The following is a solution writeup to the "Silk Street" problem from the 2013 CSAW Final.
This write-up is structured as a tutorial demonstrating how to begin analyzing the Silk Street binary, how to identify the vulnerabilities, and goes through various revisions and refinement of the exploit code to fix bugs until the exploit code works. However, it is assumed you have working knowledge of reverse engineering and IDA (free version is fine), linux, wireshark, and gdb. It also assumes you understand how stack based buffer overflows can be exploited. The writeup goes into a decent amount of detail about format string vulnerabilities, and demonstrates the use of one, as I have found other write-ups lacking thorough explanations around the exploitation of format string vulnerabilities.
At time of writing, you can download a VM image that contains the CSAW 2013 Finals challenges running live, so you can solve them and get the actual flag from a remote system. I highly recommend doing this, nothing is as satisfying as gaining remote code execution on an actual remote system.
I have included the Silk Street binary here in case the VM image is no longer available. You can run and exploit the binary locally if CSAW Final VM is not available.
 This clone isn't even running over TOR... can you pop a shell and read the flag?
nc xxx.xxx.xxx.xxx 4444
From the problem description it sounds like this will be an exploitation challenge, so there's a good chance this will involve some memory corruption and shellcode.
Using file on the binary tells us it is a 32-bit non-stripped ELF file. Now is a good time to interact with program a little bit to see how it works, which means we just run it and see what happens.
As you can see the program implements a black market, from which I bought some LSD using bitcoins.
It's also always a good idea to mess around with program inputs before your start reverse engineering, you never know what will pop up. If we do this with printf format string parameters you will notice some strange output.
Above you can see %d%d being entered as an input command. The program echoes back an error message, but previous to the message are some numbers being printed. Looks like we've found a format string vulnerability.
Let's track down the format string vulnerability. We'll use IDA for this.
The format string vulnerability can be found in the main function (VA 0x08048e0c) at the printf call at VA 0x08048f9f
The vulnerability comes about because the user input is passed directly to the printf function and the user input acts as the format string to the printf function. In theory, a format string vulnerability lets us read and write arbitrary memory. However in practice, format string vulnerabilities are not always so flexible. In the case of this one, the buffer our input is read into (labeled as input_buf_0x8) is safely limited to 8 characters, which could limit what we are able to do with the vulnerability.
The format string vulnerability could be enough in itself to achieve remote code execution, but often a format string vulnerability itself is not enough. If we glance around the main function a little bit more we see a call to gets at VA 0x08049044. Calls to gets are extremely dangerous as they don't check the number of bytes read. The gets call here is used to read our response when the program asks if we plan to do anything illegal with our silkstreet purchase. The program expects us to send one character, but if we send a bunch we can overwrite the return address on the stack and crash the program.
It's a good idea to test our hypothesis by running the program locally, buying something, selecting to checkout our purchase, and when it asks us if we plan to do anything illegal we will send it a large buffer and see if we can get the program to crash.
The above demonstrates the program crash. You will notice that the main function finishes without problem by printing out the apology, but when the main function attempts to return to the operating system a segmentation fault occurs because we overwrote the return address on the stack with nonsense.
This buffer overflow could potentially let us execute shellcode directly on the stack, but the stack has to be executable. We can check if the stack is executable or not by running readelf -l silkstreet.
Turns out it's not executable—as indicated by RW—so we are not going to be able to just write shellcode on the stack and execute it. Since we can overwrite the return address we could return into glibc or attempt to use ROP gadgets to execute arbitrary code. However, the silkstreet process we actually want to exploit is running remotely, and we don't have a copy of the actual glibc library that the remote instance of silkstreet is using. Without a an exact copy of the remote program's glibc library performing a return to glibc attack or using ROP gadgets in that library is going to be challenging. Since we can read arbitrary memory with our format string vulnerability perhaps we could map out memory and figure out a glibc/ROP attack, but that still sounds pretty hard. Since we have only looked at the main function of silkstreet so far, we should keep looking to determine if there are other points in the binary that can be used to our advantage.
While we look through the binary its a good opportunity to review what we have, and what we could potentially use, so we know what to look for.
What we have:
What we need:
Let's work on finding some executable memory we can write to. If we refer back to the readelf output we can see that there are no sections of the program that are both executable and writable. Our other option is to find heap memory the program allocates that is both writable and executable.
If we look at the function called _Z9getVictimP4User at VA 0x08049249 we see a call to posix_memalign at VA 0x0804926e. Looking up the documentation on posix_memalign we learn that posix_memalign allocates memory aligned to a multiple of a value chosen by the programmer. In the case of silkstreet, the memory allocated by posix_memalign will be the size of the system's memory page size (notice the system's page size is looked up using a call to getpagesize just before posix_align). In this case the returned memory address from posix_memalign will be exactly one memory page in size and the address of that memory will be aligned to a multiple of the page size. We aren't told what the remote system's page size is, but the default size of a Linux system is 4Kb, more than enough for useful shellcode. Also of extreme importance is the call to mprotect at VA 0x08049288 where it sets the permissions to this newly allocated memory to RWX, we have found executable memory that is also writable.
Great, we have executable memory that we believe is large enough to put useful shellcode in. But can we write arbitrary data to this memory?
It turns out we can. To determine this we first have to figure out the program flow to get the program to call the _Z9getVictimP4User function. It should be easy to see that this function is called when the user of the program decides to purchase an assassination. At checkout time if an assassination has been purchased the program determines who the user desires to be assassinated. The memory allocation we noted above is used to hold any “special instructions” the user needs to provide for the assassination.
Looking at the program location where the special instructions are read from the user we see a call to fgets to read the input from the user. The size of data read is 0x2710 bytes and there is no additional processing on the data read in, so we can send whatever data we want to the executable memory, including shellcode. Of equal importance, the memory is not freed at the end of the function so it will be available elsewhere.
Now we have executable memory that we can write anything we want to, and we have a buffer overflow to direct program execution to this executable memory. Using these facts we can formulate an exploitation plan.
Plan:
It's a good plan, but we are missing a critical piece, what memory address will the shellcode exist at? We need to know this in order to overwrite the main function's return address with the address of where the shellcode exists. The address of the memory allocated by posix_memalign will vary from execution to execution. Guessing the memory address of the shellcode is not a very elegant solution and is likely not to work anyway. Our best bet is to find a way to leak the memory address of the shellcode. We have a format string vulnerability that can be used to read memory, maybe we can use this to leak the address of the allocated memory.
There are likely multiple ways to leak the memory address of the shellcode, but one way is to remember that the memory was allocated using posix_memalign and aligned to a multiple of the system's page size. If we think about how the memory allocator is likely to work in this scenario we can see a possible solution. Let's say the last memory the memory allocator allocated was at address 0x03304500 and was 0x100 bytes in size. The memory allocator will know that the next available memory is at address 0x03304600, the address immediately after the memory just allocated. When the memory allocator gets the next request from silkstreet using the posix_memalign function requesting to allocate 4Kb of memory at a memory address that is a multiple of 4Kb, the memory allocator can't use the next available memory address of 0x03304600. This is because that address is not a multiple of 4K. What address will the memory allocator allocate to? Without looking at the source code of the memory allocator it's hard to know for sure, but a good guess is that the memory allocator will allocate the memory at the next available address that is a multiple of 4K. In this case that address will be at 0x03305000 (recall 4Kb is equal to 0x1000). It is important to remember that if this assumption holds, then we don't have to leak the exact address of shellcode, we just have to leak a memory address that was allocated before the memory for the shellcode was allocated. We will then assume the shellcode is at the next memory address that is a multiple of 4Kb, and calculate that address.
So our goal is to leak the memory address of either the shellcode itself, or an address of any memory allocated before the memory for our shellcode was allocated.
We plan to use the format string vulnerability so it's a good time to remember how to use format string vulnerabilities to read arbitrary memory. This is very good tutorial on using format string vulnerabilities. For our case we are going to utilize the %n$ construct to read arbitrary stack memory.
Recall that if we want to print out an integer as a hex value using printf we would use the format string '%x'. When printf is called it will read the format string of '%x' from the stack and expect to find the value to print as the next argument on the stack. For example if we try and print out the unsigned decimal value of<PHONE_NUMBER> using printf('%x',<PHONE_NUMBER>) the stack should look like this.
Higher addresses ^ | --------------- | ... | ------------- --------------- -------> | '%x' | |<PHONE_NUMBER> | | ------------- --------------- | %esp-> | fmt str addr | ----- --------------- | ... | --------------- | ... | --------------- | Lower v addresses
When printf is called it will find the address of the format string as the first argument on the stack. From the format string it will determine that a hexadecimal number should be printed out, and it will look for that number as the second argument on the stack. The result will be printf printing out 'deadbeef', the hex value of<PHONE_NUMBER>.
The printf function takes a variable number of arguments that are normally in order on the stack. There is a feature of the format string that allows the arguments to be retrieved in arbitrary order using the %n$ notation. For example if we specify the format string as %3$x it indicates we want to read and print the third argument passed to printf. If we only pass one argument we will read values from the stack that we didn't put there. For example, using printf('%3$x',<PHONE_NUMBER>) the stack will look as follows.
Higher addresses ^ | --------------- | ... | --------------- | ... | --------------- | ????????????? | <- value here will be printed --------------- | ... | ------------- --------------- -------> | '%3$x' | |<PHONE_NUMBER> | | ------------- --------------- | %esp-> | fmt str addr | ----- --------------- | ... | --------------- | ... | --------------- | Lower v addresses
The value printed by printf in this case will be whatever is on the stack 2 stack pushes up from the one argument we did pass to printf. When you control the format string you can print arbitrary stack memory addresses.
Going back to the weak printf statement in silkstreet, we need to take a close look at the stack of the function in order to find a stack location that contains an address of allocated heap memory. We can then use the printf function to leak this data giving us an address on the heap.
To do this we basically map out the stack looking for a stack address that contains a heap allocated address. It is relatively easy to see what data is being put on the stack using IDA. At VA 0x08048f04 we have a call to _Znaj, some googling tells us this is a mangled name for the new operator in C++, which would be allocating heap memory. The memory address returned by _Znaj is placed on the stack immediately after this call, and if it's on the stack we should have access to it using our printf vulnerability.
It's useful to diagram the stack to see what we need to try and print. This stack diagram is when program execution is at the weak printf function at VA 0x08048f9f.
Higher addresses ^ | --------------- 0x5c | ... | --------------- 0x58 | XXXXXXXXXXXXX | <- mem. addr. from __Znaj --------------- 0x54 | ... | --------------- . . . . . . --------------- 0x10 | ... | --------------- 0xc | ... | --------------- 0x8 | ... | ------------- --------------- -------> | 'our input' | 0x4 | ... | | ------------- --------------- | %esp-> | fmt str addr | ----- --------------- -0x4 | ... | --------------- -0x8 | ... | --------------- | Lower v addresses
Using the stack diagram we can calculate what the value of the printf format string should be. The value of n will be the positive offset from %esp that we want to print divided by 4 to count the number stack positions up we need printf to look. For our stack it will be 0x58 / 0x4 = 0x16 = 22. Therefore, our format string should be '%22$x'.
We can give this a shot to determine if what is printed out is a reasonable stack address.
The value 0x931a008 could be a stack address, but we can do some more testing to be sure.
Recall that our hypothesis is that the memory address of where the purchased assassination's special instructions is stored will be the next higher memory address at a 4K boundary than a previously allocated memory address. In the example above the allocated heap memory address is 0x931a008, so we expect the 'special instructions' memory to be allocated at 0x931b000, which is the next higher memory address divisible by 4Kb (recall 4Kb = 4 x 1024 = 4096 = 0x1000).
This is our working hypothesis, what we now need to do is test our hypothesis by beginning to write our exploit. To test our hypothesis we will use a debugger.
To test our hypothesis we are going to put a breakpoint right after the allocation of the memory used to hold the assassination's 'special instructions'. First, we must purchase an assassination, then leak the memory address of the allocated heap memory using our format string vulnerability. Next, we will calculate the address by hand that we think the 'special instructions' memory will be allocated at, and finally, use the debugger to check if our calculation provides the actual memory address of the 'special instructions'.
Using gdb, begin by placing a breakpoint at 0x08049279 which is after the call to posix_memalign, the address returned by posix_memalign will be placed in %eax.
Purchase an assassination and then enter '%22$x' to trigger the format string vulnerability.
The leaked address printed is 0x804c008, so if do our calculation, the next memory address at a 4Kb boundary will be 0x804d000. This is where we are expecting the value of the 'special instructions' memory to be. Now, select checkout and promise not to do anything illegal with our purchases. When the breakpoint we previously placed is hit display the registers and see if the value of %eax matches what we calculated above.
Success! Looks like our reasoning was correct. We can use our format string vulnerability to leak a memory address, using that memory address we can calculate the address of the executable memory that we are going to place our shellcode into. Finally, we will use our buffer overflow to direct execution to our shellcode and we will have achieved remote code execution.
Here's our exploitation plan:
Since we want a remote shell, shellcode that implements a reverse remote shell should do, we can simply use shell code already written from shell-storm.org/shellcode, this one implements a reverse shell and should work fine.
We do need to interact with the program over the network, so we are going to test our exploit by running silksteet locally, and communicating with it through a local socket, as if it were running remotely. We can do this by first creating a named pipe and then have netcat send input to, and read output from, silkstreet using the named pipe. We also want to enable core dumps so that we can examine the programs memory if it crashes as we develop our exploit. Use the following commands to enable core dumps, create the named pipe, and execute silkstreet using netcat and the named pipe. The stdbuf command ensures that IO is not buffered.
$ ulimit -c unlimited $ mkfifo silky $ nc -l <IP_ADDRESS> 4444 < silky | stdbuf -i0 -o0 -e0 ./silkstreet > silky
After the above command is run you should be able to connect to <IP_ADDRESS> on port 4444 using netcat and interact with the program as normal.
$ nc <IP_ADDRESS> 4444
The last calculation we need to make is how many bytes we need to send to overflow the stack and replace the return address. Again, we will use a stack diagram to help us determine it.
Higher addresses ^ | --------------- 0x4 | return addr | --------------- %ebp-> | stored %ebp | --------------- -0x4 | stored %ebx | --------------- . . . . . . --------------- -0x4c | ... | --------------- -0x50 | ... | --------------- -0x54 | buffer | <--- buffer begins here --------------- -0x58 | ... | --------------- | Lower v addresses
The offsets to the left are based on the offsets provided by IDA. It can be a little confusing when working with negative offsets, but basically we need to remember the buffer actually starts at offset -0x57, so to fill up offsets -0x57 to 0x0 we need to send 0x58 bytes. This overwrites up to the stored value of %ebp, we send another 0x4 bytes to overwrite that value. Therefore, we first send a total of 0x5c bytes to overwrite up to the return address, then we can send the address of out shell code to ensure our shell code get executed when we return from this function.
Using all the information we have gathered, this is the exploit code we come up with.
Now it's time to test our exploit on the silkstreet running on the local socket. It is important to remember to open up a netcat instance listening on local port 31337. This is the port we configured the reverse-shell shellcode to connect back to. Open the listening socket as follows:
$ nc -k -l 31337
Now we're ready to test our exploit.
From the output of our exploit code it appears to have worked. We can check the window where we launched silkstreet to make sure it is still running, which it should be if our reverse shell connected. Unfortunately, we can see that it has crashed.
Since we enabled core dumps we can load the core dump in gdb.
Apparently the program crashed at VA 0x08049341, we now need to go back to IDA to see what the program is doing at this point.
The crash occurs at the second call to mov eax,[eax] marked in the disassembly above. The eax register must contain an invalid memory address. Using gdb we can see what is in eax at this point.
Clearly eax contains part of our stack overflow data as the value 0x77 was what we overwrote the stack with up to the return address. Some of the stack data we overwrote must have been important. We need to go back to the binary and see if we can adjust our overflow to not crash the program.
From reverse engineering we find that the function _ZN4UserC2Ev at VA 0x08049418 is what is responsible for setting the memory that eax is supposed to refer to when the crash occurs. We can see that at VA 0x0804941e the value 0x0804a3d0 is placed in the memory address passed in as the first argument. The value 0x0804a3d0 is actually the VA of the function _ZN4User8orderHitEPKc, so this is what actually needs to be in eax when we observed the crash. Again from reverse engineering we can see that the argument to _ZN4UserC2Ev is a memory address on the stack in the main function at offset -0x14. We must preserve this value on the stack for the program to properly reach our shell code.
At this point it becomes obvious we don't actually need to overwrite the return address of the main function, we could simply overwrite the function pointer to _ZN4User8orderHitEPKc on the stack with the address of our shellcode. However, we are going to stick to out plan and continue to attempt to overwrite the return address of the main function using the buffer flow. Crafting an exploit that overwrites the function pointer to _ZN4User8orderHitEPKc on the stack is left as an exercise to the reader.
Here's an updated stack diagram of the main function where we are exploiting the buffer overflow.
Higher addresses ^ | --------------- 0x4 | return addr | --------------- %ebp-> | stored %ebp | --------------- -0x4 | stored %ebx | --------------- . . . . . . --------------- -0x14 | 0x0804a3d0 | <--- addr of _ZN4User8orderHitEPKc --------------- . . . . . . --------------- -0x4c | ... | --------------- -0x50 | ... | --------------- -0x54 | buffer | <--- buffer begins here --------------- -0x58 | ... | --------------- | Lower v addresses
Fortunately, all we need to do is adjust our overflow slightly to preserve the value 0x0804a3d0 on the stack. The updated exploit code is here.
Once we have made that small change we run the new exploit. The exploit again appears to work, but this time silkstreet doesn't crash, and we try our listening netcat instance and we have a shell!
Awesome! We are almost there, we have successfully exploited the program locally over a socket, now all we need to do is exploit the actual remote service.
The next step it to cross your fingers and run the exploit against the actual CSAW Finals VM image.
In this case the exploit fails to trigger. It's not uncommon for an exploit not to work immediately when attempting to exploit a remote service, even if it was working locally. The best way to debug this is to print out any and all output send back from the remote service.
When we print out the output received from the server we notice that our commands are echoed back at us. This causes a problem because when we go to read the leaked memory address more data came back than expected. We can easily fix this and try again.
When we try again taking in to account out input being echoed back, we can read the correct address this time, but our exploit again fails to trigger.
In the above we can see that we are correctly interacting with the program, but our exploit is still not triggering, evidenced by our listening socket not receiving a connection from the reverse shell.
Since our input is being echoed back at us it might be a good idea to check if what we are sending is what we are getting sent back. It is a little difficult to see this in the terminal, but we can use wireshark to see the raw bytes.
Viewing the TCP stream between our exploit script and the remote machine we can see even in the ASCII view that data is coming back different than what we sent.
Looking at the hex output, it looks like certain bytes are being replaced with other bytes. This part can be tricky to solve. Doing a systematic examination of what bytes are altered it starts to be obvious that only low bytes, bytes below 0x20, are being altered. We know from the ASCII table that low value bytes have special meaning, so its a good guess that the low bytes we sending are getting altered or escaped by something before they get to the program.
To get past problems like this Google and perseverance are usually what it takes. Staring at the wireshark output some more and looking at exactly what is coming back we notice that when a 0x0 byte is sent we actually get two bytes back in its place 0x5e40, or '^@'. The trick is realizing that '^@' is the ASCII escape sequence for 0x0. Here's a table that shows some of the ASCII escape sequences:
#define NUL 0x00 /* ^@ - Null */ #define SOH 0x01 /* ^A - Start of Header */ #define STX 0x02 /* ^B - Start of Text */ #define ETX 0x03 /* ^C - End of Text */ #define EOT 0x04 /* ^D - End of Transmission */ #define ENQ 0x05 /* ^E - Enquiry */ #define ACK 0x06 /* ^F - Acknowledgement */ #define BEL 0x07 /* ^G - Bell */ #define BS 0x08 /* ^H - Backspace */ #define HT 0x09 /* ^I - Horizontal Tab */ #define LF 0x0A /* ^J - Line Feed */ #define VT 0x0B /* ^K - Vertical Tab */
What appears to be happening is that something is interpreting the low bytes as ASCII control codes and escaping them. How can we stop this?
Again, more Google, and specifically this post gives us a hint it might have to do with the value 0x16. It appears that we might be able to bypass the ASCII escaping if we prepend each control code byte with the value 0x16. Meaning if we want to send 0x0 we need to actually send 0x16 then 0x0.
The script needs to be modified to escape the ASCII control codes. One thing to keep in mind is we don't want to escape 0xa (newline) or 0xd (carriage return) because we want these to be interpreted as their control values.
Here is the updated exploit code that escapes ASCII control codes we need to.
Once we make our script changes we try again. This time, success! We have a remote shell in our netcat listening window and all we need to do is find the key and print it out.


| ZotWeb | article-journal | |
| Src Url | [[Akten]], [[Grierson]] (2017) | |
Recurrent Neural Networks (RNN), particularly Long Short Term Memory (LSTM) RNNs, are a popular and very successful method for learning and generating sequences. However, current generative RNN techniques do not allow real-time interactive control of the sequence generation process, thus aren't well suited for live creative expression. We propose a method of real-time continuous control and 'steering' of sequence generation using an ensemble of RNNs and dynamically altering the mixture weights of the models. We demonstrate the method using character based LSTM networks and a gestural interface allowing users to 'conduct' the generation of text.
Akten
Citer: (Akten & Grierson, 2017)
FTag: Akten-Grierson-2017
APA7: Akten, M., & Grierson, M. (2017). Real-time interactive sequence generation and control with Recurrent Neural Network ensembles. _ArXiv:1612.04687 [Cs] _. http://arxiv.org/abs/1612.04687
Recurrent Neural Networks (RNN)
Long Short Term Memory (LSTM) RNNs, are a popular and very successful method for learning and generating sequences
[...] current generative RNN techniques do not allow real-time interactive control of the sequence generation process, thus aren’t well suited for live creative expression .
#problematic
[[AIProblematic]]
We propose a method of real-time continuous control and ‘steering’ of sequence generation using an ensemble of RNNs and dynamically altering the mixture weights of the models. W
e demonstrate the method using character based LSTM networks and a gestural interface allowing users to ‘conduct’ the generation of text.
Recurrent Neural Networks (RNN) are artificial neural networks with recurrent connections, allowing them to learn temporal regularities and model sequences.
Long Short Term Memory (LSTM) [ 16] is a recurrent architecture that overcomes the problem of gradients exponentially vanishing [ 15, 1] , and allows RNNs to be trained many time-steps into the past, to learn more complex programs [ 21].
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[3] F. Chollet. Keras: Deep Learning library for Theano and TensorFlow, 2015.
[4] L. Crnkovic-friis and L. Crnkovic-friis. Generative Choreography using Deep Learning.arXiv preprintarXiv:1605.06921, 2016.
[5] T. G. Dietterich. Ensemble Methods in Machine Learning.MCS ’00: Proceedings of the First InternationalWorkshop on Multiple Classifier Systems, pages 1–15, 2000.
[6] D. Eck and J. Schmidhuber. A First Look at Music Composition using LSTM Recurrent Neural Networks.Istituto Dalle Molle Di Studi Sull Intelligenza Artificiale, 103, 2002.
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#biblio
[...] with increased compute power and large training sets, LSTMs and related architectures are proving successful not only in sequence classification [11, 14, 20, 12] , but also in sequence generation in many domains such as music [6, 2, 19, 22] , text [24, 23] , handwriting [10] , images [13] , machine translation \ [25] , speech synthesis \ [28] and even choreography \ [4]
#review
[...] most current applications of sequence generation with RNNs is not a real-time, interactive process.
#problematic
ll does not provide real-time continuous control in the manner required for the creation of expressive interface
#problematic
[[AIProblematic]]


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Everyone is invited to join the <#=link("LOOP.MailList.Users")#>, which is the preferred way to send questions, report bugs and general discussions about LOOP.
--]]%>This project was created by <%=link("maia")%> under the <%=link("OiL")%> project.


{% extends "program-template.html" %} {% block title %}List of games and participants{% endblock %} {% block content %}
Check in for all larps open 30 minutes before it starts and closes 20 minutes before it starts. If you are too late, the spot might be given to someone else.
If you're playing a blackbox larp, wear black, neutral clothes.
View program schedule {% for mySession in sessions %}| Starts at: | {{mySession.start_time}} |
|---|---|
| Ends at: | {{mySession.end_time}} |
| Organisers: | {% for organiser in mySession.programitem.organisers.all %} {{organiser}},{% endfor %} |
| Description: | {{mySession.programitem.description}} |
| Max Participants: | {{mySession.max_participants}} |
| # | name |
|---|---|
| {% if signup.importance = 2 %}GM{% else %}{% endif %} | {{ signup.participant }} |


- Source:
Methods
(static) iter(obj) → {Object}
Get the iterator for a Python object This iterator could be one of the following. This is the preferred mechanism for consistently getting the correct iterator. You should not just use tp$iter because that could lead to incorrect behavior of a user created class.
- tp$iter
- A user defined
__iter__
method - A user defined
__getitem__
method
Parameters:
| Name | Type | Description |
|---|---|---|
obj |
- Source:
Throws:
Returns:
- Type
- Object
(static) lookupSpecial() → {null|Object}
Special method look up. First try getting the method via internal dict and getattr. If getattr is not present (builtins) try if method is defined on the object itself
- Source:
Returns:
Return null if not found or the function
- Type
- null | Object
(static) markUnhashable(thisClass) → {undefined}
Mark a class as unhashable and prevent its __hash__
function from being called.
Parameters:
| Name | Type | Description |
|---|---|---|
thisClass |
function | The class to mark as unhashable. |
- Source:
Returns:
- Type
- undefined
(static) sequenceContains(seq, ob, canSuspendopt)
Parameters:
| Name | Type | Attributes | Description |
|---|---|---|---|
seq |
* | ||
ob |
* | ||
canSuspend |
boolean |
<optional> |
- Source:
(static) setUpInheritance(childName, child, parent) → {undefined}
Set up inheritance between two Python classes. This allows only for single inheritance -- multiple inheritance is not supported by Javascript.
Javascript's inheritance is prototypal. This means that properties must be defined on the superclass' prototype in order for subclasses to inherit them.
Sk.superclass.myProperty # will NOT be inherited
Sk.superclass.prototype.myProperty # will be inherited
In order for a class to be subclassable, it must (directly or indirectly) inherit from Sk.builtin.object so that it will be properly initialized in Sk.doOneTimeInitialization (in src/import.js). Further, all Python builtins should inherit from Sk.builtin.object.
Parameters:
| Name | Type | Description |
|---|---|---|
childName |
string | The Python name of the child (subclass). |
child |
function | The subclass. |
parent |
function | The superclass. |
- Source:
Returns:
- Type
- undefined
(static) superConstructor(thisClass, self, …args) → {undefined}
Call the super constructor of the provided class, with the object self
as
the this
value of that constructor. Any arguments passed to this function
after self
will be passed as-is to the constructor.
Parameters:
| Name | Type | Attributes | Description |
|---|---|---|---|
thisClass |
function | The subclass. |
|
self |
Object | The instance of the subclas. |
|
args |
? |
<repeatable> |
Arguments to pass to the constructor. |
- Source:
Returns:
- Type
- undefined


It is a long established fact that a reader will be distracted by the readable content of a page when looking at its layout. The point of using Lorem Ipsum is that it has a more-or-less normal distribution of letters, as opposed to
There are many variations of passages of Lorem Ipsum available, but the majority have suffered alteration in some form, by injected humour, or randomised words


{% extends "base.html" %} {% block content %}
Thank you for submitting your letter in response to the article: {{letter.article.title|safe}}.
A GroundUp editor will make a decision whether to publish it or not within two working days.
If we publish the letter, it may be edited for typos, grammar and style.
We will communicate with you via the email address {{letter.email}}.
Here is the text of your letter:
Dear Editor
{{letter.title}}
{{letter.text|urlize|linebreaks}}


--- title: "Lorenzo website" author: "Frida Gomam" date: 2020-12-01T21:13:14-05:00 categories: ["R"] tags: ["R Markdown", "plot", "regression"] ---
foto personale


More...
|
| static Element | Append (Element el, DomObject o) |
| | Creates new DOM element(s) and appends them to el. More...
|
| |
| static Element | Append (Element el, string o) |
| | Creates new DOM element(s) and appends them to el. More...
|
| |
| static void | ApplyStyles (Element el, Dictionary< string, string > styles) |
| | Applies a style specification to an element. More...
|
| |
| static Element | InsertAfter (Element el, DomObject o) |
| | Creates new DOM element(s) and inserts them after el. More...
|
| |
| static Element | InsertAfter (Element el, string o) |
| | Creates new DOM element(s) and inserts them after el. More...
|
| |
| static Element | InsertBefore (Element el, DomObject o) |
| | Creates new DOM element(s) and inserts them before el. More...
|
| |
| static Element | InsertBefore (Element el, string o) |
| | Creates new DOM element(s) and inserts them before el. More...
|
| |
| static Element | InsertFirst (Element el, DomObject o) |
| | Creates new DOM element(s) and inserts them as the first child of el. More...
|
| |
| static Element | InsertFirst (Element el, string o) |
| | Creates new DOM element(s) and inserts them as the first child of el. More...
|
| |
| static Element | InsertHtml (InsertPosition where, Element el, string html) |
| | Inserts an HTML fragment into the DOM. More...
|
| |
| static Element | Overwrite (Element el, DomObject o) |
| | Creates new DOM element(s) and overwrites the contents of el with them. More...
|
| |
| static Element | Overwrite (Element el, string o) |
| | Creates new DOM element(s) and overwrites the contents of el with them. More...
|
| |
◆ Append() [1/2]
Creates new DOM element(s) and appends them to el.
- Parameters
-
| el | The context element |
| o | The DOM object spec (and children) or raw HTML blob |
◆ Append() [2/2]
Creates new DOM element(s) and appends them to el.
- Parameters
-
| el | The context element |
| o | Raw HTML blob |
◆ ApplyStyles()
| static void Ext.Net.DomHelper.ApplyStyles |
( |
Element |
el, |
|
|
Dictionary< string, string > |
styles |
|
) |
| |
|
inlinestatic |
Applies a style specification to an element.
- Parameters
-
| el | The element to apply styles to |
| styles | A style specification. |
◆ InsertAfter() [1/2]
Creates new DOM element(s) and inserts them after el.
- Parameters
-
| el | The context element |
| o | The DOM object spec (and children) |
◆ InsertAfter() [2/2]
Creates new DOM element(s) and inserts them after el.
- Parameters
-
| el | The context element |
| o | The DOM object spec (and children) |
◆ InsertBefore() [1/2]
Creates new DOM element(s) and inserts them before el.
- Parameters
-
| el | The context element |
| o | The DOM object spec (and children) |
◆ InsertBefore() [2/2]
| static Element Ext.Net.DomHelper.InsertBefore |
( |
Element |
el, |
|
|
string |
o |
|
) |
| |
|
inlinestatic |
Creates new DOM element(s) and inserts them before el.
- Parameters
-
| el | The context element |
| o | The DOM object spec (and children) |
◆ InsertFirst() [1/2]
Creates new DOM element(s) and inserts them as the first child of el.
- Parameters
-
| el | The context element |
| o | The DOM object spec (and children) |
◆ InsertFirst() [2/2]
Creates new DOM element(s) and inserts them as the first child of el.
- Parameters
-
| el | The context element |
| o | The DOM object spec (and children) |
◆ InsertHtml()
Inserts an HTML fragment into the DOM.
- Parameters
-
| where | Where to insert the html in relation to el - BeforeBegin, AfterBegin, BeforeEnd, AfterEnd. |
| el | The context element |
| html | The HTML fragmenet |
◆ Overwrite() [1/2]
Creates new DOM element(s) and overwrites the contents of el with them.
- Parameters
-
| el | The context element |
| o | The DOM object spec (and children) |
◆ Overwrite() [2/2]
Creates new DOM element(s) and overwrites the contents of el with them.
- Parameters
-
| el | The context element |
| o | The DOM object spec (and children) |
The documentation for this class was generated from the following file:


Delve Deep
New Game
Music
Read Me
Map Maker
Save Map
Highscore
-
It took you X moves to find the exit!
Player
Health
Damage
Armor
Backpack
Timer
0
Steps taken
0
Enemies killed
0
Enemy
Type
Health
Damage
Armor


Name
{{ item.value.name }}
Name is requiredCommandFind supported CTS parameters from
here.
Retry Command
Previous Test RunLocalRemoteIDSet to resume a previous local test run
{{ testResultsFilename || "No file selected" }}
Sharding Mode
{{mode}} {{ mode == SHARDING_MODES.MODULE ? "(Experimental)" : "" }}
Queue Timeout (Seconds)
Queue timeout is required
Run Count Run count is required Max Retry Max retry is required Invocation Timeout (Seconds)
Set this to 0 if you don't want to enforce timeout.
Invocation timeout is required
Output Idle Timeout (Seconds)
Output idle timeout is required
Use Parallel Setup


@***************************************************************************** * Form page for creating new subscribers * * Copyright 2012 MIT Libraries * * @author richardrodgers * *****************************************************************************@ @(subForm: Form[Subscriber])(implicit hubContext: HubContext) @import helper._ @main("New Subscriber - TopicHub") {
You can create your subscriber identity very easily by completing this form. You will then be able to define specific 'destinations' for content you want.
Visibility controls your appearance on the hub - choose 'public' to share your activities.
Choose an accurate name (usually an institution name), since this (and keywords) will be indexed by the hub and be the primary way to discover you. Provide a URL to your site in the link field, and a logo URL if available. Provide a valid contact email address.
Since SWORD is the primary way content is delivered, enter the base URL of the SWORD service your repository runs.
Terms and backfile are optional, but indicate your default instructions when creating new subscriptions
VERY IMPORTANT: when you have completed this form, you must also create one or more 'destinations'. These define where you will want your content or notifications to go. You can define as many desintations as you like. From your subscriber page, just press the 'manage' button.


This project template is the basis of CavidyDentureForM5Stack. An expansion board for M5StackCavity.
License: MIT


University of Montana Cycling Club
Presents 2005
Grizzly Cyclocross Race Sunday,
October 23rd Mountain Bikes welcome but please remove
bar-ends. $20
Entry Fee ($5 for Juniors) Checks Payable to UM Cycling One-Day
Licenses available for $5 Prizes
to top-3 in each category All
entrants entered into raffle for most excellent prizes and swag Men
A will start at 11am, all others
will start 2 minutes after Race
length is 1-hour + 1 lap All
prizes must be picked up at awards ceremony that will follow shortly after
the conclusion of the race MBRA
Members please use MBRA numbers. Race will be held at the Missoula Department of
Natural Resources and Conservation.
Registration is from 9:45AM – 10:30AM; the race will begin at
11:00AM sharp. Course is a good mix
of wide opens flats and a few tighter technical sections, but overall this
should prove to be a fast race.
Directions
to Race From I-90,
take Hwy 60 South on Reserve Street.
Turn right onto Spurgin Street and then Left on 27th
Street. The Department of Natural
Resources and Conservation will be on your right. For More
Information Contact: Patrick
Marzullo<PHONE_NUMBER> Email<EMAIL_ADDRESS>Web
Site: www.umt.edu/cycling All USCF
Rules Apply -Race Day registration only -Racing begins at 11:00am -Promoters reserve the right to combine classes Race
Categories Men A Men B Masters 35+ Women A Women B Junior Men Junior Women


| vec_fill_missing {vctrs} | R Documentation |
vec_fill_missing()
fills gaps of missing values with the previous or
following non-missing value.
vec_fill_missing( x, direction = c("down", "up", "downup", "updown"), max_fill = NULL )
x |
A vector |
direction |
Direction in which to fill missing values. Must be either
|
max_fill |
A single positive integer specifying the maximum number of
sequential missing values that will be filled. If |
x <- c(NA, NA, 1, NA, NA, NA, 3, NA, NA) # Filling down replaces missing values with the previous non-missing value vec_fill_missing(x, direction = "down") # To also fill leading missing values, use `"downup"` vec_fill_missing(x, direction = "downup") # Limit the number of sequential missing values to fill with `max_fill` vec_fill_missing(x, max_fill = 1) # Data frames are filled rowwise. Rows are only considered missing # if all elements of that row are missing. y <- c(1, NA, 2, NA, NA, 3, 4, NA, 5) df <- data_frame(x = x, y = y) df vec_fill_missing(df)


Fill out the form below and we'll send you more information about Whitman.
If you'd like a copy of the Whitman College Viewbook, fill out the address form below and we'll send one your way.


{% extends 'slide_templates/titlecard.html' %} {% block section_link %}Out-of-state{% endblock %} {% block numeral %}III.{% endblock %} {% block subhed %}An Artificial Binary{% endblock %} {% block description %}The proportion of UC Berkeley students from outside California has doubled in less than a decade. Out-of-state and international students pay higher tuition, which the university uses to finance enrollment of in-state students, raising concerns that increased out-of-state enrollment contradicts UC Berkeley’s commitment to the people of California. {% endblock %} {% block exhibit %}


This inspection reports problems in the properties files contained in the resource bundle.
- Report missing translation
option controls search for an untranslated properties.
It reports properties contained in parent properties file that are missing in inherited (unless it's a language dialect).
E.g. having this resource bundle:
messages.properties: abc=xxx
messages_fr.properties: empty
Property abc will be reported as untranslated.
-
Report inconsistent properties
option controls invalid resource bundle structure inspection.
It reports properties contained in inherited properties file that are missing in parent (or in sibling if there is no parent).
E.g. having this resource bundle:
messages_fr.properties: abc=xxx
messages.properties: empty
Property abc translation here is not available for any language except French,
and, thus, will be reported as missing in the (default) properties file messages.properties.
-
Report properties overridden with the same value
option checks for properties which are copy-pasted into several properties files verbatim.
E.g. in this resource bundle:
messages_fr.properties: abc=xxx
messages.properties: abc=xxx
Property abc will be reported as unnecessarily inherited in the file messages_fr.properties.


Paradise Volley
Description
Why should you play Paradise Volley?
- Super easy rules
- Kids friendly
- Incredible fun game for two players
THIS IS TEMPORARY PAGE. WILL BE UPDATED SHORTLY.
Download latest (PGA 2019) builds here:
This is the version we fixed live while on expo. It is not yet pushed to the repos. It has few little bugs. Updated and fixed version will be made in few upcoming days. Stay tuned.


lesson 1.2 using inspect elements-Changing the content on a webpage using inspect elements
Lesson 1.2 Eddie programming lesson
Lesson 1.2 using inspect elements-Changing the content on a webpage using inspect elements
-
using inspect elements
-
changing content on a webpage
To start to change the content on the webpage which I want, first i need to go to the webpage and select the content which I want to change, once I am on the webpage I will need to choose the option inspect elements :
￼
And after I open it, it will pop out a small window below e.g :
there are two ways which we can choose the contents to change or edit :
1 : I can move my cursor to the small window below and find which of the content on that webpage I want to edit.
2 : I can move my cursor to the crosshair on top of the small window and and click it and just find the content which I needed to change.
After I have chosen the content which I want, I just need to edit it in the window below e.g
note : the content that I change e.g name or picture on facebook is only viewable by me alone , the person whose name which I change will be able to see what I have change or edit.


Add Order Name
Add Jobsite Address
Add First Safety Team Contact
Add Second Safety Team Contact
Add Hospital Address
Add Urgent Care Address


M | |
| Message_type [Distributed] |
The abstract type representing the messages that will be sent between processes.
|
N | |
| Nonblock_io [Distributed] |
Abstract type which can perform monadic concurrent IO.
|
P | |
| Process [Distributed] |
A unit of computation which can be executed on a local or remote host, is monadic.
|


Learn More
This is the home of the
HSRP
, a program for high-achieving Hispanic students.
NOMINATE A STUDENT
APPLY AS A NOMINATED STUDENT
Employee Resources
Application Portal
Employee Resources


{% extends 'cpbase.html' %} {% block pagecontent %}
← previous | | next →
| Observations | blah |
|---|---|
| Coords and PM | blah |
| Magnitudes | blah |
| Colors | blah |
Neighbors for this object from this light curve collection are listed below in order of increasing distance. Their unphased LC and phased LCs using the same period-finder methods, and best period and fold epoch, as for the object are also shown.
| GAIA source id |
distance [arcsec] |
parallax [mas] |
G [mag] |
MG [mag] |
|---|
All results from light curve tools applied to this object are being saved to a temporary location and will kept around until they are sychronized to the checkplot pickle. Syncing these results will overwrite previous values in the checkplot pickle. Resetting all unsynced results will remove all current tool results and reload the pickle.


Software Engineer
Technologies: Laravel, MySQL, VueJS, Docker, JSON
About: ERP System for chain stores
Technologies: Laravel, MySQL, VueJS, Docker, MQTT, NodeJS, JSON
About: System for managing and monitoring IoT devices. Smart solutions and services.
Technologies: Laravel, MariaDB, VueJS, Docker, JSON
About: System for managing museum exponents.
Technologies: C#, PHP, AWS Lambda, AWS Kinesis, AWS EC2, Docker, MQTT, JSON, Dapper
About: Monitoring on solar systems
Technologies: C#, EntityFrameworkCore, Microsoft SqlServer
About: Collaboration project with colleagues from Softuni.
Technologies: ASP.NET Core, Entity Framework Core, AutoMapper, Microsoft SqlServer, Azure
About: My conceptual design "BankCloud" Virtual bank system for individual and business clients.


{% autoescape off %}
To initiate the password reset process for your {{ user.get_username }} NoteIt! Account,
click the link below:
{{ protocol }}://{{ domain }}{% url 'password_reset_confirm' uidb64=uid token=token %}
If clicking the link above doesn't work, please copy and paste the URL in a new browser
window instead.
Sincerely,
The NoteIt! Team
{% endautoescape %}


A2 Hotspots provides preventative and cleaning services to protect Ann Arbor residents from city fines. Having a party? Avoid ANY and ALL tickets with our services! Many Ann Arbor residents frequently face tickets for not cleaning the areas around their properties, and our solution focuses on preventative measures in order to ensure that properties are violation- and infraction-free.


Text Editor -
Sagnik Ghosh
Type in the box below
Sequence of operations will be shown here !
Undo
Clear Box


ANONYMOUS PROXY
Responsive design proyect
HTML | SASS | JS | GULP
App to generare & share proffesional cards
REACT | APIs | SASS | JS | GULP
Dice Pig Game
Game for two
HTML | CSS | JS
< Front Side />
Web for contact with work teams
HTML | CSS | JS | GULP


This referral does not require charity care.
Senior Clinician Please fill out the VNS form and fax it to<PHONE_NUMBER>. For questions, please contact the EHHOP VNS rep, Kapil Mishra.
No need to see ACT


RIOT ON SUNSET STRIP (director: Arthur Dreifuss; screenwriter: Orville H. Hampton; cinematographer: Paul Vogel; editor: Ben Lewis; cast: Aldo Ray (Lt. Walt Lorimer), Mimsy Farmer (Andy), Michael Evans (Sgt. Frank Tweedy), Laurie Mock (Liz-Ann), Tim Rooney (Grady), Hortense Petra (Marge); Runtime: 85; American International; 1967)
Reviewed by Dennis Schwartz
This is a movie made for those who enjoy bad films. It's an exploitation teen movie with no redeeming social or entertainment value. It also fails to deliver any messages, to raise social consciousness, or to succeed as an artistic film. It's just a badly scripted and acted film, that by being so terrible might provide a few chuckles for the discrete viewer who likes looking through trash. The story is taken from the real-life riots that plagued Sunset Strip during the mid-60s.
The film starts with a rock band pleading the case of the beautiful life on the Strip for the hippies and rebellious teens that congregate there, wearing outlandish clothes, dressed in longhair, and smoking pot. Then a voiceover suggests we have got a youth problem going on all over the world. So the action then turns to an average Hollywood high school, and a timid but pretty blonde, Andy (Mimsy Farmer), is coaxed into going on a double-date to the Strip with her loose girlfriend Liz-Ann (Mock). The kids get picked up by the police for violating the curfew and their parents are called to take them home. Andy lives with her divorced mom, who is a juicer and offers her no support. So she calls the wife of a policeman, someone she hasn't seen in four years, to get her released.
Sergeant Frank Tweedy's wife tells him that the girl in the police station was his boss's daughter. Lt. Walt Lorimer (Aldo Ray) is in charge of the Sunset Strip territory and is known as a cop who is against police brutality and a friend of the teens, as he tries to be fair to both sides. The establishment businesses claim the kids are turning the area into a zoo, where decent people are afraid to shop. To show how tolerant Walt is, he talks to the club owners and the hippie leaders and tries to get them to keep the peace while listening to their suggestions. While he tells the businessmen that he'll not run the kids away, but will enforce the underage drinking laws and try to keep the place peaceful according to the law.
There's a rumble in the Pandora's Box club, and Walt keeps his word by having the police act with restraint.
But he still doesn't reach out to his lonely daughter and try to talk to her, and she can't stand being home with her lush mother. Against her better judgment, she goes to the Pandora's Box and her group hooks up with a sleazy rich kid from a dysfunctional family. He provides the acid as he arranges for a wild freak-out party, that takes place in a home they break into. Andy never took acid before and refuses to join the others, but it's slipped into her soft drink. She then changes moods and does an acid influenced dance, and then five guys take her upstairs to the bedroom and rape her. When the break-in is spotted by a passing patrol car, Walt and Frank are on hand before the cops bust the kids as they want to make sure there's no police brutality. But when he finds out that his daughter was raped, Walt takes his anger and sense of guilt out on three of the rapist kids that are at the hospital to be identified. He beats them up, which causes the riot on Sunset Strip.
The film ends sugarcoated with false piety and some idiotic questions are asked about the kids; such as, Where will the kids go? What will they do? The only question I had, was why make a film like this? This film was as real as a snowball in hell.
REVIEWED ON 9/15/2001 GRADE: D
Dennis Schwartz: "Ozus' World Movie Reviews"
http://www.sover.net/~ozus
<EMAIL_ADDRESS>© ALL RIGHTS RESERVED DENNIS SCHWARTZ
========== X-RAMR-ID: 29480 X-Language: en X-RT-SourceID: 873 X-RT-AuthorID: 1315 X-RT-RatingText: D
The review above was posted to the
rec.arts.movies.reviews newsgroup (de.rec.film.kritiken for German reviews).
The Internet Movie Database accepts no responsibility for the contents of the
review and has no editorial control. Unless stated otherwise, the copyright
belongs to the author.
Please direct comments/criticisms of the review to relevant newsgroups.
Broken URLs inthe reviews are the responsibility of the author.
The formatting of the review is likely to differ from the original due
to ASCII to HTML conversion.
Related links: index of all rec.arts.movies.reviews reviews


{% assign current = page.url | downcase | split: '/' %} {% assign currentSubPage = current[2] %} Overview What is JaVers Story Basic facts about JaVers Licence Features Object diff Javers Repository JSON Serialization Release notes Getting Started Get JaVers Create JaVers instance Examples — Diff Compare Entities Compare Value Objects Compare graphs Compare top-level collections Examples — Repository Commit changes Read snapshots history Read changes history Change log JSON TypeAdapter Examples — JQL Querying for Entity Querying for ValueObject Querying by Class Property filter Limit filter NewObject changes filter Configuration — Domain Domain model mapping Entity Value Object Value Mapping configuration Supported annotations Entity Id Property mapping style Ignoring things Object hooks Configuration — Repository Choose JaversRepository MongoDB SQL databases ConnectionProvider Custom JSON serialization JSON TypeAdapters Configuration — Diff List comparing algorithms Simple vs Levenshtein algorithm More about Levenshtein distance Custom comparators Spring integration Auto-audit aspect Auto-audit example with MongoDB JPA EntityManager integration Spring configuration for SQL Spring JPA Hibernate example Hibernate unproxy hook JaVers internals TypeMapper


Stay Motivated, Accountable, Organized and Inspired |||| Share your goals, Recommendations and Achievements
Sign Up to begin working on your unique bucket list goals with an active community of people avidly checking things off and sharing their experiences.
Browse or post details about your bucket list adventures, goals and experiences to share with like-minded motivated people in the online community.
Share your epic bucket list adventures and accomplishments with friends and family to inspire them to start checking their own things off.
Bucket list is the app that allows you to draw out your dreams and aspirations for travel or accomplishment. When you check off an item on your list, you have the opportunity to add photos, journal entries and share the experience with friends and family. Check out some of our featured journal images submitted by our members from all around the globe
Check out our list of activities you should consider placing on your bucket list
Backpack Through Europe.
See The Dead Sea.
Go Bungee Jumping.
Visit the Pyramids Of Giza.


§432:2-702 Review. All decisions and findings of the commissioner made under the provisions of this article shall be subject to review by proper proceedings in any court of competent jurisdiction in this State. [L 1987, c 347, pt of §2]


{% extends "admin/change_form.html" %} {% load i18n %} {% block after_field_sets %}
{% trans "First, enter a username and password. Then, you'll be able to edit more user options." %}
{% endblock %} {% block inline_field_sets %} {# Also hide Mezzanine's site permissions field for for consistency. #} {% endblock %}


2016-09-28 Satirically Yours S1E27: Republicans furious as presidential debate moderator Lester Holt alleged to have administered electroshocks to Trump during the debate against previously agreed upon rules politics
2016-09-25 Satirically Yours S1E24: Despite public outcry North Carolina Police Chief Armighty defends officer involved in multiple baby decapitations at Franklin Nursery news
2016-09-25 Hillary Clinton Guessing Game: Can you pick the real Hillary out of these photos of impersonators, randos, and actors? politics
2016-09-24 BREAKING NEWS: ACTIVE SHOOTER EVENT HAPPENING NOW AT CASCADE MALL IN BURLINGTON, WASHINGTON. UPDATED 10:34 PCT news
2016-09-23 Satirically Yours S1E23: In stunning accusation Anthony Weiner blames sexting spree on Harambe social justice campaign nsfw
2016-09-12 BREAKING NEWS- WABC-7 APPEARS TO RUN A STORY ABOUT HILLARY CLINTON'S DEATH AND THEN PROMPTLY REMOVES THE STORY news
2016-09-12 Secretary Clinton, Teresa Barnwell (a professional Clinton impersonator), and a potential unidentified body double at the 9/11 memorial ceremony... news
2016-09-12 BREAKING NEWS- Emmy Award winning journalist announces DNC is meeting to consider replacing Hillary as the Democratic Nominee news
2016-09-12 BREAKING NEWS: Clinton collapses at 9/11 service. Alleged personal neurologist, Dr. Okunola, is there on site. politics
2016-09-10 Satirically Yours S1E7- iPhone 7 release to exclude headphone jack, touchscreen, and grow in size apple
2016-09-08 Satirically Yours S1E3- Mandatory vaccination and acute rise of autism in California are unrelated says Congressional pharma spokesman vaccines


Welcome to page 2!
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Specify the URL to Hygieia UI Application(s), e.g. http://hygieia.yourcompany.com.
This field if populated will print Hygieia dashboard url(if available) on the Jenkins build console if publish build data option is selected.
If more than one Hygieia Server URLs are configured, you may configure the same number of Hygieia UI URLs e.g. http://hygieia.yourcompany.com/env1, http://hygieia.yourcompany.com/env2
The values of this should be in conjuction with the order in which Hygieia Server URLs are configured and should match the api in the order configured.
For the below configuration :
Hygieia Server URL - http://hygieia.yourcompany.com/api,http://hygieia.yourcompany.com/api2
Hygieia UI URL - http://hygieia.yourcompany.com/env1, http://hygieia.yourcompany.com/env2
UI served by http://hygieia.yourcompany.com/env1 should be using http://hygieia.yourcompany.com/api1 and
UI served by http://hygieia.yourcompany.com/env2 should be using http://hygieia.yourcompany.com/api2


These drills are for use with Plover, which is part of the Open Steno Project.
Questions or comments<EMAIL_ADDRESS>This page is a fork of Lars Doucet's work, made with permission, which is a fork of Erika Nesse's original work, also made with permission.
Source code:
Plover image credit: Charadrius-melodus-004.jpg taken by Mdf via Wikimedia Commons.


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I am alone, and feel the charm of existence in this spot, which was created for the bliss of souls like mine. I am so happy, my dear friend, so absorbed in the exquisite sense of mere tranquil existence, that I neglect my talents.
I should be incapable of drawing a single stroke at the
A wonderful serenity has taken possession of my entire soul, like these sweet mornings of spring which I enjoy with my whole heart.


Saskatoon Diving Club prides our club on the quality of coaching. We provide from talented athletes traning upcoming divers, experience coaches designing new programs and leading our future coaches, to national olympic divers coaching the next generation of olympians. See what it takes to become a coach!
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API Basejump: Timestamp Microservice
User stories:
1) I can pass a string as a parameter, and it will check to see whether that string contains either a unix timestamp or a natural language date
(example: January 1, 2016).
2) If it does, it returns both the Unix timestamp and the natural language form of that date.
3) If it does not contain a date or Unix timestamp, it returns null for those properties.
Example usage:
https://timestamp-site.herokuapp.com/December%2015,%202015
https://timestamp-site.herokuapp.com/1450137600
Example output:
{ "unix":<PHONE_NUMBER>, "natural": "December 15, 2015" }


- BORROW - Static variable in class config.Config
-
The Constant BORROW.
- borrow - Variable in class model.Log
-
The borrow.
- BORROW - Static variable in class model.Logs
-
The Constant BORROW.
- borrow(List<String>, Calendar, Calendar) - Method in class model.person.Borrower
-
Borrow.
- Borrow - Class in views.etat
-
The Class Borrow.
- Borrow() - Constructor for class views.etat.Borrow
-
- borrow() - Method in class views.etat.Borrower
-
Borrow.
- BORROW_END - Static variable in class model.SaveLoad
-
The Constant BORROW_END.
- BORROW_START - Static variable in class model.SaveLoad
-
The Constant BORROW_START.
- borrowEnd - Variable in class model.person.Borrower.Borrow
-
The borrow end.
- BORROWER - Static variable in class config.Config
-
The Constant BORROWER.
- Borrower - Class in model.person
-
The Class Borrower.
- Borrower(String, String, String, String) - Constructor for class model.person.Borrower
-
Instantiates a new borrower.
- Borrower - Class in views.etat
-
The Class Borrower.
- Borrower() - Constructor for class views.etat.Borrower
-
- Borrower.Borrow - Class in model.person
-
The Class Borrow.
- Borrower.Borrow() - Constructor for class model.person.Borrower.Borrow
-
Instantiates a new borrow.
- Borrower.Borrow(List<String>, Calendar, Calendar) - Constructor for class model.person.Borrower.Borrow
-
Instantiates a new borrow.
- BORROWER_ID - Static variable in class model.SaveLoad
-
The Constant BORROWER_ID.
- borrowerId - Variable in class model.person.Borrower.Borrow
-
The borrower id.
- borrows - Variable in class model.Inventory
-
The borrows.
- borrowStart - Variable in class model.person.Borrower.Borrow
-
The borrow start.
- BorrowState - Enum in model
-
The Enum BorrowState.
- BorrowState() - Constructor for enum model.BorrowState
-
- BUFFER_SIZE - Static variable in class lib.CopyFile
-
The Constant BUFFER_SIZE.


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November 1, 2013
|
Updated LLVM/clang/compiler-rt/libcxx
to rev193855 from the LLVM repository. |
October 29, 2013
|
The build scripts have been updated
for full self hosting and building cross versions of
ELLCC.
|
October 26, 2013
|
Updated LLVM/clang/compiler-rt/libcxx
to rev193469 from the LLVM repository. |
October 19, 2013
|
Updated LLVM/clang/compiler-rt/libcxx
to rev192966 from the LLVM repository. |
October 18, 2013
|
ELLCC is able to compile itself.
|
October 12, 2013
|
Updated LLVM/clang/compiler-rt/libcxx
to rev192493 from the LLVM repository. |
October 4, 2013
|
Updated LLVM/clang/compiler-rt/libcxx
to rev191945 from the LLVM repository. |
September 29, 2013
|
Updated the standard C library for
Linux to musl-0.9.14. |
September 27, 2013
|
Updated LLVM/clang/compiler-rt/libcxx
to rev191503 from the LLVM repository. |
| September 23, 2013 |
Updated LLVM/clang/compiler-rt/libcxx
to rev191220 from the LLVM repository. |
September 21, 2013
|
Updated LLVM/clang/compiler-rt/libcxx
to rev191137 from the LLVM repository. |
September 15, 2013
|
Updated LLVM/clang/compiler-rt/libcxx
to rev190763 from the LLVM repository. |
September 14, 2013
|
Imported libunwind 1.1 sources in
preparation for porting.
|
September 7, 2013
|
Updated LLVM/clang/compiler-rt/libcxx
to rev190255 from the LLVM repository. |
September 2, 2013
|
Updated to QEMU version 1.6.0 and
LLVM/clang/compiler-rt/libcxx to rev189752.
|
August 29, 2013
|
Updated LLVM/clang/compiler-rt/libcxx
to rev189580 from the LLVM repository. |
August 27, 2013
|
Updated LLVM/clang/compiler-rt/libcxx
to rev188999 from the LLVM repository. |
June 2, 2013
|
Updated LLVM/clang/compiler-rt/libcxx
to rev182719 from the LLVM repository. |
May 26, 2013
|
Updated to QEMU version 1.5.0 and GDB
version 7.6.
|
May 12, 2013
|
Updated LLVM/clang/compiler-rt/libcxx
to rev181664 from the LLVM repository. |
March 10, 2013
|
Updated LLVM/clang/compiler-rt/libcxx
to rev176788 from the LLVM repository. |
March 3, 2013
|
Updated LLVM/clang/compiler-rt/libcxx
to rev176416 from the LLVM repository. |
February 23, 2013
|
Updated to QEMU version 1.4.0,
binutils 2.23.1, and GDB to version 7.5.1.
|
February 19, 2013
|
Updated the standard C library for
Linux to musl-0.9.9.
|
February 17, 2013
|
After a long hiatus, updated
LLVM/clang/compiler-rt/libcxx to rev175318 from the
LLVM repository.
|
August 31, 2012
|
Updated
LLVM/clang/compiler-rt/libcxx to rev162869 from the
LLVM repository. |
August 2, 2012
|
Release 0.0.1.
|
July 29, 2012
|
Updated
LLVM/clang/compiler-rt/libcxx to rev160928 from the
LLVM repository. |
July 21, 2012
|
Added the download
page with the first pre-compiled pre-release.
|
July 8, 2012
|
Added build of
libc++. C++ support is not complete, but simple
programs (without e.g. exceptions and local
destructors) can be compiled and run.
|
July 7, 2012
|
Incorporated the BSD
licensed musl
standard C library for Linux.
|
July 4, 2012
|
Updated
LLVM/clang/compiler-rt/libcxx to rev159709 from the
LLVM repository. |
June 11, 2012
|
Updated
LLVM/clang/compiler-rt/libcxx to rev158294 from the
LLVM repository. |
May 31, 2012
|
Added support for big
endian ARM. Currently this doesn't pass regression
tests.
|
May 5, 2012
|
Updated
LLVM/clang/compiler-rt/libcxx to rev156231 from the
LLVM repository. |
May 4, 2012
|
Updated
LLVM/clang/compiler-rt/libcxx to rev155280 from the
LLVM repository. |
April 6, 2012
|
Updated
LLVM/clang/compiler-rt/libcxx to rev154175 from the
LLVM repository. |
March 26, 2012
|
Updated
LLVM/clang/compiler-rt/libcxx to rev153412 from the
LLVM repository. |
March 16, 2012
|
Updated
LLVM/clang/compiler-rt/libcxx to rev152935 from the
LLVM repository.
|
March 4, 2012
|
Updated
LLVM/clang/compiler-rt/libcxx to rev151981 from the
LLVM repository. Added an online demo.
|
February 25, 2012
|
Updated
LLVM/clang/compiler-rt/libcxx to rev151461 from the
LLVM repository. ppc64 is back online.
|
February 19, 2012
|
Updated
LLVM/clang/compiler-rt/libcxx to rev150878 from the
LLVM repository. ppc64 is still disabled.
|
February 11, 2012
|
Updated
LLVM/clang/compiler-rt/libcxx to rev150313 from the
LLVM repository. ppc64 had been temporarily
disabled.
|
January 29, 2012
|
Updated
LLVM/clang/compiler-rt/libcxx to rev149184 from the
LLVM repository. Updated to gdb 7.4.
|
January 20, 2012
|
First pass at the C
standard library unit and userland executable test
suite. It is described here.
|
January 5, 2012
|
Added a preliminary
unit test infrastructure. "make check" in test/obj.
|
December 26, 2011
|
Imported the LLVM
project libcxx files and did a preliminary partial
build for all targets.
|
December 24, 2011
|
Updated
LLVM/clang/compiler-rt to rev147219 from the LLVM
repository. |
December 12, 2011
|
Added preliminary
support for profiling and code coverage
(libprofile-rt.a).
|
December 9, 2011
|
libecc (The C
standard library for ELLCC) can now be built using
gcc.
|
December 7, 2011
|
Added support for
little endian Mips.
|
November 26, 2011
|
Added support for
building libraries and programs for the armv7 and
mips32r2 architectures for both hard FPUs and
software floating point support.
|
November 20, 2011
|
Updated
LLVM/clang/compiler-rt to rev144995. Microblaze
compilation with debug information (-g) causes a
failure when building the standard library, works
without debug information. |
October 29, 2011
|
Updated
LLVM/clang/compiler-rt to rev143292, qemu to 0.15.1.
Microblaze compilation with debug information (-g)
causes a failure when building the standard library,
works without debug information.
|
October 2, 2011
|
Updated
LLVM/clang/compiler-rt to rev140945, binutils to
2.21.1, gdb to 7.3.1, qemu to 0.15.0.
|
July 2, 2011
|
Updated
LLVM/clang/compiler-rt to rev134322 from the LLVM
repository. |
June 18, 2011
|
Updated
LLVM/clang/compiler-rt to rev133347 from the LLVM
repository.
|
June 4, 2011
|
Updated
LLVM/clang/compiler-rt to rev132638 from the LLVM
repository. All processors now pass the bzip2 test.
|
May 19, 2011
|
Updated
LLVM/clang/compiler-rt to rev 127949 from the LLVM
repository. Unfortunately, the mips processor
continues to fail the bzip2 test. |
May 15, 2011
|
Set up the Bugzilla
server for ELLCC. Added a blog and ViewVC repository
access.
|
March 5, 2011
|
Updated
LLVM/clang/compiler-rt to rev 127082 from the LLVM
repository. |
February 27, 2011
|
Updated
LLVM/clang/compiler-rt to rev 126579 from the LLVM
repository. Unfortunately, this causes the mips
processor to fail the bzip2 test.
|
February 5, 2011
|
Completed initial
printf regression tests on ppc64, vaargs seems to be
functional now. tcsh now builds for arm, i386,
microblaze, ppc, ppc64, and x86_64. In QEMU user
mode tcsh for arm, i386, ppc, and x86_64 runs and
the "set" and "exit" commands work as expected. The
ppc can run a few "ls" commands before core dump.
The arm, i386, ppc64, and x86_64 can run one "ls"
command and then hang. I suspect a SIGCHLD problem.
The Start up under QEMU fails for microblaze. The
ppc64 tcsh starts, but displays no prompt. The "set"
command works, but the "exit" command core dumps.
|
| January 15, 2011 |
Build and ran bzip2
on mips in QEMU Linux user space emulation. |
January 15, 2011
|
The standard C
library can be compiled for mips. Simple programs
work.
|
January 12, 2011
|
Completed initial
printf regression tests on arm, i386, microblaze,
ppc, and x86_64. |
January 8, 2010
|
Build and ran bzip2
on arm, i386, microblaze, ppc, and x86_64 in QEMU
Linux user space emulation.
|
| December 21, 2009 |
Project reset: Use clang instead of
Elsa as the compiler front end. |
| Old news: |
|
| October
25, 2009 |
Hosted
and cross compilations supported. New directory
layout. |
September 20, 2009
|
Whole program
compilation and successful execution of bzip2 for
the ARM
|
September 15, 2009
|
Whole program
compilation and successful execution of bzip2 for
the X86
|
August 13, 2009
|
Source level
debugging support added
|
July 25, 2009
|
Whole program
optimization support functional
|
July 9, 2009
|
Switch over to self
compiled standard library
|
| June 29,
2008 |
Start of
links to online documentation. |
| June 24,
2008 |
Beginning
of the Wiki. |
| June 23,
2008 |
The ELLCC
web site goes online. |
December
1, 2007
|
The ELLCC
project started
|


{% extends "baselayout.html" %} {% block title %}KeesaFlo{% endblock title %} {% block cssimport %} {% load staticfiles %} {% endblock cssimport %} {% block content %}
A cloud based flow cytometry analysis application
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*** User 2017-05-05 21:50:50.455 ***
21:50:50.455 [info] Disabling blocking sync...
*** User 2017-05-05 21:50:50.460 ***
21:50:50.460 [info] Configured peer_service_manager partisan_default_peer_service_manager on node 'node-1@MacBook-Pro-de-Anne-France'
*** User 2017-05-05 21:50:51.936 ***
21:50:51.936 [info] Enabling membership...
*** User 2017-05-05 21:50:51.938 ***
21:50:51.938 [info] Disabling blocking sync...
*** User 2017-05-05 21:50:51.942 ***
21:50:51.942 [info] Configured peer_service_manager partisan_default_peer_service_manager on node 'node-2@MacBook-Pro-de-Anne-France'
*** User 2017-05-05 21:50:53.405 ***
21:50:53.405 [info] Enabling membership...
*** User 2017-05-05 21:50:53.407 ***
21:50:53.407 [info] Disabling blocking sync...
*** User 2017-05-05 21:50:53.411 ***
21:50:53.411 [info] Configured peer_service_manager partisan_default_peer_service_manager on node 'node-3@MacBook-Pro-de-Anne-France'
*** User 2017-05-05 21:50:53.638 ***
Joining node: 'node-3@MacBook-Pro-de-Anne-France' to 'runner@MacBook-Pro-de-Anne-France' at port 51475
*** User 2017-05-05 21:50:53.638 ***
Joining issued: 'node-3@MacBook-Pro-de-Anne-France' to 'runner@MacBook-Pro-de-Anne-France' at port 51475
*** User 2017-05-05 21:50:53.639 ***
Joining node: 'node-2@MacBook-Pro-de-Anne-France' to 'runner@MacBook-Pro-de-Anne-France' at port 51459
*** User 2017-05-05 21:50:53.639 ***
Joining issued: 'node-2@MacBook-Pro-de-Anne-France' to 'runner@MacBook-Pro-de-Anne-France' at port 51459
*** User 2017-05-05 21:50:53.640 ***
Joining node: 'node-1@MacBook-Pro-de-Anne-France' to 'runner@MacBook-Pro-de-Anne-France' at port 51446
*** User 2017-05-05 21:50:53.640 ***
Joining issued: 'node-1@MacBook-Pro-de-Anne-France' to 'runner@MacBook-Pro-de-Anne-France' at port 51446
*** User 2017-05-05 21:50:53.701 ***
Waiting for join to complete with manager: partisan_default_peer_service_manager
*** User 2017-05-05 21:50:53.703 ***
Finished.
*** CT 2017-05-05 21:50:53.703 *** COVER INFO
Adding nodes to cover test: ['runner@MacBook-Pro-de-Anne-France']
*** CT 2017-05-05 21:50:53.712 *** COVER INFO
Successfully added nodes to cover test: []
*** User 2017-05-05 21:51:01.759 ***
Case finished: awset_ps_test
*** User 2017-05-05 21:51:08.806 ***
21:51:08.806 [info] Application lasp exited with reason: stopped
*** User 2017-05-05 21:51:08.807 ***
21:51:08.807 [info] Application partisan exited with reason: stopped
=== Ended at 2017-05-05 21:51:08
=== successfully completed test case
=== Returned value: ok
Test run history
| Top level test index


Influenced by the 19th century German tradition of natural philosophy, Karl Blossfeldt believed that "the plant must be valued as a totally artistic and architectural structure." Combining training as a craftsman with an academic art education, Blossfeldt made thousands of enlargements of details of plant forms in an attempt to reveal the fundamental structures of the natural world and their relation to artistic form. Over a period of 30 years, he photographed leaves, seed pods, stems, and other plant parts, frontally or from above, against neutral white or grey backgrounds in weak daylight, much as though he were photographing architectural details. His black-and-white, sharp-focus descriptions appear semi-abstract to the viewer unfamiliar with his subjects, despite his avowed intentions. 1
Blossfeldt saw his photographs not as documents for botany students but as tools for artists and art lovers. He wanted to give substance to the then popular notion that nature is the ultimate creative genius behind all artists and all styles of art — that, in the words of an early critic of his photographs,
"the delicacy of a Rococo ornament, the severity of a Renaissance chandelier, the mystically tangled scroll work of flamboyant Gothic, domes, towers, and the noble shafts of columns — a whole exotic language of architecture. Crosiers embossed in gold, wrought with trellises, rich sceptres: all these man-made forms find their original form in the world of plants."
Blossfeldt wished to show how logic and suitability could lead to the highest degrees of visual form. To do so, he editorialized at every juncture by carefully choosing plants with a character that suited his ends. In the selectively cast lighting, the close-up point of view, and the neutral background, he directed our attention to the particular details that he wished us to see first. 2
1. Text from The Encyclopedia of Photography
2. Text from Weston J. Naef, in Counterparts: Form and Emotion in Photographs


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Hello {{yourname || 'World'}}!
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Jahi Sauk Simbai
Unafffiliated
Senior Manager, Workforce Development - Human Resources, National Renewable Energy Laboratory (NREL)
Bachelor's Degree - Aerospace Engineering, MBA
80214
I am not particularly politically active, though I am an active voter. Since 2015 I have contributed less than $200 to any campaign or political organization. I volunteered for two events for Governor Polis during the 2018 Colorado gubernatorial race. I served as a host/MC/DJ for those events.
National Association of Multicultural Engineering Program Advocates (NAMEPA, Inc.): President-Elect 2018-2020 City of Wheat Ridge Colorado Planning Commission: District I Commissioner Great Outdoors Colorado (GOCO): Board Member, Congressional District 7 Lutheran Medical Center Foundation: Board Member The Giboney Foundation: Director, Education Programs & Denver Outreach, Treasurer -none of the above positions are paid
Currently, I serve on several community-focused organizations/boards. These organizations serve a wide variety of community members, stakeholders, and interests. I would not characterize myself as a community organizer. I would characterize my volunteer activities as community representation and community advocacy. Typically, my volunteer activities focus on underserved or underrepresented populations. For several years, I helped to represent and advocate for underrepresented undergraduate and graduate students pursuing engineering degrees. While I continue to provide representation and advocacy in that area, I have recently been afforded the opportunity to expand my focus to include local community planning, outdoor engagement, and philanthropy.
I want to serve on the Legislative Redistricting Commission to help continue creating fair and representative congressional/legislative districts in Colorado and I believe I have the skill set, experience, and perspective to help in this important process. I grew up in Summit County, Colorado. My father worked at Climax Mine in Leadville and my mother worked at the Summit Medical Center in Frisco. I reference Summit because “up there” I learned about life far outside a major city and how isolating it can feel, at times. I earned a small scholarship to attend the University of Colorado at Boulder where I studied aerospace engineering and began my professional career as a structural analyst at Ball Aerospace, working on satellite structural design. My career shifted from direct work with technology to indirect when I became an administrator at Colorado School of Mines, where I worked for nearly 19 years. Currently, I am the Senior Manager in the Workforce Development group at the National Renewable Energy Laboratory (NREL). My professional career has been primarily focused on technology and education. I have learned working in the tech and education sectors that there are no perfect solutions and that any decision can have unintended, negative consequences. Knowing this does not mean I cannot make challenging decisions, I believe knowing this helps me to look “down the road” at the potential outcomes, evaluate the pros and cons – short term, medium-term, and long term. Colorado is a tremendous state. We have excellent institutions of higher education, strong industries, and a diverse population. Colorado is not without its challenges and by continuing to work together we can meet those challenges and serve as a model state to the union. Having fair and representative congressional and legislative districts provides the means for the full community of Colorado, regardless of political party affiliation, upbringing, financial status, etc., to participate in our growth and advancement.
I have a long history of working with people from different educational, financial, and cultural backgrounds. I have interacted with students across Colorado and the nation, their parents, and communities. I have been elected Chair/President of non-profit organizations focused on student access and success in college. I managed small teams at Colorado School of Mines and I currently manage a small team at NREL. I consider myself a listener, a learner, and a leader – in that order, and I am an avid reader. It is critical for me to be impartial and fair-minded in my current Board roles I am in as my decisions can have a lasting impact on the educational community, the housing and business community, the outdoor community, and the medical community. I have a quasi-judicial role on the Wheat Ridge Planning Commission. As I am not an elected official of Wheat Ridge, my role is required to be impartial. I remember one case where there was a proposed change to an ordinance. From my reading, it seemed a straightforward case and I believed a yes vote would be of benefit to the community. However, after hearing the public comments during the commission meeting it became clear to me that I did not have the full picture. The training I received emphasized the practice of not coming to a final decision until all comments on a case were heard and it proved to be crucial in that case. I plan to bring the same perspective to the commissions - public comment will be instrumental in my decision-making process. I have traveled to many of Colorado’s counties and have interacted with members of those communities. I have traveled to over 40 states in the US and I have traveled a modest amount internationally. Interacting with people locally, across Colorado, nationwide, and internationally has helped shape and grow my perspective and, I hope, has helped me to grow my “EQ”. I am a musician, a lyricist, and, prior to the pandemic, played live regularly with my band. I play the piano – and take weekly piano lessons. I have worked to balance my “left brain” and “right-brain” thinking and have found that engaging with music is key to this process.
I am an engineer by education and training and I have found the engineering method to be an effective tool for reaching solutions. In my early professional career, I worked as a structural analyst on satellite structures mainly using finite element analysis techniques to determine design integrity. The work required an understanding of physics and materials science, computer programming, data analysis, estimating uncertainty/error, and reporting. I have an MBA from the Leeds School of Business at the University of Colorado at Boulder, focusing on Small Business Management and Entrepreneurship and I have managed small teams professionally for over 15 years. I have managed budgets in the low millions working with internal stakeholders and outside vendors regularly. My work in higher education involved building and running recruitment programs, retention programs, and professional development programs. I currently manage internship and postdoctoral programs at NREL, regularly communicating with employees, Department of Energy officials, faculty, and administrators. I have been elected to lead 501(c)(3) organizations, locally, regionally, and nationally. I have worked to build consensus across organizations through meetings, presentations, panel discussions, etc. I add these details to demonstrate that I have a wide and unique set of interests, experiences, and skills which I believe will be of value to the commission.
Male


--- layout: post title: gdm doesn't start after Arch Linux update(Feb 2017). date: 2017-02-23 00:00:59.000000000 +11:00 type: post published: true status: publish categories: [] tags: - Arch - linux meta: _rest_api_published: '1' _rest_api_client_id: "-1" _publicize_job_id: '2151520832' author: login: ajaysusarla email<EMAIL_ADDRESS>display_name: partha first_name: '' last_name: '' ---
I update my workstation once a week, and I typically do it before I turn the machine off, so that I have an updated system the next time I'm using it. Being on a bleeding edge distro like Arch, I occassionally have trouble with the update, like it happened this morning. (Actually it is amazing how infrequent problems with upgrades are, it speaks volumes about the Arch Linux development community, hats off to you guys).
This morning when I turned my machine on, after the boot sequence, I was just shown a blank screen instead of the usual GDM login prompt. The logs (Xorg logs and system logs) showed nothing wrong. And restarting gdm didn't help either. I was clueless and I switched to using lightDM. LightDM gave me the login screen. I still wasn't sure what the problem was. I thought it could be some broken Wayland dependency. But when I tried runing the HipChat Linux client, I noticed the following errors on the terminal:
libGL error: No matching fbConfigs or visuals found
libGL error: failed to load driver: swrast
And then it dawned on me, that this could be a driver error and I actually might be missing the GL driver for my NVIDIA Quadro 600 Card, so I ran:
$ sudo pacman -S nvidia-libgl
and restarted gdm, and it worked. The HipChat client runs too. This problem most likely occurs when using the nVidia binary drivers, like I do. I'm not sure if the Nouveau drivers have the same issue. Or if


I emigrated to Australia in September 2003 from the United Kingdom and since then, I've lived happily in Perth. Since I arrived, I've been fascinated with technology and that interest quickly manifested into an interest in design and graphics. I first opened Macromedia Fireworks when I was 9 and throughout the next 9 years I learnt so many amazing things and expanded my knowledge to many industry standard design applications. I look forward to learning (and creating) much more in the future.


Summer Training
Every summer, Hollyburn Sailing Club offers sailing courses that are taught by Sail Canada Certified Instructors in a fun, engaging, safe, and relaxing atmosphere. We offer programs to Juniors aged 10 and up and Adults. These programs run from May to September of each year, with individual courses ranging from several days to four full weeks.
Learn to Sail!


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Job description:
Our company is seeking experienced Software Engineers to join our Web Search ranking team. You can help build the next-generation search experience for Vietnam, and help 90 million people find what they are looking for in a quick and easy-to-use way. Come and join the team that is redefining what search can do.
Job responsibilities:
About us
We are a young, rapidly-growing IT company with the aim of building a Vietnamese web search engine with modern processing technology of Vietnamese language and ability to provide results based on users’ regions. Our team accumulates specialists from all over the world, combining the strength of Russian IT-gurus and talented Vietnamese. We are always glad to see new members in our company, and we enjoy overcoming new challenges together.


10 th November 2016
PD Hinduja Hospital Mahim Mumbai
Sr Mumtaz
Transport of sick child Red flags in PICU Hemodynamic monitoring Pain relief & sedation Setting up a ventilator humidification Communication with parents & soft skills