public class ThinkGearNativo
extends java.lang.Object
| Modifier and Type | Field and Description |
|---|---|
static int |
BAUD_115200 |
static int |
BAUD_1200
Baud rate for use with Connect() and SetBaudrate().
|
static int |
BAUD_2400 |
static int |
BAUD_4800 |
static int |
BAUD_57600 |
static int |
BAUD_9600 |
static int |
DATA_ALPHA1 |
static int |
DATA_ALPHA2 |
static int |
DATA_ATTENTION |
static int |
DATA_BATTERY
Data type that can be requested from GetValue().
|
static int |
DATA_BETA1 |
static int |
DATA_BETA2 |
static int |
DATA_DELTA |
static int |
DATA_GAMMA1 |
static int |
DATA_GAMMA2 |
static int |
DATA_MEDITATION |
static int |
DATA_POOR_SIGNAL |
static int |
DATA_RAW |
static int |
DATA_THETA |
static int |
MAX_CONNECTION_HANDLES
Maximum number of Connections that can be requested before being
required to free one.
|
static int |
STREAM_5VRAW |
static int |
STREAM_FILE_PACKETS |
static int |
STREAM_PACKETS
Data format for use with Connect() and SetDataFormat().
|
| Modifier and Type | Method and Description |
|---|---|
static int |
Connect(int connectionId,
java.lang.String serialPortName,
int serialBaudrate,
int serialDataFormat)
Connects a ThinkGear Connection, given by
connectionId , to a serial
communication (COM) port in order to communicate with a ThinkGear module. |
static void |
Disconnect(int connectionId)
Disconnects the ThinkGear Connection, given by
connectionId , from
its serial communication (COM) port. |
static void |
FreeConnection(int connectionId)
Frees all memory associated with the given ThinkGear Connection.
|
static int |
GetDriverVersion()
Returns a number indicating the version of the ThinkGear Communications
Driver (TGCD) library accessed by this API.
|
static int |
GetNewConnectionId()
Returns an ID handle (an int) to a newly-allocated ThinkGear Connection
object.
|
static double |
GetValue(int connectionId,
int dataType)
Returns the most recently read value of the given
dataType , which
is one of the DATA_* constants defined above. |
static int |
GetValueStatus(int connectionId,
int dataType)
Returns Non-zero if the
dataType was updated by the most recent call
to GetValue(). |
static int |
ReadPackets(int connectionId,
int numPackets)
Attempts to use the ThinkGear Connection, given by
connectionId ,
to read numPackets of data from the serial stream. |
static int |
SendByte(int connectionId,
int b)
Sends a byte through the ThinkGear Connection (presumably to a ThinkGear
module).
|
static int |
SetBaudrate(int connectionId,
int serialBaudrate)
Attempts to change the baud rate of the ThinkGear Connection, given by
connectionId , to serialBaudrate . |
static int |
SetDataFormat(int connectionId,
int serialDataFormat)
Attempts to change the data Packet parsing format used by the ThinkGear
Connection, given by
connectionId , to serialDataFormat . |
static int |
SetDataLog(int connectionId,
java.lang.String filename)
As a ThinkGear Connection reads and parses Packets of data from its
serial stream, it may log the parsed data into a log file.
|
static int |
SetStreamLog(int connectionId,
java.lang.String filename)
As a ThinkGear Connection reads bytes from its serial stream, it may
automatically log those bytes into a log file.
|
public static final int MAX_CONNECTION_HANDLES
public static final int BAUD_1200
public static final int BAUD_2400
public static final int BAUD_4800
public static final int BAUD_9600
public static final int BAUD_57600
public static final int BAUD_115200
public static final int STREAM_PACKETS
public static final int STREAM_5VRAW
public static final int STREAM_FILE_PACKETS
public static final int DATA_BATTERY
public static final int DATA_POOR_SIGNAL
public static final int DATA_ATTENTION
public static final int DATA_MEDITATION
public static final int DATA_RAW
public static final int DATA_DELTA
public static final int DATA_THETA
public static final int DATA_ALPHA1
public static final int DATA_ALPHA2
public static final int DATA_BETA1
public static final int DATA_BETA2
public static final int DATA_GAMMA1
public static final int DATA_GAMMA2
public static int GetDriverVersion()
public static int GetNewConnectionId()
public static int SetStreamLog(int connectionId, java.lang.String filename)
filename
will turn this feature on. Calling this function with an invalid
filename
, or with filename
set to NULL, will turn this feature
off. This function may be called at any time for either purpose on a
ThinkGear Connection.connectionId
- The ID of the ThinkGear Connection to enable stream
logging for, as obtained from GetNewConnectionId().filename
- The name of the file to use for stream logging.
Any existing contents of the file will be erased.
Set to NULL to disable stream logging by the
ThinkGear Connection.connectionId
does not refer to a valid ThinkGear
Connection ID handle.public static int SetDataLog(int connectionId, java.lang.String filename)
filename
will turn this feature on. Calling this function
with an invalid filename
, or with filename
set to NULL, will turn
this feature off. This function may be called at any time for either
purpose on a ThinkGear Connection.connectionId
- The ID of the ThinkGear Connection to enable data
logging for, as obtained from GetNewConnectionId().filename
- The name of the file to use for data logging.
Any existing contents of the file will be erased.
Set to NULL to disable stream logging by the
ThinkGear Connection.connectionId
does not refer to a valid ThinkGear
Connection ID handle.public static int Connect(int connectionId, java.lang.String serialPortName, int serialBaudrate, int serialDataFormat)
connectionId
, to a serial
communication (COM) port in order to communicate with a ThinkGear module.
It is important to check the return value of this function before
attempting to use the Connection further for other functions in this API.connectionId
- The ID of the ThinkGear Connection to connect, as
obtained from GetNewConnectionId().serialPortName
- The name of the serial communication (COM) stream
port. COM ports on PC Windows systems are named
like '\\.\COM4' (remember that backslashes in
strings in most programming languages need to be
escaped), while COM ports on Windows Mobile
systems are named like 'COM4:' (note the colon at
the end). Linux COM ports may be named like
'/dev/ttys0'. Refer to the documentation for
your particular platform to determine the
available COM port names on your system.serialBaudrate
- The baudrate to use to attempt to communicate
on the serial communication port. Select from
one of the BAUD_* constants defined above,
such as BAUD_9600 or BAUD_57600.
BAUD_9600 is the typical default baud rate
for standard ThinkGear modules.serialDataFormat
- The type of ThinkGear data stream. Select from
one of the STREAM_* constants defined above.
Most applications should use STREAM_PACKETS
(the data format for Embedded ThinkGear modules).
STREAM_5VRAW is supported only for legacy
non-embedded purposes.connectionId
does not refer to a valid ThinkGear
Connection ID handle.public static int ReadPackets(int connectionId, int numPackets)
connectionId
,
to read numPackets
of data from the serial stream. The Connection
will (internally) "remember" the most recent value it has seen of
each possible ThinkGear data type, so that any subsequent call to
GetValue
() will return the most recently seen values.
Set numPackets
to -1 to attempt to read all Packets of data that
may be currently available on the serial stream.connectionId
- The ID of the ThinkGear Connection which should
read packets from its serial communication stream,
as obtained from GetNewConnectionId().numPackets
- The number of data Packets to attempt to read from
the ThinkGear Connection. Only the most recently
read value of each data type will be "remembered"
by the ThinkGear Connection. Setting this parameter
to -1 will attempt to read all currently available
Packets that are on the data stream.connectionId
does not refer to a valid ThinkGear
Connection ID handle.public static double GetValue(int connectionId, int dataType)
dataType
, which
is one of the DATA_* constants defined above. Use ReadPackets
()
to read more Packets in order to obtain updated values. Afterwards, use
GetValueStatus
() to check if a call to ReadPackets
() actually
updated a particular dataType
.
NOTE: This function will terminate the program with a message printed
to stderr if connectionId
is not a valid ThinkGear Connection, or
if dataType
is not a valid DATA_* constant.connectionId
- The ID of the ThinkGear Connection to get a data
value from, as obtained from GetNewConnectionId().dataType
- The type of data value desired. Select from one of
the DATA_* constants defined above. Refer to the
documentation of each constant for details of how
to interpret its value.dataType
.public static int GetValueStatus(int connectionId, int dataType)
dataType
was updated by the most recent call
to GetValue(). Returns 0 otherwise.connectionId
- The ID of the ThinkGear Connection to get a data
value from, as obtained from GetNewConnectionId().dataType
- The type of data value desired. Select from one of
the DATA_* constants defined above.
NOTE: This function will terminate the program with a message printed
to stderr if connectionId
is not a valid ThinkGear Connection, or
if dataType
is not a valid DATA_* constant.dataType
was updated by the most recent call
to GetValue(). Returns 0 otherwise.public static int SendByte(int connectionId, int b)
ReadPackets
() function) at some point BEFORE
calling this function. This is to ENSURE the Connection is
communicating at the right baud rate. Sending Command Byte
at the wrong baud rate may put a ThinkGear module into an
indeterminate and inoperable state until it is reset by power
cycling (turning it off and then on again).
NOTE: After sending a Command Byte that changes a ThinkGear baud rate,
you will need to call SetBaudrate
() to change the baud rate
of your connectionId
as well. After such a baud rate change,
it is important to check for a valid Packet to be received by
ReadPacket
() before attempting to send any other Command
Bytes, for the same reasons as describe in the WARNING above.connectionId
- The ID of the ThinkGear Connection to send a byte
through, as obtained from GetNewConnectionId().b
- The byte to send through. Note that only the lowest
8-bits of the value will actually be sent through.connectionId
does not refer to a valid ThinkGear
Connection ID handle.public static int SetBaudrate(int connectionId, int serialBaudrate)
connectionId
, to serialBaudrate
. This function does not typically
need to be called, except after calling SendByte
() to send a
Command Byte that changes the ThinkGear module's baud rate. See
SendByte() for details and NOTE.connectionId
- The ID of the ThinkGear Connection to send a byte
through, as obtained from GetNewConnectionId().serialBaudrate
- The baudrate to use to attempt to communicate
on the serial communication port. Select from
one of the BAUD_* constants defined above,
such as BAUD_9600 or BAUD_57600.
BAUD_9600 is the typical default baud rate
for standard ThinkGear modules.connectionId
does not refer to a valid ThinkGear
Connection ID handle.public static int SetDataFormat(int connectionId, int serialDataFormat)
connectionId
, to serialDataFormat
. This
function does not typically need to be called, and is provided only
for special testing purposes.connectionId
- The ID of the ThinkGear Connection to send a byte
through, as obtained from GetNewConnectionId().serialDataFormat
- The type of ThinkGear data stream. Select from
one of the STREAM_* constants defined above.
Most applications should use STREAM_PACKETS
(the data format for Embedded ThinkGear modules).
STREAM_5VRAW is supported only for legacy
non-embedded purposes.connectionId
does not refer to a valid ThinkGear
Connection ID handle.public static void Disconnect(int connectionId)
connectionId
, from
its serial communication (COM) port. Note that after this call, the
Connection will not be valid to use with any of the API functions
that require a valid ThinkGear Connection, except SetStreamLog(),
SetDataLog(), Connect(), and FreeConnection().
Note that FreeConnection() will automatically disconnect a
Connection as well, so it is not necessary to call this function
unless you wish to reuse the connectionId
to call Connect()
again.connectionId
- The ID of the ThinkGear Connection to disconnect, as
obtained from GetNewConnectionId().public static void FreeConnection(int connectionId)
connectionId
without freeing
it first.connectionId
- The ID of the ThinkGear Connection to disconnect, as
obtained from GetNewConnectionId().


Internships
Google Talent Sprint
The program is a combination of boot camps, live online classes, ongoing mentorship, certification and team-based projects to enhance problem-solving and computational thinking. It also provides exemplary participants with a chance to get career opportunities at high end product companies including Google.
Eligibility: Women Students currently in the first year of engineering pursuing CSE or equivalent streams
Application Period: January to February
Google STEP Internship
STEP is a 12-week internship for students with a passion for computer science. The internship program has a focus of providing development opportunities to students from groups historically underrepresented in tech, through technical training and professional development.
Eligibility: First and second-year undergraduate that have taken atleast 1-2 college level computer science courses.
Application Period: Different times of the year for different places. Starts from September tentatively
Microsoft Codess
Codess is a community for female coders initiated by Microsoft. It is established to explore ways to promote gender diversity in the engineering field. For Indians, Microsoft holds an online coding test in the month of February to invite women to their annual Codess event held in Hyderabad/Banglore. People invited to the event have a chance of getting recruited as a summer intern at Microsoft.
Eligibility: Second-year Indian female undergraduate students pursuing computer science or related fields, from selected institutes of the country.
Application Period: January to February
AmazeWiT - AmazeWOW by Amazon
Development initiative with internship and FTE SDE (Full-time Software Development Engineer) opportunities for Amazon in India, focused on bringing in top tech talent from engineering institutes. AmazeWoW aims at building a gender balance at the entry level for SDE role, so that with the Amazon's talent nurturing environment, the future leadership pipeline of Amazon technology team is more diverse.
Eligibility: Indian female undergraduate students pursuing computer science or related fields.
Second year students: For 2 month internship roles next year
Third year students: For 6 month internship/FTE roles next year
Application Period: April to May
MLH Fellowship
The MLH Fellowship aims to create a high-quality remote internship alternative that's available to students worldwide. It's designed from the ground up to recreate the best of aspects of a great internship experience with a focus on education, mentorship, and fun. Spend 12 weeks leveling up your software engineering skills by contributing to the Open Source software the world depends on.
Eligibility: Age 18+, Currently enrolled in a degree or diploma granting course of study; or have graduated from one within the previous 6 months, eligible to work in the country you will reside in during the program.
Application Period: April to May


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Jump to Integration with Visual Studio
For most developers, Visual Studio is the best tool for the job. And due to a variety of factors, it is also often the only one. It comes with a plethora of project templates to get a developer started or to aid a seasoned professional. Regrettably, the templates are often oversimplified samples that end up in the real products for the mere fact that they were the default, not because they suited the problem at hand.
This article details how to implement a Web Service, but with a better project structure, reduced coupling between components, and separation between interface definitions and their implementation. And last but not least, a new template is provided to fossilize these newly found principals.
For illustration purposes, the article is structured around a phantom Web Service built atop of WCF. The service exposes a collection of resources through REST, which in turn can be hosted in IIS or standalone. Also, a sample web client application is included, as well as unit test for the core logic.
The notion of separating software projects into layers has been around for a while, but still, there seems to be a lot of confusion on terminology and techniques. Particularly, such discussion(s) often intermix tier separation and software layers, hence an introductory article "Pragmatic Architecture: Layering" by Ted Neward is recommended.
Software development is filled with new technology and new terminology, often for the same or even older technology, but in any case, there is plenty of technobabble involved. And in the case of this article, the Web Service actually manages a collection of REST technobabble phrases. A client of this Web Service can request a list of [latest] technobabble phrases, add new ones, modify existing, and etc. (i.e., CRUD support).
|
|
For starters, let's review the projects involved and the way in which they are organized in the Visual Studio solution. Next to this paragraph is a snapshot of Solution Explorer, which shows several solution folders and corresponding projects. The solution folders correspond to layers, which are described later. The key points about solution folders and projects are:
|
|
|
The diagram next to this paragraph shows the Web Service, its contract, hosting, and client(s) are allocated to different layers. Arrows on the diagram show compile time dependencies between the different layers. Layer descriptions:
*Note: To limit the scope of this Web Service project, information is stored in memory and the corresponding logic is not factored out into a separate data layer. Key points on the diagram for the layers and their dependencies:
|
|
|
The next diagram shows dependencies for the assemblies produced by the above projects. The diagram is produced by Visual Studio, and provides another confirmation that the layer dependencies have been observed. An interesting feature is that Visual Studio can also check these dependencies against the one specified in the layer diagram (above) and inform when an incorrect dependency has been added. The key points on the diagram are:
|
Now that you've read a lot of technobabble from the previous section, it may be interesting to see what the running Web Service looks like.
For demo purposes, I implemented the client to the Web Service as (another) web application that consumes and allows to manipulate the technobabble phrases (after all, technobabble is always evolving).
All projects have corresponding dependencies set up and hence the Build&Run of Client.WebApp project shall be sufficient. Otherwise, you can Build&Run the Host.WebApp project followed by (Build&Run) of the Client.WebApp project.
|
|
|
|
The most obvious difference when compared to the Visual Studio default WCF/REST template and the one shown here is the number of projects involved. But is it actually better?
Well, the answer is the venerable: "It depends", but here are some beneficial aspects of this approach:
All of the above seem more than fair benefit to have more granular projects.
As mentioned above, the Core layer can follow much simpler development practices. Because it has limited dependency on the deployment infrastructure, the unit test for it can be implemented much easier. Especially when compared to the system/integration level testing required when Client and Web Services are involved.
Additionally, the Web and Host projects can focus on their targets which are very technology specific and rapidly change over time. Today, the services are implemented with WCF and hosted in IIS through an ASP.NET project or a standalone executable; tomorrow it could be a Windows(R) Service or yet something else.
Even in this simple example, the separation allows to address the difference in semantics
much easier. For example, the service is exposed through REST and implemented though
the .NET WebGet
attribute. This adds the restriction that only string
parameters will be parsed from the URI (behavior of the WebGet
implementation)
and that consecutive identical calls to delete a resource is not an error condition
(which it is in general procedural programming).
And in conclusion to the best part: all of the above can be reasonably reused though a new Visual Studio template. To install the template, you can navigate to the Visual Studio Gallery, or even simpler, use Visual Studio to install it:
If everything works, you should see a dialog as the one shown below:
The source code can now be accessed at github:
Volumes of information regarding application/presentation split and the corresponding presentation/business logic/data access tiers are available -- in fact, too many to list here. Nevertheless, practical advise is rare. The following references were used for this article:


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Data model for storing arbitrary metadata
odML (open metadata Markup Language) is a file format for storing arbitrary metadata. The underlying data model offers a way to store metadata in a structured human- and machine-readable way. Well organized metadata management is a key component to guarantee reproducibility of experiments and to track provenance of performed analyses. More information about the odML project can be found on the odML project page.
odML facilitates and encourages standardization of scientific metadata by providing terminologies. An odML-file can be based on such a terminology. In that case one does not need to provide definitions since they are part of the linked terminology. This page hosts all currently available odML Terminology files.
The following leads to the latest version (v1.1) of the odML Terminologies.
Previous odML Terminology versions can be found here which contain all available odML Terminology files in the odML format version v1.0.
The Terminologies are a community project, if you find something missing, please consider adding your comments, issues or even terminology files on the projects' source page on Github: G-Node/odml-terminologies.


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Try going back to the homepage.


SPLICE August 2019 Workshop
Computing Science Education Infrastructure: From Tools to Data
The fifth SPLICE Project workshop will be held in Toronto, Canada on Sunday, August 11, 2019 in conjunction with ICER 2019.
Workshop Agenda: The schedule for the workshop can be found here.
Workshop Proceedings: The proceedings for the workshop can be found here.
Workshop Attendees: Information about the attendees and their work can be found here.
Breakout Group Notes: Notes on from the breakout groups can be found here.
The progress in the field of computer science education to a large extent depends on our ability to introduce novel approaches and tools to our students, collect data on student interaction with the tools, and analyze the data to learn from this experience. The goal of SPLICE, an NSF-supported project and a community of researchers, is building an Infrastructure for Computer Science Education Research, which could facilitate all stages of this process. The infrastructure should support (1) broader re-use of innovative learning content instrumented for rich data collection, (2) extensive data collection from multiple learning tools in interoperable formats, (3) repositories to share and tools for analysis of learner data, and (4) development of best practices in collecting, sharing, and processing learner data.
Call For Participation
You are invited to attend the ICER 2019 SPLICE workshop. The primary goal of the workshop is to report progress, exchange information about best practices,
and to build upon our existing collaborations developed over the course of the project to engage more members of the community in tasks that will advance
the project agenda. The attendees will be able to learn about SPLICE goals and working groups, report their recent work related to SPLICE goals, and get
engaged in the SPLICE Community work through working groups and funded collaborative projects. This NSF-supported workshop is the latest in a series of
SPLICE workshops and is a follow-up to successful workshops at SIGCSE 2018, ICER 2018 and SIGCSE 2019
(see https://cssplice.github.io). Attendance at the workshop is free of charge and a limited number of travel grants are available.
Call for Papers and Lightning Presentations:
We are inviting prospective participants to submit 4-6-page short papers and 2-page lightning papers about their past and ongoing work related to CS Education Infrastructure.
All authors must submit an abstract by June 28, 2019 to easychair. The complete paper or lightning talk should be uploaded in ACM SIGCSE format one week later on July 5th, 2019.
We are specifically looking for papers about collaborations
and integrations in the spirit of the SPLICE project. So if you have a working collaboration where you are integrating software tools and/or smart content, or are sharing learner
analytics data analysis tools or data sets, then we would like to hear about it. Most valuable in the context of the workshop would be papers focusing on the following topics,
although all work related to the SPLICE goals will be considered.
- Descriptions of "smart" learning tools or programming environments, which interact with students and collect interaction/performance data
- Case studies of collaboration where reproducible practices were used to integrate two or more data-producing learning tools from different institutions
- Descriptions of infrastructures that could collect and integrate data from multiple learning tools (e.g. forum posts, LMS activity, and programming data)
- Descriptions of shareable Computer Science (CS) datasets
- Descriptions of data mining/analytics approaches applied to specifically Computer Science datasets
The authors of accepted papers will be able to present their work in at the workshop as Short talks of 15-20 minutes and Lightning Talks of 10 minutes. The papers will be published online as a part of the Workshop Proceedings and will be publicized on the SPLICE project site.
If you are planning to submit a lightning talk or a poster proposal for the mainstream ICER conference (due Friday, June 7, 2019), which also matches the topic of the workshop, you are welcome to submit the same proposal as a 2-pages lightning paper for the workshop consideration. The decision for conference and workshop presentation are made independently. If your proposal will be accepted by both the conference and our workshop, you will be able to present your work at both venues (and publish it in the ICER workshop proceedings).
Important Dates
- Submission deadline: June 28, 2019
- Acceptance notification: July 10, 2019
- ICER 2019 early registration: July 12, 2019
- ICER 2019 online registration closes: July 31, 2019
- The workshop: August 11, 2019
- ICER 2019 Conference: August 12-14, 2019
Travel Support
The workshop is sponsored by NSF. Workshop participation is free of charge for all accepted participants. Registration for ICER 2019 is not necessary for those who would like to attend only the workshop.
A limited number of travel grants to cover extra travel expenses associated with attending the workshop are available. Please contact the organizers if you need travel support.
Organizers
Peter Brusilovsky, University of Pittsburgh, USA<EMAIL_ADDRESS>Lauri Malmi, Aalto University, Finland
Steve Edwards, Virginia Tech, USA
Thomas Price, North Carolina State University, USA


For individuals, we have the distinction between initial installation and upgrade installation.
For initial installation, we provide as single .exe
file that can be downloaded and run.
This executable handles both 32- and 64-bit versions of Windows automatically.
It provides an ordinary user interface.
For upgrade installation, we use the update facility inside libadblockplus
to automatically download an updater.
The updater is an .msi
package, either a 32-bit or 64-bit as appropriate.
For the single .exe
, we use the Wix burn
tool, whose output is bootstrap executable.
The bootstrapper contains, as internal payloads, both 32- and 64-bit .msi
files
in order to deal with an important limitation of the Windows installer.
These are essentially the same as the individual upgrade files that are delivered automatically,
although the same payloads may be arranged a bit differently.
For corporate users, we provide .msi
files that can be centrally deployed.
As required, we provide two .msi
files, one for 32-bit Windows and one for 64-bit.
These files are able to be run without a user interface for headless, remote-controlled installation.
We provide .msi
files with user interfaces,
rather than ones without.
This requires the adminstrator to run the installers with command line arguments,
but that's typical already.
The reason to provide a user interface is allow administrators to prepare their installations with feedback.
These are the same .msi
packages as above, but with the UI conditionally compiled into the package.
For developers, we provide a mechanism by which the plugin will function either in-place, with no file copying, or with minimal file copying. There is a silent and rapid way of installing the plugin that is suitable for integration into larger automatic build and test.
This use case is not presently supported separately, since it requires code changes. File locations are currently scattered throughout the code, and these locations do not admit anything simpler than a regular install. Regardless, when this use case is ready, it will use per-user installation, which avoids invoking the UAC and allows completely automatic installation with no interactive user input.
Well, the current planned installation. The actual code doesn't quite match reality yet.
In Windows Vista and later, Internet Explorer runs Browser Helper Objects in low-integrity mode.
This mode does not exist on XP and earlier.
The ordinary user data folder is a medium-integrity object on Vista and later.
Hence the user data folder perforce differs between these versions of Windows.
This directory is available in installer property APP_DATA_FOLDER
.
The algorithm to obtain this variable depends upon the Windows version.
For Vista and later, we search the registry for AppDataLow
,
which is a symbol not known to the Windows Installer,
but which does have a well-known GUID.
This directory is available for low-integrity processes to write to.
For XP and earlier, we use the Windows installer property AppDataFolder
,
documented as the "full path to the Roaming folder for the current user."
Underneath APP_DATA_FOLDER
we create a directory for Adblock Plus to use for itself.
It's available symbolically as installer property ABP_APPDATA_FOLDER
.
This is the current per-user data.
settings.ini
.
This is the user settings file.
We can eliminate that from the installation by writing out a default if not present,
either in the installer or the plugin itself.
Note: All 64-bit objects are simply absent in 32-bit installs. With one exception (the engine), all the files in the 32-bit installation are also in the 64-bit one.
Program Files (x86)
The 32-bit program files directory.
Adblock Plus for IE
AdblockPlus.dll
The 32-bit BHO.
AdblockPlusEngine.exe
(32-bit only) The 32-bit engine.
It has the same name as the 64-bit one, but only one executable is ever installed.
Program Files
The 64-bit program files directory.
Adblock Plus for IE
AdblockPlusx64.dll
The 64-bit BHO.
AdblockPlusEngine.exe
The 64-bit engine.
Layout not defined yet.
For the program files directories, we substitute adblockplusie/build/ia32
and adblockplusie/build/x64
.
The root directory is Program Files directory for the native platform.
html
The HTML directory tree.
Full contents not listed here.
locale
The directory for locale files.
Full contents not listed here.
Layout not defined yet.
In the adblockplusie/
directory.


| New Category | step | Milestone |
| Geodatabase Production Milestones | 1 | USGS Notified Of New Start |
| 2 | Project Added to PGM Website | |
| 3 | Project GIS Compiled | |
| 4 | Map Package Checked and Delivered | |
| Technical Review Milestones | 5 | Map Submitted to Map Coordinator |
| 6 | Pre-Review Completed | |
| 7 | Technical Reviewer 1 Assigned | |
| 8 | Technical Reviewer 2 Assigned | |
| 9 | Technical Reviewer 3 Assigned | |
| 10 | Review 1 Completed | |
| 11 | Review 2 Completed | |
| 12 | Review 3 Completed | |
| 13 | Review Comments Delivered to Author | |
| 14 | Author Responses Submitted to MC | |
| 15 | Technical Reviews Completed | |
| 16 | MC Comments Delivered to Author | |
| 17 | MC Review Completed | |
| 18 | Nomenclature Review Completed | |
| 19 | GIS Compatibility Review Completed | |
| Publication Milestones | 20 | Map Package Delivered to USGS PSC |
| 21 | PSC Contract Signed by MC | |
| 22 | PSC Edits Completed | |
| 23 | USGS Proof Check Completed | |
| 24 | Author Proof Check Completed | |
| 25 | Map Delivered to Printer | |
| 26 | GIS Map Components Finalized | |
| 27 | Map Printed and Delivered | |
| 28 | Map Complete (Recent Maps Online) |


Week 1: Wireframe Sites
June 8th, 2014
Digg.com
In my analysis of wireframes, I thought it would be interesting to compare two websites that have essentially the same purpose, but different layouts. I mentioned in another post that Reddit.com is one of my favorite websites. Before I was turned on to Reddit, Digg.com is where I was at. Both websites house user provided content, with the most popular content making it to the home page. The visual challenge for both websites is to very clearly display the most popular trending posts in an intuitive manner.
I took a shot at replicating Digg's wireframes using Mockflow online. It actually turned out to be pretty simple. Check out the screen shot:
As you can see, Digg keeps it pretty simple: The top headline is front and center and is sized larger then the next few headlines. In addition, Digg has their navigation panel placed right at the top of the page. Also, note the lack of advertisements visible when landing on the homepage.
Reddit.com
Now, let's check out Reddit.com, another website dedicated to user submitted content. Here's my attempt at copying their wire frames in Mockflow:
This layout is considerably more cluttered, and does not very visibly project the content in the top posts like Digg does. In addition, notice the amount of space taken up by advertisements in Reddit's layout. One benefit is that there is definitely more content on the screen than Digg, and its a pretty straight forward list, so it would be hard for the user to get lost.
So, what does this all boil down to? It's hard to say. Digg benefits from less clutter, larger images sizes, better emphasis of the top trending articls, and no advertisements. Reddit has significantly more content on the page available without scrolling, clearly ordered from 1-25. But, a decent chunk of space is used for advertisements.
In my personal opinion, I'm pretty much indifferent. I use Reddit more than digg, but that is mostly related to the content, as opposed to the layout. From a UX standpoing, I might lean just a little bit towards Digg.com due to its cleaner, less cluttered nature. I guess this just goes to show that different UX styles can be employed to accomplish the same goal. Which style would you prefer?


| use_catch {testthat} | R Documentation |
Add the necessary infrastructure to enable C++ unit testing
in R packages with Catch and
testthat
.
use_catch(dir = getwd())
dir |
The directory containing an R package. |
Calling use_catch()
will:
Create a file src/test-runner.cpp
, which ensures that the
testthat
package will understand how to run your package's
unit tests,
Create an example test file src/test-example.cpp
, which
showcases how you might use Catch to write a unit test,
Add a test file tests/testthat/test-cpp.R
, which ensures that
testthat
will run your compiled tests during invocations of
devtools::test()
or R CMD check
, and
Create a file R/catch-routine-registration.R
, which ensures that
R will automatically register this routine when
tools::package_native_routine_registration_skeleton()
is invoked.
You will also need to:
Add xml2 to Suggests, with e.g. usethis::use_package("xml2", "Suggests")
Add testthat to LinkingTo, with e.g.
usethis::use_package("testthat", "LinkingTo")
C++ unit tests can be added to C++ source files within the
src
directory of your package, with a format similar
to R code tested with testthat
. Here's a simple example
of a unit test written with testthat
+ Catch:
context("C++ Unit Test") { test_that("two plus two is four") { int result = 2 + 2; expect_true(result == 4); } }
When your package is compiled, unit tests alongside a harness
for running these tests will be compiled into your R package,
with the C entry point run_testthat_tests()
. testthat
will use that entry point to run your unit tests when detected.
All of the functions provided by Catch are
available with the CATCH_
prefix – see
here
for a full list. testthat
provides the
following wrappers, to conform with testthat
's
R interface:
| Function | Catch | Description |
context | CATCH_TEST_CASE | The context of a set of tests. |
test_that | CATCH_SECTION | A test section. |
expect_true | CATCH_CHECK | Test that an expression evaluates to true . |
expect_false | CATCH_CHECK_FALSE | Test that an expression evalutes to false . |
expect_error | CATCH_CHECK_THROWS | Test that evaluation of an expression throws an exception. |
expect_error_as | CATCH_CHECK_THROWS_AS | Test that evaluation of an expression throws an exception of a specific class. |
In general, you should prefer using the testthat
wrappers, as testthat
also does some work to
ensure that any unit tests within will not be compiled or
run when using the Solaris Studio compilers (as these are
currently unsupported by Catch). This should make it
easier to submit packages to CRAN that use Catch.
If you've opted to disable dynamic symbol lookup in your
package, then you'll need to explicitly export a symbol
in your package that testthat
can use to run your unit
tests. testthat
will look for a routine with one of the names:
C_run_testthat_tests c_run_testthat_tests run_testthat_tests
See Controlling Visibility and Registering Symbols in the Writing R Extensions manual for more information.
If you'd like to write your own Catch test runner, you can
instead use the testthat::catchSession()
object in a file
with the form:
#define TESTTHAT_TEST_RUNNER #include <testthat.h> void run() { Catch::Session& session = testthat::catchSession(); // interact with the session object as desired }
This can be useful if you'd like to run your unit tests with custom arguments passed to the Catch session.
If you'd like to use the C++ unit testing facilities provided
by Catch, but would prefer not to use the regular testthat
R testing infrastructure, you can manually run the unit tests
by inserting a call to:
.Call("run_testthat_tests", PACKAGE = <pkgName>)
as necessary within your unit test suite.
Catch, the library used to enable C++ unit testing.


Ping Pong
Lets Play!
Numbers divisible by 3 become "ping"
Numbers divisible by 5 become "pong"
Numbers divisible by 3 and 5 become "pingpong"


Functions let you group a series of statements together to perform a specific task. If different parts of a script repeat the same task, you can reuse the function (rather than repeating the same set of statements).
We will explore functions in ES5 since they are presenting a complex idea
before ES6 fat arrow function
come in place.
Let us take simple example:
index.html
<!DOCTYPE html>

<title>Basic Function</title>
<link rel="stylesheet" href="css/c03.css" />

TravelWorthy

Welcome to our site!

style.css
/* JavaScript & jQuery - Chapter 3: Functions, Methods & Programming */
/* The book used a font called Eau Sans - the download examples use Open Sans */
@import url(http://fonts.googleapis.com/css?family=Open+Sans);
body {
background-color: #fff;
background: url("../images/travelworthy-backdrop.jpg") no-repeat center center
fixed;
-webkit-background-size: cover;
-moz-background-size: cover;
-o-background-size: cover;
background-size: cover;
margin: 0px;
font-family: "Open Sans", sans-serif;
}
h1 {
background: #1e1b1e url("../images/travelworthy-logo.gif") no-repeat;
width: 230px;
height: 180px;
float: left;
text-indent: 100%;
white-space: nowrap;
overflow: hidden;
margin: 0px;
}
/* message under the logo */
#message {
float: left;
clear: left;
background-color: #ffb87a;
color: #1e1b1e;
width: 170px;
padding: 18px 30px;
text-align: center;
}
script.js in ES5
// Create a variable called msg to hold a new message
var msg = "Sign up to receive our newsletter for 10% off!";
// Create a function to update the content of the element whose id attribute has a value of message
function updateMessage() {
var el = document.getElementById("message");
el.textContent = msg;
}
// Call the function
updateMessage();
script.js in ES6
// Create a variable called msg to hold a new message
let msg = "Sign up to receive our newsletter for 10% off!";
// Create a function to update the content of the element whose id attribute has a value of message
let updateMessage = () => {
let el = document.getElementById("message");
el.textContent = msg;
};
// Call the function
updateMessage();
To declare a function, you give it a name and then write the statements
needed to achieve its task inside the curly braces. this known as
function declaration
.
Rule(ES5): function manditory_name (Optional_variables) { //your code }
After declaring a function, you can then execute all of statements between
its curly braces with just one line of code. This is known as
calling a function
.
Sometimes a function needs specific information to perform its task. In
such cases, when you declare the function you give it
parameters
inside the function, the parameters act like
variables.
When you call a function that has parameters, you specify the value it should use in the parentheses that follow its name. The value are called arguments, and they can be provided as values or variables.
getArea(3, 5);
var wallWidth = 3;
var wallHeight = 3;
getArea(wallWidth, wallHeight);
Some functions returns information to the code that called them. For example, when they perform a calculation, they return the result.
function calculateArea(width, height) {
var area = width * height;
return area;
}
var wallOne = calculateArea(3, 4);
var wallTwo = calculateArea(8, 5);
Functions can return more than one value using an array. For example, this function calculate the area and volume of a box.
function getSize(width, height, depth) {
var area = width * height;
var volume = width * height * depth;
var result = [area, volume];
return result;
}
var areaOne = getSize(3, 2, 3)[0];
var volumeOne = getSize(3, 2, 3)[0];
Expressions produce a value
. They can be used where values
are expected. If a function is placed where a browser expects to see an
expression, then it gets treated as an expression.
A fun ction declaration creates a function that you can call later in your code.
function area(width, height) {
return width * height;
}
var size = area(3, 4);
If you put a function where the interpreter would expect to see an
expression, then it is treated as an expression, and it is known as a
function expression
.
var area = function(width, height) {
return width * height;
};
var size = area(3, 4);


Sorry! Someone else has saved a new version of this exploration, so your pending changes cannot be saved.
The lost changes are displayed below. You may want to export or copy and paste these changes before discarding them.


Frequently Asked Questions
- Sometimes when I insert a element into a BST or other ordered data structure, I get strange behavior -- "-2" seems to be smaller
than "-3". What's going on?
- We use string comparisons for everything, so "-2" is in fact less than "-3" lexicographically.
We tried to mitigate confusion somewhat by automatically converting positive integers into equivalent numbers with leading zeroes,
so that positive integers would always be ordered as expected (though negative numbers are alas off).
It turns out that if you are trying to sort a group of any strings, using a mixed comparison strategy gets confusing
fast -- how should 10.4 compare to 3.1.2? What about 3A -- is that a string or a hexidecimal number?
What about AF? Should BC come before or after AFF? We made the executive decision to just do string comparisons everywhere
for consitency.
- How can I get this to work on my cellphone, which has a very small screen?
-
If you change the canvas size to something that seems reasonable for your device, we will use a cookie to remember your
preferred size. Then reload the page, and you should be set! Cell Phones are a little tricky, since their screens are so
small -- the iPhone 4 seems to work well for most algorithms, with a width of 500 and a height of 300 (though the
sorting algorithms really require a width of 900 to see everything)
- Wait ... you are using cookies?
-
Only for remembering your preferred width/height/speed. Everything will still work if you disable cookies, you just
won't get the extra convienence of having the exact right size for your device. We aren't doing tracking of any kind.
- I think I've found a bug ...
- Please email me any bug reports, at galles <at> usfca <dot> edu. The more specific, the better (that is,
excatly what sequence of operations lead to the undesired behavior).
- Can I use these materials in my classes?
- Certainly! I'd prefer that you just link to my pages rather than cache anything locally so that your
students will get the most up-to-date version of everything. If you do use this in your class, please drop me
a line to let me know about it, I'm curious to see who else will find this useful.
- Can I use this material os a base for my own visualizations?
- Yes! I will have a nice tarball with everything you need (including simple code samples) up soon. If you do use my code,
please leave in the copyright information at the beginning of each source file, and put a link to these pages from the page
where your visualizations are located. If you create something really cool, let me know and I can link to it.


Message from Board and Staff
In 2015, our riders continued to have an immense impact on the affordable housing cause, granting over $637,000 to 380 affordable housing organizations across the United States. We celebrated the launch of Drift West, Bike & Build’s newest regional route that engages unique housing nonprofits throughout the Pacific Northwest. We established a partnership with YouthBuild Philadelphia, connecting their young adults to cycling and furthering their impressive record of service. Projects fully or partially funded by Bike & Build produced over 1,100 new homes for individuals and families across the U.S. And we launched the brand new bikeandbuild.org!
We are extremely proud of the impact our 370 riders and four staff had in 2015, despite being faced with the very difficult challenge of losing one of our dedicated riders and leaders, Patrick Wanninkhof, and a serious injury sustained by Bridget Anderson. Patrick showed a deep passion for service, and his loss has brought together our community to further enhance the impact and values that he represented through our organization.
The successes and challenges of 2015 were surmountable and achievable only because of the support we received from our alumni, hosts, donors, and grantees. It is the strength of our community that keeps the wheels turning and hammers swinging. We look forward to seeing you in 2016.
Kristin Anderson, Chair, Board of Directors Natalie Serle’, Senior Program Director Justin Villere, Senior Director of Operations and Development


Using AWS Lambda with Amazon SQS
You can use an AWS Lambda function to process messages in an Amazon Simple Queue Service (Amazon SQS) queue. Lambda event source mappings support standard queues and first-in, first-out (FIFO) queues. With Amazon SQS, you can offload tasks from one component of your application by sending them to a queue and processing them asynchronously.
Lambda polls the queue and invokes your Lambda function synchronously with an event that contains queue messages. Lambda reads messages in batches and invokes your function once for each batch. When your function successfully processes a batch, Lambda deletes its messages from the queue. The following example shows an event for a batch of two messages.
Example Amazon SQS message event (standard queue)
{ "Records": [ { "messageId": "059f36b4-87a3-44ab-83d2-661975830a7d", "receiptHandle": "AQEBwJnKyrHigUMZj6rYigCgxlaS3SLy0a...", "body": "Test message.", "attributes": { "ApproximateReceiveCount": "1", "SentTimestamp": "1545082649183", "SenderId": "AIDAIENQZJOLO23YVJ4VO", "ApproximateFirstReceiveTimestamp": "1545082649185" }, "messageAttributes": {}, "md5OfBody": "e4e68fb7bd0e697a0ae8f1bb342846b3", "eventSource": "aws:sqs", "eventSourceARN": "arn:aws:sqs:us-east-2:123456789012:my-queue", "awsRegion": "us-east-2" }, { "messageId": "2e1424d4-f796-459a-8184-9c92662be6da", "receiptHandle": "AQEBzWwaftRI0KuVm4tP+/7q1rGgNqicHq...", "body": "Test message.", "attributes": { "ApproximateReceiveCount": "1", "SentTimestamp": "1545082650636", "SenderId": "AIDAIENQZJOLO23YVJ4VO", "ApproximateFirstReceiveTimestamp": "1545082650649" }, "messageAttributes": {}, "md5OfBody": "e4e68fb7bd0e697a0ae8f1bb342846b3", "eventSource": "aws:sqs", "eventSourceARN": "arn:aws:sqs:us-east-2:123456789012:my-queue", "awsRegion": "us-east-2" } ] }
By default, Lambda invokes your function as soon as records are available in the SQS queue. Lambda will poll up to 10 messages in your queue at once and will send that batch to the function. To avoid invoking the function with a small number of records, you can tell the event source to buffer records for up to five minutes by configuring a batch window. Before invoking the function, Lambda continues to poll messages from the SQS standard queue until batch window expires, the payload limit is reached or full batch size is reached.
For FIFO queues, records contain additional attributes that are related to deduplication and sequencing.
Example Amazon SQS message event (FIFO queue)
{ "Records": [ { "messageId": "11d6ee51-4cc7-4302-9e22-7cd8afdaadf5", "receiptHandle": "AQEBBX8nesZEXmkhsmZeyIE8iQAMig7qw...", "body": "Test message.", "attributes": { "ApproximateReceiveCount": "1", "SentTimestamp": "1573251510774",
"SequenceNumber": "18849496460467696128", "MessageGroupId": "1",
"SenderId": "AIDAIO23YVJENQZJOL4VO","MessageDeduplicationId": "1",
"ApproximateFirstReceiveTimestamp": "1573251510774" }, "messageAttributes": {}, "md5OfBody": "e4e68fb7bd0e697a0ae8f1bb342846b3", "eventSource": "aws:sqs", "eventSourceARN": "arn:aws:sqs:us-east-2:123456789012:fifo.fifo", "awsRegion": "us-east-2" } ] }
When Lambda reads a batch, the messages stay in the queue but become hidden for the length of the queue's visibility timeout. If your function successfully processes the batch, Lambda deletes the messages from the queue. If your function is throttled, returns an error, or doesn't respond, the message becomes visible again. All messages in a failed batch return to the queue, so your function code must be able to process the same message multiple times without side effects.
Scaling and processing
For standard queues, Lambda uses long polling to poll a queue until it becomes active. When messages are available, Lambda reads up to 5 batches and sends them to your function. If messages are still available, Lambda increases the number of processes that are reading batches by up to 60 more instances per minute. The maximum number of batches that can be processed simultaneously by an event source mapping is 1000.
For FIFO queues, Lambda sends messages to your function in the order that it receives them. When you send a message to a FIFO queue, you specify a message group ID. Amazon SQS ensures that messages in the same group are delivered to Lambda in order. Lambda sorts the messages into groups and sends only one batch at a time for a group. If the function returns an error, all retries are attempted on the affected messages before Lambda receives additional messages from the same group.
Your function can scale in concurrency to the number of active message groups. For
more information, see
SQS FIFO as an event
source
Configuring a queue to use with Lambda
Create an SQS queue to serve as an event source for your Lambda function. Then configure the queue to allow time for your Lambda function to process each batch of events—and for Lambda to retry in response to throttling errors as it scales up.
To allow your function time to process each batch of records, set the source queue's visibility timeout to at least 6 times the timeout that you configure on your function. The extra time allows for Lambda to retry if your function execution is throttled while your function is processing a previous batch.
If a message fails to be processed multiple times, Amazon SQS can send it to a dead-letter queue. When your function returns an error, Lambda leaves it in the queue. After the visibility timeout occurs, Lambda receives the message again. To send messages to a second queue after a number of receives, configure a dead-letter queue on your source queue.
Make sure that you configure the dead-letter queue on the source queue, not on the Lambda function. The dead-letter queue that you configure on a function is used for the function's asynchronous invocation queue, not for event source queues.
If your function returns an error, or can't be invoked because it's at maximum concurrency,
processing might
succeed with additional attempts. To give messages a better chance to be processed
before sending them to the
dead-letter queue, set the maxReceiveCount
on the source queue's redrive policy to at least 5.
Execution role permissions
Lambda needs the following permissions to manage messages in your Amazon SQS queue. Add them to your function's execution role.
For more information, see AWS Lambda execution role.
Configuring a queue as an event source
Create an event source mapping to tell Lambda to send items from your queue to a Lambda function. You can create multiple event source mappings to process items from multiple queues with a single function. When Lambda invokes the target function, the event can contain multiple items, up to a configurable maximum batch size.
To configure your function to read from Amazon SQS in the Lambda console, create an SQS trigger.
To create a trigger
-
Open the Functions page
on the Lambda console. -
Choose a function.
-
Under Designer, choose Add trigger.
-
Choose a trigger type.
-
Configure the required options and then choose Add.
Lambda supports the following options for Amazon SQS event sources.
Event source options
-
SQS queue – The Amazon SQS queue to read records from.
-
Batch size – The number of records to send to the function in each batch. For a standard queue this can be up to 10,000 records. For a FIFO queue the maximum is 10. For a batch size over 10, you must also set the
MaximumBatchingWindowInSeconds
parameter to at least 1 second. Lambda passes all of the records in the batch to the function in a single call, as long as the total size of the events doesn't exceed the payload limit for synchronous invocation (6 MB).Metadata is generated by both Lambda and Amazon SQS for each record. This additional metadata is counted towards the total payload size and may cause the total number of records sent in a batch to be lower than your configured batch size. The metadata fields sent by Amazon SQS can be variable in length. For more information about the Amazon SQS metadata fields, see the ReceiveMessage documentation in the Amazon Simple Queue Service API Reference.
-
Batch window – Specify the maximum amount of time to gather records before invoking the function, in seconds. Only applicable to standard queues.
If you are using a batch window greater than 0 seconds, you must account for the increased processing time in your queue visibility timeout. Set your queue visibility timeout to 6 times your function timeout, plus the value of
MaximumBatchingWindowInSeconds
. This allows time for your Lambda function to process each batch of events and to retry in the event of a throttling error. Lambda processes up to 5 batches at a time. -
Enabled – Set to true to enable the event source mapping. Set to false to stop processing records.
Amazon SQS has a perpetual free tier for requests. Beyond the free tier, Amazon SQS
charges per million requests.
While your event source mapping is active, Lambda makes requests to the queue to get
items. For pricing details,
see Amazon Simple Queue Service pricing
To manage the event source configuration later, choose the trigger in the designer.
Configure your function timeout to allow enough time to process an entire batch of items. If items take a long time to process, choose a smaller batch size. A large batch size can improve efficiency for workloads that are very fast or have a lot of overhead. However, if your function returns an error, all items in the batch return to the queue. If you configure reserved concurrency on your function, set a minimum of 5 concurrent executions to reduce the chance of throttling errors when Lambda invokes your function. To eliminate the chance of throttling errors, set the reserved concurrency value to 1000, which is the maximum number of concurrent executions for an Amazon SQS event source.
Event source mapping APIs
To manage an event source with the AWS CLI or AWS SDK
The following example uses the AWS CLI to map a function named my-function
to an Amazon SQS queue that
is specified by its Amazon Resource Name (ARN), with a batch size of 5 and a batch
window of 60 seconds.
aws lambda create-event-source-mapping --function-name my-function --batch-size 5 \ --maximum-batching-window-in-seconds 60 \ --event-source-arn arn:aws:sqs:
us-east-2:123456789012:my-queue
You should see the following output:
{ "UUID": "2b733gdc-8ac3-cdf5-af3a-1827b3b11284", "BatchSize": 5, "MaximumBatchingWindowInSeconds": 60, "EventSourceArn": "arn:aws:sqs:us-east-2:123456789012:my-queue", "FunctionArn": "arn:aws:lambda:us-east-2:123456789012:function:my-function", "LastModified":<PHONE_NUMBER>.351, "State": "Creating", "StateTransitionReason": "USER_INITIATED" }


Cognition - Performance Management
Employee 1
Marcel Newman
Software developer
Employee 2
John Smith
UX Designer
Employee 3
Ileana D'Cruz
Quality Assurance


Load Qlik Sense's qlik.js in an isolated, non-conflicting way and embed Qlik Sense objects into your web page
Qlik.js has been loaded! Check browser console
(F12) to
play around with Qlik App API.
You can access qlik object as qlik
and your qlik config
object as config
select a sheet or an object to embed it
{{home.displayItem.description}}


--- layout: archive title: Zulip Chat Archive permalink: /stream/116395-maths/topic/homeomorphisms.html ---
@Patrick Massot, did you have a definition of homeomorphisms somewhere?
https://github.com/PatrickMassot/lean-scratchpad/blob/master/src/homeos.lean
thanks! I like this extends equiv
idea
This was Mario's idea. At that time I had no idea equiv
existed
just do it in a category man
won't there be universe issues?
just build a category theory without universe issue, man
I think Russell had something to say about that
the category itself as an object has universe issues
if you use the things within, you should be fine
I never really understood the issues that Scott had with universes but my impression is that things are harder than you might think
(there's a different category for each universe)
(but it doesn't matter)
my understanding is that sometimes it does matter
because maybe you end up with the right object but in the wrong universe
The problem with universes (which is the sole reason I didn't have a PR ready months ago) is that there are genuinely two different sorts of categories one needs in mathematics: "small categories", in which objects and morphisms live in the same fixed universe, and "large categories", in which objects get to live in one higher universe than the morphisms.
For a very long time in my pre-Lean mathematical career, I thought this wasn't such a big deal, but I've learnt better. :-)
(Briefly: we need large categories because all the basic algebra examples like Types
, Groups
, PL
, etc are large. We need small categories because if you try thinking about any of the basic machinery in category theory, particularly taking limits, when you index over objects in a large category you find yourself having to move up the universe hierarchy over and over again, while when you index over objects in a small category you can stay at one level. Happily, one can get away with doing most of mathematics only having to index over a small category --- but not quite all, so eventually you need to admit that the universe parameter can vary across a development.)
So, how to implement this? We don't want to have parallel developments of small and large categories, because then we'd have at least 3 different types of functors (small to small, small to large, large to large -- large to small is just silly, of course :-), and lifts between these, and then more mess at the level of transformations, and it will all end badly.
The two options I considered were:
1) "categories" by default have objects in Type (u+1)
and morphisms in Type u
, and a small category is a category along with the additional evidence that the objects are equivalent in something in Type u
after all.
2) We define "categories" to have two universe parameters, so objects live in Type u
and morphisms in Type v
, and define "small_category" and "large_category" as subclasses (with u=v
and u=v+1
respectively).
In the end, it seems that 1) just doesn't work; I found that I was having to implement multiple sorts of functors and natural transformations anyway.
2) mostly works. You develop as much as you need at the level of "independent universe" categories, but then when it makes sense restrict to either small_category
or large_category
. Working entirely with independent universe categories becomes problematic, because Lean usually can't infer the morphism universe level. Mostly you can get around this just by specifying that level explicitly, but it also starts to break typeclass inference and so eventually becomes a serious problem.
Last updated: Apr 24 2020 at 19:02 UTC


Consider a row of n coins of values v1 . . . vn, where n is even.
We play a game against an opponent by alternating turns. In each turn, a player selects either the first or last coin from the row, removes it from the row permanently, and receives the value of the coin.
Determine the maximum possible amount of money we can definitely win if we move first.
Example:
1. 5, 3, 7, 10 : The user collects maximum value as 15(10 + 5)
2. 8, 15, 3, 7 : The user collects maximum value as 22(7 + 15)
There are two points to note here:
1. The other player is as smart as the player 1. Thus she'll not make a wrong move.
2. Choosing the maximum value at every point will not work. (Check the example 2).
For a coin array starting at i and ending at j:
We can formalize the following relation.
ans = MAX( A[i] + min(F(i+1, j-1), F(i+2, j)), A[j] + min(F(i, j-1), F(i+1, j-1)) )
Where F(i, j) is the maximum value possible for player 1 for coin array from i to j.
As you can see in the relation, there is some repeated calculation too, thus we can us DP to optimize this too.
The above approach can be implemented as follows:


HOW STELLA GOT HER GROOVE BACK (20th Century Fox) Starring: Angela Bassett, Taye Diggs, Whoopi Goldberg, Regina King. Screenplay: Terry McMillan and Ron Bass, based on the novel by McMillan. Producer: Deborah Schindler. Director: Kevin Rodney Sullivan.  Reviewed by Scott Renshaw.
A lesson in short-term benefit vs. long-term detriment, courtesy of screenwriters Ron Bass and Terry McMillan: in the course of adapting McMillan's novel HOW STELLA GOT HER GROOVE BACK, the pair make a decision which gives the first half a real kick, then kicks the second half into oblivion. The heroine of the title is Stella Payne (Angela Bassett), a 40-year-old San Francisco investment banker with a gorgeous house, an 11-year-old son (Michael J. Pagan), an ex-husband and no man in her life. Itching for a change of pace while her son is visiting his father, Stella calls up her New York-based best pal Delilah (Whoopi Goldberg) and suggests a week-long vacation in Jamaica. Stella expects little more than an uncomplicated island holiday, but instead finds complications galore when she falls for 20-year-old Winston Shakespeare (Taye Diggs), and he in turn falls for her.
The significant change involves Stella's companion on her Jamaican adventure. In McMillan's novel, Delilah does not join Stella on her trip; in fact, Stella's life-long best friend is nearly two years dead. Adding Delilah to the mix certainly adds some spice to the second-chance romance story line, particularly with Goldberg in the role. Sure, Goldberg is doing little more than an extended funky-sassy Miss Thang riff, but she's always fun to watch, timing her salacious or sarcastic comments impeccably. Initially, it looks like a brilliant idea to give the staid Stella a free-spirited foil. Instead of the novel's hyper-introspective first person narrative, STELLA on screen offers a bit more interplay, and a bit more fun.
So much for the short-term benefit. The problem, as it turns out, is that Delilah is phased out of the story fairly early on, leaving an energy vacuum for Regina King (as Stella's hopelessly irresponsible sister) to fill with only moderate success. We're left with Stella fussing and fretting over the age difference between her and Winston, and we're left with a lot more questions regarding why Stella does what she does. Delilah's absence in the novel becomes part of Stella's loneliness, helping explain both her initial attraction to anyone who would fill the void, and her doubts over how serious the relationship could possibly be. As talented and forceful an actor as Angela Bassett can be, she plays Stella with too much exuberant confidence. Delilah's influence is pervasive as the relationship blossoms; the bump-n-grind Stella we see in Jamaica appears to have far too much groove still in her to need getting any of it back.
The combination of unfocused motivations and little comic relief proves fatal in the film's final 45 minutes, when it becomes a genuine butt-numbing ordeal. The story simply has nowhere left to go but around in circles: there's some relationship talk, a bit of romance, tense moments, and more relationship talk, all of it surrounding a relationship with not nearly enough chemistry to be involving. Newcomer Taye Diggs, doing a barely serviceable Jamaican accent, has all the boyish charm the role needs with about a tenth of the mature-beyond-his-years wisdom it requires. That leaves a whole lot of grating will-they-or-won't-they vacillation over a pairing that, on screen, doesn't make much sense.
Bass and McMillan seemed to realize that the very internalized nature of HOW STELLA GOT HER GROOVE BACK required something different to work as a film. The big change they made had it heading in the right direction, but it only emphasized how truly un-cinematic the rest of the story could be. Whoopi Goldberg may chew up the lovely island scenery, but at least she presents something worth holding your attention for an hour or so. She also makes the rest of the film look like it's about a different kind of groove: the run-out groove.
On the Renshaw scale of 0 to 10 groove things: 4.
Visit Scott Renshaw's MoviePage http://www.inconnect.com/~renshaw/ *** Subscribe to receive new reviews directly by email! See the MoviePage for details, or reply to this message with subject line "Subscribe".
The review above was posted to the
rec.arts.movies.reviews newsgroup (de.rec.film.kritiken for German reviews).
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Related links: index of all rec.arts.movies.reviews reviews


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java.lang.Object | +--net.sf.saxon.dom.DOMSender
DOMSender.java: pseudo-SAX driver for a DOM source document. This class takes an existing DOM Document and walks around it in a depth-first traversal, calling a Receiver to process the nodes as it does so
| Field Summary | |
protected org.w3c.dom.Node |
root
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protected java.lang.String |
systemId
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| Constructor Summary | |
DOMSender()
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| Method Summary | |
int |
getColumnNumber()
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int |
getLineNumber()
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java.lang.String |
getPublicId()
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java.lang.String |
getSystemId()
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void |
send()
Walk a document (traversing the nodes depth first) |
void |
setNamePool(NamePool pool)
Set the namePool |
void |
setReceiver(Receiver receiver)
Set the receiver. |
void |
setStartNode(org.w3c.dom.Node start)
Set the DOM Document that will be walked |
void |
setSystemId(java.lang.String systemId)
Set the systemId of the source document (which will also be used for the destination) |
| Methods inherited from class java.lang.Object |
clone, equals, finalize, getClass, hashCode, notify, notifyAll, toString, wait, wait, wait |
| Field Detail |
protected org.w3c.dom.Node root
protected java.lang.String systemId
| Constructor Detail |
public DOMSender()
| Method Detail |
public void setReceiver(Receiver receiver)
receiver
- The object to receive content events.public void setNamePool(NamePool pool)
public void setStartNode(org.w3c.dom.Node start)
public void setSystemId(java.lang.String systemId)
public void send() throws javax.xml.transform.TransformerException
javax.xml.transform.TransformerException
- On any error in the documentpublic int getColumnNumber()
getColumnNumber
in interface org.xml.sax.Locator
public int getLineNumber()
getLineNumber
in interface org.xml.sax.Locator
public java.lang.String getPublicId()
getPublicId
in interface org.xml.sax.Locator
public java.lang.String getSystemId()
getSystemId
in interface org.xml.sax.Locator
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Select what range of multiples you would like to practice - From: To:
Show Answer Next
The correct answer is:
Knowing the multiples of sixteen is helpful in calculating block sizes and where the next network address begins. 16 is nice because it is so close to all the other sizes that blocks come in, 32, 8, etc.


Haiti EMR
Frequently Asked Questions
What is the difference between inactive and discontinued patients?
"Inactive" patients are defined as follows:
Inactive patients on ART: All patients ever dispensed ART medications at the reporting clinic site with no visits of any kind in the last 90 days. Visits may include clinical evaluation, laboratory, or pharmacy services. Patients for whom a discontinuation form has been completed are not considered inactive patients, even if they have not had a visit in the last 90 days.
Inactive patients in palliative care (not on ART): All patients who have never received ART medications at the reporting clinic site with no follow-up visits in the last 180 days. Patients for whom a discontinuation form has been completed are not considered inactive patients, even if they have not had a follow-up visit in the last 180 days.
A patient is only counted as "Discontinued" if a discontinuation form has been completed for that patient. "Inactive" patients and "Discontinued" patients represent separate categories, so "Inactive" patients do not also appear on the list of "Discontinued" patients.
What is the difference between "Active" patients and patients "At risk of discontinuation"?
"Active" patients are defined as follows:
Active patients on ART: All patients ever dispensed ART medications at the reporting clinic site, excluding patients dispensed ART for PMTCT or PEP, with at least one visit of any kind in the last 90 days. Visits may include clinical evaluation, laboratory, or pharmacy services. Patients for whom a discontinuation form has been completed are not considered active patients, even if they have had a visit in the last 90 days.
Active patients in palliative care (not on ART): All patients who have never received ART medications at the reporting clinic site who have had at least one visit in the last 180 days. Visits may include clinical evaluation, laboratory, or pharmacy services. Patients for whom a discontinuation form has been completed are not considered active patients, even if they have had a visit in the last 180 days.
Patients "At risk of discontinuation" are defined as follows:
Patients on ART at risk of discontinuation: All new or active patients ever dispensed ART medications at the reporting clinic site who have missed their next scheduled prescription pickup by more than 8 days. Patients for whom a discontinuation form has been completed are not considered as at risk patients, even if they have missed their next scheduled prescription pickup by more than 8 days.
Patients in palliative care (not on ART) at risk of discontinuation: All new or active patients who have never received ART medications at the reporting clinic site who have missed their next scheduled appointment by more than 30 days. Patients for whom a discontinuation form has been completed are not considered as at risk patients, even if they have missed their next scheduled appointment by more than 30 days.
What should be done if a discontinued patient later re-enters care and treatment?
When a discontinuation form is completed, the patient record is not erased from the EMR database. All the patient's data remain in the system. Therefore, if a patient re-enters care and treatment, a site data manager may delete their discontinuation form and the clinical team can resume creating new visit records for the patient. At this point, the discontinuation form remains in the system, but with a "flag" as a deleted form. Once the discontinuation form is deleted, the patient will again be recognized in one of the other patient status categories (Active, At risk of discontinuation, Inactive). It is possible to enter another discontinuation form at a later date, if the patient is discontinued for a second time.
Among the Quality of Care reports, what is the difference between the Reminder reports (Appointment Reminders, Lab Test Reminders, and Care Reminders) and the Indicator reports (Appropriate Lab Test Indicators, Appropriate Treatment Indicators)?
The Reminder reports are designed for prospective use to look ahead to what is needed in the care of patients. These reports provide lists of patients who should have specific follow up, based upon what happened (or did not happen) in their earlier visits.
The Indicator reports are designed for retrospective use to
look backwards at the patterns of care provided over time in the past. These
indicators serve as measures of the quality of patient care and can help clinic
leaders to identify areas to target for improved performance.
How should the Quality of Care reports be interpreted?
These reports should be used to look for trends over time in the indicators. People using the reports should be aware to interpret the indicators for the current and previous calendar periods with caution. The reports on ART enrollment, Cotrimoxizole prophylaxis, and TB treatment all use criteria that patients should be enrolled on the appropriate medications within 3 months of meeting the medical eligibility criteria. Therefore, the report indicators can only be considered "firm" 3 months after the time window of interest. For example, if one runs a report in January, 2007 on ART enrollment, Cotrimoxizole initiation, or TB treatment initiation, it is possible that those patients who met the respective eligibility criteria in December 2006 might not start the medication until after January, 2007. If you run this same report in April, 2007, you can interpret the data for the time window of July-December 2006 as "firm." At this point you will know that any patients who did not receive the recommended medication by the end March 2006, were truly falling outside the standard of care (that appropriate treatment or prophylaxis be initiated within 3 months of meeting the medical eligibility criteria).


--- layout: post title: "Sonoma eating Peanut Butter" --- Filmed by Christine Link to the video on YouTube.


layout: inner date: '2017-02-10 00:09 +0100' published: false title: Pool Swim app v4.3 released ads: true comments: true lead_text: Imperial units are now supported. Heading calibration improved. tags: garmin apps connectiq
Today I have released v4.3 of the Pool Swim app.
The main topic is the support of imperial units. I have also fixed an issue which might cause affect the heading calibration. Hopefully some people will see the length detection improved.
Imperial units support A new application setting "distance unit" has been added. Application settings are those which are configured using Garmin Connect App in your Smartphone or Garmin Express in your PC. You will find two options there: meters and yards. From now on, the application setting "pool length" depends on the units chosen. This means, you don't need to convert to meters anymore. If you are swimming in a pool whose length is 30 yd, just set:
-pool length: 30 -distance unit: yards
If you set the pool length using the watch menu, the distance units will depend on the distance chosen:
Why am I not using the unit settings from your garmin connect profile? Because of you :) some users have told me, they tend to run in miles, but swim in meters. If I'd use the setting from the interface, then swim units would automatically be yards. By letting you configure the units, you get more flexibility.
How is this information displayed in Garmin Connect? Pretty much the same as before. ConnectIQ does not permit to modify the unit string on the fly. Therefore you won't see "m" anymore, but "u" :). There is an additional field called "distance unit" which shows the units valid for this activity (by the way, I have added also a field showing app version):
Now, if you see the activity in your PC/MAC, you will not be able to see the "distance unit". Instead of "m" or "yd", number zero is displayed:
I am innocent! This is a known Garmin Connect issue, which is documented here. I considered, that maybe I shouldn't show the field. But given that the data is shown in the Garmin Connect App, I have decided to leave the fields there. Who knows, maybe Garmin guys will eventually fix it (Error was reported in September, therefore do not expect that this happens soon...)
What happens with 3rd party sites? Nothing. This feature does not affect 3rd party sites. I have created additional data which is only shown in Garmin Connect. 3rd party sites access native data present in the FIT file, which is still there, nothing has changed. Which distance units are shown in the site, will depend on your profile. Take a look at this example. I have configured metric units in my www.sporttracks.mobi profile. If i swim two lengths in a 25yd pool, once the activity gets automatically synced, sporttracks will show 46m:
Calibration improvement Pool Swim app was featured this weekend in La bolsa del corredor, one of the most important sports blogs in Spain. One blog reader, Luis, installed the app, and contacted me after having some issues with the length detection. A 18 emails afterwards and a couple of hours of fit file analysis, I think I might have found an issue causing lack of calibration in some activities. I cross my fingers. I hope this version will improve the accuracy for those of you who had issues.
Remember that I make the app for free, it is just a hobby which somehow it is taken more time than I expected at the beginning.
For any purchase using the amazon links in the site, i get a small tip back. And you still pay the same price.
That's all for now. I hope you enjoy using the app.
Cheerio!


[gecode-users] thanks very much
Matthew Kitching
matthew.kitching at gmail.com
Fri Feb 3 16:03:37 CET 2012
Thanks very much for your previous answers. They were very helpful.
I just wanted to have someone double check that I am using gecode
correctly. The goal is to assign every value-variable combination as a
preprocessing step, and collect data on the domain reduction on FlatZinc
instances.
Basically, I for every value, I am doing the following code for
variableIndex and valueIndex:
FlatZinc::FlatZincSpace* newProblem =(FlatZinc::FlatZincSpace*)(
problem->clone());
rel(*newProblem ,newProblem ->iv[variableIndex ],IRT_EQ,valueIndex,ICL_DEF);
newProblem->status();
My question is whether cloning the problem each time is the best course of
action? I am avoiding branching and choices, although I am not sure whether
cloning the problem is more expensive than creating branchers and choices,
and using them instead?
Thanks again,
Matthew
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(Re-)introducing Javascript from a Ruby perspective
Created by James Riley / @mrjamesriley
Portuguese speaking, guitar playing, cat loving.. uncle!
Full-stack developer at SupaDupa.me
What is Javascript, how does it compare to Ruby?
Created in 10 days
Monopoly on the front end
Seen as a toy language, had quirks
The use cases of Javascript have grown
The latest version of Javascript
For Complex applications
To adopt defacto standards
Rails sprockets-es6 Gem
Try it out at BabelJS.io
Brower support will take years.
Yay for transpilers!
Javascript basics
// variables needs to be declared
let partyHost = 'James';
// supports arithmetic and dates
let guestCount = 10 + 5;
let partyDate = new Date(2015, 8, 25);
// constants
const MAX_GUESTS = 30;
// conditionals
if(guestCount >= MAX_GUESTS) {
console.log('No more guests allowed');
}
// arrays
let buffet_food = ['Muffins', 'Biscuits'];
// object
let muffin = {
glutenFree: false,
flavour: 'Blueberry',
expiry: 2018
}
Ruby basics
# variables
party_host = 'James'
# arithmetic and dates
guest_count = 10 + 5;
party_date = Date.new(2015, 8, 25)
# constants
MAX_GUESTS = 30
# conditionals
if guest_count >= MAX_GUESTS
puts 'No more guests allowed'
end
# arrays
buffet_food = ['Muffins', 'Biscuits']
# hashes
muffin = {
glutenFree: false,
flavour: 'Blueberry',
expiry: 2018
}
// loops
for food in buffetFood {
console.log(`There shall be: ${food}`);
}
// functions
function eat(foodName, foodList) {
if(foodList.indexOf(foodName) != -1) {
console.log(`Enjoy your ${foodName}`);
} else {
console.log(`Sorry, no more: ${foodName}`)
}
}
eat('Muffin', buffetFood) // Enjoy your Muffin
// rest parameters
function startParty(location, ...guests) {
console.log(`${guests.length} guests!`);
}
startParty('London', 'Alice', 'Bob');
// 2 guests!
# loops
for food in buffet_food do
puts "There shall be: #{food}"
end
# functions
def eat(food_name, food_list)
if(food_list.index(food_name))
puts "Enjoy your #{food_name}"
else
puts "Sorry, no more: #{food_name}"
end
end
eat 'Muffin', buffet_food # Enjoy your Muffin
# splat operator
def startParty(location, *guests)
puts "#{guests.length} guests!"
end
startParty('London', 'Alice', 'Bob')
# 2 guests!
Javacsript classes
class Guest {
// constructor function with default options
constructor(options={}) {
this.firstName = options.firstName;
this.lastName = options.lastName;
}
// method with string interpolation
introduce() {
console.log(`I am ${this.firstName}`);
}
}
var sam = new Guest({
firstName: 'Sam',
lastName: 'Phillips'
});
Ruby classes
class Guest
# constructor function with default options
def initialize(options={})
@first_name = options[:first_name]
@last_name = options[:last_name]
end
# instance method with string interpolation
def introduce
"Hello, my name is: #{@first_name}"
end
end
sam = Guest.new({
first_name: 'Sam',
last_name: 'Phillips'
});
Javacsript inheritance
class Singer extends Guest {
constructor(options={}) {
super(options);
this.genre = options.genre;
}
sing() {
console.log('la la laaa');
}
static find_by_name(name) {
// retrieves singers matching the name given
}
}
var beyonce = new Singer({
firstName: 'Beyonce',
Lastname: 'Knowles',
genre: 'Pop'
});
Ruby inheritance
class Singer < Guest
def initialize(options={})
super options
@genre = options[:genre]
end
def sing
puts 'la la laaa'
end
def self.find_by_name(name)
# retrieves singers matching the name given
end
end
beyonce = Singer.new({
first_name: 'Beyonce',
last_name: 'Knowles',
genre: 'Pop'
});
// assigning a function to a variable
var dance = function() {
console.log('Shapes are being thrown');
}
// passing a function as an argument
document.addEventListener('click', function() {
console.log('I have been clicked!');
}):
Makes JS suitable for Event based programming
Advanced features of do differ:
Bonus: Javascript makes you a Cross-app Developer!
People: Kyle Simpson
Books: Eloquent Javascript, Understanding EcmaScript 6
Websites: CodeSchool, CodeAcademy,
Mozilla Developer Network
Thank you for listening!


OpenOil Search
This page lets you search OpenOil's collection of more than 1 million corporate filings related to the oil, gas and mining industries.
We have indexed the full text of contracts, company disclosures, news articles and government reports, allowing you to simultaneously check documents from disparate sources.
Much of this text was previously locked up inside image-only PDFs and other inaccessible formats. By using Optical Character Recognition, we have enabled searches across these files for the first time.
Getting Started
Type your search term in the box at the top. To start exploring, you could:
See our blog post on six interesting ways to search.
See our blog post blog post on five tips for choosing search terms.
Search Syntax
Advanced search queries are possible, based on ElasticSearch query string syntax. For example:
- ~10 = Proximity: put sign at the end of a quote to define the number of words in a string, that need to contain all words of the quote
- .* = search for any other character following
- ? = wildcard search, using ? to replace a single character
- ~ = fuzziness search, i.e. quikc~
- many more, see full documentation
Tips


st_00 serial stommel model with no mpi st_01 mpi with 1d decomposition st_02 2d decomposition using communcator routines MPI_COMM_SPLIT st_03 2d decomposition using communcator routines MPI_COMM_SPLIT processor 0 outputs the grid uses MPI_Gatherv st_04 2d decomposition using communcator routines MPI_COMM_SPLIT processor 0 outputs the grid uses MPI_Gatherv Uses asyncronous communication with MPI_ISEND and MPI_IRECV. st_05 2d decomposition using communcator routines MPI_COMM_SPLIT processor 0 outputs the grid uses MPI_Gatherv Uses MPI_Sendrecv for communication. st_06 2d decomposition using communcator routines MPI_COMM_SPLIT processor 0 outputs the grid uses MPI_Gatherv Uses MPI data types with MPI_TYPE_CONTIGUOUS and MPI_TYPE_VECTOR along with MPI_SEND and MPI_RECV st_07 2d decomposition using communcator routines MPI_COMM_SPLIT processor 0 outputs the grid uses MPI_Gatherv Uses Presistent communications with MPI_SEND_INIT and MPI_RECV_INIT
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An organisation with the vision of creating a new benchmark of excellence in play education, with a mission to build a strong foundation of your child .
A partnership in discovery and exploration.
Build around the concept of bounding tools of love, care and growth.
Founders Message
Our objectives
Culture and Values
Preschool - A POOL OF LEARNING
Daycare - a home away from home
Dear all We believe that a good preschool is one that blunts weaknesses and provides a stimulating environment for Social, emotional and intellectual development of a child and prepares them well with all requisite concepts and skills necessary for the next step of learning. ME is very unique and special in its own way of imparting early childhood education programs .I along with my team would be delighted to welcome you for a visit to the dynamic and energetic learning environment of our school.
Keeping in view the objectives of curiosity and potentiality of all our minnis, curriculum has been designed:
To develop a sense of gratitude for community helpers
To give Wings to their creative expressions
To discover their talents
To create positive energy
To help them in their future endeavours
To provide a stimulating environment for their emotional,social and intellectual development
Nothing matters more than child’s health, safety and security
Conducting wellness education programmes workshops, play based activities, stories to inculcate the importance of being healthy and hygienic.
Well being - Health education
Happy learning with parents
Events and celebrations
Expert talks
Everyday sports
music
Pottery
Nature walk
Minnis spiritual and meditation schedule
Brainbox games
Art and craft
Literary activities