| Package | Description |
|---|---|
| org.javasimon |
Core package, contains
Simon implementations, with
the SimonManager as the center point of the API. |
| org.javasimon.callback | |
| org.javasimon.callback.calltree |
CallTreeCallback gathers information
for current thread and displays it subsequent calls like a tree. |
| org.javasimon.callback.lastsplits |
LastSplitsCallback retains last
splits in a ring a buffer (fixed size FIFO queue). |
| org.javasimon.callback.logging |
LoggingCallback is able to log stopwatch splits and statistics once
in a while (N per millisecond, every N split, when split is longer than N ms, etc.)
and to various outputs (SLF4J, JUL). |
| org.javasimon.callback.quantiles |
QuantilesCallback sorts splits to categories
(Bucket s) based on time ranges. |
| org.javasimon.callback.timeline | |
| org.javasimon.javaee |
Java EE support for Simons contains Java EE components (servlet filter and EJB/CDI interceptor) that can be used or extended.
|
| org.javasimon.javaee.reqreporter |
Package contains classes reporting slow HTTP requests - interface
RequestReporter and various (default) implementations. |
| org.javasimon.jdbc4 |
Simon JDBC 4.1 (Java SE 7) Proxy Driver for monitoring JDBC drivers through the Java Simon API.
|
| org.javasimon.source |
MonitorSource is the interface used as function to transform execution context (method invocation,
HTTP request...) into a Simon. |
| org.javasimon.spring |
Support classes to automatically monitor Spring beans with the
Monitored annotation. |
| org.javasimon.spring.webmvc |
MonitoringHandlerInterceptor is a Spring MVC interceptor which can be used to monitor
time spent in Controller and View. |
| org.javasimon.utils |
Java Simon supporting utilities and tools.
|
| Modifier and Type | Field and Description |
|---|---|
static Split |
Split.DISABLED
Disabled split (implies not running) for cases where monitoring is disabled and
null value is not an option. |
| Modifier and Type | Method and Description |
|---|---|
static Split |
Split.create(long nanos)
Creates simulated non-running Split that took specific time in nanos.
|
static Split |
Split.create(long nanos,
SimonClock clock)
Creates simulated non-running Split that took specific time in nanos.
|
Split |
Stopwatch.start()
Starts the new split for this stopwatch.
|
static Split |
Split.start()
Creates a new Split for direct use without
Stopwatch ("anonymous split") based on system time. |
static Split |
Split.start(SimonClock clock)
Creates a new Split for direct use without
Stopwatch ("anonymous split") based on specified SimonClock . |
Split |
Split.stop()
Stops the split, updates the stopwatch and returns this.
|
Split |
Split.stop(String subSimon)
Stops the split, updates the sub-stopwatch specified by parameter and returns this.
|
| Modifier and Type | Method and Description |
|---|---|
Stopwatch |
Stopwatch.addSplit(Split split)
Adds
Split to the stopwatch which is useful for aggregation of splits created for other stopwatch. |
| Modifier and Type | Method and Description |
|---|---|
void |
CompositeFilterCallback.onStopwatchAdd(Stopwatch stopwatch,
Split split,
StopwatchSample sample) |
void |
CompositeCallbackImpl.onStopwatchAdd(Stopwatch stopwatch,
Split split,
StopwatchSample sample) |
void |
CallbackSkeleton.onStopwatchAdd(Stopwatch stopwatch,
Split split,
StopwatchSample sample) |
void |
Callback.onStopwatchAdd(Stopwatch stopwatch,
Split split,
StopwatchSample sample)
Stopwatch add split event.
|
void |
CompositeFilterCallback.onStopwatchStart(Split split) |
void |
CompositeCallbackImpl.onStopwatchStart(Split split) |
void |
CallbackSkeleton.onStopwatchStart(Split split) |
void |
Callback.onStopwatchStart(Split split)
Stopwatch start event.
|
void |
CompositeFilterCallback.onStopwatchStop(Split split,
StopwatchSample sample) |
void |
CompositeCallbackImpl.onStopwatchStop(Split split,
StopwatchSample sample) |
void |
CallbackSkeleton.onStopwatchStop(Split split,
StopwatchSample sample) |
void |
Callback.onStopwatchStop(Split split,
StopwatchSample sample)
Stopwatch stop event.
|
| Modifier and Type | Method and Description |
|---|---|
void |
CallTreeNode.addSplit(Split split)
Adds a split to the current tree node.
|
String |
CallTree.getLogMessage(Split context)
Transforms this call tree into a loggable message.
|
void |
CallTree.onRootStopwatchStart(CallTreeNode rootNode,
Split split)
When stopwatch is started, and the root tree node is pushed into
the call stack, this method is called.
|
protected void |
CallTree.onRootStopwatchStop(CallTreeNode callTreeNode,
Split split)
When stopwatch is stopped, and root tree node is popped from
call stack, this method is called.
|
void |
CallTreeCallback.onRootStopwatchStop(CallTree callTree,
Split split)
When stopwatch corresponding to root tree node is stopped, this method is called.
|
void |
CallTreeCallback.onStopwatchStart(Split split) |
CallTreeNode |
CallTree.onStopwatchStart(Split split)
When stopwatch is started, a new tree node is added to the parent
tree node and pushed on the call stack.
|
CallTreeNode |
CallTree.onStopwatchStop(Split split)
When stopwatch is stopped, the the split is added to current tree node
and this tree node is popped from call stack.
|
void |
CallTreeCallback.onStopwatchStop(Split split,
StopwatchSample sample) |
| Constructor and Description |
|---|
CallTreeCallback(LogTemplate<Split> callTreeLogTemplate)
Constructor with log template.
|
| Modifier and Type | Method and Description |
|---|---|
protected LogTemplate<Split> |
LastSplitsCallback.createLogTemplate(Stopwatch stopwatch)
Create log template for given stopwatch.
|
LogTemplate<Split> |
LastSplits.getLogTemplate() |
| Modifier and Type | Method and Description |
|---|---|
void |
LastSplits.add(Split split)
Adds split to the buffer.
|
String |
LastSplits.getLogMessage(Split lastSplit)
Transforms this list of splits into a loggable message.
|
void |
LastSplits.log(Split lastSplit)
Log eventually this list of splits into log template
|
void |
LastSplitsCallback.onStopwatchAdd(Stopwatch stopwatch,
Split split,
StopwatchSample sample) |
void |
LastSplitsCallback.onStopwatchStop(Split split,
StopwatchSample sample)
When a Splits is stopped, it is added to the stopwatch a Last Splits attribute.
|
| Modifier and Type | Method and Description |
|---|---|
void |
LastSplits.setLogTemplate(LogTemplate<Split> logTemplate) |
| Modifier and Type | Method and Description |
|---|---|
LogTemplate<Split> |
LoggingCallback.getStopwatchLogTemplate()
Get log template used for stopwatch splits.
|
protected LogTemplate<Split> |
LoggingCallback.getStopwatchLogTemplate(Stopwatch stopwatch)
Get log template for stopwatch, defaults to
LoggingCallback.stopwatchLogTemplate . |
| Modifier and Type | Method and Description |
|---|---|
protected boolean |
SplitThresholdLogTemplate.isEnabled(Split split) |
void |
LoggingCallback.onStopwatchStop(Split split,
StopwatchSample sample)
Stopwatch stop event.
|
| Modifier and Type | Method and Description |
|---|---|
static SplitThresholdLogTemplate |
LogTemplates.whenSplitLongerThanMilliseconds(LogTemplate<Split> delegateLogger,
long threshold)
Produces a log template which logs something when stopwatch split is longer than threshold.
|
static SplitThresholdLogTemplate |
LogTemplates.whenSplitLongerThanNanoseconds(LogTemplate<Split> delegateLogger,
long threshold)
Produces a log template which logs something when stopwatch split is longer than threshold.
|
| Constructor and Description |
|---|
LoggingCallback(LogTemplate<Split> stopwatchLogTemplate,
LogTemplate<String> managerLogTemplate)
Constructor which can be used to customize log templates.
|
SplitThresholdLogTemplate(LogTemplate<Split> delegate,
long threshold)
Constructor.
|
| Modifier and Type | Method and Description |
|---|---|
protected LogTemplate<Split> |
QuantilesCallback.createLogTemplate(Stopwatch stopwatch)
Create log template for given stopwatch.
|
LogTemplate<Split> |
Buckets.getLogTemplate() |
| Modifier and Type | Method and Description |
|---|---|
String |
Buckets.getLogMessage(Split lastSplit)
Transforms buckets and quantiles into a loggable message.
|
void |
Buckets.log(Split lastSplit)
Logs eventually buckets config and quantiles.
|
void |
QuantilesCallback.onStopwatchAdd(Stopwatch stopwatch,
Split split,
StopwatchSample sample)
When a split is added, if buckets have been initialized, the value is added to appropriate bucket.
|
protected void |
QuantilesCallback.onStopwatchSplit(Stopwatch stopwatch,
Split split)
Called when there is a new split on a Stopwatch, either
QuantilesCallback.onStopwatchStop(org.javasimon.Split, org.javasimon.StopwatchSample) or QuantilesCallback.onStopwatchAdd(org.javasimon.Stopwatch, org.javasimon.Split, org.javasimon.StopwatchSample) . |
protected void |
AutoQuantilesCallback.onStopwatchSplit(Stopwatch stopwatch,
Split split)
Called when there is a new split on a Stopwatch, either
QuantilesCallback.onStopwatchStop(org.javasimon.Split, org.javasimon.StopwatchSample) or QuantilesCallback.onStopwatchAdd(org.javasimon.Stopwatch, org.javasimon.Split, org.javasimon.StopwatchSample) . |
void |
QuantilesCallback.onStopwatchStop(Split split,
StopwatchSample sample)
When a split is stopped, if buckets have been initialized, the value
is added to appropriate bucket.
|
| Modifier and Type | Method and Description |
|---|---|
void |
Buckets.setLogTemplate(LogTemplate<Split> logTemplate) |
| Modifier and Type | Method and Description |
|---|---|
void |
StopwatchTimeline.addSplit(Split split)
Main method used to insert the split on the timeline:
Split start is used to determine in which time-range it should be split.
|
void |
TimelineCallback.onStopwatchAdd(Stopwatch stopwatch,
Split split,
StopwatchSample sample) |
void |
TimelineCallback.onStopwatchStop(Split split,
StopwatchSample sample) |
| Modifier and Type | Method and Description |
|---|---|
protected boolean |
SimonServletFilter.shouldBeReported(javax.servlet.http.HttpServletRequest request,
long requestNanoTime,
List<Split> splits)
Determines whether the request is over the threshold - with all incoming parameters this method can be
very flexible.
|
| Modifier and Type | Method and Description |
|---|---|
void |
ReporterStopwatchInfo.addSplit(Split split) |
protected boolean |
DefaultRequestReporter.isSignificantSplit(Split split,
Split requestSplit)
Can be overridden to decide whether
Split is considered significant to be reported in the first part of the output. |
void |
RequestReporter.reportRequest(javax.servlet.http.HttpServletRequest request,
Split requestSplit,
List<Split> splits)
Reports request that exceeds the threshold.
|
void |
PlainRequestReporter.reportRequest(javax.servlet.http.HttpServletRequest request,
Split requestSplit,
List<Split> splits) |
void |
DefaultRequestReporter.reportRequest(javax.servlet.http.HttpServletRequest request,
Split requestSplit,
List<Split> splits) |
protected boolean |
PlainRequestReporter.shouldBeAddedSplit(Split split)
Decides whether split should be included in the report - by default all are included.
|
| Modifier and Type | Method and Description |
|---|---|
void |
RequestReporter.reportRequest(javax.servlet.http.HttpServletRequest request,
Split requestSplit,
List<Split> splits)
Reports request that exceeds the threshold.
|
void |
PlainRequestReporter.reportRequest(javax.servlet.http.HttpServletRequest request,
Split requestSplit,
List<Split> splits) |
void |
DefaultRequestReporter.reportRequest(javax.servlet.http.HttpServletRequest request,
Split requestSplit,
List<Split> splits) |
| Modifier and Type | Field and Description |
|---|---|
protected Split |
SimonStatement.split
Stopwatch split measuring the lifespan of the statement until it is closed across all executes.
|
| Modifier and Type | Method and Description |
|---|---|
protected Split |
SimonStatement.prepare(List<String> sqls)
Called before each SQL command execution.
|
protected Split |
SimonStatement.prepare(String sql)
Called before each SQL command execution.
|
protected Split |
SimonStatement.startSplit()
Starts the split for the SQL specific stopwatch, sets the note and returns the split.
|
| Modifier and Type | Method and Description |
|---|---|
protected void |
SimonStatement.finish(Split split)
Called after each SQL command execution.
|
| Modifier and Type | Method and Description |
|---|---|
Split |
StopwatchSource.start(L location)
Convenient method to return split for the location or disabled split, if the location is not monitored.
|
Split |
DisabledStopwatchSource.start(L location) |
Split |
CachedStopwatchSource.start(L location) |
Split |
AbstractStopwatchSource.start(T location) |
| Modifier and Type | Method and Description |
|---|---|
protected Object |
MonitoringInterceptor.processInvoke(org.aopalliance.intercept.MethodInvocation invocation,
Split split)
Method stops the split
|
protected Object |
BasicMonitoringInterceptor.processInvoke(org.aopalliance.intercept.MethodInvocation invocation,
Split split)
Method with default invoke (just calls proceed).
|
| Modifier and Type | Method and Description |
|---|---|
Split |
HandlerLocation.getSplit() |
protected Split |
MonitoringHandlerInterceptor.startStopwatch(HandlerLocation location)
Start stopwatch for given name and thread.
|
protected Split |
MonitoringHandlerInterceptor.stopStopwatch()
Stop current thread stopwatch (if any).
|
| Modifier and Type | Method and Description |
|---|---|
void |
HandlerLocation.setSplit(Split split) |
| Modifier and Type | Method and Description |
|---|---|
void |
SystemDebugCallback.onStopwatchAdd(Stopwatch stopwatch,
Split split,
StopwatchSample sample) |
void |
SystemDebugCallback.onStopwatchStart(Split split) |
void |
SLF4JLoggingCallback.onStopwatchStart(Split split)
Logs Simon start on a specified log marker.
|
void |
LoggingCallback.onStopwatchStart(Split split)
Logs Simon start on a specified log level.
|
void |
SystemDebugCallback.onStopwatchStop(Split split,
StopwatchSample sample) |
void |
SLF4JLoggingCallback.onStopwatchStop(Split split,
StopwatchSample sample)
Logs Simon stop on a specified log marker.
|
void |
LoggingCallback.onStopwatchStop(Split split,
StopwatchSample sample)
Logs Simon stop on a specified log level.
|
Copyright © 2019. All rights reserved.


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Single Variable Calculus
Notes from the MIT OCW Single Variable Calculus course by Herb Gross.
Rates of change and the basic definition of limits and go onto cover differentiation, integration, infinite series and more.
Rates of change and the basic definition of limits and go onto cover differentiation, integration, infinite series and more.
Multivariable Calculus
Notes from the MIT OCW Multivariable Calculus course by Herb Gross.
Multivariable limits, partial derivatives, multiple integration, vector calculus, complex numbers and differential equations.
Multivariable limits, partial derivatives, multiple integration, vector calculus, complex numbers and differential equations.
Linear Algebra
Notes from the MIT OCW Linear Algebra course by Gilbert Strang.
Vector spaces, elimination, decompositions, projections, eigenspaces, determinants and a broad overview of applications.
Vector spaces, elimination, decompositions, projections, eigenspaces, determinants and a broad overview of applications.
Probability
Notes from the Harvard Stats 110 course by Joe Blitzstein.
Random variables, axioms of probability, distributions, operating on distributions, independence, conditional probability.
Random variables, axioms of probability, distributions, operating on distributions, independence, conditional probability.
Statistics
Notes from the CMU Intermediate Statistics course by Larry Wasserman.
Inequalities, uniform bounds, convergence, sufficiency, likelihood, point estimates, hypothesis testing, confidence sets.
Inequalities, uniform bounds, convergence, sufficiency, likelihood, point estimates, hypothesis testing, confidence sets.
Other Useful Math for ML
Miscellaneous notes on other topics.
Convex optimization, lagrange multipliers, multivariate gaussians, gaussian processes, associated intuitions.
Convex optimization, lagrange multipliers, multivariate gaussians, gaussian processes, associated intuitions.
Deep Learning: the book
Notes from the Deep Learning book by Goodfellow et al.
Cover to cover book notes on intuitions, practical methodology, optimization, regularization, recent research avenues.
Cover to cover book notes on intuitions, practical methodology, optimization, regularization, recent research avenues.
Neural Networks and Deep Learning: online book
Notes from the online book by Michael Nielsen.
Intuitions behind neural nets, the mechanics of backprop, improving the way networks learn, challenges in training networks.
Intuitions behind neural nets, the mechanics of backprop, improving the way networks learn, challenges in training networks.
Machine Learning
Notes from the Stanford CS 229 course by Andrew Ng.
The basics, supervised learning, unsupervised learning, reinforcement learning, learning theory and practical advice.
The basics, supervised learning, unsupervised learning, reinforcement learning, learning theory and practical advice.
Deep Reinforcement Learning
Notes from the UC Berkeley course by Sergey Levine.
Model based methods, policy gradient methods, Q-learning, inverse RL, recent research overview of meta learning and more.
Model based methods, policy gradient methods, Q-learning, inverse RL, recent research overview of meta learning and more.
Tensorflow & OpenAI Gym
Notes on the main concepts in Tensorflow and OpenAI Gym.
Computational graphs, define and run, define by run, tensorboard, automatic differentiation, OpenAI gym overview.
Computational graphs, define and run, define by run, tensorboard, automatic differentiation, OpenAI gym overview.
Deep Learning for Vision
Notes from the Stanford course by Fei Fei Li and Andrej Karpathy.
NLP with Deep Learning
Notes from the Stanford course by Chris Manning and Richard Socher.
Miscellaneous Topics in ML
Topics not covered by other courses. Random forests, structured deep learning, collaborative filtering.
Operating Systems
Threads, Processes, Scheduling, Parallelism, Virtual Memroy, File Systems, Databases and more.


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Well, this is my first experience write-up, so if it's bad I can't be held responsible. The details might also be a little foggy.
Anyway, this was my first experience with mushrooms. My friend, T, spent the night at my place one weekend and brought 5.5 grams with him. He had scored them off of one of his buddies and decided to share the wealth. T is always looking for ways to corrupt me. At this point, I had only done marijuana (instigated by T) once or twice but I was thrilled with my drug experiences and was open to anything.
On Friday night we hung out and played some video games. My mom was working the next day and we decided we'd dose in the morning. At 8:30 we got up and I made some eggs and toast. We eyeballed out roughly 2.5 grams for T and 2 for me. T is larger than I am by 20-30 pounds and had done mush before.
The mushrooms didn't taste bad, just a little rubbery. We washed breakfast down with some orange juice and awaited the effects.
After a half hour of watching cartoons I still hadn't felt anything. Inwardly, I was very disappointed. I was worried that we had been ripped off or that I didn't get enough mush. T said he wasn't feeling anything either, and not to worry. I decided to have a shower and left T sitting on the couch.
After the shower I was still feeling very normal, and T said that he was as well. We put in the movie 'Swordfish' and got some more juice.
The mush came on very slowly during Swordfish. I became very interested in the movie, and my television seemed very crisp and clear. It wasn't until I started to truly understand the movie that I realized I was tripping. What I mean by truly understand is that I suddenly became aware of -everything- in the movie. The character's clothes and the way their hair was done and the rooms they were in all started to make perfect sense to me. My brain was going like this: 'How did he get those henchmen?' - 'He put an ad in the newspaper for bouncers and found some ones that would work for him!'. 'Where did he get all this cool theatre stuff?' - 'He hired a audio/visual company and they made it all for him'. These thoughts seem very silly now, but at the time they were amazing.
After the movie ended (about 2.5 hours after dosing) we were both feeling pretty good and started to wander around my house looking at things. I became very interested in the pillows on my couch and the curtains in the living room. Patterns and colors were fascinating. There was mild visual distortion in my peripheral vision, but whenever I looked around things were normal again. We walked around for a half hour or so, then decided to go downstairs and check out the computer.
Winamp visualizations were amazing. I felt so happy to just be sitting there watching crazy patterns and lights. T started to talk to some people on MSN, so I sat grabbed a sleeping bag and lied down on my futon (next to the computer). I suddenly started to cry because I didn't know the man/woman who made the zipper for my sleeping bag. I mean, think about it. No one ever notices, but if there wasn't a zipper the sleeping bag would be open, and very cold. Or all one piece, and hard to get into. I was very, very sad because I had never taken the time and think about the person that made my zipper.  T and I laughed over my feelings for the zipper.
The rest of the trip was a lot of the same. I realized that my town was a very beautiful place, and that I took a lot of things for granted. I also tried to explain to T how we think things are 'official' and safe when really they aren't. I tried to explain how a package of ham wasn't perfect or anything - someone just decided to sell ham one day, and they just got some pigs and killed them and wrapped it up nice and sold it to us. I cried again because I realized that T and I would never amount to anything and that life was hopeless. Then T and I laughed at my crazy thoughts (I knew they were crazy at the time, but I felt so strongly about them that I had to tell T).
Summary:
- Mushrooms made me very aware of things around me and the world in general. I understood how a lot of things worked and why people do things. I thought a lot during my trip, but in higher doses I think I would be more distracted by visuals (T tried numerous times to explain to me how the wall was breathing at him).
- In the end, the mush trip lasted a good three to four hours after it came on. We dosed at about 9 am and I was feeling pretty normal at 1 - 2 pm.
- T said that eating breakfast with the mush hindered their effects a bit, and he wouldn't do it again. I haven't tried mush since, despite continued efforts to that end.
- Drugs in the morning! I was a little hesitant at first, but the experience turned out really well. The light was very nice, and the world seemed very open and safe.  Just a little floaty and day dreamy.
I really enjoyed my first mush trip, even if the dose was low.
Experience Reports are the writings and opinions of the individual authors who submit them.
Some of the activities described are dangerous and/or illegal and none are recommended by Erowid.


Our Team
Faculty Members
Dr. Ravi Mohan Prasad, Assistant Professor in the School of Mechanical, Materials & Energy Engineering (SMMEE),IIT Ropar is the faculty incharge of this programme and has taken special interest to help and encourage the students to form this Mentorship Programme. He has made a special effort in order to prepare the events for counselling of the 2017 Batch. With his mentorship we ensure that we will counsel the freshers to the best extent possible.


Co-Op Puzzle Platformer Degrees Of Separation Gets Free Online Multiplayer Update
And you'll keep your progress, too
by Ryan CraddockCo-op platformer Degrees of Separation has received a free update today which adds online multiplayer into the mix.
The game, which uses contrasting aspects of heat and cold to guide players through its fantasy world, can be played either alone or with a friend in co-op. Until now, the co-op has been a local-only affair, but you can now go ahead and join up with a friend online, too.
Welcomingly, you can actually take your existing save file online to play with friends, and any progress earned through cooperative play will be kept by each user. Nice.
If you don't already own the game, you can go ahead and download it as we speak from the Nintendo Switch eShop. You'll find it waiting for you for £15.49 / $19.99.


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