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Typically, if your code runs as intended in hosted mode and compiles to JavaScript without error, web mode behavior will be equivalent. Occasional different problems can cause subtle bugs to appear in web mode that don't appear in hosted mode. Fortunately those cases are rare.
A full list of known language-related "gotchas" is available in the GWT documentation.
GWT provides the -noserver option to the hosted mode shell script for this sort of thing.
The -noserver option instructs hosted mode to not start the embedded Jetty instance. In its place, you would run the J2EE container of your choice and simply use that in place of the embedded Jetty instance.
If you do not need to use, or prefer not to use, the Jetty instance embedded in GWT's hosted mode to serve up your servlets for debugging, you can use the -noserver flag to prevent Jetty from starting, while still taking advantage of hosted mode for debugging your GWT client code.
If you need the -noserver option, it is likely because your server-side code that handles your XMLHTTPRequest data requests requires something more, or just something different than Jetty. Here are some example cases where you might need to use -noserver:
When using the -noserver flag, your external server is used by the GWT Hosted Mode browser to serve up both your dynamic content, and all static content (such as the GWT application's host page, other HTML files, images, CSS, and so on.) This allows you to structure your project files in whatever way is most convenient to your application and infrastructure.
Though your own external server handles all static content and dynamic resources, all browser application logic continues to be handled in Java, internal to hosted mode. This means that you can continue to debug your client-side code in Java as usual, but all server-side requests will be served by your web or application server of choice. (If you are using an IDE such as Eclipse configured to integrate with GWT's hosted mode for debugging, then using -noserver will prevent you from automatically debugging your server code in the same debugger instance you use to debug hosted mode. However, if the server software you use supports it, you can of course use an external debugging tools.)
Here is a step-by-step description of how to use -noserver:
Be careful not to omit copying the files in Step #4: This is an action you'll only have to do once, but is a necessary step. However, one important point to note is that you may need to replace the .gwt.rpc file if your application uses GWT RPC and if the types that your application serializes across the wire implement the java.io.Serializable interface. If these types are changed, or new serializable types are added to your RPC calls, the GWT compiler will generate a new .gwt.rpc file. You will need to replace the old file deployed on your web server with the newly generated file. However, if your web server targets the GWT compiler's war output directory as the war directory for your application, you will not need to re-compile for these changes, and hosted mode will take care of generating and correctly placing the *.gwt.rpc file.
There are many options you can pass to the hosted mode process to control how you want to start up the hosted mode browser. These options can differ slightly from version to version, but will generally include the options shown in the command-line help text below:
java -cp gwt-dev-<your platform here>.jar com.google.gwt.dev.HostedMode Missing required argument 'module[s]' Google Web Toolkit 1.7.0 HostedMode [-noserver] [-port port-number | "auto"] [-whitelist whitelist-string] [-blacklist blacklist-string] [-logLevel level] [-gen dir] [-style style] [-ea] [-server servletContainerLauncher] [-startupUrl url] [-war dir] [-extra dir] [-workDir dir] [-localWorkers count] module[s] where -noserver Prevents the embedded web server from running -port Specifies the TCP port for the embedded web server (defaults to 8888) -whitelist Allows the user to browse URLs that match the specified regexes (comma or space separated) -blacklist Prevents the user browsing URLs that match the specified regexes (comma or space separated) -logLevel The level of logging detail: ERROR, WARN, INFO, TRACE, DEBUG, SPAM, or ALL -gen The directory into which generated files will be written for review -style Script output style: OBF[USCATED], PRETTY, or DETAILED (defaults to OBF) -ea Debugging: causes the compiled output to check assert statements. -server Specifies a different embedded web server to run (must implement ServletContainerLauncher) -startupUrl Automatically launches the specified URL -war The war directory to write output files into (defaults to war) -extra The directory into which extra, non-deployed files will be written -workDir The compiler work directory (must be writeable; defaults to a system temp dir) -localWorkers Specifies the number of local workers to use when compiling permutations and module[s] Specifies the name(s) of the module(s) to host
Any time you want to look up the hosted mode options available for your version of GWT, you can simply invoke the HostedMode class from command-line as shown above and it will list out the options available along with their descriptions.
During its bootstrap process, a Google Web Toolkit application goes through a series of sometimes cryptically-named files. These files, generated by the GWT Compiler, usually seem strange to developers new to GWT. To effectively deploy a GWT application, however, it is necessary to understand these files so that they can be placed appropriately on the web server.
The important files produced by the GWT Compiler are:
Each of the items listed above is described below. However, first it's important to understand the concept of deferred binding since that notion is at the heart of the bootstrap process injected into the <Module Name>.nocache.js file, so you might want to read a bit about deferred binding before continuing.
Before explaining what each file does, it's also useful to summarize the overall bootstrap procedure for a GWT application:
That's the process in a nutshell. For an example the bootstrap process for a complete GWT application, check out the Developer Guide example. The sections below describe each of the GWT application files in detail.
The "cache" files contain your application's logic. If you were to look inside a .cache.html file, you would see that it is JavaScript code wrapped in a thin HTML wrapper. You might wonder why the GWT Compiler doesn't simply emit it as a JavaScript .js file. The reason for this is that certain browsers do not correctly handle compression of pure-JavaScript files in some circumstances. This would effectively mean that users unfortunate enough to be using such a browser would download the .js file uncompressed. Since the GWT mantra is no-compromise, high-performance AJAX code, the GWT Compiler wraps the JavaScript in an HTML file to wiggle around this browser quirk.
They are named according to the MD5 sum of their contents. This guarantees deterministic behavior by the GWT Compiler: if you recompile your application without changing code, the contents of the output will not change, and so the MD5 sums will remain the same. Conversely, if you do change your source code, the output JavaScript code will likewise change, and so the MD5 sums and thus the filenames will change.
Because of this uniqueness guarantee, it is safe (and indeed preferable) for browsers to cache these files, which is reflected in their .cache.html file extension.
The "nocache" file is where Deferred Binding occurs. Before the application can run, any dynamically-bound code must be resolved. This might include browser-specific versions of classes, the specific set of string constants appropriate to the user's selected language, and so on. In Java, this would be handled by simply loading an appropriate service-provider class that implements a particular interface. To maximize performance and minimize download size, however, GWT does this selection up-front in the "nocache" file.
The reason the file is named ".nocache.html" is to indicate that the file should never be cached. That is, it must be downloaded and executed again each time the browser starts the GWT application. The reason it must be re-downloaded each time is that the GWT Compiler regenerates it each time, but under the same file name. If the browsers were allowed to cache the file, they might not download the new version of the file, when the GWT application was recompiled and redeployed on the server. To help prevent caching, the code in gwt.js actually appends an HTTP GET parameter on the end of file name containing a unique timestamp. The browser interprets this as a dynamic HTTP request, and thus should not load the file from cache.
In previous versions of GWT, if your application used GWT RPC, the types that you wanted to serialize across the wire had to implement the IsSerializable interface. As of GWT 1.4, types that implement the java.io.Serializable interface now also qualify for serialization over RPC, with some conditions.
One of these conditions is that the types that you would like to serialize over the wire must be included in the .gwt.rpc file generated by the GWT compiler. The .gwt.rpc file serves as a serialization policy to indicate which types implementing java.io.Serializable are allowed to be serialized over the wire. For more details on this and other conditions to use Serializable types in GWT RPC, check out this FAQ.
That is the story behind the somewhat strange GWT file names. The <module>.nocache.js performs the deferred binding resolution and selects a cache file based on the execution context
The bootstrap process of a Google Web Toolkit application involves a <Module Name>.nocache.js file, and a number of .cache.html files. In the hosted mode environment, these applications are automatically placed in a war style directory based on the output directory specified in the -out argument. For instance, if the -out argument specified in your build.xml hosted target reads myapp, then the hosted mode process will read your host HTML page at /test/war/MyApp.html.
When a GWT application is deployed, however, it must coexist with the rest of the web site. To correctly integrate a GWT application into a web site's file structure, the site administrator must understand how GWT applications bootstrap. Otherwise, the files may not be at the locations where the GWT infrastructure expects to find them, and the application will not load. The details below describe each of these principle components, as well as where they should be located to properly load up your GWT application
In the GWT 1.4 bootstrap model, GWT expects to find all its files in the same path as the <module>.nocache.js file. For example, let's suppose your GWT Module's name is com.company.app.MyApp, and that the host HTML file is at http://host.domain.tld/myApp/index.html. Further suppose that the <module>.nocache.js and other files generated by the GWT compiler are in the same path as the host HTML file. With this setup, the following sequence of requests will occur:
The configuration above may not work in your own case. For example, for organizational reasons you might want to place the host HTML page at the root path, but place the GWT-related files at a different location, such as /gwt-files.
To relocate the GWT application files to the /gwt-files path, all you need to do is update the <script> tag referencing the <module>.nocache.js file to include the relative (or absolute) path to the file. The files generated by the GWT compiler, including the .cache.html files, must also reside at the same path as the <module>.nocache.js file.
In this case if your GWT Module is com.company.app.MyApp, the <script> tag in the host page (index.html) would be:
<script language="JavaScript" src="/gwt-files/MyApp.nocache.js"></script>
The example above would result in the following file download sequence:
Usually applications will need additional content, such as images and CSS files, and of course dynamic resources such as RPC or JSON URLs. The techniques described above will change not only the path used to fetch GWT's application files, but also the value returned by the GWT.getModuleBaseURL() method. If your application uses that method to construct URLs to additional resources, be sure that the resources are located in the appropriate directory. For example, if you remap your GWT files to '/gwt-files/', but your host page is /index.html, then the code GWT.getModuleBaseURL() + "myImage.png" will result in the URL /gwt-files/myImage.png.
It's important to take care if your code refers to resources using GWT.getModuleBaseURL(). This is an especially common concern for those using Java Servlets, because the Servlet mapping must be set appropriately in the module XML file (.gwt.xml).
By default, GWT obfuscates the JavaScript it produces. This is partly done to protect the intellectual property of the application you develop, but also because obfuscation reduces the size of the generated JavaScript files, making them faster to download and parse.
If you prefer not to have GWT obfuscate its output, then you can use the -style flag on the GWT Compiler. This flag has one of three possible values:
If you are curious about what GWT's generated JavaScript is doing, then you can use -style PRETTY. On the rare occasion where you are debugging GWT's output, then -style DETAILED might be helpful.
If you are compiling a large application, you may find that compiling to web mode takes a long time. One issue is that the compiler actually builds several versions of your application based on client properties for locale and browser. For deployment, this is crucial, but for everyday development, you are probably only using a single browser and locale. If that is the case, then you can take a shortcut and compile only a single permutation during the development cycle.
Creating this shortcut setup requires creating a new module and manipulating the client properties. What you need to do is to create a module that inherits from your existing module that specifies exact values for client properties that you want to nail down. Let's use Hello as an example...
This example uses "gecko", which I tested on my older Firefox 1.0.7. First, the GWT module file:
<module> <inherits name="com.google.gwt.sample.hello.Hello"/> <set-property name="user.agent" value="gecko"/> </module>
Next, the host HTML file:
<html> <head> <meta http-equiv="content-type" content="text/html; charset=UTF-8"> <title>Hello</title> </head> <body bgcolor="white"> <script type="text/javascript" language="javascript" src="com.google.gwt.sample.hello.HelloFirefox.nocache.js"></script> </body> </html>
You can do the same thing for locale or any other client property. The subsystem that generates all those permutations is completely extensible, so this technique is a general one.
To avoid keeping many nearly duplicate module files, the rename-to attribute on the <module> tag to create a working copy of the GWT application that is specific to the single-browser single-locale development mode. You can keep two module XML files in parallel, one for solid development to be tested on all browsers, and another working copy with most permutations suppressed for draft code.
Hopefully this example also starts to show that the idea of a module isn't as trivial as it might seem at first. Modules play an important role letting you determine what exactly you're trying to build. You can have as many modules as you want for different configurations for the same code base. You can imagine module variations like "MySuperBigModuleWithDebuggingAndLoggingTurnedOn.gwt.xml".
Starting with GWT 1.6, the compiler generates output in a directory structure following the Web Application Archive (WAR) standard layout. This feature makes it easier to deploy your application on any servlet container, like Jetty, Tomcat, or the Google App Engine Java runtime. See Chapter 9 of the Servlet 2.5 API specification for more details on the WAR standard layout.
Following the convention, developers may place their static resources, including their host HTML page, in the war/<appname> directory, where <appname> is the name you specify in your module XML file via the rename-to attribute (i.e. <module rename-to="myapp">). The question has come up as to whether the GWT compiler requires this resources to be present in the same war directory structure that will be used for output, or if it is possible to specify a separate input source that could be used to read in required resources. The answer: it is indeed possible to use a totally independent input source and only use the WAR directory uniquely for the compiler's generated output. Since the GWT build process now uses the Apache Ant build tool, all you would need to do is add a copy target in your project build script (build.xml) that will copy and place the required static resources in the final war output directory.
For example, here is the build.xml file generated by the GWT webAppCreator script:
<target name="gwtc" depends="javac" description="GWT compile to JavaScript"> <java failonerror="true" fork="true" classname="com.google.gwt.dev.Compiler"> <classpath> <pathelement location="src"/> <path refid="project.class.path"/> </classpath> <!-- add jvmarg -Xss16M or similar if you see a StackOverflowError --> <jvmarg value="-Xmx256M"/> <!-- Additional arguments like -style PRETTY or -logLevel DEBUG --> <arg value="com.google.gwt.sample.hello.Hello"/> </java> </target>
Let's suppose that the static resources that you want to copy over are located in the src/com/myapp/resources folder. You could define a copy target that takes these resources and copies them over to the war output directory like so:
<target name="copyresources" description="Copy static resources to war output directory"> <copy todir="war/myapp"> <fileset dir="src/com/myapp/resources"> <include name="**/*"/> </fileset> </copy> </target>
Lastly, update the gwtc target to depend on the newly created copyresources target:
<target name="gwtc" depends="javac,copyresources" description="GWT compile to JavaScript">
At this point, you should be ready to go. That is, of course, if you're planning on using Java on the server-side. If you're deploying on a different server-side technology, the new WAR style directory probably isn't very interesting to you, but you can nonetheless treat the input and output directories separately, as well as extract what you need from the WAR output directory for whatever server-side your application uses.
Like in previous versions of GWT, you can always use the server-side of your choice to deploy your GWT application. The new WAR output directory structure that the GWT compiler uses to generate output was introduced in GWT 1.6 to make it easier for developers who use Java on the server-side to deploy their applications directly from the generated output, as is the case for the Google Plugin for Eclipse.
All you need to do to deploy your GWT application your custom web server is to extract the important files generated during the GWT compilation and place them on your web server. These files are the <appname>.nocache.js and other <md5>.cache.html files. For more information on the generated files, check out this FAQ which describes them in more detail. The generated JS and HTML files are placed in the war/<appname> folder during compilation. All you need to do is copy these files to your web server's active directory, as well as any other static resources required by your application like images or stylesheets, and you're done.
There are many options you can pass to the GWT compiler process to control how you want to compile your GWT application and where you want the output to be generated. These options can differ slightly from version to version, but will generally include the options shown in the command-line help text below:
java -cp gwt-dev-<your platform here>.jar com.google.gwt.dev.Compiler Missing required argument 'module[s]' Google Web Toolkit 1.7.0 Compiler [-logLevel level] [-treeLogger] [-workDir dir] [-gen dir] [-style style] [-ea] [-validateOnly] [-localWorkers count] [-war dir] [-extra dir] module[s] where -logLevel The level of logging detail: ERROR, WARN, INFO, TRACE, DEBUG, SPAM, or ALL -treeLogger Logs output in a graphical tree view -workDir The compiler work directory (must be writeable; defaults to a system temp dir) -gen The directory into which generated files will be written for review -style Script output style: OBF[USCATED], PRETTY, or DETAILED (defaults to OBF) -ea Debugging: causes the compiled output to check assert statements. -validateOnly Validate all source code, but do not compile -localWorkers Specifies the number of local workers to use when compiling permutations -war The war directory to write output files into (defaults to war) -extra The directory into which extra, non-deployed files will be written and module[s] Specifies the name(s) of the module(s) to compile
Any time you want to look up GWT compiler options available for your version of GWT, you can simply invoke the Compiler class from command-line as shown above and it will list out the options available along with their descriptions.


TCGETSID
Section: Linux Programmer's Manual (3)
Updated: 2014-01-13
Index
Return to Main Contents
NAME
tcgetsid - get session ID
SYNOPSIS
#define _XOPEN_SOURCE 500 /* See feature_test_macros(7) */
#include <termios.h>
pid_t tcgetsid(int fd);
DESCRIPTION
The function
tcgetsid()
returns the session ID of the current session that has the
terminal associated to
fd
as controlling terminal.
This terminal must be the controlling terminal of the calling process.
RETURN VALUE
When
fd
refers to the controlling terminal of our session,
the function
tcgetsid()
will return the session ID of this session.
Otherwise, -1 is returned, and
errno
is set appropriately.
ERRORS
- EBADF
-
fd
is not a valid file descriptor.
- ENOTTY
-
The calling process does not have a controlling terminal, or
it has one but it is not described by
fd.
VERSIONS
tcgetsid()
is provided in glibc since version 2.1.
ATTRIBUTES
Multithreading (see pthreads(7))
The
tcgetsid()
function is thread-safe.
CONFORMING TO
POSIX.1-2001.
NOTES
This function is implemented via the
TIOCGSID
ioctl(2),
present
since Linux 2.1.71.
SEE ALSO
getsid(2)
Index
- NAME
-
- SYNOPSIS
-
- DESCRIPTION
-
- RETURN VALUE
-
- ERRORS
-
- VERSIONS
-
- ATTRIBUTES
-
- Multithreading (see pthreads(7))
-
- CONFORMING TO
-
- NOTES
-
- SEE ALSO
-
This document was created by
man2html,
using the manual pages.
Time: 02:54:54 GMT, September 18, 2014


What is Memoization?
What is Memoization?
And why this programming paradigm shouldn’t make you cringe.
The following animated gifs were taken from:
Source
The last couple of weeks I've been using a lot of hours playing around with GatsbyJS, and it's been a blast! Gatsby is…www.deadcoderising.com
Memoization
is a design paradigm used to reduce the overall number of
calculations
that can occur in algorithms that use recursive algorithms.
Recall that recursion solves a large problem by dividing it into
smaller
sub-problems that are more manageable.
Memoization will store the results of the sub-problems in some other data structure, meaning that you avoid duplicate calculations and only “solve” each subproblem once.
This approach is near synonymous with another computer science term you may have heard before — caching. However, caching as a practice is not achieved exclusively by memoizing. Think of a cache as a little bucket where we will keep important information we don’t want to forget in the near future but that isn’t vitally important or part of the long-term makeup of our application. It’s less important than the things we need to store in memory but more important than a variable we can discard as soon as we use it once.
There are two features that comprise memoization:
- The function is recursive.
-
The additional data structure used is typically an object (we
refer to this as
the memo).
This is a trade-off between the time it takes to run an
algorithm (without
memoization) and the memory used to run
the algorithm (with memoization).
Usually, memoization is a good trade-off when dealing with large
data or
calculations.
You cannot always apply this technique to recursive problems. The problem must have an “overlapping subproblem structure” for memoization to be effective.
Generally speaking, computer memory is cheap and human time is incalculably valuable so we may opt for this approach even when the largest gains on paper can be made from converting RAM at the expense of execution speed.
Here’s an example of a problem that has such a structure:
Using pennies, nickels, dimes, and quarters, how many combinations
of coins are there that total 27 cents?
Along the way to calculating the possible coin combination of
27
cents, you should also calculate the smallest coin
combination of 25 cents as well as 21 cents and any smaller
total that comprises a fraction of the total combination of 27
(so long as there is a one-cent piece; if there are only nickels
and up, the problem deviates from this approach on a
technicality but in essence, it is still calculated in the same
manner, that is to say as a component of that bigger problem).
Remember, a computer is stupid and must check every possibility exhaustively to ensure that no possible combination is missed (in reality, I may be oversimplifying the truth of the matter but for now, please bear with me).
This is the essence of a redundant subcomponent of the overall problem.
Memoizing factorial
From this plain
factorial
above, it is clear that every time you callfactorial(6)
you should get the same result of
720
each time.
The code is
somewhat inefficient because you must go down
the full recursive stack for each top-level call to
factorial(6)
.
If we can store the result of
factorial(6)
the first time you calculate it, then on subsequent calls to
factorial(6)
you simply fetch the stored result in constant time.
The memo
object
above will map an argument of
factorial
to
its return
value. That is, the keys will be arguments and
their values will be the
corresponding results returned. By
using the memo, you are able to avoid
duplicate recursive
calls!
By the time your first call to
factorial(6)
returns, you will not have just the argument
6
stored in the
memo. Rather, you will have
all arguments 2 to 6
stored in the memo.
Perhaps you’re not convinced because:
-
You didn’t improve the speed of the algorithm by an order of
Big-O (it is
still O(n)). - The code uses some global variable, so it’s kind of ugly.
Memoizing the Fibonacci generator
Here’s a
naive implementation of
a function that calculates the Fibonacci
number for a given
input.
function fib(n) {
if (n === 1 || n === 2) return 1;
return fib(n - 1) + fib(n - 2);
}
fib(6); // => 8
The time complexity of this function is not super intuitive to
describe because
the code branches twice recursively. Fret
not! You’ll find it useful to
visualize the calls needed to
do this with a tree. When reasoning about the time complexity
for recursive functions, draw a tree that helps you see the
calls. Every node of the tree represents a call of the
recursion:
-
n , the height of
this tree will be
n
. You derive this by following
the path going straight down the left side of the tree. - each internal node leads to two more nodes. Overall, this means that the tree will have roughly 2n nodes.
-
which is the same as saying that the
fib
function has an exponential time complexity of 2n. - That is very slow!
See for yourself, try running
fib(50)
-
you'll be waiting for quite a lot longer than you’ve gotten
used to waiting for a program to run in the last decade.
The green regions highlighted above are repetitive.
As the n
grows
bigger, the number of duplicate sub-trees grows exponentially.
Luckily you can fix this using memoization by using a similar object strategy.
You can use some JavaScript default arguments `memo={}
`to clean things up:
You can see the marked nodes (function calls) that access the
memo in green.
It’s easy to see that this version of the
Fibonacci generator will do far fewer
computations as
n
grows larger!
In fact, this memoization has brought the time complexity down
to linear
O(n)
time
because the tree only branches on the left side. This is an
enormous gain if you recall the complexity of class hierarchy.
The memoization formula
Now that you understand memoization, when should you apply it? Memoization is useful when attacking recursive problems that have many overlapping sub-problems.
You’ll find it most useful to draw out the visual tree first. If
you notice duplicate sub-trees, time to memoize. Here are the
hard and fast
rules you can use to memoize a slow
algorithm:
- Write the unoptimized, brute force recursion and make sure it works.
-
Add the memo object as an additional argument to the function.
The keys will
represent unique arguments to the function, and their values will represent the results for those arguments. -
Add a base case condition to the function that returns the
stored value if
the function’s argument is in the memo. -
Before you return the result of the recursive case, store it
in the memo as a
value and make the function’s argument its key.
Here’s the solution to the aforementioned coin problem:
More content at plainenglish.io


A Breast Cancer Detector
Home
Detect
Look Up
Results
Prediction: {{ prediction }}
Confidence: {{ accuracy }}%
Your inputted values: {{ values }}


This is a vocabulary document used to define classes and properties used in CSVW Test Cases and associated test manifests.
This vocabulary extends the RDF Test Vocabulary
and Test Manifest Vocabulary with CSVW-specific tests.
The URI of the vocabulary is http://www.w3.org/2013/csvw/tests/vocab#
(abbreviated by csvwt
in this document).
Turtle and JSON-LD versions of the vocabular are also available.
The vocabulary is published by the W3C CSV on the Web Working Group.
The vocabulary terms below constitute the complete CSVW Test vocabulary
A Negative Evaluation test is successful when the result of processing the input file specified as mf:action
results in an error or exception. The specifics of invoking test, including the interpretation of options (and other input files are specified through sub-class.
csvwt:Test
An error or exception should be generated when trying to generate JSON.
csvwt:NegativeEvaluationTest
rdft:TestEval
An error or exception should be generated when trying to generate RDF.
csvwt:NegativeEvaluationTest
rdft:TestEval
A NegativeValidationTest
takes an input file(mf:accept
) in text/csv or application/csvm+json format and validates it as described in the tabular-metadata and finds no errors. Validation tests are not required to have an associated result, only an action. A Negative Validation Test is passed when a processor validates the input and finds one or more errors.
csvwt:Test
Options passed to the test runner to affect invocation of the appropriate API method.
A Positive Evaluation test is successful when the result of processing the input file specified as mf:action
exactly matches the output file specified as mf:result
using the comparison defined in another class. The specifics of invoking test, including the interpretation of options and other input files are specified through a sub-class.
csvwt:Test
A PositiveValidationTest
takes an input file(mf:accept
) in text/csv or application/csvm+json format and validates it as described in the tabular-metadata and finds no errors. Validation tests are not required to have an associated result, only an action. A Positive Validation Test is passed when a processor validates the input and finds no validation errors.
csvwt:Test
All CSVW tests have an input file referenced using mf:action
. Positive and Negative Evaluation Tests also have a result file referenced using mf:result
. Other tests may take different inputs and options as defined for each test class.
mf:ManifestEntry
rdft:Test
A CsvToJsonTest
takes an input file (mf:accept
) in text/csv or application/csvm+json format to produce a an JSON file. The test entry MAY use :implicit
files, have user-specified :metadata
, and have a :httpLink
header defining a describedBy
relationship. Test Processors SHOULD act as if the file referenced via mf:action
is returned using such a link header if it is not included in the HTTP response. The expected results are compared using JSON object comparison with the processor output.
csvwt:PositiveEvaluationTest
Equivalent to ToJsonTest with the additional expectation that the processor emit one or more warnings.
csvwt:WarningEvaluationTest
rdft:TestEval
A ToRdfTest
takes an input file (mf:accept
) in text/csv or application/csvm+json format to produce a an RDF graph which is isomorphic to the graph generated from the result file (mf:result
) (see RDF-CONCEPTS). The test entry MAY use :implicit
files, have user-specified :metadata
, and have a :httpLink
header defining a describedBy
relationship. Test Processors SHOULD act as if the file referenced via mf:action
is returned using such a link header if it is not included in the HTTP response.
csvwt:PositiveEvaluationTest
rdft:TestEval
Equivalent to ToRdfTest with the additional expectation that the processor emit one or more warnings.
csvwt:WarningEvaluationTest
rdft:TestEval
A Warning Evaluation test is under the same criteria as PositiveEvaluationTest with the additional requirement that the processor generate one or more warnings after processing.
csvwt:Test
A WarningValidationTest
takes an input file(mf:accept
) in text/csv or application/csvm+json format and validates it as described in the tabular-metadata and finds warnings, but no errors. Validation tests are not required to have an associated result, only an action. A Warning Validation Test is passed when a processor validates the input, generates one or more warnings, and finds no validation errors.
csvwt:Test
The base IRI to use when expanding or compacting the document. If set, this overrides the input document's IRI.
csvwt:Test
rdfs:Resource
The HTTP Content-Type used for the input file, in case it is a non-registered type.
csvwt:Test
xsd:boolean
An HTTP Link header to be added to the result of requesting the input file.
csvwt:Test
xsd:boolean
The HTTP status code that must be returned when the input file is requested. This is typically used along with the redirectTo
property.
csvwt:Test
xsd:boolean
Implicit input files
csvwt:Test
rdfs:Resource
URL of User supplied metadata.
csvwt:Option
xsd:anyUri
Generate minimal vs. standard output.
csvwt:Option
xsd:boolean
Processor should run without generating optional provenance information.
csvwt:Option
xsd:boolean
Options affecting processing
csvwt:Test
csvwt:Option
The location of a URL for redirection. A request made of the input file must be redirected to the designated URL.
csvwt:Test
xsd:boolean


Enter Original Monthly Payment $:
Enter Original Rate %:
Enter Current Loan Amount $:
Based on your input, your remaining years
Your remaining interest to pay
Enter New Rate %:
Enter New Term in Years:
New Monthly Payment $:
Total New Interest $:
YOU SAVE $:


Recommender System Documentation¶
Usage Information¶
PART 0: DATA PARSING
- First of all we have to generate the dataset in the required
- numpy format from the raw files.
- Run python data_parser.py
- This will create a numpy array of the dataset and store them
- in the dataset directory for firthur processing.
PART 1: Collaborative Filtering
- To first generate the similarity matrix and cache it, run:
- python prediction.py
- Then, to make the predictions and compute errors, run:
- python evaluation_collab.py
PART 2: SVD DECOMPOSITION
- Simply run the following script
- python svd.py
- 2.This will automatically load the dataset and will load the
- decomposition is already saved locally. Otherwise it will first create the decomposition and then automatically save them locally on the dataset directory.
PART 3: CUR DECOMPOSITION
- Simply run the following script
- python CUR.py
- 2.This will automatically load the dataset and will load the
- decomposition is already saved locally. Otherwise it will first create the decomposition and then automatically save them locally on the dataset directory.
Documentation for the Code¶
Recommender System Collaborative¶
- collaborative.py
-
collaborative.
find_baseline_matrix
(rating_matrix)[source]¶ This function will generate matrix containing baselines for all (user_id, movie_id) pairs :param rating_matrix: The utility matrix (User ID vs Movie ID)
Return baseline_matrix: matrix containing baseline estimates of all possible (User id, Movie id) pairs
-
collaborative.
find_similarity_scores
(movie1_id, movie2_id, rating_matrix)[source]¶ This function computes the centered cosine similarity scores (Pearson correlation) for 2 movies.
Parameters: - movie1_id – ID for 1st movie
- movie2_id – ID for 2nd movie
- rating_matrix – The utility matrix (User ID vs Movie ID)
Return score: similarity score for given 2 movies
-
collaborative.
generate_similarity_matrix
(rating_matrix, filepath, filename)[source]¶ This function will generate the similarity matrix between all the movie to movie pair. :param rating_matrix: The utility matrix (User ID vs Movie ID) :param filepath: relative path to the file. :param filename: name of the file to be the stored.
Returns: Similarity matrix generated for the 1st time
-
collaborative.
weighted_avg
(top_similarityScore_list, neighbourhoodRating_list)[source]¶ This function computes the weighted average of neighbourhood ratings w.r.t their similarity scores
Parameters: - top_similarityScore_list – List containing top N scores
- neighbourhoodRating_list – List containing their corresponding ratings
Return weightedAvg: weighted average
-
- evaluation_collab.py
-
evaluation_collab.
RMSE
(predited_rating, actual_rating)[source]¶ This function computes the RMSE error, given the actual rating & predicted rating lists
Parameters: - predited_rating – list of Predicted ratings
- actual_rating – list of Actual ratings
Return RMSEerror: RMSE error value
-
evaluation_collab.
Spearman_correlation
(predited_rating, actual_rating)[source]¶ This function computes the Spearman correlation co-efficient, given the actual rating & predicted rating lists
Parameters: - predited_rating – list of Predicted ratings
- actual_rating – list of Actual ratings
Return spearman_coeff: Spearman correlation co-efficient
-
evaluation_collab.
precision_on_top_k
(validation_matrix, pred_list, good_threshold)[source]¶ This function will calculate the precision on the top k elements for each user and then take the average among all of them.
Parameters: - validation_matrix – the validation matrix containing the user id, movie id and actual rating
- pred_list – the prediction made by the collaborative recommender system (in same sequence as validation data)
- good_threshold – the threshold of the rating which we will use to make the relevant document set.
Return precision: the mean precision value of each user
-
- prediction.py
-
prediction.
load_sim_matrix
(filepath, filename)[source]¶ This function will load the similarity matrix.
Parameters: - filepath – relative path to the file.
- filename – name of the file to be the stored.
Returns: Similarity matrix (loaded from .npz file)
-
prediction.
predict_baseline_rating
(user_id, movie_id, rating_matrix, movie_sim_matrix, baseline_matrix)[source]¶ This function will predict the rating according to collaborative + baseline algorithm.
Parameters: - user_id – User ID for which rating has to be predicted
- movie_id – Movie ID for which rating has to be predicted
- rating_matrix – The utility matrix (User ID vs Movie ID)
- movie_sim_matrix – Cached matrix containing similarity scores of all possible pairs of movies
- baseline_matrix – matrix containing baseline estimates of all possible (User id, Movie id) pairs
Returns: Predicted rating as per collaborative + baseline algorithm
-
prediction.
predict_rating
(user_id, movie_id, rating_matrix, movie_sim_matrix, baseline_matrix, flag)[source]¶ This function will predict the rating according to collaborative filtering algorithm.
Parameters: - user_id – User ID for which rating has to be predicted
- movie_id – Movie ID for which rating has to be predicted
- rating_matrix – The utility matrix (User ID vs Movie ID)
- movie_sim_matrix – Cached matrix containing similarity scores of all possible pairs of movies
- baseline_matrix – matrix containing baseline estimates of all possible (User id, Movie id) pairs
- flag – 0 indicates normal collaborative filtering mode, 1 indicates collaborative+baseline mode
Returns: Predicted rating as per collaborative filtering algorithm
-
Recommender System SVD¶
-
class
svd.
SVD
(filepath, filename, mode, useMode, CUR_Matrix=None)[source]¶ This class will provide one place functionality for the singular valued decoposition along with other functions for making recommndation by projecting the query vector to concept space.
-
create_reconstruction
(mode)[source]¶ This function will reconstruct the rating matrix, using the decomposed component and also denormalize it to have same mean and variance for each user. (matching their rating style)
Parameters: mode – where we have to denormalize the reconstructed matrix usign the mean rating of the user
-
generate_svd
()[source]¶ This function will generate the eigen value decomposition of the data matrix and store it as a member variable.
Call this function when using for the first time, to create a SVD decomposition. This will automatically update the U,Sigma,V member elemets of the SVD object.
-
get_rmse_reconstruction_error
()[source]¶ This function will calculate the root-mean squared error of the reconstruction and the actual matrix.
Return rmse_val: the average root mean squared error.
-
get_validation_error_correlation
(good_threshold)[source]¶ This function will calculate the validation set error, by comparing the prediction made by the reconstructed matrix and the actal value
Parameters: good_threshold – the good threshold rating for the finding the relavant set. Return rmse_val: the root mean squared error value. Return spearman_coeff: the spearman coefficient of the error in the prediction. Return precision: the precision on top k score
-
make_prediction
(userid, movieid)[source]¶ This function will make the prediction given the movieid and the userid by projecting the movie into the concept space and taking the cosine similarity of user personality in the same-concept space.
Parameters: - userid – the userid for which we have to make recommendation.
- movieid – the movie for which we have to make the prediction for the user.
Return similarity: the cosine similarity of user and movie. Rescale it to appropriate rating scale before calculating when using
-
normalize_dataset
(mode)[source]¶ This function will normalize the dataset to make the non rated movies unbiased.(using the mean subtraction from rated movie) Also, to counter the high and low raters problem we have to normalize the rating vector of each user to bring their rating to same scale
Parameters: mode – Indicates whether data matrix has to be normalized
-
Recommender System CUR¶
-
class
CUR.
CUR
(filepath, mode)[source]¶ This class will provide one place functionality for the CUR decoposition along with other functions for making recommndation by projecting the query vector to concept space.
-
generate_cur
(mode)[source]¶ This function will generate the C, U and R matrices by selecting Columns and rows based on the probabilities
Call this function when using for the first time, to create a CUD decomposition. This will automatically update the C,U,R member elemets of the CUR object.
-
get_validation_error_correlation
(good_threshold)[source]¶ This function will calculate the validation set error, by comparing the prediction made by the reconstructed matrix and the actal value :return rmse_val : the root mean squared error value.
-
normalize_dataset
(mode)[source]¶ This function will normalize the dataset to make the non rated movies unbiased.(using the mean subtraction from rated movie) Also, to counter the high and low raters problem we have to normalize the rating vector of each user to bring their rating to same scale
Parameters: mode – Indicates whether data matrix has to be normalized
-


[§431:9B-111] Rules. The commissioner may adopt reasonable rules under chapter 91 for the implementation and administration of this article. [L 1992, c 176, pt of §6]


--- layout: post status: publish published: true title: Podcast 3.07 - From Spring Training 3/19/2011 author: display_name: Corey Fineran login: Corey email<EMAIL_ADDRESS>url: '' author_login: Corey author_email<EMAIL_ADDRESS>wordpress_id: 4114 wordpress_url: http://ivyenvy.com/?p=4114 date: '2011-03-19 19:09:06 +0000' date_gmt: '2011-03-20 00:09:06 +0000' categories: - Podcast - Spring Training tags: - Podcast - Spring Training comments: [] ---
Corey and Kurt bring you this episode from the hotel in Mesa, Arizona. We are un-showered and un-rested. We're touching base, testing our recording set-up, telling you a few of our experiences so far and letting you know what we're looking forward to in the next week.


By default, Polipo runs as a normal foreground job in a terminal in which it can log random “How do you do?” messages. With the right configuration options, Polipo can run as a daemon.
Polipo is run with the following command line:
$ polipo [ -h ] [ -v ] [ -x ] [ -c config ] [ var=val... ]
All flags are optional. The flag -h causes Polipo to print a short help message and to quit. The flag -v causes Polipo to list all of its configuration variables and quit. The flag -x causes Polipo to purge its on-disk cache and then quit (see Purging). The flag -c specifies the configuration file to use (by default ~/.polipo or /etc/polipo/config). Finally, Polipo's configuration can be changed on the command line by assigning values to given configuration variables.


Publications
Full list of publications can be found in my google scholar
Selected Journal Papers
2022
| [J6] | Hongxiang Fan, Martin Ferianc, Zhiqiang Que, Shuanglong Liu, Xinyu Niu, Miguel Rodrigues, Wayne Luk. “FPGA-based Acceleration for Bayesian Convolutional Neural Networks”, to appear in the IEEE Transactions on Computer-Aided Design of Integrated Circuits and Systems (TCAD), 2022. |
| [J5] | Hongxiang Fan, Martin Ferianc, Zhiqiang Que, Xinyu Niu, Miguel Rodrigues, Wayne Luk. “Accelerating Bayesian Neural Networks via Algorithmic and Hardware Optimizations”, to appear in the IEEE Transactions on Parallel and Distributed Systems (TPDS), 2022. |
| [J4] | Zhiqiang Que, Hiroki Nakahara, Eriko Nurvitadhi, Andrew Boutros, Hongxiang Fan, Chenglong Zeng, Jiuxi Meng, Kuen Hung Tsoi, Xinyu Niu, Wayne Luk. “Recurrent Neural Networks with Column-wise Matrix-Vector Multiplication on FPGAs”, IEEE Transactions on Very Large Scale Integration (VLSI) Systems (TVLSI), Vol 30, Issue 2, February,2022. |
2021
| [J3] | Hongxiang Fan, Shuanglong Liu, Zhiqiang Que, Xinyu Niu, Wayne Luk. “High-Performance Acceleration of 2D and 3D CNNs on FPGAs using Static Block Floating-Point”, IEEE Transactions on Neural Networks and Learning Systems (TNNLS, IF:12.51), Early Acess, 2021. |
| [J2] | Shuanglong Liu, Hongxiang Fan, Martin Ferianc, Xinyu Niu, Huifeng Shi, and Wayne Luk. “Toward Full-Stack Acceleration of Deep Convolutional Neural Networks on FPGAs”, IEEE Transactions on Neural Networks and Learning Systems (TNNLS, IF:12.51), Early Acess, 2021. |
2018
| [J1] | Shuanglong Liu, Hongxiang Fan, Xinyu Niu, Ho-cheung Ng, Yang Chu, Wayne LUK. “Optimizing CNN-based Segmentation with Deeply Customized Convolutional and Deconvolutional Architectures”, ACM Transactions on Reconfigurable Technology and Systems (TRETS), Vol 11, Issue 3, September, 2018. |
Selected Conference Papers
2022
| [C16] | Hongxiang Fan, Ce Guo, Wayne Luk. “Optimizing Quantum Circuit Placement via Machine Learning”, to appear in the proceedings of the Design Automation Conference, 2022 (DAC’22). |
| [C15] | Hongxiang Fan, Martin Ferianc, Wayne Luk. “Enabling Fast Uncertainty Estimation by Accelerating Bayesian Transformers”, to appear in the proceedings of the Design Automation Conference, 2022 (DAC’22). |
| [C14] | Ziwei Wang, Zhiqiang Que, Wayne Luk, Hongxiang Fan. “Customizable FPGA-based Accelerator for Binarized Graph Neural Networks”, to appear in the proceedings of the IEEE International Symposium on Circuits and Systems, 2022 (ISCAS’22). |
| [C13] | Hongxiang Fan, Martin Ferianc, Zhiqiang Que, Shuanglong Liu, Xinyu Niu, Wayne Luk. “Algorithm and Hardware Co-design for Reconfigurable CNN Accelerator”, in the proceedings of the Asia and South Pacific Design Automation Conference, 2022 (ASP-DAC’22). |
2021
| [C12] | Martin Ferianc, Zhiqiang Que, Hongxiang Fan, Wayne Luk, Miguel Rodrigues. “Optimizing Bayesian Recurrent Neural Networks on an FPGA-based Accelerator”, in the proceedings of the IEEE International Conference on Field-Programmable Technology, 2021 (FPT’21). |
| [C11] | Shuanglong Liu, Hongxiang Fan, Wayne Luk. “Accelerating Fully Spectral CNNs with Adaptive Activation Functions”, in the proceedings of the Design, Automation and Test in Europe Conference and Exhibition, 2021 (DATE’21). |
| [C10] | Hongxiang Fan, Martin Ferianc, Miguel Rodrigues, Hongyu Zhou, Xinyu Niu, Wayne Luk. “High-Performance FPGA-based Accelerator for Bayesian Neural Networks”, in the proceedings of the Design Automation Conference, 2021 (DAC’21). |
2020
| [C9] | Hongxiang Fan, Martin Ferianc, Shuanglong Liu, Zhiqiang Que, Xinyu Niu, Wayne Luk. “Optimizing FPGA-Based CNN Accelerator Using Differentiable Neural Architecture Search”, in the proceedings of the IEEE International Conference on Computer Design, 2020 (ICCD’20). |
| [C8] | Zhiqiang Que, Hiroki Nakahara, Eriko Nurvitadhi, Hongxiang Fan, Chenglong Zeng, Jiuxi Meng, Xinyu Niu, Wayne Luk. “Optimizing Reconfigurable Recurrent Neural Networks”, in the proceedings of the IEEE Annual International Symposium on Field-Programmable Custom Computing Machines, 2020 (FCCM’20). |
| [C7] | Zhiqiang Que, Hongxiang Fan, Jiuxi Meng, Xinyu Niu, Wayne Luk. “CGM-LSTM: A Coarse-Grained Multi-LSTM Accelerator Architecture on A Single FPGA”, in the proceedings of the IEEE International Conference on Field-Programmable Technology, 2020 (FPT’20). |
2019
| [C6] | Hongxiang Fan, Martin Ferianc, Wayne Luk. “Static Block Floating-Point Quantization for Convolutional Neural Networks on FPGA”, in the proceedings of the IEEE International Conference on Field-Programmable Technology, 2019 (FPT’19). |
| [C5] | Hongxiang Fan, Cheng Luo, Chenglong Zeng, Martin Ferianc, Zhiqiang Que, Shuanglong Liu, Xinyu Niu, Wayne Luk. “F-E3D: FPGA-based Acceleration of An Efficient 3D Convolutional Neural Networkfor Human Action Recognition”, in the proceedings of the IEEE International Conference on Application-specific Systems, Architectures and Processors, 2019 (ASAP’19), Best Paper Nomination. |
2018
| [C4] | Hongxiang Fan, Martin Ferianc, Wayne Luk. “A Real-Time Object Detection Accelerator with Compressed SSDLite on FPGA”, in the proceedings of the IEEE International Conference on Field-Programmable Technology, 2018 (FPT’18), Best Paper Nomination. |
| [C3] | Shuanglong Liu, Chenglong Zeng, Hongxiang Fan, Wayne Luk. “Memory-Efficient Architecture for Accelerating Generative Networks on FPGAs”, in the proceedings of the IEEE International Conference on Field-Programmable Technology, 2018 (FPT’18). |
| [C2] | Hongxiang Fan, Ho-cheung Ng, Wayne Luk. “Reconfigurable Acceleration of 3D-CNNs for Human Action Recognition with Block Floating-Point Representation”, in the proceedings of the IEEE International Conference on Field Programmable Logic and Applications, 2018 (FPL’18). |
2017
| [C1] | Hongxiang Fan, Xinyu Niu, Qiang Liu, Wayne Luk. “F-C3D: FPGA-based 3-Dimensional Convolutional Neural Network”, in the proceedings of the IEEE International Conference on Field Programmable Logic and Applications, 2017 (FPL’17). ___


Mouse Navigation - the Standard Terrain Flyer
The drawback to the mouse is that its difficult to move in more than one degree of freedom at a time. For example, you can turn right, or move down, but not both at the same time. There are many ways to map the mouse position and mouse buttons to movement. This is the way Enviro does it:
The further you are from the center of the window, the faster you move.
Hold down the left mouse button: Hold down the right mouse button: Hold down both mouse buttons: If you have a scroll (middle) button on your mouse, you can use it to zoom forward/backward; hold down the Shift key for faster movement.
If you find yourself moving too fast, keep your mouse cursor close to the center of the window, or decrease your Flight Speed with the +/- toolbar buttons, or the 'F'/'S' shortcut keys ("faster / slower")
Mouse Navigation - the Velocity Flyer
This behaves the same as the standard terrain flyer, but your motion has a damped velocity which makes motion smoother. You can set the amount of damping in the Terrain Properties: Camera: Navigation, or at runtime in Camera-View Settings: Velocity Damping.
Mouse Navigation - the Grab/Pivot Flyer
Click and drag the left mouse button on a specific point on the ground to pivot around it. (Be aware that if you click far from the center of your view, it is possible to undesirably roll the camera.) Click and drag the right mouse button to grab the ground and move it underneath you. Hold down both mouse buttons to zoom in or out. Flight Speed does not have an effect on this style of navigation.
Keyboard Navigation
The SHIFT key accelerates all other keys.
Same as with mouse navigation, the 'F'/'S' shortcut keys ("faster / slower") can be used to change speed.
Joystick Navigation
(In Enviro's Global Options dialog: Enable Joystick navigation)
Move the joystick:
Hold Button 2 and move the joystick: Hold Button 3 and move the joystick: Same as with mouse navigation, the 'F'/'S' shortcut keys ("faster / slower") can be used to change speed.
SpaceNavigator
(In Enviro's Global Options dialog: Enable SpaceNavigator)
Navigating should feel very natural and the same as in other applications:
Fly forward/backward, left/right Yaw (turn) left/right, move up/down Pitch (tilt) up/down) Same as with mouse navigation, the 'F'/'S' shortcut keys ("faster / slower") can be used to change speed.


Notebook Examples The Jupyter notebooks shown below demonstrate how to use the mpcontribs-client python library to programmatically contribute, update and retrieve data through the MPContribs API.


{{.ID}}
{{.MsgType}}
{{.Day}}
{{.Month}}
{{.Year}}
{{.Period}}
{{.ChartType}}
{{.Data}}
Retrieving Data
Rendering Chart
Its Done !!
Get report by typing
/get-report
in chat box
Close the Browser
Oops Something Happened!


Dugger becomes Davidson’s all-time rusher in 52-10 win
INDIANAPOLIS (AP) - Wesley Dugger ran for 118 yards to become Davidson’s all-time leading rusher and scored two touchdowns as the Wildcats used a big second quarter to roll past Butler 52-10 on Saturday.
Dugger, a junior, increased his career yardage to 3,247 to pass John Leverett (2001-04), who had 3,165. Dugger also rushed for over 100 yards for the 14th time.
One of Dugger’s touchdowns, an 18-yarder, capped a 33-point second quarter with just over a minute left in the half. He added a 3-yard score in the third quarter.
Three Davidson quarterbacks combined to complete only three of 10 passes but two tosses went for touchdowns, including a 69-yard play from Louis Colosimo to Jayden Waddell. The Wildcats rushed for 458 of their 549 total yards.
The victory gave Davidson (7-3, 4-2 Pioneer Football League) seven wins for the first time since 2002 and four league victories for the first time since 2007.
Nick Orlando finished with 107 yards on 19 carries and the only TD for the Bulldogs (2-8, 1-5).
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--- layout: post title: "God is there Everytime" subtitle: "Hope is when I know that God is always there in every situation" date: 2020-02-11 23:45:13 -0400 background: '/img/posts/e.jpg' category: Devotion tags: [Love,hope,life,Story,Bible,Strong,spiritual life,quote] ---
Today I realized that my illness affect my spiritual life too. I feel that I am far from God. I feel lazy to read Bible even going to church. I don't know why. I try so hard to keep doing my spiritual discipline, but I feel difficult when other part of my life is sick.
I have experienced this condition quite long and I feel tired. But today when my friends and I read a Bible verse in our group, I realized that God is not far and God is never quiet.
Disciple so often get into trouble; still, God is there every time. (Psalm 34:19,MSG)
Knowing that God is there every time gave me a new hope. He is there in every trouble I face, He is there when I feel down, He is there when I feel alone and He is there every time. I am not alone. I have God who will always help me.
Remember that we often get into troubles. But whatever our situation now, how difficult our trouble is, let's not give up. There is hope for us. Because God is there every time with us. Let's standing strong with God.
Photographs by Aubrey.


CRIMINAL MISCELLANIOUS No.550 OF 2005 (In the matter of an application under Section 482 of the Code of Criminal Procedure.) GHANSHYAM DHURKA, the Executive President, New India Sugar Mills Ltd. Hasanpur, P.O. Hasanpur Sugar Mills, District Samastipur .....................Petitioner Versus 1.
THE STATE OF BIHAR
2. THE BIHAR STATE POLLUTION CONTROL BOARD, Through its Member Secretary, Boring Road, Patna at present having its office at 2nd Floor, Beltron Bhawan, Shastrinagar, Patna- 800023 .................Opposite Parties For the Petitioners : Mr. Y.V.Giri, Sr. Advocate For the O.P. No. 2 : Mr. Shivendra Kishore, Advocate For the State : Mr. Raj Ballabh Singh, A.P.P.
PRESENT THE HON'BLE MR. JUSTICE AKHILESH CHANDRA Akhilesh Heard learned counsel for the petitioner, opposite party no. 2 Chandra.J.
and Additional Public Prosecutor for the State.
2. This application under Section 482 Cr.P.C. has been filed by the sole petitioner seeking quashing of order dated 16.4.1988 passed by learned Sub-Divisional Magistrate, Patna in Case No. 32(M) of 1988, taking cognizance for the offences under Sections 41, 43 & 44 of the Water (Prevention & Control of Pollution) Act, 1974.
3. The Opposite Party No. 2, Bihar State Pollution Control Board, filed a complaint against two accused as New India Sugar Mills Ltd., through its Executive President and Executive Vice President, framing any person stating their respective names stating in 2 the complaint petition that Sugar factory was established in the year 1934, subsequently, after constitution of the Board vide State Government Notification No. 4796 dated 04.11.1974. The Board had earlier given consent to the accused persons for discharging their trade effluents and suffer for a period from 01.04.1987 to 31.03.1988 with the condition inter alia that they are submitting a time bound Programme for the treatment of their trade effluent by 15th of August 1987 and that analysis report of the effluent will made available to the Board every month during crisis seasons, but, instead of nothing very well that penal Clauses in the Act, the accused person directly did not comply any of the aforesaid conditions, consequently order given was cancelled and accordingly, information was given to the accused persons vide letter dated 25.09.1987.
4. In absence of consent the accused persons discharged their trade effluent and sewage etc. and thus have committed offence punishable under Sections 41, 43 and 44 of the Water (Prevention and Control of Pollution) Act.
5. The petitioners have come out with the case that the treatment plant has already been starting functioning on 06.11.1989, this fact is not controverted in the counter affidavit and during course of argument, it is also admitted that after installation of such plant on regular basis, Board has been giving consent to the industry.
6. Now it is to be seen whether this twenty two years old proceeding should continue or not, specially under the 3 circumstances when the period of violation was sought, no individual has been named and the persons holding post of Executive President and Vice President respectively are no more in the world which is also undisputed.
7. Even if the proceedings is permitted to continue against accused no. 1 New India Sugar Mills Ltd., a juristic person for the small period of two years, the punishment prescribed is fine without disclosing any amount.
8. My attention was drawn towards decision of this Court by another Bench dated 25.3.2010 in Cr. Misc. No. 21109 of 2005 wherein almost similar circumstances, the proceeding has been quashed. Taking into consideration, period lapses of twenty two years and case remained pending without for any progress.
9. In the aforesaid case, as it appears all the accused persons had come before this court seeking quashing of the proceeding. But here simply the petitioner no. 1 being the Executive President not holding said post at relevant period from 1987 to 1989 has come out. The learned counsel for the petitioner representing the company, accused no. 1 in other cases submits that if the proceeding is permitted to continue, it is not going to shown any effective purpose instead of any amount may be ordered to be deposited to compensate alleged violation of the provisions of the Act for a limited period. Learned counsel representing the Opposite Party No. 2 also concedes to the submission.
10. Taking into consideration, the nature of offence as 4 prayed for and in order to expedite disposal of the cases and submissions made above, this court finds that on deposit of a sum of Rs. 5,000/- with District Legal Services Authority, Samastipur, the impugned order and proceeding pending before the Court of Sub- Divisional Judicial Magistrate, Samastipur in Complaint Case No. 32 M of 1998 may be quashed. As prayed, the aforesaid amount be deposited within six weeks. With the above direction and observation this application is stand disposed of.
Patna High Court ( Akhilesh Chandr, J.) Date : 30th July 2010 Praveen/-


Import
Import
ToF allows users to import files, text, VSAC and GitHub content.
- File imports allow users to drag-and-drop FHIR resources (e.g., StructureDefinitions, ValueSets, CodeSystems) and Excel-based value sets directly from your computer to ToF.
- Users can drag-and-drop files from their computers File Explorer directly into the Import screen, or select the "Click to Select" link to select the files they wish to import.
- Once the user has selected the files in Explorer, the list of files to be imported will be displayed in the Import screen.
- Users can click the trash icon to remove file(s) from the list of files to be imported.
- Imported resources are sent directly to the ToF server as a transaction bundle. ToF displays an excerpt of the JSON or XML bundle of the file prior to uploading.
- The Results tab displays the outcome of importing from the Files tab
- Text imports allows users to copy/paste JSON or XML content directly into Trifolia-on-FHIR to have it imported.
- VSAC imports allows users to import value sets and code systems directly from VSAC into ToF.
- Imported value sets and code systems can be referenced by Structure Definition resources.
- The VSAC mports require users' VSAC credentials, which are not persisted on the ToF server. If users select 'Remember VSAC Credentials,' the tool will store this information as cookies in the users' browser.
- The GitHub tab allows users to import resources directly from GitHub into ToF.
- After selecting the "GitHub" tab, the user will be prompted to login to GitHub using their GitHub credentials.
Note: Users who upload more than 20 resources at once may experience a timeout error notification. In the event of a timeout error notification, users should reduce the size of the resource import. Users can edit resource numbers based on individual needs.
Excel Value Sets
In the "Files" tab you may import excel spreadsheets (XLSX) that represent value sets. The spreadsheet document must have these columns, in this specific order (note that that row 1 is expected to contain the below column headers, not the first value in the ValueSet):
- ID - This is the ID of the value set. This value in this column is repeated for each code/row. The value must be formatted as a valid ID. Ex: 2.16.840.1.1138<IP_ADDRESS>
- Name - The name of the value set. This value in this column is repeated for each code/row.
- URL - The URL of the value set. This value in this column is repeated for each code/row. Ex: http://some.com/test/fhir/valueset
- Code - The code representing the concept. Ex:<PHONE_NUMBER>00073002
- Display - The display representing the concept. Ex: "Sufficiently defined concept definition status"
- System - The system URL that owns/maintains the code. Ex: http://snomed.info/sct


System.Version
The mscorlib System.Version class accepts 2, 3 or 4 integers to represent a version.
var v = new Version(2014010110, 7383783, 38989899, 893839893);
Console.WriteLine(v.ToString()); //shows<PHONE_NUMBER>.7383783.38989899.893839893
The values are Major.Minor[.Build[.Revision]]
As we'll see shortly, actual assembly versions are much more limited!
SemVer
Semantic versioning can be mapped into the .net scheme.
In SemVer, the scheme is Major.Minor.Patch.
- Major is breaking changes
- Minor is backwards compatible changes including additions
- Patch is backwards compatible bug fixes.
So .net Build is equivalent to semver Patch, and revision, which is optional anyway, is disregarded. (The original .net convention was that build used the same source with different symbols).
Version attributes
The version attributes are normally in Properties/AssemblyInfo.cs (but could be anywhere).
You can also access AssemblyVersion and AssemblyFileVersion via the project properties - application - [Assembly Information...] button.
There are 3:
//CLR uses this as the version [assembly: AssemblyVersion("<IP_ADDRESS>")] //Not used by CLR, often the specific build [assembly: AssemblyFileVersion("<IP_ADDRESS>")] //If not present, == AssemblyVersion. [assembly: AssemblyInformationalVersion("v1.0 RC")]
AssemblyInformationalVersion used to error if it wasn't a System.Version (all ints). Since Visual Studio 2010, you can put in free-form strings, which is useful for tags like "RC".
To access these via code:
var executingAssembly = Assembly.GetExecutingAssembly(); var ver = executingAssembly.GetName().Version; //AssemblyVersion var fv = System.Diagnostics.FileVersionInfo.GetVersionInfo(executingAssembly.Location); Console.WriteLine(ver); Console.WriteLine(fv.FileVersion); //AssemblyFileVersion Console.WriteLine(fv.ProductVersion); //AssemblyInformationalVersion
There is also a fv.ProductMajorPart and fv.ProductMinorPart but these aren't populated if the AssemblyInformationalVersion can't be parsed into a System.Version.
The values- major, minor, build, revision - are ints, up to 2,147,483,647. But there's a big gotcha. For operating system reasons, the compiler limits values to 65,534, int16.
For AssemblyVersion, you get a CSC Error: "Error emitting 'System.Reflection.AssemblyVersionAttribute' attribute -- 'The version specified '65536.65535.65535.65535' is invalid'"
For AssemblyFileVersion, you get a CSC Warning "Assembly generation -- The version '65536.65535.65535.65535' specified for the 'file version' is not in the normal 'major.minor.build.revision' format". It will build, at least.
Versioning Strategy
- For all version types major and minor parts should be manually set.
- To simplify CLR versioning, we don't need to increment the AssemblyVersion except once, manually, at final release. For AssemblyVersion, just set major and minor (and perhaps build for semver). Normally build and revision will always be 0.0. We don't want any version numbers changing during developer builds, or even continuous integration builds unless they are automatically deployed to test.
- When a dll is published/deployed, we should increment the AssemblyFileVersion.
- We should be able to trace back to the build.
There are several candidates for traceable build and revision numbers, but none are "semver" (both build and revision are significant).
- Increment by date, as in wildcards (below): build is days since a specific date, revision is seconds since midnight. But there is no obvious connection between the dll and the build on the build-server.
- Date, except we can't fit "year-month-day-hour-minute-second" into an int16. You could overflow it: build is mmdd, revision is hhmm.
- Build name. TFS uses a buildDef_yyyymmdd.n format for the build name.
- Changeset number if numeric, and it is less than 65535.
Both build name and changeset number might be better set in AssemblyInformationalVersion.
Wildcards
For AssemblyVersion only, you can use wildcards for build and revision.
If you use it for file version, you get a warning:
CSC : warning CS1607: Assembly generation -- The version '1.2.0.*' specified for the 'file version' is not in the normal 'major.minor.build.revision' format
- AssemblyVersion build = number of days since 01/01/2000.
- AssemblyVersion revision = number of seconds since midnight.
If you build twice without changing, the revision goes up. If you build the next day without changes, the build goes up.
Wildcards are pretty useless.
Build Tasks
Build tasks run after source control get-latest, before compilation. They find the AssemblyInfo.cs files, flip the readonly flag, and find and replace the AssemblyFileVersion, then compile. The changed AssemblyInfo file should not be checked in. The process is not run in developer builds, only in "publish" builds.
MSBuild Extension Pack is a set of msbuild tasks, which is also available as a Nuget package (MSBuild.Extension.Pack). One task, MSBuild.ExtensionPack.VisualStudio.TfsVersion, edits the AssemblyFileVersion given a date or tfs-format build name.
Another project, Community TFS Build Extensions, made by some of the same people, hooks up into TFS 2012/2013 xaml workflows and includes a TfsVersion build activity.


Space
Moon pages
Sun pages
Our
Solar
System (including Mars pages)
Beyond the solar system
How stars evolve
The evolution of the universe
Links to other potentially useful sites, such as links to chat rooms......
Superb Questions
and answers
All about space science
The basics of space flight
Cornell Theory Center
Math and Science
Gateway
Astonomy education resources
Good astronomy links
Space Quotes


Taliban frees U.S., Australian hostages in prisoner swap
U.S. citizen Kevin King and Australian Timothy Weeks were released by the Taliban on Tuesday, three years after being kidnapped, as part of a prisoner-swap deal.
“We are so happy to hear that my brother has been freed and is on his way home to us,” King’s sister, Stephanie Miller, said in a statement on behalf of the family.]
“This has been a long and painful ordeal for our entire family, and his safe return has been our highest priority.
“We appreciate the support we have received and ask for privacy as we await Kevin’s safe return.”
King and Weeks were taken by the Taliban in August 2016 while teaching at the American University of Afghanistan.
READ ALSO: US/Taliban peace talks and Nigeria
Both were released in exchange for the conditional release of senior Taliban members being held by the Afghan government.
They include Abdul Rashid, Haji Mali Khan, and the younger brother of the notorious Haqqani network leader Sirajuddin Haqqani, Anas Haqqani.
Afghan President Ashraf Ghani approved the release of the Taliban prisoners a week ago.
There has been no confirmation yet that the Taliban prisoners have been released.
American University of Afghanistan said it welcomes the news of King and Weeks’ release and “shares the relief of the families.”
(NAN)


Dashboard METRO STYLE ADMIN PANEL
Visitor Statistics
2,350 PAGE
VIEWS
VIEWS
1,120 UNIQUE
PAGE VIEWS
PAGE VIEWS
720 SALES
PER PERIOD
PER PERIOD
Tickets
| new | #AA-325 23/02/2013 | Buy on themeforest this great template... Added by Dmitry Ivaniuk |
| new | #AA-216 22/02/2013 | Go to shop and buy beer! Added by Dmitry Ivaniuk |
| done | #AC-857 21/02/2013 | Buy on themeforest this great template... Added by Dmitry Ivaniuk |
| removed | #VB-57 20/02/2013 | Buy something for my dog... Added by Dmitry Ivaniuk |
| removed | #VB-44 20/02/2013 | Buy something for my dog... Added by Dmitry Ivaniuk |
| done | #AA-216 22/02/2013 | Go to shop and buy beer! Added by Dmitry Ivaniuk |
| removed | #VB-31 21/02/2013 | Buy on themeforest this great template... Added by Dmitry Ivaniuk |
| done | #VB-57 20/02/2013 | Buy something for my dog... Added by Dmitry Ivaniuk |
Messages
Default table sorting
| Name | Product | Status | Date | Actions | |
|---|---|---|---|---|---|
| Dmitry Ivaniuk | Product #212 | New | 24/11/2012 |
|
|
| John Doe | Product #132 | New | 24/11/2012 |
|
|
| Alex Fruz | Product #53 | New | 23/11/2012 |
|
|
| Olga Yukhimchuk | Product #874 | Pending | 23/11/2012 |
|
|
| Angelina Rose | Product #533 | Pending | 23/11/2012 |
|


Methods summary
public
|
|
public
|
|
public
|
#
merge( array $packages )
Adds multiple packages to the collection.
Adds multiple packages to the collection.
Parameters
- $packages
- The added packages.
|
public
|
#
replace( array $packages )
Replaces the collection with the given packages.
Replaces the collection with the given packages.
Parameters
- $packages
- The packages to set.
|
public
|
#
remove( string $name )
Removes a package from the collection.
Removes a package from the collection.
Parameters
|
public
|
#
clear( )
Removes all packages from the collection.
Removes all packages from the collection.
|
public
Puli\Manager\Api\Package\Package
|
#
get( string $name )
Returns the package with the given name.
Returns the package with the given name.
Parameters
Returns
Throws
|
public
boolean
|
#
contains( string $name )
Returns whether a package with the given name exists.
Returns whether a package with the given name exists.
Parameters
Returns
boolean Whether a package with this name exists.
|
public
Puli\Manager\Api\Package\RootPackage |null
|
#
getRootPackage( )
Returns the root package.
Returns the root package.
If the collection contains no root package, null is returned.
Returns
|
public
string|null
|
#
getRootPackageName( )
Returns the name of the root package.
Returns the name of the root package.
If the collection contains no root package, null is returned.
Returns
string|null The root package name or null if none exists.
|
public
Puli\Manager\Api\Package\Package[]
|
#
getInstalledPackages( )
Returns all installed packages.
Returns all installed packages.
The installed packages are all packages that are not the root package.
Returns
|
public
string[]
|
#
getInstalledPackageNames( )
Returns the names of all installed packages.
Returns the names of all installed packages.
The installed packages are all packages that are not the root package.
Returns
string[] The names of the installed packages.
|
public
string[]
|
#
getPackageNames( )
Returns the names of all packages.
Returns the names of all packages.
Returns
string[] The package names.
|
public
Puli\Manager\Api\Package\Package[]
|
#
toArray( )
Returns the packages in the collection.
Returns the packages in the collection.
Returns
|
public
boolean
|
#
isEmpty( )
Returns whether the collection is empty.
Returns whether the collection is empty.
Returns
boolean Returns true if the collection is empty and false
otherwise.
|
public
|
#
getIterator( )
Implementation of
IteratorAggregate::getIterator()
|
public
|
#
count( )
Implementation of
Countable::count()
|
public
|
#
offsetExists( $name )
Implementation of
ArrayAccess::offsetExists()
|
public
|
#
offsetGet( $name )
Implementation of
ArrayAccess::offsetGet()
|
public
|
#
offsetSet( $name, $package )
Implementation of
ArrayAccess::offsetSet()
|
public
|
#
offsetUnset( $name )
Implementation of
ArrayAccess::offsetUnset()
|


interface EglCore
EglCore is an interface for containing all EGL state in one component. In the future it may contain additional helper methods.
eglConfig |
Current used EGLConfig abstract val eglConfig: EGLConfig |
eglContext |
A EGLContext which was created with eglDisplay and eglConfig, may or may not be the current context on the thread, users must call EGL14.eglMakeCurrent after creating a valid current surface. This may be passed to other components to share the context. abstract val eglContext: EGLContext |
eglDisplay |
Current initialized EGLDisplay abstract val eglDisplay: EGLDisplay |
eglSurface |
Current EGLSurface. Will likely be EGL14.EGL_NO_SURFACE on init. As EglCore does not include helper functions
users must create this value themselves, which is why it is defined as abstract var eglSurface: EGLSurface |
release |
Discards all resources held by this class, notably the EGL context. This must be called from the thread where the context was created. abstract fun release(): Unit |
DefaultEglCore |
DefaultEglCore is an implementation of EglCore which uses EGL14 and OpenGLES2. OpenGLES3 has incompatibilities with AmazonChimeSDKMedia library. class DefaultEglCore : EglCore |


KENDALL HOME CINEMA
KENDALL IN 4D!?!!What development in modern technology made this possible?
Buy today! Big sale! 40% off!


Not yet parsed
Not requested
Is widget on screen:
Unknown
No token requested
None
Claimed-requested capabilities:
None
Granted capabilities:
None
No events fetched.
Listener started.


{% extends "base_sidebar.html" %} {% block head %} {{ super() }} {% endblock %} {% block content %} Create AG Lab-Planer Create AG Invite People Display Name* Identifier (e.g. info-ag)* AG with this Identifier already exist! Description* Color* Blau Grau Grün Gelb Rot All fields marked with an asterix (*) are required fields. Create {% endblock %} {% block scripts %} {% endblock %}
AG with this Identifier already exist!
All fields marked with an asterix (*) are required fields.


Billy Ray Cyrus, H.E.R., Shelton and react to Grammy noms
by The Associated PressLOS ANGELES (AP) - Reactions from some of the nominees for the 62nd Grammy Awards:
“I’m beyond shocked. I’m very, very surprised.” - Tanya Tucker, nominated for best country album for “While I’m Livin’,” best country solo performance and best country song for “Bring My Flowers Now,” in an interview.
“To be nominated for four awards in the 10th month of my debut year is beyond a dream come true. Thank you to my incredible team and everyone who has supported and believed in me along the way. Great to see such incredible talent nominated alongside me. I’m truly honoured to be in the category with every artist nominated - see you in January!” - Yola, nominated for best new artist, said in a statement.
 I’m thankful that Devin (Dawson), Michael (Hardy) and Jordan (Schmidt) trusted me with a lyric that has connected so powerfully with so many people.” - Blake Shelton, nominated for best country solo performance, said in a statement.
“I want to thank the fans. This is the people’s record. ‘Old Town Road’ is the people’s song. So much to be thankful for. Truly an honor. It’s a great time to be a singer/songwriter from Flatwoods, Kentucky.” - Billy Ray Cyrus, nominated for record of the year, best pop duo/group performance and best music video, for his feature work on Lil Nas X’s “Old Town Road,” said in a statement.
“So very thankful today to the @recordingacademy and my peers for the nominations. ‘It All Comes Out in the Wash’ for Best Country Song and ‘Interstate Gospel’ with my sisters @pistolannies for country album. Nearly a decade of friendship and songs. 2 noms for 6 women who write their stories. Love you all @guitarleena @ashleymonroemusic @lizrose0606 @lorimckennama #hillarylindsey” - Miranda Lambert, nominated for best country album and best country song, said on Instagram.
“5 NOMINATIONS!!!! WHAAAAAT. THATS CRAZY!!!! AGAAAAAINNNNNN. AAAHHHHHHHHHHHHHHHHHHH. GOD IS GREAT” - H.E.R., nominated for album, record and song of the year along with best R&B; performance and R&B; song, said on Twitter.
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@dukeleto
Another question.
I was able to get a curl command working for z_listunspent on the BEER chain.
The returned value has more in it than I expected.
Command:
curl --user rpcuser:rpcpassword --data-binary '{"jsonrpc": "1.0", "id":"curltest", "method": "z_listunspent", "params": [1, 9999999, false, ["zs1umhaattx6lna933m9zwfqlmkm2qj49hpa9lnymtj5h5c7cwtd3evfpu29hppprax9cs45fzeyqg"] ] }' -H 'content-type: text/plain;' http://<IP_ADDRESS>:rpcport/
Response:
blockHash 0a4f15fe5425ef8bc6eb84e7bc3625c1ceccb3e49132b696a1841ab17a75a705 height 55200
{"result":[{"txid":"23d33c0c12ba2224b2c9c252e304f491bf76ca05670c8f00d48300776c10850f","outindex":0,"confirmations":1,"rawconfirmations":1,"spendable":true,"address":"zs1umhaattx6lna933m9zwfqlmkm2qj49hpa9lnymtj5h5c7cwtd3evfpu29hppprax9cs45fzeyqg","amount":100.00000000,"memo":"f60 [... abbreviated by me ]","change":false}],"error":null,"id":"curltest"}
Look at the first line after the command:
blockHash 0a4f15fe5425ef8bc6eb84e7bc3625c1ceccb3e49132b696a1841ab17a75a705 height 55200
It looks self explanatory, but can you tell me more about this?
Why isn't this showing up in a non-curl command? Is it something unique to z_listunspent commands, or did something change application-wide?


Cyberdyne Systems
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snapshot A
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| Home | Trees | Index | Help |
|
|---|
| Package openid :: Package extensions :: Module ax :: Class FetchRequest |
|
object
--+ |Extension
--+ |AXMessage
--+ | FetchRequest
| Method Summary | |
|---|---|
__init__(self,
update_url)
| |
Is the given type URI present in this fetch_request? | |
Iterate over the attribute type URIs in this fetch_request | |
Add an attribute to this attribute exchange request. | |
or
None
|
Extract a FetchRequest from an OpenID message (Class method) |
| {unicode:unicode} |
Get the serialized form of this attribute fetch request. |
| [str] |
Get the type URIs for all attributes that have been marked as required. |
Is the given type URI present in this fetch_request? | |
Iterate over the AttrInfo objects that are contained in this fetch_request. | |
Given attribute exchange arguments, populate this FetchRequest. | |
Inherited from Extension :
toMessage
Inherited from object :
__delattr__ ,
__getattribute__ ,
__hash__ ,
__new__ ,
__reduce__ ,
__reduce_ex__ ,
__repr__ ,
__setattr__ ,
__str__
|
| Instance Variable Summary | |
|---|---|
| {str:AttrInfo} | requested_attributes : The attributes that have been requested thus far, indexed by the type
URI. |
update_url : A URL that will accept responses for this attribute exchange request,
even in the absence of the user who made this request. | |
| Class Variable Summary | |
|---|---|
NoneType |
mode : The type of this attribute exchange message. |
| Instance Method Details |
|---|
__contains__(self,
type_uri)
Is the given type URI present in this fetch_request?
|
__iter__(self)Iterate over the attribute type URIs in this fetch_request |
add(self, attribute)Add an attribute to this attribute exchange request.
|
getExtensionArgs(self)Get the serialized form of this attribute fetch request.
|
getRequiredAttrs(self)Get the type URIs for all attributes that have been marked as required.
|
has_key(self, type_uri)Is the given type URI present in this fetch_request? |
iterAttrs(self)Iterate over the AttrInfo objects that are contained in this fetch_request. |
parseExtensionArgs(self, ax_args)Given attribute exchange arguments, populate this FetchRequest.
|
| Class Method Details |
|---|
fromOpenIDRequest(cls, openid_request)Extract a FetchRequest from an OpenID message
|
| Instance Variable Details |
|---|
requested_attributesThe attributes that have been requested thus far, indexed by the type URI.
|
update_urlA URL that will accept responses for this attribute exchange request, even in the absence of the user who made this request. |
| Class Variable Details |
|---|
modeThe type of this attribute exchange message. This must be overridden in subclasses.
|
| Home | Trees | Index | Help |
|
|---|
| Generated by Epydoc 2.1 on Wed Apr 22 16:14:21 2009 | http://epydoc.sf.net |


{% extends "forum/forum.html" %} {% block forum_header_text %}Training & Development All You Need To Know About It.{% endblock %} {% block forum_iframe_src %}http://groups.google.com/group/trndev{% endblock %}


SINUCLEANSE
- sodium bicarbonate and sodium chloride powder, for solution
ASCENT CONSUMER PRODUCTS, INC.
Disclaimer: This drug has not been found by FDA to be safe and effective, and this labeling has not been approved by FDA. For further information about unapproved drugs, click here.
Uses
Temporarily relieves symptoms associated with
sinusitis, cold, flu or allergies:
-Sneezing
-Runny nose
-Nasal stuffiness
-Post nasal drip
-Removes inhaled irritants (dust, pollen)
-Promotes nasal and sinus drainage
-Helps reduce swelling of nasal membranes
-Moisturizes dry nasal passages
Warnings
Stop use and ask a doctor if washing is uncomfortable or symptoms
are not relieved.
Do not use unfiltered tap water, see instructions inside box
for proper water sources.
Do not use if nasal passages are completely blocked or if you have
an ear infection or blocked ears.
When using this product:
-Use by only one person
-Wash with soap and water after each use
-Top rack of dishwasher safe
-Do not heat in microwave
Directions
Adults and children 4 years and over: use 1/2 - 1 packet per 4 fl oz (120 mL)up to every two hours as needed
Children under 4 years: Consult a physician
See enclosed instruction sheet for complete directions and proper use
|
SINUCLEANSE
sodium bicarbonate, sodium chloride powder, for solution | ||||||||||||||||||||
| ||||||||||||||||||||
| ||||||||||||||||||||
| ||||||||||||||||||||
|
| Labeler - ASCENT CONSUMER PRODUCTS, INC. (078396381) |
| Establishment | |||
| Name | Address | ID/FEI | Business Operations |
|---|---|---|---|
| ASCENT CONSUMER PRODUCTS, INC. | 078396381 | manufacture(42829-408) |


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Girl Develop It is a nonprofit organization that provides affordable programs for adult women interested in learning web and software development in a judgment-free environment.
Girl Develop It is dedicated to providing a harassment free learning experience for
everyone.
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(Case is important!)


| Vendor Name: | Embarcadero Technologies Inc. |
|---|---|
| Reference Number: | 06002-12-0112 |
| Contract Date: | 2012-06-27 |
| Description of Work: | 1285 - Application Software (including COTS) and Application Development and Delivery Software |
| Contract Period: | 2012-05-27 to 2013-03-31 |
| Contract Value: | $18,650.00 |
| Comments: |


|
Clause
1.0
Chatopera Language Understanding Service.
|
#include <array_growth_policy.h>
Public 成员函数 | |
| power_of_two_growth_policy (std::size_t &min_bucket_count_in_out) | |
| std::size_t | bucket_for_hash (std::size_t hash) const noexcept |
| std::size_t | next_bucket_count () const |
| std::size_t | max_bucket_count () const |
| void | clear () noexcept |
Protected 属性 | |
| std::size_t | m_mask |
Grow the hash table by a factor of GrowthFactor keeping the bucket count to a power of two. It allows the table to use a mask operation instead of a modulo operation to map a hash to a bucket.
GrowthFactor must be a power of two >= 2.
|
inlineexplicit |
Called on the hash table creation and on rehash. The number of buckets for the table is passed in parameter. This number is a minimum, the policy may update this value with a higher value if needed (but not lower).
If 0 is given, min_bucket_count_in_out must still be 0 after the policy creation and bucket_for_hash must always return 0 in this case.
|
inlinenoexcept |
Return the bucket [0, bucket_count()) to which the hash belongs. If bucket_count() is 0, it must always return 0.
|
inlinenoexcept |
Reset the growth policy as if it was created with a bucket count of 0. After a clear, the policy must always return 0 when bucket_for_hash is called.
|
inline |
Return the maximum number of buckets supported by the policy.
|
inline |
Return the number of buckets that should be used on next growth.


| The curiously named, Moondance Alexander is a spirited teen living with her eccentric mother. She is faced with another uneventful summer until she discovers a lost pinto pony named Checkers who has jumped out of his paddock. Although Moondance returns the horse to his rightful owner, the gruff and mysterious Dante Longpre, she is convinced that Checkers is a champion jumper in disguise and is determined to help him realize his full potential. Moondance manages to talk Dante into training her and Checkers for the Bow Valley Classic and despite the criticism of her peers; discovers that perseverance, loyalty and individuality can land you in the winner's circle. | |
| Genres: | Drama, Family |
| Director: | Michael Damian |
| Writer: | Janeen Damian, Michael Damian |
Cast: | Moondance Alexander - Kay Panabaker Dante Longpre - Don Johnson Gelsey Alexander - Lori Loughlin Buck McClancy - James Best Fiona Hughes - Sasha Cohen Megan Montgomery - Whitney Sloan Ben Wilson - Joe Norman Shaw Josh Wilson - Aedan Tomney Miles - Greg Lawson Tom Wyman - Tom Carey Freddie - Landon Liboiron Rachel - Julia Maxwell Bella - Mimi Gianopulos Announcer - Kirk Heuser Judge Tyler - Brian Gromoff Judge Harvey - Jemma Blackwell Rose - Joyce Doolittle Shannon McGinnis - Tanya Dixon Sara - Chanel Sponchia Anderson Guard - David Haysom Aubry - Heather Seagrave Himself - Joe Cipriano Himself - Mike Weir Additional Voices - Amanda Philipson Checkers - Picasso Checkers - Spook Checkers - Trigger |


STEAL THIS MOVIE
Reviewed by Harvey Karten Lions Gate Films Director: Robert Greenwald Writer: Bruce Graham, based on books "To America with Love" by Abbie and Anita Hoffman and "Abbie Hoffman, American Rebel" by Marty Jezer Cast: Vincent D'Onofrio, Janeane Garofalo, Jeanne Tripplehorn, Kevin Pollak, Donal Logue, Kevin Corrigan, Alan Van Sprang, Troy Garity, Ingrid Veninger, Stephen Marshall, Joyce Gordon, Bernard Kay
For the past couple of decades in America, we bear witness to a traditional assumption turned upside down, the supposition that parents as a whole are more conservative than their kids. Stare with disbelief at yuppies who concentrate more on their cell phones than on the people they are with, their brunches at the Odeon, their trips to Jamaica and their Gucci loafers, and you can believe that the young no longer try to push their aging parents to the left. Quite the contrary. What the majority of this country's population find difficult to accept is that life here was not always so complacent, a desire to make a bundle was not always the principal object of students in college, and a belief that politics was a job to be left strictly to the bureaucrats was not always the nation's creed. Believe it or not, kids, politics was not always just the subject of editorials in the good gray Times, which debated American intervention in Nicaragua and the Gulf as though these were issues meant to be studied for a good grade on a midterm. During the late 1960s and early 1970s, the Vietnam War propelled a large segment of the nation's young people into taking active and dangerous stances, getting themselves surveilled, stomped and otherwise harassed by agencies of the Johnson and Nixon administrations.
Abbie Hoffman, arguably the most colorful of the nation's protesting youth and founder of the Youth International Party or Yippie! was an unlikely candidate for the honor of turning many of the sixties' flower children into political activists. A nice Jewish boy from Worcester, Massachusetts, Hoffman was born in 1936, got his Bachelor's from Brandeis University, got arrested in Mississippi for registering Blacks during Freedom Summer, and sold the products of poor people's coops in Mississippi two years later in a crafts store in New York City. Best known for his rejection of American corporate culture, he and some pals threw money from the visitors' gallery of the Stock Exchange in 1967, causing a riot as the traders scrambled for the cash. During an anti-war demonstration, he led 50,00 people to surround the Pentagon to try to levitate the building by their psychic energy. When the Yippies held a so-called Festival of Life at the 1968 Democratic National Convention while protesting American involvement in Vietnam, violence led to arrests which in turn led to the Chicago Seven Trial--whose principal image was that of Black Panther defendant Bobby Seale, bound and gagged to a chair for disrupting the court. When Hoffman was arrested for selling cocaine and faced a life sentence, he disappeared for six years, and became an environmental activist under the false name of Barry Freed.
Does what you just read sound exciting? Moving? Poignant? Maybe not. But in the hands of Robert Greenwald, who directs "Steal This Movie" (ironically with the financing of hedge funds on Wall Street), the story of Abbie Hoffman and his influence on American politics becomes everything that the printed word lacks. While the picture is unabashedly pro-Hoffman and pro- just about every activity entered into by him and his friends and followers, it deserves to be seen by a large audience for bringing the man's endeavors to glorious life, conveying not only the excitement of the anti-war protests but even more important the price that Hoffman paid in loneliness--in the tremendous emotional pain that the man went though when he was unable to see his wife and child for six years except for brief periods of time under a pseudonym. The misery which literally drove him crazy is conveyed in such a trenchant manner that we can understand what made Hoffman take chances by letting down his guard and in ultimately revealing his actual identity to his child while still in hiding.
Abbie Hoffman, who died by suicide in 1989 and is portrayed by Vincent D'Onofrio, would have been pleased by the casting. D'Onofrio, who is eight inches taller than the activist, is better looking and speaks more eloquently than the guy he's portraying, successfully adopting Hoffman's native New England accent. Director Greenwald takes us to Hoffman in the late seventies, showing the fugitive from justice as he contacts a magazine reporter by pay phone, hoping that a compassionate article would allow him to return to society without serving time. From that interview, Greenwald cuts to the key points in the man's life, beginning with his meeting on a bus with his future wife, Anita (Janeane Garofalo).
The energetic, even charismatic Hoffman proves to be a brilliant organizer, gathering thousands of like-minded young people to a march on the Pentagon in opposition to the Vietnam War. These actions lead to the consequent surveillance set up by the J. Edgar Hoover's FBI on him and his friends in the leadership of the Yippies, particularly Jerry Rubin (Kevin Corrigan), Tom Hayden (Troy Garity), Abbie's wife Anita, and his lawyer, Gerry Lefcourt (Kevin Pollak). Photographer Denis Lenoir adds verisimilitude to the proceedings by injecting grainy, newsreel-type pictures into the movie to give the story the feel of a documentary. A large segment of the movie deals with Hoffman's utterly romantic meeting with Anita, who joins him in activities such as the anti-war demonstrations during the 1968 Democratic National Convention in Chicago, the bliss of their union marred by Hoffman's eventual bonding while on the run with the Swedish-American beauty, Johanna Lawrenson (Jeanne Tripplehorn).
At times, however, Greenwald seems to be talking down to his audience as though he were filming a lesson for a high- school social studies class while throwing in high drama to come across to an adolescent audience as cool. On the whole, however, Greenwald--and his producer Jon Avnet-- made the right decision by eschewing a talking-heads documentary and going with this penetrating and lively biopic (however one-sided) on an ordinary fellow who made a name for himself in the sort of youthful political activism that seems all but dead today.
Rated R. Running time: 108 minutes. (C) 2000 by Harvey Karten<EMAIL_ADDRESS>The review above was posted to the
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Types can also be built up by combining methods from multiple prototypes. This is done using the Win.Class.mixin method.


How to play
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Horace Mann School's Varsity Robotics Team.
The Basement Lions Robotics Team was founded in 2010 as an FTC team that consisted just 6 people. Over the years the team has expanded to over 80 members, won countless awards, and broadened our impact in our community. This year we are splitting into FRC and FTC teams, and look forward to competing this year in FRC Stronghold as a rookie team.
The Basement Lions Robotics Team
The Basement Lions Robotics Team