Драйвер microsoft excel driver xls

Select * from MyNamedRange

Select * from [MyWorksheet$]

Select * from [MyWorksheet$C3:M8]

Select * from [NameOfExcelSheet$C3:M]

«Driver={Microsoft Access Driver (*.mdb, *.accdb)};DBQ= MyPath/MyFile«

«Driver={Microsoft Excel Driver (*.xls, *.xlsx, *.xlsm, *.xlsb)};DBQ=MyPath/MyFile«

«Driver={Microsoft Access dBASE Driver {*.dbf, *.ndx, *.mdx)};DBQ=MyPath/MyFile«

«Driver={Microsoft Access Text Driver {*.txt, *.csv);DBQ=MyPath«

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set-psdebug -strict

$ErrorActionPreference = «stop»

$ExcelFilePath=‘MyPathpubs.xlsx’ #the full path of the excel workbook

if (!(Test-Path $ExcelFilePath))

{

Write-Error «Can’t find ‘$($ExcelFilePath)’. Sorry, can’t proceed because of this»

exit

}

try {

$Connection = New-Object system.data.odbc.odbcconnection

$Connection.ConnectionString = ‘Driver={Microsoft Excel Driver (*.xls, *.xlsx, *.xlsm, *.xlsb)};DBQ=’+$ExcelFilePath+‘; Extended Properties=»Mode=ReadWrite;ReadOnly=false; HDR=YES»‘

$Connection.Open()

}

catch

{

$ex = $_.Exception

Write-Error «whilst opening connection to $ExcelFilePath : Sorry, can’t proceed because of this»

exit

}

try {

$Query = New-Object system.data.odbc.odbccommand

$Query.Connection = $connection

$Query.CommandText = @’

SELECT title, SUM(qty) AS sales,

COUNT(*) AS orders

FROM [titles$] t

INNER JOIN [sales$] s ON t.title_id=s.title_id

WHERE title like ‘%?’

GROUP BY title

ORDER BY SUM(qty) DESC

‘@

$Reader = $Query.ExecuteReader([System.Data.CommandBehavior]::SequentialAccess) #get the datareader and just get the result in one gulp

}

catch

{

$ex = $_.Exception

Write-Error «whilst executing the query ‘$($Query.CommandText)’ $ex.Message Sorry, but we can’t proceed because of this!»

$Reader.Close()

$Connection.Close()

Exit;

}

Try

{

$Counter = $Reader.FieldCount #get it just once

$result=@() #initialise the empty array of rows

while ($Reader.Read()) {

$Tuple = New-Object -TypeName ‘System.Management.Automation.PSObject’

foreach ($i in (0..($Counter — 1))) {

Add-Member `

-InputObject $Tuple `

-MemberType NoteProperty `

-Name $Reader.GetName($i) `

-Value $Reader.GetValue($i).ToString()

}

$Result+=$Tuple

}

$result | Format-Table

}

catch

{

$ex = $_.Exceptio

Write-Error «whilst reading the data from the datatable. $ex.Message»

}

$Reader.Close()

$Connection.Close()

SELECT logo, pr_info, pub_name, city, state, country

FROM [pub_info$] pif INNER JOIN [publishers$] p

ON p.pub_id=pif.pub_id

SELECT  title, stor_id, ord_num, qty,ord_date

FROM [titles$] t LEFT OUTER JOIN  [sales$] s

ON t.title_id=s.title_id

SELECT  fname+‘ ‘+ minit+‘ ‘+lname AS name, job_desc

FROM [jobs$] d

INNER JOIN  [employee$] e

ON d.job_id=e.job_id

SELECT COUNT(*) FROM [sales$] GROUP BY stor_ID

SELECT  title, SUM(qty) AS sales,

COUNT(*) AS orders

FROM [titles$] t

INNER JOIN  [sales$] s ON t.title_id=s.title_id

WHERE title like ‘%?’

GROUP BY title

ORDER BY SUM(qty) DESC

SELECT  title, left(notes,20)+‘…’ as [note] FROM [titles$]

SELECT  au_fname FROM [authors$] UNION ALL SELECT lname FROM [employee$]

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$ExcelFilePath=‘MyPathNew.xlsx’ #the full path of the excel workbook

$Header= $true # we want your first row to be column headers

try {

$Connection = New-Object system.data.odbc.odbcconnection

$TheConnectionString = ‘Driver={Microsoft Excel Driver (*.xls, *.xlsx, *.xlsm, *.xlsb)};DBQ=’+$ExcelFilePath+‘;Mode=ReadWrite;ReadOnly=false;Extended Properties=»HDR=’+«$(if ($Header){‘YES’}else{‘NO’})»+‘»‘

$Connection.ConnectionString=$TheConnectionString

$Connection.Open()

}

catch

{

$ex = $_.Exception

Write-Error «whilst opening connection to $ExcelFilePath using ‘$($TheConnectionString)’ : $ex.Message»

}

$Mycommand=$connection.CreateCommand()

$MyCommand.CommandText=«create table MyTable (MyColumn varchar, MyOtherColumn varchar)»

if ($Mycommand.ExecuteNonQuery() -eq -1)

{

$MyCommand.CommandText=«insert into MyTable (MyColumn, MyOtherColumn) select ‘myfirstRowCol’,’myFirstRowCol2′»

$rows=$Mycommand.ExecuteNonQuery()

«$rows rows inserted into worksheet MyTable»

}

$connection.Close()

$Datatypes=$connection.GetSchema(‘DATATYPES’).TypeName

$tables=$connection.GetSchema(‘TABLES’).Table_Name

$connection.GetSchema(‘TABLES’)

$connection.GetSchema(‘DATATYPES’)

$connection.GetSchema(‘DataSourceInformation’)

$connection.GetSchema(‘Restrictions’)

$connection.GetSchema(‘ReservedWords’)

$connection.GetSchema(‘Columns’)

$connection.GetSchema(‘Indexes’)

$connection.GetSchema(‘Views’)

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$ExcelFilePath=‘C:UsersAdministratorDocumentsPOSHScriptsPubs.xlsx’ #the full path of the excel workbook

$Header= $true # true if you want your first row to be read as column headers

if (!(Test-Path $ExcelFilePath))

{

Write-Error «Can’t find ‘$($ExcelFilePath)’.  Sorry, can’t proceed because of this»

exit

}

try {

$Connection = New-Object system.data.odbc.odbcconnection

$TheConnectionString = ‘Driver={Microsoft Excel Driver (*.xls, *.xlsx, *.xlsm, *.xlsb)};DBQ=’+$ExcelFilePath+‘;Mode=ReadWrite;ReadOnly=false;Extended Properties=»HDR=’+«$(if ($Header){‘YES’}else{‘NO’})»+‘»‘

$Connection.ConnectionString=$TheConnectionString

$Connection.Open()

}

catch

{

$ex = $_.Exception

Write-Error «whilst opening connection to  $ExcelFilePath using ‘$($TheConnectionString)’ : $ex.Message»

}

$Mycommand=$connection.CreateCommand()

$MyCommand.CommandText=@»

  CREATE TABLE people

    (Person varchar)

«@

if ($Mycommand.ExecuteNonQuery() -eq -1)

{$MyCommand.CommandText=@»

    INSERT into [people$](person)

       SELECT lname FROM [employee$]

«@

$rows=$Mycommand.ExecuteNonQuery()

$MyCommand.CommandText=@»

    INSERT into [people$](person)

       SELECT  au_fname FROM [authors$]

«@

$rows=$rows+$Mycommand.ExecuteNonQuery()

}

«$rows rows inserted into table»

$connection.Close()

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set-psdebug -strict

$ErrorActionPreference = «stop»

$ExcelFilePath = ‘MyPathCambridgeWeatherData.xlsx’ #the full path of the excel workbook

$Worksheet = ‘cambridgedata’ #this is the actual worksheet where the data is

$DataRange = » #e.g. ‘A2:M33’  this is the range of the cells that make up the table. leave blank to read the whole worksheet

# leave out the second row number to read all rows from the column range

$Header = $true # true if you want your first row to be read as column headers

# If you aren’t reading columns they are labelled F1..n. You can easily specify them

#$ColumnNames=»’2011» as year,[F1] as Day’

$ColumnNames = ‘*’

#If you dont have fieldnames in the header of your worksheet, you can specify $Header= $false and use F1..Fn instead.

$DestinationTable = ‘CambridgeClimateData’ #the name of the SQL Server table where you want to put the data

$Destinationinstance = ‘MyInstance’ #the name of the server or instance

$Destinationdatabase = ‘MyDataBase’ #the name of the datatabase where you want to put the data

$DestinationWindowsSecurity = $true #or $False if you aren’t using Windows security

$DestinationUserID = » #the name of the SQL Server user if not integrated security

$DeleteContentsOfTableBeforeCopy = $false

$PrecisionForNumericData = 1

if (!(Test-Path $ExcelFilePath))

{

    Write-Error «Can’t find ‘$($ExcelFilePath)’.  Sorry, can’t proceed because of this»

    exit

}

try

{

    $Connection = New-Object system.data.odbc.odbcconnection

    $TheConnectionString = ‘Driver={Microsoft Excel Driver (*.xls, *.xlsx, *.xlsm, *.xlsb)};DBQ=’ + $ExcelFilePath + ‘; Extended Properties=»READONLY=TRUE; HDR=’ + «$(if ($Header) { ‘YES’ }

        else { ‘NO’ })» + ‘»‘

    $Connection.ConnectionString = $TheConnectionString

    $Connection.Open()

}

catch

{

    $ex = $_.Exception

    Write-Error «whilst opening connection to  $ExcelFilePath using ‘$($TheConnectionString)’ :  $($ex.Message). Sorry, can’t proceed because of this»

    exit

}

# get the types via $Connection.GetSchema(‘DataTypes’)|select TypeName, DataType,SQLType

try

{

    $Query = New-Object system.data.odbc.odbccommand

    $Query.Connection = $connection

    $Query.CommandText = ‘Select’ + $columnNames + ‘ from [‘ + $Worksheet + ‘$’ + $DataRange + ‘]’

    $Reader = $Query.ExecuteReader([System.Data.CommandBehavior]::SequentialAccess) #get the datareader and just get the result in one gulp

}

catch

{

    $ex = $_.Exception

    Write-Error «whilst making the query ‘$($Query.CommandText)’ $ex.Message Sorry, but we can’t proceed because of this!»

    Exit;

}

$columns = $reader.GetSchemaTable() | select columnName, datatype

if ($DeleteContentsOfTableBeforeCopy) { $deletionScript = «ELSE DELETE from $DestinationTable « }

else { $deletionScript = » }

$CreateScript =@»

IF NOT EXISTS

(select TABLE_NAME from information_schema.tables

    where TABLE_NAME like ‘$DestinationTable’)

CREATE TABLE $DestinationTable (

«@

$CreateScript += $columns | foreach-object{ $datatype = «$($_.dataType)»; «`n`t[$($_.columnName.Trim())]  $(switch ($dataType) { ‘double'{ «numeric(18,$PrecisionForNumericData)» } ‘boolean'{ ‘int’ } ‘decimal'{ ‘Money’ } ‘datetime'{ ‘DateTime’ }

            default { ‘NVARCHAR(MAX)’ } }),» }

$CreateScript = $CreateScript.Substring(0, $CreateScript.Length — 1) + «`n`t)`n $deletionScript»

$DestinationConnectionString = «Data Source=$Destinationinstance;Initial Catalog=$Destinationdatabase;$(

    if ($DestinationWindowsSecurity) { ‘integrated security=true’ }

    else { ‘User Id=’ + $DestinationUserID + ‘;Password=’ + «$(((Get-Credential $DestinationUserID).GetNetworkCredential()).Password)» + ‘;integrated security=false’ }

)»

try

{

    #test to see if the table is there. If it isn’t, then create it. If it is, then delete the contents

    $SqlCommand = new-object (‘Data.SqlClient.SqlCommand’) $CreateScript, $DestinationConnectionString;

    $SqlCommand.Connection.Open();

    $handler = [System.Data.SqlClient.SqlInfoMessageEventHandler] { param ($sender,

            $event) Write-Host «Message: $($event.Message)» };

    $SqlCommand.Connection.add_InfoMessage($handler);

    $success = $SqlCommand.ExecuteNonQuery();

    #now squirt the data in using the bulk copy library.

    $bulkCopy = new-object («Data.SqlClient.SqlBulkCopy») $DestinationConnectionString

    $bulkCopy.DestinationTableName = $DestinationTable

    $bulkCopy.BatchSize = 5000 #The number of rows in each batch sent to the server

    $bulkcopy.NotifyAfter = 200 #The number of rows to copy before firing a notification

    $bulkCopy.BulkCopyTimeout = 0 #the number of seconds before a time-out

    $objectEvent = Register-ObjectEvent $bulkcopy SqlRowsCopied -Action { write-host «Copied $($eventArgs.RowsCopied) rows « }

    $bulkCopy.WriteToServer($reader) #copy all rows to the server

}

catch

{

    $ex = $_.Exception

    Write-Error «Whilst doing the bulk copy ‘$($Query.CommandText)’ $ex.Message Sorry, but we can’t proceed because of this!»

}

$Reader.Close()

$SqlCommand.Connection.Close()

$Connection.Close()

$ExcelFilePath=‘MyPathhosp-epis-stat-admi-tot-ops-11-12-tab.xlsx’ #the full path of the excel workbook

$Worksheet=‘Total procedures’ #this is the actual worksheet where the data is

$DataRange=  ‘A16:J1509’  #e.g. ‘A2:M33’  this is the range of the cells that make up the table. leave blank to read the whole worksheet

$DestinationTable=‘Hosp’ # or whatever you want. The name of the SQL Server table where you want to put the data

$PrecisionForNumericData=0

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set-psdebug -strict

$ErrorActionPreference = «stop»

$Sourceinstance = ‘MyServerOrInstance’ #the name of the server or instance

$Sourcedatabase = ‘AdventureWorks’ #the name of the datatabase where you want to get the data

#here is where we put the SQL command to get the result from the database

$SelectStatementForDatabase =@»

SELECT ProductNumber, p.Name AS ProductName, color,  SafetyStockLevel, ReorderPoint, StandardCost, ListPrice,

NonDiscountSales = (OrderQty * UnitPrice), Discounts = ((OrderQty * UnitPrice) * UnitPriceDiscount)

FROM Production.Product AS p

INNER JOIN Sales.SalesOrderDetail AS sod

ON p.ProductID = sod.ProductID

where ((OrderQty * UnitPrice) * UnitPriceDiscount)>0

ORDER BY ProductName DESC;

«@

$SourceWindowsSecurity = $false #or $True if you are using Windows security

$SourceUserID = ‘SA’ #the name of the SQL Server user if not integrated security

$DestinationTable = ‘ProductWithDiscounts’

$DestinationExcelFilePath = ‘MyPathMyName.xls’ #the full path of the excel workbook

$DestinationHeader = $true # true if you want your first row to be read as column headers

#firstly, we create a connection string ‘on the fly’

#connect to the datanbase

#…and get the DataReader object

$SourceConnectionString = «Data Source=$Sourceinstance;Initial Catalog=$Sourcedatabase;$(

    if ($SourceWindowsSecurity) { ‘integrated security=true’ }

    else { ‘User Id=’ + $SourceUserID + ‘;Password=’ + «$(((Get-Credential $SourceUserID).GetNetworkCredential()).Password)» + ‘;integrated security=false’ })»

try

{

    #here we open a connection to the SQL Server source database

    $SqlCommand = new-object (‘Data.SqlClient.SqlCommand’)  $SelectStatementForDatabase, $SourceConnectionString;

    $SqlCommand.Connection.Open(); #we open the connection

    $handler = [System.Data.SqlClient.SqlInfoMessageEventHandler] {

        param ($sender,

            $event) Write-Host «Message: $($event.Message)»

    };

    $SqlCommand.Connection.add_InfoMessage($handler);

    $Reader = $SqlCommand.ExecuteReader([System.Data.CommandBehavior]::SequentialAccess) #get the datareader and just get the result in one gulp

}

catch

{

    $ex = $_.Exception

    Write-Error «whilst getting data from  $Sourceinstance  $Sourcedatabase ‘ : $ex.Message»

    exit

}

# excel has only the LOGICAL,CURRENCY,NUMBER,VARCHAR,DATETIME datatypes

# according to $connection.GetSchema(‘DATATYPES’).TypeName

# lets work out what the Excel datatype would be…

$columns = $reader.GetSchemaTable() | select columnName, datatype, @{

    name = ‘ExcelDatatype’; expression = {

        switch ($_.datatype)

        { { @(‘float’, ‘decimal’, ‘Numeric’) -contains $_ } { ‘Number’ } ‘bit’ { ‘logical’ } ‘int16’{ ‘Int’ } { @(‘smallmoney’, ‘money’) -contains $_ } { ‘currency’ } ‘DateTime’{ ‘datetime’ }

            default { ‘VarChar’ }

        }

    }

}

# now we need to create an equivalent worksheet in the Workbook.

#If there is no workbook, it will create it

$CreateScript =@»

CREATE TABLE $DestinationTable (

«@

$CreateScript += $columns | foreach-object{ «`n`t$($_.ColumnName.Trim())  $($_.ExcelDataType),» }

$CreateScript = $CreateScript.Substring(0, $CreateScript.Length — 1) + «`n`t)»

# and make a columnlist for the insert statement.

$columnList = ‘[‘ + $columns[0].ColumnName + ‘]’

for ($ii = 1; $ii -le $columns.Length — 1; $ii++) { $params += ‘,?’; $columnList += ‘ ,[‘ + $columns[$ii].ColumnName + ‘]’ }

try

{

    #to open the destination workbook or create it if not exist

    $Connection = New-Object system.data.odbc.odbcconnection

    $TheConnectionString = ‘Driver={Microsoft Excel Driver (*.xls, *.xlsx, *.xlsm, *.xlsb)};DBQ=’ + $DestinationExcelFilePath + ‘;Mode=ReadWrite;ReadOnly=false;Extended Properties=»HDR=’ + «$(if ($DestinationHeader) { ‘YES’ }

        else { ‘NO’ })» + ‘»‘

    $Connection.ConnectionString = $TheConnectionString

    $Connection.Open()

    $insertionCommand = $Connection.CreateCommand()

}

catch

{

    $ex = $_.Exception

    Write-Error «whilst opening connection to  $DestinationExcelFilePath using ‘$($TheConnectionString)’ : $ex.Message»

    exit

}

try

{

    #if the table doesn’t exist we create it.

    $CreateTableCommand = $Connection.CreateCommand()

    $CreateTableCommand.CommandText = $CreateScript

    if ($connection.GetSchema(‘TABLES’).Table_Name -notcontains $DestinationTable)

    { if ($CreateTableCommand.ExecuteNonQuery() -eq -1) { write-host «created table (worksheet) $DestinationTable» } }

}

catch

{

    $ex = $_.Exception

    Write-Error «couldn’t create table with command $CreateScript : $ex.Message»

    exit

}

$rows = 0

try

{

    #now we create each insert statement on the fly! Developers look away, please

    while ($Reader.Read())

    {

        $insertcommand = «INSERT INTO [$destinationTable» + ‘$] (‘ + «$columnList) VALUES(«

        for ($i = 0; $i -lt $Reader.FieldCount; $i++)

        {

            $insertcommand += «$(if ($i -eq 0) { » }

                else { ‘,’ }) $(if ($columns[$i].ExcelDataType -eq ‘VarChar’) { «‘$($reader.GetValue($i) -replace «‘«, «»«)'» }

                else { «$($reader.GetValue($i))» }) «

        }

        $insertioncommand.CommandText = $insertcommand + ‘)’

        $rows += $insertionCommand.ExecuteNonQuery()

    }

}

catch

{

    $ex = $_.Exception

    Write-Error «whilst writing to column $i of file  $DestinationExcelFilePath ‘ : $ex.Message»

}

#we report what we’ve done.

write-host «Wrote $rows rows of $($columns.count) columns to worksheet $destinationTable»

$Reader.Close()

$SqlCommand.Connection.Close()

$connection.Close()

#set the directory in which your database should go.  

$TextFilePath=‘MyPathToTheDirectoryTextAdventureWorks’ #the path to the database

$Connection.ConnectionString=‘Driver={Microsoft Access Text Driver (*.txt, *.csv)};DBQ=’+$TextFilePath+»

create table [Log#csv] (MyInteger int,TheDate date TheMessage char(125))

# You can list out the tables

$Connection.GetSchema(«tables»)|select table_name  

$Connection.GetSchema(«columns»)|select tableName, ColumnName, cardinalPosition

SELECT * into [gloves#csv]

FROM [Production_ProductModel#csv]

WHERE ProductModelID IN (3, 4)

 SELECT count(*) as [discounted]

 FROM [Production_Product#csv] AS p

 INNER JOIN [Sales_SalesOrderDetail#csv] AS sod

 ON p.ProductID = sod.ProductID

 where ((OrderQty * UnitPrice) * UnitPriceDiscount)>0

SELECT Name, ProductNumber, ListPrice AS Price

FROM [Production_Product#csv]

WHERE ProductLine = ‘R’

AND DaysToManufacture < 4

ORDER BY Name DESC

SELECT p1.ProductModelID

FROM [Production_Product#csv] AS p1

GROUP BY p1.ProductModelID

having p1.ProductModelID >100

SELECT p1.ProductModelID

FROM [Production_Product#csv] AS p1

GROUP BY p1.ProductModelID

HAVING MAX(p1.ListPrice) >= ALL

 (SELECT AVG(p2.ListPrice)

 FROM [Production_Product#csv] AS p2

 WHERE p1.ProductModelID = p2.ProductModelID)

SELECT top 50 SalesOrderID, SUM(LineTotal) AS SubTotal

FROM [Sales_SalesOrderDetail#csv]

GROUP BY SalesOrderID

ORDER BY SalesOrderID;

SELECT ProductModelID, Name

FROM [Production_ProductModel#csv]

WHERE ProductModelID IN (3, 4)

union all

SELECT ProductModelID, Name

FROM [Production_ProductModel#csv]

WHERE ProductModelID NOT IN (3, 4)