--- title: "Loading an openssh pubkey on Cisco IOS" date: "2015-11-22" redirect_from: "/post/133714833054/loading-an-openssh-pubkey-on-to-ios" categories: - "Mac OS" - "Cisco IOS-XE" - "JunOS" - "ssh" - "id_rsa" - "openssh" ---
Mac OS X 10.10.5, Cisco IOS-XE 3.7, JunOS 12.3R6.6
I work primarily on a Mac and want to be able to ssh to Cisco IOS equipment with ssh keys; however, Cisco does not make it easy to load keys. On JunOS, this is as easy as:
Ryans-MacBook-Pro:~ $ ssh <IP_ADDRESS> -l rac --- JUNOS 12.3R6.6 built 2014-03-13 06:57:48 UTC {master:0} rac> configure Entering configuration mode {master:0}[edit] rac# edit system login {master:0}[edit system login] rchapman# set user test class read-only authentication ssh-rsa "AAAAB3NzaC1yc2EAAAADAQABAAABAQDDMRHIzELLQvj06gxqFnZn150T/OicDkBWwojNgSKdnOQIvEU/xu0LtlVUcZaVxVlZeVbm+UwsMdq1c/QuIsbINx18pRByPcwWWbI+4+du6kq8J6wi1qSD3bnBfGpHt2LG3liTTBHzvXFinWn1oB0BPq9q7zEUb2D1gBqyaurLdKs07DsC2T4xgNbJ1aQJFKP3qtfdTC8Fah7F46VK7eztUpPPJ/TEPxXBahwNxxUBnvYtEryhsOspLwVAtA9Uk5CnWt3q77pijtMj2p4gJ6zRKhMLFM0sWEoe98zyYkutlRkGlaLbR6c+0WpY5fuGdPsEibsVXqx/07OfvF6WAsb<EMAIL_ADDRESS>{master:0}[edit system login] rchapman# commit check configuration check succeeds {master:0}[edit system login] rchapman# commit configuration check succeeds commit complete {master:0}[edit system login] rchapman# quit {master:0}[edit] rchapman# quit Exiting configuration mode {master:0} rchapman> quit Connection to <IP_ADDRESS> closed. Ryans-MacBook-Pro:~ $ Ryans-MacBook-Pro:~ $ ssh -i /tmp/id_rsa<EMAIL_ADDRESS>--- JUNOS 12.3R6.6 built 2014-03-13 06:57:48 UTC {master:0} test>
Cisco IOS is a pain in comparison, requiring you to break the key up into lines of no more than 256 characters. When someone hands me their ssh pubkey, I don't want to have to manually break it up into appropriately sized lines, so I wrote a quick bash snippet to do it. This snippet was tested and worked on Mac OS X as well as Ubuntu 14.4 Linux:
IOS_USERNAME=test; KEYFILE=/tmp/id_rsa.pub LANG=C; IOS_PASSWORD=$(cat /dev/random | perl -pe 's/[^A-Za-z0-9]//g' | fold -w $((RANDOM%10+20)) | head -n 1); printf "\nusername $IOS_USERNAME privilege 1 secret $IOS_PASSWORD\nip ssh pubkey-chain\n username $IOS_USERNAME\n key-string\n"; cat ${KEYFILE} | fold -w200 ; printf " exit\n exit\n\n"
That creates an account for the user test, with the pubkey file in /tmp/id_rsa.pub, a random length password (at least 20 characters, but less than 30) for password authentication, and a privilege level of 1. Change the priv to 15 if you want to have all privileges. It splits the key up into lines that are a max of 200 characters just to be safe, even though the documentation says 256 is the max.
rchapman@Chapmans-Macbook-Pro:/tmp$ IOS_USERNAME=test; KEYFILE=/tmp/id_rsa.pub LANG=C; IOS_PASSWORD=$(cat /dev/random | perl -pe 's/[^A-Za-z0-9]//g' | fold -w $((RANDOM%10+20)) | head -n 1); printf "\nusername $IOS_USERNAME privilege 1 secret $IOS_PASSWORD\nip ssh pubkey-chain\n username $IOS_USERNAME\n key-string\n"; cat ${KEYFILE} | fold -w200 ; printf " exit\n exit\n\n" username test privilege 1 secret 53L9rOkcyBcky4eZZpzxM ip ssh pubkey-chain username test key-string ssh-rsa AAAAB3NzaC1yc2EAAAADAQABAAABAQDDMRHIzELLQvj06gxqFnZn150T/OicDkBWwojNgSKdnOQIvEU/xu0LtlVUcZaVxVlZeVbm+UwsMdq1c/QuIsbINx18pRByPcwWWbI+4+du6kq8J6wi1qSD3bnBfGpHt2LG3liTTBHzvXFinWn1oB0BPq9q7zEUb2D1 gBqyaurLdKs07DsC2T4xgNbJ1aQJFKP3qtfdTC8Fah7F46VK7eztUpPPJ/TEPxXBahwNxxUB+nvYtEryhsOspLwVAtA9Uk5CnWt3q77pijtMj2p4gJ6zRKhMLFM0sWEoe98zyYkutlRkGlaLbR6c+0WpY5fuGdPsEibsVXqx/07OfvF6WAsb test@Ryans-MacBook- Pro.local exit exit rchapman@Chapmans-Macbook-Pro:/tmp$ ssh<EMAIL_ADDRESS>core1#conf t Enter configuration commands, one per line. End with CNTL/Z. core1(config)#username test privilege 1 secret 73L7rOgmyBcky4eoZwzxF core1(config)#ip ssh pubkey-chain core1(conf-ssh-pubkey)# username test core1(conf-ssh-pubkey-user)# key-string core1(conf-ssh-pubkey-data)#ssh AAAAB3NzaC1yc2EAAAADAQABAAABAQDDMRHIzELLQvj06gxqFnZn150T/OicDkBWwojNgSKdnOQIvEU/xu0LtlVUcZaVxVlZeVbm+UwsMdq1c/QuIsbINx18pRByPcwWWbI+4+du6kq8J6wi1qSD3bnBfGpHt2LG3liTTBHzvXFinWn1oB0BPq9q7zEUb2D1 core1(conf-ssh-pubkey-data)#gBqyaurLdKs07DsC2T4xgNbJ1aQJFKP3qtfdTC8Fah7F46VK7eztUpPPJ/TEPxXBahwNxxUB+nvYtEryhsOspLwVAtA9Uk5CnWt3q77pijtMj2p4gJ6zRKhMLFM0sWEoe98zyYkutlRkGlaLbR6c+0WpY5fuGdPsEibsVXqx/07OfvF6WAsb test@Ryans-MacBook- core1(conf-ssh-pubkey-data)#Pro.local core1(conf-ssh-pubkey-data)# exit core1(conf-ssh-pubkey-user)# exit core1(conf-ssh-pubkey)#exit core1(config)#exit core1#q Shared connection to <IP_ADDRESS> closed. Connection to <IP_ADDRESS> closed by remote host.
Now to verify that it works:
rac@Chapmans-Macbook-Pro:/tmp$ ssh -i /tmp/id_rsa<EMAIL_ADDRESS>core1>
Yep. It works.


{% extends "ct/portal.html" %} {% load crispy_forms_tags %} {% load ct_extras %} {% comment %} unit start page {% endcomment %} {% block title %} {{ unit.title|truncatechars:100 }} {% endblock %} {% block content %}
It looks like you've already started working on this courselet.
Your instructor has not added any lessons yet.
{% endif %}


A 14-year old girl is raped at one of the Salvation Army summer camps. Twelve years later, at a Christmas concert in a square in Oslo, a Salvation Army soldier is executed by a man in the crowd. A press photographer has caught a suspect on one of the photos of the concert. Beate Lønn, the identification expert, is confused by how the face can change from one photo to the next. Inspector Harry Hole’s search for the faceless man takes place on the seamy side of the city, among those who seek eternal – or just momentary – redemption. And the gunman has not yet completed his mission.
She was fourteen years old and sure that if she shut her eyes tight and concentrated she could see the stars through the roof.


Handles and pointers are present everywhere in GEOS--they are the essential elements that make dynamic linking and efficient memory management possible.
GEOS pointers are all far pointers; that is, they are 32-bit addresses that reference specific locations in memory. They are normal C pointers and can be used as such. Two other pointer types are also used by GEOS: Object pointers (optrs) and segment pointers. Object pointers are described below; segment pointers are 16-bit addresses described in the Memory Management chapter.
Handles are 16-bit, unsigned values used for several purposes. They provide abstraction when the exact address of a data structure or other item is not known or is an inconsistent state. The kernel maintains a handle table to keep track of many of the handles in the system. Each entry in the handle table is 16 bytes that contains information about the item referenced by the handle; these 16 bytes are opaque to applications and libraries and can not be accessed or altered except by the kernel. Other handle types are managed in other tables by the kernel.
Handles are used for the following primary purposes. For a full description of how handles are used, see the Handles chapter.
The
NullHandle
value (zero) is used to indicate a null handle.
There are over a dozen different types of handles that can be used by any sort of geode. These are listed in the GEOS Programming chapter. All are 16-bit unsigned integers.
Objects and small data structures are stored in small memory pieces called chunks. Chunks are stored in memory blocks known as local memory heaps, and each local memory heap can contain several chunks. Each chunk is referenced by a combination of two handles: The MemHandle handle locates the local memory heap, and the ChunkHandle locates the chunk within the block. A null chunk handle value is specified by
NullChunk
.
Objects are referenced in the same way as chunks, but the handle and chunk handle are combined into a single structure called an Object Pointer, or optr. Each optr uniquely identifies a particular object in the system. Note that optrs are often used to reference non-object chunks and data structures. A null value is specified by
NullOptr
.
GEOS provides several macros, all defined in geos.h , for creating and parsing optrs.
ConstructOptr()
This macro constructs an optr from a MemHandle and a ChunkHandle.
OptrToHandle()
This macro extracts the MemHandle portion of the given optr.
OptrToChunk()
This macro extracts the chunk handle portion of a given optr.Pointers can be used normally as in C. All Goc-generated pointers are far pointers; that is, they are 32-bits long, composed of a 16-bit segment and a 16-bit offset.
GEOS provides macros for extracting the segment and handle portions of pointers.
PtrToSegment()
This macro returns the segment portion of the given pointer (returned as type "word").
PtrToOffset()
This macro returns the offset portion of the given pointer (returned as type "word").GEOS automatically loads code resources when needed. However, when you call routines through pointers, you must take special measures to see to it that the routine is properly loaded into memory. This is discussed below in Using Routine Pointers in Goc .


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The Great RGB Color
Guessing Game 🤩
- Choose the number of rounds you want to play. It is set to 3 as default.
- RGB Color syntax will be given to you.
- According to the number given in the RGB you have to guess the right Color.
for eg. RGB(255, 255, 255) will give you white color and the range is
between(0 - 255). R = Red, G = Green, B = Blue.
- If one guessed the color correct player will get +6 points!
- If one guessed the color wrong player will lose -2 points!
- There are two Modes Easy and Hard, it's up to the player what mode to play !
Get Set Play ! 😆


Seizures
The Color Red
The Color Red
Warning: Material found in these pages can cause seizures
Rods and Cones
When light hits an object, such as a lemon, the object absorbs some of that light and reflects the rest of it. That reflected light enters the human eye first through the cornea, the outermost part of the eye. The cornea bends light toward the pupil, which controls the amount of light that hits the lens. The lens then focuses the light on the retina, the layer of nerve cells in the back of the eye.
Your retina has two different types of cells that detect and respond to light—rods and cones. These cells that are sensitive to light are called photoreceptors. Rods are activated when you’re in low or dim light. Cones are stimulated in brighter environments. Most of us have about 6 million cones, and 110 million rods.
Cones contain photo pigments, or color-detecting molecules. Humans typically have three types of photo pigments—red, green and blue. Each type of cone is sensitive to different wavelengths of visible light.
American Academy of Opthamology How Humans See In Color | as accessed 16 September 2019
More than three kinds of cones?
Yes! In about 12 percent of women, a "fourth" cone has been found. It doesn't necessarily mean they "perceive" more colors, though. For more information, see the article, THE MYSTERY OF TETRACHROMACY: IF 12% OF WOMEN HAVE FOUR CONE TYPES IN THEIR EYES, WHY DO SO FEW OF THEM ACTUALLY SEE MORE COLOURS?
Perception
When it comes to "perceiving" colors, not all colors are created equal. Our eyes are tuned to perceive certain colors, Red, Blue, and Green, but we do not perceive these colors with equal strength. According to the article, Hypersensitive cones, the authors note that "By population, about 64% of the cones are red-sensitive, about 32% green sensitive, and about 2% are blue sensitive." Surprisingly, although cones that are blue-sensitive typically make up the fewest number of cones, they are also the most "sensitive" to color.
Put another way, as humans, the color blue is perceived differently than other colors, for multiple reasons. First, because the blue cones are actually the most sensitive of the three, second, we have fewer blue cones than red or green, and third, it so happens that these "blue sensitive" cones tend to be located at the rims of our eyeballs, away from the center (fovea centralis) of the back of the eyeball, where the red and green cones tend to cluster. There is software that actually takes advantage of that fact. Because we do not perceive the color "blue" as well as other colors, for example, some algorithms for compressing image sizes remove the parts of the image with "blue" in them more heavily than other parts of an image.
To summarize, color is as much about human physiology and perception in the brain as it is the measurement of light coming from a computer screen. It's also important to understand that the ambient light environment affects the ability to perceive color and contrast. Light, and its measurements, are linear, but human vision and human perception are not.
Are you sure red is different?
Color responders were more often sensitive to red than to blue or green.
NEJM Journal Watch Do Colors Trigger Epileptic Discharges and Cause Seizures?
The EEG results were not significantly different for different wavelengths, but the patient reported that longer wavelength light induced stronger seizures more consistently.
NEJM Journal Watch The effect of color on light-induced seizures: a case report.
The color red
The second factor is color. Certain colors are critical; in particular, the so-called saturated “deep” red. Within the visual spectrum, this color is the one with the longest wavelength and it can be easily eliminated by wearing appropriate optical filters (blue lenses). However, filtering may also drastically affect visual perception. For instance, it is important that drivers, if wearing special filtering glasses to gain protection against possible seizures, do not loose the ability to recognize the color of signals at intersections. On the other hand, these devices may be helpful for passengers riding in cars and during other everyday activities not requiring sharp color discrimination. Pairs of quickly-changing colors, particularly red and blue, are also known to be more provocative than others.
Shedding Light on Photosensitivity, One of Epilepsy's Most Complex Conditions


Soap, soap, soap!
We decided to make use of the purified oil by elaborating homemade soap
Materials
-1 L of cooking oil
-200 g Potassium Hydroxide
-400 ml of regular warm water
-Tightly sealed crystal jar
-Coconut oil and/or cinnamon for scent
Procedure
1. Measure the potassium hydroxide.
2. Add the potassium hydroxide to water, inside the jar. (WARNING: Remember to have the proper protection (eyes, nose, hands) when handling the potassium hydroxide. Before adding oil, it is TOXIC and can cause some damage to your body. If any potassium hydroxide that is not neutralized yet gets in contact with your skin, add some oil to neutralize it. Also remember to do it in an open space and add potassium hydroxide to water NOT the other way around, since it could explode)
3. Add the water and potassium hydroxide mixture to the cooking oil and start mixing, until you have a custard consistency and it is well integrated.
If you DON'T want to add scent to your soap, you may skip this step.
4. Mix in some coconut oil and/or add water to cinnamon, heat it for 2 minutes in the microwave, filter it and add it too.
5. Leave it aside in a cool place for 2 weeks before using.
Why did it work?
Soap is basically a combination of an alkali with fats or fatty acids. In this case, the potassium hydroxide is the alkali and the oil is the fat used to complete the mixture.
Bibliography APA: Make soap from cooking oil. Make your own cinnamon soap! In Youtube. (2015). Retrieved from: https://www.youtube.com/watch?v=QvU837mBXsU
Fisher, D. (2018). Sodium Hydroxide and Potassium Hydroxide Used in Soapmaking. In the Spruce Crafts. Retrieved from: https://www.thesprucecrafts.com/sodium-hydroxide-vs-potassium-hydroxide-51705/
Copyright Disclaimer Under Section 107 of the Copyright Act 1976, allowance is made for "fair use" for purposes such as criticism, comment, news reporting, teaching, scholarship, and research. Fair use is a use permitted by copyright statute that might otherwise be infringing. Non-profit, educational or personal use tips the balance in favor of fair use.


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# INFO 450 Fall 2020
Week 3
--- # Agenda * boolean (truthiness) * conditionals * if, elif, else --- # cars.py Example code and output to talk about equality, conditions, etc. All car manufacturers should be printed 'title' case, but BMW should be all caps. ```python cars = ['audi', 'bmw', 'subaru', 'toyota'] for car in cars: if car == 'bmw': print(car.upper()) else: print(car.title() ``` ```bash Audi BMW Subaru Toyota ``` Note: Using print, as those outputs aren't "logging" type statements. --- # Boolean Expressions Whether a statement is True or False Used to track conditions/conditionals ```python >>> game_active = True >>> can_edit = False >>> can_edit = true Traceback (most recent call last): File "
", line 1, in
NameError: name 'true' is not defined ``` --- # Conditionals "At the heart of every
if
statement is an expression that can be evaluated as True or False and is called a 'conditional test'" Checking for equality: ```python >>> car = "bmw" # Assigns 'bmw' to variable car >>> car == "bmw" # Compares variable car to value "bmw" True ``` ```python >>> car = "audi" >>> car == "bmw" False ``` Testing strings is 'case sensitive' ```python >>> car = "Audi" >>> car == "audi" False >>> car.lower() == "audi".lower() True ``` --- # Checking for Inequality ```python >>> requested_topping = "mushrooms" >>> requested_topping != "anchovies" True ``` ! creates the 'inverse' of the resulting comparison True becomes False False becomes True --- # Numerical Comparisons ```python >>> age = 18 >>> age == 18 True >>> age != 18 False >>> age < 20 True >>> age <= 17 False >>> age > 15 True >>> age >=18 True ``` ```python >>> age = 17 >>> if age < 21: >>> print("No drink for you.") No drink for you. ``` --- # Multiple Conditions 'and' 'or' ```python >>> age_0 = 22 >>> age_1 = 18 >>> age_0 >= 21 and age_1 >=21 False ``` ## AND
True
False
True
True
False
False
False
False
## OR
True
False
True
True
True
False
True
False
--- # Checking lists Is it IN the list? ```python >>> requested_toppings = ['mushrooms', 'onions', 'pineapple'] >>> 'mushrooms' in requested_toppings True >>> 'bacon' in requested_toppings False ``` Is it NOT IN the list? ```python >>> banned_users = ['andrew', 'carolina', 'david'] >>> user = 'marie' >>> user not in banned_users True ``` --- # if Statements 'one test and one action, simplest form' ```python if -conditional test-: do something ``` ```python age = 19 if age >= 18: print("You are old enough to vote!") ``` Code sets the age variable, checks it against 18, and then decides to execute the commant. ```python age = 19 if age >= 18: print("You are old enough to vote.") print("Have you registered to vote?") ``` --- # if-else Statements if statements help execute an action when conditions are met, but usually programs need to do something else if they aren't met ```python age = 17 if age >= 18: print("You are old enough to vote.") print("Have you registered to vote?") else: print("Sorry, you're too young to vote.") print("Please register to vote as soon as you turn 18.") ``` --- # if-elif-else chain If we need more than one or two 'branches' in the code, we can add more conditional checks ```python age = 12 if age < 4: print("Your admission cost is $0.") elif age < 18: print("Your admission cost is $25.") else: print("Your admission cost is $40.") ``` Supports 0 or more 'elif' statements Once one scenario is reached as True, the rest are ignored. Else block can be omitted --- # Testing Multiple Conditions Sometimes you want more than one action to happen based on events. ```python requested_toppings = ['mushrooms', 'extra cheese'] if 'mushrooms' in requested_toppings: print("Adding mushrooms.") if 'pepperoni' in requested_toppings: print("Oh yes, all the pepperoni.") if 'extra cheese' in requested_toppings: print("Adding extra cheese.") print("\nFinished making your pizza.") ``` --- # Checking if a list is empty or not ```python requested_toppings = [] if requested_toppings: for requested_topping in requested_toppings: print(f"Adding {requested_toppings}.") else: print("Are you sure you want a plain pizza?") ``` --- # Using multiple lists Check our pizza order against an available list of toppings. ```python available_toppings = ['mushrooms', 'extra cheese', 'olives', 'pineapple', 'pepperoni', 'green peppers'] requested_toppings = ['mushrooms', 'french fries', 'extra cheese'] for requested_topping in requested_toppings: if requested_topping in available_toppings: print(f"Adding {requested_topping}") else: print("Sorry, we don't have {requested_topping}") ``` --- # Styles ```python if age < 4: #looks good with whitespace pass # do nothing if age<4: # looks ugly, add whitespace pass ``` --- # Code practice from book: Page 84 - check_users.py --- # Homework - Due Wednesday night, midnight easter Page 89 - check_users.py In your github repo, [username]/[repo]/week3/check_users.py Complete 5-10 on page 89 of your book by completing the following program: ```python def check_users(current_users, new_users): pass # YOUR CODE HERE if __name__ == "__main__": current_us = ['chris','haritha', 'sally', 'darnell', 'superman'] new_us = ['george', 'ringo', 'superman', 'hannibal'] check_users(current_us, new_us) ``` Assignment will be listed in Canvas. When complete, link to your .py file in github. ---


Comments
-
Eerk
An additional note that is possibly related: starting my computer definitely takes much (a minute or so) longer when Synergy is switched on at log-in. I tried restarting after switching off Synergy at log-in and the startup process was as expected.
-
Greg Hurrell
What's the effect of the setting (in the Advanced tab of the Synergy preferences), "Initiate connections to the Internet automatically when required (may cause Synergy to initiate a dial-up connection)"?
Is it on, or off? What happens when you switch it?
I am not looking at the source code right now, but from memory Synergy uses the SCNetworkCheckReachabilityByName API (or a similar one in the SCNetwork group) to check whether or not a host is reachable. The docs don't say anything about possible delays, but if the call to that API is causing the delay, I might have to move it into a separate thread.
Marking as ASSIGNED.
-
Eerk
Hello Wincent,
Thanks for the quick reply. The option "Initiate connections etc." is off. It is one of the options I mentioned I have switched off after quiting the album download (and therefore the internet connection).
Give me a minute...
I just did an interesting test: switching the internet connection off (with album artwork visible in the floater) is no problem untill I switch to a song that has _iTunes_ artwork connected to it. Switching back and forth between songs that have no or Synergy artwork connected, is no problem. Lag time is about 30 to 40 seconds before any response of Synergy comes back. When I switch the internet connection back on (because I wanted to send in this form) the response times are back to normal. Seems looking up (and finding) iTunes artwork causes this.
Hope this helps,
Eerk Hofmeester.
-
Eerk
Hello Wincent,
Yet another comment after testing further: this won't help I'm afraid, but the lag time also occurs with the album art switched off. Also my previous suggestion seems to be only half true. When switching to songs that have no iTunes artwork the lag can also occur. Only advantage is, is that my collection of Synergy artwork is growing steadily with all this on-line testing ;-)
Kind regards, Eerk Hofmeester.
-
Eerk
Just timed the lag time: it's exactly 60 seconds. Regards, Eerk.
-
Greg Hurrell
Ok. I believe I've fixed this. I am sending you a test build to your email address. Please let me know if it cures the problems.
There are two reasons why Synergy would connect to the net: (1) automatic version checking, and (2) Amazon searching. In the former case, Synergy first needs to know if the host us.wincent.com is reachable, and in the latter, whether xml.amazon.com is reachable.
I think the problem lay in the calls to the SCNetworkCheckReachabilityByName API. My interpretation of the docs was that if there was no net connection then the function would just return immediately and say "not reachable". But the fact that you see an exactly 60 second delay implies that it's getting up to some other mischief. Perhaps it's doing DNS lookups that are timing out or something.
In any case, I've done a bit of refactoring and moved the reachability checks for both situations (1) and (2) into separate threads. This means there should be no more delays.
Can you please test out the build? I will email it to you in a minute or two, after I've finished posting this comment. I'd like to know if it fixes the delays, if the "Initiate connections to the Internet automatically when required" checkbox works properly, and if your album cover downloads etc continue to work. I've done as much testing as I can here, and it seems to all work. But seeing as I never had the delays (I've got an always-on ADSL connection) I will only know for sure that it's fixed if you can confirm it for me.
-
Eerk
Hello Wincent,
Just received the build per e-mail. It's a little late now, but I will test it first thing when I startup my Mac again somewhere this weekend. Thanks for the quick work on this!
Regards, Eerk.
-
Eerk
Hello Wincent,
SUCCES! I installed 'my' 1.7.1 version and couldn't get it to lag, with or without a connection. Some additional artwork came in, so the connection (when available) is still used correctly. Just to be sure, I re-installed the original 1.7.1 version and sure enough, within seconds after going to a new song, the spinning beach ball was back. Installed the fixed 1.7.1 and all is well again. It seems your trick did it!
I think you can safely post 1.7.2 on the web.
Working with this version so intensely I came up with another wish for the list. I will post it in a separate thread.
Cheers and thanks a lot for your quick fix!
Eerk Hofmeester
-
Greg Hurrell
Excellent news. Glad to hear the fix works. Marked as FIXED.
-
Greg Hurrell
Marking as CLOSED.
Note to everyone else: If you're suffering from this bug and want to use the build that fixes it, you can pull it down from here:
http://us.wincent.com/a/products/synergy-classic/download/Synergy1.7.1-20050411.dmg
MD5 checksum: e632d092a5dbaec849d98c5f877a525a
This is not an official release. It's identical in every way to the 1.7.1 release, apart from the fix. The fix will be officially released when 1.8 comes out (later this month, if my current schedule works out).
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MASTER 2: Biodiversity Managment, Ecology and Evolution (U.S.T. Lille)
Intern Technician GEPV UST Lille 1:
Samplings, molecular genetic manipulation and use of various software in population genetics.
January-June 2013
Using a posteriori analysis of populations genetic structure
I managed to illustrate signature, for the first time multiple establishment A. halleri.
September-December 2012
Biodiversity option: Scientific Research (U.S.T. Lille 1)
Current theories and issues
April - may 2012
Technician into "Station Marine de Wimereux" UST Lille 1:
I have highlighted a correlation between changes in antioxidant levels according to bathymetry;
And the impact of some of antioxidants on the biosynthesis into cells.
2012: Master 1 Biodiversity, Ecology (U.S.T. Lille 1)
2011: Licence "Sciences de la Vie et de la Terre" U.S.T. Lille 1
Winter 2011 (2 months)
Ingenery USTL's Ecotoxicology and Numeric Ecology laboratory.
I have performed sampling insect family Carabidae field and determination in laboratory
April 2005 - january 2006
Cultural space managment Emmaüs Tourcoing
INFORMATICS
Web development: HTMLs, CSS3, JavaScript and PHP
IT and Internet Certificate: C2i level 1 USTL1
june 2016 -: Web development: HTMLs, CSS3, JavaScript and PHP
2011: IT and Internet Certificate: C2i level 1 USTL1
Languages
French - English - Grec - Kongo
French
Latin-Philosophie collège Albert Ier
"Tout ce qui dégrade la culture raccourcit les chemins qui mènent à la servitude"
Grec
Aristote University of Thessaloniki
"At his best, man is the noblest of all animals;
separated from law and justice he is the worst"
English
English level 3: analysis and understanding - Certificate OMEP Wattrelos
"Have more than you show, speak less then you know"
Kongo
Culture and local tradition
"All it's about waves"


tiff: Read and write TIFF images
This package provides an easy and simple way to read, write and display bitmap images stored in the TIFF format. It can read and write both files and in-memory raw vectors.
| Version: |
0.1-5 |
| Depends: |
R (≥ 2.9.0) |
| Published: |
2013-09-04 |
| Author: |
Simon Urbanek |
| Maintainer: |
Simon Urbanek <Simon.Urbanek at r-project.org> |
| License: |
GPL-2 | GPL-3 |
| URL: |
http://www.rforge.net/tiff/ |
| NeedsCompilation: |
yes |
| SystemRequirements: |
tiff and jpeg libraries |
| Materials: |
NEWS |
| CRAN checks: |
tiff results |
Downloads:
Reverse dependencies:
| Reverse depends: |
PersomicsArray, qtlc |
| Reverse imports: |
bioimagetools, colorfindr, gitter, measuRing, MtreeRing, OpenImageR, readbitmap, SchemaOnRead, shelltrace, StereoMorph, Thermimage, xROI, zooimage |
| Reverse suggests: |
ijtiff, oce, wvtool |
Linking:
Please use the canonical form
https://CRAN.R-project.org/package=tiff
to link to this page.


Extensiblity
Bring in custom data or write an extension to manipulate Acetate's build process.
Integration
Integrate Acetate into your existing toolchain and build process, whether it's Gulp, Grunt or just the command line.
Focus
Acetate only handles templating and building pages and lets you use whatever you want to build the rest of your application.


Lenonn
Member
Registered: Dec 2001
Location:
Posts: 32 |
Well, since spoilers are a given in this thread...
umm....
*clears throat*
Spoiler space
if
you
did
not
notice...
Some Asgard ships come and saves the day at the end and it appears that information gained from the events of Menace seem to be helping (although I haven't seen that episode yet, so I can't say).
As for Heimdell, he is voiced by Teryl Rothery (yeah!) and is a scientist working with a preserved earlier version of the Asgard to find out how to save the race from extinction (turns out, they only reproduce for cloning and haven't been able to sexually reproduce in a thousand years).
Thor had a device inserted into his brain that linked his brain (through the device) to Osiris' and Anubis' computer systems. The Asgard managed to remove the device, but Thor then slipped into a coma. And that is where we were left off in terms of the Asgards.
Oh, yeah, and the Anubis' and Osiris' shields are now strong enough to be unaffected by Asgard weapons fire.
Last edited by Lenonn on 02-07-2002 at 07:02 PM
Report this post to a moderator | ? + *
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Nature of Partnership
§425-108 Partnership as entity. (a) A partnership is an entity distinct from its partners.
(b) A limited liability partnership continues to be the same entity that existed before the filing of a statement of qualification under section 425-153. [L 1999, c 284, pt of §1; am L 2000, c 218, §6]


What is the Digital Humanities Research Institute?
The Digital Humanities Research Institute (DHRI) is a four-day workshop held from X-X May 2019 at the A-State Faculty Center. Focused on the theme “Heritage in the Digital Age,” DHRI builds on college-wide interest and expertise in Heritage Studies to create a community of digital humanities practice at Arkansas State University. During the workshop, which is supported by the Graduate Center Digital Initiatives at CUNY and the National Endowment for the Humanities, participants will explore digital humanities research and pedagogy, develop core computational skills through hands-on workshops, and begin designing their own digital heritage projects for research or teaching.


What about Swift?
Still beta - no production code
Some great experiments are being done, but a lot of them might be obsolete soon
Hack! Hack! Hack!


 My boyfriend and I have been together for ages and enjoy some amazing sex. However, there is one area we cannot seem to reconcile – the dreaded period. While I am on my period, my sex drive often goes through the roof, but he is unable to perform at the thought of the inevitable mess, particularly the blood itself. I find this highly frustrating and I’m sure he does, too, although he’s too polite to say it. Am I unreasonable to expect him to put up with a little mess? My previous boyfriend never had this issue.
Different people have different views, feelings and boundaries regarding many aspects of physical intimacy and these are often non-negotiable. It is important to respect each other’s limits generally, and it would be very unwise to push for penetrative sex during menstruation since that is obviously a turn-off for him. But you could surely find creative ways to have highly erotic, non-penetrative sex that could avoid “messiness” and be comfortable and satisfying for you both.  Reassure him that you will respect his comfort level, then reframe your menstrual period as an opportunity to explore new erotic options and fantasies. You may find that setting the necessary limits and embarking on daring experimentation could lead to thrilling rewards for both of you.

•If you would like advice from Pamela on sexual matters, send us a brief description of your concerns to<EMAIL_ADDRESS>(please don’t send attachments). Submissions are subject to our terms and conditions: see gu.com/letters-terms .
•Comments on this piece are premoderated to ensure discussion remains on topics raised by the writer. Please be aware there may be a short delay in comments appearing on the site.


 Swine meatloaf prosciutto filet mignon, tongue sirloin flank doner alcatra jowl drumstick.
Bacon leberkas doner ham drumstick beef ribs.  Hamburger sausage jowl pork chop pancetta pig.
Back to Home Page
What makes it even more flexible, one can combine methods, such as map and each: if you chain the each_with_index method with map, you can have access to the current index inside your map block.
Rump t-bone chicken tri-tip, chuck porchetta shankle meatball drumstick. Cupim alcatra shank pork loin. Turkey spare ribs ham hock meatball capicola drumstick, tongue pork shoulder. Ground round shank shankle jerky jowl. Tail pastrami meatloaf tri-tip alcatra leberkas fatback pork. Shoulder pancetta beef ribs fatback bacon. Pig fatback pork loin porchetta ribeye, kielbasa ham hock alcatra shank bresaola.


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Chapter
Sections
Getting Started
Your First FooTable
Options
Configuration via Data Attributes
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How to setup
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M Mend move the endpoint of a line
Move the cursor to the target line.
Press A or QQ to select the end point
Press M to enable rubber banding.
Move the endpoint to a new location and press Enter.


Hi! I am an East Brunswick HS senior. I love art, music, photography, and trying new things. Above you can find the various things I have created.
I'll update this website periodically to show off my recent exploits. Also, I'm on soundcloud - follow me here .


US Justice Department issues civil subpoenas to automakers in California emissions deal probe
The U.S. Justice Department has issued civil subpoenas in its antitrust investigation into four major automakers’ voluntary agreement with California to adopt compromise vehicle emissions requirements, a source briefed on the matter said on Thursday.
WASHINGTON: The U.S. Justice Department has issued civil subpoenas in its antitrust investigation into four major automakers’ voluntary agreement with California to adopt compromise vehicle emissions requirements, a source briefed on the matter said on Thursday.
The Justice Department has issued civil investigative demands to Ford Motor Co, Honda Motor Co, BMW AG, and Volkswagen AG , the source said. The department previously confirmed that in August it sent the four automakers letters. A BMW spokesman confirmed Thursday the company received a subpoena, while the other three automakers did not immediately comment.
The Wall Street Journal reported the subpoenas earlier.
(Reporting by David Shepardson; additional reporting by Joseph White in Detroit; editing by Chris Reese)


Touch of Grace is a delightful retreat from the pressing worries of the ever busy world. Our modern establishment offers our guests with a sanctuary for the senses. To us, each guest is an individual, and each treatment is a highly personal affair. Our therapists are constantly attuned, sensitive and responsive to your needs. We constantly strive to elevate the customer experience, and pride ourselves in technical and professional excellence. We see you, our clients, our priority.
Our Services
Traditional Thai Massage
Nuad Bo Rarn, or Traditional Thai Massage, is an ancient form of bodywork that has roots in Ayrvedic medicine - the traditional medicine of India. It consists of deep compressions and full-body passive stretches to bring deep mental and physical relaxation to one's body.
Swedish Massage
A Swedish massage is the classical style of Western massage which uses lotion or oil to glide over the body. It incorporates a combination of 5 basic strokes: effleurage, petrissage, friction, vibration/shaking, and tapotement, to relieve muscle tension and promote relaxation.
Motor Vehicle Accident Massage
In the unfortunate event that you should get in a car accident, drivers are entitled to massage therapy which automotive insurance companies cover, even if you are at fault. Receiving a series of massage treatments shortly after an accident greatly reduces the chance of lifetime chronic pains. Here at Fantastic Massage, our licensed massage therapists are specially trained to treat injuries and soft-tissue tension patterns that can occur from car accidents.
Pre-Natal Massage
A woman's body changes dramatically throughout pregnancy, and new and increased levels of tension arise as a result. Prenatal massage is an incredibly effective method of treating the extra strain on the mother's body and mind.
Sports Massage
Sports massage consists of manipulation of soft tissue of the body, and focuses on areas that are specific to the athlete's sport/activity. It can be used for pre-event preparation in order to warm the tissues up and 'awaken' them. Post-event massage is used for recovery, and can be performed immediately after your event/activity, or up to a few days after.
Why Get A Massage?
Human bodies work hard to get through the day. We get stressed, injured, depressed, and at times, sedentary. Tissues harden and become inflamed, and muscles don't receive proper nutrients, causing pain and spasms. Massage helps combat these while elevating our well-being. While massage may not save your life, we can improve and prolong the quality of it.
Appointments
Article 1
Lorem ipsum dolor sit amet, consectetur adipisicing elit, sed do eiusmod tempor incididunt ut labore et dolore magna aliqua.
Article 2
Lorem ipsum dolor sit amet, consectetur adipisicing elit, sed do eiusmod tempor incididunt ut labore et dolore magna aliqua.


System X trap instruction has three fixed arguments and in addition up to four arguments supplied using the arg instruction. The first three arguments are bytes that define the kernel trap to be called and the rest are arguments to that trap function passed in registers ax, bx, cx and dx. If the trap function returns a value it is returned in the ax register. If the trap fails, the ax register will contain value -1 otherwise the return value will be nonnegative.
Currently the first and the third byte arguments have zero value and the second argument value determine the virtual operating system function to be called.
| trap | second byte value | arguments | description |
|---|---|---|---|
| trap_exit | 0 | exit code (byte) | exits a process |
| trap_memory_page_size | 1 | - | returns the size of memory page in bytes (ulong) |
| trap_heap_start | 2 | - | returns the starting address of the heap (ulong) |
| trap_heap_length | 3 | - | returns the current size of the heap in bytes (ulong) |
| trap_allocate_memory_pages | 4 | number of pages to allocate (int) | allocates given number of memory pages from the heap and returns the number of bytes allocated (ulong) |
| trap_dump_heap | 5 | - | writes information about the heap contents to the standard output |
| trap_random_seed | 6 | - | returns a randomly chosen seed value, it will be truely random if the hardware supports it (uint) |
| trap_current_time_point | 7 | - | returns the number of nanoseconds elapsed since epoch (ulong) |
| trap_sleep | 8 | duration in nanoseconds (long) | puts the calling process to sleep for the given duration, the duration the process will actually sleep will be accurate only about in hundreds of milliseconds |
| trap_current_date | 9 | address of year variable (pointer to short), address of month variable (pointer to sbyte), address of day variable (pointer to sbyte) | obtains current date |
| trap_current_date_time | 10 | address of year variable (pointer to short), address of month variable (pointer to sbyte), address of day variable (a pointer to sbyte), address of seconds variable (pointer to int) | obtains current date and time |
| trap_times | 11 | address of variable containing user time in nanoseconds (pointer to ulong), address of variable containing sleep time in nanoseconds (pointer to ulong), address of variable containing kernel time in nanoseconds (pointer to ulong) | obtains process times |
| trap_pow | 12 | x (double), y (double) | returns exponentiation x to the power of y (double) |
| trap_throw | 13 | address of exception (pointer), class ID of exception (ulong) | throws an exception |
| trap_catch | 14 | - | returns the address of the currently thrown exception |
| trap_resume | 15 | - | continues exception dispatch after a cleanup, or in case of rethrow |
| trap_stack_trace | 16 | address of string buffer (pointer to string), size of the string buffer (long) | obtains a stack trace |
| trap_get_system_error | 17 | address of the error code (pointer to int), address to string buffer for error message (pointer to string buffer), size of the string buffer (long) | obtains latest occurred kernel error when a kernel trap has returned -1 |
| trap_fork | 18 | - | forks a child process, returns the PID of the child to the parent and 0 to the child |
| trap_exec | 19 | address of file path to execute (pointer to string), address of argument array (pointer), address environment array (pointer) | executes a program within context of the current process, does not return if no error, otherwise returns -1 |
| trap_wait | 20 | address of child exit code (pointer to byte) | waits one child process to exit (the called process is put to sleep), returns the PID of the child exited or -1 in case of error and when there are no more child processes to wait (system error code will be ENOCHILD in that case) |
| trap_getpid | 21 | - | returns the nonnegative process id of the calling process, or -1 if an error occurred |
| trap_create | 22 | address of file path to create (pointer to string), mode (int) | creates a file, returns a nonnegative file descriptor (int), or -1 in case of error, has the same effect as calling trap_open with flags OpenFlags.create | OpenFlags.truncate | OpenFlags.write |
| trap_open | 23 | address of file path to open (pointer to string), flags (int): 1 << 0 = read, 1 << 1 = write, 1 << 2 = create, 1 << 3 = append, 1 << 4 = truncate, 1 << 5 = text, 1 << 6 = random_access, mode (int) | opens a file, returns a nonnegative file descriptor (int), or -1 in case of error |
| trap_close | 24 | a file descriptor to close (int) | closes a file, returns 0, or -1 in case of error |
| trap_read | 25 | a file descriptor (int), address of a buffer (ulong), maximum number of bytes to read (long) | reads the contents of the file, returns the number of bytes actually read, or -1 in case of error |
| trap_write | 26 | a file descriptor (int), address of a buffer (ulong), maximum number of bytes to write (long) | writes to a file, returns the number of bytes actually written, or -1 in case of error |
| trap_ioctl | 27 | a file descriptor (int), an item ID (int), argument pointer (pointer to byte), argument size ( | performs I/O-control function or returns information about a file: IOControlItem.isConsole=0, returns 1 if file is a console, 0 if file is not a console, -1 if error; IOControlItem.isHostTextFile=1, returns 1 if file is is host text file, 0 if file is not a host text file, -1 if error; IOControlItem.hasColors=2, returns 1 if file has colors, 0 if file does not have colors, -1 if error; IOControlItem.columns=3, returns the number of screen columns, 0 if file has no screen columns, -1 if error; IOControlItem.rows=4, returns the number of screen rows, 0 if file has no screen rows, -1 if error; IOControlItem.cursor_x=5, returns the x-coordinate of the cursor location; IOControlItem.cursor_y=6, returns the y-coordinate of the cursor location; IOControlItem.set_cursor_pos=7, sets the cursor location, argument must point to two ints; IOControlItem.set_cooked=8, sets the terminal to the cooked mode (default); IOControlItem.set_raw=9, sets the terminal to the raw mode; IOControlItem.set_echo=10, sets terminal echo on/off, argument must point to a byte with value (1 = on, or 0 = off); IOControlItem.push_lines=11, push terminal line history; IOControlItem.pop_lines=12, pop terminal line history |
| trap_unlink | 28 | address of a file or directory path (pointer to a string) | decrements the link count of a file or a directory; if the link count drops to zero, deletes the file or directory and frees the blocks the file or directory has occupied, returns 0, or -1 in case of error |
| trap_seek | 29 | a file descriptor (int), offset (long), whence (int): 0=seekSet, 1=seekCur, 2=seekEnd | sets the file position of the given file, the next read or write operation will start in that file position, returns the current file position after it has been set |
| trap_tell | 30 | a file descriptor (int) | returns the current file position of the given file, or -1 in case of error |
| trap_stat | 31 | path address of a file or directory (pointer to string), stat buffer address (pointer), stat buffer size (int), stat buffer size must be at least 68 | obtains information about a file or a directory, returns 0, or -1 in case of error, system error code will be ENOTFOUND if the path is not found |
| trap_getcwd | 32 | buffer address (pointer to string buffer), buffer size (long) | obtains the current working directory of the calling process, returns 0, or -1 in case of error |
| trap_chdir | 33 | path address (pointer to a string) | changes the current working directory of the calling process, returns 0, or -1 in case of error |
| trap_mkdir | 34 | path address (pointer to a string), mode (int) (mode not used currently) | creates a directory, returns 0, or -1 in case of error |
| trap_opendir | 35 | path address (pointer to a string) | opens a directory for inspection, returns a nonnegative directory descriptor (int), or -1 in case of error |
| trap_closedir | 36 | directory descriptor (int) | close a directory, returns -1 in case of error |
| trap_readdir | 37 | directory descriptor (int), directory entry buffer address (pointer), directory entry buffer size (long) | reads a directory entry, returns 1 if an entry read, 0 if no more entries, or -1 in case of error |
| trap_utime | 38 | path address (pointer to string), time buffer address (pointer to two ulongs that contain time in nanoseconds), time buffer size (long) | updates the access and modification timestamps of a file or directory, returns 0, or -1 in case of error |
| trap_mcpy | 39 | source buffer address (pointer), target buffer address (pointer), count (long) | copies memory from source buffer to target buffer, returns 0, or -1 in case of error |
| trap_open_resource | 40 | address of resource name (pointer to string) | returns a nonnegative resource descriptor (int) for a resource linked inside the program executable of the calling process, or -1 in case of error |
| trap_close_resource | 41 | a resource descriptor (int) | closes a resource, returns 0, or -1 in case of error |
| trap_get_resource_size | 42 | a resource descriptor (int) | returns the size of the given resource (long), or -1 in case of error |
| trap_read_resource | 43 | a resource descriptor (int), offset (long), length (long), address of buffer (pointer) | reads the contents of a resource to a buffer, returns 0, or -1 in case of error |
| trap_decompress | 44 | buffer address (pointer), length (long) | decompresses a memory buffer using ZLIB, returns a nonnegative decompression descriptor, or -1 in case of error |
| trap_get_decompressed_data_size | 45 | decompression descriptor (int), | returns the size of the decompressed data (long), or -1 in case of error |
| trap_get_decompressed_data | 46 | decompression descriptor (int), address of a buffer (pointer), buffer size (long) | reads the decompressed data to a buffer, returns 0, or -1 in case of error |
| trap_close_decompression | 47 | decompression descriptor (int) | closes a decompression descriptor, returns 0, or -1 in case of error |
| trap_get_host_name | 48 | buffer address (pointer to string), buffer size (long) | obtains the computer name, returns 0, or -1 in case of error |
| trap_get_user_name | 49 | buffer address (pointer to string), buffer size (long) | obtains the name of the logged on user, returns 0, or -1 in case of error |
| trap_pipe | 50 | read file descriptor (pointer to int), write file descriptor (pointer to int) | creates a pipe and obtains file descriptors for reading from and writing to the pipe, returns 0, or -1 in case of error |
| trap_dup | 51 | file descriptor (int) | duplicates a file descriptor returning an identical file descriptor that has the smallest available number, returns -1 in case of error |
| trap_setuid | 52 | user identifier (int) | sets the user ID and the effective user ID of the current process, if permissions allow it, returns -1 in case of error |
| trap_setgid | 53 | group identifier (int) | sets the group ID and the effective group ID of the current process, if permissions allow it, returns -1 in case of error |
| trap_getuid | 54 | - | returns the user ID of the current process, returns -1 in case of error |
| trap_getgid | 55 | - | returns the group ID of the current process, returns -1 in case of error |
| trap_seteuid | 56 | effective user identifier (int) | sets the effective user ID of the current process, if permissions allow it, returns -1 in case of error |
| trap_setegid | 57 | effective group identifier (int) | sets the effective group ID of the current process, if permissions allow it, returns -1 in case of error |
| trap_geteuid | 58 | - | returns the effective user ID of the current process, returns -1 in case of error |
| trap_getegid | 59 | returns the effective group ID of the current process, returns -1 in case of error | |
| trap_umask | 60 | umask (int) | sets the umask of the current process, returns -1 in case of error |
| trap_chmod | 61 | path (pointer to a string), mode (int) | changes the access mode of a file, returns -1 in case of error |
| trap_chown | 62 | path (pointer to a string), UID (int), GID (int) | changes the owner of a file, if permmissions allow it, returns -1 in case of error |
| trap_rename | 63 | source file path (pointer to a string), target file path (pointer to a string) | renames or moves a file, returns -1 in case of error |
| trap_add_dir_change_notification | 64 | directories separated by colons (pointer to a string) | starts watching changes in the specified directories, returns -1 in case of error |
| trap_remove_dir_change_notifications | 65 | - | stops watching changes in directories, returns -1 in case of error |
| trap_directories_changed | 66 | - | returns 1 if watched directories have been changed (new or removed files), 0 if no changes have occurred, returns -1 in case of error |
| trap_clear_directories_changed | 67 | - | resets the 'directories changed' flag from the current process, returns -1 in case of error |
| trap_child_times | 68 | address of a variable containing child user time in nanoseconds (pointer to ulong), address of a variable containing child sleep time in nanoseconds (pointer to ulong), address of a variable containing child kernel time in nanoseconds (pointer to ulong) | obtains execution statistics for the exited child processes of the current process |
| trap_msgq | 69 | name of the message queueu to create or open (pointer to string) | creates or opens a message queue, returns message queue descriptor, or -1 in case of error |
| trap_close_msgq | 70 | message queue descriptor (int) | closes a message queue, returns 0, or -1 in case of error |
| trap_wait_msg | 71 | message queue descriptor (int) | waits until message queue is not empty, returns 0, or -1 in case of error |
| trap_put_msg | 72 | message queue descriptor (int), message data buffer (pointer), message size (int) | enqueues a message to the given message queue |
| trap_get_msgq_length | 73 | message queue descriptor (int) | returns the length of the given message queue, or -1 in case of error |
| trap_get_msg_size | 74 | message queue descriptor (int) | returns the size of the message in front of the given message queue, or -1 in case of error |
| trap_get_msg | 75 | message queue descriptor (int), buffer address (pointer) | fetches and removes the message in front of the given message queue, returns 0, or -1 in case of error |
| trap_bind_terminal | 76 | message queue descriptor (int) | binds terminal input system to the given message queue, returns 0, or -1 in case of error |
| trap_unbind_terminal | 77 | - | unbinds terminal input system from message queues, returns 0, or -1 in case of error |
| trap_timer_msg | 78 | duration in nanoseconds (long), message queue descriptor (int), message data (pointer), message size (int) | generates given message until duration nanoseconds have been elapsed and puts the message to the given message queue, returns 0, or -1 in case of error |
| trap_connect | 79 | node (pointer to string), service (pointer to strign) | connects to the given node address and service (or port number) and returns a connected socket descriptor |
| trap_get_debug_mode | 80 | - | returns current kernel debug mode (0 is the default=no kernel debugging enabled), or -1 in case of error |
| trap_set_debug_mode | 81 | mode (int) | sets the kernel debug mode to the given mode value, returns 0, or -1 in case of error |
| trap_write_debug_message | 82 | debug messsage (pointer to string) | writes a debug message, returns 0, or -1 in case of error (debug messsages show up in a 'cmlog' command line process if it is started and kernel debugging is enabled) |


It's pretty useful to be able to get data from a Google Spreasheet as JSON, however it takes a bit of messing around with the URL to do so. This little converter should help.
The best part is that this tool handles mutiple sheets, returning the right sheet ID for whichever is specified in the URL
{{newURL}}
$.get('{{newURL}}', function(data){
var entries = data.feed.entry;
$(entries).each(function(){
// Do something with each entry
});
});
$http.get('{{newURL}}').then(function(response){
// Assign data to scope
$scope.data = response.data;
});
{{JSONData | json}}


“Susukhumanipuṇatthadassinā,
Matikusalena nivātavuttinā;
Saṁsevitavuddhasīlinā,
Nibbānaṁ na hi tena dullabhan”ti.
… Vacchapālo thero ….
For one who sees the goal, so very subtle and fine;
who is skilled in thought and humble in manner;
who has cultivated mature ethics,
it’s not hard to gain extinguishment.


| Opcode/Instruction | Op /En | 64/32 bit Mode Support | CPUID Feature Flag | Description |
|---|---|---|---|---|
| F3 0F 2C /r CVTTSS2SI r32, xmm1/m32 | RM | V/V | SSE | Convert one single-precision floating-point value from xmm1/m32 to one signed doubleword integer in r32 using truncation. |
| F3 REX.W 0F 2C /r CVTTSS2SI r64, xmm1/m32 | RM | V/N.E. | SSE | Convert one single-precision floating-point value from xmm1/m32 to one signed quadword integer in r64 using truncation. |
| VEX.128.F3.0F.W0 2C /r VCVTTSS2SI r32, xmm1/m32 | RM | V/V | AVX | Convert one single-precision floating-point value from xmm1/m32 to one signed doubleword integer in r32 using truncation. |
| VEX.128.F3.0F.W1 2C /r VCVTTSS2SI r64, xmm1/m32 | RM | V/N.E.1 | AVX | Convert one single-precision floating-point value from xmm1/m32 to one signed quadword integer in r64 using truncation. |
| EVEX.LIG.F3.0F.W0 2C /r VCVTTSS2SI r32, xmm1/m32{sae} | T1F | V/V | AVX512F | Convert one single-precision floating-point value from xmm1/m32 to one signed doubleword integer in r32 using truncation. |
| EVEX.LIG.F3.0F.W1 2C /r VCVTTSS2SI r64, xmm1/m32{sae} | T1F | V/N.E.1 | AVX512F | Convert one single-precision floating-point value from xmm1/m32 to one signed quadword integer in r64 using truncation. |
NOTES: 1. For this specific instruction, VEX.W/EVEX.W in non-64 bit is ignored; the instructions behaves as if the W0 ver-
sion is used.
| Op/En | Operand 1 | Operand 2 | Operand 3 | Operand 4 |
| RM | ModRM:reg (w) | ModRM:r/m (r) | NA | NA |
| T1F | ModRM:reg (w) | ModRM:r/m (r) | NA | NA |
Converts a single-precision floating-point value in the source operand (the second operand) to a signed double-word integer (or signed quadword integer if operand size is 64 bits) in the destination operand (the first operand). The source operand can be an XMM register or a 32-bit memory location. The destination operand is a general purpose register. When the source operand is an XMM register, the single-precision floating-point value is contained in the low doubleword of the register.
When a conversion is inexact, a truncated (round toward zero) result is returned. If a converted result is larger than the maximum signed doubleword integer, the floating-point invalid exception is raised. If this exception is masked, the indefinite integer value (80000000H or 80000000_00000000H if operand size is 64 bits) is returned.
Legacy SSE instructions: In 64-bit mode, Use of the REX.W prefix promotes the instruction to 64-bit operation. See the summary chart at the beginning of this section for encoding data and limits.
VEX.W1 and EVEX.W1 versions: promotes the instruction to produce 64-bit data in 64-bit mode.
Note: VEX.vvvv and EVEX.vvvv are reserved and must be 1111b, otherwise instructions will #UD.
Software should ensure VCVTTSS2SI is encoded with VEX.L=0. Encoding VCVTTSS2SI with VEX.L=1 may encounter unpredictable behavior across different processor generations.
(V)CVTTSS2SI (All versions)
IF 64-Bit Mode and OperandSize = 64 THEN DEST[63:0] (cid:197) Convert_Single_Precision_Floating_Point_To_Integer_Truncate(SRC[31:0]); ELSE DEST[31:0] (cid:197) Convert_Single_Precision_Floating_Point_To_Integer_Truncate(SRC[31:0]); FI;
VCVTTSS2SI int _mm_cvttss_i32( __m128 a);
VCVTTSS2SI int _mm_cvtt_roundss_i32( __m128 a, int sae);
VCVTTSS2SI __int64 _mm_cvttss_i64( __m128 a);
VCVTTSS2SI __int64 _mm_cvtt_roundss_i64( __m128 a, int sae);
CVTTSS2SI int _mm_cvttss_si32( __m128 a);
CVTTSS2SI __int64 _mm_cvttss_si64( __m128 a);
Invalid, Precision
See Exceptions Type 3; additionally
|
#UD EVEX-encoded instructions, see Exceptions Type E3NF. |
If VEX.vvvv != 1111B. |


First of all, I am so happy to see this work seemed useful to you. Also THANK YOU for your help. There are many ways you can help this project and all Iranian and Persian speakers all around the word:
The simplest thing that you can do is if you see any bug, bad code and etc, open an issue and tell us there is a problem. This way you can help us find problems.
But please before creating new issue, search for simmilar issues and avoid opening duplicated issues.
Another helpful thing you can do is requesting a useful feature that is not in the library yet. For this, you can open an issue and request a feature for implementing.
And most helpful thing is adding new features in the library.
You are wondering how you can contribute in this project? Here is a list of what you can do:
You should follow these steps for contributing in this project:
For contributing, first fork the repository. Then create your branch and start coding.
We are using git flow
in this project for keeping things clean and maintainable. If you don't now how to use git flow, you can find it here in less than a minute.
We are following TDD guides for developing this library, So you SHOULD add tests first and then add your code.
All codes should have complete in-code document following JSDoc syntax. Plus you should re-generate the code document using compodoc.
For generating documents, you should run following command in the project directory:
npm run generate-docs
Also you should add some documents about how to using a feature in the README.md
file.
Now you are done and want to add your code. So come here and create a new pull request. Please make pull request message complete and useful. Also you should keep all commit messages in your branch meaningful and useful.
Thank you for your contribution and make life easier for Iranian Angular developers.


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