prtEvalMinCost Returns the minimum cost of classification
COST = prtEvalMinCost(CLASSIFIER, DATASET,COSTMAT) returns the minimum
cost of classification of dataset DATASET with classifier CLASSIFIER
according to the cost matrix COSTMAT. DATASET must be a labeled,
prtDataSetStandard object. CLASSIFIER must be a prtClass object.
COSTMAT must be a 2x2 matrix consisting of the costs.
COSTMAT = [C00, C10; C01 C11], where Cij is the cost for deciding i
when j is the truth.
COST = prtScoreMinCost(CLASSIFIER, DATASET, NFOLDS) returns the minimum
cost of classification of dataset DATASET with classifier CLASSIFIER
according to the cost matrix COSTMAT with K-fold cross-validation.
DATASET must be a labeled, binary prtDataSetStandard object. CLASSIFIER
must be a prtClass object. NFOLDS is the number of folds in the K-fold
cross-validation.
[COST, PF, PD] = prtScoreMinCost(...) returns the probability of false
alarm PF and the probability of detection PD.
Example:
dataSet = prtDataGenSpiral;
classifier = prtClassDlrt;
cost = prtEvalMinCost(classifier, dataSet,[ 0 1; 1 0])


Official tarballs of core Foreman projects are made available here for download and repackaging.
Packages of our projects are also available at deb.theforeman.org and yum.theforeman.org, while gems are published to rubygems.org.
You can find installation instructions here, but we strongly recommend using our Installer.
If you have any issues, you can find the forum at community.theforeman.org or on IRC (libera.chat, #theforeman)


The Organizing Committee for the 2016 Robotics: Science and Systems Conference (RSS 2016) requests proposals for full and half-day workshops, tutorials, competitions, and demonstrations to be held on June 18-19, 2016 at the University of Michigan, Ann Arbor, MI, USA. This year these events will take place during a weekend before the main conference. RSS brings together researchers working on algorithmic or mathematical foundations of robotics, robotics applications, and the analysis of robotic systems. However, proposals from relevant communities that have not traditionally participated at RSS and that bridge research subtopics are welcomed from as well as innovative ideas on structuring the events in a way that will promote discussion among the participants. Prior workshops have consistently provided high-quality, topically-focused forums for researchers at the forefront of robotics.
SubmissionsProspective organizers should submit their proposals by January 14, 2016 through the proposal submission website.
A template for the proposal is available here and in Word format here. The proposal submission is to describe the type of the event and provide a title, list of organizers, a tentative URL, an abstract, a tentative list of presenters, the intended structure of the event, plan for soliciting participation, intended audience and expected equipment requirements. We expect proposals to be approximately 2-3 pages in length.
Proposals from relevant communities that have not traditionally participated at RSS that incorporate innovative ideas and will promote discussions will be given priority.
Organizer Responsibilities for Accepted ProposalsOrganizers are encouraged to communicate early on with the RSS workshop co-chairs (email<EMAIL_ADDRESS>regarding the topic of their intended workshop so that significant overlaps between events can be minimized.
All decisions will be made and the proposers will be notified by February 18, 2016.
We are looking forward to seeing you in Ann Arbor!


This is just some thext for Heading one
This is just some thext for Heading two
This is just some thext for Heading three


ABOUT US
Tradition & Passion
Hanu kings burger had started in the year 2015. Our motive is to
serve quality food that our customers can trust is Hanu kings
burger’s number one priority. We at Hanu kings burger make sure
that we source best ingredients without compromising the quality
at all times. Being new restaurant we strive to give customer
satisfaction in very competitive market


There are many ways to contribute to an open source project. One way is to use the project and report back with any problems you face. This helps developers improve the project by surfacing bugs and areas for improvement (either in the documentation, the user interface, or in the code itself). You don't have to be a programmer to download and run a project. In fact, testing out the project as someone who doesn't program will sometime surface issues that programmers are likely to overlook.
If you do discover an area of the project that could use some improvement (or just plain fixing), please file a ticket. This will alert the developers to the issue. When reporting an issue, try to be as specific as you can. It's helpful if you can provide a series of reproducible steps that developers can follow to discover the issue you're reporting. Any issue report, though, is useful.
If you are a tester who has programming experience, patches are of course also welcome. See the Coders Welcome page for more details about how to contribute in this way.


The WORLD WIDE WEB is collection of documents being communicated between computers all over the world. These documents are called HTML’s (hypertext markup language). When you click on a web page, your PC sends a request to the server associated with that page. This request is sent via a protocol called HTTP.
HTML stands for Hypertext Markup Language. HTML documents form the majority of the content on the web.
HTML documents are made up of text content which describes "what you see" and markup which describes "how it looks", and references to other docs such as "images, videos, etc"….
HTML documents are made up of strings of Tags, Content and Text which together create and "element". Various Tags point to specific commands that a browser interprets and translates in the manner in which the input is displayed.
Attributes provide additional information about an element. They are always specified in the start Tag. They come in name/value pairs like: name="value".
For example, we can use the "href" attribute to specify a link's destination, such as showing Google as a hyperlink and pointing it to www.google.com.
In HTML, text on multiple lines compresses to one space. To add a break we use a "br" Tag. The break is a Void Tag. Every "br" equals one line break. There is no limit to the amount of breaks that you can use.
You can also use a "p" Tag to help group text in a paragraph format. For example placing an opening and a closing "p" Tag around content, groups everything between Tags together with a line break before and after the content.
HTML elements are either inline or block. Block elements form an "invisible box" around the content inside of them. Block level elements normally start and end with a new line, when displayed in a browser. Inline elements are normally displayed without line breaks.
You can use the Developer Tools for a variety of tasks, including (but not limited to) viewing individual attributes, determining why a particular CSS rule is applied to an individual element, and previewing different document compatibility modes. By exposing how the browser interprets a webpage, the Developer Tools provide many opportunities to research and resolve problems.
HTML elements can have other elements inside of them. These elements can illustrated just like a family tree. When clicked in a browser, this structure shows up as a series of nested boxes. For example: A topic could be made up of two sub topics. One of those sub topics could have three sub topics and the other could have none. This would mean there are seven total branches to this tree. In a browser these branches show up as nested boxes.
When you click and open up the triangles on the left side of an HTML document, you open up the elements that are nested inside of that Element. The more indented an element is, the deeper that sub element us nested inside that element. This nested configuration helps us to associate where this sub element lies inside of its parent element.
Programmers use special text editors when writing code so that they can avoid formatting incorrectly. These editors may have features such as automatically adding a closing tag or possibly allowing one coding change to change every other common element, if you should so choose.
CSS stands for Cascading Style Sheets and they give programmers a way to control the style of related HTML elements. This is done by giving similar HTML elements the same class name and then specifying the style that should apply to that class. The word "class" in the previous sentence was treated via a CSS style sheet. This means that you have the ability to change multiple common outputs with the adjustment of just one adjusment in the CSS sheet.
Programmers avoid repetition for several reasons. First and foremost, repetition leads to inevitable errors. Typing the same code over and over or copying and pasting eventually leads to a coding error. This leads to excessive time needed to find and debug the coding error, which can prove daunting since all of the repetitive code looks similar. Secondly, by using CSS, you build reliability and consistency into your website. By making the changes in one location instead of changing multiple locations, you can see all changes done at one time. This equates to simplicity if you choose to revert back or go an entirely different direction with your changes.


Before Change
// Trigger the write
success = opWriter.WriteImage.value
if not success:
raise RuntimeError("Error while writing predictions to project file.")
startProgress = progress[0]
self._dirtyFlags[Section.Predictions] = False
After Change
with Tracer(traceLogger):
// If the predictions are missing, then maybe the user wants them stored (even if they aren"t dirty)
if self._dirtyFlags[Section.Predictions] or "Predictions" not in topGroup.keys():
self.deleteIfPresent(topGroup, "Predictions")
predictionDir = topGroup.create_group("Predictions")
if self.predictionStorageEnabled:
numImages = len(self.mainOperator.PredictionProbabilities)
if numImages > 0:
increment = (endProgress - startProgress) / float(numImages)
for imageIndex in range(numImages):
// Have we been cancelled?
if not self.predictionStorageEnabled:
break
datasetName = "predictions{:04d}".format(imageIndex)
progress = [startProgress]
// Use a big dataset writer to do this in chunks
opWriter = OpH5WriterBigDataset(self.mainOperator.graph)
opWriter.hdf5File.setValue( predictionDir )
opWriter.hdf5Path.setValue( datasetName )
opWriter.Image.connect( self.mainOperator.PredictionProbabilities[imageIndex] )
// Create the request
self._predictionStorageRequest = opWriter.WriteImage[...]
def handleProgress(percent):
// Stop sending progress if we were cancelled
if self.predictionStorageEnabled:
progress[0] = startProgress + percent * (increment / 100.0)
self.progressSignal.emit( progress[0] )
opWriter.progressSignal.subscribe( handleProgress )
finishedEvent = threading.Event()
def handleFinish(request):
finishedEvent.set()
def handleCancel(request):
self._predictionStorageRequest = None
finishedEvent.set()
// Trigger the write and wait for it to complete or cancel.
self._predictionStorageRequest.notify(handleFinish)
self._predictionStorageRequest.onCancel(handleCancel)
finishedEvent.wait()
// If we were cancelled, delete the predictions we just started
if not self.predictionStorageEnabled:
self.deleteIfPresent("Predictions/" + datasetName)
startProgress = progress[0]
self._dirtyFlags[Section.Predictions] = False
def cancel(self):
Currently, this only cancels prediction storage.
if self._predictionStorageRequest is not None:
self.predictionStorageEnabled = False


Author Question: Argaen
Code Fights Weekly has gained popularity in the past months and is receiving lots of fan letters. Unfortunately, some of the readers use offensive words and the editor wants to keep the magazine family friendly.
To manage this, you have been asked to implement a censorship algorithm. You will be given the fan letter text
and a list of forbiddenWords
. Your algorithm should replace all occurrences of the forbidden words in the text with sequences of asterisks of the same length.
Be careful to censor only words, no one want to see "classic"
spelled as "cl***ic"
.
Example
For text = “The cat does not like the fire” and forbiddenWords = [“cat”,”fire”], the output should be `CensorThis(text, forbiddenWords) = “The * does not like the **”.
- [input] string text
Text to censor, composed of mixed case English words separated by a single whitespace character each.
- [input] array.string forbiddenWords
The list of words to censor, all in lowercase.
- [output] string
The censored text. Its length should be the same as the length of text.
Solution:
def CensorThis(text, forbiddenWords):
return ' '.join([ t.replace(t, "*" * len(t)) if t.lower() in forbiddenWords else t for t in text.split() ])
Test 1
text: "The cat does not like the fire"
forbiddenWords: ["cat", "fire"]
Expected Output: "The *** does not like the ****"
Test 2
text: "The cat does not like the therapy"
forbiddenWords: ["the", "like"]
Expected Output: "*** cat does not **** *** therapy"
Test 3
text: "Python is the BEST programming language and LOLCODE is the Worst"
forbiddenWords: ["worst", "best"]
Expected Output: "Python is the **** programming language and LOLCODE is the *****"
Test 4
text: "A bald eagle is a worthy adversary"
forbiddenWords: ["bald", "a"]
Expected Output: "* **** eagle is * worthy adversary"
Test 5
text: "The MAGIC words are fiz buzz and plaf"
forbiddenWords: []
Expected Output: "The MAGIC words are fiz buzz and plaf"
Test 6
text: "The MAGIC words are fiz buzz and plaf"
forbiddenWords: ["fluzz", "z", "ping", "narf", "tedd", "troz", "zort"]
Expected Output: "The MAGIC words are fiz buzz and plaf"
Thanks to GOD.


Writing the meta.yaml
¶
This document presents conda-forge rules, guidelines, and justifications
about writing the meta.yaml
file.
Build from Tarballs, Not Repos¶
Conda-forge requires that building from tarballs using the
url
(optionally fn
, filename) key in the build
section. A recipe
should not use the git_url
, git_ver
, and similar
keys. There are three main reasons for this:
- Downloading the whole repo when you only need a single snapshot wastes the precious, constrained, and shared CI time and bandwidth.
- Repositories are not checksummed. Thus, using a tarball has a stronger guarantee that the download that is obtained to build from is in fact the intended package.
- On some systems (such as Windows), it is possible to not have permissions to remove a repo once it is created. This can be avoided by using a tarball.
If a package does not have the ability to build from a tarball, this is considered a bug and should be reported upstream. In the worst case, the source can be patched to include the relevant build information.
Note that the fn
key can be omitted, if the last part of the url specifies
the filename already and the server does not perform some kind of redirection
to a different, therefore unexpected filename.
Packaging the License Manually¶
Certain software licenses, such as those in the GPL and Apache families,
require that the text of the license be distributed with the package.
This means that the about/license_file
entry must be included in the
meta.yaml
. Unfortunately, the license isn’t always included in the
tarball of the source code.
To get around this, the licence should be put in the recipe directory.
It can then be refered to in the meta.yaml
as if it was in the source directory,
about:
license_file: LICENSE.txt
Populating the hash
Field¶
If your package is on PyPi, you can get the sha256 hash from your package’s page
on PyPI; look for the SHA256
link next to the download link on your package’s
files page, e.g. https://pypi.org/project/<your-project>/#files
.
You can also generate a hash from the command line on Linux (and Mac if you
install the necessary tools below). If you go this route, the sha256
hash
is preferable to the md5
hash.
To generate the sha256
hash: openssl sha256 your_sdist.tar.gz
You may need the openssl package, available on conda-forge
conda install openssl -c conda-forge
.
Excluding a Platform¶
Use the skip
key in the build
section along with a selector:
build:
skip: true # [win]
A full description of selectors is in the conda docs.
Pinning packages¶
Conda-smithy 3.0.0 switches to conda-build=3
. In conda-smithy 3.0.0, we use a central configuration file from
conda-forge-pinning. for the build matrices and versions of specific packages.
When a rerendering happens, conda-smithy will render the recipe using conda-build and output configuration files for each job and save them in a yaml file in .ci_support
folder. For example there’s a output configuration file for each OS, each python version, etc.
These output configuration files are stripped to options that are used in the build and therefore a change in the config files in .ci_support
folder implies that there needs to be a new build.
Pinning of packages are handled by the same configuration file and conda-build. This means that packages need not be pinned manually. For eg:
requirements:
host:
- gmp 6.1.*
run:
- gmp 6.1.*
can be replaced by
requirements:
host:
- gmp
run:
- gmp
When there’s a new ABI version of gmp (say 7.0), then conda-forge-pinning will be updated. A rerendering of a package using gmp will change. Therefore to check that a recipe needs to be rebuilt for updated pinnings, you only need to check if the package needs a rerender.
Note that numpy
is an exception to this. See Building Against NumPy
section.
If a package is not in conda-forge-pinning, then the pinning needs to be done manually. If the package is a C/C++
library with a C/C++
API that is consumed and linked to by other libraries, then that package is a candidate to be added to conda-forge-pinning
. Please open an issue in conda-forge-pinning-feedstock for discussion.
If the constraints in conda-forge-pinning
are not strict enough, you can override them by changing back to pinning the package with a version manually. You can make a pinning stricter by adding {{ pin_compatible('gmp', max_pin='x.x.x') }}
to run requirements.
If you need to remove a pinning in rare cases like linking the package statically or if the package is used with dlopen
instead of linking, then you can do,
build:
ignore_run_exports:
- gmp
There is additional documentation on this pinning scheme in the conda docs.
Using conda-build’s run_exports feature¶
Conda-build has a feature called “run_exports” that allows recipe builders to specify what downstream consumers of their package need as runtime dependencies when a given package is used as a build-time (host) dependency. There’s documentation on run_exports in conda-build’s documentation. For conda-forge specifically, we encourage the use of run_exports, as it places the burden of understanding binary compatibilty bounds on the upstream package maintainers, rather than the downstream package consumers. We feel that the upstream maintainers are more likely to understand the compatibility bounds of their package. Downstream maintainers are still free to override any run_exports entries, using the build/ignore_run_exports key, as documented in the conda-build documentation.
When should you think about using run_exports for your package?
- Does your package produce a shared library that other people will link against?
- Does the version of your package used at build time determine which version of your package is required at run time?
If these are true, you should use run_exports. You can refer to your package with the pin_subpackage jinja2 function, again described in conda-build’s documentation.
It is not always completely clear how a given package is going to be used. For example, numpy may be used either as a python package, and it also has a C library that can be linked against. The former usage would not require run_exports, but the latter would. In this scenario, it may be advantageous to split the package into distinct metapackages that may share a common parent containing the actual files, but with each metapackage defining different pinning behavior. Anaconda does this for numpy. You can see the recipe at https://github.com/AnacondaRecipes/numpy-feedstock/blob/master/recipe/meta.yaml - the general idea is that the numpy-devel package should be used when a package is building against the C interface (i.e. it needs the compatibility bound), and the numpy package should be used when a package is using only the python interface.
In general, it is not necessary to split up packages. At conda-forge, we only advise it when it greatly reduces package size, or when it helps remove dependencies that would otherwise be unnecessarily included.
Build matrices¶
Currently, python, vc, r-base
will create a matrix of jobs for each supported version. If python
is only a build dependency and not a runtime dependency (eg: build script of the package is written in Python, but the package is not dependent on python), use build
section
Following implies that python
is only a build dependency and no Python matrix will be created.
build:
- python
host:
- some_other_package
Note that host
should be non-empty or compiler
jinja syntax used or build/merge_build_host
set to True for the build
section to be treated as different from host
.
Following implies that python
is a runtime dependency and a Python matrix for each supported python version will be created.
host:
- python
conda-forge.yml
’s build matrices is removed in conda-smithy=3. To get a build matrix, create a conda_build_config.yaml
file inside recipe folder. For example following will give you 2 builds and you can use the selector vtk_with_osmesa
in the meta.yaml
vtk_with_osmesa:
- False
- True
You need to rerender the feedstock after this change.
Compilers¶
conda-build=3
gives the ability to use Anaconda 5 compilers, conda-forge
is not using these compilers yet. Reason for holding out on using the Anaconda 5 compilers is that the packages built by them are sometimes incompatible with the packages built with the older compilers in CI platforms conda-forge has been using. All the dependencies of a package should be compiled (This is not true for all cases, but it’s better to be cautious) with the new compilers before using the new compiler in a package. This presents a problem in that rebuilding a package will break the dependent packages. Therefore, conda-forge
has decided to rebuild all of the packages and upload them all at once. More details on how this is done will be communicated in the future.
However, using the {{ compiler('cxx') }}
is supported in conda-forge
, but it installs the toolchain
package which activates the compilers in the CI environment. If you were using toolchain
or gcc
build deps, consider using the following,
requirements:
build:
- {{ compiler('c') }}
- {{ compiler('cxx') }}
- {{ compiler('fortran') }}
Note that appropriate compiler runtime packages will be automatically added to the package’s runtime requirements and therefore there’s no need to specify libgcc
or libgfortran
. There is additional information about how conda-build 3 treats compilers in the conda docs.
Building Against NumPy¶
If you have a package which links* against numpy
you can build against the oldest possible version of numpy
that is forwards compatible.
With conda-build 3, we can leave the pin empty for build-time, and conda-build will use the numpy key from conda_build_config.yaml. We can also utilize conda-build’s dynamic pinning with its pin_compatible function to evaluate the numpy pin based on the version that actually gets used at build time.
If you don’t want to make things complicated you can use
host:
- numpy
run:
- {{ pin_compatible('numpy') }}
At the time of writing, above is equivalent to the following,
host:
- numpy 1.9.3 # [unix]
- numpy 1.11.3 # [win]
run:
- numpy >=1.9.3,<2.0.a0 # [unix]
- numpy >=1.11.3,<2.0.a0 # [win]
* In order to know if your package links against numpy
check for things like numpy.get_include()
in your setup.py
,
or if the package uses cimport
.
Notes
1. you still need to respect minimum supported version of numpy
for the package!
That means you cannot use numpy 1.9
if the project requires at least numpy 1.12
,
adjust the minimum version accordingly!
host:
- numpy 1.12.*
run:
- {{ pin_compatible('numpy') }}
At the time of writing, above is equivalent to the following,
host:
- numpy 1.12.3
run:
- numpy >=1.12.3,<2.0.a0
2. if your package supports numpy 1.7
, and you are brave enough :-),
there are numpy
packages for 1.7
available for Python 3.4 and 2.7 in the channel.
Deprecated
Adding numpy x.x
to the host and run sections translates to a matrix pinned to all
available numpy versions (e.g. 1.11, 1.12 and 1.13). In order to optimize CI ressources
usage this option is now deprecated in favour of the apporach described above.
Building noarch
packages¶
The noarch: python
directive, in the build
section, makes pure-Python
packages that only need to be built once. This drastically reduces the CI usage,
since it’s only built once (on CircleCI), making your build much faster and
freeing resources for other packages.
noarch: python
can be used to build pure Python packages that:
- Do not perform any Python version specific code translation at install time (i.e. 2to3).
- Have fixed requirements; that is to say no conditional dependencies
depending on the Python version, or the platform ran. (If you have for example
backports # [py27])
in therun
section ofmeta.yml
, your package can’t be noarch, yet.) - Do not use selectors to
skip
building the recipe on a specific platform or for a specific version of python (e.g.skip: True # [py2k]
).
Note that while noarch: python
does not work with selectors, it does work
with version constraints, so skip: True # [py2k]
can sometimes be replaced
with a constrained python version in the build/run subsections:
say python >=3
instead of just python
.
noarch: python
can also work with recipes that would work on a given platform
except that we don’t have one of its dependencies available.
If this is the case, when the install runs conda
will fail with an error
message describing which dependency couldn’t be found.
If the dependency is later made available, your package will start working
without having to change anything.
Note though that since noarch
packages are built on Linux, currently the
package must be installable on Linux.
To use it, just add noarch: python
in the build section like,
build:
noarch: python
If you’re submitting a new recipe to staged-recipes
, that’s all you need.
In an existing feedstock, you’ll also need to re-render the feedstock,
or you can just ask the webservice to add it for you and rerender:
say @conda-forge-admin, please add noarch: python
in an open PR.
Build Number¶
The build number is used when the source code for the package has not changed but you need to make a new build. For example, if one of the dependencies of the package was not properly specified the first time you build a package, then when you fix the dependency and rebuild the package you should increase the build number.
When the package version changes you should reset the build number to 0
.
Use pip¶
Normally Python packages should use this line:
build:
script: "{{ PYTHON }} -m pip install . --no-deps -vv"
as the installation script in the meta.yml
file or bld.bat/build.sh
script files,
while adding pip
to the host requirements:
requirements:
host:
- pip
These options should be used to ensure a clean installation of the package without its dependencies. This helps make sure that we’re only including this package, and not accidentally bringing any dependencies along into the conda package.
Note that the --no-deps
line means that for pure-Python packages,
usually only python
and pip
are needed as build
or host
requirements;
the real package dependencies are only run
requirements.
Downloading extra sources and data files¶
conda-build 3
supports multiple sources per recipe. Examples are available in the conda-build docs.


August 2018 - Viking Analytics joined the MobilityXLab in Gothenburg
July 2018 - Viking Analytics was a main supplier for the first strategic digitalization project of Akzo Nobel which went live in Rotterdam
June 2018 - Viking Analytics in final stage at Techstar energy accelerator program
2017 - Winner of Chalmers Venture 2017


IHW Unit Closure Mock Form
This is a report template for WMU Closures
TCEQ Program:
Please Select Program
Corrective Action
Voluntary Cleanup Program
Company Name:
Site Name:
Primary Contact:
Reason for WMU Closure:
Has Release Occured?
Yes
No
I am not sure
Closure Report Checklist
Owner Operator Information
Copy of NOR
Location of facility
Description of WMU
Reason for WMU closure
Map of facility showing location of WMU
Description of how the WMU was closed
Photographs with descriptions of the WMU before, during, and following closure
Description of the WMU and waste dispositions, including copies of waste manifest
Attachments:


C G Panicker
Founding president
Krishnankutty P
Secretary
Name of the institution shall : PEOPLES WELFARE SOCIETY NO CA 170/2003
Registered Address : The Registered Address of the Institution shall be:
Village/Town: Sreekrishnapuram
Post Office : Sreekrishnapuram 679513
Taluk : Ottapalam
District : Palakkad
State : Kerala
[If there is any changes in the Address, it shall be intimated of Khadi & V.I. commission as well as the Registering Authority of the institution within 15 days from the date on which the change was made]
Area of operation :
The area operation of the institution shall be Whole State of Kerala
Year : The financial year of the Institution would be from 1st April to 31st March, of succeeding year.
Objectives
The objects for which the institution is established shall be as follows:
a)To improve the economic, moral and social standards of villagers in the area of operation of the institution.
b)To alleviate poverty and bring about better living condition mutual co operation and unity among the villagers and in general rural development by implementing KVI programmes.
c) To start, encourage, assist and carry on such other activities which are incidental for implementation of KY1 programmes.
d)To start Conduct Encourage, Assist and Carry on, Orphanages, Crushes, Youth welfare institutions, Welfare hostels for women, Students old age care centers, Councelling centers, Educational institutions, Health care institutions for human, Animals, Birds and Plants.
e)I To conduct training centers in various service sectors.
f) To start conduct Processing, Marketing, trade Import Export to assure Food security including Vegetables, Fruits such as Food grains.
g) To start production Centres, Processing and Marketing activities in cosmetics, toiletries, stationaries, Furniture, Fabrication items for domestic purpose and Eco friendly living.
h) To start production centres Processing and Marketing activities in Electrical and Electronics items, Precious metals and vessels to commit social necessity and ecofriendly living.
i) To start Conduct, Centres the promotion of Eco tourism and allied sectors except rural Transport
j) For further once of all of any of the aforesaid objects the institution shall have authority
1) To solicit obtain or accept subscription, donation, grants, gifts bequests and trusts from any person, firm, Bank or local authorities or corporate bodies like khadi and Village Industries commission and or State KVI Board and ,or any institution and or the union/ State Government.
2) To acquire by gift, purchases, exchange, lease on hire or otherwise howsoever, any land, building, easements and any property movable and/ or immovable and for any estate or interest for the furtherance of all or any of the objects of the institution.
3) To build, construct and maintain houses, structures or buildings and alter extend improve, repair, enlarge or modify the same including any existing buildings ( and or provide and equip the same with light, water drainage furniture, fittings, instruments, apparatus and appliances) and all other necessities for the use to, which such buildings is to be put up or held.
4) To sell, manage transfer exchange mortgage, demise, lease or let out dispose of or otherwise deal with the properties whatever (movable or immovable) belonging to the institution.
5) To borrow and raise moneys with or without security or mortgage charge hypothecation, or pledge over all or any of the immovable or movable properties belonging to the institution or in any other manner whatsoever
6) To open and operate accounts in Bank/s or to deal with banks in any manner whatsoever required, for furtherance of objects of the institution.
7) To open and conduct branches and to undertake such other activities for furtherance of all or any of the objects of the institution.
k) To do all other lawful things incidental or conductive to the attainment of any other objects of the institution and to incur necessary expenditure there on.
l) The profits of the institution shall be utilised in furtherance of the objects of the institution and shall not be distributed amongst the members.
6) The management of the affairs of the institution shall be entrusted to the duly constituted managing committee as provided in the rules and regulations of the institution from time to time.


{% extends 'base.html' %} {% block content %}
{{issue.description}}
There are no issues for this milestone.


| PERLFAQ2(1) | Perl Programmers Reference Guide | PERLFAQ2(1) |
Perl builds and runs on a bewildering number of platforms. Virtually all known and current Unix derivatives are supported (perl's native platform), as are other systems like VMS, DOS, OS/2, Windows, QNX, BeOS, OS X, MPE/iX and the Amiga.
Binary distributions for some proprietary platforms can be found <http://www.cpan.org/ports/> directory. Because these are not part of the standard distribution, they may and in fact do differ from the base perl port in a variety of ways. You'll have to check their respective release notes to see just what the differences are. These differences can be either positive (e.g. extensions for the features of the particular platform that are not supported in the source release of perl) or negative (e.g. might be based upon a less current source release of perl).
Otherwise if you really do want to build Perl, you need to get a binary version of "gcc" for your system first. Use a search engine to find out how to do this for your operating system.
One simple way to check that things are in the right place is to print out the hard-coded @INC that perl looks through for libraries:
% perl -le 'print for @INC'
If this command lists any paths that don't exist on your system, then you may need to move the appropriate libraries to these locations, or create symbolic links, aliases, or shortcuts appropriately. @INC is also printed as part of the output of
% perl -V
You might also want to check out "How do I keep my own module/library directory?" in perlfaq8.
You can search CPAN on <http://metacpan.org>.
The master web site for CPAN is <http://www.cpan.org/>, <http://www.cpan.org/SITES.html> lists all mirrors.
See the CPAN FAQ at <http://www.cpan.org/misc/cpan-faq.html> for answers to the most frequently asked questions about CPAN.
The Task::Kensho module has a list of recommended modules which you should review as a good starting point.
The complete Perl documentation is available with the Perl distribution. If you have Perl installed locally, you probably have the documentation installed as well: type "perldoc perl" in a terminal or view online <http://perldoc.perl.org/perl.html>.
(Some operating system distributions may ship the documentation in a different package; for instance, on Debian, you need to install the "perl-doc" package.)
Many good books have been written about Perl--see the section later in perlfaq2 for more details.
The Perl Foundation is an advocacy organization for the Perl language which maintains the web site <http://www.perl.org/> as a general advocacy site for the Perl language. It uses the domain to provide general support services to the Perl community, including the hosting of mailing lists, web sites, and other services. There are also many other sub-domains for special topics like learning Perl and jobs in Perl, such as:
Perl Mongers <http://www.pm.org/> uses the pm.org domain for services related to local Perl user groups, including the hosting of mailing lists and web sites. See the Perl Mongers web site <http://www.pm.org/> for more information about joining, starting, or requesting services for a Perl user group.
CPAN, or the Comprehensive Perl Archive Network <http://www.cpan.org/>, is a replicated, worldwide repository of Perl software. See What is CPAN?.
Other places to ask questions are on the PerlMonks site <http://www.perlmonks.org/> or stackoverflow <http://stackoverflow.com/questions/tagged/perl>.
Several Unix/Linux related magazines frequently include articles on Perl.
<http://blogs.perl.org/> hosts many Perl blogs, there are also several blog aggregators: Perlsphere <http://perlsphere.net/> and IronMan <http://ironman.enlightenedperl.org/> are two of them.
If you still need commercial support ActiveState <http://www.activestate.com/activeperl> offers this.
First, ensure that you've found an actual bug. Second, ensure you've found an actual bug.
If you've found a bug with the perl interpreter or one of the modules in the standard library (those that come with Perl), you can use the perlbug utility that comes with Perl (>= 5.004). It collects information about your installation to include with your message, then sends the message to the right place.
To determine if a module came with your version of Perl, you can install and use the Module::CoreList module. It has the information about the modules (with their versions) included with each release of Perl.
Every CPAN module has a bug tracker set up in RT, <http://rt.cpan.org>. You can submit bugs to RT either through its web interface or by email. To email a bug report, send it to<EMAIL_ADDRESS>. For example, if you wanted to report a bug in Business::ISBN, you could send a message to<EMAIL_ADDRESS>.
Some modules might have special reporting requirements, such as a Github or Google Code tracking system, so you should check the module documentation too.
This documentation is free; you can redistribute it and/or modify it under the same terms as Perl itself.
Irrespective of its distribution, all code examples here are in the public domain. You are permitted and encouraged to use this code and any derivatives thereof in your own programs for fun or for profit as you see fit. A simple comment in the code giving credit to the FAQ would be courteous but is not required.
| 2019-10-21 | perl v5.30.3 |


struct Oak::Tree(T)
- Oak::Tree(T)
- Struct
- Value
- Object
Defined in:
oak/tree.crConstructors
Instance Method Summary
-
#add(path, payload)
Add a path to the tree.
-
#find(path)
Find the first matching result in the tree.
-
#search(path)
Search the tree and return all results as an array.
-
#search(path, &block : Oak::Result(T) -> _)
Search the tree and yield each result to the block.
-
#visualize
Visualize the radix tree structure.
Constructor Detail
Instance Method Detail
def search(path, &block : Oak::Result(T) -> _)
#
Search the tree and yield each result to the block.


The charts show the USD/UYU exchange rate and some estimations of what the value would be, according to the Parity Purchase Power (PPP) theory. All the estimations were calculated in a causal manner. Never data from "the future" is used to calculate an estimation for the present. No predictions are made, only present estimations.
The PPP estimation was calculated according to the formula below:
Where a(t) is calculated expansively, as the mean, for all the past values, of the quotient of the theoretical and experimental values. The formula can be seen below:
After getting the estimation, the relative error was calculated. The mean and standard deviation of that relative error were also calculated using expanding functions (always respecting causality). The "low estimation" and "high estimation" are calculated by adding a relative error equal to the mean relative error plus/minus 2 standard deviations, to the original estimation. The formulas are below:
Finally, the charts of the relative error, its mean, high and low estimations, are also shown (the trace and a normalized histogram).


For the first time, teams of Ofsted inspectors will on Monday (10 June) begin inspecting
local authority arrangements for supporting school improvement
in two parts of the country – Norfolk and the Isle of Wight – to find out why these authorities have such a disproportionate number of under-performing schools.
HM Chief Inspector, Sir Michael Wilshaw, said that Ofsted was determined to find out what lies behind this under-performance and to challenge and work with local authorities to raise standards and close the gap between the worst and best performing authorities in England.
The five-day inspections are taking place under a new framework, which came into force last month. These new inspections will determine whether councils are providing the right level of support and challenge to schools in their jurisdiction as well as promoting high standards and fair access to educational opportunity for all their children.
Sir Michael said:
Inspectors will be going into Norfolk and the Isle of Wight because too many schools in these two areas are failing to provide a standard of education that children deserve.
Ofsted’s targeted inspection of schools in Norfolk earlier this year and recent school inspections in the Isle of Wight have raised serious concerns about the effectiveness of the local authorities’ support and challenge. In both cases, many school leaders have expressed the view that their local authority is not doing enough to challenge their institutions to improve.
Earlier this year, Ofsted carried out a series of inspections of schools in Norfolk along with an examination of the authority’s support for other local schools. The outcome of these inspections confirmed the rate of progress for schools continues to be poor and behind that seen in the rest of the country. The council had not understood nor established a strategic approach to school improvement and the support provided for some schools had failed to halt their decline into special measures. Feedback also revealed a wide divergence of opinion amongst schools about the quality and impact of support and challenge provided.
In Norfolk, the proportion of good or better primary schools in the area is in the bottom 10 per cent of all local authorities and the bottom 15 per cent for good or better secondary schools. It is also in the bottom five of all local authorities in terms of the proportion of schools judged to ‘require improvement’ or to be ‘inadequate’.
School inspections in the Isle of Wight have raised serious concerns about the effectiveness of the local authority’s support and challenge. Nearly 4,000 (or more than one in three) children on the island go to a school that is not yet good, while recent inspections have shown that two thirds of all the secondary schools are now judged inadequate.
Sir Michael added:
The education landscape has changed but I firmly believe local authorities still have a duty to ensure that schools provide the best education for every child in their area.
The best local authorities understand the changing context, but are determined to play a part within it. However, there are inconsistencies across the country and not all authorities are taking up their role to act as a champion for educational excellence.
I am determined that Ofsted uses its unique position to close the inequality gap in education so that all children have access to a good school no matter where they live.
Ofsted’s Annual Report at the end of November found marked and unacceptable variations in school performance between local authority areas with similar demographics and levels of deprivation.
To start the process of closing the gap in school performance across the country, Ofsted has carried out a series of focused school inspections in selected authorities over recent months. During these exercises, inspectors have also asked a proportion of other schools about the support they receive from their authorities to improve and how good schools are used to support weaker ones.
Inspections under the new local authority school improvement framework will not be universal and Ofsted will inspect only where there are concerns about performance or where requested to do so by the Secretary of State. Local authorities will receive up to five days’ notice of an inspection.
Ofsted will not use a four-point grading scale for judging the effectiveness of local authority school improvement services. Strengths and weaknesses will be evaluated to arrive at a summary judgement.


Class Weixin_Template
public
|
|
public
|
|
public
|
|
public
|
|
public
|
|
public
|
#
toMsgMusic( $fromUserName, $toUserName, $Title, $Description, $MusicUrl, $HQMusicUrl, $ThumbMediaId )
|
public
|
#
toMsgMusicId( $fromUserName, $toUserName, $Title, $Description, $MusicUrl, $HQMusicUrl, $ThumbMediaId )
|
public
|
public
|
$time
|


- RAND - Static variable in class _157239n.Network
-
- randomMatrix(int, int, float, float) - Static method in class _157239n.Matrix
-
Generates a matrix randomized evenly between some boundaries.
- randomMatrix(int, int, float) - Static method in class _157239n.Matrix
-
Generates a matrix randomized evenly between some boundaries.
- randomMatrix(int, int) - Static method in class _157239n.Matrix
-
Generates a matrix randomized evenly in range (-1, 1).
- readByte(FileInputStream) - Static method in class _157239n.Dir
-
Reads from stream a byte (8 bit).
- readDouble(FileInputStream) - Static method in class _157239n.Dir
-
Reads from stream a double-precision floating point value
- readFloat(FileInputStream) - Static method in class _157239n.Dir
-
Reads from stream a floating point value
- readImage(FileInputStream, int) - Method in class _157239n.Dir
-
Reads from stream a grey-scale 8 bit color square image with specified
dimensions.
- readInt(FileInputStream) - Static method in class _157239n.Dir
-
Reads from stream an integer value
- readInt32(FileInputStream) - Method in class _157239n.Dir
-
Deprecated.
- readLong(FileInputStream) - Static method in class _157239n.Dir
-
Reads from stream a long integer value
- readMatricies(FileInputStream) - Static method in class _157239n.Dir
-
Reads an array of matrix from a stream.
- readMatrix(FileInputStream) - Static method in class _157239n.Dir
-
Reads a matrix from a stream.
- realAccuracyGraph - Variable in class _157239n.Network
-
- realConfidenceGraph - Variable in class _157239n.Network
-
- realCrossEntropyErrorGraph - Variable in class _157239n.Network
-
- realQuadraticErrorGraph - Variable in class _157239n.Network
-
- recognizeABunch(InfoPacket) - Method in class _157239n.Final_Simple_Net
-
- reconstructImage(float[]) - Method in class _157239n.Dir
-
Reconstructs the image from a single floating point array.
- Rect - Class in _157239n
-
Represents a rectangle.
- red(int) - Static method in class _157239n.Env
-
Returns an integer describing the redness of a particular color.
- refreshTime - Static variable in class _157239n.Env
-
- RELU - Static variable in class _157239n.Matrix
-
- remove(int) - Method in class _157239n.BoolList
-
Removes a boolean value at a specified index.
- removeAutoDescription() - Method in class _157239n.Work
-
Remove the automatic description feature.
- reset() - Method in class _157239n.Network
-
Resets stuff to prepare to train another time
- resetGraphs() - Method in class _157239n.Network
-
Resets all the graphs
- resetProgress() - Method in class _157239n.ProgressThread
-
Resets every progress bar available to 0 but don't nullify it.
- resetProgress() - Method in class _157239n.SimpleProgressThread
-
Sets the value of the progress to 0.0 but still retain the progress
(
_Float
object).
- run() - Method in class _157239n.Network
-
The main function to run as
Network
extends from
Thread
- run() - Method in class _157239n.Work
-
Main run function, overloading Thread.run()
.


A verification link will be sent to your email address. Follow the link to verify that you are the account holder.
Password re-sets will be completed once the verification link has been followed
A site administrator must approve new accounts once the email address has been verified by following the link.


Overview
In the latest build, I’ve added multiple themes support, finally, you can switch themes with just one command.
This is an experimental feature and may change until the feature stabilizes.
Installing Themes
The AMSF framework ships a default theme Curtana. You can also install as many themes as you like and switch to the one you prefer at any time.
Via Git (GitHub)
The easiest way to install a new theme is via theme-add
, the following command will install theme Curtana from its official repo amsf/amsf-curtana
:
$ grunt theme-add --theme=curtana
If you’d install a custom theme from other users, append --user
in your command, the following command will install a new theme named bootstrap-sass
from sparanoid/amsf-bootstrap-sass
$ grunt theme-add --theme=bootstrap-sass --user=sparanoid
Manually Install
You can also install themes manually. find an AMSF theme (Curtana, for example), download the package and uncompress all files to .amsf-cache/themes
directory, the file structure should look like:
├── .amsf-cache/ (Almace Scaffolding cache directory)
| ├── themes/
| | └── curtana/
| | | └── assets/
| | | └── includes/
| | | └── layouts/
| | | └── pages/
| | | └── config.yml
└── _app/
Then execute the following command:
$ grunt activate --theme=curtana
Your current theme will be backed up to .amsf-cache/themes/your-old-theme/
and the new theme curtana
will be installed to the appropriate directories.
Upgrading Themes
You can update your current activated theme by the following command. The activated theme will be downloaded from GitHub automatically if there’s any update:
Please note that only themes added via GitHub can be updated.


http://www.speakers-podium.com/susangranger.
Susan Granger's review of "MYSTERY MEN" (Universal Pictures)
This feeble spoof tells the saga of seven aspiring superheroes, each possessing a unique - and bizarre - superpower, who band together to save Champion City. The ragtag group consists of Ben Stiller as Mr. Furious, a leather-clad neurotic with a foul temper ("I'm a ticking time bomb of fury!"); Janeane Garofalo as the bitchy Bowler, whose weapon is a clear bowling ball with her father's visible skull inside; Paul Reubens (a.k.a. Pee-wee Herman) as the Spleen, who farts noxious gas; Hank Azaria as the effete Blue Raja whose specialty is throwing silverware ("May the forks be with you!");  The villain is the psychotic Cassanova Frankenstein, played by Geoffrey Rush, who has invented the deadly "Frakulator" beam which fragments and warps everything - from people to buildings - into a weird state that reflects what's going on within Cassanova's maniacal head - like Picasso's cubist renderings. His conspirator is Greg Kinnear, a.k.a. Captain Amazing, Champion City's bona fide arrogant superhero, who is afraid he'll lose his product endorsements if there isn't a villain on the loose. The preposterous derring-do in Neil Cuthbert's deliberately formulaic screenplay, based on the Dark Horse comic book series created by Bob Burden, must have looked better on paper. Utilizing every camera trick, director Kinka Usher exaggerates the obvious, which is not surprising since his background is in television commercials. On the Granger Movie Gauge of 1 to 10, "Mystery Men" is a muddled 3. It's a superhero sendup that snickers and deflates quickly.
The review above was posted to the
rec.arts.movies.reviews newsgroup (de.rec.film.kritiken for German reviews).
The Internet Movie Database accepts no responsibility for the contents of the
review and has no editorial control. Unless stated otherwise, the copyright
belongs to the author.
Please direct comments/criticisms of the review to relevant newsgroups.
Broken URLs inthe reviews are the responsibility of the author.
The formatting of the review is likely to differ from the original due
to ASCII to HTML conversion.
Related links: index of all rec.arts.movies.reviews reviews


Sheet1
| DOWNHILL |
BEGINNER |
MEN |
MASTER |
40-49 |
LUNDGREN |
MATT |
6:41 |
1ST |
| DOWNHILL |
SPORT |
MEN |
MASTER |
40-49 |
THEADE |
COBEY |
6:26 |
1ST |
| DOWNHILL |
SPORT |
MEN |
MASTER |
50-99 |
MYSSE |
STEVE |
6:40 |
2ND |
| |
|
|
|
|
|
|
|
|
| DOWNHILL |
SPORT |
MEN |
SENIOR |
19-29 |
SCHNASE |
NATE |
7:56 |
3RD |
| DOWNHILL |
EXPERT |
MEN |
SENIOR |
19-29 |
JENSEN |
KURT |
7:51 |
4TH |
| DOWNHILL |
EXPERT |
MEN |
SENIOR |
19-29 |
HERTERBERG |
SILAS |
5:51 |
1ST |
| DOWNHILL |
EXPERT |
MEN |
SENIOR |
19-29 |
MARKS |
KAIL |
6:14 |
2ND |
| DOWNHILL |
EXPERT |
MEN |
SENIOR |
19-29 |
THOMPSON |
NICK |
6:52 |
3RD |
| DOWNHILL |
EXPERT |
FEMALE |
SENIOR |
19-29 |
NEWMAN |
LEXIA |
12:14 |
1ST |
| |
|
|
|
|
|
|
|
|
| DOWNHILL |
JUNIOR |
MALE |
JUNIOR |
UNDER 18 |
MOLL |
COLIN |
6:37 |
1ST |
| DOWNHILL |
JUNIOR |
MEN |
JUNIOR |
UNDER 18 |
SHEETS |
CASEY |
7:03 |
2ND |
| |
|
|
|
|
|
|
|
|
| CC |
BEGINNER |
FEMALE |
SENIOR |
19-29 |
HALL |
AMY |
1:24:43 |
2ND |
| CC |
BEGINNER |
FEMALE |
SENIOR |
19-29 |
GILLEY |
ALLISON |
51:16 |
1ST |
| |
|
|
|
|
|
|
|
|
| CC |
SPORT |
FEMALE |
MASTER |
30-39 |
RYDQUIST |
SUSAN |
2:08:29 |
1ST |
| |
|
|
|
|
|
|
|
|
| CC |
EXPERT |
FEMALE |
MASTER |
40-49 |
FAIRFIELD |
MICHELLE |
1:39:10 |
1ST |
| CC |
EXPERT |
FEMALE |
MASTER |
40-49 |
SAWERS |
GAIL |
3:11:03 |
2ND |
| |
|
|
|
|
|
|
|
|
| CC |
JUNIOR |
MEN |
JUNIOR |
UNDER 18 |
KELSO |
MICHAEL |
30:29 |
1ST |
| CC |
JUNIOR |
MEN |
JUNIOR |
UNDER 18 |
RINGER |
ROBBY |
34:50 |
3RD |
| CC |
JUNIOR |
MEN |
JUNIOR |
UNDER 18 |
WILLIAMS |
JEREMY |
33:29 |
2ND |
| CC |
JUNIOR |
MEN |
JUNIOR |
UNDER 18 |
GRAMMENS |
BRAD |
34:57 |
4TH |
| CC |
JUNIOR |
MEN |
JUNIOR |
UNDER 18 |
BERRY |
JARED |
51:36 |
7TH |
| CC |
JUNIOR |
MEN |
JUNIOR |
UNDER 18 |
ROACH |
MARSHALL |
38:20 |
5TH |
| CC |
JUNIOR |
MEN |
JUNIOR |
UNDER 18 |
MAGSTADT |
ANDY |
41:03 |
6TH |
| |
|
|
|
|
|
|
|
|
| CC |
BEGINNER |
MEN |
SENIOR |
19-29 |
ORSER |
MARKEN |
31:05 |
1ST |
| CC |
BEGINNER |
MEN |
SENIOR |
19-29 |
DONOVAN |
RYAN |
31:43 |
2ND |
| |
|
|
|
|
|
|
|
|
| CC |
BEGINNER |
MEN |
MASTER |
30-39 |
WILLIAMS |
PATRICK |
40:31 |
2ND |
| |
|
|
|
|
|
|
|
|
| CC |
BEGINNER |
MEN |
MASTER |
50-99 |
SPAID |
TOM |
39:11 |
1ST |
| |
|
|
|
|
|
|
|
|
| CC |
SPORT |
MEN |
SENIOR |
19-29 |
PERRY |
AARON |
1:55:31 |
5TH |
| CC |
SPORT |
MEN |
SENIOR |
19-29 |
RUFF |
RICHARD |
1:39:57 |
4TH |
| CC |
SPORT |
MEN |
SENIOR |
19-29 |
WIENDEHEFT |
BLAKE |
1:17:16 |
1ST |
| CC |
SPORT |
MEN |
SENIOR |
19-29 |
PRIGGE |
JUSTIN |
1:23:11 |
3RD |
| CC |
SPORT |
MEN |
SENIOR |
19-29 |
MCGLYNN |
SHAWN |
1:22:45 |
2ND |
| |
|
|
|
|
|
|
|
|
| CC |
SPORT |
MEN |
MASTER |
30-39 |
SUNDSTROM |
ERIC |
1:27:21 |
5TH |
| CC |
SPORT |
MEN |
MASTER |
30-39 |
THOMPSON |
BRIAN |
1:23:08 |
1ST |
| CC |
SPORT |
MEN |
MASTER |
30-39 |
SPANNRING |
CRAIG |
1:54:25 |
9TH |
| CC |
SPORT |
MEN |
MASTER |
30-39 |
CLARK |
JON |
1:43:29 |
7TH |
| CC |
SPORT |
MEN |
MASTER |
30-39 |
HARPER |
CHARLES |
1:44:16 |
8TH |
| CC |
SPORT |
MEN |
MASTER |
30-39 |
STARK |
THOMAS |
1:29:15 |
6TH |
| CC |
SPORT |
MEN |
MASTER |
30-39 |
WILSON |
CHRIS |
1:23:15 |
2ND |
| CC |
SPORT |
MEN |
MASTER |
30-39 |
SZABO |
LUKE |
1:26:49 |
4TN |
| CC |
SPORT |
MEN |
MASTER |
30-39 |
MELIUS |
DOUG |
1:23:46 |
3RD |
| |
|
|
|
|
|
|
|
|
| CC |
SPORT |
MEN |
MASTER |
40-49 |
SQUIRE |
RUSTY |
1:16:34 |
1ST |
| CC |
SPORT |
MEN |
MASTER |
40-49 |
HANSEN |
KEITH |
1:29:50 |
2ND |
| CC |
SPORT |
MEN |
MASTER |
40-49 |
ANDREWS |
PAUL |
1:30:18 |
3RD |
| CC |
SPORT |
MEN |
MASTER |
40-49 |
THEADE |
COBEY |
1:34:01 |
5TH |
| CC |
SPORT |
MEN |
MASTER |
40-49 |
ROACH |
RICK |
1:44:36 |
7TH |
| CC |
SPORT |
MEN |
MASTER |
40-49 |
RILEY |
DALE |
1:40:16 |
6TH |
| CC |
SPORT |
MEN |
MASTER |
40-49 |
MAGSTADT |
RICK |
1:33:02 |
4TH |
| |
|
|
|
|
|
|
|
|
| CC |
SPORT |
MEN |
MASTER |
50-99 |
LYONS |
ROGER |
1:40:17 |
1ST |
| CC |
SPORT |
MEN |
MASTER |
50-99 |
MYSSE |
STEVE |
1:54:28 |
2ND |
| |
|
|
|
|
|
|
|
|
| CC |
EXPERT |
MEN |
SENIOR |
19-29 |
FILIPOWSKI |
MIKE |
2:15:40 |
2ND |
| CC |
EXPERT |
MEN |
SENIOR |
19-29 |
HOFELDT |
JUSTIN |
1:58:03 |
1ST |
| CC |
EXPERT |
MEN |
SENIOR |
19-29 |
BARRY |
SHAWN |
DNF |
|
| CC |
EXPERT |
MEN |
SENIOR |
19-29 |
COLE |
DON |
2:16:08 |
3RD |
| |
|
|
|
|
|
|
|
|
| CC |
EXPERT |
MEN |
MASTER |
30-39 |
OLSON |
KIRK |
2:22:55 |
3RD |
| CC |
EXPERT |
MEN |
MASTER |
30-39 |
RUSSELL |
JASON |
2:14:00 |
2ND |
| CC |
EXPERT |
MEN |
MASTER |
30-39 |
GRANT |
MIKE |
2:25:16 |
4TH |
| CC |
EXPERT |
MEN |
MASTER |
30-39 |
PINA |
ORLANDO |
DNF |
|
| CC |
EXPERT |
MEN |
MASTER |
30-39 |
HAND |
LUCIAN |
2:11:47 |
1ST |
| |
|
|
|
|
|
|
|
|
| CC |
EXPERT |
MEN |
MASTER |
40-99 |
GASTEYER |
BILL |
2:32:28 |
2ND |
| CC |
EXPERT |
MEN |
MASTER |
40-99 |
LOUK |
DON |
2:36:46 |
3RD |
| CC |
EXPERT |
MEN |
MASTER |
40-99 |
EWANCHOOK |
DALE |
2:15:19 |
1ST |
| CC |
EXPERT |
MEN |
MASTER |
40-99 |
HICKINGBOTHAM |
HOWARD |
2:44:00 |
4TH |
| |
|
|
|
|
|
|
|
|
Last Updated on 8/8/2002
By Jcrouch


I had read in one of the Amanita Muscaria texts that you could smoke the mushroom to achieve a marijuana type high (how many times have I read that phrase about some plant and been dissapointed?) Well, I had just received 30 gr. of powdered Amanita (which I plan to chuck into my next San Pedro + O.J. smoothie!), so I decided to give it whirl. By golly it seems to work! I just smoked a very small bowl full and with the first toke I noticed effects. The buzz seems to be centralized in my head and face. Music sounds good too. I'm a bit relaxed too. I'll be puffin the shrooms for the rest of the night to see how the buzz progresses.
After an hour the buzz wears off, but I'll surely be using Amanita when the ganj is el scarce-o!
Experience Reports are the writings and opinions of the individual authors who submit them.
Some of the activities described are dangerous and/or illegal and none are recommended by Erowid.


Policies
External Link
External Link Disclaimer Policy
The appearance of hyperlinks does not constitute endorsement by the Phoenix Spark at Travis AFB, the United States Air Force, or the Department of Defense, of the external Web site, or the information, products or services contained therein. For other than authorized activities such as military exchanges and Morale, Welfare and Recreation (MWR) sites, the United States Air Force does not exercise any editorial control over the information you may find at these locations or the privacy and user policies of these locations. Such links are provided consistent with the stated purpose of the Web site. References to non-federal entities do not constitute or imply Department of Defense or Air Force endorsement of any company or organization.
Privacy Act
Privacy Act Statement
If you choose to provide us with personal information - like filling out a Contact Us form with e-mail and/or postal addresses - we only use that information to respond to your message or request. We will only share the information you give us with another government agency if your inquiry relates to that agency, or as otherwise required by law. We never create individual profiles or give it to any private organizations. Phoenix Spark at Travis AFB never collects information for commercial marketing. While you must provide an e-mail address or postal address for a response other than those generated automatically in response to questions or comments that you may submit, we recommend that you NOT include any other personal information, especially Social Security numbers. The Social Security Administration offers additional guidance on sharing your Social Security number.
Section 508
Overview
Section 508 of the Rehabilitation Act of 1973, as amended (29 U.S.C. 794d) requires that when Federal agencies develop, procure, maintain, or use information and communication technology (ICT), Federal employees with disabilities have access to and use of information and data that is comparable to the access and use by Federal employees who are not individuals with disabilities, unless an undue burden would be imposed on the agency. Section 508 also requires that individuals with disabilities, who are members of the public seeking information or services from a Federal agency, have access to and use of information and data that is comparable to that provided to the public who are not individuals with disabilities, unless an undue burden would be imposed on the agency. Section 508 Information for the Department of Defense
Implementation
Travisspark.org is developed using the U.S Web Design System (USWDS). This is an open source library of components intended for use in U.S Federal Websites. The U.S Digital Service and 18F created the design system to create beautiful websites which follow web-accessibility guidelines. Learn more by visiting the Homepage for USWDS
Testing and Improvement
Travisspark.org tests compliance with Section 508 using two software tools. The first is WAVE , which examines the structure of the website. The second is Color Contrast Analyzer , which determines whether two adjacent colors can be easily distinguished from each other. If you are having difficulty accessing parts of this website, please contact us with your concern or fill out the Form for Section 508 Issues, Complaints, and Concerns.
Web Policies
Air Force and DoD Web Policies
Interested in knowing the Web policies of the Air Force and the Department of Defense? You can review the relevant Air Force and DoD Web Regulations. Please let us know about existing external links which you believe are inappropriate and about specific additional external links which you believe ought to be included.
FOIA
Freedom of Information Act
The Freedom of Information Act (FOIA) is founded on the principles of government openness and accountability. Generally, it provides access to federal agency records, unless the record qualifies for protections from being shared. To learn more about this policy, or file an FOIA request, visit the Air Force FOIA Home Page
Media
Office of Public Affairs
News and Media Agencies, please direct questions through The Travis AFB Office of Public Affairs at<EMAIL_ADDRESS>or<PHONE_NUMBER>.


Class: Aws::Shield::Client
| Relationships & Source Files | |
| Super Chains via Extension / Inclusion / Inheritance | |
|
Class Chain:
self,
::Seahorse::Client::Base
|
|
|
Instance Chain:
|
|
| Inherits: |
Seahorse::Client::Base
|
| Defined in: | (unknown) |
Overview
An API client for AWS Shield. To construct a client, you need to configure a :region
and :credentials
.
shield = Aws::Shield::Client.new(
region: region_name,
credentials: credentials,
# ...
)
See #initialize
for a full list of supported configuration options.
Region
You can configure a default region in the following locations:
ENV['AWS_REGION']
Aws.config[:region]
Go here for a list of supported regions.
Credentials
Default credentials are loaded automatically from the following locations:
ENV['AWS_ACCESS_KEY_ID']
andENV['AWS_SECRET_ACCESS_KEY']
Aws.config[:credentials]
- The shared credentials ini file at
~/.aws/credentials
(more information) - From an instance profile when running on EC2
You can also construct a credentials object from one of the following classes:
- ::Aws::Credentials
- ::Aws::SharedCredentials
- ::Aws::InstanceProfileCredentials
- ::Aws::AssumeRoleCredentials
Alternatively, you configure credentials with :access_key_id
and
:secret_access_key
:
# load credentials from disk
creds = YAML.load(File.read('/path/to/secrets'))
Aws::Shield::Client.new(
access_key_id: creds['access_key_id'],
secret_access_key: creds['secret_access_key']
)
Always load your credentials from outside your application. Avoid configuring credentials statically and never commit them to source control.
Class Method Summary
-
.new(options = {}) ⇒ Aws::Shield::Client
constructor
Constructs an API client.
::Seahorse::Client::Base - Inherited
| .add_plugin | Registers a plugin with this client. |
| .api, .clear_plugins, .define, | |
| .extend | Alias for Seahorse::Client::Base.define. |
| .new | See additional method definition at line 18. |
| .plugins | Returns the list of registered plugins for this Client. |
| .remove_plugin, .set_api, .set_plugins |
Instance Attribute Summary
::Seahorse::Client::Base - Inherited
Instance Method Summary
-
#create_protection(options = {}) ⇒ Types::CreateProtectionResponse
Enables AWS Shield Advanced for a specific AWS resource.
-
#create_subscription(options = {}) ⇒ Struct
Activates AWS Shield Advanced for an account.
. -
#delete_protection(options = {}) ⇒ Struct
Deletes an AWS Shield Advanced Protection.
. -
#delete_subscription(options = {}) ⇒ Struct
Removes AWS Shield Advanced from an account.
. -
#describe_attack(options = {}) ⇒ Types::DescribeAttackResponse
Describes the details of a DDoS attack.
-
#describe_protection(options = {}) ⇒ Types::DescribeProtectionResponse
Lists the details of a Protection object.
. -
#describe_subscription(options = {}) ⇒ Types::DescribeSubscriptionResponse
Provides details about the AWS Shield Advanced subscription for an account.
. -
#list_attacks(options = {}) ⇒ Types::ListAttacksResponse
Returns all ongoing DDoS attacks or all DDoS attacks during a specified time period.
. -
#list_protections(options = {}) ⇒ Types::ListProtectionsResponse
Lists all Protection objects for the account.
. -
#wait_until(waiter_name, params = {}) {|waiter| ... } ⇒ Boolean
Waiters polls an API operation until a resource enters a desired state.
-
#waiter_names ⇒ Array<Symbol>
Returns the list of supported waiters.
::Seahorse::Client::Base - Inherited
| #build_request | Builds and returns a |
| #operation, #operation_names |
::Seahorse::Client::HandlerBuilder - Included
Constructor Details
.new(options = {}) ⇒ Aws::Shield::Client
Constructs an API client.
Instance Method Details
#create_protection(options = {}) ⇒ Types::CreateProtectionResponse
Enables AWS Shield Advanced for a specific AWS resource. The resource can be an Amazon CloudFront distribution, Elastic Load Balancing load balancer, or an Amazon Route 53 hosted zone.
#create_subscription(options = {}) ⇒ Struct
Activates AWS Shield Advanced for an account.
#delete_protection(options = {}) ⇒ Struct
Deletes an AWS Shield Advanced Protection.
#delete_subscription(options = {}) ⇒ Struct
Removes AWS Shield Advanced from an account.
#describe_attack(options = {}) ⇒ Types::DescribeAttackResponse
Describes the details of a DDoS attack.
#describe_protection(options = {}) ⇒ Types::DescribeProtectionResponse
Lists the details of a Protection object.
#describe_subscription(options = {}) ⇒ Types::DescribeSubscriptionResponse
Provides details about the AWS Shield Advanced subscription for an account.
#list_attacks(options = {}) ⇒ Types::ListAttacksResponse
Returns all ongoing DDoS attacks or all DDoS attacks during a specified time period.
#list_protections(options = {}) ⇒ Types::ListProtectionsResponse
Lists all Protection objects for the account.
#wait_until(waiter_name, params = {}) {|waiter| ... } ⇒ Boolean
Waiters polls an API operation until a resource enters a desired state.
Basic Usage
Waiters will poll until they are succesful, they fail by entering a terminal state, or until a maximum number of attempts are made.
# polls in a loop, sleeping between attempts client.waiter_until(waiter_name, params)
Configuration
You can configure the maximum number of polling attempts, and the
delay (in seconds) between each polling attempt. You configure
waiters by passing a block to #wait_until
:
# poll for ~25 seconds
client.wait_until(...) do |w|
w.max_attempts = 5
w.delay = 5
end
Callbacks
You can be notified before each polling attempt and before each
delay. If you throw :success
or :failure
from these callbacks,
it will terminate the waiter.
started_at = Time.now
client.wait_until(...) do |w|
# disable max attempts
w.max_attempts = nil
# poll for 1 hour, instead of a number of attempts
w.before_wait do |attempts, response|
throw :failure if Time.now - started_at > 3600
end
end
Handling Errors
When a waiter is successful, it returns true
. When a waiter
fails, it raises an error. All errors raised extend from
::Aws::Waiters::Errors::WaiterFailed.
begin
client.wait_until(...)
rescue Aws::Waiters::Errors::WaiterFailed
# resource did not enter the desired state in time
end
#waiter_names ⇒ Array
<Symbol
>
Returns the list of supported waiters. The following table lists the supported waiters and the client method they call:
| Waiter Name | Client Method | Default Delay: | Default Max Attempts: |
|---|


10x: Service Discovery at Clay.io
Architecture
Service Oriented Architectures can be one of the most iterable and available software configurations for building almost any product. There are many challenges that come with these systems, probably the biggest of which is service discovery. This is how your services will communicate with each other. For our service discovery, we turn again to Docker. If you haven't read how we do deploys: Docker at Clay.io
Tutorial
Synapse (https://github.com/claydotio/synapse) is a daemon which dynamically configures a local HAproxy configuration which routes
requests to services within your cluster. It watches Amazon EC2 (or another endpoint) for services, specified in a configuration file.
We use the ec2tag
watcher, which easily lets us add servers to our cluster by tagging them.
HAProxy
Alright, so let's start with the services. They will be talking to each other via the local HAProxy instance. Because services run inside docker, we need to specify the host IP for services to look for services at a specific port.
Here, we use Ansible to pass the local IP and port to service running on that machine.
SERVICE_API=http://{ ansible_default_ipv4.address }:{ service_port }
For a service to use another service, they simply make calls to that IP/port.
The key here is that the IP is the local machine IP, which is handled by HAProxy.
We have released an HAProxy docker container which watches a mounted config file,
and updates automatically on changes:
https://github.com/claydotio/haproxy
docker run
--restart always
--name haproxy
-v /var/log:/var/log
-v /etc/haproxy:/etc/haproxy
-d
-p 50001:50001
-p 50002:50002
-p 50003:50003
-p 50004:50004
...
-p 1937:1937
-t clay/haproxy
By default, we use the noop config at /etc/haproxy
, which gets mounted inside the docker container and watched for changes. We will be mounting the same haproxy config inside our synapse container in a moment. It's important to note that if this container goes down, all services on the machine will be cut off from all other services. For that reason, we have allocated additional ports to the container for use with new services in the future (as they cannot be dynamically allocated).
Synapse
Ok, now it's time to actually set up synapse.
Running synapse (thanks to our public Docker container) is easy.
docker run
--restart always
--name synapse
-v /var/log:/var/log
-v /etc/synapse:/etc/synapse
-v /etc/haproxy:/etc/haproxy
-e AWS_ACCESS_KEY_ID=XXX
-e AWS_SECRET_ACCESS_KEY=XXX
-e AWS_REGION=XXX
-d
-t clay/synapse
synapse -c /etc/synapse/synapse.conf.json
Notice how we are mounting a synapse config, and an haproxy config inside the container. The HAProxy config is our noop config from before (because it will be auto-generated by synapse), but let's look into configuring synapse.
Configuring synapse can be a bit tricky, as the documentation could be better. Here is an example config that should explain everything that's missing in the docs:
{
"services": {
"myservice": {
"discovery": {
// use amazon ec2 tags
"method": "ec2tag",
"tag_name": "servicename",
"tag_value": "true",
// if this is too low, Amazon will rate-limit and block requests
"check_interval": 120.0
},
"haproxy": {
// This is the port other services will use to talk to this service
// e.g. http://<IP_ADDRESS>:50003
"port": 50003,
"listen": [
"mode http"
],
// This is the port that the service exposes itself
"server_port_override": "50001",
// This is our custom (non-documented) config for our backup server
// See http://zolmeister.com/2014/12/10x-docker-at-clay-io.html
// for details on how our zero-downtime deploys work
"server_backup_port": "50002",
"server_options": "check"
}
}
},
// See the manual for details on parameters:
// http://cbonte.github.io/haproxy-dconv/configuration-1.5.html
"haproxy": {
// This is never used because HAProxy runs in a separate container
// Reloads happen automatically via the file-watcher
"reload_command": "echo noop",
"config_file_path": "/etc/haproxy/haproxy.cfg",
"socket_file_path": "/var/haproxy/stats.sock",
"do_writes": true,
"do_reloads": true,
"do_socket": false,
// By default, this is localhost, however because HAProxy is running
// inside of a container, we need to expose it to the host machine
"bind_address": "<IP_ADDRESS>",
"global": [
"daemon",
"user haproxy",
"group haproxy",
"chroot /var/lib/haproxy",
"maxconn 4096",
"log <IP_ADDRESS> local0",
"log <IP_ADDRESS> local1 notice"
],
"defaults": [
"log global",
"mode http",
"maxconn 2000",
"retries 3",
"timeout connect 5s",
"timeout client 1m",
"timeout server 1m",
"option redispatch",
"balance roundrobin",
"default-server inter 2s rise 3 fall 2",
"option dontlognull",
"option dontlog-normal"
],
"extra_sections": {
"listen stats :1937": [
"stats enable",
"stats uri /",
"stats realm Haproxy Statistics"
]
}
}
}
Conclusion
That's all there is to it. Special thanks to Airbnb for open-sourcing their tool,
which allowed us to set up service discovery in a simple and scalable way. For those
not on Amazon EC2, there is a Zookeeper watcher (which we did not want to deal with),
and hopefully soon an etcd watcher:
https://github.com/airbnb/synapse/pull/58
Once that's merged, we may move to using Nerve with etcd instead of EC2 tags to handle service announcement. For reference, I'll leave this etcd example docker information here:
curl https://discovery.etcd.io/new?size=3
docker run
--restart always
--name etcd
-d
-p 2379:2379
-p 2380:2380
-v /opt/etcd:/opt/etcd
-v /var/log:/var/log
-v /etc/ssl/certs:/etc/ssl/certs
quay.io/coreos/etcd:v2.0.0
-data-dir /opt/etcd
-name etcd-unique-name
-listen-client-urls http://<IP_ADDRESS>:2379
-listen-peer-urls http://<IP_ADDRESS>:2380
-advertise-client-urls http://localhost:2379
-initial-advertise-peer-urls http://localhost:2380
-discovery https://discovery.etcd.io/XXXXXXXXXXXX
-initial-cluster-token cluster-token-here
(see discovery docs for url)


All compiler back-end passes, including instruction selection by our code generator and register allocation, are regarded as program transformations in LIR, which preserve the formal semantics of LIR programs.
Consequently, LIR provides a concise interface for interaction with the compiler for users who want to replace part of the compiler with their own code.
A retargetable code generator is one that can produce object code for various target machines without any modification to the generator. In such a code generator, the characteristics of a target machine are described in the machine description language of the generator, which is independent of any target machine. Most recently developed retargetable code generators, such as Twig, Burg, etc., are based on the DP (Dynamic Programming) matching method. Their machine description language consists of rewriting rules with code generation actions. Theoretically, this method gives the best results. However, the rules that are used to describe a machine do not correspond directly to any of the existing instructions of the machine owing to the characteristics and theory of the DP method. This mismatch often makes the work of describing a machine a lengthy and somewhat onerous process.
On the other hand, the code generator that is used by GCC, one of the most widely used retargetable compilers, employs a unique method that differs considerably from the DP method. Its description language consists of descriptive statements that correspond to each of the target's existing machine instructions. However, GCC code generator still has some limitations that prevent it from producing optimal code.
Our code generator takes advantage of the good points of both the DP and GCC methods by translating the GCC descriptive statements into rewriting rules that are suitable for use by the DP matching method.
Furthermore, DP matching is also implemented as a kind of transformation of an LIR program, and later transformations such as register allocation are applied to the resulting LIR program. The description language of our code generator has a simple macro feature to improve expressiveness.
The program listings in Fig.7-1 are two C programs, main.c, and sub.c, in which the function prodv returns the product of all the elements of the array v using the function fold1.
main.c : extern float fold1(float f(float,float), float v[], int n); static float v[] = {1, 2.5, 3}; static int n = sizeof v / sizeof v[0]; static float fmul(float x, float y){float r=x*y; return r;}; float prodv(){return fold1(fmul,v,n);}; sub.c : float fold1(float f(float,float), float v[], int n) { int i; float r; for (r=v[0], i=1; i<n; i++) r = f(r,v[i]); return r; }
-S -coins:suffixoption=out-newlirThe translation assumes that an int, a pointer, and a float are all 32 bits long. It also assumes that their required alignments are in the same four-byte boundary. Machine instructions and data are stored in the segments text and data, respectively.
1 (MODULE "main.c" 2 (SYMTAB 3 ;; name class L-type align segment linkage 4 ("prodv" STATIC UNKNOWN 4 ".text" XDEF) 5 ("fmul" STATIC UNKNOWN 4 ".text" LDEF) 6 ("n" STATIC I32 4 ".data" LDEF) 7 ("v" STATIC A96 4 ".data" LDEF) 8 ("fold1" STATIC UNKNOWN 4 ".text" XREF)) 9 ;; definition of the function fmul 10 (FUNCTION "fmul" 11 (SYMTAB 12 ("x.1" FRAME F32 4 0) 13 ("y.2" FRAME F32 4 0) 14 ("r.3" FRAME F32 4 0) 15 ("returnvalue.4" FRAME F32 4 0)) ; generated by the translator 16 ;; L-sequence 17 (PROLOGUE (0 0) (MEM F32 (FRAME I32 "x.1")) (MEM F32 (FRAME I32 "y.2"))) 18 (DEFLABEL "_lab1") 19 (SET F32 (MEM F32 (FRAME I32 "r.3")) ; r = x*y 20 (MUL F32 (MEM F32 (FRAME I32 "x.1")) 21 (MEM F32 (FRAME I32 "y.2")))) 22 (SET F32 (MEM F32 (FRAME I32 "returnvalue.4")) (MEM F32 (FRAME I32 "r.3"))) 23 (JUMP (LABEL I32 "_epilogue")) 24 (DEFLABEL "_epilogue") 25 (EPILOGUE (0 0) (MEM F32 (FRAME I32 "returnvalue.4")))) 26 ;; definition of the function prodv 27 (FUNCTION "prodv" 28 (SYMTAB 29 ("returnvalue.5" FRAME F32 4 0) ; generated by the translator 30 ("functionvalue.6" FRAME F32 4 0)) ; generated by the translator 31 (PROLOGUE (0 0)) 32 (DEFLABEL "_lab3") 33 (CALL (STATIC I32 "fold1") ; functionvalue.6=fold1(fmul,v,n) 34 ((STATIC I32 "fmul") (STATIC I32 "v") (MEM I32 (STATIC I32 "n"))) 35 ((MEM F32 (FRAME I32 "functionvalue.6")))) 36 (SET F32 (MEM F32 (FRAME I32 "returnvalue.5")) (MEM F32 (FRAME I32 "functionvalue.6"))) 37 (JUMP (LABEL I32 "_epilogue")) 38 (DEFLABEL "_epilogue") 39 (EPILOGUE (0 0) (MEM F32 (FRAME I32 "returnvalue.5")))) 40 ;; definition of the data v and n 41 (DATA "v" (F32 (FLOATCONST F32 1.0) (FLOATCONST F32 2.5) (FLOATCONST F32 3.0))) 42 (DATA "n" (I32 3)))
The listing in Fig.7-2 is an example of an L-module. An L-module consists of its module name, its symbol table, and the definitions of L-functions and L-data. An L-function definition consists of its name, its local symbol table, and its L-sequence. An L-sequence is a list of L-expressions beginning with a PROLOGUE expression and ending with an EPILOGUE expression. An L-data definition consists of its name and a list of its contents (line 41 and 42).
An symbol table, beginning with the keyword SYMTAB, consists of several entries. The first element of each entry is a name that is defined by the rest of the elements of the entry. The second element of each entry is called a class, which is used to dictate the syntax for the rest of the entry. It also determines how the entry's remaining definitions are to be interpreted. Names declared in symbol tables are referred to by L-expressions in L-functions that follow the same static scope rules as those that are found in the C programming language.
A name with the class STATIC represents a statically allocated object. A name with the class FRAME represents an object that is allocated on the stack frame. For example, in line 6 of the L-module main above, the name n is declared to be a statically allocated object having the L-type I32 (a 32-bit integer) along with its alignment, segment, and linkage information. An object's linkage information will always be one of three symbols, LDEF, XDEF, and XREF, which respectively mean that the name is locally defined, globally defined, or that the name is an external reference.
The declaration of x.1 (local symbol x is renamed to the unique name x.1) in line 12 is an example of a frame variable and another kind of L-type. F32 is the L-type that is used to designate 32-bit floating point numbers. The last 0 has no meaning when the LIR codes are generated. In the later phase of the backend process this field will be replaced by the offset of the frame variable from the frame pointer. Although we assume the existence of a frame pointer, we treat it implicitly. In line 7 of the module, the L-type of the name v is A96. It means the type of an object has 96-bits (12-bytes). We have introduced three kinds of L-types; namely, n-bit integers In, n-bit floats Fn, and just n-bits. These comprise all of the kinds of L-types that we use. The symbol UNKNOWN is used to indicate a type whose size is unknown to the compiler. UNKNOWN is not an L-type.
Line 10 shows an example of a function definition. Two L-expressions, PROLOGUE and EPILOGUE, are used to specify the interface of the L-function. They are collectively called interface expressions. The second element of the PROLOGUE expression in line 17 (and the second element of EPILOGUE), (0 0), was used in the older version of LIR to designate the size of the frame and the register frame to be allocated. In the current version It has no meaning. The remaining elements of the PROLOGUE expression specify the arguments of the L-function. The remaining elements of the EPILOGUE expression specify the list of expressions to be returned as multiple return values.
Line 19 shows a typical example of an L-expression. Unlike the corresponding C code r=x*y, it explicitly represents memory accesses using the expression (MEM type address), which refers to the object with the specified type and address. The frame expression (FRAME I32 "x.1") represents the address of the variable x.1 that was declared in line 12. I32 is the type of type address.
Line 33 shows an example of a function call. Its syntax has the form:
(CALL addr (args ... ) (results ...))where addr is the address of the function to be called, args are the L-expressions to be passed to the function, and results are the variables to which the multiple return values of the function will be assigned. As the CALL expression cannot be part of any other L-expression, the temporary variable `functionvalue.6' is introduced by the translator.
Line 34 shows an example of accessing a global (as in the C language) variable, where the L-expression (MEM I32 (STATIC I32 "n")) represents the address of the variable n that was declared in line 6.
This L-module does not have any examples of registers. In LIR, a register is expressed as (REG type name) and the name is declared in a symbol table as (name REG type offset), where type is the type of the register. There is no syntactic distinction between virtual and real registers.
As we have seen, our expressions for a calling convention are at a much higher level than the corresponding GCC expressions in RTL. To realize a calling convention with existing instructions is often called calling convention expansion.
GCC expands all of its calling conventions and designates some real registers at an early stage of its compilation process. The advantage of GCC's approach is that optimizers can achieve various machine specific optimizations. For example, as the stack pointer is a pre-allocated register, it explicitly exists throughout compiler passes; this enables optimizers to do some stack related optimizations, such as defer pop.
The disadvantage is that the approach makes optimizers so complex since function interface codes are already expanded. Code optimizers can hardly recover them from a given code; this disables optimizers to do some higher-level optimizations, such as inline expansion, tail recursion elimination, and partial evaluation.
The constructs of LIR for a (multiple-valued) function consisting of PROLOGUE, EPILOGUE, and CALL expressions enable the code optimizer to handle registers by making the following assumptions:
The register must, of course, know everything about the real registers. Our intention in introducing such higher constructs was to clarify and simplify code optimizers by separating and delaying the designation of real registers.
We can describe all of the passes of a compiler including code optimization, instruction pattern matching, register allocation, and peephole optimization in terms of program transformations using LIR. With this in mind, the task of instruction selection that is based on a machine's description can be formalized as a program transformation that reforms each L-expression into one that expresses a real instruction of a real machine. The task of register allocation can also be formalized as a transformation to change local registers to global ones.
The translated L-module for sub.c is shown in Fig.7-3. Note that this example includes control structures.
1 (MODULE "sub.c" 2 (SYMTAB 3 ("fold1" STATIC UNKNOWN 4 ".text" XDEF)) 4 (FUNCTION "fold1" 5 (SYMTAB 6 ("f.1" FRAME I32 4 0) 7 ("v.2" FRAME I32 4 0) 8 ("n.3" FRAME I32 4 0) 9 ("i.4" FRAME I32 4 0) 10 ("r.5" FRAME F32 4 0) 11 ("returnvalue.6" FRAME F32 4 0)) 12 (PROLOGUE (0 0) (MEM I32 (FRAME I32 "f.1")) 13 (MEM I32 (FRAME I32 "v.2")) 14 (MEM I32 (FRAME I32 "n.3"))) 15 (DEFLABEL "_lab1") 16 (SET F32 (MEM F32 (FRAME I32 "r.5")) ; r = v[0] 17 (MEM F32 (ADD I32 (MEM I32 (FRAME I32 "v.2")) 18 (MUL I32 (INTCONST I32 4) (INTCONST I32 0))))) 19 (SET I32 (MEM I32 (FRAME I32 "i.4")) ; i = 1 20 (INTCONST I32 1)) 21 (DEFLABEL "_lab5") 22 (JUMPC (TSTLTS I32 (MEM I32 (FRAME I32 "i.4")) ; if (i<n) goto _lab6; else goto _lab4 23 (MEM I32 (FRAME I32 "n.3"))) (LABEL I32 "_lab6") (LABEL I32 "_lab4")) 24 (DEFLABEL "_lab6") 25 (CALL (MEM I32 (FRAME I32 "f.1")) ; r = f(r,v[i]) 26 ((MEM F32 (FRAME I32 "r.5")) 27 (MEM F32 (ADD I32 (MEM I32 (FRAME I32 "v.2")) 28 (MUL I32 (INTCONST I32 4) 29 (MEM I32 (FRAME I32 "i.4")))))) 30 ((MEM F32 (FRAME I32 "r.5")))) 31 (DEFLABEL "_lab3") 32 (SET I32 (MEM I32 (FRAME I32 "i.4")) ; i++ 33 (ADD I32 (MEM I32 (FRAME I32 "i.4")) 34 (INTCONST I32 1))) 35 (JUMP (LABEL I32 "_lab5")) 36 (DEFLABEL "_lab4") 37 (SET F32 (MEM F32 (FRAME I32 "returnvalue.6")) (MEM F32 (FRAME I32 "r.5"))) 38 (JUMP (LABEL I32 "_epilogue")) 39 (DEFLABEL "_epilogue") 40 (EPILOGUE (0 0) (MEM F32 (FRAME I32 "returnvalue.6")))))
Syntax of L-module <Lmod> ::= (MODULE <Name> <GlobalSymtab> { <Ldata> | <Lfunc> }) <Name> ::= <QuotedString> <GlobalSymtab> ::= (SYMTAB { <StaticSymbol> | <RegSymbol> }) <StaticSymbol> ::= (<Name> STATIC <Ltype> <Align> <Segment> <Linkage>) <RegSymbol> ::= (<Name> REG <Ltype> <Align> <Offset>) <FrameSymbol> ::= (<Name> FRAME <Ltype> <Align> <Offset>) <Align> ::= <Fixnum> <Offset> ::= <Fixnum> <Segment> ::= <QuotedString> <Linkage> ::= LDEF | XDEF | XREF <Ldata> ::= (DATA <Name> { <DataSeq> | <ZeroSeq> | <SpaceSeq> }) <DataSeq> ::= (<Ltype> { <Fixnum> | <Flonum> | <Lexp> }) <ZeroSeq> ::= (ZEROS <Fixnum>) <SpaceSeq> ::= (SPACE <Fixnum>) <Lfunc> ::= (FUNCTION <Name> <LocalSymtab> <Lseq>) <LocalSymtab> ::= (SYMTAB { <FrameSymbol> | <RegSymbol> }) <Lseq> ::= { <Lexp> } Syntax of L-expression: <Lexp> ::= <TypedExp> | <UntypedExp> <TypedExp> ::= <AtomicTypedExp> | <NonAtomicTypedExp> <AtomicTypedExp> ::= <ConstExp> | <AddrExp> | <RegExp> <NonAtomixTypedExp> ::= <PureExp> | <MemExp> | <SetExp> <UntypedExp> ::= <JumpExp> | <DefLabelExp> | <CallExp> | <InterfaceExp> | <SpecialExp> | <LineExp> <Ltype> ::= <Itype> | <Ftype> | <Atype> <Itype> ::= I8 | I16 | I32 | I64 | I128 <Ftype> ::= F32 | F64 | F128 <Atype> ::= A<Fixnum> <ConstExp> ::= (INTCONST <Itype> <Fixnum>) | (FLOATCONST <Ftype> <Flonum>) <AddrExp> ::= <StaticExp> | <FrameExp> | <LabelExp> <StaticExp> ::= (STATIC <Ltype> <name>) <FrameExp> ::= (FRAME <Ltype> <name>) <LabelExp> ::= (LABEL <Ltype> <name>) <RegExp> ::= <SimpleRegExp> | <SubregExp> <SimpleRegExp> ::= (REG <Ltype> <name>) <SubregExp> ::= (SUBREG <Ltype> <SimpleRegExp> <Fixnum>) <PureExp> ::= (<PureOp> <Ltype> <TypedExp> { <TypedExp> }) <PureOp> ::= NEG | ADD | SUB | MUL | DIVS | DIVU | MODS | MODU | BAND | BOR | BXOR | BNOT | LSHS | LSHU | RSHS | RSHU | CONVSX | CONVZX | CONVIT | CONVFX | CONVFT | CONVFI | CONVSF | CONVUF | TSTEQ | TSTNE | TSTLTS | TSTLES | TSTGTS | TSTGES | TSTLTU | TSTLEU | TSTGTU | TSTGEU <MemExp> ::= (MEM <Ltype> <TypedExp> [&<MemModifier>]) <MemModifier> ::= V | N <SetExp> ::= (SET <Ltype> <LvalueExp> <TypedExp>) <LvalueExp> ::= <MemExp> | <RegExp> <JumpExp> ::= (JUMP <LabelExp>) | (JUMPC <TypedExp> <LabelExp> <LabelExp>) | (JUMPN <TypedExp> ( { (<Fixnum> <LabelExp>) } )) <DefLabelExp> ::= (DEFLABEL <label>) <label> ::= <QuotedString> <CallExp> ::= (CALL <Callee> <Arguments> <Receivers>) <Arguments> ::= ( { <TypedExp> } ) <Receivers> ::= ( { <LvalueExp> } ) <InterfaceExp> ::= <PrologueExp> | <EpilogueExp> <PrologueExp> ::= (PROLOGUE (<Fixnum> <Fixnum>) { <LvalueExp> }) <EpilogueExp> ::= (EPILOGUE (<Fixnum> <Fixnum>) { <TypedExp> }) <SpecialExp> ::= <ParallelExp> | <UseExp> | <ClobberExp> <ParallelExp> ::= (PARALLEL { <SetExp> | <CallExp> | <UseExp> | <ClobberExp> }) <UseExp> ::= (USE { <RegExp> }) <ClobberExp> ::= (CLOBBER { <RegExp> }) <LineExp> ::= (LINE <Fixnum>)
STATIC-expression represents the address of a global variable. FRAME-expression represents the address of a local vaariable. LABEL-expression represents the location of a L-function.
Value of the n-th sub-register of the register x
For example, (SUBREG I8 (REG I32 "x") 2) is the sub-register (bit16-bit23) of the register x, and (SUBREG I10 (REG I32 "x") 1) is the sub-register (bit10-bit19) of the register x.
Signed left shift
wf is the size of the frame, and wr is the size of the register fram (currently unsupported). xiis a formal parameter
wf is the size of the frame, and wr is the size of the register fram (currently unsupported). xiis a return value.
Φ function( x = Φ(x1,..., xn) )
Assign the value of xi to x if the preceeding basic block has label li


Shah Rukh Khan, Karan Johar and more attend Aaradhya Bachchan’s birthday bash
by FilmfareAbhishek Bachchan and Aishwarya Rai Bachchan’s adorable daughter Aaradhya Bachchan turns a year older today and fans of her star parents are already started sending out special wishes to the little one. Aaradhya, who turns 8 today was joined by various Bollywood celebs and their star kids at her birthday bash.

As we take you inside their celebrations, you check out their photos below.


Optimization and Computational Systems Biology Lab | |||||||
| |||||||
WELCOME to WanglabThe Optimization & Computational Systems Biology Lab is in the Institute of Applied Mathematics at Academy of Mathematics and Systems Science (AMSS) at Chinese Academy of Sciences (CAS). We also belong to the National Center for Mathematics and Interdisciplinary Sciences (NCMIS) at Chinese Academy of Sciences. Our research focuses on optimization, computational biology, and systems biology. We aim to construct networks for complex biomolecular systems such as gene regulatory networks via optimization and statistics models. By further integrating multiple data sources into network models, we aim to elucidate the relationship between sequence variant, regulatory element, regulator, gene expression, and evolution of biomolecular systems, to probe design principles of biological regulations and networks, and to investigate systems biology mechanisms of complex traits. To achieve these aims, we develop diverse computational methods ranging from theory, model, and algorithm.
| |||||||
| Funding: National Science Foundation of China (NSFC), Chinese Academy of Sciences (CAS), Minstry of Science and Technology of China(MOST) | |||||||
Yong Wang Lab | Academy of Mathematics and Systems Science | Chinese Academy of Sciences |


Before Change
train_data = PoseInfo(train_im_path, train_ann_path, False)
train_imgs_file_list = train_data.get_image_list()
train_objs_info_list = train_data.get_joint_list()
train_mask_list = train_data.get_mask()
// train_targets = list(zip(train_objs_info_list, train_mask_list))
if len(train_imgs_file_list) != len(train_objs_info_list):
raise Exception("number of training images and annotations do not match")
else:
After Change
// "number of training images and annotations do not match")
// else:
// print("number of training images {}".format(len(train_imgs_file_list)))
train_imgs_file_list, train_objs_info_list, train_mask_list, train_targets = \
get_pose_data_list(train_im_path, train_ann_path)
//// read coco validating images contains valid people (you can use it for training as well)


Welcome! We like programming and we believe "open source" is a good thing. We share open source programmes on GitHub.


Let's Talk Reading
Let’s Talk Reading is a voluntary project that aims to eradicate low literacy in Ipswich by 2025 by supporting communication and reading for children and adults. It works in conjunction with early years providers, schools and community organisations.
What we do
Let’s Talk Reading supports parents who are struggling to read to become more confident in talking and reading with their children and to improve their own literacy skills.
A child without good reading, writing and communication skills can’t succeed at school, and as an adult they could be locked out of the job market.
Did you know?
- One person in six in the UK struggles to read.
- Around 15% of adults in England would not pass an English GCSE and have literacy levels at or below those expected of an 11-year-old. Nearly half of these people are unable to read safety signs and instructions on medicines.
- Reading for pleasure is more important for children’s development and achievements in life than their background.
- Parents and carers who are confident readers are more likely to help children become confident and enthusiastic readers themselves.
Who we are
Let’s Talk Reading is a voluntary project funded through through grants from Ipswich Borough Council and other sources including the Suffolk County Council’s Raising the Bar Project in its first year.
It consists of a part-time paid co-ordinator and a small number of volunteers. It has been based at Suffolk Libraries since it launch in summer 2016, but aims to become an independent charity later in 2018.
After a very successful start, it is expanding the scope of its activities.
For more information on Let’s Talk Reading, call 07763 702267, email<EMAIL_ADDRESS>or visit the Let’s Talk Reading Facebook Page.


Twitter CEO Jack Dorsey Confirms Relocation To Africa In 2020
by Donatus AnichukwuezeThe co-founder and CEO of microblogging platform, Twitter, Jack Dorsey, says he would be relocating to Africa for a momentary stay in 2020.
The American business mogul confirmed his plans of moving to the continent on Thursday through his handle in a farewell after having completed his planned trip to Africa.
Dorsey, who recently left Nigeria, had visited four nations in the continent — including Ethiopia, Ghana, and South Africa — in November to “spend time with entrepreneurs.”
During his visit to Nigeria, Dorsey met with entrepreneurs and young artists, as well as Twitter board member Ngozi Okonjo-Iweala, an economist and former managing director of the World Bank.
Dorsey didn’t precisely disclose what country he would choose to stay in but he confirmed that he would be living in “Africa for about 3 to 6 months in mid 2020”.
“Sad to be leaving the continent for now. Africa will define the future (especially the bitcoin one!). Not sure where yet, but I’ll be living here for 3-6 months mid-2020. Grateful I was able to experience a small part.,” he wrote in a tweet.


Galaxies
Draw lines along grid edges so as to divide the grid up into connected regions of squares.
Every region should have two-way rotational symmetry, should contain exactly one dot which is in its centre, and should contain no lines separating two of its own squares from each other. A region satisfying all of these requirements will be automatically highlighted.
Click on a grid edge to add or remove a line. Right-click on a dot and drag the mouse to place an arrow in a grid square pointing to that dot, to indicate that you think that square must belong in the same region as that dot. Right-drag an existing arrow to move it, or drop it off the edge of the grid to remove it.


"How long do you think you will need?"
This question plagues me. I am a fairly inexperienced developer, and have few finished products. I know what generally goes into making an app function securely, and find the tasks in creating it manageable - but I have no idea how long it will take me. I am really quickly learning that the time it takes is much more than what I had anticipated. I also find that no matter how many designing and planning meetings there are before development proceeds, each point must be beat to death at every angle before new doubts stop interfering with developmental design and implementation.
The extra kicker is that things like testing state and security are difficult to factor in. If it takes me half an hour to make a generic form, another half to scrape the data in js (let's say I'm slow, or very careful that day). Then it could take me an indefinite amount of time later in ensuring that the data all hooks in and can be manipulated either way. Right now any ruby-ist would be saying to stop doing what I'm doing and use their crap - but really I can't. Why not? My boss said so.
The realistic state of things in many enterprise tech groups is that there are tremendous arbitrary constraints on the type of software used, and the manner in which it is used. The reasons behind the constraints usually aren't insane, and you just get to live with them. So how do I, as an inexperienced developer unable to use flashy new tools, both get things done fast and well; and estimate the time it will take me to do so?
Well, in the mean time I will just do my best, be wrong, and hope management has mercy on me.


This example demonstrates audio/video decoding capability of Cortex-A8 core using MPEG-4 video codec and AAC audio codec. The Multimedia framework used is GStreamer and gst-ffmpeg plug-in is used to call into open source FFmpeg codec libraries.
NOTE: Please make sure audio line out is connected to the main processor board.
gst-launch
|_ qtdemux - -
|_ audio |_ video
|_faad |_ mpeg4videoparse
|_alsasink |_ ffdec_mpeg4
|_ v4l2/fbdev sink