On Friday 11 August, HMGCC hosted the third out of five Face to Face events at the UK Defence Academy which is part of the 2017 Cyber Security Challenge UK masterclass qualifiers.
As host, HMGCC found the perfect environment to host a cyber security challenge and it was within this environment that they managed to hide one of their challenges in plain sight; a swag pen with HEX characters forming the letters HMGCC. It took the better of an hour before officials had to announce that everybody should “search their tables for any foreign objects”. A pen had for each team member been placed on our desks overnight, and I personally (as well as everyone else) did not think any more of this until the hint was announced. Below is a photo of the pen.
Pen HEX values digitalised
The obvious first step was to digitalise the HEX values found on the pen. However, some of the letters and digits caused issues as it was hard to distinguish S and 5 from each other. Therefore, first attempt failed and my team mate Eed gave a helping hand by checking for typo’s. Below is the final digital printout which is the basis of the challenge.
A5 97 0E CD 3CF2A0 F3BFAF 2418FC
E2 CB C906 6EBD 3A F2 CA
B972E5CB9 72 EA 59 70 ECD 3C F2
A0 F3 BF AF 24 18 FC E2 CB
C9 06 6E BD 3AF2CA B972E5 CB972E
With the HEX values captured, an initial conversion from HEX to ASCII was attempted using asecuritysite’s ASCII, Hex, Base-64 and Binary convertor. The results did not return 100% positive. However, the ASCII conversion gave away that the HEX values had been duplicated. At this moment, we got stuck and the time presure with other challenges due made us decide on utilising one of our free hints (hint disclosed in next section).
We did not have enough time to program anything during the challenge, thus the above website was used for analysis and conversion from HEX to ASCII. After the challenge, I decided that it would be interesting to script a solution and below code snippet shows how it could have been done using Python 2.7.
import binascii
hex = """ A5 97 0E CD 3CF2A0 F3BFAF 2418FC
E2 CB C906 6EBD 3A F2 CA
B972E5CB9 72 EA 59 70 ECD 3C F2
A0 F3 BF AF 24 18 FC E2 CB
C9 06 6E BD 3AF2CA B972E5 CB972E"""
hex = hex.translate(None, ' \n') #remove whitespace and newlines
print "Hex in ASCII\t",binascii.unhexlify(hex)
print "Count of bytes:",len(hex)/2, "bytes\n"
Python printout:
Hex in ASCII ���<��$����n�:�ʹr�˗.���<��$����n�:�ʹr�˗.
Count of bytes: 56 bytes
As mentioned before, the data duplication can be seen above by the repeating pattern of �ʹr�˗. in the middle and at the end of the HEX string. Effectively, the HEX stream can be cut in half or in its entirety. I leave it thus expect the result to come out twice when solved. Double the points, right? :)
Being under time pressure, we decided to leave two team mates working on other challenges, while me and Eed continued with help from the new hint.
Hint (spoilers and solution below)
As time progressed, we decided on utilising one of our free hints. It turned out, that we had already passed the first two hints prepared by the officials and we could therefore only get the last one. Mixed feelings, as it meant we had gotten really close, but if we couldn’t make use of the hint then time would have been wasted.
You are waiting for the hint, aren’t you?
Ok, so the hint is simply SMS
We did not know what to make of it, but raced to Google and started searching for SMS decoders and quickly discovered an Online SMS PDU Decoder. This site takes HEX values as input and convert data-streams into readable SMS text messages. Win?! Sadly not, a dead end and we returned to research further into SMS protocols.
At this moment, we still didn’t really know if we had decoded the HEX values correctly, but the duplicated values pointed in the right direction. Thankfully, it didn’t take long till we discovered GSM 03.38, a 7-bit GSM alphabet which could have been used to generate the hidden message.
From the online conversion on asecuritysite, each HEX value had already been converted to binary and we simply copied this manually into a text editor and began deciphering by cutting the bit stream into chunks of 7.
Below is a snippet of the manual process which was used to positively produce the correct answer. HURRAY!

Browsing to HMGCC’s website, have a look at the top left logo and picture with a similar quote. Picture linked below.
Thanks to HMGCC for the challenge, now to the second pen that was handed out by the end of the Face to Face challenge :)


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| Interface Summary | |
|---|---|
| IStorable | The interface implemented to serialize the object to byte array |
| Class Summary | |
|---|---|
| Access | Currently access can be set by defining combination of
|
| AccessStorable | Store the accesses in a byte serializable list |
| AMFilterCommon | Match the Meta and ACL section of document |
| AMFilterMerged | This is a document specific filter gets applied in matching terms. |
| AMFilterSingular | This is a document specific filter gets applied in matching terms. |
| AMMarker | |
| FilterIds | Finds out whether a document carries the matching term hash, document type and term type restricting it inside allowed merged sections (buckets). |
| FilterObjectFactory | |
| MergedBlocks | |
| MergedBlocks.Block | |
| PreviewFilterMerged | It extracts preview details of a single document out of merged bytes |
| Storable | Forms a byte representation for a given java Data Type. |
| TeaserFilterCommon | Exract relevant section of document for showing in the search result. |
| TeaserFilterCommon.WordPosition | Carries sighting information of a word inside the content |
| TeaserFilterMerged | Sending the complete document over the wire may Jam the network on a heavy concurrent user base. |
| TeaserFilterSingular | Sending the complete document over the wire may Jam the network on a heavy concurrent user base. |
| TeaserMarker | |
| TermFilter | Finds the documents containing the search terms. |
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These classes assume that messages defined for built-in classes through release 5.9.4 have been installed. These classes are installed as part of the bootstrap for databases bootstrapped after March 1997.
This interface includes the scripts needed to create the Interface and FormatTools classes. The Vision script SETUP.iface can be used to load the other scripts and assumes that the files are all in your current directory.
Click here to transfer these files to your local machine ...
See the document Vision ToolKit Class: Interface for more information.
The Vision C++ interface kit is supplied in source code form. You are encouraged to modify that source code to suit your needs.
Click here to transfer these files to your local machine.
See the document, The Vision C++ Interface Kit, for more information.
VAccess is available in both executable and source code form.
See the document, The VAccess COM Objects, for more information.
This interface is included as part of the Vision Application Client software. Installation of the Vision Application Client software is automated via the install program VisionClient.exe. The install program requires the user to have Administrative Privileges for the current machine. This setup needs connection information related to the Vision Application Server which should be installed and operational prior to the Client setup. This package also includes an Excel add-in that interfaces with the ExtractWS class.
Click here to retrieve the VisionClient installation application. You can put this application anywhere on your local machine, then double click to start the installation. Interactive instructions and notes are provided with the installation. After the Vision Client setup is complete, you can install the MS Excel Add-ins that allow your client to extract information from and upload information to your Vision database.
Be aware that some of the options (Vision Administrator, VUpload.exe) supplied by this installation may not be supported in older Vision installations unless you have installed the appropriate patches.
See the documents The VLink OLE Server and Sample Excel Access for more information about these packages.
Click here to transfer these files to your local machine ...
See the document Sample Html Access: vquery for more information.
Click here to transfer these files to your local machine ...
See the document Sample Java Access To Vision for more information.
| Copyright © 2000 Innovative Systems Techniques, Inc. | Updated December 15, 2000 |


Me
Hi, my name is Alec, and I make software.
Contact Me
I'm an email away. You can email me at<EMAIL_ADDRESS>Questions and feedback on my projects are welcome.
--- permalink: / ---
{% include meta.html %}Hi, my name is Alec, and I make software.
I'm an email away. You can email me at<EMAIL_ADDRESS>Questions and feedback on my projects are welcome.


THIS GAME IS COMPLETELY FREE TO PRINT, PLAY AND ENJOY!
LICENSED UNDER {{ _copyright }} {{ _author }}
Last updated {{ date }}, {{ _version }}
Components:
Follow these assembly instructions:
Note that you will also need to add two 6-sided dice (preferably of different colors).
Now you're ready to play! Have fun!


Abstract
My abstract.
Introduction
The 2015 Canadian federal election was held October 19, 2015. Liberal party leader, Justin Trudeau, ended the nine-year reign of Stephen Harper to become the 23rd Canadian Prime Minister (Zurcher, 2015). The Canadian Election Study (CES) is a survey conducted to examine Canadians’ opinions regarding political parties, election campaigns and party leaders (Northrup, 2016). This study has been an integral part of Canadian democracy research since 1965 (Fournier, 2015).
As per reports, voter turnout increased 7.2 percent from 2011 to 2015, marking the largest rise in turnout since 1900 (Voter Turnout). I am interested in exploring whether surveys of Canadians’ political interest correlate with this increase in voter turnout in the 2015 election. Additionally, I would like to follow up by exploring whether news consumption could be a factor for the distribution of interest in the 2015 Canadian federal election.
In order to investigate these properties, I will graph two survey results from the 2015 CES. The first is the distribution of interest in the 2015 federal election. The second graphed result is the distribution of news consumption in the 2015 CES. I will be comparing their distributive properties to see if there is a correlation between news consumption and interest in the federal election.
I hypothesize that:
The distribution of interest in the 2015 federal election will represent a right-skewed distribution. The null hypothesis is that the distribution of interest in the 2015 federal election will not represent a right-skewed distribution.
The distributions of news consumption and interest in the federal election will both be right skewed. The null hypothesis is that both the distributions of news consumption and interest in the federal election will not be right-skewed.
Discussion
We reject the null hypothesis that the distribution of interest in the 2015 federal election will not represent a right-skewed distribution. As Elections Canada has found, voting in the election and political interest are, in fact, related (Explaining the Turnout). This is further exemplified in the graph of the distribution of federal election interest. The right-skewed nature of this graph shows that the majority of individuals reported between 7-10 level of interest in the upcoming election. This high level of interest could be a reason as to why there was a reported 7.4 percent increase in voter turnout from 2011 to 2015. According to Elections Canada, 16.1 percent of individuals who did not vote in the election cited a lack of interest as the catalyst for their decision (Explaining the Turnout). Therefore, interest is a large contributing factor to voter turnout.
We fail to reject the null hypothesis that both the distributions of news consumption and interest in the federal election will not be right-skewed. As seen in the two graphs above, the distributive properties of these two data sets do not line up. While news consumption follows a normal distribution, the interest levels in the election follow a right-skewed distribution. This may suggest that higher number of hours spent watching, reading or listening to the news is not correlated with higher levels of interest in the election.
We use Wickham et al. (2019).
This is an R Markdown document. Markdown is a simple formatting syntax for authoring HTML, PDF, and MS Word documents. For more details on using R Markdown see http://rmarkdown.rstudio.com.
You can embed an R code chunk like this:
summary(cars)
## speed dist
## Min. : 4.0 Min. : 2.00
## 1st Qu.:12.0 1st Qu.: 26.00
## Median :15.0 Median : 36.00
## Mean :15.4 Mean : 42.98
## 3rd Qu.:19.0 3rd Qu.: 56.00
## Max. :25.0 Max. :120.00
fit <- lm(dist ~ speed, data = cars)
fit
##
## Call:
## lm(formula = dist ~ speed, data = cars)
##
## Coefficients:
## (Intercept) speed
## -17.579 3.932
Including Plots
You can also embed plots. See Figure 1 for example:
par(mar = c(0, 1, 0, 1))
pie(
c(280, 60, 20),
c('Sky', 'Sunny side of pyramid', 'Shady side of pyramid'),
col = c('#0292D8', '#F7EA39', '#C4B632'),
init.angle = -50, border = NA
)
References
Wickham, Hadley, Mara Averick, Jennifer Bryan, Winston Chang, Lucy D’Agostino McGowan, Romain François, Garrett Grolemund, et al. 2019. “Welcome to the tidyverse.” Journal of Open Source Software 4 (43): 1686. https://doi.org/10.21105/joss.01686.


Man due in court in connection with €90k cannabis seizure
by By Digital Desk staffGardaí arrested five people and seized €90k worth of cannabis and plants in a raid in Co Meath yesterday.
Local drugs detectives and armed officers carried out the search yesterday in Laytown.
Five men were arrested at the scene, and three of them were later released.
One man has been charged and is due before Dundalk District Court today.


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ISTE Technical Symposium, CET, Bhubaneswar aims at providing an effective platform to the researchers from all over the state to showcase their original research work, have effective exchange of ideas and develop a strategic plan for balanced and inclusive growth of economy through IT in critical areas like E-Governance, E-Commerce, Disaster Management, GIS, Geospatial Technologies, Nanotechnology, Intellectual Property Rights, AI and Expert Systems, Networking, Software Engineering, High Performance Computing and other emerging technologies.
ISTE Technical Symposium, CET, Bhubaneswar will be held at College of Engineering and Technology, Bhubaneswar. The conference will provide a platform for technical exchanges within the research community and will encompass regular paper presentation sessions, invited talks, keynote addresses, panel discussions and poster exhibitions. In addition, the participants will be treated to a series of cultural activities, receptions and networking to establish new connections and foster everlasting friendship among fellow counterparts. The conference will also provide opportunity to the participants to enjoy the annual fest of CET, Bhubaneswar: Xtasy 2018.
ISTE Technical Symposium, CET, Bhubaneswar will be an amalgamation of four different Tracks organized parallel to each other, in addition to the 1st Ascend: Technical Exhibition and Knowledge Expo and few theme based Special Sessions, as listed below.
Full length original and unpublished papers, based on theoretical and experimental contributions, related, but not limited to, the following topics, are solicited for presentation and publication in the conference.
Topics
- Algorithms and Computational Mathematics
- Green Technology and Energy Efficient Systems
- IT for Education, Health Development
- IT for Environmental Sustainability
- IT for Sustainable Agricultural Development
- IT for Water Resources Management
- IT for Consumer's Right
- IT for Crisis Prevention Recovery
- IT for Disaster Management and Remote Sensing
- IT for other day to day problems
- E-Governance
- Knowledge Management E-Commerce, ERP, CRM Knowledge Mining
- Technology for Convergence
- Distributed and cloud Computing
- Parallel, Multi-core and Grid Computing
- Reconfigurable Architectures
- Changing Software Architectural Paradigms
- Programming Practices and Coding Standards
- Software Inspection, Verification Validation
- Software Sizing and Estimation Techniques
- Agile Technologies
- Artificial Intelligence and Neural Networks
- Computer Vision, Graphics and Image Processing
- Modelling and Simulation
- Embedded systems and Robotics
- Human Computer Interaction
- Databases
- Data Mining and Business Intelligence
- Big Data Analytics
- Operating Systems
- Data Communication, Computer Networks and Information Security
- Wireless Networking
- Network Monitoring Tools
- Next Generation Internet
- Mobile Computing
- Entertainment Technologies
- Multimedia Computing
- Information and Collaboration Systems
- Fuzzy and Soft Computing
- Bioinformatics
- Medical Informatics
- Education Informatics
- Computational Finance
- Research Methods for Computing
- Case Studies Applications
Committee
DR. PROF. PRASHANTA KUMAR PATRA
Dr. Loknath Panda
Dr. Prof. Pravat Kumar Parhi
- Dr. Achyuta Nanda Acharya
- Dr. Hemant Kumar Dash
- Dr. Falguni Baliarsingh
- Dr. Deba Prakash Satapathy
- Dr. Jibitesh mishra
- Dr. Chandrabhanu Mishra
- Dr. Rati Ranjan Dash
- Dr. Sribatsa Behera
- DR. K. C. BHUYAN
- Dr. Sudhansu Sekhar Sahoo
- Dr. Subasish Mohapatra
- Dr. Ranjan Kumar Dash
- Dr. Chandrabhanu Mishra
Dr. Aruna Tripathy
- Dr. Durgesh Prasad Bagarty
- Dr. Prasanta Kumar Satpathy
- Dr. Madhab Chandra Tripathy
- Dr. Ashok Mohanty
- Dr. Ranjit Kumar Das
- Dr. Ramesh Kumar Mallik
- Dr. Pramod Kumar Parida
- Dr. Hara Narayan Dash
- Mr. Madhabananda Pattanaik
- Dr. Mrs. Supriya Dash
- Dr. Bigyan Ranjan Das
- Dr. Pragyan Rani Sahoo
- Dr. Avijit Biswal
- Dr. Jyoti Prakash Dhal
- Dr. Ashok Kumar Barik
- Dr. Babita Ojha
- Mr. Manoranjan Panda
- Mrs. Subhadarshini Mohanty
- Dr. Meera Viswavandya
Sai Sankar Gochhayat
Asutosh Hota
Important Dates
Last date of submission
9TH MARCH 2018
Acceptance notification
13TH MARCH 2018Date of conference
16TH MARCH 2018
Publications
Will be updated shortly
Submition Guideline
ISTE Technical Symposium welcomes author for submission of papers related to Science, Engineering and Technology and their applications in business, industry and other relevant areas. The different innovative research is covered by this journal.
ISTE Technical Symposium is a monthly peer reviewed online journal.
The ISTE Technical Symposium invites paper contribution in the following categories:
- Original research
- Survey / Review articles, providing a comprehensive review on a scientific / research topic
- Extended version of conferences / Journals / Workshops
- Fast Communications: Short, self-contained articles on ongoing research
- Technical Notes
Guidelines to Contributors
Manuscripts are to be submitted to<EMAIL_ADDRESS>submit the manuscript as MS Word file along with the copy right form given below:
- All manuscripts must be the author(s) original, un-published work and must not be under - consideration for publication elsewhere. Each manuscript must include a 100 to 150 word abstract and a list of 5-to-7 keywords. The article length must be less than or equal to 8 pages.
- Authors should submit proof-read and revised article. Before submission please makes sure that your paper is prepared using the ISTE Technical Symposium Single Column Paper Template. This will ensure the speedy process for publication.
- Once the paper is accepted, the author(s) are assumed to send copyrights of the paper over to . If any copyrighted material is used by the author, the author must take permission for the same from the editor.
- The submitted articles are reviewed by two independent reviewers. One of the reviewers will be a foreigner and another may be an Indian. Acceptance is granted when both the reviewers' recommendations are positive.
Contact Us
College of Engineering and Technology
Ghatikia, Kalinga NagarBhubaneswar
Odisha,
India
PIN - 751003
Phone: +91<PHONE_NUMBER>
Fax: + 91<PHONE_NUMBER>


Issue 5461: When copying selected parts from Style side panel don't copy source link or inherited styles header
Steps to reproduce
- Open Firebug
- Switch to the HTML panel and there to the Style side panel
- Inspect the blue
<div>
(#element
) above
- Mark everything inside the Style side panel via
Ctrl/⌘+A
- Copy the selection to the clipboard via Ctrl/⌘+C
- Paste the content of the clipboard to a text editor
Expected result
- The copied contents shouldn't contain source links or inherited styles headers


Introduction to Learning in Logic Tensor Networks
In order to train a Logic Tensor Network, one has to define:
a First-Order Logic knowledge base containing some logical axioms;
some learnable predicates, functions, and/or logical constants appearing in the axioms;
some data.
Given these three components, the LTN workflow is the following:
grounding phase: data is used to ground (instantiate) the logical axioms included in the knowledge base;
forward phase: the truth values of the logical axioms are computed based on the given grounding (instantiation);
aggregation phase: the truth values of the axioms are aggregated to compute the overall satisfaction level of the knowledge base;
loss function computation: the gap between the overall satisfaction level and the truth (1) has to be minimized;
backward phase: the parameters of the learnable predicates, functions, and/or constants are changed in such a way to maximize the overall satisfaction level.
The training ends up with a solution which maximally satisfies all the logical axioms in the knowledge base. This tutorial shows how to use the satisfaction of a First-Order Logic knowledge base as an objective to learn a Logic Tensor Network.
In this documentation, you will find how to create a First-Order Logic knowledge base containing learnable predicates (ltn.core.Predicate
),
functions (ltn.core.Function
), and/or constants (ltn.core.Constant
) using LTNtorch.


--- layout: post title: "2. Дикий запад" date: 2012-11-17 22:21 author: vykers comments: true categories: ---
| 1. Ennio Morricone - Ecstasy of Gold |
| 2. The Heavy - Short Change Hero |
| 3. Daniel Licht - Intro Perk Walk |
| 4. Mai Yamane - Don’t Bother None (Long Version) |
| 5. Cage the Elephant - Ain’t no Rest for the Wicked |
| 6. Yasushi Ishii - Japanese Alphabet Road with Chinese Bellflower’s Sweet Smell |
| 7. Everlast - Today (Watch Me Shine) |
| 8. Yasushi Ishii - Pure Death |
| 9. Johnny Cash - Hurt |
| 10. Louis Bacalov - The Grand Duel (Parte Prima) |
| 11. Tito and Tarantula - After Dark |
| 12. Daniel Licht - Hide your Tears |
| 13. Valve Studio Orchestra - More Gun |


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- Flour Choice.
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Your first notarization
Alice has a document on her computer. She wants to prove the document existed on a specific date and that she has access to it. This document could be any digital file with an interest to be notarized. For example, a meaningful contract, a movie script or a patent.
In this first exercise, you will be saving the whole content of the file inside the blockchain. Normally, it is not a good idea to store large amounts of data in the blockchain. This first approach will allow us to upgrade the solution in the following exercises.
Background
NEM is account based and transaction driven. An account allows:
- To hold assets.
- To be uniquely identified.
- To alter the status of the blockchain, by announcing transactions with assets and messages to other accounts.
An account consist of three main components:
- Private key: A string that holds all the power of the account.
- Public key: The public key is derived from the private key and identifies your account in the network. It is secure to share your public key with anyone.
- Address: The address is then derived from your public key. You will normally share the derived address instead, as it is shorter and gathers more information.
Solution
We will create two accounts.
- A: Alice’s account.
- B: A wallet Alice uses to store her notarizations.
Then, A will announce a transaction to B, adding the content of the file to be notarized as a message.
The transaction, if valid, will be included in a block. When new blocks are added on top, you can assume the transaction will persist in the blockchain.
Performing actions in the blockchain have a cost. This is necessary to provide an incentive for those who validate and secure the network. The fee is paid in XEM, the underlying cryptocurrency of the NEM network.
ℹ In a private network, you could set transaction fees to 0.
Instead of creating a new account, let’s use an account which already has XEM.
1. Open a terminal and go to the directory where you have downloaded Catapult Bootstrap Service.
Under the section nemesis_addresses, you will find the key pairs which contain XEM.
Load the first account as a profile in NEM2-CLI. This account identifies Alice.
Create a new profile for Alice’s notarizations.
You can fetch the account’s information anytime by running:
2. Create a new .txt file, and write “Hello World” inside. NEM messages length is limited to 1024
characters.
You could split the content into several transfer transactions, but it is preferable not to store a large amount of data in the blockchain. In the next exercise, you will see how to solve this issue.
3. Open the Notarization dashboard in your browser. You should see the following screen:
Have you tried to do a notarization using the panel? It is still not working. You will have to code the NEM integration.
4. Review notarize()
function under project/src/app/components/createNotarization.component.ts
.
You will see the notarization transaction is created, then signed by an account and finally announced to the network.
Once an account announces a transaction, the server will always return an OK response.
Transactions get the unconfirmed status
status as soon they reach the network. It is only when a transaction is included in one block that it receives the confirmation.
Receiving an OK response does not mean the transaction is valid. A good practice is to monitor transactions status before being announced.
5. Open project/src/app/services/notarization.service.ts
and create a transfer transaction under createNotarizationTransaction
function. A transaction requires:
- Deadline: How many blocks can pass before the transaction has to be included in a block.
- Recipient: The account’s address where Alice will send the notarization.
- Message: The content of the file as a message.
- Network: In this exercise we are using MIJIN_TESTNET.
6. Save your changes and go back to the notarization panel. Drag and drop your .txt file, paste Alice’s notarization wallet address (B) and Alice’s private key (A) to sign the transaction. Then, click Notarize
to announce the notarization to the network.
7. Wait until the status message states “Transaction confirmed”. Then, copy the transaction hash in a new text file.


SKiDL API¶
This is a really, really bad API document. I’m working to make Sphinx generate a better one but, right now, the description on the homepage about how to use SKiDL is much better than this.
SKiDL: A Python-Based Schematic Design Language
This module extends Python with the ability to design electronic
circuits. It provides classes for working with 1) electronic parts (Part
),
2) collections of part terminals (Pin
) connected via wires (Net
), and
3) groups of related nets (Bus
). Using these classes, you can
concisely describe the interconnection of components using a linear
and/or hierarchical structure. It also provides the capability to
check the resulting circuitry for the violation of electrical rules.
The output of a SKiDL-enabled Python script is a netlist that can be
imported into a PCB layout tool.
-
class
skidl.skidl.
Alias
(name, id_tag=None)[source]¶ An alias can be added to another object to give it another name. Since an object might have several aliases, each alias can be tagged with an identifier to discriminate between them.
Parameters: - name – The alias name.
- id_tag – The identifier tag.
-
class
skidl.skidl.
Bus
(name, *args, **attribs)[source]¶ This class collects one or more nets into a group that can be indexed.
Parameters: - name – A string with the name of the bus.
- args – A list of ints, pins, nets, buses to attach to the net.
Keyword Arguments: attribs – A dictionary of attributes and values to attach to the Net object.
Example
n = Net() led1 = Part('device', 'LED') b = Bus('B', 8, n, led1['K'])
-
connect
(*pins_nets_buses)[source]¶ Return the bus after connecting one or more nets, pins, or buses.
Parameters: pins_nets_buses – One or more Pin, Net or Bus objects or lists/tuples of them. Returns: The updated bus with the new connections. Notes
You can connect nets or pins to a bus like so:
p = Pin() # Create a pin. n = Net() # Create a net. b = Bus('B', 2) # Create a two-wire bus. b += p,n # Connect pin and net to B[0] and B[1].
-
copy
(num_copies=1, **attribs)[source]¶ Make zero or more copies of this bus.
Parameters: num_copies – Number of copies to make of this bus. Keyword Arguments: attribs – Name/value pairs for setting attributes for the copy. Returns: A list of Bus copies or a Bus if num_copies==1. Raises: Exception if the requested number of copies is a non-integer or negative. Notes
An instance of a bus can be copied just by calling it like so:
b = Bus('A', 8) # Create a bus. b_copy = b(2) # Get two copies of the bus.
You can also use the multiplication operator to make copies:
b = 10 * Bus('A', 8) # Create an array of buses.
-
name
¶ Get, set and delete the name of the bus.
When setting the bus name, if another bus with the same name is found, the name for this bus is adjusted to make it unique.
-
class
skidl.skidl.
Circuit
(**kwargs)[source]¶ Class object that holds the entire netlist of parts and nets.
-
parts
¶ List of all the schematic parts as Part objects.
-
nets
¶ List of all the schematic nets as Net objects.
-
buses
¶ List of all the buses as Bus objects.
-
hierarchy
¶ A ‘.’-separated concatenation of the names of nested SubCircuits at the current time it is read.
-
level
¶ The current level in the schematic hierarchy.
-
context
¶ Stack of contexts for each level in the hierarchy.
-
backup_parts
(file=None)[source]¶ Saves parts in circuit as a SKiDL library in a file.
Parameters: file – Either a file object that can be written to, or a string containing a file name, or None. If None, a standard library file will be used. Returns: Nothing.
-
generate_netlist
(file=None, tool=None)[source]¶ Return a netlist as a string and also write it to a file/stream.
Parameters: file – Either a file object that can be written to, or a string containing a file name, or None. Returns: A string containing the netlist.
-
generate_xml
(file=None, tool=None)[source]¶ Return netlist as an XML string and also write it to a file/stream.
Parameters: file – Either a file object that can be written to, or a string containing a file name, or None. Returns: A string containing the netlist.
-
set_pin_conflict_rule
(pin1_func, pin2_func, conflict_level)[source]¶ Set the level of conflict for two types of pins on the same net.
Parameters: - pin1_func – The function of the first pin (e.g., Pin.OUTPUT).
- pin2_func – The function of the second pin (e.g., Pin.TRISTATE).
- conflict_level – Severity of conflict (e.g., self.OK, self.WARNING, self.ERROR).
-
-
class
skidl.skidl.
Net
(name=None, circuit=None, *pins_nets_buses, **attribs)[source]¶ Lists of connected pins are stored as nets using this class.
Parameters: - name – A string with the name of the net. If None or ‘’, then a unique net name will be assigned.
- circuit – The Circuit object this net belongs to.
- *pins_nets_buses – One or more Pin, Net, or Bus objects or lists/tuples of them to be connected to this net.
Keyword Arguments: attribs – A dictionary of attributes and values to attach to the Net object.
-
connect
(*pins_nets_buses)[source]¶ Return the net after connecting other pins, nets, and buses to it.
Parameters: *pins_nets_buses – One or more Pin, Net, or Bus objects or lists/tuples of them to be connected to this net. Returns: The updated net with the new connections. Notes
Connections to nets can also be made using the += operator like so:
atmega = Part('atmel', 'ATMEGA16U2') net = Net() net += atmega[1] # Connects pin 1 of chip to the net.
-
copy
(num_copies=1, circuit=None, **attribs)[source]¶ Make zero or more copies of this net.
Parameters: num_copies – Number of copies to make of this net. Keyword Arguments: attribs – Name/value pairs for setting attributes for the copy. Returns: A list of Net copies or a Net if num_copies==1. Raises: Exception if the requested number of copies is a non-integer or negative. Notes
An instance of a net can be copied just by calling it like so:
n = Net('A') # Create a net. n_copy = n() # Copy the net.
You can also use the multiplication operator to make copies:
n = 10 * Net('A') # Create an array of nets.
-
drive
¶ Get, set and delete the drive strength of this net.
The drive strength cannot be set to a value less than its current value. So as pins are added to a net, the drive strength reflects the maximum drive value of the pins currently on the net.
-
name
¶ Get, set and delete the name of this net.
When setting the net name, if another net with the same name is found, the name for this net is adjusted to make it unique.
-
class
skidl.skidl.
Part
(lib=None, name=None, dest='NETLIST', tool=None, connections=None, part_defn=None, circuit=None, **attribs)[source]¶ A class for storing a definition of a schematic part.
-
ref
¶ String storing the reference of a part within a schematic (e.g., ‘R5’).
-
value
¶ String storing the part value (e.g., ‘3K3’).
-
footprint
¶ String storing the PCB footprint associated with a part (e.g., SOIC-8).
-
pins
¶ List of Pin objects for this part.
Parameters: - lib – Either a SchLib object or a schematic part library file name.
- name – A string with name of the part to find in the library, or to assign to the part defined by the part definition.
- dest – String that indicates where the part is destined for (e.g., LIBRARY).
- tool – The format for the library file or part definition (e.g., KICAD).
- connections – A dictionary with part pin names/numbers as keys and the names of nets to which they will be connected as values. For example: { ‘IN-‘:’a_in’, ‘IN+’:’GND’, ‘1’:’AMPED_OUTPUT’, ‘14’:’VCC’, ‘7’:’GND’ }
- part_defn – A list of strings that define the part (usually read from a schematic library file).
- circuit – The Circuit object this Part belongs to.
Keyword Arguments: attribs – Name/value pairs for setting attributes for the part. For example, manf_num=’LM4808MP-8’ would create an attribute named ‘manf_num’ for the part and assign it the value ‘LM4808MP-8’.
Raises: - * Exception if the part library and definition are both missing.
- * Exception if an unknown file format is requested.
-
copy
(num_copies=1, dest='NETLIST', circuit=None, **attribs)[source]¶ Make zero or more copies of this part while maintaining all pin/net connections.
Parameters: - num_copies – Number of copies to make of this part.
- dest – Indicates where the copy is destined for (e.g., NETLIST).
Keyword Arguments: attribs – Name/value pairs for setting attributes for the copy.
Returns: A list of Part copies or a single Part if num_copies==1.
Raises: Exception if the requested number of copies is a non-integer or negative.
Notes
An instance of a part can be copied just by calling it like so:
res = Part('device','R') # Get a resistor. res_copy = res(value='1K') # Copy the resistor and set resistance value.
You can also use the multiplication operator to make copies:
cap = Part('device', 'C') # Get a capacitor caps = 10 * cap # Make an array with 10 copies of it.
-
foot
¶ Get, set and delete the part footprint.
-
get_pins
(*pin_ids, **criteria)[source]¶ Return list of part pins selected by pin numbers or names.
Parameters: pin_ids – A list of strings containing pin names, numbers, regular expressions, slices, lists or tuples. If empty, then it will select all pins. Keyword Arguments: criteria – Key/value pairs that specify attribute values the pins must have in order to be selected. Returns: A list of pins matching the given IDs and satisfying all the criteria, or just a single Pin object if only a single match was found. Or None if no match was found. Notes
Pins can be selected from a part by using brackets like so:
atmega = Part('atmel', 'ATMEGA16U2') net = Net() atmega[1] += net # Connects pin 1 of chip to the net. net += atmega['.*RESET.*'] # Connects reset pin to the net.
-
make_unit
(label, *pin_ids, **criteria)[source]¶ Create a PartUnit from a set of pins in a Part object.
Parts can be organized into smaller pieces called PartUnits. A PartUnit acts like a Part but contains only a subset of the pins of the Part.
Parameters: - label – The label used to identify the PartUnit.
- pin_ids – A list of strings containing pin names, numbers, regular expressions, slices, lists or tuples.
Keyword Arguments: criteria – Key/value pairs that specify attribute values the pin must have in order to be selected.
Returns: The PartUnit.
-
ref
Get, set and delete the part reference.
When setting the part reference, if another part with the same reference is found, the reference for this part is adjusted to make it unique.
-
value
Get, set and delete the part value.
-
-
class
skidl.skidl.
PartUnit
(part, *pin_ids, **criteria)[source]¶ Create a PartUnit from a set of pins in a Part object.
Parts can be organized into smaller pieces called PartUnits. A PartUnit acts like a Part but contains only a subset of the pins of the Part.
Parameters: - part – This is the parent Part whose pins the PartUnit is built from.
- pin_ids – A list of strings containing pin names, numbers, regular expressions, slices, lists or tuples.
Keyword Arguments: criteria – Key/value pairs that specify attribute values the pin must have in order to be selected.
Examples
This will return unit 1 from a part:
lm358 = Part('linear','lm358') lm358a = PartUnit(lm358, unit=1)
Or you can specify the pins directly:
lm358a = PartUnit(lm358, 1, 2, 3)
-
class
skidl.skidl.
PhantomPin
(**attribs)[source]¶ A pin type that exists solely to tie two pinless nets together. It will not participate in generating any netlists.
-
class
skidl.skidl.
Pin
(**attribs)[source]¶ A class for storing data about pins for a part.
Parameters: attribs – Key/value pairs of attributes to add to the library. -
nets
¶ The electrical nets this pin is connected to (can be >1).
-
part
¶ Link to the Part object this pin belongs to.
-
do_erc
¶ When false, the pin is not checked for ERC violations.
-
connect
(*pins_nets_buses)[source]¶ Return the pin after connecting it to one or more nets or pins.
Parameters: pins_nets_buses – One or more Pin, Net or Bus objects or lists/tuples of them. Returns: The updated pin with the new connections. Notes
You can connect nets or pins to a pin like so:
p = Pin() # Create a pin. n = Net() # Create a net. p += net # Connect the net to the pin.
-
copy
(num_copies=1, **attribs)[source]¶ Return copy or list of copies of a pin including any net connection.
Parameters: num_copies – Number of copies to make of pin. Keyword Arguments: attribs – Name/value pairs for setting attributes for the pin. Notes
An instance of a pin can be copied just by calling it like so:
p = Pin() # Create a pin. p_copy = p() # This is a copy of the pin.
-
net
¶ Return one of the nets the pin is connected to.
-
-
class
skidl.skidl.
SchLib
(filename=None, tool=None, **attribs)[source]¶ A class for storing parts from a schematic component library file.
-
filename
¶ The name of the file from which the parts were read.
-
parts
¶ The list of parts (composed of Part objects).
Parameters: - filename – The name of the library file.
- tool – The format of the library file (e.g., KICAD).
Keyword Arguments: attribs – Key/value pairs of attributes to add to the library.
-
export
(libname, file=None, tool=None)[source]¶ Export a library into a file.
Parameters: - libname – A string containing the name of the library.
- file – The file the library will be exported to. It can either be a file object or a string or None. If None, the file will be the same as the library name with the library suffix appended.
- tool – The CAD tool library format to be used. Currently, this can only be SKIDL.
-
get_part_by_name
(name, allow_multiples=False, silent=False)[source]¶ Return a Part with the given name or alias from the part list.
Parameters: - name – The part name or alias to search for in the library.
- allow_multiples – If true, return a list of parts matching the name. If false, return only the first matching part and issue a warning if there were more than one.
- silent – If true, don’t issue errors or warnings.
Returns: A single Part or a list of Parts that match all the criteria.
-
get_parts
(use_backup_lib=True, **criteria)[source]¶ Return parts from a library that match all the given criteria.
Keyword Arguments: criteria – One or more keyword-argument pairs. The keyword specifies the attribute name while the argument contains the desired value of the attribute. Returns: A single Part or a list of Parts that match all the criteria.
-
-
class
skidl.skidl.
SkidlPart
(lib=None, name=None, dest='TEMPLATE', tool='skidl', connections=None, **attribs)[source]¶ A class for storing a SKiDL definition of a schematic part. It’s identical to its Part superclass except:
-
skidl.skidl.
SubCircuit
(f)[source]¶ A @SubCircuit decorator is used to create hierarchical circuits.
Parameters: f – The function containing SKiDL statements that represents a subcircuit.
-
skidl.skidl.
cnvt_to_var_name
(s)[source]¶ Convert a string to a legal Python variable name and return it.
-
skidl.skidl.
norecurse
(f)[source]¶ This decorator will keep function f from recursively calling itself.
-
skidl.skidl.
search
(term, tool=None)[source]¶ Print a list of components with the regex term within their name, alias, description or keywords.
-
skidl.skidl.
show
(lib, part_name, tool=None)[source]¶ Print the I/O pins for a given part in a library.
Parameters: - lib – Either a SchLib object or the name of a library.
- part_name – The name of the part in the library.
- tool – The ECAD tool format for the library.
Returns: A Part object.
-
skidl.skidl.
subcircuit
(f)¶ A @SubCircuit decorator is used to create hierarchical circuits.
Parameters: f – The function containing SKiDL statements that represents a subcircuit.


@()(implicit request: MessagesRequestHeader) @main("Demo Play 2.6 Scala") {
This is a Play 2.6 Scala application, deployed for demo purpose
See all web users
Click here for the AsyncController action!


Let particles' speed and output frequency to change according to audio volume at defined frequency range.
Sliders
SamplePos
Set the frequency range where volume data would be obtained.
1 for the lowest 10% frequency, 10 for the highest 10% frequency.
Sample2
Get another volume data from another frequency range besides SamplePos.
Set this to 0 to disable this feature.
Freq
0: Output frequency does not respond to volume.
1: Output frequency responds to volume.
Speed
0: Particle speed does not respond to volume.
1: Particle speed responds to volume.
Check box
Get current audio data: When checked, use the audio data as reported by Advanced Editing at current position. Only a single Sound@ can have this option enabled. Uncheck this to use external data file.
Setting dialog
Filename
The file where audio data should be saved to or retrieved from.
automatically saves into the particle_music folder.
Recording
Save the audio data to file where this object spans.
The data will be saved to the particle_music folder, which resides at the same level as particle_ri_ver3.anm
When checked, particles will not respond to audio volume.
You need to PLAY the project at least once in order to obtain the file.
delayed_start
Skip a portion of the recorded data from the beginning. Value in seconds.
Freq_Multiplier
A percentage value to adjust the magnitude of effect for volume data to have on the output frequency. Use 100 as default, 200 to double the effect, 50 to half the effect.
Additive value
Unchecked: base Frequency is multiplied with audio volume and multiplier.
Checked: base Frequency is added to volume data*multiplier
Spd_multiplier
Similar to Freq_Multiplier but acts on particle speed.
Additive value
When checked, adds volume data to base speed value.
From_another
Get volume data from yet another frequency range.
Value range: 0~10
Use 0 to disable this feature
Support Style3
When checked, affects speed only when using with Style3@


Thursday 19 March 2009
Dear Baroness Ludford, (Update: This was sent to all eleven of my
MEPs)
I am writing with reference to the European Parliament's vote on
copyright extension for sound recordings, due to take place on March
23rd.
As you know, this is a complex issue, but I shall try my best to keep
this short, I know you must be busy.
Amongst the justification for this particular extension to the term of
copyrights, is the idea that artists need more protection, particularly
towards the end of their lives when their income from royalties might
dry up as their copyrights expire.
This is misleading in the extreme. Under the current 50 year term, an
artist recording at age 25 will be protected until age 75, and any
artist who records throughout their lifetime will be protected until
many decades beyond their death.
There is no need whatsoever to extend the term in order to benefit or
incentivise artists.
In fact, as everyone knows, artists in practice almost never end up
owning the copyrights to their own works - the labels do. While artists
and labels are aligned in the desire to sell as many records as
possible, they are in direct opposition when it comes to dividing up the
proceeds. The majority of the income from sales goes to the labels,
because they have such an overwhelmingly dominant position of power in
the relationship. No label is reliant upon any individual artist, while
every artist is very much dependant on their label, to whom they are
tied by contract for many years. Strengthening copyright only
strengthens the position of the copyright owner, ie. the labels, at the
expense of what little leverage the artist may have. Extending the term
of copyright only enhances the labels' income, not the artists.
It is not the role of copyright to be a protectionist measure to support
labels who are having to adjust their business models in these times of
great change. The last thing we need to do is to construct laws which
chain Europe's creative industries to last-century modes of operation,
at precisely a time when the current tumult will reveal as yet undreamed
of exciting new ways of doing business.
As you know, copyright is intended to stimulate the creation of new
creative works, by enabling the artist to earn an income from their own
creations.
There exists significant evidence to suggest that stronger copyright may
actually inhibit the production of creative work, by allowing
monopoly-level profits to be reaped from ever smaller amounts of
creative output. The composer Verdi is notable for suddenly decreasing
his creative output when copyright laws over music were introduced in
18th century Italy - his personal correspondence indicates that he
simply had to work less because he was earning more from his earlier
compositions. (note that he retained copyright over his own work.)
Similarly, there is the very vital and oft-overlooked influence of the
creative environment which our society fosters. It could well be that
freedom to borrow and build upon inspiration from other artists is a
vital input to the engines of creativity, and to encourage fledgling
artists. By way of anecdotal evidence I say it would not be very
controversial to suggest that the last great English composer of the
Baroque period was Handel, who coincidentally died around the same year
copyright over music was introduced in England. After that, there is a
dearth of truly top-class composers from England, right up until the
20th century. Meanwhile Germany, too preocupied with invasions and
reforging of the nation to introduce copyright laws over music, went on
to produced greats like Bach, Mozart and Beethoven, in a succession of
creative gear-shifts which formed the romance and classical eras, all
done with no copyright over music. *1
I apologise if I have been unable to express my points very succinctly,
but I hope I have made given you some reasons to consider rejecting this
extension of the copyright term, or at least to consider assessing it in
the light of evidence over its theorised effects, rather than the
deliberately misleading suppositions put forward by those representing
the special interests who stand to directly benefit from the proposal at
the expense of artists and of the rest of society.
With all my gratitude and respect for the work you and your fellow MEPs
have done and will continue to do to resolve these issues,
Yours sincerely,
Jonathan Hartley
*1 See this February 2009 Harvard paper which notes:
"An attempt to determine the impact of legal changes on entry into
composing is inconclusive. The paper shows, however, that a golden age
of musical composition nevertheless occurred in nations that
lackedcopyright protection for musical works."
http://papers.ssrn.com/sol3/papers.cfm?abstract_id=1336802
The paper is summarised persuasively in an online news article here:
http://www.techdirt.com/articles/20090308/1022324034.shtml


ect
Efficient Compression Tool.
File optimizer written in C++. It supports `.png`, `.jpg`, `.gzip` and `.zip` files.
More information: home page
- Compress a file:
ect path/to/file.png
- Compress a file with specified compression level and multithreading (1=Fastest (Worst), 9=Slowest (Best), default is 3):
ect -9 --mt-deflate path/to/file.zip
- Compress all files in a directory recursively:
ect -recurse path/to/directory
- Compress a file, keeping the original modification time:
ect -keep path/to/file.png
- Compress a file, stripping metadata:
ect -strip path/to/file.png


12 hours ago
Note: Finished cleaning up the code for the database project. To do so, I refactored the lock synchronization primitive as well as query optimization.
3 days ago
Note: I helped my parents to fix their old Toyota Prius. I replaced the oil filter as well as adjusted the tire rotation.
1 week ago
Note: I helped my brother with his Math homework and prepared him for the upcoming SAT test.


ObservableType
public extension ObservableType
-
An oberverable to execute retry and execute code on reconnect after a timeout
timeout
Declaration
Swift
func retryOnConnect(timeout: DispatchTimeInterval) -> Observable<Element>
Parameters
timeout
Seconds for timeout
Return Value
An observable sequence with a RxError.timeout in case of a timeout.
-
An filtered oberverable to execute retry and execute code on reconnect after a timeout
timeout
Declaration
Swift
func retryOnConnect( timeout: DispatchTimeInterval, predicate: @escaping (Swift.Error) -> Bool ) -> Observable<Element>
Parameters
timeout
Seconds for timeout
predicate
A function to test each source element for a condition.
Return Value
An observable sequence producing the elements of the given sequence repeatedly until it terminates successfully or is notified to error or complete.
-
An filtered oberverable to execute retry and execute code on reconnect after a timeout
timeout
Declaration
Swift
func retryLatestOnConnect( timeout: DispatchTimeInterval, predicate: @escaping (Swift.Error) -> Bool ) -> Observable<Element>
Parameters
timeout
Seconds for timeout
predicate
A function to test each source element for a condition.
Return Value
An observable sequence whose elements are the result of invoking the transform function on each element of source producing an Observable of Observable sequences and that at any point in time produces the elements of the most recent inner observable sequence that has been received.


A place for general developer talk – for everyone! | Documentation https://developers.komodoplatform.com | MoreDev Docs - https://docs.komodoplatform.com | Mastering CryptoConditions - https://github.com/KomodoPlatform/Mastering_CryptoConditions
100 messages
Before 05-Dec-19 12:00 AM
josephnicholas GMT+820-Feb-19 02:18 PM
So is there a documentation or something that points to creating fungible tokens? Or fungible tokens are just creating Asset chains, and generating coins/tokens from there?
@gcharang do you know what the most up-to-date version is?
1
josephnicholas GMT+820-Feb-19 02:24 PM
Hmmmm... So Asset chains are basically Fungible assets?
jorian20-Feb-19 02:24 PM
no
an assetchain is a blockchain
we've been discussing the name of assetchain, but essentially, it's a blockchain
josephnicholas GMT+820-Feb-19 02:24 PM
I mean yeah, but the Asset Chain's coins are the fungible assets
right?
jorian20-Feb-19 02:25 PM
no, you can spawn an assetchain/blockchain and on that new chain create a bunch of tokens
The model used is “colored coins”. This means that the token creating txid issues the assets as denoted by all the satoshis, so locking 1 COIN issues 100 million tokens.
josephnicholas GMT+820-Feb-19 02:25 PM
So tokens are the fungible tokens? Something like that?
Okay gotcha
jorian20-Feb-19 02:26 PM
yeah the terminology is very confusing, since the documentation speaks of Assets(edited)
josephnicholas GMT+820-Feb-19 02:26 PM
yeah, that's why I am confused too, since there is alot of definitions. But thanks @jorian
jorian20-Feb-19 02:26 PM
happy to help
Alright20-Feb-19 03:22 PM
@josephnicholas GMT+8 we run a fungible cluster of assetchains in #kmdlabs
Our chains' base coin is fungible across many chains(edited)
it's not a token on top of any coin
Ah reread what you said. Seems you're asking about the assets contract. With assets contract you can create tokens. If you want a non-fungible token, you simply create a single token
these tokens can be traded for the chain's base coin via the on-chain DEX, but you cannot transfer them between chains at the moment(edited)
#kmdlabs is based around a coin, LABS, which has not launched yet. It intends to be an incentivized testnet for dapps and cryptoconditions. You can participate now by testing features we are getting ready or by getting people to test your dapp or cryptocondition
we have a handful of dapps in development that you could test right now along with all the komodo CCs available to test
if you wait ~2 months, you could try to get a spot as a LABS notary
josephnicholas GMT+820-Feb-19 04:35 PM
Okay I really like to learn and what better way to learn is to test the system @Alright Is there like a documentation on how to start development/testing/contributing on #kmdlabs
I am quite certain that, to better understand the KMD ecosystem, I must be able to learn by application
not just all documentation
Alright20-Feb-19 04:38 PM
At the moment, you just need to find something you want to work on, and we can help you along the way. I can give you some examples of dapps we're developing. @blackjok3r made an assetchain parameter, ac_streamer, which allows for decentralized immutable streaming. @smk762 - dracocanis ominator is working on supply chain-esque project. He's tracking his dog via GPS and pushing data to an oracle. I've built something I'm calling "trollbox" which is on-chain real time chat
once we launch, all these dapps will be available for incentivized testing
@josephnicholas GMT+8 is there anything you're interested in particular? Maybe we can brainstorm some ideas for what you could work on?
building and breaking is the best way to learn
josephnicholas GMT+820-Feb-19 04:42 PM
@Alright right now, I am still on my early stages in learning blockchain, and I have a lot of ideas really, but I just want to learn and contribute on Komodo, since I think this will help me in my grad paper
and hopefully be an expert like you guys
Alright20-Feb-19 04:42 PM
oracles would be a good place to start
it has basically limitless usecases. A dapp based on it can be very simple or very complex
Are you familiar with bash or python?
I could show you example dapps/usecases
josephnicholas GMT+820-Feb-19 04:46 PM
Yes, I am used to C++ but I can code in Python also
Terminal user interfaces for Komodo CryptoConditions smart-contracts - tonymorony/komodo_cryptoconditions_tui
josephnicholas GMT+820-Feb-19 04:50 PM
Okay, I can see that the example showed so rpc calls with komodo-cli
this is pretty neat
Alright20-Feb-19 04:52 PM
I really think the best way to learn it is to sit down and think of something you can realistically do, come discuss the idea with us to see if there's anything you're misunderstanding then just code it
we can help you along the way
it really depends if you want to make a dapp based on an existing cryptocondition or make your own cryptocondition
until you figure those things out, I'm not sure how to directly help you
josephnicholas GMT+820-Feb-19 04:57 PM
@Alright Thanks, I will try to write my idea down, and hopefully be able to present to you
PM you later
Alright20-Feb-19 04:58 PM
I'd say just share the idea in #kmdlabs
there always seems to be someone available there to talk to
Bryan_Beus20-Feb-19 05:14 PM
@TonyL ok, thanks
walrus21-Feb-19 12:00 AM
just a quick question:
I have set up an asset chain...on a remote aws node
say, that node is node 1
other nodes are joining in.....to that asset chain
previously node 1 was able to transfer coins to other nodes...but now whenever node 1 sends coins to other nodes....on other nodes logs it shows: ERROR: AcceptToMemoryPool: tx inputs not found
Transactions from other nodes are going through fine
But coin transfers from node 1 is not being accepted.
any idea what could be the reason?
From node-1's wallet, coins are being deducted...but on recipient's end it says: ERROR: AcceptToMemoryPool: tx inputs not found
TonyL21-Feb-19 12:36 AM
@walrus Hmm I had similar errors (AcceptToMemoryPool) when spin nodes in cloud - in my case problem was in security group settings. Try to allow inbound-outbound on all ports to see if it works(edited)
Ephemeral ports using for mempools syncing as I understand and by default AWS VPC security settings blocked such connections. As soon as I adjusted network security rules I was able not only sync nodes blocks but sync mempools as well.(edited)
walrus21-Feb-19 02:51 AM
@TonyL Thanks so much! I adjusted the network settings..now its working fine.
1
Bryan_Beus21-Feb-19 03:13 AM
@Mihailo
When you get a chance, can you please review this CC-Gateways documentation?
I have taken it as far as my knowledge of CC-Gateways allows.
There are many elements in the docs where the nature of how it works becomes foggy to me, so I've done the best I can to describe what I know, and now I leave it up to the dev team to point out technical errors.
If you can find time to help on this, the best way to do it is to fork the dev branch to your own local github repo, make whatever changes you want there, and then send everything back as a single pull request.
Thank you, let me know if you'll have time.
https://github.com/KomodoPlatform/developer-docs/blob/master/docs/basic-docs/cryptoconditions/cc-gateways.md
Contribute to KomodoPlatform/developer-docs development by creating an account on GitHub.
1
grewalsatinder21-Feb-19 01:08 PM
I have been trying to make web app for ROGUE since last week or so.
so, the first task was to figure out how to show this Terminal only game over a web page, for which I'm using GoTTY go code, in combination of Go's native net/http and template library to just make the basic web page for initial tests.
I was trying to modify the behaviour of GoTTY, but for some reason it's not accepting my customisation in it's compiled js, and it's packaged .gohtml file. Spent good amount of time scratching my head around it why. So, not to spend enough time on just that 3rd paty package, I'm gonna use alternative solution which I had in mind.
Which is, user input taken from a web page -> Web TTY is displayed to user with game ready to play -> Game ends -> Web TTY session ends -> { At this point the user should be redirected back to the web interface with controls to do further actions }. This last part was where I spent long time troubleshooting. Will test websockets with my test practice code tomorrow.
If anyone wants to peak at my test code for Go language, I push that here:
https://github.com/satindergrewal/golang-practice
Contribute to satindergrewal/golang-practice development by creating an account on GitHub.
Hopefully I'll still be able to make ROGUE work via Web App by 28th. Still targeting the same date.
2
dukeleto21-Feb-19 01:35 PM
@grewalsatinder maybe look at an example open source web app in go to see how they do stuff? I can honestly say I've never read the code to a Go web app, but I am sure they exist
grewalsatinder21-Feb-19 01:46 PM
I could understand gotty code
Made changes to it too, but not entirely sure why those did not reflect in my tests. Might be something silly or something I did not understand
hypocalese21-Feb-19 01:55 PM
Catex Exchange uses CentOS.  Sounds like your tests are using the system version of the package, not yours, which might mean changing some environment variable or something to change where it looks for code first. Or like in python, sometimes you can have an old compiled version of a .py (which is .pyc) which masks the changes in the source code, until you delete the cached binary
@hypocalese don't try to build zcash fork coins on centos, would be my advice, but I think some have tried
hypocalese21-Feb-19 01:59 PM
@dukeleto I use Ubuntu. But the Exchange I'm listing on uses CentOS only.
dukeleto21-Feb-19 01:59 PM
see image above
hypocalese21-Feb-19 01:59 PM
dukeleto21-Feb-19 02:00 PM
@hypocalese you want KMD binaries for centos 7? I would ask @ca333
I can bet you your exchange does not have any other zcash forks running
ComputerGenie 👴👴👴21-Feb-19 02:17 PM
hopes they use 7 because it's near impossible to build on 6
Mylo21-Feb-19 02:21 PM
@grewalsatinder try redirect stdin from terminal to a network socket. From there your websocket might connect. Maybe needs a wesocketserver to relay keypresses
I have an embedded linux application with a simple interactive command line interface.
I'd like to access the command line from telnet (or network, in general).
However, the process should be sta...
Eg
socat apparently
I’m gonna try it on weekend
Hope you solve it :)))
ca33321-Feb-19 02:28 PM
@hypocalese - i advice to build them locally on a secure dev infrastructure. If you still prefer to use prebuilt bins just DM me.
Bryan_Beus21-Feb-19 06:29 PM
@Mihailo
Great, thank you.
Yes, please look at dev branch.


You can open existing Template Editor project by selecting Open command from File Menu or from File Toolbar.


{{ vm.hotel.location.address}}
{{vm.hotel.description}}
This hotel offers the following services:
Your name should be 2-15 characters long.
Your rating should be 1-5.
Please add a review.


I really want the Bengals to win, and I expect they will.
It’s nothing personal, Rams fans. I don’t revel in your misery, and hold no ill will after two close matchups in Super Bowls 36 and 53. The Cincinnati Bengals fans have suffered far longer.
I’m happy Matthew Stafford is out of Detroit and can contend for a title. The Los Angeles Rams are equipped to go for it all this season with future salary cap cramps preventing a multi-year run. Their coach looks forward to a life after football.
In my opinion, Joe Burrow is a superstar in the making. There’s a void at the top of the league with Tom Brady’s retirement. There’s a lot of great young and up-and-coming talent at QB in the league – Josh Allen, Mac Jones, Patrick Mahomes, Tua Tagovailoa, Lamar Jackson, Burrow, Lamar Jackson, Justin Herbert, Jalen Hurts, Kyler Murray. Of that list, only Mahomes has a championship.
If Burrow were to join that group (or Stafford for that matter). it would add another member to an exclusive group. With the retirements of Brady an Ben Roethlisberger, there are currently only three starting quarterbacks who have led their team to a Super Bowl – Mahomes, Aaron Rodgers, and Russell Wilson.
The coronation of Stafford would be satisfying. OBJ getting a ring before Mayfield would be fine. Von Miller winning a second would be nice, and Aaron Donald winning his first would be better. But until Joe Burrow loses in the playoffs, I’m not picking against him in the playoffs. Cincinnati needs this more than Los Angeles.
I also believe it’s the first Super Bowl, in the era of emojis, to feature both teams as default emojis. I predict 🐅 24, 🐏 20 in a mostly defensive struggle. The Bengals get a defensive or special teams score. Joe Burrow gets to the next level but the Rams do more than they did in their last Super Bowl.
Edit: This aged poorly.


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Is this the World We Created...?
The Works. 1984
Watch
My TOP 10 Queen Songs
“My soul has painted like the wings of butterflies,
Fairy tales of yesterday will grow but never die,
I can fly, my friends...”
- Freddie Mercury
Thank You Freddie!
For more info about this great performer dont hesitate to visit:
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{{ unit.description }}
Priorities for assembling new drones with components. The first item is the normal priority,the second is used when resources are ending.


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<#list requestingScopes as r>
${r}
#list> <#if grantedScopes?has_content>
Previously approved scopes
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We manufacture wholesale and export, glazed and teracotta ceramics pots, decorative items, crokeries and many more with traditional Newari designs.


The PSBLAS library error handling policy has been completely rewritten
in version 2.0. The idea behind the design of this new error handling
strategy is to keep error messages on a stack allowing the user to
trace back up to the point where the first error message has been
generated. Every routine in the PSBLAS-2.0 library has, as last
non-optional argument, an integer info
variable; whenever,
inside the routine, an error is detected, this variable is set to a
value corresponding to a specific error code. Then this error code is
also pushed on the error stack and then either control is returned to
the caller routine or the execution is aborted, depending on the users
choice. At the time when the execution is aborted, an error message is
printed on standard output with a level of verbosity than can be
chosen by the user. If the execution is not aborted, then, the caller
routine checks the value returned in the info
variable and, if
not zero, an error condition is raised. This process continues on all the
levels of nested calls until the level where the user decides to abort
the program execution.
Figure 9 shows the layout of a generic psb_foo
routine with respect to the PSBLAS-2.0 error handling policy. It is
possible to see how, whenever an error condition is detected, the
info
variable is set to the corresponding error code which is,
then, pushed on top of the stack by means of the
psb_errpush
. An error condition may be directly detected inside
a routine or indirectly checking the error code returned returned by a
called routine. Whenever an error is encountered, after it has been
pushed on stack, the program execution skips to a point where the
error condition is handled; the error condition is handled either by
returning control to the caller routine or by calling the
psb\_error
routine which prints the content of the error stack
and aborts the program execution, according to the choice made by the
user with psb_set_erraction
. The default is to print the error
and terminate the program, but the user may choose to handle the error
explicitly.
Figure 10 reports a sample error message generated by
the PSBLAS-2.0 library. This error has been generated by the fact that
the user has chosen the invalid “FOO” storage format to represent
the sparse matrix. From this error message it is possible to see that
the error has been detected inside the psb_cest
subroutine
called by psb_spasb
... by process 0 (i.e. the root process).
|
|
ifstarsubroutinesubroutinepsb_errpushPushes an error code onto the error stack
ifstarsubroutinesubroutinepsb_errorPrints the error stack content and aborts execution
ifstarsubroutinesubroutinepsb_set_errverbositySets the verbosity of error messages.
ifstarsubroutinesubroutinepsb_set_erractionSet the type of action to be taken upon error condition.
psb_act_ret
,
psb_act_abort
.


| 1 | /* | |
| 2 | * Licensed under the Apache License, Version 2.0 (the "License"); | |
| 3 | * you may not use this file except in compliance with the License. | |
| 4 | * You may obtain a copy of the License at | |
| 5 | * | |
| 6 | * http://www.apache.org/licenses/LICENSE-2.0 | |
| 7 | * | |
| 8 | * Unless required by applicable law or agreed to in writing, software | |
| 9 | * distributed under the License is distributed on an "AS IS" BASIS, | |
| 10 | * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. | |
| 11 | * See the License for the specific language governing permissions and | |
| 12 | * limitations under the License. | |
| 13 | * under the License. | |
| 14 | */ | |
| 15 | ||
| 16 | package org.apache.commons.imaging.formats.jpeg; | |
| 17 | ||
| 18 | public final class ZigZag { | |
| 19 | private static final int zigZag[] = { | |
| 20 | 0, 1, 5, 6, 14, 15, 27, 28, | |
| 21 | 2, 4, 7, 13, 16, 26, 29, 42, | |
| 22 | 3, 8, 12, 17, 25, 30, 41, 43, | |
| 23 | 9, 11, 18, 24, 31, 40, 44, 53, | |
| 24 | 10, 19, 23, 32, 39, 45, 52, 54, | |
| 25 | 20, 22, 33, 38, 46, 51, 55, 60, | |
| 26 | 21, 34, 37, 47, 50, 56, 59, 61, | |
| 27 | 35, 36, 48, 49, 57, 58, 62, 63 | |
| 28 | }; | |
| 29 | ||
| 30 | private ZigZag() { | |
| 31 | } | |
| 32 | | |
| 33 | public static void zigZagToBlock(final int[] zz, final int[] block) { | |
| 34 |
2
1. zigZagToBlock : negated conditional → SURVIVED 2. zigZagToBlock : changed conditional boundary → KILLED |
for (int i = 0; i < 64; i++) { |
| 35 | block[i] = zz[zigZag[i]]; | |
| 36 | } | |
| 37 | } | |
| 38 | ||
| 39 | public static void blockToZigZag(final int[] block, final int[] zz) { | |
| 40 |
2
1. blockToZigZag : changed conditional boundary → NO_COVERAGE 2. blockToZigZag : negated conditional → NO_COVERAGE |
for (int i = 0; i < 64; i++) { |
| 41 | zz[zigZag[i]] = block[i]; | |
| 42 | } | |
| 43 | } | |
| 44 | } | |
Mutations | ||
| 34 |
1.1 2.2 |
|
| 40 |
1.1 2.2 |


Once Safeguard Secrets Broker for DevOps has been associated with a Safeguard for Privileged Passwords appliance, a trusted connection should be established. Establishing a trusted connection requires that trusted certificates be added to the service.


Randomized Password Generator
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Tattoo Shop is your first choice to express yourself. We have 10 years of experience in enhancing your message. Bring us your ideas and watch creativity happen.
Our staff includes a great line up of experienced and talented artists and piercers. We work in a friendly environment and a tireless atmosphere.
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Your project looks great on any device. Content can be easily read and a user understands freely what you wanted.
The set of ready made CSS files with different color schemes will help you in quick landing’s adaptation according to your benchmark style.
The graphic source file in PSD format is included in the archive.
LUCY is shipped with well documented moduler codes. Meaningfull Comments in code will help you to customize it easily.
LUCY is easy to customize. No heavy coding is required to customize it with your real contents.
We will update LUCY and fix bugs if you found one for a long time.
Od kąd sięgam pamięciom to zawsze programowałem. To moja pasja i zawód. Moje zainteresowania skierowane są także w obszar rozpoznawania i implementacji warstwy domenowej w aplikacjach.
Your project looks great on any device. Content can be easily read and a user understands freely.
Your project looks great on any device. Content can be easily read and a user understands freely.


Find people who need you. Heed the call. Get rewarded.
Read about all open support request below. When you see one that you feel you can help with, click the button and you will get a phone number to call. You will be rewarded based on time spent and results.


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I was down town trying to get ahold of some hash and met up with a friend that was going to help me with my problem. He was located at this house where a friend of him was having a party, the trashed home due to excessive drinking while his parents are on vacation type of thing. At the time I was pretty ok, no recallable paranoia or anexiety of mentionable degree, but I was way sober.

When I visited vancouver earlier this year, I got 6 grams of salvia, and I've been doing some earlier, so I'm kind of familliar with it.
When we was walking to from the house to some pub, I realized that I still had the bag of Salvia in my pocked. That made me happy, cause we didn't have any weed, and being drunk is really booring.
Me and my friend started to eat, like first just a bit, then we had more, and by the time we arrived to the pub (not long time at all), I could clearly tell that salvia had influenced my brain.
I got the usual things with salvia, like I don't really know where my body are, and I can't really identify the high, and my eyes get this natural openess and the vision and other senses feels so clear.
Mixed with alcohol, it was pretty different. It was very easy to 'use' the salvia/alcohol energy, and I got really energic in a very strange way.
After two beers we hit the street, having salvia in the mouth all the time. The people around us all looked grey and booring, and scary, the last thing we wanted was to end up like them. The only thing not bad was that we had each other, when I look back on the hazy memories it felt really good to have someone on the same wavelength beside me. We started hating all the stupid drunk people, and felt like starting a fight, so we walked around staring angry at them, we actually got really energic on the mixture, on one side very happy, but on the things we didn't like, we felt like using the energy in a very distructive way.
This part of the night was interresting, I was in a much better mood that only alcohol, laughing alot, very happy very energic.
The night ended after using mail boxes for drums and listening to the streets acoustic (and the long talk with the cop who wanted our names), and after a while loosing my friend and roaming the streets alone and pretty freaked out, and finally stealing a bike to head home to another friend of mine.
There I got a hit of hash, but was too friggin hyperactive to fall asleep (I've got adhd, and salvia seems actually to make me more hyperactive, not only in a negative way), and the fact that it was too hot and I was unable to sleep on my stomach cause of too much alcohol in it.
But the morning after, I was behaving really strange. Really strange. I don't know why, but I was behaving (not acting) strange. It was really sketchy thinking back to it, I wasn't my self, and I wasn't hazy either, simply behaving strange.
So if I should conclude a conclusion, it should probably go something like: 'Salvia and alcohol goes very well together during the trip, and enchances the good sides of the salvia, and the alcohol.  The hungover mentioned, now that is something I haven't really experienced before, but it might be the combination of not sleeping at all and being hyperactive so I wasn't hazy at all. If I get the urge/simple upportunity to get drunk again, and have the acces to salvia, I'll use the two substances together, even if it does mean that the hungover will turn me into another personallity for a while, the final line will probably be something like:
'It makes alcohol intoxication more interesting.'
Experience Reports are the writings and opinions of the individual authors who submit them.
Some of the activities described are dangerous and/or illegal and none are recommended by Erowid.


Post-parsing
Account.php
Api.php
Client.php
Config.php
Crypto.php
Exception.php
job.php
Job.php
Jobs.php
jobs.php
service.php
Service.php
Account.php
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account.php
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Client.php
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Config.php
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Crypto.php
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Exception.php
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job.php
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Job.php
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jobs.php
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Jobs.php
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Service.php
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Documentation generated on Mon, 10 May 2010 16:01:20 +0900 by phpDocumentor 1.4.3


This intention replaces an operator assignment expression which increments or decrements an
int
or
long
with an equivalent postfix increment or decrement expression.
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fun withNewOwner(newOwner: CompositeKey): Pair<Move, State>
Overrides OwnableState.withNewOwner
Copies the underlying data structure, replacing the owner field with this new value and leaving the rest alone


TowerJazz located in Newport Beach, California, is a specialty analog and mixed-signal foundry partner. TowerJazz combines excellent analog and high power process capabilities at process nodes from 0.35µ and 0.18µ.
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Computer Science and Engineering
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GEOG*3480
GIS and Spatial Analysis
Data Quality Part 2
John Lindsay
Fall 2015
Error Propagation
- When there is error in a spatial data layer and we combine it with other layers
as part of a GIS analysis workflow, the result will reflect the inaccuracies of the
lowest-quality input.
- Error propagates in a workflow in very complex ways that can be difficult to model analytically.
- The Monte-Carlo method (stochastic simulation) is commonly used to study error.
Stochastic Simulation
Error Propagation
Lindsay and Evans (2010) Monte-Carlo based simulation of how DEM
error propagates into uncertainty in mapped watersheds.
Spatially Aggregated Data
- Many geographic data are aggregates of data at a more detailed level:
- National census: collected at the household level but reported for practical and privacy reasons at various levels of aggregation (block, neighbourhood, postcode, county, province, etc.)
- Traffic Analysis Zone (TAZ)
- School district
- Watersheds
- Pixels
Ecological Fallacy
- The Ecological Fallacy is a situation that can occur when a researcher or analyst makes an
inference about an individual based on aggregate data for a group.
- The conclusions we draw from a GIS analysis of spatially aggregated
data only apply at the scale of the aggregation
Ecological Fallacy
- Example: we might observe a strong relationship between income and crime at the county level,
with lower-income areas being associated with higher crime rate.
- Conclusion
- Lower-income persons are more likely to commit crime
- Lower-income areas are associated with higher crime rates
- Lower-income counties tend to experience higher crime rates
Ecological Fallacy
The Modifiable Areal Unit Problem (MAUP)
- "A problem arising from the imposition of artificial units of spatial reporting on
continuous geographic phenomena resulting in the generation of artificial
spatial patterns."
- That is, it involves data that are spatially aggregated using arbitrary boundaries
and affects our ability to quantify apparent relations, statistical or otherwise.
The Modifiable Areal Unit Problem (MAUP)
- In a series of publications in the 1970s Stan Openshaw demonstrated that by changing
the aggregation characteristics of spatial data, it is possible to measure correlations
between -1.0 and 1.0!
- The MAUP has two manifestations:
- the aggregation effect
- the scale effect
The Modifiable Areal Unit Problem (MAUP)
These are potential problems in almost every field that utilizes spatial data
MAUP Example: Electoral Districts & Voting
- It's not just who you vote for but also where you vote that counts.
- In the 2000 U.S. presidential election, Al Gore, won more of the popular
vote than George Bush, but failed to become president.
- A different aggregation of U.S. counties into states could have produced a
different outcome (switching just one northern Florida county to Georgia or
Alabama would have produced a different outcome).
Gerrymandering
- The practice of setting electoral district boundaries to favour a particular outcome.
- We have to be very careful whenever we modify the geographic boundaries of
voting aggregation areas.
- Gerrymandering is commonplace in many countries, sometimes even legal!


libs6
s6
Software
skarnet.org
The s6lockd program
s6lockd is the s6lock daemon. It is a program that manages
a set of lock files in a given directory, and associated timeouts.
Interface
s6lockd does not fork, does not background itself automatically,
and does not use syslog. It is not meant to be run directly by the
user: it will be spawned by the
s6lock client library.
There are 2 ways to use s6lockd:
- Use the s6lock_startf() library call.
An s6lockd child will then be spawned from your
calling process, and automatically reaped when you call
s6lock_end(). It requires care with applications that
trap SIGCHLD. It also requires care with lock file permissions:
an s6lockd instance might not be able
to open a lock file created by a former instance run by another
client with different permissions.
- Use the s6lock_start() library call, together with a
s6lockd service.
For once, this is the recommended setup: s6lockd creates empty
lock files, and having all s6lockd instances run under the same user
simplifies permissions management considerably.
When run as a service, s6lockd has no "standalone" mode: it is
designed to work with a Unix
domain super-server, like
s6-ipcserver.
s6lockd follows the UCSPI
interface, it can be directly executed from the super-server.
Notes
- Unix does not natively provide a way to stop blocking on a lock
acquisition after a timeout. To emulate such behaviour, s6lockd actually
spawns an s6lockd-helper child per
requested lock.


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Program testing can be used to show the presence of bugs, but never to show their absence! --Edsger Dijkstra [ source]


A SIMPLE PLAN (M). (Paramount/REP) Director: Sam Raimi Stars: Bill Paxton, Billy Bob Thornton, Bridget Fonda, Gary Cole, Brent Briscoe, Chelcie Ross, Becky Ann Baker, Jack Walsh Running time: 117 minutes.
Set in Delano, a small town in America's midwest, during a bitter winter, A Simple Plan invites obvious comparisons to the Coen brothers' Fargo. However, this violent, darkly comic, character driven thriller has a darker and more frightening undertone. A Simple Plan shows how evil can be created out of the most banal circumstances, and how greed and money can change even ordinary people, driving them to acts of violence. The wintry landscape, evocatively photographed by Alar Kivilo, is the perfect backdrop for this bleak, chilling and coolly ironic tale of greed and murder. The Mitchell brothers and a friend stumble upon a crashed plane buried under the snow. Inside the plane they discover the dead pilot, and a bag containing $4 million. After some discussion, they decide to keep the money. College educated and essentially a decent family man, Hank Mitchell (Bill Paxton) suggests that they hide the money away for six months, waiting until the snow thaws and the plane is found. If no-one claims the money, then they will divide it between them. It sounds a simple enough plan.
But immediately things go wrong as greed, suspicion and mistrust sour the uneasy relationship between the three men. The violent, abusive, unemployed alcoholic Lou (Brent Briscoe) demands his share of the money. Hank's older brother Jacob (Billy Bob Thornton) is unemployed and lonely, but also a little simple and too trusting, and capable of inadvertently revealing their secrets.
Desperate to keep their secret while protecting his wife Sarah (Bridget Fonda), Hank is forced to make some appalling decisions and then live with the terrible consequences. His actions lead to brutal murder and cover up, and he seems to be digging himself deeper into trouble at every turn.
As it explores the tragic consequences of Hank's actions, this tautly crafted and intelligent psychological thriller also has a strong moral undercurrent. Its denouement delivers a terrific irony. Scott Smith has adapted his own tense novel for the screen, and is protective of the novel's dark, psychological territory.
The performances of the cast are superb. Working together for the first time since the chilling thriller One False Move, Paxton and Thornton are both excellent, easily conveying their struggle between essential decency and uncharacteristic greed. Fonda makes the most of her role as Sarah, the shy librarian who soon reveals her own amoral streak.
A Simple Plan is one of those deliberately slow paced films in which the violence slowly escalates. An almost straight forward and conventional thriller, A Simple Plan is an unusual choice for director Sam Raimi, better known for his dark, comic-book-like horror films (Darkman, The Evil Dead, etc). While the film lacks Raimi's usual visual flourishes, it is still full of effectively rendered scenes of menace, slowly building suspense and moody atmospherics. **** greg king http://www.netau.com.au/gregking
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2.4. Machine Learning for Text Analytics with scikit-learn¶
Machine Learning for Text Analytics with scikit-learn
scikit-learn is a Python module integrating classic machine learning algorithms in the tightly-knit world of scientific Python packages (numpy, scipy, matplotlib).
It aims to provide simple and efficient solutions to learning problems that are accessible to everybody and reusable in various contexts: machine-learning as a versatile tool for science and engineering.
Note
This document is meant to be used with scikit-learn version 0.11+ (i.e. the current state of the master branch at the time of writing: 2012-02-13).


--- title: "Badge Generator" date: 2018-11-26T10:08:29-06:00 description: Badge Generator menu: main: pre: "" identifier: badge weight: 10 parent: Services ---


Renders images from barcodes using RMagick
Registers the to_png, to_gif, to_jpg and to_image methods
The height of the image. This is the height of the barcode + the top and bottom margin
The full width of the image. This is the width of the barcode + the left and right margin
The height of the barcode in px For 2D barcodes this is the number of "lines" * ydim
Number of modules (xdims) on the x axis
The margin of each edge surrounding the barcode in pixels
Returns a string containint a GIF image
Returns an instance of Magick::Image
Returns a string containing a JPEG image
Returns a string containing a PNG image
The width of the barcode in px
X dimension. 1X == 1px
Y dimension. Only for 2D codes
[Validate]


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