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Difference between
version 12
and
version 11:
| At line 2 added 22 lines. |
| + !!Update - 06/2010 |
| + |
| + The work so far has focused on two parallel goals: |
| + * Build, distribute and support the NcML handler in Hyrax so that we can establish more metadata uniformity across servers without modifying datasets; and |
| + * Build Java/XSLT software to transform the DAP 3.x DDX response into EML |
| + |
| + !NCML Handler |
| + |
| + Hyrax 1.5.x contains a the NcML handler that supports adding attributes and Hyrax 1.6.x contains a version of the NcML handler that supports aggregations, too. Other work will continue to add new capabilities to the handler |
| + |
| + !EML generation |
| + |
| + In general, we cannot build valid EML using only a 'raw' DDX and XSLT. In most cases we will need some Java code to read values from the dataset and/or additional metadata inserted into the DDX using NcML. However, for dataset that conform to the Climate Forecast 1.0 metadata convention (CF-1.0), we can build EML directly from the 'raw' DDX response (without using Java to read data values or NcML to insert additional metadata). |
| + |
| + Here is an EML document built using XSLT from a DDX from a dataset with CF-1.0 metadata: |
| + |
| + About the EML: The EML generated assumes: |
| + * Only Grids are interesting variables in a given dataset/granule |
| + * The dataset complies with CF-1.0 |
| + * Provides dataset-scope geo-temporal metadata |
| + * Every Grid shares that dataset-scoped geo-temporal metadata |
| + |
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