Tales of the Jazz Age
by F. Scott Fitzgerald
THE DIAMOND AS BIG AS THE RITZ Chapter 10
Additional Information
- Year Published: 1922
- Language: English
- Country of Origin: United States of America
- Source: Fitzgerald, F.S. (1922) Tales of the Jazz Age. New York: Charles Scribner's Sons
-
Readability:
- Flesch–Kincaid Level: 12.0
- Word Count: 2,218
- Genre: Realism
- ✎ Cite This
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10
It was three o'clock when they attained their destination. The obliging and phlegmatic Jasmine fell off to sleep immediately, leaning against the trunk of a large tree, while John and Kismine sat, his arm around her, and watched the desperate ebb and flow of the dying battle among the ruins of a vista that had been a garden spot that morning. Shortly after four o'clock the last remaining gun gave out a clanging sound, and went out of action in a swift tongue of red smoke. Though the moon was down, they saw that the flying bodies were circling closer to the earth. When the planes had made certain that the beleaguered possessed no further resources they would land and the dark and glittering reign of the Washingtons would be over.
With the cessation of the firing the valley grew quiet. The embers of the two aeroplanes glowed like the eyes of some monster crouching in the grass. The ch‰teau stood dark and silent, beautiful without light as it had been beautiful in the sun, while the woody rattles of Nemesis filled the air above with a growing and receding complaint. Then John perceived that Kismine, like her sister, had fallen sound asleep.
It was long after four when he became aware of footsteps along the path they had lately followed, and he waited in breathless silence until the persons to whom they belonged had passed the vantage–point he occupied. There was a faint stir in the air now that was not of human origin, and the dew was cold; be knew that the dawn would break soon. John waited until the steps had gone a safe distance up the mountain and were inaudible. Then he followed. About half–way to the steep summit the trees fell away and a hard saddle of rock spread itself over the diamond beneath. Just before he reached this point he slowed down his pace warned by an animal sense that there was life just ahead of him. Coming to a high boulder, he lifted his head gradually above its edge. His curiosity was rewarded; this is what he saw:
Braddock Washington was standing there motionless, silhouetted against the gray sky without sound or sign of life. As the dawn came up out of the east, lending a gold green colour to the earth, it brought the solitary figure into insignificant contrast with the new day,
While John watched, his host remained for a few moments absorbed in some inscrutable contemplation; then he signalled to the two negroes who crouched at his feet to lift the burden which lay between them. As they struggled upright, the first yellow beam of the sun struck through the innumerable prisms of an immense and exquisitely chiselled diamond—and a white radiance was kindled that glowed upon the air like a fragment of the morning star. The bearers staggered beneath its weight for a moment—then their rippling muscles caught and hardened under the wet shine of the skins and the three figures were again motionless in their defiant impotency before the heavens.
After a while the white man lifted his head and slowly raised his arms in a gesture of attention, as one who would call a great crowd to hear—but there was no crowd, only the vast silence of the mountain and the sky, broken by faint bird voices down among the trees. The figure on the saddle of rock began to speak ponderously and with an inextinguishable pride.
"You—out there—–!" he cried in a trembling voice.
"You—there——–!" He paused, his arms still uplifted, his head held attentively as though he were expecting an answer. John strained his eyes to see whether there might be men coming down the mountain, but the mountain was bare of human life. There was only sky and a mocking flute of wind along the treetops. Could Washington be praying? For a moment John wondered. Then the illusion passed—there was something in the man's whole attitude antithetical to prayer.
"Oh, you above there!"
The voice was become strong and confident. This was no forlorn supplication. If anything, there was in it a quality of monstrous condescension.
"You there—–" Words, too quickly uttered to be understood, flowing one into the other .... John listened breathlessly, catching a phrase here and there, while the voice broke off, resumed, broke off again—now strong and argumentative, now coloured with a slow, puzzled impatience, Then a conviction commenced to dawn on the single listener, and as realisation crept over him a spray of quick blood rushed through his arteries. Braddock Washington was offering a bribe to God!
That was it—there was no doubt. The diamond in the arms of his slaves was some advance sample, a promise of more to follow.
That, John perceived after a time, was the thread running through his sentences. Prometheus Enriched was calling to witness forgotten sacrifices, forgotten rituals, prayers obsolete before the birth of Christ. For a while his discourse took the farm of reminding God of this gift or that which Divinity had deigned to accept from men—great churches if he would rescue cities from the plague, gifts of myrrh and gold, of human lives and beautiful women and captive armies, of children and queens, of beasts of the forest and field, sheep and goats, harvests and cities, whole conquered lands that had been offered up in lust or blood for His appeasal, buying a meed's worth of alleviation from the Divine wrath—and now he, Braddock Washington, Emperor of Diamonds, king and priest of the age of gold, arbiter of splendour and luxury, would offer up a treasure such as princes before him had never dreamed of, offer it up not in suppliance, but in pride.
He would give to God, he continued, getting down to specifications, the greatest diamond in the world. This diamond would be cut with many more thousand facets than there were leaves on a tree, and yet the whole diamond would be shaped with the perfection of a stone no bigger than a fly. Many men would work upon it for many years. It would be set in a great dome of beaten gold, wonderfully carved and equipped with gates of opal and crusted sapphire. In the middle would be hollowed out a chapel presided over by an altar of iridescent, decomposing, ever–changing radium which would burn out the eyes of any worshipper who lifted up his head from prayer—and on this altar there would be slain for the amusement of the Divine Benefactor any victim He should choose, even though it should be the greatest and most powerful man alive.
In return he asked only a simple thing, a thing that for God would be absurdly easy—only that matters should be as they were yesterday at this hour and that they should so remain. So very simple! Let but the heavens open, swallowing these men and their aeroplanes—and then close again. Let him have his slaves once more, restored to life and well.
There was no one else with whom he had ever needed: to treat or bargain.
He doubted only whether he had made his bribe big enough. God had His price, of course. God was made in man's image, so it had been said: He must have His price. And the price would be rare—no cathedral whose building consumed many years, no pyramid constructed by ten thousand workmen, would be like this cathedral, this pyramid.
He paused here. That was his proposition. Everything would be up to specifications, and there was nothing vulgar in his assertion that it would be cheap at the price. He implied that Providence could take it or leave it.
As he approached the end his sentences became broken, became short and uncertain, and his body seemed tense, seemed strained to catch the slightest pressure or whisper of life in the spaces around him.
Then, as John stared in giddy fascination, it seemed to him that a curious phenomenon took place somewhere around him. It was as though the sky had darkened for an instant, as though there had been a sudden murmur in a gust of wind, a sound of far–away trumpets, a sighing like the rustle of a great silken robe—for a time the whole of nature round about partook of this darkness; the birds' song ceased; the trees were still, and far over the mountain there was a mutter of dull, menacing thunder.
That was all. The wind died along the tall grasses of the valley. The dawn and the day resumed their place in a time, and the risen sun sent hot waves of yellow mist that made its path bright before it. The leaves laughed in the sun, and their laughter shook until each bough was like a girl's school in fairyland. God had refused to accept the bribe.
For another moment John, watched the triumph of the day. Then, turning, he saw a flutter of brown down by the lake, then another flutter, then another, like the dance of golden angels alighting from the clouds. The aeroplanes had come to earth.
John slid off the boulder and ran down the side of the mountain to the clump of trees, where the two girls were awake and waiting for him. Kismine sprang to her feet, the jewels in her pockets jingling, a question on her parted lips, but instinct told John that there was no time for words. They must get off the mountain without losing a moment. He seized a hand of each, and in silence they threaded the tree–trunks, washed with light now and with the rising mist. Behind them from the valley came no sound at all, except the complaint of the peacocks far away and the pleasant of morning.
When they had gone about half a mile, they avoided the park land and entered a narrow path that led over the next rise of ground. At the highest point of this they paused and turned around. Their eyes rested upon the mountainside they had just left—oppressed by some dark sense of tragic impendency.
Clear against the sky a broken, white–haired man was slowly descending the steep slope, followed by two gigantic and emotionless negroes, who carried a burden between them which still flashed and glittered in the sun. Half–way down two other figures joined them—John could see that they were Mrs. Washington and her son, upon whose arm she leaned. The aviators had clambered from their machines to the sweeping lawn in front of the chateau, and with rifles in hand were starting up the diamond mountain in skirmishing formation.
But the little group of five which had formed farther up and was engrossing all the watchers' attention had stopped upon a ledge of rock. The negroes stooped and pulled up what appeared to be a trap–door in the side of the mountain. Into this they all disappeared, the white–haired man first, then his wife and son, finally the two negroes, the glittering tips of whose jewelled head–dresses caught the sun for a moment before the trap–door descended and engulfed them all.
Kismine clutched John's arm.
"Oh," she cried wildly, "where are they going? What are they going to do?"
"It must be some underground way of escape—"
A little scream from the two girls interrupted his sentence.
"Don't you see?" sobbed Kismine hysterically. "The mountain is wired!"
Even as she spoke John put up his hands to shield his sight. Before their eyes the whole surface of the mountain had changed suddenly to a dazzling burning yellow, which showed up through the jacket of turf as light shows through a human hand.  Of the aviators there was left neither blood nor bone—they were consumed as completely as the five souls who had gone inside.
Simultaneously, and with an immense concussion, the ch‰teau literally threw itself into the air, bursting into flaming fragments as it rose, and then tumbling back upon itself in a smoking pile that lay projecting half into the water of the lake. There was no fire—what smoke there was drifted off mingling with the sunshine, and for a few minutes longer a powdery dust of marble drifted from the great featureless pile that had once been the house of jewels. There was no more sound and the three people were alone in the valley.


INSTRUCTIONS: 1. Press the flag 2. Press 's' to be able to move ball 3. Use arrow keys to move ball towards goal


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{% extends 'panda_example_django/layout.html' %} {% block content %}
This is an example Panda client application, written in Python, using the Django framework.


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| SUMMARY: NESTED | FIELD | CONSTR | METHOD | DETAIL: FIELD | CONSTR | METHOD |
java.lang.Object coins.flow.BBlockImpl
| Fields inherited from interface coins.flow.BBlock |
HAS_CALL, HAS_JUMP, HAS_PTR_ASSIGN, HAS_STRUCT_UNION, IS_DELETED, IS_ENTRY, IS_EXIT, IS_MODIFIED, IS_RESTRUCTURED, LOOP_HEAD, LOOP_TAIL, UNDER_VISIT, USE_PTR, VISIT_OVER |
| Constructor Summary | |
BBlockImpl()
|
|
BBlockImpl(FlowRoot pFlowRoot,
int pBBlockNumber)
Create new basic block corresponding to the HIR labeled statement pLabeledStmt. |
| Method Summary | |
void |
addToPredList(BBlock pPred)
addToPredList addToSuccList Add the basic block pPred/pSucc to the list of predecessors/successors of this basic block, and this block is added to the list of successors/predecessors of pPred/pSucc. |
void |
addToSuccList(BBlock pSucc)
|
void |
allocateSpaceForDataFlowAnalysis(int pPointCount,
int pDefCount,
int pExpCount)
|
BBlockNodeIterator |
bblockNodeIterator()
bblockNodeIterator Create an iterator to traverse all HIR nodes in this basic block. |
BBlockSubtreeIterator |
bblockSubtreeIterator()
bblockSubtreeIterator Create an iterator to traverse all top-subtree in this basic block. |
HIR |
controlTransfer()
If this basic block ends with control transfer statement such as JUMP, RETURN, then this method returns the control transfer statement. |
void |
deleteFromPredList(BBlock pPred)
deleteFromPredList deleteFromSuccList Delete the basic block pPred/pSucc from to the list of predecessors/successors of this basic block, and this block is deleted from the list of successors/predecessors of pPred/pSucc. |
void |
deleteFromSuccList(BBlock pSucc)
|
BBlock |
getAflowBBlock()
|
ExpVector |
getAvailIn()
getAvailIn Get bit vector showing AvailIn set of this block. |
ExpVector |
getAvailInVector()
|
ExpVector |
getAvailOut()
getAvailOut Get bit vector showing AvailOut set of this block. |
ExpVector |
getAvailOutVector()
|
int |
getBBlockNumber()
|
int |
getBlockNumber()
getBlockNumber Get the block number attached to this basic block. |
DefVector |
getDef()
getDef Get bit vector showing Def set of this block. |
FlowAnalSymVector |
getDefIn()
getDefIn Get bit vector showing DefIn set of this block. |
FlowAnalSymVector |
getDefined()
getDefined Get bit vector showing Defined set of this block. |
FlowAnalSymVector |
getDefinedVector()
|
FlowAnalSymVector |
getDefInVector()
|
java.util.Set |
getDefNodes()
getDefNodes Get the set of nodes defining a value. |
FlowAnalSymVector |
getDefOut()
getDefOut Get bit vector showing DefOut set of this block. |
FlowAnalSymVector |
getDefOutVector()
|
DefVector |
getDefVector()
|
java.util.List |
getDominatedChildren()
getDominatedChildren Get the list of basic blocks immediately dominated by this block. |
ExpVector |
getEGen()
getEGen Get bit vector showing EGen set of this block. |
ExpVector |
getEGenVector()
|
ExpVector |
getEKill()
getEKill Get bit vector showing EKill set of this block. |
ExpVector |
getEKillAll()
getEKillAll Get bit vector showing EKillAll set of this block. |
ExpVector |
getEKillAllVector()
|
ExpVector |
getEKillVector()
|
FlowAnalSymVector |
getExposed()
getExposed Get bit vector showing Exposed set of this block. |
FlowAnalSymVector |
getExposedVector()
|
boolean |
getFlag(int pFlagNumber)
getFlag setFlag getFlag returns the value (true/false) of the flag indicated by pFlagNumber. |
BBlock |
getImmediateDominator()
getImmediateDominator Get a basic block immediately dominating this block. |
BBlock |
getImmediatePostDominator()
getImmediatePostDominator Get a basic block immediately post dominating this block. |
IR |
getIrLink()
getIrLink Get the top-subtree that starts this basic block. |
DefVector |
getKill()
getKill Get bit vector showing Kill set of this block. |
DefVector |
getKillVector()
|
Label |
getLabel()
getLabel Get a label attached to the first top-subtree of this basic block. |
FlowAnalSymVector |
getLiveIn()
getLiveIn Get bit vector showing LiveIn set of this block. |
FlowAnalSymVector |
getLiveInVector()
|
FlowAnalSymVector |
getLiveOut()
getLiveOut Get bit vector showing LiveOut set of this block. |
FlowAnalSymVector |
getLiveOutVector()
|
BBlock |
getNextInDFO()
getNextInDFO Get the next BBlock in depth first order. |
BBlock |
getNextInInverseDFO()
getNextInInverseDFO Get the next BBlock in inverse depth first order from exit BBlock. |
java.util.List |
getPostDominatedChildren()
getPostDominatedChildren Get the list of basic blocks immediately post dominated by this block. |
Edge |
getPredEdge(BBlock pFromBBlock)
getPredEdge Get the edge corresponding to the predecessor/successor to/from this basic block. |
java.util.List |
getPredList()
getPredList Get the predecessor list of this basic block. |
DefVector |
getReach()
getReach Get bit vector showing Reach set of this block. |
DefVector |
getReachVector()
|
SubpFlow |
getSubpFlow()
getUseNodes Get the set of nodes using value of variable or register. |
Edge |
getSuccEdge(BBlock pToBBlock)
getSuccEdge Get the edge corresponding to the predecessor/successor to/from this basic block. |
java.util.List |
getSuccList()
getSuccList Get the successor list of this basic block. |
FlowAnalSymVector |
getUsed()
getUsed Get bit vector showing Used set of this block. |
FlowAnalSymVector |
getUsedVector()
|
java.lang.Object |
getWork()
getWork setWork get/set information privately used in each phase. |
java.lang.Object |
getWorkFA()
getWorkFA setWorkFA get/set information privately used in flow analysis. |
protected void |
initiateFields()
|
boolean |
isAvailIn(ExpId pExpId)
isAvailIn See if the expression represented by pExpId is available (value is always computed) at entry to this block. |
boolean |
isAvailOut(ExpId pExpId)
isAvailOut See if the expression represented by pExpId is available (value is always computed) at exit from this block. |
boolean |
isDef(int pPos)
isDef See if definition at position pPos is done in this block. |
boolean |
isDefIn(Sym pSym)
isDefIn See if pSym is always defined at entry to this block whichever path may be take. |
boolean |
isDefined(Sym pSym)
isDefined See if the value of pSym is defined in this block. |
boolean |
isDefOut(Sym pSym)
isDefOut See if pSym is always defined at exit from this block. |
boolean |
isEGen(ExpId pExpId)
isEGen See if expression designated by pReg is generated (computed in this block and afterwards its operand is not changed) in this block. |
boolean |
isEKill(ExpId pExpId)
isEKill See if expression designated by pReg is killed (its operand is defined) in this block. |
boolean |
isEntryBlock()
isEntryBlock See if this block is the entry block in the graph of basic blocks. |
boolean |
isExitBlock()
isExitBlock See if this block is the exit block in the graph of basic blocks. |
boolean |
isExposed(Sym pSym)
isExposed See if the variable of pSym is used in this block without setting its value in this block. |
boolean |
isKill(int pPos)
isKill See if definition at position pPos is killed in this block. |
boolean |
isLiveIn(Sym pSym)
isLiveIn See if pSym is live at entry to this block (value at entry is used in this block or in some successor of this block). |
boolean |
isLiveOut(Sym pSym)
isLiveOut See if pSym is live at exit from this block (value at exit is used in some successor of this block). |
boolean |
isLoopBackEdge(BBlock pPredecessor)
isLoopBackEdge See if an edge is a loop back edge or not. |
boolean |
isReach(int pPos)
isReach See if definition at position pPos reaches to the entry point of this block. |
protected boolean |
isSymExpOn(ExpVector pVector,
Sym pSym)
isSymExpOn Return true/false according to 1/0 of pVector bit corresponding to pSym. |
boolean |
isUsed(Sym pSym)
isUsed See if the value of pSym is used in this block. |
void |
linkInDepthFirstOrder(Subp pSubp)
linkInDepthFirstOrder(Subp pSubp) Link basic blocks of subprogram pSubp in depth first order starting from the entry BBlock. |
void |
linkInInverseDepthFirstOrder(Subp pSubp)
linkInInverseDepthFirstOrder(Subp pSubp) Link basic blocks of subprogram pSubp in inverse depth first order starting from the exit BBlock. |
void |
printSubtrees()
printSubtrees Print the sequence of subtrees contained in this block. |
void |
resetForDataFlowAnal()
|
void |
setAflowBBlock(BBlock pBBlock)
|
void |
setAvailIn(ExpVector pVect)
|
void |
setAvailOut(ExpVector pVect)
|
void |
setDef(DefVector pVect)
|
void |
setDefIn(FlowAnalSymVector pVect)
|
void |
setDefined(FlowAnalSymVector pVect)
|
void |
setDefNodes(java.util.Set pSet)
|
void |
setDefOut(FlowAnalSymVector pVect)
|
void |
setDominatedChildren(java.util.LinkedList pDominatedChildren)
|
void |
setEGen(ExpVector pVect)
|
void |
setEKill(ExpVector pVect)
|
void |
setExposed(FlowAnalSymVector pVect)
|
void |
setFlag(int pFlagNumber,
boolean pYesNo)
|
void |
setImmediateDominator(BBlock pDominator)
|
void |
setImmediatePostDominator(BBlock pPostDominator)
|
void |
setIrLink(LabeledStmt pLabeledStmt)
setIrLink Set HIR statement pLabeledStmt or LIR DefLabel subtree as the first top-subtree that starts this basic block. |
void |
setKill(DefVector pVect)
|
void |
setLiveIn(FlowAnalSymVector pVect)
|
void |
setLiveOut(FlowAnalSymVector pVect)
|
void |
setNextInDFO(BBlock pNext)
setNextInDFO Record the next BBlock in depth first order. |
void |
setNextInInverseDFO(BBlock pNext)
|
void |
setPostDominatedChildren(java.util.LinkedList pPostDominatedChildren)
|
void |
setReach(DefVector pVect)
|
void |
setUsed(FlowAnalSymVector pVect)
|
void |
setWork(java.lang.Object pWork)
setWork get/set information privately used in each phase. |
void |
setWorkFA(java.lang.Object pWorkFA)
getWorkFA setWorkFA get/set information privately used in flow analysis. |
java.lang.String |
toString()
|
java.lang.String |
toStringDetail()
toStringDetail |
java.lang.String |
toStringShort()
toStringShort |
| Methods inherited from class java.lang.Object |
clone, equals, finalize, getClass, hashCode, notify, notifyAll, wait, wait, wait |
| Methods inherited from interface coins.flow.BBlock |
getFirstSubtree, getLastSubtree |
| Field Detail |
public final FlowRoot flowRoot
public final SubpFlow subpFlow
protected int fBBlockNumber
protected IR fIrLink
protected java.util.LinkedList fPredList
protected java.util.LinkedList fSuccList
protected java.util.LinkedList fPredEdgeList
protected java.util.LinkedList fSuccEdgeList
protected BBlock fImmediateDominator
protected BBlock fImmediatePostDominator
protected java.util.LinkedList fDominatedChildren
protected java.util.LinkedList fPostDominatedChildren
protected BBlock fNextInDFO
protected BBlock fNextInInverseDFO
protected FlagBox fFlagBox
protected java.lang.Object fWork
protected java.lang.Object fWorkFA
protected java.util.HashMap fExpNodeListMap
protected DefVector fDef
protected DefVector fKill
protected DefVector fIn
protected DefVector fOut
protected DefVector fReach
protected ExpVector fEGen
protected ExpVector fEKill
protected ExpVector fEKillAll
protected ExpVector fAvailIn
protected ExpVector fAvailOut
protected FlowAnalSymVector fDefined
protected FlowAnalSymVector fExposed
protected FlowAnalSymVector fLiveIn
protected FlowAnalSymVector fLiveOut
protected FlowAnalSymVector fDefIn
protected FlowAnalSymVector fDefOut
protected FlowAnalSymVector fUsed
protected java.util.Set fDefNodes
public final int fDbgLevel
protected BBlock aflowBBlock
public HIR fControlTransfer
| Constructor Detail |
public BBlockImpl()
public BBlockImpl(FlowRoot pFlowRoot, int pBBlockNumber)
| Method Detail |
protected void initiateFields()
public int getBlockNumber()
BBlock
getBlockNumber
in interface BBlock
public IR getIrLink()
BBlock
getIrLink
in interface BBlock
public void setIrLink(LabeledStmt pLabeledStmt)
BBlock
setIrLink
in interface BBlock
public Label getLabel()
BBlock
getLabel
in interface BBlock
public java.util.List getPredList()
BBlock
getPredList
in interface BBlock
public java.util.List getSuccList()
BBlock
getSuccList
in interface BBlock
public Edge getPredEdge(BBlock pFromBBlock)
BBlock
getPredEdge
in interface BBlock
public Edge getSuccEdge(BBlock pToBBlock)
BBlock
getSuccEdge
in interface BBlock
public boolean isEntryBlock()
isEntryBlock
in interface BBlock
public boolean isExitBlock()
isExitBlock
in interface BBlock
public boolean isLoopBackEdge(BBlock pPredecessor)
pPredecessor
- basic block contained in a basic
block graph containing this block.
public BBlock getImmediateDominator()
getImmediateDominator
in interface BBlock
public void setImmediateDominator(BBlock pDominator)
setImmediateDominator
in interface BBlock
public java.util.List getDominatedChildren()
getDominatedChildren
in interface BBlock
public void setDominatedChildren(java.util.LinkedList pDominatedChildren)
setDominatedChildren
in interface BBlock
public BBlock getImmediatePostDominator()
getImmediatePostDominator
in interface BBlock
public void setImmediatePostDominator(BBlock pPostDominator)
setImmediatePostDominator
in interface BBlock
public java.util.List getPostDominatedChildren()
getPostDominatedChildren
in interface BBlock
public void setPostDominatedChildren(java.util.LinkedList pPostDominatedChildren)
setPostDominatedChildren
in interface BBlock
public BBlock getNextInDFO()
BBlock
getNextInDFO
in interface BBlock
public void setNextInDFO(BBlock pNext)
BBlock
setNextInDFO
in interface BBlock
pNext
- Next BBlock in depth first order.
This method is called in linkInDepthFirstOrder.public BBlock getNextInInverseDFO()
BBlock
getNextInInverseDFO
in interface BBlock
public void setNextInInverseDFO(BBlock pNext)
setNextInInverseDFO
in interface BBlock
public void linkInDepthFirstOrder(Subp pSubp)
BBlock
linkInDepthFirstOrder
in interface BBlock
public void linkInInverseDepthFirstOrder(Subp pSubp)
BBlock
linkInInverseDepthFirstOrder
in interface BBlock
public java.lang.Object getWork()
BBlock
getWork
in interface BBlock
public void setWork(java.lang.Object pWork)
BBlock
setWork
in interface BBlock
public java.lang.Object getWorkFA()
BBlock
getWorkFA
in interface BBlock
public void setWorkFA(java.lang.Object pWorkFA)
BBlock
setWorkFA
in interface BBlock
public BBlockSubtreeIterator bblockSubtreeIterator()
BBlock
bblockSubtreeIterator
in interface BBlock
public BBlockNodeIterator bblockNodeIterator()
BBlock
bblockNodeIterator
in interface BBlock
public java.lang.String toString()
public java.lang.String toStringShort()
BBlock
toStringShort
in interface BBlock
public java.lang.String toStringDetail()
BBlock
toStringDetail
in interface BBlock
public void printSubtrees()
public void addToPredList(BBlock pPred)
addToPredList
in interface BBlock
pPred
- basic block to be added to the predecessor list
of this basic block.public void addToSuccList(BBlock pSucc)
addToSuccList
in interface BBlock
public void deleteFromPredList(BBlock pPred)
deleteFromPredList
in interface BBlock
pPred
- basic block to be deleted from the predecessor list
of this basic block.public void deleteFromSuccList(BBlock pSucc)
deleteFromSuccList
in interface BBlock
public boolean getFlag(int pFlagNumber)
BBlock
getFlag
in interface BBlock
pFlagNumber
- flag identification number (see below).public void setFlag(int pFlagNumber, boolean pYesNo)
setFlag
in interface BBlock
public void allocateSpaceForDataFlowAnalysis(int pPointCount, int pDefCount, int pExpCount)
allocateSpaceForDataFlowAnalysis
in interface BBlock
public boolean isDef(int pPos)
BBlock
isDef
in interface BBlock
pPos
- position number attached to the definition node.
public boolean isKill(int pPos)
BBlock
isKill
in interface BBlock
pPos
- position number attached to the definition node.
public boolean isReach(int pPos)
BBlock
isReach
in interface BBlock
pPos
- position number attached to the definition node.
public boolean isDefined(Sym pSym)
BBlock
isDefined
in interface BBlock
pSym
- symbol representing a variable or a register
or expression identifier.
public boolean isUsed(Sym pSym)
BBlock
isUsed
in interface BBlock
pSym
- symbol representing a variable or a register
or expression identifier.
public boolean isExposed(Sym pSym)
BBlock
isExposed
in interface BBlock
pSym
- symbol representing a variable or a register
or expression identifier.
public boolean isEGen(ExpId pExpId)
BBlock
isEGen
in interface BBlock
pExpId
- expression identifier assigned to the
expression.
public boolean isEKill(ExpId pExpId)
BBlock
isEKill
in interface BBlock
pExpId
- expression identifier assigned to the
expression.
public boolean isAvailIn(ExpId pExpId)
BBlock
isAvailIn
in interface BBlock
pExpId
- expression identifier
representing an expression. ()
public boolean isAvailOut(ExpId pExpId)
BBlock
isAvailOut
in interface BBlock
pExpId
- expression identifier
representing an expression. ()
public boolean isLiveIn(Sym pSym)
BBlock
isLiveIn
in interface BBlock
pSym
- variable or register or expression identifier
representing an expression.
public boolean isLiveOut(Sym pSym)
BBlock
isLiveOut
in interface BBlock
pSym
- variable or register or expression identifier
representing an expression.
public boolean isDefIn(Sym pSym)
BBlock
isDefIn
in interface BBlock
pSym
- variable or register or expression identifier
representing an expression.
public boolean isDefOut(Sym pSym)
BBlock
isDefOut
in interface BBlock
pSym
- variable or register or expression identifier
representing an expression.
protected boolean isSymExpOn(ExpVector pVector, Sym pSym)
public DefVector getDef()
BBlock
getDef
in interface BBlock
public void setDef(DefVector pVect)
public DefVector getKill()
BBlock
getKill
in interface BBlock
public void setKill(DefVector pVect)
public DefVector getReach()
BBlock
getReach
in interface BBlock
public void setReach(DefVector pVect)
public FlowAnalSymVector getDefined()
BBlock
getDefined
in interface BBlock
public void setDefined(FlowAnalSymVector pVect)
public FlowAnalSymVector getUsed()
BBlock
getUsed
in interface BBlock
public void setUsed(FlowAnalSymVector pVect)
public FlowAnalSymVector getExposed()
BBlock
getExposed
in interface BBlock
public void setExposed(FlowAnalSymVector pVect)
public ExpVector getEGen()
BBlock
getEGen
in interface BBlock
public void setEGen(ExpVector pVect)
public ExpVector getEKill()
BBlock
getEKill
in interface BBlock
public ExpVector getEKillAll()
BBlock
getEKillAll
in interface BBlock
public void setEKill(ExpVector pVect)
public ExpVector getAvailIn()
BBlock
getAvailIn
in interface BBlock
public void setAvailIn(ExpVector pVect)
public ExpVector getAvailOut()
BBlock
getAvailOut
in interface BBlock
public void setAvailOut(ExpVector pVect)
public FlowAnalSymVector getLiveIn()
BBlock
getLiveIn
in interface BBlock
public void setLiveIn(FlowAnalSymVector pVect)
public FlowAnalSymVector getLiveOut()
BBlock
getLiveOut
in interface BBlock
public void setLiveOut(FlowAnalSymVector pVect)
public FlowAnalSymVector getDefIn()
BBlock
getDefIn
in interface BBlock
public void setDefIn(FlowAnalSymVector pVect)
public FlowAnalSymVector getDefOut()
BBlock
getDefOut
in interface BBlock
public void setDefOut(FlowAnalSymVector pVect)
public java.util.Set getDefNodes()
BBlock
getDefNodes
in interface BBlock
public void setDefNodes(java.util.Set pSet)
public SubpFlow getSubpFlow()
BBlock
getSubpFlow
in interface BBlock
public int getBBlockNumber()
getBBlockNumber
in interface BBlock
public void setAflowBBlock(BBlock pBBlock)
setAflowBBlock
in interface BBlock
public BBlock getAflowBBlock()
getAflowBBlock
in interface BBlock
public DefVector getReachVector()
public DefVector getDefVector()
public DefVector getKillVector()
public ExpVector getEGenVector()
public ExpVector getEKillVector()
public ExpVector getEKillAllVector()
public ExpVector getAvailInVector()
public ExpVector getAvailOutVector()
public FlowAnalSymVector getDefinedVector()
public FlowAnalSymVector getExposedVector()
public FlowAnalSymVector getLiveInVector()
public FlowAnalSymVector getLiveOutVector()
public FlowAnalSymVector getDefInVector()
public FlowAnalSymVector getDefOutVector()
public FlowAnalSymVector getUsedVector()
public void resetForDataFlowAnal()
public HIR controlTransfer()
BBlock
controlTransfer
in interface BBlock
|
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| PREV CLASS NEXT CLASS | FRAMES NO FRAMES | |||||||||
| SUMMARY: NESTED | FIELD | CONSTR | METHOD | DETAIL: FIELD | CONSTR | METHOD |


Contents¶
- What is pywinauto
- Automating an application
- How To’s
- How to specify an usable Application instance
- How to specify a dialog of the application
- How to specify a control on a dialog
- How to use pywinauto with application languages other than English
- How to deal with controls that do not respond as expected (e.g. OwnerDraw Controls)
- How to Access the System Tray (aka SysTray, aka ‘Notification Area’)
- Waiting for Long Operations
- Methods available to each different control type
- Credits
- Dev Notes
- PYWINAUTO TODO’s
- Change Log
- 0.5.4 Bug fixes and partial MFC Menu Bar support
- 0.5.3 Better Unicode support for SetEditText/TypeKeys and menu items
- 0.5.2 Improve ListView, new methods for CPU usage, DPI awareness
- 0.5.1 Several fixes, more tests
- 0.5.0 64-bit Py2/Py3 compatibility
- 0.4.0 Various cleanup and bug fixes
- 0.3.9 Experimental! New Sendkeys, and various fixes
- 0.3.8 Collecting improvements from last 2 years
- 0.3.7 Merge of Wait changes and various bug fixes/improvements
- 0.3.6b Changes not documented in 0.3.6 history
- 0.3.6 Scrolling and Treview Item Clicking added
- 0.3.5 Moved to Metaclass control wrapping
- 0.3.4 Fixed issue with latest ctypes, speed gains, other changes
- 0.3.3 Added some methods, and fixed some small bugs
- 0.3.2 Fixed setup.py and some typos
- 0.3.1 Performance tune-ups
- 0.3.0 Added Application data - now useful for localization testing
- 0.2.5 More refactoring, more tests
- 0.2.1 Small Release number - big changes
- 0.2.0 Significant refactoring
- 0.1.3 Many changes, few visible
- 0.1.2 Add Readme and rollup various changes
- 0.1.1 Minor bug fix release
- 0.1.0 Initial Release
Source code reference¶
- Main user modules
- Specific functionality
- Controls Reference
- Sendkeys
- Included 3rd party modules
- Pre-supplied tests
- pywinauto.tests.allcontrols
- pywinauto.tests.asianhotkey
- pywinauto.tests.comboboxdroppedheight
- pywinauto.tests.comparetoreffont
- pywinauto.tests.leadtrailspaces
- pywinauto.tests.miscvalues
- pywinauto.tests.missalignment
- pywinauto.tests.missingextrastring
- pywinauto.tests.overlapping
- pywinauto.tests.repeatedhotkey
- pywinauto.tests.translation
- pywinauto.tests.truncation
- Internal modules


Module: ActionView::PathRegistry
Do not use. This module is for internal use only.
| Relationships & Source Files | |
| Defined in: | actionview/lib/action_view/path_registry.rb |
Class Attribute Summary
- .file_system_resolver_hooks readonly
Class Method Summary
Class Attribute Details
.file_system_resolver_hooks (readonly)
[ GitHub ]# File 'actionview/lib/action_view/path_registry.rb', line 11
attr_reader :file_system_resolver_hooks
Class Method Details
.all_file_system_resolvers
[ GitHub ]# File 'actionview/lib/action_view/path_registry.rb', line 53
def self.all_file_system_resolvers @file_system_resolvers.values end
.all_resolvers
[ GitHub ]# File 'actionview/lib/action_view/path_registry.rb', line 47
def self.all_resolvers resolvers = [all_file_system_resolvers] resolvers.concat @view_paths_by_class.values.map(&:to_a) resolvers.flatten.uniq end
.cast_file_system_resolvers(paths)
[ GitHub ]# File 'actionview/lib/action_view/path_registry.rb', line 22
def self.cast_file_system_resolvers(paths) paths = Array(paths) @file_system_resolver_mutex.synchronize do built_resolver = false paths = paths.map do |path| case path when String, Pathname path = File. (path) @file_system_resolvers[path] ||= begin built_resolver = true FileSystemResolver.new(path) end else path end end file_system_resolver_hooks.each(&:call) if built_resolver end paths end
.get_view_paths(klass)
[ GitHub ]# File 'actionview/lib/action_view/path_registry.rb', line 14
def self.get_view_paths(klass) @view_paths_by_class[klass] || get_view_paths(klass.superclass) end
.set_view_paths(klass, paths)
[ GitHub ]# File 'actionview/lib/action_view/path_registry.rb', line 18
def self.set_view_paths(klass, paths) @view_paths_by_class[klass] = paths end


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| # | Duration | Pitch | Amplitude |
|---|---|---|---|
| {{$index + 1}} | {{value.duration}}s | {{value.pitch}}Hz | {{value.amplitudeStart}} - {{value.amplitudeEnd}} |
| # | Name | Value |
|---|---|---|
| {{$index + 1}} | {{value.role}} | {{value.value}} |
Results of this operation will be available shortly.
Execution has failed. Change the operation or retry it with different parameters.


Gold price today: Yellow metal rises on concerns over US-China trade delay deal
Gold and Silver is likely to show strength on Thursday. Gold can be bought around Rs 38,050, for a target of Rs 38,330 while a stop loss could be placed below Rs 37,920.
by Kshitij AnandIndian Gold December Futures rose in early trade on November 21 supported by concerns that US bills on Hong Kong could increase tensions between the US and China.
Completion of a "phase one" trade deal could slide into next year, Reuters said quoting trade experts and people close to the White House.
Gold December futures rose 0.04 percent at Rs 38,171 per 10 gram at 09:20 hours.
“Gold prices trade volatile on the early morning of Thursday as a fresh spar between the United States and China over US bills on Hong Kong ignited worries that trade talks could hit a hurdle and delay an interim deal,” Jateen Trivedi, Sr. Research Analyst - Commodity & Currency at LKP Securities Ltd told Moneycontrol.
“Gold prices scaled up on Wednesday on sensitive worries that a Sino-US trade deal could hit a hurdle as the US Senate passed a bill to back up Hong Kong anti-government activists,” he said.
Gold and Silver prices recovered from day’s low on Wednesday in the late evening session after news that US-China first phase trade deal will not be completed this year.
Gold is holding above key support of $1466 and Silver also holding its support of $17 per troy ounce. At MCX, Gold prices hold Rs 38,000 and Silver holds above Rs 44,400 levels.
Trading Strategy:
Expert: Manoj Kumar Jain, Director at IndiaNivesh Commodities told Moneycontrol.
We expect both the precious metals i.e. Gold and Silver to show strength on Thursday. Gold can be bought around Rs 38,050, for a target of Rs 38,330 while a stop loss could be placed below Rs 37,920.
Silver can also be bought around Rs 44,500 for a target of Rs 44,900, and a stop loss could be placed below Rs 44,300.
Expert: Pritam Kumar Patnaik, Head Commodities, Reliance Commodities
MCX Gold December has been failing to sustain at higher levels near 38300 levels and reversed on the downside towards 38050 levels. This has been keeping prices in a range.
International Gold has formed Bearish candlestick pattern in the last session which indicates fall from hereon is possible. We can expect Gold to trade in the range of 37800 and 38150 levels.
Intraday strategy: MCX Gold December Sell in the range of 38100-38130 with 38220 as stop loss and target of 37900 levels.
Expert: Jateen Trivedi, Sr. Research Analyst - Commodity & Currency at LKP Securities Ltd
On the daily chart, Gold traded flat on Wednesday waiting for triggers. Prices have been trading flat for a week. The ATR has significantly dropped from 500+ in Sep19 to below 400 showing signs of less of trending, and more of a news based reaction market for more than a month now.
Prices keep trading near 20-Days EMA placed at Rs 38070 and is holding 100-Days EMA placed at 37,398 but majorly trading in the range of 37500-38400.
For the day, on the upside 38300-38650 shall act as a supply zone, and 38100-37900 is likely to act as a support.
Expert: Hareesh V, Head Commodity Research at Geojit Financial Services .
MCX Gold December: Intraday bias largely on the downside as long as Rs 38300 caps the upside. The immediate support is placed at Rs 38000 which if cleared would extend the momentum towards Rs 37790 followed by Rs 37600 levels. However, consistent trades above Rs 38330 would take prices higher towards Rs 38560 or more.
Disclaimer: The views and investment tips expressed by investment experts on moneycontrol.com are his own and not that of the website or its management. Moneycontrol.com advises users to check with certified experts before taking any investment decisions.


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BlackBerry Cylance > APT29 Configuration
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BlackBerry Cylance Configuration
Product Versions
Cylance Enterprise with CylanceGUARD managed threat hunting.
- Includes CylancePROTECT, CylanceOPTICS and CylanceGUARD
- CylancePROTECT: 2.0.1540, CylanceOPTICS: 2.4.2100.1060
Description
- Machine learning driven detection and prevention of malware and PUPs
- Memory Defense for fileless malware and exploit attack detection and prevention
- Script Control for detection and prevention of malicious and unwanted scripts
- Device Control for removable media protection
- Application Control for locking down specified systems from any additional changes
- CylanceGUARD for managed threat hunting and analysis
- Mapping detection techniques to advanced attacks targeted against specific operating systems and MITRE ATT&CK
- Comprehensive and highly extensible API for ease of automation and integration
- Root Cause Analysis and contextual awareness leveraging “flight data recorder-like” visibility
- Enterprise wide, distributed, instantaneous query capability using Cylance’s proprietary CEMENT protocol
- Comprehensive forensic artifact tracking and contextual data integration such as:
- PowerShell Tracing
- WMI Attributes and Parameters
- Enhanced PE Parsing
- Win32 API and Kernel Audit messages
- Fast Incident Response: Take incident response actions fast, quarantining, acquiring suspicious files, and/or isolating compromised endpoints from the network.
- Automated Response: Customize automated response actions associated with rule sets to eliminate the dwell time between threat detection and incident response actions, examples include:
- Logging off users
- Deploy packages to collect additional data and/or forensic artifacts
- Terminate processes and/or process trees
Vendor Configuration
All Windows, MITRE, CylanceGUARD and Machine Learning detection rules were enabled. Most customers will also need to implement exceptions within some rules depending on the configurations, applications and activity that is present on their systems being used in the environment. CylanceGUARD packages were configured for rapid threat hunting and advanced analysis.
All capabilities were configured as Alert or Monitor only as this was purely a test against the detection capabilities of the platform. No Automated responses or package playbooks were configured for this testing, aside from the GUARD and default packages.
Also, it should be noted that Cylance’s platform would have prevented the attacks that were conducted at many points within the kill chain. From quarantining binaries to preventing successful exploits and scripts from running, however the platform was configured to allow these attacks to occur.
During the re-test portion of the evaluation, Cylance created an additional 14 rules which are all available to the public as well as disabled truncation on PowerShell trace data to ensure full visibility of the PowerShell scripts was possible.


## Local culture Every `PacemElement` has a `culture` property/attribute that may contextualize the webcomponent itself in a specific language. > Behind the scenes its change of value reflects onto the `lang` [standard](https://developer.mozilla.org/en-US/docs/Web/HTML/Global_attributes/lang) attribute. Example:
In the example above the utility function `Pacem.Utils.lang()` is used to retrieve the contextual culture. This function checks the `lang` attribute on the element first, then falls back to the **documentElement** `lang` attribute value. ## Global culture In order to keep the html (documentElement) in sync with the changes you may use the `<pacem-html-proxy>` custom element. Rewriting the above sample code, would result in:
Please notice how, - In the **first** example, > the change of the `culture` attribute/property **suddenly** triggers a refresh for all the element bindings! - In the **second** example, the culture change is applied only when the timer ticks and a new value for the `<pacem-data>` model (i.e. a new datetime) is set.


This page will run a Telegram bot locally in your web browser. Just enter your bot token from BotFather and press the Start button. Press the button again or reload the page to stop the bot.
The source code of this bot is also available on Github. Bot token Start


WebRender overview
Nicolas Silva,
@nicalsilva
WebRender
: overview
Nicolas Silva - FOSDEM 2017
about:
servo
about:
gecko
DOM tree
: the web page as seen by web developpers
Frame tree
: positioned elements (
layout
)
Display list
: high-level drawing commands (
invalidation
)
Layer tree
: tree of rendered intermediate surfaces (
painting
)
-----
Compositor layer tree
: mirrored on the compositor process (
compositing
)
What about
WebRender
?
WebRender
Designed to work like a game rendering engine
No painting/compositing distinction (renders everything to the window directly)
A lot of things can be treated as axis-aligned rectangles
Other things can be pre-rendered in an intermediate surface and treated as an image
Focus on the most common primitives
Retained mode rendering
OpenGL (for now)
Written in rust
about:
GPU
How do we make things reasonably fast on a GPU?
Design around primitives that the GPU can work with
Avoid state switches, batch, batch,
batch
!
Avoid
data transfer
to and from the CPU
Avoid
overdraw
What are web pages made of?
text
(rounded) rectangles
borders
images
shadows
...
image: servo project on github
Shader primitives
Solid color
Image
YUV Image
Text
Border
Blur
Rounded rectangle shadow
Composite (multiply, hard-light, etc.)
Blend (sepia, invert, etc.)
Gradients (linear, radial, etc.)
Clipped versions of each primitive.
Anatomy of the shaders
Vertex data
Simple unit quad drawn instancing
No primitive data
Vertex shader
Fetch primitive data using the instance ID
Apply rectangular clip
Apply transforms
Fragment shader
Compute the color (different for each primitive)
Occlusion culling
Very important!
Use the Z-buffer with the paint order to generate the z coordinates
Front-to-back opaque pass (Z-Read/Write)
Back-to-front transparent pass (Z-Read)
Batching
Very important as well
Texture cache for image data and glyphs
Opaque pass (order independent)
Easy, since we can reorder draw calls
Transparent pass (order matters for overlapping primitives)
Tiling (quickly find non-overlapping primitives)
Maybe something else...
Opaque pass (front to back)
Opaque pass (front to back)
Opaque pass (front to back)
Opaque pass (front to back)
Opaque pass (front to back)
Transparent pass (back to front)
Transparent pass (back to front)
Transparent pass (back to front)
WebRender pipeline
The "backend" thread does most of the CPU work (managing resources, generating batches, etc.)
The render thread only submits commands to the GPU
Wrapping up
WebRender overview - FOSDEM 2017
Nicolas Silva (:nical) -
@nicalsilva
Links:
Source code:
github.com/servo/webrender
Servo:
github.com/servo/servo
Slides:
nical.github.io/talks/fosdem-2017/slides.html


If you can read this, you get candy. This is going in the wrong direction lol. Oh and by the way go follow me @PranavDaSav on TikTok plzzzzzz. I post quality content.
True, true.
That sounds about right.
Spongebob is Savvvvvvagggggeeeeeee boyyyyyyyyzzzzzzzzzzzzzzzzzzz
Becuase there's something called POWER OF ANIME!
Or when you realize the school is serving chicken nuggets for lunch.
This is what I wanted my hair to be like, but uhh....... uhhhhhhhhhhhh....... UHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHH
HHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHH.... that didn't happen.
It kinda looks like an aesthetic if you ask me.
YOOOOOOOOOOOOOOOOOOOOOO CHIIIIIIIILLLLLLLLLLLLLL OUUUUUUTTTTTTT FAMMMMMMMMMMMMMMM
And more demihumans. Great.
Well, that's a very savage tactic.
Okay no more memes now.
Thank you for checking out my website. Hope you enjoyed (the memes).


= 标题1 = == 标题2 == === 标题3 === ==== 标题4 ==== ===== 标题5 ===== ====== 标题6 ======
使用一行或多行空行来分隔段落
| 名字/例子 | 标记 |
| italic | _italic_ |
| bold | *bold* |
code | `code` |
| superscript | ^super^script |
| subscript | ,,sub,,script |
| strikeout | ~~strikeout~~ |
混合效果
| 标记 | 结果 |
_*bold* in italics_ | bold in italics |
*_italics_ in bold* | italics in bold |
*~~strike~~ works too* | strike works too |
~~as well as _this_ way round~~ | as well as this way round |
如果你有多行代码，使用多行代码标记:
{{{ def fib(n): if n == 0 or n == 1: return n else: # This recursion is not good for large numbers. return fib(n-1) + fib(n-2) }}}
将得到:
def fib(n): if n == 0 or n == 1: return n else: # This recursion is not good for large numbers. return fib(n-1) + fib(n-2)
另外作为 {{{}}}
的替換，你也可以使用
来定义多行代码块，如:
 def fib(n): if n == 0 or n == 1: return n else: # This recursion is not good for large numbers. return fib(n-1) + fib(n-2)
将同样得到：
def fib(n): if n == 0 or n == 1: return n else: # This recursion is not good for large numbers. return fib(n-1) + fib(n-2)
使用至少4个 -
符号:
-----
得到：
列表支持有序和无序列表。一个列表必须缩近一个或多个空格。列表是可以嵌套的。
The following is: * A list * Of bulleted items # This is a numbered sublist # Which is done by indenting further * And back to the main bulleted list * This is also a list * With a single leading space * Notice that it is rendered # At the same levels # As the above lists. * Despite the different indentation levels.
将得到如下内容：
The following is:
块引用用来在你的页面中强调一段特别的文本。它是用每行缩近至少一个空格的块来定义的， 如:
Someone once said: This sentence will be quoted in the future as the canonical example of a quote that is so important that it should be visually separate from the rest of the text in which it appears.
将会得到：
This sentence will be quoted in the future as the canonical example of a quote that is so important that it should be visually separate from the rest of the text in which it appears.
| 标记 | 结果 |
<EMAIL_ADDRESS>|<EMAIL_ADDRESS>|
http://www.google.com | http://www.google.com |
http://code.google.com/images/code_sm.png | |
[http://code.google.com/ http://code.google.com/images/code_sm.png] | http://code.google.com/images/code_sm.png |
[http://www.google.com Google home page] | Google home page |
使用js生成的图形：
http://chart.apis.google.com/chart?chs=200x125&chd=t:48.14,33.79,19.77|83.18,18.73,12.04&cht=bvg&nonsense=something_that_ends_with.png
结果为：
|| *Year* || *Temperature (low)* || *Temperature (high)* || || 1900 || -10 || 25 || || 1910 || -15 || 30 || || 1920 || -10 || 32 || || 1930 || _N/A_ || _N/A_ || || 1940 || -2 || 40 ||
结果为:
| Year | Temperature (low) | Temperature (high) |
| 1900 | -10 | 25 |
| 1910 | -15 | 30 |
| 1920 | -10 | 32 |
| 1930 | N/A | N/A |
| 1940 | -2 | 40 |


List of Terms and Policies
Privacy Policy
Effective March 15th, 2014
Information Collected from Sellers
After opening an account with Fine Art America, a seller is able to create a public profile page and upload information and content to the page include, but not limited to, the seller's name, contact information, biography, headshot, images, hometown, and more. All of this information is fully disclosed on the Fine Art America website. Any site visitor that visits Fine Art America and navigates to the seller's profile page will be able to view all of the public profile information that has been entered by the seller.
Credit Cards
For any transactions on Fine Art America which require a credit card or debit card, Fine Art America stores the last four digits of the credit/debit card number, the expiration date, and the buyer's name. We do NOT store the full credit card number, pin number, CVV2 number, or any full-track data.
Security
Fine Art America member accounts, including both buyers and sellers, are secured by member-created passwords. Fine Art America takes precautions to ensure that member account information is kept private. We use reasonable measures to protect member information that is stored within our database, and we restrict access to member information to those employees who need access to perform their job functions, such as our customer service personnel and technical staff. Please note that we cannot guarantee the security of member account information.
Use of Cookies
Fine Art America uses cookies to store information about each visitor to our Website.
Links
Fine Art America contains links to other websites. Fine Art America is not responsible for the privacy policies and/or practices on other sites. When linking to another site, a visitor should read the privacy policy stated on that site. Our privacy policy only governs information collected on Fine Art America.
Changes in Our Privacy Policy
From time to time, Fine Art America may make changes to our privacy policy. If we make changes, we will post them on our site to make users aware of what the changes are so that they will always be aware of what information we collect, how we use it, and when we may disclose it. Users are bound by changes to the policy when she or he uses the site after those changes have been posted.
Contacting Fine Art America
If you have any questions regarding our privacy policy, please contact us at privacy@fineartamerica.com.


SPHERICALANGLE compute angle on the sphere ALPHA = sphericalAngle(P1, P2, P3) compute angle (P1, P2, P2), in radians, between 0 and 2*PI. Points are given either as [x y z] (there will be normalized to lie on the unit sphere), or as [phi theta], with phi being the longitude in [0 2*PI] and theta being the elevation on horizontal [-pi/2 pi/2]. NOTE: this is an 'oriented' version of the angle computation, that is, the result of sphericalAngle(P1, P2, P3) equals 2*pi-sphericalAngle(P3,P2,P1). To have the more classical relation (with results given betwen 0 and PI), it suffices to take the minimum of angle and 2*pi-angle. See also: angles3d, spheres --------- author : David Legland INRA - TPV URPOI - BIA IMASTE created the 21/02/2005.


102 candidates running for General Election in Northern Ireland
The Alliance Party is the only party to run candidates in all 18 constituencies in the region.
A total of 102 candidates will contest 18 constituencies across Northern Ireland at this year’s General Election.
Nominations closed on Thursday ahead of next month’s polling day.
Alliance is the only political party that is running candidates in all 18 constituencies.
Following a unionist co operation in two constituencies as well as pro-remain agreements, the other major parties will not contest every seat in the December 12 poll.
The Democratic Unionist Party is running in 17 constituencies, standing aside in Fermanagh South Tyrone in support of Ulster Unionist candidate Tom Elliott.
Sinn Fein is running in 15 constituencies, and will not run candidates in South Belfast, East Belfast or North Down in an effort to loan support to other candidates who take the pro-remain position in the Brexit argument.
The Ulster Unionist Party will run candidates in 16 constituencies.
UUP leader Steve Aiken had previously suggested the party would run in all of the region’s 18 constituencies.
The other constituency in which the UUP will not run is West Belfast, a seat which has traditionally been dominated by Sinn Fein with only a small unionist vote.
Mr Aiken also came under pressure for his party to stand aside in South Belfast where the DUP’s Emma Little Pengelly is expected to come under pressure from SDLP candidate Claire Hanna.
The Green Party has stepped aside in South Belfast for Ms Hanna as a remain candidate in the Brexit debate.
The Green Party is stepping aside in East, West and North Belfast in support of remain candidates. It will run in three constituencies.
Traditional Unionist Voice (TUV) is not running any candidates in this election.
Of the other parties, People Before Profit is running two candidates, the NI Conservative Party is contesting four seats, Aontu will stand candidates in seven constituencies and UKIP – Unionists for Brexit is standing in two constituencies.
There are also three independent candidates.
DUP leader Arlene Foster said she believes it will be a “close election”.
The deadline for registering to vote is November 26, while postal or proxy vote applications must be submitted by November 21.


Getting Started with ZRG3M
Getting Started with AWS IoT
In this guide, we will show you how to build AWS IoT management system based on H/W root of trust for enhanced security: interact with Internet of Things, collect and process telemetry from devices or control devices remotely while protecting sensitive information in hardware format. Uplink and downlink messages are available on AWS IOT MQTT, allowing you to leverage Amazon services such as storing messages in DynamoDB, invoke Lambda functions and many more.
About ZRG3M
The ZRG3M is a Wi-Fi/BLE module that consists of the MT7697 Wi-Fi/ BLE combo chip and G3 security chip. This module includes 2.4 GHz chip antenna, Clock sources and all RF components.
Set up the ZRG3M Evaluation board
Prerequisite Hardware
The Following items are required before you can make connections:
1. Standard ZRG3M Kit ( To obtain this kit, please contact us from ICTK support site )
- ZRG3M Evaluation board
- Two USB to UART board
- 5-pin wire Harness
- 3-pin wire Harness
2. Two USB cable
3. A computer running Windows 7or 10 operating system
4. Wi-Fi network
Hardware setup
Connect your host computer to ZRG3M
Set Up Your Development Environment
To communicate with your board, you need to download and install a firmware and configure board with python scripts.
Download and install Flash tool (MTK lab) and firmware
1. To set up your environment, please download MT76X7 Flashtool. Install them on your host computer.
*MaxOS and Linux is not supported
2. Download the latest firmware along with build application for your convenience. Re-locate or copy these four files in the IoT Flashtool folder you downloaded above.
build.bat
Flash.bat
3. Modify Flash.bat with the correct path.
• Flash.bat
- set comport
COMXX
- Set the correct path for LE-201124C.bin
C:\XXXXXX\LE-201124C.bin
4. To set the board at download mode, please do the following.
a. Locate the DL(download) and RST(reset) buttons on the board as shown below.
b. Press ad hold the onboard DL and RST button together.
c. Release the RST button while holding DL button.
d. Release the DL button.
5. Run Flash.bat
Command prompt window shown below will appear when running Flash.bat. Do not stop it while in progress. After post-download action is completed, the window will disappear automatically.
Connect to AWS IoT Core with MQTT and TLS
*
Implementation is based on MQTT version 3.1.1 and TLS 1.2 with
ECDHE_ECDSA_WITH_AES_128_GCM_SHA256 ciphersuite.
*
private key and certificates are encrypted in HW-based security chip, supports
enhanced secured working structure.
* ZRG3M provides TRNG (True Random Number Generator) for best security. When the MCU performs TRNG Read through I/O ports, it reads 32-bit value.
Prerequisites
• CA certificate
• A client certificate
• A client private key
ZRG3M support ECC but not RSA. Please prepare your own ECC certificate and key to connect AWS IoT. Please use this guide to create your own ECC certificates : Create ECC certificate guide
Connect to AWS IoT Core
1. Log in to the AWS Management Console
2. Choose IoT Core service
3. In the left navigation pane, click on Manage/Things
4. Click on Create button and give your device a name and press Create
5. On the Certificate page, choose Use my certificate.
6. Register a CA certificate for your own certificate to register
Refer to
https://docs.aws.amazon.com/iot/latest/developerguide/register-CA-cert.html
7. Upload your own certificate
To Register your certificate, refer to
https://docs.aws.amazon.com/iot/latest/developerguide/manual-cert-registration.html
8. In the left navigation pane, choose Policies under Secure menu
9. Click on the Create button and define a policy.
NOTE: The specific permission policies can vary for your use cases. For non-dev environments, all devices in your fleet must have credentials with privileges that authorize intended actions only, which include (but not limited to) AWS IoT MQTT actions such as publishing messages or subscribing to topics with specific scope and context. Identify the permission policies that best meet your business and security requirements.
For sample policies, refer to https://docs.aws.amazon.com/iot/latest/developerguide/example-iot-policies.html. Also refer to https://docs.aws.amazon.com/iot/latest/developerguide/security-best-practices.html.
< policy statements>
{
"Version": "2012-10-17",
"Statement": [
{
"Effect": "Allow",
"Action": "iot:Connect",
"Resource": "arn:aws:iot:XXXXX:client/${iot:Connection.Thing.ThingName}"
},
{
"Effect": "Allow",
"Action": "iot:Subscribe",
"Resource": [
"arn:aws:iot: XXXXX:topicfilter/$aws/things/${iot:Connection.Thing.ThingName}/shadow/*",
"arn:aws:iot: XXXXX:topicfilter/${iot:Connection.Thing.ThingName}/*"
]
},
{
"Effect": "Allow",
"Action": "iot:Receive",
"Resource": [
"arn:aws:iot: XXXXX:topic/$aws/things/${iot:Connection.Thing.ThingName}/shadow/*",
"arn:aws:iot: XXXXX:topic/${iot:Connection.Thing.ThingName}/*"
]
},
{
"Effect": "Allow",
"Action": "iot:Publish",
"Resource": [
"arn:aws:iot: XXXXX:topic/$aws/things/${iot:Connection.Thing.ThingName}/shadow/*",
"arn:aws:iot: XXXXX:topic/${iot:Connection.Thing.ThingName}/*"
]
}
]
}
Choose Create. You will see a message indicating that the policy has been created successfully.
10. Go to the certificates page, click on the three dots of your certificate and attach the policy you just created to the certificate. Please make sure the status of the certificate is ' Active '.
Setting up the ZRG3M device
This Python scripts allow users to set Wi-Fi information and application specific settings in order to connect the board with the AWS IoT.
1. Download all python scripts from the ICTK GitHub repository to a zrg3m-py folder.
2. Use this guide to provision the certificate to ZRG3M: getting started-provisioning certificate guide
3. Modify wifi.json and aws.json files in zrg3m-py folder according to your settings.
Please have your aws_host_url, thing name and client ID ready to configure your device. Use port number as 8883 for secure-MQTT protocol.
User can find aws_host_url from the AWS IoT Console. Click the Settings at the left pane. Please make a copy of the Custom endpoint and use it as aws_host_url.
wifi.json
aws.json
4. Run zrg3m_configuration.py to configure settings of your device.
Available serial port will be shown in python shell window. Once user selects the serial port for the ZRG3M, it will be stored in json file name 'zrg3m.json'.
configuration process
Wi-Fi and AWS setting that was written on json files will be configured. You will see six 'OK' messages when configuration is successful. If 'fail' message appears during the configuration, run zrg3m_configuration.py again.
Please reset the board after the configuration.
MQTT Test: Publish/Subscribe
To verify connectivity to AWS IoT, ZRG3M can publish and subscribe messages to user specific topics using python scripts: zrg3m_publish.py , zrg3m_subscribe.py.
Publish Messages
1. Modify pub.json with your topic, QoS and payload
pub.json
For topics, refer to
https://docs.aws.amazon.com/iot/latest/developerguide/topics.html
QoS (Quality of Service): The quality of service defaults to QoS 0. You can use either QoS 0 or QoS 1. For more information about QoS support in AWS IoT, see the documentation.
2. Run zrg3m_publish.py for publish from the device and zrg3m_susbscribe.py for subscribing.
3. Using AWS IoT device shadow, users can also update and get shadow information with amazon reserved shadow topics. Please modify your pub.json so ZRG3M can publish messages to thing shadow. To create a complete topic, replace thingname with the name of your device.
For shadow usage, refer to https://docs.aws.amazon.com/iot/latest/developerguide/iot-device-shadows.html
4. Run zrg3m_publish.py to publish. Updated shadow states as in pub.json will be shown in thing's Shadow State.
Subscribe Messages
1. Modify sub.json with your topic, QoS and payload. To create a complete topic, replace thingname with the name of your device.
sub.json
2. Run zrg3m_subscribe.py for subscribing.
3. To publish MQTT messages from the MQTT client, sign in to the AWS IoT console.
4. In the left navigation pane, choose Test and then choose MQTT test clients to open the MQTT client.
5. On the MQTT client page, in the Publish section, in the Specify a topic and a message to publish field, enter the topic name of your message. In this example, use ZRG3M/test.
6. In the message payload window, enter the following json:
{
"desired": {"temp":20}
}
7. By publishing MQTT message using amazon console, topic and payload will be shown in python shell as below.
Device Shadow: Update/Delta
ZRG3M publishes updates and display delta using python scripts: zrg3m_update.py , zrg3m_delta.py.
Update shadows
ZRG3M publishes updates to the AWS IoT Device Shadow using python code provided.
1. Modify update.json with your input.
The parameter information for shadow update is as below.
For shadow document examples, refer to:
2. Run zrg3m_update.py. Python shell will display successful execution of shadow updates. You can also observe updated shadow values on your AWS console, thing's shadow state.
Delta
Delta in shadows are useful indicator which contains difference between the desired and reported states. This will not show on shadow if desired and reported states are the same or there is no desired part in Thing shadow. Running zrg3m-delta.py script will report delta states of the item when it triggers with delta.
For more information about delta, refer to:
https://docs.aws.amazon.com/iot/latest/developerguide/device-shadow-document.html#delta-state
Below is the example of running the delta function in python. Please modify 'update.json' file with your key and type before running delta function.
Run zrg3m-delta.py. It will return item with desired states.
Troubleshooting
Download fail
If you encounter errors while downloading firmware, check the comport number and path in Flash.bat. Please make sure the board is at download mode with step below.
1. Press and hold the DL and RST button together
2. Release the RST button while holding DL button.
3. Release the DL button
Connection fail
Be sure to configure AWS IoT to connect your device to the AWS Cloud. You can use below steps to check the device settings.
1. Connect the device with host computer
2. Open terminal program (ex. hterm)
3. Check settings using AT command set . Make sure all the configurations are set correctly.
ex) AT+AWS_EP ? +AWS_EP: your_host_url
AT+AWS_TN? +AWS_TN : your thing name
AT+WIFI_SSID_STA? +WIFI_SSID_STA : your Wi-Fi ID
AT+WIFI_PW_STA? +WIFI_PW_STA : your Wi-Fi password
If these steps don't work, please contact zn@ictk.com.


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Claim Amount (RM): 500
Claim Type: Travel
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Claim Type: Travel
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Claim Type: Travel
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Claim Type: Travel
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THE PRE-CONSULTATION STAGE
- You start by filling in the DAR (diet and activity) sheet for 3 days which will help us figure out your existing eating pattern, food likes- dislikes, nutrient & calorie intake, energy expenditure and how it changes during the day.
- A pre-consultation document that sets down expectations from the program


Pipes demo
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Team Scrubs
Home
Team
Team Scrubs
Demo Video
Links
Slide Deck
Engineering Design Document (EDD)
Technical Paper


"x" "1" "PUTNAM,D, SAN,RHC, BIGGER,CA, LEVINE,BS AND JACOBSON-KRAM,D, GENETICTOXICOLOGY ASSESSMENT OF HI-6 DICHLORIDE, ENVIRON. MOL. MUTAGEN. 27(2):152-161,1996"


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