Base class of the LP Plugin.
More...
Go to the source code of this file.
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| def | writeLP (self, filename) |
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| def | readLP (self, filename) |
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| def | infinity (self) |
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| def | isInfinity (self, val) |
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| def | addCol (self, entries, obj=0.0, lb=0.0, ub=None) |
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| def | addCols (self, entrieslist, objs=None, lbs=None, ubs=None) |
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| def | delCols (self, firstcol, lastcol) |
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| def | addRow (self, entries, lhs=0.0, rhs=None) |
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| def | addRows (self, entrieslist, lhss=None, rhss=None) |
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| def | delRows (self, firstrow, lastrow) |
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| def | getBounds (self, firstcol=0, lastcol=None) |
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| def | getSides (self, firstrow=0, lastrow=None) |
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| def | chgObj (self, col, obj) |
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| def | chgCoef (self, row, col, newval) |
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| def | chgBound (self, col, lb, ub) |
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| def | chgSide (self, row, lhs, rhs) |
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| def | clear (self) |
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| def | nrows (self) |
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| def | ncols (self) |
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| def | solve (self, dual=True) |
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| def | getPrimal (self) |
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| def | isPrimalFeasible (self) |
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| def | getDual (self) |
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| def | isDualFeasible (self) |
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| def | getPrimalRay (self) |
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| def | getDualRay (self) |
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| def | getNIterations (self) |
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| def | getRedcost (self) |
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| def | getBasisInds (self) |
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Base class of the LP Plugin.
Definition in file lp.pxi.
◆ writeLP()
| def pyscipopt.lp.writeLP |
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self, |
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filename |
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Writes LP to a file.
Keyword arguments:
filename -- the name of the file to be used
Definition at line 28 of file lp.pxi.
◆ readLP()
| def pyscipopt.lp.readLP |
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self, |
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filename |
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Reads LP from a file.
Keyword arguments:
filename -- the name of the file to be used
Definition at line 36 of file lp.pxi.
◆ infinity()
| def pyscipopt.lp.infinity |
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self | ) |
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Returns infinity value of the LP.
Definition at line 44 of file lp.pxi.
◆ isInfinity()
| def pyscipopt.lp.isInfinity |
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self, |
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val |
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Checks if a given value is equal to the infinity value of the LP.
Keyword arguments:
val -- value that should be checked
Definition at line 49 of file lp.pxi.
◆ addCol()
| def pyscipopt.lp.addCol |
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self, |
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entries, |
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obj = 0.0 , |
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lb = 0.0 , |
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ub = None |
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Adds a single column to the LP.
Keyword arguments:
entries -- list of tuples, each tuple consists of a row index and a coefficient
obj -- objective coefficient (default 0.0)
lb -- lower bound (default 0.0)
ub -- upper bound (default infinity)
Definition at line 57 of file lp.pxi.
◆ addCols()
| def pyscipopt.lp.addCols |
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self, |
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entrieslist, |
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objs = None , |
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lbs = None , |
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ubs = None |
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Adds multiple columns to the LP.
Keyword arguments:
entrieslist -- list containing lists of tuples, each tuple contains a coefficient and a row index
objs -- objective coefficient (default 0.0)
lbs -- lower bounds (default 0.0)
ubs -- upper bounds (default infinity)
Definition at line 89 of file lp.pxi.
◆ delCols()
| def pyscipopt.lp.delCols |
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self, |
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firstcol, |
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lastcol |
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Deletes a range of columns from the LP.
Keyword arguments:
firstcol -- first column to delete
lastcol -- last column to delete
Definition at line 144 of file lp.pxi.
◆ addRow()
| def pyscipopt.lp.addRow |
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self, |
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entries, |
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lhs = 0.0 , |
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rhs = None |
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Adds a single row to the LP.
Keyword arguments:
entries -- list of tuples, each tuple contains a coefficient and a column index
lhs -- left-hand side of the row (default 0.0)
rhs -- right-hand side of the row (default infinity)
Definition at line 153 of file lp.pxi.
◆ addRows()
| def pyscipopt.lp.addRows |
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self, |
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entrieslist, |
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lhss = None , |
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rhss = None |
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Adds multiple rows to the LP.
Keyword arguments:
entrieslist -- list containing lists of tuples, each tuple contains a coefficient and a column index
lhss -- left-hand side of the row (default 0.0)
rhss -- right-hand side of the row (default infinity)
Definition at line 183 of file lp.pxi.
◆ delRows()
| def pyscipopt.lp.delRows |
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self, |
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firstrow, |
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lastrow |
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Deletes a range of rows from the LP.
Keyword arguments:
firstrow -- first row to delete
lastrow -- last row to delete
Definition at line 219 of file lp.pxi.
◆ getBounds()
| def pyscipopt.lp.getBounds |
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self, |
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firstcol = 0 , |
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lastcol = None |
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Returns all lower and upper bounds for a range of columns.
Keyword arguments:
firstcol -- first column (default 0)
lastcol -- last column (default ncols - 1)
Definition at line 228 of file lp.pxi.
◆ getSides()
| def pyscipopt.lp.getSides |
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self, |
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firstrow = 0 , |
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lastrow = None |
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Returns all left- and right-hand sides for a range of rows.
Keyword arguments:
firstrow -- first row (default 0)
lastrow -- last row (default nrows - 1)
Definition at line 257 of file lp.pxi.
◆ chgObj()
| def pyscipopt.lp.chgObj |
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self, |
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col, |
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obj |
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Changes objective coefficient of a single column.
Keyword arguments:
col -- column to change
obj -- new objective coefficient
Definition at line 286 of file lp.pxi.
◆ chgCoef()
| def pyscipopt.lp.chgCoef |
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self, |
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row, |
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col, |
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newval |
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Changes a single coefficient in the LP.
Keyword arguments:
row -- row to change
col -- column to change
newval -- new coefficient
Definition at line 297 of file lp.pxi.
◆ chgBound()
| def pyscipopt.lp.chgBound |
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self, |
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col, |
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lb, |
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ub |
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Changes the lower and upper bound of a single column.
Keyword arguments:
col -- column to change
lb -- new lower bound
ub -- new upper bound
Definition at line 307 of file lp.pxi.
◆ chgSide()
| def pyscipopt.lp.chgSide |
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self, |
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row, |
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lhs, |
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rhs |
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Changes the left- and right-hand side of a single row.
Keyword arguments:
row -- row to change
lhs -- new left-hand side
rhs -- new right-hand side
Definition at line 320 of file lp.pxi.
◆ clear()
| def pyscipopt.lp.clear |
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self | ) |
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Clears the whole LP.
Definition at line 333 of file lp.pxi.
◆ nrows()
| def pyscipopt.lp.nrows |
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self | ) |
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Returns the number of rows.
Definition at line 337 of file lp.pxi.
◆ ncols()
| def pyscipopt.lp.ncols |
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self | ) |
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Returns the number of columns.
Definition at line 343 of file lp.pxi.
◆ solve()
| def pyscipopt.lp.solve |
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self, |
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dual = True |
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Solves the current LP.
Keyword arguments:
dual -- use the dual or primal Simplex method (default: dual)
Definition at line 349 of file lp.pxi.
◆ getPrimal()
| def pyscipopt.lp.getPrimal |
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self | ) |
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Returns the primal solution of the last LP solve.
Definition at line 364 of file lp.pxi.
◆ isPrimalFeasible()
| def pyscipopt.lp.isPrimalFeasible |
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self | ) |
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Returns True iff LP is proven to be primal feasible.
Definition at line 376 of file lp.pxi.
◆ getDual()
| def pyscipopt.lp.getDual |
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self | ) |
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Returns the dual solution of the last LP solve.
Definition at line 380 of file lp.pxi.
◆ isDualFeasible()
| def pyscipopt.lp.isDualFeasible |
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self | ) |
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Returns True iff LP is proven to be dual feasible.
Definition at line 392 of file lp.pxi.
◆ getPrimalRay()
| def pyscipopt.lp.getPrimalRay |
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self | ) |
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Returns a primal ray if possible, None otherwise.
Definition at line 396 of file lp.pxi.
◆ getDualRay()
| def pyscipopt.lp.getDualRay |
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self | ) |
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Returns a dual ray if possible, None otherwise.
Definition at line 410 of file lp.pxi.
◆ getNIterations()
| def pyscipopt.lp.getNIterations |
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self | ) |
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Returns the number of LP iterations of the last LP solve.
Definition at line 424 of file lp.pxi.
◆ getRedcost()
| def pyscipopt.lp.getRedcost |
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self | ) |
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Returns the reduced cost vector of the last LP solve.
Definition at line 430 of file lp.pxi.
◆ getBasisInds()
| def pyscipopt.lp.getBasisInds |
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self | ) |
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Returns the indices of the basic columns and rows; index i >= 0 corresponds to column i, index i < 0 to row -i-1
Definition at line 444 of file lp.pxi.


This is my website, what you can find here is anything you want to know about me, including projects I've completed and have been apart of, experience, ect.


Class ZitiStream
A representation of a standard System.IO.Stream which utilizes the NetFoundry network
Inheritance
Implements
Inherited Members
Namespace: OpenZiti
Assembly: Ziti.NET.Standard.dll
Syntax
public class ZitiStream : Stream, IAsyncDisposable, IDisposable
Constructors
| Improve this Doc View SourceZitiStream(ZitiConnection)
Creates a ZitiStream from the provided ZitiConnection
Declaration
public ZitiStream(ZitiConnection conn)
Parameters
| Type | Name | Description |
|---|---|---|
| ZitiConnection | conn | The ZitiConnection to create a ZitiStream from |
Properties
| Improve this Doc View SourceCanRead
Indicates if the stream can be read from
Declaration
public override bool CanRead { get; }
Property Value
| Type | Description |
|---|---|
| System.Boolean |
Overrides
CanSeek
Seeking is not supported
Declaration
public override bool CanSeek { get; }
Property Value
| Type | Description |
|---|---|
| System.Boolean |
Overrides
CanWrite
indicates if the stream is ready for writing
Declaration
public override bool CanWrite { get; }
Property Value
| Type | Description |
|---|---|
| System.Boolean |
Overrides
Length
unsupported - always returns 0
Declaration
public override long Length { get; }
Property Value
| Type | Description |
|---|---|
| System.Int64 |
Overrides
Position
unsupported - always returns 0
Declaration
public override long Position { get; set; }
Property Value
| Type | Description |
|---|---|
| System.Int64 |
Overrides
Exceptions
| Type | Condition |
|---|---|
| System.NotImplementedException | Thrown when calling set |
Methods
| Improve this Doc View SourceDispose(Boolean)
Disposes of the ZitiStream, cleaning up any retained resources
Declaration
protected override void Dispose(bool disposing)
Parameters
| Type | Name | Description |
|---|---|---|
| System.Boolean | disposing |
Overrides
Flush()
Flushes bytes
Declaration
public override void Flush()
Overrides
PumpAsync(Stream)
Asynchronously pumps this ZitiStream to/from the destination System.IO.Stream
Declaration
public async Task PumpAsync(Stream destination)
Parameters
| Type | Name | Description |
|---|---|---|
| System.IO.Stream | destination |
Returns
| Type | Description |
|---|---|
| System.Threading.Tasks.Task |
PumpAsync(Stream, Stream)
Asynchronously pumps data between the input System.IO.Stream and destination System.IO.Stream
Declaration
public static async Task PumpAsync(Stream input, Stream destination)
Parameters
| Type | Name | Description |
|---|---|---|
| System.IO.Stream | input | The input stream |
| System.IO.Stream | destination | The destination stream |
Returns
| Type | Description |
|---|---|
| System.Threading.Tasks.Task | A System.Threading.Tasks.Task which is awaitable |
Read(Byte[], Int32, Int32)
Reads data into the provided buffer
Declaration
public override int Read(byte[] buffer, int offset, int count)
Parameters
| Type | Name | Description |
|---|---|---|
| System.Byte[] | buffer | The buffer to read data into |
| System.Int32 | offset | The position in the bufer to begin appending data |
| System.Int32 | count | The number of bytes to append |
Returns
| Type | Description |
|---|---|
| System.Int32 | Returns the number of bytes read |
Overrides
Exceptions
| Type | Condition |
|---|---|
| System.NotSupportedException | Thrown if the stream is not ready for reading |
| System.ArgumentNullException | Thrown if the buffer provided is null |
| System.ArgumentException | Thrown if the offset and count provided is larger than the buffer provided |
| System.ArgumentOutOfRangeException | Thrown if the offset or count provided is less than 0 |
Seek(Int64, SeekOrigin)
unsupported
Declaration
public override long Seek(long offset, SeekOrigin origin)
Parameters
| Type | Name | Description |
|---|---|---|
| System.Int64 | offset | |
| System.IO.SeekOrigin | origin |
Returns
| Type | Description |
|---|---|
| System.Int64 |
Overrides
SetLength(Int64)
unsupported
Declaration
public override void SetLength(long value)
Parameters
| Type | Name | Description |
|---|---|---|
| System.Int64 | value |
Overrides
Write(Byte[], Int32, Int32)
Writes the provided buffer over the ZitiNetwork
Declaration
public override void Write(byte[] buffer, int offset, int count)
Parameters
| Type | Name | Description |
|---|---|---|
| System.Byte[] | buffer | The buffer containing data to write |
| System.Int32 | offset | The position in the buffer to read from |
| System.Int32 | count | The number of bytes to write from the buffer |
Overrides
Exceptions
| Type | Condition |
|---|---|
| System.NotSupportedException | Thrown if the stream is not ready for writing |
| System.ArgumentNullException | Thrown if the buffer provided is null |
| System.ArgumentException | Thrown if the offset and count provided is larger than the buffer provided |
| System.ArgumentOutOfRangeException | Thrown if the offset or count provided is less than 0 |


Spain Boss Announces Latest Squad, 10 Stars Snubbed
by Kurt BuckerfieldThree-time European champions Spain have announced their latest squad for their upcoming 2020 European Championship qualifiers. Only one FC Barcelona player has been selected, while 10 stars were snubbed for selection.
Click through the gallery above to see 10 high-profile players who were not called up to the latest Spain squad.
La Furia Roja will host Malta next week Friday in a Euro 2020 qualifier, and then play host to Romania the following Monday. Spain have already qualified for next year's European Championship, however, having won six of their eight matches so far.
Jordi Alba did not make Robert Moreno's latest squad, perhaps due to his recent injury struggles. The left-back was taken off during Barca's league loss at Levante last weekend, and missed the club's UEFA Champions League clash with Slavia Prague altogether this week.
Dinamo Zagreb midfielder Dani Olmo received his first call-up to the senior squad, having impressed hugely in Croatia. The 21-year-old is in the team ahead of the likes of Isco and Dani Ceballos, while Atletico Madrid's Koke was also overlooked.
Post Selfies On Soccer Laduma’s Social Media App & Earn Airtime and more! Download Now
Paco Alcacer returns to the squad, as does in-form Atletico striker Alvaro Morata, who has scored six goals in his past six matches.
Here is Moreno's full 23-man Spain squad, as per the the team's official Twitter account:
Goalkeepers: David de Gea (Manchester United), Kepa Arrizabalaga (Chelsea), Pau Lopez (Roma)
Defenders: Dani Carvajal, Sergio Ramos (Real Madrid), Jesus Navas (Sevilla), Raul Albiol, Pau Torres (Villarreal), Juan Bernat (Paris Saint-Germain), Inigo Martinez (Athletic Bilbao), Jose Gaya (Valencia)
Midfielders/forwards: Sergio Busquets (FC Barcelona), Rodri (Manchester City), Santi Cazorla, Gerard Moreno (Villarreal), Fabian Ruiz (Napoli), Saul Niguez, Alvaro Morata (Atletico Madrid), Thiago (Bayern Munich), Rodrigo (Valencia), Mikel Oyarzabal (Real Sociedad), Dani Olmo (Dinamo Zagreb), Paco Alcacer (Borussia Dortmund)


--- layout: default --- {% include header.html %} {% include sections/form.html %} {% include sections/result.html %} {% include sections/modal-login.html %} {% include sections/modal-error.html %} {% include sections/help-box.html %}


This option produces a vector plot with a printer. When this option is active, a panel appears to the right of the plot surface. In this you have to choose the radius of the diagram and the coordinates of the centre. The readings from the last Fabric7 application are saved in Fabric7.ini and may be changed. Printing is started with ‚OK‚.


| PERLEBCDIC(1) | Perl Programmers Reference Guide | PERLEBCDIC(1) |
Portions of this document that are still incomplete are marked with XXX.
Early Perl versions worked on some EBCDIC machines, but the last known version that ran on EBCDIC was v5.8.7, until v5.22, when the Perl core again works on z/OS. Theoretically, it could work on OS/400 or Siemens' BS2000 (or their successors), but this is untested. In v5.22 and 5.24, not all the modules found on CPAN but shipped with core Perl work on z/OS.
If you want to use Perl on a non-z/OS EBCDIC machine, please let us know at <https://github.com/Perl/perl5/issues>.
Writing Perl on an EBCDIC platform is really no different than writing on an "ASCII" one, but with different underlying numbers, as we'll see shortly. You'll have to know something about those "ASCII" platforms because the documentation is biased and will frequently use example numbers that don't apply to EBCDIC. There are also very few CPAN modules that are written for EBCDIC and which don't work on ASCII; instead the vast majority of CPAN modules are written for ASCII, and some may happen to work on EBCDIC, while a few have been designed to portably work on both.
If your code just uses the 52 letters A-Z and a-z, plus SPACE, the digits 0-9, and the punctuation characters that Perl uses, plus a few controls that are denoted by escape sequences like "\n" and "\t", then there's nothing special about using Perl, and your code may very well work on an ASCII machine without change.
But if you write code that uses "\005" to mean a TAB or "\xC1" to mean an "A", or "\xDF" to mean a "ye" (small "y" with a diaeresis), then your code may well work on your EBCDIC platform, but not on an ASCII one. That's fine to do if no one will ever want to run your code on an ASCII platform; but the bias in this document will be towards writing code portable between EBCDIC and ASCII systems. Again, if every character you care about is easily enterable from your keyboard, you don't have to know anything about ASCII, but many keyboards don't easily allow you to directly enter, say, the character "\xDF", so you have to specify it indirectly, such as by using the "\xDF" escape sequence. In those cases it's easiest to know something about the ASCII/Unicode character sets. If you know that the small "ye" is "U+00FF", then you can instead specify it as "\N{U+FF}", and have the computer automatically translate it to "\xDF" on your platform, and leave it as "\xFF" on ASCII ones. Or you could specify it by name, "\N{LATIN SMALL LETTER Y WITH DIAERESIS" and not have to know the numbers. Either way works, but both require familiarity with Unicode.
Most non-EBCDIC character sets are supersets of ASCII. That is the integers 0-127 mean what ASCII says they mean. But integers 128 and above are specific to the character set.
Many of these fit entirely into 8 bits, using ASCII as 0-127, while specifying what 128-255 mean, and not using anything above 255. Thus, these are single-byte (or octet if you prefer) character sets. One important one (since Unicode is a superset of it) is the ISO 8859-1 character set.
Some IBM EBCDIC character sets may be known by character code set identification numbers (CCSID numbers) or code page numbers.
Perl can be compiled on platforms that run any of three commonly used EBCDIC character sets, listed below.
The 13 variant characters
Among IBM EBCDIC character code sets there are 13 characters that are often mapped to different integer values. Those characters are known as the 13 "variant" characters and are:
\ [ ] { } ^ ~ ! # | $ @ `
When Perl is compiled for a platform, it looks at all of these characters to guess which EBCDIC character set the platform uses, and adapts itself accordingly to that platform. If the platform uses a character set that is not one of the three Perl knows about, Perl will either fail to compile, or mistakenly and silently choose one of the three.
The Line Feed (LF) character is actually a 14th variant character, and Perl checks for that as well.
EBCDIC code sets recognized by Perl
It also turns out that EBCDIC has nearly precise equivalents for the ASCII/Latin1 C0 controls and the DELETE control. (The C0 controls are those whose ASCII code points are 0..0x1F; things like TAB, ACK, BEL, etc.) A mapping is set up between these ASCII/EBCDIC controls. There isn't such a precise mapping between the C1 controls on ASCII platforms and the remaining EBCDIC controls. What has been done is to map these controls, mostly arbitrarily, to some otherwise unmatched character in the other character set. Most of these are very very rarely used nowadays in EBCDIC anyway, and their names have been dropped, without much complaint. For example the EO (Eight Ones) EBCDIC control (consisting of eight one bits = 0xFF) is mapped to the C1 APC control (0x9F), and you can't use the name "EO".
The EBCDIC controls provide three possible line terminator characters, CR (0x0D), LF (0x25), and NL (0x15). On ASCII platforms, the symbols "NL" and "LF" refer to the same character, but in strict EBCDIC terminology they are different ones. The EBCDIC NL is mapped to the C1 control called "NEL" ("Next Line"; here's a case where the mapping makes quite a bit of sense, and hence isn't just arbitrary). On some EBCDIC platforms, this NL or NEL is the typical line terminator. This is true of z/OS and BS2000. In these platforms, the C compilers will swap the LF and NEL code points, so that "\n" is 0x15, and refers to NL. Perl does that too; you can see it in the code chart below. This makes things generally "just work" without you even having to be aware that there is a swap.
You may see the term "invariant" character or code point. This simply means that the character has the same numeric value and representation when encoded in UTF-8 (or UTF-EBCDIC) as when not. (Note that this is a very different concept from "The 13 variant characters" mentioned above. Careful prose will use the term "UTF-8 invariant" instead of just "invariant", but most often you'll see just "invariant".) For example, the ordinal value of "A" is 193 in most EBCDIC code pages, and also is 193 when encoded in UTF-EBCDIC. All UTF-8 (or UTF-EBCDIC) variant code points occupy at least two bytes when encoded in UTF-8 (or UTF-EBCDIC); by definition, the UTF-8 (or UTF-EBCDIC) invariant code points are exactly one byte whether encoded in UTF-8 (or UTF-EBCDIC), or not. (By now you see why people typically just say "UTF-8" when they also mean "UTF-EBCDIC". For the rest of this document, we'll mostly be casual about it too.) In ASCII UTF-8, the code points corresponding to the lowest 128 ordinal numbers (0 - 127: the ASCII characters) are invariant. In UTF-EBCDIC, there are 160 invariant characters. (If you care, the EBCDIC invariants are those characters which have ASCII equivalents, plus those that correspond to the C1 controls (128 - 159 on ASCII platforms).)
A string encoded in UTF-EBCDIC may be longer (very rarely shorter) than one encoded in UTF-8. Perl extends both UTF-8 and UTF-EBCDIC so that they can encode code points above the Unicode maximum of U+10FFFF. Both extensions are constructed to allow encoding of any code point that fits in a 64-bit word.
UTF-EBCDIC is defined by Unicode Technical Report #16 <http://www.unicode.org/reports/tr16> (often referred to as just TR16). It is defined based on CCSID 1047, not allowing for the differences for other code pages. This allows for easy interchange of text between computers running different code pages, but makes it unusable, without adaptation, for Perl on those other code pages.
The reason for this unusability is that a fundamental assumption of Perl is that the characters it cares about for parsing and lexical analysis are the same whether or not the text is in UTF-8. For example, Perl expects the character "[" to have the same representation, no matter if the string containing it (or program text) is UTF-8 encoded or not. To ensure this, Perl adapts UTF-EBCDIC to the particular code page so that all characters it expects to be UTF-8 invariant are in fact UTF-8 invariant. This means that text generated on a computer running one version of Perl's UTF-EBCDIC has to be translated to be intelligible to a computer running another.
TR16 implies a method to extend UTF-EBCDIC to encode points up through "2 ** 31 - 1". Perl uses this method for code points up through "2 ** 30 - 1", but uses an incompatible method for larger ones, to enable it to handle much larger code points than otherwise.
use Encode 'from_to'; my %ebcdic = ( 176 => 'cp37', 95 => 'cp1047', 106 => 'posix-bc' ); # $a is in EBCDIC code points from_to($a, $ebcdic{ord '^'}, 'latin1'); # $a is ISO 8859-1 code points
and from Latin-1 code points to EBCDIC code points
use Encode 'from_to'; my %ebcdic = ( 176 => 'cp37', 95 => 'cp1047', 106 => 'posix-bc' ); # $a is ISO 8859-1 code points from_to($a, 'latin1', $ebcdic{ord '^'}); # $a is in EBCDIC code points
For doing I/O it is suggested that you use the autotranslating features of PerlIO, see perluniintro.
Since version 5.8 Perl uses the PerlIO I/O library. This enables you to use different encodings per IO channel. For example you may use
use Encode; open($f, ">:encoding(ascii)", "test.ascii"); print $f "Hello World!\n"; open($f, ">:encoding(cp37)", "test.ebcdic"); print $f "Hello World!\n"; open($f, ">:encoding(latin1)", "test.latin1"); print $f "Hello World!\n"; open($f, ">:encoding(utf8)", "test.utf8"); print $f "Hello World!\n";
to get four files containing "Hello World!\n" in ASCII, CP 0037 EBCDIC, ISO 8859-1 (Latin-1) (in this example identical to ASCII since only ASCII characters were printed), and UTF-EBCDIC (in this example identical to normal EBCDIC since only characters that don't differ between EBCDIC and UTF-EBCDIC were printed). See the documentation of Encode::PerlIO for details.
As the PerlIO layer uses raw IO (bytes) internally, all this totally ignores things like the type of your filesystem (ASCII or EBCDIC).
perl -ne 'if(/(.{29})(\d+)\s+(\d+)\s+(\d+)\s+(\d+)/)' \ -e '{printf("%s%-5.03o%-5.03o%-5.03o%.03o\n",$1,$2,$3,$4,$5)}' \ perlebcdic.pod
If you want to retain the UTF-x code points then in script form you might want to write:
open(FH,"<perlebcdic.pod") or die "Could not open perlebcdic.pod: $!"; while (<FH>) { if (/(.{29})(\d+)\s+(\d+)\s+(\d+)\s+(\d+)\s+(\d+)\.?(\d*) \s+(\d+)\.?(\d*)/x) { if ($7 ne '' && $9 ne '') { printf( "%s%-5.03o%-5.03o%-5.03o%-5.03o%-3o.%-5o%-3o.%.03o\n", $1,$2,$3,$4,$5,$6,$7,$8,$9); } elsif ($7 ne '') { printf("%s%-5.03o%-5.03o%-5.03o%-5.03o%-3o.%-5o%.03o\n", $1,$2,$3,$4,$5,$6,$7,$8); } else { printf("%s%-5.03o%-5.03o%-5.03o%-5.03o%-5.03o%.03o\n", $1,$2,$3,$4,$5,$6,$8); } } }
If you would rather see this table listing hexadecimal values then run the table through:
perl -ne 'if(/(.{29})(\d+)\s+(\d+)\s+(\d+)\s+(\d+)/)' \ -e '{printf("%s%-5.02X%-5.02X%-5.02X%.02X\n",$1,$2,$3,$4,$5)}' \ perlebcdic.pod
Or, in order to retain the UTF-x code points in hexadecimal:
open(FH,"<perlebcdic.pod") or die "Could not open perlebcdic.pod: $!"; while (<FH>) { if (/(.{29})(\d+)\s+(\d+)\s+(\d+)\s+(\d+)\s+(\d+)\.?(\d*) \s+(\d+)\.?(\d*)/x) { if ($7 ne '' && $9 ne '') { printf( "%s%-5.02X%-5.02X%-5.02X%-5.02X%-2X.%-6.02X%02X.%02X\n", $1,$2,$3,$4,$5,$6,$7,$8,$9); } elsif ($7 ne '') { printf("%s%-5.02X%-5.02X%-5.02X%-5.02X%-2X.%-6.02X%02X\n", $1,$2,$3,$4,$5,$6,$7,$8); } else { printf("%s%-5.02X%-5.02X%-5.02X%-5.02X%-5.02X%02X\n", $1,$2,$3,$4,$5,$6,$8); } } } ISO 8859-1 POS- CCSID CCSID CCSID CCSID IX- 1047 chr 0819 0037 1047 BC UTF-8 UTF-EBCDIC --------------------------------------------------------------------- <NUL> 0 0 0 0 0 0 <SOH> 1 1 1 1 1 1 <STX> 2 2 2 2 2 2 <ETX> 3 3 3 3 3 3 <EOT> 4 55 55 55 4 55 <ENQ> 5 45 45 45 5 45 <ACK> 6 46 46 46 6 46 <BEL> 7 47 47 47 7 47 <BS> 8 22 22 22 8 22 <HT> 9 5 5 5 9 5 <LF> 10 37 21 21 10 21 ** <VT> 11 11 11 11 11 11 <FF> 12 12 12 12 12 12 <CR> 13 13 13 13 13 13 <SO> 14 14 14 14 14 14 <SI> 15 15 15 15 15 15 <DLE> 16 16 16 16 16 16 <DC1> 17 17 17 17 17 17 <DC2> 18 18 18 18 18 18 <DC3> 19 19 19 19 19 19 <DC4> 20 60 60 60 20 60 <NAK> 21 61 61 61 21 61 <SYN> 22 50 50 50 22 50 <ETB> 23 38 38 38 23 38 <CAN> 24 24 24 24 24 24 <EOM> 25 25 25 25 25 25 <SUB> 26 63 63 63 26 63 <ESC> 27 39 39 39 27 39 <FS> 28 28 28 28 28 28 <GS> 29 29 29 29 29 29 <RS> 30 30 30 30 30 30 <US> 31 31 31 31 31 31 <SPACE> 32 64 64 64 32 64 ! 33 90 90 90 33 90 " 34 127 127 127 34 127 # 35 123 123 123 35 123 $ 36 91 91 91 36 91 % 37 108 108 108 37 108 & 38 80 80 80 38 80 ' 39 125 125 125 39 125 ( 40 77 77 77 40 77 ) 41 93 93 93 41 93 * 42 92 92 92 42 92 + 43 78 78 78 43 78 , 44 107 107 107 44 107 - 45 96 96 96 45 96 . 46 75 75 75 46 75 / 47 97 97 97 47 97 0 48 240 240 240 48 240 1 49 241 241 241 49 241 2 50 242 242 242 50 242 3 51 243 243 243 51 243 4 52 244 244 244 52 244 5 53 245 245 245 53 245 6 54 246 246 246 54 246 7 55 247 247 247 55 247 8 56 248 248 248 56 248 9 57 249 249 249 57 249 : 58 122 122 122 58 122 ; 59 94 94 94 59 94 < 60 76 76 76 60 76 = 61 126 126 126 61 126 > 62 110 110 110 62 110 ? 63 111 111 111 63 111 @ 64 124 124 124 64 124 A 65 193 193 193 65 193 B 66 194 194 194 66 194 C 67 195 195 195 67 195 D 68 196 196 196 68 196 E 69 197 197 197 69 197 F 70 198 198 198 70 198 G 71 199 199 199 71 199 H 72 200 200 200 72 200 I 73 201 201 201 73 201 J 74 209 209 209 74 209 K 75 210 210 210 75 210 L 76 211 211 211 76 211 M 77 212 212 212 77 212 N 78 213 213 213 78 213 O 79 214 214 214 79 214 P 80 215 215 215 80 215 Q 81 216 216 216 81 216 R 82 217 217 217 82 217 S 83 226 226 226 83 226 T 84 227 227 227 84 227 U 85 228 228 228 85 228 V 86 229 229 229 86 229 W 87 230 230 230 87 230 X 88 231 231 231 88 231 Y 89 232 232 232 89 232 Z 90 233 233 233 90 233 [ 91 186 173 187 91 173 ** ## \ 92 224 224 188 92 224 ## ] 93 187 189 189 93 189 ** ^ 94 176 95 106 94 95 ** ## _ 95 109 109 109 95 109 ` 96 121 121 74 96 121 ## a 97 129 129 129 97 129 b 98 130 130 130 98 130 c 99 131 131 131 99 131 d 100 132 132 132 100 132 e 101 133 133 133 101 133 f 102 134 134 134 102 134 g 103 135 135 135 103 135 h 104 136 136 136 104 136 i 105 137 137 137 105 137 j 106 145 145 145 106 145 k 107 146 146 146 107 146 l 108 147 147 147 108 147 m 109 148 148 148 109 148 n 110 149 149 149 110 149 o 111 150 150 150 111 150 p 112 151 151 151 112 151 q 113 152 152 152 113 152 r 114 153 153 153 114 153 s 115 162 162 162 115 162 t 116 163 163 163 116 163 u 117 164 164 164 117 164 v 118 165 165 165 118 165 w 119 166 166 166 119 166 x 120 167 167 167 120 167 y 121 168 168 168 121 168 z 122 169 169 169 122 169 { 123 192 192 251 123 192 ## | 124 79 79 79 124 79 } 125 208 208 253 125 208 ## ~ 126 161 161 255 126 161 ## <DEL> 127 7 7 7 127 7 <PAD> 128 32 32 32 194.128 32 <HOP> 129 33 33 33 194.129 33 <BPH> 130 34 34 34 194.130 34 <NBH> 131 35 35 35 194.131 35 <IND> 132 36 36 36 194.132 36 <NEL> 133 21 37 37 194.133 37 ** <SSA> 134 6 6 6 194.134 6 <ESA> 135 23 23 23 194.135 23 <HTS> 136 40 40 40 194.136 40 <HTJ> 137 41 41 41 194.137 41 <VTS> 138 42 42 42 194.138 42 <PLD> 139 43 43 43 194.139 43 <PLU> 140 44 44 44 194.140 44 <RI> 141 9 9 9 194.141 9 <SS2> 142 10 10 10 194.142 10 <SS3> 143 27 27 27 194.143 27 <DCS> 144 48 48 48 194.144 48 <PU1> 145 49 49 49 194.145 49 <PU2> 146 26 26 26 194.146 26 <STS> 147 51 51 51 194.147 51 <CCH> 148 52 52 52 194.148 52 <MW> 149 53 53 53 194.149 53 <SPA> 150 54 54 54 194.150 54 <EPA> 151 8 8 8 194.151 8 <SOS> 152 56 56 56 194.152 56 <SGC> 153 57 57 57 194.153 57 <SCI> 154 58 58 58 194.154 58 <CSI> 155 59 59 59 194.155 59 <ST> 156 4 4 4 194.156 4 <OSC> 157 20 20 20 194.157 20 <PM> 158 62 62 62 194.158 62 <APC> 159 255 255 95 194.159 255 ## <NON-BREAKING SPACE> 160 65 65 65 194.160 128.65 <INVERTED "!"     One possible example is doing sorting in inner loops where performance is critical.
To determine if you are running under ASCII or EBCDIC, you can use the return value of "ord()" or "chr()" to test one or more character values. For example:
$is_ascii = "A" eq chr(65); $is_ebcdic = "A" eq chr(193); $is_ascii = ord("A") == 65; $is_ebcdic = ord("A") == 193;
There's even less need to distinguish between EBCDIC code pages, but to do so try looking at one or more of the characters that differ between them.
$is_ascii = ord('[') == 91; $is_ebcdic_37 = ord('[') == 186; $is_ebcdic_1047 = ord('[') == 173; $is_ebcdic_POSIX_BC = ord('[') == 187;
However, it would be unwise to write tests such as:
$is_ascii = "\r" ne chr(13); # WRONG $is_ascii = "\n" ne chr(10); # ILL ADVISED
Obviously the first of these will fail to distinguish most ASCII platforms from either a CCSID 0037, a 1047, or a POSIX-BC EBCDIC platform since ""\r" eq chr(13)" under all of those coded character sets. But note too that because "\n" is "chr(13)" and "\r" is "chr(10)" on old Macintosh (which is an ASCII platform) the second $is_ascii test will lead to trouble there.
To determine whether or not perl was built under an EBCDIC code page you can use the Config module like so:
use Config; $is_ebcdic = $Config{'ebcdic'} eq 'define';
See utf8.
For example, to convert ASCII/Latin1 to code page 037 take the output of the second numbers column from the output of recipe 2 (modified to add "\" characters), and use it in "tr///" like so:
$cp_037 = '\x00\x01\x02\x03\x37\x2D\x2E\x2F\x16\x05\x25\x0B\x0C\x0D\x0E\x0F' . '\x10\x11\x12\x13\x3C\x3D\x32\x26\x18\x19\x3F\x27\x1C\x1D\x1E\x1F' . '\x40\x5A\x7F\x7B\x5B\x6C\x50\x7D\x4D\x5D\x5C\x4E\x6B\x60\x4B\x61' . '\xF0\xF1\xF2\xF3\xF4\xF5\xF6\xF7\xF8\xF9\x7A\x5E\x4C\x7E\x6E\x6F' . '\x7C\xC1\xC2\xC3\xC4\xC5\xC6\xC7\xC8\xC9\xD1\xD2\xD3\xD4\xD5\xD6' . '\xD7\xD8\xD9\xE2\xE3\xE4\xE5\xE6\xE7\xE8\xE9\xBA\xE0\xBB\xB0\x6D' . '\x79\x81\x82\x83\x84\x85\x86\x87\x88\x89\x91\x92\x93\x94\x95\x96' . '\x97\x98\x99\xA2\xA3\xA4\xA5\xA6\xA7\xA8\xA9\xC0\x4F\xD0\xA1\x07' . '\x20\x21\x22\x23\x24\x15\x06\x17\x28\x29\x2A\x2B\x2C\x09\x0A\x1B' . '\x30\x31\x1A\x33\x34\x35\x36\x08\x38\x39\x3A\x3B\x04\x14\x3E\xFF' . '\x41\xAA\x4A\xB1\x9F\xB2\x6A\xB5\xBD\xB4\x9A\x8A\x5F\xCA\xAF\xBC' . '\x90\x8F\xEA\xFA\xBE\xA0\xB6\xB3\x9D\xDA\x9B\x8B\xB7\xB8\xB9\xAB' . '\x64\x65\x62\x66\x63\x67\x9E\x68\x74\x71\x72\x73\x78\x75\x76\x77' . '\xAC\x69\xED\xEE\xEB\xEF\xEC\xBF\x80\xFD\xFE\xFB\xFC\xAD\xAE\x59' . '\x44\x45\x42\x46\x43\x47\x9C\x48\x54\x51\x52\x53\x58\x55\x56\x57' . '\x8C\x49\xCD\xCE\xCB\xCF\xCC\xE1\x70\xDD\xDE\xDB\xDC\x8D\x8E\xDF'; my $ebcdic_string = $ascii_string; eval '$ebcdic_string =~ tr/\000-\377/' . $cp_037 . '/';
To convert from EBCDIC 037 to ASCII just reverse the order of the tr/// arguments like so:
my $ascii_string = $ebcdic_string; eval '$ascii_string =~ tr/' . $cp_037 . '/\000-\377/';
Similarly one could take the output of the third numbers column from recipe 2 to obtain a $cp_1047 table. The fourth numbers column of the output from recipe 2 could provide a $cp_posix_bc table suitable for transcoding as well.
If you wanted to see the inverse tables, you would first have to sort on the desired numbers column as in recipes 4, 5 or 6, then take the output of the first numbers column.
On OS/390 or z/OS see the iconv(1) manpage. One way to invoke the "iconv" shell utility from within perl would be to:
# OS/390 or z/OS example $ascii_data = `echo '$ebcdic_data'| iconv -f IBM-1047 -t ISO8859-1`
or the inverse map:
# OS/390 or z/OS example $ebcdic_data = `echo '$ascii_data'| iconv -f ISO8859-1 -t IBM-1047`
For other Perl-based conversion options see the "Convert::*" modules on CPAN.
@alphabet = ('A'..'Z'); # $#alphabet == 25
The bitwise operators such as & ^ | may return different results when operating on string or character data in a Perl program running on an EBCDIC platform than when run on an ASCII platform. Here is an example adapted from the one in perlop:
# EBCDIC-based examples print "j p \n" ^ " a h"; # prints "JAPH\n" print "JA" | " ph\n"; # prints "japh\n" print "JAPH\nJunk" & "\277\277\277\277\277"; # prints "japh\n"; print 'p N$' ^ " E<H\n"; # prints "Perl\n";
An interesting property of the 32 C0 control characters in the ASCII table is that they can "literally" be constructed as control characters in Perl, e.g. "(chr(0)" eq "\c@")> "(chr(1)" eq "\cA")>, and so on. Perl on EBCDIC platforms has been ported to take "\c@" to chr(0) and "\cA" to chr(1), etc. as well, but the characters that result depend on which code page you are using. The table below uses the standard acronyms for the controls. The POSIX-BC and 1047 sets are identical throughout this range and differ from the 0037 set at only one spot (21 decimal). Note that the line terminator character may be generated by "\cJ" on ASCII platforms but by "\cU" on 1047 or POSIX-BC platforms and cannot be generated as a "\c.letter." control character on 0037 platforms. Note also that "\c\" cannot be the final element in a string or regex, as it will absorb the terminator. But "\c\X" is a "FILE SEPARATOR" concatenated with X for all X. The outlier "\c?" on ASCII, which yields a non-C0 control "DEL", yields the outlier control "APC" on EBCDIC, the one that isn't in the block of contiguous controls. Note that a subtlety of this is that "\c?" on ASCII platforms is an ASCII character, while it isn't equivalent to any ASCII character in EBCDIC platforms.
chr ord 8859-1 0037 1047 && POSIX-BC ----------------------------------------------------------------------- \c@ 0 <NUL> <NUL> <NUL> \cA 1 <SOH> <SOH> <SOH> \cB 2 <STX> <STX> <STX> \cC 3 <ETX> <ETX> <ETX> \cD 4 <EOT> <ST> <ST> \cE 5 <ENQ> <HT> <HT> \cF 6 <ACK> <SSA> <SSA> \cG 7 <BEL> <DEL> <DEL> \cH 8 <BS> <EPA> <EPA> \cI 9 <HT> <RI> <RI> \cJ 10 <LF> <SS2> <SS2> \cK 11 <VT> <VT> <VT> \cL 12 <FF> <FF> <FF> \cM 13 <CR> <CR> <CR> \cN 14 <SO> <SO> <SO> \cO 15 <SI> <SI> <SI> \cP 16 <DLE> <DLE> <DLE> \cQ 17 <DC1> <DC1> <DC1> \cR 18 <DC2> <DC2> <DC2> \cS 19 <DC3> <DC3> <DC3> \cT 20 <DC4> <OSC> <OSC> \cU 21 <NAK> <NEL> <LF> ** \cV 22 <SYN> <BS> <BS> \cW 23 <ETB> <ESA> <ESA> \cX 24 <CAN> <CAN> <CAN> \cY 25 <EOM> <EOM> <EOM> \cZ 26 <SUB> <PU2> <PU2> \c[ 27 <ESC> <SS3> <SS3> \c\X 28 <FS>X <FS>X <FS>X \c] 29 <GS> <GS> <GS> \c^ 30 <RS> <RS> <RS> \c_ 31 <US> <US> <US> \c? * <DEL> <APC> <APC>
"*" Note: "\c?" maps to ordinal 127 ("DEL") on ASCII platforms, but since ordinal 127 is a not a control character on EBCDIC machines, "\c?" instead maps on them to "APC", which is 255 in 0037 and 1047, and 95 in POSIX-BC.
$CAPITAL_LETTER_A = chr(193);
$the_number_193 = ord("A");
$foo = pack("CCCC",193,194,195,196); # $foo eq "ABCD" $foo = pack("C4",193,194,195,196); # same thing $foo = pack("ccxxcc",193,194,195,196); # $foo eq "AB\0\0CD"
The "U" template has been ported to mean "Unicode" on all platforms so that
pack("U", 65) eq 'A'
is true on all platforms. If you want native code points for the low 256, use the "W" template. This means that the equivalences
pack("W", ord($character)) eq $character unpack("W", $character) == ord $character
will hold.
print "Content-type:\ttext/html\015\012\015\012"; # this may be wrong on EBCDIC
You can instead write
print "Content-type:\ttext/html\r\n\r\n"; # OK for DGW et al
and have it work portably.
That is because the translation from EBCDIC to ASCII is done by the web server in this case. Consult your web server's documentation for further details.
printf("%c%c%c",193,194,195); # prints ABC
$CAPITAL_LETTER_A = sprintf("%c",193);
Note that it is possible to write portable code for these by specifying things in Unicode numbers, and using a conversion function:
printf("%c",utf8::unicode_to_native(65)); # prints A on all # platforms print utf8::native_to_unicode(ord("A")); # Likewise, prints 65
See "Unicode and EBCDIC" in perluniintro and "CONVERSIONS" for other options.
Starting in Perl v5.22, this applies to ranges in bracketed character classes. If you say, for example, "qr/[\N{U+20}-\N{U+7F}]/", it means the characters "\N{U+20}", "\N{U+21}", ..., "\N{U+7F}". This range is all the printable characters that the ASCII character set contains.
Prior to v5.22, you couldn't specify any ranges portably, except (starting in Perl v5.5.3) all subsets of the "[A-Z]" and "[a-z]" ranges are specially coded to not pick up gap characters. For example, characters such as "o" ("o WITH CIRCUMFLEX") that lie between "I" and "J" would not be matched by the regular expression range "/[H-K]/". But if either of the range end points is explicitly numeric (and neither is specified by "\N{U+...}"), the gap characters are matched:
/[\x89-\x91]/
will match "\x8e", even though "\x89" is "i" and "\x91 " is "j", and "\x8e" is a gap character, from the alphabetic viewpoint.
Another construct to be wary of is the inappropriate use of hex (unless you use "\N{U+...}") or octal constants in regular expressions.  Starting in Perl v5.22, simply changing the octal constants to equivalent "\N{U+...}" values makes them portable:
sub is_c0 { my $char = substr(shift,0,1); $char =~ /[\N{U+00}-\N{U+1F}]/; } sub is_print_ascii { my $char = substr(shift,0,1); $char =~ /[\N{U+20}-\N{U+7E}]/; } sub is_delete { my $char = substr(shift,0,1); $char eq "\N{U+7F}"; } sub is_c1 { my $char = substr(shift,0,1); $char =~ /[\N{U+80}-\N{U+9F}]/; } sub is_latin_1 { # But not ASCII; not C1 my $char = substr(shift,0,1); $char =~ /[\N{U+A0}-\N{U+FF}]/; }
And here are some alternative portable ways to write them:
sub Is_c0 { my $char = substr(shift,0,1); return $char =~ /[[:cntrl:]]/a && ! Is_delete($char); # Alternatively: # return $char =~ /[[:cntrl:]]/ # && $char =~ /[[:ascii:]]/ # && ! Is_delete($char); } sub Is_print_ascii { my $char = substr(shift,0,1); return $char =~ /[[:print:]]/a; # Alternatively: # return $char =~ /[[:print:]]/ && $char =~ /[[:ascii:]]/; # Or # return $char # =~ /[ !"\#\$%&'()*+,\-.\/0-9:;<=>?\@A-Z[\\\]^_`a-z{|}~]/; } sub Is_delete { my $char = substr(shift,0,1); return utf8::native_to_unicode(ord $char) == 0x7F; } sub Is_c1 { use feature 'unicode_strings'; my $char = substr(shift,0,1); return $char =~ /[[:cntrl:]]/ && $char !~ /[[:ascii:]]/; } sub Is_latin_1 { # But not ASCII; not C1 use feature 'unicode_strings'; my $char = substr(shift,0,1); return ord($char) < 256 && $char !~ /[[:ascii:]]/ && $char !~ /[[:cntrl:]]/; }
Another way to write "Is_latin_1()" would be to use the characters in the range explicitly:
sub Is_latin_1 { my $char = substr(shift,0,1); $char =~ /[ XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXAAAA~AeAaAECEEEEeIIIIe] [D‐N~OOOO~OeXOUUUUeYPssaaaa~aeaaaeceeeeeiiiied`n~oooo~oeXouuuueypye]/x; }
Although that form may run into trouble in network transit (due to the presence of 8 bit characters) or on non ISO-Latin character sets. But it does allow "Is_c1" to be rewritten so it works on Perls that don't have 'unicode_strings' (earlier than v5.14):
sub Is_latin_1 { # But not ASCII; not C1 my $char = substr(shift,0,1); return ord($char) < 256 && $char !~ /[[:ascii:]]/ && ! Is_latin1($char); }
@sorted = sort(qw(Dr. dr.)); # @sorted holds ('Dr.','dr.') on ASCII, # but ('dr.','Dr.') on EBCDIC
The property of lowercase before uppercase letters in EBCDIC is even carried to the Latin 1 EBCDIC pages such as 0037 and 1047. An example would be that "Ee" ("E WITH DIAERESIS", 203) comes before "ee" ("e WITH DIAERESIS", 235) on an ASCII platform, but the latter (83) comes before the former (115) on an EBCDIC platform. (Astute readers will note that the uppercase version of "ss" "SMALL LETTER SHARP S" is simply "SS" and that the upper case versions of "ye" (small "y WITH DIAERESIS") and "X" ("MICRO SIGN") are not in the 0..255 range but are in Unicode, in a Unicode enabled Perl).
The sort order will cause differences between results obtained on ASCII platforms versus EBCDIC platforms. What follows are some suggestions on how to deal with these differences.
sub native_to_uni($) { my $string = shift; # Saves time on an ASCII platform return $string if ord 'A' == 65; my $output = ""; for my $i (0 .. length($string) - 1) { $output .= chr(utf8::native_to_unicode(ord(substr($string, $i, 1)))); } # Preserve utf8ness of input onto the output, even if it didn't need # to be utf8 utf8::upgrade($output) if utf8::is_utf8($string); return $output; } sub ascii_order { # Sort helper return native_to_uni($a) cmp native_to_uni($b); } sort ascii_order @list;
sub case_insensitive_order { # Sort helper return lc($a) cmp lc($b) } sort case_insensitive_order @list;
If performance is an issue, and you don't care if the output is in the same case as the input, Use "tr///" to transform to the case most employed within the data. If the data are primarily UPPERCASE non-Latin1, then apply "tr/[a-z]/[A-Z]/", and then "sort()". If the data are primarily lowercase non Latin1 then apply "tr/[A-Z]/[a-z]/" before sorting. If the data are primarily UPPERCASE and include Latin-1 characters then apply:
tr/[a-z]/[A-Z]/; tr/[aaaa~aeaaaeceeeeeiiiied`n~oooo~oeouuuueyp]/[AAAA~AeAaAECEEEEeIIIIeD‐N~OOOO~OeOUUUUeYP/; s/ss/SS/g;
then "sort()". If you have a choice, it's better to lowercase things to avoid the problems of the two Latin-1 characters whose uppercase is outside Latin-1: "ye" (small "y WITH DIAERESIS") and "X" ("MICRO SIGN"). If you do need to upppercase, you can; with a Unicode-enabled Perl, do:
tr/ye/\x{178}/; tr/X/\x{39C}/;
http://www.pvhp.com/~pvhp/
may also be expressed as either of:
http://www.pvhp.com/%7Epvhp/ http://www.pvhp.com/%7epvhp/
where 7E is the hexadecimal ASCII code point for "~". Here is an example of decoding such a URL in any EBCDIC code page:
$url = 'http://www.pvhp.com/%7Epvhp/'; $url =~ s/%([0-9a-fA-F]{2})/ pack("c",utf8::unicode_to_native(hex($1)))/xge;
Conversely, here is a partial solution for the task of encoding such a URL in any EBCDIC code page:
$url = 'http://www.pvhp.com/~pvhp/'; # The following regular expression does not address the # mappings for: ('.' => '%2E', '/' => '%2F', ':' => '%3A') $url =~ s/([\t "#%&\(\),;<=>\?\@\[\\\]^`{|}~])/ sprintf("%%%02X",utf8::native_to_unicode(ord($1)))/xge;
where a more complete solution would split the URL into components and apply a full s/// substitution only to the appropriate parts.
$all_byte_chrs = ''; for (0..255) { $all_byte_chrs .= chr($_); } $uuencode_byte_chrs = pack('u', $all_byte_chrs); ($uu = <<'ENDOFHEREDOC') =~ s/^\s*//gm; M``$"`P0%!@<("0H+#`T.#Q`1$A,4%187&!D:&QP='A\@(2(C)"4F)R@I*BLL M+2XO,#$R,S0U-C<X.3H[/#T^/T!!0D-$149'2$E*2TQ-3D]045)35%565UA9 M6EM<75Y?8&%B8V1E9F=H:6IK;&UN;W!Q<G-T=79W>'EZ>WQ]?G^`@8*#A(6& MAXB)BHN,C8Z/D)&2DY25EI>8F9J;G)V>GZ"AHJ.DI::GJ*FJJZRMKJ^PL;*S MM+6VM[BYNKN\O;Z_P,'"P\3%QL?(R<K+S,W.S]#1TM/4U=;7V-G:V]S=WM_@ ?X>+CY.7FY^CIZNOL[>[O\/'R\_3U]O?X^?K[_/W^_P`` ENDOFHEREDOC if ($uuencode_byte_chrs eq $uu) { print "Yes "; } $uudecode_byte_chrs = unpack('u', $uuencode_byte_chrs); if ($uudecode_byte_chrs eq $all_byte_chrs) { print "indeed\n"; }
Here is a very spartan uudecoder that will work on EBCDIC:
#!/usr/local/bin/perl $_ = <> until ($mode,$file) = /^begin\s*(\d*)\s*(\S*)/; open(OUT, "> $file") if $file ne ""; while(<>) { last if /^end/; next if /[a-z]/; next unless int((((utf8::native_to_unicode(ord()) - 32 ) & 077) + 2) / 3) == int(length() / 4); print OUT unpack("u", $_); } close(OUT); chmod oct($mode), $file;
# This QP encoder works on ASCII only $qp_string =~ s/([=\x00-\x1F\x80-\xFF])/ sprintf("=%02X",ord($1))/xge;
Starting in Perl v5.22, this is trivially changeable to work portably on both ASCII and EBCDIC platforms.
# This QP encoder works on both ASCII and EBCDIC $qp_string =~ s/([=\N{U+00}-\N{U+1F}\N{U+80}-\N{U+FF}])/ sprintf("=%02X",ord($1))/xge;
For earlier Perls, a QP encoder that works on both ASCII and EBCDIC platforms would look somewhat like the following:
$delete = utf8::unicode_to_native(ord("\x7F")); $qp_string =~ s/([^[:print:]$delete])/ sprintf("=%02X",utf8::native_to_unicode(ord($1)))/xage;
(although in production code the substitutions might be done in the EBCDIC branch with the function call and separately in the ASCII branch without the expense of the identity map; in Perl v5.22, the identity map is optimized out so there is no expense, but the alternative above is simpler and is also available in v5.22).
Such QP strings can be decoded with:
# This QP decoder is limited to ASCII only $string =~ s/=([[:xdigit:][[:xdigit:])/chr hex $1/ge; $string =~ s/=[\n\r]+$//;
Whereas a QP decoder that works on both ASCII and EBCDIC platforms would look somewhat like the following:
$string =~ s/=([[:xdigit:][:xdigit:]])/ chr utf8::native_to_unicode(hex $1)/xge; $string =~ s/=[\n\r]+$//;
#!/usr/local/bin/perl while(<>){ tr/n-za-mN-ZA-M/a-zA-Z/; print; }
In one-liner form:
perl -ne 'tr/n-za-mN-ZA-M/a-zA-Z/;print'
EBCDIC checksums will differ for the same file translated into ASCII and vice versa.
Legacy multi byte EBCDIC code pages XXX.
my @ds_records = `cat //DSNAME`;
or:
my @ds_records = `cat //'HLQ.DSNAME'`;
See also the OS390::Stdio module on CPAN.
There aren't currently any real UTF-8 locales, even though some locale names contain the string "UTF-8".
See perllocale for information on locales. The L10N files are in /usr/nls/locale. $Config{d_setlocale} is 'define' on OS/390 or z/OS.
Encode partially works.
<http://www.unicode.org/>
<http://www.unicode.org/unicode/reports/tr16/>
<http://www.wps.com/projects/codes/> ASCII: American Standard Code for Information Infiltration Tom Jennings, September 1999.
The Unicode Standard, Version 3.0 The Unicode Consortium, Lisa Moore ed., ISBN 0-201-61633-5, Addison Wesley Developers Press, February 2000.
CDRA: IBM - Character Data Representation Architecture - Reference and Registry, IBM SC09-2190-00, December 1996.
"Demystifying Character Sets", Andrea Vine, Multilingual Computing & Technology, #26 Vol. 10 Issue 4, August/September 1999; ISSN 1523-0309; Multilingual Computing Inc. Sandpoint ID, USA.
Codes, Ciphers, and Other Cryptic and Clandestine Communication Fred B. Wrixon, ISBN 1-57912-040-7, Black Dog & Leventhal Publishers, 1998.
<http://www.bobbemer.com/P-BIT.HTM> IBM - EBCDIC and the P-bit; The biggest Computer Goof Ever Robert Bemer.
Now maintained by Perl5 Porters.
| 2020-02-11 | perl v5.30.3 |


Abby's comprehensive information processing style means that she tends to gather information about a problem before she starts to solve it. For instance, she might look up a tutorial.
Abby leans towards a comprehensive information processing style
when she needs to gather information to problem-solve. That is, before following any option that seems promising, she first
gathers information comprehensively to try to form a complete understanding of the problem before trying to solve it.
Thus, her style is “burst-y”; first she reads a lot, then she acts on it in a batch of activity.


Your name should be at least 2 characters long.
Your last name should be at least 2 characters long.
Email is invalid.
Birth date is invalid.
Your password is too short
Confirm your password.
Passwords do not match.


Man ordered to stay away from Ayesha Curry after TV comment
TORONTO (AP) - A Toronto Raptors fan who made a vulgar comment on live television about Ayesha Curry, the wife of Golden State Warriors star Stephen Curry, has been ordered to stay away from her and the reporter to whom he made the comment.
Tristan Warkentin agreed Friday to a common-law bond that orders him not to associate with Ayesha Curry or CP24 reporter Kelly Linehan. As a result, prosecutors dropped a mischief charge against him.
Warkentin made the lewd remark when he was interviewed after the Raptors’ loss to the Warriors in Game 2 of the NBA Finals in June. Toronto went on to defeat Golden State in six games to win its first championship.
TOP STORIES
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There have been several incidents across Canada in recent years in which men have made the same vulgar remark on live TV.
Warkentin’s lawyer, Richard Addelman, said outside court that his client “said some things and now he’s apologized for those things.” Warkentin declined to comment.
More AP NBA: https://apnews.com/NBA and https://twitter.com/AP_Sports
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Copyright © 2019 The Washington Times, LLC.
Please read our comment policy before commenting.


Black smoke seen billowing over Kingswood as fire starts in shed
The cause of the blaze is thought to be accidental
by Emma GrimshawBlack smoke was billowing across Kingswood this afternoon after a blaze erupted in a garden shed.
Two fire crews from Kingswood and one from Hicks Gate attended the incident at 3:40pm today (Saturday).
They used high pressured hose reels to extinguish the flames.
A spokesperson for Avon Fire and Rescue Service said: "We were called at 15:40 to a shed fire.
"Two crews from Kingswood and one from Hicks Gate attended.
"The cause of the fire is thought to be accidenital."
A spokesperson for Kingswood RFC spotted the smoke and took to social media.
They said: "Sounds like two fire engines have just left the station in Kingswood heading along the Ring Road towards Keynsham."
For the latest news in and around Bristol, check back on Bristol Live's homepage.


WITNESS LIST Pensions and Investments Committee February 11, 1997-8:00A ORGANIZATIONAL MEETING On: Anderson, Gary (Tx. Municipal Ret. Sys) Beckett, Sheila (Employees Ret. System) Campbell, Helen (Firefighters Pension Cm) Crawford, Denise Voigt (State Securities Bd) Dunlap, Charles (Teacher Ret. System) Froh, Joseph Cannon (Co. & Dist. Ret. System) Horwitz, Rita (Pension Review Board)


The Good Developer
by
Raphael V. Amorim
{;}
In dedication to my father, my greatest hero.
Summary
1.
Introduction
2.
What's a good developer?
3.
The good legacy


2 writes to HelpFileName
System.Management.Automation (2)
engine\InitialSessionState.cs (2)
439
HelpFileName
= helpFileName;
453
HelpFileName
= helpFileName;
3 references to HelpFileName
System.Management.Automation (3)
engine\CommandDiscovery.cs (1)
170
CmdletInfo ci = new CmdletInfo(entry.Name, entry.ImplementingType, entry.
HelpFileName
, entry.PSSnapIn, context)
engine\InitialSessionState.cs (2)
463
SessionStateCmdletEntry entry = new SessionStateCmdletEntry(Name, ImplementingType,
HelpFileName
, Visibility);
5182
Diagnostics.Assert((object)pair.Value.HelpFileName == (object)other.
HelpFileName
, "Pre-generated Provider help file incorrect");


#include <DSIGXPathFilterExpr.hpp>
Collaboration diagram for DSIGXPathFilterExpr:
DSIGTransformXpathFilter
Public Member Functions | |
Constructors and Destructors | |
| DSIGXPathFilterExpr (const XSECEnv *env, XERCES_CPP_NAMESPACE_QUALIFIER DOMNode *node) | |
| Constructor used for existing XML signatures. | |
| DSIGXPathFilterExpr (const XSECEnv *env) | |
| Builder constructor. | |
| ~DSIGXPathFilterExpr () | |
| Destructor. | |
Set and get Information | |
| void | load (void) |
| Read in existing structure. | |
| xpathFilterType | getFilterType (void) |
| Get the filter type. | |
| XERCES_CPP_NAMESPACE_QUALIFIER DOMElement * | setFilter (xpathFilterType filterType, const XMLCh *filterExpr) |
| create from blank | |
| const XMLCh * | getFilter (void) |
| Get the filter expression. | |
| void | setNamespace (const XMLCh *prefix, const XMLCh *value) |
| Add a new namespace to the list to be used. | |
| XERCES_CPP_NAMESPACE_QUALIFIER DOMNamedNodeMap * | getNamespaces (void) |
| Get the list of namespaces. | |
| void | deleteNamespace (const XMLCh *prefix) |
| Delete a namespace to the list to be used. | |
Friends | |
| class | TXFMXPathFilter |
|
|
Constructor used for existing XML signatures. Node already exists and is part of an existing XPathFilter tree
|
|
|
Builder constructor. Used to create the DOM structure and DSIGSignature elements
|
|
|
Destructor. Destroy the DSIGSignature elements. Does not destroy any associated DOM Nodes |
|
|
Delete a namespace to the list to be used.   Returns the type of this particular XPath filter
|
|
|
Get the list of namespaces. Returns the DOMNamedNodeMap of the attributes of the XPath transform node.
|
|
|
Read in existing structure. Reads DOM structure of the XPath expression |
|
|
create from blank Given the filter type and XPath expression, setup the DOMNodes and variables to allow signing and validation
|
|
|
Add a new namespace to the list to be used. Add a new namespace to the XPath Element.
|
|
|
|


COVID-19 World Status
Total Cases
Total Deaths
(%)
Cases / Million
Total Recovered
(%)
Active Cases
Total Tests
Worldwide COVID-19 Data with Instant Search Option
| Flag | Country | Cases | Today Cases | Deaths | Today Deaths | Tests | Active | Recovered | Critical | Cases / Million | Deaths / Million | Tests / Million |
|---|
COVID-19 World Map(Total Confirmed Cases)
Mouse over any country to see total confirmed cases and click to see country's details.
COVID-19 World Map(Total Deaths)
Mouse over any country to see total deaths and click to see country's details.
COVID-19 World Map(Total Active)
Mouse over any country to see total active cases and click to see country's details.
COVID-19 World Map(Total Recovered)
Mouse over any country to see total recovered cases and click to see country's details.
Countrywise COVID-19 Status
Total Cases
Total Deaths
(%)
Cases / Million
Total Recovered
Active Cases
Total Tests
About C-19 Dashboard
C-19 is a data visualization dashboard to show the current situation of COVID-19 worldwide.
This is an open source project and we will welcome any contributions. Source code URL: https://github.com/arsho/COVID-19
Features
- Summary of worldwide status of COVID-19 specifying number of affected countries, total cases, total deaths and total recovered cases, total tests, total deaths per million, total cases per million, and total tests per million.
- Sortable and instantly searchable data table of all countries.
- World map of confirmed cases and top countries chart with most confirmed cases.
- World map of death cases and top countries chart with most death cases.
- World map of active cases and top countries chart with most active cases.
- World map of recovered cases and top countries chart with most recovered cases.
- View details of a specific country:
- Summary information of the country.
- Line charts for total confirmed cases, total death cases, total recovered cases, total vaccinations of the searched country.
- Bar charts for daily confirmed cases, daily death cases, daily recovered cases, daily vaccinations of the searched country.
Developers
-<EMAIL_ADDRESS>- sajal.hm@gmail.com


Footage shows fish spilled across A385 in Devon
'It was quite a big truck and it looked like the pallets had fallen out of the back of the wagon'
by Charlotte BecquartA road in Devon was blocked tonights after a spillage of fish.
Footage was taken this afternoon (Tuesday, November 19) by Michael Bettell on the A385 at Rattery.
The incident saw Culver Lane to Tigley turn-off shut in both directions and traffic was slowed almost to a halt.
A spokesperson of Devon and Cornwall Police said at the time: “The spillage was reported at 4.35pm today.
“A lorry has shed cargo of pallets and fish across the carriageway. Another truck is on its way to assist clear up.
“Police are sorting traffic control.”
An eyewitness said: “It was quite a big truck and it looked like the pallets had fallen out of the back of the wagon along with one of those mobile forklifts that fit on the back of a truck.
“It appeared to be sardine sized fish all over the road.”
The road reopened before 7pm.


8. Supercontroller¶
The C++ glue code controls all the turbines in a given simulation through a super controller. A supercontroller cannot be a part of FAST because FAST modules are fundamentally designed to simulate individual turbines while a supercontroller is designed to act on a group of turbines. Hence the supercontroller is designed to be a part of the C++ glue code.
8.1. Workflow¶
The workflow of the supercontroller around the time advancement of turbines in FAST is shown in Figure 8.1 and was arrived at after discussions with Paul Fleming and Jason Jonkman. The two main functions of the supercontrollerupdateStates
andcalcOutputs
are based on the FAST framework [JMJ+13] to separate time advancement of the internal states of the super controller and calculation of outputs to FAST.
A brief description of each function of the supercontroller is given below:
init
- Initializes the supercontrollerupdateStates(scInputs)
- Advances the internal states by one time step based on inputs and possibly existing states.calcOutputs(scOutputs)
- Calculates and writes the output intoscOutputs
based on existing states. No time advancement or modification of internal states.readRestart(nt_global)
- Reads the checkpoint file corresponding to time stepnt_global
.writeRestart(nt_global)
- Writes the checkpoint file corresponding to time stepnt_global
.
The supercontroller can have internal states of any kind. The suggested internal states are:
- 1D array of
globStates[nGlobStates]
- 2D array of
turbineStates[nTurbines, nTurbineStates]
The checkpoint files are written and read using the HDF5 interface [TheHGroup97].
8.2. Interface with glue code¶
The supercontroller functions are expected to act on all the global turbines. Hence, the turbine numbering system inside the supercontroller is the global turbine number. There are two additional helper functions in the C++ glue code to transfer the information to and from all the turbines on possibly different processors.
fillScInputsGlob
- Combines input from turbines on different processors into the correct order for the supercontroller.fillScOutputsLoc
- Copies the output from the supercontroller into the corresponding local turbines.
8.3. Interface with FAST¶
The supercontroller or the glue code does not directly interface with the individual turbine controllers. A separate Supercontroller
module is created inside FAST for each turbine whose only purpose is to exchange data with the ServoDyn
module before and after the time advancement as
CALL SC_SetOutputs(Turbine(iTurb)%p_FAST, Turbine(iTurb)%SrvD%Input(1), Turbine(iTurb)%SC, ErrStat, ErrMsg)
CALL FAST_Solution0_T(Turbine(iTurb), ErrStat, ErrMsg )
CALL SC_SetInputs(Turbine(iTurb)%p_FAST, Turbine(iTurb)%SrvD%y, Turbine(iTurb)%SC, Errstat, ErrMsg)
and
CALL SC_SetOutputs(Turbine(iTurb)%p_FAST, Turbine(iTurb)%SrvD%Input(1), Turbine(iTurb)%SC, ErrStat, ErrMsg)
CALL FAST_Solution_T( t_initial, n_t_global, Turbine(iTurb), ErrStat, ErrMsg )
CALL SC_SetInputs(Turbine(iTurb)%p_FAST, Turbine(iTurb)%SrvD%y, Turbine(iTurb)%SC, ErrStat, ErrMsg)
Thus, the supercontroller object in the C++ glue code interfaces only exchanges data with the supercontroller module for each turbine.
8.4. Software details¶
The supercontroller is designed to be a C++ class that is loaded dynamically following instructions from http://tldp.org/HOWTO/C++-dlopen/. This will allow the supercontroller to be compiled separately as well as distributed without the source code. The C++ glue code will however need to use a header file SC.h
that describes the interface to the supercontroller functions.
8.5. Test06¶
Test06 changes the minimum pitch setting of two turbines as a function of time as:
Turbine0
- 0-20s: 0 degrees
- 20-40s: 1.5 degrees
- 40-60s: 3 degrees
Turbine1
- 0-20s: 0.5 degrees
- 20-40s: 1 degrees
- 40-60s: 2.5 degrees
The correct answer is computed by running native FAST with modified individual turbine controllers. Test06 passes in commit df6b1e7fc9d74.


Hello, this is Farhiya Foods, your new premium food vendor service. I know you must be craving food that will make you happy , Im really good at it, I promise!
You can also choose to order from a variety of items if that's your style.
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All our vegetables are fresh, organic and local. Animals are raised without added hormones or antibiotics. Good for your health, the environment, and it also tastes better!
simply dummy text of the printing and typesetting industry..
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Lorem Ipsum is simply dummy text of the printing and typesetting industry. Lorem Ipsum has been the industry's standard dummy text ever since the 1500s, when an unknown printer took a galley of type and scrambled it to make a type specimen book. It has survived not only five centuries. Alberto Duncan
Lorem Ipsum is simply dummy text of the printing and typesetting industry. Lorem Ipsum has been the industry's standard dummy text ever since the 1500s, when an unknown printer took a galley of type and scrambled it to make a type specimen book. It has survived not only five centuries. Joana Silva
Lorem Ipsum is simply dummy text of the printing and typesetting industry. Lorem Ipsum has been the industry's standard dummy text ever since the 1500s, when an unknown printer took a galley of type and scrambled it to make a type specimen book. It has survived not only five centuries, Milton Chapman
$53.20
That's only 13.30$ per meal
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That's only 14.90$ per meal
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That's only 19.00$ per meal


<xsd:element name="OnlyContributesToPreselected" type="CheckboxType" minOccurs="0"> | NEW line(s): 4825
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| OLD line(s): 5538
<xsd:element name="NetRentalIncmPersonalProperty" type="Form990PFPartXVIAGroup2Type" minOccurs="0"> | NEW line(s): 5023
<xsd:element name="NetRentalIncomePersonalPropGrp" type="Form990PFPartXVIAGroup2Type" minOccurs="0"> |
| OLD line(s): 5546
| NEW line(s): 5030
|
| OLD line(s): 5548
<xsd:element name="OtherInvestmentIncomePartVII" type="Form990PFPartXVIAGroup2NNType" minOccurs="0"> | NEW line(s): 5032
<xsd:element name="OtherInvestmentIncmPartVIIGrp" type="Form990PFPartXVIAGroup2NNType" minOccurs="0"> |
| OLD line(s): 5556
| NEW line(s): 5039
|
| OLD line(s): 5558
<xsd:element name="GainSalesAssetsOthThanInvntry" type="Form990PFPartXVIAGroup2Type" minOccurs="0"> | NEW line(s): 5041
<xsd:element name="GainSalesAstOthThanInvntryGrp" type="Form990PFPartXVIAGroup2Type" minOccurs="0"> |
| OLD line(s): 5566
| NEW line(s): 5048
|
| OLD line(s): 5568
<xsd:element name="NetIncomeLossFromSpecialEvents" type="Form990PFPartXVIAGroup2Type" minOccurs="0"> | NEW line(s): 5050
<xsd:element name="NetIncomeLossFromSpecialEvtGrp" type="Form990PFPartXVIAGroup2Type" minOccurs="0"> |
| OLD line(s): 5576
| NEW line(s): 5057
|
| OLD line(s): 5578
<xsd:element name="GrossProfitLossSalesOfInvntry" type="Form990PFPartXVIAGroup2Type" minOccurs="0"> | NEW line(s): 5059
<xsd:element name="GrossProfitLossSlsOfInvntryGrp" type="Form990PFPartXVIAGroup2Type" minOccurs="0"> |
| OLD line(s): 5586
| NEW line(s): 5066
|
| OLD line(s): 5588
<xsd:element name="OtherRevenueDescribed" type="Form990PFPartXVIAGroup1Type" minOccurs="0" maxOccurs="20"> | NEW line(s): 5068
<xsd:element name="OtherRevenueDescribedGrp" type="Form990PFPartXVIAGroup1Type" minOccurs="0" maxOccurs="20"> |
| OLD line(s): 5596
| NEW line(s): 5075
|
| OLD line(s): 5598
<xsd:element name="SubtotalsPartXVIA" minOccurs="0"> | NEW line(s): 5077
<xsd:element name="SubtotalsIncmProducingActyGrp" minOccurs="0"> |
| OLD line(s): 5607
| NEW line(s): 5085
|
| OLD line(s): 5609
<xsd:element name="UnrelatedBusinessIncomeAmount" type="USAmountType" minOccurs="0"> | NEW line(s): 5087
<xsd:element name="UnrelatedBusinessTaxblIncmAmt" type="USAmountType" minOccurs="0"> |
| OLD line(s): 5617
| NEW line(s): 5094
|
| OLD line(s): 5619
<xsd:element name="ExclusionAmount" type="USAmountType" minOccurs="0"> | NEW line(s): 5096
<xsd:element name="ExclusionAmt" type="USAmountType" minOccurs="0"> |
| OLD line(s): 5627
| NEW line(s): 5103
|
| OLD line(s): 5629
<xsd:element name="RelatedOrExemptFunctionIncome" type="USAmountType" minOccurs="0"> | NEW line(s): 5105
<xsd:element name="RelatedOrExemptFunctionIncmAmt" type="USAmountType" minOccurs="0"> |
| OLD line(s): 5637
| NEW line(s): 5112
|
| OLD line(s): 5641
| NEW line(s): 5115
|
| OLD line(s): 5643
<xsd:element name="TotalPartXVIA" type="USAmountType" minOccurs="0"> | NEW line(s): 5117
<xsd:element name="TotalIncomeProducingActyAmt" type="USAmountType" minOccurs="0"> |
| OLD line(s): 5651
| NEW line(s): 5124
|
| OLD line(s): 5655
| NEW line(s): 5127
|
| OLD line(s): 5657
<xsd:element name="RlnOfActyToAccomOfExemptPrps" minOccurs="0"> | NEW line(s): 5129
<xsd:element name="RlnOfActyToAccomOfExmptPrpsGrp" minOccurs="0"> |
| OLD line(s): 5660
| NEW line(s): 5131
|
| OLD line(s): 5662
<xsd:element name="RlnOfActyToAccomOfExemptPrps" minOccurs="0" maxOccurs="65"> | NEW line(s): 5133
<xsd:element name="RlnOfActyToAccomOfExmptPrpsGrp" minOccurs="0" maxOccurs="65"> |
| OLD line(s): 5671
| NEW line(s): 5141
|
| OLD line(s): 5673
<xsd:element name="LineNumber"> | NEW line(s): 5143
<xsd:element name="LineNumberTxt"> |
| OLD line(s): 5685
| NEW line(s): 5154
|
| OLD line(s): 5687
<xsd:element name="RelationshipStatement" type="ShortExplanationType"> | NEW line(s): 5156
<xsd:element name="RelationshipStatementTxt" type="ShortExplanationType"> |
| OLD line(s): 5697
| NEW line(s): 5165
|
| OLD line(s): 5701
| NEW line(s): 5168
|
| OLD line(s): 5703
<xsd:element name="TrnsfrTrRlnWithNoncharitableEO" minOccurs="0"> | NEW line(s): 5170
<xsd:element name="TrnsfrTransRlnNonchrtblEOGrp" minOccurs="0"> |
| OLD line(s): 5706
| NEW line(s): 5172
|
| OLD line(s): 5708
<xsd:element name="TrnsfrOfCashToNoncharitableEO" type="BooleanType"> | NEW line(s): 5174
<xsd:element name="TrnsfrOfCashToNonchrtblEOInd" type="BooleanType"> |
| OLD line(s): 5716
| NEW line(s): 5181
|
| OLD line(s): 5718
<xsd:element name="TrnsfrOthAssetsNoncharitableEO" type="BooleanType"> | NEW line(s): 5183
<xsd:element name="TrnsfrOtherAssetNonchrtblEOInd" type="BooleanType"> |
| OLD line(s): 5726
| NEW line(s): 5190
|
| OLD line(s): 5728
<xsd:element name="SalesOrExchangesOfAssets" type="BooleanType"> | NEW line(s): 5192
<xsd:element name="SalesOrExchangesOfAssetsInd" type="BooleanType"> |
| OLD line(s): 5736
| NEW line(s): 5199
|
| OLD line(s): 5738
<xsd:element name="PurchaseAssetsNoncharitableEO" type="BooleanType"> | NEW line(s): 5201
<xsd:element name="PurchaseOfAssetsNonchrtblEOInd" type="BooleanType"> |
| OLD line(s): 5746
| NEW line(s): 5208
|
| OLD line(s): 5748
<xsd:element name="RentalOfFacilitiesEtc" type="BooleanType"> | NEW line(s): 5210
<xsd:element name="RentalOfFacilitiesOthAssetsInd" type="BooleanType"> |
| OLD line(s): 5756
| NEW line(s): 5217
|
| OLD line(s): 5758
<xsd:element name="ReimbursementArrangements" type="BooleanType"> | NEW line(s): 5219
<xsd:element name="ReimbursementArrangementsInd" type="BooleanType"> |
| OLD line(s): 5766
| NEW line(s): 5226
|
| OLD line(s): 5768
<xsd:element name="LoansOrLoanGuarantees" type="BooleanType"> | NEW line(s): 5228
<xsd:element name="LoansOrLoanGuaranteesInd" type="BooleanType"> |
| OLD line(s): 5776
| NEW line(s): 5235
|
| OLD line(s): 5778
<xsd:element name="PerformanceOfServicesEtc" type="BooleanType"> | NEW line(s): 5237
<xsd:element name="PerformanceOfServicesEtcInd" type="BooleanType"> |
| OLD line(s): 5786
| NEW line(s): 5244
|
| OLD line(s): 5788
<xsd:element name="SharingOfFacilitiesEtc" type="BooleanType"> | NEW line(s): 5246
<xsd:element name="SharingOfFacilitiesEtcInd" type="BooleanType"> |
| OLD line(s): 5796
| NEW line(s): 5253
|
| OLD line(s): 5798
<xsd:element name="TransferSchedule" type="Form990PFPartXVIIGroup1Type" minOccurs="0" maxOccurs="100"> | NEW line(s): 5255
<xsd:element name="TransferScheduleDetail" type="TransferScheduleDetailType" minOccurs="0" maxOccurs="100"> |
| OLD line(s): 5806
| NEW line(s): 5262
|
| OLD line(s): 5808
<xsd:element name="RelationshipsNoncharitableEOs" type="BooleanType"> | NEW line(s): 5264
<xsd:element name="RelationshipsNonchrtblEOInd" type="BooleanType"> |
| OLD line(s): 5816
| NEW line(s): 5271
|
| OLD line(s): 5818
<xsd:element name="RelationshipSchedule" type="Form990PFPartXVIIGroup2Type" minOccurs="0" maxOccurs="50"> | NEW line(s): 5273
<xsd:element name="RelationshipScheduleDetail" type="RelationshipScheduleDetailType" minOccurs="0" maxOccurs="50"> |
| OLD line(s): 5826
| NEW line(s): 5280
|
| OLD line(s): 5830
| NEW line(s): 5283
|
| OLD line(s): 5833
| NEW line(s): 5285
|
| OLD line(s): 5837
| NEW line(s): 5288
|
| OLD line(s): 5839
<xsd:element name="CurrentYear" type="USAmountNNType" minOccurs="0"> | NEW line(s): 5290
<xsd:element name="CurrentYearAmt" type="USAmountNNType" minOccurs="0"> |
| OLD line(s): 5847
| NEW line(s): 5297
|
| OLD line(s): 5849
<xsd:element name="Year1" type="USAmountNNType" minOccurs="0"> | NEW line(s): 5299
<xsd:element name="Year1Amt" type="USAmountNNType" minOccurs="0"> |
| OLD line(s): 5857
| NEW line(s): 5306
|
| OLD line(s): 5859
<xsd:element name="Year2" type="USAmountNNType" minOccurs="0"> | NEW line(s): 5308
<xsd:element name="Year2Amt" type="USAmountNNType" minOccurs="0"> |
| OLD line(s): 5867
| NEW line(s): 5315
|
| OLD line(s): 5869
<xsd:element name="Year3" type="USAmountNNType" minOccurs="0"> | NEW line(s): 5317
<xsd:element name="Year3Amt" type="USAmountNNType" minOccurs="0"> |
| OLD line(s): 5877
| NEW line(s): 5324
|
| OLD line(s): 5879
<xsd:element name="Total" type="USAmountNNType" minOccurs="0"> | NEW line(s): 5326
<xsd:element name="TotalAmt" type="USAmountNNType" minOccurs="0"> |
| OLD line(s): 5887
| NEW line(s): 5333
|
| OLD line(s): 5890
| NEW line(s): 5335
|
| OLD line(s): 5894
| NEW line(s): 5338
|
| OLD line(s): 5896
<xsd:element name="CurrentYear" type="USAmountType" minOccurs="0"> | NEW line(s): 5340
<xsd:element name="CurrentYearAmt" type="USAmountType" minOccurs="0"> |
| OLD line(s): 5904
| NEW line(s): 5347
|
| OLD line(s): 5906
<xsd:element name="Year1" type="USAmountType" minOccurs="0"> | NEW line(s): 5349
<xsd:element name="Year1Amt" type="USAmountType" minOccurs="0"> |
| OLD line(s): 5914
| NEW line(s): 5356
|
| OLD line(s): 5916
<xsd:element name="Year2" type="USAmountType" minOccurs="0"> | NEW line(s): 5358
<xsd:element name="Year2Amt" type="USAmountType" minOccurs="0"> |
| OLD line(s): 5924
| NEW line(s): 5365
|
| OLD line(s): 5926
<xsd:element name="Year3" type="USAmountType" minOccurs="0"> | NEW line(s): 5367
<xsd:element name="Year3Amt" type="USAmountType" minOccurs="0"> |
| OLD line(s): 5934
| NEW line(s): 5374
|
| OLD line(s): 5936
<xsd:element name="Total" type="USAmountType" minOccurs="0"> | NEW line(s): 5376
<xsd:element name="TotalAmt" type="USAmountType" minOccurs="0"> |
| OLD line(s): 5944
| NEW line(s): 5383
|
| OLD line(s): 5947
| NEW line(s): 5385
|
| OLD line(s): 5949
<xsd:complexType name="GrantOrContributionPaidDuringYearType"> | NEW line(s): 5387
<xsd:complexType name="GrantOrContributionGrpType"> |
| OLD line(s): 5951
| NEW line(s): 5388
|
| OLD line(s): 5954
| NEW line(s): 5390
|
| OLD line(s): 5956
<xsd:element name="RecipientPersonName" type="PersonNameType"> | NEW line(s): 5392
<xsd:element name="RecipientPersonNm" type="PersonNameType"> |
| OLD line(s): 5963
| NEW line(s): 5398
|
| OLD line(s): 5972
| NEW line(s): 5406
|
| OLD line(s): 5974
| NEW line(s): 5407
|
| OLD line(s): 5977
| NEW line(s): 5409
|
| OLD line(s): 5986
| NEW line(s): 5417
|
| OLD line(s): 5995
| NEW line(s): 5425
|
| OLD line(s): 5997
| NEW line(s): 5426
|
| OLD line(s): 5999
<xsd:element name="RecipientRelationship" type="LineExplanationType" minOccurs="0"> | NEW line(s): 5428
<xsd:element name="RecipientRelationshipTxt" type="LineExplanationType" minOccurs="0"> |
| OLD line(s): 6006
| NEW line(s): 5434
|
| OLD line(s): 6008
<xsd:element name="RecipientFoundationStatus" type="ShortDescriptionType" minOccurs="0"> | NEW line(s): 5436
<xsd:element name="RecipientFoundationStatusTxt" type="ShortDescriptionType" minOccurs="0"> |
| OLD line(s): 6015
| NEW line(s): 5442
|
| OLD line(s): 6017
<xsd:element name="PurposeOfGrantOrContribution" type="ShortExplanationType" minOccurs="0"> | NEW line(s): 5444
<xsd:element name="GrantOrContributionPurposeTxt" type="ShortExplanationType" minOccurs="0"> |
| OLD line(s): 6024
| NEW line(s): 5450
|
| OLD line(s): 6026
<xsd:element name="Amount" type="USAmountType" minOccurs="0"> | NEW line(s): 5452
<xsd:element name="Amt" type="USAmountType" minOccurs="0"> |
| OLD line(s): 6033
| NEW line(s): 5458
|
| OLD line(s): 6036
| NEW line(s): 5460
|
| OLD line(s): 6040
| NEW line(s): 5463
|
| OLD line(s): 6042
<xsd:element name="BusinessCode" minOccurs="0"> | NEW line(s): 5465
<xsd:element name="BusinessCd" minOccurs="0"> |
| OLD line(s): 6055
| NEW line(s): 5477
|
| OLD line(s): 6057
<xsd:element name="UnrelatedBusinessIncomeAmount" type="USAmountType" minOccurs="0"> | NEW line(s): 5479
<xsd:element name="UnrelatedBusinessTaxblIncmAmt" type="USAmountType" minOccurs="0"> |
| OLD line(s): 6065
| NEW line(s): 5486
|
| OLD line(s): 6067
<xsd:element name="ExclusionCode" minOccurs="0"> | NEW line(s): 5488
<xsd:element name="ExclusionCd" minOccurs="0"> |
| OLD line(s): 6081
| NEW line(s): 5501
|
| OLD line(s): 6083
<xsd:element name="ExclusionAmount" type="USAmountType" minOccurs="0"> | NEW line(s): 5503
<xsd:element name="ExclusionAmt" type="USAmountType" minOccurs="0"> |
| OLD line(s): 6091
| NEW line(s): 5510
|
| OLD line(s): 6093
<xsd:element name="RelatedOrExemptFunctionIncome" type="USAmountType" minOccurs="0"> | NEW line(s): 5512
<xsd:element name="RelatedOrExemptFunctionIncmAmt" type="USAmountType" minOccurs="0"> |
| OLD line(s): 6103
| NEW line(s): 5521
|
| OLD line(s): 6108
<xsd:element name="BusinessCode" minOccurs="0"> | NEW line(s): 5526
<xsd:element name="BusinessCd" minOccurs="0"> |
| OLD line(s): 6121
| NEW line(s): 5538
|
| OLD line(s): 6123
<xsd:element name="UnrelatedBusinessIncomeAmount" type="USAmountNNType" minOccurs="0"> | NEW line(s): 5540
<xsd:element name="UnrelatedBusinessTaxblIncmAmt" type="USAmountNNType" minOccurs="0"> |
| OLD line(s): 6131
| NEW line(s): 5547
|
| OLD line(s): 6133
<xsd:element name="ExclusionCode" minOccurs="0"> | NEW line(s): 5549
<xsd:element name="ExclusionCd" minOccurs="0"> |
| OLD line(s): 6147
| NEW line(s): 5562
|
| OLD line(s): 6149
<xsd:element name="ExclusionAmount" type="USAmountNNType" minOccurs="0"> | NEW line(s): 5564
<xsd:element name="ExclusionAmt" type="USAmountNNType" minOccurs="0"> |
| OLD line(s): 6157
| NEW line(s): 5571
|
| OLD line(s): 6159
<xsd:element name="RelatedOrExemptFunctionIncome" type="USAmountNNType" minOccurs="0"> | NEW line(s): 5573
<xsd:element name="RelatedOrExemptFunctionIncmAmt" type="USAmountNNType" minOccurs="0"> |
| OLD line(s): 6169
| NEW line(s): 5582
|
| OLD line(s): 6174
<xsd:element name="Description" type="LineExplanationType" minOccurs="0"> | NEW line(s): 5587
<xsd:element name="Desc" type="LineExplanationType" minOccurs="0"> |
| OLD line(s): 6185
| NEW line(s): 5597
|
| OLD line(s): 6190
<xsd:element name="Description" type="LineExplanationType" minOccurs="0"> | NEW line(s): 5602
<xsd:element name="Desc" type="LineExplanationType" minOccurs="0"> |
| OLD line(s): 6197
| NEW line(s): 5608
|
| OLD line(s): 6202
| NEW line(s): 5612
|
| OLD line(s): 6209
| NEW line(s): 5618
|
| OLD line(s): 6216
| NEW line(s): 5624
|
| OLD line(s): 6218
<xsd:complexType name="Form990PFPartXVIIGroup1Type"> | NEW line(s): 5626
<xsd:complexType name="TransferScheduleDetailType"> |
| OLD line(s): 6220
| NEW line(s): 5627
|
| OLD line(s): 6222
<xsd:element name="LineNumber" minOccurs="0"> | NEW line(s): 5629
<xsd:element name="LineNumberTxt" minOccurs="0"> |
| OLD line(s): 6243
| NEW line(s): 5649
|
| OLD line(s): 6245
<xsd:element name="AmountInvolved" type="USAmountNNType" minOccurs="0"> | NEW line(s): 5651
<xsd:element name="InvolvedAmt" type="USAmountNNType" minOccurs="0"> |
| OLD line(s): 6253
| NEW line(s): 5658
|
| OLD line(s): 6255
<xsd:element name="NameOfNoncharitableEO" type="BusinessNameType" minOccurs="0"> | NEW line(s): 5660
<xsd:element name="NoncharitableExemptOrgName" type="BusinessNameType" minOccurs="0"> |
| OLD line(s): 6263
| NEW line(s): 5667
|
| OLD line(s): 6265
<xsd:element name="DescriptionOfTransfersEtc" type="ExplanationType" minOccurs="0"> | NEW line(s): 5669
<xsd:element name="TransfersTransAndShrArrngmDesc" type="ExplanationType" minOccurs="0"> |
| OLD line(s): 6275
| NEW line(s): 5678
|
| OLD line(s): 6277
<xsd:complexType name="Form990PFPartXVIIGroup2Type"> | NEW line(s): 5680
<xsd:complexType name="RelationshipScheduleDetailType"> |
| OLD line(s): 6280
<xsd:element name="NameOfOrganization" type="BusinessNameType" minOccurs="0"> | NEW line(s): 5683
<xsd:element name="OrganizationBusinessName" type="BusinessNameType" minOccurs="0"> |
| OLD line(s): 6288
| NEW line(s): 5690
|
| OLD line(s): 6290
<xsd:element name="TypeOfOrganization" type="ShortDescriptionType" minOccurs="0"> | NEW line(s): 5692
<xsd:element name="OrganizationTypeDesc" type="ShortDescriptionType" minOccurs="0"> |
| OLD line(s): 6298
| NEW line(s): 5699
|
| OLD line(s): 6300
<xsd:element name="DescriptionOfRelationship" type="ExplanationType" minOccurs="0"> | NEW line(s): 5701
<xsd:element name="RelationshipDescriptionTxt" type="ExplanationType" minOccurs="0"> |
| OLD line(s): 6310
| NEW line(s): 5710
|
| OLD line(s): 6317,6318
<xsd:totalDigits value="9" /> <xsd:fractionDigits value="6" /> | NEW line(s): 5717,5718
<xsd:totalDigits value="9"/> <xsd:fractionDigits value="6"/> |
| OLD line(s): 6321
| NEW line(s): 5720
|


org.apache.cocoon.acting
Class AbstractDatabaseAction
java.lang.Object
|
+--org.apache.avalon.framework.logger.AbstractLoggable
|
+--org.apache.cocoon.acting.AbstractAction
|
+--org.apache.cocoon.acting.AbstractConfigurableAction
|
+--org.apache.cocoon.acting.ConfigurableComposerAction
|
+--org.apache.cocoon.acting.AbstractComplementaryConfigurableAction
|
+--org.apache.cocoon.acting.AbstractDatabaseAction
- All Implemented Interfaces:
- Action, org.apache.avalon.framework.component.Component, org.apache.avalon.framework.component.Composable, org.apache.avalon.framework.configuration.Configurable, org.apache.avalon.framework.activity.Disposable, org.apache.avalon.framework.logger.Loggable
- Direct Known Subclasses:
- DatabaseAddAction, DatabaseAuthenticatorAction, DatabaseDeleteAction, DatabaseSelectAction, DatabaseUpdateAction
- public abstract class AbstractDatabaseAction
- extends AbstractComplementaryConfigurableAction
- implements org.apache.avalon.framework.configuration.Configurable, org.apache.avalon.framework.activity.Disposable
Set up environment for configurable form handling data. It is
important to note that all DatabaseActions use a common configuration
format. This group of actions are unique in that they employ a
terciary mapping. There is the Form parameter, the database column,
and the type.
Each configuration file must use the same format in order to be
effective. The name of the root configuration element is irrelevant.
<root>
<connection>personnel<connection>
<table>
<keys>
<key param="id" dbcol="id" type="int"/>
</keys>
<values>
<value param="name" dbcol="name" type="string"/>
<value param="department" dbcol="department_id" type="int"/>
</values>
</table>
</root>
The types recognized by this system are:
| Type |
Description |
| ascii |
ASCII Input Stream, a CLOB input |
| big-decimal |
a java.math.BigDecimal value |
| binary |
Binary Input Stream, a BLOB input |
| byte |
a Byte |
| string |
a String |
| date |
a Date |
| double |
a Double |
| float |
a Float |
| int |
an Integer |
| long |
a Long |
| short |
a Short |
| time |
a Time |
| time-stamp |
a Timestamp |
| now |
a Timestamp with the current day/time--the form value is ignored. |
| image |
a binary image file, we cache the attribute information |
| image-width |
the width attribute of the cached file attribute. NOTE:
param attribute must equal the param for image with a
"-width" suffix.
|
| image-height |
the width attribute of the cached file attribute NOTE:
param attribute must equal the param for image with a
"-height" suffix.
|
| image-size |
the size attribute of the cached file attribute NOTE:
param attribute must equal the param for image with a
"-size" suffix.
|
- Version:
- CVS $Revision: 1.1 $ $Date: 2002/01/03 12:31:07 $
- Author:
- Berin Loritsch, Donald Ball
|
Field Summary |
protected org.apache.avalon.framework.component.ComponentSelector |
dbselector
|
protected java.util.Map |
files
|
protected static java.util.Map |
typeConstants
|
| Fields inherited from interface org.apache.cocoon.acting.Action |
ROLE |
|
Method Summary |
void |
compose(org.apache.avalon.framework.component.ComponentManager manager)
Compose the Actions so that we can select our databases. |
void |
dispose()
dispose |
protected java.lang.Object |
getColumn(java.sql.ResultSet set,
Request request,
org.apache.avalon.framework.configuration.Configuration entry)
Get the Statement column so that the results are mapped correctly. |
protected org.apache.avalon.excalibur.datasource.DataSourceComponent |
getDataSource(org.apache.avalon.framework.configuration.Configuration conf)
Get the Datasource we need. |
protected boolean |
isLargeObject(java.lang.String type)
Return whether a type is a Large Object (BLOB/CLOB). |
protected void |
setColumn(java.sql.PreparedStatement statement,
int position,
Request request,
org.apache.avalon.framework.configuration.Configuration entry)
Set the Statement column so that the results are mapped correctly.
|
protected void |
setColumn(java.sql.PreparedStatement statement,
int position,
Request request,
org.apache.avalon.framework.configuration.Configuration entry,
java.lang.String param)
Set the Statement column so that the results are mapped correctly. |
protected void |
setColumn(java.sql.PreparedStatement statement,
int position,
Request request,
org.apache.avalon.framework.configuration.Configuration entry,
java.lang.String param,
java.lang.Object value)
Set the Statement column so that the results are mapped correctly. |
protected void |
setColumn(java.sql.PreparedStatement statement,
int position,
Request request,
org.apache.avalon.framework.configuration.Configuration entry,
java.lang.String param,
java.lang.Object value,
int rowIndex)
Set the Statement column so that the results are mapped correctly. |
| Methods inherited from class org.apache.avalon.framework.logger.AbstractLoggable |
getLogger, setLogger, setupLogger, setupLogger, setupLogger |
| Methods inherited from class java.lang.Object |
clone, equals, finalize, getClass, hashCode, notify, notifyAll, toString, wait, wait, wait |
| Methods inherited from interface org.apache.avalon.framework.configuration.Configurable |
configure |
| Methods inherited from interface org.apache.cocoon.acting.Action |
act |
files
protected java.util.Map files
typeConstants
protected static final java.util.Map typeConstants
dbselector
protected org.apache.avalon.framework.component.ComponentSelector dbselector
AbstractDatabaseAction
public AbstractDatabaseAction()
compose
public void compose(org.apache.avalon.framework.component.ComponentManager manager)
throws org.apache.avalon.framework.component.ComponentException
- Compose the Actions so that we can select our databases.
- Overrides:
compose
in class ConfigurableComposerAction
getDataSource
protected final org.apache.avalon.excalibur.datasource.DataSourceComponent getDataSource(org.apache.avalon.framework.configuration.Configuration conf)
throws org.apache.avalon.framework.component.ComponentException
- Get the Datasource we need.
isLargeObject
protected final boolean isLargeObject(java.lang.String type)
- Return whether a type is a Large Object (BLOB/CLOB).
getColumn
protected java.lang.Object getColumn(java.sql.ResultSet set,
Request request,
org.apache.avalon.framework.configuration.Configuration entry)
throws java.lang.Exception
- Get the Statement column so that the results are mapped correctly.
setColumn
protected void setColumn(java.sql.PreparedStatement statement,
int position,
Request request,
org.apache.avalon.framework.configuration.Configuration entry)
throws java.lang.Exception
- Set the Statement column so that the results are mapped correctly.
The name of the parameter is retrieved from the configuration object.
- Parameters:
statement
- the prepared statementposition
- the position of the columnrequest
- the requestentry
- the configuration object
setColumn
protected void setColumn(java.sql.PreparedStatement statement,
int position,
Request request,
org.apache.avalon.framework.configuration.Configuration entry,
java.lang.String param)
throws java.lang.Exception
- Set the Statement column so that the results are mapped correctly. The
value of the column is retrieved from the request object. If the
named parameter exists in the request object's parameters, that value
is used. Otherwise if the named parameter exists in the request object's
attributes, that value is used. Otherwise the request object is
retrieved using Request.get(attribute), which is documented to be the
same as Request.getAttribute(attribute), so something weird must be
going on.
- Parameters:
statement
- the prepared statementposition
- the position of the columnrequest
- the requestentry
- the configuration objectparam
- the name of the request parameter
setColumn
protected void setColumn(java.sql.PreparedStatement statement,
int position,
Request request,
org.apache.avalon.framework.configuration.Configuration entry,
java.lang.String param,
java.lang.Object value)
throws java.lang.Exception
- Set the Statement column so that the results are mapped correctly.
- Parameters:
statement
- the prepared statementposition
- the position of the columnrequest
- the requestentry
- the configuration objectparam
- the name of the request parametervalue
- the value of the column
setColumn
protected void setColumn(java.sql.PreparedStatement statement,
int position,
Request request,
org.apache.avalon.framework.configuration.Configuration entry,
java.lang.String param,
java.lang.Object value,
int rowIndex)
throws java.lang.Exception
- Set the Statement column so that the results are mapped correctly.
- Parameters:
statement
- the prepared statementposition
- the position of the columnrequest
- the requestentry
- the configuration objectparam
- the name of the request parametervalue
- the value of the columnrowIndex
- the index of the current row for manyrows inserts
dispose
public void dispose()
- dispose
- Specified by:
dispose
in interface org.apache.avalon.framework.activity.Disposable
Copyright © 1999-2002 Apache Software Foundation. All Rights Reserved.


abstract class AbstractTask
An abstract base class for all tasks, which execute a module multiple times in order to obtain the results, which are requested according to a specific configuration. |
|
class AssociationRuleGeneratorTask<ItemType : Item> : AbstractTask
A task, which tries to generate a specific number of association rules. |
|
class FrequentItemSetMinerTask<ItemType : Item> : AbstractTask
A task, which tries to find a specific number of frequent item sets. |


| Assess Risk |
Breast Cancer Risk Assesment Result
Reminder: The Breast Cancer Risk Assessment Tool was designed for use by health professionals. If you are not a health professional, you are encouraged to discuss these results and your personal risk of breast cancer with your doctor.
Race/Ethnicity:
5 Year Risk
Explanation
Lifetime Risk
Explanation


An interface to 'subspaceMOA', a Framework for the Evaluation of subspace stream clustering algorithms. (see <http://dme.rwth-aachen.de/de/subspacemoa> for more information.)
| Version: | 0.6.0 |
| Depends: | stream (≥ 1.2), streamMOA (≥ 1.1) |
| Imports: | rJava (≥ 0.9), ggplot2 (≥ 1.0.1), gridExtra (≥ 2.0.0), grid (≥ 3.2.2), fields (≥ 8.3), magrittr (≥ 1.5), shiny (≥ 1.0.2), methods, stats (≥ 3.2.2) |
| Published: | 2017-04-25 |
| Author: |<EMAIL_ADDRESS>aachen.de") person("Matthias","Hansen",role="aut"), person("Yunsu","Kim",role="ctb"), person("Thomas","Seidl",role="ctb"), person("University of","Waikato",role=c("ctb","cph"))) |
| Maintainer: | Marwan Hassani <rsubspace at cs.rwth-aachen.de> |
| License: | GPL-2 |
| NeedsCompilation: | no |
| Materials: | README |
| CRAN checks: | subspaceMOA results |
| Reference manual: | subspaceMOA.pdf |
| Package source: | subspaceMOA_0.6.0.tar.gz |
| Windows binaries: | r-devel: subspaceMOA_0.6.0.zip, r-release: subspaceMOA_0.6.0.zip, r-oldrel: subspaceMOA_0.6.0.zip |
| OS X binaries: | r-release: subspaceMOA_0.6.0.tgz, r-oldrel: subspaceMOA_0.6.0.tgz |
| Old sources: | subspaceMOA archive |
Please use the canonical form https://CRAN.R-project.org/package=subspaceMOA to link to this page.


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Patient Encounter
- Basic Information
Attending Physician: Dr. Chyka
DOB: 02/23/2010
Weight:44.09lbs (20.0KG)
Medication Allergies:NKA
Complaint:Pneumonia/Asthma
- WARNING!
Recent laboratory results indicate abnormal results!
- Recent Medication Administration Record (MAR)
Medication: Amoxicillin, Last Amount: 11.25 ml (45mg) PO , Last given: 4 hrs ago, 24 hr Total: 22.5ml (900mg) , Max/Day: 25 ml (2000mg), Notes: None
Medication: Tussionex, Last Amount: 2.5ml (4.00/5.00mg) PO , Last given: 12 hrs ago, 24 hr Total: 2.5ml (4.00/5.00 mg) , Max/Day: 7.5ml (12/15mg) , Notes: None
Medication: Pediapred, Last Amount: 10.00ml (10.00mg) PO , Last given: 6 hrs ago, 24 hr Total: 20.00ml (20.00mg) , Max/Day: 60ml (60.00mg) , Notes: DISCONTINUED