The budgeting software for those who have given up on budgeting software.
Budding Budget is the budgeting software for people who have given up on ever using budgeting software. Even though having a structured budget is almost universally accepted to be a good idea, many people - particularly college students - have hardly even tried to keep one. We believe this is because current offerings like You Need a Budget or Mint.com overwhelm many users with too much information and too many options.
With Budding Budget, instead of having to micromanage your budget and separate your money into dozens of artificial categories, you manage your assets and charges only when your life situation changes, and are reminded every day of the application’s recommendation for what you should spend. It’s the budgeting software that manages you, instead of forcing you to manage it.
Budding Budget can be used entirely offline or with online support. If you choose to create an account with us, all your budgeting data will be backed up in the cloud and accessible from multiple devices. If you don't, your experience with the app itself will be almost identical. You'll only miss out on our cloud features.
The initial setup walks you through a serial of screens to get assets, savings, recurring charges, recurring income, and additional options set. This walkthrough can be done with assistance from an optional tutorial.
Budding Budget is designed to be easy to navigate, therefore the user experience is organized around the main screen, which displays how much money you should spend today. There is a pull out menu with buttons that connect to all the screens in the top left corner of every screen for convenient access. Besides the main screen, all other screens are to update any monetary settings that were set when the app was first opened. There are also quick links to specific screens in the app via notifications, which when clicked on will take you to the relevant screen. For example, the daily notification to update spending will take you to the Track Spending screen. The Track Spending screen only has a text box to input how much you spent. If the user over or underspends, a popup is shown with radio button options to choose how to handle the situation.
Most of the other screens have box selection menus, sliders, and/or text boxes to edit settings. The user can also easily add additional categories to savings, recurring income, and recurring charges with the click of a button.
You can install and run Budding Budget by downloading the .apk file linked below and installing it on the Android device of your choice! If you would like, you can also build the application from the source, also linked below. In the future, we're hoping to have a presence on the Google Play store, as well as prebuilt versions of the app for different mobile operating systems, but since we're in early beta, this is the best way to install the app.
Source Release (Final Release)
Binary Release v1.0 (Final Release)
Source Release (Release Candidate)
Binary Release v0.3 (Release Candidate)
Source Release (Feature Complete)
Binary Release v0.2 (Feature Complete)
For Budding Budget to work correctly, it needs to know a variety of information regarding your accounts and desired budgeting goals. You are prompted to input this information during the setup phase of the guided tour, however after that point you are still able update this information on the appropriate screens.
Once the information has been entered, the app will take care of the rest. The main feature of Budding Budget is the daily notifications and daily budgeting, thus to properly use the app you simply need to interact with the app on a daily basis. This daily interaction involves inputting the required information such as: how much did you spend that day and if you want to alter the amount of money in your savings. Furthermore, if you require the information to be shared amongst multiple devices, all you need to do is set up an account with us and use the same login on each device with the Budding Budget app installed. The app’s functionality can be extended to web based budgeting help (such as analytics and statistics) in the future, but there is currently no definitive plan for how this feature will be implemented.
The most helpful way to submit a bug report is to add it to our repository on Github as an issue. If it’s visible there, that means that members of the development team, as well as anyone wanting to contribute to the software can access it. If you don’t want to go through this trouble, please email your bug report to us, and we can add it to the issue tracker on the repository ourselves.
Email: Send Mail<EMAIL_ADDRESS>Bug Tracker: Github
In your report, please try to include:


UI Designer / Front End Engineer
Greenville Grok
Conquest Brewery
One Columbia App Design
Grok App Design


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We, the members of Karnataka Police, shall uphold the Law and the Rights of all people for a safe and secure environment,
conducive to their internal and external growth and development. Towards this end, we set for ourselves the following
objectives:
- Protect the lives and liberties of the people from criminal and anti- social elements.
- Earn the good will, support and active assistance of the community.
- Co-ordinate with other departments of Criminal Justice System.
- Equal treatment regardless of caste, religion, social and economic status or political affiliations.
- Due consideration for women, children, senior citizens and weaker sections. Improve professional knowledge, skills and attitudes and adopt modern methods in police work.
- Promote human rights and professional values of integrity, honesty and efficiency.
- Accept and play our role in social transformation and bring about improvement in the quality of life with society


Welcome to the first post in our new series reviewing various learning material available for Elixir. Of course you’re probably thinking “Elixir School is the best!” and we agree, but as we explore other material to improve our own we want to share it with you along with our thoughts. To get us started, we’re going to kick off our series with a review of Saša Jurić’s newest book Elixir in Action, Second Edition.
Note 2018-06-18: The book is in beta (MEAP - Manning Early Access Program), very close to production according to the Manning website (September 2018). You can find more details about it here.
Author
Saša Jurić is a software developer with over a decade of professional experience in programming. Over the years Saša has worked with languages such as Elixir, Erlang, Ruby, JavaScript, C# and C++ giving him a range of experiences.
Target
What is the target audience of the book? There is no better place to look than the book’s introduction:
This is an intermediate level book that teaches about Elixir, Erlang, and how they assist the development of highly-available server side systems. To fully take advantage of the material, you should be an experienced software developer. It is not expected that you know anything about Elixir, Erlang, or functional programming, but you should be skillful in at least one programming language, such as Java, C#, Ruby, JavaScript.
Review
Writing a book about a programming language is hard. It’s even harder when that book needs to encompass not only the language but the platform on which it runs as well. As is often the case with technical books, authors usually choose one of two paths: “tutorial” authors who have readers follow along and build an application from start to finish and “documentation” authors who focus on theory, function definitions, and other technical tidbits.
With this book Saša Jurić has taken another approach: there is a very small project, a ToDoList application, that exists solely to reinforce the readers understanding of each chapter’s topics.
He begins every section explaining the language feature, introducing how and why it is used in the sample project, and lastly finishing the section discussing his experiences and perspective with the particular topics. This is done in a quite natural way, each section is (almost) never broken, making our brain focus at one thing at any given time. This allows us to experience the ups and downs and explore the content alongside Saša.
Chapter Analysis
In total the book has 13 chapters.
In Chapters 1 to 4, we are introduced to the platform, the language and the basics that we can use and find in almost any language (even more on functional ones). We can find details about variables, operators, control flow, data abstractions and protocols (Elixir version of polymorphism). In this section, we begin working on our ToDoList application, and by the end of it, we have a module that contains the CRUD functionality of a ToDoList entity.
Chapters 5 to 11 are probably the most awesome part of the book (and what I believe made the first edition of it so popular amongst Elixir developers), a very thorough explanation about OTP and its counterparts (GenServer, Supervision, ETS Tables, OTP Applications) and the toolkit (Observer, Mix, Plug). In this section a lot of features are added to the ToDoList app:
- add a custom server process to maintain state
- migrate state to a GenServer
- add a cache so that we start supporting multiple to-do lists
- add basic data persistence
- add a supervision tree and introduce a basic pool of workers Additionally, we are introduced to ETS tables, OTP Applications and configuration, dependencies and Plug. In this section, I got the feeling that I am pair programming as a junior with the author, sitting beside him while he designs the application. When he finds a hole in his design, he questions himself “What part of the OTP can cover this hole, and how?”. Then, he turns to me and gives me a detailed explanation on what we are doing, proceeds with the implementation on the todo-list app, and finally turns to me again and discusses on alternatives and ups and downs of the chosen path. I like this aproach, and I want to see it in more language learning books.
In the last two chapters, we can see how to make our app run on a cluster, release it using Distillery, and maintain it (Debug, Log etc). The author follows the same approach here as well, albeit not in that much detail, as the topics discussed in this section are very broad (clustering, data replication, network partitions, releases) and would need way too much detail to cover in a language introduction book.
Conclusion
Lately books are being pushed to the side when it comes to learning new technology and not without good reason, reading and understanding a book requires dedication and a lot of time. These days most people don’t seem to have the time for books, so instead videos and brief tutorials are used to jump start learning.
Another factor working against books is that many authors omit important steps of their thinking process, which ultimately leaves us, the readers, unable to produce a similar solution ourselves. We’re left to wonder: “How the heck did we come up with this solution? What was the mindset that lead us to this point?”. Fortunately, Saša is excellent at helping the reader understand his reasoning, he explains each step of the process while exploring alternatives when he thinks it’s due.
So is Saša Jurić’s newest book Elixir in Action, Second Edition. worth the investment of your time?
If you’re an experienced developer looking to advance your understanding of Elixir and the underlying BEAM: yes.
This IS NOT a beginner’s book. This IS NOT a simple book. This IS an excellent resource highlighting the potential and shortcomings of Elixir and the BEAM.
If you give it your attention you’ll finish the book with a solid understanding of the platform and how best to leverage it at all stages of the development lifecycle.
Look for more reviews to come soon!
Giveaway
To kick off our new series we are giving away free copies of Saša Jurić’s Elixir in Action, Second Edition.!
Want your chance to win a free copy? Follow us on Twitter and retweet this blog post announcement! We’ll be picking winners at the end of the month, don’t miss your chance!
Look for more reviews to come soon!
Caught a mistake or want to contribute to the article? Edit this page on GitHub!


For GHG Reporters
In response to the FY2008 Consolidated Appropriations Act (PDF) (613 pp, 1.5M) (H.R. 2764; Public Law 110-161), EPA issued the Greenhouse Gas Reporting Rule (74 FR 56260) which requires reporting of greenhouse gas (GHG) data and other relevant information from large sources and suppliers in the United States.
The For GHG Reporters section provides information and resources for businesses and institutions that are or may be subject to reporting under the Greenhouse Gas Reporting Program (GHGRP). The pages in this section provide more detailed GHGRP information.
| Topic | Description |
|---|---|
| Proposed Rules | Currently active regulatory proposals related to the GHGRP. |
| Resources by Subpart | Guidance and supporting materials arranged by industry. |
| Training and Testing Opportunities | Current training opportunities and archived training presentations. |
| Rulemaking Notices | Federal Register notices and links to more information. |
| e-GGRT Data Reporting System | Information and updates to the online system used to report emissions to the GHGRP. |
| Confidential Business Information | Information and resources regarding the handling of confidential business information reported under the GHGRP. |


1 Objects
The Aboriginal Archaeological Collection is a unique material record of the prehistory of the south-eastern region of Australia over the last 50,000 years. The long history of Indigenous Australians is documented in numerous archaeological sites throughout Australia. Archaeological sites are localities where the material evidence of past human activity is preserved. They include camping sites, quarries and ceremonial sites. The evidence, in the form of artefacts, remnants of various craftworks, bones of consumed animals, rock art and ceremonial arrangements, carved trees and fireplaces, can be found on the land surface or beneath in stratified positions. Sites with stratified materials have greater potential for revealing a chronology of past events and the sequence of cultural and environmental changes over time. Archaeologists examine these sites, often by way of excavation, to recover material evidence and, importantly, to document the complex spatial relationships of objects to each other as well as their association with natural sediments. Materials and documentation obtained via field research can be further analysed in the laboratory to learn how Indigenous Australians lived, used resources and adapted to environmental changes in the past. Depending on the quality of documentation and research questions, archaeological material can be studied in many different ways, enriching our understanding of human life in the past. The Australian Museum holds a large body of materials obtained from Aboriginal archaeological sites in New South Wales. They include about 2,000 collections of materials (assemblages) recovered via systematic field research. These were assembled typically with the consent of indigenous communities and permits issued by the National Parks and Wildlife Service and currently the New South Wales Department of Environment, Climate Change and Water both of which have been responsible for protecting of Aboriginal sites in the state since 1974. In addition, there are about 18,000 of collections, usually smaller, sometimes consisting of only a single object, obtained in various ways, often by amateur or incidental collectors. These collections are products of the pioneers of archaeology, usually untrained, curious but passionate people who attempted to understand Aboriginal prehistory and salvage material evidence of the past. The Archaeology Collection dates to the late 19th century and, indeed, the first artefact entered into the current Anthropology registration system was a stone hatchet (axe) from the Culgoa River region of inland northern New South Wales, donated to the Museum in 1886. Some of these collections are not well documented, but collectively they reflect the rich evidence of Aboriginal past as well as the pioneering effort to save and understand it.


|
OpenMesh
|
Software related to adaptive subdivision of meshes. More...
Classes | |
| class | CompositeT |
| Adaptive Composite Subdivision framework. More... | |
| struct | CompositeTraits |
| Adaptive Composite Subdivision framework. More... | |
| class | EdE |
| Composite rule EdE. More... | |
| class | EdEc |
| Composite rule EdEc. More... | |
| class | EF |
| Composite rule EF. More... | |
| class | EV |
| Composite rule EV. More... | |
| class | EVc |
| Composite rule EVc. More... | |
| class | FE |
| Composite rule FE. More... | |
| class | FF |
| Composite rule FF. More... | |
| class | FFc |
| Composite rule FFc. More... | |
| class | FV |
| Composite rule FV. More... | |
| class | FVc |
| Composite rule FVc. More... | |
| struct | RuleHandleT |
| Handle template for adaptive composite subdividion rules. More... | |
| class | RuleInterfaceT |
| Base class for adaptive composite subdivision rules. More... | |
| struct | State |
| struct | Traits |
| class | Tvv3 |
| Adaptive Composite Subdivision framework. More... | |
| class | Tvv4 |
| Topological composite rule Tvv,4 doing a 1-4 split of a face. More... | |
| class | VdE |
| Composite rule VdE. More... | |
| class | VdEc |
| Composite rule VdEc. More... | |
| class | VE |
| Composite rule VE. More... | |
| class | VF |
| Composite rule VF. More... | |
| class | VV |
| Composite rule VV. More... | |
| class | VVc |
| Composite rule VVc. More... | |
Typedefs | |
| typedef CompositeTraits::state_t | state_t |
| Adaptive Composite Subdivision framework. | |
| typedef CompositeTraits::final_t | final_t |
| typedef CompositeTraits::State | State |
Software related to adaptive subdivision of meshes.


Public class PacketEntry.cs. Part of the ACHClerk namespace, which represents a program capbable delivering an easy way for employees of the bank to provide ACH transition packets to customers.
More...
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| | PacketEntry (int packetID, PdfDocument native, String company, String path, ref List< String > tags, bool isTable) |
| | Public, non-default constructor. More...
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| |
| bool | ContainsSearchTerm (string word) |
| | The packet will invoke its PrefixTrie's "Contains" entry method for a given search term. More...
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| |
| override String | ToString () |
| | Overrides the ToString function, returning the PacketEntry as a string. Build the string once, and store it. Never rebuild the string, as the tags won't change. More...
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| |
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| PdfDocument | NativeDoc [get, set] |
| | Assigns or returns the native PdfDocument attached to this packet entry. Will allow for rendering of individual packet entries as applied to a list box/combo box on a viewing pane. More...
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| |
| int | PacketID [get, set] |
| | Assigns or returns the packet entry's ID number. More...
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| |
| String | FullPath [get, set] |
| | Assigns or returns the packet entry's pdf's full path on disk. More...
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| |
| String | Company [get, set] |
| | Assigns or returns the packet entry's company. More...
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| |
| List< String > | Tags [get, set] |
| | Returns an array of the various service tags applied to this packet entry. Will be used for a tree-based search. More...
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| |
| int | TagsCount [get] |
| | Returns the number of tags associated with each PDF packet. More...
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| |
| bool | IsTable [get, set] |
| | Determines if the packet entry is a table. Will allow for easier manipulation later on when compiling tables. More...
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| |
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| PFT | BuildTagTree () |
| | Builds a PrefixTrie out of the list of tags read in intially. The tree will be built such that the search term "banking" will insert "b", "ba", "ban", etc. This will perform like an autocomplete. More...
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| |
|
| int | _packetID |
| | An integer representing the packet ID within a list of pdf. More...
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| |
| PdfDocument | _nativeDoc |
| | The native document held by this packet entry. More...
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| |
| String | _company |
| | The company representing this packet entry. More...
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| |
| String | _fullpath |
| | The full path of the pdf doc. More...
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| |
| List< String > | _tags |
| | The tags describing this particular document. More...
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| |
| String | _toString |
| | String representation of this document. More...
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| |
| bool | _isTable |
| | Whether this is a table, or not [still unimplemented] More...
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| |
| PFT | _tagTree |
| | A prefix trie of tags. Used for a quick, auto-complete search. More...
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| |
| StringBuilder | strbldr |
| | String builder to construct the string representation of the document. More...
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| |
Public class PacketEntry.cs. Part of the ACHClerk namespace, which represents a program capbable delivering an easy way for employees of the bank to provide ACH transition packets to customers.
A PacketEntry is simply a collection of features regarding a single PDF document. Each PacketEntry has a unique ID, a company name, and a list of tags – the list of tags will the user to type in a string in the search bar and have a number of documents show as a result.
Author: Tyler Vanover. Created: 2014-06-26. Version: 1.0.
| ACHClerk.PacketEntry.PacketEntry |
( |
int |
packetID, |
|
|
PdfDocument |
native, |
|
|
String |
company, |
|
|
String |
path, |
|
|
ref List< String > |
tags, |
|
|
bool |
isTable |
|
) |
| |
Public, non-default constructor.
- Parameters
-
| packetID | A packet ID, to track the packet without sending all objects. |
| native | The pdf this packet entry will represent. |
| company | The company name associated with this packet entry. |
| tags | A list of tags. |
| isTable | Whether this packet is a table entry or not. |
| PFT ACHClerk.PacketEntry.BuildTagTree |
( |
| ) |
|
|
private |
Builds a PrefixTrie out of the list of tags read in intially. The tree will be built such that the search term "banking" will insert "b", "ba", "ban", etc. This will perform like an autocomplete.
- Returns
- Privately returns a PrefixTrie of tags.
| bool ACHClerk.PacketEntry.ContainsSearchTerm |
( |
string |
word | ) |
|
The packet will invoke its PrefixTrie's "Contains" entry method for a given search term.
- Parameters
-
| word | The string to search for. |
- Returns
- True if the PrefixTrie contains the term as a valid word. False otherwise.
| override String ACHClerk.PacketEntry.ToString |
( |
| ) |
|
Overrides the ToString function, returning the PacketEntry as a string. Build the string once, and store it. Never rebuild the string, as the tags won't change.
- Returns
- A string representing a packet entry.
| String ACHClerk.PacketEntry._company |
|
private |
The company representing this packet entry.
| String ACHClerk.PacketEntry._fullpath |
|
private |
The full path of the pdf doc.
| bool ACHClerk.PacketEntry._isTable |
|
private |
Whether this is a table, or not [still unimplemented]
| PdfDocument ACHClerk.PacketEntry._nativeDoc |
|
private |
The native document held by this packet entry.
| int ACHClerk.PacketEntry._packetID |
|
private |
An integer representing the packet ID within a list of pdf.
| List<String> ACHClerk.PacketEntry._tags |
|
private |
The tags describing this particular document.
| PFT ACHClerk.PacketEntry._tagTree |
|
private |
A prefix trie of tags. Used for a quick, auto-complete search.
| String ACHClerk.PacketEntry._toString |
|
private |
String representation of this document.
| StringBuilder ACHClerk.PacketEntry.strbldr |
|
private |
String builder to construct the string representation of the document.
| String ACHClerk.PacketEntry.Company |
|
getset |
Assigns or returns the packet entry's company.
| String ACHClerk.PacketEntry.FullPath |
|
getset |
Assigns or returns the packet entry's pdf's full path on disk.
| bool ACHClerk.PacketEntry.IsTable |
|
getset |
Determines if the packet entry is a table. Will allow for easier manipulation later on when compiling tables.
| PdfDocument ACHClerk.PacketEntry.NativeDoc |
|
getset |
Assigns or returns the native PdfDocument attached to this packet entry. Will allow for rendering of individual packet entries as applied to a list box/combo box on a viewing pane.
| int ACHClerk.PacketEntry.PacketID |
|
getset |
Assigns or returns the packet entry's ID number.
| List<String> ACHClerk.PacketEntry.Tags |
|
getset |
Returns an array of the various service tags applied to this packet entry. Will be used for a tree-based search.
| int ACHClerk.PacketEntry.TagsCount |
|
get |
Returns the number of tags associated with each PDF packet.
The documentation for this class was generated from the following file:


ContextModule |
Class that contributes to the object graph CoreComponent. class ContextModule |
DatabaseModule |
Class that contributes to the object graph CoreComponent. class DatabaseModule |
NetworkModule |
Class that contributes to the object graph CoreComponent. class NetworkModule |
UtilsModule |
Class that contributes to the object graph CoreComponent. class UtilsModule |


Class TetrominoDataFactory
- java.lang.Object
-
- hu.klenium.tetris.logic.tetromino.TetrominoDataFactory
-
public class TetrominoDataFactory extends java.lang.Object
Constructs data for tetrominoes.
-
-
Field Summary
Fields Modifier and Type Field Description private static java.lang.String[][][]
rawData
Source of the tetromino data.
-
Constructor Summary
Constructors Modifier Constructor Description private
TetrominoDataFactory()
This is an utility class, should not be instantiated.
-
Method Summary
Modifier and Type Method Description static TetrominoData[]
getData(int type)
Creates data of a tetromino (in every rotations).private static int
getPartsCount(java.lang.String[] data)
Used to count the cells of a tetromino data before the parts are constructed.
-
-
-
Field Detail
-
rawData
private static final java.lang.String[][][] rawData
Source of the tetromino data.- The first index is the thetromino type. There're 7 types in traditional Tetris.
- The second index is the rotation. Some tetromino's data are the same in different rotations. These duplicated mask are not included, because rotating is cyclic, so it is easy to work without them.
- The third index and the character position of the string specify a 2D matrix which stores the mask. X means there is a part of that tetromino data, space means there isn't.
-
-
Method Detail
-
getData
public static TetrominoData[] getData(int type)
Creates data of a tetromino (in every rotations).- Parameters:
type
- The tetromino's type.- Returns:
- The tetromino's data in each rotation.
-
getPartsCount
private static int getPartsCount(java.lang.String[] data)
Used to count the cells of a tetromino data before the parts are constructed. This is needed for fixed-length arrays.- Parameters:
data
- A raw tetromino data to check.- Returns:
- The count of used cells in the data.
-
-