{% extends "wagtailadmin/base.html" %} {% load i18n %} {% trans "Add new 2FA device" as titletag %} {% block titletag %}{{ titletag }}{% endblock %} {% block content %} {% trans "Two Factor Settings" as prefs_str %} {% include "wagtailadmin/shared/header.html" with title=prefs_str %}
Two-Factor authentication is a method for making your account more secure, by requiring you to provide an additional piece of evidence (a factor) next to your password.
The most common way of providing this secondary factor, is by having one of your devices generate a random code that changes every minute. This is called a One Time Password.
For generating codes, you can use one of the following apps. You might even have them installed already.
To configure two-factor authentication for your Wagtail CMS account, install one of those apps and scan the below QR code. Note that if you lose or reset your phone, you will no longer be able to log in.
{% endblocktrans %}


About RDMM
RDMM is the Registry for model organism researchers, developed for the Canadian Rare Disease Models & Mechanisms Network.
This site documents the API usage for open-source web application implementation of RDMM. For more information, see our GitHub repository.
Click the menu at the top navigation bar to navigate through available API endpoints.


Don’t fill this out if you're human:
Your Name:
Your Email:
Your Phone Number:
Interest: Billing Service Free Cost Analysis Training Other
Status: Existing ESM Client New Practice Other
Message:
Send


Boston House Price Prediction
Welcome to Boston house price prediction API. This API has only one useful endpoint.
Predict house prices via the endpoint
https://boston-predictions.herokuapp.com/predict
using a POST request.
For more info, visit the
github repository
{{pred}}


Foods you should never feed your dog
There's things on the list you might not have thought of
by Jenny MoodyWe're coming up to Christmas and the temptation is to treat our pets too.
And that often stretches to give the dog titbits from what we've been eating - but there are some foods that are very harmful to dogs.
There are things that we love but can make our pets very ill indeed. Be strong, don't fall for those cow eyes as you may live to regret it if your pet falls ill.
Things like nuts, cheese and onions are among the potentially harmful human foods that should never be fed to our pets, according to experts from Dog food specialists PurePetFood.co.uk.
The experts have run through the snacks and ingredients that could prove dangerous if eaten by our dogs and have explained why they should be kept away from our four legged friends.
Some human food can cause health problems in dogs which can range from toilet issues and vomiting to heart disease, liver failure and even death, depending on the contents.
Many people know not to give their pet dog chocolate, but there are other foods to avoid include tea, garlic and grapes.
A spokesman for PurePetFood.co.uk said: "Many pet owners like to give their dog leftovers, a chance to lick their plate, or a bit of human food as a treat every so often.
"But many of our favourite snacks can have dangerous consequences for our four-legged friends, due to some of the chemicals and ingredients they contain.
"To help dog lovers avoid causing harm to pups and canines, we've revealed 11 things they shouldn't be allowed to eat and why."
If your dog starts to display symptoms of eating something they shouldn't have, contact your vet immediately.
Do not feed these foods to your dog
-
1. Chocolate
This is the one human food most people know dogs shouldn't consume and dark chocolate is even worse than the milkier variety.
It is because chocolate contains methylxanthines and theobromine which could mess up a canine's insides by causing vomiting, diarrhoea and excessive urination, panting and thirst, an abnormal heartbeat, seizures or even death.
-
2. Alcohol
Alcohol can have similar effects to chocolate and also cause abnormal blood acidity, central nervous system depression, decreased coordination or even coma in dogs.
Pets should never be allowed to consume any products containing toxic alcohol and a vet needs to be contacted urgently if you think they may have ingested some.
-
3. Grapes and raisins
Scientists have been unable to identify the toxic substance contained in grapes and raisins, but it is known they could cause kidney failure and shouldn't be fed to dogs.
-
4. Cheese
High fat, high calorie food can be bad for pets if eaten excessively by causing weight gain, which can lead to lots of other health problems.
Most cheeses are also very salty, meaning eating too much could eventually bring on heart disease or stroke in your dog.
-
5. Onion
Chemicals in onions can cause dogs' red blood cells to rupture or reduce how effectively they can carry oxygen around their body, whether the vegetable is cooked or raw.
-
6. Ready meals
Excessive salt can harm dogs just like humans. It could cause increased thirst, raise blood pressure, or even sodium ion poisoning in pets, so it's best not to let them lick your plate after you've had a ready meal or other high salt foods like crisps and processed snacks.
-
7. Nuts
Almonds, cashews, pecans, pistachios and other nuts are packed full of fats and oils that could lead to diarrhoea, vomiting and pancreatitis in dogs.
Macadamias meanwhile can cause a range of other problems in pets too, including weakness, tremors, depression and even hyperthermia.
-
8. Xylitol
Used as a sweetener in a range of products including chewing gum, toothpaste and baked desserts, xylitol can cause insulin release in dogs and potentially lead to liver failure. If you are brushing your dog's teeth make sure you use dog friendly toothpaste.
-
9. Tea and Coffee
A tiny sip or two is unlikely to do major damage but drinking much of a morning cuppa could be life-threatening for dogs so it's best to keep your pet away from hot beverages.
Caffeine could be very harmful to your dog as it's a methylxanthine, like the chemicals found in chocolate.
-
10. Garlic
Like onions, garlic contains chemicals that can damage red blood cells and negatively affect dogs' overall health, raw or cooked.
-
11. Olive oil
Like most oils, olive oil is high in both fat and calories and could therefore cause harmful weight gain in dogs if lots is given to them over time.
It may also cause digestive problems for pets and lead to vomiting or diarrhoea if consumed in excessive amounts.
We've got apps for both Android and Apple devices which can be tailored to deliver the news and sport that you're interested in.
And if you download our app, you can sign up for push notifications for Burton by selecting 'discover' and choosing 'Burton' from the 'more topics' list.


--- title: Gilbert Strang on Linear Algebra layout: post ---
Lecture 1: The geometry of linear equations Go to this video
Lecture 1: The geometry of linear equations
Go to this video
So hot its not even funny.


| |
| |
| Hi {Name} |
| |
|
Your registered workshop has been modified and the brief details
are given below.
|
| |
| {ChangeReason} |
| Event Status |
{DefaultStatus} {StatusContent} {ChangeStatus} |
| Date |
{DefaultDate} {DateContent} {ChangeDate} |
| Time |
{DefaultTime} {TimeContent} {ChangeTime} |
|
| |
| Do you still able to attend the event. |
| |
|
Yes
No
|
| |
| |
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|


Under
General->Common Language Runtime support the option needs to be
set to No Common Language Runtime supportUnder
Dependent Extensions the following additional directories need to be in
the include configuration.
-Autopatcher/AutopatcherMySQLRepository
-Autopatcher
-bzip2-1.0.3
-MySQLInterface
MySql header directory needs to be included.
For 5.1 on Vista the directory looks like: C:\Program Files
(x86)\MySQL\MySQL Server 5.1\includeUnder
Dependent Extensions the following additional source files need to be
included in the project.
-bzip2-1.0.3/blocksort.c
-bzip2-1.0.3/bzip2.c
-bzip2-1.0.3/bzlib.c
-bzip2-1.0.3/compress.c
-bzip2-1.0.3/crctable.c
-bzip2-1.0.3/decompress.c
-bzip2-1.0.3/dlltest.c
-bzip2-1.0.3/huffman.c
-bzip2-1.0.3/randtable.c
-Autopatcher/ApplyPatch.cpp
-Autopatcher/AutopatcherClient.cpp
-Autopatcher/AutopatcherMySQLRepository/AutopatcherMySQLRepository.cpp
-Autopatcher/AutopatcherServer.cpp
-Autopatcher/CreatePatch.cpp
-Autopatcher/MemoryCompressor.cpp
-MySQLInterface/MySQLInterface.cpp
Additional Libraries
The
MySql library needs to be included.
For
5.1 on Vista the location looks like:
For
debug:
C:\Program Files (x86)\MySQL\MySQL Server 5.1\lib\debug\libmysql.lib
For
release:
C:\Program Files (x86)\MySQL\MySQL Server 5.1\lib\opt\libmysql.lib
- Click the start menu and click on run. In Vista click
start->search type "run" hit enter.
- Type cmd and hit enter.
- In the next command PATH_TO_RAKNET_SWIG_FILES is the
path to
the swig directory. For example C:\RakNet\DependentExtensions\Swig
- Type cd PATH_TO_RAKNET_SWIG_FILES hit enter
- In the next command PATH_TO_RAKNETSOURCE is the path
to the swig source directory. For example: C:\RakNet\Source.
PATH_TO_SWIG is an unquoted path with a trailing slash to
the Swig directory Example: C:\Swig\. If you added swig to
your path variable then PATH_TO_SWIG is not needed and can be
ignored or set to "". PATH_TO_DEPENDENTEXTENSIONS is the path
to the Dependent Extensions directory Example:
C:\RakNet\DependentExtensions. OPTION1 in this case will be
MYSQL_AUTOPATCHER.
- Type MakeSwigWithExtras.bat
PATH_TO_RAKNETSOURCE PATH_TO_SWIG PATH_TO_DEPENDENTEXTENSIONS
OPTION1
hit enter
- If you are not using the DLL_Swig project goto
"Creating the Swig Wrapped DLL Project" in the Swig Tutorial
- If you are using the DLL_Swig project, in the project
directory there is a file called Prebuild.bat, open it for editing.
- Replace the line "MakeSwig.bat "../../Source"" with
the command created in these steps.
- Now goto "Creating the Swig Wrapped DLL
Project" in the Swig
Tutorial. Make sure the extra configuration in this help file is followed.
- Click the start menu and click on run. In Vista click
start->search type "run" hit enter.
- Type cmd and hit enter.
- In the next command PATH_TO_RAKNET_SWIG_FILES is the
path to
the swig directory. For example C:\RakNet\DependentExtensions\Swig
- Type cd PATH_TO_RAKNET_SWIG_FILES hit enter
- In the next command PATH_TO_RAKNETSOURCE is the path
to the swig source directory. For example:
C:\RakNet\Source. PATH_TO_DEPENDENTEXTENSIONS
is the path to the Dependent Extensions directory Example:
C:\RakNet\DependentExtensions.
- Type C:\Swig\swig -c++ -csharp -namespace
RakNet -I"PATH_TO_RAKNETSOURCE" -I"SwigInterfaceFiles"
-I"PATH_TO_DEPENDENTEXTENSIONS"
-DSWIG_ADDITIONAL_AUTOPATCHER_MYSQL -outdir SwigOutput\SwigCSharpOutput
-o SwigOutput\CplusDLLIncludes\RakNet_wrap.cxx
SwigInterfaceFiles\RakNet.i
hit enter
- Goto "Creating the Swig DLL" in the Swig Tutorial. Make sure the extra configuration in this help file is followed.
- Open a terminal if you are not already at one.
- In the next command PATH_TO_RAKNET_SWIG_FILES is the
path to
the swig directory. For example
/home/usr/RakNet/DependentExtensions/Swig
- Type cd PATH_TO_RAKNET_SWIG_FILES hit enter
- Type chmod u+x MakeSwig.sh
- In the next command PATH_TO_RAKNETSOURCE is the path
to the swig source directory. For
example: /home/usr/RakNet/Source. PATH_TO_DEPENDENTEXTENSIONS is the path
to the Dependent Extensions directory Example: /home/usr/RakNet/DependentExtensions. OPTION1 in this case will be
MYSQL_AUTOPATCHER.
- Type MakeSwigWithExtras.sh
PATH_TO_RAKNETSOURCE PATH_TO_DEPENDENTEXTENSIONS
OPTION1
hit enter
- Skip to "Creating the C# project" in the Swig Tutorial.
- Open a terminal
- In the next command PATH_TO_RAKNET_SWIG_FILES is the
path to
the swig directory. For example
/home/usr/RakNet/DependentExtensions/Swig
- Type cd PATH_TO_RAKNET_SWIG_FILES hit enter
- In the next command PATH_TO_RAKNETSOURCE is the path
to the swig source directory. For example: /home/usr/RakNet/Source
- Type swig -c++ -csharp -namespace RakNet
-I"PATH_TO_RAKNETSOURCE"
-I"SwigInterfaceFiles" -outdir SwigOutput/SwigCSharpOutput -o
SwigOutput/CplusDLLIncludes/RakNet_wrap.cxx SwigInterfaceFiles/RakNet.i
and hit enter
- Goto the next section below.
- In the next command PATH_TO_RAKNET_SWIG_FILES is the
path to
the swig directory.
EX:: ../DependentExtensions/Swig
- In
the next command PATH_TO_DEPENDENTEXTENSIONS is the path to the
Dependent Extensions directory. EX: /home/usr/RakNet/DependentExtensions
- First
we need to compile the C files seperatly with GCC in C mode type the
following command and hit enter: gcc
-c PATH_TO_DEPENDENTEXTENSIONS/bzip2-1.0.3/blocksort.c PATH_TO_DEPENDENTEXTENSIONS/bzip2-1.0.3/bzip2.c PATH_TO_DEPENDENTEXTENSIONS/bzip2-1.0.3/bzlib.c PATH_TO_DEPENDENTEXTENSIONS/bzip2-1.0.3/compress.c PATH_TO_DEPENDENTEXTENSIONS/bzip2-1.0.3/crctable.c PATH_TO_DEPENDENTEXTENSIONS/bzip2-1.0.3/decompress.c PATH_TO_DEPENDENTEXTENSIONS/bzip2-1.0.3/dlltest.c PATH_TO_DEPENDENTEXTENSIONS/bzip2-1.0.3/huffman.c
$2/bzip2-1.0.3/randtable.c
- Now we use those object files
and compile the C++ files with C++ mode type the following command and
hit enter: g++
*.cpp PATH_TO_RAKNET_SWIG_FILE/SwigOutput/CplusDLLIncludes/RakNet_wrap.cxx
blocksort.o bzip2.o bzlib.o compress.o crctable.o decompress.o
dlltest.o huffman.o
randtable.o PATH_TO_DEPENDENTEXTENSIONS/Autopatcher/ApplyPatch.cpp PATH_TO_DEPENDENTEXTENSIONS/Autopatcher/AutopatcherClient.cpp PATH_TO_DEPENDENTEXTENSIONS/Autopatcher/AutopatcherMySQLRepository/AutopatcherMySQLRepository.cpp PATH_TO_DEPENDENTEXTENSIONS/Autopatcher/AutopatcherServer.cpp PATH_TO_DEPENDENTEXTENSIONS/Autopatcher/CreatePatch.cpp PATH_TO_DEPENDENTEXTENSIONS/Autopatcher/MemoryCompressor.cpp PATH_TO_DEPENDENTEXTENSIONS/MySQLInterface/MySQLInterface.cpp
-l pthread -lmysqlclient -I/usr/include/mysql/ -I./
-IPATH_TO_DEPENDENTEXTENSIONS/Autopatcher/AutopatcherMySQLRepository
-IPATH_TO_DEPENDENTEXTENSIONS/Autopatcher
-IPATH_TO_DEPENDENTEXTENSIONS/bzip2-1.0.3
-IPATH_TO_DEPENDENTEXTENSIONS/MySQLInterface -shared -o RakNet
- Note: In the previous command -l pthread is lower
case L while -I./ is uppercase i.
- A file called RakNet should be created that will be
copied in the next section
- Go to "Creating the C# project" in the Swig Tutorial.
|


Twitter rolls out 'hide replies' function globally
by Jack QuannSocial media site Twitter is giving all its users the ability to hide replies to their tweets on the platform.
Plans for the measure were first announced back in March.
Anyone can choose to hide replies to their tweets, and can see hidden replies, by tapping the grey icon that will appear on the tweets.
The company says this gives the user more control over the conversations they start - but people can still see the entire conversation.
It says: "Everyone should feel safe and comfortable while talking on Twitter. To make this happen, we need to change how conversations work on our service.
"Currently, repliers can shift the topic or tone of a discussion and derail what you and your audience want to talk about.

"We learned that the feature is a useful new way to manage your conversations. Today, we're making this available to everyone globally."
During tests it carried out, Twitter revealed that people mostly hide replies they think are irrelevant, off-topic or annoying.
While some 85% of the people who hide replies are not using 'Block' or 'Mute' options.
People were also curious to see how public figures, like those in politics and journalism, would use this update.
Twitter says that so far, they are not hiding replies very often.
In Canada, 27% of people who had their tweets hidden said they would re-consider how they interact with others in the future.
Also they thought it was a helpful way to manage what they saw, similar to muted keywords.
The website says it is working on new controls and more clarity around the rules of conversation spaces.
It will soon be launching a new hide replies 'endpoint' - so developers can build additional conversation management tools.
The option to hide replies is rolling out globally on Twitter's website, iOS, Android and Twitter Lite.


| Home | Trees | Index | Help |
|
|---|
| Package openid :: Package server :: Module server :: Class Decoder |
|
object
--+
|
Decoder
OpenIDRequest
.
| Method Summary | |
|---|---|
Construct a Decoder. | |
OpenIDRequest
|
I transform query parameters into an OpenIDRequest . |
Called to decode queries when no handler for that mode is found. | |
Inherited from object :
__delattr__ ,
__getattribute__ ,
__hash__ ,
__new__ ,
__reduce__ ,
__reduce_ex__ ,
__repr__ ,
__setattr__ ,
__str__
|
| Method Details |
|---|
__init__(self,
server)
Construct a Decoder.
|
decode(self, query)I transform query parameters into an None .
|
defaultDecoder(self, message, server)Called to decode queries when no handler for that mode is found.
|
| Home | Trees | Index | Help |
|
|---|
| Generated by Epydoc 2.1 on Wed Apr 22 16:14:20 2009 | http://epydoc.sf.net |


Class: module:definition
module:definition
Describes a command-line option. The additional properties `description` and `typeLabel` used by .getUsage() are described [here](https://github.com/75lb/command-line-usage#getusagedefinitions-options--string-).


|
|
Meridian Point : HT-1
Location: In the center of the axilla on the radial side of the axillary artery.
English Name: Highest Spring
Pinyin Name: Ji Quan
Actions & Effect:
Regulate Qi flow from the torso to the arm and vice versa - cold, numbness, pain in shoulder a/or arm.
Pain in the cardiac region - heart pain, chest pain, shortness of breath, anxiety, palpitations.
Frozen shoulder.
Pain a/or distention of the upper thoracic area.
Disease
Chest congestion, shortness of breath, emotional problems, dry mouth, terrible thirst, yellowish eyes
Meridian Point : HT-2
Location: With the elbow flexed, 3 cun above HT 3 on the ulnar side of the biceps brachii in the medial groove.
English Name: Cyan Spirit
Pinyin Name: Qing Ling
Actions & Effect:
Local point - in many classics needling this point is contraindicated. Moxabustion, however, is applicable.
Pain in the shoulder or arm.
Pain in the lateral chest and/or hypochondriac regions.
Disease
Cardiac pain, sudden loss of voice
Meridian Point : HT-3
Location: With the elbow flexed, between the ulnar end of the cubital crease and the medial epicondyle of the humerus.
English Name: Lesser Sea
Pinyin Name: Shao Hai
Actions & Effect:
Pain, numbness, tremors, etc. of the lower arms a/or hands - Parkinson's, stroke.
Good local point to move the Qi and Blood.
Spirit disorders from phlegm a/or heat etiologies - epilepsy, depression, anxiety, nervousness, poor memory, fuzzy thinking.
Water Point - redness of the eyes, mouth ulcerations.
Disease
Angina pectoris, amnesia, susceptility to laugh, mania, epilepsy, numbness of arm, tremor of hand, headache, dizziness
Meridian Point : HT-4
Location: 1.5 cun above the wrist crease on the radial side of the flexor carpi ulnaris tendon, on the HT 3 - HT 7 line.
English Name: Spirit Pathway
Pinyin Name: Ling Dao
Actions & Effect:
Sudden loss of voice.
Restless Zang Disorder (fluctuating emotions, mania, depression, anxiety, insomnia), various emotional disturbances.
Chest pain that perhaps worsens with emotional distress.
Local point for pain in the elbow and/or arm.
Disease
Angina pectoris, palpitation, susceptility to laugh, sorrow and fright, stiffness of the tongue
Meridian Point : HT-5
Location: 1 cun above the wrist crease on the radial side of the flexor carpi ulnaris tendon, on the HT 3 - HT 7 line.
English Name: Connecting Li
Pinyin Name: Tong Li
Actions & Effect:
Speech a/or vocal disorders - aphasia (post-stroke), stiff tongue, stuttering, sudden loss of voice, sore throat.
Spirit disorders and related physical manifestations, anxiety w/palpitations, arrhythmia, nervousness, depression - although the point is generally not used for emotional disorders involving sleep such as insomnia, HT 7 is used more often for these more "physical" manifestations.
Excessive bleeding w/ menstruation from heat in the Blood.
Heat effecting the SI and leading to urinary symptoms - incontinence, enuresis.
Local point for wrist, elbow and/or hand pain - perhaps more so for weakness than simple pain.
Disease
Palpitation, Sudden loss of voice, stiffness of the tongue,
Meridian Point : HT-6
Location: .5 cun above the wrist crease on the radial side of the flexor carpi ulnaris tendon, on the HT 3 - HT 7 line.
English Name: Yin Cleft
Pinyin Name: Yin Xi
Actions & Effect:
Night sweats, Steaming Bone Disorders, tonify Yin and Blood. Often used with SI 3 for nightsweats.
Acute chest and/or heart pain from Blood stasis. Palpitations, although HT 5 may be better.
Acute emotional disturbances - mania, anxiety, shock, sudden loss of voice.
Counterflow qi - panic attacks, vomiting blood, nosebleeds.
Disease
Cardiac pain, palpitation due to fright, sudden loss of voice, fever and night sweat
Meridian Point : HT-7
Location: At the wrist crease, on the radial side of the flexor carpi ulnaris tendon, between the ulna and the pisiform bones.
English Name: Spirit Gate
Pinyin Name: Shen Men
Actions & Effect:
Tonify deficiencies of the HT Qi, Blood, Yin and Yang.
Emotional issues, especially those with related sleep or thinking manifestations - insomnia, muddled thinking.
Heart and Phlegm fire leading to insomnia, anxiety, mania.
Physical responses to emotional stimuli - anxiety w/palpitations, nausea w/panic a/or fear.
Heart palpitations from any etiology as well as irregular heart beat, pounding heart, angina.
Tong Ren/Tam Healing System: Emotional/Psychological issues, w/PC 7 for sweat problems (too much or too little).
Disease
Amnesia, cardiac pain, palpitations, irritability, chest pain, insomnia, mania, finger numbness
Meridian Point : HT-8
Location: When a loose fist is made where the tip of the little finger rests between the 4th and 5th metacarpal bones.
English Name: Lesser Mansion
Pinyin Name: Shao Fu
Actions & Effect:
HT Fire effecting the SI effecting the UB, heat descending to the lower jiao - incontinence, difficult urination, fungal infections, genital itching.
Channel issues, sore throat, tongue stiffness, pain along the ulnar aspect of the arms.
Heart Qi Deficiency - palpitations, fear, hot palms.
Emotional disorders - although PC 8 may be a better choice.
HT Fire effecting the mouth - ulcers, canker sores, etc. - although PC 7 or PC 8 may be a better choice.
Local point for arm pain, elbow pain, and/or pain in the pinky finger.
Disease
Palpitation, chest pain, spasmodic pain of little finger
Meridian Point : HT-9
Location: .1 cun posterior to the corner of the nail on the radial side of the little finger.
English Name: Lesser Surge
Pinyin Name: Shao Chong
Actions & Effect:
Jing Well Point - clear heat a/or obstruction from the opposite end of the channel, eye pain a/or redness, mouth ulcerations, sores.
Can be bled or needled for emotional disturbances - strong restlessness, anxiety, panic attacks, manic depression, epilepsy, etc.
Restore consciousness - heart attack, stroke.
Emergency heart attack point - strong stimulation.
Fullness below the heart - stagnation, pain a/or distention in the HT area.
Disease
Palpitation, pain in the chest, mania, coma
|


The following languages are currently included in the scope of the Storybooks Zambia project:
Please note that some translations and recordings are not yet complete.
We are always looking for translators! If you speak one of the above languages and would like to help us translate or record stories, please contact us at globalafricanstorybook [at] gmail [dot] com


Setting Up Goals and Funnels - Google Analytics
I had a recent request on how to setup a funnel in Google Analytics. If you’ve missed by first post on some tips for Google Analytics first check that out. With most websites today there is some portion of the site that is event and not page based, meaning you have some workflow on the page based on Javascript. If this is the case you’ll want to fake a page view instead of an event in order to entirely use it in funnels and goals.
A personal recommendation is actually to use both, goals and funnels. The key a funnel is that you need to have successive steps that occur in some order. With regards to metrics tracking this is absolutely needed, but typically you may have 1-2 total funnels with many steps in your site versus goals where you could have 10-15 single goals. For Registry Stop we’ve structured our site so that our earlier stage goals become the same as steps in later stage funnels. For us in almost all cases the first part of the funnel is the visit, the second is registering for an account. We do have independent goals for visits and registrations as well, but we do not have funnels on those goals.
A key to getting the most use out of your funnels is to know that there is a workflow to follow to getting to that end goal. To highlight this slightly more visually let me walk through an example:
- User visits your site. Here you’ll want to create a goal. Likely this is tracking a page view of the homepage.
- User registers for an account. Here again, you’ll create a goal and nothing more. If there is a confirmation page that will be your goal, if there is not, then you’ll want to fake a page view in order to track that goal.
- User adds a product This is the first place you want to create both a goal and a funnel.
With regards to the goal, it should be pretty simple, tracking some page view. For the funnel though you will likely have 4 parts.
The parts of your funnel will be:
- User visits your site.
- User registers for an account.
- User begins process of adding a product
- User completes product add
For Registry Stop we have a similar funnel for users which includes:
- Registering for an account
- Visiting the sync page
- Adding a synced registry
Now as for actually setting up a goal or funnel. This is slightly unintuitive as it’s not from inside a specific site on Google Analytics. At the home level of google analytics you’ll have all of your sites setup. For each site to the right you’ll have actions, click the Edit to go to the goal area.
Once here it becomes a bit more intuitive. You can begin by simply adding a goal. Your goal types should seem mostly intuitive, as mentioned in an earlier post you cannot use an Event in a goal. For this reason you can fake a pageview as if it actually occurred and then create your goal against that non-existent page view. If you want a few more details of how to do this check out the previous post . So for an example, we have a goal on Registry Stop that detects when a page view occurs as a result of a registry being synced. Because this workflow is heavily javascript and flow based we fake the page view and track it as if the page was actually visited. The goal itself looks like:
For setting up your funnel as we mentioned above its generally a set of page views. A very key item is the check box next to the first item in your funnel. If you check this is means any other steps in the funnel are not counted unless you the first step is completed. If you have a very structured 1, 2, 3 workflow this makes sense. However, if there are various ways for the goal to complete then be very careful about selecting this.
For this same goal above we have a corresponding funnel to track in detail how our conversion flows. The funnel itself looks like this once setup:
This results in a funnel report that looks like:


Your primary insurance amount of ${{taxEngine.primaryInsuranceAmountFloored() | number:0}} / month is the benefit you will earn if you retire at your normal retirement age (NRA). Normal Retirement Age is between 65 and 67, depending on when you were born.
For those born in {{birth.year}}, normal retirement age is {{taxEngine.fullRetirement.ageYears}} years and {{taxEngine.fullRetirement.ageMonths}} months. This puts your normal retirement date at {{taxEngine.fullRetirementDate.month}}, {{taxEngine.fullRetirementDate.year}}.
If you start collecting benefits then, your benefit will be the primary insurance amount, rounded down:
You can also begin taking benefits as early as 62 years old ({{taxEngine.dateAtAge(62, 0).month}} {{taxEngine.dateAtAge(62, 0).year}}), wait until as late as 70 years old ({{taxEngine.dateAtAge(70, 0).month}} {{taxEngine.dateAtAge(70, 0).year}}), or start any month in between. The longer you wait, the higher your actual benefit will be.
If you choose to take benefits earlier than normal retirement age ({{taxEngine.fullRetirementDate.month}} {{taxEngine.fullRetirementDate.year}}), your benefit amount will be permanently reduced per year you start early by:
If you choose to instead wait until later than normal retirement age ({{taxEngine.fullRetirementDate.month}} {{taxEngine.fullRetirementDate.year}}), your benefit amount will be permanently increased by {{taxEngine.delayIncreaseRate() * 100 | number: 2}}% per year that you delay.
For a few examples, here's how much your benefit would be at different starting ages:
| Benefit | ||||
|---|---|---|---|---|
| Age | Date | Adjustment | monthly | yearly |
| {{age}} | {{taxEngine.dateAtAge(age, 0).month}} {{taxEngine.dateAtAge(age, 0).year}} | {{taxEngine.benefitMultiplierAtAge(age, 0) * 100 | number:2}}% | ${{taxEngine.benefitAtAge(age, 0) | number:0}} | ${{taxEngine.benefitAtAge(age, 0) * 12 | number:0}} |
You can also see this same thing in the interactive chart below, with the age you choose to start taking benefits on the x-axis and the annual benefit amount on the y-axis. Move your mouse over the chart to watch how the earnings change based on the age that you first start taking benefits.


| Table sem5.dbo.VIRUS Keeps the list of threats found in the network.
|
Generated by SchemaSpy |
Indexes:
| Column(s) | Type | Sort | Constraint Name |
|---|---|---|---|
| VIRUSNAME_IDX | Primary key | Asc | PK_VIRUS |
| VIRUSNAME_IDX + VIRUSNAME + CATEGORY + TYPE2 + TYPE + DISCOVERED | Performance | Asc/Asc/Asc/Asc/Asc/Asc | I_VIRUS_IDX_PLUS |
| LATEST_THREAT + VIRUSNAME | Performance | Asc/Asc | I_VIRUS_LATEST_THREAT_PLUS |
| TOP_THREAT + VIRUSNAME | Performance | Asc/Asc | I_VIRUS_TOP_THREAT_PLUS |
| VIRUSNAME + DELETED | Performance | Asc/Asc | I_VIRUS_VIRUSNAME_DELETED |
| VIRUSNAME_IDX + DYNAUBER + VIRUSNAME + CATEGORY + TYPE2 + DISCOVERED | Performance | Asc/Asc/Asc/Asc/Asc/Asc | I_VIRUS_VIRUSNAME_PLUS |


There are two distribution lists for Harbor, one for users and one for developers:
Join Harbor's user email group at https://lists.cncf.io/g/harbor-users to get Harbor's news, features, and releases, or to provide suggestions and feedback.
Join Harbor's developer group at https://lists.cncf.io/g/harbor-dev for updates related to development and contribution.


{{message}}
this is h1;
{{item}}
this named slot header elment!
this is slot element!
this named slot footer element!


Kittens Game Save Editor
by
patsy
, with help from Guest93, for
Kittens Game
version
<IP_ADDRESS>.a
by
bloodrizer
Language
Import
|
Export
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Save Import
Unable to import data!
Save Export


\
Russ Rizzo is a rare species of literate giraffes.
Jenn Chau loves being a unicorn of the sea. Being warm-weather narwhal, she has future-proofed herself against climate change.


You've completed the practice exercise! Click "Continue" to continue on to the main task. The main task will be identical.
{{INSTRUCTIONS}}
Thank you! You have completed the experiment.
Please click the submit button below to finish.
{{CONSENT}}
{{SELECTION}}


Job Posting
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|
MxM
Musica ex Machina, a machine learning music composition project.
|
Public Member Functions | |
| Count (int measure) | |
| Count (int numerator, int denominator) | |
| Count (int measure, int numerator, int denominator) | |
| int | getMeasure () |
| int | getBeat () |
| int | getSubdivision () |
| float | toFloat () |
| double | toDouble () |
| String | toString () |
| Count | plus (Count other) |
| Count | minus (Count other) |
| Count | times (int scalar) |
| Count | dividedBy (int scalar) |
| int | compareTo (Count other) |
| int | compare (Count c1, Count c2) |
| boolean | equals (Object o) |
| int | hashCode () |
Static Public Attributes | |
| static final Count | ZERO = new Count(0,1) |
| static final Count | FULL_MEASURE = new Count(1,1) |
| static final Count | HALF_MEASURE = new Count(1,2) |
| static final Count | THIRD_MEASURE = new Count(1,3) |
| static final Count | QUARTER_MEASURE = new Count(1,4) |
| static final Count | EIGHTH_MEASURE = new Count(1,8) |
A Count is the fundamental measurement of musical time. Note that Counts are essentially just fractions. They're not really that special. They are, however, immutable, in order to avoid accidental headaches down the line.
| Count | ( | int | measure | ) |
A constructor for Count taking in just a measure number. Use of this is likely to be rare, but this avoids having annoying 1-denominator constructor calls.
| measure | The desired measure. |
| Count | ( | int | numerator, |
| int | denominator | ||
| ) |
A constructor for Count taking in a numerator and denominator. Note that these do not need to be reduced, as the constructor itself will do the reducing.
| numerator | The desired numerator. |
| denominator | The desired denominator. |
| Count | ( | int | measure, |
| int | numerator, | ||
| int | denominator | ||
| ) |
A constructor for Count taking in a measure, a numerator and a denominator. Note that these do not need to be reduced, as the constructor itself will do the reducing.
| measure | The desired measure. |
| numerator | The desired numerator. |
| denominator | The desired denominator. |
| int compareTo | ( | Count | other | ) |
| Count dividedBy | ( | int | scalar | ) |
| boolean equals | ( | Object | o | ) |
A basic (generated) equals() method for Counts.
| o | The Object to compare this to. |
| int getBeat | ( | ) |
| int getMeasure | ( | ) |
Gets the measure number, i.e., the "whole number" part of the internal fraction.
| int getSubdivision | ( | ) |
| int hashCode | ( | ) |
A simple hash code in order to allow storage in certain Collections, like HashSets.
| Count times | ( | int | scalar | ) |
| String toString | ( | ) |


Welcome to BioBIKE's tutorial,
What is a Gene?
Introduction
You may have trouble finding a matching pair of socks in the morning. Well, think about finding a gene amongst the few billion nucleotides that comprise the human genome! In this tour, we'll confront the problem of how to find a gene, which will lead us to the question:
What is a gene anyway?
To answer this question, we have to look at real sequences and real genes. Perhaps some generalities will pop out that enable us to come up with a definition.
In this guide, you are in control of two windows: this Tutorial window, and the Biobike Listener window which led you here. Your goal is to get comfortable using the Listener. To that end, the following demonstrations give you a nice look at some of BioBike's powerful features. Each demonstration has a 'Do It' button, which is a quick way to see each feature in action. Clicking this button is eqivalent to your typing in the expression into the input box of the Listener window and hitting Enter.
Tour Overview
Getting started
We need to be in the "BioBIKE mode" for this tour. Please run the following test:
>> (biobike-mode?)
If NIL is returned, do the following:
>> (biobike-mode)
A. Preliminaries: Genes and gene coordinates
B. What is the beginning of a gene?
C. What determines the beginning of a protein-encoding gene?
D. What is the end of a gene?
- What organisms does BioBIKE know about?
>> *all-organisms*
- Who wants to type those long names? Find out the nicknames of all the organisms by entering:
>> (NICKNAMES-OF *)
- Let's focus on one of the smallest cyanobacteria, Prochlorococcus marinus ss120. A conveniently short nickname of the organism is ss120. What do you get when you simply type in this nickname?
>> ss120
- "Small" is a relative term. How much DNA does ss120 have? Let's see what it's got by asking for the sequence. Enter:
>> (SEQUENCE-OF ss120)
- Perhaps that wasn't very edifying. If we can't see the whole sequence, then let's at least find out how big it is. Enter:
>> (LENGTH-OF ss120)
- That's how big it is. How many genes does it have? Display all of ss120's genes by entering:
>> (GENES-OF ss120)
- Again too many to count! Get a count of the genes by entering:
>> (COUNT-OF *)
Note that the asterisk means that the function should apply to the previous result, in this case the list of genes.
- Let's go back to that list of genes and take a look at one of them more or less at random. I chose Pro0047. Click on the blue link to Pro0047, and take a quick look at the kind of information is available.
- Pro0047 is annotated as a DNA/RNA helicase ... never mind what that is now. Apparently whoever entered this information thinks he/she knows what the gene does (or, more accurately, what kind of protein the gene encodes, since genes by themselves don't do anything). The direction of the gene is B for backwards… so genes can go forwards and backwards. We'll have to examine what that means later. The gene encodes a protein (Encodes-protein is set to True) – what's that all about? Don't all genes encode proteins? The gene extends from coordinate 46600 to coordinate 49788. OK, enough.
- Look at another gene. I chose Pro0029. What do you find for this protein? Not much known about it. Of course there's not much of it to know… look at the coordinates: from 29973 to 30119. Much shorter than the other gene.
- Or is it? Why do the math when the computer can. Ask for the length of the first gene by entering:
>> (LENGTH-OF Pro0047)
- Now get the length of the second gene… actually, we could have done both at once. Let's do that:
>> (LENGTHS-OF (pro0047 pro0029)
Note that when I ask for more than one thing, I put the set of things within parentheses.
- I vote we work with the smaller gene. What does the gene look like? Everything there is to know about it is contained in its sequence, so let's look at its sequence, by entering:
>> (DISPLAY-SEQUENCE-OF Pro0029)
- Where did that sequence come from? The gene frame said the gene goes from coordinates 29973 to 30119. Those are coordinates of the chromosome of ss120. Let's see if that's true. If it is, we should be able to find the same sequence from within the chromosome by entering:
>>(DISPLAY-SEQUENCE-OF (SEQUENCE-OF ss120 FROM 29900 TO 30200))
PROBLEM 1:
If you understand how coordinates work, then you should be able to go to Pro0001, get its coordinates, and find its sequence in the chromosome. Display the beginning of the chromosome by entering:
>>(DISPLAY-SEQUENCE-OF (SEQUENCE-OF ss120 FROM 1 TO 500))
Then using the coordinates you found for Pro0001, find the sequence of the beginning of the gene. To check if you're right, display the sequence of the gene and compare the two sequences.
Maybe you can find the beginning of a gene in a chromosomal sequence, but cells don't have the advantage of a nice coordinate list. How do they do it? How do you find the beginning of thing in a sequence? How did you know where to begin this sentence? How did you know that the beginning of the sentence was the beginning of the sentence? If you examine your internal processes, perhaps you'll come up with two types of strategies:
- Look for an internal cue, i.e. a capital letter. Words with capital letters are candidates to begin sentences.
- Look for an external cue, i.e. punctuation. Words following periods or question marks are candidates to begin sentences.
Perhaps genes have internal or external cues. Let's look.
- You can stare all you want at a single gene, but unless you have prior knowledge (like what the equivalent of a capital letter looks like in DNA sequences), it won't do any good. What we need to do is to look at many genes and see if we find any general features. So let's grab the first, say 10 nucleotides of every gene ss120 has and examine the collection to see if anything pops out. First, let's see how to do this with one gene, then we'll generalize.
Enter:
>> (SEQUENCE-OF pro0029 FROM 1 TO 10)
Does that give you the first 10 nucleotides of the sequence you displayed earlier?
- OK, if it can work with one gene, it can work with all genes. Replace pro0029 with (GENES-OF ss120) and run the command again. You might be offended by using SEQUENCE-OF for multiple genes... it's just not good English. BioBike doesn't care, but if you like, you can use SEQUENCES-OF instead.
- That's more like it! Can you pick out any generalities as to what kind of sequence begins genes? Just as English has more than one capital letter, genes may have more than one initiating element.
- BioBike saves us from generating an overwhelming amount of output. It puts only the first 100 elements of a list on the screen. Note the "..." at the end of the list. How many elements were not listed? (If you don't know the answer, what fact would you need to know to figure out the answer?)
- You've no doubt found a pattern that holds for only the first three nucleotides. Let's focus on them. Revise the command you issued in B.1 and generate a list of the first three nucleotides of each gene in ss120.
- How many times do your putative initiating elements appear in this list? You can find out by entering: (COUNT-OF "ATG" IN (RESULT n))
, where n is the number of the result that gave you the list of triplets. Repeat this with all the triplets you think may be initiating elements.
- Add up all the counts and compare them to the total number of genes. Conclusion?
- Evidently, there are many exceptions to the rule. The greatest insights are often gained by investigating exceptions. Can you identify any gene of ss120 of the first 100 displayed that is one of the exceptions? Presume that the list of triplets goes in the same order as the list of genes. Click on the gene to learn something about it.
- If you found the gene, then take a look at its annotation: It says the gene encodes an RNA! What could that mean? Don't all genes make RNA, which is then translated into protein?
Another thing, the field Encodes-protein does not have the value of True! (NIL is BioBike speak for false). Are there genes that do not encode protein? It's time to call in reinforcements.
Go to Google and type in "signal recognition particle RNA". The first site listed should be SRPDB Welcome. Go there and take a look at the overview
(click on About SRP). Learn something about the SRP cycle – what is it about? What is SRP made of?
- OK, back to business. Evidently the ffs gene does not encode a protein, and it does not begin with one of the usual triplets. Is that true of other genes that don't encode proteins… wait a second. Are there other genes that don't encode proteins, and if so, how many? We need to find out more about ss120. Enter:
>> ss120
and click on the link that appears.
- Scrolling down you'll see a (partial) list of genes ss120 contains, and further down, sure enough, a list of noncoding genes. How many are there?
- What triplet(s) do they begin with? We got the first three nucleotides of all genes of ss120.
Can we get the opening triplet of a subset of those genes? Later we'll learn how to extract information from these screens (called frames). For now take advantage of a function that was made just up to get all noncoding genes. Go back to the web listener and enter:
>> (NONCODING-GENES-OF ss120)
PROBLEM 2:
Find the first three nucleotides of every gene in ss120 that does not encode a protein. What do you conclude about what you've found thus far?
PROBLEM 3:
You probably saw some common sequences while answering PROBLEM 2. Is there any generality you might draw? Explore the situation more deeply and find an explanation for the common sequences. The following function might come in handy:
(DESCRIPTION-OF gene-or-list-of-genes )
Example:
>> (DESCRIPTION-OF PRO0047)
- You may be pleased with the elements you found, satisfied that you've achieved a glimpse into the mind of God... but wait a second. Perhaps those triplets are red herrings! They are correlated with the beginnings of genes, but do they determine the beginning? After all, capital letters don't ALWAYS indicate the beginning of a sentence. Do these triplet elements occur elsewhere in genes? If so, then, just as in English, internal cues must be supplemented by external cues in order to determine the beginning. If the triplets are sufficient to determine the beginning of a gene, then there should be the same number of the triplets as there are genes. Let's see. Count each as follows:
>> (COUNT-OF (GENES-OF ss120)
>> (COUNT-OF "ATG" IN ss120)
We seem to have a problem.
- Well, in English, you can distinguish between a capital letter beginning a sentence from an capital letter internal to the sentence by punctuation – a preceding period, question mark, or exclamation point. Let's see if there is a similar indicator preceding genes, but for some variety, switch to the freshwater cyanobacteria Synechococcus PCC 7942 (abbreviation S7942). First verify that genes of this organism start with the same triplets as the genes of ss120.
- OK, they do. What comes before? You can see the nucleotides preceding the genes by (SEQUENCE OF... as you did before, just use a negative number after FROM. Using this tool, examine say the 15 nucleotides prior to each gene. You might be able to find some sort of pattern in all those nucleotides (the human mind can find a pattern in anything), but certainly nothing jumps out as did the initial triplets. Some statistical analysis might focus our attention on areas of interest. Suppose we built a table that looked like what you see to the right.
If there were particular biases for or against certain nucleotides at specific positions before genes, maybe the table would make them apparent. Let's find out. First, get the 15 nucleotides preceding each gene of S7942, but this time give the set a name:
(DEFINE upstream-seqs AS (SEQUENCES-OF (GENES-OF S7942) ...
(you can complete this statement beyond the three dots, perhaps inspired by the table above).
- For testing purposes our lives will be easier if we had a small subset of all those upstream sequences. Make one as follows:
>> (DEFINE subset AS upstream-seqs [1 -> 10])
- Now we need to go through each sequence and tally the nucleotides at each position. Start the process in this way:
>> (FOR-EACH sequence IN subset
>> (DISPLAY-LINE "Sequence: " sequence))
This doesn't do anything more useful than what you already did (in C.3), but I hope it convinces you that you are indeed considering each sequence in the list you compiled.
- We want to split each nucleotide in the subset. Try:
>> (FOR-EACH sequence IN subset
>> (FOR-EACH nuc IN sequence
>> (DISPLAY-LINE "Nucleotide: " nuc)))
- What we want to do with those sequences is use them to determine what cell of the table to update. We'll also know the position of the nucleotide within the upstream sequence. Try this:
>> (FOR-EACH sequence IN subset
>> (FOR-EACH nuc IN sequence
>> FOR pos FROM -15 TO 0
>> (DISPLAY-LINE "Pos / Nuc: " pos nuc)))
Examine the output and make sure you understand why each number and letter combination occurs.
- Now to use the position and nucleotide to update the table, which I'll call nuc-counts. Updating means adding one to the value in the cell (or setting the cell to 1 if the cell is currently empty):
>> (FOR-EACH sequence IN subset
>> (FOR-EACH nuc IN sequence
>> FOR pos FROM -15 TO 0
>> (INCREMENT nuc-counts(pos nuc))
>> (DISPLAY-LINE "Pos / Nuc: value " pos nuc
>> *tab* (VALUE-OF nuc-counts(pos nuc)))))
Make sure you understand the output and why each value is what it is.
- I think we're ready to make the real table... no, first we have to erase the values in the table we've been using in the test. Do this as follows:
>> (ASSIGN nuc-counts = NIL)
- Now modify the code in C.9 by replacing subset with the list of all upstream sequences of S7942 genes. Also, remove the DISPLAY-LINE statement (otherwise you'll get 1000's of lines of diagnostic output!). Remove it from the parenthesis preceding DISPLAY-LINE to the matching parenthesis (and not beyond).
- If all is well, we should be able to print out the table and perhaps draw some conclusions. To print it out:
(DISPLAY-TABLE nuc-counts)
PROBLEM 4:
What do you make of the results? Can you find any nucleotide counts at any position that stand out? Can you think of any explanation for the pattern?
PROBLEM 5:
Examine lots of sequences before genes of S7942. Now that you know what to look for, do you see by eye what your program detected as an aggregate? Perhaps now you can devise a more sensitive screen for such sequences. The following functions might be of some use (shown by example):
>> (SEQUENCES-SIMILAR-TO "printed" IN "The sprinter made it to the finish line" MISMATCHES 1)
(and for those already familiar with regular expressions):
>> (SEQUENCE-LIKE-PATTERN "[AGT]TG" IN "AAAGTTGAGA")
- Flush with success at learning how a gene begins (if not what precedes a gene), you must be raring to figure out how genes end as well.
First, you need to learn how to find the end of one gene, then you can generalize to all genes as you did in Section A. The following function gets the 10 nucleotides on either side of the gene pro0029. Try it out, compare it with the sequence surrounding the gene (see A15), and once you've satisfied yourself as to how it works, use it to find the ends of all genes of ss120.
>> (SEQUENCE-OF pro0029 FROM-END -10 TO-END +10)
- Use the tricks you learned in Section B to try to figure out what marks the end of the gene. As before, quantitate how many genes have the suspected terminating elements.
- What about noncoding genes? How do they end?
PROBLEM 6:
What conclusions do you reach regarding how genes end?
PROBLEM 7:
To what degree are signals universal? Examine other organisms (e.g.,compare ss120) and determine whether they agree as to signals on how to begin and end genes.
FINAL COMMENTS
You've just gone through typical discovery cycles: gather information, find generality, refine the test (and sometimes hit the literature to find out some rationalization). cycle is made possible by your ability to devise tests that occur to you, inspired when working with genomes, this is made possible by the ability to program.


Raspberry Pi GPIO Tester
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Analyses code and reports if array_search(...) is used in the context of in_array(...). array_search's overhead lies in storing and returning index, which is not used in the course of in_array.


{% load templatetag_handlebars %} {% tplhandlebars saved_query_error %}
There was an error loading your query.


hi there
i have just installed bblog 3 in chrome!
thank you it is very nice but there is a problem!!
when i want to change back ground i write: http://bf3media.com/wp-content/gallery/wallpapers_1/gi_cover_1920x1200.jpg top center no-repeat
but nothing changes!!!
here is the background:
and is there any way to have different wallpapers for BF3 and MOH WF???
again thanks
Post edited 1 x times, last by
juress
Theme Developer
juress
Theme Developer
Works fine for me, input: url(http://bf3media.com/wp-content/gallery/wallpapers_1/gi_cover_1920x1200.jpg) top center no-repeat
and
hit enter
, than reload the page...
BrainFooLong
Administrator
Your code is wrong, if you use the extended CSS with attributes you need to enclose your url with url() url(http://bf3media.com/wp-content/gallery/wallpapers_1/gi_cover_1920x1200.jpg) top center no-repeat
Topicstarter
kv7-shadow
thanks it worked!!!
and what about my 2nd question??
please and capability of 2 wallpapers in the next update!!! 1 for bf3 and the other for moh wf


Oti Mabuse ‘feared for life’ during tricky Strictly lift
Strictly’s Oti Mabuse has joked that she feared for her life during a complicated lift with celebrity partner Kelvin Fletcher.
The pair showed off the tricky move in their routine on the BBC show at the weekend. They had rehearsed an even harder version but had to simplify it a little on the night.
When she appeared on spin-off It Takes Two, Mabuse was asked by host Zoe Ball if she was fearing for her life, and admitted: “I was!”
 I was like, ‘Oh my God’.
“So we had to adjust it.”
“That was scary,” she added.
The pair are now gearing up for Blackpool Week – one of the highlights of the competition.
Fletcher said he could not believe he had made it there after coming into the show late to replace injured Made In Chelsea star Jamie Laing.
He said: “I wasn’t even supposed to be here. I’m here and I’m going to Blackpool.
“I’ve had that many holidays in Blackpool being from the North West … and Blackpool was the holiday destination. Amazing place.
“I’ve been to the Tower Ballroom before, my nan and grandad watched people dance and now I’m going to be dancing there with Oti Mabuse!”
“It’s unbelievable, I could never have imagined it,” he added.


Get month mondays
Is month long?
Days of shortest week in month
Full weeks in month
Task *
Current
Tokyo
London
New York


Seminar 1
München/Zoom, 10. November 2020
| Seminars |
|---|
| Tuesdays |
| 11:30 - 13:00 |
| Zoom |
A seminar is essentially a structured discussion around a topic so it requires your active participation.
These seminars are structured around a few specific activities:
Nikolai Gad
<EMAIL_ADDRESS>Room: H.412
Office Hours: Monday, 3-4PM (but please email beforehand)
Kein Deutsch (sorry, Ich lerne)
Generally not a lot of slides from me.
Links to slides uploaded to Moodle after lectures (does anyone need slides beforehand?)
Slides are also available at https://9kolai.github.io/POL60700-W20/seminar1.html
Research interests: (digital) Democratic Innovation, deliberation, political parties, online political participation
Will be available on Moodle page of course
https://www.moodle.tum.de/More resources will be uploaded here
Two parts:
You will be marked on all three elements together: the presentation, your written hand-out, and your facilitation of a discussion.
You can use these three elements to illustrate that you are able to:
Practicals:
Can take many forms, but should include the following elements:
Hand-in deadline: 15th March 2021 through Moodle.
A well functioning democracy depends on some level of participation by citizens!


Portfolio
-
Project Name
Lorem ipsum dolor sit amet, consectetur adipiscing elit. Morbi efficitur sodales urna at consectetur. Sed arcu magna, pretium non massa at, viverra dignissim lectus.
-
Markup Only
At this point, we will have added new lines of CSS to let the content breathe
-
Markup with space
At this point, we will have created a basic layout for our portfolio.
-
Basic Layout
Adding some font choices will really bring in some personality!
-
Typography
-
Images
At this point, we will add a few unstyled images
-
Colors
At this point, we will pick a color scheme. Things will start to come together!
-
Letting It Rest
At this point, there are going to be plenty of issues with how this site looks and how garish thecolor scheme is. We'll let it rest for a few hours then pick it back up again to see how it looks after a rest!
-
JavaScript Interactivity
We'll wrap up the coding by adding a smattering of JavaScript interaactions
-
Deploying to GitHub Pages
Finally, we'll deploy the final project to GitHub Pages!


--- layout: post title: 10g Admin Workshop II - 5 - Database Recovery date: 2007-03-07 15:37:06.000000000 +10:30 type: post published: true status: publish categories: - Oracle tags: - oracle - study meta: posturl_add_url: 'yes' _edit_last: '1' views: '751' ---
Recovery Methods
There are two methods for performing recovery:
• User-managed recovery
– Files must be maintained and moved into place manually.
– Use SQL*Plus commands.
• RMAN recovery
– Files are managed automatically.
– Use RMAN functionality including all repository maintenance and reporting capabilities.
– This can be done by using Enterprise Manager.
– Oracle Corporation recommends using this method.
User-Managed Recovery: RECOVER Command
The first step in performing user-managed media recovery is to manually restore the data files by copying them from a backup. If you do not restore a data file to its original location, you must update the control file with the new location by using an ALTER DATABASE RENAME FILE command. You must also restore any archived logs files needed to recover the restored data files. For RMAN restorations, you would use the SET NEWNAME command to specify the new location for that file.
You can use one of the following commands to recover the database or data file:
• RECOVER [AUTOMATIC] DATABASE
This command can be used only for a closed database recovery.
• RECOVER [AUTOMATIC] TABLESPACE <NUMBER> | <NAME>
This command can be used only for an open database recovery.
• RECOVER [AUTOMATIC] DATAFILE <'filename'> | <NAME>
This command can be used for both an open and a closed database recovery.
The AUTOMATIC keyword instructs the Oracle database to automatically generate the name of the next archived redo log file needed to continue the recovery operation. Otherwise, you are prompted for these names.
Complete Recovery
These are the steps that take place during complete recovery:
1. Damaged or missing files are restored from a backup.
2. Changes from incremental backups, archived redo log files, and online redo log files are applied as necessary. The redo log changes are applied to the data files until the current online log is reached and the most recent transactions have been reentered. Undo blocks are generated during this entire process. This is referred to as rolling forward or cache recovery.
3. The restored data files may now contain committed and uncommitted changes.
4. The database is opened before undo is applied. This is to provide higher availability.
5. The undo blocks are used to roll back any uncommitted changes. This is sometimes referred to as transaction recovery.
6. The data files are now in a recovered state and are consistent with the other data files in the database.
Incomplete Recovery
Incomplete recovery, or database point-in-time recovery, uses a backup to produce a noncurrent version of the database. That is, you do not apply all of the redo records generated after the most recent backup. Perform this type of recovery only when absolutely necessary.
To perform incomplete recovery, you need:
• A valid offline or online backup of all the data files made before the recovery point
• All archived logs from the time of the backup until the specified time of recovery
The progression taken to perform an incomplete recovery is listed below:
1. Restore data files from backup. The backup that is used may not be the most recent one, if your restore point destination is to be not very recent.
2. Apply redo from the archived redo log files, including as many as necessary to reach the restore point destination.
3. Now the data files contain some committed and some uncommitted transactions because the redo can contain uncommitted data.
4. The database is opened before undo is applied. This is to provide higher availability.
5. While the redo was being applied, redo supporting the undo data files was also applied. So, the undo is available to be applied to the data files in order to undo any uncommitted transactions. That is done next.
6. The data files are now recovered to the point in time that you chose.
Situations Requiring Incomplete Recovery
• Complete recovery fails because of a missing archived log file.
• One or more unarchived redo log files and a data file are lost.
• A backup of the control file is used to open or recover the database.
Types of Incomplete Recovery
There are four types of incomplete recovery:
• Time-based recovery
• Cancel-based recovery
• Change-based recovery
• Log sequence recovery
Performing User-Managed Incomplete Recovery
The following command is used to perform incomplete recovery:
RECOVER [AUTOMATIC] DATABASE option
Here:
• AUTOMATIC: Automatically applies archived and redo log files
• option: UNTIL TIME 'YYYY-MM-DD:HH24:MI:SS'
UNTIL CANCEL
UNTIL CHANGE <integer>
USING BACKUP CONTROLFILE
Performing User-Managed Incomplete Recovery
To perform user-managed incomplete recovery, follow these steps:
1.
2. Restore data files. If there is enough space available, restore to the LOG_ARCHIVE_DEST location or use the ALTER SYSTEM ARCHIVE LOG START TO <LOCATION> command or the SET LOGSOURCE <LOCATION> command to change the location.
3. Mount the database.
4. Recover the database.
5. Open the database with the RESETLOGS option. To synchronize data files with control files and redo logs.
User-Managed Time-Based Recovery:
SQL> SHUTDOWN IMMEDIATE
$ cp /BACKUP/* /u01/db01/ORADATA
SQL> STARTUP MOUNT
SQL> RECOVER DATABASE UNTIL TIME '2005-11-28:11:44:00';
SQL> ALTER DATABASE OPEN RESETLOGS;
User-Managed Cancel-Based Recovery:
Recover the database as follows:
1.
2. Restore all data files from the most recent backup.
3. You already have a valid backup, so mount the database.
4. Execute RECOVER DATABASE UNTIL CANCEL.
5. Execute ALTER DATABASE OPEN RESETLOGS to open the database.
When the RECOVER DATABASE UNTIL CANCEL command is executed, it recovers the database until it cannot find a log file.
Performing Incomplete Recovery by Using RMAN
1. Mount the database.
2. Allocate multiple channels for parallelization.
3. Restore all data files.
4. Recover the database by using UNTIL TIME, UNTIL SEQUENCE, or UNTIL SCN.
5. Open the database by using RESETLOGS.
Time-Based Recovery Using RMAN
1. If the target database is open, perform a clean shutdown.
2. Mount the target database. Do not back up the database during the recovery.
3. Ensure that NLS_LANG and NLS_DATE_FORMAT environment variables are set appropriately:
$ NLS_LANG=american_america.we8iso8859p15
$ NLS_DATE_FORMAT='YYYY-MM-DD:HH24:MI:SS'
4. Start Recovery Manager and connect to the target database.
$ rman target rman/rman@ORCL
5. You can allocate multiple channels to improve the performance:
RMAN> run {allocate channel c1 type DISK;
2> allocate channel c2 type DISK;
6. RMAN> RUN {
2> SET UNTIL TIME = '2005-11-28:11:44:00';
3> RESTORE DATABASE;
4> RECOVER DATABASE;
5> ALTER DATABASE OPEN RESETLOGS; }
Log Sequence Recovery Using RMAN
RMAN> RUN {
2> SET UNTIL SEQUENCE 120 THREAD 1;
3> ALTER DATABASE MOUNT;
4> RESTORE DATABASE;
5> RECOVER DATABASE; # recovers through log 119
6> ALTER DATABASE OPEN RESETLOGS;
7> }
Incomplete Recovery and the Alert Log
During recovery, progress information is stored in the alert log. This file should always be checked before and after recovery.
Restore point:
• Serves as an alias for an SCN or a specific point in time
• Is stored in the control file
• Can be used with:
– RECOVER DATABASE
– FLASHBACK DATABASE
– FLASHBACK TABLE
Incomplete Recovery: Best Practices
• It is important to follow all recovery steps carefully because most incomplete recovery
problems are caused by a DBA error during the recovery process.
• Before starting incomplete recovery, perform a whole closed database backup
If a whole backup is not performed, at least archive the current redo log:
SQL> ALTER SYSTEM ARCHIVE LOG CURRENT
and back up the control file:
SQL> ALTER DATABASE BACKUP CONTROLFILE TO '/u01/data/backup.ctl';
RESTORE CONTROLFILE FROM AUTOBACKUP command:
RMAN> SHUTDOWN IMMEDIATE;
RMAN> STARTUP NOMOUNT;
RMAN> RESTORE CONTROLFILE FROM AUTOBACKUP;
The instance must be in the NOMOUNT state
Restore spfile from the autobackup
must first set the DBID for your database, and then use command:
RESTORE SPFILE FROM AUTOBACKUP;
After you have started the instance with the restored server parameter file, RMAN can restore the control file from the autobackup.
After restoring the control files of your database from backup, you must perform complete media recovery and then open your database with the RESETLOGS option.
-- EOF --


trendPy package¶
trendPy.methods module¶
- trendPy.methods.linReg(x, y)[source]¶
Time series linear regression. Returns coefs in polynomial descending order. Coefs computed analytically.
- trendPy.methods.polReg(x, y, deg)[source]¶
Time series polynomial regression. Returns coefs in polynomial descending order. Coefs computed numerically.


| FALCON-916 |
Falcon idempotency is being voilated during delete |
Major |
webapp |
Balu Vellanki |
Balu Vellanki |
| FALCON-423 |
Updating falcon server endpoint in distributed setup doesn't work |
Major |
. |
Shwetha G S |
Srikanth Sundarrajan |
| FALCON-935 |
Feed and process late rerun failed in falcon trunk |
Major |
feed, process |
Pragya Mittal |
Shaik Idris Ali |
| FALCON-952 |
If hadoop home is set, use $HADOOP_HOME to set falcon classpath |
Major |
build-tools |
Balu Vellanki |
Balu Vellanki |
| FALCON-969 |
http://falcon.incubator.apache.org/ contributions link broken |
Trivial |
docs |
karan kumar |
karan kumar |
| FALCON-945 |
Fix broken lineage feature in Web-UI |
Critical |
webapp |
Adam Kawa |
Adam Kawa |
| FALCON-896 |
Upgrade oozie to 4.1.0 and make it the default for falcon |
Major |
oozie |
Venkatesh Seetharam |
Peeyush Bishnoi |
| FALCON-237 |
falcon feed replication should honour availability flag |
Major |
replication |
Binish A.R |
Peeyush Bishnoi |
| FALCON-993 |
Falcon Oozie adaptor test case failed with umask issue |
Major |
oozie |
Peeyush Bishnoi |
Peeyush Bishnoi |
| FALCON-774 |
Discontinue support for JDK 1.6 and move to 1.7 |
Critical |
general |
Venkatesh Seetharam |
Peeyush Bishnoi |
| FALCON-1050 |
Falcon rerun is broken for timed out instances |
Major |
rerun |
Karishma Gulati |
Suhas Vasu |
| FALCON-555 |
API response from instance "params" having multiple "entry" key |
Major |
general |
Samarth Gupta |
Pallavi Rao |
| FALCON-950 |
Rerun does not work on succeeded instances |
Major |
process |
Pragya Mittal |
Suhas Vasu |
| FALCON-1024 |
Updating tags and pipeline elements of the feed/process definition resubmits a new Oozie bundle |
Minor |
common |
Pallavi Rao |
Pallavi Rao |
| FALCON-1063 |
Falcon CLI list entities operation throws NullPointerException |
Major |
client |
Georgi Ivanov |
Pallavi Rao |
| FALCON-1020 |
validate command produces different results when run via prism and server |
Major |
client, feed |
Karishma Gulati |
pavan kumar kolamuri |
| FALCON-1025 |
lastWeek and CurrentWeek functions are getting evaluated incorrect |
Major |
process |
pavan kumar kolamuri |
pavan kumar kolamuri |
| FALCON-1074 |
EntityUtil getInstanceSequence is buggy |
Major |
. |
Ajay Yadava |
Ajay Yadava |
| FALCON-1064 |
Build hangs at the following test: JMSMessageProducerTest |
Major |
. |
Mahak |
Sowmya Ramesh |
| FALCON-933 |
misleading error msg on cluster submit failure |
Major |
client |
Samarth Gupta |
Sowmya Ramesh |
| FALCON-1099 |
FeedReplicator: throws NPE |
Major |
replication |
Sowmya Ramesh |
Sowmya Ramesh |
| FALCON-1115 |
Feed Lookup fails in CLI |
Major |
feed |
Karishma Gulati |
Ajay Yadava |
| FALCON-1100 |
UI : Failed to load data. 404 not found |
Major |
. |
Sowmya Ramesh |
Sowmya Ramesh |
| FALCON-915 |
Failed to load data. Error: 400 Param user.name can't be empty - Web UI/0.6 |
Major |
ui |
Nigel Jones |
Balu Vellanki |
| FALCON-1119 |
Instance logs option is not returning the log location |
Major |
. |
Suhas Vasu |
Suhas Vasu |
| FALCON-1097 |
UT failure for ExpressionHelperTest |
Major |
common |
Sowmya Ramesh |
Ajay Yadava |
| FALCON-1132 |
Falcon trunk is broken due to failure in IT test |
Blocker |
webapp |
Suhas Vasu |
Ajay Yadava |
| FALCON-1142 |
ClusterEntityParserTest.testClusterWithOnlyStaging fails when run alone |
Minor |
. |
Pallavi Rao |
Pallavi Rao |
| FALCON-1144 |
Dynamic partitions not getting registered in Hcat |
Critical |
common |
Pragya Mittal |
Suhas Vasu |
| FALCON-1143 |
Correcting order of entities on reload |
Major |
. |
Ajay Yadava |
Ajay Yadava |
| FALCON-1141 |
Reverse Lookup for feed in prism fails with BadRequest |
Major |
. |
Ajay Yadava |
Ajay Yadava |
| FALCON-1129 |
In a secure cluster, feed replication fails because of Authentication issues |
Critical |
. |
Venkat Ranganathan |
Venkat Ranganathan |
| FALCON-1146 |
feed retention policy deleted everything all the way up to the root |
Critical |
common, retention |
Peeyush Bishnoi |
Peeyush Bishnoi |
| FALCON-1154 |
Replication is broken |
Blocker |
replication |
Sowmya Ramesh |
Sowmya Ramesh |
| FALCON-1159 |
Falcon build is broken |
Blocker |
retention |
Suhas Vasu |
Suhas Vasu |
| FALCON-1161 |
Test case feedFeedBasePathExists fails intermittently |
Major |
retention |
Peeyush Bishnoi |
Suhas Vasu |
| FALCON-1162 |
Cluster submit succeeds when staging HDFS dir does not have 777 (ALL) permission |
Blocker |
common |
Venkatesan Ramachandran |
Venkat Ramachandran |
| FALCON-1224 |
cannot build falcon - codehaus close service and repo - fail error 503 |
Critical |
. |
JP Bordenave |
Suhas Vasu |
| FALCON-1238 |
Add apache license header to .less css in falcon-ui/app |
Major |
ui |
Shaik Idris Ali |
Shaik Idris Ali |
| FALCON-1291 |
Falcon: Error Notification 'Unexpected Error' when log in into Falcon web ui |
Major |
ui |
Irina Easterling |
|


I'm a .NET developer focusing on enterprise LOB apps
I enjoy all things code related, specifically solving complex puzzles
To get in touch, reach me at My Github account


Summary
Web servers usually give developers the ability to add small pieces of dynamic code inside static HTML pages, without having to deal with full-fledged server-side or client-side languages. This feature is incarnated by the Server-Side Includes (SSI). In SSI injection testing, we test if it is possible to inject into the application data that will be interpreted by SSI mechanisms. A successful exploitation of this vulnerability allows an attacker to inject code into HTML pages or even perform remote code execution.
Server-Side Includes are directives that the web server parses before serving the page to the user. They represent an alternative to writing CGI programs or embedding code using server-side scripting languages, when there's only need to perform very simple tasks. Common SSI implementations provide commands to include external files, to set and print web server CGI environment variables, and to execute external CGI scripts or system commands.
Putting an SSI directive into a static HTML document is as easy as writing a piece of code like the following:
<!--#echo var="DATE_LOCAL" -->
to print out the current time.
<!--#include virtual="/cgi-bin/counter.pl" -->
to include the output of a CGI script.
<!--#include virtual="/footer.html" -->
to include the content of a file or list files in a directory.
<!--#exec cmd="ls" -->
to include the output of a system command.
Then, if the web server's SSI support is enabled, the server will parse these directives. In the default configuration, usually, most web servers don't allow the use of the exec directive to execute system commands.
As in every bad input validation situation, problems arise when the user of a web application is allowed to provide data that makes the application or the web server behave in an unforeseen manner. With regard to SSI injection, the attacker could provide input that, if inserted by the application (or maybe directly by the server) into a dynamically generated page, would be parsed as one or more SSI directives.
This is a vulnerability very similar to a classical scripting language injection vulnerability. One mitigation is that the web server needs to be configured to allow SSI. On the other hand, SSI injection vulnerabilities are often simpler to exploit, since SSI directives are easy to understand and, at the same time, quite powerful, e.g., they can output the content of files and execute system commands.
How to Test Black Box testing
The first thing to do when testing in a Black Box fashion is finding if the web server actually supports SSI directives. Often, the answer is yes, as SSI support is quite common. To find out we just need to discover which kind of web server is running on our target, using classic information gathering techniques.
Whether we succeed or not in discovering this piece of information, we could guess if SSI are supported just by looking at the content of the target web site. If it contains .shtml files, then SSI are probably supported, as this extension is used to identify pages containing these directives. Unfortunately, the use of the shtml extension is not mandatory, so not having found any shtml files doesn't necessarily mean that the target is not prone to SSI injection attacks.
The next step consists of determining if an SSI injection attack is actually possible and, if so, what are the input points that we can use to inject our malicious code.
The testing activity required to do this is exactly the same used to test for other code injection vulnerabilities. In particular, we need to find every page where the user is allowed to submit some kind of input, and verify whether the application is correctly validating the submitted input. If sanitization is insufficient, we need to test if we can provide data that is going to be displayed unmodified (for example, in an error message or forum post). Besides common user-supplied data, input vectors that should always be considered are HTTP request headers and cookies content, since they can be easily forged.
Once we have a list of potential injection points, we can check if the input is correctly validated and then find out where the provided input is stored. We need to make sure that we can inject characters used in SSI directives:
< ! # = / . " - > and [a-zA-Z0-9]
To test if validation is insufficient, we can input, for example, a string like the following in an input form:
<!--#include virtual="/etc/passwd" -->
This is similar to testing for XSS vulnerabilities using
<script>alert("XSS")</script>
If the application is vulnerable, the directive is injected and it would be interpreted by the server the next time the page is served, thus including the content of the Unix standard password file.
The injection can be performed also in HTTP headers, if the web application is going to use that data to build a dynamically generated page:
GET / HTTP/1.0 Referer: <!--#exec cmd="/bin/ps ax"--> User-Agent: <!--#include virtual="/proc/version"-->
Gray Box testing
If we have access to the application source code, we can quite easily find out:
- If SSI directives are used. If they are, then the web server is going to have SSI support enabled, making SSI injection at least a potential issue to investigate.
- Where user input, cookie content and HTTP headers are handled. The complete list of input vectors is then quickly determined.
- How the input is handled, what kind of filtering is performed, what characters the application is not letting through, and how many types of encoding are taken into account.
Performing these steps is mostly a matter of using grep to find the right keywords inside the source code (SSI directives, CGI environment variables, variables assignment involving user input, filtering functions and so on).
Tools
References
Whitepapers


Our Services
Bitterroot Services and Technology (BST) is a Service Disabled Veteran Owned Small Business (SDVOSB) that provides durable medical goods and medical supplies to multiple Government Agencies nationwide including the VA, USDA Forest Service, US Fish, Wildlife and Parks, National Guard, and all branches of the active-duty military. We strive to cultivate personal relationships with Federal Small Business LNO’s to understand the best way to streamline and economize the purchasing process. We work hard to develop effective working relationships with our customers. Below is a summary of our distribution capability: Interactive Fitness (Expresso) exercise bikes KayPentax Medical Leica Microsystems Aladdin Temp-Rite (Equipment and service agreements) Moore Medical G A Braun Washer/Extractors


| DOSE: T+ 0:00 |
|
oral |
2C-B |
| T+ 0:00 |
32 mg |
oral |
2C-B |
| T+ 0:45 |
120 mg |
oral |
MDMA |
| T+ 0:00 |
26 mg |
oral |
2C-B |
| T+ 3:00 |
100 mg |
IM |
Ketamine |
I first came into contact with 2C-B back in 1993 when a few acquaintances I knew had obtained some tablets and were selling them as “nexus”. I was only told that the drug resembled a mild form of LSD, and that the experience lasted for only a few hours. I saw a few people high on it, and they all had very big smiles on their faces. This “nexus” was very intriguing to me but I didn’t want to pay the twenty dollars that was being asked for a single dose of something that was only supposed to make me trip for a few hours. I figured it was not worth my money and kindly declined the offer. It would be a full ten years before I came into contact with the material again.
Being just a seventeen year-old at the time I had never heard of 2C-B, or of the vast world of psychedelic phenethylamines. I knew that mescaline (nature’s own phenethylamine) was in a different chemical family from LSD and psilocybin, but I did not know that mescaline and this “nexus” stuff were closely related chemicals. I certainly did not know that the two had somewhat similar effects. I probably would have bought a dose had I been aware of this. Mescaline had always been on top of my
“psychedelics I want to try” list. Anyway, since that time 2C-B has become available to me again, and I have tried it in varying dosages ranging from eighteen milligrams on up to thirty-six milligrams. I have also mixed 2C-B with other substances and had fantastic results. Here are a few of my personal thoughts on 2C-B…
I would characterize 2C-B as a psychedelic that seems to focus primarily on sensory and emotional themes, often mixing the two so that explosive visual experiences can produce intense and overwhelming (and usually positive) emotional responses. The perceptual changes 2C-B produces can be extraordinarily colorful and detailed at the right dosages. Although I did not find it quite as visually impressive as 2C-E or 2C-T-7, it nonetheless alters perceptions to a degree of virtually indescribable beauty and intricacy.
All objects become geometric in appearance, the surfaces of which become covered in a colorful and velvety sheen, and everything tends to move in organized “wavy-like” fashion.” Colors become very intense and “alive.” I find this material very “warm” in that it seems to produces states of empathy towards others. There is definitely a positive mood push to it though not to the extreme degree of MDMA.
In my experience, 2C-B’s physical effects are relatively gentle in comparison to other synthetic psychedelics, especially other phenethylamines, which I have tried. There is an initial rush of body-energy that is somewhat stimulating, but 2C-B still feels “smoother” than any of the other 2C-type psychedelics I have tried. After a few hours, the drug becomes less stimulating and the experience becomes rather relaxing. On all the dosages I have tried, except for the eighteen milligram trip, I have experienced what I call a “tummy rumble” in the beginning. This basically is just a sense of mild nausea that never progresses beyond being mild, and it tends to go away in a short amount of time. For me, this is a very easy substance for my body to handle.
2C-B is also a short-acting material, which I really like. By the one and a half-hour point the drug reaches its peak, and by the third hour I am already well on my way down. Generally at the sixth-hour, little remains of the trip except for some lingering visual effects and maybe a little residual awareness in the body. That is my favorite part of 2C-B. This drug’s effects are already ending when some of the other phenethylamines I am used to would be just be beginning to hit their peak.
This feature makes 2C-B the perfect psychedelic to take at a concert or other event where you may have responsibilities a few hours later. There have quite a number of concerts in the past where a psychedelic would have been perfect, but because I was the driver I had to abstain. With 2C-B, I feel it will be safe to take at a concert so long as one didn’t have to operate the car for a good five or six hours after the event starts and the dosage was kept on the low side. By the way, let me make it perfectly clear to anyone reading this that
I am not endorsing or recommending 2C-B for concerts or for any other use. I am merely demonstrating ways in which I find the drug useful.
One thing 2C-B is severely lacking in (in my opinion) is the depth I’ve seen in other phenethylamines such as 2C-E and, to a lesser extent, 2C-I. I find 2C-B very entertaining and I can see it being great for couples to spend the afternoon in bed exploring each other’s bodies. But as far as being a tool for introspection and personal contemplation, I think 2C-B comes up a little short. That is not to say one can’t have deep or profound moments on 2C-B of course.
Indeed I can think of a few unforgettable experiences of beauty and profoundness that I have experienced with the drug, but it takes some work to reach those states. With other materials such as 2C-E and 2C-T-7, no work was ever needed in my experiences to have a magical trip of great importance. These chemicals seem to have that magic readily available and accessible. But with 2C-B, you have to seek those deeper states of introspection out. You have to look for that depth. It is there, but I have found it not always readily accessible. It takes some work to get to that deeper level with this drug.
One moment of beauty and clarity that really sticks out was a trip on thirty milligrams of 2C-B. About three hours into the trip and I went outside and watched as the night sky opened up showing me the great heavens above. Instantly I dropped to my knees and started praying intensely. Only my words seemed to come from outside of myself. It was as though my sub-conscious, or maybe some force beyond myself, was making the words come out. My prayers almost became mantra-like. The whole event lasted about five minutes and I felt so clean and renewed after that.
Another profound moment occurred on April 9th 2003, which was one of the last days in the major fighting of
Operation Iraqi Freedom. I had taken twenty-four milligrams of 2C-B and for some reason I had flipped on the television (which is odd because I hate watching TV while I am tripping.)  Maybe the effects of the 2C-B significantly amplified the impact of what I saw, but none-the-less it was intense and disturbing.
I then spent the rest of the evening contemplating the pros and cons of war in my head and just trying to make sense of it all. I did some very heavy thinking. Watching that took me to some dark places in man’s history, but I am glad I visited those places because I felt as though I got a lesson on whom we (man in general that is) really are. Without the good and bad of humanity, man would no longer be man. We would lose our humanity. When we progress to a point where wars are no longer a necessary evil, then we will cease to be humans and we will have evolved into something else.
I woke up the next day to see happy Iraqi’s dancing in the street over the toppled statue of an evil regime’s leader. It brought a sense of great hope to me. Of course I don’t think anyone can say the war was ‘good’ or ‘bad’ for at least another decade because that’s when we will know if the USA really brought the Iraqi’s their much-deserved freedom. These things take time and do not develop overnight. It took nine years before US troops were able to leave Japan. And look at that country today!  Back to 2C-B.
So far, I find 2C-B is much more useful when it is combined with other materials. When I mixed thirty-two milligrams of 2C-B with one hundred-twenty milligrams of MDMA, it resulted in the most impressive, enjoyable, rich, and voluptuous musical experience that I have ever had in my entire life. Somehow under this combination, I heard extra harmonics (of both higher and lower octaves) being produced so that what I listened to sounded richer than I had ever heard it. I remember listening to the Velvet Underground, and I actually thought Maureen (the VU’s female drummer) was singing along with Lou Reed. It took me a while to realize it was only the trip.
The emotional effects, and subsequent release of this emotion in the form of both laughter and tears from the combination was so strong, the experience was actually painful at times though it felt healthy to feel this pain. The emotions were so strong it felt like electricity was flowing through my body. 2C-B and MDMA was a very beautiful experience, but I found that it produced too much residual stimulation. I was still wide-awake eleven hours after I took the combination, even though I was not tripping anymore. It also seemed more suited for daytime, and I regret not saving the occasion for when I could have been in the mountains seeing all the beauty nature has to offer. Oh well, there will just have to be a next time.
The mixture of twenty-six milligrams of 2C-B with one hundred milligrams of ketamine was even more amazing and is much harder for me to describe.  Taking ketamine on top of 2C-B took me out of my body, out of my life, and out of this Universe. I seemed to be everywhere at once experiencing everything at once. I chose the Grateful Dead record “Aoxomoxoa”, and that recording seemed to create and take me to a world of its own. I felt reborn after the experience and free from past regrets and mistakes. The hands of the universe touched me, and then life started over and I was given a “clean slate.” That is about all I can say of the experience. There are no words to describe where my mind really went or how I felt. Some things are better left unsaid anyway.
Both experiences were quite incredible and way beyond words any conceivable words. I have yet to explore lower dosages of 2C-B (below eighteen milligrams) mainly because I think the experience would have little to offer me except aesthetic and sensual enhancement. A low dose is most likely good for a walk in the park or for making love, but I doubt one would get much in the way of introspection or personal insights with such small doses and that is what I look for most in a psychedelic.
Conclusion:
I find 2C-B a highly enjoyable psychedelic that is not only easy to the mind, but is also very easy on my body. My only complaints is that it seems more suited for recreational purposes and aesthetic appreciation than deep psychedelic (mind expanding) work. As I said before, it is possible to get whatever you want from 2C-B (including a very deep and profound psychedelic experience) but sometimes it takes a little work. I prefer materials that are able to get one deep into the psyche and subconscious without all the work that comes along from trying to use 2C-B for this purpose. I’ll still take 2C-B every once in a while, but despite its highly regarded legend, it is not my favorite. Personally I think the substance is a little overrated. Great material yes, but overrated.
Experience Reports are the writings and opinions of the individual authors who submit them.
Some of the activities described are dangerous and/or illegal and none are recommended by Erowid.


[1]
refurb work on 11th floor and it would last until 5:15 `/`` ish it did n't .
[2]
small but guess most in ny are , tidy and clean and good strong shower .