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1-Wire API for .NET Version 4.00
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Utilities for conversion between miscellaneous datatypes. More...
Static Public Member Functions | |
| static final double | toFahrenheit (double celsiusTemperature) |
| Converts a temperature reading from Celsius to Fahrenheit. | |
| static final double | toCelsius (double fahrenheitTemperature) |
| Converts a temperature reading from Fahrenheit to Celsius. | |
| static final long | toLong (byte[] byteArray, int offset, int len) |
| This method constructs a long from a LSByte byte array of specified length. | |
| static final long | toLong (byte[] byteArray) |
| This method constructs a long from a LSByte byte array of specified length. | |
| static final void | toByteArray (long longVal, byte[] byteArray, int offset, int len) |
| This method constructs a LSByte byte array with specified length from a long. | |
| static final void | toByteArray (long longVal, byte[] byteArray) |
| This method constructs a LSByte byte array with 8 bytes from a long. | |
| static final byte[] | toByteArray (long longVal) |
| This method constructs a LSByte byte array with 8 bytes from a long. | |
| static final int | toInt (byte[] byteArray, int offset, int len) |
| This method constructs an int from a LSByte byte array of specified length. | |
| static final int | toInt (byte[] byteArray) |
| This method constructs an int from a LSByte byte array of specified length. | |
| static final void | toByteArray (int intVal, byte[] byteArray, int offset, int len) |
| This method constructs a LSByte byte array with specified length from an int. | |
| static final void | toByteArray (int intVal, byte[] byteArray) |
| This method constructs a LSByte byte array with 4 bytes from an int. | |
| static final byte[] | toByteArray (int intVal) |
| This method constructs a LSByte byte array with 4 bytes from an int. | |
| static final byte[] | toByteArray (String strData) throws ConvertException |
| static final int | toByteArray (String strData, byte[] bData) throws ConvertException |
| static final int | toByteArray (String strData, byte[] bData, int offset, int length) throws ConvertException |
| static final String | toHexString (byte[] data) |
| Converts a byte array into a hex-encoded String, using the provided delimeter. | |
| static final String | toHexString (byte[] data, int offset, int length) |
| Converts a byte array into a hex-encoded String, using the provided delimeter. | |
| static final String | toHexString (byte[] data, String delimeter) |
| Converts a byte array into a hex-encoded String, using the provided delimeter. | |
| static final String | toHexString (byte[] data, int offset, int length, String delimeter) |
| Converts a byte array into a hex-encoded String, using the provided delimeter. | |
| static final String | toHexString (byte bValue) |
| static final String | toHexString (char[] data) |
| Converts a char array into a hex-encoded String, using the provided delimeter. | |
| static final String | toHexString (char[] data, int offset, int length) |
| Converts a byte array into a hex-encoded String, using the provided delimeter. | |
| static final String | toHexString (char[] data, String delimeter) |
| Converts a char array into a hex-encoded String, using the provided delimeter. | |
| static final String | toHexString (char[] data, int offset, int length, String delimeter) |
| Converts a char array into a hex-encoded String, using the provided delimeter. | |
| static final String | toHexString (char bValue) |
| static final long | toLong (String strData) throws ConvertException |
| static final String | toHexString (long lValue) |
| static final int | toInt (String strData) throws ConvertException |
| static final String | toHexString (int iValue) |
| static final String | toString (double dubbel, int nFrac) |
| static final String | toString (float flote, int nFrac) |
Static Package Attributes | |
| static final double | d_POSITIVE_INFINITY = 1.0d / 0.0d |
| Field Double NEGATIVE_INFINITY. | |
| static final double | d_NEGATIVE_INFINITY = -1.0d / 0.0d |
| Field Double NEGATIVE_INFINITY. | |
| static final float | f_POSITIVE_INFINITY = 1.0f / 0.0f |
| Field Float NEGATIVE_INFINITY. | |
| static final float | f_NEGATIVE_INFINITY = -1.0f / 0.0f |
| Field Float NEGATIVE_INFINITY. |
Utilities for conversion between miscellaneous datatypes.
| static final void toByteArray | ( | long | longVal, |
| byte[] | byteArray, | ||
| int | offset, | ||
| int | len | ||
| ) | [static] |
This method constructs a LSByte byte array with specified length from a long.
| longVal | the long value to convert to a byte array. |
| byteArray | LSByte first byte array, holds bytes from long |
| offset | byte offset into the array |
| len | number of bytes to get |
| static final void toByteArray | ( | int | intVal, |
| byte[] | byteArray, | ||
| int | offset, | ||
| int | len | ||
| ) | [static] |
This method constructs a LSByte byte array with specified length from an int.
| intVal | the int value to convert to a byte array. |
| byteArray | LSByte first byte array, holds bytes from int |
| offset | byte offset into the array |
| len | number of bytes to get |
| static final void toByteArray | ( | int | intVal, |
| byte[] | byteArray | ||
| ) | [static] |
This method constructs a LSByte byte array with 4 bytes from an int.
| intVal | the int value to convert to a byte array. |
| byteArray | LSByte first byte array, holds bytes from long |
| static final void toByteArray | ( | long | longVal, |
| byte[] | byteArray | ||
| ) | [static] |
This method constructs a LSByte byte array with 8 bytes from a long.
| longVal | the long value to convert to a byte array. |
| byteArray | LSByte first byte array, holds bytes from long |
| static final byte [] toByteArray | ( | int | intVal | ) | [static] |
This method constructs a LSByte byte array with 4 bytes from an int.
| longVal | the long value to convert to a byte array. |
| static final byte [] toByteArray | ( | String | strData | ) | throws ConvertException [static] |
Converts a hex-encoded string into an array of bytes.
To illustrate the rules for parsing, the following String:
"FF 0 1234 567"
becomes:
byte[]{0xFF,0x00,0x12,0x34,0x56,0x07}
| strData | hex-encoded numerical string |
| static final byte [] toByteArray | ( | long | longVal | ) | [static] |
This method constructs a LSByte byte array with 8 bytes from a long.
| longVal | the long value to convert to a byte array. |
| static final int toByteArray | ( | String | strData, |
| byte[] | bData | ||
| ) | throws ConvertException [static] |
Converts a hex-encoded string into an array of bytes.
To illustrate the rules for parsing, the following String:
"FF 0 1234 567"
becomes:
byte[]{0xFF,0x00,0x12,0x34,0x56,0x07}
| strData | hex-encoded numerical string |
| bData | byte[] which will hold the decoded bytes |
| static final int toByteArray | ( | String | strData, |
| byte[] | bData, | ||
| int | offset, | ||
| int | length | ||
| ) | throws ConvertException [static] |
Converts a hex-encoded string into an array of bytes.
To illustrate the rules for parsing, the following String:
"FF 0 1234 567"
becomes:
byte[]{0xFF,0x00,0x12,0x34,0x56,0x07}
| strData | hex-encoded numerical string |
| bData | byte[] which will hold the decoded bytes |
| offset | the offset into bData to start placing bytes |
| length | the maximum number of bytes to convert |
| static final double toCelsius | ( | double | fahrenheitTemperature | ) | [static] |
Converts a temperature reading from Fahrenheit to Celsius.
| fahrenheitTemperature | temperature value in Fahrenheit |
| static final double toFahrenheit | ( | double | celsiusTemperature | ) | [static] |
Converts a temperature reading from Celsius to Fahrenheit.
| celsiusTemperature | temperature value in Celsius |
| static final String toHexString | ( | char[] | data | ) | [static] |
Converts a char array into a hex-encoded String, using the provided delimeter.
| data | The char[] to convert to a hex-encoded string |
| static final String toHexString | ( | byte[] | data | ) | [static] |
Converts a byte array into a hex-encoded String, using the provided delimeter.
| data | The byte[] to convert to a hex-encoded string |
| static final String toHexString | ( | byte[] | data, |
| int | offset, | ||
| int | length | ||
| ) | [static] |
Converts a byte array into a hex-encoded String, using the provided delimeter.
| data | The byte[] to convert to a hex-encoded string |
| offset | the offset to start converting bytes |
| length | the number of bytes to convert |
| static final String toHexString | ( | byte[] | data, |
| String | delimeter | ||
| ) | [static] |
Converts a byte array into a hex-encoded String, using the provided delimeter.
| data | The byte[] to convert to a hex-encoded string |
| delimeter | the delimeter to place between each byte of data |
| static final String toHexString | ( | byte[] | data, |
| int | offset, | ||
| int | length, | ||
| String | delimeter | ||
| ) | [static] |
Converts a byte array into a hex-encoded String, using the provided delimeter.
| data | The byte[] to convert to a hex-encoded string |
| offset | the offset to start converting bytes |
| length | the number of bytes to convert |
| delimeter | the delimeter to place between each byte of data |
| static final String toHexString | ( | char[] | data, |
| String | delimeter | ||
| ) | [static] |
Converts a char array into a hex-encoded String, using the provided delimeter.
| data | The char[] to convert to a hex-encoded string |
| delimeter | the delimeter to place between each byte of data |
| static final String toHexString | ( | byte | bValue | ) | [static] |
Converts a single byte into a hex-encoded string.
| bValue | the byte to encode |
| static final String toHexString | ( | char[] | data, |
| int | offset, | ||
| int | length | ||
| ) | [static] |
Converts a byte array into a hex-encoded String, using the provided delimeter.
| data | The char[] to convert to a hex-encoded string |
| offset | the offset to start converting bytes |
| length | the number of bytes to convert |
| static final String toHexString | ( | int | iValue | ) | [static] |
Converts an integer into a hex-encoded string (LSByte).
| iValue | the integer to encode |
| static final String toHexString | ( | char[] | data, |
| int | offset, | ||
| int | length, | ||
| String | delimeter | ||
| ) | [static] |
Converts a char array into a hex-encoded String, using the provided delimeter.
| data | The char[] to convert to a hex-encoded string |
| offset | the offset to start converting bytes |
| length | the number of bytes to convert |
| delimeter | the delimeter to place between each byte of data |
| static final String toHexString | ( | char | bValue | ) | [static] |
Converts a single character into a hex-encoded string.
| bValue | the byte to encode |
| static final String toHexString | ( | long | lValue | ) | [static] |
Converts a long into a hex-encoded string (LSByte).
| lValue | the long integer to encode |
| static final int toInt | ( | byte[] | byteArray | ) | [static] |
This method constructs an int from a LSByte byte array of specified length.
Uses 4 bytes starting at the first index.
| byteArray | byte array to convert to an int (LSByte first) |
| static final int toInt | ( | String | strData | ) | throws ConvertException [static] |
Converts a hex-encoded string (LSByte) into an int.
To illustrate the rules for parsing, the following String:
"FF 0 1234 567 12 03"
becomes:
long 0x03120756341200ff
| strData | hex-encoded numerical string |
| static final int toInt | ( | byte[] | byteArray, |
| int | offset, | ||
| int | len | ||
| ) | [static] |
This method constructs an int from a LSByte byte array of specified length.
| byteArray | byte array to convert to an int (LSByte first) |
| offset | byte offset into the array where to start to convert |
| len | number of bytes to use to convert to an int |
| static final long toLong | ( | byte[] | byteArray | ) | [static] |
This method constructs a long from a LSByte byte array of specified length.
Uses 8 bytes starting at the first index.
| byteArray | byte array to convert to a long (LSByte first) |
| static final long toLong | ( | String | strData | ) | throws ConvertException [static] |
Converts a hex-encoded string (LSByte) into a long.
To illustrate the rules for parsing, the following String:
"FF 0 1234 567 12 03"
becomes:
long 0x03120756341200ff
| strData | hex-encoded numerical string |
| static final long toLong | ( | byte[] | byteArray, |
| int | offset, | ||
| int | len | ||
| ) | [static] |
This method constructs a long from a LSByte byte array of specified length.
| byteArray | byte array to convert to a long (LSByte first) |
| offset | byte offset into the array where to start to convert |
| len | number of bytes to use to convert to a long |
| static final String toString | ( | double | dubbel, |
| int | nFrac | ||
| ) | [static] |
Converts a double value into a string with the specified number of digits after the decimal place.
| dubbel | the double value to convert to a string |
| nFrac | the number of digits to display after the decimal point |
| static final String toString | ( | float | flote, |
| int | nFrac | ||
| ) | [static] |
Converts a float value into a string with the specified number of digits after the decimal place.
Note: this function does not properly handle special case float values such as Infinity and NaN.
| flote | the float value to convert to a string |
| nFrac | the number of digits to display after the decimal point |


Transfer the data that are recorded for various Test Input channels.
More...
Transfer the data that are recorded for various Test Input channels.
The DAP_TI_TransferBlock Command initiates the data transfer of a single trace data block of the recorded trace data. The command delivers the content of one trace data block in the Trace Data Management system.
DAP_TI_TransferBlock Request:
| BYTE | BYTE *******|
> 0x20 | DataRequest |
|******|*************|
- DataRequest: specifies the requested data from the Trace Data Management system.
- bit 0: 1 = deliver one trace data block from any full trace data block (this includes SWO).
- bit 1: 1 = deliver one trace data block from SWO channel (even when partially filled).
- bit 2: 1 = deliver one trace data block from any partially filled trace data block (this includes SWO).
DAP_TI_TransferBlock Response:
| BYTE | BYTE ***| SHORT ****| WORD ********|+++++++++++++|
< 0x20 | Channel | DataParms | TD_TimeStamp | ChannelData |
|******|*********|
- Channel:
- bit 0..3: number of the channel that the data belong to.
- bit 4: SWO record indicator: 1 = data belong to SWO data recording.
- bit 6: First record indicator: 1 = DataParms and TimeStamp is transferred. 0 = Only ChannelData.
- bit 7: No data indicator: 1 = No ChannelData available for this request. 0 = ChannelData are available.
- DataParms: parameters for ChannelData.
- bit 0..12: number of data values in ChannelData. DAP_TI_TransferBlock Response is repeated until all values are transmitted.
- bit 14: 1 = difference value format. 0 = contiguous value format.
- bit 15: 1 = Trace Data Management overflow since last DAP_TI_TransferBlock Request. 0 = no overflow.
- TD_TimeStamp: Test Domain Timer value at the read time of data values for ChannelData.
- ChannelData: data values from the recorded Test Input channel.
The ChannelData reply has depending on DataParms bit 14 two different formats. If ChannelDiff in DAP_TI_Capture Request is set for the specific channel, the Debug Unit may decide the data format depending on the trace data values.
Contiguous Value Format transmits sequentially all data values stored in the trace data buffer. When DataParms bit 14 = 0 the ChannelData has the following format:
|************|************|************|......
| TraceValue | TraceValue | TraceValue |
|************|************|************|......
The size of TraceValue depends on the data size for the channel (see DAP_TI_Info Response, Attributes bit 0..2). DAP_TI_TransferBlock Response is repeated until the number of TraceValues specified by DataParms bit 0 .. 12 is transmitted.
Difference Value Format transmits data values only when there is a significant difference. When DataParms bit 14 = 1 the ChannelData has the following format:
|*************| SHORT *****|*************|......
| TraceValue0 | ValueIndex | TraceValueI |
|*************|
- TraceValue0: is the first data value on the trace data buffer
- ValueIndex: information about the next data value in TraceValueI.
- bit 0..12: index in trace data buffer of next data value with significant difference.
- bit 15: 1 = last trace value of trace data buffer send by DAP_TI_TransferBlock Response.
- TraceValueI: is the trace data value in in trace data buffer referenced by index.
The size of TraceValue0 and TraceValueI depends on the data size for the channel (see DAP_TI_Info Response, Attributes bit 0..2). DAP_TI_TransferBlock Response is repeated until ValueIndex with bit 15 = 1 is transmitted.
- Note
- When all data values in the trace buffer are identical, ValueIndex is set to number of data values with bit 15 set to 1.


flickr commentr is a simple tool to allow you post flickr pictures on flickr comments, or any other forum or blog
To install it, drag this bookmarlet to your bookmarks bar
When you are browsing a flickr photo, click the bookmarklet and you'll see a popup like the following screenshot, where you can select the size and attributes to show, and copy the HTML code to post the picture.


| Added Classes and Interfaces |
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ConfigurationException
|
Thrown when a programming error such as a misplaced annotation, illegal binding, or unsupported
scope is found. |
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Exposed
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Acccompanies a {@literal @}Provides method annotation in a
private module to indicate that the provided binding is exposed. |
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MembersInjector
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Injects dependencies into the fields and methods on instances of type {@code T}. |
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OutOfScopeException
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Thrown from Provider.get when an attempt is made to access a scoped
object while the scope in question is not currently active. |
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PrivateBinder
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Returns a binder whose configuration information is hidden from its environment by default. |
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PrivateModule
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A module whose configuration information is hidden from its environment by default. |
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Provides
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Annotates methods of a Module to create a provider method binding. |
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ProvisionException
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Indicates that there was a runtime failure while providing an instance. |
| Changed Classes and Interfaces |
|
AbstractModule
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A support class for Modules which reduces repetition and results in
a more readable configuration. |
|
Binder
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Collects configuration information (primarily bindings) which will be
used to create an Injector. Guice provides this object to your
application's Module implementors so they may each contribute
their own bindings and other registrations.
The Guice Binding EDSL
Guice uses an embedded domain-specific language, or EDSL, to help you
create bindings simply and readably. This approach is great for overall
usability, but it does come with a small cost: it is difficult to
learn how to use the Binding EDSL by reading
method-level javadocs. Instead, you should consult the series of
examples below. To save space, these examples omit the opening
{@code binder}, just as you will if your module extends
AbstractModule.
bind(ServiceImpl.class);
This statement does essentially nothing; it "binds the {@code ServiceImpl}
class to itself" and does not change Guice's default behavior. You may still
want to use this if you prefer your Module class to serve as an
explicit manifest for the services it provides. Also, in rare cases,
Guice may be unable to validate a binding at injector creation time unless it
is given explicitly.
bind(Service.class).to(ServiceImpl.class);
Specifies that a request for a {@code Service} instance with no binding
annotations should be treated as if it were a request for a
{@code ServiceImpl} instance. This overrides the function of any
@ImplementedBy or @ProvidedBy
annotations found on {@code Service}, since Guice will have already
"moved on" to {@code ServiceImpl} before it reaches the point when it starts
looking for these annotations.
bind(Service.class).toProvider(ServiceProvider.class);
In this example, {@code ServiceProvider} must extend or implement
{@code Provider}. This binding specifies that Guice should resolve
an unannotated injection request for {@code Service} by first resolving an
instance of {@code ServiceProvider} in the regular way, then calling
get() on the resulting Provider instance to obtain the
{@code Service} instance.
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Binding
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A mapping from a key (type and optional annotation) to the strategy for getting instances of the
type. |
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BindingAnnotation
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Annotates annotations which are used for binding. |
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CreationException
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Thrown when errors occur while creating a Injector. |
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Guice
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The entry point to the Guice framework. Creates Injectors from
Modules.
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Injector
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Builds the graphs of objects that make up your application. |
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Key
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Binding key consisting of an injection type and an optional annotation. |
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Module
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A module contributes configuration information, typically interface
bindings, which will be used to create an Injector. |
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Provider
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An object capable of providing instances of type {@code T}. |
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Scope
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A scope is a level of visibility that instances provided by Guice may have. |
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Scopes
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Built-in scope implementations. |
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TypeLiteral
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Represents a generic type {@code T}. |


weClick
00:00:00
Press the Start button to begin the survey
Press the Stop button to stop receiving answers
Responses:0


The Subordinate
Perform
Do not
perform
The Authority
Perform
,
5, 10
Do not
perform
,
3, 5
Please, choose an offer to see how the payoffs change:
0
0.5
1
1.5
2
2.5
3
3.5


The software Design implements most algorithms of database algebra, version 1.0 copyright 2000, which is developed when I was studying the subject “Database Design” with Prof. Nguyen, Diem-Tien T. at University of Science. The version 2.0 is issued in 2004 at the Center of Information Technology Development, now known as University of Information Technology, National University, Ho Chi Minh city, Vietnam. Software Design is written in Microsoft Visual C++ 6.0. The next version will support operating directly on databases such as MS Access, MS SQL Server, MySQL, Oracle and has more enhanced functions.


GraphicTech Focus on vehicle body decoration materials. Products are manufactured by German-imported basic films, in strict accordance with international quality-controlled standards production procedure. We strive to create the most competitive professional car body graphic film, paint protection film, color wrapping film and other related products.
GraphicTech win the high recognition of peers with excellent quality and market performance.


Credits
MIT License
Copyright (c) Daniel Wright
Permission is hereby granted, free of charge, to any person obtaining a copy
of this software and associated documentation files (the "Software"), to deal
in the Software without restriction, including without limitation the rights
to use, copy, modify, merge, publish, distribute, sublicense, and/or sell
copies of the Software, and to permit persons to whom the Software is
furnished to do so, subject to the following conditions:
The above copyright notice and this permission notice shall be included in all
copies or substantial portions of the Software.
 IN NO EVENT SHALL THE
AUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER
LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM,
OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE
SOFTWARE.
----------------------------------------------------------------------------------------------------------
Hexagon layout data taken from https://github.com/odileeds/hexmaps
MIT License
Copyright (c) 2017 ODI Leeds
Permission is hereby granted, free of charge, to any person obtaining a copy
of this software and associated documentation files (the "Software"), to deal
in the Software without restriction, including without limitation the rights
to use, copy, modify, merge, publish, distribute, sublicense, and/or sell
copies of the Software, and to permit persons to whom the Software is
furnished to do so, subject to the following conditions:
The above copyright notice and this permission notice shall be included in all
copies or substantial portions of the Software.
 IN NO EVENT SHALL THE
AUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER
LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM,
OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE
SOFTWARE.
----------------------------------------------------------------------------------------------------------
2015 election results data from http://www.data.parliament.uk/dataset/general-election-2015
Data: 2015 General Election Results
ONS ID:
ONS Region ID:
Constituency name:
County name:
Region name:
Country name:
Constituency type:
Declaration time:
Result:
First party:
Second party:
Electorate:
Valid votes:
Invalid votes:
Majority:
Con:
Lab:
Ld:
UKIP:
Green:
SNP:
PC:
DUP:
SF:
SDLP:
UUP:
Alliance:
Other:


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Whitelight Logo
This is one of the best logos I have ever made. It is comprised of semi-transparent triangles, and a circle with a radial gradient. FUN FACT: My current logo was inspired by this design.
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Mogimik Logo
A pretty nifty logo I made...
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SpikePie Logo
In this logo, my aim was to experiment with the actual forms of the letters themselves. Belive it or not, I actually started out with the letters being in some ugly sans-serif font resembling Helvetica, and then just reshaped the letters.
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Skillscoder11 Logo
This was one of my first quality logos. The person I made it for wanted it animated, so I animated it. Hover over it to see the animation.
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Welcome to the CompSoc Development Hub (CompSSH), a hub of open source repositories from Kent's Computing Society aimed at getting more people in university into Open Source. If you are feeling lost, don’t worry, we have written the following few points to get you up to speed as quickly as possible. Of course if something is not clear, feel free to reach out to anyone. We are all very excited to see your contributions, see you in the git log!
Most (all of ours) Open Source projects use git for managing their source code. If you are unsure about your git skills, GitHub has an amazing guide.
CompSSH uses Github Issues and Pull Requests to track bugs, features and manage contributions, other Open Source projects use mailing lists (i.e., the Linux kernel).


# File Dia/Dia.rb, line 165 165: def assignConnection(dia) 166: @connection = [] ; 167: XML::XPath.each(@xml, "./dia:connections/dia:connection"){|con| 168: c = Connection.new(con, self, dia) ; 169: @connection.push(c) ; 170: c.to.connectedFrom.push(c) ; 171: } 172: end


Micronaut Foundation is a not-for-profit organization that exists to support and collectively lead the open source Micronaut® project.
Micronaut Foundation serves to:
- Ensure technical innovation and advancement of Micronaut as a free and open public use software development framework for a growing global community
- Evangelize and promote the Micronaut framework as a leading technology in the JVM space
- Build and support an ecosystem of complementary documentation, functionality, and services.
Contributing Members
The bylaws of Micronaut Foundation provide that Object Computing will maintain, in perpetuity, a majority interest in the Foundation to serve as a steward of the Micronaut framework and its growing global open source community. Object Computing has committed an initial contribution of $2M to fund open source product development and evangelism for Micronaut. “Our focus continues to be directed at building and helping our community create better technology,” said Jeff Scott Brown. “This is what we do and will continue to do. The community is an important part of this journey for us — the most important part of the journey. Our commitment to honor and serve this community continues to grow.” The Foundation relies on the financial support of our Contributing Members. If you are interested in becoming a Contributing Member, please contact us at<EMAIL_ADDRESS>Micronaut Foundation Technology Advisory Board
Micronaut Foundation is supported by a Technology Advisory Board that ensures the Framework continues to reflect and serve its diverse and growing user community. The Board will meet quarterly to discuss and make recommendations regarding Micronaut’s roadmap and technical direction.
“The formation of the Foundation reflects the growing need to balance the diverse range of interests from the Micronaut community and contributing organizations,” said Graeme Rocher, co-founder of the Micronaut framework. “As Micronaut’s adoption continues to accelerate, the additional governance provided by the Foundation will ensure all interested parties have a voice, resulting in a much more inclusive approach to the direction of the project.”
For more information and for organizations interested in nominating a representative to the Micronaut Foundation Technical Advisory Board, please contact<EMAIL_ADDRESS>Contact
The Foundation's Board Of Directors may be reached at foundation@micronaut.io


If timeInSecs is incorrect or can't be interpreted, then Time.SecStr will return the empty string and Error.Last and Error.LastMsg will be set to the appropriate error.
Here are the letters:
| a | Abbreviated weekday name |
| A | Full weekday name |
| b | Abbreviated month name |
| B | Full month name |
| c | Date and time representation appropriate for locale |
| d | Day of month as decimal number (01 - 31) |
| H | Hour in 24-hour format (00 - 23) |
| I | Hour in 12-hour format (01 - 12) |
| j | Day of year as decimal number (001 - 366) |
| m | Month as decimal number (01 - 12) |
| M | Minute as decimal number (00 - 59) |
| p | Current locales A.M./P.M. indicator for 12-hour clock |
| S | Second as decimal number (00 - 59) |
| U | Week of year as decimal number, with Sunday as first day of week (00 - 53) |
| w | Weekday as decimal number (0 - 6; Sunday is 0) |
| W | Week of year as decimal number, with Monday as first day of week (00 - 53) |
| x | Date representation for current locale |
| X | Time representation for current locale |
| y | Year without century, as decimal number (00 - 99) |
| Y | Year with century, as decimal number |
| z,Z | Time-zone name |
put Time.SecStr (Time.Sec, "A B d, Y"), " is day number ",
Time.SecStr (Time.Sec, "j"), " of ", Time.SecStr (Time.Sec, "Y")
This means that you can only call the function by calling Time.SecStr, not by calling SecStr.


Security Mechanisms
The characteristics of an application should be considered when deciding the layer and type of security to be provided for applications. The following sections discuss the characteristics of the common mechanisms that can be used to secure Java EE applications. Each of these mechanisms can be used individually or with others to provide protection layers based on the specific needs of your implementation.
Java SE Security Mechanisms
Java SE provides support for a variety of security features and mechanisms:
Java Authentication and Authorization Service (JAAS): JAAS is a set of APIs that enable services to authenticate and enforce access controls upon users. JAAS provides a pluggable and extensible framework for programmatic user authentication and authorization. JAAS is a core Java SE API and is an underlying technology for Java EE security mechanisms.
Java Generic Security Services (Java GSS-API): Java GSS-API is a token-based API used to securely exchange messages between communicating applications. The GSS-API offers application programmers uniform access to security services atop a variety of underlying security mechanisms, including Kerberos.
Java Cryptography Extension (JCE): JCE provides a framework and implementations for encryption, key generation and key agreement, and Message Authentication Code (MAC) algorithms. Support for encryption includes symmetric, asymmetric, block, and stream ciphers. Block ciphers operate on groups of bytes; stream ciphers operate on one byte at a time. The software also supports secure streams and sealed objects.
Java Secure Sockets Extension (JSSE): JSSE provides a framework and an implementation for a Java version of the Secure Sockets Layer (SSL) and Transport Layer Security (TLS) protocols and includes functionality for data encryption, server authentication, message integrity, and optional client authentication to enable secure Internet communications.
Simple Authentication and Security Layer (SASL): SASL is an Internet standard (RFC 2222) that specifies a protocol for authentication and optional establishment of a security layer between client and server applications. SASL defines how authentication data is to be exchanged but does not itself specify the contents of that data. SASL is a framework into which specific authentication mechanisms that specify the contents and semantics of the authentication data can fit.
Java SE also provides a set of tools for managing keystores, certificates, and policy files; generating and verifying JAR signatures; and obtaining, listing, and managing Kerberos tickets.
For more information on Java SE security, visit http://docs.oracle.com/javase/6/docs/technotes/guides/security/.
Java EE Security Mechanisms
Java EE security services are provided by the component container and can be implemented by using declarative or programmatic techniques (see Securing Containers). Java EE security services provide a robust and easily configured security mechanism for authenticating users and authorizing access to application functions and associated data at many different layers. Java EE security services are separate from the security mechanisms of the operating system.
Application-Layer Security
In Java EE, component containers are responsible for providing application-layer security, security services for a specific application type tailored to the needs of the application. At the application layer, application firewalls can be used to enhance application protection by protecting the communication stream and all associated application resources from attacks.
Java EE security is easy to implement and configure and can offer fine-grained access control to application functions and data. However, as is inherent to security applied at the application layer, security properties are not transferable to applications running in other environments and protect data only while it is residing in the application environment. In the context of a traditional enterprise application, this is not necessarily a problem, but when applied to a web services application, in which data often travels across several intermediaries, you would need to use the Java EE security mechanisms along with transport-layer security and message-layer security for a complete security solution.
The advantages of using application-layer security include the following.
Security is uniquely suited to the needs of the application.
Security is fine grained, with application-specific settings.
The disadvantages of using application-layer security include the following.
The application is dependent on security attributes that are not transferable between application types.
Support for multiple protocols makes this type of security vulnerable.
Data is close to or contained within the point of vulnerability.
For more information on providing security at the application layer, see Securing Containers.
Transport-Layer Security
Transport-layer security is provided by the transport mechanisms used to transmit information over the wire between clients and providers; thus, transport-layer security relies on secure HTTP transport (HTTPS) using Secure Sockets Layer (SSL). Transport security is a point-to-point security mechanism that can be used for authentication, message integrity, and confidentiality. When running over an SSL-protected session, the server and client can authenticate each other and negotiate an encryption algorithm and cryptographic keys before the application protocol transmits or receives its first byte of data. Security is active from the time the data leaves the client until it arrives at its destination, or vice versa, even across intermediaries. The problem is that the data is not protected once it gets to the destination. One solution is to encrypt the message before sending.
Transport-layer security is performed in a series of phases, as follows.
The client and server agree on an appropriate algorithm.
A key is exchanged using public-key encryption and certificate-based authentication.
A symmetric cipher is used during the information exchange.
Digital certificates are necessary when running HTTPS using SSL. The HTTPS service of most web servers will not run unless a digital certificate has been installed. Digital certificates have already been created for the GlassFish Server.
The advantages of using transport-layer security include the following.
It is relatively simple, well-understood, standard technology.
It applies to both a message body and its attachments.
The disadvantages of using transport-layer security include the following.
It is tightly coupled with the transport-layer protocol.
It represents an all-or-nothing approach to security. This implies that the security mechanism is unaware of message contents, so that you cannot selectively apply security to portions of the message as you can with message-layer security.
Protection is transient. The message is protected only while in transit. Protection is removed automatically by the endpoint when it receives the message.
It is not an end-to-end solution, simply point-to-point.
For more information on transport-layer security, see Establishing a Secure Connection Using SSL.
Message-Layer Security
In message-layer security, security information is contained within the SOAP message and/or SOAP message attachment, which allows security information to travel along with the message or attachment. For example, a portion of the message may be signed by a sender and encrypted for a particular receiver. When sent from the initial sender, the message may pass through intermediate nodes before reaching its intended receiver. In this scenario, the encrypted portions continue to be opaque to any intermediate nodes and can be decrypted only by the intended receiver. For this reason, message-layer security is also sometimes referred to as end-to-end security.
The advantages of message-layer security include the following.
Security stays with the message over all hops and after the message arrives at its destination.
Security can be selectively applied to different portions of a message and, if using XML Web Services Security, to attachments.
Message security can be used with intermediaries over multiple hops.
Message security is independent of the application environment or transport protocol.
The disadvantage of using message-layer security is that it is relatively complex and adds some overhead to processing.
The GlassFish Server supports message security using Metro, a web services stack that uses Web Services Security (WSS) to secure messages. Because this message security is specific to Metro and is not a part of the Java EE platform, this tutorial does not discuss using WSS to secure messages. See the Metro User’s Guide at http://metro.java.net/guide/.


So, to clarify, you want to know how jailbreaking works internally? Or do you want to know, as per the question title, how you can connect to an iphone with c++?
I don't know about iPhones, but if they're anything like Android devices, you can't, at least, not directly.
There's basically three ways a program running on a PC can connect to a program running on an Android device:
1. Through a network socket. This is what the majority of user mode applications do. You have to go through the network, which is kind of silly if the device is already connected through USB to the system.
2. Through a network socket that passes through an emulated connection (that actually uses the USB connection) created by the debugging service. This is more like what one would expect to do, but it has the problem of requiring the device to be in debug mode.
3. Write a USB driver for the PC OS that will mediate the connection between the PC program and the Android program (I can't remember at the moment if the Android OS also needs a driver). This is what sync applications do. The solution has several obvious drawbacks, but it's the only way to directly interface Android and PC applications using the USB link.
helios is right. As of now, and probably for the foreseeable future, there is no official way to connect to an iPhone in C++. Everything that exists uses jailbreak hacks, and those hacks use the network. However, you *can* use AppleScript to do basic things with an iPhone, and it will recognize when an iPhone is plugged in. (link:http://apple.stackexchange.com/questions/88849/applescript-to-run-when-iphone-connects-disconnects )


(Sorry, this works best in WebKit right now. The SJCL stuff
to get around lack of window.crypto.getRandomValues
requires jiggling the mouse a lot. For now try it in Chrome or something.)
zwrite.js obtains a ticket for<EMAIL_ADDRESS>through Webathena. It then
assembles the notice itself (after querying the server to find out its IP) and
forwards to zhm.cgi
which just forwards it along to its local zhm.
The page is protected by certificates for now to prevent potential abuse of the
zhm proxy; it's possible that a real web-based zephyr client will want more
sanity checking on the proxy. Perhaps independent authentication (through
something less evil than SSL client auth) and stuff. I dunno.


Before Change
elif topics is not None:
new_topics = []
for topic in topics:
topic_token_ids = np.array([self.dictionary.token2id[token] for token in topic])
new_topics.append(topic_token_ids)
self._update_accumulator(new_topics)
After Change
logger.warning(
"The currently set model "%s" may be inconsistent with the newly set topics",
self.model)
elif self.model is not None:
new_topics = self._get_topics()
logger.debug("Setting topics to those of the model: %s", self.model)
else:
new_topics = None
self._update_accumulator(new_topics)


HACKED BY s1l3nt-404 | -=B4T4MC0D3RT34M=-
My own mind can lie to me They all say it's anxiety But I, just think it's me Now I've lost so many years My pillows a tissue for my tears But they, never see.
|| WE ARE || s1l3nt-404 | -=B4T4MC0D3RT34M=- | PURWOREJO6ETAR


Camera R:
Camera θ:
Camera φ:
Animate camera:
Perspective projection:
New object type:
Random attributes for new objects:
NOTE: You must create at least 1 light object in order to see any lighting effects (otherwise, all the created objects will be rendered as black/zero color).
Scene objects:
Scene color:
Specular highlights:
NOTE: The (changeable) settings below apply to the currently selected object in the "Scene objects" drop-down list.


ManagedString¶
Overview¶
ManagedString
represents a text string in the micro:bit runtime.
A string is simply a sequence of characters such as "joe" or "micro:bit".
In the C language, the end of the string is marked by a special character (a NULL character, commonly with the value zero).
Simple strings are often represented as literal character arrays:
uBit.display.scroll("HELLO");
Which is almost exactly the same as:
char message[6] = {'H', 'E', 'L', 'L', 'O', 0};
uBit.display.scroll(message);
Although fantastically simple, strings of this form are well known to lead to memory leaks and be sources of bugs in code (especially when the programmers are still learning!).
As a result, most modern high level languages such as Java, C#, Javascript and TouchDevelop do not use strings of this format. Instead, they provide code that is capable of ensuring strings remain safe.
ManagedString
provides this equivalent functionality for the micro:bit, as a building block for higher level languages. However, it can also makes programming the micro:bit in C easier too!
Note
This is a managed type. This means that it will automatically use and release memory as needed. There is no need for you to explicitly free or release memory when your done - the memory will be freed as soon as the last piece of code stops using the data.
Creating Strings¶
Images are simple to create - just create them like a variable, and provide the text or number you would like to build the string from.
For example:
ManagedString hi("HELLO");
ManagedString message("micro:bit");
ManagedString n(42);
The runtime will also create a ManagedString
for you from a number or quoted literal anytime a function requires a ManagedString
.
In the example below, even though the scroll function of MicroBitDisplay
expects a ManagedString
,
it is totally fine to pass a literal value in quotes or a number (or in fact, any parameter that is listed in the API section as a legal constructor will work):
ManagedString hi("HELLO");
ManagedString message("micro:bit");
ManagedString n(42);
// All these calls are legal:
uBit.display.scroll(hi);
uBit.display.scroll(n);
uBit.display.scroll("THANKS!");
Manipulating Strings¶
ManagedStrings are immutable, meaning that once created, they cannot be changed. However, you can join them, search them, extract characters from them and create other strings!
The micro:bit runtime makes use of operator overloading to keep this easy to use.
In other words, we make use of the =
+
<
>
and ==
operators to let you easily assign and compare strings.
Although this may sound complex, it is easy once you see how to do it.
Here is how you would join together more than one string, and assign it to a new one:
ManagedString hi("HELLO");
ManagedString message("micro:bit");
ManagedString space(" ");
ManagedString s = hi + space + message;
// This would say "HELLO micro:bit" on the LED display.
uBit.display.scroll(s);
You can compare strings (alphabetically) in a similar way:
ManagedString hi("HELLO");
ManagedString message("micro:bit");
if (hi == message)
uBit.display.scroll("SAME");
if (hi < message)
uBit.display.scroll("LESS");
if (hi > message)
uBit.display.scroll("MORE");
You can also determine the length of a string, extract parts of strings, retrieve individual characters at a given index or convert a ManagedString to a C-style character array using the length
, substring
, charAt
and toCharArray
functions respectively.
See the API documentation below for further details.
API¶
Constructor¶
ManagedString( StringData * ptr)¶
Description¶
Constructor. Create a managed string from a specially prepared string literal.
Parameters¶
StringData *ptr - The literal - first two bytes should be 0xff, then the length in little endian, then the literal. The literal has to be 4-byte aligned.
Example¶
static const char hello[] __attribute__ ((aligned (4))) = "\xff\xff\x05\x00" "Hello";
ManagedString s((StringData*)(void*)hello);
leakData¶
StringData leakData()¶
Description¶
Get current ptr, do not decr() it, and set the current instance to empty string.
This is to be used by specialized runtimes which pass StringData around.
Constructor¶
ManagedString( const char * str)¶
Description¶
Constructor.
Create a managed string from a pointer to an 8-bit character buffer.
The buffer is copied to ensure safe memory management (the supplied character buffer may be declared on the stack for instance).
Parameters¶
const char *str - The character array on which to base the new ManagedString .
Example¶
ManagedString s("abcdefg");
ManagedString( const int value)¶
Description¶
Constructor.
Create a managed string from a given integer.
Parameters¶
const intvalue - The integer from which to create the ManagedString .
Example¶
ManagedString s(20);
ManagedString( const char value)¶
Description¶
Constructor. Create a managed string from a given char.
Parameters¶
const charvalue - The character from which to create the ManagedString .
Example¶
ManagedString s('a');
ManagedString( PacketBuffer buffer)¶
Description¶
Constructor. Create a ManagedString from a PacketBuffer . All bytes in the PacketBuffer are added to the ManagedString .
Parameters¶
PacketBufferbuffer - The PacktBuffer from which to create the ManagedString .
Example¶
ManagedString s = radio.datagram.recv();
ManagedString( const char * str, const int16_t length)¶
Description¶
Constructor. Create a ManagedString from a pointer to an 8-bit character buffer of a given length.
The buffer is copied to ensure sane memory management (the supplied character buffer may be declared on the stack for instance).
Parameters¶
const char *str - The character array on which to base the new ManagedString .const int16_tlength - The length of the character array
Example¶
ManagedString s("abcdefg",7);
ManagedString( const ManagedString & s)¶
Description¶
Copy constructor. Makes a new ManagedString identical to the one supplied.
Shares the character buffer and reference count with the supplied ManagedString .
Parameters¶
const ManagedString &s - The ManagedString to copy.
Example¶
ManagedString s("abcdefg");
ManagedString p(s);
ManagedString()¶
Description¶
Default constructor.
Create an empty ManagedString .
Example¶
ManagedString s();
operator=¶
ManagedString operator=( const ManagedString & s)¶
Description¶
Copy assign operation.
Called when one ManagedString is assigned the value of another.
If the ManagedString being assigned is already refering to a character buffer, decrement the reference count and free up the buffer as necessary.
Then, update our character buffer to refer to that of the supplied ManagedString , and increase its reference count.
Parameters¶
const ManagedString &s - The ManagedString to copy.
Example¶
ManagedString s("abcd");
ManagedString p("efgh");
p = s // p now points to s, s' ref is incremented
operator==¶
bool operator==( const ManagedString & s)¶
Description¶
Equality operation.
Called when one ManagedString is tested to be equal to another using the '==' operator.
Parameters¶
const ManagedString &s - The ManagedString to test ourselves against.
Returns¶
true if this ManagedString is identical to the one supplied, false otherwise.
Example¶
MicroBitDisplay display;
ManagedString s("abcd");
ManagedString p("efgh");
if(p == s)
display.scroll("We are the same!");
else
display.scroll("We are different!"); //p is not equal to s - this will be called
operator<¶
bool operator<( const ManagedString & s)¶
Description¶
Inequality operation.
Called when one ManagedString is tested to be less than another using the '<' operator.
Parameters¶
const ManagedString &s - The ManagedString to test ourselves against.
Returns¶
true if this ManagedString is alphabetically less than to the one supplied, false otherwise.
Example¶
MicroBitDisplay display;
ManagedString s("a");
ManagedString p("b");
if(s < p)
display.scroll("a is before b!"); //a is before b
else
display.scroll("b is before a!");
operator>¶
bool operator>( const ManagedString & s)¶
Description¶
Inequality operation.
Called when one ManagedString is tested to be greater than another using the '>' operator.
Parameters¶
const ManagedString &s - The ManagedString to test ourselves against.
Returns¶
true if this ManagedString is alphabetically greater than to the one supplied, false otherwise.
Example¶
MicroBitDisplay display;
ManagedString s("a");
ManagedString p("b");
if(p>a)
display.scroll("b is after a!"); //b is after a
else
display.scroll("a is after b!");
substring¶
ManagedString substring( int16_t start, int16_t length)¶
Description¶
Extracts a ManagedString from this string, at the position provided.
Parameters¶
int16_tstart - The index of the first character to extract, indexed from zero.int16_tlength - The number of characters to extract from the start position
Returns¶
a ManagedString representing the requested substring.
Example¶
MicroBitDisplay display;
ManagedString s("abcdefg");
display.scroll(s.substring(0,2)) // displays "ab"
charAt¶
char charAt( int16_t index)¶
Description¶
Provides a character value at a given position in the string, indexed from zero.
Parameters¶
int16_tindex - The position of the character to return.
Returns¶
the character at posisiton index, zero if index is invalid.
Example¶
MicroBitDisplay display;
ManagedString s("abcd");
display.scroll(s.charAt(1)) // scrolls "b"
toCharArray¶
const char * toCharArray()¶
Description¶
Provides an immutable 8 bit wide character buffer representing this string.
Returns¶
a pointer to the character buffer.
length¶
int16_t length()¶
Description¶
Determines the length of this ManagedString in characters.
Returns¶
the length of the string in characters.
Example¶
MicroBitDisplay display;
ManagedString s("abcd");
display.scroll(s.length()) // scrolls "4"


ParseGeoPoint class
ParseGeoPoint represents a latitude / longitude point that may be associated with a key in a {@link ParseObject} or used as a reference point for geo queries. This allows proximity based queries on the key.
Only one key in a class may contain a ParseGeoPoint.
Constructors
- ParseGeoPoint()
- Creates a new default point with latitude and longitude set to 0.0.
- ParseGeoPoint.set(double latitude, double longitude)
- Creates a new point with the specified latitude and longitude.
Properties
- latitude ↔ double
-
Set latitude. Valid range is (-90.0, 90.0). Extremes should not be used.
read / write
- longitude ↔ double
-
Set longitude. Valid range is (-180.0, 180.0). Extremes should not be used.
read / write
- toJson → dynamic
-
read-only
- hashCode → int
-
The hash code for this object. [...]
read-only, inherited
- runtimeType → Type
-
A representation of the runtime type of the object.
read-only, inherited
Methods
-
toString(
) → String -
Returns a string representation of this object.
override
-
noSuchMethod(
Invocation invocation) → dynamic -
Invoked when a non-existent method or property is accessed. [...]
inherited
Operators
-
operator ==(
dynamic other) → bool -
The equality operator. [...]
inherited
Constants
- EARTH_MEAN_RADIUS_KM → const double
-
6371.0
- EARTH_MEAN_RADIUS_MILE → const double
-
3958.8


Other Information
- Shared driveway with 1065 Brush Hill Road (a recent gut renovation
currently listed at $3MM- 6BD/7BA-6500 SF).
- New home must be fitted with fire-suppressing sprinkler systems, as well as
the carriage house in the event it is used as a caretaker’s residence. Not
required if only used as a garage.
- The natural vegetation that exists along the frontage of “Upper Road” will
be retained to a depth of 20 feet from the Upper Road lot line.
- New home must be constructed with set back a minimum of 75 feet from
the Upper Road lot line.
- No further subdivision of this property and no driveway access from Upper
Road to this property.
Assessment data from FY 2021
- Building value $116,700
- Land value $629,999
- Other value $6,300
- Total Value $752,000
- Property tax $9,866


Add Subclass:
You aren't eligible to add a subclass at this time.
To add a subclass, you must meet the following conditions:
First, you must obtain Mimir's elixir. To find out more about this quest, speak with Magister Ladd at the Ivory Tower of Oren
You must also have completed the "Fate's Whisper" quest from Maestro Reorin, you can find in a hut wast of Oren Castle Town.
Also, the level of all your subclasses must have reached 75. For example, if your current subclasses are Temple Knight and Silver Ranger must have reached 75 if you are to add a third subclass.
All characters are limited to three subclasses.


c_ify.Rd
This function takes a string, such as "a b c"
, and returns code that will produce that vector in R, such as c("a","b","c")
.
c_ify( s, from = c("r", "r_char", "stata", "python", "py_char"), from_start = NULL, from_sep = NULL, from_end = NULL, string = from %in% c("r_char", "py_char", "stata"), to_start = NULL, to_sep = NULL, to_end = NULL, trim = TRUE, silent = FALSE )
| s | A string |
|---|---|
| from | The formatting of the origin string. This can be |
| from_start | Text at the beginning of the string to remove before separating the elements. Or just give a number to remove that many characters. |
| from_sep | Character(s) separating each element. |
| from_end | Text at the end of the string to remove before separating the elements. Or just give a number to remove that many characters. |
| string | Set to |
| to_start | Text at the beginning of the output string. |
| to_sep | Character(s) separating each element in the output. |
| to_end | Text at the end of the output string. |
| trim | Merge all multiple-whitespaces into single whitespaces before separating the elements, handy if |
| silent | Suppress the message to console and just return the result as a string. |
This is handy when copy/pasting vectors from R console output or other languages (like Stata) into your code.
c_ify('1 2 3')#>#> [1] "c(1, 2, 3)"c_ify('[1, 2, 3]', from = 'python')#>#> [1] "c(1, 2, 3)"c_ify('var1 var2 var3', from = 'stata')#>#> [1] "c(\"var1\", \"var2\", \"var3\")"c_ify('%%%a_b_c$$$', from_start = '%%%', from_sep = '_', from_end = '$$$', string = TRUE)#>#> [1] "c(\"a\", \"b\", \"c\")"


Hundreds of migrants removed from makeshift camps in Paris – video
by Maheen Sadiq, Elena MorresiFrench police officers have begun clearing more than 1,000 migrants and refugees from a makeshift camp in northern Paris, where they had been sleeping rough in squalid conditions for months. The move comes after the country’s centrist government set out Emmanuel Macron’s tougher stance on immigration this week and vowed to clear the camps


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The Solidity Online Realtime Compiler is a powerful tool that allows you to design, test, and deploy Ethereum contracts.
New to Ethereum? Try visiting this guide before moving forward.
The online Solidity compiler has the ability to connect to running instances of your geth node through RPC and IPC. Below are the flags you need to add when you start geth in order to allow your node to communicate with the website.
geth --unlock 0 --rpc --rpcport "8545" --ipcapi "admin,db,eth,debug,miner,net,shh,txpool,personal,web3" --rpcapi "db,eth,net,web3" --rpccorsdomain "http://chriseth.github.io" console
If you'd like to have access to the geth console in a second command prompt window, open another console window and enter geth attach
to attach that console window to your geth instance.
You may want to make a script so you can easily open your geth console. I accomplished this on my Windows system by creating a file called geth_unlocked.cmd
which opens my geth console.
Back at the Solidity Compiler website, we want to connect to our geth node over either RPC or IPC. Most people will want to connect over RPC. Click the Cube icon. Change the address and port in the "Web3 provider input" box to match the flags you set to launch geth. If you used the previous step to launch geth your address and port should be http://localhost:8545
.
A dialog box may pop up warning you if you want to connect. Click "OK".
Click the red "Create" button on below your node connection settings. Your transaction will soon be mined (normally within 30 seconds) and your public variables (in blue) and your functions (in red) will appear below. Add information to the function calls to create your marriage on the blockchain. Note that Ethereum doesn't always understand the difference between a string and a hex value, so this online compiler differentiates the two by using quotes. If you want to submit a string, surround that string in quotes. For the time values you will need to use a converter site like this to convert your date and time entires to Unix epoch time. Once you have entered the data you want to send to Ethereum, click on the red function buttons that you have data entered for. This will create and push a transaction to the Ethereum network.
Once the transactions are mined, a transaction receipt will appear under the function. You can also click on the blue variable buttons to view the state variables that have been changed in the contract (many of them will come back as hexidecimal and will need to be converted to ASCII values to view properly).
Look at your geth window. You can see that right after you submitted your transactions they were added into blocks and mined.
Navigate back to the online Solidity compiler and copy the contract address and all of the text in the "Interface" box to a text editor. The contract address is a unique address that identifies your contract on the blockchain based on 3 things: the contract code, your Ethereum address, and the number of times you have sent transactions from your Ethereum address (a.k.a the nonce). The text in the interface box is called the ABI - Application Binary Interface. It is used to map your variables and functions you want to call in your web app back to the contract. It is the interface layer between your high level Dapp and the low level Ethereum blockchain code.
Navigate to my Ethereum marriage website. In the box marked "Contract Address" enter your contract address. Enter your ABI information in the ABI box. After making sure you are connected to geth through the website, click the green button to see your marriage information you added to the blockchain. If you'd like to see more details about your contract on the blockchain, click on the dark blue button that says "View smart contract on the Ethereum blockchain".
Want to learn more about Ethereum? Check out the documentation! »


Event Location:
Office Floor II, 1700 Sofia, Bulgaria
110 B, Simeonovsko Shosse Bul.
Sofia, , Bulgaria
Abstract:
Entity-Attribute-Value model is often called “anti-pattern” by the criticism. And probably they would be right if one misses to read the “Handle with Care” label on it. Enthusiastic inexperienced developers would easily compromise the benefits of relational DB but the coin has yet another side. Hierarchical object with thousands of properties, unknown schema, flexibility and millions of records. As always – we have to sacrifice one thing in order to win another. Then all it comes to priorities and ability for decision making. At this lecture you will not get a step-by-step manual but instead get ideas for how to build one for you. A challenge, a proof of concept, hard work and successful project for millions – that is the story to share.
Speaker(s): Ivelin Andreev,
Abstract:
What does Azure offer to SQL Server 2012 Business Intelligence developers, and to those who use Business Intelligence every day? Come to this session to see how you can transfer your skills in SSIS and SSRS to add Azure to your existing Business Intelligence skill set. Using SQL Server Data Tools (SSDT), we will look at the differences in developing SSIS packages that use Azure as a source and as a target. We will also look at developing SSRS reports deployed to Azure, using SSDT. We will also look at Business Intelligence for mobile devices such as tablets.Come and see SQL Server Azure SQL Business Intelligence, and learn to avoid some of the 'gotcha!' pitfalls when developing Business Intelligence solutions for the cloud.
Speaker(s): Jen Stirrup,
Abstract:
Microsoft SQL Server Compact (SQL CE) is a compact relational database produced by Microsoft for applications that run on mobile devices and desktops. With Windows Phone Mango OS you can store relational data in a local database. In this presentation you will learn how to configure your mobile application to work with Local Database . You'll find specifics related LocalDb compared to other versions of SQL Server. In this talk we will consider the details of application deployment using LocalDb. Developer could learn more about how to maintain local database (selecting, inserting, updating, deleting data), changing database schema. We will talk also about how to import data to LocalDb , database security and which kind of ORM to use.
Speaker(s): Mihail Mateev,
Abstract:
SQL Server optimizer doesn't use and index seek for execution of your query although the quer is high selective? What is better, when and why: LIKE vs: SUBSTRING, IN vs. EXISTS, SUBQUERY vs. JOIN. Why you should not use the UPPER or LOWER functions? How to avoid non-SARG-able WHERE clauses? Which query takes about 3 minutes in SQL Server 2008 and only one second in SQL Server 2012? In this session we will answer these questions and show how bad designed queries lead to poor execution plans. We will offer recommendations and tips how to avoid performance problems caused by poor query design (functions in WHERE clause, data type conversions…) and explain how local variables and parameters affect the generation of execution plan.
Speaker(s): Miloš Radivojević,
Abstract:
If SQL Server is heart of our environment, his health should be very important, right? If SQL Server is important, his availability for our businesses (internal and external) is important to. For our customers doesn't matter where data are stored, how are stored and what we do with those data. Especially for our managers. The data must be available on demand, on time, at he moment of request. High Availability is our responsibility. How we can prepare our environment for HA? How HA is connected for with SLA? And why Service Level Agreement are important for us? In this session I want to discuss about HA options for SQL Server (2008, 2012), about our different customers, and about Service Level Agreement (formal or not).
Speaker(s): Tobiasz Koprowski,
Abstract:
Spatial Data Visualization is one of the key new features of SQL Server Reporting Services. This feature was introduced in SQL Server 2008 R2 and continues to evolve in the new SQL Server 2012. SQL Server provided geospatial data from SQL Server 2008 and you may have noticed (or perhaps used) the two geospatial data types in SQL Server: geometry and geography. In this lecture we will talk about how to visualize spatial data in the SQL Server Reporting Services, creating Map reports. We will learn how to set reporting services and how to use spatial data with this product. Samples will demonstrate work with Reporting Services for both SQL Server 2008 R2 and SQL Server 2012.
Speaker(s): Mihail Mateev,
Abstract:
Are You remember "Sliders"? In my opinion Licensing World is similar to this series. How many time You tried to understand licensing? How many times You heard different opinions about same question? I'm sure, that You know what is CPU, CORE, SOCKET. Are You familiar with Processor / User / Device? And CAL / SAL/ SA too? Are You use SPLA program or just OEM or MOLP? Physical Instance, Virtual Instance, 90 Days, EULA, SPUR, LAR, Multiplexing, 5 Dollars (not 5 Cents)... It's not all the possibilities, if we are talking about licenses. Let's talk about it, from the Licensing Point of View
Speaker(s): Tobiasz Koprowski,
Abstract:
OLAP (online analytical processing) cube on one hand extends a 2-dimensional array (spreadsheet table or array of facts/measures and keys/pointers to dictionaries) to a multidimensional DataCube. OLAP Servers with most marketshare are: SSAS (Microsoft SQL Server Analytical Services). This talk ia about how visualize OLAP data. .NET allows developers to rapidly embed out-of-the box OLAP, data visualization and Business Intelligence features in Windows and Web applications with one convenient purchase! With the ability to connect to virtually any data source and support for several development platforms, rolling out your own ad hoc Business Intelligence application is now easier than ever.
Speaker(s): Mihail Mateev,
Abstract:
Which are the most common myths and mistakes that the DBAs do in their day-to-day operations? What they can do to make their lives easier and avoid sleepless nights. We will discuss some real-world examples coming from the experience of an entire database team.
Speaker(s): Nikolay Chorbanov,
Abstract:
Today the project owners demand results as soon as possible and most often - for yesterday. Time to market is crucial and it is practical to deliver bit-by-bit, get feedback and grow with the number of your customers. But as the project grows, the team does too and not all have the same expertise. As well rarely in the beginning the requirements clear enough to allow performance-wise SQL interaction. In most cases there does not exist an ORM that can solve this task for you and you will need to have hard T-SQL writer in the team. If you already know this story or are going this way then in this practical session we will share how to monitor, measure and optimize your SQL code and DB layer interaction.
Speaker(s): Ivelin Andreev,
Abstract:
We are storing more and more data FACT We have less time to move data around our environment FACT Businesses want close to real-time analytics FACT. We therefore need to plan our data movement strategy better. In this session I will show you the improvements to CDC being made in SQL Server 2012 and suggest why this is something you will want to know.
Speaker(s): Allan Mitchell,
Abstract:
Let's see how can we use use SQL Azure Federations to scale out our SQL Azure deployment. In this session will talk about basics, specifics, pitfalls.
Speaker(s): Anton Staykov,
Abstract:
Microsoft has made serious commitments to mobile Business Intelligence, announced at SQLPass Summit 2011. What is the roadmap? What's available right now, and how can it be implemented at your organisation? Come to this session to learn about mobilising Business Intelligence using Sharepoint, Reporting Services, SQL Azure, Excel Services and Power Pivot. Yes, it is possible to have mobile Business Intelligence in your organisation, and come to this session in order to learn how!
Speaker(s): Jen Stirrup,
Abstract:
What is happening behind the scenes when you think you send a query to SQL Server? What is the surprise when you find out that the same query is performing differently every time?  Let’s think again and let’s talk more about SQL Server query caches, parameterization and query plan problems in order to understand what’s going on behind the scenes and how to avoid the ugly things happening with your query performance
Speaker(s): Margarita Naumova,
Abstract:
An introduction to NoSQL database principles, and its main subcategories; An exploration of NoSQL technologies available in the cloud using Windows Azure and SQL Azure; A comparison of NoSQL and relational database approaches, and a discussion about the role of database in clouds' era taking into account the adaptability of each application to the different businesses;
Speaker(s): Miroslav Lessev,
Abstract:
SQL Server 2012 adds new capability for decision support and data analysis in the enterprise. SSAS has important performance Improvements, and the new tabular mode opens the whole new world for SSAS designers. Learn what’s new and see most of the features.
Speaker(s): Margarita Naumova,
Abstract:
Session Full title: Is "the bigger the better" valid in the database world? - Best practices for VLDB environments What are the best practices for building and managing very large database environments? How can we get an advantage from implementing HP's FastTrack Solution? We will share some real-world tips and tricks around the management of multi-terabyte databases.
Speaker(s): Ivan Donev,
Abstract:
Corruption happens! Realize that! Do not just cross your fingers, you have choices to save your data. When corruption occurs pressing the panic button is not an option, but knowing what exactly to do in order to minimize a data loss and down time. Backups are sometimes the best way to minimize the data loss, but not necessarily the down-time. The session explains what to do when corruption occurs in order to reduce data loss and downtime, how to act proactively minimizing corruption. Having this knowledge can make DBAs more confident to dealing these problems themselves and improve their skills
Speaker(s): Margarita Naumova,
Abstract:
Session full title: Let's talk real-world private cloud implementation! Starting from a consolidation idea to optimize our costs, moving through the concept of private cloud solution and how we implemented it using the HP Database Consolidation appliance.
Speaker(s): Boris Hristov,
Abstract:
: It’s about time developers can use Visual Studio tools when it comes database development in a quality manner. Let’s see how we can work in a single environment when we implement our application code and DB structure and functionality, all in a complemented way with code navigation, IntelliSense, platform-specific validation, debugging and declarative editing in the TSQL Editor, as well as a visual Table Designer.
Speaker(s): Ventsy Popov,
This is a list of speakers from the XML Guidebook records. The details and URLs were valid at the time of the event.
Contact: http://blogs.staykov.net
Anton Staykov is a Microsoft MVP for the Windows Azure and founder of the Windows Azure User Group Bulgaria. Anton has more than 11 years of solid experience in developing applications for different domains – corporate sites, media portals, e-commerce, intranet LoB applications. As a Windows Azure consultant he helps ISVs migrate their applications to the cloud. A bachelor in Telecommunications and Master is Sciences in Internet Software Technologies.
Contact: http://www.inspirit.bg
Margarita Naumova is a very well-known SQL Expert. Magi holds the highest possible SQL Server Technical Certification in the field – Microsoft Certified Master, making her one of the best SQL Server Experts Worldwide. Magi is also a Microsoft Data Platform MVP (Most Valuable Professional). She has more than 15 years of SQL Server and BI technologies consulting and training experience and is a trusted advisor for many large companies in SQL Server Platform Area. Currently she works as a Managing Partner and Chief SQL Architect of Inspirit, her own Data Platform Consulting Company with offices in Bulgaria (Inspirit) and Norway (Inspir-it AS). Margarita is a regular speaker at the largest IT events, SQLBits, SQLSaturday in Europe.
LinkedIn: https://bg.linkedin.com/in/ivelin
Contact: https://www.slideshare.net/ivoandreev
Ivelin is a Microsoft Azure MVP and software architect in one of the leading and highly innovative Bulgarian IT brands - Interconsult Bulgaria Ltd. He is an external ICT expert in the European Commission, Eurostars-Eureka programme and Innovation Fund Denmark, Microsoft professional developer, senior project manager and Data Platform specialist. With 17+ years of strong experience in design and development of web systems, SOA, enterprise integration, machine learning, web security and data management, he is a practical man who always tries to balance between risk and flexibility. Never scared of work he has turned the weighing of pros and cons into own marked style that urges to make conscious decisions.
LinkedIn: http://at.linkedin.com/pub/milos-radivojevic/1b/7bb/290/de
Contact: https://milossql.wordpress.com/
Miloš Radivojević is a database consultant located in Vienna, Austria. He is Data Platform MVP and specializes in SQL Server for application developers and performance and query tuning. Currently, he works as a principal database consultant in bwin GVC (the largest regulated online gaming company in the world). He is co-founder of the SQL Pass Austria and speaks regularly at local and international database conferences. He is also co-author of the books SQL Server 2016 Developer's Guide, SQL Server 2017 Developer's Guide and Mastering SQL Server 2017.
Contact: http://www.mssqlinsider.com/
Ivan Donev is a certified Microsoft IT Professional in Business intelligence, Database development and database administration since 2010 and dealing with different SQL Server projects and environments since 2007. I am also and certified trainer, active blogger and leader of www.mssqlinsider.com. I am also active participant in the Bulgarian SQL Server User group as well as speaker, participated in large BI, upgrade, consolidation and migration with SQL Server.
LinkedIn: http://www.linkedin.com/pub/mihail-mateev/1/6b3/4b1
Contact: https://mmateev.wordpress.com/
Mihail Mateev is a technical consultant, community enthusiast, PASS Regional Mentor for CEE, chapter lead, Microsoft Azure MVP, Microsoft Regional Director. He works as a Senior Solutions Architect at EPAM Systems, focused on Data Platform, IoT and cloud related solutions. He also worked many years like a Technical evangelist in the Infragistics. Last years Mihail was focused on various areas related to technology Microsoft: Data Platform, Visual Studio, ASP.Net, Windows client apps, Data Platform, and Microsoft Azure. Michael also has a PhD in cloud computing area. He is a university lecturer on Smart Homes and Smart Energy IoT Solutions.
Contact: http://www.inspirit.bg
Margarita Naumova is a very well-known SQL Expert. Magi holds the highest possible SQL Server Technical Certification in the field – Microsoft Certified Master, making her one of the best SQL Server Experts Worldwide. Magi is also a Microsoft Data Platform MVP (Most Valuable Professional). She has more than 15 years of SQL Server and BI technologies consulting and training experience and is a trusted advisor for many large companies in SQL Server Platform Area. Currently she works as a Managing Partner and Chief SQL Architect of Inspirit, her own Data Platform Consulting Company with offices in Bulgaria (Inspirit) and Norway (Inspir-it AS). Margarita is a regular speaker at the largest IT events, SQLBits, SQLSaturday in Europe.
LinkedIn: http://www.linkedin.com/pub/mihail-mateev/1/6b3/4b1
Contact: https://mmateev.wordpress.com/
Mihail Mateev is a technical consultant, community enthusiast, PASS Regional Mentor for CEE, chapter lead, Microsoft Azure MVP, Microsoft Regional Director. He works as a Senior Solutions Architect at EPAM Systems, focused on Data Platform, IoT and cloud related solutions. He also worked many years like a Technical evangelist in the Infragistics. Last years Mihail was focused on various areas related to technology Microsoft: Data Platform, Visual Studio, ASP.Net, Windows client apps, Data Platform, and Microsoft Azure. Michael also has a PhD in cloud computing area. He is a university lecturer on Smart Homes and Smart Energy IoT Solutions.
LinkedIn: https://bg.linkedin.com/in/ivelin
Contact: https://www.slideshare.net/ivoandreev
Ivelin is a Microsoft Azure MVP and software architect in one of the leading and highly innovative Bulgarian IT brands - Interconsult Bulgaria Ltd. He is an external ICT expert in the European Commission, Eurostars-Eureka programme and Innovation Fund Denmark, Microsoft professional developer, senior project manager and Data Platform specialist. With 17+ years of strong experience in design and development of web systems, SOA, enterprise integration, machine learning, web security and data management, he is a practical man who always tries to balance between risk and flexibility. Never scared of work he has turned the weighing of pros and cons into own marked style that urges to make conscious decisions.
Contact: https://onlysearch.wordpress.com/
Allan Mitchell is a SQL Server MVP and runs elastio, a small consultancy helping customers to make informed decisions about their data storage and integration. His focus is on enterprise search as well as real-time data integration.
LinkedIn: http://www.linkedin.com/pub/mihail-mateev/1/6b3/4b1
Contact: https://mmateev.wordpress.com/
Mihail Mateev is a technical consultant, community enthusiast, PASS Regional Mentor for CEE, chapter lead, Microsoft Azure MVP, Microsoft Regional Director. He works as a Senior Solutions Architect at EPAM Systems, focused on Data Platform, IoT and cloud related solutions. He also worked many years like a Technical evangelist in the Infragistics. Last years Mihail was focused on various areas related to technology Microsoft: Data Platform, Visual Studio, ASP.Net, Windows client apps, Data Platform, and Microsoft Azure. Michael also has a PhD in cloud computing area. He is a university lecturer on Smart Homes and Smart Energy IoT Solutions.
Contact: http://koprowskit.eu/geek/
Community leader focused on SQL Server, SharePoint, security, collaboration, and ITIL, DR, BCM and SLA. Love licensing stuff. MCT, Freelancer, consultant. Conducts audit projects, consulting and implementation in Poland and across Europe. Technical Team Leader in GITCA. Member of such Microsoft Terminology Community, Friends of RedGate, PASS, ISSA, ACM and several communities in the world. MVP for SQL Server. President of the Polish SQL Server USer Group. Creator of SQLDAY Conference.
Contact: http://www.inspirit.bg
Margarita Naumova is a very well-known SQL Expert. Magi holds the highest possible SQL Server Technical Certification in the field – Microsoft Certified Master, making her one of the best SQL Server Experts Worldwide. Magi is also a Microsoft Data Platform MVP (Most Valuable Professional). She has more than 15 years of SQL Server and BI technologies consulting and training experience and is a trusted advisor for many large companies in SQL Server Platform Area. Currently she works as a Managing Partner and Chief SQL Architect of Inspirit, her own Data Platform Consulting Company with offices in Bulgaria (Inspirit) and Norway (Inspir-it AS). Margarita is a regular speaker at the largest IT events, SQLBits, SQLSaturday in Europe.
Contact: http://ventsypopov.com
Ventsy Popov is a Developer Evangelist in Microsoft Bulgaria. He focuses on the newest trends round Microsoft Development Platform and positioning its values amongst developers and software companies. Before that, he worked for years on the development field, dealing with technologies like ASP.NET, Windows Forms, .NET Compact Framework, MS SQL Server, Oracle DB. Ventsy is a Microsoft Certified Trainer and since 2008 has been participating as a speaker on numerous events and university courses.
LinkedIn: https://bg.linkedin.com/pub/miroslav-lessev/62/238/34
I am a PhD candidate at Faculty of Economics and Business Administration, University of Sofia quot;St. Kliment Ohridskiquot; in Implementation of modern computer engineering in economic studies at. I have study on cloud computing and its effect on economics and people. I have more than 20 years of experience in designing, developing, implementing and supporting databases. At the moment I#39;m a Big Data Developer in DataCore Software.
Contact: http://www.jenstirrup.com
Jen is a database strategist, small business owner, SQLFamily and community advocate, public speaker and blogger. Jen was elected Director-At-Large (elect) for the Professional Association of SQL Server, responsible for the EMEA regions plus the Virtual Chapter portfolio. Jen is passionate about all things data and business intelligence, helping leaders derive value from their Microsoft SQL Server, SharePoint and Office365 investments.
Contact: http://koprowskit.eu/geek/
Community leader focused on SQL Server, SharePoint, security, collaboration, and ITIL, DR, BCM and SLA. Love licensing stuff. MCT, Freelancer, consultant. Conducts audit projects, consulting and implementation in Poland and across Europe. Technical Team Leader in GITCA. Member of such Microsoft Terminology Community, Friends of RedGate, PASS, ISSA, ACM and several communities in the world. MVP for SQL Server. President of the Polish SQL Server USer Group. Creator of SQLDAY Conference.
Contact: http://borishristov.com/blog/
Boris is SQL Server DBA at Hewlett - Packard Enterprise Services who's obsessed with the thought of designing solutions. He also teaches SQL Server at New Bulgarian University and is constantly exploring new technologies and trends. Last and definitely not at least he loves spending time with his closest people.
Contact: http://www.jenstirrup.com
Jen is a database strategist, small business owner, SQLFamily and community advocate, public speaker and blogger. Jen was elected Director-At-Large (elect) for the Professional Association of SQL Server, responsible for the EMEA regions plus the Virtual Chapter portfolio. Jen is passionate about all things data and business intelligence, helping leaders derive value from their Microsoft SQL Server, SharePoint and Office365 investments.
I am manager of the SQL server team in HP Sofia Global Delivery Center. My team consists of around 25 DBAs and serves 1300 SQL servers. Prior to my management career I have 5 years of experience as SQL DBA. I still keep my passion for SQL Server and I try to be up to speed with the technology. I am Microsoft Certified Trainer and for the last 2 years I lead a SQL Server course in Sofia University. I have also done several presentations for the BG SQL user group community.
The following is a list of sponsors that helped fund the event.


See token for details on this parameter.
GET [baseUrl]/{{include.resource}}?patient=1&{{include.content}}={{include.example}}
Return all {{include.resource}} resources that have a {{include.content}} with a {{include.text1}} of {{include.text2}} and Patient with a logical id of 1.


 Play as a brave ad blocker and deflect ads as they come towards the video! If you let too many ads reach the screen, then game over!
Use the arrow keys to move the player up and down as well as jump from left to right. Use hidden key combination cheat codes to gain an advantage!
Press Escape at any time to pause the game.


02 March 2000
Disease Outbreak Reported
Twelve suspect cases including 3 deaths from Hantavirus Pulmonary Syndrome have been reported from Las Tablas and Guarare districts, Los Santos Province. The diagnosis has been confirmed by serological tests (positive IgM and IgG) on samples from three surviving patients. Testing was performed by the Centers for Disease Control and Prevention (CDC) in the United States.
Preventive measures are being taken to educate and inform the public to avoid contact with rodents and their excreta. A seroprevalence study in humans and rodent capture for virus detection and identification of reservoir species are underway. Clinicians in the area have been trained in case management.


Hi there Dry!
Your semester is coming to a close and you’re probably up to your eyeballs in final essays, presentations, and exams. (Not to mention all those Thanksgiving leftovers.) We want to take a moment thank you for all the amazing work you’ve done this semester and say: Y'ALL ROCK! Before you start binging on all the TV shows you’ve missed over the last four months, we want to remind you of one last assignment: *Feminist Campus’ **End of Semester Survey [ https://www.surveymonkey.com/r/feministsurvey ]** [ https://www.surveymonkey.com/r/feministsurvey ]*.
This survey only takes a couple minutes and is a super important way for us to get in touch with your groups, stay in-the-loop of leadership changes, and get tons of feedback about how *WE* can better serve *YOU*. Plus, every person who completes the *survey* [ https://www.surveymonkey.com/r/feministsurvey ] will be entered into win a *Feminist Prize Pack*!
Everyone who takes the survey by *Monday, January 4th* will be eligible to win one of the three following prize packs. These are the goodies included:
1 year free membership to Ms. Magazine [ http://www.msmagazine.com/ ]
10 “This is what a Feminist looks like” buttons
1 feminist shirt of your choice:
* Grey and pink Feminist as F*ck [ http://store.feminist.org/thisiswhatafeministlookslikeblacktanktop.aspx ] tank top
* Black This is what a Feminist Looks Like [ http://store.feminist.org/thisiswhatafeministlookslikeblackunisexlongsleeves.aspx ] long-sleeve
* Purple and white Fearless, Flawless, Feminist [ http://store.feminist.org/thisiswhatafeministlookslikeunisexblacktee-1-1.aspx ] short-sleeve
Remember, surveys have to be completed by the *Monday, January 4th* deadline to be eligible to win the prize pack. So, get lots of rest, enjoy your last couple weeks of class, and fill those surveys out!
*Click **here [ https://www.surveymonkey.com/r/feministsurvey ]** [ https://www.surveymonkey.com/r/feministsurvey ]** **to access the survey online!*
For equality,
Your Feminist Campus Organizers
Edwith, Chelsea, Kelli, and Mari


Ocean [an00], ocean, in The Outer Sea
Last updated Turn #145
Ocean [an00], ocean, in The Outer Sea
------------------------------------------------------------------------
17: The Savvy Aardvark [ha5r], ship, 2 hulls, 1 rowing port, 6 sails,
17: 27% damaged, arrived from Ocean [ao00], owner:
17: Phantasm [n4b], Imperial Empire, duke, with two workers,
17: eight sailors
18: The Savvy Aardvark [ha5r], ship, 2 hulls, 1 rowing port, 6 sails,
18: 27% damaged, departed for Ocean [am00].
30: It is no longer windy.
Routes leaving Ocean:
North, to Ocean [am00], 6 days
East, to Ocean [an01], 5 days
South, to Ocean [ao00], 6 days
West, to Ocean [an86], 5 days


A summary of some new news related to CUNY's and CSI's response to the COVID-19 pandemic. See https://csi-covid19.github.io for the archive.
To add/suggest news, please email John Verzani
It isn't official, but don't expect any students on campus at the beginning of the term. Very likely, the campus facility won't be available until well into the fall semester.
7/22 No fall sports for CUNY AC
Amidst the unprecedented challenges of the global COVID-19 pandemic, the City University of New York Athletic Conference and member Athletic Directors have made the difficult decision to cancel all intercollegiate competition, both traditional and non-traditional, scheduled for the 2020 fall semester.
The Chancellor has requested that the Board approve making CUNY test blind. That is no reliance on standardized tests for entrance. The exact scale and scope to be released soon, as the board will meet next week.
New areas include:
Fall 2020 Instructional Modalities & Scheduling: Professional Development Online Pedagogy
Student Success, Equity & Inclusion: College Bridge for All
Travel: Domestic Travel; International Travel
University Admissions: Admissions Policy – Licensed Health Professions Programs
Gov. Andrew Cuomo is warning incoming SUNY and CUNY freshmen he may have to slash the tuition relief program for middle class families because of the fiscal crisis fueled by the coronavirus crisis — unless the federal government delivers a rescue package.
U.S. Immigration and Customs Enforcement said on Friday that newly enrolling international students won’t be allowed to come to the U.S. if their courses will be taught entirely online.
(Deja Vu all over again...)
7/22 Congressional Republicans ready for revolt (Thanks Ned Benton, JJ)
Senator Roy Blunt, Republican of Missouri, said on Tuesday that the $105 billion for education would include about $70 billion for elementary, middle and high schools, with more money available to school districts that reopen in the fall. Senate Democrats have put forward legislation that would provide $430 billion to schools.
“They’re going to have more expenses, transportation and petitions and different ways to have meals than they’ve had in the past,” Mr. Blunt said, adding that $30 billion would be set aside for colleges and universities and $5 billion for governors to use at their discretion.
7/22 Too Early to Assess Fall Enrollment at Community Colleges, Say Experts
Meanwhile, the City University of New York (CUNY) said it has seen a surge in summer session enrollment. All institutions across the CUNY system, which includes two-year, four-year and graduate schools, have posted an overall 17% increase. CUNY’s seven community colleges have shown a 5% increase.
“The growth of our summer enrollment is a product of CUNY’s first-class academics, extraordinary affordability and the outstanding outcomes our graduates can expect,” said CUNY chancellor Dr. Félix V. Matos Rodríguez in a press statement. “We are thrilled to provide access to high-quality distance education programs in these uncertain times.
And yet it looks to this untrained eye that the Community Colleges are getting a triple whammy: reduced city funding (a 1% increase to cover 5+% expenditure increases); a 10% decline in enrollments (due to COVID) and changing CUNY policies are making it easier for students to enter CUNY as senior college students; a 20M reduction ASAP.
7/21 Opening Campuses Is Risky. The Alternative Is Worse
Colleges and universities can successfully navigate coronavirus perils with prudence and lots of creativity.
Indeed, public universities especially are facing a host of financial pressures that only extra funding from the federal government can alleviate. With state revenues shrinking due to Covid, universities sorely need an infusion of aid beyond the $14 billion available through the Cares Act, the $2 trillion coronavirus relief package that Congress passed in March. For example, Rutgers University in New Jersey has taken a $183 million hit so far; only $27 million of that will be made up by funds from the Cares Act.


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Ever since Spotify started to make playlists like "Your top songs 2019" and "Summer Rewind", I've thought it would be nice to be able to analyse this data myself. How about a "Winter Rewind", for example?
How do I get my hands on this data? I tried Spotify's "download your data" feature, but it only goes back a few months. The next best option was this API which returns the 50 most recently played tracks. Since a track needs to be played for 30 seconds to register, all that's required is to check for new plays every 25 minutes. This webapp does exactly that.
As soon as I started testing the above API call, I realised that the data I was going to be accumulating would include things like the number of times I listened to Cruel this month, making it even more sensitive than bank statements!
To avoid having this data sitting around in plaintext on a server somewhere, use of encryption was essential. The scheme used is quite simple.
When you sign up, you generate a keypair consisting of a public and private key. The server receives only the public key; the private key is your responsibility, and without it you will not be able to access your data (nor will anyone else). When the server retrieves your playback data, as soon as it is received it is stored in a libsodium sealed box . The server doesn't (and can't) do anything more with it except store it. When you later want to access your data, you need to log in with your spotify account and provide your keypair. The data is only decrypted locally in the browser, and never sent to the server.
Having this data in a nice SQL database on the server but not being able to query it (since it consists solely of encrypted BLOBs) would be a bit frustrating. The solution was to run SQLite in the browser. You can query and manipulate and export your data as you please, and I will never know that you only listen to that one Avril Lavigne album from 2002 on repeat.


`(String a, String b) `tracefile on
The outer most content is cached for 20 seconds, using the CacheFor annotation. ${new Date()}
this part is never cached: `invoke controllers.more.Portlets.panel1("\"never cached\"")`
this part is cached for 10 seconds. Note the timeout spec with invoke overrides CacheFor annotation. `a controllers.more.Portlets.panel2(b), "10s"
this part is cached for 4 seconds, specified with CacheFor annotation in the controller. `a controllers.more.Portlets.panel3(a + b)


The following explanation gives you a brief look at how our automated classification framework system works. The problem: Typically less than 1 - 2 % of the collected images from ocean-bottom (or "benthic") surveys are interpreted and processed for science purposes. Within those images, usually only a small number of pixels within each image are labeled. This results in a very tiny fraction of total amount of collected data being utilized for science purposes, O(0.00001%).
Example of annotated image scored using sparse random points.
Our framework uses these few and far between, human-identified labeled pixels to train a superpixel-based automated classification system. This automated system can then efficiently use the known labeled objects to look for patterns matching textures and colors, to identify content in the images. In this way we can extend the labelled results from a few pixels in a tiny fraction of the images to every pixel in every image of an entire survey. By increasing the accuracy of these systems, we can increase our understanding of these undersea habitats.
Flow diagram of the proposed pipeline for sub-image classification of benthic biota. The blue arrows show the ﬂow of unlabelled data and outputs from automated processing steps, and the red arrows show the ﬂow of data that requires manual annotation by a human expert.
Example of image classified using the system described here.
There are several aspects that can effect a computer's effectiveness of understanding the contents in an image. One consideration is how large an area within an image (a "patch") the computer is given to examine at a time. Large patches may have many classes making it more difficult to assign a single, specific class label. Small patches may be difficult to classify as they lack context. In addition, no matter the size of the patch, if there is a complicated pattern or mix of objects, there can be poor results in identification of data. If these data "ingredients" aren't optimal, the final mix of statistics computed from raw data will not be as correct or useful. Examples of images classified using the superpixel framework are shown below.
Superpixel classification example images. The first row shows the original image examples; the second row shows labels overlaid onto segmented images (with the unlabeled superpixels coloured randomly); and the third row shows the output from the automated classifier.
The figures below chart results of computer-generated class estimates against the labeled points identified by humans. The results show strong compatibility between manual label estimates (black circles) and automated estimates (filled circles). Even more compelling is that the results fall along scientifically valid expectations: deeper regions are dominated by sand, while plants and other organisms using the sun for nourishment (the photosynthesising classes) tend to be limited to the photic zone ( < 60m) where sunlight reaches.
Spatial layout of percentage cover, estimated by automated superpixel classification for every pixel of all 7733 images in the survey compared to that estimated using 50 point-count of the 75 images that were scored using CPCe.
The images below show examples of unlabeled data that this trained system has determined are similar, without any human guidance or oversight.
Non-overlapping unscored sample images for each class. Each row shows thumbnails of the 5 images that contain the highest proportion for each class. The figure also presents the range in percent cover across the images that are shown.
If you are interested in more details, checkout a PhD thesis on all this stuff here