public class DbfDataRecordSource extends DataRecordSource
IterableInput.StatuscurrentValues, fieldNames, verbose| Constructor and Description |
|---|
DbfDataRecordSource() |
DbfDataRecordSource(java.lang.String fileString) |
DbfDataRecordSource(VfsFile file) |
| Modifier and Type | Method and Description |
|---|---|
void |
closeImp()
Subclass implementation of guts of close() method.
|
DataRecordSource |
copy()
Makes a copy of this DataRecordSource, that you can iterate over
separately.
|
boolean |
fetchImp()
Subclass implementation of guts of fetch() method.
|
void |
openImp()
Subclass implementation of guts of open() method.
|
fetch, getCurrentValues, getFetched, getFieldNames, isVerbose, setVerbose, toCogclose, getException, getStatus, isFetchValid, iterator, openpublic DbfDataRecordSource()
public DbfDataRecordSource(java.lang.String fileString)
throws java.io.IOException
java.io.IOExceptionpublic DbfDataRecordSource(VfsFile file)
public void openImp()
throws java.lang.Exception
AbstractIterableInputSubclasses must implement this to do the actual work required by open(). Feel free to throw exceptions; these are caught inside the open() itself and applied to the exception variable. Thus, you can focus on the actual task instead of paperwork.
openImp in class AbstractIterableInput<Naming<java.lang.Object>>java.lang.Exceptionpublic void closeImp()
throws java.lang.Exception
AbstractIterableInputSubclasses must implement this to do the actual work required by close(). Feel free to throw exceptions; these are caught inside the close() itself and applied to the exception variable. Thus, you can focus on the actual task instead of paperwork.
closeImp in class AbstractIterableInput<Naming<java.lang.Object>>java.lang.Exceptionpublic DataRecordSource copy()
DataRecordSourcecopy in class DataRecordSourcepublic boolean fetchImp()
throws java.lang.Exception
AbstractIterableInputSubclasses must implement this to do the actual work required by fetch(). Feel free to throw exceptions; these are caught inside the fetch() itself and applied to the exception variable. Thus, you can focus on the actual task instead of paperwork.
fetchImp in class AbstractIterableInput<Naming<java.lang.Object>>java.lang.Exception