Package org.apache.qpid.protonj2.codec
Interface Encoder
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- All Known Implementing Classes:
ProtonEncoder
public interface Encoder
Encode AMQP types into binary streams
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Method Summary
All Methods Instance Methods Abstract Methods Modifier and Type Method Description EncoderState
getCachedEncoderState()
Return a singletonEncoderState
instance that is meant to be shared within single threaded encoder interactions.TypeEncoder<?>
getTypeEncoder(java.lang.Class<?> typeClass)
Lookup aTypeEncoder
that would be used to encode the givenClass
.TypeEncoder<?>
getTypeEncoder(java.lang.Object value)
Lookup aTypeEncoder
that would be used to encode the givenObject
.EncoderState
newEncoderState()
Creates a newEncoderState
instance that can be used when interacting with the Encoder.<V> Encoder
registerDescribedTypeEncoder(DescribedTypeEncoder<V> encoder)
Register aDescribedTypeEncoder
which can be used when writing custom types using this encoder.void
writeArray(ProtonBuffer buffer, EncoderState state, boolean[] value)
Write the given array as with the proper array type encoding to the given buffer.void
writeArray(ProtonBuffer buffer, EncoderState state, byte[] value)
Write the given array as with the proper array type encoding to the given buffer.void
writeArray(ProtonBuffer buffer, EncoderState state, char[] value)
Write the given array as with the proper array type encoding to the given buffer.void
writeArray(ProtonBuffer buffer, EncoderState state, double[] value)
Write the given array as with the proper array type encoding to the given buffer.void
writeArray(ProtonBuffer buffer, EncoderState state, float[] value)
Write the given array as with the proper array type encoding to the given buffer.void
writeArray(ProtonBuffer buffer, EncoderState state, int[] value)
Write the given array as with the proper array type encoding to the given buffer.void
writeArray(ProtonBuffer buffer, EncoderState state, long[] value)
Write the given array as with the proper array type encoding to the given buffer.void
writeArray(ProtonBuffer buffer, EncoderState state, short[] value)
Write the given array as with the proper array type encoding to the given buffer.void
writeArray(ProtonBuffer buffer, EncoderState state, java.lang.Object[] value)
Write the given array as with the proper array type encoding to the given buffer.void
writeArray(ProtonBuffer buffer, EncoderState state, java.util.UUID[] value)
Write the given array as with the proper array type encoding to the given buffer.void
writeArray(ProtonBuffer buffer, EncoderState state, Decimal128[] value)
Write the given array as with the proper array type encoding to the given buffer.void
writeArray(ProtonBuffer buffer, EncoderState state, Decimal32[] value)
Write the given array as with the proper array type encoding to the given buffer.void
writeArray(ProtonBuffer buffer, EncoderState state, Decimal64[] value)
Write the given array as with the proper array type encoding to the given buffer.void
writeArray(ProtonBuffer buffer, EncoderState state, Symbol[] value)
Write the given array as with the proper array type encoding to the given buffer.void
writeArray(ProtonBuffer buffer, EncoderState state, UnsignedByte[] value)
Write the given array as with the proper array type encoding to the given buffer.void
writeArray(ProtonBuffer buffer, EncoderState state, UnsignedInteger[] value)
Write the given array as with the proper array type encoding to the given buffer.void
writeArray(ProtonBuffer buffer, EncoderState state, UnsignedLong[] value)
Write the given array as with the proper array type encoding to the given buffer.void
writeArray(ProtonBuffer buffer, EncoderState state, UnsignedShort[] value)
Write the given array as with the proper array type encoding to the given buffer.void
writeBinary(ProtonBuffer buffer, EncoderState state, byte[] value)
Writes the contents of the givenbyte
value into the providedProtonBuffer
instance as an AMQP Binary type.void
writeBinary(ProtonBuffer buffer, EncoderState state, ProtonBuffer value)
Writes the contents of the givenProtonBuffer
value into the providedProtonBuffer
instance as an AMQP Binary type.void
writeBinary(ProtonBuffer buffer, EncoderState state, Binary value)
Writes the contents of the givenBinary
value into the providedProtonBuffer
instance as an AMQP Binary type.void
writeBoolean(ProtonBuffer buffer, EncoderState state, boolean value)
Write aBoolean
type encoding to the given buffer.void
writeBoolean(ProtonBuffer buffer, EncoderState state, java.lang.Boolean value)
Write aBoolean
type encoding to the given buffer.void
writeByte(ProtonBuffer buffer, EncoderState state, byte value)
Write aByte
type encoding to the given buffer.void
writeByte(ProtonBuffer buffer, EncoderState state, java.lang.Byte value)
Write aByte
type encoding to the given buffer.void
writeCharacter(ProtonBuffer buffer, EncoderState state, char value)
Write aCharacter
type encoding to the given buffer.void
writeCharacter(ProtonBuffer buffer, EncoderState state, java.lang.Character value)
Write aCharacter
type encoding to the given buffer.void
writeDecimal128(ProtonBuffer buffer, EncoderState state, Decimal128 value)
Write aDecimal128
type encoding to the given buffer.void
writeDecimal32(ProtonBuffer buffer, EncoderState state, Decimal32 value)
Write aDecimal32
type encoding to the given buffer.void
writeDecimal64(ProtonBuffer buffer, EncoderState state, Decimal64 value)
Write aDecimal64
type encoding to the given buffer.void
writeDeliveryTag(ProtonBuffer buffer, EncoderState state, DeliveryTag value)
Writes the contents of the givenDeliveryTag
value into the providedProtonBuffer
instance as an AMQP Binary type.void
writeDescribedType(ProtonBuffer buffer, EncoderState state, DescribedType value)
Write aDescribedType
type encoding to the given buffer.void
writeDouble(ProtonBuffer buffer, EncoderState state, double value)
Write aDouble
type encoding to the given buffer.void
writeDouble(ProtonBuffer buffer, EncoderState state, java.lang.Double value)
Write aDouble
type encoding to the given buffer.void
writeFloat(ProtonBuffer buffer, EncoderState state, float value)
Write aFloat
type encoding to the given buffer.void
writeFloat(ProtonBuffer buffer, EncoderState state, java.lang.Float value)
Write aFloat
type encoding to the given buffer.void
writeInteger(ProtonBuffer buffer, EncoderState state, int value)
Write aInteger
type encoding to the given buffer.void
writeInteger(ProtonBuffer buffer, EncoderState state, java.lang.Integer value)
Write aInteger
type encoding to the given buffer.<T> void
writeList(ProtonBuffer buffer, EncoderState state, java.util.List<T> value)
Write aList
type encoding to the given buffer.void
writeLong(ProtonBuffer buffer, EncoderState state, long value)
Write aLong
type encoding to the given buffer.void
writeLong(ProtonBuffer buffer, EncoderState state, java.lang.Long value)
Write aLong
type encoding to the given buffer.<K,V>
voidwriteMap(ProtonBuffer buffer, EncoderState state, java.util.Map<K,V> value)
Write aMap
type encoding to the given buffer.void
writeNull(ProtonBuffer buffer, EncoderState state)
Write a Null type encoding to the given buffer.void
writeObject(ProtonBuffer buffer, EncoderState state, java.lang.Object value)
Write the proper type encoding for the providedObject
to the given buffer if anTypeEncoder
can be found for it in the collection of registered type encoders..void
writeShort(ProtonBuffer buffer, EncoderState state, short value)
Write aShort
type encoding to the given buffer.void
writeShort(ProtonBuffer buffer, EncoderState state, java.lang.Short value)
Write aShort
type encoding to the given buffer.void
writeString(ProtonBuffer buffer, EncoderState state, java.lang.String value)
Write aString
type encoding to the given buffer.void
writeSymbol(ProtonBuffer buffer, EncoderState state, java.lang.String value)
Write aSymbol
type encoding to the given buffer.void
writeSymbol(ProtonBuffer buffer, EncoderState state, Symbol value)
Write aSymbol
type encoding to the given buffer.void
writeTimestamp(ProtonBuffer buffer, EncoderState state, long value)
Write a Time stamp type encoding to the given buffer.void
writeTimestamp(ProtonBuffer buffer, EncoderState state, java.util.Date value)
Write a Time stamp type encoding to the given buffer.void
writeUnsignedByte(ProtonBuffer buffer, EncoderState state, byte value)
Write anUnsignedByte
type encoding to the given buffer.void
writeUnsignedByte(ProtonBuffer buffer, EncoderState state, UnsignedByte value)
Write anUnsignedByte
type encoding to the given buffer.void
writeUnsignedInteger(ProtonBuffer buffer, EncoderState state, byte value)
Write aUnsignedInteger
type encoding to the given buffer.void
writeUnsignedInteger(ProtonBuffer buffer, EncoderState state, int value)
Write aUnsignedInteger
type encoding to the given buffer.void
writeUnsignedInteger(ProtonBuffer buffer, EncoderState state, long value)
Write aUnsignedInteger
type encoding to the given buffer using the provided value with appropriate range checks to ensure invalid input is not accepted.void
writeUnsignedInteger(ProtonBuffer buffer, EncoderState state, UnsignedInteger value)
Write aUnsignedInteger
type encoding to the given buffer.void
writeUnsignedLong(ProtonBuffer buffer, EncoderState state, byte value)
Write aUnsignedLong
type encoding to the given buffer.void
writeUnsignedLong(ProtonBuffer buffer, EncoderState state, long value)
Write aUnsignedLong
type encoding to the given buffer.void
writeUnsignedLong(ProtonBuffer buffer, EncoderState state, UnsignedLong value)
Write aUnsignedLong
type encoding to the given buffer.void
writeUnsignedShort(ProtonBuffer buffer, EncoderState state, int value)
Write aUnsignedShort
type encoding to the given buffer using the provided value with appropriate range checks to ensure invalid input is not accepted.void
writeUnsignedShort(ProtonBuffer buffer, EncoderState state, short value)
Write aUnsignedShort
type encoding to the given buffer.void
writeUnsignedShort(ProtonBuffer buffer, EncoderState state, UnsignedShort value)
Write aUnsignedShort
type encoding to the given buffer.void
writeUUID(ProtonBuffer buffer, EncoderState state, java.util.UUID value)
Write aUUID
type encoding to the given buffer.
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Method Detail
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newEncoderState
EncoderState newEncoderState()
Creates a newEncoderState
instance that can be used when interacting with the Encoder. For encoding that occurs on more than one thread while sharing a singleEncoder
instance a different state object per thread is required as theEncoderState
object can retain some state information during the encode process that could be corrupted if more than one thread were to share a single instance. For single threaded encoding work theEncoder
offers a utility cachedEncoderState
API that will return the same instance on each call which can reduce allocation overhead and make using theEncoder
simpler.- Returns:
- a newly constructed
EncoderState
instance.
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getCachedEncoderState
EncoderState getCachedEncoderState()
Return a singletonEncoderState
instance that is meant to be shared within single threaded encoder interactions. If more than one thread makes use of this cacheEncoderState
the results of any encoding done using this state object is not guaranteed to be correct. The returned instance will have its reset method called to ensure that any previously stored state data is cleared before the next use.- Returns:
- a cached
EncoderState
linked to this Encoder instance.
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writeNull
void writeNull(ProtonBuffer buffer, EncoderState state) throws EncodeException
Write a Null type encoding to the given buffer.- Parameters:
buffer
- The buffer where the write operation is targetedstate
- TheEncoderState
to use for any intermediate encoding work.- Throws:
EncodeException
- if an error occurs during the encode operation.
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writeBoolean
void writeBoolean(ProtonBuffer buffer, EncoderState state, boolean value) throws EncodeException
Write aBoolean
type encoding to the given buffer.- Parameters:
buffer
- The buffer where the write operation is targetedstate
- TheEncoderState
to use for any intermediate encoding work.value
- The value to be encoded into the provided buffer.- Throws:
EncodeException
- if an error occurs during the encode operation.
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writeBoolean
void writeBoolean(ProtonBuffer buffer, EncoderState state, java.lang.Boolean value) throws EncodeException
Write aBoolean
type encoding to the given buffer.- Parameters:
buffer
- The buffer where the write operation is targetedstate
- TheEncoderState
to use for any intermediate encoding work.value
- The value to be encoded into the provided buffer.- Throws:
EncodeException
- if an error occurs during the encode operation.
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writeUnsignedByte
void writeUnsignedByte(ProtonBuffer buffer, EncoderState state, UnsignedByte value) throws EncodeException
Write anUnsignedByte
type encoding to the given buffer.- Parameters:
buffer
- The buffer where the write operation is targetedstate
- TheEncoderState
to use for any intermediate encoding work.value
- The value to be encoded into the provided buffer.- Throws:
EncodeException
- if an error occurs during the encode operation.
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writeUnsignedByte
void writeUnsignedByte(ProtonBuffer buffer, EncoderState state, byte value) throws EncodeException
Write anUnsignedByte
type encoding to the given buffer.- Parameters:
buffer
- The buffer where the write operation is targetedstate
- TheEncoderState
to use for any intermediate encoding work.value
- The value to be encoded into the provided buffer.- Throws:
EncodeException
- if an error occurs during the encode operation.
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writeUnsignedShort
void writeUnsignedShort(ProtonBuffer buffer, EncoderState state, UnsignedShort value) throws EncodeException
Write aUnsignedShort
type encoding to the given buffer.- Parameters:
buffer
- The buffer where the write operation is targetedstate
- TheEncoderState
to use for any intermediate encoding work.value
- The value to be encoded into the provided buffer.- Throws:
EncodeException
- if an error occurs during the encode operation.
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writeUnsignedShort
void writeUnsignedShort(ProtonBuffer buffer, EncoderState state, short value) throws EncodeException
Write aUnsignedShort
type encoding to the given buffer.- Parameters:
buffer
- The buffer where the write operation is targetedstate
- TheEncoderState
to use for any intermediate encoding work.value
- The value to be encoded into the provided buffer.- Throws:
EncodeException
- if an error occurs during the encode operation.
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writeUnsignedShort
void writeUnsignedShort(ProtonBuffer buffer, EncoderState state, int value) throws EncodeException
Write aUnsignedShort
type encoding to the given buffer using the provided value with appropriate range checks to ensure invalid input is not accepted.- Parameters:
buffer
- The buffer where the write operation is targetedstate
- TheEncoderState
to use for any intermediate encoding work.value
- The value to be encoded into the provided buffer.- Throws:
EncodeException
- if an error occurs during the encode operation.
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writeUnsignedInteger
void writeUnsignedInteger(ProtonBuffer buffer, EncoderState state, UnsignedInteger value) throws EncodeException
Write aUnsignedInteger
type encoding to the given buffer.- Parameters:
buffer
- The buffer where the write operation is targetedstate
- TheEncoderState
to use for any intermediate encoding work.value
- The value to be encoded into the provided buffer.- Throws:
EncodeException
- if an error occurs during the encode operation.
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writeUnsignedInteger
void writeUnsignedInteger(ProtonBuffer buffer, EncoderState state, byte value) throws EncodeException
Write aUnsignedInteger
type encoding to the given buffer.- Parameters:
buffer
- The buffer where the write operation is targetedstate
- TheEncoderState
to use for any intermediate encoding work.value
- The value to be encoded into the provided buffer.- Throws:
EncodeException
- if an error occurs during the encode operation.
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writeUnsignedInteger
void writeUnsignedInteger(ProtonBuffer buffer, EncoderState state, int value) throws EncodeException
Write aUnsignedInteger
type encoding to the given buffer.- Parameters:
buffer
- The buffer where the write operation is targetedstate
- TheEncoderState
to use for any intermediate encoding work.value
- The value to be encoded into the provided buffer.- Throws:
EncodeException
- if an error occurs during the encode operation.
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writeUnsignedInteger
void writeUnsignedInteger(ProtonBuffer buffer, EncoderState state, long value) throws EncodeException
Write aUnsignedInteger
type encoding to the given buffer using the provided value with appropriate range checks to ensure invalid input is not accepted.- Parameters:
buffer
- The buffer where the write operation is targetedstate
- TheEncoderState
to use for any intermediate encoding work.value
- The value to be encoded into the provided buffer.- Throws:
EncodeException
- if an error occurs during the encode operation.
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writeUnsignedLong
void writeUnsignedLong(ProtonBuffer buffer, EncoderState state, UnsignedLong value) throws EncodeException
Write aUnsignedLong
type encoding to the given buffer.- Parameters:
buffer
- The buffer where the write operation is targetedstate
- TheEncoderState
to use for any intermediate encoding work.value
- The value to be encoded into the provided buffer.- Throws:
EncodeException
- if an error occurs during the encode operation.
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writeUnsignedLong
void writeUnsignedLong(ProtonBuffer buffer, EncoderState state, byte value) throws EncodeException
Write aUnsignedLong
type encoding to the given buffer.- Parameters:
buffer
- The buffer where the write operation is targetedstate
- TheEncoderState
to use for any intermediate encoding work.value
- The value to be encoded into the provided buffer.- Throws:
EncodeException
- if an error occurs during the encode operation.
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writeUnsignedLong
void writeUnsignedLong(ProtonBuffer buffer, EncoderState state, long value) throws EncodeException
Write aUnsignedLong
type encoding to the given buffer.- Parameters:
buffer
- The buffer where the write operation is targetedstate
- TheEncoderState
to use for any intermediate encoding work.value
- The value to be encoded into the provided buffer.- Throws:
EncodeException
- if an error occurs during the encode operation.
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writeByte
void writeByte(ProtonBuffer buffer, EncoderState state, byte value) throws EncodeException
Write aByte
type encoding to the given buffer.- Parameters:
buffer
- The buffer where the write operation is targetedstate
- TheEncoderState
to use for any intermediate encoding work.value
- The value to be encoded into the provided buffer.- Throws:
EncodeException
- if an error occurs during the encode operation.
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writeByte
void writeByte(ProtonBuffer buffer, EncoderState state, java.lang.Byte value) throws EncodeException
Write aByte
type encoding to the given buffer.- Parameters:
buffer
- The buffer where the write operation is targetedstate
- TheEncoderState
to use for any intermediate encoding work.value
- The value to be encoded into the provided buffer.- Throws:
EncodeException
- if an error occurs during the encode operation.
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writeShort
void writeShort(ProtonBuffer buffer, EncoderState state, short value) throws EncodeException
Write aShort
type encoding to the given buffer.- Parameters:
buffer
- The buffer where the write operation is targetedstate
- TheEncoderState
to use for any intermediate encoding work.value
- The value to be encoded into the provided buffer.- Throws:
EncodeException
- if an error occurs during the encode operation.
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writeShort
void writeShort(ProtonBuffer buffer, EncoderState state, java.lang.Short value) throws EncodeException
Write aShort
type encoding to the given buffer.- Parameters:
buffer
- The buffer where the write operation is targetedstate
- TheEncoderState
to use for any intermediate encoding work.value
- The value to be encoded into the provided buffer.- Throws:
EncodeException
- if an error occurs during the encode operation.
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writeInteger
void writeInteger(ProtonBuffer buffer, EncoderState state, int value) throws EncodeException
Write aInteger
type encoding to the given buffer.- Parameters:
buffer
- The buffer where the write operation is targetedstate
- TheEncoderState
to use for any intermediate encoding work.value
- The value to be encoded into the provided buffer.- Throws:
EncodeException
- if an error occurs during the encode operation.
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writeInteger
void writeInteger(ProtonBuffer buffer, EncoderState state, java.lang.Integer value) throws EncodeException
Write aInteger
type encoding to the given buffer.- Parameters:
buffer
- The buffer where the write operation is targetedstate
- TheEncoderState
to use for any intermediate encoding work.value
- The value to be encoded into the provided buffer.- Throws:
EncodeException
- if an error occurs during the encode operation.
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writeLong
void writeLong(ProtonBuffer buffer, EncoderState state, long value) throws EncodeException
Write aLong
type encoding to the given buffer.- Parameters:
buffer
- The buffer where the write operation is targetedstate
- TheEncoderState
to use for any intermediate encoding work.value
- The value to be encoded into the provided buffer.- Throws:
EncodeException
- if an error occurs during the encode operation.
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writeLong
void writeLong(ProtonBuffer buffer, EncoderState state, java.lang.Long value) throws EncodeException
Write aLong
type encoding to the given buffer.- Parameters:
buffer
- The buffer where the write operation is targetedstate
- TheEncoderState
to use for any intermediate encoding work.value
- The value to be encoded into the provided buffer.- Throws:
EncodeException
- if an error occurs during the encode operation.
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writeFloat
void writeFloat(ProtonBuffer buffer, EncoderState state, float value) throws EncodeException
Write aFloat
type encoding to the given buffer.- Parameters:
buffer
- The buffer where the write operation is targetedstate
- TheEncoderState
to use for any intermediate encoding work.value
- The value to be encoded into the provided buffer.- Throws:
EncodeException
- if an error occurs during the encode operation.
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writeFloat
void writeFloat(ProtonBuffer buffer, EncoderState state, java.lang.Float value) throws EncodeException
Write aFloat
type encoding to the given buffer.- Parameters:
buffer
- The buffer where the write operation is targetedstate
- TheEncoderState
to use for any intermediate encoding work.value
- The value to be encoded into the provided buffer.- Throws:
EncodeException
- if an error occurs during the encode operation.
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writeDouble
void writeDouble(ProtonBuffer buffer, EncoderState state, double value) throws EncodeException
Write aDouble
type encoding to the given buffer.- Parameters:
buffer
- The buffer where the write operation is targetedstate
- TheEncoderState
to use for any intermediate encoding work.value
- The value to be encoded into the provided buffer.- Throws:
EncodeException
- if an error occurs during the encode operation.
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writeDouble
void writeDouble(ProtonBuffer buffer, EncoderState state, java.lang.Double value) throws EncodeException
Write aDouble
type encoding to the given buffer.- Parameters:
buffer
- The buffer where the write operation is targetedstate
- TheEncoderState
to use for any intermediate encoding work.value
- The value to be encoded into the provided buffer.- Throws:
EncodeException
- if an error occurs during the encode operation.
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writeDecimal32
void writeDecimal32(ProtonBuffer buffer, EncoderState state, Decimal32 value) throws EncodeException
Write aDecimal32
type encoding to the given buffer.- Parameters:
buffer
- The buffer where the write operation is targetedstate
- TheEncoderState
to use for any intermediate encoding work.value
- The value to be encoded into the provided buffer.- Throws:
EncodeException
- if an error occurs during the encode operation.
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writeDecimal64
void writeDecimal64(ProtonBuffer buffer, EncoderState state, Decimal64 value) throws EncodeException
Write aDecimal64
type encoding to the given buffer.- Parameters:
buffer
- The buffer where the write operation is targetedstate
- TheEncoderState
to use for any intermediate encoding work.value
- The value to be encoded into the provided buffer.- Throws:
EncodeException
- if an error occurs during the encode operation.
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writeDecimal128
void writeDecimal128(ProtonBuffer buffer, EncoderState state, Decimal128 value) throws EncodeException
Write aDecimal128
type encoding to the given buffer.- Parameters:
buffer
- The buffer where the write operation is targetedstate
- TheEncoderState
to use for any intermediate encoding work.value
- The value to be encoded into the provided buffer.- Throws:
EncodeException
- if an error occurs during the encode operation.
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writeCharacter
void writeCharacter(ProtonBuffer buffer, EncoderState state, char value) throws EncodeException
Write aCharacter
type encoding to the given buffer.- Parameters:
buffer
- The buffer where the write operation is targetedstate
- TheEncoderState
to use for any intermediate encoding work.value
- The value to be encoded into the provided buffer.- Throws:
EncodeException
- if an error occurs during the encode operation.
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writeCharacter
void writeCharacter(ProtonBuffer buffer, EncoderState state, java.lang.Character value) throws EncodeException
Write aCharacter
type encoding to the given buffer.- Parameters:
buffer
- The buffer where the write operation is targetedstate
- TheEncoderState
to use for any intermediate encoding work.value
- The value to be encoded into the provided buffer.- Throws:
EncodeException
- if an error occurs during the encode operation.
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writeTimestamp
void writeTimestamp(ProtonBuffer buffer, EncoderState state, long value) throws EncodeException
Write a Time stamp type encoding to the given buffer.- Parameters:
buffer
- The buffer where the write operation is targetedstate
- TheEncoderState
to use for any intermediate encoding work.value
- The value to be encoded into the provided buffer.- Throws:
EncodeException
- if an error occurs during the encode operation.
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writeTimestamp
void writeTimestamp(ProtonBuffer buffer, EncoderState state, java.util.Date value) throws EncodeException
Write a Time stamp type encoding to the given buffer.- Parameters:
buffer
- The buffer where the write operation is targetedstate
- TheEncoderState
to use for any intermediate encoding work.value
- The value to be encoded into the provided buffer.- Throws:
EncodeException
- if an error occurs during the encode operation.
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writeUUID
void writeUUID(ProtonBuffer buffer, EncoderState state, java.util.UUID value) throws EncodeException
Write aUUID
type encoding to the given buffer.- Parameters:
buffer
- The buffer where the write operation is targetedstate
- TheEncoderState
to use for any intermediate encoding work.value
- The value to be encoded into the provided buffer.- Throws:
EncodeException
- if an error occurs during the encode operation.
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writeBinary
void writeBinary(ProtonBuffer buffer, EncoderState state, Binary value) throws EncodeException
Writes the contents of the givenBinary
value into the providedProtonBuffer
instance as an AMQP Binary type.If the provided value to write is null an AMQP null type is encoded into the target buffer.
- Parameters:
buffer
- The buffer where the write operation is targetedstate
- TheEncoderState
to use for any intermediate encoding work.value
- The value to be encoded into the provided buffer.- Throws:
EncodeException
- if an error occurs during the encode operation.
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writeBinary
void writeBinary(ProtonBuffer buffer, EncoderState state, ProtonBuffer value) throws EncodeException
Writes the contents of the givenProtonBuffer
value into the providedProtonBuffer
instance as an AMQP Binary type. This method does not modify the read index of the value given such that is can be read later or written again without needing to reset the read index manually.If the provided value to write is null an AMQP null type is encoded into the target buffer.
- Parameters:
buffer
- the target buffer where the binary value is to be encodedstate
- theEncoderState
instance that manages the calling threads state tracking.value
- theProtonBuffer
value to be encoded as an AMQP binary instance.- Throws:
EncodeException
- if an error occurs while performing the encode
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writeBinary
void writeBinary(ProtonBuffer buffer, EncoderState state, byte[] value) throws EncodeException
Writes the contents of the givenbyte
value into the providedProtonBuffer
instance as an AMQP Binary type.If the provided value to write is null an AMQP null type is encoded into the target buffer.
- Parameters:
buffer
- the target buffer where the binary value is to be encodedstate
- theEncoderState
instance that manages the calling threads state tracking.value
- theProtonBuffer
value to be encoded as an AMQP binary instance.- Throws:
EncodeException
- if an error occurs while performing the encode
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writeString
void writeString(ProtonBuffer buffer, EncoderState state, java.lang.String value) throws EncodeException
Write aString
type encoding to the given buffer.- Parameters:
buffer
- The buffer where the write operation is targetedstate
- TheEncoderState
to use for any intermediate encoding work.value
- The value to be encoded into the provided buffer.- Throws:
EncodeException
- if an error occurs during the encode operation.
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writeSymbol
void writeSymbol(ProtonBuffer buffer, EncoderState state, Symbol value) throws EncodeException
Write aSymbol
type encoding to the given buffer.- Parameters:
buffer
- The buffer where the write operation is targetedstate
- TheEncoderState
to use for any intermediate encoding work.value
- The value to be encoded into the provided buffer.- Throws:
EncodeException
- if an error occurs during the encode operation.
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writeSymbol
void writeSymbol(ProtonBuffer buffer, EncoderState state, java.lang.String value) throws EncodeException
Write aSymbol
type encoding to the given buffer. The providedString
instance should contain only ASCII characters and the encoder should throw anEncodeException
if a non-ASCII character is encountered.- Parameters:
buffer
- The buffer where the write operation is targetedstate
- TheEncoderState
to use for any intermediate encoding work.value
- The value to be encoded into the provided buffer.- Throws:
EncodeException
- if an error occurs during the encode operation.
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writeList
<T> void writeList(ProtonBuffer buffer, EncoderState state, java.util.List<T> value) throws EncodeException
Write aList
type encoding to the given buffer.- Type Parameters:
T
- The type that comprises theList
entries.- Parameters:
buffer
- The buffer where the write operation is targetedstate
- TheEncoderState
to use for any intermediate encoding work.value
- The value to be encoded into the provided buffer.- Throws:
EncodeException
- if an error occurs during the encode operation.
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writeMap
<K,V> void writeMap(ProtonBuffer buffer, EncoderState state, java.util.Map<K,V> value) throws EncodeException
Write aMap
type encoding to the given buffer.- Type Parameters:
K
- the type that comprises theMap
keys.V
- the type that comprises theMap
values.- Parameters:
buffer
- The buffer where the write operation is targetedstate
- TheEncoderState
to use for any intermediate encoding work.value
- The value to be encoded into the provided buffer.- Throws:
EncodeException
- if an error occurs during the encode operation.
-
writeDeliveryTag
void writeDeliveryTag(ProtonBuffer buffer, EncoderState state, DeliveryTag value) throws EncodeException
Writes the contents of the givenDeliveryTag
value into the providedProtonBuffer
instance as an AMQP Binary type.If the provided value to write is null an AMQP null type is encoded into the target buffer.
- Parameters:
buffer
- the target buffer where the binary value is to be encodedstate
- theEncoderState
instance that manages the calling threads state tracking.value
- theDeliveryTag
value to be encoded as an AMQP binary instance.- Throws:
EncodeException
- if an error occurs while performing the encode
-
writeDescribedType
void writeDescribedType(ProtonBuffer buffer, EncoderState state, DescribedType value) throws EncodeException
Write aDescribedType
type encoding to the given buffer.- Parameters:
buffer
- The buffer where the write operation is targetedstate
- TheEncoderState
to use for any intermediate encoding work.value
- The value to be encoded into the provided buffer.- Throws:
EncodeException
- if an error occurs during the encode operation.
-
writeObject
void writeObject(ProtonBuffer buffer, EncoderState state, java.lang.Object value) throws EncodeException
Write the proper type encoding for the providedObject
to the given buffer if anTypeEncoder
can be found for it in the collection of registered type encoders..- Parameters:
buffer
- The buffer where the write operation is targetedstate
- TheEncoderState
to use for any intermediate encoding work.value
- The value to be encoded into the provided buffer.- Throws:
EncodeException
- if an error occurs during the encode operation.
-
writeArray
void writeArray(ProtonBuffer buffer, EncoderState state, boolean[] value) throws EncodeException
Write the given array as with the proper array type encoding to the given buffer.- Parameters:
buffer
- The buffer where the write operation is targetedstate
- TheEncoderState
to use for any intermediate encoding work.value
- The value to be encoded into the provided buffer.- Throws:
EncodeException
- if an error occurs during the encode operation.
-
writeArray
void writeArray(ProtonBuffer buffer, EncoderState state, byte[] value) throws EncodeException
Write the given array as with the proper array type encoding to the given buffer.- Parameters:
buffer
- The buffer where the write operation is targetedstate
- TheEncoderState
to use for any intermediate encoding work.value
- The value to be encoded into the provided buffer.- Throws:
EncodeException
- if an error occurs during the encode operation.
-
writeArray
void writeArray(ProtonBuffer buffer, EncoderState state, short[] value) throws EncodeException
Write the given array as with the proper array type encoding to the given buffer.- Parameters:
buffer
- The buffer where the write operation is targetedstate
- TheEncoderState
to use for any intermediate encoding work.value
- The value to be encoded into the provided buffer.- Throws:
EncodeException
- if an error occurs during the encode operation.
-
writeArray
void writeArray(ProtonBuffer buffer, EncoderState state, int[] value) throws EncodeException
Write the given array as with the proper array type encoding to the given buffer.- Parameters:
buffer
- The buffer where the write operation is targetedstate
- TheEncoderState
to use for any intermediate encoding work.value
- The value to be encoded into the provided buffer.- Throws:
EncodeException
- if an error occurs during the encode operation.
-
writeArray
void writeArray(ProtonBuffer buffer, EncoderState state, long[] value) throws EncodeException
Write the given array as with the proper array type encoding to the given buffer.- Parameters:
buffer
- The buffer where the write operation is targetedstate
- TheEncoderState
to use for any intermediate encoding work.value
- The value to be encoded into the provided buffer.- Throws:
EncodeException
- if an error occurs during the encode operation.
-
writeArray
void writeArray(ProtonBuffer buffer, EncoderState state, float[] value) throws EncodeException
Write the given array as with the proper array type encoding to the given buffer.- Parameters:
buffer
- The buffer where the write operation is targetedstate
- TheEncoderState
to use for any intermediate encoding work.value
- The value to be encoded into the provided buffer.- Throws:
EncodeException
- if an error occurs during the encode operation.
-
writeArray
void writeArray(ProtonBuffer buffer, EncoderState state, double[] value) throws EncodeException
Write the given array as with the proper array type encoding to the given buffer.- Parameters:
buffer
- The buffer where the write operation is targetedstate
- TheEncoderState
to use for any intermediate encoding work.value
- The value to be encoded into the provided buffer.- Throws:
EncodeException
- if an error occurs during the encode operation.
-
writeArray
void writeArray(ProtonBuffer buffer, EncoderState state, char[] value) throws EncodeException
Write the given array as with the proper array type encoding to the given buffer.- Parameters:
buffer
- The buffer where the write operation is targetedstate
- TheEncoderState
to use for any intermediate encoding work.value
- The value to be encoded into the provided buffer.- Throws:
EncodeException
- if an error occurs during the encode operation.
-
writeArray
void writeArray(ProtonBuffer buffer, EncoderState state, java.lang.Object[] value) throws EncodeException
Write the given array as with the proper array type encoding to the given buffer.- Parameters:
buffer
- The buffer where the write operation is targetedstate
- TheEncoderState
to use for any intermediate encoding work.value
- The value to be encoded into the provided buffer.- Throws:
EncodeException
- if an error occurs during the encode operation.
-
writeArray
void writeArray(ProtonBuffer buffer, EncoderState state, Decimal32[] value) throws EncodeException
Write the given array as with the proper array type encoding to the given buffer.- Parameters:
buffer
- The buffer where the write operation is targetedstate
- TheEncoderState
to use for any intermediate encoding work.value
- The value to be encoded into the provided buffer.- Throws:
EncodeException
- if an error occurs during the encode operation.
-
writeArray
void writeArray(ProtonBuffer buffer, EncoderState state, Decimal64[] value) throws EncodeException
Write the given array as with the proper array type encoding to the given buffer.- Parameters:
buffer
- The buffer where the write operation is targetedstate
- TheEncoderState
to use for any intermediate encoding work.value
- The value to be encoded into the provided buffer.- Throws:
EncodeException
- if an error occurs during the encode operation.
-
writeArray
void writeArray(ProtonBuffer buffer, EncoderState state, Decimal128[] value) throws EncodeException
Write the given array as with the proper array type encoding to the given buffer.- Parameters:
buffer
- The buffer where the write operation is targetedstate
- TheEncoderState
to use for any intermediate encoding work.value
- The value to be encoded into the provided buffer.- Throws:
EncodeException
- if an error occurs during the encode operation.
-
writeArray
void writeArray(ProtonBuffer buffer, EncoderState state, Symbol[] value) throws EncodeException
Write the given array as with the proper array type encoding to the given buffer.- Parameters:
buffer
- The buffer where the write operation is targetedstate
- TheEncoderState
to use for any intermediate encoding work.value
- The value to be encoded into the provided buffer.- Throws:
EncodeException
- if an error occurs during the encode operation.
-
writeArray
void writeArray(ProtonBuffer buffer, EncoderState state, UnsignedByte[] value) throws EncodeException
Write the given array as with the proper array type encoding to the given buffer.- Parameters:
buffer
- The buffer where the write operation is targetedstate
- TheEncoderState
to use for any intermediate encoding work.value
- The value to be encoded into the provided buffer.- Throws:
EncodeException
- if an error occurs during the encode operation.
-
writeArray
void writeArray(ProtonBuffer buffer, EncoderState state, UnsignedShort[] value) throws EncodeException
Write the given array as with the proper array type encoding to the given buffer.- Parameters:
buffer
- The buffer where the write operation is targetedstate
- TheEncoderState
to use for any intermediate encoding work.value
- The value to be encoded into the provided buffer.- Throws:
EncodeException
- if an error occurs during the encode operation.
-
writeArray
void writeArray(ProtonBuffer buffer, EncoderState state, UnsignedInteger[] value) throws EncodeException
Write the given array as with the proper array type encoding to the given buffer.- Parameters:
buffer
- The buffer where the write operation is targetedstate
- TheEncoderState
to use for any intermediate encoding work.value
- The value to be encoded into the provided buffer.- Throws:
EncodeException
- if an error occurs during the encode operation.
-
writeArray
void writeArray(ProtonBuffer buffer, EncoderState state, UnsignedLong[] value) throws EncodeException
Write the given array as with the proper array type encoding to the given buffer.- Parameters:
buffer
- The buffer where the write operation is targetedstate
- TheEncoderState
to use for any intermediate encoding work.value
- The value to be encoded into the provided buffer.- Throws:
EncodeException
- if an error occurs during the encode operation.
-
writeArray
void writeArray(ProtonBuffer buffer, EncoderState state, java.util.UUID[] value) throws EncodeException
Write the given array as with the proper array type encoding to the given buffer.- Parameters:
buffer
- The buffer where the write operation is targetedstate
- TheEncoderState
to use for any intermediate encoding work.value
- The value to be encoded into the provided buffer.- Throws:
EncodeException
- if an error occurs during the encode operation.
-
registerDescribedTypeEncoder
<V> Encoder registerDescribedTypeEncoder(DescribedTypeEncoder<V> encoder) throws EncodeException
Register aDescribedTypeEncoder
which can be used when writing custom types using this encoder. When an Object write is performed the type encoder registry will be consulted in order to find the best match for the givenObject
instance.- Type Parameters:
V
- The type that the encoder handles.- Parameters:
encoder
- A newDescribedTypeEncoder
that will be used when encoding its matching type.- Returns:
- this
Encoder
instance. - Throws:
EncodeException
- if an error occurs while adding the encoder to the registry.
-
getTypeEncoder
TypeEncoder<?> getTypeEncoder(java.lang.Object value)
Lookup aTypeEncoder
that would be used to encode the givenObject
.- Parameters:
value
- The value which should be used to resolve theTypeEncoder
that encodes it.- Returns:
- the matching
TypeEncoder
for the given value or null if no match found.
-
getTypeEncoder
TypeEncoder<?> getTypeEncoder(java.lang.Class<?> typeClass)
Lookup aTypeEncoder
that would be used to encode the givenClass
.- Parameters:
typeClass
- TheClass
which should be used to resolve theTypeEncoder
that encodes it.- Returns:
- the matching
TypeEncoder
for the given value or null if no match found.
-
-


In the morning we walked to Pamplona, our first city. I ran into Maria and chatted with her for a brief moment before running off with the girls to get breakfast. I didn’t know it then, but that would be my final conversation with her. One thing the Camino teaches you, by nature of necessity, is how to let go. Of people, places, your past. The present demands it be so.
We stopped at a small bakery near the entrance of the city. The owners were friendly, the chocolate and pastries delectable.
This was the first day I distanced myself from the group. At our usual lunch time, I decided to continue walking. I felt the need to recenter myself, to have some alone time. I told the girls and they understood – they even encouraged it – and I walked on.
The landscape opened, and I could see for miles on end in every direction. Small farms and grainy fields, naked mountains and green hilltops decorated the horizon. As I walked into the vastness, I felt a growing sense of calm, a clarity of mind, and a strengthening of body and soul.
…
I arrived at our destination, Zariquiegui, much sooner than expected. M arrived shortly after as did Matilde and Franca, and we checked into a small albergue. We reconvened outside and chatted over drinks – I with red wine, M with her milk, and Franca and Matilde with their beers. Afterwards we separated ways and explored town on our own. I walked up a small hill overlooking Zariquiegui, wrote, and meditated.
On my way back down, I noticed that M was sitting on a curb listening to music. I went over and asked if I could join. She said the music she listened to was unusual and “not fit for [my] American ears,” but she eventually conceded and gave me her right earbud. I enjoyed the melodies but didn’t understand a single word – it was all in French.
…
 In the distance, tiny orbs of light were giving shape to the unknown.
It was a moment I didn’t want to end. We were all high on life, drinking from the cusp of time and infinity, somewhere in the depths of a beautiful and wonderfully dark universe.


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Karelian Bear Dog
| Karelian Bear Dog | |
| Breed Information | |
|---|---|
| Popularity | # |
| Name | Karelian Bear Dog |
| Other names | KBD, Karjalankarhukoira, Karelsk Björnhund |
| Origin | Finland |
| Breed Group | Northern (UKC) |
| Size | Medium |
| Type | Purebred |
| Life span | 10-12 years |
| Temperament | BraveCautiousLoyalIndependentTenaciousTerritorial |
| Height | 19-23 inches (48-58 cm) |
| Weight | 44-50 pounds (20-23 kg) |
| Colors | BlackBlack & White |
| Litter Size | 4-8 puppies |
| Puppy Price | Average $1000 - $1200 USD |
| Breed Characteristics | |
| Adaptability | 4 stars |
| Apartment Friendly | 2 starsThe Karelian Bear Dog is not recommended for apartment life. It should have acreage or a farm so it can run. These animals do not like to be confined. They can be kept in an outdoor kennel as long as they get plenty of chances to run. |
| Barking Tendencies | 3 starsOccassional |
| Cat Friendly | 3 stars |
| Child Friendly | 3 starsNot Good with Kids: In isolation, this dog breed might not be the best option for kids. However, to mitigate the risks, have the puppy grow up with kids and provide it with plenty of pleasant and relaxed experiences with them. |
| Dog Friendly | 3 stars |
| Exercise Needs | 5 stars |
| Grooming | 4 starsThe all-weather coat is easy to care for, requiring little attention. Use a metal comb when the dog is shedding for easy removal of the lose hair from the undercoat. Like other Arctic dogs, the Karelian Bear Dog does not have doggie odor. This breed is an average shedder. |
| Health Issues | 1 starsThis is a fairly healthy breed.Hypoallergenic: No |
| Intelligence | 3 starsRanking: (#). (See All Rankings) |
| Playfulness | 3 stars |
| Shedding Level | 3 starsModerate Shedding: Expect this dog to shed regularly. Be prepared to vacuum often. Brushing will reduce shedding as well as make the coat softer and cleaner. |
| Stranger Friendly | 3 stars |
| Trainability | 1 starsDifficult Training: Training will be difficult, which might not be suitable for a first time dog owner. Patience and perseverance are required to adequately train it. Professional obedience schools can also be helpful. |
| Watchdog Ability | 4 stars |
| Karelian Bear Dog Puppy Picture | ||
| Puppy Names | ||
|---|---|---|
| Rank | Male | Female |
| 01 | Max | Molly |
| 02 | Buddy | Bella |
| 03 | Toby | Lola |
| 04 | Oscar | Roxy |
| 05 | Oliver | Luna |
| 06 | Riley | Maggie |
| 07 | Harley | Roxy |
| 08 | Teddy | Luna |
| 09 | Jake | Nala |
| 10 | Baxter | Stella |
| See All Names › |
| Overview |
|---|
|
The Karelian Bear Dog is a medium-sized, sturdily-built, Spitz-type dog, with a triangular-shaped head, prick ears, and a harsh, straight, black or black and white coat that is of medium length. The length of body, from point of buttocks to point of sternum, is just slightly longer than the height, measured at the withers. Slightly longer coat on the thighs may make the length of body appear greater. The tail is carried in a loose curl over the back, although a natural bob or stub tail is acceptable. Honorable scars or other evidences of injury resulting from working in the field are not to be penalized. The Karelian Bear Dog has a reserved but stable temperament and is very devoted to its master. Karelians have strong hunting instincts. They are normally aggressive with other dogs, particularly in their own territory, so they do not work well in a pack. They are fearless and self confident, and will attack bear and other large game without hesitation. Their senses, particularly the sense of smell, are very keen. They are never aggressive towards people. |
| History |
| According to archeological records, dogs very similar to the modern Russo-European Laika and the Karelian Bear Dog existed in northeastern Europe and Scandinavia since Neolithic times. The breed standard for KBDs and Laikas today calls for a black-and-white marked dog, but originally the breed included individuals with coats of wolf gray of various shades, red coats like the standard spitz, and black-and-tan specimens as well. |


Looking Back: Amazing Try From Nevin Spence In Ulster Win Over Bath
by Michael CorryUlster visit The Recreation Ground today looking to extend their undefeated streak over Bath to five games in the Heineken Champions Cup.
An intriguing battle is expected as Bath welcome World Cup star Sam Underhill while Iain Henderson returns to the northern province to make his bow as the new captain of Ulster.
Dan McFarland’s side are also boosted by the return of Marcell Coetzee and Will Addison with the other tasty sub-plot to this encounter seeing brothers Billy and Freddie Burns line up against one another at The Rec.
As stated, Ulster will be looking to stretch their undefeated streak over Bath to five on the spin in what they hope will be another memorable run in Europe.
The last encounter between these two rugby heavyweights came almost nine years ago as a strong Ulster side fought their way from behind to defeat Bath and round off an impressive pool stage campaign that saw them finish second behind Biarritz.
However, the game is remembered fondly for one moment in particular when the late Nevin Spence finished off an amazing Ulster try in the final quarter of the game that put the northern province in the ascendency as they went on to record a 22-26 victory.
Ulster trailed by 14-13 as the game entered the final half-hour before turning the game on its head with a passage of play lasting 19 phases eventually finished by Spence who made three strong carries in the build-up before acrobatically flipping over as he finished the score.
Looking back, it’s amazing to think that Spence was only 20-years-old in this game such was the maturity and leadership in his performance throughout.
Sadly it would be a little under two years later that the promising young player was taken too soon alongside his father and brother in a tragic accident.
No doubt when Iain Henderson leads Ulster out this afternoon they will be thinking of the great Nevin Spence and how he continues to inspire the northern province to this day.
_____


‘Expedite work on projects under Smart City Mission’
by DHNSDeputy Commissioner Sindhu B Rupesh has directed officials to expedite the work initiated under the Smart City Mission.
At a meeting at the Mangaluru City Corporation council hall, the deputy commissioner expressed displeasure at the development work on roads remaining incomplete due to dispute with the land owners. The land acquisition work should be completed by offering Transfer of Development Rights (TDR) for the land, she said, and told the officials to work in coordination with other departments to expedite the work.
As the land identified for the Ashraya Scheme at Shaktinagara has an issue of being deemed forest land, the deputy commissioner told officials to either set the problems right or identify alternative land for the scheme.
The officials were also directed to complete the underground drainage work initiated by Kudcemp.
Mohammed Nazeer, managing director of the Smart City Mission, said that the one-way traffic proposal from Clock Tower to the RTO Circle has been opposed by the police. He explained that the police have insisted that, as the deputy commissioner’s office, Fire Service department and other government department offices are situated by the stretch, it is not conducive to convert the road into one-way for vehicle use.
Karavali Utsav
The deputy commissioner also said that the Karavali Utsav will be organised in the first week of January 2020.
Chairing a preparatory meeting on the Utsav, Rupesh said that the cultural programmes during Karavali Utsav should attract an audience.
MCC Commissioner Ajith Kumar Hegde and Kannada and Culture department Assistant Director Rajesh were present at the meeting.


Eatables
Grilled Sandwich
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Stuffed Kulcha"
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Samosa
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Samosa Chaat
Rs20
Aaloo Patty
Rs15
Paneer Puff
Rs20
French Fries
Rs30


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Fitness Model Jen Selter Flaunts Insane Legs In Yoga Pants For New Beach Photo
November 18, 2019
Fitness Model Jen Selter Flaunts Insane Legs In Yoga Pants For New Beach Photo
Jen Selter posted a hot new update to her Instagram feed, which she paired with a powerful caption about empowerment and self growth. On Monday, November 18, the American fitness model took to the popular social media platform to share a snapshot of herself posing on a beach while wearing workout clothes that highlight her fit physique.
The model is squatting down in the sand with one leg bent in front of her at an angle that showcases her toned leg.  The leggings feature a detail on the back of the thigh, giving it an interesting touch. As she indicated via the tag paired to the photo, her pants were from Alo Yoga, a brand she often promotes on her Instagram page.
Selter teamed her yoga pants with a white crop top sweater featuring long sleeves and stitched-up details that give it an edgy and distressed effect. The top cuts right below the chest, leaving her toned midsection exposed. The model completed her all-white look with a pair of sneakers.
Selter has her side to the onlooker as she looks to the right to face the camera. She is shooting a fierce gaze with her lips slightly pursed in a sexy and defiant way.
Selter wore her hair swept over to one side and styled down in large waves that fell over her shoulders.  A cherry-colored lipstick completed her makeup.
As of the time of this writing, the post — which Selter shared with her 12.7 million Instagram followers — garnered more than 37,400 likes within just an hour of being published. The same time period also brought in upward of 260 comments to the photo.
Users of the social media app who are fans of Selter used this opportunity to engage with her caption, thanking her for her words. They also took to the comments section to praise her beauty and figure.
“Needed that today. Thank you for spreading your uplifting message,” one user chimed in, trailing the words with a flower emoji.
“[Y]ou are so inspiring,” another fan raved, adding a few smiling face with three hearts emoji to the comment.
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“You are looking amazing,” a third user wrote, following the message with a few red heart emoji.
Selter often shares snapshots of herself in leggings and sports bra. As The Inquisitr has recently written, Selter took to her social media page a few days ago to post another sexy shot of herself in a matching workout set that once again put her insane physique front and center.


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Test Case: Basic usage of "@Prompt" annotation
The field "someVeryComplicatedVariableName" in PromptTest is annotated with @Prompt("Complicated Text"), causing two things:
- DMDWebGen generates SomeVeryComplicatedVariableName=Complicated Text"" in PromptTestPage.properties rather than "Some Very Complicated Variable Name"
- Validation messages use the @Prompt-value instead of the property name
The field "simpleText" is not annotated and therefore uses default behavior.
Test scenario:
- Click "save"
- Both fields are marked as invalid with their respective names being used.


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There is only one use case for !important. The use case is to style a plugin or element not in your code base which has a inline style or a !important itself. If you have to use an !important please add a comment after it stating what you are overridding.
.disqus h2 {
color: #fff !important; // Overriding inline style on Disqus plugin
}
Only use high z-indexs when needed. If you use one please leave a comment to let people know the reason for it.
header {
position: fixed;
z-index: 99999999; // This sticky-nav needs to be above google ads which can have a very high z-index
}
We use Sass as our default CSS preprocessor (in its dialect SCSS). Sass is "the most mature, stable, and powerful professional grade CSS extension language in the world." You should always have the latest version of Sass installed. Visit Sass to learn more.
Never edit CSS files directly. You should always edit the corresponding .scss
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You should try and never nest your SASS more than three layers deep. This will lead to long and ultra specific selectors in your comiled CSS. As of Sass 3.3 you can use @at-root to break out of your nesting at anytime.
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@at-root (without: media) {
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We use Foundation as our default CSS frontend framework. Foundation is "The most advanced responsive front-end framework in the world." It provides a fast simple way to protype and build our sites. Visit Foundation to learn more.
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After you've set this stuff up please run
$ npm install -g gulp
Open your .bashprofile or .bashrc file and enter the following line
ulimit -S -n 8192
This installs the Gulp command line tools Afterwards please run
$ npm install
in your project's directory. This will install all the things you need for running the gulp-tasks automatically.
Now Gulp should be installed and all you need to type is gulp to run it
$ gulp


The Revolution®
15 POINT PARTY PLATFORM FOR NATIONAL POLITICS
NOTE: All of these platform points are stated simply in three-or-less sentences. The reality is far more complex. Each one of these will be detailed, one by one, in the months to come.
We will repeal five times as many laws as we pass. We need to simplify and clarify the rules of the game. We will do a better job of
enforcing and obeying a few reasonable rules than thousands upon
thousands of incomprehensible statutes.
End all corporate welfare. Let allegedly-free enterprise stand on its own two feet.
No Federal Personal Income Taxes for individuals with incomes of
less than $100,000. Encourage states and counties to also end taxation of middle-class and poor individuals. Institute a flat tax on income over $100,000.
Legalize most pleasure drugs, prostitution, and gambling. Institute a 'sin tax,' taxing these activities at 100% to make up for some of the funds lost as the result of #3. Use part of this tax income to make counseling and rehabilitation easily available in all locales.
Close down the prison/industrial complex. Pardon all prisoners who are in for non-violent crimes involving sums involving $25,000 or less, provided they have no known history of violent activities. Pardon all prisoners listed with Amnesty International.
Defend civil liberties. For the first time in recent memory, let's have a federal government that respects The Constitution and The Bill of Rights. Let's have the ACLU and the EFF and other pro-rights organizations inside the federal government.
 Become just another member of the UN, with responsibilities equivalent to our numbers. Reduce the Pentagon's budget by at least 50%.
Close down the National Security State. Since the end of World War II, representative democracy has been hostage to the National Security State. Release all secret documents (excluding only those recent ones that present a very clear and present danger), fire the CIA, and reform the federal intelligence apparatus.
Put environmental concerns before profits and jobs. On the other hand, put scientific consensus and reason ahead of emotion-based
environmentalism. Protect the environment while limiting Orwellian
bureaucratic absurdities.
Open federally-funded birth control clinics all across the country, guaranteeing women in every locale reasonable access to her legal right to abortion and other forms of birth control.
Allow 'autonomous zones.' Offer ways in which localities and even households can -- with a very few limits -- opt out of the system.
Re-establish social services at pre-Reagan levels, for starters. Study the possibility of a 'workfare' state that would create an ultimately self-sustaining 'generic' maintenance economy that would involve those who don't receive income independently, or through employment, in the production, distribution, and receivership of life's essentials. Ultimately, an advanced high tech society will need to end the employment/make money ethic entirely or risk a total psychotic break from the social/environmental pollution wreaked by billions of desperate people on a hustle.
Study the possibility of restructuring the economic/money system
toward making money consistent with actual value in an age where
money-as-information is excessively abstracted from the creation of real
wealth and unfairly favors those who know how to manipulate it.
Also, question the oligarchic power of those who control the money system, such as the Federal Reserve, the IMF, and the World Bank, reforming or possibly
eliminating those organizations.
Fund a 'Manhattan Project Toward Utopia.' Finance and encourage altruistic scientific and technological projects geared towards
breakthroughs that can diminish or eliminate scarcity, disease, and other
forms of suffering that most people would prefer not to experience.
Establish a principal of universal access to the products of such
breakthroughs.
Victory Over Horseshit!*** The political process in America is hostage to certain obvious absurdities that are an embarrassment before the civilized world: like the continuing embargo against Cuba (and particularly the Helms/Burton bill), the excessive numbers of state executions, our refusal to sign the land mine treaty, the opposition to policies like needle exchange that are geared towards slowing down a plague, refusal of funding for international birth control, ad infinitum. Let's have a national government that calls ridiculous horseshit what it is.
*** VICTORY OVER HORSESHIT was originally the slogan of Art Kleps' 'Neo-American Church,' a religious organization started by a psychedelic prankster extraordinaire in the 1960s. Join THE REVOLUTION® at http://the-revolution.org


 RATING: 6.5 /10 --> So-so
For more reviews and movie screensavers, visit http://www.joblo.com/
Am I the only one who still has dozens of "Larry Sanders" shows stashed in all my video drawers? I hope not, cause that was one of the funniest and best-written shows to ever hit the airwaves. It starred Garry Shandling as Larry, and featured much of his signature dry, sarcastic and biting humor.  With that in mind, I was looking mighty forward to Garry's first big screen credit as a writer and leading role.
PLOT: A male life form from another planet populated entirely of highly evolved males is sent down to Earth in order to impregnate a woman and consequently save his own planet.
 Being a proud lifetime member of the penis joke lovers club, I was amused by most of what I saw in this film but still managed to leave the theater with an uneasy sense of fulfillment. Sure I smiled, laughed and giggled...uhm, well okay I don't giggle, but chuckled my way through one humming penis joke after the next, and you bet I enjoyed John Goodman's nutjob FAA dude performance, as well as Kinnear's king of sleaze character, but ultimately it just felt like the film was missing a certain je ne sais quoi...bite, perhaps! I guess I was expecting a darker, grittier and much funnier interpretation of this creative premise, but in the end, it felt more like a safe trolley ride through the sanitized lanes of Hollywood studio-land. Shandling...with restraints on tight.
Don't get me wrong, the film isn't bad by any stretch of the imagination, in fact, I sort of appreciated some of its smaller, more emotional moments between Shandling and Bening, and its cute ending. But if you're like me, expecting to see an edgy, darker point of view in this film, you will be hard-pressed to find it among its grab-bag of penis humming jokes. In fact, the penis humming gag is the film's main running feature (i.e. alien gets horny, penis starts humming loudly...alien gets turned off, the humming subsides), which I personally enjoyed (see previous lifetime membership acknowledgment earlier on in this review), but which I certainly can see getting "old" to others out there. Overall, I would say that the film does provide for some light, enjoyable, quick and easy entertainment with an original story, but I would recommend that you go into it with minimal expectations and a certified predilection towards penis and male chauvinistic humor. Guilty on both counts :)
Little Known Facts about this film and its stars: Garry Shandling is not an easy person to break up with, as proven by the end of his 7-year relationship with actress Linda Doucett (who played the blonde, bimbo secretary on "The Larry Sanders" show), which resulted in her filing charges against him for sex discrimination and sexual harassment, as well as his breakup with long-time agent and friend, Brad Grey, which resulted in Shandling suing Grey for millions of dollars. Annette Bening currently has three children with actor Warren Beatty, also known as the "Man with the golden dick", with another one baking in the oven. John Goodman calls New Orleans, Louisiana home for him, his wife of eleven years and their one daughter. Interesting to note that actress Annette Bening once again portrays a real-estate agent in this film, as she did in her Oscar-nominated role from AMERICAN BEAUTY (7.5/10), as well as getting pinned in bed by her lover. Director Mike Nichols was born in Berlin, Germany to a Russian father and a German mother. His real name is Michael Igor Peschkowsky. His family immigrated to the United States when he was only seven years old, and he was brought up in New York City. He also co-founded the Chicago comedy group The Compass, later renamed Second City. He has been calling TV anchor Diane Sawyer his wife since 1988.
Review Date: February 26, 2000 Director: Mike Nichols Writers: Garry Shandling, Michael Leeson, Ed Solomon and Peter Tolan Producers: Mike Nichols, Garry Shandling and Neil A. Machlis Actors: Garry Shandling as Harold Anderson Annette Bening as Susan Hart John Goodman as Roland Jones Greg Kinnear as Perry Gordon Genre: Comedy Year of Release: 2000 ------------------------------------- JoBlo's Movie Emporium http://www.joblo.com/ ------------------------------------- (c) 2000 Berge Garabedian
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Preparation time
less than 30 mins
Cooking time
10 to 30 mins
Serves
Serves 4
Dietary
To make the curry paste, dry-fry the peppercorns, cumin and coriander seeds until fragrant, then grind them in a mortar and pestle.
Put them with all the other paste ingredients, except the oil, into a food processor and blend until smooth (it takes a good 5-10 minutes).
Warm the oil in a pan and add four good spoonfuls of paste (one per person).
Cook on a low heat until it becomes fragrant.
Turn up the heat to high, add the coconut milk and stock and bring to the boil.
Boil for three minutes.
Add the French beans, marrow, sweet potatoes, pumpkin, courgettes and spring onions and simmer for about four minutes.
While the curry is simmering, drain the rice. Chop some coriander and stir through the rice, then pack into a small dome-shaped bowl. Turn the bowl upside down and remove to reveal a dome-shaped mound of rice. Garnish with finely sliced chilli and a sprig of coriander.
Serve.


This page allows you to allocate samples from ISPyB to the beamline sample changer. Drag and drop containers on to the locations on the beamline. Shipments and Dewars can be expanded by clicking on their titles
Uassign containers by dragging them to any shipment listed under "Unassigned Containers". The container will still belong to its original shipment.


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Collection
, Date
, Map
,
Calendar
, etc. field from a method parameter.
Since such types are mutable, this construct may
result in an object having its state modified unexpectedly from outside the owning class.
While occasionally useful for performance reasons, this construct is inherently bug prone.
The inspection reports usage of following mutable types:
java.util.Date
java.util.Calendar
java.util.Collection
java.util.Map
com.google.common.collect.Multimap
com.google.common.collect.Table
Use the checkbox below to ignore assignments and returns in private
methods.
New in 2017.3


This is the examples folder.
The most basic example is ./basic/paste.html!
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Monthly programming contests are organised to hone your coding skills.
A challenge that helps break stereotypes and encourages girls in competetitive coding.
Mock ACM ICPC to help you gauge how it is to participate in the coveted competetion and judge where you stand.
Mock Hackathons that help you build stamina and learn to figth it out in a hackathon.
Regular meetups to discuss ideas,brainstorm and learn from each other.


This famous city lies at the far eastern end of The Gulf of Finland, about 150nm from both Helsinki and Tallin.
The 36 mile long shipping channel is through the Kronstadt Passage and Morskoy Canal.
St Petersburg Radio can be contacted on VHF Channel 16 and 71, or on 2182 kHz. Port Control on VHF Channels 16, 09, 67 or 20.
According to regulations, when a vessel reaches buoy 19 in the approach channel, it should ask to be met by a pilot to be accompanied to the Customs dock. At the moment, yachts clear at the passenger terminal, where there is a Customs office. The terminal is located on the Korabelny Channel. After formalities are completed, yachts are directed to one of the yacht clubs.
Changes in the rules now permit yachts to clear in at Fort Konstantine at Kronstadt instead of the cruise terminal.
Last updated July 2014.
The guest harbour of the St Petersburg River Yacht Club is situated in the mouth of the Bolshaia Nevka river off the Peter's Passage and it is best to call or email for details of how to reach them. This is the usual destination for foreign yachts.
Other docking possibilities are at the Naval Yacht Club, close to the marine passenger terminal and the Baltic Shipping Company Yacht Club.
Last updated July 2014.


Philadelphia Eagles to host HS football game after shooting
by The Associated PressPLEASANTVILLE, N.J. — The Philadelphia Eagles have offered to host a high school football game that was interrupted by a shooting that left a 10-year-old boy in critical condition.
The New Jersey State Interscholastic Athletic Association says in a release Monday that the game between Pleasantville High School and Camden High School will resume at Lincoln Financial Field on Wednesday.
The Eagles offered up the stadium to play out the remaining 17 minutes of the playoff game that was cut short when three people were shot Friday in Pleasantville.
Six men have been charged in connection to the shooting, including a 27-year-old man who was shot.
A 15-year-old male was also grazed in the shooting.
The governing organization says the game will be closed to the general public but will be streamed live and free-of-charge on NJ.com.
The Associated Press


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The Cornell Rocketry Team is an undergraduate project team comprised of about 30 engineers that designs, prototypes, and builds a high-powered rocket each year to compete in the Spaceport America Cup intercollegiate competition. I decided to join Rocketry my freshman year to develop my engineering skills within this collaborative, dynamic, and fun team environment. My responsibilities so far have included:
One of the oldest active clubs at Cornell, W2CXM is involved in traditional amateur radio club activities and also works on weather balloon launches that employ radio technology for communication between the payload and ground station. After first learning about this group at our school's clubfest, I decided to join and am now working towards my technician certification. I am greatly interested by the history of amateur radio as well as the technology behind it. For our weather balloon project, I am developing a payload deployment board for our upcoming launch!


Part of elita.deployment.sshconfig View In Hierarchy
| Method | __init__ | Undocumented |
| Method | get_alias_block | Return the ssh config block for the requested alias. We use tabs to make it easier to parse if we ever need to in the future. |
| Method | get_local_ssh_dir | Get path of local .ssh config and create it if necessary |
| Method | get_key_name | Undocumented |
| Method | get_alias | Undocumented |
| Method | get_full_alias_uri | Get the full aliased URI for a given gitrepo |
| Method | add_local_alias | Add ssh alias (for gitdeploy most likely) to the local ssh config |
| Method | add_remote_alias | Add ssh alias to remote ssh config via file.append |
| Method | write_local_keys | Write key data to named key files for gitrepo |
| Method | create_key_dir | Create platform-specific directory to hold ssh config and keys @type remote_controller: RemoteCommands |
| Method | push_remote_keys | Write keydata to temp files, push to remote servers. Add alias to remote ssh config |
Return the ssh config block for the requested alias. We use tabs to make it easier to parse if we ever need to in the future.
Add ssh alias (for gitdeploy most likely) to the local ssh config
Add ssh alias to remote ssh config via file.append
This is pretty hacky since the alias could already exist and this will just append to the config endlessly, but fixing that would involve parsing the whole config and that gets complicated.
Write key data to named key files for gitrepo


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{%extends "base.html"%} {% block content%} See index
There are two ways to mirror packages from pypi.


Definition: One or more people tune a musical instrument
Explication: Tuning is the process of adjusting the pitch of tones from musical instruments to establish typical intervals between these tones based on a fixed reference pitch. There are a number of methods for tuning an instrument, including tuning to a pitch with one's voice (or "tuning by ear"), turning pegs to increase or decrease the tension on strings so as to control the pitch, or modifying the length or width of the tube of a wind instrument, brass instrument, pipe, bell, or similar instrument to adjust the pitch. Tuning may be also be done aurally by sounding two pitches and adjusting one of them to match the other, such as with a tuning fork or electronic tuning device that produces the reference pitch(es) - matching in this context may mean bringing two sounds to the same pitch or may involve tuning the two pitches to a desired interval and then fine-tuning the interval to adjust the beat frequency to a desired frequency. Using an electronic tuning device may, rather than comparing pitches by ear, involve adjusting the pitch from the musical instrument until the electronic device indicates the measured pitch is as desired. In the case of an orchestra or wind band, the reference pitch is usually played by an oboe, which everyone else then tunes to by comparing their instrument's pitch to the pitch of the oboe.
Tuning a piano involves using a specialized wrench (often called a tuning hammer) to adjust the tension of one string at a time (altering its pitch) and the use of rubber or felt mutes to control which string is producing sound (so that a single string at a time can be tuned). Piano tuners may use an electronic device or a program running on a laptop computer or smart phone, but may instead tune the piano entirely "by ear" (aural tuning) sometimes using only a tuning fork as an initial pitch reference. It is not unusual to tune part of a piano using a device and the rest by ear.
Tuning a pipe organ will involve one person to play the notes from the organ keyboard/pedalboard (the console) and another to tune the pipes.
Tuning tympani (kettle drums) will usually involve a pedal on each drum, with the pedal adjusting the pitch.


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MLT package is the Media Lovin Toolkit. It is an open source multimedia framework, designed and developed for television broadcasting. It provides a toolkit for broadcasters, video editors, media players, transcoders, web streamers and many more types of applications.
This package is known to build and work properly using an LFS-7.8 platform.
Download (HTTP): http://sourceforge.net/projects/mlt/files/mlt-0.9.6.tar.gz
Download MD5 sum: 92bcc95af44ff086df0a0ce17a201d1c
Download size: 1.2 MB
Estimated disk space required: 168 MB
Estimated build time: 0.3 SBU
Doxygen-1.8.10, libexif-0.6.21, SDL-1.2.15, JACK, LADSPA, MOVEit, SoX, and Swfdec
User Notes: http://wiki.linuxfromscratch.org/blfs/wiki/mlt
Install MLT by running the following commands:
./configure --prefix=/usr \ --avformat-vdpau \ --enable-gpl \ --enable-gpl3 \ --enable-opengl \ --disable-gtk2 \ --qt-libdir=$QT5DIR/lib \ --qt-includedir=$QT5DIR/include && make
This package does not come with a test suite.
Now, as the root
user:
make install
Last updated on 2015-09-20 19:26:37 -0700


This document is under development. It is incomplete.
This is wrong:
border: 2px black thick;
Do this:
border: 2px black solid;
If a number of your images are rotated the wrong way. I think this is because you were holding the camera at the wrong angle when you took the picture. To fix it: Add class called rotate to the your image:

In your CSS define the class using the transform property:
figure.rotate {
transform: rotate(0.25turn);
}
Whether it is better to rotate the figure that wraps an image, or the image itself, is not clear to me. You might want to try both techniques and see which is best.
First select a radio button, then click the rotate button. Depending on which radio button is selected, a different style will be applied to the arrow. In other words, this code uses the technique outlined above, it is just that I defined multiple classes, like this:
.rotate-top {
transform: rotate(0.0turn);
}
.rotate-right {
transform: rotate(0.25turn);
}
.rotate-down {
transform: rotate(0.5turn);
}
.rotate-left {
transform: rotate(0.75turn);
}
I use JavaScript to apply the various classes to the image.
Yes, I remember hitting this in class and leaving the matter unresolved. Here is what I would do now:
Give the figure a class, let's call it float-right. In the css, give the rule for figure.float-right a declaration of float: right;. Since the figcaption and the img are in the figure, they should also be automatically floated to the right. This means you should be able to remove the float: right; declaration from the img.
Summary: float the figure rather than the img. The img and the figcaption are children of the figure so they come along for the ride.
Some students have one or two directories for your images files with similar names distinguished by case:
The errors that you get with a mixup between images and Images can probably see that best on Cloud9 rather than on Windows. That is because Cloud9 is based on Linux and is case sensitive, while Windows is not.
On Cloud9, copy the contents of Images to images. Then, on Cloud9, do this:
git rm -r Images
Don't try that command on Windows, though it might work. Do it on cloud9.
Check all your links to images and make sure they point at the images directory, not at Images.


How it Works
This website generates made-up words using Markov chains to learn and duplicate patterns
seen from existing word lists. When generating a new word, each letter is picked in sequence. If we are using a Markov chain of order 4, that
means that each letter is decided from the 4 letters that appear before it. To figure out what the next letter should be, the program looks at
an existing word list and looks at all of the times that it has seen those 4 letters appear in a row, along with what letter proceeds them. it
then randomly picks one of those letters, with letters used more frequently having a higher probability of being picked.
Example
-
Suppose the current letters are barn. We look at our source word list and see the following words have the letters "barn":
barn
barnacle
barnacled
barnacles
barnburner
barndoor
barney
barnful
barnstormer
barnyard
cowbarn.
Since the letter "a" occured in 3 out of the 11 words after we saw the letters "barn", that means it has a 3/11, or 27% chance that it
gets picked as our next letter. For simplicity's sake, let's say we randomly chose it.
-
Since we chose "a" for our letter, the previous 4 letters are now arna. We look at our source word list and see that there are 19 words with "arna",
including but not limited to:
barnacle
carnage
carnally
carnassial
incarnation
reincarnate and so on.
We only saw the letter "g" once, but that still means that it might be chosen as the next letter. Let's randomly pick it.
-
Now our previous 4 letters are rnag. There is only one word with this letter combination in all of our English word list!
That word is carnage.
That means that the next letter has to be "e".
-
Now our previous 4 letters are nage. This sequence is seen 52 times total. For 30 of those instances, it marks the end of the word.
There is also a chance that we might pick "a", "d", "i", "m", "n", or "r", since those are also seen after "nage". We'll randomly choose "m",
which has a 6% chance of getting picked.
-
Now our previous 4 letters are agem. This sequence is seen 14 times total. The letter "e" occured 9 times (64%), so let's randomly
pick it.
-
Now our previous 4 letters are geme. This sequence is seen 24 times, but the next letter is always "n". So that will be our next letter.
-
Now our previous 4 letters are emen. This sequence is very common; it has 235 occurances. 219 of those words have a "t" as the next
letter (think of words like management). So let's suppose that "t" is chosen to be next.
-
Now our previous 4 letters are ment. This sequence is even more common with 698 occurances. The letter "a" is pretty common
(16% chance), but the most common outcome is for the word to end at this point since that happened 465 out of the 698 times. So we'll end
the word here. Our final word is barnagement!
-
We skipped talking about how to get the first 4 letters. Fortuately it's very simple. If we don't have 4 letters chosen yet, we look at words
that start with the letters we do have. So the first letter will be chosen based on what letters are commonly seen at the start of a word. The
second letter will be chosen from all of the words that start with the first letter we chose previously. The third letter will look at all words
that start with the first two letters, and so on.
-
Sometimes it happens that we create a word that's actually in our dictionary. In this case, we just throw it out and start over.


@* * Copyright 2023 HM Revenue & Customs * * Licensed under the Apache License, Version 2.0 (the "License"); * you may not use this file except in compliance with the License. * You may obtain a copy of the License at * * http://www.apache.org/licenses/LICENSE-2.0 * * Unless required by applicable law or agreed to in writing, software * distributed under the License is distributed on an "AS IS" BASIS, * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. * See the License for the specific language governing permissions and * limitations under the License. *@ @import play.api.mvc.Call @import uk.gov.hmrc.gform.config.FrontendAppConfig @import uk.gov.hmrc.gform.gform.routes.FormController @import uk.gov.hmrc.gform.views.hardcoded.SaveAcknowledgement @( saveAcknowledgement: SaveAcknowledgement, call: Call, frontendAppConfig: FrontendAppConfig )(implicit request: Request[_], messages: Messages, l: LangADT) @uk.gov.hmrc.gform.views.html.main_template( title = saveAcknowledgement.heading, formTemplate = saveAcknowledgement.formTemplate, frontendAppConfig = frontendAppConfig ) { @saveAcknowledgement.panelHtml
@messages("save4later.retrieve", saveAcknowledgement.formCat)
@saveAcknowledgement.insetHtml@messages("save4later.youCan")


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Biennale, Venice, 2017
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Biennale, Venice, 2017
Biennale, Venice, 2017
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Hangar Biccoca, Lucio Fontana, 2018
Biennale, Venice, 2017
Photography
Hangar Bicocca, Lucio Fontana, 2018
Hangar Bicocca, Lucio Fontana, 2018
Photography
Biennale, Venice, 2017
Giardini Biennale, Venice, 2017
Photography
Biennale, Venice, 2017
San Marco, Venice, 2016
Photography
Venice, 2016
Biennale, Venice, 2017


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Barriere Mounties looking for suspect in attempted child abduction
BARRIERE, B.C. - RCMP in Barriere, B.C. say they are looking for a suspect in an apparent attempt to abduct a child.
They say a 10-year-old girl was walking Friday around 3:30 p.m. when she was approached by a man she didn't know.
Police spokesman Cpl. Rob Welsman says the man grabbed the girl by the wrist but she was able free herself and run away.
A police dog was brought in to search for the suspect in the area of Barriere Town Road and Dunn Lake Road and officers also canvassed residents about the incident.
Police say the suspect is described as being about 40-years-old, five-feet-seven inches tall with hazel eyes, short brown hair and a full brown beard about four inches in length shaped to a point at the end.
Anyone with video surveillance, dashboard camera footage, or any information about the incident is asked to contact the local Mounties.


Two households, both alike in dignity, In fair Verona, where we lay our scene, From ancient grudge break to new mutiny, Where civil blood makes civil hands unclean. From forth the fatal loins of these two foes A pair of star-cross'd lovers take their life; Whose misadventured piteous overthrows Do with their death bury their parents' strife. The fearful passage of their death-mark'd love, And the continuance of their parents' rage, Which, but their children's end, nought could remove, Is now the two hours' traffic of our stage; The which if you with patient ears attend, What here shall miss, our toil shall strive to mend.
Enter SAMPSON and GREGORY, of the house of Capulet, armed with swords and bucklers
Gregory, o' my word, we'll not carry coals.
No, for then we should be colliers.


Just text your case or ticket number to:
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How do I turn off notifications?
Reply to the message with "stop" and we will stop sending you notifications.
Do I still need to verify my court date?
Yes! This service is provided as-is. Court dates change frequently, so you should always verify the date and time of your hearing by visiting the Alaska State Court System.
Who maintains Alaska CourtBot
Alaska CourtBot is maintained by volunteers at Code for Anchorage, a brigade of Code for America. If you would like to be involved with this or similar projects, please visit: Code for Anchorage.


WITNESS LIST Jurisprudence Committee February 5, 2001 - 1:30P SB 3 FOR: Hampton, Keith S. Law (Texas Criminal Defense Lawyers Association), Austin, TX Harrell, William Lawyer and Executive Director (American Civil Liberties Union of Texas), Austin, TX Holt, Charles C. Economist (Common Cause Texas), Austin, TX Strange, Clay Assistant District Attorney - Travis (Travis County District Attorney and self), Austin, TX ON: Johnson, Denns Pat Manager of Field Crime Labs - DPS (Department of Public Safety), Austin, TX Urbanovsky, Ron Director, Crime Laboratory Service (Texas Department of Public Safety), Austin, TX Weeks, David P. Walker County Criminal District Attorney (Self), Huntsville, TX Registering, but not testifying: For: Segrest, John W. Criminal District Attorney (Self), Lorena, TX SB 203 FOR: Balch, Mandy Attorney/ Legislative Consultant (County and District Clerks Association of Texas), Austin, TX SB 214 FOR: Halwas, Naneen Marie Victim Assistance Director (Montgomery County District Attorney's Office), Conroe, TX Traylor, Pam Victim Assistance Coordinator (Montgomery County District Attorney's Office), Conroe, TX Registering, but not testifying: For: Lawrence, Kevin F. Deputy Executive Director (Texas Municipal Police Association), Austin, TX Shelton, David Legal Education (Texas Fathers' Alliance), Dallas, TX SB 215 FOR: Andersen, Cris Police Supervisor (San Antonio Police Officer's Association), San Antonio, TX Fountain, Greg Sergeant Jefferson County Sheriff (Jefferson County Sheriff's Office/ Cleat), Nederland, TX AGAINST: Harrell, William Lawyer/ Executive Director (American Civil Liberties Union of Texas), Austin, TX ON: Sherman, Ernest David Dallas Police Officer (Dallas Police Patrolman's Union), Dallas, TX Registering, but not testifying: For: Lawrence, Kevin F. Deputy Executive Director (Texas Municipal Police Association), Austin, TX Sanders, Stephen Police Officer (Texas State Lodge Fraternal Order of Police), Austin, TX Segura, Juan A. Deputy Jefferson County Sheriff's Dept. (CLEAT / Jefferson County Sheriff's Department) SB 233 Registering, but not testifying: For: Lawrence, Kevin F. Deputy Executive Director (Texas Municipal Police Association), Austin, TX


Main settings
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Port
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d0-converter
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Self consumption meter sum
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Self consumption meter 1
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Self consumption meter 2
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Self consumption meter 3
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Self consumption meter 4
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polling interval in seconds
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Interval start
Please enter the interval start (e.g. 00:00)
Interval end
Please enter the interval end (e.g. 23:59)
Set system variable CCU
Please check if you want to set a system variable in the CCU
System variable
System variable e.g. hm-rega.0.12345


Provides general implementation support to any project. This is currently a small package providing a standard for messages and exceptions. Messages within a category (a project, for example) have a unique key, and exceptions include a keyed message instead of a bare text string. Keyed exceptions avoid to have many exceptions types in projects making heavy use of exceptions.


| textarea - A textarea gadget handle |
| Returns the text contained in a textarea gadget. |
|
; TextAreaText Example by Mag
win=CreateWindow ("",0,0,300,300);create window first txtbox=CreateTextArea(0,0,200,200,win) ;create textarea in that window SetGadgetText txtbox,"Type anything (multiline) "+Chr$(13)+"And press Get Text button" ;put some text on that textare for info gt=CreateButton("Get Text",200,0,80,20,win);create button Repeat id=WaitEvent() ;wait for user action (in a form of event) If id=$803 Then End ;to quit program when receive Window close event If id=$401 And EventSource()=gt Then ;when ok is press Notify "This is your text in TextArea:"+Chr$(13)+TextAreaText$(txtbox);<<--TO GET TEXT FROM TEXTFIELD End If Forever |


Product Overview:
The LadderTOP device provides a secure point at where the ladder meets the upper structure. The device offers a means of "Tie Off Point" while the
design offers inherent protection from "ladder slide". "Ladder slide" occurs particularly when stepping off or onto the ladder while ascending/descending.
Ladder slide is one of the leading causes of injury resulting from extension ladder usage. High wind conditions can also lead to ladder slide.
This safety device will greatly reduce the risk for falls and the serious injuries and possible death associated with falls from elevated heights.
This will help reduce workers' compensation and insurance claims, and has the potential of becoming a "standard building requirement".
Fundamental Design
- The LadderTOP device mounts to a secure structure and utilizes two side plates that surround the ladder to prevent the ladder from sliding
in either direction. This eliminates the risk from falling due to ladder slippage.
- The device also incorporates holes in the side plates to be utilized for a tie off point to further secure the ladder and place a downward
pressure on the ladder to reduce base movement.
Cosmetic Design
- The device is cosmetically designed to blend into the surrounding surfaces for permanently mounted applications, ready to use on the initial
ladder access and final descent.
- Temporary installation provides safety protection during work periods for critical accents and descents.
- The device is made from aluminum to prevent rusting and unsightly discoloration.
- LadderTOP is available in a non-painted aluminum version to blend in with aluminum capping and other metal structures. It is also available
in two standard colors (white and brown) to match standard gutter colors. Non-standard colors are also available upon special order.
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