|
Deprecated Methods |
kieker.common.configuration.Configuration.get(Object)
This method will not be removed (as this is for technical reasons not possible), but should only be used within this class. Don't call this method
directly. |
kieker.analysis.model.analysisMetaModel.impl.MAnalysisMetaModelFactory.getPackage()
|
kieker.common.configuration.Configuration.getProperty(String)
This method will not be removed (as this is for technical reasons not possible), but should only be used within this class. Don't call this method
directly. |
kieker.common.configuration.Configuration.getProperty(String, String)
This method will not be removed (as this is for technical reasons not possible), but should only be used within this class. Don't call this method
directly. |
kieker.common.record.misc.RegistryRecord.initFromArray(Object[])
This record uses the IMonitoringRecord.Factory mechanism. Hence, this method is not implemented. |
kieker.common.record.flow.trace.TraceMetadata.initFromArray(Object[])
This record uses the IMonitoringRecord.Factory mechanism. Hence, this method is not implemented. |
kieker.common.record.jvm.ThreadsStatusRecord.initFromArray(Object[])
This record uses the IMonitoringRecord.Factory mechanism. Hence, this method is not implemented. |
kieker.common.record.jvm.AbstractJVMRecord.initFromArray(Object[])
This record uses the IMonitoringRecord.Factory mechanism. Hence, this method is not implemented. |
kieker.common.record.jvm.UptimeRecord.initFromArray(Object[])
This record uses the IMonitoringRecord.Factory mechanism. Hence, this method is not implemented. |
kieker.common.record.jvm.GCRecord.initFromArray(Object[])
This record uses the IMonitoringRecord.Factory mechanism. Hence, this method is not implemented. |
kieker.common.record.jvm.CompilationRecord.initFromArray(Object[])
This record uses the IMonitoringRecord.Factory mechanism. Hence, this method is not implemented. |
kieker.common.record.jvm.ClassLoadingRecord.initFromArray(Object[])
This record uses the IMonitoringRecord.Factory mechanism. Hence, this method is not implemented. |
kieker.common.record.jvm.MemoryRecord.initFromArray(Object[])
This record uses the IMonitoringRecord.Factory mechanism. Hence, this method is not implemented. |
kieker.common.record.system.MemSwapUsageRecord.initFromArray(Object[])
This record uses the IMonitoringRecord.Factory mechanism. Hence, this method is not implemented. |
kieker.common.record.system.CPUUtilizationRecord.initFromArray(Object[])
This record uses the IMonitoringRecord.Factory mechanism. Hence, this method is not implemented. |
kieker.common.record.system.LoadAverageRecord.initFromArray(Object[])
This record uses the IMonitoringRecord.Factory mechanism. Hence, this method is not implemented. |
kieker.common.record.system.NetworkUtilizationRecord.initFromArray(Object[])
This record uses the IMonitoringRecord.Factory mechanism. Hence, this method is not implemented. |
kieker.common.record.system.ResourceUtilizationRecord.initFromArray(Object[])
This record uses the IMonitoringRecord.Factory mechanism. Hence, this method is not implemented. |
kieker.common.record.system.DiskUsageRecord.initFromArray(Object[])
This record uses the IMonitoringRecord.Factory mechanism. Hence, this method is not implemented. |
kieker.common.record.controlflow.BranchingRecord.initFromArray(Object[])
This record uses the IMonitoringRecord.Factory mechanism. Hence, this method is not implemented. |
kieker.common.record.controlflow.OperationExecutionRecord.initFromArray(Object[])
This record uses the IMonitoringRecord.Factory mechanism. Hence, this method is not implemented. |
kieker.common.record.misc.TimestampRecord.initFromArray(Object[])
This record uses the IMonitoringRecord.Factory mechanism. Hence, this method is not implemented. |
kieker.common.record.misc.EmptyRecord.initFromArray(Object[])
This record uses the IMonitoringRecord.Factory mechanism. Hence, this method is not implemented. |
kieker.common.record.misc.KiekerMetadataRecord.initFromArray(Object[])
This record uses the IMonitoringRecord.Factory mechanism. Hence, this method is not implemented. |
kieker.common.record.flow.AbstractEvent.initFromArray(Object[])
This record uses the IMonitoringRecord.Factory mechanism. Hence, this method is not implemented. |
kieker.common.record.flow.trace.AbstractTraceEvent.initFromArray(Object[])
This record uses the IMonitoringRecord.Factory mechanism. Hence, this method is not implemented. |
kieker.common.record.flow.trace.ConstructionEvent.initFromArray(Object[])
This record uses the IMonitoringRecord.Factory mechanism. Hence, this method is not implemented. |
kieker.common.record.flow.trace.concurrency.SplitEvent.initFromArray(Object[])
This record uses the IMonitoringRecord.Factory mechanism. Hence, this method is not implemented. |
kieker.common.record.flow.trace.concurrency.JoinEvent.initFromArray(Object[])
This record uses the IMonitoringRecord.Factory mechanism. Hence, this method is not implemented. |
kieker.common.record.flow.trace.concurrency.monitor.MonitorEntryEvent.initFromArray(Object[])
This record uses the IMonitoringRecord.Factory mechanism. Hence, this method is not implemented. |
kieker.common.record.flow.trace.concurrency.monitor.MonitorNotifyAllEvent.initFromArray(Object[])
This record uses the IMonitoringRecord.Factory mechanism. Hence, this method is not implemented. |
kieker.common.record.flow.trace.concurrency.monitor.AbstractMonitorEvent.initFromArray(Object[])
This record uses the IMonitoringRecord.Factory mechanism. Hence, this method is not implemented. |
kieker.common.record.flow.trace.concurrency.monitor.MonitorNotifyEvent.initFromArray(Object[])
This record uses the IMonitoringRecord.Factory mechanism. Hence, this method is not implemented. |
kieker.common.record.flow.trace.concurrency.monitor.MonitorExitEvent.initFromArray(Object[])
This record uses the IMonitoringRecord.Factory mechanism. Hence, this method is not implemented. |
kieker.common.record.flow.trace.concurrency.monitor.MonitorWaitEvent.initFromArray(Object[])
This record uses the IMonitoringRecord.Factory mechanism. Hence, this method is not implemented. |
kieker.common.record.flow.trace.concurrency.monitor.MonitorRequestEvent.initFromArray(Object[])
This record uses the IMonitoringRecord.Factory mechanism. Hence, this method is not implemented. |
kieker.common.record.flow.trace.operation.BeforeOperationEvent.initFromArray(Object[])
This record uses the IMonitoringRecord.Factory mechanism. Hence, this method is not implemented. |
kieker.common.record.flow.trace.operation.AfterOperationFailedEvent.initFromArray(Object[])
This record uses the IMonitoringRecord.Factory mechanism. Hence, this method is not implemented. |
kieker.common.record.flow.trace.operation.AfterOperationEvent.initFromArray(Object[])
This record uses the IMonitoringRecord.Factory mechanism. Hence, this method is not implemented. |
kieker.common.record.flow.trace.operation.AbstractOperationEvent.initFromArray(Object[])
This record uses the IMonitoringRecord.Factory mechanism. Hence, this method is not implemented. |
kieker.common.record.flow.trace.operation.CallOperationEvent.initFromArray(Object[])
This record uses the IMonitoringRecord.Factory mechanism. Hence, this method is not implemented. |
kieker.common.record.flow.trace.operation.constructor.AfterConstructorFailedEvent.initFromArray(Object[])
This record uses the IMonitoringRecord.Factory mechanism. Hence, this method is not implemented. |
kieker.common.record.flow.trace.operation.constructor.BeforeConstructorEvent.initFromArray(Object[])
This record uses the IMonitoringRecord.Factory mechanism. Hence, this method is not implemented. |
kieker.common.record.flow.trace.operation.constructor.CallConstructorEvent.initFromArray(Object[])
This record uses the IMonitoringRecord.Factory mechanism. Hence, this method is not implemented. |
kieker.common.record.flow.trace.operation.constructor.AfterConstructorEvent.initFromArray(Object[])
This record uses the IMonitoringRecord.Factory mechanism. Hence, this method is not implemented. |
kieker.common.record.flow.trace.operation.constructor.object.BeforeConstructorObjectEvent.initFromArray(Object[])
This record uses the IMonitoringRecord.Factory mechanism. Hence, this method is not implemented. |
kieker.common.record.flow.trace.operation.constructor.object.BeforeConstructorObjectInterfaceEvent.initFromArray(Object[])
This record uses the IMonitoringRecord.Factory mechanism. Hence, this method is not implemented. |
kieker.common.record.flow.trace.operation.constructor.object.AfterConstructorObjectEvent.initFromArray(Object[])
This record uses the IMonitoringRecord.Factory mechanism. Hence, this method is not implemented. |
kieker.common.record.flow.trace.operation.constructor.object.CallConstructorObjectEvent.initFromArray(Object[])
This record uses the IMonitoringRecord.Factory mechanism. Hence, this method is not implemented. |
kieker.common.record.flow.trace.operation.constructor.object.AfterConstructorFailedObjectEvent.initFromArray(Object[])
This record uses the IMonitoringRecord.Factory mechanism. Hence, this method is not implemented. |
kieker.common.record.flow.trace.operation.object.AfterOperationFailedObjectEvent.initFromArray(Object[])
This record uses the IMonitoringRecord.Factory mechanism. Hence, this method is not implemented. |
kieker.common.record.flow.trace.operation.object.AfterOperationObjectEvent.initFromArray(Object[])
This record uses the IMonitoringRecord.Factory mechanism. Hence, this method is not implemented. |
kieker.common.record.flow.trace.operation.object.CallOperationObjectEvent.initFromArray(Object[])
This record uses the IMonitoringRecord.Factory mechanism. Hence, this method is not implemented. |
kieker.common.record.flow.trace.operation.object.BeforeOperationObjectEvent.initFromArray(Object[])
This record uses the IMonitoringRecord.Factory mechanism. Hence, this method is not implemented. |
kieker.common.record.flow.trace.operation.object.BeforeOperationObjectInterfaceEvent.initFromArray(Object[])
This record uses the IMonitoringRecord.Factory mechanism. Hence, this method is not implemented. |
kieker.tools.opad.record.ExtendedStorableDetectionResult.initFromArray(Object[])
This record uses the IMonitoringRecord.Factory mechanism. Hence, this method is not implemented. |
kieker.tools.opad.record.StorableDetectionResult.initFromArray(Object[])
This record uses the IMonitoringRecord.Factory mechanism. Hence, this method is not implemented. |
kieker.tools.opad.record.NamedTSPoint.initFromArray(Object[])
This record uses the IMonitoringRecord.Factory mechanism. Hence, this method is not implemented. |
kieker.tools.opad.record.NamedDoubleRecord.initFromArray(Object[])
This record uses the IMonitoringRecord.Factory mechanism. Hence, this method is not implemented. |
kieker.tools.opad.record.AggregationWindow.initFromArray(Object[])
This record uses the IMonitoringRecord.Factory mechanism. Hence, this method is not implemented. |
kieker.common.record.misc.RegistryRecord.initFromBytes(ByteBuffer, IRegistry)
This record uses the IMonitoringRecord.BinaryFactory mechanism. Hence, this method is not implemented. |
kieker.common.record.flow.trace.TraceMetadata.initFromBytes(ByteBuffer, IRegistry)
This record uses the IMonitoringRecord.BinaryFactory mechanism. Hence, this method is not implemented. |
kieker.common.record.jvm.ThreadsStatusRecord.initFromBytes(ByteBuffer, IRegistry)
This record uses the IMonitoringRecord.BinaryFactory mechanism. Hence, this method is not implemented. |
kieker.common.record.jvm.AbstractJVMRecord.initFromBytes(ByteBuffer, IRegistry)
This record uses the IMonitoringRecord.BinaryFactory mechanism. Hence, this method is not implemented. |
kieker.common.record.jvm.UptimeRecord.initFromBytes(ByteBuffer, IRegistry)
This record uses the IMonitoringRecord.BinaryFactory mechanism. Hence, this method is not implemented. |
kieker.common.record.jvm.GCRecord.initFromBytes(ByteBuffer, IRegistry)
This record uses the IMonitoringRecord.BinaryFactory mechanism. Hence, this method is not implemented. |
kieker.common.record.jvm.CompilationRecord.initFromBytes(ByteBuffer, IRegistry)
This record uses the IMonitoringRecord.BinaryFactory mechanism. Hence, this method is not implemented. |
kieker.common.record.jvm.ClassLoadingRecord.initFromBytes(ByteBuffer, IRegistry)
This record uses the IMonitoringRecord.BinaryFactory mechanism. Hence, this method is not implemented. |
kieker.common.record.jvm.MemoryRecord.initFromBytes(ByteBuffer, IRegistry)
This record uses the IMonitoringRecord.BinaryFactory mechanism. Hence, this method is not implemented. |
kieker.common.record.system.MemSwapUsageRecord.initFromBytes(ByteBuffer, IRegistry)
This record uses the IMonitoringRecord.BinaryFactory mechanism. Hence, this method is not implemented. |
kieker.common.record.system.CPUUtilizationRecord.initFromBytes(ByteBuffer, IRegistry)
This record uses the IMonitoringRecord.BinaryFactory mechanism. Hence, this method is not implemented. |
kieker.common.record.system.LoadAverageRecord.initFromBytes(ByteBuffer, IRegistry)
This record uses the IMonitoringRecord.BinaryFactory mechanism. Hence, this method is not implemented. |
kieker.common.record.system.NetworkUtilizationRecord.initFromBytes(ByteBuffer, IRegistry)
This record uses the IMonitoringRecord.BinaryFactory mechanism. Hence, this method is not implemented. |
kieker.common.record.system.ResourceUtilizationRecord.initFromBytes(ByteBuffer, IRegistry)
This record uses the IMonitoringRecord.BinaryFactory mechanism. Hence, this method is not implemented. |
kieker.common.record.system.DiskUsageRecord.initFromBytes(ByteBuffer, IRegistry)
This record uses the IMonitoringRecord.BinaryFactory mechanism. Hence, this method is not implemented. |
kieker.common.record.controlflow.BranchingRecord.initFromBytes(ByteBuffer, IRegistry)
This record uses the IMonitoringRecord.BinaryFactory mechanism. Hence, this method is not implemented. |
kieker.common.record.controlflow.OperationExecutionRecord.initFromBytes(ByteBuffer, IRegistry)
This record uses the IMonitoringRecord.BinaryFactory mechanism. Hence, this method is not implemented. |
kieker.common.record.misc.TimestampRecord.initFromBytes(ByteBuffer, IRegistry)
This record uses the IMonitoringRecord.BinaryFactory mechanism. Hence, this method is not implemented. |
kieker.common.record.misc.EmptyRecord.initFromBytes(ByteBuffer, IRegistry)
This record uses the IMonitoringRecord.BinaryFactory mechanism. Hence, this method is not implemented. |
kieker.common.record.misc.KiekerMetadataRecord.initFromBytes(ByteBuffer, IRegistry)
This record uses the IMonitoringRecord.BinaryFactory mechanism. Hence, this method is not implemented. |
kieker.common.record.flow.AbstractEvent.initFromBytes(ByteBuffer, IRegistry)
This record uses the IMonitoringRecord.BinaryFactory mechanism. Hence, this method is not implemented. |
kieker.common.record.flow.trace.AbstractTraceEvent.initFromBytes(ByteBuffer, IRegistry)
This record uses the IMonitoringRecord.BinaryFactory mechanism. Hence, this method is not implemented. |
kieker.common.record.flow.trace.ConstructionEvent.initFromBytes(ByteBuffer, IRegistry)
This record uses the IMonitoringRecord.BinaryFactory mechanism. Hence, this method is not implemented. |
kieker.common.record.flow.trace.concurrency.SplitEvent.initFromBytes(ByteBuffer, IRegistry)
This record uses the IMonitoringRecord.BinaryFactory mechanism. Hence, this method is not implemented. |
kieker.common.record.flow.trace.concurrency.JoinEvent.initFromBytes(ByteBuffer, IRegistry)
This record uses the IMonitoringRecord.BinaryFactory mechanism. Hence, this method is not implemented. |
kieker.common.record.flow.trace.concurrency.monitor.MonitorEntryEvent.initFromBytes(ByteBuffer, IRegistry)
This record uses the IMonitoringRecord.BinaryFactory mechanism. Hence, this method is not implemented. |
kieker.common.record.flow.trace.concurrency.monitor.MonitorNotifyAllEvent.initFromBytes(ByteBuffer, IRegistry)
This record uses the IMonitoringRecord.BinaryFactory mechanism. Hence, this method is not implemented. |
kieker.common.record.flow.trace.concurrency.monitor.AbstractMonitorEvent.initFromBytes(ByteBuffer, IRegistry)
This record uses the IMonitoringRecord.BinaryFactory mechanism. Hence, this method is not implemented. |
kieker.common.record.flow.trace.concurrency.monitor.MonitorNotifyEvent.initFromBytes(ByteBuffer, IRegistry)
This record uses the IMonitoringRecord.BinaryFactory mechanism. Hence, this method is not implemented. |
kieker.common.record.flow.trace.concurrency.monitor.MonitorExitEvent.initFromBytes(ByteBuffer, IRegistry)
This record uses the IMonitoringRecord.BinaryFactory mechanism. Hence, this method is not implemented. |
kieker.common.record.flow.trace.concurrency.monitor.MonitorWaitEvent.initFromBytes(ByteBuffer, IRegistry)
This record uses the IMonitoringRecord.BinaryFactory mechanism. Hence, this method is not implemented. |
kieker.common.record.flow.trace.concurrency.monitor.MonitorRequestEvent.initFromBytes(ByteBuffer, IRegistry)
This record uses the IMonitoringRecord.BinaryFactory mechanism. Hence, this method is not implemented. |
kieker.common.record.flow.trace.operation.BeforeOperationEvent.initFromBytes(ByteBuffer, IRegistry)
This record uses the IMonitoringRecord.BinaryFactory mechanism. Hence, this method is not implemented. |
kieker.common.record.flow.trace.operation.AfterOperationFailedEvent.initFromBytes(ByteBuffer, IRegistry)
This record uses the IMonitoringRecord.BinaryFactory mechanism. Hence, this method is not implemented. |
kieker.common.record.flow.trace.operation.AfterOperationEvent.initFromBytes(ByteBuffer, IRegistry)
This record uses the IMonitoringRecord.BinaryFactory mechanism. Hence, this method is not implemented. |
kieker.common.record.flow.trace.operation.AbstractOperationEvent.initFromBytes(ByteBuffer, IRegistry)
This record uses the IMonitoringRecord.BinaryFactory mechanism. Hence, this method is not implemented. |
kieker.common.record.flow.trace.operation.CallOperationEvent.initFromBytes(ByteBuffer, IRegistry)
This record uses the IMonitoringRecord.BinaryFactory mechanism. Hence, this method is not implemented. |
kieker.common.record.flow.trace.operation.constructor.AfterConstructorFailedEvent.initFromBytes(ByteBuffer, IRegistry)
This record uses the IMonitoringRecord.BinaryFactory mechanism. Hence, this method is not implemented. |
kieker.common.record.flow.trace.operation.constructor.BeforeConstructorEvent.initFromBytes(ByteBuffer, IRegistry)
This record uses the IMonitoringRecord.BinaryFactory mechanism. Hence, this method is not implemented. |
kieker.common.record.flow.trace.operation.constructor.CallConstructorEvent.initFromBytes(ByteBuffer, IRegistry)
This record uses the IMonitoringRecord.BinaryFactory mechanism. Hence, this method is not implemented. |
kieker.common.record.flow.trace.operation.constructor.AfterConstructorEvent.initFromBytes(ByteBuffer, IRegistry)
This record uses the IMonitoringRecord.BinaryFactory mechanism. Hence, this method is not implemented. |
kieker.common.record.flow.trace.operation.constructor.object.BeforeConstructorObjectEvent.initFromBytes(ByteBuffer, IRegistry)
This record uses the IMonitoringRecord.BinaryFactory mechanism. Hence, this method is not implemented. |
kieker.common.record.flow.trace.operation.constructor.object.BeforeConstructorObjectInterfaceEvent.initFromBytes(ByteBuffer, IRegistry)
This record uses the IMonitoringRecord.BinaryFactory mechanism. Hence, this method is not implemented. |
kieker.common.record.flow.trace.operation.constructor.object.AfterConstructorObjectEvent.initFromBytes(ByteBuffer, IRegistry)
This record uses the IMonitoringRecord.BinaryFactory mechanism. Hence, this method is not implemented. |
kieker.common.record.flow.trace.operation.constructor.object.CallConstructorObjectEvent.initFromBytes(ByteBuffer, IRegistry)
This record uses the IMonitoringRecord.BinaryFactory mechanism. Hence, this method is not implemented. |
kieker.common.record.flow.trace.operation.constructor.object.AfterConstructorFailedObjectEvent.initFromBytes(ByteBuffer, IRegistry)
This record uses the IMonitoringRecord.BinaryFactory mechanism. Hence, this method is not implemented. |
kieker.common.record.flow.trace.operation.object.AfterOperationFailedObjectEvent.initFromBytes(ByteBuffer, IRegistry)
This record uses the IMonitoringRecord.BinaryFactory mechanism. Hence, this method is not implemented. |
kieker.common.record.flow.trace.operation.object.AfterOperationObjectEvent.initFromBytes(ByteBuffer, IRegistry)
This record uses the IMonitoringRecord.BinaryFactory mechanism. Hence, this method is not implemented. |
kieker.common.record.flow.trace.operation.object.CallOperationObjectEvent.initFromBytes(ByteBuffer, IRegistry)
This record uses the IMonitoringRecord.BinaryFactory mechanism. Hence, this method is not implemented. |
kieker.common.record.flow.trace.operation.object.BeforeOperationObjectEvent.initFromBytes(ByteBuffer, IRegistry)
This record uses the IMonitoringRecord.BinaryFactory mechanism. Hence, this method is not implemented. |
kieker.common.record.flow.trace.operation.object.BeforeOperationObjectInterfaceEvent.initFromBytes(ByteBuffer, IRegistry)
This record uses the IMonitoringRecord.BinaryFactory mechanism. Hence, this method is not implemented. |
kieker.tools.opad.record.ExtendedStorableDetectionResult.initFromBytes(ByteBuffer, IRegistry)
This record uses the IMonitoringRecord.BinaryFactory mechanism. Hence, this method is not implemented. |
kieker.tools.opad.record.StorableDetectionResult.initFromBytes(ByteBuffer, IRegistry)
This record uses the IMonitoringRecord.BinaryFactory mechanism. Hence, this method is not implemented. |
kieker.tools.opad.record.NamedTSPoint.initFromBytes(ByteBuffer, IRegistry)
This record uses the IMonitoringRecord.BinaryFactory mechanism. Hence, this method is not implemented. |
kieker.tools.opad.record.NamedDoubleRecord.initFromBytes(ByteBuffer, IRegistry)
This record uses the IMonitoringRecord.BinaryFactory mechanism. Hence, this method is not implemented. |
kieker.tools.opad.record.AggregationWindow.initFromBytes(ByteBuffer, IRegistry)
This record uses the IMonitoringRecord.BinaryFactory mechanism. Hence, this method is not implemented. |
kieker.common.configuration.Configuration.put(Object, Object)
This method will not be removed (as this is for technical reasons not possible), but should only be used within this class. Don't call this method
directly. |
kieker.common.util.registry.Lookup.setRecordReceiver(IMonitoringRecordReceiver)
This method is not supported by this implementation. |


{% extends parent_template|default:'base.html' %} {% block title %} Bad Request {% endblock title %} {% block content %} Bad Request The computer on our end didn't understand the computer on your end. Are you sure you've got the right URL? {% endblock content %}
The computer on our end didn't understand the computer on your end.
Are you sure you've got the right URL?


export enum Instruction {
CLS = 'CLS', //Clear the screen
RET = 'RET', //Return from subroutine
JMP = 'JMP', //Jump to address XXX
JSR = 'JSR', //Jump to subroutine at address XXX
SKEQ = 'SKEQ', //Skip if register not equals (register or constant)
SKNE = 'SKNE', //Skip if register not equals (register or constant)
MOV = 'MOV', //Move register y into r
OR = 'OR', //or register y into r
AND = 'AND', //and register y into r
XOR = 'XOR', //exclusiveor register y into r
ADD = 'ADD', //add register y to r carry flag in f
SUB = 'SUB', //subtract register y from r, carry flag in f if borrow
SHR = 'SHR', //Shift register r right. LSB goes in F
RSB = 'RSB', //Subtract register r from y, result in r. Carry flag in f if borrow
SHL = 'SHL', //Shift register r left. MSB goes in F
MVI = 'MVI', //Load index register
JMI = 'JMI', //Jump to Address XXX+Register 0
RAND = 'RAND', //Random number less than or equal to XXX
DRAW = 'DRAW', //Draw sprite at screen location rx,ry height s
SKPR = 'SKPR', //Skip if key pressed
SKUP = 'SKUP', //Skip if key not pressed
GDEL = 'GDEL', //Load delay timer into vr
KEY = 'KEY', //wait for for keypress,put key in register vr
SDEL = 'SDEL', //set the delay timer to vr
SSND = 'SSND', //Set sound timer to vr
ADI = 'ADI', //add register vr to the index register
FONT = 'FONT', //point I to the sprite for hexadecimal character in vr
BCD = 'BCD', //store the bcd representation of register vr at location I,I+1,I+2
STR = 'STR', //store registers v0-vr at location I onwards
LDR = 'LDR', //load registers v0-vr from location I onwards
NOOP = 'NOOP', //no operation
DATA = 'DATA'
} |


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--- layout: post esbma_id: 1573 title: Teamprise welcomes Martin Woodward date: 2005-11-28 15:59:01 ---
The hiring continues: Today is the first day for Martin Woodward with Teamprise. Martin is English but he lives in Northern Ireland and will telecommute to Illinois. This will be our first experience having a core team member so far away. So far so good: Our sysadmin guy set up the phone system so we can dial Martin's extension just as if he were across the hall. Asterisk is so cool.
But this week Martin is here in Champaign and seems to be showing great patience for the way all his new coworkers butcher the Queen's English. :-)


The future has arrived. Welcome to our greatest pillow yet. Now with active noise cancelation. That's right, zero noise. That's less than one noise. Even with this new tech, we've kept the same great taste, and the same squishy croissant feel.
This pillow is built specifically for the people who haven't left their couch since Bush was president. This pillow is the only reason you'll ever want to leave your couch. And the only reason people will want to be near you.
Our pillow contains the latest and greatest in the qi wireless charging standard, allowing your pillow to last a maximum of 29 months! Whenever it runs out of battery, just take a bite out of it, and let the motion of your mouth do the rest! Using the kinetic energy, we are able to produce electrical currents as high as 130 volts AC, allowing you to charge your laptop from the pillow itself. The Croissant Pillow Pro Max is everything you've ever wanted in a pillow, and more.


Zeu.js is JavaScript library featuring a collection of prebuilt visualization components for building real-time TV dashboard, monitoring UI and IoT web interface.
Let's build our first Zeu component!
Done! Explore other components and configuration page to get started.


To hear the things you haven’t said
And see what you might see
I want to hear you when you call
Do you feel anything at all?
I want to see your thoughts take shape
And walk right out


HOW IT WORKS
1
DESIGN
Your personal design consultant meets with you to discuss style, preferences and space.
2
SCHEDULE
We provide a custom proposal for floral service based on your schedule (weekly, bi-weekly or monthly).
3
ENJOY
We hand deliver your custom arrangements for you to enjoy. It's that simple.


Note that if an anonymous class is converted into an unbound method reference, the same method reference object
can be reused by Java runtime during subsequent invocations. On the other hand, when an anonymous class is used,
separate objects are created every time. Thus, applying the quick-fix can cause the semantics change in rare cases,
e.g. when anonymous class instances are used as HashMap
keys.
Method references syntax is not supported under Java 1.7 or earlier JVMs.


JAMB
Exam Center
Here is where you get to fill Questions based on Years and Subjects set at your left side of this page.
If you are ready to start filling out the questions, kindly press "START NOW"
Just before Starting
Lets know the Exam year and Subject to get started filling in our preparatory questions & answers


Date format (DD/MM/YYYY)
Auto-complete Threshold (Total amount of activities of the specific "event name" during the period )
Auto-complete Threshold (Total amount of activities of the specific "event context" during the period )
If you are interested in how to build your charts, you can view echarts documentation via below button


,---------------------------------------------------,
| [] [][][][] [][][][][] [][][][] [][][] [][][][] |
| |
| [][][][][][][][][][][][][][<- ] [][][] [][][][] |
| [__][A][S][][][][][][][][L][ ] [][][][] |
| [__][][][][][][][][][][][][___] [] [][][]|| |
| [_][][][______________][_][][_] [][][] [__][]|| |
`---------------------------------------------------'
Clemens Schmid, Martin Hinz, Carolin Tietze
When: 2019/04/23, Details unkown
Where: Auditorium Maximum of the Jagiellonian University, Kraków, Details unknown
In general, scientific scripting languages are the best interface for archaeologists to translate research questions into a machine-readable and executable form for quantitative analysis. For every step of data processing – data acquisition, analysis and presentation – there are high-quality software frameworks that enable fast, elegant, human-readable and reproducible coding. And yet, script languages are still not widely used! One of the main reason for this is the often steep learning curve. An important goal of the proposed Special Interest Group on Scientific Scripting Languages in Archaeology (SIG SSLA) is to provide guidance on how to overcome this obstacle.
In our experience practice is the only way to learn to programme effectively. Therefore, this workshop will be a small archaeological hackathon for experienced and very new users of scripting languages like R, Python, SQL or JavaScript. The registered participants are divided into small groups of three to four people, who are interested in the same programming language but have different knowledge and skill level. These groups are equipped with both a simple archaeological data set and a catalogue of analytical questions. In order to be successful in the competition the groups must find good answers to the questions asked using the scripting language of their choice and elaborate them. A jury selects the winner according to the criteria: correctness, reproducibility, readability, shortness and computation speed.
The competition data set will contain information on different data scales as well as spatial information – a typical archaeological compilation that does not require any special or prior knowledge for a general understanding. The questions range from simple counting and sorting operations to standard pivot tables and descriptive statistics to demanding tasks such as the application of multivariate analyses or spatial queries. They are designed to reflect the typical requirements of everyday research. Additionally, an important recurring and intermediate task will be data visualisation using graphs and maps. Neither the data set nor the questions are provided in advance to ensure spontaneous and creative work on the spot.
The hackathon has a twofold aim of being fun and encouraging as well as challenging and instructive. These are the core values of the proposed SIG SSLA. New users learn strategies and concrete methods to tackle the common problems of computational data analysis in archaeology using the powerful toolset the different scripting languages provide. More experienced users are challenged to write good and clean code in a short time and share their knowledge with newcomers. The group formation process is inspired by the concept of an unconference and is intended to disrupt established hierarchies and exclusive interaction patterns of academic research that continue in small areas such as archaeology.
This workshop will last 3.5 hours, with the actual group work phase lasting 3 hours. The winner of the competition will be announced and honoured at the CAA General Assembly in the context of the official proposal for the SIG SSLA. The scripts produced during the competition will then be distributed online.
The participants should bring their own computer with their favourite development environment installed.
The workshop is organized by the ISAAKiel group (Initiative for Statistical Analysis in Archaeology Kiel: https://isaakiel.github.io/).


From:Mohammed Abacha Lagos-Nigeria Dear Sir/Madam This letter is not intended to cause any embarrassment but just to contact your esteem self-following the knowledge of your high repute and trustworthiness. I am Mohammed Abacha,the son of the late Nigerian Head of State who died on the 8th of June 1998. If you are conversant with world news,you would understand better,while I got your contacts through my personal research.Please,I need your assistance to make this happen and please; do not undermine it because it will also be a source of upliftment to you also.You have absolutely nothing to loose in assisting us instead, you have so much to gain. The then head of state General Sani Abacha,transferred the money through a Lebanese businessman,Chagoury and a Jewish business man,Mark Rissar to bank accounts overseas,Instead,he used PERSONAL IDENTIFICATION NUMBERS (PIN) and declared the contents as Bearer Bonds and Treasury Bills. Also the firm issued him with a certificate of deposit of the consignments notes, which I have these information in my custody now. You must have heard over the media reports and the Internet on the recovery of various huge sums of money deposited by my late father in different Banks and security firms abroad. Some of these banks and security firms willingly gave-/divulge their banking secrets and disclosed to the present civilian administration of Chief Olusegun Obasanjo,about my family’s cash lodgement and monetary transactions with them. Please my dear,I repose great confidence in you and I hope you will not betray my confidence in you.I have secretly deposited the sum of $30,000,000.00 with a security firm abroad whose name is withheld for now until we open communications. The money is contained in a metal box consignment with Security Deposit Number 009GM. I shall be grateful if you could receive this fund into your Bank account for safekeeping. This arrangement is known to you and my junior brother (Abbas) only. So I will deal directly with you.I am proposing a 20% share of the fund to you for your kind assistance.I shall provide for you all the documents of the fund deposit with the security firm, and raise a power of attorney to enable you claim and receive this fund into your bank account.I have done a thorough homework and fine-tuned the best way to create you as the beneficiary to the funds and effect the transfer accordingly. Is rest assured that the modalities I have resolved to finalize the entire project guarantees our safety and the successful transfer of the funds.So, you will be absolutely right when you say that this project is risk free and viable.If you are capable and willing to assist, contact me at once via email with following details: 1. YOUR NAME 2. POSTAL ADDRESS 3. PHONE AND FAX NUMBERS Also this transaction demands absolute confidentiality.On no condition must you disclose it to anybody irrespective of your relation with the person.Remember,Loose lips sinks ship.I am looking forward to your urgent and positive response via my email address above. Best Regards, Mohammed Abacha. View this website for more info: http://news.bbc.co.uk/hi/english/world/africa/newsid_909000/909972.stm http://news.bbc.co.uk/hi/english/world/africa/newsid_877000/877113.stm


The pigeon logo came about from the idea of creating a new podcasting app, the idea behind this app was to allow it’s users easy access to the information they want to listen to. And so the homing pigeon was my inspiration for the logo and app name, homing pigeons travel over extremely long distances to deliver their messages. And so it made perfect sense to adopt the humble homing pigeon as the logo for the podcasting app.
The process started with a pen on paper sketch, where the decision to create the logo based on circles was made. It was also decided that the pigeon should have a playful and friendly look as if it is always happy to deliver it’s message.
The process continued on illustrator where the logo got it’s proper shape and it’s color variation. The shapes followed the pen and paper sketch with a few alterations, and the colours where as well inspired by our favourite common pigeon.


Biography
Aron Ra is the former president of the Atheist Alliance of America, the host of the Ra-Men Podcast, a public speaker, video producer, blogger, and vlogger. He is also the former Texas state-director of the American Atheists.
Interviews & Speeches
- Speech 1
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- Speech 6
- Speech 7
- Speech 8
- Speech 9
- Speech 10
- Speech 11
- Speech 12


Edwin Otero
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High-level Design
High Level overview
Overall
PiTiVi is comprised of two main parts:
- The Core, containing all the project- and timeline-related components, a plugin-system and various tools.
- The User Interface, optional, offering a graphical interface to use Core
Core
Core contains several essential components, of which the most important are:
- The Application, which organizes the projects and pipelines, as well as general application settings.
- The Projects, centralizing information on editing projects, including timeline, sources used, settings, ...
- The Pipelines, allowing combining some Actions (View, Record, Stream,...) with Producers (Timeline, File, Camera, VCR, ...) and Consumers (Loudspeakers, Screen, File, Network stream,...)
- A Plugin System, allowing adding/modifying/extending features in various parts of PiTiVi.
- Some Tools, amongst which Browsers (To search/organize/discover content) and Formatters (To handle various editing projects file formats).
- Some utilities, use by various components of core, like a Discoverer (to discover the multimedia properties of contents) and Thumbnailer (To generically produce thumbnails of contents)
Application
This object represents a running instance of PiTiVi.
It contains:
- The Settings of the application, user-interface and plugins
- One or more Project(s), corresponding to the various Timelines currently opened.
- One or more Pipeline(s), corresponding to the various processing pipelines currently used.
If a User Interface is used, the Application object is its core counterpart.
Project
Represents an editing project, corresponding to ONE Timeline.
It contains:
- The Settings of the project and timeline
- The History of all events that happened on the Project and the Timeline.
- The SourceBin which are a list of the SourceFactory being used in this project. All sources used in the Timeline are present in that list, but it can also contains sources not (yet) used in the Timeline.
- The Timeline. All the timeline editing is done through this object.
Pipeline
Pipelines are where the media processing takes place. It is the grouping of three things:
- Producer(s) which are generally the contents we're using (Ex: Timeline, File, Network Stream, WebCam, DV VCR, ...)
- Consumer(s) which convert/process/display streams from the Producers (Ex: Encoding to File, Outputting to Screen/Speakers, Streaming, recording to DV VCR, ...)
- Action(s) which represent meaningful usage of the various producers and consumers (Ex: Record from Webcam, (Pre)View timeline, Render Timeline, Capture from DV VCR, ...)
Plugin System
TO BE DEFINED
Tools
Browser
Browser are a unified way of searching/browsing for contents and devices, or more generally speaking Media Assets.
This includes, but is not limited to:
- Local File Browser
- Hardware Device Browser
- Effect/Operations Browser
- Media Asset Management Browser
- Online Service Browser (ex: youtube, flickr, archive.org, ...)
See Browsers for more details.
Formatter
Formatter are responsible for loading/storing Projects from/to various file formats.
Formatters can also provide subclasses of existing core objects in order to store/provide format-specific information.
See Formatter for more details.
Utilities
Discoverer
Thumbnailer
Issues still not clear
UI bundles
We need to provide some kind of mapping for which UI widget should be used for which core component, including subclasses.
The results of the search are


B-LINK VISION
We envision a better connected well informed Ugandan citizenry so as to facilitate discovery, participation and co-creation between people, government and private sector.
B-LINK MISSION
At BLINK we partner to reduce disparities in information accessibility and to build a resilient and active citizenry of people who are informed to fight poverty, diseases, hunger; promote civics education and democracy in the country.The BLINK will partner with public, private, school, college and universities/institutions and Non-governmental organizations (NGOs) in the country and other international organizations of working in cooperation with the education, university, training, business and medical communities. This initiative seeks to serve Uganda citizens with the assistance of all levels of government. The goal of the BLINK is to assist information users in seeking, navigating and using electronic information through the effective management and delivery of electronic resources to Ugandans. The services provided are geared towards assisting Ugandans at all ages to learn about, find and locate the information they need.
At B-LINK, we believe that we can only achieve the 17 sustainable development goals by bridging the gaps between populations; especially in terms of education and information accessibility.
Ugandan citizens need current, accurate and high-quality information to support them throughout their lives - as they learn to read, move through the education system, develop professional and job-related skills and look for consumer, leisure and health care information. While technology via internet has opened a vast world of information and data, much of the most valuable information, which comes at a high cost, remains available to only a few.
A high performing government relies on an engaged, well-prepared and well-trained citizenry; whether defending our homeland, restoring confidence in our financial system, providing healthcare to our people, conducting diplomacy abroad, providing relief to victims of disasters, or even coming with life-changing innovations like cures of the most vexing disease.


PM Imran has to overcome storm created over Nawaz's departure: Ch Shujaat
by https://www.facebook.com/dunyanewsISLAMABAD (Dunya News) - Pakistan Muslim League-Quaid (PML-Q) chief Chaudhry Shujaat Hussain said that Prime Minister Imran Khan will have to overcome the storm which has been started over Nawaz Sharif’s departure.
An important statement issued by the PML-Q President stated that life is in the hands of the Allah Almighty. “Imran Khan has been given a chance by Allah,” he expressed, adding that PM Imran should not listen to those who are trying to put hurdles in good decisions.
Chaudhry Shujaat Hussain said that Imran Khan should refrain from taking such measures which will put him in a difficult position. “People in power should only spend their energy on ending inflation and unemployment”, he added.
On the other hand, the federal cabinet’s subcommittee has finally decided to allow former prime minister Nawaz Sharif to go abroad for treatment for four weeks. The announcement was made by Federal Law Minister Farogh Naseem who presided over the sub-committee meeting.


Storm 0.8.0 and Trident released
I’m happy to announce the release of Storm 0.8.0. This is a huge release. Thanks to everyone who tested out the dev release and helped find and fix issues. And thanks to everyone who contributed pull requests. There’s one big new thing available in the release: Trident. You may have heard me hint about Trident before, and now it’s finally public.
Trident is a higher level abstraction for Storm. It allows you to seamlessly mix high throughput (millions of messages per second), stateful stream processing with low latency distributed querying. If you’re familiar with high level batch processing tools like Pig or Cascading, the concepts of Trident will be very familiar - Trident has joins, aggregations, grouping, functions, and filters. In addition to these, Trident adds primitives for doing stateful, incremental processing on top of any database or persistence store. Trident has consistent, exactly-once semantics, so it is easy to reason about Trident topologies. Trident is bundled with Storm, and you can read documentation about it on this page (start with “Trident tutorial”).
Trident supersedes both LinearDRPCTopologyBuilder and transactional topologies, both of which will be deprecated soon and eventually removed from the codebase.
Here are the other highlights of this release:
Executors
Prior to Storm 0.8.0, a running topology consisted of some number of workers and some number of tasks that ran on those workers. In the old model, worker = process and task = thread. Storm 0.8.0 changes this model by introducing executors. In this model, a worker = process, an executor = thread, and one executor runs many tasks from the same spout/bolt.
The reason for the change is that the old model complected the semantics of the topology with its physical execution. For example, if you had a bolt with 4 tasks doing a fields grouping on some stream, in order to maintain the semantics of the fields grouping (that the same value always goes to the same task id for that bolt), the number of tasks for that bolt needs to be fixed for the lifetime of the topology, and since task = thread, the number of threads for that bolt is fixed for the lifetime of the topology. In the new model, the number of threads for a bolt is disassociated from the number of tasks, meaning you can change the number of threads for a spout/bolt dynamically without affecting semantics. Similarly, if you’re keeping large amounts of state in your bolts, and you want to increase the parallelism of the bolt without having to repartition the state, you can do this with the new executors.
At the API level, the “parallelism_hint” now specifies the initial number of executors for that bolt. You can specify the number of tasks using the TOPOLOGY_TASKS component config. For example:
builder.setBolt(new MyBolt(), 3).setNumTasks(128).shuffleGrouping("spout");
This sets the initial number of executors to 3 and the number of tasks to 128. If you don’t specify the number of tasks for a component, it will be fixed to the initial number of executors for the lifetime of the topology.
Finally, you can change the number of workers and/or number of executors for components using the “storm rebalance” command. The following command changes the number of workers for the “demo” topology to 3, the number of executors for the “myspout” component to 5, and the number of executors for the “mybolt” component to 1:
storm rebalance demo -n 3 -e myspout=5 -e mybolt=1
Pluggable scheduler
You can now implement your own scheduler to replace the default scheduler to assign executors to workers. You configure the class to use using the “storm.scheduler” config in your storm.yaml, and your scheduler must implement this interface.
Throughput improvements
The internals of Storm have been rearchitected for extremely significant performance gains. I’m seeing throughput increases of anywhere from 5-10x of what it was before. I’ve benchmarked Storm at 1M tuples / sec / node on an internal Twitter cluster.
The key changes made were:
a) Replacing all the internal in-memory queuing with the LMAX Disruptor b) Doing intelligent auto-batching of processing so that the consumers can keep up with the producers
Here are the configs which affect how buffering/batching is done:
topology.executor.receive.buffer.size topology.executor.send.buffer.size topology.receiver.buffer.size topology.transfer.buffer.size
These may require some tweaking to optimize your topologies, but most likely the default values will work fine for you out of the box.
Decreased Zookeeper load / increased Storm UI performance
Storm sends significantly less traffic to Zookeeper now (on the order of 10x less). Since it also uses so many fewer znodes to store state, the UI is significantly faster as well.
Abstractions for shared resources
The TopologyContext has methods “getTaskData”, “getExecutorData”, and “getResource” for sharing resources at the task level, executor level, or worker level respectively. Currently you can’t set any worker resources, but this is in development. Storm currently provides a shared ExecutorService worker resource (via “getSharedExecutor” method) that can be used for launching background tasks on a shared thread pool.
Tick tuples
It’s common to require a bolt to “do something” at a fixed interval, like flush writes to a database. Many people have been using variants of a ClockSpout to send these ticks. The problem with a ClockSpout is that you can’t internalize the need for ticks within your bolt, so if you forget to set up your bolt correctly within your topology it won’t work correctly. 0.8.0 introduces a new “tick tuple” config that lets you specify the frequency at which you want to receive tick tuples via the “topology.tick.tuple.freq.secs” component- specific config, and then your bolt will receive a tuple from the __system component and __tick stream at that frequency.
Improved Storm UI
The Storm UI now has a button for showing/hiding the “system stats” (tuples sent on streams other than ones you’ve defined, like acker streams), making it easier to digest what your topology is doing.
Here’s the full changelog for Storm 0.8.0:
- Added Trident, the new high-level abstraction for intermixing high throughput, stateful stream processing with low-latency distributed querying
- Added executor abstraction between workers and tasks. Workers = processes, executors = threads that run many tasks from the same spout or bolt.
- Pluggable scheduler (thanks xumingming)
- Eliminate explicit storage of task->component in Zookeeper
- Number of workers can be dynamically changed at runtime through rebalance command and -n switch
- Number of executors for a component can be dynamically changed at runtime through rebalance command and -e switch (multiple -e switches allowed)
- Use worker heartbeats instead of task heartbeats (thanks xumingming)
- UI performance for topologies with many executors/tasks much faster due to optimized usage of Zookeeper (10x improvement)
- Added button to show/hide system stats (e.g., acker component and stream stats) from the Storm UI (thanks xumingming)
- Stats are tracked on a per-executor basis instead of per-task basis
- Major optimization for unreliable spouts and unanchored tuples (will use far less CPU)
- Revamped internals of Storm to use LMAX disruptor for internal queuing. Dramatic reductions in contention and CPU usage.
- Numerous micro-optimizations all throughout the codebase to reduce CPU usage.
- Optimized internals of Storm to use much fewer threads - two fewer threads per spout and one fewer thread per acker.
- Removed error method from task hooks (to be re-added at a later time)
- Validate that subscriptions come from valid components and streams, and if it’s a field grouping that the schema is correct (thanks xumingming)
- MemoryTransactionalSpout now works in cluster mode
- Only track errors on a component by component basis to reduce the amount stored in zookeeper (to speed up UI). A side effect of this change is the removal of the task page in the UI.
- Add TOPOLOGY-TICK-TUPLE-FREQ-SECS config to have Storm automatically send “tick” tuples to a bolt’s execute method coming from the __system component and __tick stream at the configured frequency. Meant to be used as a component-specific configuration.
- Upgrade Kryo to v2.17
- Tuple is now an interface and is much cleaner. The Clojure DSL helpers have been moved to TupleImpl
- Added shared worker resources. Storm provides a shared ExecutorService thread pool by default. The number of threads in the pool can be configured with topology.worker.shared.thread.pool.size
- Improve CustomStreamGrouping interface to make it more flexible by providing more information
- Enhanced INimbus interface to allow for forced schedulers and better integration with global scheduler
- Added assigned method to ISupervisor so it knows exactly what’s running and not running
- Custom serializers can now have one of four constructors: (), (Kryo), (Class), or (Kryo, Class)
- Disallow “:”, “.”, and “" from topology names
- Errors in multilang subprocesses that go to stderr will be captured and logged to the worker logs (thanks vinodc)
- Workers detect and warn for missing outbound connections from assignment, drop messages for which there’s no outbound connection
- Zookeeper connection timeout is now configurable (via storm.zookeeper.connection.timeout config)
- Storm is now less aggressive about halting process when there are Zookeeper errors, preferring to wait until client calls return exceptions.
- Can configure Zookeeper authentication for Storm’s Zookeeper clients via “storm.zookeeper.auth.scheme” and “storm.zookeeper.auth.payload” configs
- Supervisors only download code for topologies assigned to them
- Include task id information in task hooks (thanks velvia)
- Use execvp to spawn daemons (replaces the python launcher process) (thanks ept)
- Expanded INimbus/ISupervisor interfaces to provide more information (used in Storm/Mesos integration)
- Bug fix: Realize task ids when worker heartbeats to supervisor. Some users were hitting deserialization problems here in very rare cases (thanks herberteuler)
- Bug fix: Fix bug where a topology’s status would get corrupted to true if nimbus is restarted while status is rebalancing


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Thank you for using FactBK
Factbk is a free to use, online fact finding application for residents of portsmouth who are interested in finding historical information about their local area.
This application was created by students at the university of portsmouth as part of a coursework demonstration
The creators of FactBk reserve the rights to all code used for this project. For further information please contact up795987@myport.ac.uk


Tell us your favorite animals.
What's your favorite animal?
What's your second favorite animal?
What's your third favorite animal?


Somebody's hidden a safe, or other valuable object, behind a painting on the wall. In a common joke, the safe is hidden behind a painting of a safe.
 People rarely seem to consider installing safes behind other common objects hanging on walls, such as mirrors or tapestries.
Sometimes the painting will suggest the presence of the safe, the nature of the valuables or perhaps even be a clue to the safe's code.
This is ridiculously common in Interactive Fiction and Point And Click Games.
Examples:
- In The Vanishing Cabinet of Time Dumbledore kept his old wand in a safe behind a portrait of the previous Headmaster.
- A sidestory of Pokémon Reset Bloodlines reveals that Giovanni has a safe in his office, hidden behind a portrait of himself and his Persian. Inside he stashes many items that might not see the light of day in a long time, but are too valuable to destroy.
- Robb Returns: Behind a tapestry in Ned's own solar, right under his nose, there is a hidden door that leads to a whole room of secrets, including the Fist of Winter and the relic that triggers the Call.
- In Oh Hell No Amelia has a safe which is invisible unless you "open" the painting in front of it as if it were a door.
- In Harry Potter - Three to Backstep Potter Retreat has a safe with a "door" painting which can only be opened by pressing the Head of House ring into an indentation at the bottom of the frame.
- In An Instant Family Harry's parents' house in Godric's Hollow has one.
- In The Shock of it All Amelia has a safe behind a painting of a baby badger.
- In Harry Potter and the Bonds of Time Amelia has a safe behind a portrait of her late brother Edgar.
- Hoodwinked!: Red Puckett retrieves her Granny's recipe book from a safe concealed behind a portrait of (a person who is implied to be) her grandfather. It's very possible that she knows the bandit might guess the safe's location.
- Wallace & Gromit had this in The Wrong Trousers. Wallace hides his piggy bank in a safe behind a picture of a piggy bank.
- Alternate-Biff Tannen's office in Back to the Future Part II has a safe (containing the future sports almanac Biff used to get rich in that timeline) hidden behind his self-portrait.
- Thunderball has a secret map behind a painting, showing top secret locations.
- There's a safe behind a painting of Hitler in the movie Valkyrie.

- In Sherlock Holmes (2009), Sherlock quickly checks the safe behind his painting is still locked after waking up to find Irene Adler in the room.
- The Pink Panther has a double-ended safe behind two paintings.
- Discussed in the 1972 film adaptation of Sleuth. When looking for the safe, Milo dismisses the painting of Andrew's wife as the hiding place as he has seen it too often on TV.
- In The Cobbler, one of the baddies has a safe behind his bathroom mirror where he stores precious watches.
- Hudson Hawk. The auction house Eddie and Tommy break into hides its safe behind a large painting. The safe holds the "Sforza", the horse statuette that they're there to steal.
- The Climax: Hidden behind a painting in his office, Dr. Hohner has a safe that contains his souvenirs of all of Marcellina's performances.
- The first Artemis Fowl plays with this: it has a safe hidden behind a painting... which is a decoy for the safe built into the frame of the painting.
- In typical Frederick Forsyth fashion, The Fourth Protocol meticulously details the locating and destruction of a safe hidden behind a painting.
- In The Three Investigators volume The Case of the Weeping Coffin, the eccentric millionaire's house is littered with these, to the point that the curtain that doesn't conceal a safe is interesting.
- In the novelization of DC Comics' Knightfall story, there's a safe behind a painting in one of Wayne's offices. The safe is actually just another layer of distraction to protect the real secret: the spare Batman costume folded up in the picture frame.
- The Executioner. In "Terminal Velocity", Mack Bolan breaks into a safe hidden in the office of a KGB honcho, but thanks to a continuity error it changes from a picture of Lenin to one of Brezhnev, then back again.
- In The Flying Cloud, while exploring an abandoned base of the Fat Man's group, Wilcox and Mackiernan find a movie poster in the main office that they instantly identify as this trope. It was also booby-trapped with a massive concrete deadfall, but they had already encountered so many traps in that base that this one was no surprise.
- In season 3 of Heroes, a stolen formula is hidden behind the Mona Lisa.
- An episode of The Monkees had a safe, behind a painting of a safe, behind a painting. That is, the "regular" painting was removed from the wall to show a painting of a safe, which was removed to show a real safe.
- Lost: Ben Linus keeps all his information on Charles Widmore in a wall safe behind a painting.
- On Leverage, we learn Hardison has hidden large quantities of cash inside the frame of his painting of Harlan Leverage III (AKA Old Nate).
- Played with on Burn Notice.
- In one episode, an art dealer has hung a stolen painting on the wall and covered it with another, larger, painting.
- In another, an assassin hides a disc of sensitive data inside the wall - concealing the hiding place with a layer of plaster.
- In a few episodes it's noted that it's foolish to hide things in those places and suggested that the best places to hide small things of value are behind door hinges (unscrewed and hollowed out) and that the best places to hide bugs are behind receptacle covers because no one looks there and there is a steady source of power.
- Batman (1966)
- In the episode "The Duo is Slumming" the plans for an airplane are in a wall safe concealed by a painting.
- In the episodes "That Darn Catwoman" and "Flop Goes The Joker", stately Wayne Manor has a wall safe hidden behind a painting.
- At least once in Alias: Vaughn goes to Virginia to his wife's mother's house and has to steal a code. The code is in a safe on the wall behind a painting, and the painting even has hinges on the right side attaching it to the wall and facilitating access to the safe.
- Doctor Who had variations on this from time to time. In "The War Games," for example, a painting in the World War I general's quarters concealed his SIDRAT (a knockoff TARDIS) controls. In "The Five Doctors", a door could only be opened by playing a tune on Rassilon's harp. A nearby painting of Rassilon playing that harp showed the tune.
- In Charmed, Cole hides a safe behind a portrait in his penthouse apartment when he's the Source. It doesn't have anything in it except a posthumous note to his wife, though.
- Interestingly inverted on Hustle. Their mark had stolen a new security system that was effectively unbeatable and was now marketing it by offering to secure a painting and cover the theft liability without insurance. Because the system couldn't be defeated due to being sewn into the painting itself, they build a false wall in front of it to avoid detection and blackmail the mark with his "stolen" painting due to the fact that the mark would be liable for the multimillion quid cost.
- Invoked in "The Frame" from the original Mission: Impossible: The team is assigned to stop the rise to power of a murderous Syndicate crime boss. They infiltrate during a big gathering of other bosses. One of the things they do is to install a small round wall safe behind a painting in his bedroom, while at the same time raiding his safe.
- UFO episode "Exposed". Paul Foster breaks into the Ventura Aircraft Corporation to find evidence that he saw a UFO. He looks behind several paintings on a wall and eventually pulls one back, revealing a safe hidden behind it.
- Murdoch Mysteries: In "In the Altogether", the safe in Abigail's apartment is hidden behind a decorative panel.
- An improvised version in Agent Carter. When Peggy Carter has to hide a MacGuffin in her rented apartment, she knocks a hole in the wall, takes out a couple of bricks so she can place the device in the wall-space, then hangs a picture over the damage.
- Leverage: In "The Fairy Godparents Job", The Mark has a safe hidden behind a painting in his swanky apartment.
- Parodied on Monty Python's Flying Circus in the episode "Dennis Moore" where a safe is hidden behind... a painting of a safe.
- Star Trek: The Next Generation. Justified in "The Most Toys". The Villain of the Week Kivas Fajo is a collector of rare objects (including Data, whom he kidnaps). One of these objects is a rare disrupter pistol; as he's not going to keep a weapon in the same room as Data he stores it in a safe, which naturally is hidden behind another object in his collection.
- In the Honey West episode "The Owl and the Eye," a thief hides the Ming Owl behind a portrait of his mother.
- Dead Man's Gun: No safe, but in "The Highwayman", Robert Cosgrove has a hole in his bedroom wall where he conceals the eponymous gun and his ill-gotten gains that is hidden behind a painting.
- Adventures in Odyssey used this trope, and the stock joke: A safe was hidden behind a picture of a safe.
- Call of Cthulhu
- Utatti Asfet has two wall safes behind paintings: one behind a lithograph of the Mississippi paddle wheeler "The Bayou Queen", and one behind a portrait of Father Michael Thibidoux, a Cthulhuoid cultist.
- The Asylum and Other Tales adventure "The Asylum". In Doctor Freygan's bedroom there's a painting that's slightly askew. Behind the painting is a wall safe with $5,000 worth of antique gold coins.
- Adventurer magazine #5, adventure "A Wee Dram of Danger". In the Kilbride house, a portrait of James Kilbride conceals the family wall safe. Inside the safe is a magical artifact that the Player Party needs to defeat the villain of the adventure without killing an innocent victim.
- Dungeons & Dragons
- Dungeon magazine #8 adventure "For A Lady's Honor". Hastur Brunt's bedroom has a wall safe concealed behind a painting worth 1,000 gold pieces. The safe is trapped with a gas that will put everyone in the room to sleep.
- The Ravenloft supplement Chilling Tales, adventure "Undying Justice". Sir Robert's study has a wall safe hidden behind a picture. It contains his journal, which mentions his murder of a man he (mistakenly) thought was having an affair with his wife.
- SPI's Dragon Quest supplement The Enchanted Wood. On the 4th floor of the Ruined Tower in room T-12 there's a painting of a woman and a man over the fireplace mantle. Behind the painting is a safe with several dangerous traps connected to it. Inside the safe is treasure, including coins, jewelry and several magical items.
- Champions. Space Gamer Fantasy Gamer magazine #78 scenario "The Jewel Thief". The title NPC scales the outside of a skyscraper and enters through a window. Once inside the room he goes to a painting on the wall, pulls it back and reveals a safe hidden behind it. He tries to open the safe and steal the jewels inside, hopefully to be stopped by the superhero Player Character.
- Aftermath}, Scenario Pack 1: Into the Ruins. In the ruins of the Gatlin Center, the Director's office has a wall safe hidden behind a picture. The safe holds a variety of papers regarding the Center's operations, $5,000 in $10 bills, a packet of love letters and a vial of deadly poison.
- 2027: Your safehouse in Paris has one.
- A few apartments in Deus Ex: Human Revolution have safes hidden behind paintings, Adam Jenson has an emergency stash hidden behind his TV which slides up on the wall (It contains a pistol, some ammo, and a bit of cash, along with some non-interactive medicine).
- One of the first levels of the first Splinter Cell featured this.
- This is the first place to look for safes when you're a thief in the Quest for Glory games.
- Dr. Fred's safe in Maniac Mansion and Day of the Tentacle is hidden behind a portrait of him, with hair.
- In Sly 3: Honor Among Thieves, not only are safes hidden behind paintings, but the combinations are hidden in the paintings.
- Pokémon Red and Blue - the switch to open a secret door lies behind a poster in the Celadon Game Corner.
- In Covert Action safes are obvious, but in some objects the Player Character can hide bugs in break-in mode, and painting on the wall is one of them: turn it, plant a bug, turn it back. Also you see the guards walking around sometimes quickly open and close those paintings, presumably to check for bugs some "inventive" spy always may leave behind.
- Used in the Baldur's Gate series of CRPGs, mainly by inferring that there are secret compartments behind clickable paintings. Subverted once in Shadows of Amn, however: attempting to pick a locked door in a thieves' guild would reveal that it's just an incredibly elaborate painting with a doorknob attached.
- It's probably easier to list the Room Escape games that don't use this trope.
- Medal of Honor: Frontline: In the manor level, there is a map hidden behind a painting and documents in a cuckoo clock that you need to find. The problem being, there are dozens of paintings and clocks throughout the manor, only one of which has what you're looking for.
- The Elder Scrolls III: Morrowind: There is a secret door hidden behind a tapestry in Venim Manor. You'll need to rescue someone from this hidden room to advance in the House Redoran and Redoran Hortator questlines.
- In Ace Attorney Investigations, each prosecutor's office contains a wall safe meant to store evidence needed for trials. Edgeworth hides his behind the suit jacket and vest he keeps framed and hanging on his wall.
- One of the easiest ways to hide a treasure stash in Minecraft is to make an adjacent room and hide it behind a 12x12 painting. Preferably you'll have an iron door behind it and the room itself blocked with obsidian, because this technique is so old it's pretty much the first thing people think of when they see said giant paintings.
- In Penumbra Black Plague, an Air-Vent Passageway is hidden behind an odd painting.
- In the Big Bank heist of PAYDAY 2, there's always a safe hidden behind a painting in the bank manager's office. It sometimes holds a keycard necessary to open a security door, though there's usually just a partially-eaten sandwich inside.
- The Golden Grin Casino heist features a safe behind a painting in the manager's office as well; it must be opened to find one of three parts of a code lock. The painting itself can be taken as loot.
- Scratches has a safe hidden behind a painting in the master bedroom.
- In Dark Fall : Light's Out, the button to open a hidden drawer is hidden behind the corner of a painting in the head lighthouse-keeper's room.
- The Crabb & Sons company in Safe Cracker lampshade and joke about this trope in a pamphlet in-game. Given that what they produce is safes, barely any of the safes at their corporate headquarters are hidden.
"No longer is it the case of looking behind the right painting. Now the crack thief will be down on his hands and knees, touching and prodding at everything he sees in hopes of getting lucky."
- The 2006 successor plays with this, with a painting that does hide a safe, except there are other paintings connected by wires that have to be rearranged in the right order before the one with the safe will open.
- In Amnesia: A Machine for Pigs, there is a lever behind a painting in one of the bathrooms that opens a secret door.
- In Kathy Rain, there is a safe behind the painting in Isaac's room at the church.
- In Thimbleweed Park, Ransome's wall safe in his trailer is hidden behind a clown poster. Likewise, Chuck's safe in his room is hidden behind a painting.
- The Sexy Brutale has a safe hidden behind a painting. The master lockpicker snarkily remarks that it's a new and original idea.
- In C'est la Vie, expat French siblings Mona and Pierre Montrois are bequeathed the lifetime collection of artworks created by an eccentric uncle. They are less than enthralled by this until they realise their real inheritance is several hundred thousand francs that their uncle has hidden in the frames, so as to evade French taxation and death duties.
- Problem Sleuth has a few of these, subverted in every possible way. Early on, we see that Problem Sleuth's safe is just a blank facade, concealing a painting. Not to mention the safe hidden behind his window. It Makes Sense in Context.
- Futurama: "Bender's Big Score" has the safe behind a painting of the Professor opening the painting to find the safe.
- An episode of The Simpsons had this in Burns' mansion. Bart, searches for it, only to find a Beefeater guard as well.
- Non-safe (unsafe?) example: Vlad Masters of Danny Phantom hides a portal to the ghost zone behind a painting of himself. On the other hand, the Ghost Zone side of the portal is "concealed" behind a giant football. Vlad, by the way, is a massive Green Bay Packers fan.
- Darkwing Duck hides a safe behind a family portrait at home. This works until the safe itself runs away. He also has another of these, holding his case files, in his secret lair.
- Painter Smurf hides a stash of smurfberry candy inside his own painting in The Smurfs episode "Smurfette's Sweet Tooth".
- Still used in Real Life. Model 20720 comes with a built-in frame to conceal the door, and a remote control. This trope is mentioned by this seller and this one.


Specifies the width of bands on the chart, or "fit" to calculate the best fit Note: ordinal only
Should the values be clamped ot the domain? Note: quantitative and time only
Controls the domain of the visualization
Exponent to use for the scale Note: quantitative only
Should values be made "nice"? Note: quantitative (boolean) and time (string) only
Specifies the padding between bands Note: ordinal only
Controls the range of value allowed for a visualization - only makes sense for certain types of scales
Should the value be rounded?
Controls the kind of scale
Should the raw domain value be used? Note: quantitative only
Should there be a zero? Note: quantitative only
Generated using TypeDoc
Contains the settings for the scale of a channel TODO: ScaleDef is dependent on field type, and different definitions should exist for each type


Variable attributes
description
string (optional)This attribute provides a human readable description of the content of the variable. It should make clear what the source of the data was (e.g. measured, climatology, derived, etcetera).
dims
string (optional)This attribute is only applicable for HDF4 files (netCDF-3 uses named dimensions and HDF5 uses dimension scales). This attribute stores the type of each dimension of the associated variable as a comma-separated list of dimension type names. The number of dimension types should equal the number of dimensions of the variable.
units
string (optional)This attribute is used for data that has a physical unit. It should provide the unit in a form compatible with the
udunits2
software. Aunits
attribute is expected to be available for any variable defining a quantity. If a variable represents a dimensionless quantity theunits
string should be an empty string (or have the value1
in case empty strings are not supported). The plural attribute nameunits
is only used when storing HARP data in a file (for compatibility reasons with other standards such as netCDF-CF); inside data structures of HARP variables within C, Python, etc. the (more accurate) singular termunit
is used.valid_min
[int8, int16, int32, float, double] (optional)Provides the minimum value below which the data is to be considered invalid. The data type of this attribute should match the data type of the associated variable. This attribute is not allowed to be present for variables of type string. For variables of numeric type, this attribute should only be present if the variable actually contains values below this threshold that are to be interpreted as missing or invalid values.
valid_max
[int8, int16, int32, float, double] (optional)Provides the maximum value above which the data is to be considered invalid. The data type of this attribute should match the data type of the associated variable. This attribute is not allowed to be present for variables of type string. For variables of numeric type, this attribute should only be present if the variable actually contains values above this threshold that are to be interpreted as missing or invalid values.
enum_name
/flag_meanings
[string] (optional)Provides the list of string values of the enumeration labels of a categorical variable. For the in-memory representation (C, Python, etc.) this attribute is called
enum_name
and consists of a list of strings. Within a netCDF-3, HDF4, or HDF5 file this attribute is stored as a single string attribute namedflag_meanings
which contains a space separated list of the label names.
Note that _FillValue
is not used by HARP. Whether a value is valid is purely determined by the valid_min
and
valid_max
attributes.
Note that files using the HARP data format can include variable attributes in addition to the ones mentioned above
(such as e.g. a _FillValue
attribute). However, such attributes will be ignored when the product is imported.


Hi
I'm Yusuf
I'm a 25-year-old senior or master or whatever you call it front-end developer.
Born & raised in Turkey / Ankara, I'm genuinely inspired by creators of my workspace like HTML, CSS, and JavaScript.
Over eight years in business, I have had a chance to work on a variety of projects, with agencies, companies or even individuals. Custom work is my territory, perfection in details is my obsession and harmony in code is my passion.
Experience
Storyly
Frontend Tech Lead
Frontend Developer
Storyly
Frontend Developer
JotForm
UI Developer (React Native)
Freelance
React & React Native Developer
Freelance
Frontend Developer
App Samurai & Interceptd
Frontend Developer
Ideasoft
UI Developer
Flatart Agency & flat.social
UI Developer
Education
Ankara University, Linguistics
Muğla Sıtkı Koçman University, English Language and Literature
Skills
React, React Native, HTML, CSS, Web Animation, User Experience and related things...
Find me
Tel +90<PHONE_NUMBER>
E-Mail<EMAIL_ADDRESS>Date of Birth 19 February 1996
Languages Turkish, English


MealChain Client
Wallet Generator
(current)
Blockchain
Make Transaction
View Transactions
Wallet Generator
Click on the button below to generate your blockchain wallet
Generate Wallet
Public Key:
Private Key:
IMPORTANT
Save you private and public keys. These keys cannot be recovered!
Don't share your private key with anyone!
Validate User
×
Student ID
Full Name


| DOSE: |
1600 mg |
oral |
Caffeine |
(pill / tablet) |
I was going out one night with my friends to a club in New York City. This dance club is one of those places that plays great techno music and has a lot of people doing Extasy and other drugs. However, because I had a long trip ocming up the next day, I had to make sure not too get too messed up. I was not drinking that night or using any other drugs, nor have I done anything in the week beforehand that could otherwise explain my experience. So I went out and brought with me a package of Vivarin. Each pill contains about 200mg of caffeine, equivalent fo two cups of coffee.
We got to the club around 1AM. So I started my night by taking 2 pills and dancing, and then taking a pill or two every time I started getting tired.
By 5AM the whole set of 8 Vivarins was gone and I ate them all. I was a bit tired cause I have not slept the whole day before and danced all night. But my mind was going 200 miles per hour.
When I left the club around 6:30AM I had the regular ringing in my ears from loud music and slight disorientation that I feel every other time as well when leaving a club early in the morning. I also have to mention that I was drenched in sweat and probably dehydrated.
So I got home at about 7:15AM. I had to get some sleep because I had to drive for 6 hours at around noon to go back to school. I did not have too much trouble falling asleep, but as soon as I did I woke up. At 7:30 I was lying in bed, my hands shaking. I would get random jerks in my extremities. My bed was drenched with sweat and I was cold. I was having one of the worst anxiety attacks I ever had (I do get them very rarely so i know what they feel like).
My mind was racing. My body shivering/shaking. I was under a blanket and I knew it was hot in the house, but I was cold anyway.  I was having thoughts of horrible things going through my head totally not rooted in anything real. Everything I would think about would produce very negative and worrying thoughts. I felt my heart beating strongly through my chest. I though someone might have slipped me some LSD and I was having a bad trip. I could not clear my head. I did think I might die. However, just like during a trip, I was able to convince myself that all will be good soon. So I got up, went to the bathroom, drank a bunch of water to replace all the one I lost during dancing and sweating in bed.
I managed to lull myself to sleep by thinking concentrating on something that could not possibly turn negative in my head, which usually works when having an anxiety attack. I woke up an hour later with a similar, but not so serious, anxiety attack, once again sweating. I finally woke up at 11AM, feeling all good. My body was tired and aching from dancing and my ears were still a little numb from the loud music, but all else was fine.
I drove back to school and nothing else happened. Now I do realize that caffeine might have something to do with this, but I also had a similar experience about a year later, but with NO caffeine or other drugs. It might have been an effect of not sleeping for a really long time and/or being dehydrated.
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.


Calculate Compost
Calculate for
Rectangular Area
Circular Area
Length
Width
Diameter
Depth
You will need
Cubic Yards


{% extends "layout_no_session.html" %} {% block title %}
The Node Goat is an educational Node.js web application vulnerable to the OWASP Top 10 risks. It is intended to show how each of these vulnerabilities can manifest in a Node.js specific way, and provides the subsequent mitigation for each with source code examples.
To start hacking the application, login using the form below, or access the tutorial guide to know more.


This guide takes you through setting up a verified email address on Amazon SES and escaping the “sandbox”.
All Software as a Service (SaaS) Products that create value send email
.
Even if it’s just a reminder to pay a bill, an email
has to be sent reliably.
Amazon’s SES is a reliable, full featured and cheap cheapest email service.
[@dwyl](https://github.com/dwyl) we rely on email
as our primary feedback loop.
Without email
we cannot communicate with the people who are using our App.
Amazon Web Services (AWS) Simple Email Service (SES) lets you send and receive email.
Additionally, for more advanced users SES has notifications with insights about the email messages you send e.g: delivery
, bounce
or complaint
.
We are not going to explore notifications in this setup guide, but we have a Lambda Function: https://github.com/dwyl/aws-ses-lambda that you should consider exploring if you want a turn-key solution to your AWS SES needs.
Anyone building an App who wants to have control over their email
.
This guide follows and enhances the official AWS instructions: https://aws.amazon.com/getting-started/tutorials/send-an-email
Prerequisites:
This guide assumes you already have an AWS account.
Additionally, if you plan to follow along with the practical side of sending emails, some familiarity with JavaScript
is advantageous but not required.
Login to your AWS account and visit the SES endpoint: https://console.aws.amazon.com/ses
From the SES Home screen, click on “Email Addresses”
In the “Email Addresses” menu, click on “Verify a New Email Address”:
Note: In our case we had to setup a free Zoho Mail email account for our domain in order to receive the confirmation email. See: issues/35 for detailed steps on how to do this. It takes around 5 mins.
Once you have input the desired email address, click “Verify this Email Address”
You should see a messaging confirming that the verification email was sent:
Open the email client associated with the email address you want to verify, locate the verifcation email sent by AWS and click the link:
e.g: https://mail.zoho.eu
Once you click the link you should see:
If you refresh the AWS you should see that the email address is verified:
In the Amazon SES console, select the radio button to the left of the email address you just verified, and then click on “Send a Test Email”:
Compose and send a Formatted email:
In your email you should see:
Next try sending a Raw email.
Paste the following text:
Subject: Amazon SES Test
MIME-Version: 1.0
Content-Type: text/html
<!DOCTYPE html>

You have successfully sent an email using Amazon SES!

For more information about Amazon SES, see the

Amazon SES Developer Guide
.

In your email, you should see:
At this point you have successfully setup AWS SES, but you can only send emails to verified email addresses, which is not much use beyond testing.
In order to send email to any address, you need to request that AWS remove your account from the “sandbox”: https://docs.aws.amazon.com/ses/latest/DeveloperGuide/request-production-access.html
In the AWS SES interface, click on the Support selector in the top-right and select “Support Center”:
Once in the AWS Support interface, click on “create support case”:
In the case creation interface, select the “Service limit increase” option:
Input the relevant data and then click on “Submit”:
Once you submit the case you see a summary similar to this:
A day later … you should expect something similar to this:
Now that you have verified your email address and you are out of the “sandbox”, you can send email!
Try following the instructions in: https://github.com/dwyl/sendemail
If you want to send an email from an AWS Lambda function, there are a few extra steps to setup an IAM policy to allow this.
On the IAM policies homepage, select Policies and then Create policy: https://console.aws.amazon.com/iam/home?region=eu-west-1#/policies
Select the JSON tab and paste the json
from the instructions, then click Review policy https://aws.amazon.com/premiumsupport/knowledge-center/lambda-send-email-ses
Review the policy and name it e.g: LambdaSES Cant share a link in this description, so just google for How do I send email using Lambda and Amazon SES
Once you click on Create policy you should see a confirmation LambdaSES has been created.
:
Next we need to attach the policy to the existing role. Search for the policy, select it and then click on the Policy actions selector:
Attach the policy to the LambdaExecRole
:
Once you click the Attach policy button, you should see a confirmation similar to this:
This will allow you to send email from a Lambda function e.g:
Email received:
Each email sent has 2 “parts” with corresponding costs.
https://aws.amazon.com/lambda/pricing/
Lambda Pricing is broken down into two components: + $0.0000002 per request (execution cost regardless of duration/memory used) + $0.000000208 per 100ms (execution time)
https://aws.amazon.com/ses/pricing/
We need to make our total (incremental) cost of running our “Email Solution” significantly cheaper, while delivering comparable features to other providers. That’s why we need to use both SES and Lambda to both send emails and track notifications, hence: https://github.com/dwyl/aws-ses-lambda
For all companies/teams using AWS sending up to 65,000 Emails a Month will be Completely Free. (covered by the free usage tier for the first 12 months).


Apple Canada reveals full Black Friday 2019 deals, offers up to $280 in gift cards
Free gift cards with the purchases on select iPhone, AirPods, Apple Watch, MacBook Air, others
by Bradly Shankar, Patrick O'RourkeEarlier this week, Apple Canada hinted that its 2019 Black Friday deals would include savings of up to $280.
Now, the tech giant has unveiled precisely how that works.
From Friday, November 29th to Monday, December 2nd, Canadians can get an Apple Store gift card valued at up to $280 depending on what they purchase:
- AirPods with Wireless Charging Case or with Charging Case — Get a $35 gift card
- Apple Watch Series 3 — Space Grey Aluminum Case with Black Sport Band/ Apple Watch Series 3 Silver Aluminum Case with White Sport Band/ Apple Watch Series 3 Space Grey Aluminum Case with Anthracite/Black Nike Sport Band — Get a $35 gift card
- Apple TV HD or Apple TV 4K — Get a $35 gift card
- iPhone XR or iPhone 8 — Get a $70 gift card
- Powerbeats Pro — Get a $70 gift card
- Beats Solo3 Wireless Headphones — Get a $70 gift card
- HomePod — Get a $70 gift card
- iPad Air — Get a $70 gift card
- iPad mini — Get a $70 gift card
- iPad Pro — Get a $140 gift card
- Beats Studio3 Wireless Headphones: Get a $140 gift card
- MacBook Air: Get a $140 gift card
- 13-inch MacBook Pro: Get a $280 gift card
- iMac — Get a $280 gift card
- iMac Pro — Get a $280 gift card
Apple is also offering a 3-month Apple News+ free trial for new subscribers compared to the one free month the service typically features. The plan auto-renews for $12.99 monthly until cancelled.
Finally, if you’re a new Apple Music subscriber, Apple has extended the usual 3-month subscription to 6 months. First, open the Shazam app. Next, navigate to the library section by clicking the library in the top left corner. You should then see the offer.
It’s worth noting that some Apple products, such as select MacBook and iPad models, are on sale at other retailers. More details on those offers can be found here.
Source: Apple Canada


27/m west car street,
Vadamadurai-624802
Dindigul(dt).
Email<EMAIL_ADDRESS>Mobile no:<PHONE_NUMBER>
To work in an innovative and challenging environment extracting the best out of me which is conductive to learn and grow at professional and personal level thereby directing my future endeavors as an asset to the organization.
| QUALIFICATION | BOARD/UNIVERSITY | SCHOOL/COLLEGE | YEAR OF PASSING | PERCENTAGE/CGPA |
|---|---|---|---|---|
| B.E(CSE) | Anna University | Ramco Institute of Technology | 2021 | 7.0 cgpa |
| 12th | State Board | Akshaya Vidyalaya matric Hr Sec School | 2017 | 72% |
| 10th | State Board | Akshaya Vidyalaya matric Hr Sec School | 2015 | 94% |
Developed a project on JAVA titled,”LIBRARY MANAGEMENT SYSTEM”.
Developed a project on DBMS titled,”PAYROLL MANAGEMENT SYSTEM”, using JAVA as a front end.
C & Python & Java Programming
Web Designing & Development
Computer Networks
Android Development
C
JAVA
Python
OOP
Database
Web Technology
| DATE OF BIRTH : | 28-05-2000 |
| FATHER'S NAME : | KUMARESAN R |
| HOBBIES: | PLAYING Cricket & WATCHING TV |


| Field Summary | ||
|---|---|---|
const Number | NONE | |
| Represents None format type. | ||
const Number | CLASSIC | |
| Represents Classic auto format type. | ||
const Number | REPORT_1 | |
| Represents Report1 format type. | ||
const Number | REPORT_2 | |
| Represents Report2 format type. | ||
const Number | REPORT_3 | |
| Represents Report3 format type. | ||
const Number | REPORT_4 | |
| Represents Report4 format type. | ||
const Number | REPORT_5 | |
| Represents Report5 format type. | ||
const Number | REPORT_6 | |
| Represents Report6 format type. | ||
const Number | REPORT_7 | |
| Represents Report7 format type. | ||
const Number | REPORT_8 | |
| Represents Report8 format type. | ||
const Number | REPORT_9 | |
| Represents Report9 format type. | ||
const Number | REPORT_10 | |
| Represents Report10 format type. | ||
const Number | TABLE_1 | |
| Represents Table1 format type. | ||
const Number | TABLE_2 | |
| Represents Table2 format type. | ||
const Number | TABLE_3 | |
| Represents Table3 format type. | ||
const Number | TABLE_4 | |
| Represents Table4 format type. | ||
const Number | TABLE_5 | |
| Represents Table5 format type. | ||
const Number | TABLE_6 | |
| Represents Table6 format type. | ||
const Number | TABLE_7 | |
| Represents Table7 format type. | ||
const Number | TABLE_8 | |
| Represents Table8 format type. | ||
const Number | TABLE_9 | |
| Represents Table9 format type. | ||
const Number | TABLE_10 | |
| Represents Table10 format type. |
| Field Detail |
|---|
NONE | |
const Number NONE |
CLASSIC | |
const Number CLASSIC |
REPORT_1 | |
const Number REPORT_1 |
REPORT_2 | |
const Number REPORT_2 |
REPORT_3 | |
const Number REPORT_3 |
REPORT_4 | |
const Number REPORT_4 |
REPORT_5 | |
const Number REPORT_5 |
REPORT_6 | |
const Number REPORT_6 |
REPORT_7 | |
const Number REPORT_7 |
REPORT_8 | |
const Number REPORT_8 |
REPORT_9 | |
const Number REPORT_9 |
REPORT_10 | |
const Number REPORT_10 |
TABLE_1 | |
const Number TABLE_1 |
TABLE_2 | |
const Number TABLE_2 |
TABLE_3 | |
const Number TABLE_3 |
TABLE_4 | |
const Number TABLE_4 |
TABLE_5 | |
const Number TABLE_5 |
TABLE_6 | |
const Number TABLE_6 |
TABLE_7 | |
const Number TABLE_7 |
TABLE_8 | |
const Number TABLE_8 |
TABLE_9 | |
const Number TABLE_9 |
TABLE_10 | |
const Number TABLE_10 |


| Created: | 1/27/2021 3:44:45 PM |
| Modified: | 1/27/2021 3:44:45 PM |
| Project: | |
| Advanced: |
| Attribute |
|
Public serial id |
|
Details:
|
|
Public bigint amount_cents |
|
Details:
|
|
Public integer draw_id |
|
Details:
|
|
Public varchar(255) created_by |
|
Details:
|
|
Public varchar(255) updated_by |
|
Details:
|
|
Public timestamp with time zone(0) created_at |
|
Details:
|
|
Public timestamp with time zone(0) updated_at |
|
Details:
|
|
Public integer bucket_group_id |
|
Details:
|
| Operation | ||
|
Public sco_balances_pkey( id: serial, |
||
|
Details:
<<PK>>
|
||
|
Public sco_balances_draw_id_foreign( draw_id: integer, |
||
|
Details:
<<FK>>
|
| Element | Source Role | Target Role |
|
«table» draws Table «FK» |
Name: sco_balances_draw_id_foreign |
Name: draws_pkey |
|
Details:
|
| Tag | Value |
| Owner | public |
|
Details:
|
| Property | Value |
| isFinalSpecialization: | 0 |


{{set . "title" "Index"}} {{append . ".moreStyles" "/ipa/css/mathquill.css"}} {{append . ".moreScripts" "/ipa/js/mathquill.min.js"}} {{appendjs . ".moreHead" "console.log('if there's one thing that doesn't need to be improved in the world, it's ?)"}} {{template "templates/header.html" .}} {{template "templates/menu.html" .}}
{{template "templates/footer.html" .}}


🎤 你說我答 | Just say what you want
🎤 請先授權使用麥克風
🎤 Need to use microphone
⚠ Chrome on Android and Desktop only.


Road Traffic at Junctions
Road
Junction
Car
Bus
Regent Street
Oxford Street
307
12
Regent Street
Bond Street
1731
58
Southwark Street
Union Street
1975
51


Announce2Mattermost
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{% extends "base.html" %} {% block title %}Delete Post - Simple Blog{% endblock %} {% block body %}
Post has been deleted.
{% else %}You are about to delete the post titled "{{ post.title }}".
Please confirm or cancel.
Cancel and go back to post. {% endif %} {% endblock %}


Restaurant service
Restaurants list
Add a restaurant
Restaurant service REST API
OpenAPI description


At MPA we not only create, but we teach and empower our peers through new programming concepts
At MPA we not only create, but we teach and empower our peers through new programming concepts
We emphasize a project based approach to learning where students not only learn through real life experiences, but they walk away with a tangible product that they feel has made an impact on society
We emphasize grooming our members with skills that directly translate into the workplace.


Are you ready to Twixt?
We think tweens are special. And talented. And should have their own space. So we created Twixt. The first tween-ager space.
We think tweens are special. And talented. And should have their own space. So we created Twixt. The first tween-ager space.
We know you’re cool. And different. Too old for choo-choo trains and silly cartoons.
But those gross teenagers’ videos? Eeeeewwwww!
Friends you want and things you can talk about.
Projects you care about and community you can connect with.
Express yourself! On Twixt!
You know them. The ones who won’t let you lock the door. Or leave the room when your friends are around! And yeah, sometimes let you use their phone. Yes! That’s you, parents! Twixt is for you, too. Watch as your kids Discover new talents and become leaders, artists, sports commentators, poets, bloggers. Bring up confident kids who thrive in a social world. Give them the tools to start speaking their mind in a community of peers. Known to you. Vetted by you.
Find the newest videos, books and DIY trends. Build your own following for music, art, writing. Display your creativity on our unique Shelf. Discover local events. Drive local community projects and fundraisers. And even form school groups for homework!


{% block sidebar %}
Autodraft - Fantasy Football API
Because drafting a fantasy football team by hand is lame
Links
Home
Documentation
GitHub Page
Reference bot implementation
{% if team_name %}
Your team
{{ team_name }}
Create a mock draft
{% if mock_drafts %}
Your mock drafts:
{% for d in mock_drafts %}
{{ d.draft.name }}
{% endfor %}
{% endif %}
{% else %}
Visit your
my_team
page to log in & access mock drafts
{% endif %}
News
Created the 2015 drafts! Here we go again...
Direct smack talk to #autodraft2015
Mock drafts now available for testing after you register
{% endblock %}
{% block content %}{% endblock %}


class RegisterDiff : Diff
RegisterDiff(id: Int, v: Number)
val id: Int
val v: Number
operator fun invoke(state: SimulatorState): Unit