Robot Left
Robot Right
Please assign a final score of "humanness" (with 4 being most human, and 1 least human) to the partner you thought was a robot in each round. Ties are not allowed. Round 1:
Round 2:
Round 3:
Round 4:
Submit final scores


background-image: url(images/P1070160_frog.jpg) background-size: cover background-position: 50% 75% class: center, inverse, title-slide # Flow regulation associated with decreased genetic health of *Rana boylii* .pull-left[
 ## Ryan Peek ### PhD Candidate, Ecology ### *2018/06/01*
 ![](images/CWS_logo_small.png) ] ??? ??? - Here to tell a story about rivers, and an organism which has evolved within these watersheds and yet what we see today is largely a very different ecosystem than what these species experienced 200+ years ago. - As freshwater systems and biota are rapidly declining globally, conservation efforts will require assessment of the adaptive capacity of populations to rapid environmental change. - Small populations with limited genetic diversity may have reduced adaptive potential and difficulty responding to future environmental change. --- background-image: url(images/frogcatcher_connor.png) background-size: 450px background-position: 100% 15% class: left, inverse ## Acknowledgements .pull-left[ - ### Mike Miller & Sean O'Rourke - ### Center for Watershed Sciences - ### Brad Shaffer - ### Amy Lind - ### Corey Luna, many field helpers, SYRCL, Sierra Streams Institute ] --- background-image: url(https://photos.smugmug.com/Nature/Landscapes/Via-Ryan/Panoramas/i-ztXFpBQ/0/bbc3f297/XL/IMG_5190-XL.jpg) background-position: 10% 10% class: inverse, bottom ### "The face of the water, in time, became a wonderful book--a book that was a dead language to the uneducated passenger, but which told its mind to me without reserve… And it was not a book to be read once and thrown aside, for it had a new story to tell every day” (*Mark Twain, Two Views of the Mississippi, 1883*) ??? - Human settlements worldwide are concentrated near freshwater ecosystems — over half of the world’s population lives within 20 km of a permanent river (Small and Cohen, 1999) - Humans rely on freshwater systems not only for drinking water, but also for agriculture, transportation, energy production, industrial processes, waste disposal, and the extraction of fish and other products. - North American freshwater species projected extinction rate is 5x higher than terrestrial animals (Ricciardi and Rasmussen, 1999). - Freshwater fisheries valued globally at $5.58 billion/year and ecosystem services of wetlands valued $70 billion/year (IUCN Review, Darwall et al. 2008) --- background-image: url(https://photos.smugmug.com/Nature/Landscapes/Via-Ryan/Panoramas/i-cpNnd8s/0/4d5b3bff/XL/IMG_0709-XL.jpg) background-position: 10% 0% class: inverse, bottom, left ## The abridged history of Sierra Nevada Rivers -- - ### Rivers flow largely uninterrupted for 20,000+ years -- - ### Hydraulic Mining begins in 1853, banned in 1884. -- - ### Regulation via dams/diversion/hydropower (1930's-today) --- background-image: url(images/hydraulicMining.png) background-size: cover class: goldslide # CA Anthropogenic Legacy: Mining ??? **Permanently changed the geomorphology/ecology of CA watersheds** **Estimated *8x* more material excavated from Yuba/Bear/American Watersheds than during construction of entire Panama Canal** - Hydraulic mining removes 8x as much sediment as was excavated from Panama Canal. -First used by Edward Matteson near Nevada City, California in 1853 during the California Gold Rush. - Sawyer Decision in 1884, enjoined operation in tributaries to navigable streams and rivers. - Small scale mining recommences with Camminetti Act 1893 if small sediment dams built. Most mining of this type wiped out by 1891 flood. Hydraulic mining originated out of ancient Roman techniques that used water to excavate soft underground deposits. Romans invented “hushing”, certain landscapes in Spain still bear marks of this highly invasive mining technique. called “hydraulicking” by miners of CA, technique still used to remove hillsides By the mid-1880s, it is estimated that 11 million ounces of gold (worth approximately US$7.5 billion at mid-2006 prices) had been recovered by hydraulic mining in the California Gold Rush. --- background-image: url(images/dams_in_west.png) background-size: 500px background-position: 100% class: left # CA Dammed Rivers ??? Hydroelectric power generation comprises over half of all renewable energy generation in California (California Energy Commission 2010 Majority (84%) of dams are for: 47% Irrigation (n=709) 23% Water supply (n=342) 14% Hydroelectric (n=207) -- .pull-left[ - **Over 1,400 large dams (NID 2007)** - **Residential energy demands expected to increase by 24% by 2035 (US EIA 2010)** ] --- background-image: url(images/MFA_11433500_1911_1986_facet1964.png) background-size: 820px background-position: 100% class: middle, center ### Unreg. flow patterns, high seasonality & predictability --- background-image: url(images/MFA_11433500_1911_1986_facet1968.png) background-size: 820px background-position: 100% class: middle, center ### Reg. flow patterns limit connectivity, disrupt predictability ??? **These altered flow regimes have affected freshwater species that evolved under natural flow patterns by limiting connectivity, reducing flow cues, and eliminating habitat.** --- background-image: url(images/pre_cowplot_predic_seas.png) background-size: 820px background-position: 100% class: top, center ### Pre-Dam Data from USGS --- background-image: url(images/post_cowplot_predic_seas.png) background-size: 820px background-position: 100% class: top, center ### Post-Dam Data from USGS --- background-image: url(images/IMGP0349.jpg) background-size: cover class: top, center, inverse ### Small populations with limited connectivity may have reduced adaptive potential, or genetic health ??? thus difficulty responding to current conditions as well as future environmental change... Populations in highly regulated rivers have strong genetic differentiation and evidence of bottlenecking --- class: inverse, left, top # Foothill yellow-legged frogs (*Rana boylii*) -- .pull-left[ - ### Obligate river breeding frog, uses wide range of habitat, but has disappeared from over 50% of historical range - ### Being evaluated as candidate for state and federal listing under ESA ] -- .pull-right[ ![](images/rabo_range_poly.png) ] --- background-image: url(images/P1070476.JPG) background-size: cover class: top, inverse # *FYLF* make excellent hydrologic indicators -- .pull-right[ - ### *R. boylii* strongly linked with local hydrology, and thus the hydrologic history ] -- .pull-right[ - ### Spawning timing & habitat selection is tied to receding flow cues & increasing water temperatures ] ??? - ### 90% of eggs observed in Sierras were in shallow, sheltered waters (n=147) (Bondi et al. 2013) - **< 0.67 m total depth** - **< 0.15 m/s velocity** --- background-image: url(images/rabo_A_P1060730.jpg) background-size: 350px background-position: 95% 0% class: left, middle, inverse # Study ### Has river (flow) regulation reduced connectivity and genetic health of *R. boylii*? ### Can we quantify this genetic signature for specific hydrologic flow regimes? -- - ### Use genome-wide methods RADSeq/RAPTURE (*Ali et al. 2016*) ??? Expect flow regulation to limit connectivity between populations, thus causing loss of genetic variation/diversity, inbreeding risk goes up and pop bottlenecks, risk of extirpation increases in small populations. - Methods like **RADSeq** leverage genome-wide genetic variation to provide insight into ecological/population health - Many amphibian species cryptic/lack data, Large genome size, assessment and monitoring hard to do - *restriction site-associated DNA sequencing*, highly efficient genotyping across thousands of individual samples for targeted loci - For frogs, can sample with non-invasive methods using mouth swabs, or tadpole tail clips --- background-image: url(images/fig_01_map_regtype_v3_resize_1-5c.png) background-size: cover background-position: 97% class: left, top ## Study Area --- background-image: url(images/fig_02_mean_ann_discharge_combined_noRUB_labs_AB.png) background-size: 900px background-position: 90% 95% class: left, top ## Annual and Hourly Flows by Regulation Type -- .pull-left[  ### Egg Deposition Timing Matters... ] -- .pull-right[  ### To avoid scour or dessication ] ??? These are already small populations! Mainstem may have been the source, or the highway that connected these tributary sites. using the mean pairwise comparison value for Fst and mean river distance, so if 11 sites, approx 55 possible combinations `combn(11, m = 2)` --- class: inverse, center, middle # RESULTS: Anomolous genetic pattern in highly regulated MF American watershed --- background-image: url(images/fig_03a_pca_sierra_thresh_vir.png) background-size: 850px class: left, bottom ### PCA: Northern Sierra Nevada
 ??? Why does structure matter? Indicates loss of variation, potential limited connectivity, small population sizes, isolation, divergence, etc. --- background-image: url(images/fig_03b_pca_nfa_thresh_vir.png) background-size: 850px class: center, bottom ### PCA: Unimpaired NF American
 ??? Limited structure, greater similarity across subpops. (n=8,739 SNPs) --- background-image: url(images/fig_03c_pca_mfa_thresh_vir.png) background-size: 900px class: center, middle ### PCA: Regulated MF American --- background-image: url(images/fig_03c_pca_mfa_thresh_vir_annot.png) background-size: 900px class: center, middle .pull-left[ ### Hydropeaking sites in MF American are strongly divergent ]

 ??? Strong structure, greater divergence across subpops. (n=8,854 SNPs) --- class: inverse, middle ## Assessing Population Connectivity using FST (Wright 1950): ### a measure of population differentiation due to genetic structure - ### Scaled 0=(panmixis) to 1=(completely different) --- background-image: url(images/fig_04_fst_vs_dist_by_flowtype_mfa_nfmfa_resize.png) background-size: 880px background-position: 55% 15% class: right, top ## Mean FST vs. River Distance ??? Populations in highly regulated rivers have strong genetic differentiation and evidence of bottlenecking --- class: center, middle, inverse # Evidence of Bottlenecks/Limited Genetic Variation for Impaired Flow Types ![](images/American_2012_hydrographs_annot.png) --- background-image: url(images/fig_05b_theta_boxplot_regtype_bysite_facet_wsiteID_noY.png) background-size: 600px background-position: 0% 90% class: right, top

 -- .pull-right[ ### Most populations in N Sierra show pattern of bottleneck ]
 -- .pull-right[ ### Greater loss of genetic diversity in regulated systems ]
 --- background-image: url(images/fig_05_theta_boxplot_signif_regtype_flipped_annot.png) background-size: 780px background-position: 50% 5% class: left, bottom

 ### Genetic differences between regulation types are significant. Wilcoxon rank-sum: bonferroni p<0.01 ??? Sample sizes at 100k: - NFA: 110 (50k=123), mainstem 36 - NFY: 18 (50k=22) - MFY: 25 (50k=31) - SFY: 39 (50k=49) - MFA-Hydro: 23 (50k=37) - FEA: 94 - BEAR: 33 (50k=49) - NFMFA: 18 (same) - RUB: 20 (same) - --- background-image: url(images/slate_ck_aerial_v2.png) background-size: 450px background-position: 100% 15% class: inverse, left .pull-left[ ## River regulation is the strongest predictor of population isolation, NOT distance! ] --- background-image: url(images/fig_06_relinf_brt_simple_v2.png) background-size: 900px background-position: 55% 15% class: left, bottom ## Boosted Regression Tree Models --- class: left, top, inverse # Summary: .pull-left[  ] ### Flow alteration is having a direct impact on a hydrologically sensitive species at a genomic level -- ### The current population trajectory is highly concerning in Sierras -- ### Flow management and listing distinct population segments may afford some protection... -- ### RAPTURE/RADSeq is a powerful & effective method ??? - (i.e., small pops. with limited connectivity, low diversity) - *RAPTURE/RADSeq* is a powerful and effective method - Genomics should be an integral component in assessments & **monitoring** in future conservation efforts - Targeted research assessing environmental flows & ecological traits across taxa (fish, BMI, frogs) --- background-image: url(images/nfy_recession_bar.png) background-size: cover class: inverse # Thank you! .footnote[ ### *Slides* : ryanpeek.github.io/presentations ] --- background-image: url(images/pca_fea_thresh_locality_colorblind.png) background-size: 900px class: middle, center ### Feather Watershed: ### Same pattern of decreased genetic health


{% extends "base.html" %} {% load i18n static %} {% block metatitle %} {% trans "Forgot your password?" %} {% endblock %} {% block title %}
{% trans "Please enter your email address below to retrieve your password. You will then receive an email which will allow you to complete the process" %}
{% endblock %}


This plugin provides multiple regions-of-interest (ROIs) on 1-D and 2-D data and calculates basic statistics (min, max, mean, total, and net counts). It also can accumulate time-series arrays of these statistics. The asyn address parameter is used to identify the ROIs, and so a large number of ROIs can be dealt with in a single thread. The purpose of this plugin is to make it easy for IOC application developers to do simple ROI calculations, without having to use multiple traditional ROI and separate statistics plugins. The plugin can optionally do callbacks on an NDArray object, appending an attribute list. This makes it possible to append the ROI statistic data to the output NDArray.
Several database template files are provided:
| Template File Name | Description |
|---|---|
| NDROIStat.template | This needs to be instantiated once for each instance of the plugin. It provides records that apply to the whole plugin or to all ROIs. |
| NDROIStatN.template | This needs to be instantiated once for each ROI in the plugin (the number must equal the number of ROIs specified in the IOC shell function). The template provides records that apply to each ROI. |
| NDROIStat8.template | This is provided as a convenience. It instantiates 8 ROIs by including NDROIStat.template once and NDROIStatN.template 8 times. |
NDPluginROIStat inherits from NDPluginDriver.
NDPluginROIStat defines the following parameters. It also implements all of the standard plugin parameters from NDPluginDriver. The template files listed above provide access to these parameters, listed in the following tables.
| Parameter Definitions in NDPluginROIStat.h and EPICS Record Definitions in NDROIStat.template | ||||||
| Parameter index variable | asyn interface | Access | Description | drvInfo string | EPICS record name | EPICS record type |
|---|---|---|---|---|---|---|
| NDPluginROIStatResetAll | asynInt32 | r/w | Reset the statistics data for all the configured ROIs. | ROISTAT_RESETALL | $(P)$(R)ResetAll | bo |
| Time-Series data | ||||||
|
NDPluginROIStat TSControl |
asynInt32 | r/w |
Controls time-series data collection. The enum choices are:
|
ROISTAT_TS_CONTROL | $(P)$(R)TSControl | mbbo |
| N.A. | N.A. | r/w | Sends the "Read" command to the TSControl record above. This record can be periodically processed to update the time-series waveform records. It is scan disabled if TSAcquiring=Done, so that updates are only performed when time-series acquisition is in progress. | N.A. | $(P)$(R)TSRead | longout |
|
NDPluginROIStat TSNumPoints |
asynInt32 | r/w | Controls the number of time-series points to collect. There is no maximum value, the time-series arrays in the plugin are freed and reallocated each time this value is changed. However, the size of the waveform records is fixed when the IOC is started, so NELM in those records must be large enough for the largest time-series needed. | ROISTAT_TS_NUM_POINTS | $(P)$(R)TSNumPoints | longout |
|
NDPluginROIStat TSCurrentPoint |
asynInt32 | r/o | The current time-series point. If TSCurrentPoint reaches TSNumPoints then time-series acquisition is automatically stopped, and callbacks are done on all time-series waveform records, updating the values. This means that even if TSRead has SCAN=Passive that the waveform records will update when time-series acquisition is complete. | ROISTAT_TS_CURRENT_POINT | $(P)$(R)TSCurrentPoint | longin |
|
NDPluginROIStat TSAcquiring |
asynInt32 | r/o | Indicates status of time-series data acquisition. Values are 0=Done and 1=Acquiring. | ROISTAT_TS_ACQUIRING | $(P)$(R)TSAcquiring | bi |
|
ROI Specific Parameters.
Parameter Definitions in NDPluginROIStat.h and EPICS Record Definitions in NDROIStatN.template |
||||||
| Parameter index variable | asyn interface | Access | Description | drvInfo string | EPICS record name | EPICS record type |
|---|---|---|---|---|---|---|
| NDPluginROIStatName | asynOctet | r/w | The name of the plugin. | ROISTAT_NAME |
$(P)$(R)Name $(P)$(R)Name_RBV |
stringout |
| NDPluginROIStatUse | asynInt32 | r/w | Set this to 1 to use this ROI, which will mean the statistics will be calculated for this ROI. | ROISTAT_USE |
$(P)$(R)Use $(P)$(R)Use_RBV |
bo bi |
| NDPluginROIStatReset | asynInt32 | r/w | Reset the statistics data for this ROI. | ROISTAT_RESET | $(P)$(R)Reset | bo |
| NDPluginROIStatBgdWidth | asynInt32 | r/w | The background width for the net counts calculation. The average background counts in a border of this width around the ROI are computed. The border begins at the outer edge of the defined ROI and progresses inward by the BgdWidth. | ROISTAT_BGD_WIDTH |
$(P)$(R)BgdWidth $(P)$(R)BgdWidth_RBV |
longout
longin |
| NDPluginROIStatDim0Min | asynInt32 | r/w | Start element in the X dimension. | ROISTAT_DIM0_MIN |
$(P)$(R)MinX $(P)$(R)MinX_RBV |
longout longin |
| NDPluginROIStatDim0Size | asynInt32 | r/w | The ROI size in the X dimension. | ROISTAT_DIM0_SIZE |
$(P)$(R)SizeX $(P)$(R)SizeX_RBV |
longout longin |
| NDPluginROIStatDim0MaxSize | asynInt32 | r/o | Max size of the ROI in the X dimension. | ROISTAT_DIM0_MAX_SIZE |
$(P)$(R)MaxSizeX $(P)$(R)MaxSizeX_RBV |
longin |
| NDPluginROIStatDim1Min | asynInt32 | r/w | Start element in the Y dimension. | ROISTAT_DIM1_MIN |
$(P)$(R)MinY $(P)$(R)MinY_RBV |
longout longin |
| NDPluginROIStatDim1Size | asynInt32 | r/w | The ROI size in the Y dimension. | ROISTAT_DIM1_SIZE |
$(P)$(R)SizeY $(P)$(R)SizeY_RBV |
longout longin |
| NDPluginROIStatDim1MaxSize | asynInt32 | r/o | Max size of the ROI in the Y dimension. | ROISTAT_DIM1_MAX_SIZE |
$(P)$(R)MaxSizeY $(P)$(R)MaxSizeY_RBV |
longin |
| NDPluginROIStatMinValue | asynFloat64 | r/o | Minimum count value in the ROI. | ROISTAT_MIN_VALUE | $(P)$(R)MinValue_RBV | ai |
| NDPluginROIStatMaxValue | asynFloat64 | r/o | Maximum count value in the ROI. | ROISTAT_MAX_VALUE | $(P)$(R)MaxValue_RBV | ai |
| NDPluginROIStatMeanValue | asynFloat64 | r/o | Mean counts value in the ROI. | ROISTAT_MEAN_VALUE | $(P)$(R)MeanValue_RBV | ai |
| NDPluginROIStatTotal | asynFloat64 | r/o | Total counts in the ROI. | ROISTAT_TOTAL | $(P)$(R)Total_RBV | ai |
| NDPluginROIStatNet | asynFloat64 | r/o | Net (background subtracted) counts in the ROI. | ROISTAT_NET | $(P)$(R)Net_RBV | ai |
| Time-Series data | ||||||
|
NDPluginROIStat TSXXX |
asynFloat64Array | r/o |
The time series data arrays. XXX is one of the following, corresponding to each
of the basic statistics and centroid and sigma statistics described above:
|
|
$(P)$(R)TSXXX | waveform |
The NDPluginROIStat plugin is created with the NDROIStatConfigure function, either from C/C++ or from the EPICS IOC shell.
NDROIStatConfigure(const char *portName, int queueSize, int blockingCallbacks, const char *NDArrayPort, int NDArrayAddr, int maxROIs, int maxBuffers, size_t maxMemory, int priority, int stackSize)
All but the maxROIs
parameter are common to all plugins. This defines
how many ROIs this plugin will deal with. Usually this will match the number of
NDROIStatN templates have been instantiated. For example:
NDROIStatConfigure("DET1.ROI", 100, 0, "DET1", 0, 8, -1, -1, 0, 0)
The following MEDM screen provides access to the parameters in NDPluginDriver.h and NDPluginROIStat.h through records in NDPluginBase.template, and NDROIStat.template.
The following MEDM screen provides access to the parameters in NDPluginROIStat.h through records in NDROIStatN.template.
The following MEDM screen provides access to 8 ROIs at once.
This plugin only supports 1-D and 2-D arrays. The NDPluginStats plugin can compute statistics on N-dimensional arrays, but it is less efficient for these simple statistics on 1-D and 2-D arrays.


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ABOUT ME
Who am I?
I am a Front-End developer
and a wanna be UI/UX Designer.
In the above picture I am thinking about the next JS library I wanna play around with.
WORK EXPERIENCE
Sprint Corporation
Intern
May, 2019 - Nov, 2019
iNautix Technologies
Junior Application Developer
Nov, 2016 - Jun, 2018
Kshan Tech Soft
Intern
Aug, 2016 - Sept, 2016
EDUCATION
University of Texas at Dallas
Masters in Information Technology Management
Aug, 2018-May, 2020
University of Pune
Bachelor of Engineering in Information Technology
Aug, 2012-Jul, 2016
CONTACT ME
Dallas, Texas
+1<PHONE_NUMBER>
<EMAIL_ADDRESS>gsheode@gmail.com


Easier with more context: This word was far easier to predict with context More context didn't change much: Adding context did not make this word easier to predict
{{ item.word }}
{{ pred }}
History:
Sentence {{ index + 1 }}: {{ entry.sentence }} Total guesses: {{ entry.guesses }} The correct answer was: {{ entry.answer }}


Depending on many factors such as the processing
capability of peripheral devices, file attributes,
and other factors related to system configuration
and operating environments, the actual transfer rate
using the various USB connectors on this device will
vary and is typically slower than the data rates as
defined by the respective USB specifications: - 5
Gbit/s for USB 3.1 Gen1; 10 Gbit/s for USB 3.1 Gen2
& 20 Gbit/s for USB 3.2.


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abrt_selinux
Section: abrt SELinux Policy documentation (8)Updated: abrt
Index Return to Main Contents
NAME
abrt_selinux - Security Enhanced Linux Policy for the abrt processesDESCRIPTION
SELinux Linux secures abrt (ABRT - automated bug-reporting tool) processes via flexible mandatory access control.
BOOLEANS
SELinux policy is customizable based on least access required. abrt policy is extremely flexible and has several booleans that allow you to manipulate the policy and run abrt with the tightest access possible.
If you want to allow ABRT to run in abrt_handle_event_t domain to handle ABRT event script, you must turn on the abrt_handle_event boolean.
setsebool -P abrt_handle_event 1
SHARING FILES
If you want to share files with multiple domains (Apache, FTP, rsync, Samba), you can set a file context of public_content_t and public_content_rw_t. These context allow any of the above domains to read the content. If you want a particular domain to write to the public_content_rw_t domain, you must set the appropriate boolean.- Allow abrt servers to read the /var/abrt directory by adding the public_content_t file type to the directory and by restoring the file type.
semanage fcontext -a -t public_content_t "/var/abrt(/.*)?"
restorecon -F -R -v /var/abrt
- Allow abrt servers to read and write /var/tmp/incoming by adding the public_content_rw_t type to the directory and by restoring the file type. This also requires the allow_abrt_anon_write boolean to be set.
semanage fcontext -a -t public_content_rw_t "/var/abrt/incoming(/.*)?"
restorecon -F -R -v /var/abrt/incoming
If you want to allow ABRT to modify public files used for public file transfer services., you must turn on the abrt_anon_write boolean.
setsebool -P abrt_anon_write 1
FILE CONTEXTS
SELinux requires files to have an extended attribute to define the file type.You can see the context of a file using the -Z option to lsP Policy governs the access confined processes have to these files. SELinux abrt policy is very flexible allowing users to setup their abrt processes in as secure a method as possible.
The following file types are defined for abrt:
abrt_dump_oops_exec_t
- Set files with the abrt_dump_oops_exec_t type, if you want to transition an executable to the abrt_dump_oops_t domain.
abrt_etc_t
- Set files with the abrt_etc_t type, if you want to store abrt files in the /etc directories.
abrt_exec_t
- Set files with the abrt_exec_t type, if you want to transition an executable to the abrt_t domain.
abrt_handle_event_exec_t
- Set files with the abrt_handle_event_exec_t type, if you want to transition an executable to the abrt_handle_event_t domain.
abrt_helper_exec_t
- Set files with the abrt_helper_exec_t type, if you want to transition an executable to the abrt_helper_t domain.
abrt_initrc_exec_t
- Set files with the abrt_initrc_exec_t type, if you want to transition an executable to the abrt_initrc_t domain.
abrt_retrace_cache_t
- Set files with the abrt_retrace_cache_t type, if you want to store the files under the /var/cache directory.
- Paths:
-
/var/cache/retrace-server(/.*)?, /var/cache/abrt-retrace(/.*)?
abrt_retrace_coredump_exec_t
- Set files with the abrt_retrace_coredump_exec_t type, if you want to transition an executable to the abrt_retrace_coredump_t domain.
abrt_retrace_spool_t
- Set files with the abrt_retrace_spool_t type, if you want to store the abrt retrace files under the /var/spool directory.
- Paths:
-
/var/spool/retrace-server(/.*)?, /var/spool/abrt-retrace(/.*)?
abrt_retrace_worker_exec_t
- Set files with the abrt_retrace_worker_exec_t type, if you want to transition an executable to the abrt_retrace_worker_t domain.
- Paths:
-
/usr/bin/retrace-server-worker, /usr/bin/abrt-retrace-worker
abrt_tmp_t
- Set files with the abrt_tmp_t type, if you want to store abrt temporary files in the /tmp directories.
abrt_var_cache_t
- Set files with the abrt_var_cache_t type, if you want to store the files under the /var/cache directory.
- Paths:
-
/var/cache/abrt(/.*)?, /var/cache/abrt-di(/.*)?, /var/spool/abrt(/.*)?
abrt_var_log_t
- Set files with the abrt_var_log_t type, if you want to treat the data as abrt var log data, usually stored under the /var/log directory.
abrt_var_run_t
- Set files with the abrt_var_run_t type, if you want to store the abrt files under the /run directory.
- Paths:
-
/var/run/abrtd?.socket, /var/run/abrtd?.lock, /var/run/abrt(/.*)?, /var/run/abrt.pid
Note: File context can be temporarily modified with the chcon command. If you want to permanently change the file context you need to use the semanage fcontext command. This will modify the SELinux labeling database. You will need to use restorecon to apply the labels.
PROCESS TYPES
SELinux defines process types (domains) for each process running on the systemYou can see the context of a process using the -Z option to psP Policy governs the access confined processes have to files. SELinux abrt policy is very flexible allowing users to setup their abrt processes in as secure a method as possible.
The following process types are defined for abrt:
abrt_handle_event_t, abrt_helper_t, abrt_retrace_coredump_t, abrt_t, abrt_retrace_worker_t, abrt_dump_oops_t
Note: semanage permissive -a PROCESS_TYPE can be used to make a process type permissive. Permissive process types are not denied access by SELinux. AVC messages will still be generated.
COMMANDS
semanage fcontext can also be used to manipulate default file context mappings.semanage permissive can also be used to manipulate whether or not a process type is permissive.
semanage module can also be used to enable/disable/install/remove policy modules.
semanage boolean can also be used to manipulate the booleans
system-config-selinux is a GUI tool available to customize SELinux policy settings.
AUTHOR
This manual page was autogenerated by genman.py.SEE ALSO
selinux(8), abrt(8), semanage(8), restorecon(8), chcon(1) , setsebool(8)Index
This document was created by man2html, using the manual pages.
Time: 05:34:24 GMT, December 24, 2015


Catastrophic injuries are defined as severe injuries - usually a traumatic brain injury, a blow to the head, or a spinal cord trauma - that require wide-ranging medical attention and long term care. These injuries are life-changing for not only the injured but their families as well. Most of the time these injuries are sudden and unexpected making the experience that much more difficult. Car accidents are responsible for many of those who are catastrophically injured every year.
Aside from head, neck and back injuries, catastrophic injuries include amputations, numerous fractures, neurological disorders, loss of eyesight, and serious burns. The financial burden to injured victims and their families can be tremendous. Hospital bills and surgeries, long term medical attention, and possible physical/mental rehabilitation are more than most people can afford.
Scottsdale personal injury attorneys at Goldman Accident Lawyers have helped countless victims and their families obtain substantial settlements for their losses. If you or a loved one have suffered a catastrophic injury, you may be entitled to financial compensation for your losses.
Goldman Accident Lawyers handle all kinds of catastrophic injury cases, including:
If you believe you or a loved one is the victim of a catastrophic injury in the state of Arizona, you should contact an experienced personal injury law firm as soon as possible.


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{{title}}
{{subtitle}}
Name
Department
Project
{{employee.name}}
{{employee.dept}}
{{employee.proj}}


Sometimes you want to group multiple elements of different types. CSS classes are useful for this.
For instance, the elements
and

can be selected with the selector
.cool
. The .
at the beginning is the class selector.
Note: You can click or tap the .
button below if you can’t find it
on your keyboard.
Your turn!
--select me
and mebut not me


Is this what you call a table ??
| Lorem |
Ipsum |
Dolor |
Sit |
Amet |
| consectetur |
adipiscing |
elit |
sed |
do |
| eiusmod |
tempor |
indididunt |
ut |
labore |
| et |
dolore |
magna |
aliqua |
ut |
| enim |
ad |
minim |
Never Gonna Give You Up
We're no strangers to love
You know the rules and so do I
A full commitment's what I'm thinking of
You wouldn't get this from any other guy .
...... The END .....
~ sabyasac
(Please dont click on the embedded hyperlink)


mongoc_client_t
MongoDB Connection Abstraction
Synopsis
typedef struct _mongoc_client_t mongoc_client_t; typedef mongoc_stream_t * (*mongoc_stream_initiator_t) (const mongoc_uri_t *uri, const mongoc_host_list_t *host, void *user_data, bson_error_t *error);
mongoc_client_t is an opaque type that provides access to a MongoDB node, replica-set, or sharded-cluster. It maintains management of underlying sockets and routing to individual nodes based on mongoc_read_prefs_t or mongoc_write_concern_t.
Streams
The underlying transport for a given client can be customized, wrapped or replaced by any implementation that fulfills mongoc_stream_t. A custom transport can be set with mongoc_client_set_stream_initiator().
Thread Safety
mongoc_client_t is NOT thread-safe and should only be used from one thread at a time. When used in multi-threaded scenarios, it is recommended that you use the thread-safe mongoc_client_pool_t to retrieve a mongoc_client_t for your thread.
Lifecycle
It is an error to call mongoc_client_destroy on a client that has operations pending. It is required that you release mongoc_collection_t and mongoc_database_t structures before calling mongoc_client_destroy.
Example
/* gcc example.c -o example $(pkg-config --cflags --libs libmongoc-1.0) */
/* ./example-client [CONNECTION_STRING [COLLECTION_NAME]] */
#include <mongoc.h>
#include <stdio.h>
#include <stdlib.h>
int
main (int argc,
char *argv[])
{
mongoc_client_t *client;
mongoc_collection_t *collection;
mongoc_cursor_t *cursor;
bson_error_t error;
const bson_t *doc;
const char *uristr = "mongodb://<IP_ADDRESS>/";
const char *collection_name = "test";
bson_t query;
char *str;
mongoc_init ();
if (argc > 1) {
uristr = argv [1];
}
if (argc > 2) {
collection_name = argv [2];
}
client = mongoc_client_new (uristr);
if (!client) {
fprintf (stderr, "Failed to parse URI.\n");
return EXIT_FAILURE;
}
bson_init (&query);
#if 0
bson_append_utf8 (&query, "hello", -1, "world", -1);
#endif
collection = mongoc_client_get_collection (client, "test", collection_name);
cursor = mongoc_collection_find (collection,
MONGOC_QUERY_NONE,
0,
0,
0,
&query,
NULL, /* Fields, NULL for all. */
NULL); /* Read Prefs, NULL for default */
while (mongoc_cursor_next (cursor, &doc)) {
str = bson_as_json (doc, NULL);
fprintf (stdout, "%s\n", str);
bson_free (str);
}
if (mongoc_cursor_error (cursor, &error)) {
fprintf (stderr, "Cursor Failure: %s\n", error.message);
return EXIT_FAILURE;
}
bson_destroy (&query);
mongoc_cursor_destroy (cursor);
mongoc_collection_destroy (collection);
mongoc_client_destroy (client);
mongoc_cleanup ();
return EXIT_SUCCESS;
}


{% extends "cradmin_legacy/viewhelpers/formview_base.django.html" %} {% load i18n %} {% load cradmin_legacy_tags %} {% load cradmin_legacy_icon_tags %} {% load crispy_forms_tags %} {% load cradmin_legacy_icon_tags %} {% block pageheader-outer-extraclasses %} {{ block.super }} devilry-page-header-with-backlink {% endblock %} {% block pageheader-inner %} {% trans "Back to confirm assignments" %}
{% trans 'Here is a list of previous passed assignments delivered by students.' %} {% trans 'If the old grading configuration varies from the current the points will be converted as shown.' %}
{% endblock pageheader-inner %} {% block pre_form %}{% blocktrans trimmed %} This is the final step, and you can see a preview of all the students on the current assignment that will get a passing grade, which assignment the result is fetched from and how the score is converted. {% endblocktrans %}
{% blocktrans trimmed %} The best results from the assignments are used, so if a student failed all but one of the earlier assignments, they will still get a passing grade. {% endblocktrans %}


The new_topic URL pattern should look like this:
urlpatterns = [
--snip--
# Page for adding a new topic.
path('new_topic/', views.new_topic, name='new_topic'),
]
The new_topic()
View Function
The reverse()
function has been moved to a different module, so its import
statement has changed:
from django.shortcuts import render
from django.http import HttpResponseRedirect
from django.urls import reverse
The new_entry URL pattern should look like this:
urlpatterns = [
--snip--
# Page for adding a new entry.
path('new_entry/<int:topic_id>/', views.new_entry, name='new_entry'),
]
The edit_entry URL pattern should look like this:
urlpatterns = [
--snip--
# Page for editing an entry.
path('edit_entry/<int:entry_id>/', views.edit_entry, name='edit_entry'),
]
The line to include the URLs from the users
app should look like this:
from django.urls import path, include
from django.contrib import admin
urlpatterns = [
path('admin/', admin.site.urls),
path('users/', include('users.urls')),
path('', include('learning_logs.urls')),
]
As we saw when including the URLs from learning_logs
, we write a simple string for the base of the URL, 'users/'
. We leave out the namespace
argument, because the namespace will be defined in the users/urls.py file.
The users/urls.py file should look like this:
"""Defines url patterns for users."""
from django.urls import path
from django.contrib.auth.views import login
from . import views
app_name = 'users'
urlpatterns = [
# Login page.
path('login/', login, {'template_name': 'users/login.html'},
name='login'),
]
Here we’ve defined the app_name
variable, which defines the namespace for the URLs associated with the users
app. We’ve also used the path()
function to define the URL pattern for the login page.
The logout URL pattern should look like this:
urlpatterns = [
--snip--
# Logout page.
path('logout/', views.logout_view, name='logout'),
]
logout_view()
View FunctionIn users/views.py, the reverse()
function needs to be imported from django.urls
:
from django.urls import reverse
The register URL should look like this:
urlpatterns = [
--snip--
# Registration page.
path('register/', views.register, name='register'),
]
In learning_logs/models.py, the line that defines the foreign key relationship between topics and users should look like this:
owner = models.ForeignKey(User, on_delete=models.CASCADE)
This tells Django that when a user is deleted, all of the topics owned by that user should be deleted as well.


Preparation time
less than 30 mins
Cooking time
10 to 30 mins
Serves
Serves 6-8
Treat yourself to a nibbles masterclass with James Martin’s three ideas for using puff pastry – perfect for Christmas party canapés.
For the anchovy palmiers, preheat the oven to 200C/400F/Gas 6.
In a small bowl, mix the relish with the cream.
Lay the puff pastry out on a clean work surface.

Starting at one end of the pastry, roll the pastry up towards the middle.
Turn the pastry around and roll the other side up towards the middle to leave two even rolls of pastry meeting in the middle.
Cut the rolled up pastry into 1cm/½ thick slices. Place each slice flat onto the work surface and flatten out slightly with a rolling pin.
Place the pastry pieces onto a baking tray. Brush with the beaten egg.
Transfer the pastry pieces to the oven and bake for 12-15 minutes, or until golden-brown and crisp. Remove from the oven and leave to cool.
For the tomato and mozzarella tarts, line a baking tray with baking parchment.
Using a 5cm/2in cutter, cut out eight circles from the puff pastry and place on the lined baking tray.
Place a teaspoon of pesto in the centre of the circles, leaving a 1cm/½in border.
Place a mozzarella ball on top and place a cherry tomato on top of that. Brush with egg wash around the edges.
Place in the oven for 12-15 minutes. Once cooked, remove and garnish with fresh basil leaves.
For the cheese straws, lay the puff pastry on a work surface and brush the whole sheet of pastry with egg wash.
Leaving a 2cm/¾in border around the edge, sprinkle the pastry with the two cheeses.
Cut the pastry into strips 2cm/¾in wide, twist each one and place on a greased baking tray.
Place in the oven to cook for 8-10 minutes, or until golden brown.
To serve, place the palmiers, tarts and cheese straws on a plate and serve.


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Landmark Trainer
Where do you want to go today?
Peek at the pix of peaks in the panorama pic.
Peek here after you pick a peak.
(Don't get piqued at the peak you picked!)
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DU
MM
IE !!!
db0/1
db2/3
db4/5
Show all landmarks
Show landmark hints
Edit landmarks
Show the Text area
Circle
Polygon
Rectangle
<
Bearing:
>
Your browser does not support the HTML5 'canvas' tag. This website won't work without it.
Use the email button below to send new landmark data to the admin
Any new data are for this browser session only. They must be copied from here to save them. If you close the page, they're lost.
When making new landmark shapes, click in the panorama image: Two clicks for "circles" and "rectangles". For "polys", shift-click or double-click ends the shape. Control-clicking deletes the last point. 'Shift-click' an landmark to 'pick it up'. Another click 'drops' it. (Ctrl-Shift-Click to delete a landmark) Click the button to email the new & moved landmarks to the admin. Edit the 'title's first, please, so I know what they are. They can be edited here first, or in your email client.
Don't forget to schedule some tower time!
Bug report? Feature request? Help?
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| W/L | Fighter | Str | Td | Sub | Pass | Weight class | Method | Round | Time |
|---|---|---|---|---|---|---|---|---|---|
|
|
18 1 |
0 0 |
0 0 |
0 0 |
Heavyweight |
KO/TKO Punch |
1 |
1:21 |
|
|
|
74 29 |
1 0 |
0 0 |
2 0 |
Heavyweight |
KO/TKO Kick |
3 |
4:18 |
|
|
|
12 8 |
1 0 |
1 0 |
2 0 |
Light Heavyweight |
SUB Guillotine Choke |
1 |
2:38 |
|
|
|
26 13 |
0 0 |
0 0 |
0 0 |
Lightweight |
KO/TKO Punches |
1 |
2:07 |
|
|
|
78 42 |
4 0 |
0 0 |
4 0 |
Lightweight |
U-DEC
|
3 |
5:00 |
|
|
|
33 57 |
0 3 |
2 0 |
1 0 |
Welterweight |
S-DEC
|
3 |
5:00 |
|
|
|
73 75 |
4 0 |
0 0 |
3 1 |
Featherweight |
S-DEC
|
3 |
5:00 |
|
|
|
53 33 |
1 0 |
0 1 |
0 0 |
Welterweight |
KO/TKO Punch |
3 |
0:41 |
|
|
|
23 11 |
21 1 |
2 0 |
3 1 |
Lightweight |
U-DEC
|
3 |
5:00 |
|
|
|
65 56 |
2 0 |
0 0 |
1 0 |
Welterweight |
U-DEC
|
3 |
5:00 |
|
|
|
44 24 |
0 0 |
0 1 |
0 1 |
Bantamweight |
KO/TKO Punch |
2 |
1:43 |
|
|
|
49 25 |
6 0 |
1 1 |
3 0 |
Featherweight |
U-DEC
|
3 |
5:00 |


--- layout: page title: About ---
I am Bobo Glaukon, a loyal servant of Athena for lo, these many years. Though I serve Athena well, I am mortal and confined to the mortal realm. I, as with all mortals, must await dispatches from high Olympus to know the doings of the gods. This site is my repository for my analysis an contributions to the wider fanon.
I am always happy to create specific content, if you have characters or scenarios you would like to see represented. I also can look into specific questions, upon request. The best way to make those requests is through direct contact.


Slides from FYS3150/4150 How to write a scientific project, with examples
Morten Hjorth-Jensen [1, 2]
[1] Department of Physics, University of Oslo
[2] Department of Physics and Astronomy and National Superconducting Cyclotron Laboratory, Michigan State University
Fall 2015
Overarching aims first
An essential part of this course is to enable you to do science via numerical experiments and develop projects which allow you to study complex systems. The aim is to enhance what we call algorithminc thinking.
Algorithm : A finite set of unambiguous instructions that, given some set of initial conditions, can be performed in a prescribed sequence to achieve a certain goal.
What do we mean with computing?
Computing means solving scientific problems using computers. It covers numerical as well as symbolic computing. Computing is also about developing an understanding of the scientific process by enhancing algorithmic thinking when solving problems.
And this competence is about:
- derivation, verification, and implementation of algorithms
- understanding what can go wrong with algorithms
- overview of important, known algorithms
- understanding how algorithms are used to solve complicated problems
- reproducible science and ethics
- algorithmic thinking for gaining deeper insights about scientific problems
All these elements (and many more) will hopefully aid you in maturing and gaining a better understanding of the scientific process
per se.
Writing good reports is a central element in achieving such insights.
The standard situation we meet on a daily basis
The standard situation we meet at an almost daily basis:
- Theory+experiment+simulation is almost the norm in research and industry
- To be able to model complex systems with no simple answers. Solve real problems.
- Emphasis on insight and understanding of fundamental principles and laws in the Sciences.
- Be able to visualize, present, discuss, interpret and come with a critical analysis of the results, and develop a sound ethical attitude to own and other's work.
- Enhance reasoning about the scientific method
Again, a proper presentation of obtained results via good scientic reports, aids in including all the above aspects.
Practicalities
When working on the projects, we recommend strongly that you form teams of two to three participants.
Furthermore, when setting up your git repository for a given numerical project, you should create a folder where selected benchmarks are placed.
These benchmarks could represent a calculation with specific input parameters.
This makes your work reproducible, and allows us to see that your programs reproduce
selected benchmarks. Furthermore, developing a habit of producing benchmarks, allows you to keep track of the results produced by different versions of your codes.
If you have not used version control before now, it is thus time to do so.
Proper version control is central to a good ethical scientific conduct.
We do require that you use some kind of version control software when working on the projects. We recommend strongly github. All lectures and additional material is available at the github address of the course
Programming languages
We recommend that you use either C++ or Fortran2008 for your projects.
You can use Python as programming language, but normally the efficiency of Python for the problems addressed in this course is lower than for codes written in Fortran or C++. We recommend however that use Python as a scripting language for running codes and making plots, as well as using the ipython notebooks provided by us.
Some basic ingredients for a successful numerical project
When building up a numerical project there are several elements you should think of, amongst these we take the liberty of mentioning the following:
- How to structure a code in terms of functions
- How to make a module
- How to read input data flexibly from the command line
- How to create graphical/web user interfaces
- How to write unit tests (test functions)
- How to refactor code in terms of classes (instead of functions only), in our case you think of a system and a solver class
- How to conduct and automate large-scale numerical experiments
- How to write scientific reports in various formats (LaTeX, HTML)
More basic ingredients
The conventions and techniques outlined here will save you a lot of time when you incrementally extend software over time from simpler to more complicated problems. In particular, you will benefit from many good habits:
- New code is added in a modular fashion to a library (modules)
- Programs are run through convenient user interfaces
- It takes one quick command to let all your code undergo heavy testing
- Tedious manual work with running programs is automated,
- Your scientific investigations are reproducible, scientific reports with top quality typesetting are produced both for paper and electronic devices.
The report: how to write a good scienfitic/technical report
What should it contain? A typical structure.
- An introduction where you explain the aims and rationale for the physics case and what you have done. At the end of the introduction you should give a brief summary of the structure of the report
- Theoretical models and technicalities. This is the methods section.
- Results and discussion
- Conclusions and perspectives
- Appendix with extra material
- Bibliography
Keep always a good log of what you do.
The report, the introduction
What should I focus on? Introduction.
You don't need to answer all questions in a chronological order. When you write the introduction you could focus on the following aspects
- Motivate the reader, the first part of the introduction gives always a motivation and tries to give the overarching ideas
- What I have done
- The structure of the report, how it is organized etc
The report, discussion of methods
What should I focus on? Methods sections.
- Describe the methods and algorithms
- You need to explain how you implemented the methods and also say something about the structure of your algorithm and present some parts of your code
- You should plug in some calculations to demonstrate your code, such as selected runs used to validate and verify your results. The latter is extremely important!! A reader needs to understand that your code reproduces selected benchmarks and reproduces previous results, either numerical and/or well-known closed form expressions.
The report, results part
What should I focus on? Results.
- Present your results
- Give a critical discussion of your work and place it in the correct context.
- Relate your work to other calculations/studies
- An eventual reader should be able to reproduce your calculations if she/he wants to do so. All input variables should be properly explained.
- Make sure that figures and tables should contain enough information in their captions, axis labels etc so that an eventual reader can gain a first impression of your work by studying figures and tables only.
The report, conclusions and perspectives
What should I focus on? Conclusions.
- State your main findings and interpretations
- Try as far as possible to present perspectives for future work
- Try to discuss the pros and cons of the methods and possible improvements
The report, appendices
What should I focus on? additional material.
- Additional calculations used to validate the codes
- Selected calculations, these can be listed with few comments
- Listing of the code if you feel this is necessary
You can consider moving parts of the material from the methods section to the appendix. You can also place additional material on your webpage.
The report, references
What should I focus on? References.
- Give always references to material you base your work on, either scientific articles/reports or books.
- Refer to articles as: name(s) of author(s), journal, volume (boldfaced), page and year in parenthesis.
- Refer to books as: name(s) of author(s), title of book, publisher, place and year, eventual page numbers
How can I use Python and matplotlib to make figures for my report
Writing scripts in for example Python to produce high-quality figures allows you in a
fast and efficient way to produce scientific results that can be included in a report.
Furthermore, many operations can easily be automated, avoding thereby tedious repetitions
of commands, as well as possible errors. Here we present a simple Python program which solves parts of project 2 for one quantum mechanical particle in a harmonic oscillator potential. The code plots the radial distribution of the three lowest-lying states, in addition to displaying the lowest three eigenvalues. It is easy to modify the trapping potential and run numerical experiments and test different boundary conditions. The plot is obtained using
matplotlib, a Python plotting library which produces publication quality figures in a variety of formats and interactive environments across platforms.
The Python code
The code sets up the Hamiltonian matrix by defining the the minimun and maximum values of \( r \) with a
maximum value of integration points. These are set in the initialization function. It plots the
eigenfunctions of the three lowest eigenstates.


Members
(constant) DirectionChangers
Helper object for direction changers. Usage: `DirectionChangers[symbol](currentDirection)`. Returns the new direction
- Source:
(constant) Operators
Helper object for the operators. Usage: `Operators[symbol](stack)`
- Source:
(constant) Reflection
A helper object handling reflection
- Source:


The Star Wars Holiday Special
I Have A Bad Feeling About This
The Star Wars Holiday Special is a television variety show that aired on CBS on 17 November 1978. On the surface, it tells the story of Chewbacca’s journey back home in order to celebrate a holiday called Life Day; while waiting for him to arrive, his family entertains themselves in a number of ways.
However, the premise isn’t what makes the Star Wars Holiday Special so notably infamous amongst fans.
What Makes a Star Wars Story?
With so much content spanning so many different mediums, it may feel as if Star Wars always had a distinct look, feel, and sound. However, when the franchise was still in its infancy, there was an unmistakable lack of overall direction, lore, and vision.
The Star Wars Holiday Special is a prime example of this. As result, it has gained a certain cult status over the years for its campy inconsistencies and for being so universally maligned by critics.
The comparatively low budget to the sprawling space opera’s films and the variety show format certainly doesn’t help the Special feel like it belongs in the Star Wars universe. Some of the segments include:
- Chewbacca’s father watching a sensual virtual reality video in the family sitting room, starring singer Diahann Carroll.
- Golden Girls actress Bea Arthur playing a cantankerous cantina bartender.
- American rock band, Jefferson Starship, performing in a hologram music video.
- The Carol Burnett Show’s Harvey Korman playing a crossdressing cooking show host.
To say that the Star Wars Holiday Special is a rocky first foray into what the Star Wars universe might look like outside of the feature films is an understatement; therefore, we whole-heartedly endorse it as essential viewing.


{% extends "about/base.html" %} {% import 'staff/_formhelpers.html' as forms %} {% block title %}Authorize {{client.name }} | Ok{% endblock %} {% block content %}
{% endif %}You are logged in as {{ current_user.email }}.
Not you? Use a different account
{{ client.description}}
This will grant {{client.name}} access to:


{% extends 'base_error.html' %} {% block headerone %}
Oops, you don't have permission to access this page.


Spring 2018
Instructions for dressing yourself.
Impact of Computer Vision on Society.
Integrating Computer Vision Technologies into Public Establishments
Apple Inc. Announces their Most Powerful Computer Ever, the iMac Pro
Software Engineer Intern - Riot Games


BOOTSTRAP/SASS Boilerplate
spiced with some gulp
A starter kit based on Bootstrap, SASS and Gulp
Get
Started


nutritious & delicious
$11.00 start pointJoin folks at Foodly family to get the latest news and the best offers
with love from the bottom of Foodly heart
This recipe is the epitome of Sicily with the swordfish, pine nuts, and golden raisins. It is fun to make and even better to eat taking you to Sicily island.


| # | Sta | Rlx | Name | Row Text |
| 0 | | 0 | autoRow0 | "human" is a kind of "organism" (d043-a668-7b2c-fc6f) |
| 1 | | 0 | autoRow1 | "exercise" is a kind of "physical" "activity" (c408-fd09-500e-0867) |
| 2 | ST | 0 | autoRow2 | consuming liquids is used to replenish bodily water by an animal (98ab-397e-9ff3-1259) |
| 3 | ST | 0 | autoRow3 | if an animal sweats then that animal 's bodily water decreases (bf4f-5117-99f4-7b14) |
| 4 | ST | 0 | autoRow4 | thirst is used to make an animal realize that it needs to replenish its bodily water by the body (c3fc-281f-3d87-7c77) |
| 5 | ST | 0 | autoRow5 | animals ; living things require water for survival (732f-cb0b-50b4-ad0d) |
| 6 | ST | 0 | autoRow6 | if something requires something else then that something else is important to that something (9b37-65c8-ea17-fdb3) |
| 7 | ST | 0 | autoRow7 | organisms require liquid water to survive (3338-5ddb-6fa9-7e2c) |
| 8 | ST | 0 | autoRow8 | as temperature in an environment decreases , the amount of water an animal in that environment will lose will decrease (655c-cb6e-d3de-9be5) |
| 9 | ST | 0 | autoRow9 | as the activity of an animal increases , the amount of water in an animal 's body in that environment will decrease (c487-ace1-e8b8-6158) |
| 10 | ST | 0 | autoRow10 | sweat is a kind of liquid (fd81-eac1-1adc-da97) |
| 11 | ST | 0 | autoRow11 | sweat is used for adjusting to hot temperatures by some animals (4822-2d16-dd11-2f6f) |
| 12 | ST | 0 | autoRow12 | water is a kind of liquid at room temperature (3961-d09c-4b9a-a6f7) |
| 13 | ST | 0 | autoRow13 | to sweat means the body discharges water (1658-768f-22f1-1022) |
| 14 | ST | 0 | autoRow14 | an organism is a living thing (87a0-dd02-dd6d-ee60) |
| 15 | ST | 0 | autoRow15 | replenish is similar to replace (2cb4-44c5-0199-cd70) |


--- subject: "{{SUBJECT}}" --- {{> top }} {{> logo }} {{> greetings }} We haven't heard from you recently and we miss you! Would a small gift from us help you remember the things you love and revisit us? {{{{raw}}}} Get 20% off Use code WEMISSYOU online at checkoutOffer valid through {{ TODAY|date:"F Y" }} Shop Now {{{{/raw}}}} Here are some things you might like: {{> recommendation}} Happy Shopping {{> footer }}
We haven't heard from you recently and we miss you! Would a small gift from us help you remember the things you love and revisit us?
Here are some things you might like:


{% extends "base.html" %} {% block main %}
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We've sent you an email with a link attached you can click to confirm registration and activate your account.
Check your email, please.
{% endblock %}


{% load account_tags %} {{ user.get_full_name|safe }},
The deadline to submit proposals for PyCon 2019 {{ proposal_kind }}s has passed! For more information on the timelines see: https://{{current_site}}/2019/speaking/{{ proposal_kind }}s.
We noticed that you have {{ proposals|length }} unsubmitted {{ proposal_kind }} proposal{% if proposals|length > 1 %}s{% endif %}:
If you intended to submit these draft proposals, please email<EMAIL_ADDRESS>As Soon As Possible. We will not be able to update their status to submitted after 2018-01-04 18:00:00 UTC (less than 6 hours from now).
- The PyCon Robot


Backspace: ‘Not racist’ 19 Nov 2019, 07:24 by Jerm View more contributions from TechCentral cartoonist Jerm


Overview
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_
A
ALWAYS
- Enum Constant in
AutoAck
ALWAYS
- Enum Constant in
MessageConvertMethod
appId
- Property in
RabbitMessageBuilder
Application ID.
artefacts
- Property in
RabbitmqNativeGrailsPlugin
Converter.groovy', 'file:.
attemptConversion
(MessageConverter, MessageContext)
- Method in
RabbitConsumer
Attempts to convert a message with the given converter.
author
- Property in
RabbitmqNativeGrailsPlugin
Author's name.
authorEmail
- Property in
RabbitmqNativeGrailsPlugin
Author email address.
AutoAck
- Enum in
com.budjb.rabbitmq
autoAck
- Field in
ConsumerConfiguration
Whether the consumer should auto acknowledge.
autoConvert
- Property in
RabbitMessageBuilder
Whether to auto-convert the reply payload.
automaticReconnect
- Field in
ConnectionContext
Whether to automatically reconnect.
AutorecoveryListener
- Class in
com.budjb.rabbitmq
AutorecoveryListener
()
- Constructor in
AutorecoveryListener
B
binding
- Field in
ConsumerConfiguration
Consume binding.
bindQueue
(Map, String, Channel)
- Method in
RabbitQueueBuilder
Binds a queue to an exchange.
body
- Property in
MessageContext
Raw message body
body
- Property in
RabbitMessageBuilder
Message body.
buildProperties
()
- Method in
RabbitMessageBuilder
Creates the message properties.
C
canConvertFrom
()
- Method in
GStringMessageConverter
canConvertFrom
()
- Method in
IntegerMessageConverter
canConvertFrom
()
- Method in
ListMessageConverter
canConvertFrom
()
- Method in
MapMessageConverter
canConvertFrom
()
- Method in
MessageConverter
Returns whether the converter can convert the object from its source type to a byte array.
canConvertFrom
()
- Method in
StringMessageConverter
canConvertTo
()
- Method in
GStringMessageConverter
canConvertTo
()
- Method in
IntegerMessageConverter
canConvertTo
()
- Method in
ListMessageConverter
canConvertTo
()
- Method in
MapMessageConverter
canConvertTo
()
- Method in
MessageConverter
Returns whether the converter can convert the object from a byte array to its proper type.
canConvertTo
()
- Method in
StringMessageConverter
channel
- Property in
MessageContext
Channel
channel
- Property in
RabbitMessageBuilder
Channel to publish messages through.
channels
- Property in
ConnectionContext
List of open channels in use by consumers.
ChannelShutdownListener
- Class in
com.budjb.rabbitmq
ChannelShutdownListener
()
- Constructor in
ChannelShutdownListener
closeConnection
()
- Method in
ConnectionContext
Closes the connection to the RabbitMQ broker, if it's open.
closeSession
()
- Method in
RabbitConsumer
Closes the bound Hibernate session if Hibernate is present.
configuration
- Field in
RabbitConsumer
Configuration provided by the handler for this consumer.
configureQueues
(GrailsApplication, RabbitContext)
- Method in
RabbitmqNativeGrailsPlugin
Configure queues based on the application's configuration.
connect
()
- Method in
RabbitContext
Creates the connection to the RabbitMQ server.
connection
(Map)
- Method in
ConnectionBuilder
Creates a connection context from a configuration or closure method.
connection
- Field in
ConnectionContext
Lazy-loaded connection to RabbitMQ.
connection
- Property in
RabbitMessageBuilder
Connection name.
connection
(String, Closure)
- Method in
RabbitQueueBuilder
Lets the exchange and queue methods know what connection to build against.
ConnectionBuilder
- Class in
com.budjb.rabbitmq
ConnectionBuilder
()
- Constructor in
ConnectionBuilder
ConnectionContext
- Class in
com.budjb.rabbitmq
ConnectionContext
(Map)
- Constructor in
ConnectionContext
Constructor.
connectionContext
- Property in
MessageContext
Connection context associated with the message.
connectionContext
- Field in
RabbitConsumer
Connection context associated with this consumer.
connectionContexts
- Property in
ConnectionBuilder
List of loaded connection contexts.
connections
- Field in
RabbitContext
List of current connection contexts.
CONSUME_ON_COMPLETE_METHOD_NAME
- Property in
RabbitConsumer
Name of the method that will be called after a message has attempted to be processed, whether it worked or not.
CONSUME_ON_FAILURE_METHOD_NAME
- Property in
RabbitConsumer
Name of the method that will be called when an exception is caught handling the message.
CONSUME_ON_RECEIVE_METHOD_NAME
- Property in
RabbitConsumer
Name of the method that will be called when a message is received, but before it is processed.
CONSUME_ON_SUCCESS_METHOD_NAME
- Property in
RabbitConsumer
Name of the method that will be called when a message has been successfully processed.
ConsumerConfiguration
- Class in
com.budjb.rabbitmq
ConsumerConfiguration
(Map)
- Constructor in
ConsumerConfiguration
Constructor that parses the options defined in the service consumer.
consumers
- Property in
ConnectionContext
List of message consumers for this connection.
consumers
- Field in
ConsumerConfiguration
Number of concurrent consumers.
consumerTag
- Property in
MessageContext
Consumer tag.
contentEncoding
- Property in
RabbitMessageBuilder
Content encoding.
contentType
- Property in
RabbitMessageBuilder
Content type.
convert
- Field in
ConsumerConfiguration
Whether to attempt conversion of incoming messages.
convertFrom
(GString)
- Method in
GStringMessageConverter
convertFrom
(Integer)
- Method in
IntegerMessageConverter
convertFrom
(List)
- Method in
ListMessageConverter
convertFrom
(Map)
- Method in
MapMessageConverter
convertFrom
(Object)
- Method in
MessageConverter
Converts an object to a byte array.
convertFrom
(String)
- Method in
StringMessageConverter
convertMessage
(MessageContext)
- Method in
RabbitConsumer
Attempts to convert the body of the incoming message from a byte array.
convertMessageFromBytes
(byte[])
- Method in
RabbitMessageBuilder
Attempts to convert the given byte array to another type via the message converters.
convertMessageToBytes
(Object)
- Method in
RabbitMessageBuilder
Attempts to convert an object to a byte array.
convertTo
(byte[])
- Method in
GStringMessageConverter
convertTo
(byte[])
- Method in
IntegerMessageConverter
convertTo
(byte[])
- Method in
ListMessageConverter
convertTo
(byte[])
- Method in
MapMessageConverter
convertTo
(byte[])
- Method in
MessageConverter
Converts a byte array to the object type this converter is responsible for.
convertTo
(byte[])
- Method in
StringMessageConverter
correlationId
- Property in
RabbitMessageBuilder
Correlation id.
createChannel
()
- Method in
ConnectionContext
Creates an un-tracked channel.
createChannel
(String)
- Method in
RabbitContext
Creates a new untracked channel.
currentConnection
- Field in
RabbitQueueBuilder
Current connection to create exchanges/queues against
currentExchange
- Field in
RabbitQueueBuilder
Current exchange marker
D
DEFAULT_TIMEOUT
- Field in
RabbitMessageBuilder
Default timeout for RPC calls (5 seconds).
DefaultGrailsMessageConsumerClass
- Class in
com.budjb.rabbitmq
DefaultGrailsMessageConsumerClass
(Class, String)
- Constructor in
DefaultGrailsMessageConsumerClass
DefaultGrailsMessageConverterClass
- Class in
com.budjb.rabbitmq
DefaultGrailsMessageConverterClass
(Class, String)
- Constructor in
DefaultGrailsMessageConverterClass
deliveryMode
- Property in
RabbitMessageBuilder
Delivery mode (1 == non-persistent, 2 == persistent)
description
- Property in
RabbitmqNativeGrailsPlugin
Description of the plugin.
DISABLED
- Enum Constant in
MessageConvertMethod
doCallback
(String, Object, MessageContext)
- Method in
RabbitConsumer
Initiates one of the callback methods if the method exists.
documentation
- Property in
RabbitmqNativeGrailsPlugin
URL to the plugin's documentation.
doRpc
()
- Method in
RabbitMessageBuilder
Sends a message to the bus and waits for a reply, up to the "timeout" property.
doSend
()
- Method in
RabbitMessageBuilder
Sends a message to the rabbit service.
doWithApplicationContext
- Property in
RabbitmqNativeGrailsPlugin
Application context actions.
doWithSpring
- Property in
RabbitmqNativeGrailsPlugin
Spring actions.
E
envelope
- Property in
MessageContext
Message envelope
exchange
- Field in
ConsumerConfiguration
Exchange to subscribe to.
exchange
- Property in
RabbitMessageBuilder
Exchange to send the message to.
exchange
(Map, Closure)
- Method in
RabbitQueueBuilder
Defines a new exchange.
expiration
- Property in
RabbitMessageBuilder
Message expiration.
F
G
getAll
()
- Method in
RabbitQueueBuilder
Returns the string representation of 'all', used in the match type for header exchanges.
getAny
()
- Method in
RabbitQueueBuilder
Returns the string representation of 'any', used in the match type for header exchanges.
getChannel
()
- Method in
RabbitQueueBuilder
Retrieves a new channel from the rabbit context.
getConnection
()
- Method in
ConnectionContext
Returns a connection instance based on this context's configuration properties.
getConnection
(String)
- Method in
RabbitContext
Returns a connection by its name, or the default if the name is null.
getConnectionName
(Class)
- Method in
RabbitConsumer
Retrieve the name of the connection the consumer belongs to.
getContentType
()
- Method in
GStringMessageConverter
getContentType
()
- Method in
IntegerMessageConverter
getContentType
()
- Method in
ListMessageConverter
getContentType
()
- Method in
MapMessageConverter
getContentType
()
- Method in
MessageConverter
Returns the content type this handler can convert.
getContentType
()
- Method in
StringMessageConverter
getDirect
()
- Method in
RabbitQueueBuilder
Returns the name of the direct exchange type.
getFanout
()
- Method in
RabbitQueueBuilder
Returns the name of the fanout exchange type.
getHandlerBean
()
- Method in
RabbitConsumer
Returns the bean for the handler Grails class.
getHandlerMethodForType
(Class)
- Method in
RabbitConsumer
Determines if there is a message handler defined that will accommodate a specific body class type.
getHandlerWithSignature
(List)
- Method in
RabbitConsumer
Attempts to locate a message handler that will accept the given object types.
getHeaders
()
- Method in
RabbitQueueBuilder
Returns the name of the headers exchange type.
getTopic
()
- Method in
RabbitQueueBuilder
Returns the name of the topic exchange type.
getType
()
- Method in
MessageConverter
Returns the class type this converter is responsible for converting.
grailsApplication
- Property in
RabbitContext
Grails application bean
grailsApplication
- Property in
RabbitmqNativeBootStrap
GrailsMessageConsumerClass
- Interface in
com.budjb.rabbitmq
GrailsMessageConverterClass
- Interface in
com.budjb.rabbitmq
grailsVersion
- Property in
RabbitmqNativeGrailsPlugin
The version or versions of Grails the plugin is designed for.
GStringMessageConverter
- Class in
com.budjb.rabbitmq.converter
GStringMessageConverter
()
- Constructor in
GStringMessageConverter
H
handleDelivery
(String, Envelope, BasicProperties, byte[])
- Method in
RabbitConsumer
Passes delivery of a message to the handler registered with this consumer instance.
handler
- Field in
RabbitConsumer
Handler GrailsClass.
handleRecovery
(Recoverable)
- Method in
AutorecoveryListener
HEADER
- Enum Constant in
MessageConvertMethod
headers
- Property in
RabbitMessageBuilder
Message headers.
host
- Field in
ConnectionContext
RabbitMQ host
I
init
- Property in
RabbitmqNativeBootStrap
IntegerMessageConverter
- Class in
com.budjb.rabbitmq.converter
IntegerMessageConverter
()
- Constructor in
IntegerMessageConverter
InvalidConfigurationException
- Class in
com.budjb.rabbitmq.exception
Created with IntelliJ IDEA.
InvalidConfigurationException
(String)
- Constructor in
InvalidConfigurationException
isArtefactClass
(Class)
- Method in
MessageConsumerArtefactHandler
Determines if a class is an artefact of the type that this handler owns.
isArtefactClass
(Class)
- Method in
MessageConverterArtefactHandler
Determines if a class is an artefact of the type that this handler owns.
isConsumer
(Class)
- Method in
MessageConsumerArtefactHandler
Determines if a class is a RabbitMQ consumer.
isConsumer
(Class)
- Method in
RabbitConsumer
Determines if a handler is a RabbitMQ consumer.
isDefault
- Field in
ConnectionContext
Whether the connection is the default for message consumers without a named connection.
isMessageConverter
(Class)
- Method in
MessageConverterArtefactHandler
Determines if a class is a message converter.
issueManagement
- Property in
RabbitmqNativeGrailsPlugin
Location of the plugin's issue tracker.
J
K
L
license
- Property in
RabbitmqNativeGrailsPlugin
Project license.
ListMessageConverter
- Class in
com.budjb.rabbitmq.converter
ListMessageConverter
()
- Constructor in
ListMessageConverter
loadAfter
- Property in
RabbitmqNativeGrailsPlugin
Load order.
loadConfiguration
()
- Method in
RabbitContext
Loads and initializes the configuration.
loadConnections
(def)
- Method in
ConnectionBuilder
Builds connection contexts from the application's configuration.
log
- Property in
AutorecoveryListener
log
- Property in
ChannelShutdownListener
log
- Field in
ConnectionBuilder
Logger.
log
- Field in
ConnectionContext
Logger.
log
- Field in
RabbitConsumer
Logger
log
- Property in
RabbitContext
Logger
log
- Field in
RabbitMessageBuilder
Logger
log
- Property in
RabbitmqNativeGrailsPlugin
Logger.
log
- Field in
RabbitQueueBuilder
Logger
M
MANUAL
- Enum Constant in
AutoAck
MapMessageConverter
- Class in
com.budjb.rabbitmq.converter
MapMessageConverter
()
- Constructor in
MapMessageConverter
match
- Field in
ConsumerConfiguration
Headers consume binding requirement.
MESSAGECONSUMER
- Field in
DefaultGrailsMessageConsumerClass
MessageConsumerArtefactHandler
- Class in
com.budjb.rabbitmq
MessageConsumerArtefactHandler
()
- Constructor in
MessageConsumerArtefactHandler
Constructor.
MessageContext
- Class in
com.budjb.rabbitmq
MessageContext
()
- Constructor in
MessageContext
MessageConverter
- Class in
com.budjb.rabbitmq
MESSAGECONVERTER
- Field in
DefaultGrailsMessageConverterClass
MessageConverter
()
- Constructor in
MessageConverter
MessageConverterArtefactHandler
- Class in
com.budjb.rabbitmq
MessageConverterArtefactHandler
()
- Constructor in
MessageConverterArtefactHandler
Constructor.
messageConverters
- Field in
RabbitContext
A list of registered message converters.
MessageConvertException
- Class in
com.budjb.rabbitmq.exception
MessageConvertException
(Class)
- Constructor in
MessageConvertException
MessageConvertMethod
- Enum in
com.budjb.rabbitmq
messageId
- Property in
RabbitMessageBuilder
Message ID.
MissingConfigurationException
- Class in
com.budjb.rabbitmq.exception
Created with IntelliJ IDEA.
MissingConfigurationException
(String)
- Constructor in
MissingConfigurationException
N
name
- Field in
ConnectionContext
Name of the connection for use with message consumer configurations.
O
onChange
- Property in
RabbitmqNativeGrailsPlugin
Handle Grails service reloads.
onComplete
(Object, MessageContext)
- Method in
RabbitConsumer
Initiates the "on failure" callback.
onConfigChange
- Property in
RabbitmqNativeGrailsPlugin
Handle configuration changes.
onFailure
(Object, MessageContext)
- Method in
RabbitConsumer
Initiates the "on complete" callback.
onReceive
(Object, MessageContext)
- Method in
RabbitConsumer
Initiates the "on received" callback.
onSuccess
(Object, MessageContext)
- Method in
RabbitConsumer
Initiates the "on success" callback.
openConnection
()
- Method in
ConnectionContext
Starts the connection to the RabbitMQ broker.
openSession
()
- Method in
RabbitConsumer
Binds a Hibernate session to the current thread if Hibernate is present.
P
parseConfigOption
(Class, Object, Object)
- Method in
ConsumerConfiguration
Assigns the option provided by the consumer's config, or returns the default value if the option was not provided or it was unable to be converted to the correct data type.
password
- Field in
ConnectionContext
RabbitMQ password
port
- Field in
ConnectionContext
RabbitMQ port
POST
- Enum Constant in
AutoAck
prefetchCount
- Field in
ConsumerConfiguration
Number of messages that should be pre-fetched from the queue.
priority
- Property in
RabbitMessageBuilder
Priority.
processMessage
(MessageContext)
- Method in
RabbitConsumer
Processes the message and hands it off to the handler.
properties
- Property in
MessageContext
Message properties
Q
queue
- Field in
ConsumerConfiguration
Queue to listen on.
queue
(Map)
- Method in
RabbitQueueBuilder
Handles queue definitions
R
RABBIT_CONFIG_NAME
- Property in
RabbitConsumer
Name of the configuration variable a consumer is expected to define.
RABBIT_HANDLER_NAME
- Property in
RabbitConsumer
Name of the handler method a consumer is expected to define.
RabbitConsumer
- Class in
com.budjb.rabbitmq
RabbitConsumer
(Channel, ConsumerConfiguration, ConnectionContext, GrailsClass)
- Constructor in
RabbitConsumer
Constructs an instance of a consumer.
RabbitContext
- Class in
com.budjb.rabbitmq
rabbitContext
- Property in
RabbitConsumer
Rabbit context.
RabbitContext
()
- Constructor in
RabbitContext
rabbitContext
- Property in
RabbitMessageBuilder
Rabbit context.
rabbitContext
- Property in
RabbitmqNativeBootStrap
rabbitContext
- Field in
RabbitQueueBuilder
RabbitMQ context bean
RabbitMessageBuilder
- Class in
com.budjb.rabbitmq
RabbitMessageBuilder
(Channel)
- Constructor in
RabbitMessageBuilder
Constructor
RabbitmqNativeBootStrap
- Class in
RabbitmqNativeBootStrap
RabbitmqNativeBootStrap
()
- Constructor in
RabbitmqNativeBootStrap
RabbitmqNativeGrailsPlugin
- Class in
RabbitmqNativeGrailsPlugin
RabbitmqNativeGrailsPlugin
()
- Constructor in
RabbitmqNativeGrailsPlugin
RabbitQueueBuilder
- Class in
com.budjb.rabbitmq
This class is based off of the queue builder present in the official Grails RabbitMQ plugin.
RabbitQueueBuilder
(RabbitContext)
- Constructor in
RabbitQueueBuilder
Constructor
registerConsumer
(DefaultGrailsMessageConsumerClass)
- Method in
ConnectionContext
Adds a consumer to the connection.
registerConsumer
(DefaultGrailsMessageConsumerClass)
- Method in
RabbitContext
Attempts to register a grails class as a consumer.
registerConsumers
(GrailsApplication, RabbitContext)
- Method in
RabbitmqNativeGrailsPlugin
Registers consumers against the rabbit context.
registerConverters
(GrailsApplication, RabbitContext)
- Method in
RabbitmqNativeGrailsPlugin
Registers message converters against the rabbit context.
registerMessageConverter
(MessageConverter)
- Method in
RabbitContext
Registers a message converter against the rabbit context.
replyTo
- Property in
RabbitMessageBuilder
Queue to reply to.
requestedHeartbeat
- Field in
ConnectionContext
The requested heartbeat delay, in seconds, that the server sends in the connection.tune frame.
restart
()
- Method in
RabbitContext
Disconnects and completely restarts the connection to the RabbitMQ server.
restartConsumers
()
- Method in
RabbitContext
Reloads message consumers, but leaves the connections intact.
restartConsumers
(GrailsApplication, RabbitContext)
- Method in
RabbitmqNativeGrailsPlugin
Restarts the rabbit consumers.
restartRabbitContext
(GrailsApplication, RabbitContext)
- Method in
RabbitmqNativeGrailsPlugin
Restarts the rabbit context.
retry
- Property in
ConsumerConfiguration
Whether to retry the message on failure.
routingKey
- Property in
RabbitMessageBuilder
Routing key to send the message to.
rpc
(String, String, Object)
- Method in
RabbitMessageBuilder
Sends a message to the bus and waits for a reply, up to the "timeout" property.
run
(Closure)
- Method in
RabbitMessageBuilder
Runs a passed closure to implement builder-style operation.
S
scm
- Property in
RabbitmqNativeGrailsPlugin
Online location of the plugin's browseable source code.
send
(String, String, Object)
- Method in
RabbitMessageBuilder
Sends a message to the rabbit service.
shutdownCompleted
(ShutdownSignalException)
- Method in
ChannelShutdownListener
ssl
- Field in
ConnectionContext
Whether to use SSL.
start
()
- Method in
RabbitContext
Connects to each configured RabbitMQ broker.
startConsumer
(ConnectionContext, GrailsClass)
- Method in
RabbitConsumer
Starts a consumer against a handler.
startConsumers
()
- Method in
ConnectionContext
Starts all consumers associated with this connection.
startConsumers
()
- Method in
RabbitContext
Starts the individual consumers.
stop
()
- Method in
RabbitContext
Closes all active channels and disconnects from the RabbitMQ server.
stopConsumers
()
- Method in
ConnectionContext
Stops all consumers associated with this connection.
stopConsumers
()
- Method in
RabbitContext
Closes any active channels and the connection to the RabbitMQ server.
StringMessageConverter
- Class in
com.budjb.rabbitmq.converter
StringMessageConverter
()
- Constructor in
StringMessageConverter
SUFFIX
- Field in
MessageConsumerArtefactHandler
Class suffix.
SUFFIX
- Field in
MessageConverterArtefactHandler
Class suffix.
T
threads
- Field in
ConnectionContext
The maximum number of concurrent consumer threads that are processed.
timeout
- Property in
RabbitMessageBuilder
RPC timeout, in milliseconds.
timestamp
- Property in
RabbitMessageBuilder
Message timestamp.
title
- Property in
RabbitmqNativeGrailsPlugin
Title/name of the plugin.
transacted
- Field in
ConsumerConfiguration
Whether to mark the consumer as transacted.
TYPE
- Field in
MessageConsumerArtefactHandler
Our artefact type.
TYPE
- Field in
MessageConverterArtefactHandler
Our artefact type.
type
- Property in
RabbitMessageBuilder
Message type name.
U
userId
- Property in
RabbitMessageBuilder
User ID.
username
- Field in
ConnectionContext
RabbitMQ username
V
validateConfiguration
()
- Method in
ConnectionContext
Validates that we have the minimum of information needed to connect to RabbitMQ.
valueOf
(String)
- Method in
AutoAck
Returns the enum constant of this type with the specified name.
valueOf
(String)
- Method in
MessageConvertMethod
Returns the enum constant of this type with the specified name.
values
()
- Method in
AutoAck
Returns an array containing the constants of this enum type, in the order they are declared.
values
()
- Method in
MessageConvertMethod
Returns an array containing the constants of this enum type, in the order they are declared.
version
- Property in
RabbitmqNativeGrailsPlugin
Version of the plugin.
virtualHost
- Field in
ConnectionContext
RabbitMQ virtual host
W
watchedResources
- Property in
RabbitmqNativeGrailsPlugin
Resources this plugin should monitor changes for.
X
Y
Z
_
Groovy Documentation


The monophylizer is a Perl script written by
Rutger Vos and made
available through a webservice that is hosted by
Naturalis Biodiversity
Center. The monophylizer analyses trees of unlimited size for monophyletic,
polyphyletic and paraphyletic 'species', recognized from taxon names. The source
code is available at: https://github.com/naturalis/monophylizer.
If you found this service useful, please cite us:
Mutanen Marko, Huemer Peter, Hausmann Axel, Segerer Andreas,
Godfray Charles, Lopez-Vaamonde Carlos, Dinca Vlad, Vila Roger, Doorenweerd
Camiel, Aarvik Leif, Rougerie Rodolphe, van Nieukerken Erik, Efetov Konstantin,
Tarmann Gerhard, Decaens Thibaud, Johnsen Arild, Vos Rutger, Zahiri Reza,
Ratnasingham Sujeevan, Karsholt Ole, Hebert Paul (2014) Species-level para- and
polyphyly in DNA barcode gene trees in European Lepidoptera, in Prep.
Suggested workflow
Select the tree file you wish to analyse by clicking the file chooser.
Click on the purple triangle to expand the option menu or show additional
information on options. Set the correct parameters for your tree file, default
settings will work for trees generated by BOLD.
Click the 'Assess' button
From the results page, you may copy paste everything (CTRL+A/CMD+A) into a
spreadsheet (use Paste Special > only values, in Microsoft Excel).
Use your browser's back button to analyse another tree file.
Q&A section (please read before reaching out for help)
Question: What does this error mean? Software error:
Can't call method "visit_depth_first" on an undefined value at
/usr/lib/cgi-bin/monophylizer.pl line 254, <GEN0> line 1.
Answer: Your tree file is missing a semicolon at the end, which is a
mandatory for a newick style tree format file to indicate the end of a tree
description. This is a known issue with trees generated by BOLD. Open your
tree file in a text editor and add a semicolon to the end prior to analysing
the tree.
Question: Will the monophylizer only work on BOLD trees?
Answer: No, the script will work on a wide variety of trees, select the
format of your tree file accordingly (use the arrow to expand the
menu). Just realize that the script will use the first section of the taxon
name, up to the first record separator, to identify conspecific taxa. It
expects that the taxon name is composed of a genus name, followed by a
whitespace or underscore, and then a species name: the default
BOLD output. If a subspecies name is also added, separated by another
whitespace or underscore, it can either ignore this or interpret this through
the option menu.


Duggleby, Duggleby, scrim and scraw,
Fait accompli, monkey's paw.
Wicker basket, cloister, hearth,
The benefits of an electric bath.
Duggleby's lantern, Duggleby's tent,
Who knows where Van Hooften went?
Lumbar puncture, lumber yard,
Janissary, janitor, sentry, guard,
Cuxhaven diphthongs and candy floss,
This paint's matt, that paint's gloss.
One must not forget emulsion
Nor attraction and repulsion.
Magnets! Magnets! Hopes and fears
And a pair of gardening shears.
He is still wet behind the ears
This rag will mop up all his tears.
Duggleby went to Banbury Cross
But he didn't give a toss.
Crocus, marigold, fuchsia, egg.
Two-nil down in the second leg.
This paint's blue, that paint's pink.
Duggleby collapsed on the skating rink.
Van Hooften planned an imperial spree,
Mumbled threats, scrim and scree.
Is there a doctor in the house?
The grunt, the groan, the pang, the grouse,
The mordant herons on the bank
Oh the chains, the chains they clank.
Liposuction, fol de rol,
Cutting capers, eyeless doll.
Creeping past the graveyard tombs,
Distant gunfire, distant booms.

He has a jug but I have none.
Ah—he flew too near the sun.
That is why his jug is cracked.
Now we are ready for the final act.
Duggleby darned the curtains well.
Lilac scattered on tortoiseshell.
Notwithstanding Cav and Pag
He kept them in his pippy bag.
Duggleby, Duggleby, move along,
That's the end of the Duggleby song.


OAKLAND TONIGHT
Oakland Tonight is an automated event scraper written by
@morganherlocker
for tracking shows and other happenings in Oakland, CA.
Oakland Tonight is Open Source
under an MIT License.
Inspired by
@tmcw
's
dctn
and
@drdemsyn
's
chs-tonight
.


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Preparation time
overnight
Cooking time
over 2 hours
Serves
Serves 6–8
An impressive and tasty way to start a dinner party.
Preheat the oven to 190C/170C Fan/Gas 5.
Place the chicken legs in a large roasting tin, drizzle with oil and season with salt and pepper. Roast for 35–40 minutes, until cooked through. Set aside to cool.

Discard the chicken skin, remove the meat from the bones and place in a bowl. Chop the confit fennel very finely and add to the chicken with the lemon zest, thyme, basil, and tarragon. Squeeze the garlic from its skins into the bowl, season with salt and pepper and mix well.
Line a large terrine mould with cling film, and lay the Parma ham slices width-ways along the mould so that each slice hangs over the edges.
Place half of the chicken mixture into the mould. Slice the artichokes and press them in a neat layer over the chicken. Top with the rest of the chicken, fold over the Parma ham and the cling film. Press with a weight such as tins of tomatoes and leave to set in the fridge overnight.
When ready to serve, turn out onto a board and remove the cling film. Use a sharp knife to cut slices and serve with some salad leaves on the side.


TIC TAC TOE
Enjoy the game!
Select mode, bro
X
O
Draw, try again :)
Next Round? OK?
Player X win!!! Congratulation!!!
Player O win!!! Congratulation!!!
Player O : 0
Player X : 0
Replay


Examples:
30s
1m
5m
10m
1h
Prometheus will wait a certain duration between first encountering a new expression output vector element (like an instance with a high HTTP error rate) and counting an alert as firing for this element. Elements that are active, but not firing yet, are in pending state.
This description is not used by Prometheus. It is for Developer's to add additional context only.
Example Query:
node_load1{% templatetag openbrace %}{{rule.content_type.model}}="{{ rule.content_object.name }}", {{ macro }}} > 5
{% if rule.parent %}
Parent Query:
{{rule.parent.clause}}
{% endif %}
Prometheus: Basics Operators Functions Examples Promgen: Rules
{% if rule.parent %} {% if macro not in rule.parent.clause %}


Class vfsStreamDirectory
Directory container.
- org\bovigo\vfs\vfsStreamAbstractContent implements org\bovigo\vfs\vfsStreamContent
- org\bovigo\vfs\vfsStreamDirectory implements org\bovigo\vfs\vfsStreamContainer
Namespace: org\bovigo\vfs
Api
Located at vendor/mikey179/vfsStream/src/main/php/org/bovigo/vfs/vfsStreamDirectory.php
Api
Located at vendor/mikey179/vfsStream/src/main/php/org/bovigo/vfs/vfsStreamDirectory.php
public
|
|
protected
integer
|
|
public
integer
|
|
public
integer
|
|
public
|
|
public
|
|
public
boolean
|
|
protected
|
|
public
boolean
|
|
public
|
|
protected
string
|
|
protected static
string
|
|
public
boolean
|
|
public
|
|
public
|
TYPE_DIR,
TYPE_FILE
|
protected
array
|
$children
list of directory children |
#
array()
|
$group,
$lastAccessed,
$lastAttributeModified,
$lastModified,
$name,
$permissions,
$type,
$user
|


London police launch assault probe after Hong Kong minister injured
by Anthony WALLACELONDON — Police in London on Friday said they were investigating an assault after a Hong Kong minister fell to the ground as she was jostled by demonstrators.
Justice secretary Teresa Cheng had been due to give a lecture at the Chartered Institute of Arbitrators (CIArb) in Bloomsbury Square, central London, on Thursday evening.
But the CIArb said the event was cancelled because "whilst entering the building (Cheng) was assaulted by a crowd". It added: "As a result she sustained an injury to her arm."
Video of the incident circulating on social media shows Cheng being surrounded by jeering pro-democracy protesters, who followed her through the streets near the CIArb headquarters.
She fell to the ground and was then escorted away.
China called the incident an "appalling attack" and urged London to provide better security.
The CIArb said it was "committed to peacefully resolving conflict and deplores the use of violence, particularly to a guest to the United Kingdom".
The Metropolitan Police said in a statement a probe was "ongoing to establish the full circumstances" of the incident, adding no arrests had been so made far.
"A woman was taken to hospital by London Ambulance Service suffering an injury to her arm," it added without confirming Cheng's identity.
Hong Kong has seen relentless protests since June as many in the city of 7.5 million people have vented fury at eroding freedoms under Chinese rule.
Cheng is in London on a visit to promote its role as a dispute resolution and deal-making hub.
She is one of the most unpopular government officials in Hong Kong, seen as playing a key role in pushing forward the now-shelved extradition bill to China, which sparked the months of unrest there.
© 2019 AFP


Students Housing
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Phone:
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Upload the certification form completed by the Designated Agency to support your application. All applications require this certification in order to be processed.
Fare Type: Adult Full Fare


Indiana University is deeply committed to the safety and success of our communities. Get support to protect yourself during the COVID-19 pandemic, and to navigate the road ahead.


With the code that a individual use from programming they are able to create different programs within in different fields.
Coding allows you to create programs for consumers such as Mark Zuckerberg did with Facebook or how Sergio Brin and Larry Page created Google a search engine algorithm that has become a giant in the tech world.


Welcome to the Light and Sound Memory Game! Repeat the patterns of lights and sounds by pressing the corresponding buttons to win!
Time Left to Guess:


Julia M. Hildebrand
President and Conference Chair
4th year PhD Candidate in CCM @Drexel. Researches emerging mobile communication technologies (e.g. personal drones); visual culture and visualization practices; media environments and ethnography.
e-mail


Hello World #5 - jQuery Mobile Version
This is a Cordova application that makes calls to the Cordova Device API.
Device API Properties
Apache Cordova 4 Programming


protect¶
routine to mark a function / variable as requiring safety
template <typename T>
auto protect( T&& value );
sol::protect( my_func )
allows you to protect a function call or member variable call when it is being set to Lua. It can be used with usertypes or when just setting a function into Sol. Below is an example that demonstrates that a call that would normally not error without Safety features turned on that instead errors and makes the Lua safety-call wrapper pcall
fail:
struct protect_me {
int gen(int x) {
return x;
}
};
sol::state lua;
lua.open_libraries(sol::lib::base);
lua.new_usertype<protect_me>("protect_me",
"gen", sol::protect( &protect_me::gen )
);
lua.script(R"__(
pm = protect_me.new()
value = pcall(pm.gen,pm)
)__");
);
bool value = lua["value"];
// value == false


1. Prerequisite
-
Check java version first
-
Then, just install miniconda3 and create virtual environment based on python 3.6
java -version # The command above might show something like below >> openjdk version "1.8.0_262" >> OpenJDK Runtime Environment (build 1.8.0_262-b10) >> OpenJDK 64-Bit Server VM (build 25.262-b10, mixed mode)
2. Download Spark
# Download spark
wget https://downloads.apache.org/spark/spark-3.0.1/spark-3.0.1-bin-hadoop2.7.tgz
# unzip
tar -xvzf spark-3.0.1-bin-hadoop2.7.tgz
# move to home and rename
mv spark-3.0.1-bin-hadoop2.7 ~/spark
3. Install pyspark
pip install pyspark
4. Change the execution path for pyspark
export SPARK_HOME="/your_home_directory/spark/"
export PATH="$SPARK_HOME/bin:$PATH"
5. Test
$ pyspark
6. PySpark in Jupyter
# add below lines in .bashrc
export PYSPARK_DRIVER_PYTHON=jupyter
export PYSPARK_DRIVER_PYTHON_OPTS='notebook'
$ pyspark
# >> Now it will give you a url for jupyter notebook
# >> [I 17:34:45.744 NotebookApp] Serving notebooks from local directory: /home/jupyter
# >> [I 17:34:45.744 NotebookApp] Jupyter Notebook 6.1.5 is running at:
# >> [I 17:34:45.744 NotebookApp] http://host:port/
# >> [I 17:34:45.744 NotebookApp] Use Control-C to stop this server and shut down all kernels (twice to skip confirmation).


The Constitution is the governing document of student council. All motions, actions, and members must follow its procedures and rules.
Laid out within it are the rules governing motions, amendments, elections, and committees. Every member of the Council should know this document back and forth. It holds the Executive Board and the whole council accountable.
When we do not follow the constitution, or neglect some of its clauses what frequently results is dysfunctional council.
The constitution, when necessary, can be amended with two-thirds of the council in support of that said amendment. Council members should pay special attention to the descriptions of positions, and the procedures for motions and amendments. The Executive Board also recommend all members to read about parliamentary procedure.


 They're earnestly driven by the desire to serve an evil boss, though they often screw up because they're selfish, easily distracted, and generally inept. They vary in height, but it's safe to say they're between 2 and 3 feet tall (though closer to 2). They communicate using a gibberish language that's understandable to them and a few people who have longstanding relationships with them.
They're also resilient. Minions have been turned into evil purple versions of themselves, transformed into giants, crushed, tortured, and buried without being worse for wear (this may be the reason they've survived so long).
Pirates of the Caribbean is a Disney media franchise encompassing numerous theme park rides, a series of films, and spin-off novels, as well as a number of related video games and other media publications. The franchise originated with the Pirates of the Caribbean theme ride, which opened at Disneyland in 1967 and was one of the last Disneyland rides overseen by Walt Disney. Disney based the ride on pirate legends and folklore.
One of the most fearsome visages in the galaxy is the expressionless mask of a Mandalorian. We might not know much about the man under the helmet in The Mandalorian, the new live-action Star Wars series that debuted on Disney+ this week, but the iconic armor itself tells us a lot. From a history rife with violence and conflict, to the planet’s avowed neutrality during the last days of the Republic, and its Imperial occupation in the Galactic Civil War, Mandalore is a world of proud warriors and citizens who honor its storied history.
Phineas Flynn is a fictional character from the animated television series Phineas and Ferb.
The series concerns Phineas's attempts to avoid boredom by finding something new to do for each day of his summer vacation. His sister's name is Candace Flynn, who tries to reveal their outrageous creations, but to no avail. He does this with his less-talkative stepbrother Ferb, and often with many other neighborhood children. The activities they devise usually involve outlandish contraptions, including roller coasters, haunted houses, roller rinks, and a backyard beach etc. which Phineas designs and Ferb builds.


Current Balance
$729.00
Apple iPhone 6, 6g GB
Electronics #343223 - 12 July, 2015
$650.00
Founds Added
Payment #343212 - 11 July, 2015
$900.00
Energy Bill
#343566 - 11 July, 2015
$84.00
Mega Image SRL
Food&Health #34365 - 11 July, 2015
$112.75
ATM DV24
#343253 - 09 July, 2015
$200.00
Lukoil Station
Gas #343279 - 09 July, 2015
$190.48


Try to resize the browser and observe the 2nd item
- Lorem.
- Nesciunt.
- Voluptate.
- Veritatis?
Explanation
flex-shrink
is 1
by default, so in order for one item to "take all the shrinking" we need to first reset it to 0
for all other items.
Once we have one item which "takes all the shrinking" we need to be in a situation where shrinking can occur:
- The flex container's width is less then items' width
- The items are not wrapping (flex-wrap: no-wrap;
- default)
- The item itself can lose pixels (either computed flex-base
is more than content width or item has overflow: hidden;
)


| Frame |
Frame encapsulates a SystemDS frame.
|
| FrameFormat |
FrameFormat represents the different frame formats supported by the MLContext
API.
|
| FrameMetadata |
Frame metadata, such as the number of rows, the number of columns, the number
of non-zero values, the number of rows per block, and the number of columns
per block in the frame.
|
| FrameSchema |
The frame schema, stored as a list of ValueType values.
|
| Matrix |
Matrix encapsulates a SystemDS matrix.
|
| MatrixFormat |
MatrixFormat represents the different matrix formats supported by the
MLContext API.
|
| MatrixMetadata |
Matrix metadata, such as the number of rows, the number of columns, the
number of non-zero values, the number of rows per block, and the number of
columns per block in the matrix.
|
| Metadata |
Abstract metadata class for MLContext API.
|
| MLContext |
The MLContext API offers programmatic access to SystemDS on Spark from
languages such as Scala, Java, and Python.
|
| MLContext.ExecutionType |
The different types of execution environments supported by SystemDS.
|
| MLContext.ExplainLevel |
The different explain levels supported by SystemDS.
|
| MLContext.InternalProxy |
Used internally by MLContextProxy.
|
| MLResults |
MLResults handles the results returned from executing a Script using the
MLContext API.
|
| ProjectInfo |
Obtains information that is stored in the manifest when the SystemDS jar is
built.
|
| Script |
A Script object encapsulates a DML or PYDML script.
|
| ScriptExecutor |
ScriptExecutor executes a DML or PYDML Script object using SystemDS.
|