A demonstration of the integration of D3 for graphics and Angular for interactive controls.
Enter a radius value and press Draw. The circle will resize to the radius you have selected. Note how D3 transitions the circle from the existing size to the new size.
Some additional text after the form and directive


NASA/JPL/Space Science Institute [Public domain], Wikimedia Commons
This is Titan, the largest moon of Saturn. It is also the second largest natural satellite in our Solar System. Jupiter's moon, Ganymede is only about two percent larger than Titan. So far, this is the only moon known to have a dense atmosphere and the only known planet/moon to have a stable liquid surface other than our earth. A little fun fact about Titan is that it is actually larger than the planet Mercury which makes it a very large moon.
Titan is made up of mostly nitrogen just like earth; however, it has a surface pressure that is fifty percent higher than Earth's. Titan has clouds, rivers ,rain, lakes and seas of liquid hydrocarbons such as methane and ethane making it quite similar to Earth's atmosphere. Titan has large seas which can go to hundreds of miles wide and deep. It consists of frozen water and beneath that even more water rather than methane. Scientists predict that Titan's water could harbor life; however, it could also be void of life.
Titan is one of the most habital worlds in our Solar System due to the dense nitrogen atmosphere; however, humans would need an oxygen mask and suits that protect us from the very cold temperatures. Titan's surface temperature would be around minus 290 degrees fahrenheit making it too cold for humans to survive in without protection. The rain would also fall more slower than Earth's and it has a similar atmosphere and gravity of Earth's moon.


This is the simplest example possible using Object.remote
On this client, a point object gets created, this object can then be used in whatever remote... Try it out by opening up the remote or the specialized remote point editor or even better, open both of them :)


COSC345 Watch Application Emulator
Left
Right
Reports
Assignment 1 Report
Assignment 2 Report
Assignment 3 Report
Testing
QUnit Testing


Master index
Index for fvcom_postproc
Dependency Graph for fvcom_postproc
Generated on Wed 10-Aug-2016 16:44:37 by
m2html
© 2005


I've been trying to sort this out in my head for a while now but I can't get it right. Basically, I want a really tough Bard / AA character who can deal plenty of ranged damage and also take advantage of his high dex at later levels to wear little or no armour. That means he can take advantage of the Bard spells in combat.
I don't want to lose out on the excellent bard skills either, and a Con of 12 + Toughness is mandatory or he will die too often.
For feats, I'd want Lasting Inspiration for sure, so that means 20 levels of bard at least, and possibly Epic Skill Focus Perform too. Rapid Shot and Toughness are also required, and Weapon Finesse would be nice too.
I was thinking of going half-elf and taking Bard / Fighter / AA for the extra feats and weapon specialization, but I couldn't seem to get the stats right.
If anyone could help me out I'd be very grateful.
iirc you dont need 20 + levels for lasting inspiration. Im sure ive seen or might even have done a build that didnt. I could be mistaken of course.
Syrath _________________ It's SHADOWDANCER, dammit, shadowdancer!!!
Lasting Inspiration definitely needs 20 Bard levels on the PW I'll be playing this on. Not sure about normally, though.
It might be worth swapping ftr for barbarian, so you get uncanny dodge.
Bard/SD/AA is a stong candidate. You get class skills, spells and song bonuses from Bard. You get 4 attacks, extra AB and damage from AA. You get HIPS, evasion and uncanny dodge from 2 lvls of SD. The feats and skills you need to qualify for the two prestige classes serve the character well.
It won't do as much raw damage as a fighter with epic weapon spec, a rogue with sneak attack, a ranger with bane of enemies, a RDD with mighty or a divine archer with divine might. But you have a very good archer with good survivability, who can handle most situations. With a good bow it will do decent damage as well.
Oh, and yes - you can get LI with 20 bard lvls, but you need an epic character to get it.
Edited By Mick Dagger on 04/14/05 10:40
I forgot to mention, the server I play on his some pretty weird extra requirements for SD. As well as the normal pre-reqs, you need either 4 levels of assassin, 6 of rogue, 15 levels of ranger or 20 levels of monk. I should have mentioned that in my first post, an SD archer is my favourite type.
I've whittled it down to two similar builds now, but I can't make up my mind as to which one to go for. I'll post them here tomorrow, when I have access to the plan I wrote for them both.


Minimum Spanning Tree
问题描述 :
XXX is very interested in algorithm. After learning the Prim algorithm and Kruskal algorithm of minimum spanning tree, XXX finds that there might be multiple solutions. Given an undirected weighted graph with n (1<=n<=100) vertexes and m (0<=m<=1000) edges, he wants to know the number of minimum spanning trees in the graph.
输入:
There are no more than 15 cases. The input ends by 0 0 0.
For each case, the first line begins with three integers — the above mentioned n, m, and p. The meaning of p will be explained later. Each the following m lines contains three integers u, v, w (1<=w<=10), which describes that there is an edge weighted w between vertex u and vertex v( all vertex are numbered for 1 to n) . It is guaranteed that there are no multiple edges and no loops in the graph.
For each case, the first line begins with three integers — the above mentioned n, m, and p. The meaning of p will be explained later. Each the following m lines contains three integers u, v, w (1<=w<=10), which describes that there is an edge weighted w between vertex u and vertex v( all vertex are numbered for 1 to n) . It is guaranteed that there are no multiple edges and no loops in the graph.
输出:
There are no more than 15 cases. The input ends by 0 0 0.
For each case, the first line begins with three integers — the above mentioned n, m, and p. The meaning of p will be explained later. Each the following m lines contains three integers u, v, w (1<=w<=10), which describes that there is an edge weighted w between vertex u and vertex v( all vertex are numbered for 1 to n) . It is guaranteed that there are no multiple edges and no loops in the graph.
For each case, the first line begins with three integers — the above mentioned n, m, and p. The meaning of p will be explained later. Each the following m lines contains three integers u, v, w (1<=w<=10), which describes that there is an edge weighted w between vertex u and vertex v( all vertex are numbered for 1 to n) . It is guaranteed that there are no multiple edges and no loops in the graph.
样例输入:
5 10 12 2 5 3 2 4 2 3 1 3 3 4 2 1 2 3 5 4 3 5 1 3 4 1 1 5 3 3 3 2 3 0 0 0
样例输出:
4
http://acm.hdu.edu.cn/showproblem.php?pid=4408
题意：求最小生成树的个数
#include <map> #include <stack> #include <queue> #include <math.h> #include <vector> #include <string> #include <fstream> #include <stdio.h> #include <string.h> #include <stdlib.h> #include <iostream> #include <algorithm> #define N 105 #define M 1005 #define E #define inf 0x3f3f3f3f #define dinf 1e10 #define linf (LL)1<<60 #define LL long long #define clr(a,b) memset(a,b,sizeof(a)) using namespace std; int mod; struct Edge { int a,b,c; bool operator<(const Edge & t)const { return c<t.c; } } edge[M]; int n,m; long long ans; int fa[N],ka[N],vis[N];//fa,ka都是并查集，ka是每组边临时使用 LL gk[N][N],tmp[N][N];//gk顶点之间的关系，tmp为生成树计数用的矩阵 vector<int>gra[N]; int findfa(int a,int b[]) { return a==b[a]?a:b[a]=findfa(b[a],b); } LL det(LL a[][N],int n)//生成树计数 { for(int i=0; i<n; i++)for(int j=0; j<n; j++)a[i][j]%=mod; long long ret=1; for(int i=1; i<n; i++) { for(int j=i+1; j<n; j++) while(a[j][i]) { LL t=a[i][i]/a[j][i]; for(int k=i; k<n; k++) a[i][k]=(a[i][k]-a[j][k]*t)%mod; for(int k=i; k<n; k++) swap(a[i][k],a[j][k]); ret=-ret; } if(a[i][i]==0)return 0; ret=ret*a[i][i]%mod; } return (ret+mod)%mod; } int main() { //freopen("/home/axorb/in","r",stdin); while (scanf("%d%d%d",&n,&m,&mod),n+m+mod) { memset(gk,0,sizeof(gk)); for(int i=1;i<=n;i++) gra[i].clear(); for(int i=0; i<m; i++) scanf("%d%d%d",&edge[i].a,&edge[i].b,&edge[i].c); sort(edge,edge+m); for(int i=1; i<=n; i++)fa[i]=i,vis[i]=0; int pre=-1; ans=1; for(int h=0; h<=m; h++) { if(edge[h].c!=pre||h==m)//一组边加完 { for(int i=1; i<=n; i++) if(vis[i]) { int u=findfa(i,ka); gra[u].push_back(i); vis[i]=0; } for(int i=1; i<=n; i++) //枚举每个联通分量 if(gra[i].size()>1) { for(int a=1; a<=n; a++) for(int b=1; b<=n; b++) tmp[a][b]=0; int len=gra[i].size(); for(int a=0; a<len; a++) //构建矩阵 for(int b=a+1; b<len; b++) { int la=gra[i][a],lb=gra[i][b]; tmp[a][b]=(tmp[b][a]-=gk[la][lb]); tmp[a][a]+=gk[la][lb]; tmp[b][b]+=gk[la][lb]; } int ret=(int)det(tmp,len); ans=(ans*ret)%mod; for(int a=0; a<len; a++)fa[gra[i][a]]=i; } for(int i=1; i<=n; i++) { ka[i]=fa[i]=findfa(i,fa); gra[i].clear(); } if(h==m)break; pre=edge[h].c; } int a=edge[h].a,b=edge[h].b; int pa=findfa(a,fa),pb=findfa(b,fa); if(pa==pb)continue; vis[pa]=vis[pb]=1; ka[findfa(pa,ka)]=findfa(pb,ka); gk[pa][pb]++; gk[pb][pa]++; } int flag=0; for(int i=2; i<=n&&!flag; i++)if(ka[i]!=ka[i-1])flag=1; if(m==0) flag=1; printf("%I64d\n",flag?0:ans%mod); } return 0; }
版权声明：本文为博主原创文章，未经博主允许不得转载。
参考：http://blog.csdn.net/xdu_truth/article/details/8010308
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还有五十哪里去了
还有五十哪里去了
还有五十哪里去了
还有五十哪里去了
还有五十哪里去了
好想达诺长老啊 黑魔王和暗黑大帝的力量啊再加上达诺的幅能无敌了
好想达诺长老啊 黑魔王和暗黑大帝的力量啊再加上达诺的幅能无敌了


CURLMOPT_MAX_HOST_CONNECTIONS explained
NAME
CURLMOPT_MAX_HOST_CONNECTIONS - set max number of connections to a single host
SYNOPSIS
#include <curl/curl.h>
CURLMcode curl_multi_setopt(CURLM *handle, CURLMOPT_MAX_HOST_CONNECTIONS, long max);
DESCRIPTION
Pass a long to indicate max. The set number will be used as the maximum amount of simultaneously open connections to a single host (a host being the same as a host name + port number pair). For each new session to a host, libcurl will open a new connection up to the limit set by CURLMOPT_MAX_HOST_CONNECTIONS. When the limit is reached, the sessions will be pending until a connection becomes available. If CURLMOPT_PIPELINING is enabled, libcurl will try to pipeline if the host is capable of it.
The default max value is 0, unlimited. However, for backwards compatibility, setting it to 0 when CURLMOPT_PIPELINING is 1 will not be treated as unlimited. Instead it will open only 1 connection and try to pipeline on it.
This set limit is also used for proxy connections, and then the proxy is considered to be the host for which this limit counts.
DEFAULT
PROTOCOLS
EXAMPLE
CURLM *m = curl_multi_init(); /* do no more than 2 connections per host */ curl_multi_setopt(m, CURLMOPT_MAX_HOST_CONNECTIONS, 2L);
AVAILABILITY
RETURN VALUE
Returns CURLM_OK if the option is supported, and CURLM_UNKNOWN_OPTION if not.
SEE ALSO
CURLMOPT_MAXCONNECTS, CURLMOPT_MAX_TOTAL_CONNECTIONS
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Hello world ES6
Welcome to Javascript !
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instructions how to enable JavaScript in your web browser
.


"I want to see the greatness of Allah," the chief said, with respect. "I want to see how a man turns himself into the wind." 笔记：
But he made a mental note of the names of the two men who had expressed their fear. As soon as the wind stopped, he was going to remove them from their commands, because true men of the desert are not afraid. 笔记：
"The wind told me that you know about love " the boy said to the sun. "If you know about love, you must also know about the Soul of the World, because it's made of love." 笔记：
"From where I am," the sun said, "I can see the Soul of the World. It communicates with my soul, and together we cause the plants to grow and the sheep to seek out shade. From where I am — and I'm a long way from the earth — I learned how to love. I know that if I came even a little bit closer to the earth, everything there would die, and the Soul of the World would no longer exist. So we contemplate each other, and we want each other, and I give it life and warmth, and it gives me my reason for living." 笔记：
"So you know about love," the boy said. 笔记：
"And I know the Soul of the World, because we have talked at great length to each other during this endless trip through the universe. It tells me that its greatest problem is that, up until now, only the minerals and vegetables understand that all things are one. That there's no need for iron to be the same as copper, or copper the same as gold. Each performs its own exact function as a unique being, and everything would be a symphony of peace if the hand that wrote all this had stopped on the fifth day of creation. 笔记：据记载，上帝第六天创造了地上的生灵和人。第七天天地万物已经造齐了，上帝歇息了，并给第六天赐福，圣化第六天为特别的日子，因为上帝是在第七天完成了创造并休息。于是星期日也成为人类休息的日子。
"But there was a sixth day," the sun went on. 笔记：
"You are wise, because you observe everything from a distance," the boy said. "But you don't know about love. If there hadn't been a sixth day, man would not exist; copper would always be just copper, and lead just lead. It's true that everything has its destiny, but one day that destiny will be realized. So each thing has to transform itself into something better, and to acquire a new destiny, until, someday, the Soul of the World becomes one thing only." 笔记：
The sun thought about that, and decided to shine more brightly. The wind, which was enjoying the conversation, started to blow with greater force, so that the sun would not blind the boy. 笔记：
"This is why alchemy exists," the boy said. "So that everyone will search for his treasure, find it, and then want to be better than he was in his former life. Lead will play its role until the world has no further need for lead; and then lead will have to turn itself into gold. 笔记：
"That's what alchemists do. They show that, when we strive to become better than we are, everything around us becomes better, too." 笔记：
"Well, why did you say that I don't know about love?" the sun asked the boy. 笔记：
"Because it's not love to be static like the desert, nor is it love to roam the world like the wind. And it's not love to see everything from a distance, like you do. Love is the force that transforms and improves the Soul of the World. When I first reached through to it, I thought the Soul of the World was perfect. But later, I could see that it was like other aspects of creation, and had its own passions and wars. It is we who nourish the Soul of the World, and the world we live in will be either better or worse, depending on whether we become better or worse. And that's where the power of love comes in. Because when we love, we always strive to become better than we are." 笔记：
"So what do you want of me?" the sun asked. 笔记：
"I want you to help me turn myself into the wind," the boy answered. 笔记：
"Nature knows me as the wisest being in creation," the sun said. "But I don't know how to turn you into the wind." 笔记：
"Then, whom should I ask?" 笔记：
The sun thought for a minute. The wind was listening closely, and wanted to tell every comer of the world that the sun's wisdom had its limitations. That it was unable to deal with this boy who spoke the Language of the World. 笔记：
"Speak to the hand that wrote all," said the sun. 笔记：
The wind screamed with delight, and blew harder than ever. The tents were being blown from their ties to the earth, and the animals were being freed from their tethers. On the cliff, the men clutched at each other as they sought to keep from being blown away. 笔记：
The boy turned to the hand that wrote all. As he did so, he sensed that the universe had fallen silent, and he decided not to speak. 笔记：
A current of love rushed from his heart, and the boy began to pray. It was a prayer that he had never said before, because it was a prayer without words or pleas. His prayer didn't give thanks for his sheep having found new pastures; it didn't ask that the boy be able to sell more crystal; and it didn't beseech that the woman he had met continue to await his return. In the silence, the boy understood that the desert, the wind, and the sun were also trying to understand the signs written by the hand, and were seeking to follow their paths, and to understand what had been written on a single emerald. He saw that omens were scattered throughout the earth and in space, and that there was no reason or significance attached to their appearance; he could see that not the deserts, nor the winds, nor the sun, nor people knew why they had been created. But that the hand had a reason for all of this, and that only the hand could perform miracles, or transform the sea into a desert. . . or a man into the wind. Because only the hand understood that it was a larger design that had moved the universe to the point at which six days of creation had evolved into a Master Work. 笔记：
The boy reached through to the Soul of the World, and saw that it was a part of the Soul of God. And he saw that the Soul of God was his own soul. And that he, a boy, could perform miracles. 笔记：
The simum blew that day as it had never blown before. For generations thereafter, the Arabs recounted the legend of a boy who had turned himself into the wind, almost destroying a military camp, in defiance of the most powerful chief in the desert. 笔记：
When the simum ceased to blow, everyone looked to the place where the boy had been. But he was no longer there; he was standing next to a sand-covered sentinel, on the far side of the camp. 笔记：
The men were terrified at his sorcery. But there were two people who were smiling: the alchemist, because he had found his perfect disciple, and the chief, because that disciple had understood the glory of God. 笔记：
The following day, the general bade the boy and the alchemist farewell, and provided them with an escort party to accompany them as far as they chose. 笔记：
They rode for the entire day. Toward the end of the afternoon, they came upon a Coptic monastery. The alchemist dismounted, and told the escorts they could return to the camp. 笔记：
"From here on, you will be alone," the alchemist said. "You are only three hours from the Pyramids." 笔记：
"Thank you," said the boy. "You taught me the Language of the World." 笔记：
"I only invoked what you already knew." 笔记：
The alchemist knocked on the gate of the monastery. A monk dressed in black came to the gates. They spoke for a few minutes in the Coptic tongue, and the alchemist bade the boy enter. 笔记：
"I asked him to let me use the kitchen for a while," the alchemist smiled. 笔记：
They went to the kitchen at the back of the monastery. The alchemist lighted the fire, and the monk brought him some lead, which the alchemist placed in an iron pan. When the lead had become liquid, the alchemist took from his pouch the strange yellow egg. He scraped from it a sliver as thin as a hair, wrapped it in wax, and added it to the pan in which the lead had melted. 笔记：
The mixture took on a reddish color, almost the color of blood. The alchemist removed the pan from the fire, and set it aside to cool. As he did so, he talked with the monk about the tribal wars. 笔记：
"I think they're going to last for a long time," he said to the monk. 笔记：
The monk was irritated. The caravans had been stopped at Giza for some time, waiting for the wars to end. "But God's will be done," the monk said. 笔记：
"Exactly," answered the alchemist. 笔记：
When the pan had cooled, the monk and the boy looked at it, dazzled. The lead had dried into the shape of the pan, but it was no longer lead. It was gold. 笔记：
"Will I learn to do that someday?" the boy asked. 笔记：
"This was my destiny, not yours," the alchemist answered. "But I wanted to show you that it was possible." 笔记：
They returned to the gates of the monastery. There, the alchemist separated the disk into four parts. 笔记：
"This is for you," he said, holding one of the parts out to the monk. "It's for your generosity to the pilgrims." 笔记：
"But this payment goes well beyond my generosity," the monk responded. 笔记：
"Don't say that again. Life might be listening, and give you less the next time." 笔记：
The alchemist turned to the boy. "This is for you. To make up for what you gave to the general." 笔记：
The boy was about to say that it was much more than he had given the general. But he kept quiet, because he had heard what the alchemist said to the monk. 笔记：
"And this is for me," said the alchemist, keeping one of the parts. "Because I have to return to the desert, where there are tribal wars." 笔记：
He took the fourth part and handed it to the monk. 笔记：
"This is for the boy. If he ever needs it." 笔记：
"But I'm going in search of my treasure," the boy said. "I'm very close to it now." 笔记：
"And I'm certain you'll find it," the alchemist said. 笔记：
"Then why this?" 笔记：
"Because you have already lost your savings twice. Once to the thief, and once to the general. I'm an old, superstitious Arab, and I believe in our proverbs. There's one that says, 'Everything that happens once can never happen again. But everything that happens twice will surely happen a third time.'" They mounted their horses. 笔记：
"I want to tell you a story about dreams," said the alchemist. 笔记：
The boy brought his horse closer. 笔记：
"In ancient Rome, at the time of Emperor Tiberius, there lived a good man who had two sons. One was in the military, and had been sent to the most distant regions of the empire. The other son was a poet, and delighted all of Rome with his beautiful verses. 笔记：
"One night, the father had a dream. An angel appeared to him, and told him that the words of one of his sons would be learned and repeated throughout the world for all generations to come. The father woke from his dream grateful and crying, because life was generous, and had revealed to him something any father would be proud to know. 笔记：
"Shortly thereafter, the father died as he tried to save a child who was about to be crushed by the wheels of a chariot. Since he had lived his entire life in a manner that was correct and fair, he went directly to heaven, where he met the angel that had appeared in his dream. 笔记：
"'You were always a good man,' the angel said to him. 'You lived your life in a loving way, and died with dignity. I can now grant you any wish you desire.' 笔记：
"'Life was good to me,' the man said. "When you appeared in my dream, I felt that all my efforts had been rewarded, because my son's poems will be read by men for generations to come. I don't want anything for myself. But any father would be proud of the fame achieved by one whom he had cared for as a child, and educated as he grew up. Sometime in the distant future, I would like to see my son's words.' 笔记：
"The angel touched the man's shoulder, and they were both projected far into the future. They were in an immense setting, surrounded by thousands of people speaking a strange language. 笔记：
"The man wept with happiness.
"'I knew that my son's poems were immortal,' he said to the angel through his tears. 'Can you please tell me which of my son's poems these people are repeating?' 笔记：
"The angel came closer to the man, and, with tenderness, led him to a bench nearby, where they sat down. 笔记：
'"The verses of your son who was the poet were very popular in Rome,' the angel said. 'Everyone loved them and enjoyed them. But when the reign of Tiberius ended, his poems were forgotten. The words you're hearing now are those of your son in the military.' 笔记：
"The man looked at the angel in surprise. 笔记：
"Your son went to serve at a distant place, and became a centurion. He was just and good.  Your son had heard of a rabbi who was able to cure illnesses, and he rode out for days and days in search of this man. Along the way, he learned that the man he was seeking was the Son of God. He met others who had been cured by him, and they instructed your son in the man's teachings. And so, despite the fact that he was a Roman centurion, he converted to their faith. Shortly thereafter, he reached the place where the man he was looking for was visiting.' 笔记：
"'He told the man that one of his servants was gravely ill, and the rabbi made ready to go to his house with him. But the centurion was a man of faith, and, looking into the eyes of the rabbi, he knew that he was surely in the presence of the Son of God.' 笔记：
"And this is what your son said,' the angel told the man. These are the words he said to the rabbi at that point, and they have never been forgotten: "My Lord, I am not worthy that you should come under my roof. But only speak a word and my servant will be healed.'" 笔记：
The alchemist said, "No matter what he does, every person on earth plays a central role in the history of the world. And normally he doesn't know it." 笔记：
The boy smiled. He had never imagined that questions about life would be of such importance to a shepherd. 笔记：
"Good-bye," the alchemist said.
"Good-bye," said the boy.
The boy rode along through the desert for several hours, listening avidly to what his heart had to say. It was his heart that would tell him where his treasure was hidden. 笔记：
"Where your treasure is, there also will be your heart," the alchemist had told him. 笔记：
But his heart was speaking of other things. With pride, it told the story of a shepherd who had left his flock to follow a dream he had on two different occasions. It told of destiny, and of the many men who had wandered in search of distant lands or beautiful women, confronting the people of their times with their preconceived notions. It spoke of journeys, discoveries, books, and change. 笔记：
As he was about to climb yet another dune, his heart whispered, "Be aware of the place where you are brought to tears. That's where I am, and that's where your treasure is." 笔记：你落类的地方，就是你心愿所在，就是你的宝藏所在。
The boy climbed the dune slowly. A full moon rose again in the starry sky: it had been a month since he had set forth from the oasis. The moonlight cast shadows through the dunes, creating the appearance of a rolling sea; it reminded the boy of the day when that horse had reared in the desert, and he had come to know the alchemist. And the moon fell on the desert's silence, and on a man's journey in search of treasure. 笔记：
When he reached the top of the dune, his heart leapt. There, illuminated by the light of the moon and the brightness of the desert, stood the solemn and majestic Pyramids of Egypt. 笔记：
The boy fell to his knees and wept. He thanked God for making him believe in his destiny, and for leading him to meet a king, a merchant, an Englishman, and an alchemist. And above all for his having met a woman of the desert who had told him that love would never keep a man from his destiny. 笔记：
If he wanted to, he could now return to the oasis, go back to Fatima, and live his life as a simple shepherd. After all, the alchemist continued to live in the desert, even though he understood the Language of the World, and knew how to transform lead into gold. He didn't need to demonstrate his science and art to anyone. The boy told himself that, on the way toward realizing his own destiny, he had learned all he needed to know, and had experienced everything he might have dreamed of. 笔记：
But here he was, at the point of finding his treasure, and he reminded himself that no project is completed until its objective has been achieved. The boy looked at the sands around him, and saw that, where his tears had fallen, a scarab beetle was scuttling through the sand. During his time in the desert, he had learned that, in Egypt, the scarab beetles are a symbol of God. 笔记：
Another omen! The boy began to dig into the dune. As he did so, he thought of what the crystal merchant had once said: that anyone could build a pyramid in his backyard. The boy could see now that he couldn't do so if he placed stone upon stone for the rest of his life. 笔记：
Throughout the night, the boy dug at the place he had chosen, but found nothing. He felt weighted down by the centuries of time since the Pyramids had been built. But he didn't stop. He struggled to continue digging as he fought the wind, which often blew the sand back into the excavation. His hands were abraded and exhausted, but he listened to his heart. It had told him to dig where his tears fell. 笔记：
As he was attempting to pull out the rocks he encountered, he heard footsteps. Several figures approached him. Their backs were to the moonlight, and the boy could see neither their eyes nor their faces. 笔记：
"What are you doing here?" one of the figures demanded. 笔记：
Because he was terrified, the boy didn't answer. He had found where his treasure was, and was frightened at what might happen. 笔记：
"We're refugees from the tribal wars, and we need money," the other figure said. "What are you hiding there?" 笔记：
"I'm not hiding anything," the boy answered. 笔记：
But one of them seized the boy and yanked him back out of the hole. Another, who was searching the boy's bags, found the piece of gold. 笔记：
"There's gold here," he said.
The moon shone on the face of the Arab who had seized him, and in the man's eyes the boy saw death. 笔记：
"He's probably got more gold hidden in the ground." 笔记：
They made the boy continue digging, but he found nothing. As the sun rose, the men began to beat the boy. He was bruised and bleeding, his clothing was torn to shreds, and he felt that death was near. 笔记：
"What good is money to you if you're going to die? It's not often that money can save someone's life," the alchemist had said. Finally, the boy screamed at the men, "I'm digging for treasure!" And, although his mouth was bleeding and swollen, he told his attackers that he had twice dreamed of a treasure hidden near the Pyramids of Egypt. 笔记：
The man who appeared to be the leader of the group spoke to one of the others: "Leave him. He doesn't have anything else. He must have stolen this gold." 笔记：
The boy fell to the sand, nearly unconscious. The leader shook him and said, "We're leaving." 笔记：
But before they left, he came back to the boy and said, "You're not going to die.  Two years ago, right here on this spot, I had a recurrent dream, too. I dreamed that I should travel to the fields of Spain and look for a ruined church where shepherds and their sheep slept. In my dream, there was a sycamore growing out of the ruins of the sacristy, and I was told that, if I dug at the roots of the sycamore, I would find a hidden treasure.  笔记：
And they disappeared.
The boy stood up shakily, and looked once more at the Pyramids. They seemed to laugh at him, and he laughed back, his heart bursting with joy. 笔记：
Because now he knew where his treasure was. 笔记：


An important feature of blas is the wide range of operations that mix the different types.
Vectors and matrices are internally represented as arrays of ordinary types (int and double). These arrays are one-dimensional for vectors and two-dimensional for matrices. This representation has performance reasons. The data can be accessed by and easily passed to other methods.


set password @ rotten.com
An archive of disturbing illustration
[ all submissions are subject to screening ]
What is your name?
(This will be your username, you won't be able to change it)
Name
What is your e-mail address?
(This will not be revealed to other parties)
E-Mail
Where are you? Please use format
City, State
if you live in USA, or
City, Country
for outside the USA.
Location
Please choose a password and type it once again to verify.
Password
Password, again
[
return to rotten news without submitting
]


 For quick help on IRC, simply type !help [module]. Locdog is based off of bitches.
Usage: !imdb <search term or id>
!imdb search term
: Gives a summary for the movie "search term".!imdb 0068284
: Gives a summary for the movie with id "0068284". You can
leave the tt on the id if you like.Usage: see below.
!artist [<artist name>]
: Looks up artist information.*!compare <nickname one> [<nickname two>]
: Compares two users.!getusername [<nickname>]
: Looks up your or nickname
's last.fm username.!np [<nickname>]
: Looks up the track you or 'nickname' is currently
listening to.!setusername <last.fm username>
: registers your last.fm username with
bitches.!similar [<artist name>]
: looks up similar artists.** If the artist name is not given, the artist you are currently listening to is used.
Usage: !g[oogle] <search term>
or !<yt|youtube> <search term>
!g search term
: Gets the first Google result for "search term".!google search term
: Gets the first three Google results for "search
term".!yt search term
: Gets the first Youtube result for "search term".!youtube search term
: Gets the first three YouTube results for "search
term". Example:
remind me in 30 minutes to download music.
You can also use multiple units of time in one reminder. eg:
remind me in 1 hour and 30 minutes to go to bed!
The currently supported units of time are years, weeks, days, hours, minutes, and seconds.
remind me in 2 years 6 weeks 5 days 2 hours 5 minutes and 6 seconds to walk the dog.
Usage: !weather [<location>]
!weather location
: Gets the weather for "location".!weather
: Gets the weather for the location you last used.Usage: !what <searchterm> [options]
!what searchterm
: searches for a torrent with the name 'searchterm'.Possible options are --year
and --tag
.


{% comment %} #progress classes in actionkit.css are: basic-progress (neutral solid grey bar, no images), and classic-progress (green gradient bar) rounded-progress (extreme makeover; more a demo than anything) Play around and add your own style! {% endcomment %} {% if page.goal %}
{% endif %}


Instructor: Shusen Wang
Meeting Time:
Office Hours:
Contact the Instructor:
For questions regarding grading, talk to the instructor during office hours or send him emails.
For any other questions, come during the office hours; the instructor will NOT reply such emails.
Prerequisite:
Elementary linear algebra, e.g., matrix multiplication, eigenvalue decomposition, and matrix norms.
Elementary calculus, e.g., convex function, differentiation of scalar functions, first derivative, and second derivative.
Python programming (especially the Numpy library) and Jupyter Notebook.
Goal: This is a practical course; the students will be able to use DL methods for solving real-world ML, CV, and NLP problems. The students will also learn math and theories for understanding ML and DL.
Preparations
Install the software packages by following [this]
Study elementary matrix algebra by following [this book]
Finish the [sample questions] before Quiz 1.
Jan 23, Lecture 1
Fundamental ML problems
Regression
Jan 30, Lecture 2
Read these before coming: [Matrix Calculus][Logistic Regression]
Regression (Cont.)
Classification: logistic regression and SVM.
Feb 6, Lecture 3
Feb 6, Quiz 1 after the lecture (around 5% of the total)
Coverage: vectors norms (ℓ2-norm, ℓ1-norm, ℓp-norm, ℓ∞-norm), vector inner product, matrix multiplication, matrix trace, matrix Frobenius norm, scalar function differential, convex function, use Numpy to construct vectors and matrices.
Policy: Printed material is allowed. No electronic device (except for electronic calculator).
Feb 13, Lecture 4
Read Sections 1 to 3 before coming: [SVD and PCA]
Read Sections 1 to 4 before coming: [neural networks and backpropagation]
Regularization.
Singular value decomposition (SVD).
Scientific computing libraries.
Neural networks.
Feb 20, Lecture 5
Keras.
Convolutional neural networks (CNNs).
Feb 27, Lecture 6
Finish reading the note before coming: [neural networks and backpropagation]
CNNs (Cont.)
Mar 5, Lecture 7
Mar 12, Lecture 8
Homework 1: Linear Algebra Basics
Available only on Canvas (auto-graded.)
Submit to Canvas before Feb 6.
Homework 2: Implement Numerical Optimization Algorithms (Voluntary)
You will need the knowledge in the lecture note: [Logistic Regression]
Submit to Canvas before Feb 23.
Homework 3: Machine Learning Basics
Available only on Canvas (auto-graded.)
Submit to Canvas before Mar 8.
Homework 4: Implement a Convolutional Neural Network
Available at the course's repo [click here].
Submit to Canvas before Mar 22.
Homework 5: Implement a Recurrent Neural Network
Available at the course's repo [click here].
Submit to Canvas before Apr 12.
You may get up to 2 bonus scores by doing extra work.
Bonus 1: Implement Parallel Algorithms (Voluntary)
Available at the course's repo [click here].
You will need the knowledge in the lecture note: [Parallel Computing]
You can choose to implement Federated Averaging or/and Decentralized Optimization. You may get up to 2 bonus points for each.
Submit to Canvas before Apr 5 (firm deadline).
Bonus 2: Implement an Autoencoder Network (Voluntary)
Available at the course's repo [click here].
You may get up to 1 bonus point.
Submit to Canvas before May 1 (firm deadline).
Machine learning basics. This part briefly introduces the fundamental ML problems-- regression, classification, dimensionality reduction, and clustering-- and the traditional ML models and numerical algorithms for solving the problems.
Classification.
Logistic regression: [slides] [lecture note]
SVM: [slides]
Softmax classifier: [slides]
KNN classifier: [slides]
Clustering. [slides]
Dimensionality reduction. [slides-1] [slides-2] [lecture note]
Scientific computing libraries. [slides]
Neural network basics. This part covers the multilayer perceptron, backpropagation, and deep learning libraries, with focus on Keras.
Multilayer perceptron and backpropagation. [slides][lecture note]
Keras. [slides]
Further reading:
Convolutional neural networks (CNNs). This part is focused on CNNs and its application to computer vision problems.
CNN basics. [slides]
Tricks for improving test accuracy. [slides]
Feature scaling and batch normalization. [slides]
Advanced topics on CNNs. [slides]
Popular CNN architectures. [slides]
Face recognition. [slides]
Further reading:
[style transfer (Section 8.1, Chollet's book)]
[visualize CNN (Section 5.4, Chollet's book)]
Recurrent neural networks (RNNs). This part introduces RNNs and its applications in natural language processing (NLP).
Text processing. [slides]
Text generation. [slides]
Machine translation. [slides]
Attention. [slides][reference-1] [reference-2]
Language Models beyond RNNs.
Autoencoders. This part introduces autoencoders for dimensionality reduction and image generation.
Generative Adversarial Networks (GANs).
Recommender system. This part is focused on the collaborative filtering approach to recommendation based on the user-item rating data. This part covers matrix completion methods and neural network approaches.
Deep Reinforcement Learning.
Parallel Computing.
Basics and MapReduce. [slides] [lecture note]
Parameter Server and Decentralized Network. [slides]
Federated Learning. [slides]
Adversarial Robustness. This part introduces how to attack neural networks using adversarial examples and how to defend from the attack.
Data evasion attack and defense. [slides][lecture note]
Further reading: [Adversarial Robustness - Theory and Practice]
Required (Please notice the difference between "required" and "recommended"):
Highly Recommended:
Recommended:
Y. Nesterov. Introductory Lectures on Convex Optimization Book. Springer, 2013. (Available online.)
D. S. Watkins. Fundamentals of Matrix Computations. John Wiley & Sons, 2004.
I. Goodfellow, Y. Bengio, A. Courville, Y. Bengio. Deep learning. MIT press, 2016. (Available online.)
M. Mohri, A. Rostamizadeh, and A. Talwalkar. Foundations of machine learning. MIT press, 2012.
J. Friedman, T. Hastie, and R. Tibshirani. The elements of statistical learning. Springer series in statistics, 2001. (Available online.)
Weights:
Homework 50%
Quizzes 25% (students' average score is likely around 20)
Final 25% (students' average score is likely around 20)
Bonus (5% from bonus assignments; 3% from HM4.)
Expected grade on record:
An average student is expected to lose at least 5+5=10 points.
If an average student does not collect any bonus score, his grade on record is expected to be "B+". An average student needs at least 3 bonus scores to get "A".
According to Stevens's policy, a score lower than 73.0 will be fail.
Late penalty:
Late submissions of assignments or project document for whatever reason will be punished. 2% of the score of an assignment/project will be deducted per day. For example, if an assignment is submitted 15 days and 1 minute later than the deadline (counted as 16 days) and it gets a grade of 95%, then the score after the deduction will be: 95% - 2*16% = 63%.
All the deadlines for bonus are firm. Late submission will not receive bonus score.
May 1 is the firm deadline for all the homework and the course project. Submissions later than the firm deadline will not be graded.


Class: Aws::DatabaseMigrationService::Types::StartReplicationTaskMessage
| Relationships & Source Files | |
| Super Chains via Extension / Inclusion / Inheritance | |
|
Class Chain:
self,
Struct
|
|
|
Instance Chain:
self,
::Aws::Structure ,
Struct
|
|
| Inherits: |
Struct
|
| Defined in: | gems/aws-sdk-databasemigrationservice/lib/aws-sdk-databasemigrationservice/types.rb |
Overview
Constant Summary
Instance Attribute Summary
-
#cdc_start_position ⇒ String
rw
Indicates when you want a change data capture (CDC) operation to start.
-
#cdc_start_time ⇒ Time
rw
Indicates the start time for a change data capture (CDC) operation.
-
#cdc_stop_position ⇒ String
rw
Indicates when you want a change data capture (CDC) operation to stop.
-
#replication_task_arn ⇒ String
rw
The Amazon
::Aws::DatabaseMigrationService::Resource
Name (ARN) of the replication task to be started. -
#start_replication_task_type ⇒ String
rw
The type of replication task to start.
Instance Method Summary
::Aws::Structure
- Included
| #to_hash | Alias for Structure#to_h. |
Instance Attribute Details
#cdc_start_position ⇒ String
(rw)
Indicates when you want a change data capture (CDC) operation to start. Use either CdcStartPosition or CdcStartTime to specify when you want a CDC operation to start. Specifying both values results in an error.
The value can be in date, checkpoint, or LSN/SCN format.
Date Example: --cdc-start-position “2018-03-08T12:12:12”
Checkpoint Example: --cdc-start-position "checkpoint:V1#27#mysql-bin-changelog.157832:1975:-1:2002:677883278264080:mysql-bin-changelog.157832:1876#0#0#*#0#93"
LSN Example: --cdc-start-position “mysql-bin-changelog.000024:373”
slotName
extra connection attribute to the name of this logical
replication slot. For more information, see Extra Connection
Attributes When Using PostgreSQL as a Source for DMS.
# File 'gems/aws-sdk-databasemigrationservice/lib/aws-sdk-databasemigrationservice/types.rb', line 12652
class StartReplicationTaskMessage < Struct.new( :replication_task_arn, :start_replication_task_type, :cdc_start_time, :cdc_start_position, :cdc_stop_position) SENSITIVE = [] include Aws::Structure end
#cdc_start_time ⇒ Time
(rw)
Indicates the start time for a change data capture (CDC) operation. Use either CdcStartTime or CdcStartPosition to specify when you want a CDC operation to start. Specifying both values results in an error.
Timestamp Example: --cdc-start-time “2018-03-08T12:12:12”
# File 'gems/aws-sdk-databasemigrationservice/lib/aws-sdk-databasemigrationservice/types.rb', line 12652
class StartReplicationTaskMessage < Struct.new( :replication_task_arn, :start_replication_task_type, :cdc_start_time, :cdc_start_position, :cdc_stop_position) SENSITIVE = [] include Aws::Structure end
#cdc_stop_position ⇒ String
(rw)
Indicates when you want a change data capture (CDC) operation to stop. The value can be either server time or commit time.
Server time example: --cdc-stop-position “server_time:2018-02-09T12:12:12”
Commit time example: --cdc-stop-position “commit_time: 2018-02-09T12:12:12“
# File 'gems/aws-sdk-databasemigrationservice/lib/aws-sdk-databasemigrationservice/types.rb', line 12652
class StartReplicationTaskMessage < Struct.new( :replication_task_arn, :start_replication_task_type, :cdc_start_time, :cdc_start_position, :cdc_stop_position) SENSITIVE = [] include Aws::Structure end
#replication_task_arn ⇒ String
(rw)
The Amazon ::Aws::DatabaseMigrationService::Resource
Name (ARN) of the replication task to be
started.
# File 'gems/aws-sdk-databasemigrationservice/lib/aws-sdk-databasemigrationservice/types.rb', line 12652
class StartReplicationTaskMessage < Struct.new( :replication_task_arn, :start_replication_task_type, :cdc_start_time, :cdc_start_position, :cdc_stop_position) SENSITIVE = [] include Aws::Structure end
#start_replication_task_type ⇒ String
(rw)
The type of replication task to start.
When the migration type is full-load
or full-load-and-cdc
, the
only valid value for the first run of the task is
start-replication
. This option will start the migration.
You can also use ReloadTables to reload specific tables that failed during migration instead of restarting the task.
The resume-processing
option isn't applicable for a full-load
task, because you can't resume partially loaded tables during the
full load phase.
For a full-load-and-cdc
task, DMS migrates table data, and then
applies data changes that occur on the source. To load all the
tables again, and start capturing source changes, use
reload-target
. Otherwise use resume-processing
, to replicate the
changes from the last stop position.
# File 'gems/aws-sdk-databasemigrationservice/lib/aws-sdk-databasemigrationservice/types.rb', line 12652
class StartReplicationTaskMessage < Struct.new( :replication_task_arn, :start_replication_task_type, :cdc_start_time, :cdc_start_position, :cdc_stop_position) SENSITIVE = [] include Aws::Structure end


---
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title: Lean Prover Zulip Chat Archive
permalink: 116395maths/28918vectorspacesvsmodulesoverafield.html
---
The archive URL format has changed. Please find this page at:
https://leanprover-community.github.io/archive/stream/116395-maths/topic/vector.20spaces.20vs.20modules.20over.20a.20field.html


PLANET SICK-BOY: http://www.sick-boy.com
I can't decide which is more sick – seeing Hollywood cast my grandfather's classmates as the romantic interests of girls that are still waiting for their adult teeth, or the oddball casting of Dungeons and Dragons club president David Spade and the ravishing French beauty Sophie Marceau. Or is it more twisted to make Spade, in his biggest theatrical release since the death of Chris Farley, have a big, fat, loser guy (Artie Lange, MAD TV) to hang around with?
Golden Globe nominee Spade (Just Shoot Me) stars as Dylan Ramsey, the owner of a struggling Italian eatery who falls for the new tenant in his L.A. apartment building. She is Lila Dubois (Marceau, Braveheart), a transplanted Parisian cellist who fled her country in an attempt to ditch her smarmy ex-boyfriend Rene (Patrick Bruel). Lila also has a yapping little dog with a penchant of jumping out the window and hanging out by the pier.
Dylan sees the dog as an attempt to get close to Lila, so he kidnaps the dog while pretending to help her look for it. As she grows fonder and fonder of her seemingly kindhearted neighbor, he is horrified to find out that the dog has apparently eaten the engagement ring of Dylan's best friend and restaurant chef. And, yes, there is a great scene where he has to sift through the dog poop.
Spade, who co-wrote the film with first-timers James B. Cook and Marc Meeks, is a slightly more sensitive version of his television character, though his lines don't have the same gratifying sarcastic bite. And he is a little more successful than Just Shoot Me's Finch, as he is able to woo both strippers (like Dylan's previous girlfriend) and women of Marceau's caliber alike. Conversely, Marceau really makes you appreciate Emily Watson's cello-playing in Hilary & Jackie, although when Sophie wraps her legs around the instrument, you don't so much care about her acting chops.
Directed by Jeff Pollack (Booty Call), Lost & Found features a hysterical cameo from hysterical cameo messiah Jon Lovitz, who plays a dog whisperer (a la the Robert Redford film of a similar name). There are also a few great scenes involving some poker-playing grannies - Estelle Harris (Seinfeld), Rose Marie (The Dick Van Dyke Show) and Marla Gibbs (The Jeffersons). For what it is, Lost & Found is not disappointing and good for more than a few laughs.
1:40 – PG-13 for adult language, sex jokes and a little dog violence, but nothing like There's Something About Mary
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
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Related links: index of all rec.arts.movies.reviews reviews


{% include cvhead.html %}
Driven artificial intelligence professional and solutions architect with vast experience in statistical modeling, machine learning and data analysis in the marketing and business intelligence domain. Specifically interested in predictive modeling and analytics applied to domain specific problems. Primary goal is to continue introducing state of the art statistical modeling in business intelligence workflows.
Developing an Artificial General Intelligence Engine allowing organizations to put Safe AI into their products via our AIaaS offering.
Heading the development of the next generation Bayesian Artificial Intelligence engine for predictive cross-channel media analytics leveraging state of the art statistical science with a SaaS platform with the intent to improve the efficiency and transparency in the media market.
Bringing Artificial Intelligence and Machine learning into the decision making process for Businesses focusing on product pricing and portfolio optimizations.
I managed a group of statistical analysts and data researchers. We worked with fact based marketing where we provided clients with strategic and tactical recommendations based on robust statistical models. These models were developed and deployed using R, Business Objects, and Microsoft BI tools.
I was helping out in the risk domain where I developed efficient Monte Carlo algorithms for the estimation of Value at Risk (VaR). Other than that I developed and maintained business intelligence reports for customers using SimCorp's product Dimension. This task mainly involved working with Crystal Reports. In another project I was working with streamlining a new technology for Dimension called Client Reporting which enables customers to deliver reports to their clients in a well structured manner.
I was also the Team Leader for the Reporting team in the Technical Deployment division. The team was responsible for the creation of business intelligence reports within domains such as risk, performance and general transactions reports. Other than that our activities involved implementation, education, best practice development, support and strategic development.
Graduated from Lund University, with the doctoral dissertation "Improving diagnosis of acute coronary syndromes in an emergency setting: A machine learning approach", in 2008. Received the Markussen award for young talented researchers.
Specialized in artificial intelligence for robots. In particular I participated in RoboCup 2003.
Donut Locator is an open source node/ember app that lets users find donuts within a defined radius from their home.
DEUG is a local monthly meetup in Springfield where we share all the latest tips and tricks for dat donut lifestyle. I organize the group, and typically eat most of the donuts.
Artificial Neural Networks, Deep Learning, Support Vector Machines, Generalized Linear Modeling, Bayesian Hierarchical Modeling
R, C++, Perl
SQL, Bash, HTML, Markdown, RMarkdown
Conflict resolution, Sparring, Situational leadership
LateX, Gimp, LibreOffice, MS Office, MS PowerBI
MariaDB, MySQL, MongoDB
Awarded for my research in Artificial Neural Networks.
Organized fund drives and participated in fundraising events for the benefit of families in third world countries without proper access to malt beverages.
Founding member of the local nuclear workers labor union.


Woman, 26, dies after town centre altercation as man arrested on suspicion of murder
The victim was found lying in a town centre street in Halifax, West Yorkshire, in the early hours of this morning
by Mark BranaganA man has been arrested on suspicion of murder after a young woman was found dead in a town centre.
Detectives say the 26-year-old victim lost consciousness following an altercation in Halifax, West Yorkshire, during the early hours of this morning.
The street where the incident took place was cordoned off for a painstaking forensic examination.
Bystanders sobbed in the street as 999 workers tried to revive the girl with heart massage and the kiss of life.

One bystander had attempted to perform CPR on the critically-injured woman but was unable to save her her life, it later emerged.
A local shopkeeper said: “I just saw a lot of people there and somebody was trying to press on the chest of a girl because she couldn’t breathe.
“There more than 20, 25 people. I saw one girl crying. Maybe she was with her.”
West Yorkshire Police said: “Detectives have launched a murder investigation following the death of a woman in Halifax.
“At 2.16am today police were called to an incident where a woman had been left unconscious following an altercation in Silver Street, Halifax.
“The 26-year-old woman was taken to hospital by ambulance for emergency treatment but was pronounced dead a short time later.
“A 26-year-old man was arrested on suspicion of murder and remains in custody.
“A scene has been put in place to undergo forensic examination and enquiries are ongoing to establish the circumstances surrounding her death.
A post mortem examination is due to be conducted later today.
“Anyone who witnessed the incident or who has any information that could assist the investigation is asked to contact West Yorkshire Police
Homicide and Major Enquiry Team via 101 quoting Operation Patondeat or call the independent charity Crimestoppers anonymously on 0800 555 111."


Xmas
New Years
Halloween
Thanks- giving
4 of July
Veterans Day
Columbus Day
Labor Day
Memorial Day
Presidents Day
MLK Jr. Day
Father's Day


MachineAccountQuota In Action
Let’s take the above rules and apply them to a compromised AD account that has SeEnableDelegationPrivilege. As mentioned in rule 4, even though an account has write access to an attribute, the write attempt is still subject to validation.
However, if you happen to compromise an account with the correct privilege, such as SeEnableDelegationPrivilege, things can get interesting.
In this case, we can use the ‘INVEIGH\kevin’ account, along with MAQ, to create and configure a machine account object capable of performing Kerberos unconstrained delegation. Conveniently, this can remove the requirement for finding an existing suitable AD object for leveraging SeEnableDelegationPrivilege. Basically, we can just make our own through MAQ.
Note, this is one of those scenarios where, if you can, just joining a domain with your own Windows system can make things easier. If you do go that route, just enable unconstrained delegation on the machine account object and leverage it just like you would on a compromised system. The good news is that the process is still very manageable when we use only a machine account.


HOME
MISSION
SAFETY
Neutral
Buoyancy
Training
And other emergency
situations training
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Defense
Systems
Bleeding edge technology to
ensure your safety
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Personal
Escorters
Personnel that will patrol
the ship's surroundings
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Robots
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throughout your trip
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Passage
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Each player except the czar starts with 10 answer cards
A player i s randomly chosen as czar
Other players answer the question card by selecting answer cards
The Card Czar then picks a favorite answer, and whoever that answer wins
Choose a question card to start the round


This Website will be used to document my current and future research as inprogress through highschool
math fair papers listed below


Having a special day? Whether it is an engagement, cultural show or a sweet 16, we are more than happy to bring our talents to your stage. Hire us for a vibrant dance performance for your event! Although we focus on garba-raas, we have talented dancers trained in Bollywood, Classical, and various forms of folk dance! We are more than happy to work with your schedule and logistics. Just get it touch with us to get the process started!
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McErlang is a model checker for programs written in Erlang. The idea is to replace the part of the standard Erlang runtime system that concerns distribution, concurrency and communication with a new runtime system which simulates processes inside the model checker, and which offers easy access to the program state.
A transition system is a digraph that represents the behaviour of a system. The labeled transition system generated by the model checker comprises two elements:
McErlang provides a number of different ways to formulate correctness properties for checking on a given program. Correctness properties are given in the form of a monitor/automaton that is executed in parallel with the program, checking for errors along the execution path. Monitors are either safety monitors or büchi monitors which encode linear temporal logic properties (LTL). Given a program and such an automaton, McErlang will run them in lockstep letting the automaton investigate each new program state generated. If the property does not hold, a counterexample (an execution trace) is generated.
We show two examples of using safety monitor in the following section and in sect. . In sect. we show examples of using büchi monitors.


Using Holodeck with a test harness can help ensure reproducibility of bugs and, when run on daily builds, can help test for obvious crashing bugs. Have the test harness launch Holodeck with code coverage or stress test automatic testing turned on and Holodeck will automatically set faults, tests and limits while the test harness commands the application.
Further Exploration
Try turning on Intelligent Stress Test Automatic testing while the test harness runs. Intelligent Stress Testing puts your application into a hostile environment based on the API function calls Holodeck sees from a test run.
Try recording a testing session, then replay the session while the test harness runs. This will make sure the same tests, faults, and limits are run each time the application is restarted.


Availability
of the government of the United States of America
This Year
This Administration
All Time
GitHub
|
Data
|
No copyright


-
{% for pet in pets %}
-
{{ pet.name }}
-
{% for owner in pet.owners %}
- {{ owner.last_name }}, {{ owner.first_name }} {% endfor %}
{% endfor %}
-
{% for owner in owners %}
- {{ owner.last_name }}, {{ owner.first_name }} {% endfor %}


{% from "macros/form_macros.html" import form_field_tb %} Enter a new password {% include "partials/messages.html" %} {{ form_field_tb(form.password) }} {{ form_field_tb(form.confirm) }}


Well I guess it would be nice If I could touch your body
I know not everybody Has got a body like you
But I've got to think twice Before I give my heart away
And I know all the games you play Because I play them too
Oh but I Need some time off from that emotion
Time to pick my heart up off the floor
Oh when that love comes down Without devotion
Well it takes a strong man baby But I'm showing you the door
‘Cause I gotta have faith I gotta have faith
‘Cause I gotta have faith, faith
‘Cause I gotta have faith, faith, faith
Baby, I know you're asking me to stay
Say please, please, please don't go away
You say I'm giving you the blues
Maybe You mean every word you say
Can't help but think of yesterday
And another who tied me down to loverboy rules
Before this river Becomes an ocean
Before you throw my heart back on the floor
Oh oh baby I reconsider My foolish notion
Well I need someone to hold me
But I'll wait for something more
Yes I've gotta have faith… Mmm, I gotta have faith
‘Cause I gotta have faith, faith, faith
I gotta have faith-a-faith-a-faith
Before this river Becomes an ocean
Before you throw my heart back on the floor
Oh oh baby I reconsider My foolish notion
Well I need someone to hold me
But I'll wait for something more
Yes I've gotta have faith… Mmm, I gotta have faith
‘Cause I gotta have faith, faith, faith
I gotta have faith-a-faith-a-faith


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The following text will explain how to get secure connections from the SBLIM CIM Client for Java to the CIM Object Manager working.
SSL/TLS may provide
The more complex part of SSL/TLS setups is the authentication. If you can live without it, things get much easier. Below you'll find a table with the possible configurations. The higher the number the more complex and secure it becomes. Keep in mind that you cannot choose the security configuration independently of your counterpart (the CIMOM), e.g. if the CIMOM defines client authentication as mandatory you cannot get around it. Vice-versa if the CIMOM doesn't care about client authentication you might send as many certificates you want - it will never ever evaluate them.
SSL/TLS authentication is X509 certificate-based. Each side provides a X509 certificate that confirms its identity. The certificates are exchanged and each side validates the received certificate against a local copy.
To store the certificates two files are used. The first is the so-called keystore and contains your own certificate with all private and public key information. The second is the so-called truststore and contains local copies of certificates from other systems you trust. These copies contain only the public key information.
How to create a keystore for Java is explained here.
The described mechanism would enforce every receiver to have the certificate of every trusted sender stored in its truststore. Certificate chains were invented to get around this. In a certificate chain an organization certifies the authenticity of an entity's certificate and the receiver just validates the authenticity of the organization's certificate. Therefore with just the certificate of the organization in the truststore the receiver can validate all entities that have certificates based on the organization's certificate.
The following properties allow you to configure the client keystore and truststore:
Whenever the keystore properties are defined for the client -- either by global configuration via the properties file or via a call to System.setProperty()
, or set for the client directly via a call to setProperty()
on an instance of a client -- the keystore will be activated automatically and no further configuration is required.
For the truststore however, an additional property is provided to control activation; setting the above truststore properties alone is not sufficient to enable the truststore. (The reason for this difference is explained in more detail in Getting Started with Secure Indications). To enable the truststore you must set the following property to true
(the default is false
):
If the truststore properties are set but sslClientPeerVerification
is false
, the truststore is not activated and all connections will be allowed (i.e. every CIMOM is trusted). The only real use of this configuration is to temporarily disable the truststore for testing. Conversely, if sslClientPeerVerification
is true
but the truststore properties are not set (or the truststore file is missing or otherwise unreadable), no connections will be allowed (i.e. no CIMOM is trusted), as this is considered to be a misconfiguration. In both cases, a WARNING message is sent to the logger.
The table below shows the possible configurations.
| Configuration | Encryption/Hashing | CIMOM authenticated | Client authenticated | Secure indication listeners supported |
|---|---|---|---|---|
| No authentication | yes | no | no | no |
| CIMOM authentication | yes | yes | no | no |
| Client authentication | yes | no | yes | yes |
| Mutual authentication | yes | yes | yes | yes |
To open an SSL/TLS-secured client connection to a CIMOM just make your client call as usual, but replace "http" by "https" as well as the non-secure port (usually 5988) by the secure port (usually 5989) in the CIMOM URL. That's all!
Note: In this scenario we decided not to evaluate the CIMOM's X509 certificate. The client is free to do that.
Note: We also decided not to send any X509 certificate to the CIMOM to authenticate ourselves. This will work only if the CIMOM is configured to ignore client certificates. If the CIMOM's configuration is to check certificates the connection will be refused by the CIMOM. Today the vast majority of CIMOMs are configured to not check client certificates.
In this scenario we configure the client to check the identity of the CIMOM. To do this we need to create a truststore and set the appropriate configuration properties described above. When sslClientPeerVerification
is set to true
, the keystore will be activated and the client will automatically check the CIMOM certificate against the truststore. Everything else is equal to the "no authorization" configuration
Note: In this scenario we decided to evaluate the CIMOM's X509 certificate. In order to do that we have to import the CIMOM's certificate into our truststore. See importing a certificate for details.
Note: In this scenario we decided not to send any X509 certificate to the CIMOM to authenticate ourselves. This will work only if the CIMOM is configured to ignore client certificates. If the CIMOM's configuration is to check certificates the connection will be refused by the CIMOM. Today the vast majority of CIMOMs are configured to not check client certificates.
In this scenario we configure the CIMOM to check the identity of the client. We want our client to send a certificate to the CIMOM and for that we need to create a keystore and set the appropriate configuration properties. Once this is done the keystore will be activated and the client will automatically send our certificate on request by the CIMOM. Everything else is equal to the "no authorization" configuration.
Note: In this scenario we decided not to evaluate the CIMOM's X509 certificate. The client can be configured to do that as described above.
Note: The CIMOM has to be enabled to validate our certificate. To do this we must import into the CIMOM's truststore either a copy of our client cert or an appropriate "Certificate Authority" (CA) cert that is a signer for our client cert. (Really , the most general case is that the CA cert is the signer of one or more certs in a trust chain leading to our client cert.) The simplest case is where the CIMOM has a copy of our client cert. See exporting a certificate for a description on how to export a certificate from your client keystore so that you can import it into the CIMOM's truststore or other central certificate store (e.g. LDAP).
Finally, note that most CIMOMs have three configurable settings governing authentication of the client: SFCB has ignore, accept, require. OpenPegasus has disabled, optional, required. In the case of ignore (disabled), the CIMOM will not check the client certificate. In the case of require (required) it will. The often confusing case is accept (optional); here the CIMOM will enforce the certificate check only if the client provides one. If your CIMOM is so configured you may find that it happily accepts the connection without the client sending any X509 certificate. But once the client keystore is configured and the client does send a certificate, the CIMOM will suddenly behave as if require (required) is configured, and will refuse the connection if it is unable to verify the client cert.
In this scenario we configure certificate validation in both directions simultaneously.
In short, this configuration comprises the "CIMOM authentication" and "Client authentication" together.
Keystores hold public/private key pairs that are used to authenticate ourselves with others
and as asymmetric key to encrypt the handshake for the symmetric session key. The JVM provides a
tool that creates a keystore and generates keys: keytool
keytool
creates a file named keystore, generates a private/public key pair and stores it in the
file. Such a file that stores private/public key pairs for authentication ourselves with others is
called "keystore". Open a shell, change to your JVMs bin directory and enter:
keytool -genkey -alias mykey -keyalg RSA -validity 7 -keystore keystore
keytool
will ask you a lot of questions and finally request a password for the keystore. This password
is essential for later access to the keystore.
Now that we have created a key and a keystore we have to tell the SBLIM CIM Client for Java where to find it. There are three possibilities:
-Djavax.net.ssl.keyStore=<path> -Djavax.net.ssl.keyStorePassword=<password>
javax.net.ssl.keyStore
and javax.net.ssl.keyStorePassword
to the
keystore path/password using System.setProperty()
at runtime.javax.net.ssl.keyStore
and javax.net.ssl.keyStorePassword
to the
keystore path/password in the sblim-cim-client2.properties
file.Truststores hold public certificates that are used to authenticate others with ourselves. The JVM provides a
tool that creates a truststore: keytool
A truststore file is automatically created when you import
a certificate with keytool, see import of a certificate for details.
Once we have created a truststore we have to tell the SBLIM CIM Client for Java where to find it. There are three possibilities:
-Djavax.net.ssl.trustStore=<path> -Djavax.net.ssl.trustStorePassword=<password>
javax.net.ssl.trustStore
and javax.net.ssl.trustStorePassword
to the
truststore path/password using System.setProperty()
at runtime.javax.net.ssl.trustStore
and javax.net.ssl.trustStorePassword
to the
truststore path/password in the sblim-cim-client2.properties
file.If you want to import the public part of a CIMOM's certificate in your truststore you can do that with keytool:
keytool -import -alias mycimom -file mycimom.cer -keystore truststore
A note on terminology: we use the terms keystore and truststore to refer to the certificate stores that perform
the roles described above. Be aware that the term keystore is also used in the general sense to describe any certificate store,
regardless of role. This latter definition is used by keytool
, and for that reason you will use the -keystore
option to point to either your keystore or truststore.
Also note: Your JVM might ship with a default truststore (containing common CA certificates issued by well-known certificate authorities). If so, the above command would import the cert into the existing truststore. If not, a new truststore will be created. In either case keytool
will prompt you for a password. For an exisitng truststore the password will be the one already set for the truststore (commonly this is "changeit" for the default JVM truststore). For a new truststore, the password you provide will be the one set going forward. In either case you can optionally specify the password on the command line using the -password option.
If you want to export the public part of your certificate to a file (e.g. for import into to a CIMOM's truststore) you can do that with keytool:
keytool -export -alias mykey -keystore keystore -rfc -file mykey.cer
The -rfc option ensures the cert is exported in PEM format, the format commonly required by the CIMOM.
Please refer to the CIMOM's documentation regarding the import of the certificate into the CIMOM's truststore.The configuration parameters can be found here. The properties beginning with
KEYSTORE_
, TRUSTSTORE_
or SSL_
control the SSL configuration.
Note: The SSL system properties globally configure the JREs SSL support. If you want to use settings different from the global
JRE configuration, you'll have to use WBEMClientSBLIM.setProperty()
to override the global setting. Keep in mind that
this applies only to the specific WBEMClient
instance. There is no way to set a global SSL configuration for the CIM
client independent from the JRE configuration.
You can pass your own SocketFactory
to the SBLIM CIM Client for Java by casting the WBEMClient
returned
from WBEMClientFactory.getClient()
to WBEMClientSBLIM
and calling the setCustomSocketFactory()
.
This setting applies only to this specific WBEMClient
instance.
By setting your own SocketFactory
you're bypassing the SSL configuration of the SBLIM CIM Client for Java. When creating
the SocketFactory
you set up your own SSLContext
that defines things like keystores, truststores,
algorithms, etc. Using your own SocketFactory
you may be able to get around any limitations of the SBLIM CIM
Client for Java's SSL/TLS support.


| Top |
| ExampleObject | |
| struct | ExampleObjectIface |
| struct | ExampleObjectProxy |
| struct | ExampleObjectProxyClass |
| struct | ExampleObjectSkeleton |
| struct | ExampleObjectSkeletonClass |
GInterface ╰── ExampleObject GObject ├── GDBusObjectProxy │ ╰── ExampleObjectProxy ╰── GDBusObjectSkeleton ╰── ExampleObjectSkeleton
ExampleObjectProxy implements GDBusObject and ExampleObject.
ExampleObjectSkeleton implements GDBusObject and ExampleObject.
This section contains the ExampleObject, ExampleObjectProxy, and ExampleObjectSkeleton types which make it easier to work with objects implementing generated types for D-Bus interfaces.
ExampleAnimal *
example_object_get_animal (ExampleObject *object
);
Gets the ExampleAnimal instance for the D-Bus interface org.gtk.GDBus.Example.ObjectManager.Animal on object
, if any.
A ExampleAnimal that must be freed with g_object_unref()
or NULL
if object
does not implement the interface.
[transfer full]
Since 2.30
ExampleCat *
example_object_get_cat (ExampleObject *object
);
Gets the ExampleCat instance for the D-Bus interface org.gtk.GDBus.Example.ObjectManager.Cat on object
, if any.
A ExampleCat that must be freed with g_object_unref()
or NULL
if object
does not implement the interface.
[transfer full]
ExampleAnimal *
example_object_peek_animal (ExampleObject *object
);
Like example_object_get_animal()
but doesn't increase the reference count on the returned object.
object
is running. A ExampleAnimal or NULL
if object
does not implement the interface. Do not free the returned object, it is owned by object
.
[transfer none]
Since 2.30
ExampleCat *
example_object_peek_cat (ExampleObject *object
);
Like example_object_get_cat()
but doesn't increase the reference count on the returned object.
object
is running. A ExampleCat or NULL
if object
does not implement the interface. Do not free the returned object, it is owned by object
.
[transfer none]
ExampleObjectProxy * example_object_proxy_new (GDBusConnection *connection
,const gchar *object_path
);
Creates a new proxy object.
ExampleObjectSkeleton *
example_object_skeleton_new (const gchar *object_path
);
Creates a new skeleton object.
void example_object_skeleton_set_animal (ExampleObjectSkeleton *object
,ExampleAnimal *interface_
);
Sets the ExampleAnimal instance for the D-Bus interface org.gtk.GDBus.Example.ObjectManager.Animal on object
.
Since 2.30
void example_object_skeleton_set_cat (ExampleObjectSkeleton *object
,ExampleCat *interface_
);
Sets the ExampleCat instance for the D-Bus interface org.gtk.GDBus.Example.ObjectManager.Cat on object
.
typedef struct _ExampleObject ExampleObject;
The ExampleObject type is a specialized container of interfaces.
struct ExampleObjectIface { GTypeInterface parent_iface; };
Virtual table for the ExampleObject interface.
struct ExampleObjectProxy;
The ExampleObjectProxy structure contains only private data and should only be accessed using the provided API.
struct ExampleObjectProxyClass { GDBusObjectProxyClass parent_class; };
Class structure for ExampleObjectProxy.
struct ExampleObjectSkeleton;
The ExampleObjectSkeleton structure contains only private data and should only be accessed using the provided API.
struct ExampleObjectSkeletonClass { GDBusObjectSkeletonClass parent_class; };
Class structure for ExampleObjectSkeleton.
“animal”
property“animal” ExampleAnimal *
The ExampleAnimal instance corresponding to the D-Bus interface org.gtk.GDBus.Example.ObjectManager.Animal, if any.
Connect to the “notify” signal to get informed of property changes.
Flags: Read / Write
Since 2.30
“cat”
property“cat” ExampleCat *
The ExampleCat instance corresponding to the D-Bus interface org.gtk.GDBus.Example.ObjectManager.Cat, if any.
Connect to the “notify” signal to get informed of property changes.
Flags: Read / Write


XenForo
2.1.0 - RC
Public Member Functions
|
Protected Attributes
AbstractPlugin Class Reference
Inheritance diagram for AbstractPlugin:
Public Member Functions
__construct
(\
XF\Mvc\Controller
$controller)
__get
($key)
__set
($key, $value)
__call
($method, array $args)
Protected Attributes
$controller
The documentation for this class was generated from the following file:
C:/Users/Michel/Downloads/XenForo-2.1.0-RC1/XenForo-2.1.0-RC1/upload/src/XF/ControllerPlugin/AbstractPlugin.php
XF
ControllerPlugin
AbstractPlugin
Generated by
1.8.15


Mane and Bob the main men & 30 unbeaten! – 5 talking points from Crystal Palace 1-2 Liverpool
by Alex MaloneLiverpool were far from their best at Selhurst Park, with another lack of clean sheet a concern, but yet again, Jurgen Klopp‘s ‘mentality monsters’ showed their winning character.
Crystal Palace 1-2 Liverpool
Premier League, Selhurst Park
November 23, 2019
Goals: Mane 49′, Firmino 85′; Zaha 82′
Disjointed Reds
Whenever any one of the fabled front three are missing, there’s a noticeable drop off in the fluidity of the whole team from an attacking perspective.
Both Ox and Origi, for all their talents, don’t fit seamlessly into the well-oiled front three machine.
It’s not a criticism of them individually, it’s just a reality that replacing any of the world’s best forward trio is no easy task. Oxlade-Chamberlain is clearly much more effective in the midfield three now than the front three.
The first half particularly was as disjointed as we have been all season. Long balls over the top from defence were unusually frequent and predictably ineffective.
We ended the first half without a single shot on target.
VAR
According to several in the press, the commentators and pundits (who I honestly believe may not actually understand the rules of football), the Palace goal should have stood because Ayew flooring Lovren did not have any bearing on the disallowed goal.
They tried equating it to a player who is in an offside position but not interfering with play.
Let me spell it out for them: If you push a player over in the box, it is a foul! Not maybe, not debatable, not ‘he wasn’t interfering’ – IT’S A FOUL!
So glad I could clear that one up for them.
Mane and Bobby the main men again
Equaling the record of Michael Owen against Newcastle and Luis Suarez against Norwich, Sadio became the third Liverpool player to score in five successive games against the same opposition.
It’s also his eighth goal in 10 games against Palace and surely the most significant one yet.
Even more significant was Bobby Firmino’s 85th minute wonderfully beautiful scrappy winner. He’s been less than prolific this season, but as great players do, he popped up with an absolutely essential goal just when it’s needed.
It was yet another ‘if we win the league by two points, remember the moment’ kind of goal.
Defensive concerns
For one of the very few times, the opposition had more shots on target and the most shots on target we have conceded (six) since the 2017/18 last season.
Palace breached the defence far too easily, far too often. Trent wasn’t at the races all day.
For their goal, Lovren was beaten far too easily by Benteke and Palace had three men over to equalise with ease.
What seemed a bit of an anomaly is now becoming a genuine Achille’s heel. That’s the sixth game in a row we have conceded, and it’s now only two clean sheets in 13 league games.
It hasn’t bitten us yet, but it has to be remedied before it does.
30 and counting…
Having said that, it’s now 30 games undefeated and unbeaten in 65 games when we have scored the first goal; but this was as close as it gets.
It continues the whole ‘mentality monsters’ theme with the winning goal once again coming in the final five minutes of the game; but rather than steely grit and fierce determination, this was a nervy affair and an anxious last few minutes. If Wilfred Zaha was as good a finisher as the pundits would have you believe, the game would have ended 2-2. Thankfully he’s not.
Thirteen now played, another banana skin navigated, 37 points on the board and still eight points clear.


Why?
Unicode
What is Unicode?
Unicode is a character encoding standard.
What is Character Encoding?
It is a mapping between bytes and a character.
100001 ----------------> `a`
So why do we need a standard?
ASCII
A 7 bit system to represent 128 characters
Great for America! Bad for Japanese, Russians, etc.
� � � � � �
Unicode v1: 1991
Launches with 7,161 characters
Unicode v8: potentially 2,164,864
Current mapped? 1,111,998
How does Unicode work?
17 different "planes"
Plane is a continuous group of 65,536 (2^16) code points.
Plane 0: Basic Multilingual Plane (BMP)
Unification of all prior sets (ASCII, Chinese, Japanese, Cyrillic, etc)
The Astral Planes
The informal name for the supplementary planes of Unicode is "astral planes", since (especially in the late '90s) their use seemed to be as remote as the theosophical "great beyond"
<meta charset="utf-8" />
Why Unicode 8? Why not 16? 32?
Unicode 8
Unicode 16
Unicode 32
Wait? You can't do that?
const place = "cafe\u0301";
console.log(place) => "café"
console.log(place.length) => 5
console.log(place.split("")) => ["c", "a", "f", "e", ""]
\u0301 is a combining mark
Modifies what preceeds it
Skin tones
Base on the Fitzpatrick Dermatology scale
🏻 🏼 🏽 🏾 🏿
const scale = ['\u{1F3FC}', '\u{1F3FD}', '\u{1F3FE}', '\u{1F3FF}'];
scale.map((tone) => `👩${tone}`) // => (5) ["👩🏻", "👩🏼", "👩🏽", "👩🏾", "👩🏿"]
Zero Width Joiner (ZWJ)
👩 \u200D 🚀 == ???


---
layout: page
type: internship
title: Software Engineering Internship
image: /assets/images/layer5/layer5-tag-linkedin.png
excerpt: "Work with talented engineers in a challenging learning environment as a Layer5 Software Engineer Intern."
---
{% include careers/position-title.html %}
About Layer5
We are a fun, talented and driven team dedicated to providing our customers with easy-to-use software and a world-class, open source community experience. While small, the Layer5 community represents the largest collection of service mesh projects and their maintainers in the world. Advanced and emerging technology, and empowering engineers are at the core of our company, and though we move at a very fast pace, we are committed to maintaining a work environment of continual learning and giving back to our community. A passion for great design, dedication to innovation and a strong social media presence are our building blocks for creating a unique and engaging brand across the cloud native landscape. Our headquarters are located in the hill country of Austin, Texas, and we embrace the unique vibe and energy of our hometown as an inspiration for our brand and company culture.
Software Engineering Internship
Internship Overview
The Layer5 Internship Program offers students and graduates an opportunity to gain exposure to the inner workings of the fast-moving world of cloud native. We value all of our interns and commit to providing a comprehensive learning experience that aligns with individual interests and career goals.
Basics
- 12-week, experience fully online or in Austin, TX. Relocation is not necessary.
- Applicants should be fluent with object-oriented programming and passionate about emerging technology.
- Internships are ongoing and may start anytime.
Start Date:
ASAP
Compensation:
Monthly stipend. Amount depends on experience.
What You Will Learn
We have multiple internships open. In this position, you will collaborate with our core team in each stage of the software engineering lifecycle.
Your work will include designing, coding, testing, and deploying cloud native solutions.
This is an extremely dynamic position and a great opportunity for an entry level tech person to build their skills and their career.
The Software Engineer Intern will work closely with the open source community and broad set of Layer5 academic and technology partners.
The ideal candidate is who enjoys learning at a high rate and is driven to succeed with little supervision.
You are someone who works well in a team and takes pride in helping a company succeed and grow and are willing to put in the work
needed to become a valued member of an evolving engineering team.
Responsibilities
As a Layer5 software engineer intern, you will learn our guiding principles to software architecture and design.
You will understand and internalize Layer5's vision and strategy for helping the world adopt service meshes;
helping the world expect more from their infrastructure. Put your software development skills to use with cloud native paradigms
and modern software making.
Interns will enhance their weilding of language-specific idioms, their understanding of distributed systems challenges,
and be able to identify and avoid anti-patterns. You will understand how to develop cloud native infrastructure management software,
and how to empathize with your target persona. You will engage with other world-class engineers from Layer5 and partner companies.
Minimum Qualifications
Must have ompetency with some or all of the following is ideal:
- Must have experience with either Golang, or Rust
- Or must have experience with either Reactjs, Cytoscapejs, Billboardjs, Gatsbyjs
Desired Qualifications
- Currently pursuing or recently completed a bachelor's or master's degree. All majors welcome, rising final year (seniors) preferred but not mandatory.
- Strong organizational and communication skills.
- Self-motivated.
- Results-oriented with keen ability to problem solve.
- Desire to learn and take initiative.
- Familiarity with Kubernetes, Docker
- Familiarity with Service Meshes: Istio, Linkerd, Consul, Network Service Mesh
- Familiarity with Cloud Native software design and deployment; distributed systems concepts
Ideal Candidate
- Availability to work at least 20 hours a week (40 hours a week internships also available).
- The ability to embody Layer5’s cultural values among peers and across the community.
- A high level of accountability, reliability and initiative.
- Exceptional organizational skills and attention to detail.
- Excellent written and verbal communication skills.
- A strong ability to build relationships with community members and keep others informed.
- A growth mindset: desire to learn, grow and embrace new ideas.
- A shared appreciation for our core values of continual learning, making strategic decisions with fast execution, and creating a platform for shared success.
{% include careers/position-apply.html %}
Code: ENGDEV06
Division: United States
Location: Headquarters
City: Austin
State: Texas
Zip Code: 78701


{% extends "cog/common/layout_center.html" %} {% load cog_utils %} {% block main %}
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