Xls Odbc Drivers For Mac

1. Odbc Manager For Mac
2. Xls Odbc Drivers For Mac Free

Now the hive ODBC driver can be installed in OS X 10.11, however, Excel 2016 for MAC still can not connect. My DSN was tested successfully with iodbctest, however, Excel failed to connect with error message 'IM003 iODBCDriver ManagerSpecified driver could not be loaded' and '00000 iODBCDriver Managerdlopen(/opt/hortonworks/hiveodbc/lib/universal/libhortonworkshiveodbc.dylib, 6): no suitable image found. Did find /opt/hortonworks/hiveodbc/lib/universal/libhortonworkshiveodbc.dylib: open failed with errno=1'. I ran into this same problem with Excel 2016 on El Capitan.

Simba Technologies allows you to easily connect any ODBC application to Salesforce on the Mac OS X. Today I will walk you through how to connect our Salesforce ODBC driver to Excel for Mac in 4 easy steps. For our following example, we will be using Mac OS X 10.11.2 (El Capitan) and Excel 2016. To import data into Excel for Mac from a database, you need an Open Database Connectivity (ODBC) driver installed on your Mac. Excel 2016 for Mac provides drivers to connect to SQL Server databases. By using this site you agree to the use of cookies for analytics, personalized content and ads.

Jiaxing Liang is right in that OS X's sandboxing is blocking access to libhortonworkshiveodbc.dylib. You can verify the same by launching /Applications/Utilities/Console and filtering on 'sandboxd'.

The Activity Monitor can also display if sandboxing is enabled. View - Columns - Sandbox. As a work around I copied the Hortonworks Hive ODBC driver from the default install location of /opt/hortonworks to /Library/ODBC/hortonworks. I then updated the odbc.ini and odbcinst.ini files to reference the new driver location. # Driver: The location where the ODBC driver is installed to. Driver= /Library/ODBC/hortonworks/hiveodbc/lib/universal/libhortonworkshiveodbc.dylib The ErrorMessagesPath in the hortonworks.hiveodbc.ini files was being blocked too so that needed updating as well. I'm having the same problem.

I followed the tutorial you linked, and the data source didn't show up in the Data Source Selection box until I moved the config files into /Library/ODBC. Once there, the data source appears as a system DSN. The data source test in iODBC Administrator reports 'The connection DSN was tested successfully, and can be used at this time', but when I test it under Excel I get the same error Sean Sun is getting. This is in an attempt to contact the sandbox. I'm using the same version of OS X and Excel he's using. Odbc.ini: ODBC # Specify any global ODBC configuration here such as ODBC tracing. ODBC Data Sources Sample Hortonworks Hive DSN=Hortonworks Hive ODBC Driver Sample Hortonworks Hive DSN # Description: DSN Description.

# This key is not necessary and is only to give a description of the data source. Description=Hortonworks Hive ODBC Driver DSN # Driver: The location where the ODBC driver is installed to. Driver=/opt/hortonworks/hiveodbc/lib/universal/libhortonworkshiveodbc.dylib # When using No Service Discovery, specify the IP address or host name of the Hive server. # When using ZooKeeper as the Service Discovery Mode, specify a comma-separated list of ZooKeeper # servers in the following format: #.

#HOST=192.168.56.101 HOST=localhost # The TCP port Hive server is listening. This is not required when using ZooKeeper as the service # discovery mode as the port is specified in the HOST connection attribute. PORT=10000 # The name of the database schema to use when a schema is not explicitly specified in a query. Schema=default # Set to 0 to when connecting directory to Hive Server 2 (No Service Discovery).

# Set to 1 to do Hive Server 2 service discovery using ZooKeeper. # Note service discovery is not support when using Hive Server 1. ServiceDiscoveryMode=0 # The namespace on ZooKeeper under which Hive Server 2 znodes are added. Required only when doing # HS2 service discovery with ZooKeeper (ServiceDiscoveryMode=1). ZKNamespace= # Set to 1 if you are connecting to Hive Server 1. Set to 2 if you are connecting to Hive Server 2. HiveServerType=2 # The authentication mechanism to use for the connection.

# Set to 0 for No Authentication # Set to 1 for Kerberos # Set to 2 for User Name # Set to 3 for User Name and Password # Note only No Authentication is supported when connecting to Hive Server 1. AuthMech=2 # The Thrift transport to use for the connection. #Set to 0 for Binary #Set to 1 for SASL #Set to 2 for HTTP # Note for Hive Server 1 only Binary can be used. ThriftTransport=1 # When this option is enabled (1), the driver does not transform the queries emitted by an # application, so the native query is used.

# When this option is disabled (0), the driver transforms the queries emitted by an application and # converts them into an equivalent from in HiveQL. UseNativeQuery=0 # Set the UID with the user name to use to access Hive when using AuthMech 2 to 8. UID=sandbox # The following is settings used when using Kerberos authentication (AuthMech 1 and 10) # The fully qualified host name part of the of the Hive Server 2 Kerberos service principal. # For example if the service principal name of you Hive Server 2 is: # # Then set KrbHostFQDN to KrbHostFQDN=Hive Server 2 Host FQDN # The service name part of the of the Hive Server 2 Kerberos service principal. # For example if the service principal name of you Hive Server 2 is: # # Then set KrbServiceName to hive KrbServiceName=Hive Server 2 Kerberos service name # The realm part of the of the Hive Server 2 Kerberos service principal. # For example if the service principal name of you Hive Server 2 is: # # Then set KrbRealm to KrbRealm=Hive Server 2 Kerberos realm # Set to 1 to enable SSL.

Set to 0 to disable. SSL=0 # Set to 1 to enable two-way SSL. Set to 0 to disable. You must enable SSL in order to # use two-way SSL. TwoWaySSL=0 # The file containing the client certificate in PEM format. This is required when using two-way SSL. ClientCert= # The client private key.

This is used for two-way SSL authentication. ClientPrivateKey= # The password for the client private key. Password is only required for password protected # client private key. ClientPrivateKeyPassword= odbcinst.ini: ODBC Drivers Hortonworks Hive ODBC Driver=Installed Hortonworks Hive ODBC Driver Description=Hortonworks Hive ODBC Driver Driver=/opt/hortonworks/hiveodbc/lib/universal/libhortonworkshiveodbc.dylib hortonworks.hiveodbc.ini: Driver ErrorMessagesPath=/opt/hortonworks/hiveodbc/ErrorMessages/ LogLevel=0 LogPath= SwapFilePath=/tmp. I tried testing this via isql and it worked: HW13382: srai$ isql 'Sample Hortonworks Hive DSN' +-+ Connected! sql-statement help tablename quit +-+ SQL show tables +- tabname +- sample07 sample08 testtable yahooorctable +- SQLRowCount returns -1 4 rows fetched SQL.

My version details: OSX El Capitan 10.11.3 root@sandbox # hadoop version Hadoop 2.7.1.2.4.0.0-169 Subversion git@github.com:hortonworks/hadoop.git -r 26104d8ac8473854f2eb Compiled by jenkins on 2016-02-10T06:18Z Compiled with protoc 2.5.0 From source with checksum cf48a4c63aaec76a714c1897e2ba8be6 This command was run using /usr/hdp/2.4.0.0-169/hadoop/hadoop-common-2.7.1.2.4.0.0-169.jar Dltest also returns successful.

Why Use ODBC? It is reasonably easy to insert data from Excel into SQL Server, or the reverse, from any other ODBC database to any other, using PowerShell. The most important direction is from Excel to SQL Server, of course. It is quicker than automating Excel and you can do it without requiring a copy of Excel. It is neater than SSIS too, and more versatile.

The most important thing, though, is that you can aggregate before you send the data. It is possible to do a lot of filtering and aggregation of data before it ever gets to SQL Server, since you can turn an existing Excel Workbook into a poor-man’s relational database, or even create one.

This article will aim to show how this is done. I always feel slightly awkward in talking about ODBC.

It is a Once and Future technology, developed before its time, but now showing its value for processing large volumes of data, despite its quirks, poor documentation and lackluster support. If you use the ODBC driver, then your Excel workbook becomes a little SQL-based relational database.

Worksheets, or areas within worksheets, become tables. There are some features missing, of course, but you can do joins between tables, filter rows to taste, do aggregations and some string manipulations. This means that you need pull far less data into SQL because you can do a lot of selection and pre-processing before the data gets anywhere near SQL server. If, for example, you only need the total, count, and variance of a day’s readings, then why on earth would you want to import more than those aggregated figures?

Even if you do, these aggregations, performed on the original data, can be used as a ‘reconciliation’ check that you’ve gulped all the data into their final destination without error. I also prefer to use ODBC and the sequential data reader to read data from Excel, or any other ODBC source, because it is fast; and I like to use the bulk copy library to insert ODBC ‘reader’ data into a SQL Server table because it is extremely fast, so we’ll use that. When you have a large number of big spreadsheets to insert as a chore, then speed matters. The ODBC Excel driver (ACE) ODBC was conceived as a way of making it as easy to connect to a particular datasource such a relational database, text file, data document (e.g. XML), web-based data or spreadsheet Currently, the state of the art in ODBC for Access and Excel is the Microsoft Access Database Engine 2010 Redistributable which. This includes the more popular OLEDB drivers which. These drivers enable you to access a range of data files via SQL as if they were a relational database.

Formats include Access, CSV, delimited, DBase and Excel For developing on a general-purpose 64-bit desktop computer, you’re likely to hit a very silly Microsoft muddle, since many of the common Office Add-ins did not run in the 64-bit Office environment. This advice has become baked-in ‘best practice’., as most of us are, then you need to use the 64-bit version of the drivers. If you only have the 32-bit Office on your machine, then it will already have the 32-bit drivers, which won’t be visible to 64-bit PowerShell, and won’t work. You can’t install the 64 bit drivers when you already have the 32-bit drivers and I don’t think you can get anything good to happen by uninstalling the 32-bit drivers. All three (or four if you include Visual Studio) must be 64 bit. I gather that one way out of this Catch 22 is to first install the 64-bit Office 2010 ODBC/OleDB drivers and after that the (32-bit) Office, but there is a better fix that involves tweaking the registry.

See this for the. The ODBC Excel driver in ACE works with the latest Excel spreadsheet format up to 2010 as well as the old ones. I suspect that the latest version will work with Office 2013, though I haven’t yet tried it. This driver is valuable because of the flexibility it gives. It actually executes ODBC SQL, which is a subset of SQL92, so you can put in column aliases, change the column order, and filter out rows that you don’t want to import. In effect, it presents you with a SQL tables which can be named ranges, if it is an existing worksheet that you’ve added named ranges to.

Select. from MyWorksheet $ C3: M8 In ODBC, if you specified, say, row 8 as the end of the table, you can only select rows up to row 8, even if you have inserted more rows beyond that limit, as ODBC allows.

If you use some flavours, such as the old MDAC ‘JET’ database engine, then you cannot add new rows beyond the defined limits of a range, otherwise you will get the Exception: 'Cannot expand named range' message If you wanted to define your table as being between the columns C and L, starting at row 3 you’d use. Select. from NameOfExcelSheet $ C3: M If you do this, then there is no limit to the length of the table so you can insert as many rows as you like. The ODBC provider adds new rows to the existing rows in the defined area as space allows The dreaded connection string Now, before we start doing interesting things with the ACE drivers, I ought to explain a bit about their connection strings.

These contain the specification of the ODBC driver you wish to use, and the settings that you wish to transmit to the driver. Ignoring, for the time being, the extended property settings, For Microsoft Office Access data, set the Connection String to. ' Driver = Microsoft Access Text Driver. Csv ); DBQ = MyPath' But you’re likely to want some extended properties for the settings to add a few details about the way that the ODBC provider should tackle this particular connection. Because the defaults can be changed globally in the registry, it is rather better to specify these extended properties rather than to rely on the defaults. These extended properties are only relevant for the driver that you’re using.

They are not always reliable and are poorly documented by Microsoft. I’ll only mention the essentials. The driver needs to know if the first row of the table holds the name of the column. “HDR=Yes;” indicates that the first row contains column names, not data. It will actually just use the first 64 characters of the header. “HDR=No;” treats the first row as data, but then the columns are named F1 onwards and you’d want to alias them in your SQL statements to give them meaningful column names. The Excel ODBC doesn’t keep a detailed schema definition of the tables.

(the Text and Access drivers by contrast do) The ODBC Excel driver will try to make sense of the data it finds by testing it to see what datatype it can use for the result. It does so by testing a number of rows before doing the import, and you can specify how many rows it tests before deciding the data type of the column by using MaxScanRows in the extended properties. By default the value of this is 8. You can specify any value from 1 – 16 for 1 to 16 rows. You can also make the value to 0 so that it searches all existing rows before deciding the data type, but this slows things down. This is fine for a relational table but Excel often has mixed types in a column The ODBC Provider will try to return the data of the majority type, but return NULL values for the rest that won’t convert. If the two types are equally mixed in the column, the provider chooses numeric over text, and you lose all the text.

Also, it will judge the length of the character datatype in the column from the first rows and if the first rows are less than 255 characters long it will truncate all the subsequent data to 255 characters even if cell values below are longer. By setting the Import Mode (IMEX=1). You can force mixed data to be converted to text, but only when it finds mixed values on the rows that it checks. You can also open the Excel workbook in read-only mode by specifying ReadOnly=true; By Default Readonly attribute is false, so you can modify data within your workbook. However, this will lock the entire workbook from access until you close the connection. Let’s try it out.

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Just so you can prove all this to yourself, I’ve supplied an Excel workbook that represents the old PUBS database that used to be distributed with SQL Server and Sybase. This means that you can use SQL from old examples that use PUBS and see what works. All you need to do is to convert the SQL Server version slightly by altering the names of the tables slightly to tell the driver that you want the entire worksheet of that name (the $ is the separator between the worksheet name and the range specification) So let’s pop together a very simple test-rig to try things out in PowerShell.

Be warned, I’ve set this up in read-write mode so it will update your spreadsheet in some circumstances (CUD). To play along, you’ll need to download my Excel version of the PUBS database and alter the path to the excel file.

SELECT aufname FROM authors $ UNION ALL SELECT lname FROM employee $ One could go on and on; even subqueries work, but I think I’ve made the point that there is far more power in this ODBC Excel driver than just the facility for pulling out raw data. The same is true of the TEXT driver for OLEDB. It will do all this as well. To conform with the minimum syntax for ODBC, a driver must be able to execute CREATE TABLE, DELETE FROM (searched), DROP TABLE, INSERT INTO, SELECT, SELECT DISTINCT, and UPDATE (searched). SELECT statements can have WHERE and ORDER BY clauses. ACE does a bit better than this, since even the text driver allows SELECT INTO, and SELECT statements allow GROUP BY and HAVING.

Creating a spreadsheet You can, of course use the ODBC driver to create an Excel spreadsheet and write data into it. Here is the simplest working demo I can write without blushing. Be careful to ensure that the spreadsheet doesn’t exist as the whole point of the demo is to prove to you that it can create an entire spreadsheet workbook with several worksheets.

GetSchema ( 'Views' ) Hmm. Kepler-dev [bug 2809]. This is beginning to look a bit more like a database. With the Columns MetadataCollection, you can find out as much as you’d ever want to know about the data that is available in the spreadsheet so if you want to read all the worksheets straight into SQL Server, this is a wide-open goal.

Creating Worksheets Going back to the PUBS Excel database, let’s create a peoples table and populate it with both authors and salespeople. This has to be done in three gulps since the driver seems to dislike the idea of doing a batch, and it kicks when I try to UNION the two results. Close ( ) You’ll find you can UPDATE, INSERT and DELETE data perfectly happily this way. If you connect up a spreadsheet to a SQL Server database, then you can have a lot of fun copying entire databases into spreadsheets, and back again. The problem is in the Workbook you create.

Whether you name it XLS or XSLX it produces an XLSX spreadsheet, in the latest zipped. The trouble is that, with my version of the driver, I can only get Excel to read it with the XLS filetype, since it says that there is an error if you try to open it as an.XLSX file. I suspect that the ODBC driver hasn’t been that well tested by Microsoft. Getting data into SQL Server from Excel using PowerShell Now, what about using PowerShell to copy the data, maybe filtered, sorted and aggregated, into SQL Server, using PowerShell and ODBC.

In this direction we can save a lot of time by using the BCP library. We’ll now describe the routine. We’ll keep this unpacked, as a script rather than a function, since this is designed to illustrate the process.

We’ll start by defining our credentials, preferences, sources and destinations. We’ll read in the data from and excel spreadsheet and then spit it out into SQL Server, creating a table if necessary. To create the destination table (some of these spreadsheets are rather wide and therefore easier to import automatically), we’ll need to examine the metadata, and to interpret this to the SQL Server equivalent, so we’ll do that. To use the BCP library, it is good to have an indication of progress so I’ll show how you do that.

I’ve provided the sample data so that you don’t have to scramble around to find something suitable. This is some climate data, which is handy for checking things like date conversion. You will notice that although you can render numbers in a variety of ways, there is only one way of storing numbers in Excel, in the ‘ NUMBER‘ datatype (the other datatypes in Excel are LOGICAL, CURRENCY, VARCHAR and DATETIME). I’ve therefore had to specify the precision of numeric data, which is tough if you have some columns with integers and others with real decimal data with numbers after the decimal point (scale). Remember that this routine is just creating a staging table, not the final destination.

All you need to do is to add your own statements to transfer the data to their final table with the CAST to the correct internal data type! $PrecisionForNumericData =0 Try it.

If you were doing this as a routine, you’d be wanting to wrap this script into a function with parameters by now, but you know how to do this already, I’m sure. I’m trying to give you the ‘workbench’ narrative here.

Writing to Excel from SQL Server. The process of going from SQL Server to excel via ODBC is, I think, needlessly complicated, especially if you use parameterised queries (excellent for SQL Server but they add very little for writing to Excel).In this example, I’ll do the old and horrible approach of using insert statements. There are other ways, including even using a dataset, but this is the most obvious. I’m not particularly happy with this sample because Excel whines a bit when it opens it, saying that it is in the wrong format, (which it is, but you try naming it XLSX) but it deigns to open it.

“The file you are trying to open, ‘MyExcelFile.xls’, is in a different format than specified by the file extension. Verify that the file is not corrupted and is from a trusted source before opening the file. Do you want to open the file now?” More seriously, it complains that the numbers in the columns are ‘formatted as text’. It turns out that the data is saved in the correct format, but the next time the file is opened, all columns revert to varchar.

Seasoned users of ODBC gets used to the bugs, but if anyone knows of a workaround to this, I’d be grateful. Close ( ) CSV and Delimited ODBC Sources: Text AdventureWorks. Although the ACE drivers are used more by people reading Excel files, I must emphasize that there are drivers for a number of other formats. It is pretty easy, for example, to turn a bunch of CSV files into a relational database. Just to prove it, I’ve created a CSV/Text version of AdventureWorks, together with its schema.ini. This was originally created in this article.

With this text-based database, you can do a lot of the sample AdventureWorks SQL examples with only a minor modification. Once you’ve installed the ACE drivers, you’ll can use a modified version of the routine I showed you or exploring the PUBS Excel database to play along. All you have to do is to nto a new directory with the name of your database (AdventureWorks) and point your connection string at the directory by giving it the full path to the directory. I just altered two lines. Create table Log # csv ( MyInteger int, TheDate date TheMessage char ( 125 ) ) and do insert statements into it. You can SELECT INTO as well, which is new to me. I didn’t notice this in previous incarnations of this driver.

Odbc Manager For Mac

With CREATE statements, you can use ‘ BIT, BYTE, LONGCHAR, CURRENCY, INTEGER, SMALLINT, REAL, FLOAT, CHAR or DATETIME (Out of curiosity, the OLEDB driver allows Long, Single, Double, Currency, DateTime, Bit, Byte, GUID, BigBinary, LongBinary, VarBinary, LongText, VarChar char and Decimal). WHERE ProductModelID NOT IN ( 3, 4 ) Conclusions If only Microsoft put some energy into their whole range of ODBC drivers, including all the possible datastores that can be mapped to relational databases, they’d be the obvious way of transferring data, and would put Microsoft in great shape for providing ‘big data’ solutions.

Xls Odbc Drivers For Mac Free

As it is, they are extraordinarily useful, but marred by quirks and oddities. For me, ODBC is the obvious way to script data from Excel or Access into SQL Server, for doing data imports.