Purpose
A Gradle project for users who need a utility tool to copy text strings to system clipboards. Clone includes gradle build tool wrapper and folder structure like maven/gradle so you don’t need an installed gradle build tool.
DropBox or Google Drive Enabled ?
This trick works nicely if you have a shared drive service like Dropbox, or Google Drive etc. and all your internal systems use the same Dropbox,etc. account.
On one of my least-used systems, did the following:
cd ~/Dropbox
git clone https://github.com/jnorthr/DoctorPepper.git
cd ~/Dropbox/DoctorPepper
gradlew -t asciidoctor
The -t option keeps gradle running in continuous mode so now any changes i make to any asciidoctor files are near-instantly translated for me.
| If you don’t have a git client click here to install one |
The code we write today and tomorrow will probably never run on a single processor system: parallel hardware has become standard. Not so with the software though, at least not yet.
-
Working internet connection
-
Installed Git client to copy/clone this repo
-
Ability to use terminal console
-
Open terminal console
-
Change directory \( cd \) into target folder location
-
Run this command to create a folder and copy down all the pieces :
git clone https://github.com/jnorthr/F5.git
-
cd F5/
-
./gradlew runs defined tasks to build and test code samples
-
After prior step completes, examine F5/ folder to find the /build/ folder with test results
Usage Notes
The Copier.groovy source has methods to interact with the System Clipboard for most O/S types.
Put text on System Clipboard
public void copy(String s)
This is a class method to do the deed. Call this method with a Java/Groovy or JVM language String types to place that string on to the System Clipboard of the operating system. Only String copies are supported.
Copier ck = new Copier(); ck.copy("Hi from me");
Get Text from System Clipboard
public String paste()
This is a class method to do the deed. Call this method with a Java/Groovy or JVM language to receive a String type from System Clipboard of the operating system. Only String copies are supported.
Copier ck = new Copier(); def what = ck.paste();
Source Code Files
Here is a general explanation of each source code file/groovy class used to make F5 work.
Actions
These classes provide keyboard actions when attached to known keys.
CopyAction
Feature to create a Copy Action skeleton for mouseAdapter and KeyboardAdapter actions
CutAction
Feature to create a system clipboard Cut Action skeleton for mouseAdapter and KeyboardAdapter actions
EditAction
Here we show dialog to allow user to revise text for a function key, then stored in file named after function key plus .txt suffix. So function key four would store text in file named F4.txt
ExitAction
Feature to create a skeleton action to exit an app for mouseAdapter and KeyboardAdapter actions
PasteAction
Feature to create a skeleton action to paste text to system clipboard using mouseAdapter and KeyboardAdapter actions
PrintAction
Feature to copy the current view of your screen to a system clipboard using mouseAdapter and KeyboardAdapter actions
QuitAction
Feature to create an Action to dispose of the current JOptionPane dialog
ToClipboardAction
Here's logic to copy payload text to clipboard for one function key that's been presssed
Primary Classes
These source files hold a number of java/groovy classes to do the deed.
ButtonMaker
Utility method to build a single JButton for each function key to paste text to the System clipboard containing logic to read text from external file due to being mouse clicked or pressing it's associate Function Key.
Also support methods to make Quit, screen print and panel move buttons for the F5 dialog.
Called from F5 wrapper
Chooser
Groovy code to choose one folder using java's JFileChooser then write user's choice into <user>\.F5.txt file.
Will only allow choice of a single directory by setting another JFileChooser feature
Copier
Default constructor builds a tool to interact with the System Clipboard for most operatng systems.
F5
Wrapper code to build and run the F5 copy tool.
F5Data
This class retains the session instance values for the currently running F5 class
F5GUI
JFrame GUI to build a tool to support function key usage to paste text onto the System clipboard
hasKey
single method to confirm string is a valid function key choice between F1 and F24
IO
Tool to read/write/update/delete/confirm there is text from a File for each function key, where file name starts with a capital letter 'F' - for function key plus a number between one and twenty-four. This is followed by a file suffix '.txt'.
So, for example, 'F1.txt' has this format and content: The optional, tooltip is located at the start of text within a pair of ||'s so: |Asciidoctor Template|Text payload for the F1 function key ${abbrev} ${name}.
After loading, the 'payload' variable holds : Text payload for the F1 function key ${abbrev} ${name} and 'tooltip' variable has : Asciidoctor Template
Note, in this example are optional replacement variables denoted by ${} and when, in this example, the F1 function key is pressed, the user is asked, via a dialog, to provide a replacement value for that name. Here, the user is asked for a value to be used instead of 'abbrev' plus a second time to provide a new value for 'name'.
If the user answers 'Cool' for the 'abbrev' and 'Fred' for 'name', then the system clipboard will be filled with : *Text payload for the F1 function key Cool Fred.*
and the title of the dialog will be 'Asciidoctor Template'.
Mapper
Feature to find template replacement names within a template string
PathFinder
This program implements a support application that gains system & user values for directory and folder names, confirms the exists of an optional text file, and if that exists and has a text value that is also a valid system directory foler name, then copyPathFound boolean becomes true.
PositionLogic
This Swing class demonstrates JFrame positional features. It allows JFrame provided controlling logic to move the frame to each corner of the physical screen display using mouse on button or keyboard backslash '\' key.
PositionLogicTest
A sample test harness to build prototypes of GUI components and test how they would look when being moved around.
Response
A class that holds session instance results of most recent user dialog
TemplateMaker
Feature class to get text & tooltip for valid function keys and save it with known .txt filename in the PathFinder discovered local file path or folder directory.
Called from two actions: ToClipboardAction & EditAction. Tested in two test scripts: F5TestSpec & TemplateMakerTestSpec


Classes
The following classes are available globally.
-
A
LogFormatter
configured to be ideal for writing human-readable log files.By default, this formatter:
- Uses
.default
as theTimestampStyle
- Uses a custom
SeverityStyle
that pads the capitalized severity name - Uses
.hex
as theCallingThreadStyle
- Uses default field separator delimiters
- Outputs the source code filename and line number of the call site
Each of these settings can be overridden during instantiation.
See moreDeclaration
Swift
open class ReadableLogFormatter: StandardLogFormatter
- Uses
-
A
See moreLogFormatter
that outputs Xcode-bound trace information for eachLogEntry
that has aPayload
of.trace
.Declaration
Swift
public final class XcodeTraceLogFormatter: FieldBasedLogFormatter
-
A
See moreLogConfiguration
optimized for use when running within Xcode.Declaration
Swift
open class XcodeLogConfiguration: ConsoleLogConfiguration
-
A
LogRecorder
implementation that maintains a set of daily rotating log files, kept for a user-specified number of days.See moreImportant
ARotatingLogFileRecorder
instance assumes full control over the log directory specified by itsdirectoryPath
property. Please see the initializer documentation for details.Declaration
Swift
open class RotatingLogFileRecorder: LogRecorderBase
-
The
See moreStandardOutputLogRecorder
is anOutputStreamLogRecorder
that writes log messages to the standard output stream (`stdout`
) of the running process.Declaration
Swift
open class StandardOutputLogRecorder: OutputStreamLogRecorder
-
A
See moreLogConfiguration
that uses an underlyingRotatingLogFileRecorder
to maintain a directory of log files that are rotated on a daily basis.Declaration
Swift
open class RotatingLogFileConfiguration: BasicLogConfiguration
-
The
See moreOutputStreamLogRecorder
logs messages by writing to the standard output stream of the running process.Declaration
Swift
open class OutputStreamLogRecorder: LogRecorderBase
-
In case the name didn’t give it away, the
See moreBasicLogConfiguration
class provides a basic implementation of theLogConfiguration
protocol.Declaration
Swift
open class BasicLogConfiguration: LogConfiguration
-
A
LogRecorder
implementation that appends log entries to a file.See moreNote
FileLogRecorder
is a simple log appender that provides no mechanism for file rotation or truncation. Unless you manually manage the log file when aFileLogRecorder
doesn’t have it open, you will end up with an ever-growing file. Use aRotatingLogFileRecorder
instead if you’d rather not have to concern yourself with such details.Declaration
Swift
open class FileLogRecorder: LogRecorderBase
-
The
FieldBasedLogFormatter
provides a simple interface for constructing a customizedLogFormatter
by specifying different fields.Let’s say you wanted to construct a
LogFormatter
that outputs the following fields separated by tabs:- The
LogEntry
’stimestamp
property as a UNIX time value - The
severity
of theLogEntry
as a numeric value - The
Payload
of theLogEntry
You could do this by constructing a
FieldBasedLogFormatter
as follows:
See morelet formatter = FieldBasedLogFormatter(fields: [.timestamp(.unix), .delimiter(.tab), .severity(.numeric), .delimiter(.tab), .payload])
Declaration
Swift
open class FieldBasedLogFormatter: ConcatenatingLogFormatter
- The
-
LogReceptacle
s provide the low-level interface for accepting log messages.Although you could use a
See moreLogReceptacle
directly to perform all logging functions, theLog
implementation provides a higher-level interface that’s more convenient to use within your code.Declaration
Swift
public final class LogReceptacle
-
The
See moreConcatenatingLogFormatter
lets you combine the output of multipleLogFormatter
s by concatenating their output and returning the result.Declaration
Swift
open class ConcatenatingLogFormatter: LogFormatter
-
A standard
LogConfiguration
that, by default, uses theos_log()
function (via theOSLogRecorder
), which is only available as of iOS 10.0, macOS 10.12, tvOS 10.0, and watchOS 3.0.If
See moreos_log()
is not available, or if theStandardLogConfiguration
is configured to bypass it, log messages will be written to either thestdout
orstderr
output stream of the running process.Declaration
Swift
open class ConsoleLogConfiguration: BasicLogConfiguration
-
The
StandardStreamsLogRecorder
is aLogRecorder
that writes log messages to either the standard output stream (`stdout`
) or the standard error stream (`stderr`
) of the running process.Messages are directed to the appropriate stream depending on the
severity
property of theLogEntry
being recorded.Messages having a severity of
See more.verbose
,.debug
and.info
will be directed tostdout
, while those with a severity of.warning
and.error
are directed tostderr
.Declaration
Swift
open class StandardStreamsLogRecorder: LogRecorderBase
-
A partial implementation of the
See moreLogRecorder
protocol.Declaration
Swift
open class LogRecorderBase: LogRecorder
-
The
See moreStandardErrorLogRecorder
is anOutputStreamLogRecorder
that writes log messages to the standard error stream (`stderr`
) of the running process.Declaration
Swift
open class StandardErrorLogRecorder: OutputStreamLogRecorder
-
A standard
See moreLogFormatter
that provides some common customization points.Declaration
Swift
open class StandardLogFormatter: FieldBasedLogFormatter
-
A
LogFormatter
configured to be ideal for writing machine-parsable log files.By default, this formatter:
- Uses
.unix
as theTimestampStyle
- Uses
.numeric
as theSeverityStyle
- Uses
.hex
as theCallingThreadStyle
- Uses
.tab
as theDelimiterStyle
- Outputs the source code filename and line number of the call site
Each of these settings can be overridden during instantiation.
See moreDeclaration
Swift
open class ParsableLogFormatter: StandardLogFormatter
- Uses
-
A
See moreLogFormatter
ideal for use within Xcode. This format is not well-suited for parsing.Declaration
Swift
public final class XcodeLogFormatter: LogFormatter


--- layout: archive title: Zulip Chat Archive permalink: /stream/113488-general/topic/understanding.20omega.html ---
Why can omega
not close this goal (I know that simpa using hx.symm
does, that's not the point):
k : ℕ, hx : 1 * 1 + 1 * 1 + 1 = 1 * 1 * k ⊢ k = 3
I thought that omega
could deal with multiplication with constants...
@Seul Baek Judging by the error message, I think this is a bug.
Fixed and made a PR. The error was due to not using one_mul
and mul_one
in the preprocessing step
Last updated: Apr 24 2020 at 19:02 UTC


| Opcode* | Instruction | Op/En | 64-Bit Mode | Compat/Leg Mode | Description |
|---|---|---|---|---|---|
| 0F 33 | RDPMC | ZO | Valid | Valid | Read performance-monitoring counter specified by ECX into EDX:EAX. |
| Op/En | Operand 1 | Operand 2 | Operand 3 | Operand 4 |
| ZO | NA | NA | NA | NA |
The EAX register is loaded with the low-order 32 bits. The EDX register is loaded with the supported high-order bits of the counter. The number of high-order bits loaded into EDX is implementation specific on processors that do no support architectural performance monitoring. The width of fixed-function and general-purpose performance counters on processors supporting architectural performance monitoring are reported by CPUID 0AH leaf. See below for the treatment of the EDX register for “fast” reads.
The ECX register specifies the counter type (if the processor supports architectural performance monitoring) and counter index. Counter type is specified in ECX[30] to select one of two type of performance counters. If the processor does not support architectural performance monitoring, ECX[30:0] specifies the counter index; otherwise ECX[29:0] specifies the index relative to the base of each counter type. ECX[31] selects “fast” read mode if supported. The two counter types are:
The width of fixed-function performance counters and general-purpose performance counters on processor supporting architectural performance monitoring are reported by CPUID 0AH leaf. The width of general-purpose performance counters are 40-bits for processors that do not support architectural performance monitoring counters. The width of special-purpose performance counters are implementation specific.
Table 4-16 lists valid indices of the general-purpose and special-purpose performance counters according to the DisplayFamily_DisplayModel values of CPUID encoding for each processor family (see CPUID instruction in Chapter 3, “Instruction Set Reference, A-L” in the Intel® 64 and IA-32 Architectures Software Developer’s Manual, Volume 2A).
| Processor Family | DisplayFamily_DisplayModel/Other Signatures | Valid PMC Index Range | General-purpose Counters |
|---|---|---|---|
| P6 | 06H_01H, 06H_03H, 06H_05H, 06H_06H, 06H_07H, 06H_08H, 06H_0AH, 06H_0BH | 0, 1 | 0, 1 |
| Processors Based on Intel NetBurst microarchitecture (No L3) | 0FH_00H, 0FH_01H, 0FH_02H, 0FH_03H, 0FH_04H, 0FH_06H | ≥ 0 and ≤ 17 | ≥ 0 and ≤ 17 |
| Pentium M processors | 06H_09H, 06H_0DH | 0, 1 | 0, 1 |
| Processors Based on Intel NetBurst microarchitecture (No L3) | 0FH_03H, 0FH_04H) and (L3 is present) | ≥ 0 and ≤ 25 | ≥ 0 and ≤ 17 |
| Intel® CoreTM Solo and Intel® CoreTM Duo processors, Dual-core Intel® Xeon® processor LV | 06H_0EH | 0, 1 | 0, 1 |
| Intel® CoreTM2 Duo processor, Intel Xeon processor 3000, 5100, 5300, 7300 Series general-purpose PMC | 06H_0FH | 0, 1 | 0, 1 |
| Intel® CoreTM2 Duo processor family, Intel Xeon processor 3100, 3300, 5200, 5400 series - general-purpose PMC | 06H_17H | 0, 1 | 0, 1 |
| Intel Xeon processors 7400 series | (06H_1DH) | ≥ 0 and ≤ 9 | 0, 1 |
| 45 nm and 32 nm Intel® AtomTM processors | 06H_1CH, 06_26H, 06_27H, 06_35H, 06_36H | 0, 1 | 0, 1 |
| Intel® AtomTM processors based on Silvermont or Airmont microarchitectures | 06H_37H, 06_4AH, 06_4DH, 06_5AH, 06_5DH, 06_4CH | 0, 1 | 0, 1 |
| Next Generation Intel® AtomTM processors based on Goldmont microarchitecture | 06H_5CH, 06_5FH | 0-3 | 0-3 |
| Intel® processors based on the Nehalem, Westmere microarchitectures | 06H_1AH, 06H_1EH, 06H_1FH, 06_25H, 06_2CH, 06H_2EH, 06_2FH | 0-3 | 0-3 |
| Intel® processors based on the Sandy Bridge, Ivy Bridge microarchitecture | 06H_2AH, 06H_2DH, 06H_3AH, 06H_3EH | 0-3 (0-7 if HyperThreading is off) | 0-3 (0-7 if HyperThreading is off) |
| Intel® processors based on the Haswell, Broadwell, SkyLake microarchitectures | 06H_3CH, 06H_45H, 06H_46H, 06H_3FH, 06_3DH, 06_47H, 4FH, 06_56H, 06_4EH, 06_5EH | 0-3 (0-7 if HyperThreading is off) | 0-3 (0-7 if HyperThreading is off) |
Processors based on Intel NetBurst microarchitecture support “fast” (32-bit) and “slow” (40-bit) reads on the first 18 performance counters. Selected this option using ECX[31]. If bit 31 is set, RDPMC reads only the low 32 bits of the selected performance counter. If bit 31 is clear, all 40 bits are read. A 32-bit result is returned in EAX and EDX is set to 0. A 32-bit read executes faster on these processors than a full 40-bit read.
On processors based on Intel NetBurst microarchitecture with L3, performance counters with indices 18-25 are 32-bit counters. EDX is cleared after executing RDPMC for these counters.
In Intel Core 2 processor family, Intel Xeon processor 3000, 5100, 5300 and 7400 series, the fixed-function performance counters are 40-bits wide; they can be accessed by RDMPC with ECX between from 4000_0000H and 4000_0002H.
On Intel Xeon processor 7400 series, there are eight 32-bit special-purpose counters addressable with indices 2-9, ECX[30]=0.
When in protected or virtual 8086 mode, the performance-monitoring counters enabled (PCE) flag in register CR4 restricts the use of the RDPMC instruction as follows. When the PCE flag is set, the RDPMC instruction can be executed at any privilege level; when the flag is clear, the instruction can only be executed at privilege level 0. (When in real-address mode, the RDPMC instruction is always enabled.)
The performance-monitoring counters can also be read with the RDMSR instruction, when executing at privilege level 0.
The performance-monitoring counters are event counters that can be programmed to count events such as the number of instructions decoded, number of interrupts received, or number of cache loads. Chapter 19, “Performance Monitoring Events,” in the Intel® 64 and IA-32 Architectures Software Developer’s Manual, Volume 3B, lists the events that can be counted for various processors in the Intel 64 and IA-32 architecture families.
The RDPMC instruction is not a serializing instruction; that is, it does not imply that all the events caused by the preceding instructions have been completed or that events caused by subsequent instructions have not begun. If
an exact event count is desired, software must insert a serializing instruction (such as the CPUID instruction) before and/or after the RDPMC instruction.
Performing back-to-back fast reads are not guaranteed to be monotonic. To guarantee monotonicity on back-to-back reads, a serializing instruction must be placed between the two RDPMC instructions.
The RDPMC instruction can execute in 16-bit addressing mode or virtual-8086 mode; however, the full contents of the ECX register are used to select the counter, and the event count is stored in the full EAX and EDX registers. The RDPMC instruction was introduced into the IA-32 Architecture in the Pentium Pro processor and the Pentium processor with MMX technology. The earlier Pentium processors have performance-monitoring counters, but they must be read with the RDMSR instruction.
(* Intel processors that support architectural performance monitoring *) Most significant counter bit (MSCB) = 47 IF ((CR4.PCE = 1) or (CPL = 0) or (CR0.PE = 0)) THEN IF (ECX[30] = 1 and ECX[29:0] in valid fixed-counter range) EAX ← IA32_FIXED_CTR(ECX)[30:0]; EDX ← IA32_FIXED_CTR(ECX)[MSCB:32]; ELSE IF (ECX[30] = 0 and ECX[29:0] in valid general-purpose counter range) EAX ← PMC(ECX[30:0])[31:0]; EDX ← PMC(ECX[30:0])[MSCB:32]; ELSE (* ECX is not valid or CR4.PCE is 0 and CPL is 1, 2, or 3 and CR0.PE is 1 *) #GP(0); FI; (* Intel Core 2 Duo processor family and Intel Xeon processor 3000, 5100, 5300, 7400 series*) Most significant counter bit (MSCB) = 39 IF ((CR4.PCE = 1) or (CPL = 0) or (CR0.PE = 0)) THEN IF (ECX[30] = 1 and ECX[29:0] in valid fixed-counter range) EAX ← IA32_FIXED_CTR(ECX)[30:0]; EDX ← IA32_FIXED_CTR(ECX)[MSCB:32]; ELSE IF (ECX[30] = 0 and ECX[29:0] in valid general-purpose counter range) EAX ← PMC(ECX[30:0])[31:0]; EDX ← PMC(ECX[30:0])[MSCB:32]; ELSE IF (ECX[30] = 0 and ECX[29:0] in valid special-purpose counter range) EAX ← PMC(ECX[30:0])[31:0]; (* 32-bit read *) ELSE (* ECX is not valid or CR4.PCE is 0 and CPL is 1, 2, or 3 and CR0.PE is 1 *) #GP(0); FI; (* P6 family processors and Pentium processor with MMX technology *) IF (ECX = 0 or 1) and ((CR4.PCE = 1) or (CPL = 0) or (CR0.PE = 0)) THEN EAX ← PMC(ECX)[31:0]; EDX ← PMC(ECX)[39:32]; ELSE (* ECX is not 0 or 1 or CR4.PCE is 0 and CPL is 1, 2, or 3 and CR0.PE is 1 *) #GP(0); FI; (* Processors based on Intel NetBurst microarchitecture *) IF ((CR4.PCE = 1) or (CPL = 0) or (CR0.PE = 0)) THEN IF (ECX[30:0] = 0:17) THEN IF ECX[31] = 0 THEN EAX ← PMC(ECX[30:0])[31:0]; (* 40-bit read *) EDX ← PMC(ECX[30:0])[39:32]; ELSE (* ECX[31] = 1*) THEN EAX ← PMC(ECX[30:0])[31:0]; (* 32-bit read *) EDX ← 0; FI; ELSE IF (*64-bit Intel processor based on Intel NetBurst microarchitecture with L3 *) THEN IF (ECX[30:0] = 18:25 ) EAX ← PMC(ECX[30:0])[31:0]; (* 32-bit read *) EDX ← 0; FI; ELSE (* Invalid PMC index in ECX[30:0], see Table 4-19. *) GP(0); FI; ELSE (* CR4.PCE = 0 and (CPL = 1, 2, or 3) and CR0.PE = 1 *) #GP(0); FI;
None.
| #GP(0) | If the current privilege level is not 0 and the PCE flag in the CR4 register is clear. |
| If an invalid performance counter index is specified (see Table 4-16). | |
| #UD | If the LOCK prefix is used. |
| #GP | If an invalid performance counter index is specified (see Table 4-16). |
| #UD | If the LOCK prefix is used. |
| #GP(0) | If the PCE flag in the CR4 register is clear. |
| If an invalid performance counter index is specified (see Table 4-16). | |
| #UD | If the LOCK prefix is used. |
Same exceptions as in protected mode.
| #GP(0) | If the current privilege level is not 0 and the PCE flag in the CR4 register is clear. |
| If an invalid performance counter index is specified (see Table 4-16). | |
| #UD | If the LOCK prefix is used. |


My Favourite Things
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My Favourite Foods are:
chicken
pilau
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What I like
I like gaming alot and spending time with my friends
check out
my favourite websites
:
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October: Israel’s Unemployment Rate Reaches Historic Low
by Arye Green / TPSIsrael’s unemployment rate fell to a record low of 3.4% in October, according to Israel’s Central Bureau of Statistics (CBS), indicating a resilient job market.
In September, the unemployment rate was 3.6%, a record Israel reached twice before, and the continued decline brought the Israeli job market to its lowest figure in recent decades.
The unemployment rate among men stood at 3.1% while women’s unemployment measured at 3.7%.
However, the labor force participation rate for ages 15 and over in Israel declined in October from 61.2% to 60.6%.
The combination of low unemployment and relatively low labor force participation is unique to Israel, where certain sectors have traditionally refrained from participating in the workforce. Two sectors in which employment has historically been relatively low are Arab women and Ultra-Orthodox (Haredi) men.
The employment in both sectors has improved significantly over the past decade; however, the improvement seems to have recently stagnated for Haredi men.
Finance Minister Moshe Kahlon responded to the low unemployment figure, saying it is a sign of resilience for the Israeli economy and social fabric.
“This morning, we received news of the historic low level of unemployment. Low unemployment indicates a strong economy and, more importantly, a strong society. Everyone wants to get up in the morning, go to work, and support their family respectfully. I am delighted and proud of this important figure, which has both an economic element and a social one,” he said.


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I graduated from Harcourt Butler Technical University Kanpur with Information Technology major in the year 2021. During my undergraduation I interned with HackerEarth where I was working as a Content Analyst Intern and was awarded with the SPOT award for outstanding contribution, prior to that I was working with Nettyffy Technologies as a Software Developer, there I worked on a chrome plugin that is published on Chrome Web Store. After completing my graduate coursework I joined Paytm as a full-time Software Engineer. During my tenure at Paytm, I was awarded with the Paytm RockStar Award for outstanding contribution during the quarter Oct'21 - Dec'21. Currently I'm working with Walmart Global Tech as a Software Engineer primarily in the area of backend development. I have keen interest in the area of Java Full Stack Development, Distributed Computing, Cloud Technologies, Data Structures and Algorithms. My preferred tech stack includes but not limited to Java, JavaScript (Node JS), Spring Boot. For a detailed list of my projects and achievements, check out my CV.
• Working as a backend engineer (IN2) in an Agile environment in a team comprising of Engineers and Data Scientists in the Supply Chain Department under the umbrella of Sam's Club Tech. • Developed and integrated scalable REST web services with internal services using Java8 and Spring Boot framework. • Designed and implemented a multi-threaded job scheduler based on Producer and Consumer which is used to fetch data periodically from a NoSQL database and upload it in the form of attachment thereby working as notification service. • Designed and developed APIs to manage Databricks Job Workflows, integrated them with internal services. • Designed and developed robust APIs for an upgraded version of the application. • Wrote unit test cases using JUnit and Mockito to ensure more than 90% code coverage. • Tech Stack - Java8, Spring Boot, Multithreaded Development, Azure Cosmos, Azure Databricks, Junit4, Mockito
• Worked with the Paytm Insurance Team as a Backend Engineer for Health and Life Vertical • Bagged RockStar award within first year • Added new features to the Paytm Health Insurance Portal • Reduced response time of feature APIs by 75% • Collaborated with cross-functional teams Product, QA and UI • Integrated partner APIs with Paytm Insurance APIs • Monitored Paytm Insurance portal for potential vulnerabilities by triggering alerts. • Performed unit testing of APIs using Mocha to ensure 100% code coverage. • Mentored Interns to guide them deliver assigned tasks. • Tech Stack - Node.js, MySQL, Redis, Thanos, Grafana, Kibana, Ubuntu
• Created and Curated questions for the Library and Hiring
Challenges in multiple technologies.
• Reviewed HackerEarth's existing Library questions for
technical errors.
• Added JavaScript code stubs (partial codes) to the code
editor of algorithmic problems.
• Developed a chrome-plugin for Nettyfy Technologies to
scrape website.
• Plugin published in Chrome Web Store.
• Technology I had worked on includes JS, Vue JS, Strapi
(CMS).
• Interned with Computer Vision and Biometrics Lab (CVBL) IIIT Allahabad
• Worked on a project Image Colorization via Compression using Deep Learning.
• Designed an Autoencoder Network to colorize grayscale images and thereby compress it.
• Trained an autoencoder network on CIFAR-10 dataset.
• Implemented research papers related to Image Compression, Colorization published in reputed conferences CVPR, IEEE.
CGPA: 8.337 (FIRST DIVISION WITH HONOURS)
Percentage- 88.5%
Percentage- 91.2%
Apart from my undergraduate coursework, I enjoy most of my time being outdoors. I enjoy interacting with new people to know what's happening around the world. Also I like to read books.
When forced indoors, I follow a number of sci-fi and fantasy genre movies and television shows, I am an aspiring software engineer, and I spend a large amount of my free time exploring the latest technology advancements in the world of computer science.
Participated in Two Weeks Summer Training Program on "Introduction to Core Java,Web and Android Studio" organized by Training and Placement Cell of HBTU KANPUR during July 09-21,2018 under TEQIP-III
© Animesh Shukla | Last updated Jun 17, 2023


Banana
Soft, sweet and delicious, the banana is a popular choice for breakfast, snacks or any time of the day. The vibrant yellow peel provides natural protection while storing, and is a great indicator of when the fruit is ready to eat!
Sold in bunches
Spinach
Spinach is a widely cultivated edible Asian plant of the goosefoot family, with large, dark green leaves that are eaten raw or cooked as a vegetable. Add layers of spinach to your next lasagna recipe. Pine nuts are a great addition to cooked spinach.  The longer you cook them the sweeter they taste. These versatile onions can be used for a variety of recipes.
3 lb container
Avocado
As part of guacamole, in a salad or on a bun, avocados can be used in a wide variety of recipes. In many South American countries, avocados are added to milkshakes, made into juice and are a staple for many dips. Many salads also use chopped up avocados in combination with tomatoes, onions and olives.
pack of 5


Our live chat assisstance used an api which can only run once our website is connected to a server. Due to the time constraint we have decided against setting up the server at this point in time. Consequently, live chat asssistance launch date is currenctly tbd.


Preparation time
less than 30 mins
Cooking time
10 to 30 mins
Serves
Serves 8
Dietary
Make this simple tart in the summer when tomatoes are at their best. Serve with a green salad for a quick lunch.
Preheat the oven to 180C/350F/Gas 4.
Place the puff pastry on a non-stick baking sheet. Prick all over with a fork, leaving a 1inc/2cm border around the edge.
Spread the jar of pesto over the pastry base, being careful not to cover the border. Then lie the tomatoes on top of the pesto, overlapping slightly. Season generously with sea salt and freshly ground black pepper.
Bake in the oven for 15-20 minutes or until the pastry border is crisp and golden and the tomatoes are soft.
Dress the salad with two tbsp of olive oil and the lemon juice, season generously with salt and freshly ground black pepper and mix well.
To serve, cut into the tart into slices. Place the salad in the centre of each serving plate and place a slice of tart on top. Finish with a drizzle of olive oil.


{% extends "layout.html" %} {% block content %}
https://github.com/wenzhixin/bootstrap-table
Copyright (c) 2012-2016 Zhixin WenHighlight.jsPermission is hereby granted, free of charge, to any person obtaining a copy of this software and associated documentation files (the "Software"), to deal in the Software without restriction, including without limitation the rights to use, copy, modify, merge, publish, distribute, sublicense, and/or sell copies of the Software, and to permit persons to whom the Software is furnished to do so, subject to the following conditions: The above copyright notice and this permission notice shall be included in all copies or substantial portions of the Software.  IN NO EVENT SHALL THE AUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE.
https://github.com/isagalaev/highlight.js
Copyright (c) 2006, Ivan Sagalaev All rights reserved. Redistribution and use in source and binary forms, with or without modification, are permitted provided that the following conditions are met: * Redistributions of source code must retain the above copyright notice, this list of conditions and the following disclaimer. * Redistributions in binary form must reproduce the above copyright notice, this list of conditions and the following disclaimer in the documentation and/or other materials provided with the distribution. * Neither the name of highlight.js nor the names of its contributors may be used to endorse or promote products derived from this software without specific prior written permission.


|
JavaTM 2 Platform Standard Ed. 5.0 |
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| SUMMARY: NESTED | FIELD | CONSTR | METHOD | DETAIL: FIELD | CONSTR | METHOD |
public interface SortedMap<K,V>
A map that further guarantees that it will be in ascending key order, sorted according to the natural ordering of its keys (see the Comparable interface), or by a comparator provided at sorted map creation time. This order is reflected when iterating over the sorted map's collection views (returned by the entrySet, keySet and values methods). Several additional operations are provided to take advantage of the ordering. (This interface is the map analogue of the SortedSet interface.)
All keys inserted into a sorted map must implement the Comparable interface (or be accepted by the specified comparator). Furthermore, all such keys must be mutually comparable: k1.compareTo(k2) (or comparator.compare(k1, k2)) must not throw a ClassCastException for any elements k1 and k2 in the sorted map. Attempts to violate this restriction will cause the offending method or constructor invocation to throw a ClassCastException.
Note that the ordering maintained by a sorted map (whether or not an explicit comparator is provided) must be consistent with equals if the sorted map is to correctly implement the Map interface. (See the Comparable interface or Comparator interface for a precise definition of consistent with equals.) This is so because the Map interface is defined in terms of the equals operation, but a sorted map performs all key comparisons using its compareTo (or compare) method, so two keys that are deemed equal by this method are, from the standpoint of the sorted map, equal. The behavior of a tree map is well-defined even if its ordering is inconsistent with equals; it just fails to obey the general contract of the Map interface.
All general-purpose sorted map implementation classes should provide four "standard" constructors: 1) A void (no arguments) constructor, which creates an empty sorted map sorted according to the natural order of its keys. 2) A constructor with a single argument of type Comparator, which creates an empty sorted map sorted according to the specified comparator. 3) A constructor with a single argument of type Map, which creates a new map with the same key-value mappings as its argument, sorted according to the keys' natural ordering. 4) A constructor with a single argument of type sorted map, which creates a new sorted map with the same key-value mappings and the same ordering as the input sorted map. There is no way to enforce this recommendation (as interfaces cannot contain constructors) but the JDK implementation (TreeMap) complies.
This interface is a member of the Java Collections Framework.
Map
,
TreeMap
,
SortedSet
,
Comparator
,
Comparable
,
Collection
,
ClassCastException
| Nested Class Summary |
|---|
| Nested classes/interfaces inherited from interface java.util.Map |
|---|
Map.Entry<K,V> |
| Method Summary | |
|---|---|
Comparator<? super K> |
comparator()
Returns the comparator associated with this sorted map, or null if it uses its keys' natural ordering. |
K |
firstKey()
Returns the first (lowest) key currently in this sorted map. |
SortedMap<K,V> |
headMap(K toKey)
Returns a view of the portion of this sorted map whose keys are strictly less than toKey. |
K |
lastKey()
Returns the last (highest) key currently in this sorted map. |
SortedMap<K,V> |
subMap(K fromKey,
K toKey)
Returns a view of the portion of this sorted map whose keys range from fromKey, inclusive, to toKey, exclusive. |
SortedMap<K,V> |
tailMap(K fromKey)
Returns a view of the portion of this sorted map whose keys are greater than or equal to fromKey. |
| Methods inherited from interface java.util.Map |
|---|
clear, containsKey, containsValue, entrySet, equals, get, hashCode, isEmpty, keySet, put, putAll, remove, size, values |
| Method Detail |
|---|
Comparator<? super K> comparator()
SortedMap<K,V> subMap(K fromKey, K toKey)
The map returned by this method will throw an IllegalArgumentException if the user attempts to insert a key outside the specified range.
Note: this method always returns a half-open range (which includes its low endpoint but not its high endpoint). If you need a closed range (which includes both endpoints), and the key type allows for calculation of the successor a given key, merely request the subrange from lowEndpoint to successor(highEndpoint). For example, suppose that m is a map whose keys are strings. The following idiom obtains a view containing all of the key-value mappings in m whose keys are between low and high, inclusive:
Map sub = m.subMap(low, high+"\0");A similarly technique can be used to generate an open range (which contains neither endpoint). The following idiom obtains a view containing all of the key-value mappings in m whose keys are between low and high, exclusive:
Map sub = m.subMap(low+"\0", high);
fromKey
- low endpoint (inclusive) of the subMap.toKey
- high endpoint (exclusive) of the subMap.
ClassCastException
- if fromKey and toKey
cannot be compared to one another using this map's comparator
(or, if the map has no comparator, using natural ordering).
Implementations may, but are not required to, throw this
exception if fromKey or toKey
cannot be compared to keys currently in the map.
IllegalArgumentException
- if fromKey is greater than
toKey; or if this map is itself a subMap, headMap,
or tailMap, and fromKey or toKey are not
within the specified range of the subMap, headMap, or tailMap.
NullPointerException
- if fromKey or toKey is
null and this sorted map does not tolerate
null keys.SortedMap<K,V> headMap(K toKey)
The map returned by this method will throw an IllegalArgumentException if the user attempts to insert a key outside the specified range.
Note: this method always returns a view that does not contain its (high) endpoint. If you need a view that does contain this endpoint, and the key type allows for calculation of the successor a given key, merely request a headMap bounded by successor(highEndpoint). For example, suppose that suppose that m is a map whose keys are strings. The following idiom obtains a view containing all of the key-value mappings in m whose keys are less than or equal to high:
Map head = m.headMap(high+"\0");
toKey
- high endpoint (exclusive) of the subMap.
ClassCastException
- if toKey is not compatible
with this map's comparator (or, if the map has no comparator,
if toKey does not implement Comparable).
Implementations may, but are not required to, throw this
exception if toKey cannot be compared to keys
currently in the map.
IllegalArgumentException
- if this map is itself a subMap,
headMap, or tailMap, and toKey is not within the
specified range of the subMap, headMap, or tailMap.
NullPointerException
- if toKey is null and
this sorted map does not tolerate null keys.SortedMap<K,V> tailMap(K fromKey)
The map returned by this method will throw an IllegalArgumentException if the user attempts to insert a key outside the specified range.
Note: this method always returns a view that contains its (low) endpoint. If you need a view that does not contain this endpoint, and the element type allows for calculation of the successor a given value, merely request a tailMap bounded by successor(lowEndpoint). For example, suppose that suppose that m is a map whose keys are strings. The following idiom obtains a view containing all of the key-value mappings in m whose keys are strictly greater than low:
Map tail = m.tailMap(low+"\0");
fromKey
- low endpoint (inclusive) of the tailMap.
ClassCastException
- if fromKey is not compatible
with this map's comparator (or, if the map has no comparator,
if fromKey does not implement Comparable).
Implementations may, but are not required to, throw this
exception if fromKey cannot be compared to keys
currently in the map.
IllegalArgumentException
- if this map is itself a subMap,
headMap, or tailMap, and fromKey is not within the
specified range of the subMap, headMap, or tailMap.
NullPointerException
- if fromKey is null and
this sorted map does not tolerate null keys.K firstKey()
NoSuchElementException
- if this map is empty.K lastKey()
NoSuchElementException
- if this map is empty.
|
JavaTM 2 Platform Standard Ed. 5.0 |
|||||||||
| PREV CLASS NEXT CLASS | FRAMES NO FRAMES | |||||||||
| SUMMARY: NESTED | FIELD | CONSTR | METHOD | DETAIL: FIELD | CONSTR | METHOD |
Copyright © 2004, 2010 Oracle and/or its affiliates. All rights reserved. Use is subject to license terms. Also see the documentation redistribution policy.


The fastest and most versatile JavaScript EXIF reading library.
Check out the repo or npm for docs and more information.
${error}
${rawOutput | json}
You can find more examples here in the GitHub repo.
MIT, Mike Kovařík


Welcome To YukEcm
ServerAddress
Username
Password
Login
Login Fail. check Your id or PassWord. Maybe Not Connected To Server. Detail Message in Server Log.


{{loginError}}
Username is required.
Password is required.
Forgot Password?
Don't have an account? Create one now.


There are 0 female GPs and 3 male GPs.
| GP's name | Specialties |
|---|---|
| Dr Randhawa | Palliative Care, Joint injections, Rheumatology, Diabetes, Asthma |
| Dr Surinderjit Singh | Palliative Care, Minor Surgery, Diabetes, Dermatology |
| Dr John Michael Berridge | Asthma, Diabetes, Minor Surgery, Musculo-Skeletal Medicine, Joint injections |


Automation Recording
- If you adjust the faders while playing, then the automation
curves are overwritten with the new values
- If you simply hold the mouse button down on the slider, without
moving it, while playing the audio, then the values are overwritten
- While you're holding the slider (with the mouse button down), it
should never automatically move due to the automation curve changes
- If you loop the audio then it should continue to behave as
expected - new automation points should only be created when you
are touching the slider


--- layout: post status: publish published: true title: Edwin Lester - Episode 8.01 author: display_name: Corey Fineran login: Corey email<EMAIL_ADDRESS>url: '' author_login: Corey author_email<EMAIL_ADDRESS>wordpress_id: 11675 wordpress_url: http://ivyenvy.com/?p=11675 date: '2016-02-22 21:32:57 +0000' date_gmt: '2016-02-23 03:32:57 +0000' categories: - Podcast - Spring Training tags: [] comments: - id: 21912 author: HumanCannonball author_email: '' author_url: '' date: '2016-02-24 09:47:16 +0000' date_gmt: '2016-02-24 15:47:16 +0000' content: Hey guys ... update on MLB.TV ... I called to find out if the MLB Audio app is included with the "Single" team MLB.TV package. They told me that it was included but only for the team you purchased. I also emailed the question just to make double sure and was told the same thing. Keep up the good work, GO CUBS! - id: 22802 author: HumanCannonball author_email: '' author_url: '' date: '2016-04-14 08:17:17 +0000' date_gmt: '2016-04-14 13:17:17 +0000' content: HumanCannonball UPDATE --- I am unable to listen to games now that the season has started. I have an open support ticket with MLB. I forwarded them the email that told me I would be able to listen to games also. Grrrr..... ---
Welcome to the 1st episode of the 8th season of the Ivy Envy Podcast. On this episode, we talk about some of the storylines coming out of Mesa so far this Spring Training. The position players haven't officially reported yet, although most of them are there, and there's already the typical Spring Training storylines. Arrieta will avoid running out of gas late in the season, Kris Bryant's swing isn't as steep and Joe Maddon intends to keep the players' heads in the right place.


Plugins
Vagrant comes with many great features out of the box to get your environments up and running. Sometimes, however, you want to change the way Vagrant does something or add additional functionality to Vagrant. This can be done via Vagrant plugins.
Plugins are powerful, first-class citizens that extend Vagrant using a well-documented, stable API that can withstand major version upgrades.
In fact, most of the core of Vagrant is implemented using plugins. Since Vagrant dogfoods its own plugin API, you can be confident that the interface is stable and well supported.
Use the navigation on the left below the "Plugins" section to learn more about how to use and build your own plugins.


CITY OF JOY A film review by Jyothi Rengarajan Copyright 1992 Jyothi Rengarajan
I sat through Roland Joffe's CITY OF JOY at Pittsburgh and felt anger and irritation among other things. It is, not surprisingly, a condescending, patronising and self-important depiction, loosely based on Lapiere's novel of the same name.
The film was made with a glaring lack of sensitivity and understanding of India. It is sad that even after 500 years of contact with our civilization, the western psyche cannot come to terms with an iota of what makes up our subcontinent. Joffe has made the not uncommon blunder of earnestly believing that he understands poverty and suffering, that he can feel the pulse of the "real" India, that he can discern the hope and love and the human bonding that triumphs through the murkiness of the, I quote from the film, "cesspool of a country." He proceeds to tell his tale of love and woe through terrible stereotypes, cliches and nauseating moralizing. He romanticises poverty and gives us a glimpse of the "purity" and "uplifting" qualities it fosters. The fact the the film appeared to have been shot largely in the studio did not help in establishing credibility.
Swayze as the young, dis-spirited American doctor who finds a reason to live from experiencing life on the edge at the city of joy is hopelessly miscast. Collins, as the wonder-woman, dedicated to uplifting the destitute and downtrodden, determined to change centuries of tradition and superstition with amazing zeal is simply not believable. Her dialogues are ridden with cliches and dripping sentiments.  And of course there were the usual sub-plots about dowry and saving up every possible paisa for the sweet beti.
Personally, I was surprised that Swayze was passable. However, he cannot help that he looks ridiculous in a "serious" role. From his recent interviews it is obvious that he considers himself to be quite a hero to have survived India and the much publicised bomb-attack during the protests in Calcutta. The only real acting was displayed by the various Indians of the cast. Om Puri and Shabana Azmi maintained their good standards.
The film has all the ingredients of a good masala movie except that it tries to make a *point*, you see. About India, about Poverty, about Love, Salvation, Hope, Inner Strength, about Adversity; about Good and Evil, the former of course triumphing over the latter. Hurrah for the poor rickshaw puller Hasari and his brave little family! Hurrah for the lepers! Hurrah for dear Joan and a BIG Hurrah for our dashing, hot-blooded doctor who finds the meaning of life through all of the above. How deep, how profound. We, as Indians should all be grateful to Joffe for teaching us these important lessons about our country.
.
The review above was posted to the
rec.arts.movies.reviews newsgroup (de.rec.film.kritiken for German reviews).
The Internet Movie Database accepts no responsibility for the contents of the
review and has no editorial control. Unless stated otherwise, the copyright
belongs to the author.
Please direct comments/criticisms of the review to relevant newsgroups.
Broken URLs inthe reviews are the responsibility of the author.
The formatting of the review is likely to differ from the original due
to ASCII to HTML conversion.
Related links: index of all rec.arts.movies.reviews reviews


Disallows usage of variables before their declaration.
This rule is primarily useful when using the var
keyword -
the compiler will detect if a let
and const
variable is used before it is declared.
Not configurable.
"no-use-before-declare": true
{}


I'll fess up. This exercise has been deactivated. For whatever reason, it worked fine on OS X but somehow happens to break the app on computers running Ubuntu Linux. Yeah, pretty bad, I know. If you're on a Mac, or you're feeling ambitious and you want to have a go at fixing whatever is causing RSWA to fail, please uncomment everything in forms.py and views.py.
There is a thread on Stack Overflow about this frustrating little problem, and you can always get in touch with us if you want to talk to us about it.


Sedan 1 - 2 Passengers
Minivan 3 - 5 Passengers
Luxury 1 - 2 Passengers [Premium]
Off-Road 2 - 3 Passengers [Premium]


|
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| SUMMARY: NESTED | FIELD | CONSTR | METHOD | DETAIL: FIELD | CONSTR | METHOD |
java.lang.Object org.gwoptics.graphics.Renderable org.gwoptics.graphics.graph3D.SquareGridMesh
public class SquareGridMesh
SquareGridMesh is a square shaped grid with variable resolution along both sides. Each point can have its height set allowing surfaces to be generated. This object is originally designed to work with the SurfaceGraph3D control, but is Usable without this for other purposes.
Each point is coloured according to a supplied IColourmap, solid fill colour or by wireframe. The colour and point positions are both stored in 2 arrays. Default values are a resolution along both sides of 10 squares each 10 units in length.
Important Note: It must be noted that although due to notation the Z axis points upwards, in world space the Y axis points up. Therefore Z <-> Y when it comes to plotting data.
Renderable
,
IColourmap
| Field Summary | |
|---|---|
GWColour |
fillColour
If no colourmap is provided this is the fill colour for the grid. |
boolean |
isColoured
Specifies whether to use a colourmap to colour each vertex |
boolean |
isFilled
States whether to fill the grid using fillColour. |
boolean |
isStroked
States whether to stroke the grid using strokeColour. |
GWColour |
strokeColour
If no colourmap is provided this is the stroke colour for the grid. |
| Fields inherited from class org.gwoptics.graphics.Renderable |
|---|
position |
| Constructor Summary | |
|---|---|
SquareGridMesh(int X,
int Y,
float dx,
float dz,
processing.core.PApplet parent)
Allows user to specify dimensions of the grid needed. |
| Method Summary | |
|---|---|
void |
draw()
|
float |
getLength()
|
float |
getWidth()
|
float |
getZValue(int X,
int Y)
Returns height of point at index X and Y. |
void |
setVertexColour(int X,
int Y,
GWColour c)
Sets the colour of a given point at indexes X and Y. |
void |
setZValue(int X,
int Y,
float Z)
This function sets the Z value of a given point at X and Y. |
int |
sizeX()
Returns number of squares along X side. |
int |
sizeY()
Returns number of squares along Z side. |
| Methods inherited from class org.gwoptics.graphics.Renderable |
|---|
setParent |
| Methods inherited from class java.lang.Object |
|---|
equals, getClass, hashCode, notify, notifyAll, toString, wait, wait, wait |
| Field Detail |
|---|
public boolean isColoured
public GWColour strokeColour
public boolean isFilled
public GWColour fillColour
public boolean isStroked
| Constructor Detail |
|---|
public SquareGridMesh(int X, int Y, float dx, float dz, processing.core.PApplet parent)
X
- number of squares along the x axisY
- number of squares along the y axisdx
- size of square in x directiondy
- size of square in y directionparent
- PApplet that the grid is rendered in| Method Detail |
|---|
public float getWidth()
public float getLength()
public void setZValue(int X, int Y, float Z)
X
- Y
- Z
- public void setVertexColour(int X, int Y, GWColour c)
X
- Y
- c
- public float getZValue(int X, int Y)
public void draw()
draw
in interface IRenderable
draw
in class Renderable
public int sizeX()
public int sizeY()
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JEBUSITE/PRE-ISRAELITE
FIRST TEMPLE PERIOD
(1000 – 586BCE)
SECOND TEMPLE PERIOD
(515BCE – 70CE)
PAGAN CITY
(135CE – 324CE)
CHRISTIAN/BYZANTIAN CITY
(324 – 638)
BAYT AL-MAQDIS
(638 – 1099)
FIRST KINGDOM OF JERUSALEM
(1099 – 1187)
AYYUBID CONTROL
(1187 – 1250)
MAMLUK PERIOD
(1250 – 1517)
OTTOMAN PERIOD
(1517 – 1917)
BRITISH MANDATE
(1921 – 1923)
UN PARTITION PLAN
(1947)
TERRITORIES OCCUPIED BY ISRAEL
(1967)
JERUSALEM OCCUPIED BY ISRAEL
(1967)


PING PONG A film review by Jeff Meyer Copyright 1987 Jeff Meyer
Seen at the Seattle Film Festival: PING PONG (Great Britain, 1986) Director: Po Chih Leong Screenwriter: Jerry Liu Cast: Lucy Sheen, David Yip, Robert Lee, Lam Fund, Victor Kan
I'll be darned.... Another 'A' film, to take its place alongside AMAZING GRACE AND CHUCK, MY LIFE AS A DOG, and WEAPONS OF THE SPIRIT. The name of this film is PING PONG, and it tells the story of Sam Wong, an elderly Chinese patriarch living in England who dies and leaves an explicit and aggravating will behind him. Called in to supervise the carrying out of the will is Elaine Choi (Lucy Sheen), a young law clerk who is Chinese only by her birth--she possesses little of the customs or culture of her native land, and is forced to come face to face with much of these customs (and the way they clash with modern English life) through her efforts to have the will executed. The story is told with a good eye for the humor of many of the situations she finds herself in (as well as the clashes in cultures), as Elaine tries to bring the threads of the deposition of Sam's wishes together. Blocking her are Sam's two sons, one ostracized by his choice of an Anglo wife, the other because of his renouncement of Chinese customs (he is a blatant Oxford man, and he runs an Italian restaurant). Also, Sam's wife, who wishes one son to take over Sam's restaurant, and another to accompany Sam's body back to China. Also, a daughter by an earlier marriage wants to receive more than what she was given in the terms of the will, and her husband, who deals in illegal gambling, wants to use the restaurant to further his games. And finally, a hilariously out-of-touch old friend of Sam's, who thinks the authorities have been trying to extradite him for the last thirty years, despite his citizenship. Elaine must try to get both the signatures, and the agreement, of all these parties.
Along with the humor of the film, several other elements compete for attention: a strain of suspense, in relation to the gambling husband, and a large portion of mysticism, which appears in the oddest places, especially around a Chinese TV series about a Woman Warrior, and the farm that the old friend of Sam's has inherited. Finally, there is the mystery of who Sam Wong was phoning before his death--his body is found in a phone booth behind his restaurant. However, the clues in this mystery are not hidden documents or bloodstains; they are touches of Chinese mysticism which lie just below the surface of the world Elaine finds herself in, and she cannot begin to solve the mystery until she begins to acknowledge the existence of this Chinese magic.
Several plot threads seem disparate during the course of the film; it is impressive how they are fused and molded into the delightful conclusion of this film. The cinematography and editing of this film are wonderful; I wouldn't have expected it in a film of this type--I think that much of the Chinese mysticism would never come off it without the wonderful shots inside the church, and the concluding scenes on the farm. The acting ranges from good to suburb, the latter in the actor who plays the elderly, slightly out-of-touch friend of Sam's who thinks all Anglos are after him to deport him. Lucy Sheen is not outstanding, but her air of level-headedness and slow delight in the people she must deal with are perfect for a character who is the central thread to this story. It is an essential part, and she carries it out well capably.
But finally, the director Po Chih Leong must be given the greatest amount of credit, for making the conclusion of this film so emotionally satisfying-- the past and the present cultures are resolved in both the characters and the mystery of Sam Wong's passing. One of the best endings I can remember in months--clever and tremendously satisfying.
An 'A' film--of any of the films at the festival, this is the one I would like to see again soonest (like RIGHT NOW). I suspect that it may be better the second time around, that there was enough cleverly-hidden symbolism that I missed it the first time. Perhaps not as emotionally satisfying as AMAZING GRACE AND CHUCK or MY LIFE AS A DOG, but close, and even more intellectually satisfying.
Moriarty, aka Jeff Meyer INTERNET<EMAIL_ADDRESS>Manual UUCP: {uw-beaver, sun, allegra, hplsla, lbl-csam}!fluke!moriarty
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Crime and Justice Chart of the Week
Test page
Matt Ashby · 2019.4.30
print("Hello, World!")
## [1] "Hello, World!"


Routines in the Builder contain any number of components, which typically define the parameters of a stimulus or an input/output device.
The following components are available, as at version 1.65, but further components will be added in the future including Parallel/Serial ports and other visual stimuli (e.g. GeometricStim).
Most of the entry boxes for Component parameters simply receive text or numeric values or lists (sequences of values surrounded by square brackets) as input. In addition, the user can insert variables and code into most of these, which will be interpreted either at the beginning of the experiment or at regular intervals within it.
To indicate to PsychoPy that the value represents a variable or python code, rather than literal text, it should be preceded by a $. For example, inserting intensity into the text field of the Text Component will cause that word literally to be presented, whereas $intensity will cause python to search for the variable called intensity in the script.
Variables associated with Loops can also be entered in this way (see Accessing loop parameters from components for further details). But it can also be used to evaluate arbitrary python code.
For example:
- $random(2)
will generate a pair of random numbers
- $”yn”[randint(2)]
will randomly choose the first or second character (y or n)
- $globalClock.getTime()
will insert the current time in secs of the globalClock object
- $[sin(angle), cos(angle)]
will insert the sin and cos of an angle (e.g. into the x,y coords of a stimulus)
If you do want the parameters of a stimulus to be evaluated by code in this way you need also to decide how often it should be updated. By default, the parameters of Components are set to be constant; the parameter will be set at the beginning of the experiment and will remain that way for the duration. Alternatively, they can be set to change either on every repeat in which case the parameter will be set at the beginning of the Routine on each repeat of it. Lastly many parameters can even be set on every frame, allowing them to change constantly on every refresh of the screen.


In a traditional stand-alone transactional application, consistency means that a transaction takes the database from one consistent state to another. What defines a consistent state is application-specific. This transition is made atomically, that is, either all the operations that constitute the transaction are performed, or none of them are. JE HA supports this type of transactional consistency both on the Master, as well as on the Replicas as the replication stream is replayed. That is, in the absence of failures, the Replicas will see exactly the same sequence of transitions, from one consistent state to another, as the Master.
A JE HA application must additionally concern itself with the data consistency of the Replica with respect to the Master. In a distributed system like JE HA, the changes made at the Master are not always instantaneously available at every Replica, although they eventually will be. For example, consider a three node group, containing only Electable nodes, where a change is made on the Master and the transaction is committed with a durability policy requiring acknowledgments from a simple majority of nodes. After a successful commit of this transaction, the changes will be available at the Master and at one other Replica, thus satisfying the requirement for a simple majority of acknowledgments. The state of the Master and the acknowledging Replica will be consistent with each other after the transaction has been committed, but the transaction commit makes no guarantees about the state of the third Replica after the commit.
In general, Replicas not directly involved in contributing to the acknowledgment of a transaction commit will lag in the replay of the replication stream because they do not synchronize their commits with the Master. As a consequence, their state, on an instantaneous basis, may not be current with respect to the Master. However, in the absence of further updates, all Replicas will eventually catch up and reflect the instantaneous state of the Master. This means that a Replica which is not consistent with the Master simply reflects an earlier locally consistent state at the Master because transaction updates on the Replica are always applied, atomically and in order. From the application's perspective, the environment on the Replica goes through exactly the same sequence of changes to its persistent state as the Master.
A Replica may similarly lag behind the Master if it has been down for some period of time and was unable to communicate with the Master. Such a Replica will catch up, when it is brought back up and will eventually become consistent with the Master.
Given the distributed nature of a JE HA application, and the fact that some nodes might lag behind the Master, the question you have to ask yourself is how long will it take for that node to be consistent relative to the Master. More to the point: how far behind the Master are you willing to allow the node to lag?
This should be one of your biggest concerns when it comes to architecting a JE HA application.
You define how current the nodes in your replication group must be by defining a consistency policy. You define your consistency policy using an implementation of the ReplicaConsistencyPolicy interface. This interface allows you to define how current the Replica must be before a transaction can be started on the Replica. (Remember that all read operations are performed within a transaction.) If the Replica is not current enough, then the start of that transaction is delayed until that level of consistency has been reached. This means that Replicas that are not current enough will block read operations until they are brought up to date.
Obviously your consistency policy can have an affect on your Replica's read performance by increasing the latency experienced by read transactions. This is because transactions may have to wait to either begin or commit until the consistency policy can be satisfied. If the consistency policy is so stringent that it cannot be satisfied using the available resources, the Replica's availability for reads may deteriorate as transactions timeout. A Durability.SyncPolicy.SYNC policy on the Replica can slow down write operations on the Replica, making it harder for the Replica to meet its consistency guarantee. Conversely, a Durability.SyncPolicy.NO_SYNC policy on the Replica makes it easy for the Replica to keep up, which means you can have a stronger consistency guarantee.
One of three interface implementations are available for you to use when defining your consistency policy:
No consistency policy is enforced. This policy allows a transaction on a Replica to proceed regardless of the state of the Replica relative to the Master. This policy can also be used to access a database when the replication node is in a DETACHED state.
Defines how far back in time the Replica is permitted to lag the Master.
Defines consistency in terms of a specified commit token. That is, the Replica must be at least as current as the CommitToken provided to this class.
You set a consistency policy by using ReplicationConfig.setConsistencyPolicy(). For example:
EnvironmentConfig envConfig = new EnvironmentConfig();
envConfig.setAllowCreate(true);
envConfig.setTransactional(true);
// Require no synchronization for transactional commit on the
// Master, but full synchronization on the Replicas. Also,
// wait for acknowledgements from a simple majority of Replicas.
Durability durability =
new Durability(Durability.SyncPolicy.NO_SYNC,
Durability.SyncPolicy.SYNC,
Durability.ReplicaAckPolicy.SIMPLE_MAJORITY);
envConfig.setDurability(durability);
// Identify the node
ReplicationConfig repConfig =
new ReplicationConfig("PlanetaryRepGroup",
"Jupiter",
"jupiter.example.com:5002");
// Use the node at mercury.example.com:5001 as a helper to find the rest
// of the group.
repConfig.setHelperHosts("mercury.example.com:5001");
// Turn off consistency policies. Transactions can occur
// regardless of how consistent the Replica is relative
// to the Master.
NoConsistencyRequiredPolicy ncrp =
new NoConsistencyRequiredPolicy();
repConfig.setConsistencyPolicy(ncrp);
ReplicatedEnvironment repEnv =
new ReplicatedEnvironment(home, repConfig, envConfig);
Note that the consistency policy is set on a node-by-node basis. There is no requirement that you set the same policy for every node in your replication group.
You can also set consistency policies on a transaction-by-transaction basis when you begin the transaction:
// Turn off consistency policies. The transactions can // be performed regardless of how consistent the Replica is // relative to the Master. NoConsistencyRequiredPolicy ncrp = new NoConsistencyRequiredPolicy(); TransactionConfig tc = new TransactionConfig(); tc.setConsistencyPolicy(ncrp); // env is a ReplicatedEnvironment handle env.beginTransaction(null, tc);
A time consistency policy is a time-oriented policy that defines how far back in time the Replica is permitted to lag the Master. It does so by comparing the time associated with the latest transaction committed on the Master with the current time. If the Replica lags by an amount greater than the permissible lag, it will hold back the start of the transaction until the Replica has replayed enough of the replication stream to narrow the lag to within the permissible lag.
Use of a time based consistency policy requires that nodes in a replication group have their clocks reasonably synchronized. This can be easily achieved using a daemon like NTPD.
You implement a time-based consistency policy by using the TimeConsistencyPolicy class. To instantiate this class, you provide it with the following:
A number representing the permissible lag.
A TimeUnit constant indicating the units of time that the permissible lag represents.
A number representing the timeout period during which a transaction will wait for the Replica to catch up so that the consistency policy can be met. If the transaction waits more than the timeout period, a ReplicaConsistencyException is thrown.
A TimeUnit constant indicating the units of time in use for the timeout value.
For example:
EnvironmentConfig envConfig = new EnvironmentConfig();
envConfig.setAllowCreate(true);
envConfig.setTransactional(true);
// Require no synchronization for transactional commit on the
// Master, but full synchronization on the Replicas. Also,
// wait for acknowledgements from a simple majority of Replicas.
Durability durability =
new Durability(Durability.SyncPolicy.NO_SYNC,
Durability.SyncPolicy.SYNC,
Durability.ReplicaAckPolicy.SIMPLE_MAJORITY);
envConfig.setDurability(durability);
// Identify the node
ReplicationConfig repConfig =
new ReplicationConfig("PlanetaryRepGroup",
"Jupiter",
"jupiter.example.com:5002");
// Use the node at mercury.example.com:5001 as a helper to find the rest
// of the group.
repConfig.setHelperHosts("mercury.example.com:5001");
// Set consistency policy for replica.
TimeConsistencyPolicy consistencyPolicy = new TimeConsistencyPolicy
(1, TimeUnit.SECONDS, /* 1 sec of lag */
10, TimeUnit.SECONDS /* Wait up to 10 sec */);
repConfig.setConsistencyPolicy(consistencyPolicy);
ReplicatedEnvironment repEnv =
new ReplicatedEnvironment(home, repConfig, envConfig);
A commit point consistency policy defines consistency in terms of the commit of a specific transaction. This policy can be used to ensure that a Replica is at least current enough to have the changes made by a specific transaction. Because transactions are applied serially, by ensuring a Replica has a specific commit applied to it, you know that all transaction commits occurring prior to the specified transaction have also been applied to the Replica.
As is the case with a time consistency policy, if the Replica is not current enough relative to the Master, all attempts to begin a transaction will be delayed until the Replica has caught up. If the Replica does not catch up within a specified timeout period, the transaction will throw a ReplicaConsistencyException.
In order to specify a commit point consistency policy, you must provide a CommitToken that is used to identify the transaction that the Replica must have in order to be current enough. Because the commit point that you care about will change from transaction to transaction, you do not specify commit point consistency policies on an environment-wide basis. Instead, you specify them when you begin a transaction.
For example, suppose the application is a web application where a replicated group is implemented within a load balanced web server group. Each request to the web server consists of an update operation followed by read operations (say from the same client), The read operations naturally expect to see the data from the updates executed by the same request. However, the read operations might have been routed to a node that did not execute the update.
In such a case, the update request would generate a CommitToken, which would be resubmitted by the browser, along with subsequent read requests. The read request could be directed at any one of the available web servers by a load balancer. The node which executes the read request would create a CommitPointConsistencyPolicy with that CommitToken and use it at transaction begin. If the environment at the web server was already current enough, it could immediately execute the transaction and satisfy the request. If not, the "transaction begin" would stall until the Replica replay had caught up and the change was available at that web server.
 Use this method after you have successfully committed the transaction that you want to base a CommitPointConsistencyPolicy upon.
For example:
Database myDatabase = null; Environment myEnv = null; CommitToken ct = null; try { ... // Environment and database setup removed for brevity ... Transaction txn = myEnv.beginTransaction(null, null); try { myDatabase.put(txn, key, data); txn.commit(); ct = txn.getCommitToken(); if (ct != null) { // Do something with the commit token to // forward it to the Replica where you // want to use it. } } catch (Exception e) { if (txn != null) { txn.abort(); txn = null; } } } catch (DatabaseException de) { // Exception handling goes here }
To create your commit point token consistency policy, transfer the commit token to the Replica performing a read using whatever mechanism that makes sense for your HA application, and then create the policy for that specific transaction handle: Note that CommitToken implements Serializable, so you can use the standard Java serialization mechanisms when passing the commit token between processes.
Database myDatabase = null; Environment myEnv = null; CommitToken ct = null; try { ... // Environment and database setup removed for brevity ... CommitPointConsistencyPolicy cpcp = new CommitPointConsistencyPolicy(ct, // The commit token 10, TimeUnit.SECONDS); // Timeout value TransactionConfig txnConfig = new TransactionConfig(); txnConfig.setConsistencyPolicy(cpcp); Transaction txn = myEnv.beginTransaction(null, txnConfig); try { // Perform your database read here using the transaction // handle, txn. txn.commit(); } catch (Exception e) { // There are quite a lot of different exceptions that can be // seen at this level, including the LockConflictException. // We just catch Exception for this example for simplicity's // sake. if (txn != null) { txn.abort(); txn = null; } } } catch (ReplicaConsistencyException rce) { // Deal with this timeout error here. It is thrown by the // beginTransaction operation if the consistency policy // cannot be met within the timeout time. } catch (DatabaseException de) { // Database exception handling goes here. } catch (Exception ee) { // General exception handling goes here. }


Objective: The objective of this very first workshop for the Fall 2017 semester was to introduce students to the basic fundamentals of Arduino and its applications.
Description: In this workshop, executive members gave a brief summary of different kinds of electronic parts that will be used from there on in the following workshops and then students were asked to create a traffic light system using the Arduino, a few LEDs, pushbuttons and a few other electronic components. Take a look below if you want to give it a go yourself!
Sources for DIY:
Arduino
Electronics
Code for Traffic Lights with or without Push Buttons
Circuit Schematic
Weekly Recap:
Objective: The objective of these two set of workshops were to teach students about how photo sensors and ultrasonic sensors worked.
Description: In this two week workshop, students were asked to measure the distance of an object placed away from the sensor using the ultrasonic sensors and Arduino. Resources used during the workshop are given below for you to try out at home!
Sources for DIY:
Arduino
BJT
pulsein()
HC-SR04 Link 1 and HC-SR04 Link 2
Code for measuring distance and much more (Part 1) and (Part 2)
Circuit Schematic
Weekly Recap:
Objective: The focus of this workshop was to introduce and teach students the applications of photoresistors and transistors, more specifically Bipolar Junction Transistors (BJTs).
Description: Transistors are everywhere around us, from using it as a switch to amplifying your everyday signals. Transistor level design which communicates with sensors is the future. In this workshop we asked students to utilize the BJTs and photoresistors to move the Arduino left or right.
Sources for DIY:
Arduino
BJT
Photoresistors
Analog Input Sample Code
Weekly Recap:
Objective: Many people wonder how DC Motors work and that was the main focus of the next two workshops. The objective was to teach students the basic fundamentals of DC Motors and their applications and also to introduce H-Bridge Circuits and the concept of Pulse Width Modulation (PWM).
Description: In this workshop we asked students to build their own H-Bridge and by utilizing pulse width modulation (PWM) within the Arduino microcontroller to try and change the direction and the speed of the DC Motor.
Sources for DIY:
Arduino
DC Motors
H-Bridge
PWM
How a DC Motor Works?
DC Motors and Universal Motors
DC Motor Speed Control using H-Bridge
Circuitry (Resistors: 4 x 330 Ohm, Transistors: 4 x 2N3904)
Weekly Recap:
Objective: The objective of this workshop was to pick from last week's workshop and continue teaching about DC Motors and ultimately get the H-Bridge to work with the DC Motor.
Description: In this workshop we continued to build the newly designed H-Bridges and utilized them to change the direction of the rotation of the DC Motor. Check out the links below to try it out yourself!
Sources for DIY:
Arduino
DC Motors
H-Bridge
PWM
DC Motor Speed Control using H-Bridge
Controlling DC Motors using Arduino and H-Bridge
Circuitry (Resistors: 4 x 330 Ohm, Transistors: 4 x 2N3904)
Weekly Recap:
Bipin is a 3rd year Biomedical Engineering student. His research interests are where Quantum Mechanics and Biomedical Engineering converge. This includes Radiation Therapy Devices, Image Analysis and Tissue Engineering. In his free time, Bipin loves to take on personal projects, his most recent being an EEG! His goal is to bring a sense of community within Ryerson FEAS, empowering and inspiring students so they can all explore self directed learning through different lenses.
Fun Facts: He loves running, taking landscape photography, and KitKat!
Yanani is a 4th year Computer Engineering student. She is excited and proud to be part of REC as a woman in engineering. She is really kind, friendly and happy to help anyone anytime. She is passionate about computer hardware. She is very involved in extra curricular activities at Ryerson and empowers female engineers, often acting as a mentor and a role model for them. She is interested in making indian song covers during her free time.
Fun Facts: She is responsible. In case engineering doesn't work out, she already has babysitting and corner of Dundas Square reserved for her amazing singing performances
Shahezad Kassam is a 3rd year Electrical Engineering student at Ryerson University. Typically working with Arduino, he creates and designs do-it-yourself projects with the microcontroller.
Stephanie is in her 3rd year of computer engineering. She loves working on small electronic and software projects on the side as well as teaching others about software and hardware. She enjoys problem solving and competitive programming. This is her second year involved with REC as Vice President and hopes it continues to be a success.
Fun Facts: In her spare time she loves to cook, read, play soccer and watch movies.
Reaz Sabbir is a 4th year electrical engineering student. He is extremely passionate about electronics and competitive programming.
Fun Fact: He is the smartest one in the group.
Krieshan is a 3rd year Computer Engineering Student at Ryerson University. His main interest in his field of study is Digital and Software Systems. He loves to play sports and play video games in his free time.
Fun Facts: His favorite sport is soccer and pizza is his number one go-to food.
Ketun is a 3rd year computer engineering student. Although in computer engineering and keeping his main focus on software and logic techonologies, he has a keen interest in electronics and their applications.
Fun Fact: This is his first legitimate website that he has worked on!
Justin is a 4th year electrical engineering returning from my IIP where he was employed as a layout designer. His work there included designing analog and digital layouts for GPUs and CPUs. He enjoys playing around with microcontrollers, so if you have any questions about microcontrollers or electronics in general feel free to approach him. He would also love to help anyone out who is stuck on a personal electronics project.
Mehali Mistry is a 4th year biomedical engineering student. Her interests lie in creating and developing biomedical devices, and is passionate about creating solutions to healthcare problems. She is currently working as a web application developer at St. Michaels and has in the past worked as a C++ developer. Her goal is to empower and inspire students to find their passions.
Fun Fact: Mehali loves sleeping!
Dhyey is an Electrical Engineering student at Ryerson University currently on his PEY. He seeks to research/ work on the engineering aspects of computer architecture, power systems/ electronics and vehicular technology especially electric vehicles. He develops projects and ideas for students to work on ensuring that the workshops are challenging everyone to further develop their skills. He is very passionate about what he studies, and loves meeting new people.
Fun Facts: Dhyey loves cars, bikes and going out on adventures to explore natural locations


Angelo Alessio pleased to have James Fowler in place before January window
Angelo Alessio believes James Fowler's return to Kilmarnock is perfectly timed as he gears up for the January sales.
Former Rugby Park favourite Fowler was appointed as Kilmarnock's first ever director of football operations earlier this week.
The club's 2012 League Cup-winning captain has been tasked with leading the club's recruitment department and has already sat down with Alessio to draw up plans for the winter transfer window.
And the Italian believes the fact that Fowler – who played over 400 games for Killie – knows the club so well will help them sniff out the best bargain buys.
Alessio said: "James has good experience. He's a club legend here. He played here for 17 years and is a familiar person at the club.
"I think he can help us in terms of scouting, recruitment, transfers, loans – everything.
"It's a massive job for him but I think we can have a good relationship.
"Did I think it was necessary to have someone in this role? For me it's strange because in England and Italy, there is a sporting director (in many clubs) and it's important for me in this moment.
"Previously in Italy I would work very closely with the sporting director. We'd speak every day about everything.
"I have to think about the market in January. It's a good challenge for James but I think he can help us.
"Football has changed a lot. For me, (this set-up) is normal.
"James knows things very well in Kilmarnock. For me it's a good (appointment) as we need a person for this job and James is a good fit.
"I've already had a good conversation with James about (what we'll do in January). It's important I work on the pitch but also to work together with James and to do our best for the club."
Killie will host a Hearts side on Saturday who still have interim boss Austin MacPhee in charge.
But Alessio believes the Jambos players will be looking to put on a show in case Craig Levein's permanent successor is watching.
He said: "Hearts are confident because they played well the last game against St Mirren and got the win.
"Sometimes there is a reaction when you change a manager. I know this is a big challenge for my team but we are ready to play a good game.
"It's normal (that the players raise their game) because every player wants to impress the new manager.
"We expect this but I have to think about my team. It's important to prepare well. I know it will be difficult but every game is tough and we're ready for it."
body check tags ::


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Votre POS Compatible Mobile money
Management of products, stock and configuration of POS
Start selling and cash out of payments now with Mobile Money


public class TernaryTree extends Object implements Cloneable , Serializable
A ternary search tree is a hybrid between a binary tree and a digital search tree (trie). Keys are limited to strings. A data value of type char is stored in each leaf node. It can be used as an index (or pointer) to the data. Branches that only contain one key are compressed to one node by storing a pointer to the trailer substring of the key. This class is intended to serve as base class or helper class to implement Dictionary collections or the like. Ternary trees have some nice properties as the following: the tree can be traversed in sorted order, partial matches (wildcard) can be implemented, retrieval of all keys within a given distance from the target, etc. The storage requirements are higher than a binary tree but a lot less than a trie. Performance is comparable with a hash table, sometimes it outperforms a hash function (most of the time can determine a miss faster than a hash).
The main purpose of this java port is to serve as a base for implementing TeX's hyphenation algorithm (see The TeXBook, appendix H). Each language requires from 5000 to 15000 hyphenation patterns which will be keys in this tree. The strings patterns are usually small (from 2 to 5 characters), but each char in the tree is stored in a node. Thus memory usage is the main concern. We will sacrifice 'elegance' to keep memory requirements to the minimum. Using java's char type as pointer (yes, I know pointer it is a forbidden word in java) we can keep the size of the node to be just 8 bytes (3 pointers and the data char). This gives room for about 65000 nodes. In my tests the english patterns took 7694 nodes and the german patterns 10055 nodes, so I think we are safe.
All said, this is a map with strings as keys and char as value. Pretty limited!. It can be extended to a general map by using the string representation of an object and using the char value as an index to an array that contains the object values.
This class has been taken from the Apache FOP project (http://xmlgraphics.apache.org/fop/). They have been slightly modified.| Modifier and Type | Class and Description |
|---|---|
class
|
TernaryTree.Iterator
|
| Modifier and Type | Field and Description |
|---|---|
protected static int
|
BLOCK_SIZE
|
protected char[]
|
eq
Pointer to equal branch and to data when this node is a string terminator.
|
protected char
|
freenode
|
protected char[]
|
hi
Pointer to high branch.
|
protected
CharVector
|
kv
This vector holds the trailing of the keys when the branch is compressed.
|
protected int
|
length
|
protected char[]
|
lo
Pointer to low branch and to rest of the key when it is stored directly in
this node, we don't have unions in java!
|
protected char
|
root
|
protected char[]
|
sc
The character stored in this node: splitchar.
|
| Modifier and Type | Method and Description |
|---|---|
void
|
balance
()
Balance the tree for best search performance
|
Object
|
clone
()
|
int
|
find
(char[] key,
int start)
|
int
|
find
(
String
key)
|
protected void
|
init
()
|
void
|
insert
(char[] key,
int start,
char val)
|
void
|
insert
(
String
key,
char val)
Branches are initially compressed, needing one node per key plus the size
of the string key.
|
protected void
|
insertBalanced
(
String
[] k,
char[] v,
int offset,
int n)
Recursively insert the median first and then the median of the lower and
upper halves, and so on in order to get a balanced tree.
|
Enumeration
<
String
>
|
keys
()
|
boolean
|
knows
(
String
key)
|
static void
|
main
(
String
[] args)
|
void
|
printStats
()
|
int
|
size
()
|
static int
|
strcmp
(char[] a,
int startA,
char[] b,
int startB)
Compares 2 null terminated char arrays
|
static int
|
strcmp
(
String
str,
char[] a,
int start)
Compares a string with null terminated char array
|
static void
|
strcpy
(char[] dst,
int di,
char[] src,
int si)
|
static int
|
strlen
(char[] a)
|
static int
|
strlen
(char[] a,
int start)
|
void
|
trimToSize
()
Each node stores a character (splitchar) which is part of some key(s).
|
protected char[] lo
protected char[] hi
protected char[] eq
protected char[] sc
The character stored in this node: splitchar. Two special values are reserved:
This shouldn't be a problem if we give the usual semantics to strings since 0xFFFF is guaranteed not to be an Unicode character.
protected CharVector kv
protected char root
protected char freenode
protected int length
protected static final int BLOCK_SIZE
protected void init()
public void insert( String key, char val)
public void insert(char[] key, int start, char val)
public static int strcmp(char[] a, int startA, char[] b, int startB)
public static int strcmp( String str, char[] a, int start)
public static void strcpy(char[] dst, int di, char[] src, int si)
public static int strlen(char[] a, int start)
public static int strlen(char[] a)
public int find( String key)
public int find(char[] key, int start)
public boolean knows( String key)
public int size()
protected void insertBalanced( String [] k, char[] v, int offset, int n)
public void balance()
public void trimToSize()
public Enumeration < String > keys()
public void printStats()


- Mr. Nobody
- Requiem for a Dream
- Defiance
- The Professional
- You Were Never Really Here
- Man on Fire
- Gladiator
- Seven Pounds
- Life Itself
- The Peanut-Butter Falcom
About Me
I'm 27 years old and I currently live in Seattle, WA! Before moving here in 2017 I lived in Savannah, GA, where I was stationed while serving in the Army. I served from January 2013 until January 2017 as a Black Hawk Helicopter crew chief and mechanic. After moving here I attended Shoreline Community College, interested in environmental science and sustainability. I changed my mind and decided to instead pursue an education where I could later work in human services, more specifically as a high school counselor. In winter 2019 I transferred to The University of Washington for two programs, Sociology and Education, Communities and Organizations. While in college I worked in retail for a bit, at a restaurant as a dishwasher and even in a food truck once! My most previous job was working as security for concerts and holiday/special events at Woodland Park Zoo. When I decided to take a break from school earlier this year and our world was struck with Covid-19 I ended up in limbo like most others. I'm at Code Fellows because I'm curious about what it takes to become a Web Developer and I know that it would greatly strengthen my ability to find employment where I can explore other ways of making a change.
- Code Fellows | Seattle, WA | Advanced Software Development in Full-Stack Javascript | Expected Graduation: 02/2021
- University of Washington | Seattle, WA Completed 123 credits towards a B.A. in Education, Communities and Organization and a B.A. in Sociology | 2019-2020
- Shoreline Community College | Shoreline, WA Associate in Arts | 2017-2018
Education
- United States Army | 15T: Black Hawk Helicopter Crew Chief | Savannah, GA | January 2013 - January 2017
- Woodland Park Zoo | Events Security | Seattle, WA | June 2019 - January 2020


I am an Associate Professor in School Of Information Science & Technology, Chengdu University. I graduate from University of Electronic Scinece & Technology China in Dec. 2013, since then i worked in Umass Medical School as a research assistant focusing machine learning on healthcare. Since 2017, I joined the faculty of CS, Chengdu University. My main research topic is machine learning and healthcare. If you are interested in my topic, please contact me with<EMAIL_ADDRESS>Research
Will come soon.
Credits: Organization One: Author One and Author Two / Organization Two: Author Three and Author Four


Module ScrollPanel
A panel that can be scrolled
Functions
| initialize (position, size, backgroundColor, clipRect) | Creates a new Scroll Panel |
| setClipSize (width, height) | Sets the clip size |
| setSize (width, height) | Sets the size of the scroll panel |
| saveChildPositions (force) | Saves the child positions for calculating scroll positions |
| setScale (wScale, hScale) | Sets the scale of the scroll panel |
| calculateMaxY (clipHeight) | Calculates the maximum scroll height for the panel |
Functions
- initialize (position, size, backgroundColor, clipRect)
-
Creates a new Scroll Panel
Parameters:
- position Position The position of the scroll panel
- size Size The size of the Scroll Panel
- backgroundColor Color The background color for the scrollrect
- clipRect Size The rect to use for limiting the drawing size
Returns:
-
ScrollPanel
- setClipSize (width, height)
-
Sets the clip size
Parameters:
- width number The width of the clip
- height number The height of the clip
- setSize (width, height)
-
Sets the size of the scroll panel
Parameters:
- width number The width of the panel
- height number The height of the panel
- saveChildPositions (force)
-
Saves the child positions for calculating scroll positions
Parameters:
- force optional boolean If the save should overwrite regardless
- setScale (wScale, hScale)
-
Sets the scale of the scroll panel
Parameters:
- wScale number The wScale
- hScale number The hScale
- calculateMaxY (clipHeight)
-
Calculates the maximum scroll height for the panel
Parameters:
- clipHeight number The cliprect height
Returns:
-
number
The maximum scroll


Value awards are a great way to reinforce Nokia Values and to motivate employees to live the Nokia Way. Great initiative. Certain to leave a mark.
Amit Vishnoi
I feel proud that I have been selected for this Award. This award will encourage individuals to work “Beyond the Call of Duty”.
D K Shamini
It’s a Wonderful innovative initiative from HR team which strived “to create a culture of appreciation and celebration among employees” through VALUES Awards. I am delighted to receive this award.
Mahendra D
This Award made me feel immensely happy for getting recognized & highlighted our consistent performance..
It will motivate teams around us to challenge and achieve more.”


Welcome to the CoffeeHouse
The Coffee House is, no doubt, the biggest trendsetter in Webville. Stop in to sample the eclectic offering of elixirs, teas, and coffees, or, stay a bit longer and enjoy the multicultural culinary menu that combines a harmony of taste, texture, and color with the best in fresh and healthy ingredients.
During your stay at the lounge, you'll enjoy a smooth mixture of ambient and mystic sounds, filling the lounge and adding an extra dimension to your dining experience. The decor surrounds you with the relaxing sentiments of sights from eras past. And, don't forget, the lounge offers free wireless access to the Internet, so bring your laptop.
Our guarantee: at the lounge, we're committed to providing you, our guest, with an exceptional experience every time you visit. Whether you're just stopping by to check in on email over an elixir, or are here for an out-of-the-ordinary dinner, you'll find our knowledgeable service staff pay attention to every detail. If you're not fully satisfied, have a Blueberry Bliss Elixir on us.
But that's not all; at night, join us in the backroom as our resident DJ spins a choice selection of trance and drum&bass beats across our spacious tiki-themed dance floor. Or just hang out in one of our comfy white vinyl booths at the dance bar. You can have your elixirs delivered from the main lounge right to the dance floor. If you've had enough of the beat, just head back to the lounge area to relax. And, no matter where you find yourself in the lounge, you'll always be connected with our wireless Internet access.
Now that you've experienced the lounge virtually, isn't it time to check us out for real? We're located right in the heart of Webville, and we've created some detailed directions to get you here in record time. No reservations necessary; come and join us anytime.
What's playing at the Lounge
We're frequently asked about the music we play at the lounge, and no wonder, it's great stuff. Just for you, we keep a list here on the site, updated weekly. Enjoy.
- Buddha Bar, Claude Challe
- When It Falls, Zero 7
- Earth 7, L.T.J. Bukem
- Le Roi Est Mort, Vive Le Roi!, Engima
- Music for Airports, Brian Eno