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João Carlos
Web Development Student
Currently working in IT support, device management - MDM Pulsus, assistance and support to users and sellers, but I have been focusing on studies for computer programming.
Besides that, I'm a minimalist and curious person, passionate about technology. These aspects of my personality inspired me to develop my own portfolio, where I write and share a lot of content on the subject. My main objective is to positively impact our society and the technological community.
Formação
HTML5, CSS, JavaScript e Framework Bootstrap.
Projetos:
Site Beautysalon
Um projeto que foi desenvolvido em um evento da Rocktseat, mas com alterações do meu gosto.
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The Bulma menu
is a vertical navigation component that comprises:
-
the
menu
container -
informative
menu-label
labels -
interactive
menu-list
lists that can be nested up to 2 levels
--- title: Menu layout: documentation doc-tab: components doc-subtab: menu breadcrumb: - home - documentation - components - components-menu meta: colors: false sizes: false variables: true --- {% capture menu_example %} {% endcapture %}
The Bulma menu
is a vertical navigation component that comprises:
menu
container
menu-label
labels
menu-list
lists that can be nested up to 2 levels


Building GrapheneOS
Build targets
Smartphone and tablet targets:
- felix (Pixel Fold)
- tangorpro (Pixel Tablet)
- lynx (Pixel 7a)
- cheetah (Pixel 7 Pro)
- panther (Pixel 7)
- bluejay (Pixel 6a)
- raven (Pixel 6 Pro)
- oriole (Pixel 6)
- barbet (Pixel 5a)
- redfin (Pixel 5)
- bramble (Pixel 4a (5G))
- sunfish (Pixel 4a)
- coral (Pixel 4 XL) (extended support)
- flame (Pixel 4) (extended support)
These are all fully supported production-ready targets supporting all the baseline security features and receiving full monthly security updates covering all firmware, kernel drivers, driver libraries / services and other device-specific code. A fully signed user build for these devices is a proper GrapheneOS release. Newer generation devices have stronger hardware / firmware security and hardware-based OS security features and are better development devices for that reason. It's not possible to work on everything via past generation devices. The best development devices are the Pixel 6 and 7 series.
SDK emulator targets:
- sdk_phone_armv7
- sdk_phone_arm64
- sdk_phone_x86
- sdk_phone_x86_64
These are extended versions of the generic targets with extra components for the SDK. These targets don't receive full monthly security updates, don't provide all of the baseline security features and are intended for development usage.
We recommend using the sdk_phone_x86_64 target in either the userdebug or eng variant for most development work.
Generic targets:
- aosp_arm
- aosp_arm64
- aosp_x86
- aosp_x86_64
These generic targets can be used with the emulator along with many smartphones, tablets and other devices. These targets don't receive full monthly security updates, don't offer all of the baseline security features and are intended for development usage.
Providing proper support for a device or generic device family requires providing an up-to-date kernel and device support code including driver libraries, firmware and device SELinux policy extensions. Other than some special cases like the emulator, the generic targets rely on the device support code present on the device. Shipping all of this is necessary for full security updates and is tied to enabling verified boot / attestation. Pixel targets have a lot of device-specific hardening in the AOSP base along with some in GrapheneOS which needs to be ported over too. For example, various security features in the kernel including type-based Control Flow Integrity (CFI) and the shadow call stack are currently specific to the kernels for these devices.
Build dependencies
Arch Linux, Debian bookworm, Ubuntu 23.04 and Ubuntu 22.04 LTS are the officially supported operating systems for building GrapheneOS.
Dependencies for fetching and verifying the sources:
- repo
- python3 (for repo)
- git (both for repo and manual usage)
- gnupg (for verifying AOSP releases and also used internally by repo for self-update verification)
- openssh (for verifying GrapheneOS releases)
- 136GiB+ storage for a standard sync with history, 90GiB+ storage for a lightweight sync
Baseline build dependencies:
- x86_64 Linux build environment
- 16GiB of memory or more. Link-Time Optimization (LTO) creates huge peaks during linking and is mandatory for Control Flow Integrity (CFI). Linking Vanadium (Chromium) and the Linux kernel with LTO + CFI are the most memory demanding tasks.
- 100GiB+ of additional free storage space for a typical build of the entire OS for a multiarch device
You can either obtain repo
as a distribution package or the
self-updating standalone version from the Android Open Source Project. The
self-updating variant avoids dealing with out-of-date distribution packages and
depends on GPG to verify updates.
The Android Open Source Project build system is designed to provide reliable and reproducible builds. To accomplish this, it provides a prebuilt toolchain and other utilities fulfilling most of the build dependency requirements itself. These prebuilt tools have reproducible builds themselves. It runs the build process within a loose sandbox to avoid accidental dependencies on the host system. The process of moving to a fully self-contained build process with minimal external dependencies is gradual and there are still dependencies that need to be installed on the host system.
Additional Android Open Source Project build dependencies not provided by the source tree:
- diff (diffutils)
- freetype2, fontconfig and any OpenType/TrueType font (such as DejaVu but anything works) for OpenJDK despite it being a headless variant without GUI support
- ncurses5 (provided by the source tree for some tools but not others)
- openssl
- rsync
- unzip
- zip
Additional dependencies for extracting vendor files with adevtool:
- protobuf library for Python 3
- Node.js 18 LTS
- yarn
Additional Vanadium (Chromium) build dependencies not provided by the source tree:
- gperf
- 32-bit glibc
- 32-bit gcc runtime library
The signify
tool (with the proper naming) is also required for signing
factory images zips.
Downloading source code
Since this is syncing the sources for the entire operating system and application layer, it will use a lot of bandwidth and storage space.
You likely want to use the most recent stable tag, not the development branch, even for developing a feature. It's easier to port between stable tags that are known to work properly than dealing with a moving target.
Development branch
The 13
branch is the main development branch of
GrapheneOS. It follows along with the latest stable releases of the
Android Open Source Project which currently means the latest monthly
release of the android13-qpr2-release
(Android 13 Quarterly
Platform Release 2) branch. The 13
branch of GrapheneOS
should be used for generic builds including the emulator, porting to other
devices and for non-legacy officially supported devices.
The 13
branch is used for most Pixels, generic / emulator
targets and non-Pixel devices.
The 13-tangorpro
branch is used for the newly launched
Pixel Tablet since there hasn't been a quarterly or yearly release to
merge in support for it yet.
The 13-felix
branch is used for the newly launched
Pixel Fold since there hasn't been a quarterly or yearly release to
merge in support for it yet.
The 13-coral
branch is used for the end-of-life Pixel 4
and Pixel 4 XL due to incompatibilities with certain new changes.
To sync the 13
branch:
mkdir grapheneos-13 cd grapheneos-13 repo init -u https://github.com/GrapheneOS/platform_manifest.git -b 13 repo sync -j8
If your network is unreliable and repo sync
fails, you can run the
repo sync
command again to continue from where it was interrupted. It
handles connection failures robustly and you shouldn't start over from scratch.
Stable release
Pick a specific release for a device from the releases page and download the source tree. Note that some devices use different Android Open Source Project branches so they can end up with different tags. Make sure to use the correct tag for a device. For devices without official support, use the latest tag marked as being appropriate for generic / other devices in the release notes.
mkdir grapheneos-TAG_NAME cd grapheneos-TAG_NAME repo init -u https://github.com/GrapheneOS/platform_manifest.git -b refs/tags/TAG_NAME
Obtain SSH public key for verifying tags:
curl https://grapheneos.org/allowed_signers > ~/.ssh/grapheneos_allowed_signers
Verify the manifest:
cd .repo/manifests git config gpg.ssh.allowedSignersFile ~/.ssh/grapheneos_allowed_signers git verify-tag $(git describe) cd ../..
Complete the source tree download:
repo sync -j8
The manifest for the latest stable release refers to the revisions in other repositories via commit hashes rather than tag names. This avoids the need to use a script to verify tag signatures across all the repositories, since they simply point to the same commits with the same hashes.
Note that the repo command itself takes care of updating itself and uses GPG to verify by default.
Extracting vendor files for Pixel devices
This section is specific to Pixel devices. The emulator and generic targets don't require extra vendor files.
Many of these components are already open source, but not everything is set up to be built by the Android Open Source Project build system. Switching to building these components from source will be an incremental effort. In many cases, the vendor files simply need to be ignored and AOSP will already provide them instead. Firmware cannot generally be built from source even when sources are available, other than to verify that the official builds match the sources, since it has signature verification (which is an important part of the verified boot and attestation security model).
The below commands need to only be run once to initially create a working environment.
yarn install --cwd vendor/adevtool/ source script/envsetup.sh m aapt2
Extract the vendor files corresponding to the matching release with
DEVICE
and BUILD_ID
variables replaced with the
appropriate values (can obtain the correct BUILD_ID
from
build/make/core/build_id.mk
):
DEVICE=raven BUILD_ID=TQ2A.230405.003.E1 vendor/adevtool/bin/run download vendor/adevtool/dl/ -d $DEVICE -b $BUILD_ID -t factory ota sudo vendor/adevtool/bin/run generate-all vendor/adevtool/config/$DEVICE.yml -c vendor/state/$DEVICE.json -s vendor/adevtool/dl/$DEVICE-${BUILD_ID,,}-*.zip sudo chown -R $(logname):$(logname) vendor/{google_devices,adevtool} vendor/adevtool/bin/run ota-firmware vendor/adevtool/config/$DEVICE.yml -f vendor/adevtool/dl/$DEVICE-ota-${BUILD_ID,,}-*.zip
Setting up the OS build environment
The build has to be done from bash as envsetup.sh is not compatible with other shells like zsh.
Set up the build environment:
source script/envsetup.sh
Select the desired build target (raven
is the Pixel 6 Pro):
choosecombo release raven user
For a development build, you may want to replace user
with
userdebug
in order to have better debugging support. Production builds
should be user
builds as they are significantly more secure and don't
make additional performance sacrifices to improve debugging.
Set OFFICIAL_BUILD=true
to include the Updater app. You
must change the URL in
packages/apps/Updater/res/values/config.xml
to your own update server
URL. Using the official update server with a build signed with different keys will not
work and will essentially perform a denial of service attack on our update service. If
you try to use the official URL, the app will download an official update and will
detect it as corrupted or tampered. It will delete the update and try to download it
over and over again since it will never be signed with your key.
export OFFICIAL_BUILD=true
Reproducible builds
To reproduce a past build, you need to export BUILD_DATETIME
and
BUILD_NUMBER
to the values set for the past build. These can be obtained
from out/build_date.txt
and out/build_number.txt
in a build
output directory and the ro.build.date.utc
and
ro.build.version.incremental
properties which are also included in the
over-the-air zip metadata rather than just the OS itself.
The signing process for release builds is done after completing builds and replaces the dm-verity trees, apk signatures, etc. and can only be reproduced with access to the same private keys. If you want to compare to production builds signed with different keys you need to stick to comparing everything other than the signatures.
Additionally, set OFFICIAL_BUILD=true
per the instructions above to
reproduce the official builds. Note that if you do not change the URL to your own
domain, you must disable the Updater app before connecting the device
to the internet, or you will be performing a denial of service attack on our official
update server.
Building
Incremental builds (i.e. starting from the old build) usually work for development and are the normal way to develop changes. However, there are cases where changes are not properly picked up by the build system. For production builds, you should remove the remnants of any past builds before starting, particularly if there were non-trivial changes:
rm -r out
Next, start the build process with the m
command:
m target-files-package
For the Pixel 6, Pixel 6 Pro and Pixel 6a you currently need m
vendorbootimage target-files-package
instead of
target-files-package
.
For the Pixel 7, Pixel 7 Pro, Pixel 7a, Pixel Tablet and Pixel Fold you
currently need m vendorbootimage vendorkernelbootimage
target-files-package
instead of target-files-package
.
The -j
parameter can be passed to m
to set a specific
number of jobs such as -j4
to use 4 jobs. By default, the build system
sets the number of jobs to NumCPU() + 2
where NumCPU()
is the
number of available logical CPUs.
For an emulator build, always use the development build approach below.
Faster builds for development use only
The normal production build process involves building a target files package to be resigned with secure release keys and then converted into factory images and/or an update zip via the sections below. If you have a dedicated development device with no security requirements, you can save time by using the default build target rather than target-files-package. Leave the bootloader unlocked and flashing the raw images that are signed with the default public test keys.
To build the default build target:
m
Technically, you could generate test key signed update packages. However, there's no point of sideloading update packages when the bootloader is unlocked and there's no value in a locked bootloader without signing the build using release keys, since verified boot will be meaningless and the keys used to verify sideloaded updates are also public. The only reason to use update packages or a locked bootloader without signing the build with release keys would be testing that functionality and it makes a lot more sense to test it with proper signing keys rather than the default public test keys.
Generating release signing keys
Keys need to be generated for resigning completed builds from the publicly available test keys. The keys must then be reused for subsequent builds and cannot be changed without flashing the generated factory images again which will perform a factory reset. Note that the keys are used for a lot more than simply verifying updates and verified boot.
The sample certificate subject (CN=GrapheneOS
) should be replaced with
your own information.
You should set a passphrase for the signing keys to keep them at rest until you
need to sign a release with them. The GrapheneOS scripts (make_key
and
encrypt_keys.sh
) encrypt the signing keys using scrypt for key derivation
and AES256 as the cipher. If you use swap, make sure it's encrypted, ideally with an
ephemeral key rather a persistent key to support hibernation. Even with an ephemeral
key, swap will reduce the security gained from encrypting the keys since it breaks the
guarantee that they become at rest as soon as the signing process is finished.
Consider disabling swap, at least during the signing process.
The encryption passphrase for all the keys generated for a device needs to match for compatibility with the GrapheneOS scripts.
To generate keys for raven (you should use unique keys per device variant):
mkdir -p keys/raven cd keys/raven CN=GrapheneOS ../../development/tools/make_key releasekey "/CN=$CN/" ../../development/tools/make_key platform "/CN=$CN/" ../../development/tools/make_key shared "/CN=$CN/" ../../development/tools/make_key media "/CN=$CN/" ../../development/tools/make_key networkstack "/CN=$CN/" ../../development/tools/make_key sdk_sandbox "/CN=$CN/" ../../development/tools/make_key bluetooth "/CN=$CN/" openssl genrsa 4096 | openssl pkcs8 -topk8 -scrypt -out avb.pem ../../external/avb/avbtool extract_public_key --key avb.pem --output avb_pkmd.bin cd ../..
The avb_pkmd.bin
file isn't needed for generating a signed release but
rather to set the public key used by the device to enforce verified boot.
Generate a signify key for signing factory images:
signify -G -n -p keys/raven/factory.pub -s keys/raven/factory.sec
Remove the -n
switch to set a passphrase. The signify
tool doesn't provide a way to change the passphrase without generating a new key, so
this is currently handled separately from encrypting the other keys and there will be
a separate prompt for the passphrase. In the future, expect this to be handled by the
same scripts along with the expectation of it using the same passphrase as the other
keys.
Migration to Android 13
You need to generate a key for sdk_sandbox
and bluetooth
if you
generated your keys for a previous release.
Encrypting keys
You can (re-)encrypt your signing keys using the encrypt_keys
script,
which will prompt for the old passphrase (if any) and new passphrase:
script/encrypt_keys.sh keys/raven
The script/decrypt_keys.sh
script can be used to remove encryption,
which is not recommended. The script exists primarily for internal usage to decrypt
the keys in tmpfs to perform signing.
APEX components
GrapheneOS currently doesn't use out-of-date updates to APEX components, so these are all signed with the OS releasekey and verified boot key to avoid needing many extra pairs of keys. Each APEX needs an APK signing key and verified boot signing key. If you want to ship out-of-band updates to APEX components, you'll need to deal with this and you should make a separate pair of keys for each one.
Consult the upstream documentation on generating these keys. It will likely be covered here in the future, especially if non-flattened APEX components become unavoidable.
Generating signed factory images and full update packages
Build and package up the tools needed to generate over-the-air update packages:
m otatools-package
Generate a signed release build with the release.sh script:
script/release.sh raven
The factory images and update package will be in
out/release-raven-BUILD_NUMBER
. The update zip performs a full OS
installation so it can be used to update from any previous version. More efficient
incremental updates are used for official over-the-air GrapheneOS updates and can be
generated by keeping around past signed target_files
zips and generating
incremental updates from those to the most recent signed target_files
zip.
See the install page for information on how to use the factory images. See the usage guide section on sideloading updates for information on how to use the update packages.
Running script/release.sh
also generates channel metadata for the
update server. If you configured the Updater client URL and set the build to include
it (see the information on OFFICIAL_BUILD
above), you can push signed
over-the-air updates via the update system. Simply upload the update package to the
update server along with the channel metadata for the release channel, and it will be
pushed out to the update client. The DEVICE-beta
and
DEVICE-stable
metadata provide the Beta and Stable release channels used
by the update client. The DEVICE-testing
metadata provides
an internal testing channel for the OS developers, which can be temporarily
enabled using adb shell setprop sys.update.channel testing
. The name is
arbitrary and you can also use any other name for internal testing channels.
For GrapheneOS itself, the testing channel is used to push out updates to developer devices, followed by a sample future release to test that the release which is about to be pushed out to the Beta channel is able to update to a future release. Once it's tested internally, the release is pushed out to the Beta channel, and finally to the Stable channel after public testing. A similar approach is recommended for derivatives of GrapheneOS.
Generating delta updates
Incremental updates shipping only the changes between two versions can be generated
as a much more efficient way of shipping updates than a full update package containing
the entire operating system. The GrapheneOS Updater app will automatically use a delta
update if one exists for going directly from the currently installed version to the
latest release. In order to generate a delta update, the original signed target files
package for both the source version and target version are needed. The
script/generate_delta.sh
script provides a wrapper script for generating
delta updates by passing the device, source version build number and target version
build number. For example:
script/generate_delta.sh raven<PHONE_NUMBER><PHONE_NUMBER>
The script assumes that the releases are organized in the following directory structure:
releases ├──<PHONE_NUMBER> │ └── release-raven-2022050700 └──<PHONE_NUMBER> └── release-raven-2022050800
Incremental updates are uploaded alongside the update packages and update metadata on the static web server used as an update server. The update client will automatically check for an incremental update and use it if available. No additional metadata is needed to make incremental updates work.


Which Book is the sentence from??
Load model
Vocabulary size:
Max length:
Treasure Island
Emma
The Time Machine
Standing by.


I, the parent or guardian of the minor registrant, agree that the registrant and I will abide by all the rules of the Northside Youth Soccer League (NYSL). In recognizing the possibility of physical injury associated with soccer and in consideration for the “League” accepting the registrant for its soccer programs and activities, I hereby release, discharge, and/or otherwise indemnify NYSL, their employees and associated personnel and volunteers,including the facilities used for practices and games, against any claim by or on behalf of the registrant as a result of the registrant’s participation in the programand/orbeing transported to or from NYSL sponsored activities,which transportation By entering your name below, I herebyagree andauthorizethe above.In addition, by signing below, Ialso acknowledge that I have read the cancellation policy and agree to its terms.


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The perfect plan for just you. Get all the fresh fruit and vegatables you need without waste.
Bring the freshest fruits and vegatbles to your whole family.
You have a really big family or a whole army to feed? This is the plan for you!


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| PREV CLASS NEXT CLASS | FRAMES NO FRAMES | |||||||||
| SUMMARY: NESTED | FIELD | CONSTR | METHOD | DETAIL: FIELD | CONSTR | METHOD |
java.lang.Object coins.ir.hir.HirIteratorImpl
HirIteratorImpl class Traverse HIR node in depth first order.
| Field Summary | |
protected int |
fDbgLevel
|
protected int |
fDebLevel
|
protected int |
fNodeCount
|
protected java.util.ArrayList |
fNodeList
|
protected java.util.Iterator |
fNodeListIterator
|
protected int |
fStmtCount
|
protected java.util.ArrayList |
fStmtList
|
protected java.util.Iterator |
fStmtListIterator
|
HirRoot |
hirRoot
|
IoRoot |
ioRoot
|
| Constructor Summary | |
HirIteratorImpl(HirRoot pHirRoot,
IR pSubtree,
boolean pGoUpward)
HirIteratorImpl Create an itrerator that traverses nodes of HIR subtree. |
| Method Summary | |
HIR |
getNextExecutableNode()
next Get the node that refer/set data or change control flow directly. |
Stmt |
getNextStmt()
|
boolean |
hasNext()
|
boolean |
hasNextStmt()
|
HIR |
next()
next Get the next node and advance current point for iteration. |
Stmt |
nextStmt()
nextStmt Get the next statement skipping other nodes that are not Stmt. |
protected void |
recordNodes(HIR pHir)
|
| Methods inherited from class java.lang.Object |
clone, equals, finalize, getClass, hashCode, notify, notifyAll, toString, wait, wait, wait |
| Field Detail |
public final HirRoot hirRoot
public final IoRoot ioRoot
protected int fDbgLevel
protected java.util.ArrayList fNodeList
protected java.util.ArrayList fStmtList
protected int fNodeCount
protected int fStmtCount
protected java.util.Iterator fNodeListIterator
protected java.util.Iterator fStmtListIterator
protected int fDebLevel
| Constructor Detail |
public HirIteratorImpl(HirRoot pHirRoot, IR pSubtree, boolean pGoUpward)
pSubtree
- Subtree to be traversed.pGoUpward
- true if traverse of nodes positioned
higher than the root of pSubtree is permitted.
Normally this is false; true is used in BBlockNodeIterator.| Method Detail |
public HIR next()
HirIterator
next
in interface HirIterator
public boolean hasNext()
hasNext
in interface HirIterator
public boolean hasNextStmt()
hasNextStmt
in interface HirIterator
public HIR getNextExecutableNode()
HirIterator
getNextExecutableNode
in interface HirIterator
public Stmt nextStmt()
HirIterator
nextStmt
in interface HirIterator
public Stmt getNextStmt()
getNextStmt
in interface HirIterator
protected void recordNodes(HIR pHir)
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WITNESS LIST Higher Education Committee April 18, 2005-8:00A HB 530 For: Gerstenschlager, MerryLynn (Self and Texas Eagle Forum) Lambert, Tim (Tx Home School Coalition) Sanders, Tom (HSLDA) HB 1102 For: Dickert, Trey (Student Government Association - Tarleton State University) Estes, Courtney (Student Government of Tarleton State University) On: McCabe, Dennis P. (Tarleton State University) Mercer, Wanda (Tarleton State Univ) HB 1173 For: Moore, Richard (Texas Community College Teachers Assoc.) HB 1419 For: Wulf, Fred (SFA Board Chair) On: Guerrero, Tito (Stephen F. Austin State University) HB 1524 On: Escalante, Rich (University of North Texas System) Pohl, Dr. Norval (University of North Tx) HB 1525 On: Floyd, Brenda (Texas Woman's University) Johnson, Harold D. (Texas Woman's University) Stuart, Ann (Self and Texas Woman's University) HB 1797 On: Escalante, Rich (University of North Texas System) Upp, Greg (University of North Texas Health Science Center) HB 1827 On: Parcel, Guy (The University of Texas Health Science Center, Houston) HB 2001 On: Cigarroa, M.D., Pre, Francisco G. (U.T. Health Science Center at San Antonio) HB 2002 On: Cigarroa, M.D., Pre, Francisco G. (U.T. Health Science Center at San Antonio) HB 2003 On: Cigarroa, M.D., Pre, Francisco G. (U.T. Health Science Center at San Antonio) HB 2105 On: Wildenthal, Kern (UT Southwestern Medical Center) HB 2115 On: Jackson, Frank D. (Prairie View A&M University) HB 2116 For: Hernandez, Rebecca Ann (Self) Hubert, Brenda S. (Self) On: Sayavedra - Vice Ch, Leo (The Texas A&M University System) HB 2118 On: Cole, James S (TAMUSHSC - Baylor College of Dentistry) HB 2119 On: Jackson, Frank D. (Prairie View A&M University) HB 2162 On: Wildenthal, Kern (UT Southwestern Medical Center) HB 2192 On: Shahan, J. Michael (Self and Lamar State College - Orange) HB 2701 For: McDonald, Carol L. (Independent Colleges and Universities of Texas, Inc.) HB 2956 For: McIver, David (Board of Trustees - North Harris Montgomery Community College District) On: Pickelman, John E. (N. Harris Montgomery Community College District) HB 3001 On: Soteriou, Nancy Ellen (Tx Higher Education Coord. Board) HB 3068 On: Carrisalez, Albert A. (UTSA) HB 3069 On: Carrisalez, Albert A. (UTSA)


dh_python3 - calculates Python dependencies, adds maintainer scripts to byte compile files, etc.
\$1 \n[an-margin] level \n[rst2man-indent-level] level margin: \n[rst2man-indent\n[rst2man-indent-level]] - \n[rst2man-indent0] \n[rst2man-indent1] \n[rst2man-indent2]
dh_python3 -p PACKAGE [-V [X.Y][-][A.B]] DIR [-X REGEXPR]
if necessary, describe supported Python 3 versions via X-Python3-Version field in debian/control,
build-depend on python3 or python3-all or python3-all-dev,
build module/application using its standard build system, remember to build extensions for all supported Python 3 versions (loop over py3versions -vr),
install files to the standard locations, add --install-layout=deb to setup.py(aqs install command if your package is using distutils,
add python3 to dh(aqs --with option, or:
include /usr/share/cdbs/1/class/python-distutils.mk in debian/rules and depend on cdbs (>= 0.4.90), or:
call dh_python3 in the binary-* target,
add ${python3:Depends} to Depends
dh_python3 tries to translate Python dependencies from requires.txt file to Debian dependencies. Use debian/py3dist-overrides or --no-guessing-deps option to override it if the guess is incorrect. If you want dh_python3 to generate more strict dependencies (f.e. to avoid ABI problems) create debian/python3-foo.pydist file. See /usr/share/doc/dh-python/README.PyDist for more information. If the pydist file contains PEP386 flag or set of (uscan like) rules, dh_python3 will make the depedency versioned (version requirements are ignored by default).
/usr/share/foo, /usr/share/games/foo, /usr/lib/foo and /usr/lib/games/foo private directories are scanned for Python files by default (where foo is binary package name). If your package is shipping Python files in some other directory, add another dh_python3 call in debian/rules with directory name as an argument - you can use different set of options in this call. If you need to change options (f.e. a list of supported Python 3 versions) for a private directory that is checked by default, invoke dh_python3 with --skip-private option and add another call with a path to this directory and new options.
In binary packages which name ends with -dbg, all files in /usr/lib/python3/dist-packages/ directory that have extensions different than so or h are removed by default. Use --no-dbg-cleaning option to disable this feature.
Files listed in debian/pkg.pyinstall file will be installed as public modules (i.e. into .../dist-packages/ directory) for all requested Python versions.
Syntax: path/to/file [VERSION_RANGE] [NAMESPACE]
debian directory is automatically removed from the path, so you can place your files in debian/ directory and install them from this location (if you want to install them in "debian" namespace, set NAMESPACE to debian). If NAMESPACE is set, all listed files will be installed in .../dist-packages/NAMESPACE/ directory.
Examples:
foo.py installs .../dist-packages/foo.py for all supported Python versions
foo/bar.py 3.3- installs .../dist-packages/foo/bar.py for versions >= 3.3
foo/bar.py spam installs .../dist-packages/spam/bar.py
debian/*.py spam.egg 3.2 installs .../python3.2/dist-packages/spam/egg/*.py files
If you want to remove some public modules (i.e. files in .../dist-packages/ directory) installed by build system (from all supported Python versions or only from a subset of these versions), add them to debian/pkg.pyremove file.
Examples:
*.pth removes .pth files from .../dist-packages/
bar/baz.py 3.2 removes .../python3.2/dist-packages/bar/baz.py
If you want to override system(aqs list of supported Python versions or the default one (f.e. to build a package that includes symlinks for older version of Python or compile .py files only for given interpreter version), you can do that via DEBPYTHON3_SUPPORTED and/or DEBPYTHON3_DEFAULT env. variables.
Example: 3.2,3.3 limits the list of supported Python versions to Python 3.2 and Python 3.3.
--version show program(aqs version number and exit
-h,\fB --help show help message and exit
--no-guessing-deps disable guessing dependencies
--no-dbg-cleaning do not remove any files from debug packages
--no-ext-rename do not add magic tags nor multiarch tuples to extension file names
--no-shebang-rewrite do not rewrite shebangs
--skip-private don(aqt check private directories
-v,\fB --verbose turn verbose mode on
-i,\fB --indep act on architecture independent packages
-a,\fB --arch act on architecture dependent packages
-q,\fB --quiet be quiet
-p \ PACKAGE,\fB \ --package\fB= PACKAGE act on the package named PACKAGE
-N \ NO_PACKAGE,\fB \ --no-package\fB= NO_PACKAGE do not act on the specified package
-V \ VRANGE specify list of supported Python 3 versions. See py3compile(1) for examples
-X \ REGEXPR,\fB \ --exclude\fB= REGEXPR exclude items that match given REGEXPR. You may use this option multiple times to build up a list of things to exclude.
--compile-all compile all files from given private directory in postinst/rtupdate not just the ones provided by the package (i.e. do not pass the --package parameter to py3compile/py3clean)
--depends\fB= DEPENDS translate given requirements into Debian dependencies and add them to ${python3:Depends}. Use it for missing items in requires.txt
--recommends\fB= RECOMMENDS translate given requirements into Debian dependencies and add them to ${python3:Recommends}
--suggests\fB= SUGGESTS translate given requirements into Debian dependencies and add them to ${python3:Suggests}
--requires\fB= FILENAME translate requirements from given file(s) into Debian dependencies and add them to ${python3:Depends}
--shebang\fB= COMMAND use given command as shebang in scripts
--ignore-shebangs do not translate shebangs into Debian dependencies
/usr/share/doc/python/python-policy.txt.gz
/usr/share/doc/dh-python/README.PyDist
pybuild(1)
py3compile(1), py3clean(1)
dh_python2(1), pycompile(1), pyclean(1)
%http://deb.li/dhp3 - most recent version of this document
Piotr Ożarowski, 2012-2013


404 ERROR
SORRY - PAGE NOT FOUND
We're sorry, the page might have been moved, deleted or doesn't exist
Please make sure the address is correctly spelled or visit the Homepage
We're sorry, the page might have been moved, deleted or doesn't exist
Please make sure the address is correctly spelled or visit the Homepage


Agama update thread *** (1/3) After discovering the vulnerability, our Cyber Security Team used the same exploit to gain control of a lot of affected seeds and secure the funds at risk. We were able to sweep around 8 million KMD and 96 BTC from these vulnerable wallets (.....


PLAY
×
You Need More Gold!
Hp:
4500
Energy:
0
Gold:
100
Attack Damage:
0
Accuracy:
100%
Crit:
0%
Stability:
1
Attack Damage:
0
Accuracy:
100%
Crit:
0%
Stability:
1
Hp:
4500
Energy:
0
Gold:
100


Polymorphism is an important feature of class definition in Python that is utilized when you have commonly named methods across classes or subclasses.
Poly means many and morphis means many forms.
It something exhibits various form called polymorphism.
=>It helps the programmer to reuse the codes, i.e., classes once written, tested and implemented can be reused as required. Saves a lot of time.
=>Single variable can be used to store multiple data types.
=>Easy to debug the codes.
The following topics are examples for polymorphism in python:
==>Duck typing philosophy of python
==>Operator overloading
==>Method overloading
==>Method overriding
Duck typing philosophy of python
calling a method without knowing the type(class) of the object.
Example
#duck type
class Duck:
def talk(self):
print("Quack,quack!")
class Dog:
def talk(self):
print("Bow,wow!!")
#duck typing
def callit(obj):
obj.talk()
obj1=Duck()
callit(obj1)
obj2=Dog()
callit(obj2)
o/p:
Quack,quack!
Bow,wow!!
Operator overloading
same operator perform many operation.
Example
a=10
b=12
print(a+b) #addition perform
a="AAABB"
b="CCCDD"
print(a+b) # concatenation
a=[1,2,3,6,8]
b=[2,9,3,5]
print(a+b) # join the list
o/p:
22
AAABBCCCDD
[1, 2, 3, 6, 8, 2, 9, 3, 5]
Method overloading
Methods can have the same name but different parameters.
Example
class pro:
def sum(self,*a):
if(a!=None):
print(sum(a))
print("Hello")
ob=pro()
ob.sum(2,3,5)
ob.sum(2.5,3.8)
ob.sum(25654,4687465)
o/p:
10
Hello
6.3
Hello
4713119
Hello
Method overriding
Override means having two methods with the same name but doing different tasks. It means that one of the methods overrides the other.
If there is any method in the superclass and a method with the same name in a subclass, then by executing the method, the method of the corresponding
class will be executed.
Example
#derive rectangle class from squre class and display area of area of 2 class
class Sqr:
def area(self,x,y):
print("area of rec:\t",x+y)
class Rec(Sqr):
def area(self,x,y):
print("area of Rec:\t",x*y)
r=Rec()
r.area(6,4);
o/p:
area of Rec: 24
Abstract class
It is class that contain 0 or more abstract method. It have no body
Example
# create a abstract class with an abstract method to calculate squre ,sqrt ,cube value
from abc import *
import math as m
class Myclass(ABC):
@abstractmethod
def calculate(self,x):
pass
class sub1(Myclass):
def calculate(self,x):
return(pow(x,2))
class sub2(Myclass):
def calculate(self,x):
return(x*x*x)
class sub3(Myclass):
def calculate(self,x):
return(m.sqrt(x))
ob=sub1();
ob1=sub2();
ob2=sub3();
print(ob.calculate(9))
print(ob1.calculate(9))
print(ob2.calculate(9))
o/p:
81
729
3.0


Java is one of the leading development languages around. With Java as the foundation, there is nothing that cannot be built.
With the developemnt of JS and the jQuery fraimwork, a dynamic and responsive front end can look and feel exactly how you want it.
 With the wealth of anotations, developemnt time is greatly improved.
Perfect tool for saving you time to create dynamic and responsive web layout. It allows a massively powerful manipulation of the DOM and instantanious responsiveness.
Amazon Web Services allows for elastic, on-demand computing power and space. It is a great tool to deploy projects once complete and tested.
One of the most popular SQL standards around. Relational databases are the dominant technology used to store and secure your data.
Born in NZ, I grew up on a farm milking cows. I never really enjoyed farming, and was drawn to computing. It always fascinated me, and seemed like magic.
I left NZ and found out that the world was much bigger and more exciting than NZ could have ever prepared me for. I spent time in Australia, the UK, and Sweden.
After an undergrad in Political Science I worked for the Governor of Colorado, and an MBA I started working for the British Embassy. This was not what I wanted to do so I revisited my interest in the computer sciences.
I began a Masters in Information and Cyber Security, and over the summer completed a Full Stack Java Developer boot camp from Skill Distillery. I realize the importance of protecting computer systems, but absolutely love building solutions with web application frameworks.
Full Stack Java
As a developer I have extensive understanding of Java, OOP, SQL, JPA, AWS, Linux, REST, Eclipse, HTML/CSS, JavaScript, Spring MVC, jQuery, AngularJS, Git/Github. Within traditional schooling, I have an undergranduate degree in Political Science, and an MBA, as well as currently undertaking a Masters in Cyber Security. I worked previously for the Governor of Colorado, and the British Embassy in Sweden. I am also a qualified Drone pilot. I can't wait to see, and have a hand in, the technology behind automated drones reach it's potential and redefine transport, navigation and mapping.


|
|||||||||||
| PREV PACKAGE NEXT PACKAGE | FRAMES NO FRAMES |
| Interface Summary | |
| IDResolver | |
| MessageWithAttachments |
| Class Summary | |
| BodyBuilder | |
| Detail | Detail Container implementation |
| DetailEntry | Detail Entry implementation |
| EnvelopeBuilder | The EnvelopeBuilder is responsible for parsing the top-level SOAP envelope stuff (Envelope, Body, Header), and spawning off HeaderBuilder and BodyBuilders. |
| EnvelopeHandler | |
| HeaderBuilder | |
| InputStreamBody | |
| MessageElement | |
| MessageElement.QNameAttr | |
| NullAttributes | Null implementation of the Attributes interface. |
| PrefixedQName | |
| RPCElement | |
| RPCHandler | This is the SOAPHandler which is called for each RPC parameter as we're deserializing the XML for a method call or return. |
| RPCHeaderParam | |
| RPCParam | An RPC parameter |
| SAX2EventRecorder | This class records SAX2 Events and allows the events to be replayed by start and stop index |
| SAXOutputter | |
| SOAPBody | Holder for body elements. |
| SOAPBodyElement | A Body element. |
| SOAPEnvelope | Implementation of a SOAP Envelope |
| SOAPFault | A Fault body element. |
| SOAPFaultBuilder | Build a Fault body element. |
| SOAPFaultCodeBuilder | Build a Fault body element. |
| SOAPFaultDetailsBuilder | Handle deserializing fault details. |
| SOAPFaultElement | SOAP Fault implementation |
| SOAPFaultReasonBuilder | Parser for the fault Reason element and its associated Text elements. |
| SOAPHandler | |
| SOAPHeader | Holder for header elements. |
| SOAPHeaderElement | A simple header element abstraction. |
| Text | A representation of a node whose value is text. |
|
|||||||||||
| PREV PACKAGE NEXT PACKAGE | FRAMES NO FRAMES |


netdead
`Prev `__
N
`Next `__
--------------
**netdead**: n.
[IRC] The state of someone who signs off `*IRC* <../I/IRC.html>`__,
perhaps during a `*netburp* `__, and doesn't sign back on
until later. In the interim, he is “dead to the net”. Compare
`*link-dead* <../L/link-dead.html>`__.
--------------
+----------------------------+----------------------------+----------------------------+
| `Prev `__ | `Up <../N.html>`__ | `Next `__ |
+----------------------------+----------------------------+----------------------------+
| netburp | `Home <../index.html>`__ | nethack |
+----------------------------+----------------------------+----------------------------+


Class used to handle a game's room. More...
Public Member Functions | |
| Room (String description, String image) | |
| Room class constructor. More... | |
| Room (String description, String image, ItemList itemList, HashMap< String, Character > characters) | |
| Room class constructor with the items. More... | |
| void | setExit (String direction, Room neighbor) |
| Define a room in a relative direction to the current room. More... | |
| ItemList | getContainedItems () |
| containedItem field getter. More... | |
| Item | getItem (String name) |
| Return an Item through it's name. More... | |
| Character | getCharacter (String name) |
| Return an Character through it's name. More... | |
| boolean | hasItem (String name) |
| Check if the room has the given Item through it's name. More... | |
| boolean | hasCharacter (String name) |
| Check if the room has the given Character through it's name. More... | |
| void | addItem (Item item) |
| Add the given Item in the Room. More... | |
| void | addCharacter (Character character) |
| void | removeItem (String itemName) |
| Remove the given Item to the Room. More... | |
| void | removeCharacter (String characterName) |
| Remove the given Character to the Room. More... | |
| String | getShortDescription () |
| Getter for the description field. More... | |
| String | getLongDescription () |
| Return the description of the room, the available exits plus the items in the room if any. More... | |
| String | getHumanItemsList () |
| Return a human readable list of the items in the room. More... | |
| String | getHumanCharactersList () |
| Return a human readable list of the characters in the room. More... | |
| Room | getExit (String direction) |
| Return the room in a specific direction. More... | |
| Room | getRandomAdjacentRoom () |
| Return a random adjacent Room. More... | |
| boolean | isExit (Room exit) |
| Check if the given Room is an exit of this Room. More... | |
| String | getImageName () |
| Getter for the imageName field. More... | |
Private Member Functions | |
| String | getHumanList (Set< String > names) |
| Return a human readable list of the given Set. More... | |
| String | getExitString () |
| Return the available exits in a human readable format. More... | |
Private Attributes | |
| String | description |
| Description of the room. More... | |
| HashMap< String, Room > | exits |
| Collection which match a direction with the room in that direction. More... | |
| String | imageName |
| Image to display for the current room. More... | |
| ItemList | containedItems |
| Item currently being in the room. More... | |
| HashMap< String, Character > | containedCharacters |
| Characters currently bing in the room. More... | |
| pkg_world.Room.Room | ( | String | description, |
| String | image | ||
| ) |
Room class constructor.
| description | Description for the room |
| image | Image path to display |
Definition at line 52 of file Room.java.
References pkg_world.Room.description.
| pkg_world.Room.Room | ( | String | description, |
| String | image, | ||
| ItemList | itemList, | ||
| HashMap< String, Character > | characters | ||
| ) |
Room class constructor with the items.
| description | Description for the room |
| image | Image path to display |
| itemList | The items currently in the room |
Definition at line 62 of file Room.java.
References pkg_world.Room.containedCharacters, pkg_world.Room.containedItems, pkg_world.Room.description, pkg_world.Room.exits, and pkg_world.Room.imageName.
| void pkg_world.Room.addCharacter | ( | Character | character | ) |
| void pkg_world.Room.addItem | ( | Item | item | ) |
| Character pkg_world.Room.getCharacter | ( | String | name | ) |
| ItemList pkg_world.Room.getContainedItems | ( | ) |
containedItem field getter.
Definition at line 83 of file Room.java.
References pkg_world.Room.containedItems.
| Room pkg_world.Room.getExit | ( | String | direction | ) |
|
private |
Return the available exits in a human readable format.
Definition at line 215 of file Room.java.
References pkg_world.Room.exits.
Referenced by pkg_world.Room.getLongDescription().
| String pkg_world.Room.getHumanCharactersList | ( | ) |
Return a human readable list of the characters in the room.
Definition at line 179 of file Room.java.
References pkg_world.Room.containedCharacters, and pkg_world.Room.getHumanList().
Referenced by pkg_world.Room.getLongDescription().
| String pkg_world.Room.getHumanItemsList | ( | ) |
Return a human readable list of the items in the room.
Definition at line 171 of file Room.java.
References pkg_world.Room.containedItems, and pkg_world.Room.getHumanList().
Referenced by pkg_world.Room.getLongDescription().
|
private |
Return a human readable list of the given Set.
| names | Set to display. |
Definition at line 188 of file Room.java.
Referenced by pkg_world.Room.getHumanCharactersList(), and pkg_world.Room.getHumanItemsList().
| String pkg_world.Room.getImageName | ( | ) |
Getter for the imageName field.
Definition at line 263 of file Room.java.
References pkg_world.Room.imageName.
| Item pkg_world.Room.getItem | ( | String | name | ) |
| String pkg_world.Room.getLongDescription | ( | ) |
Return the description of the room, the available exits plus the items in the room if any.
Definition at line 160 of file Room.java.
References pkg_world.Room.containedCharacters, pkg_world.Room.description, pkg_world.Room.getExitString(), pkg_world.Room.getHumanCharactersList(), and pkg_world.Room.getHumanItemsList().
| Room pkg_world.Room.getRandomAdjacentRoom | ( | ) |
Return a random adjacent Room.
Definition at line 235 of file Room.java.
References pkg_world.Room.exits, and pkg_game.GameEngine.getRooms().
| String pkg_world.Room.getShortDescription | ( | ) |
Getter for the description field.
Definition at line 151 of file Room.java.
References pkg_world.Room.description.
| boolean pkg_world.Room.hasCharacter | ( | String | name | ) |
| boolean pkg_world.Room.hasItem | ( | String | name | ) |
| boolean pkg_world.Room.isExit | ( | Room | exit | ) |
| void pkg_world.Room.removeCharacter | ( | String | characterName | ) |
| void pkg_world.Room.removeItem | ( | String | itemName | ) |
| void pkg_world.Room.setExit | ( | String | direction, |
| Room | neighbor | ||
| ) |
|
private |
Characters currently bing in the room.
Definition at line 45 of file Room.java.
Referenced by pkg_world.Room.getHumanCharactersList(), pkg_world.Room.getLongDescription(), and pkg_world.Room.Room().
|
private |
Item currently being in the room.
Definition at line 40 of file Room.java.
Referenced by pkg_world.Room.getContainedItems(), pkg_world.Room.getHumanItemsList(), and pkg_world.Room.Room().
|
private |
Description of the room.
Definition at line 24 of file Room.java.
Referenced by pkg_world.Room.getLongDescription(), pkg_world.Room.getShortDescription(), and pkg_world.Room.Room().
|
private |
Collection which match a direction with the room in that direction.
Definition at line 30 of file Room.java.
Referenced by pkg_world.Room.getExitString(), pkg_world.Room.getRandomAdjacentRoom(), and pkg_world.Room.Room().
|
private |
Image to display for the current room.
Definition at line 35 of file Room.java.
Referenced by pkg_world.Room.getImageName(), and pkg_world.Room.Room().


All Classes
Application
ApplicationDetail
ApplicationList
ApplicationViewAdapter
BuildConfig
DBEntry
DBEntry.LISTED
Main
Manifest
R
UpdateDB


JFK - FRA
1 x 15kg checked bag
$14
JFK - FRA
1 x 15kg checked bag
$14
JFK - FRA
1 x 15kg checked bag
$14
JFK - FRA
1 x 15kg checked bag
$14
Round trip | 2 travelers
Total rate
$14.50
Taxes?
$25.50
SoldoutNight Free
Free
Total Price
$684.75
Delta Air Lines
DL9367 · Economy · Airbus A330-200
Tue, April 25, 2020
New York
Frankfurt
Refundable
Fare rules
KLM Royal Dutch Airlines (operated by Delta Air Lines)
DL9367 · Economy · Airbus A330-200
Fr, May 01, 2020
Frankfurt
New York
Refundable
Fare rules
7th Heaven rewards WE223546


A matrix with rows and columns consists of 1s and 0s.
()
Now, we have () operations.
There are two kinds of operations.
First is to change the value of one point in the matrix (1 to 0 or 0 to 1).
Second is to query what is the largest space of a rectangle with point () on its edge.
The rectangle must be filled with 1s.
We calculate which is the length of the longest chain of 1s on the right of point ().
It can be done with or .
For each change we can change in .
For each query we can calculate largest rectangle with the point on its right side in .
If the point is (), we start from the rectangle of a single line from () to (). Then we strech it up and down one unit at a time. Of course the left side of the rectangle may be pushed right during the strech. In each strech, we choose up if is larger than . Otherwise, we strech down. Each time we calculate the space of the rectangle and update the answer.
It is the same when the point is on the left, up and down side of the rectangle.
#include <cstdio>
#include <algorithm>
using namespace std;
#define D(x) x
const int MAX_N = 1050;
const int MAX_M = 1050;
int n, m, q;
int matrix[MAX_N][MAX_M];
int l[MAX_M][MAX_N];
int r[MAX_M][MAX_N];
int u[MAX_N][MAX_M];
int d[MAX_N][MAX_M];
void modify(int x, int y)
{
matrix[x][y] ^= 1;
for (int j = 1; j <= m; j++)
{
if (matrix[x][j] == 1)
{
l[j][x] = l[j - 1][x] + 1;
}else
{
l[j][x] = 0;
}
}
for (int j = m; j >= 1; j--)
{
if (matrix[x][j] == 1)
{
r[j][x] = r[j + 1][x] + 1;
}else
{
r[j][x] = 0;
}
}
for (int i = 1; i <= n; i++)
{
if (matrix[i][y] == 1)
{
u[i][y] = u[i - 1][y] + 1;
}else
{
u[i][y] = 0;
}
}
for (int i = n; i >= 1; i--)
{
if (matrix[i][y] == 1)
{
d[i][y] = d[i + 1][y] + 1;
}else
{
d[i][y] = 0;
}
}
}
int query(int f[], int pos, int bound)
{
int l = pos;
int r = pos;
int ret = f[pos];
int min_height = f[pos];
while (l > 1 || r < bound)
{
if (r == bound || f[l - 1] > f[r + 1])
{
l--;
min_height = min(min_height, f[l]);
}else
{
r++;
min_height = min(min_height, f[r]);
}
ret = max(ret, (r - l + 1) * min_height);
}
return ret;
}
int main()
{
//input
scanf("%d%d%d", &n, &m, &q);
for (int i = 1; i <= n; i++)
for (int j = 1; j <= m; j++)
scanf("%d", matrix[i] + j);
//prework
for (int i = 1; i <= n; i++)
for (int j = 1; j <= m; j++)
{
if (matrix[i][j] == 1)
{
l[j][i] = l[j - 1][i] + 1;
u[i][j] = u[i - 1][j] + 1;
}else
{
l[j][i] = u[i][j] = 0;
}
}
for (int i = n; i >= 1; i--)
for (int j = m; j >= 1; j--)
{
if (matrix[i][j] == 1)
{
r[j][i] = r[j + 1][i] + 1;
d[i][j] = d[i + 1][j] + 1;
}else
{
d[i][j] = r[j][i] = 0;
}
}
//work
while (q--)
{
int a, x, y;
scanf("%d%d%d", &a, &x, &y);
if (a == 1)
{
modify(x, y);
continue;
}
int ans = 0;
ans = max(ans, query(l[y], x, n));
ans = max(ans, query(r[y], x, n));
ans = max(ans, query(u[x], y, m));
ans = max(ans, query(d[x], y, m));
printf("%d\n", ans);
}
return 0;
}
Here are some write-ups for the problems I solved on Codeforces.


Preparation time
less than 30 mins
Cooking time
10 to 30 mins
Serves
Serves 4
James Martin makes a simple but impressive starter or light meal of salmon flavoured with vanilla and king prawns.
For the salad, mix together the spinach, watercress and coriander cress in a bowl. Add half of the diced mango and mix again.
Place the remaining diced mango and the white wine vinegar into a food processor and blend to a purée.
With the motor still running, slowly add the oil in a thin stream until the mixture is just emulsified. Season, to taste, with salt, freshly ground black pepper and a pinch of sugar.
Spoon the mixture over the salad and mix to combine. Set aside.
For the salmon, preheat the grill to its highest setting.
Place a 20cm/8in chefs’ ring (or bottomless tart ring) onto a baking tray. Layer one quarter of the salmon slices into the ring, overlapping each slice a little.
Mix the melted butter and vanilla seeds together in a bowl and season, to taste, with salt and freshly ground black pepper.
Brush the melted butter mixture over the salmon layer, then remove the chefs’ ring. Repeat the process with the remaining salmon and butter mixture to create four rings of salmon.
Place the salmon rings under the grill for 2-3 minutes, or until just cooked through. Slide each one onto a serving plate.
Meanwhile, for the tempura prawns, heat the oil in a deep-fat fryer to 190C/375/Gas 5. Alternatively, fill a deep-sided frying pan two-thirds full with vegetable oil. Heat the oil until hot but not smoking. (Caution: hot oil can be dangerous. Do not leave unattended.)
Place the flour, cornflour and salt into a bowl and add the sparkling water, whisking well until the mixture forms a thick, smooth batter.
Drop the prawns into the batter to coat fully, then place straight into the hot oil. Fry for 2-3 minutes, or until the batter is golden-brown and crisp and the prawns are pink and cooked through. Remove from the pan using a slotted spoon and set aside to drain on kitchen paper.
To serve, pile a portion of salad onto each circle of salmon. Top with three tempura prawns.


{% extends "mails/messages/activity_base.html" %} {% load i18n %} {% block message %}
{% blocktrans context 'email' %}Your activity "{{ title }}" has been restored.{% endblocktrans %}
{% blocktrans context 'email' %}Head over to your activity page to see what you need to do to open up your activity for registrations again.{% endblocktrans %}
{% blocktrans context 'email' %}If you have any questions, you can contact the platform manager by replying to this email.{% endblocktrans %}
{% endblock %}


Hello My Wiki
Changing author info
To change the name and/or email address recorded in existing commits, you must rewrite the entire history of your Git repository.
Warning: This action is destructive to your repository’s history. If you’re collaborating on a repository with others, it’s considered bad practice to rewrite published history. You should only do this in an emergency.
Changing the Git history of your repository using a script
We’ve created a script that will change any commits that previously had the old email address in its author or committer fields to use the correct name and email address.
Note: Running this script rewrites history for all repository collaborators. After completing these steps, any person with forks or clones must fetch the rewritten history and rebase any local changes into the rewritten history.`
Before running this script, you’ll need:
- The old email address that appears in the author/committer fields that you want to change
- The correct name and email address that you would like such commits to be attributed to
- Open Terminal.
- Create a fresh, bare clone of your repository:
git clone --bare https://github.com/user/repo.git cd repo.git
- Copy and paste the script, replacing the following variables based on the information you gathered:
- OLD_EMAIL
- CORRECT_NAME
- CORRECT_EMAIL
#!/bin/sh
git filter-branch --env-filter '
<EMAIL_ADDRESS>CORRECT_NAME="Your Correct Name"
<EMAIL_ADDRESS>if [ "$GIT_COMMITTER_EMAIL" = "$OLD_EMAIL" ]
then
export GIT_COMMITTER_NAME="$CORRECT_NAME"
export GIT_COMMITTER_EMAIL="$CORRECT_EMAIL"
fi
if [ "$GIT_AUTHOR_EMAIL" = "$OLD_EMAIL" ]
then
export GIT_AUTHOR_NAME="$CORRECT_NAME"
export GIT_AUTHOR_EMAIL="$CORRECT_EMAIL"
fi
' --tag-name-filter cat -- --branches --tags
- Press Enter to run the script.
- Review the new Git history for errors.
- Push the corrected history to GitHub
git push --force --tags origin 'refs/heads/*'
- Clean up the temporary clone:
cd ..
rm -rf repo.git


{% render '@cta-tray' %}
{% render '@masthead' %}
{% include '@hero' %}
{% render '@nav-tray' %}
What if it was as easy to find public transport information as it is to get driving directions? This question is at the heart of GTFS, the standard for transit data. Every time you use CityMapper, Google Maps or even ride sharing apps like Park.io, you’re relying on GTFS. Self described as: Specification Domain: Transit Owner: Google Transit Developers (Consumers), Transit Agencies (Producers), Contributors to standards changes (Advocates) and other stakeholders. Closed (Initiation) to fully open (maintenance) Google retains ultimate control over governance & extensions GTFS: December 2005 GTFS-RT: V1 in 2011 | V2 September 2017 [1] 700+ Transit Agencies worldwide as of 2013 and thousands in 2017. Accurate adoption figures are difficult to obtain - the public feeds wiki is not up-to-date. What if it was as easy to find public transport information as it is to get driving directions? This question is at the heart of GTFS, the standard for transit data. Every time you use CityMapper, Google Maps or even ride sharing apps like Park.io, you’re relying on GTFS. General Transit Feed Specification (GTFS) and General Transit Feed Specification Real-Time (GTFS-RT) extension are open and common formats for sharing public transport information: transit schedules with associated geographic information (GTFS) and real time transit updates (GTFS-RT). GTFS-RT is an extension of GTFS, it isn’t possible to share real time updates without a transit feed. GTFS supports sharing agency transit data including: the agency, routing (stops, routes trips and maps), scheduling (schedules, stopping times, dates), and other supporting data. The feed files contain information about the feed, for example the publisher (where it’s different from the agency) and other useful information for data users, such as when the feed expires. The attributes reflect a simplified feed specification. Transit schedules are built using a calendar, the stop times with start and end times and optional information to handle irregular scheduling. The specification is based on a relational data model shown in the GTFS feed diagram, reference and examples. GTFS-RT supplements GTFS with trip updates (when something’s changed), service alerts (about things that affect stops and the network), or vehicle position (including updates on congestion). Agencies can provide one or more updates also known as field entities. GTFS-RT supports updating stop or end times and sharing uncertain or approximate delays.Key Facts
Quick description
Community
Development
Launch
Adoption
About GTFS and GTFS-RT
Data Overview


{% extends "base.html" %} {% load url %} {% load profiles %} {% load evaluation_extras %} {% load static %} {% block breadcrumbs %}
{% endblock %} {% block topbar2 %} {% include "evaluation/partials/phase_navbar.html" %} {% endblock %} {% block content %} {% if not object.submission.phase.public %}{{ metrics|json_dumps }}{% else %}
| Metric | Value | |
|---|---|---|
| {{ object.interface.title }} | {% if object.interface.kind == 'STR' %}{{ object.value|slice:"1:-1" }} | {% else %}{{ object.value }} | {% endif %}
The successful completion of the algorithm jobs listed below is a prerequisite for executing the evaluation method on the predictions. Any algorithm jobs mentioned here that have not encountered failures or been cancelled are presently undergoing execution within the platform. Your patience is appreciated during this process. If any of these algorithm jobs have unfortunately failed, it is typically necessary to get in touch with the participant to address any issues within their algorithm container. A job is only marked as cancelled if another job within this set has experienced a failure.
| ID | Created | Status |
|---|---|---|
| {{ job.pk }} | {{ job.created }} | {% if job.animate %} {% endif %} {{ job.get_status_display }} |
{% if object.stdout %}{{ object.stdout }}{% else %}No logs found on stdout{% endif %}{# @formatter:on #}
{% if object.stderr %}{{ object.stderr }}{% else %}No logs found on stderr{% endif %}{# @formatter:on #}


|
Introduction: What Arduino is and why you'd want to use it. Installation: Step-by-step instructions for setting up the Arduino software and connecting it to an Arduino Uno, Mega2560, Duemilanove, Mega, or Diecimila. Environment: Description of the Arduino development environment and how to change the default language. Troubleshooting: Advice on what to do if things don't work. |
Instructions for other boards: |
The text of the Arduino getting started guide is licensed under a Creative Commons Attribution-ShareAlike 3.0 License. Code samples in the guide are released into the public domain.


[gecode-users] Recovery Scheduling as CSP/COP
Guido Tack
tack at ps.uni-sb.de
Sat Apr 14 21:37:30 CEST 2007
Hi.
Stanimir Dragiev wrote:
> - optimization
> I expected that there are means to "post" an objective functions
> and go relax
> :o) while GECODE optimizes the solutions found. But I didn't found
> any. So,
> what I think should work, is to post additional constraint dealing
> with this in
> the following way:
> IF for constraint("Solution_cost < N") there are non-trivial
> solutions THEN
> post constraint("Solution_cost < N-1");
There is support for optimization in Gecode, using branch&bound
search. You have to define a function "constrain" in your Space. The
function gets one argument, which is the so-far best solution found,
and posts a constraint that any subsequent solution must be better,
pretty much like the constraints you mention above. Typically, you
use this to minimize or maximize a single variable, and post the real
objective function (like a weighted sum or an n-ary max) as a
constraint.
For simple examples, have a look at the photo or golomb source code.
Cheers,
Guido
More information about the gecode-users
mailing list


Gitolite Architecture
Gitolite is a wrapper around a base git installation which facilitates the secure management of project repositories and of the user privileges governing access to those repositories. Its simple configuration is well documented in a short README in the distribution. Essentially, those sys-admins charged with administration of the central git installation clone the gitolite configuration directory, make their changes to the configuration files and push those back to origin. A post-commit hook in the gitolite installation deploys the new configuration, creating and modifying project repositories as required and installing, revoking or updating the keys for authorized users as appropriate.
The gitolite configuration consists of conf/gitolite.conf used to define project repositories and the group and user privileges which apply to it; and a directory of ssh public keys in the form: keydir/User_name.pub.
11:33:04 (master) ~/gitolite-admin$ ls -Rl .: total 0 drwxr-xr-x 2 hesco hesco 80 Dec 8 17:48 conf drwxr-xr-x 2 hesco hesco 208 Dec 8 17:46 keydir ./conf: total 4 -rw-r--r-- 1 hesco hesco 299 Dec 8 17:48 gitolite.conf ./keydir: total 20 -rw-r--r-- 1 hesco hesco 396 Sep 30 12:12 bob.pub -rw-r--r-- 1 hesco hesco 419 Dec 8 13:27 carol.pub -rw-r--r-- 1 hesco hesco 397 Sep 30 12:08 alice.pub -rw-r--r-- 1 hesco hesco 397 Sep 30 12:08 mdarc.pub
The security model depends on the creation of a single user with privileges over the git installation and the project repositories it hosts. By default, this user is called git. Only the git user may interact with the projects.
The user privilege model is built on ssh key pairs. Each developer or tester with need for access to a project repository hosted by gitolite generates a key pair, traditionally done using ssh-keygen, and provides their public key (.ssh/id_rsa.pub by default) to the administrator of the repository. The gitolite administrator then adds the public key to their cloned gitolite configuration, runs `git add keydir/new_user.pub` then `git commit` then `git push origin` to enable the new user.
The syntax used in conf/gitolite.conf is documented in the linked README above.
Integrating Jenkins with Gitolite
Applying what we no know of the Gitolite architecture then requires the following steps:
generate an ssh key-pair
Generate an ssh key-pair with an empty passphrase on the jenkins server for the jenkins server
hesco@jenkins:~$ cd /var/lib/jenkins hesco@jenkins:/var/lib/jenkins$ sudo -u jenkins ssh-keygen [sudo] password for hesco: Generating public/private rsa key pair. Enter file in which to save the key (/var/lib/jenkins/.ssh/id_rsa): Enter passphrase (empty for no passphrase): Enter same passphrase again: Your identification has been saved in .ssh/id_rsa. Your public key has been saved in .ssh/id_rsa.pub. The key fingerprint is: 91:0a:2c:e1:73:4f:93:5e:22:f9:bf:12:2b:72:2e:10<EMAIL_ADDRESS>The key's randomart image is: +--[ RSA 2048]----+ | . | | . o . . . | | + * = + | |E + B = . | | . = S | |. .. | | . o. | | o o o . | | =.. .. | +-----------------+
It is important to use an empty passphrase, or the CI server will pause until it times out waiting for the entry of the passphrase.
Next harvest that public key for the next step:
hesco@pbx:/var/lib/jenkins$ sudo -u jenkins cat .ssh/id_rsa.pub ssh-rsa AAAAB3NzaC1yc2EAAAABIwAAAQEA8OEjcUj . . . nPkOUXCjScyw==<EMAIL_ADDRESS>create a gitolite user for jenkins
create a gitolite user for jenkins like so:
11:52:51 (master) ~/gitolite-admin$ vim keydir/jenkins.pub
Paste the jenkins public key into this file, ensuring that it is on a single line, collapsing line feeds if it wrapped when you pasted it into the file.
extend privileges to the jenkins user to each relevant project repository
Extend privileges to the jenkins user to each relevant project repository like so:
12:04:37 (master) ~/gitolite-admin$ vim conf/gitolite.conf @development_team = bob carol ted alice repo gitolite-admin RW+ = hesco repo myproject RW+ = hesco RW = @development_team R = jenkins
Read only privileges are sufficient to permit jenkins to clone the directory.
push changes to gitolite configuration
push changes to gitolite configuration like so:
12:13:14 {master} ~/gitolite-admin$ git add keydir/jenkins.pub conf/gitolite.conf 12:13:28 (master) ~/gitolite-admin$ git commit keydir/jenkins.pub conf/gitolite.conf [master ba84830] Added public key for<EMAIL_ADDRESS>and added jenkins to myproject 1 files changed, 5 insertions(+), 3 deletions(-) 12:13:43 (master) ~/gitolite-admin$ git push origin Counting objects: 12, done. Delta compression using up to 2 threads. Compressing objects: 100% (7/7), done. Writing objects: 100% (8/8), 1.10 KiB, done. Total 8 (delta 2), reused 0 (delta 0)
add /etc/hosts entry for git repository
If the same IP hosts both gitolite and jenkins, you next want to add an entry to /etc/hosts for the git repository on the jenkins server.
hesco@pbx:/var/lib/jenkins$ sudo vim /etc/hosts <IP_ADDRESS> git.example.com git
add gitolite ssh fingerprint to jenkins' .ssh/known_hosts
Add the gitolite repository's ssh fingerprint to the jenkins user's .ssh/known_hosts file in their home directory on the jenkins' server like so:
hesco@jenkins:/var/lib/jenkins/workspace/myproject$ sudo -u jenkins git clone git@git.example.com:myproject Cloning into 'myproject'... The authenticity of host 'git.example.com (<IP_ADDRESS>)' can't be established. RSA key fingerprint is 25:ac:4b:23:22:6c:5d:11:82:c9:4f:65:73:6a:90:0c. Are you sure you want to continue connecting (yes/no)? yes Warning: Permanently added 'git.example.com' (RSA) to the list of known hosts. remote: Counting objects: 1005, done. remote: Compressing objects: 100% (434/434), done. remote: Total 1005 (delta 412), reused 1005 (delta 412) Receiving objects: 100% (1005/1005), 880.75 KiB, done. Resolving deltas: 100% (412/412), done. hesco@pbx:/var/lib/jenkins/workspace/myproject$ cd .. hesco@pbx:/var/lib/jenkins/workspace$ sudo -u jenkins rmdir myproject
Make sure you clean up after the fingerprint is captured, so you are ready for the next build.
configure the git credentials in jenkins for the Project
Configure the git credentials in Jenkins for the Project. If the gitolite and jenkins installations are hosted at the same IP and you set up the entry in /etc/hosts, then you can use the same credentials and url as you would to clone the project in your local sandbox. Otherwise you will need to repeat the .ssh/known_hosts step above for localhost or <IP_ADDRESS>.


|
VA-API
2.6.0.pre1
|
Video processing pipeline configuration. More...
#include <va_vpp.h>
Public Attributes | |
| VASurfaceID | surface |
| Source surface ID. More... | |
| const VARectangle * | surface_region |
| Region within the source surface to be processed. More... | |
| VAProcColorStandardType | surface_color_standard |
| Requested input color standard. More... | |
| const VARectangle * | output_region |
| Region within the output surface. More... | |
| uint32_t | output_background_color |
| Background color. More... | |
| VAProcColorStandardType | output_color_standard |
| Requested output color standard. More... | |
| uint32_t | pipeline_flags |
| Pipeline filters. See video pipeline flags. More... | |
| uint32_t | filter_flags |
| Extra filter flags. See vaPutSurface() flags. More... | |
| VABufferID * | filters |
| Array of filters to apply to the surface. More... | |
| uint32_t | num_filters |
| Actual number of filters. | |
| VASurfaceID * | forward_references |
| Array of forward reference frames. | |
| uint32_t | num_forward_references |
| Number of forward reference frames that were supplied. | |
| VASurfaceID * | backward_references |
| Array of backward reference frames. | |
| uint32_t | num_backward_references |
| Number of backward reference frames that were supplied. | |
| uint32_t | rotation_state |
| Rotation state. See rotation angles. More... | |
| const VABlendState * | blend_state |
| blending state. See "Video blending state definition". More... | |
| uint32_t | mirror_state |
| VASurfaceID * | additional_outputs |
| Array of additional output surfaces. | |
| uint32_t | num_additional_outputs |
| Number of additional output surfaces. | |
| uint32_t | input_surface_flag |
| Flag to indicate the input surface flag. More... | |
| uint32_t | output_surface_flag |
| Flag to indicate the output surface flag. More... | |
| VAProcColorProperties | input_color_properties |
| Input Color Properties. See "VAProcColorProperties". | |
| VAProcColorProperties | output_color_properties |
| Output Color Properties. See "VAProcColorProperties". | |
| VAProcMode | processing_mode |
| Processing mode. See "VAProcMode". | |
| VAHdrMetaData * | output_hdr_metadata |
| Output High Dynamic Metadata. More... | |
| uint32_t | va_reserved [VA_PADDING_LARGE-13] |
| Reserved bytes for future use, must be zero. | |
Video processing pipeline configuration.
This buffer defines a video processing pipeline. The actual filters to be applied are provided in the filters
field, they can be re-used in other processing pipelines.
The target surface is specified by the render_target
argument of vaBeginPicture()
. The general usage model is described as follows:
vaBeginPicture()
: specify the target surface that receives the processed output;vaRenderPicture()
: specify a surface to be processed and composed into the render_target
. Use as many vaRenderPicture()
calls as necessary surfaces to compose ;vaEndPicture()
: tell the driver to start processing the surfaces with the requested filters.If a filter (e.g. noise reduction) needs to be applied with different values for multiple surfaces, the application needs to create as many filter parameter buffers as necessary. i.e. the filter parameters shall not change between two calls to vaRenderPicture()
.
For composition usage models, the first surface to process will generally use an opaque background color, i.e. output_background_color
set with the most significant byte set to 0xff
. For instance, 0xff000000
for a black background. Then, subsequent surfaces would use a transparent background color.
| const VABlendState* VAProcPipelineParameterBuffer::blend_state |
blending state. See "Video blending state definition".
If blend_state is NULL, then default operation mode depends on the source surface format:
Otherwise, blend_state is a pointer to a VABlendState structure that shall be live until vaEndPicture().
Implementation note: the driver is responsible for checking the blend state flags against the actual source surface format. e.g. premultiplied alpha blending is only applicable to RGB surfaces, and luma keying is only applicable to YUV surfaces. If a mismatch occurs, then #VA_STATUS_ERROR_INVALID_BLEND_STATE is returned.
| uint32_t VAProcPipelineParameterBuffer::filter_flags |
Extra filter flags. See vaPutSurface() flags.
Filter flags are used as a fast path, wherever possible, to use vaPutSurface() flags instead of explicit filter parameter buffers.
Allowed filter flags API-wise. Use vaQueryVideoProcPipelineCaps() to check for implementation details:
VA_FRAME_PICTURE
, VA_TOP_FIELD
, VA_BOTTOM_FIELD
. Note that any deinterlacing filter (VAProcFilterDeinterlacing) will override those flags.VA_SRC_BT601
, VA_SRC_BT709
, VA_SRC_SMPTE_240
.VA_FILTER_SCALING_DEFAULT
, VA_FILTER_SCALING_FAST
, VA_FILTER_SCALING_HQ
, VA_FILTER_SCALING_NL_ANAMORPHIC
. | VABufferID* VAProcPipelineParameterBuffer::filters |
Array of filters to apply to the surface.
The list of filters shall be ordered in the same way the driver expects them. i.e. as was returned from vaQueryVideoProcFilters(). Otherwise, a VA_STATUS_ERROR_INVALID_FILTER_CHAIN is returned from vaRenderPicture() with this buffer.
VA_STATUS_ERROR_UNSUPPORTED_FILTER is returned if the list contains an unsupported filter.
| uint32_t VAProcPipelineParameterBuffer::input_surface_flag |
Flag to indicate the input surface flag.
bit0~3: Surface sample type
For interlaced scaling, examples as follow:
bit31: Surface encryption
bit4~30 for future
| uint32_t VAProcPipelineParameterBuffer::mirror_state |
mirroring state. See "Mirroring directions".
Mirroring of an image can be performed either along the horizontal or vertical axis. It is assumed that the rotation operation is always performed before the mirroring operation.
| uint32_t VAProcPipelineParameterBuffer::output_background_color |
Background color.
Background color used to fill in pixels that reside outside of the specified output_region. The color is specified in ARGB format: [31:24] alpha, [23:16] red, [15:8] green, [7:0] blue.
Unless the alpha value is zero or the output_region represents the whole target surface size, implementations shall not render the source surface to the target surface directly. Rather, in order to maintain the exact semantics of output_background_color, the driver shall use a temporary surface and fill it in with the appropriate background color. Next, the driver will blend this temporary surface into the target surface.
| VAProcColorStandardType VAProcPipelineParameterBuffer::output_color_standard |
Requested output color standard.
If this is set to VAProcColorStandardExplicit, the color properties are specified explicitly in output_color_properties instead.
| VAHdrMetaData* VAProcPipelineParameterBuffer::output_hdr_metadata |
Output High Dynamic Metadata.
If output_metadata is NULL, then output default to SDR.
| const VARectangle* VAProcPipelineParameterBuffer::output_region |
Region within the output surface.
Pointer to a #VARectangle defining the region within the output surface that receives the processed pixels. If NULL, output_region
implies the whole surface.
Note that any pixels residing outside the specified region will be filled in with the output_background_color.
| uint32_t VAProcPipelineParameterBuffer::output_surface_flag |
Flag to indicate the output surface flag.
bit0~3: Surface sample type
bit31: Surface encryption
bit4~30 for future
| uint32_t VAProcPipelineParameterBuffer::pipeline_flags |
Pipeline filters. See video pipeline flags.
Flags to control the pipeline, like whether to apply subpictures or not, notify the driver that it can opt for power optimizations, should this be needed.
| uint32_t VAProcPipelineParameterBuffer::rotation_state |
Rotation state. See rotation angles.
The rotation angle is clockwise. There is no specific rotation center for this operation. Rather, The source surface is first rotated by the specified angle and then scaled to fit the output_region.
This means that the top-left hand corner (0,0) of the output (rotated) surface is expressed as follows:
Check VAProcPipelineCaps::rotation_flags first prior to defining a specific rotation angle. Otherwise, the hardware can perfectly ignore this variable if it does not support any rotation.
| VASurfaceID VAProcPipelineParameterBuffer::surface |
Source surface ID.
ID of the source surface to process. If subpictures are associated with the video surfaces then they shall be rendered to the target surface, if the VA_PROC_PIPELINE_SUBPICTURES pipeline flag is set.
| VAProcColorStandardType VAProcPipelineParameterBuffer::surface_color_standard |
Requested input color standard.
Color properties are implicitly converted throughout the processing pipeline. The video processor chooses the best moment to apply this conversion. The set of supported color standards for input shall be queried with vaQueryVideoProcPipelineCaps().
If this is set to VAProcColorStandardExplicit, the color properties are specified explicitly in surface_color_properties instead.
| const VARectangle* VAProcPipelineParameterBuffer::surface_region |
Region within the source surface to be processed.
Pointer to a #VARectangle defining the region within the source surface to be processed. If NULL, surface_region
implies the whole surface.


- Predict quality of white wine based on physicochemical features.
- Random Forest algorithm for the prediction.
- Accuracy for the measure of success.
Justin Nafe
P. Cortez, A. Cerdeira, F. Almeida, T. Matos and J. Reis. Modeling wine preferences by data mining from physicochemical properties. In Decision Support Systems, Elsevier, 47(4):547-553, 2009


{% extends 'base.html' %} {% block title %}Server Error{% endblock %} {% block content %}
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GOVERNMENT OF THE DISTRICT OF COLUMBIA Board of Ethics and Government Accountability Open Government Report 2014 On July 21, 2014, Mayor Gray issued the Transparency, Open Government and Open Data Directive (Mayor’s Order 2014-170). The directive is intended to promote greater government accountability among District Government agencies. The directive requires each agency to expand its cadre of proactively disclosed records as well as publishing the data in machine-readable formats such at HTML, XML, CSV, JSON, RDF or XHTML. Since its inception in 2012, the Board of Ethics and Government Accountability (BEGA) has implemented an “open-by-default” policy in its oversight of the Office of Government Ethics (OGE) and the Office of Open Government (OOG). Both the OGE and the OOG are joined under the umbrella of BEGA, operating on the premise that an ethical government is a transparent government. Through its annual BEGA Best Practices Report, the OOG will continue to provide policy recommendations to the Executive Office of the Mayor and the Council of the District of Columbia that will promote sustainable government transparency policies, agency responsiveness through the use of easily accessed and maintained technological tools and advocate for greater civic collaboration and participation in communities. • • • • • • The Office of Government Ethics and the Office of Open Government make all statutes, rulemakings, trainings, advisory opinions, dispositions and testimony issued by the respective offices available on BEGA’s website at www.bega-dc.gov. Advisory opinions issued by OGE are presumptively protected from disclosure as attorney/client privilege under D.C. Official Code §2-534(a)(4). However, OGE seeks the approval from the requestor to publish the opinion on the website with the appropriate redactions to protect requesters’ identity. Advisory opinions issued by the Office of Open Government are published on the website with the permission of the requestor. All trainings conducted by OOG and OGE are published on the website in searchable pdf format. All OGE Complaint Reports are published on the website in XLSX format. Under D.C. Official Code §§2-571-578, all meetings of public bodies must be properly noticed, and recorded, and detailed minutes and/or recordings are to be provided to the public. The Office of Open Government provides the District’s only central calendar of public body meeting dates/agendas, meeting minutes, etc. on its website at http://www.bega-dc.gov/boardcommission/meetings. Also, the site allows boards and commissions to easily upload meeting audio recordings and administrative materials. BEGA makes available video/audio recordings of meetings available on its website; the recordings and detailed meeting minutes are easily accessed in corresponding list or calendar views, and are saved in searchable .pdf or .wav formats. Streaming of BEGA meetings real-time 1 GOVERNMENT OF THE DISTRICT OF COLUMBIA Board of Ethics and Government Accountability • • • • • • • is currently inhibited by OCTO. OCTO must provide the necessary equipment to allow BEGA to stream is meetings. The OOG recommends the use of Google Hangout and other similar online conferencing tools that may be easily used by public bodies and accessed by the public on all PC’s and mobile devices. The public may submit RSVPs to attend BEGA meetings and all other public body meetings listed on the BEGA site. The public may also submit comments to the board and members of BEGA staff via the BEGA website. Financial Disclosure Statements and Lobbyist filings may be electronically filed and viewed via the BEGA website. The public may submit ethics complaints via the BEGA website in addition to traditional forms of communication such as telephone and email. All information that must be proactively disclosed under D.C. Official Code §2-531 and FOIA requests received and processed by OGE and OOG are listed on the BEGA website under a corresponding FOIA tab. As the Director of the OOG also serves as the District’s FOIA Officer, all agency FOIA Officer contact information as well as the general FOIA process is located on the BEGA website. BEGA, under the guidance of the OOG, is the first District Government Agency to “open up” District laws by making regulations concerning public bodies available on an open source platform via DC Decoded. On the DC Decoded website, viewers have access to those regulations and are able to hover over text found in the regulations to view in-line definitions. Viewers also have the ability to forward or otherwise share the text with others without copyright restriction. BEGA makes its Annual Best Practices Report available on Madison, a government policy cocreation platform which allows users to interact with lawmakers. Users are able to provide feedback and comments in real-time as legislation and policy are being introduced and considered. To solicit feedback from the coding community on its open government policies and practices, the OOG makes its Annual Best Practices Report available on GitHub. BEGA’s IT staff will also work to place all complaints received by BEGA in a GitHub repository. 2


Frontend Project 2
contacts
Add new contacts information
First name:
Last name:
Phone number:
Date:
Company:
Email:
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update


The following table shows the default data filter for each security type:
| Security Type | Default Filter |
|---|---|
Equity |
EquityDataFilter |
Option |
OptionDataFilter |
Forex |
ForexDataFilter |
Index |
IndexDataFilter |
Cfd |
CfdDataFilter |
| Others | SecurityDataFilter |
None of the preceding filters filter out any data.


Swagger2OpenAPI version <%= s2oVersion %> tracks the <%= targetVersion %> version of the OpenAPI Specification <% if (targetVersion.toLowerCase().indexOf('rc')>=0) { %>
Warning: This is a Release Candidate version of the specification and changes may be made before the final release, and Swagger2OpenAPI may be in flux tracking these changes. <% } %>


The following are scripts to support the Artistic Style program. They are in various computer languages for multiple platforms.
astyle-clean.py is a Python script to clean a directory tree by moving Artistic Style backup files to a separate directory. This allows Artistic Style to create backup files without cluttering your source directories. There are four variables at the start of the script that need to be set for each application. The script will move or copy backup files to a backup directory maintaining the original directory structure. New backup files will be copied over the old so you will always have the most current backup.
astyle-clean.sh is a Linux shell script to clean a directory tree by moving Artistic Style backup files to a separate directory. This allows Artistic Style to create backup files without cluttering your source directories. There are four variables at the start of the script that need to be set for each application. The script will move or copy backup files to a backup directory maintaining the original directory structure. New backup files will be copied over the old so you will always have the most current backup.
astyle-clean.bat is a Windows batch file to clean a directory tree by moving Artistic Style backup files to a separate directory. This allows Artistic Style to create backup files without cluttering your source directories. There are four variables at the start of the script that need to be set for each application. The script will move or copy backup files to a backup directory maintaining the original directory structure. New backup files will be copied over the old so you will always have the most current backup.
astyle.pl is a Mac Perl script to indent source files in TextWrangler
and BBEdit using Artistic Style. Selected text from the editor can be passed to Artistic Style and replaced with
the reformatted text. Save the script in the "Unix Filters" directory (you need to restart TextWrangler to see
new scripts). Then simply highlight the text you would like to indent, choose the script from the Shebang (#!
)
menu, and the text will be immaculately formatted. You can add Artistic Style options to the "my $astyle" line
in the script.
indent-commit.pl is a Perl script to integrate Artistic Style with a CVS repository check-in. Before code is checked in, Artistic Style is automatically called so that the repository files have a consistent style. This script was posted on the web site several years ago and probably needs to be updated.
astyle-hooks.el is an Emacs Lisp script containing hooks to convert Emacs default styles to Artistic Style default styles. There are hooks for C++, Java, and C# files. The C# hook requires the csharp-mode.el file from csharpmode on Google Project Hosting. For best results Artistic Style should use the options ‑‑min‑conditional‑indent=0 (‑m0) and ‑‑max‑instatement‑indent=50 (‑M50). Emacs does not seem to have an option equivalent to these. The formatting for Emacs and Artistic Style will not be identical, but should be reasonably close.


BOLD International is a Portuguese company founded in 2009 that operates in the technologies sector. Currently present in Portugal with offices in Aveiro, Lisbon and Oporto, and in Brazil, in São Paulo. With around 500 employees, people-centred, BOLD’s teams stand out due to a culture of proximity and accompaniment. The company's strategy combines the focus on outsourcing with the development of specialised competence centres, namely, CARBON for Mobility Solutions; DIAMOND for Digital Strategy; NEOS for Infrastructure and System Administration; TECHSENYS for Internet of Things; and COLLIDE for videogames and digital storytelling. Through the cooperation between these specialised units the company delivers solutions that cover all the needs of a business value chain. BOLD has been developing different projects for international markets, focusing primarily on North America, Europe and Latin America. The company has received several awards for their human resources policies (Award for Excellence at Work, 100 best companies to work for), and in 2015 BOLD joined the Technology Fast 500 EMEA, ranking third in Portugal. A global turnover of 10.8 million Euros was registered in 2015, which represents a 35% growth compared to the previous year.
www.boldint.com
Get to know more about the specialized competence centres:
www.diamondbybold.com
www.carbonbybold.com
www.neosbybold.com
www.techsensys.com
www.collide.rocks
The company won the Excellence Award for SMEs attributed by IAPMEI (Institute for Support to Small Medium Enterprises and for Innovation) and by the main banks of the portuguese banking system. Considered by the journal Exame, during the last three years (2013 – 2015) as one of the 100 best companies to work for in Portugal, achieving the 1st position within the industry ranking for IT Outsourcing companies, and the 17th position in the global ranking. In 2015 BOLD International also integrated the Technology Fast 500 EMEA, a study developed by Deloitte, where BOLD held the 383rd position in the global ranking and the 3rd at a national level.


Do you like bagels? Well if you don't your banished from this website forever.
Anyways, I hope you have a fun time looking at all this website has to offer.
So if you don't like having fun and looking at memes, leave immediately.
(this was the first edition of this website, so this is what it looked like about 4 years ago)
Number of visits


Scoreboard control
Team 1:
Team 2:
Score:
-
Team names and Scores are updated automatically on change and show.
Show
Hide
The scoreboard animation in this example was made by
glowdragon.de


abstract
test cases which do not
contain any test methods. Such test cases usually indicate unfinished code,
or could be a refactoring leftover that should be removed.
For example:
public class CrucialTest {
@Before
public void setUp() {
System.out.println("setting up");
}
}
Use the checkbox below to specify that test cases which have super classes with test methods should be ignored by this inspection.


Terms and Conditions of Use
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Last updated on January 3rd, 2018


This is an Angular 2 application that uses the Spotify API to find artists and display albums and tracks.


Zimbabwe fuel prices increased again
The Zimbabwe Energy Regulatory Authority (ZERA) has announced yet another increase in the price of fuel effective tomorrow, Monday, 25 November 2019.
Diesel has gone up by 16 cents per litre to cost ZWL$17.90 per litre while Blended Petrol has gone up by 37 cents per litre to cost ZWL$17.44 per litre.


About
Front End Developer
Jensen Bouzi is a Front End Developer from Queens, New York with nack for solving complex problems and a passion for learning that sees him pick up new technologies swiftly. A recent graduate of Amherst College where he recieved a B.A. in Asian Languages and Civilizations, minored in Mathematics, and gained fluency in Japanese, Jensen's journey into tech was quiet unorthodox. Growing up, he attended the Hayden Engineering & Applied Sciences program at Columbia University where he studied chemistry, physics, biology, robotics, and computer science. However after persuing various academic passions and traveling the world during his undergraduate years, it was only in his final year that he rekindled his passion for technology.
Since graduating from Amherst College in the spring of 2014, Jensen has rigorously ventured to expand his skillset and depth of coding knowledge by leveraging online resources, books, and even completing the intensive web development program, Dev Bootcamp. He specializes in JavaScript, having experience developing applications and rich user experiences using AngularJS, jQuery, Node, Ruby on Rails, SCSS, TDD, among other technologies and methodologies. Jensen's meticulous nature drives him to produce modular, flexible code with a proven track record for learning and implementing new technologies quickly.
If Jensen is not reading about JavaScript or attempting to re-solve a problem in half the amount of code, he is most likely enthusiastically watching his favorite soccer team, Arsenal, or heavily involved in a music debate with other music connoisseurs.


Vim editor
Vim is a clon with additions of "VI" the editor made for Unix OS, this was released to public in 1991. Vim is designed for use both from a CLI(command line interface) as and a standalone application in a graphic user interface.
Vim's interface is not based on menus or icons but on commands given in a text user interface.Vim has 12 modes, here i mention the basic ones:
- Normal
- Visual
- Select
- Insert
- Command Line
- Ex