Process Metadata (from Fraktal SAS Programming): Unterschied zwischen den Versionen
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| + | If in doubt, read this: [[What is Metadata? (from Fraktal SAS Programming)|What is Metadata?]] | ||
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Although the following examples hold for every static METABASE design we will start over with consideration of dynamic metadata arrays that are read from database tables or datasets. | Although the following examples hold for every static METABASE design we will start over with consideration of dynamic metadata arrays that are read from database tables or datasets. | ||
Using dynamic metadata arrays is commonly referred to as '''''DATA DRIVEN APPROACH''''' because processing depends on content of data tables. | Using dynamic metadata arrays is commonly referred to as '''''DATA DRIVEN APPROACH''''' because processing depends on content of data tables. | ||
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Examples are based on the sample CLASS dataset and presentation will have three logical steps: | Examples are based on the sample CLASS dataset and presentation will have three logical steps: | ||
| − | #generate the list itself | + | # '''generate''' the list itself |
| − | #obtain the number of elements | + | # '''obtain''' the number of elements |
| − | #utilize list elements | + | # '''utilize''' list elements |
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* [[Process Metadata: Numbered (from Fraktal SAS Programming)|a set of numbered parameters (''"Numbered"'')]] | * [[Process Metadata: Numbered (from Fraktal SAS Programming)|a set of numbered parameters (''"Numbered"'')]] | ||
* [[Process Metadata: Direct (from Fraktal SAS Programming)|a single parameter that is used repeatedly (''"Direct"'')]] | * [[Process Metadata: Direct (from Fraktal SAS Programming)|a single parameter that is used repeatedly (''"Direct"'')]] | ||
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Aktuelle Version vom 13. Mai 2014, 20:43 Uhr
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If in doubt, read this: What is Metadata?
Although the following examples hold for every static METABASE design we will start over with consideration of dynamic metadata arrays that are read from database tables or datasets.
Using dynamic metadata arrays is commonly referred to as DATA DRIVEN APPROACH because processing depends on content of data tables.
Examples are based on the sample CLASS dataset and presentation will have three logical steps:
- generate the list itself
- obtain the number of elements
- utilize list elements
To accomplish this task we will use Data Steps along with PROCs SQL and PRINT in order to sketch three approaches:
- a list with selected delimiters ("List")
- a set of numbered parameters ("Numbered")
- a single parameter that is used repeatedly ("Direct")
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