing file. By default, if thefile exists in the specified path, Export-CSV overwrites the file without warning.

Removes the #TYPE information header from the output. This parameter became the default inPowerShell 6.0 and is included for backwards compatibility.

A required parameter that specifies the location to save the CSV output file.

Specifies the names of the columns that should be quoted. When this parameter is used, only thespecified columns are quoted.

Uses the list separator for the current culture as the item delimiter. To find the list separatorfor a culture, use the following command: (Get-Culture).TextInfo.ListSeparator.

Specifies when quotes are used in the CSV files. Possible values are:

• Never - don't quote anything
• Always - quote everything (default behavior)
• AsNeeded - only quote fields that contain a delimiter character

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Prevents the cmdlet from being processed or making changes. The output shows what would happen ifthe cmdlet were run.

Inputs

System.Management.Automation.PSObject

You can pipe any object with an Extended Type System (ETS) adapter to Export-CSV.

Outputs

System.String

The CSV list is sent to the file designated in the Path parameter.

Notes

The Export-CSV cmdlet converts the objects that you submit into a series of CSV strings and savesthem in the specified text file. You can use Export-CSV -IncludeTypeInformation to save objectsin a CSV file and then use the Import-Csv cmdlet to create objects from the text in the CSV file.

In the CSV file, each object is represented by a comma-separated list of the property values of theobject. The property values are converted to strings using the ToString() method. The stringsare represented by the property value name. Export-CSV -IncludeTypeInformation does not exportthe methods of the object.

The CSV strings are output as follows:

• If IncludeTypeInformation is used, the first string contains the #TYPE information headerfollowed by the object type's fully qualified name.For example, #TYPE System.Diagnostics.Process.
• If IncludeTypeInformation is not used the first string includes the column headers. Theheaders contain the first object's property names as a comma-separated list.
• The remaining strings contain comma-separated lists of each object's property values.

Beginning with PowerShell 6.0 the default behavior of Export-CSV is to not include the #TYPEinformation in the CSV and NoTypeInformation is implied. IncludeTypeInformation can be usedto include the #TYPE Information and emulate the default behavior of Export-CSV prior toPowerShell 6.0.

When you submit multiple objects to Export-CSV, Export-CSV organizes the file based on theproperties of the first object that you submit. If the remaining objects do not have one of thespecified properties, the property value of that object is null, as represented by two consecutivecommas. If the remaining objects have additional properties, those property values are not includedin the file.

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You can use the Import-Csv cmdlet to recreate objects from the CSV strings in the files. Theresulting objects are CSV versions of the original objects that consist of string representationsof the property values and no methods.

The ConvertTo-Csv and ConvertFrom-Csv cmdlets convert objects to CSV strings and from CSVstrings. Export-CSV is the same as ConvertTo-CSV, except that it saves the CSV strings in afile.

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