This site hosts the Mustang index JSON file
[link]
Wonder Women
[link]
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[link]
Diya Patel
[link]
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This is the first project.
This is total overkill.
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In this codelab, you'll choose and apply an open source license for your wiki projects.
As a group, decide on an open source license for your wiki project.
To help you decide, you may reference several public resources:
To decide, you may want to propose a few and vote on them. The Apache organization recommends a -1, 0, +1 voting system for group decisions, where +1 means yes, -1 means no (true veto), and 0 or anything in-between -1 and +1 means maybe/maybe-not.
Once you have chosen a license,
git checkout -b license
Apache 2.0: https://www.apache.org/licenses/LICENSE-2.0.txt
BSD: https://opensource.org/licenses/BSD-3-Clause
MIT: https://opensource.org/licenses/MIT
GPL: https://www.gnu.org/licenses/gpl-3.0.txt
LGPL: https://www.gnu.org/licenses/lgpl-3.0.txt
To verify that every author is OK with the license, each student in your group and the contributor group should approve the merge request.
Once the Merge Request is approved by everyone, merge the license into the main branch.
Check that "LICENSE.txt" appears in the main branch of your wiki repository and it contains the expected text.


Some basic classes facilitating exception handling, internationalization, and the Visitor design pattern.


Pause/Play starts a new song
-
anonymous
I just downloaded synergy from the free Mac Heist bundle and I'm having an issue where the podcast I'm listening too is not continued upon playing play (from pause). So I'm listening to a podcast, I hit pause on the synergy buttons and a few minutes later I come back and hit play. Instead of my podcast starting up at the point I left it, the first song in my library starts playing instead. This problem doesn't happen every time, which is adding to the frustration. Any thoughts?
-
Greg Hurrell
If I remember correctly, when you hit the button Synergy is actually issuing a "playpause" command to iTunes (ie. "if playing, pause; if paused, play"). It's up to iTunes exactly what action to take when you send it the "playpause" command, and sometimes you get unexpected results, depending on what playlist is selected and so forth.
You can reproduce and experiment with this using the AppleScript editor (
/Applications/AppleScript/Script Editor
). Try running a script like:tell application "iTunes.app" to playpause
And you should observe pretty much the same behaviour as you see with Synergy. It's a quirk in iTunes, I think. I could issue "play" and "pause" explicitly instead of "playpause" but that's actually more problematic than you might think, seeing as iTunes doesn't always correctly report its playing/paused status (and how do you know which command to use if iTunes doesn't tell you its state?).
Reply
This topic is now closed.


This piece, “Postscript on the Societies of Control” is a bit hard to follow since it is talking about something I haven’t read. But it discusses the ways we think about society - how we divide our spaces of existence up, how we shift between these divisions. At first, there were disciplinary societies, divided into imaginary enclosures with different functions. Then, the subsequent theory divided up societies of control, looking beyond functional divisions and elaborating on the systems of power. This closely relates to Foucault, because he explores the themes of power and control and the different relationships they have, patterns and rules they follow, etc. “Liberating and enslaving forces confront each other,” within the societies of control, and Foucault postulated the ubiquity of these systems of power.


AWS::SES::ReceiptFilter
The
AWS::SES::ReceiptFilter
resource whether to accept or reject mail originating from an IP address or range
of IP addresses for Amazon SES. For more information, see
Creating IP Address Filters for Amazon SES Email Receiving in the Amazon Simple Email Service Developer Guide.
Syntax
To declare this entity in your AWS CloudFormation template, use the following syntax:
Properties
Filter
-
The IP addresses to block or allow, and whether to block or allow incoming mail from them.
Required: Yes
Type: Filter
Update requires: Replacement
Example
JSON
{ "AWSTemplateFormatVersion": "2010-09-09", "Description": "AWS SES ReceiptFilter Sample Template", "Parameters": { "FilterName": { "Type": "String" }, "Policy": { "Type": "String" }, "Cidr": { "Type": "String" } }, "Resources": { "ReceiptFilter": { "Type": "AWS::SES::ReceiptFilter", "Properties": { "Filter": { "Name": { "Ref": "FilterName" }, "IpFilter": { "Policy": { "Ref": "Policy" }, "Cidr": { "Ref": "Cidr" } } } } } } }
YAML
AWSTemplateFormatVersion: 2010-09-09 Description: 'AWS SES ReceiptFilter Sample Template' Parameters: FilterName: Type: String Policy: Type: String Cidr: Type: String Resources: ReceiptFilter: Type: AWS::SES::ReceiptFilter Properties: Filter: Name: !Ref FilterName IpFilter: Policy: !Ref Policy Cidr: !Ref Cidr
See Also
-
Creating IP Address Filters for Amazon SES Email Receiving in the Amazon Simple Email Service Developer Guide
-
ReceiptFilter in the Amazon Simple Email Service API Reference


Hello, my name is Nigel Gagui. During my high school years, I personally had the desire to know more about technology since I have heard that the technology industry is growing. So over the years, I have supported others in their projects that involves with technology. I have helped others with their computer related issues when an issue has appeared which motivated myself to further my studies into IT industry as well.
How it all started..
Around in 2008, I have had the interest of looking into private server development of games for educational purposes. I wanted to know how code emulates, what software is to be used to run the code, how they link with each other and many other features they may have or require. It took me a while to understand how everything works until I read more about the background of the source code and helpful comments from other coders in the community. During this time, I was determined to pursue and increase my knowledge around Information Technology.
"Dear Nigel, I would like to thank you for your contribution with IT project with QAT"
- QAT Management
If you want to know more about myself, professionally. Feel free to download a copy of my resume to look further into my qualfications and background by right clicking the Download PDF button and selecting the "Save linked content as..." option. If however you are unable to download it, I have made a web version of my resume to view online.


On February 6, 2020, Forsage.io became the world's first-ever cryptocurrency matrix project to deploy a self-executing smart contract on the Ethereum Blockchain. The smart contract is part of a globally distributed network and its operation and transactional data are managed by multiple member computers worldwide. As such, there is no central authority governing the operation of the project, because it was created by the people, for the people thus making it decentralized.
Inherent features of Ethereum Blockchain smart contracts means that any unauthorized attempts to modify the smart contract or its transactional records is not possible, because the decentralization of these records will be rejected on the basis of data inconsistencies in previous copies of the blocks on the Ethereum Blockchain.
The Forsage matrix is a closed system without deadlines for the purchasing of slots. There is a limited number of placements in the matrix but an unlimited number of reinvestment opportunities (slots). This means although the number of persons that can be placed under you is limited, you have unlimited opportunity to reopen the same slot over again through reinvesting.
There are two separate program in the Forsage matrix: the x3 program and the x4 program. In the x3 program, there are three placements on a line (level), while in the x4 program there are two lines (levels) – 2 placements in the first line and 4 placements in the second line evenly distributed between the the two on the first line.
It is important to note that when you register in Forsage, you open both programs simultaneously with a one-time payment of 0.05 ETH, which is 0.025 ETH for each program.
The x3 and x4 programs have 12 slots each, all similar and work in the same way. Each subsequent slot is 2 times more expensive than the previous one. Both income and profit from subsequent slots are also twice as high!
You can activate as many slots as you want upon joining the program. There are no expiry dates for slot purchase, so no need to be afraid that they will timeout. All active slots move and bring you revenue in parallel.
The first slot of each program costs 0.025 ETH and cannot be bought separately. This implies your registration fee is a one-time 0.05 ETH. You can purchase all further slots separately in order from the smaller to the larger. It is impossible to buy a third slot without having a second open.
Visit https://coinmarketcap.com/currencies/ethereum/ to see the current exchange price of Ethereum so as to know the amount in USD.
All partners in your slots of the Forsage x3 program are your personally referral partners. When you invite partners, they take places under you. The distribution of payments when filling out the matrix automatically occurs as follows:
⇒ The first referral partner takes a place under you. 100% payout goes directly to your personal wallet
⇒ The second referral partner takes second place below you. Payment is also instantly credited to your personal wallet.
⇒ The third partner takes third place below you. You again receive 100% income, but in the form of reinvest.
In parallel, the Forsage x4 program also works for you. Here an overflow (spillover) system is organized from above and below. This enables a team to be built together.
⇒ Partners 1 and 2 takes two places below you in the first line. A 100% payment from both partners goes to the wallet of your higher partner.
⇒ Partners 3, 4 and 5 are placed on the second line under partners 1 and 2. 100% of payment from this three partners goes instantly into your wallet.
⇒ Partner 6 being the last payout is the closing slot which also makes a reinvest. It buys the same slot for you again and the payment goes to your higher partner.
Reinvest – this is the re-opening (purchase) of the slot at the current level. Reinvest opens the same slot for you again, and you continue to receive income from it. Without reinvestment, this slot would close, and that’s it. Reinvest takes place automatically, as soon as you occupy the last free place, the current slot closes and goes to the archive. You re-occupy the free space in the slot with a higher partner and a new slot with free places opens for you, and 100% payment goes to the wallet of your higher partner. Similarly, your referral partners will have re-investments, and you will instantly receive income every time.
The Forsage profit structure is designed to double your profit as you purchase subsequent slots on both x3 and x4 programs.
In slot 1, two of the three persons who register with your link on the x3 program pay 0.025 ETH each directly into your ethereum wallet, while the third person pays 0.025 ETH to your upline, which is used to reinvest (reopen) the same slot position.
On the x4 program of the same slot 1, the first two payment goes to your upline, the next three payments goes directly to you and the last payment is used to reopen the same slot 1 on the x4 program. At the close of slot 1, your total profit will be 0.125 ETH.
With this trend, it is very clear that your profit gets double as you and your downlines purchase more slots. At the end of slot 1, you would have made a profit of about $25 if 1 ETH is $201. This implies that at the end of slot 5 a profit of about $400 would have been made.
| Slot | Slot Price (ETH) | X3 Profit (ETH) | X4 Profit (ETH) | Total Profit (ETH) |
|---|---|---|---|---|
| 1 | 0.025 | 0.05 | 0.075 | 0.125 |
| 2 | 0.05 | 0.1 | 0.15 | 0.25 |
| 3 | 0.1 | 0.2 | 0.3 | 0.5 |
| 4 | 0.2 | 0.4 | 0.6 | 1.0 |
| 5 | 0.4 | 0.8 | 1.2 | 2.0 |
| 6 | 0.8 | 1.6 | 2.4 | 4.0 |
| 7 | 1.6 | 3.2 | 4.8 | 8.0 |
| 8 | 3.2 | 6.4 | 9.6 | 16.0 |
| 9 | 6.4 | 12.8 | 19.2 | 32.0 |
| 10 | 12.8 | 25.6 | 38.4 | 64.0 |
| 11 | 25.6 | 51.2 | 76.8 | 128.0 |
| 12 | 51.2 | 102.4 | 153.6 | 256.0 |
Apart from being a deployed smart contract on the Ethereum Blockchain, another selling point of the Forsage program is the speed at with you start earning. If you're someone who finds it difficult to refer people through your link, the x4 program has got you covered. The x4 program helps you to earn without any referral as can be seen in ID 20290 below, who referred just one person and has earned over 92 ETH (over $18,500) - 98% of which are income from the x4 program.
Now at this point you're probably wondering how this is possible. The spillover system of the x4 program is what makes this kind of earning possible. Income in the x4 program comes from these four sources:
⇒ partners invited by you
⇒ overflow from up
⇒ bottom overflow
⇒ partners who are ahead of their inviter.
In order to benefit from the x4 spillover system, it is important that you purchase subsequent slots ahead of time so as not to miss the spillover income from this four groups of partner. You can purchase slots as many slots as you want. Below are evidence of some partners profit in the Forsage program:
To verify the IDs above check their respective back office here. Insert ID number one after the other and click the Enter View Mode button. Ensure you log out before attempting to check for another ID.
Registration and purchasing of slots on the platform is quite easy. You can join either by the use of your smartphone or a laptop.


IN THE HIGH COURT OF KERALA AT ERNAKULAM PRESENT THE HONOURABLE MR. JUSTICE SUNIL THOMAS FRIDAY ,THE 09TH DAY OF NOVEMBER 2018 / 18TH KARTHIKA, 1940 Bail Appl..No. 6602 of 2018 AGAINST THE ORDER/JUDGMENT IN CRMC 775/2018 of SESSIONS COURT, MANJERI DATED 15-09-2018 CRIME NO. 112/2018 OF Edavanna Police Station , Malappuram PETITIONER/ACCUSED: LUKMANUL HAKEEM AGED 32 YEARS S/O. ALI, PADINJAREYIL HOUSE, KUNNUMMAL, EDAVANNA P.O., ERNAD TALUK, MALAPPURAM DISTRICT. BY ADVS. SRI.P.SAMSUDIN SRI.JITHIN LUKOSE RESPONDENT/COMPLAINANT: THE STATE OF KERALA REPRESENTED BY THE PUBLIC PROSECUTOR, HIGH COURT OF KERALA, ERNAKULAM - 682 031 OTHER PRESENT: PP AJITH MURALI THIS BAIL APPLICATION HAVING COME UP FOR ADMISSION ON 09.11.2018, THE COURT ON THE SAME DAY PASSED THE FOLLOWING: B.A.6602/18 2 ORDER
Petitioner herein, apprehending arrest in Crime No.112 of 2018 of Edavanna Police Station for offences punishable under section 269 of the Indian Penal Code, section 120(e) of the Kerala Police Act and Section 43 of the Water (Prevention and Control of Pollution) Act, 1947, seeks bail.
2. It is alleged that the petitioner herein on 24.07.2018 at 2.30 a.m., dumped chicken waste in front of the house of the defacto complainant polluting water streams and causing of contagious diseases. Investigation is progressing into the crime.
3. Learned Public Prosecutor, on instructions, submitted that the petitioner herein is involved in several other cases and he is repeatedly indulging in the same crime.
4. Though the conduct of the petitioner herein does not appear to be justifiable, I am inclined to take a lenient view. Hence, I am inclined to grant anticipatory bail to the petitioner herein subject to the following conditions.
(i) Petitioner shall appear before the investigation officer within ten days from today and shall undergo interrogation. Thereafter, if he is proposed to be arrested, he shall be released on bail on executing a bond for a sum of Rs.40,000/- (Rupees forty thousand only) with two sureties for the like sum each.
B.A.6602/18 3
(ii) He shall appear before the investigating officer on all Wednesdays between 9 am and 10 am for the period of two months, from the date of execution of the bond.
(iii) He shall not repeat the above offence and if committed, bail is liable to be cancelled in accordance with law.
(iv) He shall not threaten, coerce or intimidate the defacto complainant or the witnesses Anticipatory bail application is allowed as above.
Sd/-
SUNIL THOMAS JUDGE Sbna/


Welcome to the Werkzeug 0.6.1 documentation. You can find different editions of the documentation online.
If you are new to Werkzeug or WSGI development in general you should start here.
The development server and testing support and management script utilities are covered here:
This section covers running your application in production on a web server such as Apache or lighttpd.
A lot of useful code contributed by the community is shipped with Werkzeug as part of the contrib module:
If you can’t find the information you’re looking for, have a look at the index or try to find it using the search function:


A vertex as a double linked list node.
[name] is an add-on, and must be imported explicitly. See [link:#manual/introduction/Installation Installation / Addons].
import { VertexNode } from 'three/addons/math/ConvexHull.js';
[page:Vector3 point] - [page:Vector3] A point (x, y, z) in 3D space.
Creates a new instance of [name].
A point (x, y, z) in 3D space. Default is undefined.
Reference to the previous vertex in the double linked list. Default is null.
Reference to the next vertex in the double linked list. Default is null.
Reference to the face that is able to see this vertex. Default is undefined.
[link:https://github.com/mrdoob/three.js/blob/master/examples/jsm/math/ConvexHull.js examples/jsm/math/ConvexHull.js]


--- layout: post date: 2010-06-03 time: "09:00:00" authors: ["Greg Wilson"] title: Assembling a Program tags: ["Content"] ---
The seventh episode of our lecture on program design is now online. In this one, we actually assemble a complete version of the program step by step using the pieces designed earlier. The final program still has one nasty bug, though, and I'll award a Software Carpentry mug to the first person who can find it (source code attached to this post). For reference, the first six episodes are listed below, along with another link to this one.
#!/usr/bin/env python '''Invasion Percolation Simulation usage: invperc.py grid_size value_range random_seed grid_size: the width/height of the grid must be a positive odd integer value_range: number of distinct values in grid must be a positive integer values will be selected randomly in 1..value_range random_seed: random number generation seed must be a positive integer ''' import sys, random FILLED = -1 # Used to mark filled cells. def fail(msg): print >> sys.stderr, msg sys.exit(1) def create_random_grid(N, Z): '''Return an NxN grid of random values in 1..Z. Assumes the RNG has already been seeded.''' assert N > 0, 'Grid size must be positive' assert N%2 == 1, 'Grid size must be odd' grid = [] for x in range(N): grid.append([]) for y in range(N): grid[-1].append(random.randint(1, Z)) return grid def mark_filled(grid, x, y): '''Mark a grid cell as filled.''' assert 0 <= x < len(grid), \ 'X coordinate out of range (%d vs %d)' % \ (x, len(grid)) assert 0 <= y < len(grid), \ 'Y coordinate out of range (%d vs %d)' % \ (y, len(grid)) grid[x][y] = FILLED def is_candidate(grid, x, y): '''Is a cell a candidate for filling?''' N = len(grid) return (x > 0) and (grid[x-1][y] == FILLED) \ or (x < N-1) and (grid[x+1][y] == FILLED) \ or (y > 0) and (grid[x][y-1] == FILLED) \ or (y < N-1) and (grid[x][y+1] == FILLED) def find_candidates(grid): '''Find low-valued neighbor cells.''' N = len(grid) min_val = sys.maxint min_set = set() for x in range(N): for y in range(N): if is_candidate(grid, x, y): if grid[x][y] == min_val: min_set.add((x, y)) elif grid[x][y] < min_val: min_val = grid[x][y] min_set = set([(x, y)]) return min_set def fill_grid(grid): '''Fill an NxN grid until filled region hits boundary.''' N, num_filled = len(grid), 0 while True: candidates = find_candidates(grid) assert candidates, 'No fillable cells found!' x, y = random.choice(list(candidates)) mark_filled(grid, x, y) num_filled += 1 if x in (0, N-1) or y in (0, N-1): break return num_filled # Main driver. if __name__ == '__main__': # Get parameters from command line. arguments = sys.argv[1:] try: grid_size = int(arguments[0]) value_range = int(arguments[1]) random_seed = int(arguments[2]) except IndexError: fail('Expected 3 arguments, got %d' % len(arguments)) except ValueError: fail('Expected integer arguments, got %s' % str(arguments)) # Run simulation. random.seed(random_seed) grid = create_random_grid(grid_size, value_range) mark_filled(grid, grid_size/2, grid_size/2) num_filled_cells = fill_grid(grid) + 1 print '%d cells filled' % num_filled_cells


{{ partial "head.html" . }} {{ partial "header.html" . }}
{{ .Content }}
“
Crunch.io has been very successful for our clients. In the past, all clients’ queries channeled through us.
Now, clients are using Crunch.io by themselves to answer their own questions. They are less reliant on us for inquiries, freeing up my team’s time.
”
Director, Consumer Research
NielsenIQ


--- type: "youtube" title: "Root Any Android Device Without A Computer 2016" yt-video-id: "X8tGVy9LJRE" description: "Make Sure to be the Cool Guy Who Gives A Thumbs Up To This Video || Do Subscribe For More SuperSU.zip- https://goo.gl/aS0xBr Only Requirement Is A Custom Rec..." social_media_msg: "....." featimg: "http://images.dabannit.com/2e1500/2016-03-24-how-to-root-any-android-device-without-a-computer-(2016)-.html-1d3.jpg" article_videos: "" origin_url: "https://www.youtube.com/watch?v=X8tGVy9LJRE" ---
Root Android Device Without A PC
SuperSU.zip- https://goo.gl/aS0xBr
Only Requirement Is A Custom Recovery.


KillThread()
语法
KillThread(Thread)概要
Immediately kills the specified thread, which had previously been created with CreateThread(). This is a very dangerous function, and should only be used rarely. The problem is that the thread is killed immediately and has no chance to perform any cleanup code (for example, freeing memory, releasing items, de-allocating its own stack).
If possible, a flag like a global variable should be used to tell the thread to quit itself (which does the needed cleanup) and this function should only be used if this is not possible for some reason.
参数
Thread The thread to kill. This value is returned by CreateThread().
返回值
无.
示例
; A procedure/thread which will never exit. Not good, but it ; shows how KillThread works Procedure PrintStuff(*Interval) Repeat PrintN(".") Delay(*Interval) ForEver EndProcedure If OpenConsole() thread = CreateThread(@PrintStuff(), 500) If thread For i=0 To 10 PrintN("A") Delay(999) If i=5 KillThread(thread) EndIf Next EndIf EndIf
已支持操作系统
所有


R/differential_splicing.R
differential_splicing.Rd
Parallelization across tested clusters is achieved using foreach/doMC, so the number of threads that will be used is determined by the cores argument passed to registerDoMC.
differential_splicing( counts, x, confounders = NULL, max_cluster_size = 10, min_samples_per_intron = 5, min_samples_per_group = 4, min_coverage = 20, timeout = 10, robust = F, debug = F, init = "smart", ... )
| counts | An [introns] x [samples] matrix of counts. The rownames must be of the form chr:start:end:cluid. If the counts file comes from the leafcutter clustering code this should be the case already. |
|---|---|
| x | A [samples] numeric vector, should typically be 0s and 1s, although in principle scaling shouldn't matter. |
| confounders | A [samples] x [confounders] numeric matrix to be controlled for in the GLM. Factors should already have been converted to a 1-of-(K-1) encoding, e.g. using model.matrix (see scripts/leafcutter_ds.R for how to do this). Can be NULL, implying no covariates are controlled for. |
| max_cluster_size | Don't test clusters with more introns than this |
| min_samples_per_intron | Ignore introns used (i.e. at least one supporting read) in fewer than n samples |
| min_samples_per_group | Require this many samples in each group to have at least min_coverage reads |
| min_coverage | Require min_samples_per_group samples in each group to have at least this many reads |
| timeout | Maximum time (in seconds) allowed for a single optimization run |
| robust | Whether to use the robust model (explicitly models outliers). Generally not required/recommended for differential splicing. |
| debug | If true writes more output |
| init | One of 'smart' (default) or 'random'. If 'random' you can pass an additional arg "seed" for reproducibility. |
A per cluster list of results. Clusters that were not tested will be represented by a string saying why.


--- title: "NNet starter" date: 2019-09-12 layout: post categories: tags: - cours - nnet - article published: true comments: ---
This page is dedicated to a 2-days course on Neural network with application to natural language processing (NNet for NLP). The drive with all the ressources is here.
Courses on:
And lab sessions on:
Courses on:
And lab sessions on:
To introduce neural networks, start with the videos from Hugo Larochelle. The roadmap is
Download this notebook and run it with jupyter. To get the tools you can install anaconda3 and then pytorch.
PyTorch is python module. If you need a python refresher:
Numpy is one of the core library for scientific computing in Python. It provides a high-performance multidimensional array object, and tools for working with these arrays.
Using python can be easier with ipython, look at this tutorial: http://cs231n.github.io/ipython-tutorial/. If you like more standard IDE : https://www.jetbrains.com/pycharm-edu/


2 Mapping trade data
In this section, we show how the mapping process is performed under the data built by the user. Commodity codes are reported as HS codes (Harmonized Commodity Description and Coding System) or CN codes for European countries, which are mapped into ISSCFC (FAO Commodity List) codes. This step is performed using some auxiliar tables stored in the SWS.
2.1 Definitions
Mappings to be improved: Data from UNSD data source are often reported at the Tariff Line level, that is, the commodities are country-specific, and hence we have precise information about the description of those commodities. Nevertheless, the link between these codes and ISSCFC codes may be built using only the six first digits of the Tariff Line code, that is, we loss information, so that we may improve these mappings.
Unmapped: Commodity code without any correspondent ISSCFC code in the Trade Map Table, and also in the master files: HS Master file for non-European countries and EUCN Master file for European countries.
Scheda code: Internal identifier in Commodit Software (old system). Given the combination of a Country | Trade Flow | Fao Group | Tariff line it is generated a sequential code. This code format is the combination between the sequential code and the FAO Group resulting in F.SSSS, where F is the FAO Group and SSSS is the sequential code.
2.2 Mapping Module
In Figure 2.1, we show the mapping module workflow. As all modules are connected , the user will be able to run the Mapping Module only for those countries-year that the data was built. Therefore, the main input data is the data table fishtrade_data_built
, and hence the user must query this table by selecting the year and country through the Fisheries Trade Tool.
- Inputs:
- Parameters: year, reporter
The Trade Map Table stores the mapping between Tariff Line and ISSCFC code, which are the mappings developed by the FIAS team. Therefore, we should try to map all data stored in the datatable fishtrade_data_built
using this data table. Otherwise, if some commodities code could not be mapped, then we have to use the Master files mappings, which depends on whether the country is European or not.
Figure 2.1 shows the back-end of the Mapping Module, while Figure 2.2 shows the front-end. In the left side, we show the buttons which allows us to choose which country and year we wish to run the mapping module. While in the right side, we show the mapping tool with option to add, improve, and complete the mappings. The buttons “Save” and “Update” in the right side are the same that we show in Figure 2.1.
2.3 Functions
run_mapping_module
: It is the main function for the Mapping Module.get_cn_masterfile
: It gets the CN masterfile to map European countries.get_hs_masterfile
: It gets the HS masterfile to map non-European countries.


Allow to dimm or hide nodes based on a matching expression.
Status: beta. Details: ext-filter.
Filter: ×
jquery.fancytree.js project home Link to this page Example Browser View source code


Faster than a supersonic train. More powerful than an M1 battle tank. Able to complete complex web dev projects with a single energy drink. Yes, it's Captain Codeslinger, with the unique ability to mold code into functional and elegant web apps with his bare hands. Disguised as Rudy Concepcion, a meek and mild-mannered full-stack web developer, Captain Codeslinger fights a never-ending battle to bring the world highly efficient code.
HTML, CSS, Bootstrap, JavaScript, jQuery, React, Responsive Design, SEO
Node.js, MongoDB, Express, MySQL
Git/GitHub, Heroku, API/JSON, RESTful API, Database Theory
Linux, Command Line, Agile Methodologies, Quality Assurance Testing, Coding Best Practices, Computer Science Fundamentals


Package org.jboss.stm.internal
Class PersistentContainer<T>
- java.lang.Object
-
- org.jboss.stm.internal.RecoverableContainer<T>
-
- org.jboss.stm.internal.PersistentContainer<T>
-
public class PersistentContainer<T> extends RecoverableContainer<T>
Instances of this class represent the transactional memory within which persistent user objects can be placed and managed. Objects must implement an interface through which all transactional accesses occur. We don't mandate what the interface is, since that will depend upon the business logic. The interface, or the implementing class, must also use the @Transactional annotation.- Author:
- marklittle
-
-
Field Summary
-
Fields inherited from class org.jboss.stm.internal.RecoverableContainer
_objectModel, _transactionalProxies, _type
-
-
Constructor Summary
Constructors Constructor Description PersistentContainer()
Create a container without a name.PersistentContainer(int objectModel)
Create a container without a name.PersistentContainer(java.lang.String name)
Create a named container.PersistentContainer(java.lang.String name, int objectModel)
Create a named container.
-
Method Summary
All Methods Instance Methods Concrete Methods Modifier and Type Method Description T
enlist(T member)
Given an object we create a new transactional instance of it and return that for future use.T
recreate(T member, Uid id)
Given a unique identifier, the container will either return an existing handle to the object or recreate the handle with the same state that existed at the commit of the last transaction to use it.java.lang.String
toString()
Gives the name of the container.-
Methods inherited from class org.jboss.stm.internal.RecoverableContainer
checkObjectType, createHandle, enlist, getHandle, getUidForHandle, getUidForOriginal, isPessimistic, name, objectModel, objectType
-
-
-
-
Constructor Detail
-
PersistentContainer
public PersistentContainer()
Create a container without a name. A name will be assigned automatically.
-
PersistentContainer
public PersistentContainer(java.lang.String name)
Create a named container.- Parameters:
name
- the name (should be unique, but this is not enforced).
-
PersistentContainer
public PersistentContainer(int objectModel)
Create a container without a name. A name will be assigned automatically.- Parameters:
global
- whether the instances are to be shared across address spaces or classloaders.
-
PersistentContainer
public PersistentContainer(java.lang.String name, int objectModel)
Create a named container.- Parameters:
name
- the name (should be unique, but this is not enforced).global
- whether the instances are to be shared across address spaces or classloaders.
-
-
Method Detail
-
enlist
public T enlist(T member)
Given an object we create a new transactional instance of it and return that for future use. All accesses on the returned object will be managed according to the rules defined in the various annotations. If the original object instance is used then no transactional manipulation will occur so you need to be careful! All handles are uniquely identified using Uid.- Overrides:
enlist
in classRecoverableContainer<T>
- Parameters:
member
- the instance of type T that you want to be made transactional and persistent.- Returns:
- a handle into the transactional memory that the application should use to manipulate the object.
-
recreate
public T recreate(T member, Uid id)
Given a unique identifier, the container will either return an existing handle to the object or recreate the handle with the same state that existed at the commit of the last transaction to use it.- Parameters:
member
- the instance of type T that you want to be made transactional and persistent.id
- the unique identifier for the instance.- Returns:
- a handle into the transactional memory that the application should use to manipulate the object.
-
toString
public java.lang.String toString()
Gives the name of the container.- Overrides:
toString
in classRecoverableContainer<T>
-
-


The ENDFlib library in DeCE is written in an object oriented manner, which provides an easy access to the ENDF-6 format files. There are three important classes defined in endflib.h. The first class is Record that is used for the HEAD and CONT records defined in ENDF-6. The second one is the main ENDF class, in which numerical data in a specific MT/MT section are stored. The last one is the dictionary class, ENDFDict. The dictionary class is used for controlling individual section in the ENDF-6 file to be processed, making a new dictionary section, and access to the overall information of the currently handling file.
A record defined in ENDF-6 is a card image that has six data fields in each eleven column - two floating point data followed by four integers. Following ENDF-6 definition, DeCE defines this data structure as:
class Record{ public: double c1; double c2; int l1; int l2; int n1; int n2; };
The record-type data are used for the HEAD line in each MF/MT section, or the CONT (control) line that precedes a data block. Note that one data block may contain more than one CONT, depending on the MT/MT data structure. But at least one CONT is given in a data block, so that we use a pair of the CONT field with the data section to be a "block" of data.
All the member variables in the Record class are defined as public, and they will be zero-initialized by a constructor when no data are provided.
There is a member function setRecord() that set all six variables at one time.
void setRecord(double a, double b, int c, int d, int e, int f){ c1 = a; c2 = b; l1 = c; l2 = d; n1 = e; n2 = f; }
This class is to store entire data in one MF/MT section, so that each MF/MT section in DeCE is represented by this object. The class is defined as follows:
class ENDF{ private: bool allocated; // memory allocation flag int mat ; // ENDF MAT number int mf ; // ENDF MF number int mt ; // ENDF MT number Record head ; // Head Record DataSize size ; // ENDF data size int ctr ; // pointer to currently running block int nb ; // pointer to current block public: int *idata ; // integer data double *xdata ; // floating point data int **iptr ; // int pointer for the 2-dim array double **xptr ; // double pointer for the 2-dim array Record *rdata ; // pointer for 2-dim data CONT };
The MAT/MF/MT triplet, which is an ID of this section, is kept in private. The HEAD record is also private. The DataSize is the size of this object specified by S, M, or L. In the current implementation in DeCE, albeit memory access is dynamical, the object memory size is determined when instanced, hence not able to change. To save the memory, the object will be categorized into three depending on a memory demand. For instance, the resonance parametres need a lot of memory, which categolized into L, while the nuclear decay data could be limited to the S size.
The two integers, NB and CTR, are hidden variables in the class, required a method to store integer/floating point data on memory, explained below. NB is the number of blocks stored in an object, and CTR is a pointer to the data block currently the program is accessing. They are used for monitoring the total number of data points in endflib.cpp. Apparently CTR is equal to or smaller than NB.
Numerical data are stored in this object in a one-dimensional mode. There are three types of data stored; integer, double, and Record. The integer and double data are also accessed as a two-dimensional array. For example;
N0 N1 N2 N3 N4 N5 N6 N7 N8 N9 N10 (0,0) (0,1) (0,2) (1,0) (1,1) (1,2) (1,3) (2,0) (2,1) (2,2) (2,3)
Where, there are eleven numbers ( = ni) in the integer array idata, and the same are accessed by a 2dim array pointer iptr, like itpr[0][2]=N2, iptr[2][2]=N9. The pointer itpr[0] contains the address of idata[0].
The first index, 0, 1, and 2, is common to all the double and Recode arrays xptr and rdata, which means that an i-th data block has three relevant data sets iptr[i], xptr[i], and rdata[i]. In the C(C++) notation for the case above;
iptr[0] = &idata[0]; xptr[0] = &xdata[0]; iptr[1] = &idata[3]; xptr[1] = &xdata[6]; iptr[2] = &idata[7]; xptr[2] = &xdata[8]; iptr[3] = &idata[11]; xptr[3] = &xdata[14];
The last elements (iptr[3] and xptr[3]) point the first addresses of unused memory, which is needed to calculate number of elements for the third block.
At the beginning, NB = 0, iptr and xptr point the fisrt address of the interger number and floating point number buffers. When data for the first block is stored (3 integer numbers and 6 floating point numbers), iptr[1] is set at the 4th element in the integer buffer (idata[3]), and xptr[1] points the 7th (xdata[6]). The number of elements can be calculated by the pointers, NI = iptr[NB] - iptr[0], and NX = xptr[NB] - xptr[0].
Sometimes there is no corresponding int/floating point data block for a given i, while the CONT record always exists. When the i-th block does not have any data, iptr[i] and xptr[i] point the same address as iptr[i-1] and xptr[i-1].
The MAT/MF/MT triplet as well as the HEAD record can be accessed by member functions. The setENDFhead() function resets the counter CTR. This is function should be called first, when a new section is created.
void setENDFmat(int n){ mat = n; } void setENDFmf (int n){ mf = n; } void setENDFmt (int n){ mt = n; } int getENDFmat() { return mat; } int getENDFmf () { return mf; } int getENDFmt () { return mt; } void setENDFhead(double c1, double c2, int l1, int l2, int n1, int n2){ head.setRecord(c1,c2,l1,l2,n1,n2); resetCTR(); } void setENDFhead(Record r){ head = r; resetCTR(); } Record getENDFhead(){ return head; }
class ENDFDict{ public: int mat ; // ENDF MAT number int sec ; // number of sections int *mf ; // ENDF MF number int *mt ; // ENDF MT number int *nc ; // Line count int *mod ; // MOD number int *id ; // ID for ENDF data on memory char tpid[67]; // Tape ID Record head ; // Tape HEAD Record Record cont[3] ; // CONT Records double emax ; // highest energy in the file double emaxRR ; // energy boundary of resolved resonance region double emaxUR ; // energy boundary of unresolved resonance region double emaxRe ; // either emaxRR or emaxUR depending on LSSF flag };
An object of ENDFDict class contains MAT number mat, Tape ID tpid, Tape header part (one HEAD and three CONTs) head, cont, total number of sections sec, and integer data arrays for each section mf, mt, nc, mod, and id. nc is the number of lines (in card image). emax is for the highest energy of the file, and other three floating-point valiables define the energy boundary between the resolved, unresolved resonances, and higher range. The array id has special meanings, as given below.
In DeCE, one object is assigned to each section of an ENDF-6 file defined by MF/MT. For example, when sections are given in
ENDF lib[0]; // comment section MF=1, MT=451 ENDF lib[1]; // resonance parameters MF=2, MT=151 ENDF lib[2]; // total cross section MF=3, MT=1 ENDF lib[3]; // elastic cross section MF=3, MT=2 ENDF lib[4]; // capture cross section MF=3, MT=102 // elastic, no data MF=4, MT=2 // spectrum, no data MF=6, MT=102
The total number of sections, sec is 7, and 5 sections out of 7 have real data on memory. The rest of two sections are in the dictionary, but DeCE has not allocated memory to store these sections. DeCE gives -1 to their ids.
The arrays of mf, mt, and id may contain,
index MF MT ID 0 1 451 0 1 2 151 1 2 3 1 2 3 3 2 3 4 3 102 4 5 4 2 -1 6 6 102 -1
When one section is deleted, DeCE keeps this section on memory, but set id = -2. Now we delete MF/MT=3/2 and 4/2, and add a new section MF/MT=3/3 to which memory is allocated. sec becomes 8. The index for the new section will be 7, and the id is 5.
ENDF lib[5]; // nonelastic cross section MF=3, MT=3
index MF MT ID 0 1 451 0 1 2 151 1 2 3 1 2 3 3 2 -2 4 3 102 4 5 4 2 -2 6 6 102 -1 7 3 3 5
Finally DeCE prints out sections whose id are positive, in the ascending order of MF and MT.
Two member functions, scanDisc() and getID(), give status of each data block.
int scanDict(int n1, int n2){ int k = -1; for(int i=0 ; i<sec ; i++){ if( (mf[i] == n1) && (mt[i] == n2) ){ k = i; break; } } return(k); } int getID(int n1, int n2){ int k = -1; for(int i=0 ; i<sec ; i++){ if( (mf[i] == n1) && (mt[i] == n2) ){ k = id[i]; break; } } return(k); }
scanDict() looks up a given MF/MT in the dictionary, and if that section is found, it returns its index, otherwise -1. In the case of example above, scanDict(3,3) gives 7.
getID() is similar to scanDict(), but it returns the id of given section. scanDict(3,3) is 5.


Door State Diagram
Interface
Transition Name:
XXX
For more explanation please visit -
Mutable data and prototypes Wiki


1 #Fireball Fireball
Fireball ui-kit test ui-kit on GitHub.
1.2 #Fireball.Color Color
-
.primary
Use this class to indicate that the button is the primary feature of this form. -
.remove
Use this class to indicate that the button will remove a feature, or other negative connotations. -
:hover
Highlight the button when hovered. -
:disabled
Make the button change appearance to reflect it being disabled. -
:active
"Press" the button down when clicked.
test Color


|
Files | |
| file | common-rs485.h |
Commonly used RS485-related functions used by drivers. | |
Functions | |
| bool | RS485write (tMassiveArray &buf, ubyte len) |
| bool | RS485read (tMassiveArray &buf, int &len, int timeout=100) |
| bool | RS485readLargeResponse (tMassiveArray &buf, int &len, int timeout=100) |
| int | RS485appendToBuff (tMassiveArray &buf, const short index, const ubyte *pData, const short nLength) |
| int | RS485appendToBuff (tMassiveArray &buf, const short index, string pData) |
| void | RS485initLib (long baudrate=230400) |
| void | RS485clearRead (bool sendnewline=false) |
| bool | RS485sendString (string &data) |
| bool | RS485sendString (char *data) |
Variables | |
| int | rxTimer |
| const ubyte | newline [1] = '\n' |
| tMassiveArray | RS485rxbuffer |
| tMassiveArray | RS485txbuffer |
Commonly used RS485-related functions used by drivers
| int RS485appendToBuff | ( | tMassiveArray & | buf, |
| const short | index, | ||
| const ubyte * | pData, | ||
| const short | nLength | ||
| ) |
Append an array of bytes to a tMassiveArray buffer, starts at index in the buffer and copies nLength bytes.
| buf | the buffer to copy to |
| index | the position in buffer where to start appending to |
| pData | the data to be appended to buf |
| nLength | the length of the data to be appended |
Append a string a tBigByteArray buffer, starts at index in the buffer
| buf | the buffer to copy to |
| index | the position in buffer where to start appending to |
| pData | the string to be appended to buf |
| nLength | the length of the data to be appended |
Definition at line 175 of file common-rs485.h.
| int RS485appendToBuff | ( | tMassiveArray & | buf, |
| const short | index, | ||
| string | pData | ||
| ) |
Append a string a tMassiveArray buffer, starts at index in the buffer
| buf | the buffer to copy to |
| index | the position in buffer where to start appending to |
| pData | the string to be appended to buf |
Append a string a tBigByteArray buffer, starts at index in the buffer
| buf | the buffer to copy to |
| index | the position in buffer where to start appending to |
| pData | the string to be appended to buf |
Definition at line 191 of file common-rs485.h.
| void RS485clearRead | ( | bool | sendnewline = false ) |
Definition at line 247 of file common-rs485.h.
| void RS485initLib | ( | long | baudrate = 230400 ) |
Initialise the port, setup buffers
Definition at line 236 of file common-rs485.h.
| bool RS485read | ( | tMassiveArray & | buf, |
| int & | len, | ||
| int | timeout = 100 |
||
| ) |
Read a message from the NXT2WIFI. An optional timeout can be specified.
| buf | the buffer in which to store the received data |
| len | the amount of data received |
| timeout | optional parameter to specify the timeout, defaults to 100ms |
Definition at line 90 of file common-rs485.h.
| bool RS485readLargeResponse | ( | tMassiveArray & | buf, |
| int & | len, | ||
| int | timeout = 100 |
||
| ) |
Read a very large response from the NXT2WIFI sensor. This breaks up the reads into many smaller chunks to prevent weirdness on the bus.
| buf | the buffer in which to store the received data |
| len | the amount of data received |
| timeout | optional parameter to specify the timeout, defaults to 100ms |
Definition at line 128 of file common-rs485.h.
| bool RS485sendString | ( | string & | data ) |
Definition at line 262 of file common-rs485.h.
| bool RS485sendString | ( | char * | data ) |
Definition at line 268 of file common-rs485.h.
| bool RS485write | ( | tMassiveArray & | buf, |
| ubyte | len | ||
| ) |
Write a message to the NXT2WIFI sensor
| buf | the buffer to be transmitted |
| len | the length of the data to be transmitted |
Definition at line 51 of file common-rs485.h.
| const ubyte newline[1] = '\n' |
Definition at line 40 of file common-rs485.h.
128 bit array for receiving
Definition at line 42 of file common-rs485.h.
128 bit array for transmission
Definition at line 43 of file common-rs485.h.
| int rxTimer |
timer for receiving timeouts
Definition at line 38 of file common-rs485.h.


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{% blocktrans %} Dear {{ user }}, {% endblocktrans %}
{% blocktrans %} You fave successfully registered for Pharos. To complete your registration pleas clack at the activation link below. {% endblocktrans %}
{% blocktrans %} Activate {% endblocktrans %}
{% blocktrans %} We hope you will enjoy working with Phaors. If you have any questions please feel free to contact our support any time. {% endblocktrans %}
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Chapter 2 Data Manipulation using tidyr
Learning Objectives
- Understand the concept of a wide and a long table format and for which purpose those formats are useful.
- Understand what key-value pairs are.
- Reshape a data frame from long to wide format and back with the
pivot_wider
andpivot_longer
commands from thetidyr
package.- Export a data frame to a .csv file.
dplyr
pairs nicely with tidyr
which enables you to swiftly convert between different data formats for plotting and analysis.
The package tidyr
addresses the common problem of wanting to reshape your data for plotting and use by different R functions. Sometimes we want data sets where we have one row per observation. Sometimes we want a data frame where each observation type has its own column, and rows are instead more aggregated groups - like surveys, where each column represents an answer. Moving back and forth between these formats is nontrivial, and tidyr
gives you tools for this and more sophisticated data manipulation.
To learn more about tidyr
after the workshop, you may want to check out this cheatsheet about tidyr
.
2.1 About long and wide table format
The ‘long’ format is where:
- each column is a variable
- each row is an observation
In the ‘long’ format, you usually have 1 column for the observed variable and the other columns are ID variables.
For the ‘wide’ format a row, for example could be a reserarch subject for which you have multiple observation variables containing the same type of data, for example responses to a set of survey questions, or repeated observations over time, or a mix of both. Here is an example:
You may find data input may be simpler or some other
applications may prefer the ‘wide’ format. However, many of R
‘s functions have
been designed assuming you have ’long’ format data. This tutorial will help you
efficiently transform your data regardless of original format.
The choice of data format affects readability. For humans, the wide format is often more intuitive, since we can often see more of the data on the screen due to its shape. However, the long format is more machine readable and is closer to the formatting of databases. The ID
variables in our dataframes are similar to the fields in a database and observed variables are like the database values.
Challenge 1
Is stops in a long or wide format?
2.2 Long to Wide with pivot_wider
Now let’s see this in action. First, using dplyr
, let’s create a data frame with the counts of different violations for each county:
<- stops %>%
violations count(county_name, violation)
violations
#> county_name violation n
#> 1 Adams Breaks-Lights-etc 7
#> 2 Adams Careless driving 48
#> 3 Adams License-Permit-Insurance 118
#> 4 Adams Other or unknown 35
#> 5 Adams Seat belt 229
#> 6 Adams Speeding 505
Now, to make this long data wide, we use pivot_wider
from tidyr
to turn the driver gender into columns. In addition to our data table we provide pivot_wider
with two arguments: names_from
describes which column to use for name of the output column, and values_from
tells it from column to get the cell values. We’ll use a pipe so we can ignore the data argument.
<- violations %>%
violations_wide pivot_wider(names_from = violation,
values_from = n)
violations_wide
#> # A tibble: 82 x 7
#> county_name `Breaks-Lights-… `Careless drivi… `License-Permit…
#> <chr> <int> <int> <int>
#> 1 Adams 7 48 118
#> 2 Alcorn 62 100 737
#> 3 Amite 47 86 370
#> 4 Attala 99 113 526
#> 5 Benton 3 9 73
#> 6 Bolivar 57 139 1034
#> 7 Calhoun 26 38 383
#> 8 Carroll 26 40 323
#> 9 Chickasaw 42 53 1378
#> 10 Choctaw 8 6 73
#> # … with 72 more rows, and 3 more variables: `Other or unknown` <int>, `Seat
#> # belt` <int>, Speeding <int>
2.3 Wide to long with pivot_longer
What if we had the opposite problem, and wanted to go from a wide to long
format? For that, we use pivot_longer
, which will increase the number of rows and decrease the number of columns. We provide the functino with thee arguments: cols
which are the columns we want to pivot into the long format, names_to
, which is a string specifying the name of the column to create from the data stored in the column names, and values_to
, which is also a string, specifying the name of the column to create from the data stored in cell values.
So, to go backwards from violations_wide
, and exclude county_name
from the long format, we would do the following:
<- violations_wide %>%
violations_long pivot_longer(cols = -county_name, # exclude column with county name
names_to = "violation", # name is a string!
values_to = "n") # also a string
violations_long
#> # A tibble: 492 x 3
#> county_name violation n
#> <chr> <chr> <int>
#> 1 Adams Breaks-Lights-etc 7
#> 2 Adams Careless driving 48
#> 3 Adams License-Permit-Insurance 118
#> 4 Adams Other or unknown 35
#> 5 Adams Seat belt 229
#> 6 Adams Speeding 505
#> 7 Alcorn Breaks-Lights-etc 62
#> 8 Alcorn Careless driving 100
#> 9 Alcorn License-Permit-Insurance 737
#> 10 Alcorn Other or unknown 418
#> # … with 482 more rows
We could also have used a specification for what columns to include. This can be
useful if you have a large number of identifying columns, and it’s easier to
specify what to gather than what to leave alone. And if the columns are adjacent to each other, we don’t even need to list them all out – we can use the :
operator!
%>%
violations_wide pivot_longer(cols = `Breaks-Lights-etc`:Speeding, # this also works
names_to = "violation",
values_to = "n")
#> # A tibble: 492 x 3
#> county_name violation n
#> <chr> <chr> <int>
#> 1 Adams Breaks-Lights-etc 7
#> 2 Adams Careless driving 48
#> 3 Adams License-Permit-Insurance 118
#> 4 Adams Other or unknown 35
#> 5 Adams Seat belt 229
#> 6 Adams Speeding 505
#> 7 Alcorn Breaks-Lights-etc 62
#> 8 Alcorn Careless driving 100
#> 9 Alcorn License-Permit-Insurance 737
#> 10 Alcorn Other or unknown 418
#> # … with 482 more rows
There are many powerful operations you can do with the pivot_*
functions. To learn more review the vignette:
vignette("pivot")
Challenge
1.From the stops dataframe create a wide data frame
tr_wide
with “year” as columns, each row is a different violation, and the values are the number of traffic stops per each violation, roughly like this:
violation | 2013 | 2014 | 2015 ...
Break-Lights | 65 | 54| 67 ...
Speeding | 713 | 948| 978 ...
...
Use
year()
from the lubridate package. Hint: You will need to summarize and count the traffic stops before reshaping the table.
- Now take the data frame, and make it long again, so each row is a unique violation - year combination, like this:
violation | year | n of stops
Speeding | 2013 | 65
Speeding | 2014 | 54
... etc
2.4 Exporting data
Similar to the read_csv()
function used for reading CSV files into R, there is a write_csv()
function that generates CSV files from data frames.
Before using write_csv()
, we are going to create a new folder, data_output
,
in our working directory that will store this generated dataset. We don’t want
to write generated datasets in the same directory as our raw data. It’s good
practice to keep them separate. The data
folder should only contain the raw,
unaltered data, and should be left alone to make sure we don’t delete or modify
it. In contrast, our script will generate the contents of the data_output
directory, so even if the files it contains are deleted, we can always
re-generate them.
We can now save the table generated above in our data_output
folder:
write_csv(violation_wide, "data_output/county_violations.csv")


| public const Range[6] s0 | [{9, 9}, {10, 10}, {13, 13}, {32, 55295u}, {57344u, 65533u}, {65536, 1114111}] |
| public const Range[4] s1 | [{32, 32}, {9, 9}, {13, 13}, {10, 10}] |
| public const Range[6] s10 | [{65, 90}, {97, 122}, {48, 57}, {46, 46}, {95, 95}, {45, 45}] |
| public const int[10] s11 | [115, 116, 97, 110, 100, 97, 108, 111, 110, 101] |
| public const int[9] s12 | [60, 33, 68, 79, 67, 84, 89, 80, 69] |
| public const int[6] s13 | [83, 89, 83, 84, 69, 77] |
| public const int[6] s14 | [80, 85, 66, 76, 73, 67] |
| public const Range[1] s15 | [{34, 34}] |
| public const Range[1] s16 | [{39, 39}] |
| public const Range[3] s17 | [{32, 32}, {13, 13}, {10, 10}] |
| public const Range[3] s18 | [{97, 122}, {65, 90}, {48, 57}] |
| public const Range[19] s19 | [{45, 45}, {39, 39}, {40, 40}, {41, 41}, {43, 43}, {44, 44}, {46, 46}, {47, 47}, {58, 58}, {61, 61}, {63, 63}, {59, 59}, {33, 33}, {42, 42}, {35, 35}, {64, 64}, {36, 36}, {95, 95}, {37, 37}] |
| public const Range[16] s2 | [{58, 58}, {65, 90}, {95, 95}, {97, 122}, {192u, 214u}, {216u, 246u}, {248u, 767}, {880, 893}, {895, 8191}, {8204, 8205}, {8304, 8591}, {11264, 12271}, {12289, 55295u}, {63744u, 64975u}, {65008u, 65533u}, {65536, 983039}] |
| public const int[9] s20 | [60, 33, 69, 76, 69, 77, 69, 78, 84] |
| public const int[5] s21 | [69, 77, 80, 84, 89] |
| public const int[3] s22 | [65, 78, 89] |
| public const int[7] s23 | [35, 80, 67, 68, 65, 84, 65] |
| public const int[2] s24 | [41, 42] |
| public const int[7] s25 | [35, 80, 67, 68, 65, 84, 65] |
| public const int[9] s26 | [60, 33, 65, 84, 84, 76, 73, 83, 84] |
| public const int[5] s27 | [67, 68, 65, 84, 65] |
| public const int[2] s28 | [73, 68] |
| public const int[5] s29 | [73, 68, 82, 69, 70] |
| public const Range[6] s3 | [{45, 45}, {46, 46}, {48, 57}, {183u, 183u}, {768, 879}, {8255, 8256}] |
| public const int[6] s30 | [73, 68, 82, 69, 70, 83] |
| public const int[6] s31 | [69, 78, 84, 73, 84, 89] |
| public const int[8] s32 | [69, 78, 84, 73, 84, 73, 69, 83] |
| public const int[7] s33 | [78, 77, 84, 79, 75, 69, 78] |
| public const int[8] s34 | [78, 77, 84, 79, 75, 69, 78, 83] |
| public const int[8] s35 | [78, 79, 84, 65, 84, 73, 79, 78] |
| public const int[9] s36 | [35, 82, 69, 81, 85, 73, 82, 69, 68] |
| public const int[8] s37 | [35, 73, 77, 80, 76, 73, 69, 68] |
| public const int[6] s38 | [35, 70, 73, 88, 69, 68] |
| public const int[8] s39 | [60, 33, 69, 78, 84, 73, 84, 89] |
| public const int[5] s4 | [60, 63, 120, 109, 108] |
| public const int[8] s40 | [60, 33, 69, 78, 84, 73, 84, 89] |
| public const Range[3] s41 | [{37, 37}, {38, 38}, {34, 34}] |
| public const Range[3] s42 | [{37, 37}, {38, 38}, {39, 39}] |
| public const int[5] s43 | [78, 68, 65, 84, 65] |
| public const int[10] s44 | [60, 33, 78, 79, 84, 65, 84, 73, 79, 78] |
| public const int[6] s45 | [80, 85, 66, 76, 73, 67] |
| public const int[2] s46 | [47, 62] |
| public const int[2] s47 | [60, 47] |
| public const Range[2] s48 | [{60, 60}, {38, 38}] |
| public const Range[2] s49 | [{60, 60}, {38, 38}] |
| public const int[2] s5 | [63, 62] |
| public const int[3] s50 | [93, 93, 62] |
| public const Range[2] s51 | [{60, 60}, {38, 38}] |
| public const int[9] s52 | [60, 33, 91, 67, 68, 65, 84, 65, 91] |
| public const int[3] s53 | [93, 93, 62] |
| public const int[3] s54 | [93, 93, 62] |
| public const Range[3] s55 | [{60, 60}, {38, 38}, {34, 34}] |
| public const Range[3] s56 | [{60, 60}, {38, 38}, {39, 39}] |
| public const Range[1] s57 | [{48, 57}] |
| public const Range[3] s58 | [{48, 57}, {97, 102}, {65, 70}] |
| public const int[2] s59 | [38, 35] |
| public const int[7] s6 | [118, 101, 114, 115, 105, 111, 110] |
| public const int[3] s60 | [38, 35, 120] |
| public const int[4] s61 | [60, 33, 45, 45] |
| public const int[3] s62 | [45, 45, 62] |
| public const int[2] s63 | [60, 63] |
| public const int[2] s64 | [63, 62] |
| public const int[2] s65 | [63, 62] |
| public const Range[2] s66 | [{120, 120}, {88, 88}] |
| public const Range[2] s67 | [{109, 109}, {77, 77}] |
| public const Range[2] s68 | [{108, 108}, {76, 76}] |
| public const int[5] s69 | [34, 121, 101, 115, 34] |
| public const Range[1] s7 | [{48, 57}] |
| public const int[4] s70 | [34, 110, 111, 34] |
| public const int[8] s8 | [101, 110, 99, 111, 100, 105, 110, 103] |
| public const Range[2] s9 | [{65, 90}, {97, 122}] |


Database mirroring is primarily a software solution for increasing database availability and data redundancy. The Microsoft SQL Server JDBC Driver provides implicit support for database mirroring, so that the developer does not need to write any code or take any other action when it has been configured for the database.
Database mirroring, which is implemented on a per-database basis, keeps a copy of a SQL Server production database on a standby server. This server is either a hot or warm standby server, depending on the configuration and state of the database mirroring session. A hot standby server supports rapid failover without a loss of committed transactions, and a warm standby server supports forcing service (with possible data loss).
The production database is called the principal database, and the standby copy is called the mirror database. The principal database and mirror database must reside on separate instances of SQL Server (server instances), and they should reside on separate computers, if it is possible.
The production server instance, referred to as the principal server, communicates with the standby server instance, referred to as the mirror server. The principal and mirror servers act as partners within a database mirroring session. If the principal server fails, the mirror server can make its database into the principal database through a process called failover. For example, Partner_A and Partner_B are two partner servers, with the principal database initially on Partner_A as principal server, and the mirror database residing on Partner_B as the mirror server. If Partner_A goes offline, the database on Partner_B can fail over to become the current principal database. When Partner_A rejoins the mirroring session, it becomes the mirror server and its database becomes the mirror database.
In the case where the Partner_A server is irreparably damaged, a Partner_C server can be brought online to act as the mirror server for Partner_B, which is now the principal server. However, in this scenario, the client application must include programming logic to ensure that the connection string properties are updated with the new server names used in the database mirroring configuration. Otherwise, the connection to the servers may fail.
Alternative database mirroring configurations offer different levels of performance and data safety, and support different forms of failover. For more information, see "Overview of Database Mirroring" in SQL Server Books Online.
Programming Considerations
When the principal database server fails, the client application receives errors in response to API calls, which indicate that the connection to the database has been lost. When this occurs, any uncommitted changes to the database are lost and the current transaction is rolled back. If this occurs, the application should close the connection (or release the data source object) and try to reopen it. On connection, the new connection is transparently re-directed to the mirror database, which now acts as the principal server, without the client having to modify the connection string or data source object.
When a connection is initially established, the principal server sends the identity of its failover partner to the client that will be used when failover occurs. When an application tries to establish an initial connection with a failed principal server, the client does not know the identity of the failover partner. To allow clients the opportunity to cope with this scenario, the failoverPartner connection string property, and optionally the setFailoverPartner data source method, allows the client to specify the identity of the failover partner on its own. The client property is used only in this scenario; if the principal server is available, it is not used.
If the failover partner server supplied by the client does not refer to a server acting as a failover partner for the specified database, the connection is refused by the server. Although the SQLServerDataSource class provides the getFailoverPartner method, this method only returns the name of the failover partner specified in the connection string or the setFailoverPartner method. To retrieve the name of the actual failover partner that is currently being used, use the following Transact-SQL statement:
SELECT m.mirroring_role_DESC, m.mirroring_state_DESC, m.mirroring_partner_instance FROM sys.databases as db, sys.database_mirroring AS m WHERE db.name = 'MirroringDBName' AND db.database_id = m.database_id
You should consider caching the partner information to update the connection string or devise a retry strategy in case the first attempt at making a connection fails.
Example
In the following example, an attempt is first made to connect to the principle server. If that fails and an exception is thrown, an attempt is made to connect to the mirror server, which may have been promoted to the new principle server. Note the use of the failoverPartner property in the connection string.
import java.sql.*; public class clientFailover { public static void main(String[] args) { // Create a variable for the connection string. String connectionUrl = "jdbc:sqlserver://serverA:1433;" + "databaseName=AdventureWorks;integratedSecurity=true;" + "failoverPartner=serverB"; // Declare the JDBC objects. Connection con = null; Statement stmt = null; try { // Establish the connection to the principal server. Class.forName("com.microsoft.sqlserver.jdbc.SQLServerDriver"); con = DriverManager.getConnection(connectionUrl); System.out.println("Connected to the principal server."); // Note that if a failover of serverA occurs here, then an // exception will be thrown and the failover partner will // be used in the first catch block below. // Create and execute an SQL statement that inserts some data. stmt = con.createStatement(); // Note that the following statement assumes that the // TestTable table has been created in the AdventureWorks // sample database. stmt.executeUpdate("INSERT INTO TestTable (Col2, Col3) VALUES ('a', 10)"); } // Handle any errors that may have occurred. catch (SQLException se) { try { // The connection to the principal server failed, // try the mirror server which may now be the new // principal server. System.out.println("Connection to principal server failed, " + "trying the mirror server."); con = DriverManager.getConnection(connectionUrl); System.out.println("Connected to the new principal server."); stmt = con.createStatement(); stmt.executeUpdate("INSERT INTO TestTable (Col2, Col3) VALUES ('a', 10)"); } catch (Exception e) { e.printStackTrace(); } } catch (Exception e) { e.printStackTrace(); } // Close the JDBC objects. finally { if (stmt != null) try { stmt.close(); } catch(Exception e) {} if (con != null) try { con.close(); } catch(Exception e) {} } } }


The PS4 version of Gris is hiding a 'secret homage'
Launching November 26, 2019
by Jordan DevoreWe're running out of excuses for not getting around to Gris, a marvelous indie adventure from Nomada Studio and Devolver Digital. After PC, Nintendo Switch, and iOS, it's now bound for PlayStation 4.
The PS4 version of Gris isn't a simple port – the developers put in work.
"The art team revamped over five thousand unique assets to 2x - 4x higher resolution to take advantage of the PS4 Pro and 4K displays," said programmer Roger Mendoza. "Similarly, the majestic score from Berlinist was integrated into the game with less compression so that the music and audio design all sound cleaner and brighter. Additionally, we added some 'quality of life' improvements and a PlayStation-exclusive secret homage to one of our favorite games and an inspiration for Gris."
If PlayStation fans can rally around Journey, they can do the same for Gris. Moyse gave it a ten!
Along with the usual digital release on the PlayStation Store, Gris also has a region-free physical copy available from Limited Run. Pre-orders are open today through December 27, and there's "no limit."
Experience Gris' Emotional Journey on PS4 November 26 [PlayStation Blog]


This is one of the last space shuttle launches. The video turned out great. Be sure to play it. It's well worth the wait to view it.


On 18 January 2020, 4 new articles were published in 4 journals.
Review of Heng Choon (oliver) Chan, A Global Casebook of Sexual Homicide
The Value of Participatory Action Research in Corrections: Introduction to the Special Issue
Note: although this article was published on 1 January 2020, the publisher only added it to the journal RSS feed on 18 January 2020, which is why it is shown in the list of articles for that date.
Racial Threat and Crime Control: Integrating Theory on Race and Extending Its Application


Preparation time
less than 30 mins
Cooking time
10 to 30 mins
Serves
Serves 4
Dietary
This simple but luxurious dish will impress your guests with its earthy flavour and creamy texture.
Heat the butter and half the oil in a frying pan over a low-medium heat. Add the onion and garlic and fry for 8-10 minutes, until softened but not coloured. Add the rice and fry for 1-2 minutes, stirring constantly until it is coated in the oil.
Pour in the wine and bring to the boil. Reduce the heat slightly until the wine is just simmering, then cook until two-thirds of the wine has evaporated.
Add a ladleful of the warm stock to the pan and return to a simmer, reducing the heat if the liquid starts to bubble too fiercely, to prevent the rice from cooking too quickly. When most of the stock has evaporated, add another ladleful. Cook the risotto in this way for 12-15 minutes, or until most of the stock has been absorbed by the rice and the rice is tender but has a slight bite.
Meanwhile, heat the remaining oil in a frying pan over a medium heat and fry and the butternut squash for 10-12 minutes, turning regularly, until tender and golden-brown all over.
Stir the sage, butternut squash, Parmesan and mozzarella into the risotto. Turn the heat off, leave the pan on the heat, and let the cheese melt. Season, to taste, with salt and pepper.
Meanwhile, heat a dry frying pan over a medium heat. Add the pine nuts and toast for 1-2 minutes, until just golden-brown. Stir them into the risotto and serve.


A minimal, animated circle loading indicator plugin for jQuery projects. The loading spinner is written in pure CSS/CSS3. jQuery is only used to show/hide/config the loading spinner programmatically.


Promoted & produced a weekly DJ night during Summer of 2017 for 2 months.
Gained 149 Instagram followers for the Deep Dive Coding program over 6 month period.
Facilitate a summer soccer camp with over 100 youth participants during summer 2016.
Click here to return to the home page.


--- layout: post title: Droidhack - PhoneGap Android Plugins categories: - hackfest tags: [] status: publish type: post published: true meta: _edit_last: '3' --- The next DROIDHACK event will be happening Saturday October 8th starting at 10am. This will be another themed hack event. Nitobi (the guys that made PhoneGap) are going to be sponsoring the event (we'll have some t-shirts & stickers to pass out) and we'll be focusing on creating more PhoneGap plugins. You'll learn how to write PhoneGap plugins as well as how you can plug native bindings into a WebKit view on various platforms, such as Android. This months DROIDHACK will be happening at the Macadamian Offices in Hull If you don't want to pull up maps, or whatever here is the address of where it will be:
Macadamian 165 Rue Wellington, gatineau, qc Ottawa, ON


Olivia Newton-John's 'Grease' outfit sells for $405,700
LOS ANGELES (Reuters) - Olivia Newton-John’s tight black pants and leather jacket from the movie “Grease” sold for $405,700 at a Beverly Hills auction on Saturday, more than double the expected price, Julien’s Auctions said.
The outfit that marked the transition of Newton-John’s character in the 1978 musical from demure high schooler to sexy Sandy was among 500 items for sale to help raise money for the performer’s cancer treatment center in Australia.
The infamous pants worn by Newton-John for the “You’re the One That I Want” duet with John Travolta were so tight that she had to be sewn into them to film the scene, and were sold with a broken zipper. The buyers for the pants and jacket were not revealed.
The auction raised $2.4 million in total, with many items related to the movie going for many times over estimates, Julien’s said.
A “Grease” poster signed by Newton-John, Travolta and other cast members sold for $64,000, compared to an estimate of $1,000. The pink lace gown the actress wore to the movie premiere in Los Angeles went for $18,750. A custom Pink Ladies jacket given to the actress by the cast and crew fetched $50,000, 25 times its original estimate.
The British-born, Australian-raised 71-year-old singer and actress said earlier this year that she was battling breast cancer for a third time since first being diagnosed in 1992.
After her first bout with cancer, she helped set up the Olivia Newton-John Cancer and Wellness Centre in Melbourne, which aims to support the mind as well as the body.
All of the proceeds from the “Grease” jacket and pants will benefit the center, as well as a portion of all the other items sold on Saturday.


Anchor Element with external content
In this exercise you learn to use the anchor element a
to link to externl
resources
Excercise
Use the solution of the the excercise Anchor Element, create a second page and link from the navigation to the "home" page and "info" page.
- Use only HTML and elements to implement this behaviour
- There should be three links in the navigation menu
- "Home" should open the home page in the current window
- "Info" should open the info page in the current window
- "Google" should open the google homepage in a new window
Solution
Page 1anchor-element-external.solution.page1.html
anchor-element-external.solution.page2.html


Defense motions on tap in Florida school shooting case
by CURT ANDERSONFORT LAUDERDALE, Fla. (AP) - A series of defense motions are set to be heard in the case of the man accused of killing 17 people at a Florida high school last year.
Two court hearings are scheduled Friday for 21-year-old Nikolas Cruz, who faces the death penalty if convicted in the February 2018 massacre at Marjory Stoneman Douglas High School.
The defense motions include attempts to prevent prosecutors from seeking the death penalty and to dismiss a charge of attempted battery against a jail corrections officer after the shootings.
Cruz’s lawyers have said he will plead guilty to the school shooting in exchange for a life prison sentence, but Broward County prosecutors have rejected that offer.
Trial is currently set to begin with jury selection on Jan. 27.
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Appearance
The background plumage of the fearow is brown, the plumage of the tips of the wings is beige, the crest on the head is red, the beak and legs are pink. The Fearow has a long beak and neck, as well as wide and powerful wings. Between the wings there are beige feathers that resemble a cape. On the paws of four claws.


pixi-pixelate
draw proper pixelated graphic primitives for pixi.js (i.e., point, line, circle, ellipse, arc, and filled versions)
Rationale
I needed primitive pixelated primitives for my games.
Usage
API Documentation
https://davidfig.github.io/pixi-pixelate/jsdoc/
license
MIT License
(c) 2018 YOPEY YOPEY LLC by David Figatner


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Coupon expires 9/22/2014. Free Bag of Simple Truth Quinoa at Ralphs
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Allure Free Stuff in October
Posted: 17 Sep 2014 11:20 PM PDT
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The first 500 Allure readers to sign up at noon EST each day from October
6-9 will receive a free product! Allure Free Stuff in September
The post Allure Free Stuff in October appeared first on SweetFreeStuff.com.


title: Meraki wireless access points - cloud based configuration for switches and access points link: http://www.flamelily.co.uk/2013/06/meraki-wireless-access-points/ author: admin description: post_id: 523 created: 2013/06/20 13:00:04 created_gmt: 2013/06/20 12:00:04 comment_status: open post_name: meraki-wireless-access-points status: publish post_type: post
Been playing around with a Meraki Wireless Access Point for some time now and its amazing how cloud technology opens up areas of real usefulness. With cloud based access to all your access point settings enables some interesting uses. This would work perfectly in a coffee shop or hotel reception to give your guests or customers wireless internet access, but being in complete control of everything including bandwidth usage, blocking certain applications and ports. One excellent feature is the access points ability to be powered over a POE switch so placing the device is much less of a hassle.


{% extends 'homepage/base.html' %} {% block title %}Euphorum{% endblock %} {% block content %}
We are all a little weird and life’s a little weird, and when we find others whose weirdness is compatible to ours, we join up with them in mutual weirdness and call it happiness!!
Discussion forums have topics that stretch for pages and pages, not every user has the time to graze through all of it.
Current system for text based mood detection but not incorporating emotion detection, we fix that problem
Healthy environment for the discussion as content based filtering removes as obscene and untasteful content.
Atque ducimus velit, earum quidem, iusto dolorem. Ex ipsam totam quas blanditiis, pariatur maxime ipsa iste, doloremque neque doloribus, error. Corrupti, tenetur.
Lorem ipsum dolor sit amet, consectetur adipisicing elit. Quae tenetur sit quod quaerat officiis aperiam, molestiae nam omnis quam cupiditate. Eius amet nemo maxime error accusamus reprehenderit dignissimos. Necessitatibus, ipsa.
Cras sit amet nibh libero, in gravida nulla.
Cras sit amet nibh libero, in gravida nulla.
Cras sit amet nibh libero, in gravida nulla.
Check out this week's hottest and most read topics
6.05 cgpa
Modest Genius, lies about marks and does not go to medical doctors.
Highly talented and placed in TCS, cannot grow a beard.


Welcome to Peer Pad
This new and improved technology will revolutionize the world with its peer editing capabilities and close knit community
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The only things you need to get started with digital painting are a graphics tablet, and painting software of your choice.There are a lot of different programs available for digital painting.
You see, Photoshop is revered because of its great tools and versatility. You can use it to design graphics (although illustrator would be better), mix and match photos and merge them together among many other things..
Photography is the art of capturing light with a camera, usually via a digital sensor or film, to create an image. With the right camera equipment, you can even photograph wavelengths of light invisible to the human eye, including UV, infrared, and radio.
It is very difficult, perhaps impossible, to get an understanding of how many people communicates in their regional sign language. Conversations conducted in sign languages are happening around us all the time.
See my detailed resume to understand my boundaries
download resume


Company profile - Canadian Company Capabilities
Third-Party Information Liability Disclaimer
Some of the information on this Web page has been provided by external sources. The Government of Canada is not responsible for the accuracy, reliability or currency of the information supplied by external sources. Users wishing to rely upon this information should consult directly with the source of the information. Content provided by external sources is not subject to official languages, privacy and accessibility requirements.
Altus Business Consultants Limited
Legal Name:
Altus Business Consultants Limited
Operating Name:
Altus Dynamics
Mailing Address:
122 Judge RdETOBICOKE, Ontario
M8Z 5B7
Location Address:
122 Judge RdETOBICOKE, Ontario
M8Z 5B7
Tel.:<PHONE_NUMBER>
Tel.:<PHONE_NUMBER>
Fax:
Logo
Company Profile
Altus Dynamics is a Canadian based information technology consulting and services company applying practical innovation through services and solutions that deliver tangible results for non-profit, education and government clients. Services include application development, ERP and CRM implementations. Founded in 2003 and headquartered in Toronto, ON, Altus operates across Canada and the United States.
Altus Dynamics has been focused on delivering valuable implementing and supporting services in ERP and CRM solutions in the Non-profit, Education and Government markets in North America, including Altus Dynamics® NAV, Microsoft SharePoint and Microsoft Dynamics® CRM. Altus is an award winning Gold Certified Partner, and Microsoft Dynamics Industry Solutions Vendor (ISV).
Full profile
Full profile
Contact information
Company description
Product / Service / Licensing
With Altus Dynamics, powered by Microsoft Dynamics NAV, you gain the edge to run your finance department accurately and efficiently. Your finance team can rely on automatic approval processing and workflows that support your business processes while giving you budgetary control. Monitor fiscal performance, meet business and regulatory requirements, and help reduce the time and effort you spend on accounting tasks.
- Accounting
- Cash Management
- General Ledger
- Budgeting Management
- Granting, Fund & Investment Management
- Project Tracking
- Payables
- Receivables
- Fixed Assets
- Multiple Currency
Securely share employee data more effectively in your organization by integrating Human Resources and Payroll functionality into your full enterprise application (ERP). Altus Dynamics can help you achieve this.
- Human Resources Management
- Time & Attendance
- Payroll
- Employee Scheduling Management
- Employee Training & Registration
- Employee Portals
- Online Employee Recruiting
The Altus Employee Portals solution pulls together core functions through a secure web browser.
- Enable employees to be more productive
- Give people & teams control
- Browser-based team collaboration capabilities
- Simplify and control purchasing
- Keep managers informed
- Reduce the cost and complexity of compliance
Fundraising is not an easy task, and to reach your full potential you need easy-to-use tools that give you actionable insight. The more you know about your donors and contributors, the more effectively you can promote your fundraising. Relationship building tools are the real keys to success when it comes to generating revenue for your organization.
- Contact & Donor Management
- Online Giving
- The Power of Integration
Sector information
Key / Major clients:
Canadian Museum of Civilization Corporation, Vancouver Winter Olympics Organising Commitee (VANOC), Big Brothers Big Sisters, National Gallery of Canada Foundation, Pathways to Education, University of Ottawa Heart Institute, United Church of Canada, York Region District School Board, Legislative Assembly of Ontario, Canadian Partnership Against Cancer, Kings University College to name but a few. View more at http://www.altusdynamics.com/customers.aspxSuccess stories:
Field staffers love how the system automatically generates a timeline of tasks. And the interoperability between Microsoft Dynamics CRM Online and Exchange Online saves time because email messages are automatically documented and filed in case notes and calendars are synchronized between online data and OutlookMalcolm McAuley, Dynamics System Manager at Big Brothers Big Sisters of Canada
Read the BBBSC case study here - http://www.altusdynamics.com/Libraries/Case_Studies_Non-Profit/Big-Brothers-Big-Sisters-of-Canada-July11.sflb.ashx
Testimonial:
"The Altus team really showed true leadership throughout the whole project. Everything from understanding what our needs were from a business to actually finding solutions to be able to provide those"Alison James, Manager Research Administration Scientific Advisory Committee University of Ottawa Heart Institute
They understood what we wanted out of a scheduling system, what we would want out of an accounting system.
Rick Van Der Ley, Director of Administrative Services, Community Living of South Muskoka
It enabled us to get more detailed reporting, better information for our users and on a much more timely basis
Alan Wong, CFO Tides Canada
Its very difficult to find a company that knows NAV the way they (Altus) do especially in that non profit area
Julie Bilodeau, Finance Project Manager, Pentecostal Assemblies of Canada
Altus Dynamics has a unique in-depth knowledge of the nonprofit sector. They interpreted our specific requirements and built a solution customized to meet our needs in Dynamics
Malcolm McAuley, Dynamics System Manager at Big Brothers Big Sisters of Canada
Their expertise has been invaluable to us
Judy Hearn, Director of Finance, Pentecostal Assemblies of Canada
Read more here - http://www.altusdynamics.com/customers/testimonials.aspx
Third-Party Information Liability Disclaimer
Some of the information on this Web page has been provided by external sources. The Government of Canada is not responsible for the accuracy, reliability or currency of the information supplied by external sources. Users wishing to rely upon this information should consult directly with the source of the information. Content provided by external sources is not subject to official languages, privacy and accessibility requirements.
Contacts
Contact information
Description
Company description
Products, services and licensing
Product / Service / Licensing
With Altus Dynamics, powered by Microsoft Dynamics NAV, you gain the edge to run your finance department accurately and efficiently. Your finance team can rely on automatic approval processing and workflows that support your business processes while giving you budgetary control. Monitor fiscal performance, meet business and regulatory requirements, and help reduce the time and effort you spend on accounting tasks.
- Accounting
- Cash Management
- General Ledger
- Budgeting Management
- Granting, Fund & Investment Management
- Project Tracking
- Payables
- Receivables
- Fixed Assets
- Multiple Currency
Securely share employee data more effectively in your organization by integrating Human Resources and Payroll functionality into your full enterprise application (ERP). Altus Dynamics can help you achieve this.
- Human Resources Management
- Time & Attendance
- Payroll
- Employee Scheduling Management
- Employee Training & Registration
- Employee Portals
- Online Employee Recruiting
The Altus Employee Portals solution pulls together core functions through a secure web browser.
- Enable employees to be more productive
- Give people & teams control
- Browser-based team collaboration capabilities
- Simplify and control purchasing
- Keep managers informed
- Reduce the cost and complexity of compliance
Fundraising is not an easy task, and to reach your full potential you need easy-to-use tools that give you actionable insight. The more you know about your donors and contributors, the more effectively you can promote your fundraising. Relationship building tools are the real keys to success when it comes to generating revenue for your organization.
- Contact & Donor Management
- Online Giving
- The Power of Integration
Sector
Sector information
Key / Major clients:
Canadian Museum of Civilization Corporation, Vancouver Winter Olympics Organising Commitee (VANOC), Big Brothers Big Sisters, National Gallery of Canada Foundation, Pathways to Education, University of Ottawa Heart Institute, United Church of Canada, York Region District School Board, Legislative Assembly of Ontario, Canadian Partnership Against Cancer, Kings University College to name but a few. View more at http://www.altusdynamics.com/customers.aspxSuccess stories:
Field staffers love how the system automatically generates a timeline of tasks. And the interoperability between Microsoft Dynamics CRM Online and Exchange Online saves time because email messages are automatically documented and filed in case notes and calendars are synchronized between online data and OutlookMalcolm McAuley, Dynamics System Manager at Big Brothers Big Sisters of Canada
Read the BBBSC case study here - http://www.altusdynamics.com/Libraries/Case_Studies_Non-Profit/Big-Brothers-Big-Sisters-of-Canada-July11.sflb.ashx
Testimonial:
"The Altus team really showed true leadership throughout the whole project. Everything from understanding what our needs were from a business to actually finding solutions to be able to provide those"Alison James, Manager Research Administration Scientific Advisory Committee University of Ottawa Heart Institute
They understood what we wanted out of a scheduling system, what we would want out of an accounting system.
Rick Van Der Ley, Director of Administrative Services, Community Living of South Muskoka
It enabled us to get more detailed reporting, better information for our users and on a much more timely basis
Alan Wong, CFO Tides Canada
Its very difficult to find a company that knows NAV the way they (Altus) do especially in that non profit area
Julie Bilodeau, Finance Project Manager, Pentecostal Assemblies of Canada
Altus Dynamics has a unique in-depth knowledge of the nonprofit sector. They interpreted our specific requirements and built a solution customized to meet our needs in Dynamics
Malcolm McAuley, Dynamics System Manager at Big Brothers Big Sisters of Canada
Their expertise has been invaluable to us
Judy Hearn, Director of Finance, Pentecostal Assemblies of Canada
Read more here - http://www.altusdynamics.com/customers/testimonials.aspx


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getUserMedia
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- getAtIndex(int) - Method in class com.airg.android.util.ArrayHash
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********************************************************************************
Get a value by an index
- getOrderedKeys() - Method in class com.airg.android.util.ArrayHash
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- gunzip(File, File) - Static method in class com.airg.android.io.Zipper
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Decompress a file into another
- gunzip(InputStream, OutputStream) - Static method in class com.airg.android.io.Zipper
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Decompress the contents of a stream and write to another.
- gunzip(byte[]) - Static method in class com.airg.android.io.Zipper
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Unzip an array of compressed bytes
- gzip(File, File) - Static method in class com.airg.android.io.Zipper
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Compress a given file into another
- gzip(InputStream, OutputStream) - Static method in class com.airg.android.io.Zipper
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Compress the contents of a stream and write to another.
- gzip(String) - Static method in class com.airg.android.io.Zipper
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Compress a string


CURLOPT_FTPPORT explained
NAME
CURLOPT_FTPPORT - make FTP transfer active
SYNOPSIS
#include <curl/curl.h>
CURLcode curl_easy_setopt(CURL *handle, CURLOPT_FTPPORT, char *spec);
DESCRIPTION
Pass a pointer to a zero terminated string as parameter. It specifies that the FTP transfer will be made actively and the given string will be used to get the IP address to use for the FTP PORT instruction.
The PORT instruction tells the remote server to connect to our specified IP address. The string may be a plain IP address, a host name, a network interface name (under Unix) or just a '-' symbol to let the library use your system's default IP address. Default FTP operations are passive, and thus won't use PORT.
The address can be followed by a ':' to specify a port, optionally followed by a '-' to specify a port range. If the port specified is 0, the operating system will pick a free port. If a range is provided and all ports in the range are not available, libcurl will report CURLE_FTP_PORT_FAILED for the handle. Invalid port/range settings are ignored. IPv6 addresses followed by a port or portrange have to be in brackets. IPv6 addresses without port/range specifier can be in brackets.
Examples with specified ports:
eth0:0 <IP_ADDRESS>:32000-33000 curl.se:32123 [::1]:1234-4567
You disable PORT again and go back to using the passive version by setting this option to NULL.
The application does not have to keep the string around after setting this option.
DEFAULT
PROTOCOLS
EXAMPLE
CURL *curl = curl_easy_init(); if(curl) { curl_easy_setopt(curl, CURLOPT_URL, "ftp://example.com/old-server/file.txt"); curl_easy_setopt(curl, CURLOPT_FTPPORT, "-"); ret = curl_easy_perform(curl); curl_easy_cleanup(curl); }
AVAILABILITY
Port range support was added in 7.19.5
RETURN VALUE
Returns CURLE_OK if the option is supported, CURLE_UNKNOWN_OPTION if not, or CURLE_OUT_OF_MEMORY if there was insufficient heap space.
SEE ALSO
CURLOPT_FTP_USE_EPRT, CURLOPT_FTP_USE_EPSV
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A keyframe in animation and filmmaking is a drawing that defines the starting and ending points of any smooth transition. The drawings are called "frames" because their position in time is measured in frames on a strip of film. (wikipedia)


Enter an MTConnect agent and proxy, then click "Monitor".
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Proxy:
Interval (s):
Monitor
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