The SASEFAME Interface Engine
- Overview
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Getting Started
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Syntax
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Details
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ExamplesConverting an Entire Fame DatabaseReading Time Series from the Fame DatabaseWriting Time Series to the SAS Data SetLimiting the Time Range of DataCreating a View Using the SQL Procedure and the SASEFAME EngineReading Other Fame Data Objects with the FAMEOUT= OptionRemote Fame Access by Using Fame CHLISelecting Time Series by Using the CROSSLIST= Option and KEEP StatementSelecting Time Series by Using the CROSSLIST= Option and Fame NamelistSelecting Time Series by Using the CROSSLIST= Option and WHERE=TICKSelecting Boolean Case Series with the FAMEOUT= OptionSelecting Numeric Case Series with the FAMEOUT= OptionSelecting Date Case Series with the FAMEOUT= OptionSelecting String Case Series with the FAMEOUT= OptionExtracting Source for FormulasReading Time Series by Defining Fame Expression Groups in the INSET= Option with the KEEP= ClauseOptimizing Cache Sizes with the TUNEFAME= and TUNECHLI= Options
- References
Syntax: SASEFAME Interface Engine
The SASEFAME engine uses standard engine syntax. Table 47.1 summarizes the options used by the SASEFAME engine.
Table 47.1: Summary of LIBNAME libref SASEFAME Statement Options
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Option |
Description |
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Specifies the Fame frequency and the Fame technique |
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Specifies a Fame wildcard to match data object series names within the Fame database |
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Specifies the range of data to keep in format ’ddmmmyyy’d – ’ddmmmyyyy’d |
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Uses a SAS data set named setname and KEEP= fame_expression_group as selection input variables or WHERE= fame_bygroup as selection input for BY variables |
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Specifies a Fame crosslist fame_namelist to perform selection based on the crossproduct of two Fame namelists |
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Specifies the Fame data object class/type that you want output to the SAS data set |
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Echoes the present version number of the Fame Work database in the SAS log |
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Tunes the Fame database engine’s use of memory to reduce I/O in favor of a bigger virtual memory for caching database objects |
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Tunes the CHLI database engine’s use of memory to reduce I/O in favor of a bigger virtual memory for caching database objects |