Using Linux, you need a terminal emulator (of course, you can live without but much easier if you know how to use one). A terminal acts as a mediator to pass your command to your OS.
Terminator is a good terminal emulator with tabs support and it can be split in to terminal windows both horizontally and vertically.
sudo apt-get install terminator
Some useful keyboard shortcut:
You always need a text editor when using Linux as all its configuration file is in text form. If you are a developer and write code in on a daily basis, Geany is also a very good text editor with its variation of plugins.
I am choosing Geany because it came as default with Crunchbang, my beloved distro. Just do not want to change to any other.
sudo apt-get install geany
We often combine geany with gksudo command to edit system files. Do not combine it with sudo (it will mess up Geany configuration file).
gksudo geany /etc/fstab
Just remember this rule: sudo are for application in terminal, for Graphical one, you need to use gksudo instead. Otherwise, you will mess them up.
Synaptic – GUI package manager
Up until now, you have installed software mainly by apt-get via terminal, there is another good option to install them via a GUI package manager, Synaptic is always my first choice. It was extremely useful when you need to find a recommended packages when you install a minimal desktop.
sudo apt-get install synaptic
Here is how the status of Firefox and its recommends are showing in Synaptic:
I do not use Synaptic much. apt-get is enough for managing package because now I really familiar with all applications I am using (know them by name and which of their recommended packages I need).
Gdebi to install .deb package
Gdebi is also a nice program to handle .deb files, the standard package in Debian. After you have had Gdebi installed, whenever you want to install a .deb file, just double click it. Not recommend though, you should REALLY know what you are doing when dealing with packages which are outside of your official repository.
sudo apt-get install gdebi
Another alternative if you do not use gdebi: One simple command can do it:
sudo dpkg -i deb_package #(to remove: sudo dpkg -r deb_package)
System monitor application - htop
Htop is a lightweight program and do the job just fine.
sudo apt-get install htop
In your terminal emulator, type htop, it will display all the running processes and the resources being used at that moment.
As you can see here, I installed an Ubuntu 64bit on my computer, and the amount of RAM it takes on startup is just 390MB. That’s actually great comparing with other desktop environment, and if I go this way with 32bit, it’s easier to get to just slightly over 200MB of RAM.
Here is how to bind the old combination keys Ctrl + Alt + Del to htop in your Openbox rc.xml configuration file:
<keybind key="C-A-Delete">
<action name="Execute">
<startupnotify>
<enabled>true</enabled>
<name>htop</name>
</startupnotify>
<command>terminator -e htop</command>
</action>
</keybind>


To understand intricacies and inner workings of Jenkins X, we need to understand Kubernetes. But, you do not need to understand Kubernetes to use Jenkins X. That is one of the main contributions of the project. Jenkins X allows us to harness the power of Kubernetes without spending an eternity learning the ever-growing list of the things it does. Jenkins X helps us by simplifying complex processes into concepts that can be adopted quickly and without spending months in trying to figure out “the right way to do stuff.” It helps by removing and simplifying some of the problems caused by the overall complexity of Kubernetes and its ecosystem. If you are indeed a Kubernetes ninja, you will appreciate all the effort put into Jenkins X. If you’re not, you will be able to jump right in and harness the power of Kubernetes without ripping your hair out of frustration caused by Kubernetes complexity./p> /div>


Support us
Your Generosity Makes This Possible
We hope that you are as excited about our upcoming Food Swap as we are! As you know, coming to our food swaps is always free and you will never have to exchange cash for goods. Behind the scenes however, there are costs associated with organizing and hosting these meetings. Some venues charge for space, and supplies like name tags and paper plates can add up.
If you’d like to help support the Wilmington Food Swap, there are three ways you can do so.
Venue: If you own a restaurant, bar, community space or public venue and would like to host a meeting of the Wilmington Food Swap, please use the contact form below to reach out to us. We plan to meet quarterly so we are always on the lookout for where our next meetup can be.
Supplies: If you are able to commit to bringing supplies with you to a meet up, please use the contact form below to coordinate with us what we may need. Some venues are able to provide us with the supplies we need and others are not, so our needs are always changing.
A short sample list of items we may need include; folding tables/chairs, name-tags & markers, paper plates, paper bowls, plastic cups, disposable cutlery, tablecloths, napkins, cleaning supplies, beverages, and printed materials.
We ask that that you only volunteer to bring supplies if you are 100% sure you will be able to attend and bring said items. We appreciate your generosity, but if you are unable to follow though it can impact someone else’s experience negatively.
Money: If you would like to help and none of the above options are right for you, then you can still contribute by donating money to the cause. We will have a donations jar at the event available, or you can also connect to us via Venmo for an easy, digital transaction.
You can find us on Venmo as @Wilmington-FoodSwap.
Again, if you have any questions please use the form to contact us.
Thank you and have a wonderful day!


EVO HTML to PDF Converter offers a great flexibility in adding headers and footers to the generated PDF document.
You can add in header and footer any PDF element that you can normally add in a PDF page : HTML, text, image.
The options you can set in this demo are:
HTML Page to Convert
-
HTML Page URL or Local File to Convert. The URL of the HTML page to convert must be accessible from the computer where the converter runs.
If the page requires authentication or if you are using a proxy server to access Internet then you have to set the converter properties accordingly
as described in documentation
Enable Header and Footer
-
Add Header. Using this option you can enable or disable the header in the generated PDF document
-
Add Footer. Using this option you can enable or disable the footer in the generated PDF document
Header Options
-
Show in First Page. Using this option you can enable or disable the header in the first page of the generated PDF document
-
Show in Odd Pages. Using this option you can enable or disable the header in the odd pages of the generated PDF document. If want to disable the header in first page too then you have to explicitly set the option above
-
Show in Even Pages. Using this option you can enable or disable the header in the even pages of the generated PDF document
-
Draw Header Line. This option controls if a thin line will be drawn at the bottom of the header
-
Spacing. This option represents the space between the header and the PDF page body
-
First Page Spacing. This option represents the space between the header and the PDF page body in the first page of the generated PDF document
Footer Options
-
Show in First Page. Using this option you can enable or disable the footer in the first page of the generated PDF document
-
Show in Odd Pages. Using this option you can enable or disable the footer in the odd pages of the generated PDF document. If want to disable the footer in first page too then you have to explicitly set the option above
-
Show in Even Pages. Using this option you can enable or disable the footer in the even pages of the generated PDF document
-
Add Page Numbers. This option controls if the page numbering will be added in footer
-
Draw Footer Line. This option controls if a thin line will be drawn at the top of the footer
-
Spacing. This option represents the space between the footer and the PDF page body


Expires {{foodCtrl.getExpirationDate(food)}}
${{foodCtrl.getPrice(food)}}, added {{foodCtrl.getAge(food)}} days ago


Before I Quit Smoking I Used To Smoke 4 Packs A Day – Hammer Discloses
by vanessa nordziRenowned Ghanaian song producer and CEO of A1 bread, Edward Nana Poku Osei also popularly known as Hammer has revealed the number of cigarette packs he used to smoke before he quit smoking.
According to Hammer, his business partner in the bread business, Kwaku Boateng helped him quit the hazardous act.
Hammer revealed that he quit smoking in 2014 after encountering several health issues.
Hammer disclosed in a recent interview that he started smoking since first year in PRESEC (Presbyterian Boys’ Secondary School) and it was difficult for him to quit.
“I was deteriorating. I woke up tired each morning instead of being rejuvenated and this was constant.” Hammer recounted.
Hammer further revealed that he used to smoke at least 4 packs a day. He however advised the youth to not indulge in the dangerous act.
“I wouldn’t be here if I were still smoking”, he reiterated.


v1.1
This is a small web-base service that allows users to provide a json file which is then parsed and filtered on the client side. No data is ever transmitted outside of your browser.
Please upload a file first...
Fields are matched using Rexeg (also case sensitive). Some good examples are available here.
You can use a .*
for a wildcard match.
This site is not affiliated with anyone.
The data used to produce this page is publically available and is provided here with no warranty.
For feedback please contact ed(at)ed-moore.net


{% extends "base.html" %} {% load staticfiles %} {% load crispy_forms_tags %} {% block title %}{{ block.super }}Projects{% endblock %} {% block navbar-left %} {% include "_navbar.html" with active_link="projects" %} {% endblock %} {% block container %}
LibreOffice is a free and open source office suite, developed by The Document Foundation. It was forked from OpenOffice.org in 2010, which was an open-sourced version of the earlier StarOffice. The LibreOffice suite comprises programs for word processing, the creation and editing of spreadsheets, slideshows, diagrams and drawings, working with databases, and composing mathematical formulae. LibreOffice uses the international ISO/IEC standard OpenDocument file format as its native format to save documents for all of its applications (as do its OpenOffice.org cousins Apache OpenOffice and NeoOffice). The OpenDocument file format is now also supported by all major competing office suite applications (proprietary and open source). LibreOffice is also compatible with other major office suites, including Microsoft Office,[9] through a variety of import/export filters. The file formats of Microsoft Office are well supported, though some layout features and formatting attributes are handled differently in the application or are not entirely supported in the filters.[10] LibreOffice is available in 110 languages[7] and for a variety of computing platforms,[5] including Microsoft Windows, OS X (10.8 or newer), and Linux (including a LibreOffice Viewer for Android[11]). It is the default office suite of most popular Linux distributions.[12][13][14][15] Between January 2011 (the first stable release) and October 2011, LibreOffice was downloaded approximately 7.5 million times.[16] The project claims 120 million unique downloading addresses from May 2011 to May 2015, excluding Linux distributions, with 55 million of those being from May 2014 to May 2015.


GitLab.com is our forge
We use GitLab.com as our forge.
Our GitLab.com group is at https://gitlab.com/groups/NTPsec
Please use the issue tracker and the pull request process at that GitLab.com group.
GitHub.com is a mirror, not our forge
We maintain a public mirror of the repo at https://github.com/ntpsec/ntpsec
Please do not use GitHub issues or GitHub pull requests.
Hacking guide
Please read and obey the …/devel/hacking.txt file.
License of contributions
Annoying but necessary legalese:
By submitting patches to this project, you agree to allow them to be redistributed under the project's license according to the normal forms and usages of the open-source community.
The license of new code is to be BSD-2-clause and the license for new documentation is to be Creative Commons Attribute 4.0 License. Contributions and patches with no license information will be assumed to be under those licenses.
Please do not submit code under GPL or other licenses which place conditions on derived works; we cannot accept such code. Please avoid submitting code under any license other than BSD-2-clause, and avoid submitting docs under any license other than the Creative Commons Attribute 4.0 License.
It is your responsibility to make sure you have all the necessary rights to contribute to the project.
Development Practice
Before starting significant work, please propose it and discuss it first in the<EMAIL_ADDRESS>mailing list. Other people may have suggestions, will want to collaborate, and will wish to review your code.
Please work on one piece of conceptual work at a time. Keep each narrative of work each in a different branch.
As much as possible, have each patch solve one problem.

A patch must not leave the project in a non-functional state.
Optional: Send patches by email
If you are unable to use GitLab.com pull requests, we welcome simple fix and "drive by" patches submitted by email.
Create the patch with git format-patch against the tip of master of the main public repo.
You can email your patch to<EMAIL_ADDRESS>if you are a member of that mailing list, or you can email your patch to<EMAIL_ADDRESS>if you are not.
When we merge in your patch we will use the git parameter ---author with the contents of the From header from your email and the git parameter --date with the contents of the Date header from your email. So make sure your From header is correct.
For complex contributions, please use GitLab.com.


Hi there and welcome to our Akan Names page. Have you heard of Akan Names? These are traditional Ghanaian names that are given to a person based on their gender and the day of the week. Different names are given to a person depending on the day of the week on which they were born. Thus, as long as you know the day of the week on which you were born, then you can easily find your Akan name.
The list below outlines all fourteen Akan Names, one for each day of the week and each gender. If you know the day of the week on which you were born, then you can simply pick your Akan Name. In case you are not sure about the day of the week on which you were born, you can use our Akan names generator to find your Akan name. The generator is provided at the end of the list.
| Day of the Week | Male Akan Name | Female Akan Name |
|---|---|---|
| Sunday | Kwasi | Akosua |
| Monday | Kwadwo | Adwoa |
| Tuesday | Kwabena | Abenaa |
| Wednesday | Kwaku | Akua |
| Thursday | Yaw | Yaa |
| Friday | Kofi | Afua |
| Saturday | Kwame | Ama |


How to sync Notes from an iPhone to a Mac through iCloud, so your notes are always up-to-date
by Marissa Perino, Business Insider US- You can sync your Notes from an iPhone to your Mac using an iCloud account.
- The option to turn this feature on is found in the settings on both devices.
- Syncing your Notes is helpful for accessing them on multiple devices, so the Notes you write while on your iPhone will automatically appear on your Mac when you get home.
- Visit Business Insider’s homepage for more stories.
Notes are a great way to organize lists, ideas, and things to do – and thanks to iCloud, you can sync these notes across all your devices.
You probably use the Notes app the most on your iPhone, since it’s great for jotting down quick thoughts and reminders throughout the day. You can easily sync these Notes by making a few changes to your iCloud settings. This will make it so any Note you take on one device will appear on all your iCloud-connected devices.
It’s important to note that syncing will only work if you’ve signed in with the same Apple ID on both devices.
Here’s how to set it up.
Check out the products mentioned in this article:
iPhone 11 (From $699.99 at Best Buy)
MacBook Pro (From $1,299.99 at Best Buy)
How to sync your Notes on a Mac
First, you’ll need to make sure your Mac is open for syncing.
1. Open the System Preferences app on your Mac. You can do this by clicking the Apple logo in the top-left corner of the screen and selecting “System Preferences…”
2. Click on the “iCloud” icon. If you’re running macOS Catalina, it may also be called “Apple ID.”
3. Here you’ll find details for your Apple ID account. The main portion of the screen should show which apps are currently using iCloud. Make sure the Notes app has a checkmark next to it. If it has an empty white box, click to check it off.
You can also access the iCloud settings page by going directly through the Notes app on your Mac.
1. Open Notes.
2. Click on “Notes” in the menu bar at the top of your screen.
3. Click “Accounts.” This will bring you to your account information. You may have linked multiple email accounts to your Mac, but iCloud should always be the first option.
4. Select your iCloud account in the pane on the left.
5. Scroll down and make sure the Notes app has a checkmark next to it. It’s also important to note that syncing will only work if you’ve signed in with the same Apple ID on both devices, so make sure this account on your Mac will be the same as the account on your iPhone.
How to sync your Notes on an iPhone
1. Open the Settings app on your phone.
2. Tap your name at the top. This will bring you to your account details for your Apple ID, iCloud, and iTunes & App Store.
3. Tap “iCloud.”
4. This will bring you to your iCloud details page, where you’ll find how much storage you’ve used for photos, backups, and documents, along with which apps are currently using iCloud. Find the Notes app and make sure the toggle is switched from gray to green. Tap or swipe to change this.
If for some reason your notes aren’t syncing, make sure the default account is set to iCloud, as there is a chance the notes you are typing on your iPhone are linked to a different account. To do so:
1. Open your Settings app.
2. From the homepage, scroll down to find the “Notes” tab in the fifth section. Tap to open it.
3. Make sure the “Default Account” is set to “iCloud.” If it’s not, tap to change it. Your Notes will now automatically sync with your Mac.
Related coverage from How To Do Everything: Tech:
-
How to backup an iPhone to iCloud, to a computer through iTunes, or to an external hard drive
-
How to restore your iPhone from a backup after taking the ‘nuclear option’ of a factory reset
-
How to recover deleted photos from your iPhone, through the Photos app, cloud storage services, and more
-
How to backup your iPhone to iCloud or a computer


ON THE COGNITIVE STRUCTURE OF NOUN PHRASES: MEMORY FOR
PRENOMINAL ADJECTIVES IN ORDINARY ENGLISH SENTENCES
A DISSERTATION SUBMITTED TO THE DEPARTMENT OF PSYCHOLOGY AND THE COMMITTEE ON THE GRADUATE DIVISION OF STANFORD UNIVERSITY IN PARTIAL FULFILLMENT OF THE REQUIREMENTS FOR THE DEGREE OF
DOCTOR OF PHILOSOPHY
By Gary Monroe Olson
August 1970


Filter Fun
Steganography
Hide one picture into the other:
Pick the image you want to show:
Pick the image you want to hide:
Output Image:
Uncover the hidden image:
Pick one image that has something hidden:
Hidden image:


Clicking on will take you to the home page no matter what page you're on.> Toggle navigation is your navigation button. Clicking on it will show a drop down list of the different pages. Tapping once will add that location to your favorites page and tapping it again will unfavorite. You can start by taking your first picture! Start
is your navigation button.
Clicking on it will show a drop down list of the different pages.
Tapping once will add that location to your favorites page and tapping it again will unfavorite.
You can start by taking your first picture!


2020 Mercedes-Benz GLA Prototype Strips 2 Days Before Official Reveal
by Alex OaganaA little over six years have passed since the original Mercedes-Benz GLA (X156) was unveiled as the smallest crossover in the Mercedes-Benz lineup and its replacement's reveal is just around the corner.
Unless it gets leaked, we will get to see the 2020 Mercedes-Benz GLA without any camouflage in less than 48 hours, as the crossover is set for a December 11 online reveal, and Mercedes-Benz has already teased the model on more than one occasion.
Caught by our collaborating spy photographers being tested around the streets of Stuttgart alongside a pre-facelift Mercedes-Benz GLC, the new GLA seems quite a bit bigger than its predecessor.
Slightly longer and taller, the car also seems to have much higher ground clearance, almost identical to the more SUV-like GLC that's following close behind. Mercedes-Benz might have responded to the first-generation GLA's criticism, with many people seeing it more like a raised hatchback than the crossover it so desperately tried to be.
The current generation had a so-called “off-road package” as an option on some markets, which raised the ground clearance a further 2 cm (0.8 inches) alongside other “rugged” modifications. That said, the car in the spy photo gallery looks like it's ready for some off-roading at the mall parking lot with those 21-inch wheels and minuscule tire walls.
Based on the same MFA2 (Modular Front-wheel-drive Architecture 2) platform as the latest A-Class, B-Class, CLA and the first generation of the GLB 7-seat crossover, the all-new GLA will feature similar interior design and an identical engine lineup.
This translates into an assortment of 1.3-liter and 2.0-liter turbocharged gasoline engines and 1.5 and 2.0-liter diesels, paired with either front-wheel-drive for the less powerful versions and AWD for the others. A plug-in hybrid version and two Mercedes-AMG versions will become available later on in the product-cycle.
You will get the choice of rowing your own with a six-speed manual transmission but two dual-clutch transmissions will also be available - a 7-speed and an 8-speed one for the more powerful engine versions. 🏁


#include <file-system.h>
Public Types | |
| using | value_type = T |
Public Member Functions | |
Constructors & Destructor | |
| template<typename ... Args> | |
| file_system_implementable (const char *name, block_device &device, Args &&... args) | |
| virtual | ~file_system_implementable () override |
Public Member Functions | |
| value_type & | impl (void) const |
Public Member Functions | |
| using | deferred_files_list_t = utils::intrusive_list< file, utils::double_list_links, &file::deferred_links_ > |
| using | deferred_directories_list_t = utils::intrusive_list< directory, utils::double_list_links, &directory::deferred_links_ > |
| int | mkfs (int options,...) |
| virtual int | vmkfs (int options, std::va_list args) |
| int | mount (const char *path=nullptr, unsigned int flags=0,...) |
| virtual int | vmount (const char *path, unsigned int flags, std::va_list args) |
| Mount file system. | |
| virtual int | umount (int unsigned flags=0) |
| Unmount file system. | |
| file * | open (const char *path=nullptr, int oflag=0,...) |
| virtual file * | vopen (const char *path, int oflag, std::va_list args) |
| virtual directory * | opendir (const char *dirpath) |
| virtual int | mkdir (const char *path, mode_t mode) |
| virtual int | rmdir (const char *path) |
| virtual void | sync (void) |
| virtual int | chmod (const char *path, mode_t mode) |
| virtual int | stat (const char *path, struct stat *buf) |
| virtual int | truncate (const char *path, off_t length) |
| virtual int | rename (const char *existing, const char *_new) |
| virtual int | unlink (const char *path) |
| virtual int | utime (const char *path, const utimbuf *times) |
| virtual int | statvfs (struct statvfs *buf) |
| const char * | mounted_path (void) |
| const char * | name (void) const |
| void | add_deferred_file (file *fil) |
| void | add_deferred_directory (directory *dir) |
| deferred_files_list_t & | deferred_files_list (void) |
| deferred_directories_list_t & | deferred_directories_list (void) |
| template<typename T > | |
| T * | allocate_file (void) |
| template<typename T , typename L > | |
| T * | allocate_file (L &locker) |
| template<typename T > | |
| T * | allocate_directory (void) |
| template<typename T , typename L > | |
| T * | allocate_directory (L &locker) |
| template<typename T > | |
| void | deallocate_files (void) |
| template<typename T > | |
| void | deallocate_directories (void) |
| block_device & | device (void) const |
| static file_system * | identify_mounted (const char **path1, const char **path2=nullptr) |
Definition at line 548 of file file-system.h.
|
inherited |
Definition at line 314 of file file-system.h.
|
inherited |
Definition at line 311 of file file-system.h.
| using os::posix::file_system_implementable< T >::value_type = T |
Definition at line 554 of file file-system.h.
| os::posix::file_system_implementable< T >::file_system_implementable | ( | const char * | name, |
| block_device & | device, | ||
| Args &&... | args | ||
| ) |
Definition at line 997 of file file-system.h.
|
overridevirtual |
Definition at line 1016 of file file-system.h.
|
inlineinherited |
Definition at line 824 of file file-system.h.
|
inlineinherited |
Definition at line 818 of file file-system.h.
|
inherited |
Definition at line 942 of file file-system.h.
|
inherited |
Definition at line 914 of file file-system.h.
|
inherited |
Definition at line 870 of file file-system.h.
|
inherited |
Definition at line 843 of file file-system.h.
|
virtualinherited |
Reimplemented in os::posix::file_system_lockable< T, L >.
Definition at line 823 of file file-system.cpp.
|
inherited |
Definition at line 970 of file file-system.h.
|
inherited |
Definition at line 897 of file file-system.h.
|
inlineinherited |
Definition at line 836 of file file-system.h.
|
inlineinherited |
Definition at line 830 of file file-system.h.
|
inlineinherited |
Definition at line 812 of file file-system.h.
|
staticinherited |
Definition at line 621 of file file-system.cpp.
| file_system_implementable< T >::value_type & os::posix::file_system_implementable< T >::impl | ( | void | ) | const |
Definition at line 1027 of file file-system.h.
|
virtualinherited |
Reimplemented in os::posix::file_system_lockable< T, L >.
Definition at line 743 of file file-system.cpp.
|
inherited |
Definition at line 470 of file file-system.cpp.
|
inherited |
Definition at line 504 of file file-system.cpp.
|
inherited |
|
inlineinherited |
Definition at line 792 of file file-system.h.
|
inherited |
Definition at line 672 of file file-system.cpp.
|
virtualinherited |
Reimplemented in os::posix::file_system_lockable< T, L >.
Definition at line 714 of file file-system.cpp.
|
virtualinherited |
Reimplemented in os::posix::file_system_lockable< T, L >.
Definition at line 916 of file file-system.cpp.
|
virtualinherited |
Reimplemented in os::posix::file_system_lockable< T, L >.
Definition at line 773 of file file-system.cpp.
|
virtualinherited |
Reimplemented in os::posix::file_system_lockable< T, L >.
Definition at line 854 of file file-system.cpp.
|
virtualinherited |
Reimplemented in os::posix::file_system_lockable< T, L >.
Definition at line 1024 of file file-system.cpp.
|
virtualinherited |
Reimplemented in os::posix::file_system_lockable< T, L >.
Definition at line 803 of file file-system.cpp.
|
virtualinherited |
Reimplemented in os::posix::file_system_lockable< T, L >.
Definition at line 885 of file file-system.cpp.
|
virtualinherited |
Unmount file system.
| flags | File system specific flags. |
| 0 | if successful, |
| -1 | otherwise and the variable errno is set to indicate the error. |
The root file system must be unmounted last, it cannot be unmounted if other mount points exists.
Reimplemented in os::posix::file_system_lockable< T, L >.
Definition at line 589 of file file-system.cpp.
|
virtualinherited |
Reimplemented in os::posix::file_system_lockable< T, L >.
Definition at line 948 of file file-system.cpp.
|
virtualinherited |
Reimplemented in os::posix::file_system_lockable< T, L >.
Definition at line 980 of file file-system.cpp.
|
virtualinherited |
Definition at line 482 of file file-system.cpp.
|
virtualinherited |
Mount file system.
| path | Path, terminated in / . If / or nullptr, the file system is mounted as root, i.e. the default if no other mount point matches. |
| flags | File system specific flags. |
| args | Optional arguments. |
| 0 | if successful, |
| -1 | otherwise and the variable errno is set to indicate the error. |
Reimplemented in os::posix::file_system_lockable< T, L >.
Definition at line 516 of file file-system.cpp.
|
virtualinherited |
Reimplemented in os::posix::file_system_lockable< T, L >.
Definition at line 684 of file file-system.cpp.


Toggle navigation
Iot Day - BigData on Kubernetes
Iot
This is a iot device simulator.
Number of Standard Devices
-
{{devices}}
+
Mean Temperature
-
{{meanTemperature | number : 1}} °C
+
Temperature Std Dev
-
{{temperatureStdDev | number : 1}} °C
+
Number of Defective Devices
-
{{defectiveDevices}}
+
Average Temperature
{{line}}
{{line}}
Fixed Average Temperature
{{line}}
{{line}}
Do Action
{{line}}
{{line}}


This and the linked set of pages are to serve the purpose of demonstrating the usage of these Thrift libraries, as well as performing useful functional and performance tests.


indicates a setter method that receives a notifier for the target member
@GuiIncluded class C { @GuiIncluded public int value; @GuiIncluded public String name; Runnable valueNotifier; Runnable nameNotifier; Runnable selfNotifier; { new Thread(() -> { while (true) { if (valueNotifier != null) valueNotifier.run(); if (nameNotifier != null) nameNotifier.run(); if (selfNotifier != null) selfNotifier.run(); sleep(); } }).start(); } //updater for the pane of the property "value" from the setter name "set...Notifier" @GuiNotifierSetter public void setValueNotifier(Runnable notifier) { this.valueNotifier = notifier; } //updater for the pane of the property "name" @GuiNotifierSetter(target="name") public void setNameUpdater(Runnable notifier) { this.nameNotifier = notifier; } //updater for the pane of the entire pane of the C object @GuiNotifierSetter public void setNotifier(Runnable notifier) { this.selfNotifier = notifier; } ... }
- Since:
- 1.2
-
Field Details
-
TARGET_SELF
- See Also:
-
TARGET_FROM_NAME
- See Also:
-
TARGET_ROOT
- See Also:
-
-
Element Details
-
target
String target- Returns:
- the name of the target of notifying,
can be another property name (starting with a small-case letter) or
TARGET_SELF
meaning the owner type itself,TARGET_FROM_NAME
meaning that the name is determined by the name of the attached setter "setTargetNotifier" as default, orTARGET_ROOT
meaning the entire pane from the root.
- Default:
- "-"
-


There is a secret pilot program which WhatsApp is working on with selected businesses
News coverage:
For some of my technical experiments, I was trying to figure out how beneficial and feasible it is to implement bots for different chat platforms in terms of market share and so possibilities of adaptation. Especially when you have bankruptly failed twice, it’s important to validate ideas and fail more faster.
Popular chat platforms like Messenger, Slack, Skype etc. have happily (in the sense officially) provided APIs for bots to interact with except, WhatsApp.
However, since many years, a lot of activities has happened around this - struggle towards automated interaction with WhatsApp platform:
Bots App Bots App is interesting because it shows that something is really tried and tested.
Yowsup A project still actively developed to interact with WhatsApp platform.
Yallagenie Yallagenie claim that there is a demo bot which can be interacted with at +971 56 112 6652
Hubtype Hubtype is working towards having a bot platform for WhatsApp for business.
Fred Fred’s task was to automate WhatsApp conversations, however since it was not officially supported by WhatsApp - it was shut down.
Oye Gennie A bot blocked by WhatsApp.
App/Website to WhatsApp We can use custom URL schemes and Android intent system to interact with WhatsApp but still NOT WhatsApp API.
Chat API daemon Probably created by inspecting the API calls in WhatsApp web version. NOT affiliated with WhatsApp.
WhatsBot Deactivated WhatsApp bot. Created during a hackathon.
No API claim WhatsApp co-founder clearly stated this in a conference that they did not had any plans for APIs for WhatsApp.
Bot Ware They probably are expecting WhatsApp to release their APIs for chat bot platforms.
Vixi They seems to be talking about how some platform which probably would work for WhatsApp. There is no clarity as such.
Unofficial API This API can shut off any time.
And the number goes on…


Event details
Event Name
Notes
Add
{{ep.product.name}} x {{ep.quantity}} (
Delete
)
Submit
Delete
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Tensorflow JS playground with time series
See on GitHub:
https://github.com/vsergeyev/tensorflow-grafana-playground
Machine Learning tile


There are a series of configuration tasks which you can perform when using the Btree access method. They are described in the following sections.
The Btree data structure is a sorted, balanced tree structure storing associated key/data pairs. By default, the sort order is lexicographical, with shorter keys collating before longer keys. The user can specify the sort order for the Btree by using the DB->set_bt_compare() method.
Sort routines are passed pointers to keys as arguments. The keys are represented as DBT structures. The routine must return an integer less than, equal to, or greater than zero if the first argument is considered to be respectively less than, equal to, or greater than the second argument. The only fields that the routines may examine in the DBT structures are data and size fields.
An example routine that might be used to sort integer keys in the database is as follows:
int compare_int(DB *dbp, const DBT *a, const DBT *b, size_t *locp) { int ai, bi; locp = NULL; /* * Returns: * < 0 if a < b * = 0 if a = b * > 0 if a > b */ memcpy(&ai, a->data, sizeof(int)); memcpy(&bi, b->data, sizeof(int)); return (ai - bi); }
Note that the data must first be copied into memory that is appropriately aligned, as Berkeley DB does not guarantee any kind of alignment of the underlying data, including for comparison routines. When writing comparison routines, remember that databases created on machines of different architectures may have different integer byte orders, for which your code may need to compensate.
An example routine that might be used to sort keys based on the first five bytes of the key (ignoring any subsequent bytes) is as follows:
int compare_dbt(DB *dbp, const DBT *a, const DBT *b, size_t *locp) { int len; u_char *p1, *p2; locp = NULL; /* * Returns: * < 0 if a < b * = 0 if a = b * > 0 if a > b */ for (p1 = a->data, p2 = b->data, len = 5; len--; ++p1, ++p2) if (*p1 != *p2) return ((long)*p1 - (long)*p2); return (0); }
All comparison functions must cause the keys in the database to be well-ordered. The most important implication of being well-ordered is that the key relations must be transitive, that is, if key A is less than key B, and key B is less than key C, then the comparison routine must also return that key A is less than key C.
It is reasonable for a comparison function to not examine an entire key in some applications, which implies partial keys may be specified to the Berkeley DB interfaces. When partial keys are specified to Berkeley DB, interfaces which retrieve data items based on a user-specified key (for example, DB->get() and DBC->get() with the DB_SET flag), will modify the user-specified key by returning the actual key stored in the database.
The Berkeley DB Btree implementation maximizes the number of keys that can be stored on an internal page by storing only as many bytes of each key as are necessary to distinguish it from adjacent keys. The prefix comparison routine is what determines this minimum number of bytes (that is, the length of the unique prefix), that must be stored. A prefix comparison function for the Btree can be specified by calling DB->set_bt_prefix().
The prefix comparison routine must be compatible with the overall comparison function of the Btree, since what distinguishes any two keys depends entirely on the function used to compare them. This means that if a prefix comparison routine is specified by the application, a compatible overall comparison routine must also have been specified.
Prefix comparison routines are passed pointers to keys as arguments. The keys are represented as DBT structures. The only fields the routines may examine in the DBT structures are data and size fields.
The prefix comparison function must return the number of bytes necessary to distinguish the two keys. If the keys are identical (equal and equal in length), the length should be returned. If the keys are equal up to the smaller of the two lengths, then the length of the smaller key plus 1 should be returned.
An example prefix comparison routine follows:
size_t compare_prefix(DB *dbp, const DBT *a, const DBT *b) { size_t cnt, len; u_int8_t *p1, *p2; cnt = 1; len = a->size > b->size ? b->size : a->size; for (p1 = a->data, p2 = b->data; len--; ++p1, ++p2, ++cnt) if (*p1 != *p2) return (cnt); /* * They match up to the smaller of the two sizes. * Collate the longer after the shorter. */ if (a->size < b->size) return (a->size + 1); if (b->size < a->size) return (b->size + 1); return (b->size); }
The usefulness of this functionality is data-dependent, but in some data sets can produce significantly reduced tree sizes and faster search times.
The number of keys stored on each page affects the size of a Btree and how it is maintained. Therefore, it also affects the retrieval and search performance of the tree. For each Btree, Berkeley DB computes a maximum key and data size. This size is a function of the page size and the fact that at least two key/data pairs must fit on any Btree page. Whenever key or data items exceed the calculated size, they are stored on overflow pages instead of in the standard Btree leaf pages.
Applications may use the DB->set_bt_minkey() method to change the minimum number of keys that must fit on a Btree page from two to another value. Altering this value in turn alters the on-page maximum size, and can be used to force key and data items which would normally be stored in the Btree leaf pages onto overflow pages.
Some data sets can benefit from this tuning. For example, consider an application using large page sizes, with a data set almost entirely consisting of small key and data items, but with a few large items. By setting the minimum number of keys that must fit on a page, the application can force the outsized items to be stored on overflow pages. That in turn can potentially keep the tree more compact, that is, with fewer internal levels to traverse during searches.
The following calculation is similar to the one performed by the Btree implementation. (The minimum_keys value is multiplied by 2 because each key/data pair requires 2 slots on a Btree page.)
maximum_size = page_size / (minimum_keys * 2)
Using this calculation, if the page size is 8KB and the default minimum_keys value of 2 is used, then any key or data items larger than 2KB will be forced to an overflow page. If an application were to specify a minimum_key value of 100, then any key or data items larger than roughly 40 bytes would be forced to overflow pages.
It is important to remember that accesses to overflow pages do not perform as well as accesses to the standard Btree leaf pages, and so setting the value incorrectly can result in overusing overflow pages and decreasing the application's overall performance.
The Btree access method optionally supports retrieval by logical record numbers. To configure a Btree to support record numbers, call the DB->set_flags() method with the DB_RECNUM flag.
Configuring a Btree for record numbers should not be done lightly. While often useful, it may significantly slow down the speed at which items can be stored into the database, and can severely impact application throughput. Generally it should be avoided in trees with a need for high write concurrency.
To retrieve by record number, use the DB_SET_RECNO flag to the DB->get() and DBC->get() methods. The following is an example of a routine that displays the data item for a Btree database created with the DB_RECNUM option.
int rec_display(DB *dbp, db_recno_t recno) { DBT key, data; int ret; memset(&key, 0, sizeof(key)); key.data = &recno; key.size = sizeof(recno); memset(&data, 0, sizeof(data)); if ((ret = dbp->get(dbp, NULL, &key, &data, DB_SET_RECNO)) != 0) return (ret); printf("data for %lu: %.*s\n", (u_long)recno, (int)data.size, (char *)data.data); return (0); }
To determine a key's record number, use the DB_GET_RECNO flag to the DBC->get() method. The following is an example of a routine that displays the record number associated with a specific key.
int recno_display(DB *dbp, char *keyvalue) { DBC *dbcp; DBT key, data; db_recno_t recno; int ret, t_ret; /* Acquire a cursor for the database. */ if ((ret = dbp->cursor(dbp, NULL, &dbcp, 0)) != 0) { dbp->err(dbp, ret, "DB->cursor"); goto err; } /* Position the cursor. */ memset(&key, 0, sizeof(key)); key.data = keyvalue; key.size = strlen(keyvalue); memset(&data, 0, sizeof(data)); if ((ret = dbcp->get(dbcp, &key, &data, DB_SET)) != 0) { dbp->err(dbp, ret, "DBC->get(DB_SET): %s", keyvalue); goto err; } /* * Request the record number, and store it into appropriately * sized and aligned local memory. */ memset(&data, 0, sizeof(data)); data.data = &recno; data.ulen = sizeof(recno); data.flags = DB_DBT_USERMEM; if ((ret = dbcp->get(dbcp, &key, &data, DB_GET_RECNO)) != 0) { dbp->err(dbp, ret, "DBC->get(DB_GET_RECNO)"); goto err; } printf("key for requested key was %lu\n", (u_long)recno); err: /* Close the cursor. */ if ((t_ret = dbcp->close(dbcp)) != 0) { if (ret == 0) ret = t_ret; dbp->err(dbp, ret, "DBC->close"); } return (ret); }
The Btree access method supports the automatic compression of key/data pairs upon their insertion into the database. The key/data pairs are decompressed before they are returned to the application, making an application's interaction with a compressed database identical to that for a non-compressed database. To configure Berkeley DB for compression, call the DB->set_bt_compress() method and specify custom compression and decompression functions. If DB->set_bt_compress() is called with NULL compression and decompression functions, Berkeley DB will use its default compression functions.
Compression only works with the Btree access method, and then only so long as your database is not configured for unsorted duplicates.
The default compression function is not guaranteed to reduce the size of the on-disk database in every case. It has been tested and shown to work well with English-language text. Of course, in order to determine if the default compression algorithm is beneficial for your application, it is important to test both the final size and the performance using a representative set of data and access patterns.
The default compression function performs prefix compression on each key added to the database. This means that, for a key n bytes in length, the first i bytes that match the first i bytes of the previous key exactly are omitted and only the final n-i bytes are stored in the database. If the bytes of key being stored match the bytes of the previous key exactly, then the same prefix compression algorithm is applied to the data value being stored. To use Berkeley DB's default compression behavior, both the default compression and decompression functions must be used.
For example, to configure your database for default compression:
DB *dbp = NULL; DB_ENV *envp = NULL; u_int32_t db_flags; const char *file_name = "mydb.db"; int ret; ... /* Skipping environment open to shorten this example */ /* Initialize the DB handle */ ret = db_create(&dbp, envp, 0); if (ret != 0) { fprintf(stderr, "%s\n", db_strerror(ret)); return (EXIT_FAILURE); } /* Turn on default data compression */ dbp->set_bt_compress(dbp, NULL, NULL); /* Now open the database */ db_flags = DB_CREATE; /* Allow database creation */ ret = dbp->open(dbp, /* Pointer to the database */ NULL, /* Txn pointer */ file_name, /* File name */ NULL, /* Logical db name */ DB_BTREE, /* Database type (using btree) */ db_flags, /* Open flags */ 0); /* File mode. Using defaults */ if (ret != 0) { dbp->err(dbp, ret, "Database '%s' open failed", file_name); return (EXIT_FAILURE); }
An application wishing to perform its own compression may supply a compression and decompression function which will be called instead of Berkeley DB's default functions. The compression function is passed five DBT structures:
The key and data immediately preceeding the key/data pair that is being stored.
The key and data being stored in the tree.
The buffer where the compressed data should be written.
The total size of the buffer used to store the
compressed data is identified in the DBT's
ulen
field. If the compressed data
cannot fit in the buffer, the compression function should
store the amount of space needed in DBT's
size
field and then return
DB_BUFFER_SMALL
. Berkeley DB will
subsequently re-call the compression function with the
required amount of space allocated in the compression data
buffer.
Multiple compressed key/data pairs will likely be written to the same buffer and the compression function should take steps to ensure it does not overwrite data.
For example, the following code fragments illustrate the use of a custom compression routine. This code is actually a much simplified example of the default compression provided by Berkeley DB. It does simple prefix compression on the key part of the data.
int compress(DB *dbp, const DBT *prevKey, const DBT *prevData, const DBT *key, const DBT *data, DBT *dest) { u_int8_t *dest_data_ptr; const u_int8_t *key_data, *prevKey_data; size_t len, prefix, suffix; key_data = (const u_int8_t*)key->data; prevKey_data = (const u_int8_t*)prevKey->data; len = key->size > prevKey->size ? prevKey->size : key->size; for (; len-- && *key_data == *prevKey_data; ++key_data, ++prevKey_data) continue; prefix = (size_t)(key_data - (u_int8_t*)key->data); suffix = key->size - prefix; /* Check that we have enough space in dest */ dest->size = (u_int32_t)(__db_compress_count_int(prefix) + __db_compress_count_int(suffix) + __db_compress_count_int(data->size) + suffix + data->size); if (dest->size > dest->ulen) return (DB_BUFFER_SMALL); /* prefix length */ dest_data_ptr = (u_int8_t*)dest->data; dest_data_ptr += __db_compress_int(dest_data_ptr, prefix); /* suffix length */ dest_data_ptr += __db_compress_int(dest_data_ptr, suffix); /* data length */ dest_data_ptr += __db_compress_int(dest_data_ptr, data->size); /* suffix */ memcpy(dest_data_ptr, key_data, suffix); dest_data_ptr += suffix; /* data */ memcpy(dest_data_ptr, data->data, data->size); return (0); }
The corresponding decompression function is likewise passed five DBT structures:
The key and data DBTs immediately preceding the decompressed key and data.
The compressed data from the database.
One to store the decompressed key and another one for the decompressed data.
Because the compression of record X
relies upon record X-1
, the
decompression function can be called repeatedly to
linearally decompress a set of records stored in the
compressed buffer.
The total size of the buffer available to store the
decompressed data is identified in the destination DBT's
ulen
field. If the decompressed
data cannot fit in the buffer, the decompression function
should store the amount of space needed in the destination
DBT's size
field and then return
DB_BUFFER_SMALL
. Berkeley DB will
subsequently re-call the decompression function with the
required amount of space allocated in the decompression
data buffer.
For example, the decompression routine that corresponds to the example compression routine provided above is:
int decompress(DB *dbp, const DBT *prevKey, const DBT *prevData, DBT *compressed, DBT *destKey, DBT *destData) { u_int8_t *comp_data, *dest_data; u_int32_t prefix, suffix, size; /* Unmarshal prefix, suffix and data length */ comp_data = (u_int8_t*)compressed->data; size = __db_decompress_count_int(comp_data); if (size > compressed->size) return (EINVAL); comp_data += __db_decompress_int32(comp_data, &prefix); size += __db_decompress_count_int(comp_data); if (size > compressed->size) return (EINVAL); comp_data += __db_decompress_int32(comp_data, &suffix); size += __db_decompress_count_int(comp_data); if (size > compressed->size) return (EINVAL); comp_data += __db_decompress_int32(comp_data, &destData->size); /* Check destination lengths */ destKey->size = prefix + suffix; if (destKey->size > destKey->ulen || destData->size > destData->ulen) return (DB_BUFFER_SMALL); /* Write the prefix */ if (prefix > prevKey->size) return (EINVAL); dest_data = (u_int8_t*)destKey->data; memcpy(dest_data, prevKey->data, prefix); dest_data += prefix; /* Write the suffix */ size += suffix; if (size > compressed->size) return (EINVAL); memcpy(dest_data, comp_data, suffix); comp_data += suffix; /* Write the data */ size += destData->size; if (size > compressed->size) return (EINVAL); memcpy(destData->data, comp_data, destData->size); comp_data += destData->size; /* Return bytes read */ compressed->size = (u_int32_t)(comp_data - (u_int8_t*)compressed->data); return (0); }
As you use compression with your databases, be aware of the following:
Compression works by placing key/data pairs from a single database page into a single block of compressed data. This is true whether you use DB's default compression, or you write your own compression. Because all of key/data data is placed in a single block of memory, you cannot decompress data unless you have decompressed everything that came before it in the block. That is, you cannot decompress item n in the data block, unless you also decompress items 0 through n-1.
If you increase the minimum number of key/data pairs placed on a Btree leaf page (using DB->set_bt_minkey()), you will decrease your seek times on a compressed database. However, this will also decrease the effectiveness of the compression.
Compressed databases are fastest if bulk load is used to add data to them. See Retrieving and updating records in bulk for information on using bulk load.


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Copyright © 2003 - 2008 Christopher M. Kohlhoff
Distributed under the Boost Software License, Version 1.0. (See accompanying file LICENSE_1_0.txt or copy at http://www.boost.org/LICENSE_1_0.txt)
Boost.Asio是一个跨平台的C++库，它用现代C++方法为网络和底层I/O程序提供了一致的异步I/O模型。
Last revised: August 24, 2009 at 22:53:20 GMT |


VIDEO: Collision in Surrey breaks axle off SUV
Two people were reportedly sent to hospital
by Aaron HinksAt least two people were reportedly sent to hospital after a multiple-vehicle collision in Surrey Sunday morning.
Shortly before 11 a.m., Surrey emergency crews responded to the incident on the 7100-block of 158 Avenue, near the Serpentine River bridge.
“The force of the impact was so severe that the entire real axle of the SUV was ripped off the frame,” a witness told Peace Arch News Sunday afternoon.
The witness, who was on scene shortly after the incident, told PAN that an SUV and sedan appeared to be travelling in opposite directions when they met at the hump in the bridge.
The witness said two people were transported to hospital, their injuries are unknown at this time.


Macron woos Xi with French wine and beef in drive for China trade
by Luke HurstEmmanuel Macron has shown China's president Xi Jinping the delights of French wine and beef during his three-day state visit to the Asian superpower.
The French President arrived in Beijing on Monday for the visit which has so far covered the issues of climate change and trade.
The two leaders agreed to the "irreversibility" of the Paris climate agreement on Monday.
And on Tuesday Macron and Xi clinked glasses at the Import Expo in Shanghai, as the focus turned to trade and French culture.
"I felt that he was discovering Languedoc wine, that he didn't know it, that he appreciated it," said Macron. "He tasted the three meats, so Charentaise, Limousine and Salers have good days in China, I hope the Chinese market will take them over".
China lifted a 17-year embargo on French beef exports in January 2018, and Macron has used his visit to call for improved access to the Chinese market for French producers.
Following the Import Expo, Macron inaugurated a satellite location of the Centre Pompidou modern art museum, heralded by organisers as the largest French-Chinese cultural exchange in history.
Located in Shanghai's modern West Bund cultural zone, the satellite will be called the Centre Pompidou x West Bund Museum Project.
The state visit is the third time the French president and his Chinese counterpart have met so far this year.


Ted Mosby: Game Architect
Christian Mellows, Colin Bingham, Khamil Alhade, Matan Feldberg, Peter Scherzinger, Tyler Doyle
Home
Conceptual Architecture
Concrete Architecture
Enhancement Proposal
Assignment 1: Conceptual Architecture
Presentation
Report


Methods that has mutators-like name are expected to have side effects.
The convention is that you include parentheses if the method has side effects.
In accordance with Liskov substitution principle, as overriden method has side effects,
the overriding method must also be declared as a method with side effects.
* Refer to Programming in Scala, 5.3 Operators are methods


2002 GV31 (a.k.a. 469438) is a moving object from K2 campaign 1. You can read more information about this object at the JPL Small-Body Database Browser here. Data was taken from 30 May 2014 to 20 August 2014.
You can find the bibtex citation for this object by clicking the button below.
@ARTICLE{asteriks,
author = {{Hedges}, C. and Co},
title = "{}",
journal = {},
archivePrefix = "arXiv",
eprint = {},
primaryClass = "",
keywords = {},
year = ,
month = ,
volume = ,
pages = {},
doi = {},
adsurl = {},
}
Acknowledgement:
This work uses...
If only want the light curve of the object with the optimal aperture, download this product. This will give you one .fits file with several extensions. The first extension is the optimal apertures determined for this target. Further extensions contain a range of aperture sizes. You can read more in our readme.
Our code asteriks creates Moving Target Pixel Files, which are similar to Kepler/K2 TPFs, and contain stacks of images from the telescope. Moving TPFs track the motion of solar system objects, so that they are always centered in every image. Moving TPFs are background subtracted. The movie above shows a Moving TPF with background subtraction on the right.
You can run our code asteriks to regenerate any of these light curves yourself, or generate light curves of other objects. You can read more about our code at our GitHub Page and you can read more about how the code works in our recent paper


This blog is a personal project of mine.I live and breathe in Computer Architecture, semiconductor technology, and all things related to it. The aim of this blog is to discuss about a mixture of topics related to modern day processors. My writing style will be a bit technical in nature some of the points will dive into specific topics that'll be more sophisticated for example:-Pipelining, superscalar OOOe, But I'll make sure to keep it short and simple for the broader audience and average layman.
In this particular blog I'm going to be discussing about one of my favorite microprocessor of all time the infamous pentium 4, 2nd only to power pc 620 . Infamous for the various reasons we'll be discussing in this blog.
The pentium 4 isn't a bleeding edge high end microprocessor by any means whatsoever, Infact this particular cpu is 2 decades old. Still I find the architecture and goals of this design extremely fascinating and how it changed the perception of clock speeds
THE MYTH: Higher clock speed(mhz) = always better.
The pentium 4 hits the market around November 2000 and it was the first major new x86 microarchitecture from intel since pentium pro's (p6) core. The p6 microarchitecture was dominant at that time and it came in its reincarnations the pentium Il, pentium lII. If anyone was paying attention during that , CLOCK SPEED SELLS. Intel definitely was paying attention and they kept mhz at the foremost of their minds. This was quite evident from intels promotional event, marketing to every last details of the processor architecture..
PIPELINING
Pipelining is extremely crucial in secreting every last drop of instruction level parallelism. Unfortunately due to the size of this blog its not feasible to discuss about Pipelining but in short it has to do with increasing the overall throughput of the particular machine. Alongside the increased throughput deep Pipelining is extremely helpful in making the processor reach stratospheric clock speeds. Although Pipelining comes with its own set of drawbacks and that is though increased latency and complexity. Because of these drawbacks, many critics of the pentium 4 microarchitecture, dubbed as "Netburst" by intel, have suggested that the staggering long 31 stages of pipeline was In Fact a gimmick-- a poor design choice made for the reasons of marketing and not performance. Intel knew that the general public associated higher clock speeds with higher performance, so they designed the cpu to run at enormous clock speeds that would prove detrimental to real world performance, power consumption and scalability. As it turns out pentium 4 critics were both right and wrong in spite of the predictions and assumptions that might sound absurd. The pentium 4's performance scaled fairly well with clock speeds, but they were right about the design philosophy and the origin of the pentium 4s deep pipelined design. In my understanding and it's pretty safe to say that's the actual case, even though intel will probably never publicly acknowledge that. The pentium 4s design team was instructed by the market ing team to design something that would reach stratospheric clock speeds which will Give intel a massive mhz lead over its rivals. When it comes to clock speeds higher is often better, but due to the industry wide problems of transitioning to the 90nm in general, proved to be problematic for the pentium 4 which relied on its higher clock speeds to achieve performance and maintain an edge over its rivals Another point to note here is that power Consumption doesn't linearly scale with clock speed. For example a 20% clock speed increase would require 50% extra power consumption thus the pentium 4 required a lot of additional power than the competition to maintain its trivial lead.
CONCLUSION
Regardless of the drawbacks, pentium 4 proved to be a successful product both in terms of performance and commercially, despite the public reception. The initial releases were problematic because of their inability to clock higher which stems from the inferior 130nm node. The further releases down the line were remarkable.This is due to the way pentiums advantage in certain types of applications specifically 3d and streaming media applications. Thus I feel like this particular architecture is fascinating in its own rights.
Sources / References [If Any] : Internet


Customizable responses can be defined to be activated in the event of a server detected error or problem.
e.g. if a script crashes and produces a "500 Server Error" response, then this response can be replaced with either some friendlier text or by a redirection to another URL (local or external).
Redirecting to another URL can be useful, but only if some information can be passed which can then be used to explain and/or log the error/problem more clearly.
To achieve this, Apache will define new CGI-like environment variables, e.g.
REDIRECT_HTTP_ACCEPT=*/*, image/gif, image/x-xbitmap, image/jpeg
REDIRECT_HTTP_USER_AGENT=Mozilla/1.1b2 (X11; I; HP-UX A.09.05 9000/712)
REDIRECT_PATH=.:/bin:/usr/local/bin:/etc
REDIRECT_QUERY_STRING=
REDIRECT_REMOTE_ADDR=121.345.78.123
REDIRECT_REMOTE_HOST=ooh.ahhh.com
REDIRECT_SERVER_NAME=crash.bang.edu
REDIRECT_SERVER_PORT=80
REDIRECT_SERVER_SOFTWARE=Apache/0.8.15
REDIRECT_URL=/cgi-bin/buggy.pl
note the REDIRECT_
prefix.
At least REDIRECT_URL
and REDIRECT_QUERY_STRING
will
be passed to the new URL (assuming it's a cgi-script or a cgi-include).
The
other variables will exist only if they existed prior to the
error/problem.
None of these will be set if your ErrorDocument is an
external redirect (i.e., anything starting with a
scheme name
like http:
, even if it refers to the same host as the
server).
Here are some examples...
ErrorDocument 500 /cgi-bin/crash-recover
ErrorDocument 500 "Sorry, our script crashed. Oh dear
ErrorDocument 500 http://xxx/
ErrorDocument 404 /Lame_excuses/not_found.html
ErrorDocument 401 /Subscription/how_to_subscribe.html
The syntax is,
ErrorDocument
<3-digit-code> action
where the action can be,
REDIRECT_
. REDIRECT_
environment
variables are created from the CGI environment variables which existed
prior to the redirect, they are renamed with a REDIRECT_
prefix, i.e., HTTP_USER_AGENT
becomes
REDIRECT_HTTP_USER_AGENT
. In addition to these new
variables, Apache will define REDIRECT_URL
and
REDIRECT_STATUS
to help the script trace its origin.
Both the original URL and the URL being redirected to can be logged in
the access log.
If the ErrorDocument specifies a local redirect to a CGI script, the script should include a "Status:" header field in its output in order to ensure the propagation all the way back to the client of the error condition that caused it to be invoked. For instance, a Perl ErrorDocument script might include the following:
: print "Content-type: text/html\n"; printf "Status: %s Condition Intercepted\n", $ENV{"REDIRECT_STATUS"}; :
If the script is dedicated to handling a particular error condition, such as 404 Not Found, it can use the specific code and error text instead.


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{% load i18n %} {% block subject %} {% blocktrans %}{{ site_name }} - Your account has been successfully activated!{% endblocktrans %} {% endblock %} {% block text_body %} {% trans "Your account has been created and is ready to use!" %} {% trans "Thanks for using our site!" %} {% blocktrans %}The {{ site_name }} team{% endblocktrans %} {% endblock text_body %} {% block html_body %}
{% trans "Your account has been created and is ready to use!" %}
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{% endblock html_body %}


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Javascript allows for much more dynamic websites, as rather than simply coding a static site, we can create elements that adapt themselves based on a number of factors, such as user input or time elapsed.
Consider the example of cleaning the windows. Control flow is the order in which you execute the cleaning steps, in a logical fashion from the first step to the last. Your 'cleaning loop' has two steps - spraying the windows, and wiping them down. This loop repeats until the condition is met, in this case, until the window is clean.
When accessing data from an object you use the property name to reach the data, i.e: objectname[propertyname] or objectname.propertyname. When accessing from an array you use the index of where in the array the data is located, i.e: for an object in the first space in an array objectname[0]
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The field shows a list of files and folders where you want to apply a custom template data language instead of
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intel hexadecimal object file format specification
disclaimer intel makes no representation or warranties with respect to the contents hereof and specifically disclaims any implied warranties of merchantability or fitness for any particular purpose. further, intel reserves the right to revise this publication from time to time in the content hereof without obligation of intel to notify any person of such revision or changes. the publication of this specification should not be construed as a commitment on intel's part to implement any product. 1. introduction this document describes the hexadecimal object file format for the intel 8- bit, 16-bit, and 32-bit microprocessors. the hexadecimal format is suitable as input to prom programmers or hardware emulators. hexadecimal object file format is a way of representing an absolute binary object file in ascii. because the file is in ascii instead of binary, it is possible to store the file is non-binary medium such as paper-tape, punch cards, etc.; and the file can also be displayed on crt terminals, line printers, etc.. the 8-bit hexadecimal object file format allows for the placement of code and data within the 16-bit linear address space of the intel 8-bit processors. the 16-bit hexadecimal format allows for the 20-bit segmented address space of the intel 16-bit processors. and the 32-bit format allows for the 32-bit linear address space of the intel 32-bit processors. the hexadecimal representation of binary is coded in ascii alphanumeric characters. for example, the 8-bit binary value 0011-1111 is 3f in hexadecimal. to code this in ascii, one 8-bit byte containing the ascii code for the character '3' (0011-0011 or 033h) and one 8-bit byte containing the ascii code for the character 'f' (0100-0110 or 046h) are required. for each byte value, the high-order hexadecimal digit is always the first digit of the pair of hexadecimal digits. this representation (ascii hexadecimal) requires twice as ma ny bytes as the binary representation. a hexadecimal object file is blocked into records, each of which contains the record type, length, memory load address and checksum in addition to the data. there are currently six (6) different types of records that are defined, not all combinations of these records are meaningful, however. the records are: data record (8-, 16-, or 32-bit formats) end of file record (8-, 16-, or 32-bit formats) extended segment address record (16- or 32-bit formats) start segment address record (16- or 32-bit formats) extended linear address record (32-bit format only) start linear address record (32-bit format only) 2. general record format | record | load | | | info | | | mark | reclen | offset | rectyp | or | chksum | | ':' | | | | data | | 1-byte 1-byte 2-bytes 1-byte n-bytes 1-byte each record begins with a record mark field containing 03ah, the ascii code for the colon (':') character. each record has a reclen field which specifies the number of bytes of information or data which follows the rectyp field of the record. note that one data byte is represented by two ascii characters. the maximum value of the reclen field is hexadecimal 'ff' or 255. each record has a load offset field which specifies the 16-bit starting load offset of the data bytes, therefore this field is only used for data records. in other records where this field is not used, it should be coded as four ascii zero characters ('0000' or 030303030h). each record has a rectyp field which specifies the record type of this record. the rectyp field is used to interpret the remaining information within the record. the encoding for all the current record types are: '00' data record '01' end of file record '02' extended segment address record '03' start segment address record '04' extended linear address record '05' start linear address record each record has a variable length info/data field, it consists of zero or more bytes encoded as pairs of hexadecimal digits. the interpretation of this field depends on the rectyp field. each record ends with a chksum field that contains the ascii hexadecimal representation of the two's complement of the 8-bit bytes that result from converting each pair of ascii hexadecimal digits to one byte of binary, from and including the reclen field to and including the last byte of the info/data field. therefore, the sum of all the ascii pairs in a record after converting to binary, from the reclen field to and including the chksum field, is zero. 3. extended linear address record (32-bit format only) | record | load | | | | | | mark | reclen | offset | rectyp | ulba | chksum | | ':' | '02' | '0000' | '04' | | | 1-byte 1-byte 2-bytes 1-byte 2-bytes 1-byte the 32-bit extended linear address record is used to specify bits 16-31 of the linear base address (lba), where bits 0-15 of the lba are zero. bits 16-31 of the lba are referred to as the upper linear base address (ulba). the absolute memory address of a content byte in a subsequent data record is obtained by adding the lba to an offset calculated by adding the load offset field of the containing data record to the index of the byte in the data record (0, 1, 2, ... n). this offset addition is done modulo 4g (i.e., 32-bits), ignoring any carry, so that offset wrap-around loading (from offffffffh to oooooooooh) results in wrapping around from the end to the beginning of the 4g linear address defined by the lba. the linear address at which a particular byte is loaded is calculated as: (lba + drlo + dri) mod 4g where: drlo is the load offset field of a data record. dri is the data byte index within the data record. when an extended linear address record defines the value of lba, it may appear anywhere within a 32-bit hexadecimal object file. this value remains in effect until another extended linear address record is encountered. the lba defaults to zero until an extended linear address record is encountered. the contents of the individual fields within the record are: record mark this field contains 03ah, the hexadecimal encoding of the ascii colon (':') character. reclen the field contains 03032h, the hexadecimal encoding of the ascii characters '02', which is the length, in bytes, of the ulba data information within this record. load offset this field contains 030303030h, the hexadecimal encoding of the ascii characters '0000', since this field is not used for this record. rectyp this field contains 03034h, the hexadecimal encoding of the ascii character '04', which specifies the record type to be an extended linear address record. ulba this field contains four ascii hexadecimal digits that specify the 16-bit upper linear base address value. the high-order byte is the 10th/llth character pair of the record. the low-order byte is the 12th/13th character pair of the record. chksum this field contains the check sum on the reclen, load offset, rectyp, and ulba fields. 4. extended segment address record (16- or 32-bit formats) | record | load | | | | | | mark | reclen | offset | rectyp | usba | chksum | | ':' | '02' | '0000' | '02' | | | 1-byte 1-byte 2-bytes 1-byte 2-bytes 1-byte the 16-bit extended segment address record is used to specify bits 4-19 of the segment base address (sba), where bits 0-3 of the sba are zero. bits 4-19 of the sba are referred to as the upper segment base address (usba). the absolute memory address of a content byte in a subsequent data record is obtained by adding the sba to an offset calculated by adding the load offset field of the containing data record to the index of the byte in the data record (0, 1, 2, ... n). this offset addition is done modulo 64k (i.e., 16-bits), ignoring any carry, so that offset wraparound loading (from offffh to oooooh) results in wrapping around from the end to the beginning of the 64k segment defined by the sba. the address at which a particular byte is loaded is calculated as: sba + ([drlo + dri] mod 64k) where: drlo is the load offset field of a data record. dri is the data byte index within the data record. when an extended segment address record defines the value of sba, it may appear anywhere within a 16-bit hexadecimal object file. this value remains in effect until another extended segment address record is encountered. the sba defaults to zero until an extended segment address record is encountered. the contents of the individual fields within the record are: record mark this field contains 03ah, the hexadecimal encoding of the ascii colon (':') character. reclen the field contains 03032h, the hexadecimal encoding of the ascii characters '02', which is the length, in bytes, of the usba data information within this record. load offset this field contains 030303030h, the hexadecimal encoding of the ascii characters '0000', since this field is not used for this record. rectyp this field contains 03032h, the hexadecimal encoding of the ascii character '02', which specifies the record type to be an extended segment address record. usba this field contains four ascii hexadecimal digits that specify the 16-bit upper segment base address value. the high-order byte is the 10th/1lth character pair of the record. the low-order byte is the 12th/13th character pair of the record. chksum this field contains the check sum on the reclen, load offset, rectyp, and usba fields. 5. data record (8-, 16-, or 32-bit formats) | record | load | | | | | | mark | reclen | offset | rectyp | data | chksum | | ':' | | | '00' | | | 1-byte 1-byte 2-bytes 1-byte n-bytes 1-byte the data record provides a set of hexadecimal digits that represent the ascii code for data bytes that make up a portion of a memory image. the method for calculating the absolute address (linear in the 8-bit and 32-bit case and segmented in the 16-bit case) for each byte of data is described in the discussions of the extended linear address record and the extended segment address record. the contents of the individual fields within the record are: record mark this field contains 03ah, the hexadecimal encoding of the ascii colon (':') character. reclen the field contains two ascii hexadecimal digits that specify the number of data bytes in the record. the maximum value is 'ff' or 04646h (255 decimal). load offset this field contains four ascii hexadecimal digits representing the offset from the lba (see extended linear address record) or sba (see extended segment address record) defining the address which the first byte of the data is to be placed. rectyp this field contains 03030h, the hexadecimal encoding of the ascii character '00', which specifies the record type to be a data record. data this field contains pairs of ascii hexadecimal digits, one pair for each data byte. chksum this field contains the check sum on the reclen, load offset, rectyp, and data fields. 6. start linear address record (32-bit format only) | record | load | | | | | | mark | reclen | offset | rectyp | eip | chksum | | ':' | '04' | '0000' | '05' | | | 1-byte 1-byte 2-bytes 1-byte 4-bytes 1-byte the start linear address record is used to specify the execution start address for the object file. the value given is the 32-bit linear address for the eip register. note that this record only specifies the code address within the 32-bit linear address space of the 80386. if the code is to start execution in the real mode of the 80386, then the start segment address record should be used instead, since that record specifies both the cs and ip register contents necessary for real mode. the start linear address record can appear anywhere in a 32-bit hexadecimal object file. if such a record is not present in a hexadecimal object file, a loader is free to assign a default start address. the contents of the individual fields within the record are: record mark this field contains 03ah, the hexadecimal encoding of the ascii colon (':') character. reclen the field contains 03034h, the hexadecimal encoding of the ascii characters '04', which is the length, in bytes, of the eip register content within this record. load offset this field contains 030303030h, the hexadecimal encoding of the ascii characters '0000', since this field is not used for this record. rectyp this field contains 03035h, the hexadecimal encoding of the ascii character '05', which specifies the record type to be a start linear address record. eip this field contains eight ascii hexadecimal digits that specify the 32-bit eip register contents. the high-order byte is the 10th/1lth character pair. chksum this field contains the check sum on the reclen, load offset, rectyp, and eip fields. 7. start segment address record (16- or 32-bit formats) | record | load | | | | | | mark | reclen | offset | rectyp | cs/ip | chksum | | ':' | '04' | '0000' | '03' | | | 1-byte 1-byte 2-bytes 1-byte 4-bytes 1-byte the start segment address record is used to specify the execution start address for the object file. the value given is the 20-bit segment address for the cs and ip registers. note that this record only specifies the code address within the 20-bit segmented address space of the 8086/80186. the start segment address record can appear anywhere in a 16-bit hexadecimal object file. if such a record is not present in a hexadecimal object file, a loader is free to assign a default start address. the contents of the individual fields within the record are: record mark this field contains 03ah, the hexadecimal encoding of the ascii colon (':') character. reclen the field contains 03034h, the hexadecimal encoding of the ascii characters '04', which is the length, in bytes, of the cs/ip register contents within this record. load offset this field contains 030303030h, the hexadecimal encoding of the ascii characters '0000', since this field is not used for this record. rectyp this field contains 03033h, the hexadecimal encoding of the ascii character '03', which specifies the record type to be a start segment address record. cs/ip this field contains eight ascii hexadecimal digits that specify the 16-bit cs register and 16-bit ip register contents. the high-order byte of the cs register content is the 10th/llth character pair, the low-order byte is the 12th/13th character pair of the record. the high-order byte of the ip register content is the 14th/15th character pair, the low-order byte is the 16th/17th character pair of the record. chksum this field contains the check sum on the reclen, load offset, rectyp, and cs/ip fields. 8. end of file record (8-, 16-, or 32-bit formats) | record | load | | | | | mark | reclen | offset | rectyp | chksum | | ':' | '00' | '0000' | '01' | | 1-byte 1-byte 2-bytes 1-byte 1-byte the end of file record specifies the end of the hexadecimal object file. the contents of the individual fields within the record are: record mark this field contains 03ah, the hexadecimal encoding of the ascii colon (':') character. reclen the field contains 03030h, the hexadecimal encoding of the ascii characters '00'. since this record does not contain any info/data bytes, the length is zero. load offset this field contains 030303030h, the hexadecimal encoding of the ascii characters '0000', since this field is not used for this record. rectyp this field contains 03031h, the hexadecimal encoding of the ascii character '01', which specifies the record type to be an end of file record. chksum this field contains the check sum an the reclen, load offset, and rectyp fields. since all the fields are static, the check sum can also be calculated statically, and the value is 04646h, the hexadecimal encoding of the ascii characters 'ff'.d |


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onix.Passport¶
-
class
onix.
Passport
(nuc_id)[source]¶ Passport stores all the relevant data of indivudual nuclides and offers methods to extract information on them.
The passport class is individually instantiated for each nuclide. It contains two types of information: constant and variable data. Constant data, such as the atomic mass, decay constant or the element’s family (actinide or fission products) do not change over the course of a simulation. Variable data such as cross sections or fission yields do vary during a simulation and need to be updated regularly during a simulation. Some of the data are created at the time of the instantiation of the class such as the element’s family or the nuclide’s neutron reaction daughters. Other type of data, typically large in size such as cross sections and decay constants, are to be explicitly set or loaded by the code or by the user.
- Parameters
nuc_id (str) – Name or z-a-m id of the nuclide.
-
property
all_child
¶ Returns all daughter products of the nuclide.
-
property
all_parent
¶ Returns all parents of the nuclide
-
property
allreacs_dic
¶ Returns an aggregated dictionnary with production and destruction terms of the nuclide
-
property
allreacs_dic_list
¶ Returns a list of aggregated dictionnaries with production and destruction terms of the nuclide. One dictionnary per microstep
-
property
creation_dic
¶ Returns a dictionnary of all the production terms of the nuclide.
The keys are the parent nuclides’ names with the reaction in parenthesis The entries are the reaction rates of the reactions in \(barn^{-1}cm^{-1}s^{-1}\)
-
property
current_dens
¶ Returns the current density of the nuclide in atom per \(cm^{3}\)
-
property
current_xs
¶ Returns the current cross sections dictionnary of the nuclide
-
property
decay_a
¶ Returns the absolute values of the decay constant of the nuclide
-
property
decay_b
¶ Returns the fraction percent values of the decay constant of the nuclide
-
property
decay_child
¶ Returns the daughter products of the nuclide via decay reactions
-
property
decay_parent
¶ Returns the parents of the nuclide via decay reactions
-
property
dens_seq
¶ Returns the macro sequence of densities of the nuclide in atom per \(cm^{3}\)
-
property
dens_subseq_mat
¶ Returns the list of micro sequences of densities (one per macro step)
-
property
destruction_dic
¶ Returns a dictionnary of all the destruction terms of the nuclide.
The keys are the reactions’ names The entries are the reaction rates of the reactions in \(barn^{-1}cm^{-1}s^{-1}\)
-
property
fission_E
¶ Returns the fission energy of the nuclide
-
property
fission_child
¶ Returns daughter products of the nuclide via fission reactions.
-
property
fy
¶ Returns the fission yields dictionnary.
Fission yield dictionnary are defined per fission product. Each key of the dictionnary is the zamid of one of the fission parents and the corresponding entry is the fission yield normalized to 1 (value between 0 and 1)
-
get_FAM
()[source]¶ Returns the family of a nuclide (AVT= Activation, FP= Fission Product, ACT= Actinide)
-
property
get_a
¶ Returns the mass number of the nuclide
-
get_all_non0_child
()[source]¶ Gets all daughter products of the nuclide produced via reactions that are non-zero (i.e., the reaction cross section or decay constant is not null) in the library used in the simulation
-
get_current_dens_subseq
()[source]¶ Returns the current micro sequence of densities (i.e. micro sequence corresponding to the current macro step)
-
get_dens_subseq
(s)[source]¶ Returns the micro sequence of densities number s (i.e. micro sequence corresponding to the macro step number s)
-
get_natural_abundance
()[source]¶ Gets the natural abundance of the nuclide normalized to 1 (value between 0 and 1)
-
property
get_z
¶ Returns the atomic number of the nuclide
-
load_decay
()[source]¶ Loads the decay constant value of the nuclide.
This method directly fetches the decay constant values (absolute and fractional) from the decay library and automatically sets it to the passport object
-
load_fy
()[source]¶ Load the fission yields dictionnary of the nuclide
This method directly fetches the fission yields data from the fission yield library and automatically sets it to the passport object
If the nuclide for which the fission yields data are being loaded is not a fission product, the error onix.Not_a_Fission_Product will be raised
-
load_mass
()[source]¶ Loads the atomic mass of the nuclide in gram.
This method directly fetches the atomic mass from the mass library and automatically sets it to the passport object
-
load_xs
()[source]¶ Loads the cross sections data of the nuclide.
This method directly fetches the cross sections data from the cross section library and automatically sets it to the passport object
-
property
mass
¶ Returns the atomic mass of the nuclide in grams
-
property
name
¶ Returns the name of the nuclide
-
set_decay
(decay_a, decay_b)[source]¶ Sets the absolute and fracional values of the decay constant of the nuclide
-
property
sorted_allreacs_tuple_mat
¶ Returns a list of tuples that contains destruction and production terms
For destruction terms, the first element is the reaction name and the second element is the reaction rate in \(barn^{-1}cm^{-1}s^{-1}\) For production terms, the first element is the parent nuclide witht the reaction name in parenthesis and the second element is the reactio rate in \(barn^{-1}cm^{-1}s^{-1}\) These tuples are ranked from lower reaction rate to higher reaction rate
-
property
state
¶ Return the excitation state of the nuclide (excited or ground state)
-
property
xs_child
¶ Returns the daughter products of the nuclide via neutron-induced rections
-
property
xs_parent
¶ Returns the parents of the nuclide via neutron-induced reactions
-
property
xs_seq
¶ Returns the sequence of cross section dictionnaries of the nuclide
-
property
zamid
¶ Returns the z-a-m-id of the nuclide


Specify the location of Android's SDK (ADT).
Select which command should be used to test your project. Alternatively, select "none" if you are going to test using some other plugin.


Deacon summarizes Part 2 as follows:
"I outline an alternative approach—a theory of emergent dynamics that shows how dynamical process can become organized around and with respect to possibilities not realized. This is intended to provide the scaffolding for a conceptual bridge from mechanistic relationships to end-directed, informational, and normative relationships such as are found in simple life forms."
2013-05-16 ~ The effort to summarize chapters 6-10 is still at a fairly early stage. A first pass has been made that collects the key words and summarizes text section by section. Several more passes need to be made in order to bring the effort up to the level of part 1.


IN THE HIGH COURT OF KERALA AT ERNAKULAM PRESENT: THE HONOURABLE MR. JUSTICE K.ABRAHAM MATHEW WEDNESDAY, THE 8TH DAY OF MARCH 2017/17TH PHALGUNA, 1938 Bail Appl.No. 1383 of 2017 ---------------------------- CRIME NO. 2594/2016 OF CHALAKKUDY POLICE STATION, THRISSUR .... PETITIONER(S)/2ND ACCUSED: ------------------------- BINJU S.KUMARM S/O. SATHEESHKUMAR, AGED 29 YEARS, BANGLAVUPARAMBIL HOUSE, VADAKKODE P.O., KALAMASSERY, ERNAKULAM. BY ADVS.SMT.M.R.JAYALATHA SRI.A.P.VASAVAN RESPONDENT(S)/COMPLAINANT/STATE: -------------------------------- 1. SUB INSPECTOR OF POLICEM CHALKUDY POLICE STATION, THRISSUR DISTRICT. 2. STATE OF KERALAM REPRESENTED BY THE PUBLIC PROSECUTOR, HIGH COURT OF KERALA, ERNAKULAM, COCHIN - 682 031.  The petitioner is the 2nd accused in Crime No.2594/2016 of Chalakudy Police Station registered for the offences under Section 269 IPC, 120(e) of the Kerala Police Act and Section 24(1) read with Section 43 of the Water (Prevention and Control of Pollution) Act. The prosecution case is that he along with the co-accused dumped night soil into the river, the water of which is used by the people of the locality for their domestic purposes.
3. Heard the learned counsel for the petitioner and the learned Public Prosecutor.
4. It is submitted by the learned Public Prosecutor that final report has already been filed. It appears that the petitioner's apprehension that they will be arrested by the police is not reasonable. They may appear before the Magistrate and apply for bail.
B.A.No.1383 of 2017 2
In the result, this application is dismissed with the above observations.
Sd/-
K.ABRAHAM MATHEW JUDGE sd // True Copy // P.A. to Judge


This was a site for a charity project in Eldoret, dubbed Faraja Project in October 2018. The language used is fullstack.
This was an interaction page for a cultural festival, dubbed Sauti Festival in Iten in early November 2018. The language used is Java Script.
This was an events page for an annual church conference, dubbed Breakthrough Summit in Langata, Nairobi in mid November 2018. The language used is fullstack.
My background is in Graphic Design and Communications.


| Modifier and Type | Constant Field | Value |
|---|---|---|
public static final int |
_tk_alias |
21 |
public static final int |
_tk_any |
11 |
public static final int |
_tk_array |
20 |
public static final int |
_tk_atom |
20000 |
public static final int |
_tk_boolean |
8 |
public static final int |
_tk_char |
9 |
public static final int |
_tk_double |
7 |
public static final int |
_tk_enum |
17 |
public static final int |
_tk_except |
22 |
public static final int |
_tk_fixed |
28 |
public static final int |
_tk_float |
6 |
public static final int |
_tk_long |
3 |
public static final int |
_tk_longdouble |
25 |
public static final int |
_tk_longlong |
23 |
public static final int |
_tk_null |
0 |
public static final int |
_tk_objref |
14 |
public static final int |
_tk_octet |
10 |
public static final int |
_tk_pid |
20001 |
public static final int |
_tk_port |
20002 |
public static final int |
_tk_Principal |
13 |
public static final int |
_tk_ref |
20003 |
public static final int |
_tk_sequence |
19 |
public static final int |
_tk_short |
2 |
public static final int |
_tk_string |
18 |
public static final int |
_tk_struct |
15 |
public static final int |
_tk_term |
20004 |
public static final int |
_tk_TypeCode |
12 |
public static final int |
_tk_ulong |
5 |
public static final int |
_tk_ulonglong |
24 |
public static final int |
_tk_union |
16 |
public static final int |
_tk_ushort |
4 |
public static final int |
_tk_void |
1 |
public static final int |
_tk_wchar |
26 |
public static final int |
_tk_wstring |
27 |


tlmgr backup
Manage backups of TeX Live packages.
The default backup directory is specified by the `backupdir` option, and can be obtained with `tlmgr option`.
More information: home page
- Make a backup of one or more packages:
tlmgr backup package1 package2 ...
- Make a backup of all packages:
tlmgr backup --all
- Make a backup to a custom directory:
tlmgr backup package --backupdir path/to/backup_directory
- Remove a backup of one or more packages:
tlmgr backup clean package1 package2 ...
- Remove all backups:
tlmgr backup clean --all


Live ScoreCard
Home
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Profile
Player #32268
Level: 24
1,000 / 24,000
18,149 13
You are the narrator of this story. Your job is to seek the truth in every possible way without falling victim to the tyrannies of the upper class. Look forward to the future, but do not let yourself be burdened by the past. Let no one change your mind as to how the world may work and seek the virtue in every last person until you cannot bear tolerance any further.


No more than four participants per team.
No previous projects, only fresh ideas & designs.
You cannot leave from 10PM to 7AM.
No substances & weapons.
Have Fun and Stay Safe.
Shyam
Sameer
Mahesh
Soroush
Ray
Amit
Manan
Aditya
Nikhil
Itay
Aashish
Shan
Ibrahim
William
Sahil
Radhika
Ajay
Oindril
Parvathy
Suyash
Kaushik
Navneedh
Kush
Billy
Anirudh
Hackathons are where your crazy ideas become reality. Build anything you want to build, from websites, apps, software, hardware, just about anything that comes out of your crazy mind. Just make it in the 30 hours you have!
There is no better way to start or continue learning something other than through experience, and a Hackathon is the best place to get that experience, while getting all the help you can from anybody there!
Anybody! Our Hackathon specifically targets high schoolers new to programming, but everybody & anybody is welcome! Ideas don't grow on trees, so it's perfectly fine if you don't have an idea when you come to Teen Hackathon.
No problem-o! No experience required! But if you're a complete freshie, we have lessons to help you get started! The main goal of a hackathon is to learn new things & meet new people!
Unfortunately, as high schoolers, our hardware support is limited. Contact us for more details regarding your specific goals so we can set you up best.
Great! This will be a fun AND novel experience for you! As mentioned before, no experience is required. A hackathon is a great place to meet new people of many types, & learn a lot from the entire experience & people met. We would be honored to make your first hackathon Teen Hackathon.
Nope. Nee. Nie. Ne. No. Na. Ni. Non. Nahi. Nein. Nai. You MUST start from a blank slate of ideas & designs.
It's $25.
A maximum of four participants. No more. It's perfectly fine to be alone, too.
A laptop, toiletries, & your brain. Also bring your own food or money to order.
No, not really; but it would be awesome if you did! Since we are using challenge post to submit hacks, you can submit off-site if you decide to not attend. Also keep in mind that the hackathon will be closed off to all inbound or outbound traffic from 10PM to 7AM, so unless you hack overnight better at home, stay, & have some fun!
HTML5, CSS3, & HTMLMakr
MakeSchool Swift implementations in iOS
Programming basics in Python
Basic Java & C# Programming
Basic Java implementations in Android
Basic JavaScript implementations with Meteor
Tessel JavaScript implementations
Entrepreneurship Talk
Starting and scaling a business
How to Pitch


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