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1. #Universal database naming conventions software
2. #Universal database naming conventions code
3. #Universal database naming conventions series
4. #Universal database naming conventions zip
5. #Universal database naming conventions download

I'd change my answer to #4 if the client software is in Java. This makes all your naming match up - which is handy and helps in situations where you are using an ORM.Ĭoincidentally, I believe Java developers trend to use #4 in their classes. Net properties are usually cased this way. #3 i like the least, both uppercase and underscore is overkill. I prefer #2 as this is imo most readable and as mentioned before underscore is ugly and annoying to type. Whatever you decide to choose, sticking to the same is most important, that is be consistent. TheOnlyPeopleToTypeLikeThisMayHaveBeenTheRomans. Underscores simulate spaces and compound nouns and phrases have spaces in normal, written language. Absolutely worth whatever perceived pain of typing an underscore there is. columnIDĪlso, spaces between words are visually more pleasant than jamming everything together. The format of the date-time stamp is YYYYMMDDTHHmmSSZ.You should use case #1 because it's free of case sensitivity problems. The date-time stamp when the file was generated, in UTC.

#Universal database naming conventions download

Options are 'basic', representing the basic download package, or 'expanded',representing the expanded download package (see more information below). Represents the year and month of the data in the file. 000 = native resolution, 001 = native resolution or 1 minute, 002 = 2 minute, 005 = 5 minute, 015 = 15 minute, 030 = 30 minute, 060 = 60 minutes or 1 hour, 101-103 = native resolution of replicate sensor 1, 2, and 3 respectively, 999 = Sensor conducts measurements at varied interval depending on air mass.Īn abbreviated description of the data file or table. Refers to the temporal representation, averaging period, or coverage of the data product (e.g., minute, hour, month, year, sub-hourly, day, lunar month, single instance, seasonal, annual, multi-annual). As long as the object names make sense that it what is important.

#Universal database naming conventions code

For example, if eight temperature measurements are collected, one at each tower vertical level, the number in the VER field would range from 010-080.Ī three-character alphanumeric code for the Temporal Index. Theres no real right naming convention to use (other than to not use Hungarian Notation). Refers to measurement locations within one vertical plane. For example, if five surface measurements were taken, one at each of the five soil array plots, the number in the HOR field would range from 001-005.Ī three-character alphanumeric code for Spatial Index #2. Refers to measurement locations within one horizontal plane. The REV value is incremented by 1 each time a major change is made in instrumentation, data collection protocol, or data processing such that data from the preceding revision is not directly comparable to the new.Ī three-character alphanumeric code for Spatial Index #1. tif)Ĭomponent abbreviations used across all data productsĪ four-character alphanumeric code, denoting the organizational origin of the data product and identifying the product as operational data collected as part of a special data collection exercise are designated by a separate, unique alphanumeric code created by the PI.Ī three-character alphanumeric code, referring to the domain of data acquisition (D01 - D20).Ī four-character alphanumeric code, referring to the site of data acquisition all sites are designated by a standardized four-character alphabetic code.Ī three-character alphanumeric code, referring to data product processing level.Ī five-character numeric code, referring to the data product number (see the Data Product Catalog at ).Ī three-digit designation, referring to the revision number of the data product.

NEON_DOM_SITE_DPL_FLHTDATE_FFFFFF_DESC.zip (or. NEON_DOM_SITE_DPL_LNNN-R_FLIGHTSTRT_DESC.wvz (or. NEON_DOM_SITE_DPL_FLHTDATE_FFFFFF_DESC.h5 NEON_DOM_SITE_DPL_EEEEEE_NNNNNNN_DESC.laz NEON_DOM_SITE_DPL_LNNN-R_FLIGHTSTRT_DESC.laz NEON airborne observational platform (AOP) data file naming conventions depend on the data product and contain abbreviations unique to AOP: Data ProductsįLHTSTRT_EHCCCCCC(IMAGEDATETIME)-NNNN_ort.tif

#Universal database naming conventions zip

NEON eddy covariance (EC) data files contain multiple data products, are formatted using HDF5, and delivered within a zip file: NEON instrumented systems (IS) data files: .GENTIME.csv NEON observational systems (OS) data files:. A file will have the same name whether it is accessed via the data portal or the API. File naming conventions for NEON data files differ between NEON science teams.

#Universal database naming conventions series

NEON data files are named using a series of component abbreviations separated by periods.