Package hec.heclib.util

Class Heclib

java.lang.Object
hec.heclib.util.Heclib
All Implemented Interfaces:
Serializable
public class Heclib extends Object implements Serializable
Provides Java interface to native (C/Fortran) HEC-DSS library routines.

The following methods all use 4-character parameters to set or retrieve global settings or current-file settings. None of the methods supports the entire parameter list, and sometimes multiple methods use the same parameter to mean different things.

The following table compares the parameter usage of the methods.

zset() zsetfi() zquery() zinqir() zinquire()
Parameter Version Description Parameter Version Description Parameter Version Description Parameter Version Description Parameter Version Description
ABOR 6 Sets whether library will abort on fatal error ABOR 6 Reports whether library will abort on fatal error ABOR 6 Reports whether library will abort on fatal error
ALLV 6 or 7 Sets the default version for new DSS files opened ALLV 6 or 7 Reports the default version for new DSS files opened
CAAL 7 Reports the number of catalog sort records added since last sort
CALL 7 Reports the catalog sort list length
CAST 6 Sets whether to show status when generating catalog
CATS 7 Reports the catalog sort list status
CCDA 6 Sets whether to exclude missing periods from condensed catalogs
CLEA 7 Clears error number and message CLEA 6 Sets error state (use "" and 0 to clear). Use ERRO and STAT to retrieve
COLL 7 Sets whether to expect collection records in new file COLL 6 Reports whether the file contains collection records COLL 6 or 7
  • DSS 6 - reports whether the file contains collection records
  • DSS 7 - reports the number of collection records in the file
COMP 6 Sets whether to compress time series records when copying or squeezing
CPDD 6 Reports and possibly fixes corrupted paired data records
CURR 6 or 7 Sets the current item number of an in-progress multi-item operation CURR 6 or 7 Reports the current item number of an in-progress multi-item operation CURR 7 Reports the current item number in an in-progress multi-item operation
DATE 7 Reports the library version date
DCDB 6 Sets whether data compression debug is turned on
DEAD 6 Reports percentage of file that is dead space DEAD 6 or 7 Reports percentage of file that is dead space
DELE 6 Reports number of deleted records in file DELE 6 or 7 Reports number of deleted records in file
DETU 7 Detune file for testing purposes
DSIZ 7 Reports the dead space size in words
DSSV 6 or 7 Sets the version for the next new DSS file opened DSSV 6 or 7 Reports the version for next new DSS file opened
EMPT 6 or 7 Sets whether a squeeze of file copy will copy empty records EMPT 6 or 7 Reports whether a squeeze of file copy will copy empty records
ERRO 6 or 7 Reports the current error status ERRO 6 or 7 Reports the current error status ERRO 6 or 7 Reports the current error status
EXPA 7 Reports the number of expansions
FDAT 6 Sets the file creation date (for squeeze only) FDAT 6 Reports the file creation date
FLAG or QUAL 6 Sets whether to write quality flags FLAG or QUAL 6 Reports whether last record read contained quality flags
FMUL 6 Force multi-user access
FSIZ 6 Reports the file size in words FSIZ 6 or 7 Reports the file size in words
FTIM 7 Reports the last written time of the file in epoch milliseconds
FVER 6 or 7 Reports the version of the DSS file FVER 6 or 7 Reports the version of the DSS file
HAND 6 Sets whether to display the file handle rather than the unit number HAND or UNIT 6 or 7
  • DSS 6 - reports the Fortran unit number or file handle of DSS File (see "HAND" parameter in zset(String, String, int))
  • DSS 7 - Reports the file handle of DSS file
HSIZ 6 Sets the size of the hash table for squeezing the DSS file HSIZ 6 Reports the size of the hash table
INTE 6 or 7 Sets whether an in-progress multi-item operation is marked as interrupted INTE 7 Reports whether an in-progress multi-item operation has been marked as interrupted
LWDA 6 Reports the last written date of DSS file
LWTI 6 Reports the last written time of DSS file
MAPU 6 Sets the Fortran unit number to write the catalog map to
MAXA 7 Reports the length of the longest A part
MAXB 7 Reports the length of the longest B part
MAXC 7 Reports the length of the longest C part
MAXD 7 Reports the length of the longest D part
MAXE 6 or 7 Sets the maximum number errors allowed for an multi-item operation MAXE 6 or 7 Reports the maximum number errors allowed for an in-progress multi-item operation MAXE 7 Reports the length of the longest E part
MAXF 7 Reports the length of the longest F part
MAXP 7 Sets the maximum number of pathnames expected MAXP 7 Sets the maximum number of pathnames expected MAXP 7 Reports the maximum number of pathnames expected
MFLU 7 Flushes the message output buffer
MHAN 7 Sets the message output handle MHAN 7 Sets the message output handle MHAN 7 Reports the message output handle
MLVL, MLEV, or MESS 6 or 7 Sets the global message level. MESS is DSS 7 only MLVL or MLEV 7 Sets the global message level. MLVL or MLEV 6 or 7 Reports the global message level MLVL or MLEV 6 Reports the global message level MLVL or MLEV 6 or 7 Reports the global message level
MTIM 7 Reports the last time this process wrote to the file in epoch milliseconds
MULT 6 Sets the current DSS file into multi user mode MULT or ACCE 6 or 7 Sets file access mode. ACCE is DSS7 only MULT 6 Reports Whether the DSS file is in multi user mode MULT 6 or 7 Reports whether the DSS file is in multi user mode
MUNI or MLFN 6 or 7 Sets the Fortran unit number of message output. MLFN is DSS 6 only MUNI 7 Sets the Fortran unit number of message output. MUNI or MLFN 6 or 7 Reports Fortran unit number of message output. MLFN is DSS 6 only. MUNI or MLFN 6 Reports Fortran unit number of message output MUNI 6 or 7 Reports Fortran unit number of message output
NALI 7 Reports the number of alias records in the DSS file
NAME 6 or 7 Reports the name of the DSS file
NDAT 7 Sets logical number of data elements to set in info area NDAT 7 Reports the logical number of data elements to store in the info area
NERR 6 or 7 Sets the number errors encountered in an in-progress multi-item operation NERR 6 or 7 Reports the number errors encountered in an in-progress multi-item operation NERR 7 Reports the number errors encountered in an in-progress multi-item operation
NOTH 7 Reports the number of other processes accessing the file
NPRI 7 Reports the number of primary (non-alias) records in the DSS file
NREC 6 Reports the number of records in the DSS file NREC 6 or 7 Reports the total number of records (primary and alias) in the DSS file
OTHE 7 Reports whether other processes are accessing the file
POIN 6 Reports the pointer efficiency of file in %
PREC 6 Sets the data precision for data compression methods PREC 6 Reports the data precision for data compression of the last record read PREC 6 Reports the data precision for data compression of the last record read
PROG or PRGN 6 or 7 Sets the name of the program that will write the next record. PRGN is DSS 6 only PROG 6 Reports the name of the program that will write the next record PROG 6 or 7 Reports the name of the program that wrote the last record read
PROT 6 Sets whether to overwrite existing records
PSEU 6 Sets the pseudo regular interval for the next record written PSEU 6 Sets the pseudo regular interval for a specified record
QPRO 6 Sets whether protection bit in quality flags is observed QPRO 6 Reports whether protection bit in quality flags is observed
RDAT 6 Sets the last written date of next record written RDAT 6 Reports the last written date of last record read
READ 6 Sets whether access to file is read only READ 7 Sets whether access to file is read only READ 6 or 7 Reports whether access to file is read only READ 6 or 7 Reports whether access to file is read only
RECL 7 Sets reclaim space level RECL 7 Reports the reclaim space level
RENA 7 Reports number of renamed records
REMO 6 Reports whether DSS file is remote
RTIM 6 Sets the last written time of next record written RTIM 6 Reports the last written time of last record read
RVER 6 Sets the version number for the next record written RVER 6 or 7 Reports the version number of last record read
SIZE 6 Sets the estimated file size for new file SIZE 6 Reports the file size in KB SIZE 6 or 7 Reports the file size in KB
SQUE 6 Sets whether a squeeze is performed when requested, even if it's not necessary SQUE 6 Reports whether a squeeze is performed when requested, even if it's not necessary SQUE 6 Reports whether file needs to be squeezed SQUE 6 or 7 Reports whether file needs to be squeezed
SQST 6 Sets whether to show status when squeezing file
STAT 6 or 7
  • DSS 6 - Reports the status of last operation
  • DSS 7 - Reports the severity of last operation
 STAT 6 or 7
  • DSS 6 - Reports the status of last operation
  • DSS 7 - Reports the severity of last operation
SWAP 6 Reports whether the current hardware big endian (must swap words)
TABL 6 Sets the type of hash table TABL 6 Reports the type of hash table
TAG 6 Reports the tag of last record accessed TAG 6 Reports the tag of last record read
TOL 6 Sets the tolerance for replacing existing values
TOTA 6 or 7 Sets the total number of items for an multi-item operation TOTA 6 or 7 Reports the total number of items of an in-progress multi-item operation TOTA 7 Reports the total number of items of an in-progress multi-item operation
TWCA 6 Sets whether to use the time window as a selection criterion when generating a catalog
TYPE 6 Sets the data type for data to be written TYPE 6 or 7 Reports the data type of last record read
UNIT or FILN 6 Set the Fortran unit number of the next DSS File to open UNIT 6 Reports the Fortran unit number of DSS File
UPRT 6 Sets whether record times will be time of write instead the time the file was opened
VDTM 6 or 7 Sets the default native vertical datum. Alpha takes precedence over number if both are specified VDTM 7 Reports the default native vertical datum VDTM 6 or 7 Reports the default native vertical datum
VDOW 7 Sets whether incoming native vertical datum can overwrite the location record's native vertical datum VDOW 7 Reports whether incoming native vertical datum can overwrite the location record's native vertical datum VDOW 7 Reports whether incoming native vertical datum can overwrite the location record's native vertical datum
VERS 6 or 7 Reports the library version VERS 6 or 7 Reports the library version
WRIT 7 Reports whether the DSS file is opened in a writable mode
ZONE 6 Sets the time zone of the next record to write ZONE 6 Reports the time zone of last record read
80CO 6 Sets whether in 80 column output mode 80CO 6 Reports whether in 80 column output mode 80CO 6 Reports whether in 80 column output mode
See Also:

  • Field Details

    • UNDEFINED_FLOAT

      public static final float UNDEFINED_FLOAT
      See Also:

    • UNDEFINED_DOUBLE

      public static final double UNDEFINED_DOUBLE
      See Also:

    • UNDEFINED_INT

      public static final int UNDEFINED_INT
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    • UNDEFINED_SHORT

      public static final int UNDEFINED_SHORT
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    • libraryVersion

      protected static int libraryVersion

    • libraryMajorVersion

      protected static int libraryMajorVersion

    • librarySubVersion

      protected static int librarySubVersion

    • libraryMinorVersion

      protected static int libraryMinorVersion

    • libraryVersionString

      protected static String libraryVersionString

    • DSS_FUNCTION_zopen_ID

      public static final int DSS_FUNCTION_zopen_ID
      See Also:

    • DSS_FUNCTION_zclose_ID

      public static final int DSS_FUNCTION_zclose_ID
      See Also:

    • DSS_FUNCTION_zset_ID

      public static final int DSS_FUNCTION_zset_ID
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    • DSS_FUNCTION_zget_ID

      public static final int DSS_FUNCTION_zget_ID
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    • DSS_FUNCTION_zput_ID

      public static final int DSS_FUNCTION_zput_ID
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    • DSS_FUNCTION_zgetBuff_ID

      public static final int DSS_FUNCTION_zgetBuff_ID
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    • DSS_FUNCTION_zputBuff_ID

      public static final int DSS_FUNCTION_zputBuff_ID
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    • DSS_FUNCTION_zmemoryGet_ID

      public static final int DSS_FUNCTION_zmemoryGet_ID
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    • DSS_FUNCTION_zmemoryFree_ID

      public static final int DSS_FUNCTION_zmemoryFree_ID
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    • DSS_FUNCTION_zreadDisk_ID

      public static final int DSS_FUNCTION_zreadDisk_ID
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    • DSS_FUNCTION_zwriteDisk_ID

      public static final int DSS_FUNCTION_zwriteDisk_ID
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    • DSS_FUNCTION_zpermRead_ID

      public static final int DSS_FUNCTION_zpermRead_ID
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    • DSS_FUNCTION_zpermCreate_ID

      public static final int DSS_FUNCTION_zpermCreate_ID
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    • DSS_FUNCTION_zpermWrite_ID

      public static final int DSS_FUNCTION_zpermWrite_ID
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    • DSS_FUNCTION_zwriteEOF_ID

      public static final int DSS_FUNCTION_zwriteEOF_ID
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    • DSS_FUNCTION_zinit_ID

      public static final int DSS_FUNCTION_zinit_ID
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    • DSS_FUNCTION_zinitIfltab_ID

      public static final int DSS_FUNCTION_zinitIfltab_ID
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    • DSS_FUNCTION_zlocking_ID

      public static final int DSS_FUNCTION_zlocking_ID
      See Also:

    • DSS_FUNCTION_znewFileSize_ID

      public static final int DSS_FUNCTION_znewFileSize_ID
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    • DSS_FUNCTION_zgetFileSpace_ID

      public static final int DSS_FUNCTION_zgetFileSpace_ID
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    • DSS_FUNCTION_zcheckKeys_ID

      public static final int DSS_FUNCTION_zcheckKeys_ID
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    • DSS_FUNCTION_zflushToDisk_ID

      public static final int DSS_FUNCTION_zflushToDisk_ID
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    • DSS_FUNCTION_zhash_ID

      public static final int DSS_FUNCTION_zhash_ID
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    • DSS_FUNCTION_zcheck_ID

      public static final int DSS_FUNCTION_zcheck_ID
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    • DSS_FUNCTION_zreadInfo_ID

      public static final int DSS_FUNCTION_zreadInfo_ID
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    • DSS_FUNCTION_zcheckMultiUser_ID

      public static final int DSS_FUNCTION_zcheckMultiUser_ID
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    • DSS_FUNCTION_zreadInternal_ID

      public static final int DSS_FUNCTION_zreadInternal_ID
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    • DSS_FUNCTION_zwriteInternal_ID

      public static final int DSS_FUNCTION_zwriteInternal_ID
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    • DSS_FUNCTION_zwriteNew_ID

      public static final int DSS_FUNCTION_zwriteNew_ID
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    • DSS_FUNCTION_zwriteExisting_ID

      public static final int DSS_FUNCTION_zwriteExisting_ID
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    • DSS_FUNCTION_zbinNew_ID

      public static final int DSS_FUNCTION_zbinNew_ID
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    • DSS_FUNCTION_zbinUpdate_ID

      public static final int DSS_FUNCTION_zbinUpdate_ID
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    • DSS_FUNCTION_zsetFile_ID

      public static final int DSS_FUNCTION_zsetFile_ID
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    • DSS_FUNCTION_zquery_ID

      public static final int DSS_FUNCTION_zquery_ID
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    • DSS_FUNCTION_zdelete_ID

      public static final int DSS_FUNCTION_zdelete_ID
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    • DSS_FUNCTION_zundelete_ID

      public static final int DSS_FUNCTION_zundelete_ID
      See Also:

    • DSS_FUNCTION_zcopyFile_ID

      public static final int DSS_FUNCTION_zcopyFile_ID
      See Also:

    • DSS_FUNCTION_ztsStoreReg_ID

      public static final int DSS_FUNCTION_ztsStoreReg_ID
      See Also:

    • DSS_FUNCTION_ztsRegStoreBlock_ID

      public static final int DSS_FUNCTION_ztsRegStoreBlock_ID
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    • DSS_FUNCTION_ztsStore_ID

      public static final int DSS_FUNCTION_ztsStore_ID
      See Also:

    • DSS_FUNCTION_ztsRetrieve_ID

      public static final int DSS_FUNCTION_ztsRetrieve_ID
      See Also:

    • DSS_FUNCTION_ztsRetrieveReg_ID

      public static final int DSS_FUNCTION_ztsRetrieveReg_ID
      See Also:

    • DSS_FUNCTION_ztsRegReadBlock_ID

      public static final int DSS_FUNCTION_ztsRegReadBlock_ID
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    • DSS_FUNCTION_ztsWriteBlock_ID

      public static final int DSS_FUNCTION_ztsWriteBlock_ID
      See Also:

    • DSS_FUNCTION_ztsTrim_ID

      public static final int DSS_FUNCTION_ztsTrim_ID
      See Also:

    • DSS_FUNCTION_ztsStoreIrreg_ID

      public static final int DSS_FUNCTION_ztsStoreIrreg_ID
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    • DSS_FUNCTION_ztsIrregReadBlock_ID

      public static final int DSS_FUNCTION_ztsIrregReadBlock_ID
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    • DSS_FUNCTION_ztsIrregMergeBlocks_ID

      public static final int DSS_FUNCTION_ztsIrregMergeBlocks_ID
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    • DSS_FUNCTION_ztsRetrieveIrreg_ID

      public static final int DSS_FUNCTION_ztsRetrieveIrreg_ID
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    • DSS_FUNCTION_ztsIrregStoreBlock_ID

      public static final int DSS_FUNCTION_ztsIrregStoreBlock_ID
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    • DSS_FUNCTION_ztsProcessTimes_ID

      public static final int DSS_FUNCTION_ztsProcessTimes_ID
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    • DSS_FUNCTION_zcatalog_ID

      public static final int DSS_FUNCTION_zcatalog_ID
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    • DSS_FUNCTION_zpdStore_ID

      public static final int DSS_FUNCTION_zpdStore_ID
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    • DSS_FUNCTION_zpdRetrieve_ID

      public static final int DSS_FUNCTION_zpdRetrieve_ID
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    • DSS_FUNCTION_zinquire_ID

      public static final int DSS_FUNCTION_zinquire_ID
      See Also:

    • DSS_FUNCTION_zsqueeze_ID

      public static final int DSS_FUNCTION_zsqueeze_ID
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    • DSS_FUNCTION_ztextStore_ID

      public static final int DSS_FUNCTION_ztextStore_ID
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    • DSS_FUNCTION_ztextRetrieve_ID

      public static final int DSS_FUNCTION_ztextRetrieve_ID
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    • DSS_FUNCTION_zcopyRecord_ID

      public static final int DSS_FUNCTION_zcopyRecord_ID
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    • DSS_FUNCTION_zrename_ID

      public static final int DSS_FUNCTION_zrename_ID
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    • DSS_FUNCTION_zduplicateRecord_ID

      public static final int DSS_FUNCTION_zduplicateRecord_ID
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    • DSS_FUNCTION_zarrayRetrieve_ID

      public static final int DSS_FUNCTION_zarrayRetrieve_ID
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    • DSS_FUNCTION_zarrayStore_ID

      public static final int DSS_FUNCTION_zarrayStore_ID
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    • DSS_FUNCTION_zbinaryStore_ID

      public static final int DSS_FUNCTION_zbinaryStore_ID
      See Also:

    • DSS_FUNCTION_zbinaryRetrieve_ID

      public static final int DSS_FUNCTION_zbinaryRetrieve_ID
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    • DSS_FUNCTION_zcheckHashTable_ID

      public static final int DSS_FUNCTION_zcheckHashTable_ID
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    • DSS_FUNCTION_zcheckInfo_ID

      public static final int DSS_FUNCTION_zcheckInfo_ID
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    • DSS_FUNCTION_zcheckPathnameBins_ID

      public static final int DSS_FUNCTION_zcheckPathnameBins_ID
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    • DSS_FUNCTION_zcheckPathnames_ID

      public static final int DSS_FUNCTION_zcheckPathnames_ID
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    • DSS_FUNCTION_zspatialTinStore_ID

      public static final int DSS_FUNCTION_zspatialTinStore_ID
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    • DSS_FUNCTION_zspatialTinRetrieve_ID

      public static final int DSS_FUNCTION_zspatialTinRetrieve_ID
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    • DSS_FUNCTION_zaliasAdd_ID

      public static final int DSS_FUNCTION_zaliasAdd_ID
      See Also:

    • DSS_FUNCTION_zaliasRemove_ID

      public static final int DSS_FUNCTION_zaliasRemove_ID
      See Also:

    • DSS_FUNCTION_zaliasUtil_ID

      public static final int DSS_FUNCTION_zaliasUtil_ID
      See Also:

    • DSS_FUNCTION_zlocationStore_ID

      public static final int DSS_FUNCTION_zlocationStore_ID
      See Also:

    • DSS_FUNCTION_zlocationRetrieve_ID

      public static final int DSS_FUNCTION_zlocationRetrieve_ID
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    • DSS_FUNCTION_zread_ID

      public static final int DSS_FUNCTION_zread_ID
      See Also:

    • DSS_FUNCTION_zwrite_ID

      public static final int DSS_FUNCTION_zwrite_ID
      See Also:

    • DSS_FUNCTION_internalUtility_ID

      public static final int DSS_FUNCTION_internalUtility_ID
      See Also:

    • DSS_FUNCTION_ztsAggregate_ID

      public static final int DSS_FUNCTION_ztsAggregate_ID
      See Also:

    • DSS_FUNCTION_ztsDisaggregate_ID

      public static final int DSS_FUNCTION_ztsDisaggregate_ID
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    • DSS_FUNCTION_zspatialGridStore_ID

      public static final int DSS_FUNCTION_zspatialGridStore_ID
      See Also:

    • DSS_FUNCTION_zspatialGridRetrieve_ID

      public static final int DSS_FUNCTION_zspatialGridRetrieve_ID
      See Also:

    • DSS_FUNCTION_other_ID

      public static final int DSS_FUNCTION_other_ID
      See Also:

    • DSS_FUNCTION_javaNativeInterface_ID

      public static final int DSS_FUNCTION_javaNativeInterface_ID
      See Also:

    • MESS_METHOD_GLOBAL_ID

      public static final int MESS_METHOD_GLOBAL_ID
      See Also:

    • MESS_METHOD_GENERAL_ID

      public static final int MESS_METHOD_GENERAL_ID
      See Also:

    • MESS_METHOD_GET_ID

      public static final int MESS_METHOD_GET_ID
      See Also:

    • MESS_METHOD_PUT_ID

      public static final int MESS_METHOD_PUT_ID
      See Also:

    • MESS_METHOD_READ_ID

      public static final int MESS_METHOD_READ_ID
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    • MESS_METHOD_WRITE_ID

      public static final int MESS_METHOD_WRITE_ID
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    • MESS_METHOD_PERM_ID

      public static final int MESS_METHOD_PERM_ID
      See Also:

    • MESS_METHOD_OPEN_ID

      public static final int MESS_METHOD_OPEN_ID
      See Also:

    • MESS_METHOD_CHECK_ID

      public static final int MESS_METHOD_CHECK_ID
      See Also:

    • MESS_METHOD_LOCKING_ID

      public static final int MESS_METHOD_LOCKING_ID
      See Also:

    • MESS_METHOD_TS_READ_ID

      public static final int MESS_METHOD_TS_READ_ID
      See Also:

    • MESS_METHOD_TS_WRITE_ID

      public static final int MESS_METHOD_TS_WRITE_ID
      See Also:

    • MESS_METHOD_ALIAS_ID

      public static final int MESS_METHOD_ALIAS_ID
      See Also:

    • MESS_METHOD_COPY_ID

      public static final int MESS_METHOD_COPY_ID
      See Also:

    • MESS_METHOD_UTILITY_ID

      public static final int MESS_METHOD_UTILITY_ID
      See Also:

    • MESS_METHOD_CATALOG_ID

      public static final int MESS_METHOD_CATALOG_ID
      See Also:

    • MESS_METHOD_FILE_CHECK_ID

      public static final int MESS_METHOD_FILE_CHECK_ID
      See Also:

    • MESS_METHOD_JNI_ID

      public static final int MESS_METHOD_JNI_ID
      See Also:

    • MESS_METHOD_UNDEFINED_ID

      public static final int MESS_METHOD_UNDEFINED_ID
      See Also:

    • MESS_LEVEL_NONE

      public static final int MESS_LEVEL_NONE
      See Also:

    • MESS_LEVEL_CRITICAL

      public static final int MESS_LEVEL_CRITICAL
      See Also:

    • MESS_LEVEL_TERSE

      public static final int MESS_LEVEL_TERSE
      See Also:

    • MESS_LEVEL_GENERAL

      public static final int MESS_LEVEL_GENERAL
      See Also:

    • MESS_LEVEL_USER_DIAG

      public static final int MESS_LEVEL_USER_DIAG
      See Also:

    • MESS_LEVEL_INTERNAL_DIAG_1

      public static final int MESS_LEVEL_INTERNAL_DIAG_1
      See Also:

    • MESS_LEVEL_INTERNAL_DIAG_2

      public static final int MESS_LEVEL_INTERNAL_DIAG_2
      See Also:

    • onWindows

      public static final boolean onWindows

    • sysTimeZoneName

      public static final String sysTimeZoneName

  • Constructor Details

    • Heclib

      public Heclib()

  • Method Details

    • zerrorDecode

      public static int zerrorDecode(int errorCode, int[] highFunction, int[] lowFunction, int[] dssError, int[] status) throws Exception
      Decodes an error code returned from a DSS 7 routine. Such error codes are 9 decimal digits formatted as: 
       123456789
 │┌>┌>┌>┌>
 ││ │ │ │
 ││ │ │ └── status
 ││ │ └──── dssError
 ││ └────── lowFunction
 │└──────── highFunction
 └───────── severity
      Parameters:
      errorCode - The 9-digit error code returned from a DSS 7 routine
      highFunction - Element 0 receives the ID of the highest function on the call stack when the error occurred. The text representation of the function ID can be obtained using getFunctionFromId(int)
      lowFunction - Element 0 receives the ID of the lowest function on the call stack when the error occurred The text representation of the function ID can be obtained using getFunctionFromId(int)
      dssError - Element 0 receives the DSS error number associated with the error
      status - Element 0 receives the system error number associated with the error
      Returns:
      The severity
      • 1 - INFORMATION
      • 2 - WARNING
      • 3 - INVALID_ARGUMENT
      • 4 - WARNING_NO_WRITE_ACCESS
      • 5 - WARNING_NO_FILE_ACCESS
      • 6 - WRITE_ERROR
      • 7 - READ_ERROR
      • 8 - CORRUPT_FILE
      • 9 - MEMORY_ERROR
      Throws:
      Exception - on null or zero-length parameter

    • getErrorInfo

      public static String getErrorInfo(int errorCode)
      Uses zerrorDecode to return a text message specifying the functions, errors, etc...
      Parameters:
      errorCode - The error code to pass to zerrorDecode
      Returns:
      A text message about the error

    • getFunctionFromId

      public static String getFunctionFromId(int functionId)
      Retrieves the text version of a DSS function ID from its numerical value
      Parameters:
      functionId - The function ID
      Returns:
      The text representation of the function ID

    • getDssErrorName

      public static String getDssErrorName(int dssError)
      Retrieves the text version of a DSS error from its numerical value
      Parameters:
      dssError - The DSS error code
      Returns:
      The text representation of the DSS error code

    • getMessageLevelFromId

      public static String getMessageLevelFromId(int messageLevel)
      Retrieves a text version of a DSS message level from its numerical value
      Parameters:
      messageLevel - The message level
      Returns:
      The text representation of the message level

    • getMessageGroupForFunction

      public static int getMessageGroupForFunction(int functionID)
      Retrieve a message function group ID from a function ID. The returned ID is suitable for use in zsetMessageLevel(int, int) or zgetMessageLevel(int).
      Parameters:
      functionID - The function ID to retrieve the message function group ID for
      Returns:
      the message function group ID

    • floats2ints

      public static int[] floats2ints(float[] floatArray)
      Converts a float array into the byte-equivalent int array for working with user headers
      Parameters:
      floatArray - The float array
      Returns:
      The int array

    • ints2floats

      public static float[] ints2floats(int[] intArray)
      Converts an int array into the byte-equivalent float array for working with user headers
      Parameters:
      intArray - The int array
      Returns:
      The float array

    • min

      public static int min(int... vals)
      Variadic minimum
      Parameters:
      vals - The values
      Returns:
      The minimum of the values

    • Hec_juldat

      @Deprecated public static String Hec_juldat(int julian, int style)
      Deprecated.
      Use HecTime.juldat(int, int) instead.

    • Hec_datjul

      @Deprecated public static int Hec_datjul(String cdate, int[] stat)
      Deprecated.
      Use HecTime.datjul(String, intContainer, intContainer) instead.

    • Hec_jliymd

      @Deprecated public static void Hec_jliymd(int julian, int[] yearMonthDay)
      Deprecated.
      Use HecTime.jliymd(int, int[]) instead.

    • Hec_iymdjl

      @Deprecated public static int Hec_iymdjl(int year, int month, int day)
      Deprecated.
      Use HecTime.iymdjl(int, int, int) instead.

    • Hec_idaywk

      @Deprecated public static int Hec_idaywk(int jul)
      Deprecated.
      Use HecTime.idaywk(int) instead.

    • Hec_nopers

      @Deprecated public static int Hec_nopers(int intl, int juls, int istime, int jule, int ietime)
      Deprecated.
      Use HecTime.nopers(int, int, int, int, int) instead.

    • Hec_inctim

      @Deprecated public static void Hec_inctim(int intl, int nper, int juls, int istime, int[] jule, int[] ietime)
      Deprecated.
      Use HecTime.inctim(int, int, int, int, int[], int[]) instead.

    • Hec_m2ihm

      @Deprecated public static int Hec_m2ihm(int min, stringContainer hourMinutes)
      Deprecated.
      Use HecTime.m2ihm(int, stringContainer) instead.

    • Hec_ihm2m

      @Deprecated public static int Hec_ihm2m(String hourMinutes)
      Deprecated.
      Use HecTime.ihm2m_2(String) instead.

    • Hec_systim

      @Deprecated public static void Hec_systim(int[] julian, int[] seconds)
      Deprecated.
      Use HecTime.systim(int[], int[], boolean, String) instead.

    • Hec_holString

      @Deprecated public static String Hec_holString(int[] hol, int length)
      Deprecated.
      Use holString(int[], int) instead.

    • Hec_StringHol

      @Deprecated public static void Hec_StringHol(String str, int length, int[] hol)
      Deprecated.
      Use holString(int[], int) instead.

    • Hec_holString

      @Deprecated public static String Hec_holString(float[] hol, int length)
      Deprecated.
      Use holString(float[], int) instead.

    • Hec_StringHol

      @Deprecated public static void Hec_StringHol(String str, int length, float[] hol)
      Deprecated.
      Use StringHol(String, int, float[]) instead.

    • Hec_getime

      @Deprecated public static void Hec_getime(String userLine, int[] juls, int[] istime, int[] jule, int[] ietime, int[] status)
      Deprecated.
      Use HecTime.getime(String, int[], int[], int[], int[], String, int[]) instead.

    • Hec_fortranOpen

      @Deprecated public static int Hec_fortranOpen(String filename, int unit)
      Deprecated.
      Use fortranOpen(String, int) instead.

    • Hec_fortranWrite

      @Deprecated public static int Hec_fortranWrite(String string, int unit)
      Deprecated.
      Use fortranWrite(String, int) instead.

    • Hec_fortranWind

      @Deprecated public static void Hec_fortranWind(int unit)
      Deprecated.
      Use fortranWind(int) instead.

    • Hec_fortranClose

      @Deprecated public static int Hec_fortranClose(int unit)
      Deprecated.
      Use fortranClose(int) instead.

    • Hec_fortranFlush

      @Deprecated public static int Hec_fortranFlush(int unit)
      Deprecated.
      Use fortranFlush(int) instead.

    • Hec_isUnitConnected

      @Deprecated public static int Hec_isUnitConnected(int unit)
      Deprecated.
      Use isUnitConnected(int) instead.

    • Hec_getProcessName

      @Deprecated public static String Hec_getProcessName(int processID)
      Deprecated.
      Use getProcessName(int) instead.

    • Hec_openf

      @Deprecated public static int Hec_openf(String filename)
      Deprecated.
      There is no way to close the file handle. Use Java I/O instead.

    • Hec_readf

      @Deprecated public static int Hec_readf(int handle, int[] array, long address, int numberWords)
      Deprecated.
      There is no way to close the file handle. Use Java I/O instead.

    • Hec_zgetDssVersion

      @Deprecated public static int Hec_zgetDssVersion(int[] ifltab)
      Deprecated.
      Use zgetDssFileVersion(int[]) instead.

    • Hec_closescratchdsscatalog

      @Deprecated public static void Hec_closescratchdsscatalog(int[] catalogUnit)
      Deprecated.
      Use closescratchdsscatalog(int[]) instead.

    • Hec_getEPartFromInterval

      @Deprecated public static String Hec_getEPartFromInterval(int interval, int[] status)
      Deprecated.
      Use DSSPathname.getRegularTsEPartFromInterval(int, int, int[]) instead.

    • Hec_makedsscatalog

      @Deprecated public static void Hec_makedsscatalog(String dssFileName, int[] ifltab, String catalogInstructions, int[] numberFound, int[] catalogUnit)
      Deprecated.
      Use makedsscatalog(String, int[], String, int[], int[]) instead.

    • Hec_squeezeDSS

      @Deprecated public static int Hec_squeezeDSS(String dssFileName)
      Deprecated.
      Use squeezeDSS(String) instead.

    • Hec_zbegdt

      @Deprecated public static void Hec_zbegdt(int julian, int interval, int[] year, int[] month, int[] day, int[] block)
      Deprecated.
      Use DSSPathname.getTSBlockInfo(String, int, int[], int[], int[], int[]) instead.

    • Hec_zckmul

      @Deprecated public static void Hec_zckmul(int[] ifltab)
      Deprecated.
      Use zckmul(int[]) instead.

    • Hec_zflush

      @Deprecated public static void Hec_zflush(int[] ifltab, int forceFlush)
      Deprecated.
      Use zflush(int[], int) instead.

    • Hec_zcheckAccessReset

      @Deprecated public static int Hec_zcheckAccessReset(int[] ifltab, boolean forceReopen, int quiescentTimeMills)
      Deprecated.
      Use zcheckAccessReset(int[], boolean, int) instead.

    • Hec_zclose

      @Deprecated public static void Hec_zclose(int[] ifltab)
      Deprecated.
      Use zclose(int[]) instead.

    • Hec_zcheck

      @Deprecated public static void Hec_zcheck(int[] ifltab, String pathname, int[] numberHeader, int[] numberData, int[] exists)
      Deprecated.
      Use zcheck(int[], String, int[], int[], int[]) instead.

    • Hec_zckpnb

      @Deprecated public static void Hec_zckpnb(int[] ifltab, int[] nerror)
      Deprecated.
      Use zckpnb(int[], int[]) instead.

    • Hec_zcklnk

      @Deprecated public static void Hec_zcklnk(int[] ifltab, int[] nerror)
      Deprecated.
      Use zcklnk(int[], int[]) instead.

    • Hec_zckpat

      @Deprecated public static void Hec_zckpat(int[] ifltab, int[] nerror)
      Deprecated.
      Use zckpat(int[], int[]) instead.

    • Hec_zcolist

      @Deprecated public static String Hec_zcolist(int[] ifltab, int[] filePos, String seedPathname)
      Deprecated.
      Use zcolist(int[], int[], String) instead.

    • Hec_zcorec

      @Deprecated public static int Hec_zcorec(int[] ifltabFrom, int[] ifltabTo, String pathnameFrom, String pathnameTo, int[] buffer1, int buffer1Size, int[] buffer2, int buffer2Size)
      Deprecated.
      Use zcorec(int[], int[], String, String, int[], int, int[], int) instead.

    • Hec_zcofil

      @Deprecated public static int Hec_zcofil(int[] ifltabFrom, int[] ifltabTo, int[] buffer1, int buffer1Size, int[] buffer2, int buffer2Size)
      Deprecated.
      Use zcofil(int[], int[], int[], int, int[], int) instead.

    • Hec_zdcinf

      @Deprecated public static void Hec_zdcinf(int[] method, float[] baseValue, int[] baseSet, int[] deltaSize, int[] precision, int[] status)
      Deprecated.
      Use zdcinf(int[], float[], int[], int[], int[], int[]) instead.

    • Hec_zdtype

      @Deprecated public static void Hec_zdtype(int[] ifltab, String pathname, int[] checkedNumber, int[] exists, stringContainer type, int[] dataType)
      Deprecated.
      Use zdtype(int[], String, int[], int[], stringContainer, int[]) instead.

    • Hec_zdelet

      @Deprecated public static int Hec_zdelet(int[] ifltab, String pathname)
      Deprecated.
      Use zdelet(int[], String) instead.

    • Hec_zdblook

      @Deprecated public static void Hec_zdblook(int[] ifltab, int address, int numberWords)
      Deprecated.
      Use zdblook(int[], int, int) instead.

    • Hec_zdbmod

      @Deprecated public static void Hec_zdbmod(int[] ifltab, long address, long value, String characterValue, int useCharacterValue)
      Deprecated.
      Use zdbmod(int[], long, long, String, int) instead.

    • Hec_zdebug1

      @Deprecated public static void Hec_zdebug1(int value4, long[] value8, stringContainer crealValue, stringContainer cstringValue, int[] ibytes)
      Deprecated.
      Use zdebug1(int, long[], stringContainer, stringContainer, int[]) instead.

    • Hec_zfilst

      @Deprecated public static void Hec_zfilst(int[] ifltab)
      Deprecated.
      Use zfilst(int[]) instead.

    • Hec_zfname

      @Deprecated public static boolean Hec_zfname(String name, stringContainer outName)
      Deprecated.
      Use HecDss.getDssFilename(String, stringContainer, boolean) instead

    • Hec_zgetInterval

      @Deprecated public static void Hec_zgetInterval(int[] interval, stringContainer ePart, int[] nvals, int[] status)
      Deprecated.
      Use DSSPathname.getTsIntervalInfo(int[], stringContainer, int[], int[]) instead.

    • Hec_zrecadd

      @Deprecated public static void Hec_zrecadd(int[] ifltab, String path, long[] internals, int[] istat)
      Deprecated.
      Use zrecadd(int[], String, long[]) instead.

    • Hec_zgetrw

      @Deprecated public static void Hec_zgetrw(long address, int[] record, int[] word)
      Deprecated.
      Use zgetrw(long, int[], int[]) instead.

    • Hec_zgintl

      @Deprecated public static void Hec_zgintl(int[] interval, String ePart, int[] nvals, int[] status)
      Deprecated.
      Use DSSPathname.getTsIntervalInfo(int[], stringContainer, int[], int[]) instead.

    • Hec_zgpnp

      @Deprecated public static int Hec_zgpnp(String inputLine, stringContainer aPart, stringContainer bPart, stringContainer cPart, stringContainer dPart, stringContainer ePart, stringContainer fPart)
      Deprecated.
      Use DSSPathname.getPathnamePartsFromLine(String, stringContainer, stringContainer, stringContainer, stringContainer, stringContainer, stringContainer) instead.

    • Hec_zgtrec

      @Deprecated public static void Hec_zgtrec(int[] ifltab, long address, int numberWords, int[] array)
      Deprecated.
      Use zgtrec(int[], long, int, int[]) instead.

    • Hec_zget

      @Deprecated public static void Hec_zget(int[] ifltab, long address, int numberArray, long[] array)
      Deprecated.
      Use zget(int[], long, int, long[]) instead.

    • Hec_zincbk

      @Deprecated public static void Hec_zincbk(int[] block, int[] julian, int[] year, int[] month, int[] day)
      Deprecated.
      Use zincbk(int[], int[], int[], int[], int[]) instead

    • Hec_zinqir

      @Deprecated public static void Hec_zinqir(int[] ifltab, String param, stringContainer alpha, int[] number)
      Deprecated.
      Use zinqir(int[], String, stringContainer, int[]) instead.

    • Hec_zgetFileVersion

      @Deprecated public static int Hec_zgetFileVersion(String dssFileName)
      Deprecated.
      Use zgetFileVersion(String) instead.

    • Hec_zirbeg

      @Deprecated public static void Hec_zirbeg(int[] ifltab, int julian, String ePart, int[] year, int[] month, int[] day, int[] block, int[] minutesInBlock, int[] incrementBlock)
      Deprecated.
      Use DSSPathname.getTSBlockInfo(String, int, int[], int[], int[], int[]) instead.

    • Hec_znextts

      @Deprecated public static void Hec_znextts(int[] ifltab, String path, stringContainer next, int lforward, int[] status)
      Deprecated.
      Use DSSPathname.incrementTSPathname(String, int, int[]) instead.

    • Hec_zndata

      @Deprecated public static int Hec_zndata(int[] ifltab, long startTime, Vector<String> pathnames, Vector<Long> updateTimes, Vector<Integer> recordTypes)
      Deprecated.
      Use zndata(int[], long, Vector, Vector, Vector) instead.

    • Hec_zmaxpart

      @Deprecated public static void Hec_zmaxpart(int[] ifltab, int[] maxpart)
      Deprecated.
      Use zmaxpart(int[], int[]) instead.

    • Hec_zofset

      @Deprecated public static void Hec_zofset(int[] julian, int[] minutes, int interval, int flag, int[] offset)
      Deprecated.
      Use DSSPathname.getTSIntervalOffset(HecTime, int) and/or DSSPathname.getTSTopOfInterval(HecTime, int, int) instead.

    • Hec_zopen

      @Deprecated public static void Hec_zopen(int[] ifltab, String name, int[] status)
      Deprecated.
      Use zopen(int[], String, int[]) instead.

    • Hec_zpath

      @Deprecated public static String Hec_zpath(String aPart, String bPart, String cPart, String dPart, String ePart, String fPart)
      Deprecated.
      Use DSSPathname.buildPathnameFromParts(String, String, String, String, String, String) instead.

    • Hec_zplist

      @Deprecated public static int Hec_zplist(int[] ifltab, String instructions, int[] filePos, stringContainer pathname)
      Deprecated.
      This routine is inefficient. Use Hec_zcatalog(int[], HecDssCatalog) instead.

    • Hec_zpseudorts

      @Deprecated public static String Hec_zpseudorts(String fromPathname, int[] interval, int action)
      Deprecated.
      Use DSSPathname.irregularPathname(String, int[], boolean, boolean) instead.

    • Hec_zquery

      @Deprecated public static void Hec_zquery(String param, stringContainer alpha, int[] number)
      Deprecated.
      Use zquery(String, stringContainer, int[]) instead.

    • Hec_zrdpat

      @Deprecated public static boolean Hec_zrdpat(int[] catalogUnit, int[] position, int[] referenceNumber, stringContainer tag, stringContainer pathname)
      Deprecated.
      Use zrdpat(int[], int[], int[], stringContainer, stringContainer) instead.

    • Hec_zreadx

      @Deprecated public static void Hec_zreadx(int[] ifltab, String pathname, int[] intheader, int kintheader, int[] nintheader, int[] compheader, int kcompheader, int[] ncompheader, int[] userheader, int kuserheader, int[] nuserheader, short[] data, int kdata, int[] ndata, int plan, int[] found)
      Deprecated.
      Use zreadx(int[], String, int[], int, int[], int[], int, int[], int[], int, int[], short[], int, int[], int, int[]) instead.

    • Hec_zreadxBytes

      @Deprecated public static void Hec_zreadxBytes(int[] ifltab, String pathname, int[] intheader, int kintheader, int[] nintheader, int[] compheader, int kcompheader, int[] ncompheader, int[] userheader, int kuserheader, int[] nuserheader, byte[] data, int kdata, int[] ndata, int plan, int[] found)
      Deprecated.
      Use zreadxBytes(int[], String, int[], int, int[], int[], int, int[], int[], int, int[], byte[], int, int[], int, int[]) instead.

    • Hec_zrenam

      @Deprecated public static int Hec_zrenam(int[] ifltab, String pathname, String newPathname)
      Deprecated.
      Use zrenam(int[], String, String) instead.

    • Hec_zrinfo

      @Deprecated public static void Hec_zrinfo(int[] ifltab, String pathname, int[] lexists, int[] recordType, stringContainer recordTypeDescription, int[] ldoubles, int[] lquality, int[] precision, stringContainer recordTag, stringContainer lastWrittenDate, stringContainer lastWrittenTime, stringContainer programName, int[] version, int[] numberData, int[] spaceAllocated, int[] timeSeriesCompression, int[] lpasswordProtected)
      Deprecated.
      Use zrinfo(int[], String, int[], int[], stringContainer, int[], int[], int[], stringContainer, stringContainer, stringContainer, stringContainer, int[], int[], int[], int[], int[]) instead.

    • Hec_zritsc

      @Deprecated public static void Hec_zritsc(int[] ifltab, String pathname, int startJulian, int startMinutes, int endJulian, int endMinutes, int getDoubles, int[] doublesRead, int[] timeBuffer, float[] floatValues, double[] doubleValues, int maxValues, int[] numberRead, int[] beginJulian, int[] flags, int readFlags, int[] flagsRead, stringContainer units, stringContainer type, stringContainer supplementalInfo, int[] timezoneOffset, stringContainer timezoneName, double[] coordinates, int[] coordinateDescription, int[] coordinatesUsed, int inflag, int[] status)
      Deprecated.
      Use zritsc(int[], String, int, int, int, int, int, int[], int[], float[], double[], int, int[], int[], int[], int, int[], stringContainer, stringContainer, stringContainer, int[], stringContainer, double[], int[], int[], int, int[]) instead.

    • Hec_zritsx

      @Deprecated public static void Hec_zritsx(int[] ifltab, String pathname, int startJulian, int startMinutes, int endJulian, int endMinutes, int[] timeBuffer, float[] data, int dataSize, int[] numberRead, int[] beginJulian, int[] flags, int readFlags, int[] flagsRead, stringContainer units, stringContainer type, int[] userHead, int maxUserHead, int[] numberHeadRead, int inflag, int[] status)
      Deprecated.
      Use zritsx(int[], String, int, int, int, int, int[], float[], int, int[], int[], int[], int, int[], stringContainer, stringContainer, int[], int, int[], int, int[]) instead.

    • Hec_zritsxd

      @Deprecated public static void Hec_zritsxd(int[] ifltab, String pathname, int startJulian, int startMinutes, int endJulian, int endMinutes, int[] timeBuffer, double[] data, int dataSize, int[] numberRead, int[] beginJulian, int[] flags, int readFlags, int[] flagsRead, stringContainer units, stringContainer type, int[] userHead, int maxUserHead, int[] numberHeadRead, int inflag, int[] status)
      Deprecated.
      Use zritsxd(int[], String, int, int, int, int, int[], double[], int, int[], int[], int[], int, int[], stringContainer, stringContainer, int[], int, int[], int, int[]) instead.

    • Hec_zrpd

      @Deprecated public static void Hec_zrpd(int[] ifltab, String cpath, int[] nord, int[] numberOfCurves, int[] ihoriz, stringContainer cunitsX, stringContainer ctypeX, stringContainer cunitsY, stringContainer ctypeY, float[] values, int kvals, int[] numberOfValues, String[] clabel, int klabel, booleanContainer labelsExist, int[] headu, int kheadu, int[] nheadu, int[] istat)
      Deprecated.
      Use zrpd(int[], String, int[], int[], int[], stringContainer, stringContainer, stringContainer, stringContainer, float[], int, int[], String[], int, booleanContainer, int[], int, int[], int[]) instead.

    • Hec_zrpdd

      @Deprecated public static void Hec_zrpdd(int[] ifltab, String cpath, int[] nord, int[] numberOfCurves, int[] ihoriz, stringContainer cunitsX, stringContainer ctypeX, stringContainer cunitsY, stringContainer ctypeY, double[] values, int kvals, int[] numberOfValues, String[] clabel, int klabel, booleanContainer labelsExist, float[] headu, int kheadu, int[] nheadu, int[] istat)
      Deprecated.
      Use zrpdd(int[], String, int[], int[], int[], stringContainer, stringContainer, stringContainer, stringContainer, double[], int, int[], String[], int, booleanContainer, float[], int, int[], int[]) instead.

    • Hec_zrrtsc

      @Deprecated public static void Hec_zrrtsc(int[] ifltab, String pathname, String startDate, String startTime, int maxNumber, int[] numberRead, int getDoubles, int[] doublesRead, float[] floatValues, double[] doubleValues, int[] flags, int readFlags, int[] flagsRead, stringContainer units, stringContainer type, stringContainer supplementalInfo, int[] offset, int[] compression, int[] timezoneOffset, stringContainer timezoneName, double[] coordinates, int[] coordinateDescription, int[] coordinatesUsed, int[] status)
      Deprecated.
      Use zrrtsc(int[], String, String, String, int, int[], int, int[], float[], double[], int[], int, int[], stringContainer, stringContainer, stringContainer, int[], int[], int[], stringContainer, double[], int[], int[], int[]) instead.

    • Hec_zrrts

      @Deprecated public static void Hec_zrrts(int[] ifltab, String pathname, String startDate, String startTime, int number, float[] data, stringContainer units, stringContainer type, int[] offset, int[] status)
      Deprecated.
      Use zrrts(int[], String, String, String, int, float[], stringContainer, stringContainer, int[], int[]) instead.

    • Hec_zrrtsx

      @Deprecated public static void Hec_zrrtsx(int[] ifltab, String pathname, String startDate, String startTime, int number, float[] data, int[] flags, int readFlags, int[] flagsRead, stringContainer units, stringContainer type, int[] userHead, int maxUserHead, int[] numberHeadRead, int[] offset, int[] compression, int[] status)
      Deprecated.
      Use zrrtsx(int[], String, String, String, int, float[], int[], int, int[], stringContainer, stringContainer, int[], int, int[], int[], int[], int[]) instead.

    • Hec_zrrtsxd

      @Deprecated public static void Hec_zrrtsxd(int[] ifltab, String pathname, String startDate, String startTime, int number, double[] data, int[] flags, int readFlags, int[] flagsRead, stringContainer units, stringContainer type, int[] userHead, int maxUserHead, int[] numberHeadRead, int[] offset, int[] compression, int[] status)
      Deprecated.
      Use zrrtsxd(int[], String, String, String, int, double[], int[], int, int[], stringContainer, stringContainer, int[], int, int[], int[], int[], int[]) instead.

    • Hec_zrtxts

      @Deprecated public static void Hec_zrtxts(int[] ifltab, String pathname, stringContainer cString, int maxString, int[] numbString, int[] userHead, int maxUserHead, int[] numberHeadRead, int[] status)
      Deprecated.
      Use zrtxts(int[], String, stringContainer, int, int[], int[], int, int[], int[]) instead.

    • Hec_zset

      @Deprecated public static void Hec_zset(String parameter, String alpha, int number)
      Deprecated.
      Use zset(String, String, int) instead.

    • Hec_zsetfi

      @Deprecated public static void Hec_zsetfi(int[] ifltab, String parameter, String alpha, int number, int[] status)
      Deprecated.
      Use zsetfi(int[], String, String, int, int[]) instead.

    • Hec_zsitsc

      @Deprecated public static void Hec_zsitsc(int[] ifltab, String pathname, int[] times, float[] floatValues, double[] doubleValues, int storeDouble, int numberVals, int startDate, int[] flags, int storeFlags, String unitsX, String typeX, double[] coordinates, int numberCoordinates, int[] coordinateDescription, int numbCoordDescription, String supplementaryInfo, int timezoneOffset, String timezoneName, int inFlag, int[] status)
      Deprecated.
      Use zsitsc(int[], String, int[], float[], double[], int, int, int, int[], int, String, String, double[], int, int[], int, String, int, String, int, int[]) instead.

    • Hec_zsitsx

      @Deprecated public static void Hec_zsitsx(int[] ifltab, String pathname, int[] times, float[] values, int numberVals, int startDate, int[] flags, int storeFlags, String unitsX, String typeX, int[] userHeader, int numberHeader, int inFlag, int[] status)
      Deprecated.
      Use zsitsx(int[], String, int[], float[], int, int, int[], int, String, String, int[], int, int, int[]) instead.

    • Hec_zsitsxd

      @Deprecated public static void Hec_zsitsxd(int[] ifltab, String pathname, int[] times, double[] values, int numberVals, int startDate, int[] flags, int storeFlags, String unitsX, String typeX, int[] userHeader, int numberHeader, int inFlag, int[] status)
      Deprecated.
      Use zsitsxd(int[], String, int[], double[], int, int, int[], int, String, String, int[], int, int, int[]) instead.

    • Hec_zspd

      @Deprecated public static void Hec_zspd(int[] ifltab, String cpath, int nord, int ncurve, int ihoriz, String cunitsX, String ctypeX, String cunitsY, String ctypeY, float[] values, String[] clabel, boolean label, float[] headu, int nheadu, int iplan, int[] istat)
      Deprecated.
      Use zspd(int[], String, int, int, int, String, String, String, String, float[], String[], boolean, float[], int, int, int[]) instead.

    • Hec_zspdd

      @Deprecated public static void Hec_zspdd(int[] ifltab, String cpath, int nord, int ncurve, int ihoriz, String cunitsX, String ctypeX, String cunitsY, String ctypeY, double[] values, String[] clabel, boolean label, float[] headu, int nheadu, int iplan, int[] istat)
      Deprecated.
      Use zspdd(int[], String, int, int, int, String, String, String, String, double[], String[], boolean, float[], int, int, int[]) instead.

    • Hec_zsrts

      @Deprecated public static void Hec_zsrts(int[] ifltab, String pathname, String startDate, String startTime, int number, float[] data, String units, String type, int[] plan, int[] status)
      Deprecated.
      Use zsrts(int[], String, String, String, int, float[], String, String, int[], int[]) instead.

    • Hec_zsrtsc

      @Deprecated public static void Hec_zsrtsc(int[] ifltab, String pathname, String startDate, String startTime, int number, int storeDouble, float[] floatValues, double[] doubleValues, int[] flags, int storeFlags, String units, String type, double[] coordinates, int numberCoordinates, int[] coordinateDescription, int numbCoordDescription, String supplementaryInfo, int timezoneOffset, String timezoneName, int plan, int compression, float baseValue, int baseValueSet, int highDelta, int deltaPrecision, int[] status)
      Deprecated.
      Use zsrtsc(int[], String, String, String, int, int, float[], double[], int[], int, String, String, double[], int, int[], int, String, int, String, int, int, float, int, int, int, int[]) instead.

    • Hec_zsrtsx

      @Deprecated public static void Hec_zsrtsx(int[] ifltab, String pathname, String startDate, String startTime, int number, float[] data, int[] flags, int storeFlags, String units, String type, int[] userHeader, int numberHeader, int plan, int compression, float baseValue, int baseValueSet, int highDelta, int deltaPrecision, int[] status)
      Deprecated.
      Use zsrtsx(int[], String, String, String, int, float[], int[], int, String, String, int[], int, int, int, float, int, int, int, int[]) instead.

    • Hec_zsrtsxd

      @Deprecated public static void Hec_zsrtsxd(int[] ifltab, String pathname, String startDate, String startTime, int number, double[] data, int[] flags, int storeFlags, String units, String type, int[] userHeader, int numberHeader, int plan, int compression, float baseValue, int baseValueSet, int highDelta, int deltaPrecision, int[] status)
      Deprecated.
      Use zsrtsxd(int[], String, String, String, int, double[], int[], int, String, String, int[], int, int, int, float, int, int, int, int[]) instead.

    • Hec_zstfh

      @Deprecated public static void Hec_zstfh(String[] clabel, String[] citems, int numberItems, float[] header, int headerMax, int[] headerNumber, int[] istat)
      Deprecated.
      Use zstfh(String[], String[], int, float[], int, int[], int[]) instead.

    • Hec_ztsends

      @Deprecated public static void Hec_ztsends(int[] ifltab, String pathname, int searchOption, int[] startJulian, int[] startMinutes, int[] endJulian, int[] endMinutes, int[] lfound)
      Deprecated.
      Use ztsends(int[], String, int, int[], int[], int[], int[], int[]) instead.

    • Hec_ztsinfo

      @Deprecated public static void Hec_ztsinfo(int[] ifltab, String pathname, int[] startJulian, int[] startMinutes, int[] endJulian, int[] endMinutes, stringContainer units, stringContainer type, int[] lflags, int[] ldouble, int[] lfound)
      Deprecated.
      Use ztsinfo(int[], String, int[], int[], int[], int[], stringContainer, stringContainer, int[], int[], int[]) instead.

    • Hec_ztsrange

      @Deprecated public static void Hec_ztsrange(int[] ifltab, String pathname, int searchOption, stringContainer firstPath, stringContainer lastPath, int[] numberFound)
      Deprecated.
      Use ztsrange(int[], String, int, stringContainer, stringContainer, int[]) instead.

    • Hec_zstxta

      @Deprecated public static void Hec_zstxta(int[] ifltab, String pathname, String charString, int[] userHeader, int numberHeader, int[] status)
      Deprecated.
      Use zstxta(int[], String, String, int[], int, int[]) instead.

    • Hec_zundel

      @Deprecated public static int Hec_zundel(int[] ifltab, String pathname)
      Deprecated.
      Use zundel(int[], String) instead.

    • Hec_zupath

      @Deprecated public static void Hec_zupath(String pathname, int[] ibpart, int[] iepart, int[] ilpart, int[] istat)
      Deprecated.
      Use DSSPathname.getPathnamePartPositions(String, int[], int[], int[]) instead

    • Hec_zustfh

      @Deprecated public static void Hec_zustfh(String[] clabel, String[] citems, int numberItems, int[] position, float[] header, int headerNumber, int[] istat)
      Deprecated.
      Use zustfh(String[], String[], int, int[], float[], int, int[]) instead.

    • Hec_zwritx

      @Deprecated public static void Hec_zwritx(int[] ifltab, String pathname, int nPathname, int[] intheader, int nintheader, int[] compheader, int ncompheader, int[] userheader, int nuserheader, short[] data, int ndata, int type, int plan, int[] status, int[] found)
      Deprecated.
      Use zwritx(int[], String, int, int[], int, int[], int, int[], int, short[], int, int, int, int[], int[]) instead.

    • Hec_zwritxBytes

      @Deprecated public static void Hec_zwritxBytes(int[] ifltab, String pathname, int nPathname, int[] intheader, int nintheader, int[] compheader, int ncompheader, int[] userheader, int nuserheader, byte[] data, int ndata, int type, int plan, int[] status, int[] found)
      Deprecated.
      Use zwritxBytes(int[], String, int, int[], int, int[], int, int[], int, byte[], int, int, int, int[], int[]) instead.

    • Hec_zsetMessageLevel

      @Deprecated public static void Hec_zsetMessageLevel(int functionGroupID, int levelID)
      Deprecated.
      Use zsetMessageLevel(int, int) instead.

    • Hec_zgetMessageLevel

      @Deprecated public static int Hec_zgetMessageLevel(int functionGroupID)
      Deprecated.
      Use zgetMessageLevel(int) instead.

    • Hec_i4toi8

      @Deprecated public static long Hec_i4toi8(int int4a, int int4b)
      Deprecated.
      Use i4toi8(int, int) instead

    • Hec_i8toi4

      @Deprecated public static void Hec_i8toi4(long integer8, int[] int4a, int[] int4b)
      Deprecated.
      Use i8toi4(long, int[], int[]) instead

    • Hec_ztsRetrieve

      @Deprecated public static int Hec_ztsRetrieve(int[] ifltab, TimeSeriesContainer tsc, String startDate, String startTime, String endDate, String endTime, int retrieveFlag)
      Deprecated.
      Use ztsRetrieve(int[], TimeSeriesContainer, String, String, String, String, int) instead.

    • Hec_ztsStore

      @Deprecated public static int Hec_ztsStore(int[] ifltab, TimeSeriesContainer tsc, int storageFlag)
      Deprecated.
      Use ztsStore(int[], TimeSeriesContainer, int) instead.

    • Hec_ztsGetStandardInterval

      @Deprecated public static void Hec_ztsGetStandardInterval(int dssVersion, int[] interval, String ePart, int[] status)
      Deprecated.
      use DSSPathname.getTSIntervalSeconds(String, int[]) instead.

    • Hec_ztsGetStandardInterval7

      @Deprecated public static void Hec_ztsGetStandardInterval7(int[] interval, String ePart, int[] status)
      Deprecated.
      use DSSPathname.getTSIntervalSeconds(String, int[]) instead.

    • Hec_zrecInfo

      @Deprecated public static int Hec_zrecInfo(int[] ifltab, HecDSSRecordInfo recordInfo, String startDate, String startTime, String endDate, String endTime)
      Deprecated.
      Use zrecInfo(int[], HecDSSRecordInfo, String, String, String, String) instead.

    • Hec_zpdStore

      @Deprecated public static int Hec_zpdStore(int[] ifltab, PairedDataContainer pdc)
      Deprecated.
      Use zpdStore(int[], PairedDataContainer) instead.

    • Hec_zpdRetrieve

      @Deprecated public static int Hec_zpdRetrieve(int[] ifltab, PairedDataContainer pdc)
      Deprecated.
      Use zpdRetrieve(int[], PairedDataContainer) instead.

    • Hec_zarrayRetrieve

      @Deprecated public static int Hec_zarrayRetrieve(int[] ifltab, ArrayContainer arrayContainer)
      Deprecated.
      Use zarrayRetrieve(int[], ArrayContainer) instead.

    • Hec_zarrayStore

      @Deprecated public static int Hec_zarrayStore(int[] ifltab, ArrayContainer arrayContainer)
      Deprecated.
      Use zarrayStore(int[], ArrayContainer) instead.

    • Hec_zconvertVersion

      @Deprecated public static int Hec_zconvertVersion(String nameFrom, String nameTo)
      Deprecated.
      Use zconvertVersion(String, String) instead.

    • Hec_zcatalogFile

      @Deprecated public static int Hec_zcatalogFile(int[] ifltab, String catalogName, boolean sorted, String pathWithWildChars)
      Deprecated.
      Use zcatalogFile(int[], String, boolean, String) instead.

    • Hec_zgetCatalogSortAddresses

      @Deprecated public static int Hec_zgetCatalogSortAddresses(int[] ifltab, long[] sortAddresses, int sortAddressesLen)
      Deprecated.
      Use zgetCatalogSortAddresses(int[], long[], int) instead.

    • Hec_zsetCatalogSortAddresses

      @Deprecated public static int Hec_zsetCatalogSortAddresses(int[] ifltab, long[] sortAddresses, int sortAddressesLen)
      Deprecated.
      Use zsetCatalogSortAddresses(int[], long[], int) instead.

    • Hec_zgetProgress

      @Deprecated public static int Hec_zgetProgress(int handle)
      Deprecated.
      Use zgetProgress(int) instead.

    • Hec_zsetInterrupt

      @Deprecated public static void Hec_zsetInterrupt(int handle)
      Deprecated.
      Use zsetInterrupt(int) instead.

    • Hec_zlastWriteTime

      @Deprecated public static long Hec_zlastWriteTime(int[] ifltab, String pathname)
      Deprecated.
      Use zlastWriteTime(int[], String) instead.

    • Hec_zlastWriteTimeFile

      @Deprecated public static long Hec_zlastWriteTimeFile(int[] ifltab)
      Deprecated.
      Use zlastWriteTimeFile(int[]) instead.

    • Hec_zinquire

      @Deprecated public static long Hec_zinquire(int[] ifltab, String parameter)
      Deprecated.
      Use zinquire(int[], String) instead.

    • Hec_zgetRecordBasics

      @Deprecated public static int Hec_zgetRecordBasics(int[] ifltab, HecDSSRecordBasics recordBasics)
      Deprecated.
      Use zgetRecordBasics(int[], HecDSSRecordBasics) instead.

    • Hec_ztextRetrieve

      @Deprecated public static int Hec_ztextRetrieve(int[] ifltab, TextContainer textContainer)
      Deprecated.
      Use ztextRetrieve(int[], TextContainer) instead.

    • Hec_ztextStore

      @Deprecated public static int Hec_ztextStore(int[] ifltab, TextContainer textContainer)
      Deprecated.
      Use ztextStore(int[], TextContainer) instead.

    • Hec_ztinRetrieve

      @Deprecated public static int Hec_ztinRetrieve(int[] ifltab, TinContainer tinContainer, boolean retrieveData)
      Deprecated.
      Use ztinRetrieve(int[], TinContainer, boolean) instead.

    • Hec_ztinStore

      @Deprecated public static int Hec_ztinStore(int[] ifltab, TinContainer tinContainer)
      Deprecated.
      Use ztinStore(int[], TinContainer) instead.

    • Hec_zgridRetrieve

      @Deprecated public static int Hec_zgridRetrieve(int[] ifltab, GridStructContainer gridStruct, boolean retrieveData)
      Deprecated.
      Use zgridRetrieve(int[], GridStructContainer, boolean) instead.

    • Hec_zgridRetrieveVersion

      @Deprecated public static int Hec_zgridRetrieveVersion(int[] ifltab, String path, int[] gridStructVersion)
      Deprecated.
      Use zgridRetrieveVersion(int[], String, int[]) instead.

    • Hec_zgridStore

      @Deprecated public static int Hec_zgridStore(int[] ifltab, GridStructContainer gridStruct)
      Deprecated.
      Use zgridStore(int[], GridStructContainer) instead.

    • Hec_zcatalog

      @Deprecated public static int Hec_zcatalog(int[] ifltab, HecDssCatalog dssCatalog)
      Deprecated.
      Use zcatalog(int[], HecDssCatalog) instead.

    • Hec_zwhatChangedSetStart

      @Deprecated public static int Hec_zwhatChangedSetStart(int[] ifltab, HecDssCatalog dssCatalog, String pathnameWithWild, boolean useCRC)
      Deprecated.
      Use zwhatChangedSetStart(int[], HecDssCatalog, String, boolean) instead.

    • Hec_zwhatChanged

      @Deprecated public static int Hec_zwhatChanged(int[] ifltab, HecDssCatalog dssCatalog)
      Deprecated.
      Use zwhatChanged(int[], HecDssCatalog) instead.

    • Hec_zwhatChangedCompare

      @Deprecated public static int Hec_zwhatChangedCompare(int[] ifltab, HecDssCatalog dssCatalogBefore, HecDssCatalog dssCatalogChanged, String pathWithWild, boolean boolUseCRC)
      Deprecated.
      Use zwhatChangedCompare(int[], HecDssCatalog, HecDssCatalog, String, boolean) instead.

    • Hec_zerrorCheck

      @Deprecated public static int Hec_zerrorCheck()
      Deprecated.
      Use zerrorCheck() instead.

    • Hec_zerrorClear

      @Deprecated public static int Hec_zerrorClear()
      Deprecated.
      Use zerrorClear() instead.

    • Hec_zerrorGet

      @Deprecated public static int Hec_zerrorGet(DSSErrorMessage errorMessage)
      Deprecated.
      Use zerrorGet(DSSErrorMessage) instead.

    • Hec_zerrorCode

      @Deprecated public static int Hec_zerrorCode(int[] ifltab)
      Deprecated.
      Use zerrorCode(int[]) instead.

    • Hec_zfileError

      @Deprecated public static int Hec_zfileError(int[] ifltab)
      Deprecated.
      Use zfileError(int[]) instead.

    • Hec_zcheckFile

      @Deprecated public static int Hec_zcheckFile(int[] ifltab)
      Deprecated.
      Use zcheckFile(int[]) instead.

    • Hec_zdebug7

      @Deprecated public static void Hec_zdebug7(int[] value, long[] lvalue8, int[] value4a, int[] value4b, stringContainer cstringDouble, stringContainer cstringReala, stringContainer cstringRealb, stringContainer cstringValue, int[] ibytes)
      Deprecated.
      Use zdebug7(int[], long[], int[], int[], stringContainer, stringContainer, stringContainer, stringContainer, int[]) instead.

    • Hec_zgetArraySizes

      @Deprecated public static int Hec_zgetArraySizes(int[] ifltab, String pathname, int[] lengthDescriptionHeader, int[] lengthInternalHeader, int[] lengthCompressionHeader, int[] lengthUserHeader, int[] numberValues, int[] logicalNumberValues, int[] lengthDataArray, int[] lengthDataArray2)
      Deprecated.
      Use zreadRawRecord(int[], RawContainer, boolean) instead

    • Hec_zreadRawRecord

      @Deprecated public static int Hec_zreadRawRecord(int[] ifltab, RawContainer rawContainer, boolean getLengthsOnly)
      Deprecated.
      Use zreadRawRecord(int[], RawContainer, boolean) instead.

    • Hec_zwriteRawRecord

      @Deprecated public static int Hec_zwriteRawRecord(int[] ifltab, RawContainer rawContainer)
      Deprecated.
      Use zwriteRawRecord(int[], RawContainer) instead.

    • Hec_zfileAccessInfo

      @Deprecated public static int Hec_zfileAccessInfo(int[] ifltab, int[] accessMode, int[] numberAccesses, int[] numberWriting, int[] pidsArray, int[] modesArray, int arraySize, int[] numberPids)
      Deprecated.
      Use zfileAccessInfo(int[], int[], int[], int[], int[], int[], int, int[]) instead.

    • Hec_zmessageGroups

      @Deprecated public static int Hec_zmessageGroups(TextContainer textContainer)
      Deprecated.
      Use zmessageGroups(TextContainer) instead.

    • Hec_getCurrentRec

      @Deprecated public static int Hec_getCurrentRec()
      Deprecated.
      Use getCurrentRec() instead.

    • Hec_zpathnameListJava

      @Deprecated public static int Hec_zpathnameListJava(int[] ifltab, String[] pathnames, int statusWanted, int typeWantedStart, int typeWantedEnd, int[] startDates, int[] endDates, int pathnameLen)
      Deprecated.
      Use zcatalog(int[], HecDssCatalog) instead

    • Hec_zaliasAdd

      @Deprecated public static int Hec_zaliasAdd(int[] ifltab, String primaryPathname, String aliasPathname)
      Deprecated.
      Use zaliasAdd(int[], String, String) instead.

    • Hec_zaliasGetPrimary

      @Deprecated public static int Hec_zaliasGetPrimary(int[] ifltab, String aliasPathname, stringContainer primaryPathname)
      Deprecated.
      Use zaliasGetPrimary(int[], String, stringContainer) instead.

    • Hec_zaliasRemove

      @Deprecated public static int Hec_zaliasRemove(int[] ifltab, String pathname, boolean removeAll)
      Deprecated.
      Use zaliasRemove(int[], String, boolean) instead.

    • Hec_zaliasList

      @Deprecated public static int Hec_zaliasList(int[] ifltab, String aliasPathname, StringArrayContainer pathnameList)
      Deprecated.
      Use zaliasList(int[], String, StringArrayContainer) instead.

    • Hec_zlocationRetrieve

      @Deprecated public static int Hec_zlocationRetrieve(int[] ifltab, DataContainer dataContainer)
      Deprecated.
      Use zlocationRetrieve(int[], DataContainer) instead.

    • Hec_zlocationStore

      @Deprecated public static int Hec_zlocationStore(int[] ifltab, DataContainer dataContainer)
      Deprecated.
      Use zlocationStore(int[], DataContainer) instead.

    • Hec_zmessage

      @Deprecated public static void Hec_zmessage(int[] ifltab, String message)
      Deprecated.
      Use zmessage(int[], String) instead.

    • getLibraryMajorVersion

      public static int getLibraryMajorVersion()
      Retrieves the major version of the library (i.e., 7).
      Returns:
      The major version

    • getLibraryVersion

      public static int getLibraryVersion()
      Retrieves the numeric library version (e.g., 7-BG = 70207). Valid characters are A-Z, a-z A == 1, B == 2, a == 27, b == 28
      Returns:
      The numeric version

    • getLibrarySubVersion

      public static int getLibrarySubVersion()
      Retrieves the numeric library sub-version (e.g., 7-BG = 2) Valid characters are A-Z, a-z A == 1, B == 2, a == 27, b == 28
      Returns:
      The numeric sub-version

    • getLibraryMinorVersion

      public static int getLibraryMinorVersion()
      Retrieves the numeric library minor version (e.g., 7-BG = 7) Valid characters are A-Z, a-z A == 1, B == 2, a == 27, b == 28
      Returns:
      The numeric minor version

    • zgetDssLibraryVersionString

      @Deprecated public static String zgetDssLibraryVersionString()
      Deprecated.
      Use getLibraryVersionString() instead

    • getLibraryVersionString

      public static String getLibraryVersionString()
      Retrieves the full library version string (e.g., "7-BG")
      Returns:
      The full library version string

    • getVersionString

      public static String getVersionString(int numericVersion)
      Converts a full numeric version (file or library) to a version string
      Parameters:
      numericVersion -
      Returns:

    • zgetDssLibraryVersion

      @Deprecated public static int zgetDssLibraryVersion()
      Deprecated.
      Use getLibraryMajorVersion() instead

    • getVersFromChar

      protected static int getVersFromChar(char version)

    • getVersChar

      protected static char getVersChar(int vers)

    • zgetDssFileVersionString

      public static String zgetDssFileVersionString(int[] ifltab)
      Retrieves the full library version string (e.g., "7-BG") of an opened DSS file
      Parameters:
      ifltab - The file table of the DSS file
      Returns:
      The full library version string

    • zpathnameListJava

      @Deprecated public static int zpathnameListJava(int[] ifltab, String[] pathnames, int statusWanted, int typeWantedStart, int typeWantedEnd, int[] startDates, int[] endDates, int pathnameLen)
      Deprecated.
      Use zcatalog(int[], HecDssCatalog) instead

    • ztsRetrieve

      public static int ztsRetrieve(int[] ifltab, TimeSeriesContainer tsc, String startDate, String startTime, String endDate, String endTime, int retrieveFlag)
      Retrieves time series dataset for a specified time window
      Parameters:
      ifltab - The file table of the DSS file
      tsc - Receives the time series values. Set the following fields on input
      startDate - The date of the start of the time window. Must be in a format that can be used by HecTime.set(String, String)
      startTime - The time of the start of the time window. Must be in a format that can be used by HecTime.set(String, String)
      endDate - The date of the end of the time window. Must be in a format that can be used by HecTime.set(String, String)
      endTime - The time of the end of the time window. Must be in a format that can be used by HecTime.set(String, String)
      retrieveFlag - specifies which values to include
      • REGULAR TIME SERIES
        •  0 - include entire time window and generate times array
        • -1 - trim to existing data and generate times array
        • -2 - include entire time window and do not generate times array
        • -3 - trim to existing data and do not generate times array
      • IRREGULAR TIME SERIES
        • 0 - include only values within the time window
        • 1 - include the value immediately before the time window
        • 2 - include the value immediately after the time window
        • 3 - include then values immediately before and after the time window
      Returns:
      0 on success, otherwise an error code that can decoded with zerrorDecode(int, int[], int[], int[], int[])

    • ztsStore

      public static int ztsStore(int[] ifltab, TimeSeriesContainer tsc, int storageFlag)
      Stores a time series dataset
      Parameters:
      ifltab - The file table of the DSS file
      tsc - The dataset to store
      storageFlag - The data storage plan
      • REGULAR TIME SERIES
        • 0 - always replace values in file
        • 1 - only store non-missing values that are missing in file
        • 2 - always store all values even if all missing
        • 3 - don't create empty records and remove any records made empty
        • 4 - don't replace non-missing values with missing values
      • IRREGULAR TIME SERIES
        • 0 - merge data into existing data, overwriting individual values as necessary
        • 1 - delete existing data in incoming time window before storing
      Returns:
      0 on success, otherwise an error code that can decoded with zerrorDecode(int, int[], int[], int[], int[])

    • zpdStore

      public static int zpdStore(int[] ifltab, PairedDataContainer pdc)
      Stores a paired data record
      Parameters:
      ifltab - The file table for the DSS file
      pdc - The paired data to store
      Returns:
      0 on success, otherwise an error code that can decoded with zerrorDecode(int, int[], int[], int[], int[])

    • zpdRetrieve

      public static int zpdRetrieve(int[] ifltab, PairedDataContainer pdc)
      Retrieves a paired data record
      Parameters:
      ifltab - The file table of the DSS file
      pdc - Receives the paired data. Set the .fullName field with DataContainer.setName(String) on input
      Returns:
      0 on success, otherwise an error code that can decoded with zerrorDecode(int, int[], int[], int[], int[])

    • ztextStore

      public static int ztextStore(int[] ifltab, TextContainer textContainer)
      Stores a text record
      Parameters:
      ifltab - The file table of the DSS file
      textContainer - The text or text table to store
      Returns:
      0 on success, otherwise an error code that can decoded with zerrorDecode(int, int[], int[], int[], int[])

    • ztextRetrieve

      public static int ztextRetrieve(int[] ifltab, TextContainer textContainer)
      Retrieves a text record
      Parameters:
      ifltab - The file table of the DSS file
      textContainer - Receives the text or text table. Set the .fullName field with DataContainer.setName(String) on input
      Returns:
      0 on success, otherwise an error code that can decoded with zerrorDecode(int, int[], int[], int[], int[])

    • ztinRetrieve

      public static int ztinRetrieve(int[] ifltab, TinContainer tinContainer, boolean retrieveData)
      Retrieves a TIN record
      Parameters:
      ifltab - The file table of the DSS file
      tinContainer - Receives the TIN data. Set the .fullName field with DataContainer.setName(String) on input
      retrieveData - Data retrieval flag
      • 0 - retrieve metadata only
      • 1 - retrieve metadata and data
      Returns:
      0 on success, otherwise an error code that can decoded with zerrorDecode(int, int[], int[], int[], int[])

    • ztinStore

      public static int ztinStore(int[] ifltab, TinContainer tinContainer)
      Stores TIN data
      Parameters:
      ifltab - The file table of the DSS file
      tinContainer - The TIN data to store
      Returns:
      0 on success, otherwise an error code that can decoded with zerrorDecode(int, int[], int[], int[], int[])

    • zgridRetrieve

      public static int zgridRetrieve(int[] ifltab, GridStructContainer gridStruct, boolean retrieveData)
      Retrieves a gridded data record
      Parameters:
      ifltab - The file table of the DSS file
      gridStruct - Receives the gridded data. Set the .fullName field with DataContainer.setName(String) on input
      retrieveData - Data retrieval flag
      • 0 - retrieve metadata only
      • 1 - retrieve metadata and data
      Returns:
      0 on success, otherwise an error code that can decoded with zerrorDecode(int, int[], int[], int[], int[])

    • zgridRetrieveVersion

      public static int zgridRetrieveVersion(int[] ifltab, String path, int[] gridStructVersion)
      Retrieves the structure version of a gridded data record
      Parameters:
      ifltab - The file table of the DSS file
      path - The pathname of the gridded data record
      gridStructVersion - Element 0 receives the grid structure version
      •   0 - DSS 6 grid
      • 1000 - DSS 7 grid
      Returns:
      0 on success, otherwise an error code that can decoded with zerrorDecode(int, int[], int[], int[], int[])

    • zgridStore

      public static int zgridStore(int[] ifltab, GridStructContainer gridStruct)
      Stores gridded data
      Parameters:
      ifltab - The file table of the DSS file
      gridStruct - The gridded data to store
      Returns:
      0 on success, otherwise an error code that can decoded with zerrorDecode(int, int[], int[], int[], int[])

    • zmessageGroups

      public static int zmessageGroups(TextContainer textContainer)
      Retrieves message group name/number associations
      Parameters:
      textContainer - Receives the message group information. The group names can be retrieved from .getTextTable()[0]. The associated numbers are the array indexes of .getTextTable()[0]
      Returns:
      The number of message groups retrieved

    • zmessageGroup

      @Deprecated public static int zmessageGroup(TextContainer textContainer)
      Deprecated.
      Use zmessageGroups(TextContainer) instead

    • zcatalog

      public static int zcatalog(int[] ifltab, HecDssCatalog catalog)
      Retrieves a catalog of the DSS file
      Parameters:
      ifltab - The file table of the DSS file
      catalog - Receives the catalog. The following .pathnameWithWild field must be set on input. The following fields can optionally be set to further control the pathnames returned
      • .statusWanted - type of records cataloged
        •   0 - all valid records (primary and aliases)
        •   1 - primary records only
        •   2 - alias records only
        •  11 - deleted records only
        •  12 - renamed records only
        • 100 - all records regardless if deleted, renamed, etc.
      • .dataTypeStart - only catalog records with record type >= this
      • .dataTypeStart - only catalog records with record type <= this
      Record type are
      •  20 - location
      •  90 - array (DSS 7 only)
      •  91 - integer array (DSS 6 only)
      •  92 - float array (DSS 6 only)
      •  93 - double array (DSS 6 Only)
      • 100 - regular-interval time series
      • 101 - regular-interval time series pattern
      • 102 - regular-interval time series profile
      • 105 - regular-interval time series doubles
      • 107 - regular-interval time series double profile
      • 110 - irregular-interval time series
      • 111 - irregular-interval time series pattern
      • 112 - irregular-interval time series profile
      • 115 - irregular-interval time series doubles
      • 117 - irregular-interval time series double profile
      • 200 - paired data
      • 205 - paired data doubles
      • 300 - text data
      • 310 - text table
      • 400 - gridded - undefined grid with time
      • 401 - gridded - undefined grid
      • 410 - gridded - HRAP grid with time reference
      • 411 - gridded - HRAP grid
      • 420 - gridded - Albers with time reference
      • 421 - gridded - Albers
      • 430 - gridded - SHG with time reference
      • 431 - gridded - SHG
      • 450 - spatial - TIN (DSS 7 only)
      • 600 - generic file
      • 610 - image
      Returns:
      0 on success, otherwise an error code that can decoded with zerrorDecode(int, int[], int[], int[], int[])

    • zwhatChangedSetStart

      public static int zwhatChangedSetStart(int[] ifltab, HecDssCatalog dssCatalog, String pathnameWithWild, boolean useCRC)
      Sets the starting catalog for comparison against a later catalog, optionally retrieving the catalog
      Parameters:
      ifltab - The file table of the DSS file
      dssCatalog - Receives the starting catalog if not null
      pathnameWithWild - The pathname mask to catalog. The wildcard character is '*' and may only be specified at the start and/or end of individual pathname parts (or be the entire pathname part). May be null to catalog all records
      useCRC - Specifies how the comparison will be performed
      • true  - record cyclic redundancy checks will be compared
      • true  - record last written times will be compared
      Returns:
      0 on success, otherwise an error code that can decoded with zerrorDecode(int, int[], int[], int[], int[])
      See Also:

    • zwhatChanged

      public static int zwhatChanged(int[] ifltab, HecDssCatalog catalog)
      Retrieves a catalog of all records changed since the last call to zwhatChangedSetStart(). The DSS file must not have been closed in between or the internal catalog will be lost. Record CRC values will be compared if the useCRC parameter to zwhatChangedSetStart() was set to true; otherwise record last written times will be compared
      Parameters:
      ifltab - The file table of the DSS file
      catalog - Receives the catalog of records changed
      Returns:
      The number of records changed on success, otherwise an error code that can decoded with zerrorDecode(int, int[], int[], int[], int[])

    • zwhatChangedCompare

      public static int zwhatChangedCompare(int[] ifltab, HecDssCatalog dssCatalogBefore, HecDssCatalog dssCatalogChanged, String pathWithWild, boolean boolUseCRC)
      Retrieves a catalog of records changed since the last call to zwhatChangedSetStart(). The catalog may be a subset of all records changed
      Parameters:
      ifltab - The file table of the DSS file
      dssCatalogBefore - The catalog to compare against
      dssCatalogChanged - Receives the catalog of changed records
      pathWithWild - The pathname mask of changed records to catalog. The wildcard character is '*' and may only be specified at the start and/or end of individual pathname parts (or be the entire pathname part). May be null to catalog all changed records
      boolUseCRC - Specifies how the comparison will be performed
      • true  - record cyclic redundancy checks will be compared, but only if dssCatalogBefore.crcValues is not null (i.e., if the useCRC parameter to zwhatChangedSetStart() was set to true)
      • false - record last written times will be compared
      Returns:
      The number of records changes cataloged on success, otherwise an error code that can decoded with zerrorDecode(int, int[], int[], int[], int[])

    • zerrorCheck

      public static int zerrorCheck()
      Retrieves the severity of the last error encountered
      Returns:
      The severity
      • 0 - NO ERROR
      • 1 - INFORMATION
      • 2 - WARNING
      • 3 - INVALID_ARGUMENT
      • 4 - WARNING_NO_WRITE_ACCESS
      • 5 - WARNING_NO_FILE_ACCESS
      • 6 - WRITE_ERROR
      • 7 - READ_ERROR
      • 8 - CORRUPT_FILE
      • 9 - MEMORY_ERROR

    • zerrorGet

      public static int zerrorGet(DSSErrorMessage errorMessage)
      Retrieves the details of the last error encountered
      Parameters:
      errorMessage - Receives the error details
      Returns:
      The error type
      • 0 - ERROR_TYPE_NONE
      • 1 - ERROR_TYPE_WARNING
      • 2 - ERROR_TYPE_ACCESS
      • 3 - ERROR_TYPE_FILE
      • 4 - ERROR_TYPE_MEMORY

    • zerrorClear

      public static int zerrorClear()
      Clears the last error encountered
      Returns:
      Not used (undefined)

    • ztsGetStandardInterval

      @Deprecated public static void ztsGetStandardInterval(int dssVersion, int[] interval, String ePart, int[] status)
      Deprecated.
      use DSSPathname.getTSIntervalSeconds(String, int[]) instead.

    • ztsGetStandardInterval7

      @Deprecated public static void ztsGetStandardInterval7(int[] interval, String ePart, int[] status)
      Deprecated.
      use DSSPathname.getTSIntervalSeconds(String, int[]) instead.

    • zrecInfo

      public static int zrecInfo(int[] ifltab, HecDSSRecordInfo recordInfo, String startDate, String startTime, String endDate, String endTime)
      Retrieves information about a record
      Parameters:
      ifltab - File table for DSS file
      recordInfo - Receives the record information. The following fields must be set on input
      • .pathname - the pathname of the record
      • .dssFilename - DSS file name
      startDate - The date of the start of the time window for time series records. Must be in a format that can be used by HecTime.set(String, String)
      startTime - The time of the start of the time window for time series records. Must be in a format that can be used by HecTime.set(String, String)
      endDate - The date of the end of the time window for time series records. Must be in a format that can be used by HecTime.set(String, String)
      endTime - The time of the end of the time window for time series records. Must be in a format that can be used by HecTime.set(String, String)
      Returns:
      The status
      •  0 - success
      • -1 - record not found

    • zsetMessageLevel

      public static void zsetMessageLevel(int functionGroupID, int levelID)
      Sets the message level for a specified function group
      Parameters:
      functionGroupID - The function group to set message level for
      • MESS_METHOD_GLOBAL_ID (All DSS 7 levels + DSS 6 level)
      • MESS_METHOD_GENERAL_ID (All DSS 7 levels but not DSS 6 level)
      • MESS_METHOD_GET_ID
      • MESS_METHOD_PUT_ID
      • MESS_METHOD_READ_ID
      • MESS_METHOD_WRITE_ID
      • MESS_METHOD_PERM_ID
      • MESS_METHOD_OPEN_ID
      • MESS_METHOD_CHECK_ID
      • MESS_METHOD_LOCKING_ID
      • MESS_METHOD_TS_READ_ID
      • MESS_METHOD_TS_WRITE_ID
      • MESS_METHOD_ALIAS_ID
      • MESS_METHOD_COPY_ID
      • MESS_METHOD_UTILITY_ID
      • MESS_METHOD_CATALOG_ID
      • MESS_METHOD_FILE_CHECK_ID
      • MESS_METHOD_JNI_ID
      • MESS_METHOD_UNDEFINED_ID
      levelID - The message level
      • MESS_LEVEL_NONE
      • MESS_LEVEL_CRITICAL
      • MESS_LEVEL_TERSE
      • MESS_LEVEL_GENERAL
      • MESS_LEVEL_USER_DIAG
      • MESS_LEVEL_INTERNAL_DIAG_1
      • MESS_LEVEL_INTERNAL_DIAG_2

    • zgetMessageLevel

      public static int zgetMessageLevel(int functionGroupID)
      Retrieves the message level for a specified function group
      Parameters:
      functionGroupID - The function group to retrieve the message level for
      • MESS_METHOD_GLOBAL_ID (All DSS 7 levels + DSS 6 level)
      • MESS_METHOD_GENERAL_ID (All DSS 7 levels but not DSS 6 level)
      • MESS_METHOD_GET_ID
      • MESS_METHOD_PUT_ID
      • MESS_METHOD_READ_ID
      • MESS_METHOD_WRITE_ID
      • MESS_METHOD_PERM_ID
      • MESS_METHOD_OPEN_ID
      • MESS_METHOD_CHECK_ID
      • MESS_METHOD_LOCKING_ID
      • MESS_METHOD_TS_READ_ID
      • MESS_METHOD_TS_WRITE_ID
      • MESS_METHOD_ALIAS_ID
      • MESS_METHOD_COPY_ID
      • MESS_METHOD_UTILITY_ID
      • MESS_METHOD_CATALOG_ID
      • MESS_METHOD_FILE_CHECK_ID
      • MESS_METHOD_JNI_ID
      • MESS_METHOD_UNDEFINED_ID
      Returns:
      The current message level
      • MESS_LEVEL_NONE
      • MESS_LEVEL_CRITICAL
      • MESS_LEVEL_TERSE
      • MESS_LEVEL_GENERAL
      • MESS_LEVEL_USER_DIAG
      • MESS_LEVEL_INTERNAL_DIAG_1
      • MESS_LEVEL_INTERNAL_DIAG_2

    • i4toi8

      public static long i4toi8(int int4a, int int4b)
      Converts two 4-byte integers to an 8-byte integer in little endian mode
      Parameters:
      int4a - The first 4-byte integer
      int4b - The second 4-byte integer
      Returns:
      The resulting 8-byte integer

    • i8toi4

      public static void i8toi4(long integer8, int[] int4a, int[] int4b)
      Converts an 8-byte integer to two 4-byte integers in little endian mode
      Parameters:
      integer8 - The 8 byte integer
      int4a - The first resulting 4-byte integer
      int4b - The second resulting 4-byte integer

    • zarrayRetrieve

      public static int zarrayRetrieve(int[] ifltab, ArrayContainer arrayContainer)
      Retrieves an array record
      Parameters:
      ifltab - The file table of the DSS file
      arrayContainer - Receives the array data. Set the .fullName field with DataContainer.setName(String) on input
      Returns:
      0 on success, otherwise an error code that can decoded with zerrorDecode(int, int[], int[], int[], int[])

    • zarrayStore

      public static int zarrayStore(int[] ifltab, ArrayContainer arrayContainer)
      Stores an array record
      Parameters:
      ifltab - The file table of the DSS file
      arrayContainer - The array data to store
      Returns:
      0 on success, otherwise an error code that can decoded with zerrorDecode(int, int[], int[], int[], int[])

    • zconvertVersion

      public static int zconvertVersion(String nameFrom, String nameTo)
      Converts a DSS 6 file to a DSS 7 file or vice versa
      Parameters:
      nameFrom - The source file name
      nameTo - The destination file name
      Returns:
      0 on success, otherwise an error code that can decoded with zerrorDecode(int, int[], int[], int[], int[])

    • zcatalogFile

      public static int zcatalogFile(int[] ifltab, String catalogName, boolean sorted, String pathWithWildChars)
      Generates a catalog file for a DSS file
      Parameters:
      ifltab - The file table for the DSS file
      catalogName - The name of the catalog file
      sorted - Whether to sort the pathnames in ABCFED order
      pathWithWildChars - Specifies a subset of pathnames to catalog
      • null - catalog the entire file
      • non-null - the subset to catalog. This is a pathname that has the '*' character specified at the beginning and/or end of any pathname part(s)
        • "*abc"  - matches part name that ends with abc
        • "abc*"  - matches part name that starts with abc
        • "*abc*" - matches part name that contains abc
        • "abc"   - matches part name that is exactly abc
        • "*"     - matches any part name
      Returns:
      0 on success, otherwise an error code that can decoded with zerrorDecode(int, int[], int[], int[], int[])

    • zgetCatalogSortAddresses

      public static int zgetCatalogSortAddresses(int[] ifltab, long[] sortAddresses, int sortAddressesLen)
      Reads the list of addresses to sorted pathnames (if it exists) in order to presort the catalog
      Parameters:
      ifltab - The file table of the DSS file
      sortAddresses - Receives the pathname bin addresses of the full sorted list of pathnames
      sortAddressesLen - The number of elements in sortAddresses
      Returns:
      0 on success, otherwise an error code that can decoded with zerrorDecode(int, int[], int[], int[], int[])

    • zsetCatalogSortAddresses

      public static int zsetCatalogSortAddresses(int[] ifltab, long[] sortAddresses, int sortAddressesLen)
      Writes the list of addresses to sorted pathnames after a catalog sort in order to presort the next catalog
      Parameters:
      ifltab - The file table of the DSS file
      sortAddresses - The pathname bin addresses of the full sorted list of pathnames
      sortAddressesLen - The number of elements in sortAddresses
      Returns:
      0 on success, otherwise an error code that can decoded with zerrorDecode(int, int[], int[], int[], int[])

    • zgetProgress

      public static int zgetProgress(int handle)
      Retrieves the current item number of an in-progress multi-item operation. Retrieves the same value as zquery(String, stringContainer, int[]) with the parameter set to "CURR". The total number of items can be retrieved with zquery(String, stringContainer, int[]) with the parameter set to "TOTA"
      Parameters:
      handle - Must be set to 0
      Returns:
      The current item number or -1 if handle is not 0
      See Also:

    • zgetProgress

      public static int zgetProgress()
      Retrieves the current item number of an in-progress multi-item operation. Retrieves the same value as zquery(String, stringContainer, int[]) with the parameter set to "CURR". The total number of items can be retrieved with zquery(String, stringContainer, int[]) with the parameter set to "TOTA"
      Returns:
      The current item number or -1 if handle is not 0
      See Also:

    • zsetInterrupt

      public static void zsetInterrupt(int handle)
      Sets whether an in-progress multi-item operation is marked as interrupted. Equivalent to zset(String, String, int) with the parameter set to "INTE"
      Parameters:
      handle - Must be set to 0
      See Also:

    • zsetInterrupt

      public static void zsetInterrupt()
      Sets whether an in-progress multi-item operation is marked as interrupted. Equivalent to zset(String, String, int) with the parameter set to "INTE"
      See Also:

    • zfileAccessInfo

      public static int zfileAccessInfo(int[] ifltab, int[] accessMode, int[] numberAccesses, int[] numberWriting, int[] pidsArray, int[] modesArray, int arraySize, int[] numberPids)
      Gets information about other processes writing to the file
      Parameters:
      ifltab - The file table of the DSS file
      accessMode - Element 0 receives the current access mode for this process
      • 0 - GENERAL - no errors if write without permission
      • 1 - READ - read-only
      • 2 - MULTI-USER - full read/write (slow but safe)
      • 3 - SINGLE-USER ADVISORY (default) - fast read/write, receives notification if another process wants access
      • 4 - EXCLUSIVE - single user only, used for squeezing
      numberAccesses - Element 0 receives the number of processes accessing the file, including this process
      numberWriting - Element 0 receives the number of processes writing to the file, including this process
      pidsArray - Receives the process IDs of other processes writing to the file, up to arraySize elements. Must have at lease arraySize elements
      modesArray - Receives the access modes of other processes writing to the file, up to arraySize elements. Must have at lease arraySize elements. Each element corresponds to the same element in pidsArray
      arraySize - The maximum number of pids and modes to retrieve. pidsArray and modesArray must have at least this many elements
      numberPids - The number of pids and modes retrieved (%lt;= arraySize)
      Returns:
      0 on success, otherwise an error code that can decoded with zerrorDecode(int, int[], int[], int[], int[])

    • zdebug7

      public static void zdebug7(int[] value, long[] lvalue8, int[] value4a, int[] value4b, stringContainer cstringDouble, stringContainer cstringReala, stringContainer cstringRealb, stringContainer cstringValue, int[] ibytes)
      Converts a 4-byte or 8-byte integer into various data formats
      Parameters:
      value - Element 0 is the integer value to convert. Normally this is a 4-byte integer (one element). However, due to the way the value is handled in the JNI and native library, this can be an 8-byte integer (two elements). Since Java doesn't allow casting between types, specifying an 8-byte integer requires using a ByteBuffer to set the two elements from the 8-byte value.
      lvalue8 - Element 0 receives the value as an 8-byte integer
      value4a - Element 0 receives the first of two 4-byte integers converted from the 8-byte integer
      value4b - Element 0 receives the second of two 4-byte integers converted from the 8-byte integer
      cstringDouble - Receives the text version of the value as an 8-byte floating point value.
      cstringReala - Receives the first of two 4-byte floating point values converted from the 8-byte integer
      cstringRealb - Receives the second of two 4-byte floating point values converted from the 8-byte integer
      cstringValue - Receives the text version of the value
      ibytes - Receives the value as a byte array. Must contain at least 8 elements even if value is a 4-byte integer

    • zerrorCode

      public static int zerrorCode(int[] ifltab)
      Retrieves the last error encountered for the DSS file
      Parameters:
      ifltab - The file table of the DSS file
      Returns:
      0 on success, otherwise an error code that can decoded with zerrorDecode(int, int[], int[], int[], int[])

    • zfileError

      public static int zfileError(int[] ifltab)
      Retrieves the greatest severity of errors encountered for the DSS file
      Parameters:
      ifltab - The file table of the DSS file
      • 0 - NO ERROR
      • 1 - INFORMATION
      • 2 - WARNING
      • 3 - INVALID_ARGUMENT
      • 4 - WARNING_NO_WRITE_ACCESS
      • 5 - WARNING_NO_FILE_ACCESS
      • 6 - WRITE_ERROR
      • 7 - READ_ERROR
      • 8 - CORRUPT_FILE
      • 9 - MEMORY_ERROR

    • zcheckFile

      public static int zcheckFile(int[] ifltab)
      Exhaustively checks DSS file integrity. Resource intensive
      Parameters:
      ifltab - The file table of the DSS file
      Returns:

    • zgetArraySizes

      @Deprecated public static int zgetArraySizes(int[] ifltab, String pathname, int[] lengthDescriptionHeader, int[] lengthInternalHeader, int[] lengthCompressionHeader, int[] lengthUserHeader, int[] numberValues, int[] logicalNumberValues, int[] lengthDataArray, int[] lengthDataArray2)
      Deprecated.
      Use zreadRawRecord(int[], RawContainer, boolean) instead

    • zreadRawRecord

      public static int zreadRawRecord(int[] ifltab, RawContainer rawContainer, boolean getLengthsOnly)
      Reads raw record data
      Parameters:
      ifltab - The file table of the DSS file
      rawContainer - Receives the record data
      getLengthsOnly - Specifies whether to retrieve actual values
      • true - do not read values; only retrieve lengths required for arrays
      • false - read values; arrays must be allocated to sufficient sizes
      Returns:
      0 on success, otherwise an error code that can decoded with zerrorDecode(int, int[], int[], int[], int[])

    • zwriteRawRecord

      public static int zwriteRawRecord(int[] ifltab, RawContainer rawContainer)
      Writes raw record data
      Parameters:
      ifltab - The file table of the DSS file
      rawContainer - The record data
      Returns:
      0 on success, otherwise an error code that can decoded with zerrorDecode(int, int[], int[], int[], int[])

    • zlastWriteTime

      public static long zlastWriteTime(int[] ifltab, String pathname)
      Retrieves the last written time for a record in epoch milliseconds
      Parameters:
      ifltab - The file table of the DSS file
      pathname - The pathname of the record
      Returns:
      The last written time of the record or 0 if the record is not found

    • zlastWriteTimeFile

      public static long zlastWriteTimeFile(int[] ifltab)
      Retrieves the last written time for a DSS file
      Parameters:
      ifltab - The file table of the DSS file
      Returns:
      The last written time of the file or 0 on error

    • zinquire

      public static long zinquire(int[] ifltab, String parameter)
      Queries a file parameter

      Usage is as follows:

      Parameter Version Description Return Value
      CAAL 7 Reports the number of catalog sort records added since last sort The number of catalog sort records added since last sort
      CALL 7 Reports the catalog sort list length The catalog sort list length
      CATS 7 Reports the catalog sort list status
      • 0 - no sort list available
      • 1 - no updates since last sort (ready to use)
      • 2 - some updates since last sort (further sorting required)
      • 3 - significant updates since last sort (complete re-sort required)
      COLL 6 or 7
      • DSS 6 - reports whether the file contains collection records
      • DSS 7 - reports the number of collection records in the file
      • DSS 6 - 0 or 1
      • DSS 7 - the number of collection records in the file
      CURR 7 Reports the current item number of an in-progress multi-item operation The current item number
      DEAD 6 or 7 Reports percentage of file that is dead space Dead space percentage
      DELE 6 or 7 Reports number of deleted records in file Number of deleted records
      DSIZ 7 Reports the dead space size in words The dead space size
      ERRO 6 or 7 Reports the current error status Error number
      EXPA 7 Reports the number of expansions The number of expansions
      FSIZ 6 or 7 Reports the file size in words The file size in words
      FTIM 7 Reports the last written time of the file in epoch milliseconds The last written time in epoch milliseconds
      FVER 6 or 7 Reports the version of the DSS file Numeric version of the file
      HAND or UNIT 6 or 7
      • DSS 6 - reports the Fortran unit number or file handle of DSS File (see "HAND" parameter in zset(String, String, int))
      • DSS 7 - Reports the file handle of DSS file
      		 The file handle or unit number
      MAXA 7 Reports the length of the longest A part The length of the longest A part
      MAXB 7 Reports the length of the longest B part The length of the longest B part
      MAXC 7 Reports the length of the longest C part The length of the longest C part
      MAXD 7 Reports the length of the longest D part The length of the longest D part
      MAXE 7 Reports the length of the longest E part The length of the longest E part
      MAXF 7 Reports the length of the longest F part The length of the longest F part
      MAXP 7 Reports the maximum number of pathnames expected The maximum number of pathnames expected
      MHAN 7 Reports the message output handle The handle of the message output device
      MLVL or MLEV 6 or 7 Reports the global message level
      •  0 - None
      •  1 - Critical
      •  2 - Terse
      •  4 - General
      •  5 - User Diagnostics
      • 11 - Internal Diagnostic
      • 13 - Internal Debug
      MTIM 7 Reports the last time this process wrote to the file in epoch milliseconds The last time this process wrote to the file in epoch milliseconds
      MULT 6 or 7 Reports Whether the DSS file is in multi user mode
      • 0 - GENERAL. No error on write without permission
      • 1 - READ. Read only
      • 2 - MULTI-USER. Read/write with multi-user (slow) but necessary for multiple processes writing to same file
      • 3 - ADVISORY (default). Read/write with single-user but can be notified if another process wants to write
      • 4 - EXCLUSIVE. Prevents access from other processes. Used for squeezing
      MUNI 6 or 7 Reports Fortran unit number of message output The unit number
      NALI 7 Reports the number of alias records in the DSS file The number of aliased records
      NDAT 7 Reports the logical number of data elements to store in the info area The logical number of data elements
      NERR 7 Reports the number errors encountered in an in-progress multi-item operation The number of errors encountered
      NOTH 7 Reports the number of other processes accessing the file The number of processes
      NPRI 7 Reports the number of primary (non-alias) records in the DSS file The number of primary (non-alias) records
      NREC 6 or 7 Reports the total number (primary and alias) records in the DSS file The total number (primary and alias) records
      OTHE 7 Reports whether other processes are accessing the file 0 if no other processes accessing file, otherwise non-zero
      PREC 6 Reports the data precision for data compression of the last record read
      • -6 - .000001
      • -5 - .00001
      • -4 - .0001
      • -3 - .001
      • -2 - .01
      • -1 - .1
      •  0 - 1
      •  1 - 10
      •  2 - 100
      •  3 - 1000
      •  4 - 10000
      •  5 - 100000
      •  6 - 1000000
      READ 6 or 7 Reports whether access to file is read only
      • DSS 6
        • 0 - file is not in read only state
        • 1 - file is in read only state
      • DSS 7
        • 0 - file is closed
        • 1 - file is in read only state
        • 2 - file is in read write state
      RECL 7 Reports the reclaim space level The reclaim space level
      RENA 7 Reports number of renamed records in file Number of renamed records
      SIZE 6 or 7 Reports the file size in KB The file size
      SQUE 6 or 7 Reports whether file needs to be squeezed 0 or 1
      STAT 6 or 7
      • DSS 6 - reports the status of last operation
      • DSS 7 - reports the severity of last operation
      • DSS 6 - the status
      • DSS 7 - the severity
        • 0 - SUCCESS
        • 1 - INFORMATION
        • 2 - WARNING
        • 3 - INVALID_ARGUMENT
        • 4 - WARNING_NO_WRITE_ACCESS
        • 5 - WARNING_NO_FILE_ACCESS
        • 6 - WRITE_ERROR
        • 7 - READ_ERROR
        • 8 - CORRUPT_FILE
        • 9 - MEMORY_ERROR
      TOTA 7 Reports the total number of items of an in-progress multi-item operation The number total number of items
      WRIT 7 Reports whether the DSS file is in opened in a writable mode 0 or 1
      Parameters:
      ifltab - The file table of the DSS file
      parameter - The parameter to inquire about
      Returns:
      The value as described above
      See Also:

    • zgetRecordBasics

      public static int zgetRecordBasics(int[] ifltab, HecDSSRecordBasics recordBasics)
      Retrieves basic information about a record
      Parameters:
      ifltab - The file table of the DSS file
      recordBasics - Receives the record information. Use new object created with HecDSSRecordBasics(String)
      Returns:
      0 on success, otherwise an error code that can decoded with zerrorDecode(int, int[], int[], int[], int[])

    • zaliasAdd

      public static int zaliasAdd(int[] ifltab, String primaryPathname, String aliasPathname)
      Adds an alias to a primary pathname
      Parameters:
      ifltab - The file table of the DSS file
      primaryPathname - The pathname to add an alias for
      aliasPathname - The alias
      Returns:
      0 on success, otherwise an error code that can decoded with zerrorDecode(int, int[], int[], int[], int[])

    • zaliasGetPrimary

      public static int zaliasGetPrimary(int[] ifltab, String aliasPathname, stringContainer primaryPathname)
      Retrieve the primary pathname for an alias pathname
      Parameters:
      ifltab - The file table of the DSS file
      aliasPathname - The alias pathname to retrieve the primary pathname for
      primaryPathname - Receives the primary pathname
      Returns:
      0 on success, otherwise an error code that can decoded with zerrorDecode(int, int[], int[], int[], int[])

    • zaliasRemove

      public static int zaliasRemove(int[] ifltab, String pathname, boolean removeAll)
      Removes an alias pathname or all aliase pathnames for a primary pathname
      Parameters:
      ifltab - The file table of the DSS file
      pathname - The alias pathname to remove. If removeAll == true this may be the primary pathname or any of its aliases
      removeAll - Specifies whether to remove all alias pathnames
      Returns:

    • zaliasList

      public static int zaliasList(int[] ifltab, String aliasPathname, StringArrayContainer pathnameList)
      Retrieves all alias pathnames for a specified pathname
      Parameters:
      ifltab - The file table of the DSS file
      aliasPathname - The pathname to retrieve the aliases for. May be an alias pathname or a primary pathname
      pathnameList - Receives the list of pathnames. The primary pathname will be at .stringArray[0], if it exists
      Returns:
      The length of pathnameLIst.stringArray. Will be 0 if no primary pathname was found

    • zlocationRetrieve

      public static int zlocationRetrieve(int[] ifltab, DataContainer dataContainer)
      Retrieves a location record
      Parameters:
      ifltab - The file table of the DSS file
      dataContainer - Receives the location record. The .fullName field must be set on input and be of the form
      • A part - the A part of the location
      • B part - the B part of the location
      • C part - "Location Info"
      • D part - empty
      • E part - empty
      • F part - empty
      Returns:
      0 on success, otherwise an error code that can decoded with zerrorDecode(int, int[], int[], int[], int[])

    • zlocationStore

      public static int zlocationStore(int[] ifltab, DataContainer dataContainer)
      Stores a location record
      Parameters:
      ifltab - The file table of the DSS file
      dataContainer - The location record. The .fullName field must be of the form
      • A part - the A part of the location
      • B part - the B part of the location
      • C part - "Location Info"
      • D part - empty
      • E part - empty
      • F part - empty
      Returns:
      0 on success, otherwise an error code that can decoded with zerrorDecode(int, int[], int[], int[], int[])

    • zgetDssVersion

      @Deprecated public static int zgetDssVersion(int[] ifltab)
      Deprecated.
      Use zgetDssFileVersion(int[]) instead

    • zgetDssFileVersion

      public static int zgetDssFileVersion(int[] ifltab)
      Retrieves the major version (i.e., 6 or 7) of a DSS file
      Parameters:
      ifltab - The file table of the DSS file
      Returns:
      The major version

    • zgetFileVersion

      public static int zgetFileVersion(String dssFileName)
      Retrieves the major version (i.e., 6 or 7) of a DSS file
      Parameters:
      dssFileName - The name of the DSS file
      Returns:
      The major version

    • juldat

      @Deprecated public static String juldat(int julian, int style)
      Deprecated.
      Use HecTime.juldat(int, int) instead.

    • datjul

      @Deprecated public static int datjul(String date, int[] julian)
      Deprecated.
      Use HecTime.datjul(String, intContainer, intContainer) instead.

    • jliymd

      @Deprecated public static void jliymd(int julian, int[] yearMonthDay)
      Deprecated.
      Use HecTime.jliymd(int, int[]) instead.

    • iymdjl

      @Deprecated public static int iymdjl(int year, int month, int day)
      Deprecated.
      Use HecTime.iymdjl(int, int, int) instead.

    • idaywk

      @Deprecated public static int idaywk(int julian)
      Deprecated.
      Use HecTime.idaywk(int) instead.

    • nopers

      @Deprecated public static int nopers(int interval, int julianStart, int minutesStart, int julianEnd, int minutesEnd)
      Deprecated.
      Use HecTime.nopers(int, int, int, int, int) instead.

    • inctim

      @Deprecated public static void inctim(int interval, int numberPeriods, int julianStart, int minutesStart, int[] julianEnd, int[] minutesEnd)
      Deprecated.
      Use HecTime.inctim(int, int, int, int, int[], int[]) instead.

    • m2ihm

      @Deprecated public static int m2ihm(int minutes, stringContainer hourMinutes)
      Deprecated.
      Use HecTime.m2ihm(int, stringContainer) instead.

    • ihm2m

      @Deprecated public static int ihm2m(String hourMinutes)
      Deprecated.
      Use HecTime.ihm2m(String) instead.

    • systim

      @Deprecated public static void systim(int[] julian, int[] seconds)
      Deprecated.
      Use HecTime.systim(int[], int[], boolean, String) instead.

    • getime

      @Deprecated public static void getime(String userLine, int[] juls, int[] istime, int[] jule, int[] ietime, int[] status)
      Deprecated.
      Use HecTime.getime(String, int[], int[], int[], int[], String, int[]) instead.

    • getProcessName

      public static String getProcessName(int processID)
      Retrieves the process name associated with a process ID (Windows OS only)
      Parameters:
      processID - The process ID
      Returns:
      The process name if found, otherwise "No such process". On non-Windows, always "".

    • decodeHollerith

      @Deprecated public static String decodeHollerith(int[] ints)
      Deprecated.
      Do NOT use for anything other that decoding strings encoded by legacy applications!
      Pure Java method to decode Hollerith integers into a String
      Parameters:
      ints - The integers that are the Hollerith-encoded string
      Returns:
      The decoded string

    • encodeHollerith

      @Deprecated public static void encodeHollerith(String s, int[] ints)
      Deprecated.
      Do NOT use this for anything except for encoding strings that will be decoded by legacy applications!
      Pure Java method to encode a string into Hollerith integers
      Parameters:
      s - The string to encode
      ints - The integers to encode into

    • holString

      @Deprecated public static String holString(int[] hol, int length)
      Deprecated.
      Use decodeHollerith(int[]) instead.
      Converts an int array to a Java String
      Parameters:
      hol - The integer array
      length - The number of characters to convert. Must have at least (length-1)/4+1 elements
      Returns:
      The resulting String
      See Also:

    • holString

      @Deprecated public static String holString(float[] hol, int length)
      Deprecated.
      Use decodeHollerith(int[]) instead.
      Converts a float array to a Java String
      Parameters:
      hol - The float array
      length - The number of characters to convert. Must have at least (length-1)/4+1 elements
      Returns:
      The resulting String
      See Also:

    • StringHol

      public static void StringHol(String str, int length, float[] hol)
      Deprecated.
      Use encodeHollerith(String, int[]) instead
      Converts a Java String to a float array
      Parameters:
      str - The String to convert
      length - The number of characters to convert
      hol - The resulting float array. Must have at least (length-1)/4+1 elements
      See Also:

    • StringHol

      public static void StringHol(String str, int length, int[] hol)
      Deprecated.
      Use encodeHollerith(String, int[]) instead
      Converts a Java String to a int array
      Parameters:
      str - The String to convert
      length - The number of characters to convert
      hol - The resulting float array. Must have at least (length-1)/4+1 elements
      See Also:

    • fortranOpen

      public static int fortranOpen(String filename, int unit)
      Uses Fortran to open a file
      Parameters:
      filename - The file name
      unit - The Fortran unit number of the file
      Returns:
      The status (value of the IOSTAT variable in the Fortran call)

    • fortranClose

      public static int fortranClose(int unit)
      Uses Fortran to close a file
      Parameters:
      unit - The Fortran unit number of the file
      Returns:
      The status (value of the IOSTAT variable in the Fortran call)

    • fortranWrite

      public static int fortranWrite(String string, int unit)
      Uses Fortran to write a Java String to a file
      Parameters:
      string - The string to write
      unit - The Fortran unit number of the file
      Returns:
      The status (value of the IOSTAT variable in the Fortran call)

    • fortranFlush

      public static int fortranFlush(int unit)
      Uses Fortran to flush file buffer to disk (Windows OS only)
      Parameters:
      unit - The Fortran unit number of the file
      Returns:
      Not used (never set in native code)

    • fortranWind

      public static void fortranWind(int unit)
      Uses Fortran to position a file at EOF
      Parameters:
      unit - The Fortran unit number of the file

    • isUnitConnected

      public static boolean isUnitConnected(int unit)
      Uses Fortran to determine whether a unit number is connected to file
      Parameters:
      unit - The Fortran unit number
      Returns:
      Whether the unit is connected

    • closescratchdsscatalog

      public static void closescratchdsscatalog(int[] catalogUnit)
      Closes the scratch DSS catalog file
      Parameters:
      catalogUnit - The Fortran unit of the scratch catalog file to close

    • getEPartFromInterval

      @Deprecated public static String getEPartFromInterval(int interval, int[] status)
      Deprecated.
      Use DSSPathname.getRegularTsEPartFromInterval(int, int, int[]) instead.

    • makedsscatalog

      public static void makedsscatalog(String dssFileName, int[] ifltab, String catalogInstructions, int[] numberFound, int[] catalogUnit)
      Creates a scratch catalog file from the instructions in catalogInstructions
      Parameters:
      dssFileName - The name of the DSS File to catalog
      ifltab - The file table of the DSS file to catalog
      catalogInstructions - The catalog creation instructions. Can include:
      • NEW - forces creation of new catalog
      • FULL - forces creation of a full catalog vs an abbreviated one
      • COND - creates a condensed catalog
      • A=..., B=... - specifies which pathnames to catalog
      numberFound - The number of records found that match the instructions
      catalogUnit - The Fortran unit of the catalog file

    • squeezeDSS

      public static int squeezeDSS(String dssFileName)
      Squeezes a DSS file
      Parameters:
      dssFileName - The name of the DSS file to squeeze
      Returns:
      0 on success, otherwise non-zero

    • zbegdt

      @Deprecated public static void zbegdt(int julian, int interval, int[] year, int[] month, int[] day, int[] block, int DSSVersion)
      Deprecated.
      Use DSSPathname.getTSBlockInfo(String, int, int[], int[], int[], int[]) instead.

    • zckmul

      public static void zckmul(int[] ifltab)
      Switches from advisory single-user mode to multi-user mode if another process has requested write access to the file
      Parameters:
      ifltab - The file table of the DSS file

    • zflush

      public static void zflush(int[] ifltab, int forceFlush)
      Flushes DSS output buffer to disk and DSS message buffer to output device (DSS 7 only)
      Parameters:
      ifltab - The file table of the DSS file
      forceFlush -
      • 0 - flush to disk only if new writes since last flush
      • non-zero - flush to disk without checking for new writes

    • zcheckAccessReset

      public static int zcheckAccessReset(int[] ifltab, boolean forceReopen, int quiescentTimeMills)
      Resets a DSS file to advisory single-user mode by closing and re-opening it (DSS 7 only). Should be called either at the end of a group of writes, or on a thread that calls it not more often than once every 5 seconds.
      Parameters:
      ifltab - The file table of the DSS file
      forceReopen -
      • 0 - resets the file only if it currently in multi-user mode and has not been written to using this file table for at least the number milliseconds specified in quiescentTimeMills.
      • non-zero - resets the file regardless of any considerations
      quiescentTimeMills - The minimum number of milliseconds since the last write using this file table before the file will be reset if forceReopen is 0
      Returns:
      0 if no error or if called on a DSS 6 file, non-zero otherwise

    • zclose

      public static void zclose(int[] ifltab)
      Closes a DSS file
      Parameters:
      ifltab - The file table of the DSS file to close

    • zcheck

      public static void zcheck(int[] ifltab, String pathname, int[] numberHeader, int[] numberData, int[] exists)
      Determines whether a pathname exists and the size of the header and data areas if it does.
      Parameters:
      ifltab - The file table of the DSS file to check
      pathname - The pathname to search for
      numberHeader - Element 0 receives he size of the header area
      numberData - Element 0 receives the size of the data area
      exists - Element 0 receives 0 if pathname doesn't exist, otherwise non-zero

    • zckpnb

      public static void zckpnb(int[] ifltab, int[] nerror)
      Checks a DSS file for structural errors.
      Parameters:
      ifltab - The file table of the DSS file to check
      nerror - Element 0 receives 0 if no errors, otherwise non-zero

    • zcklnk

      public static void zcklnk(int[] ifltab, int[] nerror)
      Checks a DSS file's links for possible errors.
      Parameters:
      ifltab - The file table of the DSS file to check
      nerror - Element 0 receives 0 if no errors, otherwise non-zero

    • zckpat

      public static void zckpat(int[] ifltab, int[] nerror)
      Checks a DSS file's pathnames for possible errors.
      Parameters:
      ifltab - The file table of the DSS file to check
      nerror - Element 0 receives 0 if no errors, otherwise non-zero

    • zcolist

      public static String zcolist(int[] ifltab, int[] filePos, String seedPathname)
      Returns a list of collection pathnames one at a time (DSS 6 only)
      Parameters:
      ifltab - The file table of the file to use
      filePos -
      • Input: - set element 0 to 0 to begin list retrieval, otherwise ignore
      • Output: - element 0 receives -1 when list is exhausted, otherwise ignore
      seedPathname - A sample pathname for the collection
      Returns:
      The first or next pathname in the collection

    • zcorec

      @Deprecated public static int zcorec(int[] ifltabFrom, int[] ifltabTo, String pathnameFrom, String pathnameTo, int[] buffer1, int buffer1Size, int[] buffer2, int buffer2Size)
      Deprecated.
      Use zcopyRecord(int[], int[], String, String) instead
      Copies a record to another pathname in the same DSS file or to a different DSS file with same or different pathname
      Parameters:
      ifltabFrom - The file table of the source DSS file
      ifltabTo - The file table of the destination DSS file. May be the same as ifltabFrom if pathnameFrom and pathnameTo are not the same
      pathnameFrom - The source pathname
      pathnameTo - The destination pathname. Must differ from pathnameFrom if copying in the same DSS file
      buffer1 - Not used
      buffer1Size - Not used
      buffer2 - Not used
      buffer2Size - Not used
      Returns:
      0 for success, otherwise non-zero

    • zcopyRecord

      public static int zcopyRecord(int[] ifltabFrom, int[] ifltabTo, String pathnameFrom, String pathnameTo)
      Copies a record to another pathname in the same DSS file or to a different DSS file with same or different pathname
      Parameters:
      ifltabFrom - The file table of the source DSS file
      ifltabTo - The file table of the destination DSS file. May be the same as ifltabFrom if pathnameFrom and pathnameTo are not the same
      pathnameFrom - The source pathname
      pathnameTo - The destination pathname. Must differ from pathnameFrom if copying in the same DSS file
      Returns:
      0 for success, otherwise non-zero

    • zcofil

      @Deprecated public static int zcofil(int[] ifltabFrom, int[] ifltabTo, int[] buffer1, int buffer1Size, int[] buffer2, int buffer2Size)
      Deprecated.
      Use zcopyFile(int[], int[]) instead
      Copies one DSS file into another DSS file
      Parameters:
      ifltabFrom - The file table of the source DSS file
      ifltabTo - The file table of the destination DSS file
      buffer1 - Not used
      buffer1Size - Not used
      buffer2 - Not used
      buffer2Size - Not used
      Returns:
      0 for sucess, otherwise non-zero

    • zcopyFile

      public static int zcopyFile(int[] ifltabFrom, int[] ifltabTo)
      Copies one DSS file into another DSS file
      Parameters:
      ifltabFrom - The file table of the source DSS file
      ifltabTo - The file table of the destination DSS file
      Returns:
      0 for sucess, otherwise non-zero

    • zdelet

      public static int zdelet(int[] ifltab, String pathname)
      Marks a record as deleted in a DSS file. Record can be undeleted until the file is squeezed
      Parameters:
      ifltab - The file table of the DSS file
      pathname - The pathname of the record to delete
      Returns:
      0 on success, otherwise an error code that can decoded with zerrorDecode(int, int[], int[], int[], int[])

    • zdcinf

      public static void zdcinf(int[] method, float[] baseValue, int[] baseSet, int[] deltaSize, int[] precision, int[] status)
      Retrieves data compression information (DSS 6 only)
      Parameters:
      method - Element 0 receives the data compression method used:
      • 0 - no compression method
      • 1 - repeated values method
      • 2 - delta value method
      • 3 - repeat values plus delta value method
      • 4 - significant digits method
      • 5 - repeated values plus significant digits method
      baseValue - (Delta value method only) Element 0 receives the base value used if baseSet[0] is non-zero
      baseSet - (Delta value method only) Element 0 receives a non-zero value if the base value used is non-zero
      deltaSize - (Delta value method only) Element 0 receives the number of bytes used per value
      precision - (Delta value method only) Element 0 receives the base 10 exponent used for comparison (e.g., -2 = .01)
      • -6 - .000001
      • -5 - .00001
      • -4 - .0001
      • -3 - .001
      • -2 - .01
      • -1 - .1
      •  0 - 1
      •  1 - 10
      •  2 - 100
      •  3 - 1000
      •  4 - 10000
      •  5 - 100000
      •  6 - 1000000
      status - Element 0 receives 0 for success, otherwise non-zero

    • zdtype

      public static void zdtype(int[] ifltab, String pathname, int[] checkedNumber, int[] exists, stringContainer type, int[] dataType)
      Determines the type of record in a DSS file

      Data types returned are

      Numeric TypeText TypeDescription
      20LOCLocation
      90ARRArray (DSS 7 only)
      91Integer Array (DSS 6 only)
      92Float Array (DSS 6 only)
      93Double Array (DSS 6 Only)
      100RTSRegular-interval time series
      101RTPARegular-interval time series pattern
      102RTPRRegular-interval time series profile
      105RTDRegular-interval time series doubles
      107RTPDRegular-interval time series double profile
      110ITSIrregular-interval time series
      111ITPAIrregular-interval time series pattern
      112ITPRIrregular-interval time series profile
      115ITDIrregular-interval time series doubles
      117ITPDIrregular-interval time series double profile
      200PDPaired Data
      205PDDPaired Data doubles
      300TXTText Data
      310TTText Table
      400GUTGridded - Undefined grid with time
      401GUGridded - Undefined grid
      410GHTGridded - HRAP grid with time reference
      411GHGridded - HRAP grid
      420GATGridded - Albers with time reference
      421GAGridded - Albers
      430GSTGridded - SHG with time reference
      431GSGridded - SHG
      450Spatial - TIN (DSS 7 only)
      600Generic File
      610Image
      Parameters:
      ifltab - The file table of the DSS file
      pathname - The pathname to check the type of
      checkedNumber - Element 0 receives the data length of the record
      exists - Element 0 receives 0 if the record doesn't exist in the DSS file, otherwise non-zero
      type - Receives the text data type of the record
      dataType - Element 0 receives the numeric data type of the record

    • zdblook

      public static void zdblook(int[] ifltab, int address, int numberWords)
      Dumps arbitrary data from a DSS file to the message output
      Parameters:
      ifltab - The file table of the DSS file
      address - The starting address in the DSS file of the data to dump in 4-byte words (should be 8-byte words in DSS 7!)
      numberWords - The length of the data to dump in 4-byte words

    • zdbmod

      public static void zdbmod(int[] ifltab, long address, long value, String characterValue, int useCharacterValue)
      Modifies a single word in a DSS file
      Parameters:
      ifltab - The file table of the DSS file
      address - The address of the word to modify in 4-byte words for DSS 6 and 8-byte words for DSS 7
      value - The value to set the word to if useCharacterValue is 0
      characterValue - The text value to set the word to if useCharacterValue is non-zero
      useCharacterValue -
      • 0 - use value to modify the word
      • non-zero - use characterValue to modify the word

    • zdebug1

      public static void zdebug1(int value4, long[] value8, stringContainer crealValue, stringContainer cstringValue, int[] ibytes)
      Converts a 4-byte integer to various other types
      Parameters:
      value4 - The input value to convert
      value8 - Element 0 receives the value as an 8-byte integer
      crealValue - Receives the value as text representation of a floating point value
      cstringValue - Receives the value as a text value
      ibytes - Receives the value as an array of 4 byte values

    • zfilst

      public static void zfilst(int[] ifltab)
      Prints status information of a DSS file to the message output
      Parameters:
      ifltab - The file table of the DSS file

    • zfname

      @Deprecated public static boolean zfname(String name, stringContainer outName)
      Deprecated.
      Use HecDss.getDssFilename(String, stringContainer, boolean) instead

    • zgetInterval

      @Deprecated public static void zgetInterval(int[] interval, stringContainer ePart, int[] nvals, int[] status)
      Deprecated.
      Use DSSPathname.getTsIntervalInfo(int[], stringContainer, int[], int[]) instead.

    • zrecadd

      public static int zrecadd(int[] ifltab, String path, long[] internals)
      Retrieves record address for debugging
      Parameters:
      ifltab - The file table of the DSS file
      path - The pathname of the record to retrieve the address for
      internals - Element 0 receives the record address
      Returns:
      •  0 if record found, user has read/write/delete access
      •  1 if record found, user has read/write access
      •  2 if record found, user has read access
      •  3 if record found, user has no access
      • -1 if record not found

    • zgetrw

      public static void zgetrw(long address, int[] record, int[] word)
      Retrieves a record and a word from a specified address
      Parameters:
      address - The address to retrieve from
      record - Element 0 receives the record
      word - Element 0 receives the word

    • zgintl

      @Deprecated public static void zgintl(int[] interval, String ePart, int[] nvals, int[] status)
      Deprecated.
      Use DSSPathname.getTsIntervalInfo(int[], stringContainer, int[], int[]) instead.

    • zgpnp

      @Deprecated public static int zgpnp(String inputLine, stringContainer aPart, stringContainer bPart, stringContainer cPart, stringContainer dPart, stringContainer ePart, stringContainer fPart)
      Deprecated.
      Use DSSPathname.getPathnamePartsFromLine(String, stringContainer, stringContainer, stringContainer, stringContainer, stringContainer, stringContainer) instead.

    • zgtrec

      public static void zgtrec(int[] ifltab, long address, int numberWords, int[] array)
      Reads a logical record from a DSS file into an integer buffer
      Parameters:
      ifltab - The file table of the DSS file
      address - The address of the record to read
      numberWords - The number of ints (4-byte words) to read
      array - The buffer to read the record into

    • zget

      public static void zget(int[] ifltab, long address, int numberArray, long[] array)
      Reads a logical record from a DSS file into a long buffer
      Parameters:
      ifltab - The file table of the DSS file
      address - The address of the record to read
      numberArray - The number of longs (8-byte words) to read
      array - The buffer to read the record into

    • zincbk

      public static void zincbk(int[] block, int[] julian, int[] year, int[] month, int[] day)
      Increments a date by +/- 1 day, month, year, decade, or century.
      Parameters:
      block - Specifies how to increment the date
      • 1 or -1 to increment/decrement date by 1 day
      • 2 or -2 to increment/decrement date by 1 month
      • 3 or -3 to increment/decrement date by 1 year
      • 4 or -4 to increment/decrement date by 1 decade
      • 5 or -5 to increment/decrement date by 1 century
      julian - Element 0 receives incremented julian
      year - Element 0 specifies starting year and receives incremented year
      month - Element 0 specifies starting month and receives incremented month
      day - Element 0 specifies starting day and receives incremented day

    • zinqir

      public static void zinqir(int[] ifltab, String param, stringContainer alpha, int[] number)
      Queries a file parameter

      Usage is as follows:

      Parameter Version Description Alpha Number
      ABOR 6 Reports whether library will abort on fatal error "OFF" or "ON" 0 or 1
      CLEA 6 Sets error state (use " and 0 to clear). Use ERRO and STAT to retrieve New error message New error number
      COLL 6 Reports whether the file contains collection records "OFF" or "ON" 0 or 1
      CPDD 6 Reports and possibly fixes corrupted paired data records
      • INPUT
        • 0 report only
        • 1 try to fix
      • OUTPUT
        • >-1 number of records found and (maybe) fixed
        • < 0 if error finding/fixing records
      DEAD 6 Reports percentage of file that is dead space Dead space percentage
      DELE 6 Reports number of deleted records in file Number of deleted records
      ERRO 6 or 7 Reports the current error status Error message Error number
      FDAT 6 Reports the file creation date File creation date
      FLAG or QUAL 6 Reports whether last record read contained quality flags 0 or 1
      FSIZ 6 Reports the file size in words File size in words
      FVER 6 or 7 Reports the version of the DSS file Text version of file Numeric version of the file
      HSIZ 6 Reports the size of the hash table
      • 1 - tiny
      • 2 - extra small
      • 3 - small
      • 4 - medium
      • 5 - large
      • 6 - extra large
      • 7 - huge
      • 8 - extra huge
      • 9 - super
      LWDA 6 Reports the last written date of DSS file Last written date
      LWTI 6 Reports the last written time of DSS file Last written time
      MLVL or MLEV 6 Reports the global message level
      •  0 - none
      •  1 - critical
      •  2 - terse
      •  4 - general
      •  5 - user diagnostics
      • 11 - internal diagnostic
      • 13 - internal debug
      MULT 6 Reports Whether the DSS file is in multi user mode 0 or 1
      MUNI or MLFN 6 Reports Fortran unit number of message output The unit number
      NAME 6 or 7 Reports the name of the DSS file The file name
      NREC 6 Reports the number of records in the DSS file Number of records
      POIN 6 Reports the pointer efficiency of file in % The efficiency
      PREC 6 Reports the data precision for data compression of the last record read
      • -6 - .000001
      • -5 - .00001
      • -4 - .0001
      • -3 - .001
      • -2 - .01
      • -1 - .1
      •  0 - 1
      •  1 - 10
      •  2 - 100
      •  3 - 1000
      •  4 - 10000
      •  5 - 100000
      •  6 - 1000000
      PROG 6 or 7 Reports the name of the program that wrote the last record read The program name
      QPRO 6 Reports whether protection bit in quality flags is observed "OFF" or "ON" 0 or 1
      RDAT 6 Reports the last written date of last record read The last written date
      READ 6 or 7 Reports whether access to file is read only "OFF" or "ON" 0 or 1
      REMO 6 Reports whether DSS file is remote "OFF" or "ON" 0 or 1
      RTIM 6 Reports the last written time of last record read The last written time
      RVER 6 or 7 Reports the version number of last record read The version number
      SIZE 6 Reports the file size in KB The file size
      SQUE 6 Reports whether file needs to be squeezed 0 or 1
      STAT 6 or 7
      • DSS 6 - reports the status of last operation
      • DSS 7 - reports the severity of last operation
      • DSS 6 - the status
      • DSS 7 - the severity
        • 0 - SUCCESS
        • 1 - INFORMATION
        • 2 - WARNING
        • 3 - INVALID_ARGUMENT
        • 4 - WARNING_NO_WRITE_ACCESS
        • 5 - WARNING_NO_FILE_ACCESS
        • 6 - WRITE_ERROR
        • 7 - READ_ERROR
        • 8 - CORRUPT_FILE
        • 9 - MEMORY_ERROR
      SWAP 6 Reports whether the current hardware big endian (must swap words) "OFF" or "ON" 0 or 1
      TABL 6 Reports the type of hash table "STABLE" or "DYNAMIC" 0 or 1
      TAG 6 Reports the tag of last record read The tag
      TYPE 6 or 7 Reports the data type of last record read
      • LOC  - location (DSS 7 only)
      • ARR  - array (DSS 7 only)
      • RTS  - regular-interval time series
      • RTPA - regular-interval time series pattern
      • RTPR - regular-interval time series profile
      • RTD  - regular-interval time series doubles
      • RTPD - regular-interval time series double profile
      • ITS  - irregular-interval time series
      • ITPA - irregular-interval time series pattern
      • ITPR - irregular-interval time series profile
      • ITD  - irregular-interval time series doubles
      • ITPD - irregular-interval time series double profile
      • PD   - paired data
      • PDD  - paired data doubles
      • TXT  - text data
      • TT   - text table
      • UDF  - other (DSS 7 only)
      • UND  - other (DSS 6 only)
      •  20 - location
      •  90 - array (DSS 7 only)
      •  91 - integer array (DSS 6 only)
      •  92 - float array (DSS 6 only)
      •  93 - double array (DSS 6 Only)
      • 100 - regular-interval time series
      • 101 - regular-interval time series pattern
      • 102 - regular-interval time series profile
      • 105 - regular-interval time series doubles
      • 107 - regular-interval time series double profile
      • 110 - irregular-interval time series
      • 111 - irregular-interval time series pattern
      • 112 - irregular-interval time series profile
      • 115 - irregular-interval time series doubles
      • 117 - irregular-interval time series double profile
      • 200 - paired data
      • 205 - paired data doubles
      • 300 - text data
      • 310 - text table
      • 400 - gridded - undefined grid with time
      • 401 - gridded - undefined grid
      • 410 - gridded - HRAP grid with time reference
      • 411 - gridded - HRAP grid
      • 420 - gridded - Albers with time reference
      • 421 - gridded - Albers
      • 430 - gridded - SHG with time reference
      • 431 - gridded - SHG
      • 450 - spatial - TIN (DSS 7 only)
      • 600 - generic file
      • 610 - image
      UNIT 6 Reports the Fortran unit number of DSS File The unit number
      VDTM 6 or 7 Reports the default native vertical datum Text value of default native vertical datum:
      • "UNSET"
      • "NAVD-88"
      • "NGVD-29"
      • "OTHER"
      "       		Numeric value of default native vertical datum:
      1. UNSET
      2. NAVD-88
      3. NGVD-29
      4. OTHER
      VDOW 7 Reports whether incoming native vertical datum can overwrite the location record's native vertical datum 0 or 1
      VERS 6 or 7 Reports the library version Text version of the library Numeric version of the library
      ZONE 6 Reports the time zone of last record read The time zone The time zone offset (minutes or seconds?)
      80CO 6 Reports whether in 80 column output mode "OFF" or "ON" 0 or 1

      Parameters:
      ifltab - The file table of the DSS file
      param - The parameter to inquire about
      alpha - Receives the text value of the parameter, if applicable
      number - Element 0 receives the integer value of the parameter, if applicable
      See Also:

    • zirbeg

      @Deprecated public static void zirbeg(int[] ifltab, int julian, String ePart, int[] year, int[] month, int[] day, int[] block, int[] minutesInBlock, int[] incrementBlock)
      Deprecated.
      Use DSSPathname.getTSBlockInfo(String, int, int[], int[], int[], int[]) instead.

    • znextts

      @Deprecated public static void znextts(int[] ifltab, String path, stringContainer next, int lforward, int[] status)
      Deprecated.
      Use DSSPathname.incrementTSPathname(String, int, int[]) instead.

    • zndata

      public static int zndata(int[] ifltab, long startTime, Vector<String> pathnames, Vector<Long> updateTimes, Vector<Integer> recordTypes)
      Retrieves information about records updated since a specified time. The number of items added to each non-null Vector passed in will be the same; i.e., if empty vectors are passed in the will each have the same number of items on return.
      Parameters:
      ifltab - The file table of the DSS file
      startTime - The time to retrieve updated information from, in epoch milliseconds
      pathnames - Receives the pathnames of records updated since the specified time. Normally an empty Vector but may be null to not receive pathnames or non-empty to receive additional pathnames.
      updateTimes - Receives the times each record was updated, in epoch milliseconds. Normally an empty Vector but may be null to not receive update times or non-empty to receive additional update times.
      recordTypes - Receives the date type of each updated record. Normally an empty Vector but may be null to not receive data types or non-null to receive additional data types.

      Record Types:

      ValueData Type
       20Location
       90Array (DSS 7 only)
       91Integer Array (DSS 6 only)
       92Float Array (DSS 6 only)
       93Double Array (DSS 6 Only)
      100Regular-interval time series
      101Regular-interval time series pattern
      102Regular-interval time series profile
      105Regular-interval time series doubles
      107Regular-interval time series double profile
      110Irregular-interval time series
      111Irregular-interval time series pattern
      112Irregular-interval time series profile
      115Irregular-interval time series doubles
      117Irregular-interval time series double profile
      200Paired Data
      205Paired Data doubles
      300Text Data
      310Text Table
      400Gridded - Undefined grid with time
      401Gridded - Undefined grid
      410Gridded - HRAP grid with time reference
      411Gridded - HRAP grid
      420Gridded - Albers with time reference
      421Gridded - Albers
      430Gridded - SHG with time reference
      431Gridded - SHG
      450Spatial - TIN (DSS 7 only)
      600Generic File
      610Image

      Returns:
      0 on success, otherwise non-zero (DSS 6 only)

    • zmaxpart

      public static void zmaxpart(int[] ifltab, int[] maxpart)
      Retrieves the maximum part length for each pathname part
      Parameters:
      ifltab - The file table of the DSS file
      maxpart - Receives the maximum part length for each part
      • Element 0 receives the A part maximum length
      • Element 1 receives the B part maximum length
      • Element 2 receives the C part maximum length
      • Element 3 receives the D part maximum length
      • Element 4 receives the E part maximum length
      • Element 5 receives the F part maximum length

    • zofset

      @Deprecated public static void zofset(int[] julian, int[] minutes, int interval, int flag, int[] offset)
      Deprecated.
      Use DSSPathname.getTSIntervalOffset(HecTime, int) and/or DSSPathname.getTSTopOfInterval(HecTime, int, int) instead.

    • zopen

      public static void zopen(int[] ifltab, String name, int[] status)
      Opens a DSS file.
      Parameters:
      ifltab - The file table for the DSS file. Must be an integer array of at least 800 elements
      name - The name of the DSS file to open
      status - Element 0 receives 0 on success, non-zero otherwise

    • zpath

      @Deprecated public static String zpath(String aPart, String bPart, String cPart, String dPart, String ePart, String fPart)
      Deprecated.
      Use DSSPathname.buildPathnameFromParts(String, String, String, String, String, String) instead.

    • zpseudorts

      @Deprecated public static String zpseudorts(String fromPathname, int[] interval, int action)
      Deprecated.
      Use DSSPathname.irregularPathname(String, int[], boolean, boolean) instead.

    • zplist

      @Deprecated public static int zplist(int[] ifltab, String instructions, int[] filePos, stringContainer pathname)
      Deprecated.
      Use zcatalog(int[], HecDssCatalog) instead.

    • zquery

      public static void zquery(String param, stringContainer alpha, int[] number)
      Queries a library parameter

      Usage is as follows:

      Parameter Version Description Alpha Number
      ABOR 6 Reports whether library will abort on fatal error "OFF" or "ON" 0 or 1
      ALLV 6 or 7 Reports the default version for new DSS files opened 6 or 7
      CURR 6 or 7 Reports the current item number of an in-progress multi-item operation The current item number
      DATE 7 Reports the library version date The library major version number The library version date
      DSSV 6 or 7 Reports the version for the next new DSS file opened 6 or 7
      EMPT 6 or 7 Reports whether a squeeze of file copy will copy empty records "OFF" or "ON" (DSS 6 only) 0 or 1
      ERRO 6 or 7 Reports the current error status Error message Error number
      INTE 7 Reports whether an in-progress multi-item operation has been marked as interrupted 0 or 1
      MAXE 6 or 7 Reports the maximum number errors allowed for an in-progress multi-item operation The maximum number of errors allowed
      MLVL or MLEV 6 or 7 Reports the global message level
      •  0 - none
      •  1 - critical
      •  2 - terse
      •  4 - general
      •  5 - user diagnostics
      • 11 - internal diagnostic
      • 13 - internal debug
      MUNI or MLFN 6 or 7 Reports Fortran unit number of message output. MLFN variant DSS 6 only. The unit number
      NERR 6 or 7 Reports the number errors encountered in an in-progress multi-item operation The number of errors encountered
      PROG 6 Reports the name of the program that will wrie the next record The program name
      SQUE 6 Reports whether a squeeze is peformed when requested, even if it's not necessary "OFF" or "ON" 0 or 1
      TAG 6 Reports the tag of last record accessed The tag
      TOTA 6 or 7 Reports the total number of items of an in-progress multi-item operation The number total number of items
      VDTM 7 Reports the default native vertical datum Text value of default native vertical datum:
      • "UNSET"
      • "NAVD-88"
      • "NGVD-29"
      • "OTHER"
      		 Numeric value of default native vertical datum:
      1. UNSET
      2. NAVD-88
      3. NGVD-29
      4. OTHER
      VDOW 7 Reports whether incoming native vertical datum can overwrite the location record's native vertical datum 0 or 1
      VERS 6 or 7 Reports the library version Text version of the library Numeric version of the library
      80CO 6 Reports whether in 80 column output mode "OFF" or "ON" 0 or 1

      Parameters:
      param - The parameter to inquire about
      alpha - Receives the text value of the parameter, if applicable
      number - Element 0 receives the integer value of the parameter, if applicable
      See Also:

    • zrdpat

      public static boolean zrdpat(int[] catalogUnit, int[] position, int[] referenceNumber, stringContainer tag, stringContainer pathname)
      Reads a pathname from a catalog file by reference number.

      The catalog file must be rewound and position set to zero before calling zrdpat to retrieve a (or set of) pathname(s). zrdpat only can search for pathnames in a forward direction; referenceNumber must always be greater than position. Thus, if a sequence of reference numbers for pathnames to be retrieved is "12, 18, 9, 20", then the catalog has to be rewound and position set to zero after reading pathname eighteen before pathname nine will be found. It is more efficient to sort the reference numbers in ascending order prior to calling zrdpat.

      If referenceNumber is less than or equal to position on input, zrdpat will read the next pathname in the catalog and return its reference number as referenceNumber. Thus, the entire catalog file can be read by rewinding the file, setting position and referenceNumber both to zero, then calling zrdpat until it returns a non-zero value. In this case referenceNumber does not need to be reset by the program each time zrdpat is called.

      Parameters:
      catalogUnit - Element 0 specifies the Fortran unit number of the catalog file
      position - Element 0 must be set to 0 when first reading the catalog. Do not set otherwise, as element 0 receives the current position in the catalog file for subsequent calls.
      referenceNumber -
      • INPUT - the catalog reference number to read
      • OUTPUT - the last catalog reference number read, or the largest reference number in the catalog file if less that the input value
      tag - Receives the record tag of the pathname at the reference number
      pathname - Receives the pathname at the reference number
      Returns:
      Non-zero if the end of the catalog has been reached, otherwise 0.

    • zreadx

      public static void zreadx(int[] ifltab, String pathname, int[] intheader, int kintheader, int[] nintheader, int[] compheader, int kcompheader, int[] ncompheader, int[] userheader, int kuserheader, int[] nuserheader, short[] data, int kdata, int[] ndata, int plan, int[] found)
      Reads a single record using 2-byte array elements for data. Information returned includes:
      • Record data
      • User header
      • Internal header
      • compression header
      This method should not be used to read data that follows standard DSS conventions.
      Parameters:
      ifltab - The file table of the DSS File.
      pathname - Specifies the pathname to read
      intheader - Receives the internal header array up to kintheader
      kintheader - Specifies the maximum (allocated) size of intheader
      nintheader - Element 0 receives the number of elements returned in intheader
      compheader - Receives the compression header array up to kcompheader
      kcompheader - Specifies the maximum (allocated) size of compheader
      ncompheader - Element 0 receives the number of elements returned in compheader
      userheader - Receives the user header array up to kuserheader
      kuserheader - Specifies the maximum (allocated) size of userheader
      nuserheader - Element 0 receives the number of elements returned in userheader
      data - Receives the record data array up to kdata
      kdata - Specifies the maximum (allocated) size of data
      ndata - Element 0 receives the number of elements returned in data
      plan - Must be set to 0
      found - Element 0 receives 0 if the record was not found, otherwise 0

    • zreadxBytes

      public static void zreadxBytes(int[] ifltab, String pathname, int[] intheader, int kintheader, int[] nintheader, int[] compheader, int kcompheader, int[] ncompheader, int[] userheader, int kuserheader, int[] nuserheader, byte[] data, int kdata, int[] ndata, int plan, int[] found)
      Reads a single record using 1-byte array elements for data. Information returned includes:
      • Record data
      • User header
      • Internal header
      • compression header
      This method should not be used to read data that follows standard DSS conventions.
      Parameters:
      ifltab - The file table of the DSS File.
      pathname - Specifies the pathname to read
      intheader - Receives the internal header array up to kintheader
      kintheader - Specifies the maximum (allocated) size of intheader
      nintheader - Element 0 receives the number of elements returned in intheader
      compheader - Receives the compression header array up to kcompheader
      kcompheader - Specifies the maximum (allocated) size of compheader
      ncompheader - Element 0 receives the number of elements returned in compheader
      userheader - Receives the user header array up to kuserheader
      kuserheader - Specifies the maximum (allocated) size of userheader
      nuserheader - Element 0 receives the number of elements returned in userheader
      data - Receives the record data array up to kdata
      kdata - Specifies the maximum (allocated) size of data
      ndata - Element 0 receives the number of elements returned in data
      plan - Must be set to 0
      found - Element 0 receives 0 if the record was not found, otherwise 0

    • zrenam

      public static int zrenam(int[] ifltab, String pathname, String newPathname)
      Renames a record
      Parameters:
      ifltab - The file table of the DSS file
      pathname - The existing record pathname
      newPathname - The new pathname for the record
      Returns:
      0 on success, non-zero if the existing record was not found

    • zrinfo

      public static void zrinfo(int[] ifltab, String pathname, int[] lexists, int[] recordType, stringContainer recordTypeDescription, int[] ldoubles, int[] lquality, int[] precision, stringContainer recordTag, stringContainer lastWrittenDate, stringContainer lastWrittenTime, stringContainer programName, int[] version, int[] numberData, int[] spaceAllocated, int[] timeSeriesCompression, int[] lpasswordProtected)
      Retrieves information about a record.

      Record types returned are:

      Numeric TypeText TypeDescription
      20LOCLocation
      90ARRArray (DSS 7 only)
      91Integer Array (DSS 6 only)
      92Float Array (DSS 6 only)
      93Double Array (DSS 6 Only)
      100RTSRegular-interval time series
      101RTPARegular-interval time series pattern
      102RTPRRegular-interval time series profile
      105RTDRegular-interval time series doubles
      107RTPDRegular-interval time series double profile
      110ITSIrregular-interval time series
      111ITPAIrregular-interval time series pattern
      112ITPRIrregular-interval time series profile
      115ITDIrregular-interval time series doubles
      117ITPDIrregular-interval time series double profile
      200PDPaired Data
      205PDDPaired Data doubles
      300TXTText Data
      310TTText Table
      400GUTGridded - Undefined grid with time
      401GUGridded - Undefined grid
      410GHTGridded - HRAP grid with time reference
      411GHGridded - HRAP grid
      420GATGridded - Albers with time reference
      421GAGridded - Albers
      430GSTGridded - SHG with time reference
      431GSGridded - SHG
      450Spatial - TIN (DSS 7 only)
      600Generic File
      610Image

      Compression methods returned are:

      • 0 - no compression method
      • 1 - repeated values method
      • 2 - delta value method
      • 3 - repeat values plus delta value method
      • 4 - significant digits method
      • 5 - repeated values plus significant digits method
      Parameters:
      ifltab - The file table of the DSS file
      pathname - The pathname of the record
      lexists - Element 0 receives a non-zero value if the record exists, otherwize 0
      recordType - Element 0 receives the numeric record type
      recordTypeDescription - Receives the text record type
      ldoubles - Element 0 receives a non-zero value if data is double precision, otherwise 0
      lquality - Element 0 receives a non-zero value if the record contains quality flags, otherwise 0
      precision - Element 0 receives the decimal precision of the data
      • -6 - .000001
      • -5 - .00001
      • -4 - .0001
      • -3 - .001
      • -2 - .01
      • -1 - .1
      •  0 - 1
      •  1 - 10
      •  2 - 100
      •  3 - 1000
      •  4 - 10000
      •  5 - 100000
      •  6 - 1000000
      recordTag - Receives the record tag
      lastWrittenDate - Receives the last written date of the record
      lastWrittenTime - Receives the last written time of the record
      programName - Receives the name of the program that was registered when the record was written
      version - Element 0 receives the number of times the record has been written
      numberData - Element 0 receives the number of data values in the record
      spaceAllocated - Element 0 receives the allocated size of the record
      timeSeriesCompression - Element 0 receives the compression method
      lpasswordProtected - Element 0 receives a non-zero value if the record is password protected, otherwise 0

    • zritsc

      @Deprecated public static void zritsc(int[] ifltab, String pathname, int startJulian, int startMinutes, int endJulian, int endMinutes, int getDoubles, int[] doublesRead, int[] timeBuffer, float[] floatValues, double[] doubleValues, int maxValues, int[] numberRead, int[] beginJulian, int[] flags, int readFlags, int[] flagsRead, stringContainer units, stringContainer type, stringContainer supplementalInfo, int[] timezoneOffset, stringContainer timezoneName, double[] coordinates, int[] coordinateDescription, int[] coordinatesUsed, int inflag, int[] status)
      Deprecated.
      Use ztsRetrieve(int[], TimeSeriesContainer, String, String, String, String, int) instead.
      Retrieves irregular time series data with user header converted to characters and including time zone and location coordinates
      Parameters:
      ifltab - The file table of the DSS file
      pathname - The pathname or dataset name of the data to read. If a time window is specified the D part of the pathname is ignored and the parameter is a dataset name. If no time window is specified (startMinutes = -2) the parameter must contain a valid D part.
      startJulian - The start day of the time window in days since 31Dec1899
      startMinutes - The start time of the time window in minutes since midnight of startJulian
      endJulian - The end day of the time window in days since 31Dec1899
      endMinutes - The end time of the time window in minutes since midnight of endJulian
      getDoubles -
      • 0 - return values in floatValues parameter even if the file contains double precision values. The doubleValues parameter need not be allocated.
      • non-zero - return values in doubleValues parameter if the file contains double precision values, or in floatValues otherwise. Both floatValues and doubleValues must be allocated. The doublesRead parameter indicates which parameter contains the values.
      doublesRead - Element zero receives whether the pathname or dataset contains double precision values in the file (0 = false, non-zero = true). If the getDoubles parameter is non-zero, this value also indicates which parameter contains the values read (0 = floatValues, non-zero = doubleValues)
      timeBuffer - Receives the minutes since midnight at the beginning of the beginJuilan parameter for each value in floatValues or doubleValues
      floatValues - Receives the data values if doublesRead[0] == 0
      doubleValues - Receives the data values if doublesRead[0] != 0
      maxValues - The maximum number of values to read. The arrays for the timeBuffer, floatValues, doubleValues, and flags parameters must be allocated to at least this size if used
      numberRead - Element 0 receives the number of values actually read (<= maxValues)
      beginJulian - Element 0 receives the number of days since 31Dec1899 of the first data value
      flags - Receives the quality flags for the pathname or dataset if readFlags != 0 and quality flags for the pathname or dataset exist in the file. The flagsRead parameter indicates whether quality flags were read
      readFlags -
      • 0 - return quality flags for pathname or dataset if they exist
      • non-zero - do not return quality flags for the pathname or dataset. The flags parameter need not be allocated
      flagsRead - Element zero receives whether quality flags were returned in the flags paraemter (0 = false, non-zero =true)
      units - Receives the units of the data values
      type - Receives the data type of the data values (e.g., "INST-VAL", "PER-CUM", etc.)
      supplementalInfo - Receives the user header of the pathname or last pathname in the dataset
      timezoneOffset - Element zero receives the offset from UTC of the time zone of the location
      timezoneName - Receives the name of the time zone of the location
      coordinates -
      • Element 0 receives the x coordinate of the location
      • Element 1 receives the y coordinate of the location
      • Element 2 receives the z coordinate of the location
      coordinateDescription -
      • Element 0 receives the coordinate system
        • 0 - no coordinates set
        • 1 - latitude & longitude
        • 2 - SPCS, FIPS
        • 3 - SPCS, ADS
        • 4 - UTM
        • 5 - local / other
      • Element 1 receives the coordinate system zone (SPCS or UTM only)
      • Element 2 receives the horizontal units
        • 0 - unspecified
        • 1 - feet
        • 2 - meters
        • 3 - decimal degrees
        • 4 - degrees, minutes, and seconds
      • Element 3 receives the horizontal datum
        • 0 - unset
        • 1 - NAD83
        • 2 - NAD27
        • 3 - WGS84
        • 4 - WGS72
        • 5 - local / other
      • Element 4 receives the vertical units
        • 0 - unspecified
        • 1 - feet
        • 2 - meters
      • Element 5 receives the vertical datum
        • 0 - unset
        • 1 - NAVD88
        • 2 - NGVD29
        • 3 - local / other
      coordinatesUsed - Element 0 receives the number of coordinates retrieved
      • 0 - no coordinates retrieved
      • 2 - x and y coordinates retrieved
      • 3 - x, y, and z coordinates retrieved
      inflag - Specifies how to handle the time window
      • 0 - retrieve only values between the specified start and end times (inclusive)
      • 1 - expand the time window to include the last value before the specified start time
      • 2 - expand the time window to include the first value after the specified end time
      • 3 - expand the time window to include both values immediately outside the specified time window
      status -
      •  0 - success
      •  1 - incomplete data returned. The size of the floatValues or doubleValues array (maxValues) was too small
      •  3 - record(s) found, but no data found in time window
      •  4 - time window contains one or more missing records
      • 13 - the requested vertical datum transformation could not be performed
      • 20 - the record is not an irregular time series record
      • 21 - the number of values exceeds the size of an internal buffer
      • 24 - the pathname or dataset name does not specify irregular time series

    • zritsx

      @Deprecated public static void zritsx(int[] ifltab, String pathname, int startJulian, int startMinutes, int endJulian, int endMinutes, int[] timeBuffer, float[] data, int dataSize, int[] numberRead, int[] beginJulian, int[] flags, int readFlags, int[] flagsRead, stringContainer units, stringContainer type, int[] userHead, int maxUserHead, int[] numberHeadRead, int inflag, int[] status)
      Deprecated.
      Use ztsRetrieve(int[], TimeSeriesContainer, String, String, String, String, int) instead.
      Retrieves irregular time series data. Returns the data values as a float array and user header as an integer array. Does not return location coordinate or time zone information.
      Parameters:
      ifltab - The file table of the DSS file
      pathname - The pathname or dataset name of the data to read. If a time window is specified the D part of the pathname is ignored and the parameter is a dataset name. If no time window is specified (startMinutes = -2) the parameter must contain a valid D part.
      startJulian - The start day of the time window in days since 31Dec1899
      startMinutes - The start time of the time window in minutes since midnight of startJulian
      endJulian - The end day of the time window in days since 31Dec1899
      endMinutes - The end time of the time window in minutes since midnight of endJulian
      timeBuffer - Receives the minutes since midnight at the beginning of the beginJuilan parameter for each value in floatValues or doubleValues
      data - Receives the data values
      dataSize - The maximum number of values to read. The arrays for the timeBuffer, data, and flags parameters must be allocated to at least this size if used
      numberRead - Element 0 receives the number of values actually read (<= dataSize)
      beginJulian - Element 0 receives the number of days since 31Dec1899 of the first data value
      flags - Receives the quality flags for the pathname or dataset if readFlags != 0 and quality flags for the pathname or dataset exist in the file. The flagsRead parameter indicates whether quality flags were read
      readFlags -
      • 0 - return quality flags for pathname or dataset if they exist
      • non-zero - do not return quality flags for the pathname or dataset. The flags parameter need not be allocated
      flagsRead - Element zero receives whether quality flags were returned in the flags paraemter (0 = false, non-zero =true)
      units - Receives the units of the data values
      type - Receives the data type of the data values (e.g., "INST-VAL", "PER-CUM", etc.)
      userHead - Receives the user header
      maxUserHead - The maximum number of user header elements to read. The array for userHead must be allocated to at least this size.
      numberHeadRead - Element 0 receives tha number of user header elements read (<= maxUserHead)
      inflag - Specifies how to handle the time window
      • 0 - retrieve only values between the specified start and end times (inclusive)
      • 1 - expand the time window to include the last value before the specified start time
      • 2 - expand the time window to include the first value after the specified end time
      • 3 - expand the time window to include both values immediately outside the specified time window
      status -
      •  0 - success
      •  1 - incomplete data returned - the size of the data array (dataSize) was too small
      •  3 - record(s) found, but no data found in time window
      •  4 - time window contains one or more missing records
      • 13 - the requested vertical datum transformation could not be performed
      • 20 - the record is not an irregular time series record
      • 21 - the number of values exceeds the size of an internal buffer
      • 24 - the pathname or dataset name does not specify irregular time series

    • zritsxd

      @Deprecated public static void zritsxd(int[] ifltab, String pathname, int startJulian, int startMinutes, int endJulian, int endMinutes, int[] timeBuffer, double[] data, int dataSize, int[] numberRead, int[] beginJulian, int[] flags, int readFlags, int[] flagsRead, stringContainer units, stringContainer type, int[] userHead, int maxUserHead, int[] numberHeadRead, int inflag, int[] status)
      Deprecated.
      Use ztsRetrieve(int[], TimeSeriesContainer, String, String, String, String, int) instead.
      Retrieves irregular time series data. Returns the data values as a double array and user header as an integer array. Does not return location coordinate or time zone information.
      Parameters:
      ifltab - The file table of the DSS file
      pathname - The pathname or dataset name of the data to read. If a time window is specified the D part of the pathname is ignored and the parameter is a dataset name. If no time window is specified (startMinutes = -2) the parameter must contain a valid D part.
      startJulian - The start day of the time window in days since 31Dec1899
      startMinutes - The start time of the time window in minutes since midnight of startJulian
      endJulian - The end day of the time window in days since 31Dec1899
      endMinutes - The end time of the time window in minutes since midnight of endJulian
      timeBuffer - Receives the minutes since midnight at the beginning of the beginJuilan parameter for each value in floatValues or doubleValues
      data - Receives the data values
      dataSize - The maximum number of values to read. The arrays for the timeBuffer, data, and flags parameters must be allocated to at least this size if used
      numberRead - Element 0 receives the number of values actually read (<= dataSize)
      beginJulian - Element 0 receives the number of days since 31Dec1899 of the first data value
      flags - Receives the quality flags for the pathname or dataset if readFlags != 0 and quality flags for the pathname or dataset exist in the file. The flagsRead parameter indicates whether quality flags were read
      readFlags -
      • 0 - return quality flags for pathname or dataset if they exist
      • non-zero - do not return quality flags for the pathname or dataset. The flags parameter need not be allocated
      flagsRead - Element zero receives whether quality flags were returned in the flags paraemter (0 = false, non-zero =true)
      units - Receives the units of the data values
      type - Receives the data type of the data values (e.g., "INST-VAL", "PER-CUM", etc.)
      userHead - Receives the user header
      maxUserHead - The maximum number of user header elements to read. The array for userHead must be allocated to at least this size.
      numberHeadRead - Element 0 receives tha number of user header elements read (<= maxUserHead)
      inflag - Specifies how to handle the time window
      • 0 - retrieve only values between the specified start and end times (inclusive)
      • 1 - expand the time window to include the last value before the specified start time
      • 2 - expand the time window to include the first value after the specified end time
      • 3 - expand the time window to include both values immediately outside the specified time window
      status -
      •  0 - success
      •  1 - incomplete data returned - the size of the data array (dataSize) was too small
      •  3 - record(s) found, but no data found in time window
      •  4 - time window contains one or more missing records
      • 13 - the requested vertical datum transformation could not be performed
      • 20 - the record is not an irregular time series record
      • 21 - the number of values exceeds the size of an internal buffer
      • 24 - the pathname or dataset name does not specify irregular time series

    • zrpd

      @Deprecated public static void zrpd(int[] ifltab, String cpath, int[] nord, int[] numberOfCurves, int[] ihoriz, stringContainer cunitsX, stringContainer ctypeX, stringContainer cunitsY, stringContainer ctypeY, float[] values, int kvals, int[] numberOfValues, String[] clabel, int klabel, booleanContainer labelsExist, int[] headu, int kheadu, int[] nheadu, int[] istat)
      Deprecated.
      Use zpdRetrieve(int[], PairedDataContainer) instead.
      Retrieves a paired data record. Paired data values are returned in a float array.
      Parameters:
      ifltab - The file table of the DSS file
      cpath - The pathname of the paired data record
      nord - Element 0 receives the number of ordinates (number of points per curve)
      numberOfCurves - Element 0 receives the number of curves
      ihoriz - Element 0 retrieves how the curve should be displayed
      • 1 - display the ordinates on the horizontal axis
      • 2 - display the numeric value of the curve labels on the horizontal axis
      cunitsX - The unit of the ordinates
      ctypeX - The plotting type of the ordinates
      • UNT  - untransformed - display and interpolate linearly
      • LOG  - logarithmic - display and interpolate logarithmically
      • PROB - probability - display and interpolate as percentages
      cunitsY - The unit of the curves labels, if numeric
      ctypeY - The plotting type of the curve labels, if numeric
      • UNT  - untransformed - display and interpolate linearly
      • LOG  - logarithmic - display and interpolate logarithmically
      • PROB - probability - display and interpolate as percentages
      values - The data values as a flat array of (numberOfCurves+1)*nord elements
      • Values      0 ..   nord-1 = ordinates
      • Values   nord .. 2*nord-1 = curve values for 1st curve
      • Values 2*nord .. 3*nord-1 = curve values for 2nd curve
      • ...
      kvals - The maximum number of values to retrieve. The values parameter must be allocated to at least this size
      numberOfValues - Element 0 retrieves the number of values retrieved (<= kvals)
      clabel - Receives the labels for each curve
      klabel - The maximum number of labels to retrieve. The clabel parameter must be allocated to at least this size
      labelsExist - Receives whether the paired data record contains labels
      headu - Receives the user header
      kheadu - The maximum number of elements of the user header to receive. The headu parameter must be allocated to at least this size
      nheadu - The number of user header elements retrieved (<= kheadu)
      istat -
      •  0 - success
      • -1 - the record doesn't exist
      •  1 - incomplete data returned - the size of the values array (kvals) was too small
      • 13 - the requested vertical datum transformation could not be performed
      • 20 - the record is not a paired data record

    • zrpdd

      @Deprecated public static void zrpdd(int[] ifltab, String cpath, int[] nord, int[] numberOfCurves, int[] ihoriz, stringContainer cunitsX, stringContainer ctypeX, stringContainer cunitsY, stringContainer ctypeY, double[] values, int kvals, int[] numberOfValues, String[] clabel, int klabel, booleanContainer labelsExist, float[] headu, int kheadu, int[] nheadu, int[] istat)
      Deprecated.
      Use zpdRetrieve(int[], PairedDataContainer) instead.
      Retrieves a paired data record. Paired data values are returned in a double array.
      Parameters:
      ifltab - The file table of the DSS file
      cpath - The pathname of the paired data record
      nord - Element 0 receives the number of ordinates (number of points per curve)
      numberOfCurves - Element 0 receives the number of curves
      ihoriz - Element 0 retrieves how the curve should be displayed
      • 1 - display the ordinates on the horizontal axis
      • 2 - display the numeric value of the curve labels on the horizontal axis
      cunitsX - The unit of the ordinates
      ctypeX - The plotting type of the ordinates
      • UNT  - untransformed - display and interpolate linearly
      • LOG  - logarithmic - display and interpolate logarithmically
      • PROB - probability - display and interpolate as percentages
      cunitsY - The unit of the curves labels, if numeric
      ctypeY - The plotting type of the curve labels, if numeric
      • UNT  - untransformed - display and interpolate linearly
      • LOG  - logarithmic - display and interpolate logarithmically
      • PROB - probability - display and interpolate as percentages
      values - The data values as a flat array of (numberOfCurves+1)*nord elements
      • Values      0 ..   nord-1 = ordinates
      • Values   nord .. 2*nord-1 = curve values for 1st curve
      • Values 2*nord .. 3*nord-1 = curve values for 2nd curve
      • ...
      kvals - The maximum number of values to retrieve. The values parameter must be allocated to at least this size
      numberOfValues - Element 0 retrieves the number of values retrieved (<= kvals)
      clabel - Receives the labels for each curve
      klabel - The maximum number of labels to retrieve. The clabel parameter must be allocated to at least this size
      labelsExist - Receives whether the paired data record contains labels
      headu - Receives the user header
      kheadu - The maximum number of elements of the user header to receive. The headu parameter must be allocated to at least this size
      nheadu - The number of user header elements retrieved (<= kheadu)
      istat -
      •  0 - success
      • -1 - the record doesn't exist
      •  1 - incomplete data returned - the size of the values array (kvals) was too small
      • 13 - the requested vertical datum transformation could not be performed
      • 20 - the record is not a paired data record

    • zrrts

      @Deprecated public static void zrrts(int[] ifltab, String pathname, String startDate, String startTime, int number, float[] data, stringContainer units, stringContainer type, int[] offset, int[] status)
      Deprecated.
      Use ztsRetrieve(int[], TimeSeriesContainer, String, String, String, String, int) instead.
      Retrieves regular time series values. No quality flags, user header, or other information is retrieved.
      Parameters:
      ifltab - The file table of the DSS file
      pathname - The pathname or dataset name of the data to read. If a startDate is not blank the D part of the pathname is ignored and the parameter is a dataset name. If no startDate is blank the parameter must contain a valid D part.
      startDate - The date of the beginning of the time window in a form readable by HecTime.set(). Set to blank " " to read a single record specified in the pathname variable
      startTime - The time of the beginning of the time window in 24-hour clock format (e.g., "1630"). Ignored if the startDate parameter is blank
      number - The maximum number of values to read. The data array must be allocated to at least this size. If startDate is blank this specifies the end of the time window
      data - Receives the values
      units - Receives the units of the data values
      type - Receives the data type of the data values (e.g., "INST-VAL", "PER-CUM", etc.)
      offset - Element 0 receives the offset into the interval (in minutes) of the time of each value
      status -
      •  0 - success
      •  1 - some missing data within block(s)
      •  2 - one or more missing data blocks
      •  3 - one or more missing data blocks and some data missing within blocks
      •  4 - record found, but no data found
      •  5 - record not found
      • 11 - number of values requested is less than 1
      • 12 - pathname contains a non-standard time interval
      • 13 - the requested vertical datum transformation could not be performed
      • 15 - startDate or startTime are illegal
      • 20 - the record is not a regular time series record
      • 24 - the pathname or dataset name does not specify regular time series

    • zrrtsc

      @Deprecated public static void zrrtsc(int[] ifltab, String pathname, String startDate, String startTime, int maxNumber, int[] numberRead, int getDoubles, int[] doublesRead, float[] floatValues, double[] doubleValues, int[] flags, int readFlags, int[] flagsRead, stringContainer units, stringContainer type, stringContainer supplementalInfo, int[] offset, int[] compression, int[] timezoneOffset, stringContainer timezoneName, double[] coordinates, int[] coordinateDescription, int[] coordinatesUsed, int[] status)
      Deprecated.
      Use ztsRetrieve(int[], TimeSeriesContainer, String, String, String, String, int) instead.
      Retrieves regular time series data with user header converted to characters and including time zone and location coordinates
      Parameters:
      ifltab - The file table of the DSS file
      pathname - The pathname or dataset name of the data to read. If a startDate is not blank the D part of the pathname is ignored and the parameter is a dataset name. If no startDate is blank the parameter must contain a valid D part.
      startDate - The date of the beginning of the time window in a form readable by HecTime.set(). Set to blank " " to read a single record specified in the pathname variable
      startTime - The time of the beginning of the time window in 24-hour clock format (e.g., "1630"). Ignored if the startDate parameter is blank
      maxNumber - The maximum number of values to read. The arrays for floatValues, doubleValues, and flags must be allocated to at least this size. If startDate is blank this specifies the end of the time window
      numberRead - Element 0 receives the number of values actually read (<= maxNumber)
      getDoubles -
      • 0 - return values in floatValues parameter even if the file contains double precision values. The doubleValues parameter need not be allocated.
      • non-zero - return values in doubleValues parameter if the file contains double precision values, or in floatValues otherwise. Both floatValues and doubleValues must be allocated. The doublesRead parameter indicates which parameter contains the values.
      doublesRead - Element zero receives whether the pathname or dataset contains double precision values in the file (0 = false, non-zero = true). If the getDoubles parameter is non-zero, this value also indicates which parameter contains the values read (0 = floatValues, non-zero = doubleValues)
      floatValues - Receives the data values if doublesRead[0] == 0
      doubleValues - Receives the data values if doublesRead[0] != 0
      flags - Receives the quality flags for the pathname or dataset if readFlags != 0 and quality flags for the pathname or dataset exist in the file. The flagsRead parameter indicates whether quality flags were read
      readFlags -
      • 0 - return quality flags for pathname or dataset if they exist
      • non-zero - do not return quality flags for the pathname or dataset. The flags parameter need not be allocated
      flagsRead - Element zero receives whether quality flags were returned in the flags paraemter (0 = false, non-zero =true)
      units - Receives the units of the data values
      type - Receives the data type of the data values (e.g., "INST-VAL", "PER-CUM", etc.)
      supplementalInfo - Receives the user header of the pathname or last pathname in the dataset
      offset - Element 0 receives the offset into the interval (in minutes) of the time of each value
      compression - Element 0 receives the compression method used for the data.
      • 0 - no compression method
      • 1 - repeated values method
      • 2 - delta value method
      • 3 - repeat values plus delta value method
      • 4 - significant digits method
      • 5 - repeated values plus significant digits method
      timezoneOffset - Element zero receives the offset from UTC of the time zone of the location
      timezoneName - Receives the name of the time zone of the location
      coordinates -
      • Element 0 receives the x coordinate of the location
      • Element 1 receives the y coordinate of the location
      • Element 2 receives the z coordinate of the location
      coordinateDescription -
      • Element 0 receives the coordinate system
        • 0 - no coordinates set
        • 1 - latitude & longitude
        • 2 - SPCS, FIPS
        • 3 - SPCS, ADS
        • 4 - UTM
        • 5 - local / other
      • Element 1 receives the coordinate system zone (SPCS or UTM only)
      • Element 2 receives the horizontal units
        • 0 - unspecified
        • 1 - feet
        • 2 - meters
        • 3 - decimal degrees
        • 4 - degrees, minutes, and seconds
      • Element 3 receives the horizontal datum
        • 0 - unset
        • 1 - NAD83
        • 2 - NAD27
        • 3 - WGS84
        • 4 - WGS72
        • 5 - local / other
      • Element 4 receives the vertical units
        • 0 - unspecified
        • 1 - feet
        • 2 - meters
      • Element 5 receives the vertical datum
        • 0 - unset
        • 1 - NAVD88
        • 2 - NGVD29
        • 3 - local / other
      coordinatesUsed - Element 0 receives the number of coordinates retrieved
      • 0 - no coordinates retrieved
      • 2 - x and y coordinates retrieved
      • 3 - x, y, and z coordinates retrieved
      status -
      •  0 - success
      •  1 - some missing data within block(s)
      •  2 - one or more missing data blocks
      •  3 - one or more missing data blocks and some data missing within blocks
      •  4 - record found, but no data found
      •  5 - record not found
      • 11 - number of values requested is less than 1
      • 12 - pathname contains a non-standard time interval
      • 13 - the requested vertical datum transformation could not be performed
      • 15 - startDate or startTime are illegal
      • 20 - the record is not a regular time series record
      • 24 - the pathname or dataset name does not specify regular time series

    • zrrtsx

      @Deprecated public static void zrrtsx(int[] ifltab, String pathname, String startDate, String startTime, int number, float[] data, int[] flags, int readFlags, int[] flagsRead, stringContainer units, stringContainer type, int[] userHead, int maxUserHead, int[] numberHeadRead, int[] offset, int[] compression, int[] status)
      Deprecated.
      Use ztsRetrieve(int[], TimeSeriesContainer, String, String, String, String, int) instead.
      Retrieves regular time series data. Values are returned in a float array. User header is returned in an int array.
      Parameters:
      ifltab - The file table of the DSS file
      pathname - The pathname or dataset name of the data to read. If a startDate is not blank the D part of the pathname is ignored and the parameter is a dataset name. If no startDate is blank the parameter must contain a valid D part.
      startDate - The date of the beginning of the time window in a form readable by HecTime.set(). Set to blank " " to read a single record specified in the pathname variable
      startTime - The time of the beginning of the time window in 24-hour clock format (e.g., "1630"). Ignored if the startDate parameter is blank
      number - The maximum number of values to read. The data and flags arrays must be allocated to at least this size. If startDate is blank this specifies the end of the time window
      data - Receives the values
      flags - Receives the quality flags for the pathname or dataset if readFlags != 0 and quality flags for the pathname or dataset exist in the file. The flagsRead parameter indicates whether quality flags were read
      readFlags -
      • 0 - return quality flags for pathname or dataset if they exist
      • non-zero - do not return quality flags for the pathname or dataset. The flags parameter need not be allocated
      flagsRead - Element zero receives whether quality flags were returned in the flags paraemter (0 = false, non-zero =true)
      units - Receives the units of the data values
      type - Receives the data type of the data values (e.g., "INST-VAL", "PER-CUM", etc.)
      userHead - Receives the user header
      maxUserHead - The maximum number of user header elements to read. The array for userHead must be allocated to at least this size.
      numberHeadRead - Element 0 receives tha number of user header elements read (<= maxUserHead)
      offset - Element 0 receives the offset into the interval (in minutes) of the time of each value
      compression - Element 0 receives the compression method used for the data.
      • 0 - no compression method
      • 1 - repeated values method
      • 2 - delta value method
      • 3 - repeat values plus delta value method
      • 4 - significant digits method
      • 5 - repeated values plus significant digits method
      status -
      •  0 - success
      •  1 - some missing data within block(s)
      •  2 - one or more missing data blocks
      •  3 - one or more missing data blocks and some data missing within blocks
      •  4 - record found, but no data found
      •  5 - record not found
      • 11 - number of values requested is less than 1
      • 12 - pathname contains a non-standard time interval
      • 13 - the requested vertical datum transformation could not be performed
      • 15 - startDate or startTime are illegal
      • 20 - the record is not a regular time series record
      • 24 - the pathname or dataset name does not specify regular time series

    • zrrtsxd

      @Deprecated public static void zrrtsxd(int[] ifltab, String pathname, String startDate, String startTime, int number, double[] data, int[] flags, int readFlags, int[] flagsRead, stringContainer units, stringContainer type, int[] userHead, int maxUserHead, int[] numberHeadRead, int[] offset, int[] compression, int[] status)
      Deprecated.
      Use ztsRetrieve(int[], TimeSeriesContainer, String, String, String, String, int) instead.
      Retrieves regular time series data. Values are returned in a double array. User header is returned in an int array.
      Parameters:
      ifltab - The file table of the DSS file
      pathname - The pathname or dataset name of the data to read. If a startDate is not blank the D part of the pathname is ignored and the parameter is a dataset name. If no startDate is blank the parameter must contain a valid D part.
      startDate - The date of the beginning of the time window in a form readable by HecTime.set(). Set to blank " " to read a single record specified in the pathname variable
      startTime - The time of the beginning of the time window in 24-hour clock format (e.g., "1630"). Ignored if the startDate parameter is blank
      number - The maximum number of values to read. The data and flags arrays must be allocated to at least this size. If startDate is blank this specifies the end of the time window
      data - Receives the values
      flags - Receives the quality flags for the pathname or dataset if readFlags != 0 and quality flags for the pathname or dataset exist in the file. The flagsRead parameter indicates whether quality flags were read
      readFlags -
      • 0 - return quality flags for pathname or dataset if they exist
      • non-zero - do not return quality flags for the pathname or dataset. The flags parameter need not be allocated
      flagsRead - Element zero receives whether quality flags were returned in the flags paraemter (0 = false, non-zero =true)
      units - Receives the units of the data values
      type - Receives the data type of the data values (e.g., "INST-VAL", "PER-CUM", etc.)
      userHead - Receives the user header
      maxUserHead - The maximum number of user header elements to read. The array for userHead must be allocated to at least this size.
      numberHeadRead - Element 0 receives tha number of user header elements read (<= maxUserHead)
      offset - Element 0 receives the offset into the interval (in minutes) of the time of each value
      compression - Element 0 receives the compression method used for the data.
      • 0 - no compression method
      • 1 - repeated values method
      • 2 - delta value method
      • 3 - repeat values plus delta value method
      • 4 - significant digits method
      • 5 - repeated values plus significant digits method
      status -
      •  0 - success
      •  1 - some missing data within block(s)
      •  2 - one or more missing data blocks
      •  3 - one or more missing data blocks and some data missing within blocks
      •  4 - record found, but no data found
      •  5 - record not found
      • 11 - number of values requested is less than 1
      • 12 - pathname contains a non-standard time interval
      • 13 - the requested vertical datum transformation could not be performed
      • 15 - startDate or startTime are illegal
      • 20 - the record is not a regular time series record
      • 24 - the pathname or dataset name does not specify regular time series

    • zrtxts

      @Deprecated public static void zrtxts(int[] ifltab, String pathname, stringContainer cString, int maxString, int[] numbString, int[] userHead, int maxUserHead, int[] numberHeadRead, int[] status)
      Deprecated.
      Use ztextRetrieve(int[], TextContainer) instead.
      Retrieves a text record
      Parameters:
      ifltab - The file table of the DSS file
      pathname - The pathname of the text record
      cString - Receives the text of the string
      maxString - The maximum number of characters to read
      numbString - The number of characters read (<= maxString)
      userHead - Receives the user header
      maxUserHead - The maximum number of user header elements to read. The array for userHead must be allocated to at least this size.
      numberHeadRead - Element 0 receives tha number of user header elements read (<= maxUserHead)
      status -
      •  0 - success
      • -1 - record not found
      • -2 - record found but is not a text record

    • zset

      public static void zset(String parameter, String alpha, int number)
      Sets a library parameter

      Usage is as follows:

      Parameter Version Description Alpha Number
      ABOR 6 Sets whether library will abort on fatal error "OFF" or "ON"
      ALLV 6 or 7 Sets the default version for new DSS files opened 6 or 7
      CAST 6 Sets whether to show status when generating catalog "OFF" or "ON"
      CCDA 6 Sets whether to exclude missing periods from condensed catalogs "OFF" or "ON"
      CLEA 7 Clears error number and message
      COLL 7 Sets whether to expect collection records in new file
      COMP 6 Sets whether to compress time series records when copying or squeezing "OFF" or "ON"
      CURR 6 or 7 Sets the current item number of an in-progress multi-item operation The current item number
      DCDB 6 Sets whether data compression debug is turned on "OFF" or "ON" The unit number of the data compression debug output
      DSSV 6 or 7 Sets the version for the next new DSS file opened 6 or 7
      EMPT 6 or 7 Sets whether a squeeze of file copy will copy empty records "OFF" or "ON"
      FDAT 6 Sets the file creation date (for squeeze only) File creation date
      FLAG or QUAL 6 Sets whether to write quality flags 0 or 1
      HAND 6 Sets whether to display the file handle rather than the unit number "OFF" or "ON"
      HSIZ 6 Sets the size of the hash table for squeezing the DSS file
      • 1 - tiny
      • 2 - extra small
      • 3 - small
      • 4 - medium
      • 5 - large
      • 6 - extra large
      • 7 - huge
      • 8 - extra huge
      • 9 - super
      INTE 6 or 7 Sets whether an in-progress multi-item operation is marked as interrupted 0 or 1
      MAPU 6 Sets the Fortran unit number to write the catalog map to The unit number
      MAXE 6 or 7 Sets the maximum number errors allowed for an multi-item operation The maximum number of errors allowed
      MAXP 7 Sets the maximum number of pathnames expected The maximum number of pathnames expected
      MHAN 7 Sets the message output handle The handle of the message output device
      MLVL, MLEV, or MESS 6 or 7 Sets the global message level. MESS is DSS 7 only
      •  0 - none
      •  1 - critical
      •  2 - terse
      •  4 - general
      •  5 - user diagnostics
      • 11 - internal diagnostic
      • 13 - internal debug
      MULT 6 Sets the current DSS file into multi user mode
      MUNI or MLFN 6 or 7 Sets the Fortran unit number of message output. MLFN is DSS 6 only The unit number
      NERR 6 or 7 Sets the number errors encountered in an in-progress multi-item operation The number of errors encountered
      PREC 6 Sets the data precision for data compression methods "OFF" to disable
      • -6 - .000001
      • -5 - .00001
      • -4 - .0001
      • -3 - .001
      • -2 - .01
      • -1 - .1
      •  0 - 1
      •  1 - 10
      •  2 - 100
      •  3 - 1000
      •  4 - 10000
      •  5 - 100000
      •  6 - 1000000
      PROG or PRGN 6 or 7 Sets the name of the program that will write the next record. PRGN is DSS 6 only The program name
      PROT 6 Sets whether to overwrite existing records "OFF" or "ON"
      PSEU 6 Sets the pseudo regular interval for the next record written "OFF" or "ON" The interval in minutes
      QPRO 6 Sets whether protection bit in quality flags is observed "OFF" or "ON"
      RDAT 6 Sets the last written date of next record written The record date
      READ 6 Sets whether access to file is read only "OFF" or "ON"
      RTIM 6 Sets the last written time of next record written The record time
      RVER 6 Sets the version number for the next record written The version number
      SIZE 6 Sets the estimated file size for new file The file size
      SQUE 6 Sets whether a squeeze is peformed when requested, even if it's not necessary "OFF" or "ON"
      SQST 6 Sets whether to show status when squeezing file "OFF" or "ON"
      TABL 6 Sets the type of hash table "STABLE" or "DYNAMIC"
      TOL 6 Sets the tolerance for replacing existing values "OFF" to turn off tolerance checking The difference above which two values are considered different enough for replacement
      TOTA 6 or 7 Sets the total number of items for an multi-item operation The number total number of items
      TWCA 6 Sets whether to use the time window as a selection criterion when generating a catalog "OFF" or "ON"
      TYPE 6 Sets the data type for data to be written
      •  20 - location
      •  90 - array (DSS 7 only)
      •  91 - integer array (DSS 6 only)
      •  92 - float array (DSS 6 only)
      •  93 - double array (DSS 6 Only)
      • 100 - regular-interval time series
      • 101 - regular-interval time series pattern
      • 102 - regular-interval time series profile
      • 105 - regular-interval time series doubles
      • 107 - regular-interval time series double profile
      • 110 - irregular-interval time series
      • 111 - irregular-interval time series pattern
      • 112 - irregular-interval time series profile
      • 115 - irregular-interval time series doubles
      • 117 - irregular-interval time series double profile
      • 200 - paired data
      • 205 - paired data doubles
      • 300 - text data
      • 310 - text table
      • 400 - gridded - undefined grid with time
      • 401 - gridded - undefined grid
      • 410 - gridded - HRAP grid with time reference
      • 411 - gridded - HRAP grid
      • 420 - gridded - Albers with time reference
      • 421 - gridded - Albers
      • 430 - gridded - SHG with time reference
      • 431 - gridded - SHG
      • 450 - spatial - TIN (DSS 7 only)
      • 600 - generic file
      • 610 - image
      UNIT or FILN 6 Set the Fortran unit number of the next DSS File to open The unit number
      UPRT 6 Sets whether record times will be time of write instead the time the file was opened "OFF" or "ON"
      VDTM 6 or 7 Sets the default native vertical datum. Alpha takes precedence over number if both are specified Text value of default native vertical datum:
      • "UNSET"
      • "NAVD-88"
      • "NGVD-29"
      • "OTHER"
      		 Numeric value of default native vertical datum:
      1. UNSET
      2. NAVD-88
      3. NGVD-29
      4. OTHER
      VDOW 7 Sets whether incoming native vertical datum can overwrite the location record's native vertical datum 0 or 1
      ZONE 6 Sets the time zone of the next record to write The time zone name The time zone offset (minutes or seconds?)
      80CO 6 Sets whether in 80 column output mode "OFF" or "ON"

      Parameters:
      parameter - The parameter to set
      alpha - The text value of the parameter, if applicable
      number - The integer value of the parameter, if applicable
      See Also:

    • zsetfi

      public static void zsetfi(int[] ifltab, String parameter, String alpha, int number, int[] status)
      Sets a library parameter

      Usage is as follows:

      Parameter Version Description Alpha Number
      DETU 7 Detune file for testing purposes
      FMUL 6 Force file into multi-user access mode "ON" or "OFF"
      MAXP 7 Sets the maximum number of pathnames expected The maximum number of pathnames expected
      MFLU 7 Flushes the message output buffer
      MHAN 7 Sets the message output handle The message output handle
      MLVL or MLEV 7 Sets the global message level The message level
      MULT or ACCE 6 or 7 Sets file access mode. ACCE is DSS7 only
      • 0 - GENERAL - no errors if write without permission
      • 1 - READ - read-only
      • 2 - MULTI-USER - full read/write (slow but safe)
      • 3 - SINGLE-USER ADVISORY (default) - fast read/write, receives notification if another process wants access
      • 4 - EXCLUSIVE - single user only, used for squeezing
      MUNI 7 Sets the Fortran unit number of message output The Fortran unit number of message output
      NDAT 7 Sets logical number of data elements to set in info area The logical number of data elements to set in info area
      PSEU 6 Sets the pseudo regular interval for a specified record The pathname of the record to set The pseudo-regular interval for the records
      READ 7 Sets whether access to file is read only "ON" or "OFF"
      RECL 7 Sets reclaim space level The reclaim space level
      Parameters:
      ifltab - The file table of the DSS file
      parameter - The file parameter to set
      alpha - The text setting of the parameter, if appropriate
      number - The numeric setting of the parameter, if appropriate
      status - 0 on success, otherwise non-zero
      See Also:

    • zsitsc

      @Deprecated public static void zsitsc(int[] ifltab, String pathname, int[] times, float[] floatValues, double[] doubleValues, int storeDouble, int numberVals, int startDate, int[] flags, int storeFlags, String unitsX, String typeX, double[] coordinates, int numberCoordinates, int[] coordinateDescription, int numbCoordDescription, String supplementaryInfo, int timezoneOffset, String timezoneName, int inFlag, int[] status)
      Deprecated.
      Use ztsStore(int[], TimeSeriesContainer, int) instead.
      Stores irregular time series data with user header specified in characters and including time zone and location coordinates
      Parameters:
      ifltab - The file table of the DSS file
      pathname - The dataset name to store. The D part is ignored as the valid D parts are generated for each record needed to store the data. Must be a valid irregular interval time series dataset name
      times - The number of minutes of each value from the startDate at 0000. Must have at least numberVals elements
      floatValues - The values as single precision values if storeDoubles is zero, otherwise not used. Must have at least numberVals elements if used
      doubleValues - The values as double precision values of storeDoubles is non-zero, otherwise not used. Must have at least numberVals elements if used
      storeDouble - Specifies whether values are specified in floatValues (0) or doubleValues (non-zero)
      numberVals - The number of values to store
      startDate - The base date in days since 31Dec1899
      flags - The quality flags for each value if storeFlags is non-zero. Must have at least numberVals elements if used
      storeFlags - Specifies storing of quality flags if non-zero, otherwise no quality flags will be stored
      unitsX - The units of the values
      typeX - The data type of the data values (e.g., "INST-VAL", "PER-CUM", etc.)
      coordinates - The x, y, and z coordinates of the location
      numberCoordinates - The coordinates for the location
      • 0 - no coordinates specified
      • 2 - x and y coordinates specified
      • 3 - x, y, and z coordinates specified
      coordinateDescription - Information about the location coordinates
      • Element 0 - coordinate system
        • 0 - no coordinates set
        • 1 - latitude & longitude
        • 2 - SPCS, FIPS
        • 3 - SPCS, ADS
        • 4 - UTM
        • 5 - local / other
      • Element 1 - coordinate system zone (SPCS or UTM only)
      • Element 2 - horizontal units
        • 0 - unspecified
        • 1 - feet
        • 2 - meters
        • 3 - decimal degrees
        • 4 - degrees, minutes, and seconds
      • Element 3 - horizontal datum
        • 0 - unset
        • 1 - NAD83
        • 2 - NAD27
        • 3 - WGS84
        • 4 - WGS72
        • 5 - local / other
      • Element 4 - vertical units
        • 0 - unspecified
        • 1 - feet
        • 2 - meters
      • Element 5 - vertical datum
        • 0 - unset
        • 1 - NAVD88
        • 2 - NGVD29
        • 3 - local / other
      numbCoordDescription - The number of elements used in coordinateDescription (0-6)
      supplementaryInfo - Information to store in the user header
      timezoneOffset - The offset from UTC of the time zone of the location
      timezoneName - The name of the time zone of the location
      inFlag - The data storage plan
      • 0 - merge data into existing data, overwriting individual values as necessary
      • 1 - delete existing data in incoming time window before storing
      status -
      •  0 - success
      •  4 - numberVals was 0
      • 13 - the requested vertical datum transformation could not be performed
      • 21 - the number of values exceeds the size of an internal buffer
      • 24 - the dataset name does not specify irregular time series
      • 30 - data times are not monotonically increasing

    • zsitsx

      @Deprecated public static void zsitsx(int[] ifltab, String pathname, int[] times, float[] values, int numberVals, int startDate, int[] flags, int storeFlags, String unitsX, String typeX, int[] userHeader, int numberHeader, int inFlag, int[] status)
      Deprecated.
      Use ztsStore(int[], TimeSeriesContainer, int) instead.
      Stores irregular time series data. The data values are provided as a float array and the user header as an integer array. Does not store location coordinate or time zone information.
      Parameters:
      ifltab - The file table of the DSS file
      pathname - The dataset name to store. The D part is ignored as the valid D parts are generated for each record needed to store the data. Must be a valid irregular interval time series dataset name
      times - The number of minutes of each value from the startDate at 0000. Must have at least numberVals elements
      values - The data values
      numberVals - The number of values to store
      startDate - The base date in days since 31Dec1899
      flags - The quality flags for each value if storeFlags is non-zero. Must have at least numberVals elements if used
      storeFlags - Specifies storing of quality flags if non-zero, otherwise no quality flags will be stored
      unitsX - The units of the values
      typeX - The data type of the data values (e.g., "INST-VAL", "PER-CUM", etc.)
      userHeader - The user header elements. Mush have at least numberHeader elements
      numberHeader - The number of elements in userHeader to store
      inFlag - The data storage plan
      • 0 - merge data into existing data, overwriting individual values as necessary
      • 1 - delete existing data in incoming time window before storing
      status -
      •  0 - success
      •  4 - numberVals was 0
      • 13 - the requested vertical datum transformation could not be performed
      • 21 - the number of values exceeds the size of an internal buffer
      • 24 - the dataset name does not specify irregular time series
      • 30 - data times are not monotonically increasing

    • zsitsxd

      @Deprecated public static void zsitsxd(int[] ifltab, String pathname, int[] times, double[] values, int numberVals, int startDate, int[] flags, int storeFlags, String unitsX, String typeX, int[] userHeader, int numberHeader, int inFlag, int[] status)
      Deprecated.
      Use ztsStore(int[], TimeSeriesContainer, int) instead.
      Stores irregular time series data. The data values are provided as a double array and the user header as an integer array. Does not store location coordinate or time zone information.
      Parameters:
      ifltab - The file table of the DSS file
      pathname - The dataset name to store. The D part is ignored as the valid D parts are generated for each record needed to store the data. Must be a valid irregular interval time series dataset name
      times - The number of minutes of each value from the startDate at 0000. Must have at least numberVals elements
      values - The data values
      numberVals - The number of values to store
      startDate - The base date in days since 31Dec1899
      flags - The quality flags for each value if storeFlags is non-zero. Must have at least numberVals elements if used
      storeFlags - Specifies storing of quality flags if non-zero, otherwise no quality flags will be stored
      unitsX - The units of the values
      typeX - The data type of the data values (e.g., "INST-VAL", "PER-CUM", etc.)
      userHeader - The user header elements. Mush have at least numberHeader elements
      numberHeader - The number of elements in userHeader to store
      inFlag - The data storage plan
      • 0 - merge data into existing data, overwriting individual values as necessary
      • 1 - delete existing data in incoming time window before storing
      status -
      •  0 - success
      •  4 - numberVals was 0
      • 13 - the requested vertical datum transformation could not be performed
      • 21 - the number of values exceeds the size of an internal buffer
      • 24 - the dataset name does not specify irregular time series
      • 30 - data times are not monotonically increasing

    • zspd

      @Deprecated public static void zspd(int[] ifltab, String cpath, int nord, int ncurve, int ihoriz, String cunitsX, String ctypeX, String cunitsY, String ctypeY, float[] values, String[] clabel, boolean label, float[] headu, int nheadu, int iplan, int[] istat)
      Deprecated.
      Use zpdStore(int[], PairedDataContainer) instead.
      Stores paired data record. Values are specified in a float array
      Parameters:
      ifltab - The file table of the DSS file
      cpath - The pathname of the paired data record
      nord - The number of ordinates (number of points per curve)
      ncurve - The number of curves
      ihoriz - How the curve should be displayed
      • 1 - display the ordinates on the horizontal axis
      • 2 - display the numeric value of the curve labels on the horizontal axis
      cunitsX - The unit of the ordinates
      ctypeX - The plotting type of the ordinates
      • UNT  - untransformed - display and interpolate linearly
      • LOG  - logarithmic - display and interpolate logarithmically
      • PROB - probability - display and interpolate as percentages
      cunitsY - The unit of the curves labels, if numeric
      ctypeY - The plotting type of the curve labels, if numeric
      • UNT  - untransformed - display and interpolate linearly
      • LOG  - logarithmic - display and interpolate logarithmically
      • PROB - probability - display and interpolate as percentages
      values - The data values as a flat array of (ncurve+1)*nord elements
      • Values      0 ..   nord-1 = ordinates
      • Values   nord .. 2*nord-1 = curve values for 1st curve
      • Values 2*nord .. 3*nord-1 = curve values for 2nd curve
      • ...
      clabel - The labels for each curve
      label - Specifies whether to store curve labels
      headu - The user header elements. Must have at least nheadu elements
      nheadu - The number of user header elements to store
      iplan - The data storage plan
      • 0 - always store the record
      • 1 - only store the record if no record exists with the pathname
      • 2 - only store the record if a record already exists with the pathname
      istat -
      •  0 - success
      • -1 - iplan was 1 but a record existed with the pathname
      • -2 - iplan was 2 but no record existed with the pathname
      • -3 - the pathname does not meet paired data conventions
      • -4 - nord < 1
      • -5 - ncurve < 1, ncurve > 100, or the size of values exceeds an internal buffer size
      • 13 - the requested vertical datum transformation could not be performed

    • zspdd

      @Deprecated public static void zspdd(int[] ifltab, String cpath, int nord, int ncurve, int ihoriz, String cunitsX, String ctypeX, String cunitsY, String ctypeY, double[] values, String[] clabel, boolean label, float[] headu, int nheadu, int iplan, int[] istat)
      Deprecated.
      Use zpdStore(int[], PairedDataContainer) instead.
      Stores paired data record. Values are specified in a double array
      Parameters:
      ifltab - The file table of the DSS file
      cpath - The pathname of the paired data record
      nord - The number of ordinates (number of points per curve)
      ncurve - The number of curves
      ihoriz - How the curve should be displayed
      • 1 - display the ordinates on the horizontal axis
      • 2 - display the numeric value of the curve labels on the horizontal axis
      cunitsX - The unit of the ordinates
      ctypeX - The plotting type of the ordinates
      • UNT  - untransformed - display and interpolate linearly
      • LOG  - logarithmic - display and interpolate logarithmically
      • PROB - probability - display and interpolate as percentages
      cunitsY - The unit of the curves labels, if numeric
      ctypeY - The plotting type of the curve labels, if numeric
      • UNT  - untransformed - display and interpolate linearly
      • LOG  - logarithmic - display and interpolate logarithmically
      • PROB - probability - display and interpolate as percentages
      values - The data values as a flat array of (ncurve+1)*nord elements
      • Values      0 ..   nord-1 = ordinates
      • Values   nord .. 2*nord-1 = curve values for 1st curve
      • Values 2*nord .. 3*nord-1 = curve values for 2nd curve
      • ...
      clabel - The labels for each curve
      label - Specifies whether to store curve labels
      headu - The user header elements. Must have at least nheadu elements
      nheadu - The number of user header elements to store
      iplan - The data storage plan
      • 0 - always store the record
      • 1 - only store the record if no record exists with the pathname
      • 2 - only store the record if a record already exists with the pathname
      istat -
      •  0 - success
      • -1 - iplan was 1 but a record existed with the pathname
      • -2 - iplan was 2 but no record existed with the pathname
      • -3 - the pathname does not meet paired data conventions
      • -4 - nord < 1
      • -5 - ncurve < 1, ncurve > 100, or the size of values exceeds an internal buffer size
      • 13 - the requested vertical datum transformation could not be performed

    • zsrts

      @Deprecated public static void zsrts(int[] ifltab, String pathname, String startDate, String startTime, int number, float[] data, String units, String type, int[] plan, int[] status)
      Deprecated.
      Use ztsStore(int[], TimeSeriesContainer, int) instead.
      Stores regular time series data. Does not store quality flags, user header, coordinates, or time zone. Does not perform data compression.
      Parameters:
      ifltab - The file table of the DSS file
      pathname - The dataset name to store. The D part is ignored as D parts will be generated for each record represented in the data
      startDate - The date of the first data value in a form readable by HecTime.set()
      startTime - The time of the first data value in 24-hour clock format (e.g. "1630")
      number - The number of values to store
      data - The data values
      units - The unit of the values
      type - The data type of the values (e.g., "INST-VAL", "PER-CUM", etc.)
      plan - Element 0 specifies the data storage plan
      • 0 - always replace values in file
      • 1 - only store non-missing values that are missing in file
      • 2 - always store all values even if all missing
      • 3 - don't create empty records and remove any records made empty
      • 4 - don't replace non-missing values with missing values
      status - Element 0 receives the status
      •   0 - success
      •   4 - all data values were missing
      •  11 - number < 1
      •  12 - invalid time interval (E part)
      •  13 - the requested vertical datum transformation could not be performed
      •  15 - startDate not recognized as a valid date or startTime not recognized as valid time
      •  16 - too many values for internal buffer
      •  24 - the dataset name doesn't meet regular interval time series conventions
      •  30 - file is in read-only mode
      •  51 - invalid data compression scheme
      •  52 - invalid data compression precision
      • 511 - existing record is of different data type

    • zsrtsx

      @Deprecated public static void zsrtsx(int[] ifltab, String pathname, String startDate, String startTime, int number, float[] data, int[] flags, int storeFlags, String units, String type, int[] userHeader, int numberHeader, int plan, int compression, float baseValue, int baseValueSet, int highDelta, int deltaPrecision, int[] status)
      Deprecated.
      Use ztsStore(int[], TimeSeriesContainer, int) instead.
      Stores regular time series data with user header specified as an integer array. Does not store time zone or location coordinates. Values are specified in a float array
      Parameters:
      ifltab - The file table of the DSS file
      pathname - The dataset name to store. The D part is ignored as D parts will be generated for each record represented in the data
      startDate - The date of the first data value in a form readable by HecTime.set()
      startTime - The time of the first data value in 24-hour clock format (e.g. "1630")
      number - The number of values to store
      data - The data values
      flags - The quality flags for each value if storeFlags != 0. Must have at lest number elements if used
      storeFlags - Specifies whether to store quality flags with values. Stoning quality flags disables data compression
      units - The unit of the values
      type - The data type of the values (e.g., "INST-VAL", "PER-CUM", etc.)
      userHeader - The user header elements. Must have at least numberHeader elements
      numberHeader - The number of user header elements to store
      plan - The data storage plan
      • 0 - always replace values in file
      • 1 - only store non-missing values that are missing in file
      • 2 - always store all values even if all missing
      • 3 - don't create empty records and remove any records made empty
      • 4 - don't replace non-missing values with missing values
      compression - The data compression method to use
      • 0 - default compression method (file method or previous record method)
      • 1 - repeated values method
      • 2 - delta value method
      • 3 - repeat values plus delta value method
      • 4 - significant digits method
      • 5 - repeated values plus significant digits method
      baseValue - The base value to be used for the delta compression method, if baseValueSet != 0
      baseValueSet - Non-zero if delta method is to use baseValue, otherwise zero
      highDelta - The number of bytes used per value for the delta method
      deltaPrecision - The precision to use for comparing values with the delta method
      • -6 - .000001
      • -5 - .00001
      • -4 - .0001
      • -3 - .001
      • -2 - .01
      • -1 - .1
      •  0 - 1
      •  1 - 10
      •  2 - 100
      •  3 - 1000
      •  4 - 10000
      •  5 - 100000
      •  6 - 1000000
      status - Element 0 receives the status
      •   0 - success
      •   4 - all data values were missing
      •  11 - number < 1
      •  12 - invalid time interval (E part)
      •  13 - the requested vertical datum transformation could not be performed
      •  15 - startDate not recognized as a valid date or startTime not recognized as valid time
      •  16 - too many values for internal buffer
      •  24 - the dataset name doesn't meet regular interval time series conventions
      •  30 - file is in read-only mode
      •  51 - invalid data compression scheme
      •  52 - invalid data compression precision
      • 511 - existing record is of different data type

    • zsrtsc

      @Deprecated public static void zsrtsc(int[] ifltab, String pathname, String startDate, String startTime, int number, int storeDouble, float[] floatValues, double[] doubleValues, int[] flags, int storeFlags, String units, String type, double[] coordinates, int numberCoordinates, int[] coordinateDescription, int numbCoordDescription, String supplementaryInfo, int timezoneOffset, String timezoneName, int plan, int compression, float baseValue, int baseValueSet, int highDelta, int deltaPrecision, int[] status)
      Deprecated.
      Use ztsStore(int[], TimeSeriesContainer, int) instead.
      Stores regular time series data with user header specified as characters and including time zone and location coordinates
      Parameters:
      ifltab - The file table of the DSS file
      pathname - The dataset name to store. The D part is ignored as D parts will be generated for each record represented in the data
      startDate - The date of the first data value in a form readable by HecTime.set()
      startTime - The time of the first data value in 24-hour clock format (e.g. "1630")
      number - The number of values to store
      storeDouble - Specifies whether the values are in floatValues (0) or doubleValues (non-zero)
      floatValues - The data values if storeDoubles == 0. Must have at least number elements if used
      doubleValues - The data values if storeDoubles != 0. Must have at least number elements if used
      flags - The quality flags for each value if storeFlags != 0. Must have at lest number elements if used
      storeFlags - Specifies whether to store quality flags with values. Stoning quality flags disables data compression
      units - The unit of the values
      type - The data type of the values (e.g., "INST-VAL", "PER-CUM", etc.)
      coordinates - The x, y, and z coordinates of the location
      numberCoordinates - The coordinates for the location
      • 0 - no coordinates specified
      • 2 - x and y coordinates specified
      • 3 - x, y, and z coordinates specified
      coordinateDescription - Information about the location coordinates
      • Element 0 - coordinate system
        • 0 - no coordinates set
        • 1 - latitude & longitude
        • 2 - SPCS, FIPS
        • 3 - SPCS, ADS
        • 4 - UTM
        • 5 - local / other
      • Element 1 - coordinate system zone (SPCS or UTM only)
      • Element 2 - horizontal units
        • 0 - unspecified
        • 1 - feet
        • 2 - meters
        • 3 - decimal degrees
        • 4 - degrees, minutes, and seconds
      • Element 3 - horizontal datum
        • 0 - unset
        • 1 - NAD83
        • 2 - NAD27
        • 3 - WGS84
        • 4 - WGS72
        • 5 - local / other
      • Element 4 - vertical units
        • 0 - unspecified
        • 1 - feet
        • 2 - meters
      • Element 5 - vertical datum
        • 0 - unset
        • 1 - NAVD88
        • 2 - NGVD29
        • 3 - local / other
      numbCoordDescription - The number of elements used in coordinateDescription (0-6)
      supplementaryInfo - Information to store in the user header
      timezoneOffset - The offset from UTC of the time zone of the location
      timezoneName - The name of the time zone of the location
      plan - The data storage plan
      • 0 - always replace values in file
      • 1 - only store non-missing values that are missing in file
      • 2 - always store all values even if all missing
      • 3 - don't create empty records and remove any records made empty
      • 4 - don't replace non-missing values with missing values
      compression - The data compression method to use
      • 0 - default compression method (file method or previous record method)
      • 1 - repeated values method
      • 2 - delta value method
      • 3 - repeat values plus delta value method
      • 4 - significant digits method
      • 5 - repeated values plus significant digits method
      baseValue - The base value to be used for the delta compression method, if baseValueSet != 0
      baseValueSet - Non-zero if delta method is to use baseValue, otherwise zero
      highDelta - The number of bytes used per value for the delta method
      deltaPrecision - The precision to use for comparing values with the delta method
      • -6 - .000001
      • -5 - .00001
      • -4 - .0001
      • -3 - .001
      • -2 - .01
      • -1 - .1
      •  0 - 1
      •  1 - 10
      •  2 - 100
      •  3 - 1000
      •  4 - 10000
      •  5 - 100000
      •  6 - 1000000
      status - Element 0 receives the status
      •   0 - success
      •   4 - all data values were missing
      •  11 - number < 1
      •  12 - invalid time interval (E part)
      •  13 - the requested vertical datum transformation could not be performed
      •  15 - startDate not recognized as a valid date or startTime not recognized as valid time
      •  16 - too many values for internal buffer
      •  24 - the dataset name doesn't meet regular interval time series conventions
      •  30 - file is in read-only mode
      •  51 - invalid data compression scheme
      •  52 - invalid data compression precision
      • 511 - existing record is of different data type

    • zsrtsxd

      @Deprecated public static void zsrtsxd(int[] ifltab, String pathname, String startDate, String startTime, int number, double[] data, int[] flags, int storeFlags, String units, String type, int[] userHeader, int numberHeader, int plan, int compression, float baseValue, int baseValueSet, int highDelta, int deltaPrecision, int[] status)
      Deprecated.
      Use ztsStore(int[], TimeSeriesContainer, int) instead.
      Stores regular time series data with user header specified as an integer array. Does not store time zone or location coordinates. Values are specified in a double array
      Parameters:
      ifltab - The file table of the DSS file
      pathname - The dataset name to store. The D part is ignored as D parts will be generated for each record represented in the data
      startDate - The date of the first data value in a form readable by HecTime.set()
      startTime - The time of the first data value in 24-hour clock format (e.g. "1630")
      number - The number of values to store
      data - The data values
      flags - The quality flags for each value if storeFlags != 0. Must have at lest number elements if used
      storeFlags - Specifies whether to store quality flags with values. Stoning quality flags disables data compression
      units - The unit of the values
      type - The data type of the values (e.g., "INST-VAL", "PER-CUM", etc.)
      userHeader - The user header elements. Must have at least numberHeader elements
      numberHeader - The number of user header elements to store
      plan - The data storage plan
      • 0 - always replace values in file
      • 1 - only store non-missing values that are missing in file
      • 2 - always store all values even if all missing
      • 3 - don't create empty records and remove any records made empty
      • 4 - don't replace non-missing values with missing values
      compression - The data compression method to use
      • 0 - default compression method (file method or previous record method)
      • 1 - repeated values method
      • 2 - delta value method
      • 3 - repeat values plus delta value method
      • 4 - significant digits method
      • 5 - repeated values plus significant digits method
      baseValue - The base value to be used for the delta compression method, if baseValueSet != 0
      baseValueSet - Non-zero if delta method is to use baseValue, otherwise zero
      highDelta - The number of bytes used per value for the delta method
      deltaPrecision - The precision to use for comparing values with the delta method
      • -6 - .000001
      • -5 - .00001
      • -4 - .0001
      • -3 - .001
      • -2 - .01
      • -1 - .1
      •  0 - 1
      •  1 - 10
      •  2 - 100
      •  3 - 1000
      •  4 - 10000
      •  5 - 100000
      •  6 - 1000000
      status - Element 0 receives the status
      •   0 - success
      •   4 - all data values were missing
      •  11 - number < 1
      •  12 - invalid time interval (E part)
      •  13 - the requested vertical datum transformation could not be performed
      •  15 - startDate not recognized as a valid date or startTime not recognized as valid time
      •  16 - too many values for internal buffer
      •  24 - the dataset name doesn't meet regular interval time series conventions
      •  30 - file is in read-only mode
      •  51 - invalid data compression scheme
      •  52 - invalid data compression precision
      • 511 - existing record is of different data type

    • zstfh

      public static void zstfh(String[] clabel, String[] citems, int numberItems, float[] header, int headerMax, int[] headerNumber, int[] istat)
      Converts one or more character key,value pairs into user header elements in a float array
      Parameters:
      clabel - The keys. Must have at least numberItems elements. No key can contain the colon (:) or semicolon (;) characters
      citems - The values. Must have at least numberItems elements. No value can contain the colon (:) or semicolon (;) characters
      numberItems - The number of key,value pairs to convert
      header - The user header elements
      headerMax - The number of elements in header
      headerNumber - Set element 0 to 0 on first call to initialize header elements. Element 0 receives the number of elements used (<= headerMax). Subsequent calls may be made to append to the same header by not changing element 0 between calls.
      istat - Element 0 recieves the status
      • 0 - success
      • 1 - a key contained all blanks
      • 2 - a value contained all blanks
      • 3 - more than headerMax elements is require to store all key,value pairs
      • 4 - the header is invalid - most likely by not setting headerNumber to 0 on first call
      • 5 - numberItems < 1
      See Also:

    • zstfh

      public static void zstfh(String[] clabel, String[] citems, int numberItems, int[] header, int headerMax, int[] headerNumber, int[] istat)
      Converts one or more character key,value pairs into user header elements in an int array
      Parameters:
      clabel - The keys. Must have at least numberItems elements. No key can contain the colon (:) or semicolon (;) characters
      citems - The values. Must have at least numberItems elements. No value can contain the colon (:) or semicolon (;) characters
      numberItems - The number of key,value pairs to convert
      header - The user header elements
      headerMax - The number of elements in header
      headerNumber - Set element 0 to 0 on first call to initialize header elements. Element 0 receives the number of elements used (<= headerMax). Subsequent calls may be made to append to the same header by not changing element 0 between calls.
      istat - Element 0 recieves the status
      • 0 - success
      • 1 - a key contained all blanks
      • 2 - a value contained all blanks
      • 3 - more than headerMax elements is require to store all key,value pairs
      • 4 - the header is invalid - most likely by not setting headerNumber to 0 on first call
      • 5 - numberItems < 1
      See Also:

    • ztsends

      public static void ztsends(int[] ifltab, String pathname, int searchOption, int[] startJulian, int[] startMinutes, int[] endJulian, int[] endMinutes, int[] lfound)
      Finds the time series extents of a dataset
      Parameters:
      ifltab - The file table of the DSS file
      pathname - The dataset name. The D part is ignored
      searchOption - The search extents
      • DSS 6
        •   0 - performs exhaustive search
        • > 0 - limit search to this many blocks each side of last found record. If pathname contains a D part and specifies a record with data, it will be the initial last record found. Otherwise the initial last record found will be the first record in the dataset, if any
      • DSS 7 - not used
      startJulian - Element 0 receives the number of days since 31Dec1899 of the first value found (if lfound[0] != 0)
      startMinutes - Element 0 receives the number of minutes into startJulian[0] of the first value found (if lfound[0] != 0)
      endJulian - Element 0 receives the number of days since 31Dec1899 of the last value found (if lfound[0] != 0)
      endMinutes - Element 0 receives the number of minutes into endJulian[0] of the last value found (if lfound[0] != 0)
      lfound - Element 0 receives 0 if no time series values were found, otherwise non-zero. If zero, all other output variables are undefined
      See Also:

    • ztsinfo

      public static void ztsinfo(int[] ifltab, String pathname, int[] startJulian, int[] startMinutes, int[] endJulian, int[] endMinutes, stringContainer units, stringContainer type, int[] lflags, int[] ldouble, int[] lfound)
      Retrieves information about a (regular or irregular) time series record
      Parameters:
      ifltab - The file table of the DSS file
      pathname - The pathname of the record
      startJulian - Element 0 receives the days since 31Dec1899 of the first valid value in the record, if found
      startMinutes - Element 0 receives the number of minutes into startJulian of the first valid value in the record, if found
      endJulian - Element 0 receives the days since 31Dec1899 of the last valid value in the record, if found
      endMinutes - Element 0 receives the number of minutes into endJulian of the last valid value in the record, if found
      units - Receives the unit of the values in the record
      type - Receives the data type of the values in the record (e.g., "INST-VAL", "PER-CUM", etc.)
      lflags - Element 0 receives whether the record contains quality flags, if found (0 = no flags, non-zero otherwise)
      ldouble - Element 0 receives whether the values are double precision, if found (0 = not double precision, non-zero otherwise)
      lfound - Element 0 receives whether the record was found (0 if not found, non-zero otherwise). If zero, all other output variables are undefined

    • ztsrange

      public static void ztsrange(int[] ifltab, String pathname, int searchOption, stringContainer firstPath, stringContainer lastPath, int[] numberFound)
      Finds the first and last pathname of a time series dataset
      Parameters:
      ifltab - The file table of the DSS file
      pathname - The dataset name. The D part is ignored
      searchOption - The search extents
      •   0 - performs exhaustive search
      • > 0 - limit search to this many blocks each side of last found record. If pathname contains a D part and specifies a record with data, it will be the initial last record found. Otherwise the initial last record found will be the first record in the dataset, if any
      firstPath - Receives the first pathname if numberFound > 0
      lastPath - Receives the last pathname if numberFound > 0
      numberFound - The number of valid records found for the dataset, or -1 on error
      See Also:

    • zstxta

      @Deprecated public static void zstxta(int[] ifltab, String pathname, String charString, int[] userHeader, int numberHeader, int[] status)
      Deprecated.
      Use ztextStore(int[], TextContainer) instead.
      Stores a text record
      Parameters:
      ifltab - The file table of the DSS file
      pathname - The pathname of the record to store
      charString - The text to store
      userHeader - The user header elements to store - must have at least numberHeader elements
      numberHeader - The number of user header elements to store
      status - Element 0 receives the status
      •  0 - success
      •  -3 - text too long for internal buffer
      • -10 - invalid pathname
      • -12 - file is in read-only mode

    • zundel

      public static int zundel(int[] ifltab, String pathname)
      Undeletes a record
      Parameters:
      ifltab - The file table of the DSS file
      pathname - The pathname of the record to undelete
      Returns:
      The status
      •  0 - success
      • -1 - the deleted record couldn't be found
      • -2 - an non-deleted record already exist with that pathname
      • -3 - other error

    • zupath

      @Deprecated public static void zupath(String pathname, int[] ibpart, int[] iepart, int[] ilpart, int[] istat)
      Deprecated.
      Use DSSPathname.getPathnamePartPositions(String, int[], int[], int[]) instead

    • zustfh

      public static void zustfh(String[] clabel, String[] citems, int numberItems, int[] position, float[] header, int headerNumber, int[] istat)
      Extracts key,value pairs from a float array of user header elements
      Parameters:
      clabel - Specifies or receives the keys
      • SEARCH MODE - set each element to a key to retrieve a value for and set numberItems to the number of keys to retrieve values for. Ensure citems has at least numberItems elements. Not changed on output.
      • ENUMERATION MODE - Not used on input. Receives each key, one per call.
      citems - Receives the values
      • SEARCH MODE - must have at least numberItems elements
      • ENUMERATION MODE - must have at least 1 element
      numberItems - The number of keys to retrieve values for
      • SEARCH MODE - set to the number of keys in clabel
      • ENUMERATION MODE - set to 0 on first call and call until position[0] == -1
      position - The enumeration position
      • SEARCH MODE - not used
      • ENUMERATION MODE - set element 0 to 0 on first call. Element 0 receives -1 when enumeration is exhausted
      header - The user header array
      headerNumber - The number of elements in the user header array
      istat - Element 0 recieves the status
      •  0 - success
      • -1 - the user header array doesn't contain a valid internal element count
      • -2 - the user header array indicates it has more elements than headerNumber
      •  2 - one of the specified keys only partially matched an actual key or the value of the a matched key exceeded the size of a buffer allocated in the JNI
      •  4 - a key or value was greater than 60 characters long
      See Also:

    • zustfh

      public static void zustfh(String[] clabel, String[] citems, int numberItems, int[] position, int[] header, int headerNumber, int[] istat)
      Extracts key,value pairs from an int array of user header elements
      Parameters:
      clabel - Specifies or receives the keys
      • SEARCH MODE - set each element to a key to retrieve a value for and set numberItems to the number of keys to retrieve values for. Ensure citems has at least numberItems elements. Not changed on output.
      • ENUMERATION MODE - Not used on input. Receives each key, one per call.
      citems - Receives the values
      • SEARCH MODE - must have at least numberItems elements
      • ENUMERATION MODE - must have at least 1 element
      numberItems - The number of keys to retrieve values for
      • SEARCH MODE - set to the number of keys in clabel
      • ENUMERATION MODE - set to 0 on first call and call until position[0] == -1
      position - The enumeration position
      • SEARCH MODE - not used
      • ENUMERATION MODE - set element 0 to 0 on first call. Element 0 receives -1 when enumeration is exhausted
      header - The user header array
      headerNumber - The number of elements in the user header array
      istat - Element 0 recieves the status
      •  0 - success
      • -1 - the user header array doesn't contain a valid internal element count
      • -2 - the user header array indicates it has more elements than headerNumber
      •  2 - one of the specified keys only partially matched an actual key or the value of the a matched key exceeded the size of a buffer allocated in the JNI
      •  4 - a key or value was greater than 60 characters long
      See Also:

    • zwritx

      public static void zwritx(int[] ifltab, String pathname, int nPathname, int[] intheader, int nintheader, int[] compheader, int ncompheader, int[] userheader, int nuserheader, short[] data, int ndata, int type, int plan, int[] status, int[] found)
      Stores arbitrary data values specified as shorts to a DSS record.
      Parameters:
      ifltab - The file table of the DSS file
      pathname - The pathname of the record to store
      nPathname - The number of characters in pathname
      intheader - The record internal header. Must have at least nintheader elements
      nintheader - The number of elements in intheader to store
      compheader - The record compression header. Must have at least ncompheader elements
      ncompheader - The number of elements in compheader to store
      userheader - The record user header. Must have at least nuserheader elements
      nuserheader - The number of elements in userheader to store
      data - The values to store. Must have at least ndata elements
      ndata - The number of values to store
      type - The record type
      •  20 - location
      •  90 - array (DSS 7 only)
      •  91 - integer array (DSS 6 only)
      •  92 - float array (DSS 6 only)
      •  93 - double array (DSS 6 Only)
      • 100 - regular-interval time series
      • 101 - regular-interval time series pattern
      • 102 - regular-interval time series profile
      • 105 - regular-interval time series doubles
      • 107 - regular-interval time series double profile
      • 110 - irregular-interval time series
      • 111 - irregular-interval time series pattern
      • 112 - irregular-interval time series profile
      • 115 - irregular-interval time series doubles
      • 117 - irregular-interval time series double profile
      • 200 - paired data
      • 205 - paired data doubles
      • 300 - text data
      • 310 - text table
      • 400 - gridded - undefined grid with time
      • 401 - gridded - undefined grid
      • 410 - gridded - HRAP grid with time reference
      • 411 - gridded - HRAP grid
      • 420 - gridded - Albers with time reference
      • 421 - gridded - Albers
      • 430 - gridded - SHG with time reference
      • 431 - gridded - SHG
      • 450 - spatial - TIN (DSS 7 only)
      • 600 - generic file
      • 610 - image
      plan - The data storage plan
      • 0 - always store the record
      • 1 - only store the record if no record exists with the pathname
      • 2 - only store the record if a record already exists with the pathname
      status - Element 0 receives the status
      •   0 - success
      •  -1 - plan was 2 but no record existed with the pathname
      •  -2 - plan was 1 but a record existed with the pathname
      • -10 - invalid pathname
      • -11 - invalid number of values
      • -12 - file is in read-only mode
      found - Element 0 receives 0 if an existing record with the pathname was not found, otherwise 0

    • zwritxBytes

      public static void zwritxBytes(int[] ifltab, String pathname, int nPathname, int[] intheader, int nintheader, int[] compheader, int ncompheader, int[] userheader, int nuserheader, byte[] data, int ndata, int type, int plan, int[] status, int[] found)
      Stores arbitrary data values specified as bytes to a DSS record.
      Parameters:
      ifltab - The file table of the DSS file
      pathname - The pathname of the record to store
      nPathname - The number of characters in pathname
      intheader - The record internal header. Must have at least nintheader elements
      nintheader - The number of elements in intheader to store
      compheader - The record compression header. Must have at least ncompheader elements
      ncompheader - The number of elements in compheader to store
      userheader - The record user header. Must have at least nuserheader elements
      nuserheader - The number of elements in userheader to store
      data - The values to store. Must have at least ndata elements
      ndata - The number of values to store
      type - The record type
      •  20 - location
      •  90 - array (DSS 7 only)
      •  91 - integer array (DSS 6 only)
      •  92 - float array (DSS 6 only)
      •  93 - double array (DSS 6 Only)
      • 100 - regular-interval time series
      • 101 - regular-interval time series pattern
      • 102 - regular-interval time series profile
      • 105 - regular-interval time series doubles
      • 107 - regular-interval time series double profile
      • 110 - irregular-interval time series
      • 111 - irregular-interval time series pattern
      • 112 - irregular-interval time series profile
      • 115 - irregular-interval time series doubles
      • 117 - irregular-interval time series double profile
      • 200 - paired data
      • 205 - paired data doubles
      • 300 - text data
      • 310 - text table
      • 400 - gridded - undefined grid with time
      • 401 - gridded - undefined grid
      • 410 - gridded - HRAP grid with time reference
      • 411 - gridded - HRAP grid
      • 420 - gridded - Albers with time reference
      • 421 - gridded - Albers
      • 430 - gridded - SHG with time reference
      • 431 - gridded - SHG
      • 450 - spatial - TIN (DSS 7 only)
      • 600 - generic file
      • 610 - image
      plan - The data storage plan
      • 0 - always store the record
      • 1 - only store the record if no record exists with the pathname
      • 2 - only store the record if a record already exists with the pathname
      status - Element 0 receives the status
      •   0 - success
      •  -1 - plan was 2 but no record existed with the pathname
      •  -2 - plan was 1 but a record existed with the pathname
      • -10 - invalid pathname
      • -11 - invalid number of values
      • -12 - file is in read-only mode
      found - Element 0 receives 0 if an existing record with the pathname was not found, otherwise 0

    • getCurrentRec

      public static int getCurrentRec()
      Retrieves the current item in an ongoing multi-item operation. Same result as calling zquery(String, stringContainer, int[]) with parameter "CURR"
      Returns:
      The current item

    • zmessage

      public static void zmessage(int[] ifltab, String message)
      Outputs a message
      Parameters:
      ifltab - The file table of the DSS file
      message - The message to output