Through the ErgData application, it's possible to record and review stroke / revolution data from a Concept2 ergometer. Below we capture and analyse pieces performed on the BikeErg at different damper settings.
We want to see the effect that damper setting has on pace at a given RPM on the BikeErg. An in-depth discussion of damper setting and drag factor is beyond the scope of this experiment; Concept2 has an excellent article describing what damper is, what drag factor is, what they are not, and what damper to use.
Starting at damper 10, 2:00 of work would be completed on the BikeErg and recorded by ErgData. The athlete would try to get as high an RPM as possible over the 2:00, but not hold any particular RPM. This allows us to accumulate data mapping RPM to pace over a range at a given damper.
This would be done 10 times; the first at damper 10, the second at damper 9 and so on until damper 1.
Each work piece was pulled from the Concept2 logbook, along with per-stroke (per-revolution) data. Raw data is available here. Erroneously recorded values (value too high, recorded pace invalid with associated RPM etc) are commented out of the dataset.
Each damper setting graph series in each graph below is labeled D<num>, where <num> is the number the damper was set on.
Tap each series label in each graph's legend to disable / enable the series on the graph. Mouse-over or tap the graph to see values of pace for each damper at a given RPM.
The raw data was cleaned, with repeated pace/RPM values aggregated to a single data point to remove noise. At this point, it is possible to infer the trajectories of RPM-pace pairs resembling curves.
By plotting each series as a line, we can see a non-linear relationship between pace and RPM. We can also see that a higher damper setting yields a faster pace at the same RPM for all recorded RPM.
For example: at damper 1, an RPM of 80 gives a pace of 2:23.9. At damper 10, an RPM of 80 gives a pace of 1:28.0.
Passing a cumulative average function across each dataset helps reduce bumps, at the cost of reducing accuracy. However, this reinforces our previous observation relating pace, RPM and damper.
While our observation that a higher damper setting at a particular RPM yields a faster pace is not revolutionary (no pun intended), it is interesting to see the effect that damper has across a range of damper settings.
Note that a dusty flywheel or air pressure changes due to altitude will generate different values to the ones documented above.
The methodology of having the athlete cover a range of RPM for 2:00 was flawed. Naturally, the athletes increased from idle to a “comfortable” RPM over a short period of time, stayed at that RPM, and then increased RPM nearing the end of the 2:00.
This gave a larger variance of pace at low and high RPM, which may skew the results.
A better approach would be to select a set of RPM values (perhaps 30, 40, 50, 60, 70, 80) and have the athlete hold that RPM for a set amount of time before moving to the next. This way we collect a greater number of points at each known RPM, reducing jitter.
Drag factor should follow damper setting to some degree; a lower damper setting is a lower drag factor, higher damper setting is a higher drag factor. However, the test for damper 10 showed a drag factor lower than damper 9, 8, and 7:
Unsure what happened here.
It would be nice to re-run this and generate some more accurate data. This would increase accuracy of our damper curves to allow better comparisons between RPM and pace.
Special thanks to @be.like.scott and @ktna89 for the loan of their BikeErg and help in running the tests.


| Package | com.pblabs.engine.debug |
| Class | public class LogViewer |
| Inheritance | LogViewer flash.display.Sprite |
| Implements | ILogAppender |
| Property | Defined by | ||
|---|---|---|---|
| maxLength : uint | LogViewer |
| Property | Defined by | ||
|---|---|---|---|
| _consoleHistory : Array | LogViewer | ||
| _height : uint = 150 | LogViewer | ||
| _historyIndex : uint = 0 | LogViewer | ||
| _input : TextField | LogViewer | ||
| _maxLength : uint = 200000 | LogViewer | ||
| _messageQueue : Array | LogViewer | ||
| _output : TextField | LogViewer | ||
| tabCompletionCurrentEnd : int = 0 | LogViewer | ||
| tabCompletionCurrentOffset : int = 0 | LogViewer | ||
| tabCompletionCurrentStart : int = 0 | LogViewer | ||
| tabCompletionPrefix : String = "" | LogViewer | ||
| _truncating : Boolean = false | LogViewer | ||
| _width : uint = 500 | LogViewer |
| Method | Defined by | ||
|---|---|---|---|
| LogViewer | |||
|
activate():void
| LogViewer | ||
|
addLogMessage(level:String, loggerName:String, message:String):void
| LogViewer | ||
|
deactivate():void
| LogViewer |
| Method | Defined by | ||
|---|---|---|---|
|
addListeners():void
| LogViewer | ||
|
createInputField():TextField
| LogViewer | ||
|
createOutputField():TextField
| LogViewer | ||
|
layout():void
| LogViewer | ||
|
onClearCommand():void
| LogViewer | ||
|
onInputKeyDown(event:KeyboardEvent):void
| LogViewer | ||
|
processCommand():void
| LogViewer | ||
|
removeListeners():void
| LogViewer | ||
|
resize():void
| LogViewer | ||
|
setHistory(old:String):void
| LogViewer | ||
|
truncateOutput():void
| LogViewer |
| _consoleHistory | property |
protected var _consoleHistory:Array
| _height | property |
protected var _height:uint = 150
| _historyIndex | property |
protected var _historyIndex:uint = 0
| _input | property |
protected var _input:TextField
| _maxLength | property |
protected var _maxLength:uint = 200000
| maxLength | property |
maxLength:uint
[read-write]Implementation
public function get maxLength():uint
public function set maxLength(value:uint):void
| _messageQueue | property |
protected var _messageQueue:Array
| _output | property |
protected var _output:TextField
| tabCompletionCurrentEnd | property |
protected var tabCompletionCurrentEnd:int = 0
| tabCompletionCurrentOffset | property |
protected var tabCompletionCurrentOffset:int = 0
| tabCompletionCurrentStart | property |
protected var tabCompletionCurrentStart:int = 0
| tabCompletionPrefix | property |
protected var tabCompletionPrefix:String = ""
| _truncating | property |
protected var _truncating:Boolean = false
| _width | property |
protected var _width:uint = 500
| LogViewer | () | constructor |
public function LogViewer()
| activate | () | method |
public function activate():void
| addListeners | () | method |
protected function addListeners():void
| addLogMessage | () | method |
public function addLogMessage(level:String, loggerName:String, message:String):void
Parameters
level:String |
|
loggerName:String |
|
message:String |
| createInputField | () | method |
protected function createInputField():TextField
Returns
TextField |
| createOutputField | () | method |
protected function createOutputField():TextField
Returns
TextField |
| deactivate | () | method |
public function deactivate():void
| layout | () | method |
protected function layout():void
| onClearCommand | () | method |
protected function onClearCommand():void
| onInputKeyDown | () | method |
protected function onInputKeyDown(event:KeyboardEvent):void
Parameters
event:KeyboardEvent |
| processCommand | () | method |
protected function processCommand():void
| removeListeners | () | method |
protected function removeListeners():void
| resize | () | method |
protected function resize():void
| setHistory | () | method |
protected function setHistory(old:String):void
Parameters
old:String |
| truncateOutput | () | method |
protected function truncateOutput():void


Warehouse Keeper Sorint:
Ah, Kaldis's Gold Dragon! Thank you so much, I will add it to my collection. I am impressed! I was going to pay you for this, but I have another idea.
Would you care to join our guild? This is a highly sought after membership. Will you join?
Well, excuse me, I must gaze upon my new treasure...


We also include notes about various configuration management issues.
gigascale.eecs.berkeley.edu
. Access to the Ptolemy CVS
Repository is by invitation only. We consider software releases a
form of publication, so we would like to be sure our software is
of suitable quality.
Instructions for setting up your parallel tree can be found at
http://www.gigascale.org/ptexternal/
mkdir ~/public_html/privateAn alternative name is
~/public_html/local
.htaccess
file that limits access:
cd ~/public_html/private ln -s /usr/local/apache/htaccess/ohmCluster .htaccess
ln -s ~/ptII .
cvs delete -f Foo.java cvs commit -m "Moved Foo to new directory blah" Foo.java makefile
cd blah cvs add Foo.java cvs commit -m "Moved Foo from oldblah directory" Foo.java makefile
cd $PTII make glimpse glimpse -H $PTII Foo
ptII/vendors
, which we do not distribute.
Packages that are large or have restricted copyrights (such as GPL)
should go into ptII/vendors
.
Large packages should optionally be placed in a separate repository
and a directory in $PTII/vendors
should be created
that contains a README.txt
file that describes how
to obtain the package (either by download or by using cvs).
For example, JHDL is a large package that is used
by the code generator.
$PTII/vendors/jhdl/README.txt
would desribe how to
get JHDL. In this case, it says to use cvs
so
that $PTII/vendors/jhdl/ptjhdllib
is created.
$PTII/configure
would then be modified to
look $PTII/vendors/jhdl/ptjhdllib
for the pieces that it
needs.
$PTII/configure.in
to generate
$PTII/configure
.
During the build process, users run
$PTII/configure
which
reads in
$PTII/mk/ptII.mk.in
and substitutes in makefile variables and creates
$PTII/mk/ptII.mk
.
The primary method is to look for a directory that contains the external package. Another method is to compile a program that uses the package and see if it works. Usually, all you need to do is to try to compile a file that imports the package. The javasound and java3d portions of configure.in try to compile files from $PTII/conf that contain the appropriate import statements.
Below is a rough outline of the steps necessary to add a package. by looking for a directory. In general, your best bet is to find a similar package that has already been added and mimic that setup.
$PTII/mk/ptII.mk.in
and add three variables for your package:
# KVM is the JDK for PalmOS, see # http://java.sun.com/products/kvm KVM_CLASSES = @KVM_CLASSES@ # Directory that contains the kvm used by PalmOS KVM_DIR = @KVM_DIR@ # Set to kvm and used in $PTII/ptolemy/makefile if the PalmOS KVM was found PTKVM_DIR = @PTKVM_DIR@
$PTII/configure.in
and add a new section for your package. It is easiest to
copy a section for an existing package. There are many small
design decisions to be made here:
cd $PTII rm -f config.status config.cache; autoconf; ./configureuntil you get the settings in
ptII.mk
right.
PTKVM_DIR
makefile variable in the makefile
above your package to determine whether make runs
in your Ptolemy II code.
For example, $PTII/ptolemy/apps/kvm
requires
that kvm be present to compile. configure
sets
the PTKVM_DIR
makefile variable to kvm
if the kvm package was found.
$PTIIptolemy/apps/makefile
uses PTKVM_DIR
in the DIRS
variable
to select whether make goes into the kvm
subdirectory:
# $PTII/configure looks for various packages and sets variables # in $PTII/mk/ptII.mk if these packages are found, otherwise # the variables are empty # # PTKVM_DIR is set to kvm by configure if the kvm runtime was found # PTLEGO_DIR is set to lego if the commapi was found. # PTWABA_DIR is set to waba if waba was found # DIRS = agilent $(PTKVM_DIR) $(PTLEGO_DIR) $(PTWABA_DIR)
KVM_CLASSES
to
set the CLASSPATH:
CLASSPATH="$(ROOT)$(CLASSPATHSEPARATOR)$(KVM_CLASSES)"If you need access to a binary in the external package tree, use the
KVM_DIR
makefile variable
configure
runs, it also reads in
$PTII/bin/ptinvoke.in
and generates
$PTII/bin/ptinvoke
. When make is run in the
bin directory, ptinvoke
is copied to the various
startup scripts like vergil
and ptolemy
.
Note that all the startup scripts share a common body and
use a switch statement to select the appropriate jar files
at runtime.
ptinvoke.in
issues
Also, you will need to update $PTII/.classpath.default
and $PTII/.classpath.in
for Eclipse users.
Last Updated: $Date: 2006/06/15 18:35:39 $


| # | First Name | Last Name | Username | Status | |
|---|---|---|---|---|---|
| {{item.id}} | {{item.firstName}} | {{item.lastName}} | {{item.username}} | {{item.email}} |
You can't connect the dots looking forward; you can only connect them looking backwards. So you have to trust that the dots will somehow connect in your future. You have to trust in something--your gut, destiny, life, karma, whatever. This approach has never let me down, and it has made all the difference in my life.
The reason most people never reach their goals is that they don't define them, or ever seriously consider them as believable or achievable. Winners can tell you where they are going, what they plan to do along the way, and who will be sharing the adventure with them.
Take up one idea. Make that one idea your life--think of it, dream of it, live on that idea.  This is the way to success.
The reason most people never reach their goals is that they don't define them, or ever seriously consider them as believable or achievable. Winners can tell you where they are going, what they plan to do along the way, and who will be sharing the adventure with them.
Take up one idea. Make that one idea your life--think of it, dream of it, live on that idea.  This is the way to success.
The reason most people never reach their goals is that they don't define them, or ever seriously consider them as believable or achievable. Winners can tell you where they are going, what they plan to do along the way, and who will be sharing the adventure with them.
Take up one idea. Make that one idea your life--think of it, dream of it, live on that idea.  This is the way to success.
The reason most people never reach their goals is that they don't define them, or ever seriously consider them as believable or achievable. Winners can tell you where they are going, what they plan to do along the way, and who will be sharing the adventure with them.


Biography
I studied French Literature at the University of Jordan 2016-2020.I'm 22 years old I live in Amman.I speak English, French, Turkish and Arabic I am excited to explore more at software development and I hope i will keep improving. I have intrest in programming
- Parasite 2019
- knives out 2019
- Mission impossible-Fallout 2018
- Harry Potter and The Deatly Hallows
- Get Out 2017
- The Lord of the Rings: The Return of the King
- Interstellar (2014)
- The Intouchables (2011)
- Toy Story (1995)
- There Will Be Blood (2007)
Top Ten Movies:
- graduated from the University of Jordan 2020(French literature)
- Finished high school in 2015 (Food Processing)


{% extends 'base.html'%} {% import 'bootstrap/wtf.html' as wtf%} {% block content %}
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Selector Demo
Click me for Google
Bulbasaur
Charmander
Squirtle
Some Gen2 pokemon
Chikorita
Cyndaquil
Totodile
Some Gen1 pokemon that evovled
Ivysaur
Charmelon
Wartortle
Hello


ECAP APIs. More...
#include <stdint.h>
#include <string.h>
#include <stdlib.h>
#include "ti/csl/src/ip/ecap/V0/hw_ecap.h"
#include "hw_types.h"
#include "ti/csl/src/ip/ecap/V0/ecap.h"
#include "ti/csl/cslr_pwmss.h"
Functions | |
| void | ECAPClockEnable (uint32_t baseAdd) |
| This functions enables clock for ECAP module in PWMSS subsystem. More... | |
| void | ECAPClockDisable (uint32_t baseAdd) |
| This functions disables clock for ECAP module in PWMSS subsystem. More... | |
| uint32_t | ECAPClockEnableStatusGet (uint32_t baseAdd) |
| This functions determines whether clock is enabled or not. More... | |
| uint32_t | ECAPClockDisableStatusGet (uint32_t baseAdd) |
| This functions determines whether clock is disabled or not. More... | |
| void | ECAPCaptureLoadingEnable (uint32_t baseAdd) |
| This function enables capture loading. More... | |
| void | ECAPCaptureLoadingDisable (uint32_t baseAdd) |
| This function disables capture loading. More... | |
| void | ECAPPrescaleConfig (uint32_t baseAdd, uint32_t prescale) |
| This function configures prescale value. More... | |
| void | ECAPOperatingModeSelect (uint32_t baseAdd, uint32_t modeSelect) |
| This function configures ecapture module to operate in capture mode or in APWM mode. More... | |
| uint32_t | ECAPTimeStampRead (uint32_t baseAdd, uint32_t capEvtFlag) |
| This function returns time-stamp for a given capture event. More... | |
| void | ECAPCounterConfig (uint32_t baseAdd, uint32_t countVal) |
| This function configures the counter register which is used as Capture Time base. More... | |
| void | ECAPCapeEvtPolarityConfig (uint32_t baseAdd, uint32_t capEvt1pol, uint32_t capEvt2pol, uint32_t capEvt3pol, uint32_t capEvt4pol) |
| This function configures Capture Event polarity. More... | |
| void | ECAPCaptureEvtCntrRstConfig (uint32_t baseAdd, uint32_t CounterRst1, uint32_t CounterRst2, uint32_t CounterRst3, uint32_t CounterRst4) |
| This function enables reset of the counters upon Capture Events. More... | |
| void | ECAPContinousModeConfig (uint32_t baseAdd) |
| This function configures ECAP to Continuous mode. More... | |
| void | ECAPOneShotModeConfig (uint32_t baseAdd, uint32_t stopVal) |
| This function configures ECAP to One-shot mode and also stop value for this mode. More... | |
| void | ECAPOneShotREARM (uint32_t baseAdd) |
| This function configures ECAP to One-Short Re-arming. More... | |
| void | ECAPAPWMPolarityConfig (uint32_t baseAdd, uint32_t flag) |
| This function configures output polarity for APWM output. More... | |
| void | ECAPCounterControl (uint32_t baseAdd, uint32_t flag) |
| This function configures counter to stop or free running based on its input argument flag. More... | |
| void | ECAPSyncInOutSelect (uint32_t baseAdd, uint32_t syncIn, uint32_t syncOut) |
| This function configures Sync-In and Sync-Out. More... | |
| void | ECAPAPWMCaptureConfig (uint32_t baseAdd, uint32_t compareVal, uint32_t periodVal) |
| When ECAP module is configured in APWM mode capture 1 and capture 2 registers are used as period and compare register.This function configures compare and period values to this register. More... | |
| void | ECAPAPWMShadowCaptureConfig (uint32_t baseAdd, uint32_t compareVal, uint32_t periodVal) |
| This function configures the Shadow register. More... | |
| void | ECAPCounterPhaseValConfig (uint32_t baseAdd, uint32_t cntPhaseVal) |
| This function configures the counter phase value. More... | |
| void | ECAPGlobalIntEnable (uint32_t baseAdd) |
| This function enables the generation of interrupts if any of event interrupt are enable and corresponding event interrupt flag is set. More... | |
| void | ECAPIntEnable (uint32_t baseAdd, uint32_t flag) |
| This function enables the specified interrups. More... | |
| void | ECAPIntDisable (uint32_t baseAdd, uint32_t flag) |
| This function disables the specified interrups. More... | |
| uint32_t | ECAPIntStatus (uint32_t baseAdd, uint32_t flag) |
| This function returns the status specified interrups. More... | |
| void | ECAPIntStatusClear (uint32_t baseAdd, uint32_t flag) |
| This function clears of the status specified interrups. More... | |
| uint32_t | ECAPPeripheralIdGet (uint32_t baseAdd) |
| This function returns the peripheral ID. More... | |
| void | EcapContextSave (uint32_t ecapBase, uint32_t pwmssBase, ECAPCONTEXT *contextPtr) |
| This API can be used to save the register context of ECAP. More... | |
| void | EcapContextRestore (uint32_t ecapBase, uint32_t pwmssBase, const ECAPCONTEXT *contextPtr) |
| This API can be used to restore the register context of ECAP. More... | |
ECAP APIs.
This file contains the device abstraction layer APIs for ECAP
| void ECAPAPWMCaptureConfig | ( | uint32_t | baseAdd, |
| uint32_t | compareVal, | ||
| uint32_t | periodVal | ||
| ) |
When ECAP module is configured in APWM mode capture 1 and capture 2 registers are used as period and compare register.This function configures compare and period values to this register.
| baseAdd | It is the Memory address of the ECAP instance used. |
| compareVal | It is the Compare value to be configured. |
| periodVal | It is the Period value to be configured. |
| void ECAPAPWMPolarityConfig | ( | uint32_t | baseAdd, |
| uint32_t | flag | ||
| ) |
This function configures output polarity for APWM output.
| baseAdd | It is the Memory address of the ECAP instance used. |
| flag | It is the value which determines the output polarity for APWM output. flag can take following macros. ECAP_APWM_ACTIVE_HIGH. ECAP_APWM_ACTIVE_LOW. |
| void ECAPAPWMShadowCaptureConfig | ( | uint32_t | baseAdd, |
| uint32_t | compareVal, | ||
| uint32_t | periodVal | ||
| ) |
This function configures the Shadow register.
| baseAdd | It is the Memory address of the ECAP instance used. |
| compareVal | It is the Compare value to be configured. |
| periodVal | It is the Period value to be configured. |
| void ECAPCapeEvtPolarityConfig | ( | uint32_t | baseAdd, |
| uint32_t | capEvt1pol, | ||
| uint32_t | capEvt2pol, | ||
| uint32_t | capEvt3pol, | ||
| uint32_t | capEvt4pol | ||
| ) |
This function configures Capture Event polarity.
| baseAdd | It is the Memory address of the ECAP instance used. |
| capEvt1pol | It determines whether Capture Event1 has to be generated on rising edge or falling edge of pulse. |
| capEvt2pol | It determines whether Capture Event2 has to be generated on rising edge or falling edge of pulse. |
| capEvt3pol | It determines whether Capture Event3 has to be generated on rising edge or falling edge of pulse. |
| capEvt4pol | It determines whether Capture Event4 has to be generated on rising edge or falling edge of pulse. |
0 - falling edge 1 - rising edge
| void ECAPCaptureEvtCntrRstConfig | ( | uint32_t | baseAdd, |
| uint32_t | CounterRst1, | ||
| uint32_t | CounterRst2, | ||
| uint32_t | CounterRst3, | ||
| uint32_t | CounterRst4 | ||
| ) |
This function enables reset of the counters upon Capture Events.
| baseAdd | It is the Memory address of the ECAP instance used. |
| CounterRst1 | It determines whether counter has to be reset upon Capture Event1. |
| CounterRst2 | It determines whether counter has to be reset upon Capture Event2. |
| CounterRst3 | It determines whether counter has to be reset upon Capture Event3. |
| CounterRst4 | It determines whether counter has to be reset upon Capture Event4. |
0 - Don't reset counter upon capture event.
1 - Reset upon counter capture event.
| void ECAPCaptureLoadingDisable | ( | uint32_t | baseAdd | ) |
This function disables capture loading.
| baseAdd | It is the Memory address of the ECAP instance used. |
| void ECAPCaptureLoadingEnable | ( | uint32_t | baseAdd | ) |
This function enables capture loading.
| baseAdd | It is the Memory address of the ECAP instance used. |
| void ECAPClockDisable | ( | uint32_t | baseAdd | ) |
This functions disables clock for ECAP module in PWMSS subsystem.
| baseAdd | It is the Memory address of the PWMSS instance used. |
| uint32_t ECAPClockDisableStatusGet | ( | uint32_t | baseAdd | ) |
This functions determines whether clock is disabled or not.
| baseAdd | It is the Memory address of the PWMSS instance used. |
| void ECAPClockEnable | ( | uint32_t | baseAdd | ) |
This functions enables clock for ECAP module in PWMSS subsystem.
| baseAdd | It is the Memory address of the PWMSS instance used. |
| uint32_t ECAPClockEnableStatusGet | ( | uint32_t | baseAdd | ) |
This functions determines whether clock is enabled or not.
| baseAdd | It is the Memory address of the PWMSS instance used. |
| void EcapContextRestore | ( | uint32_t | ecapBase, |
| uint32_t | pwmssBase, | ||
| const ECAPCONTEXT * | contextPtr | ||
| ) |
This API can be used to restore the register context of ECAP.
| ecapBase | Base address of ECAP instance |
| pwmssBase | Base address of the PWM subsystem |
| contextPtr | Pointer to the structure where ECAP register context need to be saved |
| void EcapContextSave | ( | uint32_t | ecapBase, |
| uint32_t | pwmssBase, | ||
| ECAPCONTEXT * | contextPtr | ||
| ) |
This API can be used to save the register context of ECAP.
| ecapBase | Base address of ECAP instance |
| pwmssBase | Base address of the PWM subsystem |
| contextPtr | Pointer to the structure where ECAP register context need to be saved |
| void ECAPContinousModeConfig | ( | uint32_t | baseAdd | ) |
This function configures ECAP to Continuous mode.
| baseAdd | It is the Memory address of the ECAP instance used. |
| void ECAPCounterConfig | ( | uint32_t | baseAdd, |
| uint32_t | countVal | ||
| ) |
This function configures the counter register which is used as Capture Time base.
| baseAdd | It is the Memory address of the ECAP instance used. |
| countVal | It is counter value to be configured. |
| void ECAPCounterControl | ( | uint32_t | baseAdd, |
| uint32_t | flag | ||
| ) |
This function configures counter to stop or free running based on its input argument flag.
| baseAdd | It is the Memory address of the ECAP instance used. |
| flag | It is the value which determine counter to be configured to stop or free running. flag can take following macros. ECAP_COUNTER_STOP. ECAP_COUNTER_FREE_RUNNING. |
| void ECAPCounterPhaseValConfig | ( | uint32_t | baseAdd, |
| uint32_t | cntPhaseVal | ||
| ) |
This function configures the counter phase value.
| baseAdd | It is the Memory address of the ECAP instance used. |
| cntPhaseVal | It is the counter phase value to be programmed for phase lag/lead. |
| void ECAPGlobalIntEnable | ( | uint32_t | baseAdd | ) |
This function enables the generation of interrupts if any of event interrupt are enable and corresponding event interrupt flag is set.
| baseAdd | It is the Memory address of the ECAP instance used. |
| void ECAPIntDisable | ( | uint32_t | baseAdd, |
| uint32_t | flag | ||
| ) |
This function disables the specified interrups.
| baseAdd | It is the Memory address of the ECAP instance used. |
| flag | It is the value which specifies the interrupts to be disabled. flag can take following macros. |
ECAP_CEVT1_INT - Enable Capture Event 1 interrupt.
ECAP_CEVT2_INT - Enable Capture Event 2 interrupt.
ECAP_CEVT3_INT - Enable Capture Event 3 interrupt.
ECAP_CEVT4_INT - Enable Capture Event 4 interrupt.
ECAP_CNTOVF_INT - Enable Counter Overflow interrupt.
ECAP_PRDEQ_INT - Enable Period equal interrupt.
ECAP_CMPEQ_INT - Enable Compare equal interrupt.
| void ECAPIntEnable | ( | uint32_t | baseAdd, |
| uint32_t | flag | ||
| ) |
This function enables the specified interrups.
| baseAdd | It is the Memory address of the ECAP instance used. |
| flag | It is the value which specifies the interrupts to be enabled. flag can take following macros |
ECAP_CEVT1_INT - Enable Capture Event 1 interrupt.
ECAP_CEVT2_INT - Enable Capture Event 2 interrupt.
ECAP_CEVT3_INT - Enable Capture Event 3 interrupt.
ECAP_CEVT4_INT - Enable Capture Event 4 interrupt.
ECAP_CNTOVF_INT - Enable Counter Overflow interrupt.
ECAP_PRDEQ_INT - Enable Period equal interrupt.
ECAP_CMPEQ_INT - Enable Compare equal interrupt.
| uint32_t ECAPIntStatus | ( | uint32_t | baseAdd, |
| uint32_t | flag | ||
| ) |
This function returns the status specified interrups.
| baseAdd | It is the Memory address of the ECAP instance used. |
| flag | It is the value which specifies the status of interrupts to be returned. flag can take following macros. |
ECAP_CEVT1_INT - Status of Capture Event 1 interrupt.
ECAP_CEVT2_INT - Status of Capture Event 2 interrupt.
ECAP_CEVT3_INT - Status of Capture Event 3 interrupt.
ECAP_CEVT4_INT - Status of Capture Event 4 interrupt.
ECAP_CNTOVF_INT - Status of Counter Overflow interrupt.
ECAP_PRDEQ_INT - Status of Period equal interrupt.
ECAP_CMPEQ_INT - Status of Compare equal interrupt.
ECAP_GLOBAL_INT - Global interrupt status.
| void ECAPIntStatusClear | ( | uint32_t | baseAdd, |
| uint32_t | flag | ||
| ) |
This function clears of the status specified interrups.
| baseAdd | It is the Memory address of the ECAP instance used. |
| flag | It is the value which specifies the status of interrupts to be cleared. flag can take following macros. |
ECAP_CEVT1_INT - Status of Capture Event 1 interrupt.
ECAP_CEVT2_INT - Status of Capture Event 2 interrupt.
ECAP_CEVT3_INT - Status of Capture Event 3 interrupt.
ECAP_CEVT4_INT - Status of Capture Event 4 interrupt.
ECAP_CNTOVF_INT - Status of Counter Overflow interrupt.
ECAP_PRDEQ_INT - Status of Period equal interrupt.
ECAP_CMPEQ_INT - Status of Compare equal interrupt.
| void ECAPOneShotModeConfig | ( | uint32_t | baseAdd, |
| uint32_t | stopVal | ||
| ) |
This function configures ECAP to One-shot mode and also stop value for this mode.
| baseAdd | It is the Memory address of the ECAP instance used. |
| stopVal | It is the number of captures allowed to occur before Capture register(1-4) are frozen. stopVal can take following macros. ECAP_CAPTURE_EVENT1_STOP - stop after Capture Event 1 . ECAP_CAPTURE_EVENT2_STOP - stop after Capture Event 2 . ECAP_CAPTURE_EVENT3_STOP - stop after Capture Event 3 . ECAP_CAPTURE_EVENT4_STOP - stop after Capture Event 4 . |
| void ECAPOneShotREARM | ( | uint32_t | baseAdd | ) |
This function configures ECAP to One-Short Re-arming.
| baseAdd | It is the Memory address of the ECAP instance used. |
| void ECAPOperatingModeSelect | ( | uint32_t | baseAdd, |
| uint32_t | modeSelect | ||
| ) |
This function configures ecapture module to operate in capture mode or in APWM mode.
| baseAdd | It is the Memory address of the ECAP instance used. |
| modeSelect | It is the value which determines whether ecapture module to operate in capture mode or in APWM mode. modeSelect can take following macros. |
ECAP_CAPTURE_MODE - Capture Mode.
ECAP_APWM_MODE - APWM Mode.
| uint32_t ECAPPeripheralIdGet | ( | uint32_t | baseAdd | ) |
This function returns the peripheral ID.
| baseAdd | It is the Memory address of the ECAP instance used. |
| void ECAPPrescaleConfig | ( | uint32_t | baseAdd, |
| uint32_t | prescale | ||
| ) |
This function configures prescale value.
| baseAdd | It is the Memory address of the ECAP instance used. |
| prescale | It is the value which is used to prescale the incoming input. |
prescale can take any integer value between 0 and 62
| void ECAPSyncInOutSelect | ( | uint32_t | baseAdd, |
| uint32_t | syncIn, | ||
| uint32_t | syncOut | ||
| ) |
This function configures Sync-In and Sync-Out.
| baseAdd | It is the Memory address of the ECAP instance used. |
| syncIn | It is the value which determines whether to disable syncIn or to enable counter to be loaded from CNTPHS register upon a SYNCI signal. syncIn can take following macros. ECAP_SYNC_IN_DISABLE. ECAP_ENABLE_COUNTER - Enables counter to load from CNTPHS register upon SYNCI signal. |
| syncOut | It is the value which select type of syncOut signal (i.e select syncIn event to be the Sync-Out signal, select PRD_eq event to be Sync-Out signal).syncOut can take following macros.\n ECAP_SYNC_IN - Select syncIn event to be the Sync-Out signal.\n ECAP_PRD_EQ - Select PRD_eq event to be Sync-Out signal.\n ECAP_SYNC_OUT_DISABLE - Disable syncOut signal.\n |
| uint32_t ECAPTimeStampRead | ( | uint32_t | baseAdd, |
| uint32_t | capEvtFlag | ||
| ) |
This function returns time-stamp for a given capture event.
| baseAdd | It is the Memory address of the ECAP instance used. |
| capEvtFlag | It is the value which determines for which capture event time-stam has to returned. |
capEvtFlag can take following macros.
ECAP_CAPTURE_EVENT_1 - Capture Event 1.
ECAP_CAPTURE_EVENT_2 - Capture Event 2.
ECAP_CAPTURE_EVENT_3 - Capture Event 3.
ECAP_CAPTURE_EVENT_4 - Capture Event 4.


When you work with us, you are part of a team of committed collaborators. All aspects of our software development process are integrated, interactive and agile.
Our approach unifies design/development and product management to create exceptional products.
We start each project by understanding your business goals, the user's needs and the products' requirements.
Then we help translate them into effective and elegant solutions.
Our design practice offers a full range of services including brand strategy, interaction and visual design and user experience testing. Throughout your project, our designers create and implement visual design and workflows, solicit user feedback and work with you to make sure what gets built is what is needed.
All engineers are fluent in the latest enterprise, mobile and web development technologies. They collaborate with your team to write, and improve code on a daily basis, using proven practices such as test-driven development and pair programming.
Planning and development is iterative. Because we are constantly coding and testing, the products we build are always ready to go live. This iterative process allows for changes as business requirements evolve.


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Scooby-Doo is an American animated cartoon franchise, comprising several animated television series produced from 1969 to the present day.
Shaggy


Examples to call apps via URL to this page that will in turn redirect using app protocol scheme.
Examples using form buttons and JavaScript. Helpful because something may need to be DOUBLE encoded.
Simple case is something like:
myRedirectURL = 'http://mmind.me/appload.htm?target=' + encodeURIComponent(myTargetAppURL);
Examples not done yet.


val defaultSpacePositions: Set<Int>
The position of spaces in a formatted card number. For example, "4242424242424242" is formatted to "4242 4242 4242 4242".


Classes
Animal
Carnivore
CarnivoreTest
Cell
CellTest
Fruit
FruitTest
Herbivore
HerbivoreTest
HungryComparator
HungryComparatorTest
Mountain
MountainTest
Omnivore
OmnivoreTest
Path
PathComparator
PathComparatorTest
PathTest
Plant
Route
RouteTest
Simulation
SimulationTest
Species
Tour
TourEdge
Tourist
TouristMap
TouristMapTest
TouristTest
TourTest
TourTile
TourTileTest
Vegetable
VegetableTest
World
WorldTest |


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{# This is an example home page template. It inherits and extends a layout template that lives in the top-level views/ folder for convenience #} {% extends "layout.html" %} {% block extraHead %} {% endblock %} {% block main %}


{% extends "layout.html" %} {% import "dump_renderer.html" as dumper %} {% block content %}
Processed GPX file: {{ filename }}
Ascent Speed: 12m/min
Descent Speed: 14m/min
Flat Pace: 12min/km
Stopped Time Ratio: 10%


Safety Presentation
Our first event of the Fall 2014 semester was a collaboration between us, DPS, and LAPD. We had some awesome Indian food, met some new people, all while we discussed safety concerns for students.
Our first event of the Fall 2014 semester was a collaboration between us, DPS, and LAPD. We had some awesome Indian food, met some new people, all while we discussed safety concerns for students.
On November first, we celebrated Dia de Los Muertos with a Day of Games at the Viterbi E-Quad!
As a new organization on campus, TGN had difficulties navigating USG Funding Application guidelines. So in addition to applying to USG for our events, TGN decided to fundraise on its own by setting up a bike fixing station in front of Leavey Library. We didn’t raise a lot of money but it was great way to meet some new students on campus while simultaneously getting to help out some fellow Trojans.


Eden Networks is a service provider of communication services dedicated to high quality integrated system encompassing of all-in-one network solution. We are passionate in bringing the best values and technologies to our clients, while ensuring top-notch quality across our products.
As a Network Service Provider, we strive to capture the best experience for consumers through accessible, flexible and custom packages that can fit all sizes of businesses. We have a wide range of services, from state-of-the art communication services, cloud infrastructure, remote productivity software as well as contact centre options that can boost workforce integration offering products such as cloud VoIP services, business phone and teleconferencing systems.
Our goal is to be the best in our segment, by hedging our strategy on the needs of enterprises and corporate sector. Leveraging on the demand of rapid digitalisation and current situation, we are committed on providing the most innovative solutions to our clients.
We believe that our strength in virtual network space will allow us to empower our customers on a personalised, strong and robust position. Together with our partners, we want to improve the information delivery and connectivity of our clients as they prepare for the global challenges of the future.
Sed ut perspiciatis unde omnis iste natus error sit voluptaac cusantium doloremque laudantium, totam rem aperiam per spiciatis unde omnis iste natus.
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Sed ut perspiciatis unde omnis iste natus error sit voluptaac cusantium doloremque laudantium, totam rem aperiam per spiciatis unde omnis iste natus.
Lorem ipsum dolor sit amet, consectetur adipiscing elit, sedolorm reminusto doeiusmod tempor incidition ulla mco laboris nisi ut aliquip ex ea commo condorico consectetur adipiscing elitut aliquip.
Sed elit quam, iaculis sed semper sit amet, sollicitudin vitae nibh turi orno paner Quisque at magna eu augue semper euismod. Fusce cusior lomio ujukil moman commodo molestie luctus. Donec mollis nulla ipsum, vitae.
Sed elit quam, iaculis sed semper sit amet, sollicitudin vitae nibh turi orno paner Quisque at magna eu augue semper euismod. Fusce cusior lomio ujukil moman commodo molestie luctus. Donec mollis nulla ipsum, vitae.


national team player in sri lanka u16 level
I'm a National team player of Sri Lankan national squad and also playing for acfc,ack and redstar sports accedamy.
I started my career as a a player of red star accedamy and then i was called up to play for the national team in 2018 after that i became famouse around the country and became the youngest most followed person in sri lanka.


Voting to the OSM Awards has started. Choose any number of nominees for each category, that you think should receive an award!
Registration and experience the amazing talks and workshops! You may need to first obtain a travel Visa. Let's also check Visa information.
Thank you for the great responses to our call for proposals and community input for building the program!
Thanks to the support of our sponsors, scholarships will help bring us together. Thank you to all the great people who applied for a scholarship!


bounce-exchange
Businessmodel of Bounce Exchange
Customer Segments
Bounce Exchange serves a broad range of customers, helping website publishers across multiple industries drive higher engagement from their website visitors. The Company primarily serves clients across the following sectors:
- E-Commerce, comprising various dedicated e-commerce businesses, as well as other technology and internet companies with online retail platforms;
- Enterprise Publishing, comprising publishers of various digital publications and newspapers;
- Travel, comprising airlines, online hotel booking and flight reservation portals, and travel news websites;
- Financial Services, comprising banks, insurance companies, and other financial service providers; and
- Business-to-Business, comprising various business-to-business enterprises. Bounce Exchange names a number of its clients on its website, including high-profile names such as Comcast, Microsoft, Rocket Internet, Lufthansa, CNBC, Gannett, Hearst, Kissmetrics, and Hayneedle.
Bounce Exchange principally serves a customer base across its native US. The Company, however, as an online business, is able to serve an international audience, with offices located in the US and the UK.
Value Propositions
Bounce Exchange provides value to its clients in the following ways:
- Its portfolio of innovative solutions, with the Company providing a range of unique services to its clients, including inbox retargeting, high impact programmatic advertising, and marketing automation, based around its online platform;
- Its proprietary technology, with the Company utilising patented conversion technology that reads visitor behaviour, targets them in real-time, and deploys appropriate campaigns to power conversions, to drive its solutions;
- Its diverse client portfolio, with the Company providing services that can be tailored to suit the needs of clients from a variety of industries, including financial services, e-commerce, and travel;
- Its accessibility and ease of use, with the Company offering easy online access to its services through its website, and providing an entirely automated service once up and running; and
- Its specialist technical personnel, with the Company employing expert technical staff, including creative professionals, cutting-edge software engineers and developers, and highly-trained conversion specialists. ### Channels
Bounce Exchange operates a website at www.bounceexchange.com, through which it provides information on its various solutions, technologies, and locations. The Company does not operate an online sales channel. It does, however, allow customers to request demonstrations of its software and provide information for a custom pricing quote through its website.
Bounce Exchange makes its sales through a dedicated direct sales team, which is organised by region. The Company’s personnel operate out of two offices, namely the Company’s headquarters in New York, and an international office located in London. Bounce Exchange deals directly with its clients, developing and implementing bespoke solutions for its clients through both its sales personnel, and its technical engineering and development staff.
Customer Relationships
Bounce Exchange allows customers to request software demonstrations and apply for a customised pricing quote through its website, on a self-service basis. The Company, however, does not operate a self-service sales portal. Instead, the Company operates a direct sales force that consults directly with its clients in order to establish their individual needs and circumstances, allowing the Company to provide solutions tailored to each client.
Bounce Exchange’s solutions are largely automated and require little to no interference from clients once acquired. Customers are, however, able to log in to their accounts through the Company’s website and manage settings and access tools on a self-service basis. The Company’s technology ensures that its solutions are constantly working to collect relevant data and Automated solutions. Bounce Exchange also ensures that its customers’s solutions are kept up to date with software updates and developments.
Bounce Exchange provides ongoing support to its clients, notably through a range of user and conversion guides that are available through its website. Clients can also contact the Company directly, over the phone or through its online platform, in order to receive personalised technical assistance. Customers are additionally able to interact with the Company directly through its social media accounts, including with Facebook, Twitter, and LinkedIn.
Key Activities
Bounce Exchange is a technology and software company. It is engaged in the development and provision of various software solutions for automated customer acquisition, based around its proprietary online platform. The Company’s Behavioural Marketing Cloud comprises the Company’s core BounceX platform, inbox retargeting services, people-based marketing automation solutions, and high-impact programmatic advertisements.
Bounce Exchange’s solutions are driven by proprietary technology, tracing cursor movements of visitors in real-time, tracking and predicting the exit intent of online customers, enabling clients to attempt to convert this intention. The Company serves a broad portfolio of clients spanning the financial services, e-commerce, business-to-business, travel, and enterprise publishing sectors. Bounce Exchange has offices in New York and London.
Key Partners
Bounce Exchange works in conjunction with a range of companies and organisations in order to develop and implement effective solutions for its clients. These partners can be categorised broadly as:
- Supplier Partners, comprising suppliers of tools, equipment, and services that are utilised across the entire enterprise in support of its development and provision of software solutions, as well as companies to which certain non-technical functions can be outsourced;
- Financial and Funding Partners, comprising various venture capital and private equity firms, that continue to invest in the Company, and provide advisory services and business advice to its management; and
- Strategic and Alliance Partners, comprising various companies and organisation, primarily relation to technology and advertising, with which the Company shares certain resources and collaborates on joint projects. Bounce Exchange recently launched a partnership with exchange for publishers Index Exchange to create customised shopping experiences, as well as provide marketers access to a new range of high impact advertising solutions.
Key Resources
Bounce Exchange’s key resources are its proprietary technologies and intellectual properties, its online platform, its IT and communications infrastructure, its sales and marketing channels, its partnerships, and its personnel – notably its sales and technical staff.
Bounce Exchange’s solutions are based on the use of innovative proprietary technology, which remains key to its ongoing operations. The Company protects its technologies and intellectual properties through various avenues, including patents and trademarks. Searches of records published by the US Patent and Trademark Office identified two patent applications filed in the name of Bounce Exchange, both of which are entitled ‘Detection of exit behavior of an internet user’.
Cost Structure
Bounce Exchange incurs costs in relation to the development of its technologies and solutions, the development and maintenance of its online platform, the maintenance of its IT and communications infrastructure, the operation of its sales channels, the implementation of marketing campaigns, the management of its partnerships, and the retention of its personnel.
The Company accrues occupancy costs – including the payment of rent and utilities – at its offices in the US and the UK, as well as substantial personnel costs, comprising the payment of salaries and benefits to its workforce.
Revenue Streams
Bounce Exchange generates revenue through the development and sale of various customer acquisition and exit intent solutions to companies across multiple industries. The Company derives its revenue primarily from subscription fees, which are charged on a software-as-a-service basis, which comprises a simple flat monthly rate.
Bounce Exchange does not provide a pricing structure on its website, instead offering customised quotes to its clients, determined by a number of factors including size and data calls. Reports suggest that subscription to the Company’s services range from around $2,000 per month to $5,000 per month.
Bounce Exchange is a privately-owned company and, as such, is not obliged to publish its financial results on its website. Reports, however, suggest that the Company generated revenue of $15.7 million in 2015, and that it is considered to be one of the fastest growing software companies in the world.


This opens the export spectrum panel. In the panel, basic spectrum attributes such as A/C program, A/C section, fatigue mission and etc. can be edited. This will export the spectrum with the information into a zip archive. The archive can then be sent to the database administrator for uploading into ESCSAS database.


Chuck Li Villalobos
I was born and raised in Costa Rica. My wife Laura and I have been married and living in Washington for 10 years. We have 3 little kids, Alex, Ben, and Maddie. I enjoy statistics, soccer, and cold sunny days. I work for World Vision as a Sr Systems Administrator and came to Code Fellows to become a Software Developer!
Cassandra Ortiz
Crazy, spitfire, sagittarius just trying to stay sane while raising 2 teenagers and change my career. I’m Happily married to the best travel partner for 14 yrs. We’ve seen 22/30 baseball stadiums, having new adventures in each city (most I can remember) When Im not face deep in code, I’m in my craft room trying to make something else.
Lesley Rivera
An adventurous introvert pursuing my passion for code. I'm happily married and mother of two handsome, full of energy boys. I enjoy hiking, trying new places to eat and most of the time you can find me in my garage getting my CrossFit on.
Richard Whitehead
Husband, Father of 4, retired Army, action guy, nature nerd, loves jumping out of perfectly good aircrafts. Striving to be the best version of myself by learning any and everything I can. “Once you stop learning, you start dying” – Albert Einstein.


Runs the LEAN Report Creator in a Docker container using the quantconnect/lean Docker image.
The --backtest-data-source-file <path>
is the only required option and should point to the JSON file containing backtest results.
If --live-data-source-file <path>
is also given the generated report will contain the combined data from both data sources.
The --strategy-name
, --strategy-version
, and --strategy-description
options can be used to set the name, version, and description that are shown in the report.
The name and version are shown in the top-right corner of each page, while the description is shown on the top of the first page.
These fields are blank by default.
When the given backtest data source file is stored in a project directory or one of its subdirectories, the default name is the name of the project directory and the default description is the description in the project's config.json
file.
By default, the latest installed version of the quantconnect/lean Docker image is used.
If this image doesn't exist locally yet or if you specify the --update
option it is pulled before running the backtest.
You can specify a custom tag to use with the --version
option.


The X Files (1998) David Duchovny, Gillian Anderson, Martin Landau, John Neville, William B. Davis, Mitch Pileggi, Blythe Danner, Armin Mueller-Stahl, Terry O'Quinn. Written by Chris Carter. Produced by Chris Carter and Daniel Sackheim. Directed by Rob Bowman. 115 minutes PG-13, 3 stars (out of five stars)
Review by Ed Johnson-Ott, NUVO Newsweekly www.nuvo-online.com/film/ Archive reviews at http://us.imdb.com/M/reviews_by?Edward+Johnson-ott To receive reviews by e-mail at no charge, send subscription requests to<EMAIL_ADDRESS>A little behind-the-scenes glimpse at the fabulous world of film reviewing. Prior to the press screening for "The X Files," the promotion representative asked my paper to agree not to print a review prior to the film's official release date.  "It's studio policy," the rep informed me in curt tones. "Besides, they don't want to see any early reviews popping up on one of those sneak preview web sites."
"Oh please," I moaned, "I'm a professional journalist. Do you honestly think I'm going to take material I'm paid to write and submit it to 'Ain't It Cool News' under a pseudonym? Writing is not easy and I have no interest in seeing my finished work in giant type on a fan page, attributed to 'Pudding Whistle' or something." The rep was unimpressed by my little tirade and grudgingly, I agreed to their terms.
The reason I've shared this with you is because there's only so much one can say about the actual film without spoiling the fun. A big part of enjoying "The X Files" series comes from trying to figure out the secrets of the show's labyrinthine conspiratorial story arc and the same holds true for the film, so you'll see no spoilers here.
For those who have never followed the show and may feel intimidated by reports of the series' elaborate back-story, you can rest easy. The film, while complex, stands alone and is understandable to newcomers. Hard core fans who worried that the movie would reveal too much can relax as well. While "The X Files" clarifies the series mythology, there are definitely plenty of secrets left.
After an effectively spooky prologue set in 35,000 BC, the film picks up where the show's season finale left off, with the X Files closed and Fox Mulder and Dana Scully working on an FBI terrorism unit in Dallas. An explosion draws the pair back into the thick of the conspiracy, which leads them everywhere from the desert to Antarctica. Along the way, we meet new shadowy characters, witness a significant moment in the droll duo's relationship, and get some dandy scares. Leaving the theater, I felt just satisfied enough and found myself looking forward to the fall, when we'll see where the series leads from this invigorating turn.
"The X Files" plays like an expanded episode of the TV show and that's a good thing. Instead of getting carried away with making an theatrical epic, Chris Carter and company wisely remembered the importance of maintaining the tone of the series. David Duchovny's laconic Mulder and Gillian Anderson's intense Scully are fascinating characters who play as well on the big screen as on the tube.
Continuing the series tradition, the film tosses in humor at unexpected moments. Fans will delight in a scene addressing Mulder's chronic deadpan expression, while event movie producers Dean Devlin and Roland Emmerich will wince over a hilarious, very pointed dig at one of their films.
A couple of minor gripes. Mitch Pileggi, one of the series' strongest characters, is underused here. And the film's climax, while both scary and exciting, is a bit ragged, with a few plot holes and gaps in internal logic.
The better episodes of the "X Files" series play like abbreviated movies and, quibbles aside, "The X Files" lives up to the high standards set by the show. Is it the best "episode?" No. But it's a good one. "The X Files" moves at a fast clip, sets and maintains a creepy tone and answers just enough questions. There's still a lot of truth left to be revealed, but this entertaining "X Files" does a nice job of whetting our appetites for what's to come.
© 1998 Ed Johnson-Ott
The review above was posted to the
rec.arts.movies.reviews newsgroup (de.rec.film.kritiken for German reviews).
The Internet Movie Database accepts no responsibility for the contents of the
review and has no editorial control. Unless stated otherwise, the copyright
belongs to the author.
Please direct comments/criticisms of the review to relevant newsgroups.
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Related links: index of all rec.arts.movies.reviews reviews


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| Packages that use WriteFuture | |
|---|---|
| org.apache.mina.core | Common types required for users to use MINA. |
| org.apache.mina.core.future | |
| org.apache.mina.core.service | |
| org.apache.mina.core.session | |
| org.apache.mina.core.write | |
| org.apache.mina.filter.codec | Filter implementations that helps you to implement complex protocols via 'codec' concept. |
| org.apache.mina.filter.ssl | Classes that implement IoFilter and provide Secure Sockets Layer functionality. |
| org.apache.mina.proxy |
| Uses of WriteFuture in org.apache.mina.core |
|---|
| Methods in org.apache.mina.core that return types with arguments of type WriteFuture | |
|---|---|
static List<WriteFuture> |
IoUtil.broadcast(Object message,
Collection<IoSession> sessions)
Writes the specified message to the specified sessions . |
static List<WriteFuture> |
IoUtil.broadcast(Object message,
IoSession... sessions)
Writes the specified message to the specified sessions . |
static List<WriteFuture> |
IoUtil.broadcast(Object message,
Iterable<IoSession> sessions)
Writes the specified message to the specified sessions . |
static List<WriteFuture> |
IoUtil.broadcast(Object message,
Iterator<IoSession> sessions)
Writes the specified message to the specified sessions . |
| Uses of WriteFuture in org.apache.mina.core.future |
|---|
| Classes in org.apache.mina.core.future that implement WriteFuture | |
|---|---|
class |
DefaultWriteFuture
A default implementation of WriteFuture . |
| Methods in org.apache.mina.core.future that return WriteFuture | |
|---|---|
WriteFuture |
DefaultWriteFuture.addListener(IoFutureListener<?> listener)
Adds an event listener which is notified when this future is completed. |
WriteFuture |
WriteFuture.addListener(IoFutureListener<?> listener)
Adds an event listener which is notified when this future is completed. |
WriteFuture |
DefaultWriteFuture.await()
Wait for the asynchronous operation to complete. |
WriteFuture |
WriteFuture.await()
Wait for the asynchronous operation to complete. |
WriteFuture |
DefaultWriteFuture.awaitUninterruptibly()
Wait for the asynchronous operation to complete uninterruptibly. |
WriteFuture |
WriteFuture.awaitUninterruptibly()
Wait for the asynchronous operation to complete uninterruptibly. |
static WriteFuture |
DefaultWriteFuture.newNotWrittenFuture(IoSession session,
Throwable cause)
Returns a new DefaultWriteFuture which is already marked as 'not written'. |
static WriteFuture |
DefaultWriteFuture.newWrittenFuture(IoSession session)
Returns a new DefaultWriteFuture which is already marked as 'written'. |
WriteFuture |
DefaultWriteFuture.removeListener(IoFutureListener<?> listener)
Removes an existing event listener so it won't be notified when the future is completed. |
WriteFuture |
WriteFuture.removeListener(IoFutureListener<?> listener)
Removes an existing event listener so it won't be notified when the future is completed. |
| Uses of WriteFuture in org.apache.mina.core.service |
|---|
| Methods in org.apache.mina.core.service that return types with arguments of type WriteFuture | |
|---|---|
Set<WriteFuture> |
AbstractIoService.broadcast(Object message)
Writes the specified message to all the IoSession s
managed by this service. |
Set<WriteFuture> |
IoService.broadcast(Object message)
Writes the specified message to all the IoSession s
managed by this service. |
| Uses of WriteFuture in org.apache.mina.core.session |
|---|
| Methods in org.apache.mina.core.session that return WriteFuture | |
|---|---|
WriteFuture |
AbstractIoSession.write(Object message)
Writes the specified message to remote peer. |
WriteFuture |
IoSession.write(Object message)
Writes the specified message to remote peer. |
WriteFuture |
AbstractIoSession.write(Object message,
SocketAddress remoteAddress)
(Optional) Writes the specified message to the specified destination. |
WriteFuture |
IoSession.write(Object message,
SocketAddress destination)
(Optional) Writes the specified message to the specified destination. |
| Uses of WriteFuture in org.apache.mina.core.write |
|---|
| Methods in org.apache.mina.core.write that return WriteFuture | |
|---|---|
WriteFuture |
DefaultWriteRequest.getFuture()
|
WriteFuture |
WriteRequest.getFuture()
Returns WriteFuture that is associated with this write request. |
WriteFuture |
WriteRequestWrapper.getFuture()
|
| Constructors in org.apache.mina.core.write with parameters of type WriteFuture | |
|---|---|
DefaultWriteRequest(Object message,
WriteFuture future)
Creates a new instance with WriteFuture . |
|
DefaultWriteRequest(Object message,
WriteFuture future,
SocketAddress destination)
Creates a new instance. |
| Uses of WriteFuture in org.apache.mina.filter.codec |
|---|
| Methods in org.apache.mina.filter.codec that return WriteFuture | |
|---|---|
WriteFuture |
ProtocolEncoderOutput.flush()
Flushes all buffers you wrote via ProtocolEncoderOutput.write(Object) to
the session. |
| Uses of WriteFuture in org.apache.mina.filter.ssl |
|---|
| Methods in org.apache.mina.filter.ssl that return WriteFuture | |
|---|---|
WriteFuture |
SslFilter.stopSsl(IoSession session)
Stops the SSL session by sending TLS close_notify message to initiate TLS closure. |
| Uses of WriteFuture in org.apache.mina.proxy |
|---|
| Methods in org.apache.mina.proxy that return WriteFuture | |
|---|---|
protected WriteFuture |
AbstractProxyLogicHandler.writeData(IoFilter.NextFilter nextFilter,
IoBuffer data)
Writes data to the proxy server. |
|
||||||||||
| PREV NEXT | FRAMES NO FRAMES |


Preferences
The Toolbox's main file menu contains a Preferences
item.
Clicking on it raises a dialog for setting various Toolbox
preferences.
The dialog presents the following high-level choices.
See the help page for
that preference menu.
General
The following items under this heading allow you to customize
the Module Editor:
- The Appearance / Colors and Fonts page lets you
control the font used in the Error View section of the TLC Errors
View, and the User Output and Progress Output
sections of the Model Check Results.
This can be quite useful because on some systems, the
default font can appear very tiny.
- The Appearance / Colors and Fonts page lets you
also control the font used in the Error-Trace viewer section of the TLC Errors
View.
- The Editors / Text Editors has a Show line numbers option.
It also has an Insert spaces for tabs option that should be selected.
Several Toolbox commands do not work properly on modules containing tab characters.
A spec with tabs may not even mean what it appears to mean.
(See page 287 of Specifying Systems.)
Do not use tabs in your specs.
- The Keys page allows you to change what commands are
bound to what keys.
Most of the useful ones are described
here,
and most of the others do nothing. However, you may
find a few useful ones that are not listed elsewhere.
- The News page lets you choose whether you want the Toolbox to inform you about news from
TLA+ RSS feeds; there are two feeds enabled by default.
See the help page for that
preference menu.
Clicking on the + next to the item
reveals the following subpages.
Click on the appropriate item in the following list to see what options
these preference pages provide you with.
↑ Getting Started


Deployment and usage metrics for applications and workloads on CloudFoundry, Kubernetes, OpenWhisk etc.
Johnson & Johnson
JPMorgan Chase & Co.
AT&T


Avoid accessing wrong column in csv
I was parsing few csv files. All were from same provider. Format isDate, Name, Email, Company, City
etc in one file. I made an assumption all the downloaded files are in the same format. For my surprise few files had same format and others din’t.
with open(filename, 'rb') as f:
reader = csv.reader(f)
reader.next() # first row contains column names
for row in reader:
name, email, company = row[1], row[2], row[3]
#save to db
In the above code the fundamental mistake is fixing the position of the columns in csv file. What happens if email
and company
position is interchanged? In simple screwed
.
How can I avoid these situations ?
with open(filename, 'rb') as f:
reader = csv.reader(f)
header = reader.next() #reader is not list
name_pos, email_pos, company_pos = header.index("Name"),header.index("Email"),header.index("Company")
with open(filename, 'rb') as f:
reader = csv.reader(f)
reader.next()
for row in reader:
name, email, company = row[name_pos], row[email_pos], row[company_pos]
#save to db
The code is bit longer here, but robost. The above snippet doesn’t rely on column position but only relies on column name in the first line. Ofcourse header.index
will raise ValueError
you can wrap the exception. First all the required column positions are retrieved, file is reopened, first row is omitted and other details are accessed.
See also
- Parameterize Python Tests
- “Don’t touch your face” - Neural Network will warn you
- Capture all browser HTTP[s] calls to load a web page
- How long do Python Postgres tools take to load data?
- Debugging Python multiprocessing program with strace
This work is licensed under a Creative Commons Attribution-ShareAlike 4.0 International License.


"""The :code:`atmosphere` module contains structures to make the total
atmospheric properties required by DISORT.
"""
import numpy as np
[docs]class Atmosphere:
"""A structure to compute the total atmospheric properties.
Atmosphere accepts a collection of atmospheric properties for each
constituent in the model. It then computes the total atmospheric arrays
from these inputs.
"""
[docs] def __init__(self,
*args: tuple[np.ndarray, np.ndarray, np.ndarray]) -> None:
"""
Parameters
----------
args
Tuple of (optical depth, single scattering albedo, phase function)
for each constituent to add to the atmospheric model.
"""
self.__properties = args
self.__check_constituents()
self.__n_species = len(self.__properties)
self.__constituent_optical_depth = self.__extract_property(0)
self.__constituent_single_scattering_albedo = self.__extract_property(1)
self.__constituent_phase_function = self.__extract_property(2)
self.__optical_depth = self.__calculate_optical_depth()
self.__single_scattering_albedo = \
self.__calculate_single_scattering_albedo()
self.__legendre_moments = self.__calculate_legendre_coefficients()
def __check_constituents(self):
for p in self.__properties:
if not isinstance(p, tuple):
raise TypeError('properties must be a tuple')
if len(p) != 3:
raise ValueError('properties must be of length 3')
if not all(isinstance(x, np.ndarray) for x in p):
raise TypeError('All elements in args must be a np.ndarray')
def __extract_property(self, index):
return [f[index] for f in self.__properties]
def __calculate_optical_depth(self) -> np.ndarray:
return sum(self.__constituent_optical_depth)
def __calculate_single_scattering_albedo(self) -> np.ndarray:
scattering_od = [self.__constituent_single_scattering_albedo[i] *
self.__constituent_optical_depth[i] for i in
range(self.__n_species)]
return sum(scattering_od) / self.__optical_depth
def __calculate_legendre_coefficients(self) -> np.ndarray:
max_moments = self.__get_max_moments()
self.__match_moments(self.__constituent_phase_function,
max_moments)
weighted_moments = [self.__constituent_single_scattering_albedo[i] *
self.__constituent_optical_depth[i] *
self.__constituent_phase_function[i] for i in
range(self.__n_species)]
denom = [self.__constituent_single_scattering_albedo[i] *
self.__constituent_optical_depth[i]
for i in range(self.__n_species)]
return sum(weighted_moments) / sum(denom)
def __get_max_moments(self):
return max(i.shape[0] for i in self.__constituent_phase_function)
def __match_moments(self, phase_functions, max_moments):
for counter, pf in enumerate(phase_functions):
if pf.shape[0] < max_moments:
self.__constituent_phase_function[
counter] = self.__add_moments(pf, max_moments)
@staticmethod
def __add_moments(phase_function, max_moments):
starting_inds = np.linspace(phase_function.shape[0],
phase_function.shape[0],
num=max_moments - phase_function.shape[0],
dtype=int)
return np.insert(phase_function, starting_inds, 0, axis=0)
@property
def optical_depth(self) -> np.ndarray:
r"""Get the total optical depth of the atmosphere. This is computed via
.. math::
\tau = \Sigma \tau_i
where :math:`\tau` is the total optical depth, and :math:`\tau_i` is the
optical depth
of each of the atmospheric species.
Notes
-----
Each element of this variable along the wavelength dimension is named
:code:`DTAUC` in DISORT.
"""
return self.__optical_depth
@property
def single_scattering_albedo(self) -> np.ndarray:
r"""Get the single scattering albedo of the atmosphere. This is computed
via
.. math::
\tilde{\omega} = \frac{\Sigma \tilde{\omega}_i \tau_i}{\tau}
where :math:`\tilde{\omega}` is the total single scattering albedo,
:math:`\tilde{\omega}_i` is the single scattering albedo of an
individual species, and :math:`\tau` is the total optical depth.
Notes
-----
Each element of this variable along the wavelength dimension is named
:code:`SSALB` in DISORT.
"""
return self.__single_scattering_albedo
@property
def legendre_moments(self) -> np.ndarray:
r"""Get the total Legendre coefficient array of the atmosphere. This is
computed via
.. math::
P = \frac{\Sigma \tilde{\omega}_i * \tau_i * P_i}
{\tilde{\omega} * \tau}
where :math:`P` is the total phase function array, :math:`P_i` is the
phase function of each constituent, and the other variables are defined
in the other properties.
Notes
-----
Each eleemnt of this variable along the wavelength dimension is named
:code:`PMOM` in DISORT.
"""
return self.__legendre_moments


Octopus Deploy url
Octopus Deploy API key
Environment
Please select an environment
Project
Please select a project


Flamingo test applications
File explorer for the local file system. Uses the file system breadcrumb bar, file viewer panel and command buttons.
File explorer for the three remote SVN repositories. Uses the SVN breadcrumb bar, file viewer panel and command buttons.
SVG file viewer for the local file system. Uses the breadcrumb bar, file viewer panel and command buttons with SVG-based icons.
Ribbon component. Uses the ribbon and command buttons with SVG-based icons.


Unreal Battles was founded to serve the UT4 instagib community!
Godlike.no won the iDuel Cup!
Avaris and qbit won the 2v2 iCTF Cup!
Cool People (Serg, Fonzie, Kaster_Troy, and Anzuof) won the 3v3 iCTF Cup!
Team Identity (Erikjnz, Evayuna, Loque, r3v0lt3, Skandalouz, and Drakir) won the Draft iCTF Cup!
instaFrenchies won Division 1!
Beer and Chips won Division 2!
Divine won Division 3!
Hub Admin
Hub Admin
Event Manager
Game Admin
Game Admin
Game Admin
Game Admin
Game Admin
Game Admin
Web Admin
Web Admin
Web Admin
... great again!


img
as APIA type of simple HTML API is the img
tag. It looks like this:
<img src="http://otherdomain.com/service?size=100&color=red">
Broken down:
http://otherdomain.com/service
is the site we are sending the query to?size=100&color=red
are the query parameters. We have two parameters: size (value: 100) and color (value: red).


Resume
Education
Rose-Hulman Institute of Technology
Bachelor of Science in Computer Engineering
August 2019 - May 2023 [Expected]
GPA: 2.66/4.00
Two Dean's List Appearances
Extra Curriculars
Skills
Technical Skills
Proficient:
Familiar:
Soft Skills
Technical Work
Allison Transmissions
Data Analysis Intern
June 2021 - August 2021
Configured collected data to be presented via an online dashboard which project teams could download and use in simulations and for further product calculations and improvements.
Worked with established Snowflake database to import, alter, summarize, graph, and present data to all project line teams.
Collected VOC (Voice of Customer) feedback to improve internal product change submission process in regards to the company's regulations committee.
Gained hands-on experience taking apart and reassembling company products.
Hancock County Highway Department
Engineering Intern
June 2020 - August 2020
Gained hand-on experience in the civil engineering discipline by going out into the field with other workers to accomplish various tasks.
Oversaw bridge inspection finalizations and permit approval process.
Organized and revized Access database into a SQLite database with more efficient formulas which could be accessed via an online dashboard on computer or mobile for field workers.
Course Work
Leadership - Mentorship
FIRST Robotics
High School Student | August 2015 - May 2019
FRC 1529 - The CyberCards
Team Captain 2017-2018
Received Dean's List Nomination
Organized cross-disciplinary communication for the entire team. Ensured team was up to date on deadlines. Worked and helped where it was needed to ensure processes moved efficiently towards completion.
Organize student participation and assigned tasks at events [Including but not limited to outreach, competitions, school events, and sponsor presentations] and organize team paperwork.
Leadership - Mentorship Continued
FIRST Robotics
High School Student | August 2015 - May 2019
Operations Captain 2018-2019
Focused on the non-engineering aspect of the team by organizing outreach and entrepraneurship.
Focused on documents presented to judges at competitions for awards involving community outreach, risk analysis, budget management, and mentor appreciation.
Found new opportunities to bring STEAM opportunities to the community.
Partnered with the YMCA to bring FLL Jr. programs into our elementary schools.
Received Varsity Letter 2017-2018 + 2018-2019
College Mentor | August 2019 - Present
FRC 5188 - Area 5188: Classified Robotics
August 2019 - May 2020
Helped students in the networks subgroup write documents for award submissions involving risk analysis, budget management, and mentor appreciation.
Worked to organize and restructure mentor positions and their assigned tasks to better help the team function.
May 2020 - May 2021
Received Vice-President position of the mentor team. Organized meetings of mentors on season planning, product purchasing, and elections for the next season.
May 2021 - Present
Received President position of the mentor team. Currently organizing product purchasing and season planning.
WOLFPAC
August 2019 - May 2020
Member
Met women in my engineering discipline with similar interests. Created bonds with other women in Electrical and Computer Engineering or Computer Science disciplines to establish a community of driven, supportive women interested in computing at Rose-Hulman
May 2020 - May 2021
Vice-President
Coached new students on how to navigate a career fair and prepare a resume. Taught students a basic Intro to Git. Organized different activities across campus to get women in Electrical and Computer Engineering, Computer Sciene and Software Engineering disciplines involved.
May 2021 - Present
President
Currently planning different recruiting events to get incoming and returning female students at Rose-Hulman involved with the group.
Computer Science & Software Engineering Department TA
CSSE 120 - Intro To Software Development
March 2020 - May 2020 | September 2020 - March 2021
Remotely guided students and answered in-class questions on written and Python coding assignments.
CSSE 220 - Object-Oriented Software Development
Graded written Java assignments and held online hours to answer questions on written and Java coding assignments.
Sophomore Advisor
August 2020 - May 2021
Planned in-person and virtual events to engage incoming freshmen in the Rose-Hulman community. Helped incoming students adjust to new people, environments, and workload. Created individual bonds with over twenty students on a floor while balancing an academic courseload.
WMHD Radio
Communications Director October 2019 - May 2020
Ran several social media pages for the club to gather interest from alumni, current students, and other radio and music enthusiasts.
Webmaster May 2020 - May 2021
Updated and managed website for the group, ensuring information was up to date and aesthetically pleasing. Worked to add new sections to the website for club history and services provided.


Contains details of not only what is normally considered a font, but also several other display attributes.
More...
#include <format.hpp>
Contains details of not only what is normally considered a font, but also several other display attributes.
Items correspond to those in the Excel UI's Format
-> Cells
-> Font
tab.
◆ m_characterSet
| unsigned char excel::Font::m_characterSet = 0 |
Character set values
| Value | Description |
| 0 | ANSI Latin |
| 1 | System default |
| 2 | Symbol |
| 77 | Apple Roman |
| 128 | ANSI Japanese Shift-JIS |
| 129 | ANSI Korean (Hangul) |
| 130 | ANSI Korean (Johab) |
| 134 | ANSI Chinese Simplified GBK |
| 136 | ANSI Chinese Traditional BIG5 |
| 161 | ANSI Greek |
| 162 | ANSI Turkish |
| 163 | ANSI Vietnamese |
| 177 | ANSI Hebrew |
| 178 | ANSI Arabic |
| 186 | ANSI Baltic |
| 204 | ANSI Cyrillic |
| 222 | ANSI Thai |
| 238 | ANSI Latin II (Central European) |
| 255 | OEM Latin I |
◆ m_color
◆ m_escapement
| unsigned short excel::Font::m_escapement = 0 |
Text escapment
| Value | Description |
| 1 | Superscript |
| 2 | Subscript |
◆ m_family
| unsigned char excel::Font::m_family = 0 |
Font family
| Value | Description |
| 0 | None (unknown or don't care) |
| 1 | Roman (variable width, serifed) |
| 2 | Swiss (variable width, sans-serifed) |
| 3 | Modern (fixed width, serifed or sans-serifed) |
| 4 | Script (cursive) |
| 5 | Decorative (specialised, e.g. Old English, Fraktur) |
◆ m_fontIndex
| int excel::Font::m_fontIndex = 0 |
0-based font index used to refer to this object. Note that index 4 is never used
◆ m_height
| unsigned short excel::Font::m_height = 0 |
Font height (in twips). A twip = 1/20 of a point
◆ m_isBold
| bool excel::Font::m_isBold = false |
If text is bold. Redundant, see "weight" attribute
| Value | Description |
| False | Normal text |
| True | Characters are bold |
◆ m_isItalic
| bool excel::Font::m_isItalic = false |
If text is italic
| Value | Description |
| False | Normal text |
| True | Characters are italic |
◆ m_isOutlined
| bool excel::Font::m_isOutlined = false |
If text is outlined (Macintosh only)
| Value | Description |
| False | Normal text |
| True | Characters are outlined |
◆ m_isShadowed
| bool excel::Font::m_isShadowed = false |
If text is shadowed (Macintosh only)
| Value | Description |
| False | Normal text |
| True | Characters are shadowed |
◆ m_isStruckOut
| bool excel::Font::m_isStruckOut = false |
If text is struck out
| Value | Description |
| False | Normal text |
| True | Characters are struck out |
◆ m_isUnderlined
| bool excel::Font::m_isUnderlined = false |
If text is underlined. Redundant
| Value | Description |
| False | Normal text |
| True | Characters are underlined |
◆ m_name
| std::string excel::Font::m_name |
◆ m_underlineType
| unsigned char excel::Font::m_underlineType = 0 |
Underline types
| Value | Description |
| 0 | None |
| 1 | Single. 0x21 (33) = Single accounting |
| 2 | Double. 0x22 (34) = Double accounting |
◆ m_weight
| unsigned short excel::Font::m_weight = 400 |
Font weight (100-1000). Standard values are 400 for normal text and 700 for bold text
The documentation for this class was generated from the following file:


BrainControl Object - Conditions
On Error
Returns true if an error occured.
Is Connected
Returns true if the Neurosky headset is connected.


Teaching people to do serverless is hard. It's far less about teaching someone about FaaS and far more about getting people into the right mindset. It is not about technology, or at least, it's not about doing technology
— Paul Johnston - containing his snark (@PaulDJohnston) December 13, 2018
While Serverless and FaaS are often used interchangeably, there are types of workloads that are more challenging to move to FaaS. Perhaps due to third party libraries, latency, or storage requirements, the FaaS model isn’t an ideal fit. An example that is commonly provided is the need to run ffmpeg.
To benefit from the serverless model in these cases, Sparta provides the ability to leverage the Fargate service to run Containers without needing to manage servers.
There are several steps to Fargate-ifying your application and Sparta exposes
functions and hooks to make that operation scoped to a provision
operation.
Those steps include:
This overview is based on the SpartaStepServicefull project. The implementation uses a combination of ServiceDecoratorHookHandlers to achieve the end result.
Please see servicefull_build.go for the most up-to-date version of code samples.
The first step is to provide an opportunity for our application to behave
differently when run as a Fargate task. To do this we add a new
application subcommand option that augments the standard Main
behavior:
// Add a hook to do something
fargateTask := &cobra.Command{
Use: "fargateTask",
Short: "Sample Fargate task",
Long: `Sample Fargate task that simply logs a message"`,
RunE: func(cmd *cobra.Command, args []string) error {
fmt.Printf("Insert your Fargate code here! 🎉")
return nil
},
}
// Register the command with the Sparta root dispatcher. This
// command `fargateTask` matches the command line option in the
// Dockerfile that is used to build the image.
sparta.CommandLineOptions.Root.AddCommand(fargateTask)
This subcommand is defined in the servicefull_task
file. Note that the file uses go
build tags
so that the new fargateTask subcommand is only available when the
build target includes the lambdaBinary flag:
// +build lambdabinary
package bootstrap
We can now package our Task-aware executable and deploy it to the cloud.
The first step is to create a version of your application that
can support a Fargate task. This is done in the ecrImageBuilderDecorator
function which delegates the compiling and image creation to Sparta:
// Always build the image
buildErr := spartaDocker.BuildDockerImage(serviceName,
"",
dockerTags,
logger)
The second empty argument above is an optional Dockerfile path. The sample project uses the default Dockerfile filename and defines that at the root of the repository. The full Dockerfile is:
FROM alpine:3.8
RUN apk update && apk add ca-certificates && rm -rf /var/cache/apk/*
# Sparta provides the SPARTA_DOCKER_BINARY argument to the builder
# in order to embed the binary.
# Ref: https://docs.docker.com/engine/reference/builder/
ARG SPARTA_DOCKER_BINARY
ADD $SPARTA_DOCKER_BINARY /SpartaServicefull
CMD ["/SpartaServicefull", "fargateTask"]
The BuildDockerImage
function supplies the transient binary executable
path to docker via the SPARTA_DOCKER_BINARY ARG
value.
The CMD
instruction includes our previously registered fargateTask
subcommand name to invoke the Task-appropriate codepath at runtime.
The log output includes the docker build info:
INFO[0002] Calling WorkflowHook
ServiceDecoratorHook=github.com/mweagle/SpartaStepServicefull/bootstrap.ecrImageBuilderDecorator.func1
WorkflowHookContext="map[]"
INFO[0002] Docker version 18.09.0, build 4d60db4
INFO[0002] Running `go generate`
INFO[0002] Compiling binary
Name=ServicefulStepFunction-1544976454011339000-docker.lambda.amd64
INFO[0003] Creating Docker image
Tags="map[servicefulstepfunction:adc67a77aef22b6dab9c6156d13853e2cfe06488.1544976453]"
NFO[0004] Sending build context to Docker daemon 35.43MB
INFO[0004] Step 1/5 : FROM alpine:3.8
INFO[0004] ---> 196d12cf6ab1
INFO[0004] Step 2/5 : RUN apk update && apk add ca-certificates && rm -rf /var/cache/apk/*
INFO[0004] ---> Using cache
INFO[0004] ---> 99402375b7f2
INFO[0004] Step 3/5 : ARG SPARTA_DOCKER_BINARY
INFO[0004] ---> Using cache
INFO[0004] ---> a44d27522c40
INFO[0004] Step 4/5 : ADD $SPARTA_DOCKER_BINARY /SpartaServicefull
INFO[0005] ---> 87ffd10e9901
INFO[0005] Step 5/5 : CMD ["/SpartaServicefull", "fargateTask"]
INFO[0005] ---> Running in 0a3b503201c7
INFO[0005] Removing intermediate container 0a3b503201c7
INFO[0005] ---> 7cb1b2261a92
INFO[0005] Successfully built 7cb1b2261a92
INFO[0005] Successfully tagged
servicefulstepfunction:adc67a77aef22b6dab9c6156d13853e2cfe06488.1544976453
The next step is to push the locally built image to the Elastic Container Registry. The push will return either the ECR URL which will be used as Fargate Task image property or an error:
// Push the image to ECR & store the URL s.t. we can properly annotate
// the CloudFormation template
ecrURLPush, pushImageErr := spartaDocker.PushDockerImageToECR(buildTag,
ecrRepositoryName,
awsSession,
logger)
The ECR push URL is stored in the context
variable so that a downstream
Fargate cluster builder knows the image to use:
context[contextKeyImageURL] = ecrURLPush
The Step Function definition indirectly references the Fargate Task via task specific parameters:
fargateParams := spartaStep.FargateTaskParameters{
LaunchType: "FARGATE",
Cluster: gocf.Ref(resourceNames.ECSCluster).String(),
TaskDefinition: gocf.Ref(resourceNames.ECSTaskDefinition).String(),
NetworkConfiguration: &spartaStep.FargateNetworkConfiguration{
AWSVPCConfiguration: &gocf.ECSServiceAwsVPCConfiguration{
Subnets: gocf.StringList(
gocf.Ref(resourceNames.PublicSubnetAzs[0]).String(),
gocf.Ref(resourceNames.PublicSubnetAzs[1]).String(),
),
AssignPublicIP: gocf.String("ENABLED"),
},
},
}
fargateState := spartaStep.NewFargateTaskState("Run Fargate Task", fargateParams)
The ECSCluster and ECSTaskDefinition are resources that are provisioned
by the fargateClusterDecorator
decorator function.
The final step is to provision the ECS cluster that supports the Fargate
task. This is encapsulated in the fargateClusterDecorator
which creates
the required set of CloudFormation resources. The set of CloudFormation
resource names is represented in the stackResourceNames
struct:
type stackResourceNames struct {
StepFunction string
SNSTopic string
ECSCluster string
ECSRunTaskRole string
ECSTaskDefinition string
ECSTaskDefinitionLogGroup string
ECSTaskDefinitionRole string
VPC string
InternetGateway string
AttachGateway string
RouteViaIgw string
PublicRouteViaIgw string
ECSSecurityGroup string
PublicSubnetAzs []string
}
The ECS Task Definition is of particular interest and is where the inline created ECR_URL is used to define a FARGATE task.
imageURL, _ := context[contextKeyImageURL].(string)
if imageURL == "" {
return errors.Errorf("Failed to get image URL from context with key %s",
contextKeyImageURL)
}
...
// Create the ECS task definition
ecsTaskDefinition := &gocf.ECSTaskDefinition{
ExecutionRoleArn: gocf.GetAtt(resourceNames.ECSTaskDefinitionRole, "Arn"),
RequiresCompatibilities: gocf.StringList(gocf.String("FARGATE")),
CPU: gocf.String("256"),
Memory: gocf.String("512"),
NetworkMode: gocf.String("awsvpc"),
ContainerDefinitions: &gocf.ECSTaskDefinitionContainerDefinitionList{
gocf.ECSTaskDefinitionContainerDefinition{
Image: gocf.String(imageURL),
Name: gocf.String("sparta-servicefull"),
Essential: gocf.Bool(true),
LogConfiguration: &gocf.ECSTaskDefinitionLogConfiguration{
LogDriver: gocf.String("awslogs"),
// Options Ref: https://docs.aws.amazon.com/AmazonECS/latest/developerguide/AWS_Fargate.html
Options: map[string]interface{}{
"awslogs-region": gocf.Ref("AWS::Region"),
"awslogs-group": strings.Join([]string{"",
sparta.ProperName,
serviceName}, "/"),
"awslogs-stream-prefix": serviceName,
"awslogs-create-group": "true",
},
},
},
},
}
The final step is to provide the three decorators to the WorkflowHooks structure:
workflowHooks := &sparta.WorkflowHooks{
ServiceDecorators: []sparta.ServiceDecoratorHookHandler{
ecrImageBuilderDecorator("spartadocker"),
// Then build the state machine
stateMachine.StateMachineDecorator(),
// Then the ECS cluster that supports the Fargate task
fargateClusterDecorator(resourceNames),
},
}
The provisioning workflow for this service is the same as a Lambda-based one:
$ go run main.provision --s3Bucket $MY_S3_BUCKET
Output:
INFO[0000] ════════════════════════════════════════════════
INFO[0000] ╔═╗╔═╗╔═╗╦═╗╔╦╗╔═╗ Version : 1.8.0
INFO[0000] ╚═╗╠═╝╠═╣╠╦╝ ║ ╠═╣ SHA : 597d3ba
INFO[0000] ╚═╝╩ ╩ ╩╩╚═ ╩ ╩ ╩ Go : go1.11.1
INFO[0000] ════════════════════════════════════════════════
INFO[0000] Service: ServicefulStepFunction
LinkFlags= Option=provision UTC="2018-12-16T16:07:31Z"
INFO[0000] ════════════════════════════════════════════════
INFO[0000] Using `git` SHA for StampedBuildID
Command="git rev-parse HEAD" SHA=adc67a77aef22b6dab9c6156d13853e2cfe06488
INFO[0000] Provisioning service
BuildID=adc67a77aef22b6dab9c6156d13853e2cfe06488
CodePipelineTrigger=
InPlaceUpdates=false
NOOP=false Tags=
WARN[0000] No lambda functions provided to Sparta.Provision()
INFO[0000] Verifying IAM Lambda execution roles
INFO[0000] IAM roles verified Count=0
The end result is a Step function that uses our go
binary, Step functions,
and SNS rather than Lambda functions:


--- layout: post title: Developer Passion vs. Religious Programmers tags: - Software Development status: publish type: post published: true meta: {} --- What is the difference between a passionate developer and a 'religious' programmer?
| Attribute | Passionate | Religious |
| Methodology | Select and modify the most relavent for the current situation | Insist on the current sexy standard |
| Technology | Has a preference, but uses the most efficient for the current project | My choice is the best dammit! |
| Problem Solving | Looks at as many different parts of the problem and focuses on the customer needs | Looks it from one standpoint because they know best |
| Personnel Development | Tries to get a breadth and depth of knowledge | Only goes for depth in a narrow field |
| Approach to work | Focuses on Quality and Customer needs | Comes to work for the benefit of their own ego |


Back
Moodle charts
(current)
WebSubmission charts
Critical Questions
Data Query
Dashboard
Select course
SelectYear
SelectSemester
SelectAssignment
Change Presentation Order
Alphabetical order
Descending order
Ascending order
Configuration option
By Marking Scheme 10
By 10% step


Every html is a box consisting of the content, padding, border, and margin. The margin is the outermost layer that separates the element from the surrounding elements. The border wraps around the content. The padding is the space between the content and the border. You can access these different layers in CSS and even specify which side of the box you want to target.


SLN
Section: Linux Programmer's Manual (8)
Updated: 2013-02-10
Index
Return to Main Contents
NAME
sln - create symbolic links
SYNOPSIS
sln source dest
sln filelist
DESCRIPTION
The
sln
program creates symbolic links.
Unlike the
ln(1)
program, it is statically linked.
This means that if for some reason the dynamic linker is not working,
sln
can be used to make symbolic links to dynamic libraries.
The command line has two forms.
In the first form, it creates
dest
as a new symbolic link to
source.
In the second form,
filelist
is a list of space-separated pathname pairs,
and the effect is as if
sln
was executed once for each line of the file,
with the two pathnames as the arguments.
The
sln
program supports no command-line options.
SEE ALSO
ln(1),
ldconfig(8),
ld.so(8)
Index
- NAME
-
- SYNOPSIS
-
- DESCRIPTION
-
- SEE ALSO
-
This document was created by
man2html,
using the manual pages.
Time: 02:55:22 GMT, September 18, 2014


|
CellularHelper
|
Things that return a + response and a string use this. More...
#include <CellularHelper.h>
Public Member Functions | |
| virtual int | parse (int type, const char *buf, int len) |
| Method to parse the output from the modem. More... | |
| String | getDoubleQuotedPart (bool onlyFirst=true) const |
| Gets the double quoted part of a string response. More... | |
| Public Member Functions inherited from CellularHelperCommonResponse | |
| void | logCellularDebug (int type, const char *buf, int len) const |
| Used when enableDebug is true to log the Cellular.command callback data using Log.info. More... | |
Data Fields | |
| String | command |
| Your subclass must set this to the command requesting (not including the AT+ part) More... | |
| String | string |
| Returned string is stored here. | |
| Data Fields inherited from CellularHelperCommonResponse | |
| int | resp = RESP_ERROR |
| Response code from Cellular.command. More... | |
| bool | enableDebug = false |
| Enables debug mode (default: false) More... | |
Things that return a + response and a string use this.
Since it inherits from CellularHelperCommonResponse you can check resp == RESP_OK to make sure the call succeeded.
| String CellularHelperPlusStringResponse::getDoubleQuotedPart | ( | bool | onlyFirst = true | ) | const |
Gets the double quoted part of a string response.
| onlyFirst | (boolean, default true) Only the first double quoted string is returned if true. If false, all double quoted strings are concatenated, ignoring all of the parts outside of the double quotes. |
Some commands, like AT+UDOPN return a + response that contains a double quoted string. If you only want to extract this string, you can use this method to extract it.
|
virtual |
Method to parse the output from the modem.
| type | one of 13 different enumerated AT command response types. |
| buf | a pointer to the character array containing the AT command response. |
| len | length of the AT command response buf. |
This is called from responseCallback, which is the callback to Cellular.command.
This class just appends all + responses (TYPE_PLUS) that match command into string.
Implements CellularHelperCommonResponse.
Reimplemented in CellularHelperEnvironmentResponse.
| String CellularHelperPlusStringResponse::command |
Your subclass must set this to the command requesting (not including the AT+ part)
Say you're implementing an AT+CSQ response handler. You would set command to "CSQ". This is because the modem will return +CSQ as the response so the parser needs to know what to look for.


The Panner plugin will displays the full image along with a viewport rectangle showing the currently displayed image section in the primary image window. The viewport can be moved around in order to pan to different locations in the primary image. The panner also has command button options to zoom the viewport itself. (This makes the viewport rectangle larger at the expense of displaying only a section of the full image. It is useful for panning in a very large image.)
The WCS orientation (North and East) are shown on the display. You can turn off direction display by changing the value of the JS9.globalOpts.pannerDirections property, either by using the Preferences plugin or, for site-wide configuration, by changing the value in the js9prefs.js file.


--- layout: archive title: Zulip Chat Archive permalink: /stream/113488-general/topic/Lean.20job.20in.20London.html ---
So the COVID19 issue has made it complicated to get admin done, and my job ad is still not out :-(
But basically, at some point in the near future, virus willing, I will be advertising for a three year post-doc position, salary £45000 per year, and the ad will look something like this:
Job Summary
Applications are invited for a Research Associate position in the Department of Mathematics at Imperial College London. The position is funded by Imperial College’s Excellence Fund for Frontier Research and will involve teaching various aspects of modern research arithmetic geometry to the Lean Theorem Prover.
Duties and Responsibilities
The project will involve working closely with Professor Kevin Buzzard and the number theory group at Imperial College, and will involve formalising some of the ideas in one or more of the following topics: de Jong’s Stacks Project, the theory of etale cohomology, the Langlands Program (and in particular formalisations of the statements of the main theorems and conjectures), class field theory and arithmetic duality, Scholze’s theory of perfectoid spaces, Lurie’s theory of infinity categories, the Clausen/Scholze theory of condensed sets.
Essential Requirements
The essential requirements for this post are as follow:
• A PhD or equivalent level of professional qualifications and/or experience in either algebraic number theory or formal proof verification. • Knowledge of, or evidence that you can quickly learn about, some of the basic tools of modern algebraic number theory. • Knowledge of, or evidence that you can quickly learn about, formalising pure mathematics in the Lean Theorem Prover. • Ability to carry out original research and to produce published research papers. • Ability to identify, develop and apply new concepts, techniques and methods. • Ability to organise and prioritise own work with minimal supervision. • Ability to prioritise own work in response to deadlines. • Ability to communicate complex information clearly
When it's actually in some published form I'll circulate it in the normal way, but I thought I should flag that this is, hopefully, coming soon. Start date 1st October 2020 or perhaps later, if things are still weird.
That sounds like a cool job :) As it happen, my CMU contract will be over by then. Any chance you'd consider a computer scientist for the job?
I thought that if I said "need experience in formal proof verification and algebraic number theory" then I would 0 applications, that's why I wrote or :-)
The union of two (largely) disjoint sets will indeed be much larger :)
How does one apply?
You have to wait for the ad, which is held up in the system because apparently some people are busy right now with other things
Thanks for the heads-up @Kevin Buzzard. I'll keep my eyes peeled for the formal job ad.
{% endraw %}Last updated: Apr 24 2020 at 19:02 UTC


Getting Help¶
Searching For Your Question¶
If you need help with Drake, please first review the documentation on this website for things such as installation, the C++ API, or Python bindings.
Please also briefly review Drake’s open and closed GitHub issues and StackOverflow posts tagged for Drake to see if your issue has been encountered by someone else before.
Asking Your Question¶
If you know your question is a bug or feature request, please post a GitHub issue.
Otherwise, if you are seeking assistance (e.g. tutorials or a brief example),
please post a question on StackOverflow with the drake
tag.
If you are actively developing with Drake and may need more active discussions than what StackOverflow and GitHub may offer, consider asking for access to the Drake Developers Slack Channel. To do so, please email Russ Tedrake for access. Please note that this access may not always be readily granted. (Note: If you are a Drake developer wanting to invite someone, it will be faster to grant them access if you invite them directly via Slack.)
If you wish to contribute a patch, please see how to submit a pull request.
Helpful Information¶
When reporting an issue, please consider providing the following information
(examples in italics, helper command in monospace
):
- Operating system (Ubuntu 18.04, macOS Catalina)
- Language (C++, Python)
- C++ compiler (GCC 7.5.0, GCC 9.3.0, Clang 6.0.0)
- Python version (Python 3.6.7)
- Python distribution (apt, homebrew)
- If building from source:
- Build system (Bazel, CMake)
- Bazel version (
which bazel; bazel version
) - Bazel C++ compiler (
bazel run @drake//common:print_host_settings
) - CMake version (
which cmake; cmake --version
) - CMake C++ compiler (
cmake -LA <path_to_source_dir> | grep 'CMAKE_.*_COMPILER'
)
- Bazel version (
- Git revision (
git rev-parse --short HEAD
) - Building Drake vs. downstream project (like drake_bazel_external, drake_cmake_external)
- Build system (Bazel, CMake)
- If using binary release:
- Download URL
- Contents of
drake/share/doc/drake/VERSION.txt
- Building downstream project (drake_cmake_installed)
Older Sources¶
Some information was previously on a mailing list. Please do not use these resources, as they are now inactive.