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Many Vision installations expect to receive various data feeds on a regular basis. Once the data is saved in the Vision database, other updates that rely on this data can be performed. In addition, standard production reports can be generated based on the completion of one or more updates.
It is useful to automate the production cycle so that standard updates and report generations can be scheduled to run each night. There are a number of ways that you can automate your daily production cycle. A comprehensive set of scripts has been provided for Unix environments as a template for this automation. These tools enable you to:
These scripts can be used directly or can serve as a basis for designing your own production processing. With the exception of the last section, the remainder of this document refers to the production management tools included with Unix installations. The last section describes the building blocks you will need if you design your own production processing.
A job can be thought of as any task that needs to be executed. For example, an update job could update security prices using a file supplied by an external vendor. A report job could display a list of any security with a price change of more than ten percent. Any job can be dependent on one or more conditions being met. For example, the security price update job requires that the external file of prices is available. A portfolio holdings update job requires that the security and portfolio master updates for the day have completed successfully. The price change report job requires that the security price update job has completed. The rules for defining dependency conditions are stored in files known as okay scripts.
You can create a job and an optional okay script for any updates and reports that you want to run on a regular or as-needed basis. In addition, tools are provided to submit any ad-hoc updates of Vision code and data feeds that you want to commit to the database.
The production processing is managed by various file tokens, files whose existence control or reflect specific processing events. For example, you could manually create a token to schedule a job or to indicate that a data file is ready for processing. The production cycle creates tokens to indicate that specific jobs have been completed or canceled. Token files are used extensively during the production cycle.
Each night, cron starts a process known as the daily.daemon. This daemon performs any general maintenance activities required and starts the scripts that manage the update and reporting queues. The nightly daemon runs until it is terminated or until the next night's daemon begins. The daemon can be scheduled to run on business nights only (i.e., Monday through Friday) or on any other schedule that suits your organization's needs.
The Vision Server Installation for Unix servers includes a comprehensive set of scripts that can be used to automate your daily production cycle. No special installation or modifications are needed to use these tools.
If you are currently using the VAdmin Module to submit data feeds and Vision script updates, you should modify the .cshrc and the .login files for the Vision Administrator user code (e.g., dbadmin) to include the following:
#--- in .cshrc source /localvision/include/dba.cshrc.inc #--- in .login source /localvision/include/dba.login.incThis will set a number of environment variables, including some that are used by the VAdmin Module, to control updates in a production environment.
You will probably want to use cron (or an equivalent facility) to start a new production cycle each business night using an entry similar to:
00 22 * * 1-5 csh -f /localvision/production/admin/daily.daemon
The Vision Server Installation supplies two directories: /vision/ and /localvision/. The /localvision directory contains a sub-directory named production/ which manages all the directories, scripts, jobs, and tokens related to production processing.
The /localvision/production directory contains the following sub-directories:
| Directory | Description |
|---|---|
| Reports/ | This directory contains the production report jobs and the current and prior day's report output. |
| Updates/ | This directory contains the update jobs used for pre-defined updates and the historical logs for pre-defined and ad-hoc updates. |
| admin/ | This directory contains the tools to manage the daily production cycle and the historical logs generated by prior production cycles. |
| status/ | This directory shows the status of the current production cycle. The active/ directory lists the update and/or report that is currently in progress. The pending/ directory lists the names of the scheduled update and report jobs that are waiting to run during this cycle. The tokens/ directory shows the completed, canceled, and error status of jobs that have run during the current cycle. The logs/ directory contains the log files associated with each update completed during the current cycle. |
| utils/ | This directory contains a number of utility programs. |
The script daily.daemon, located in the directory /localvision/production/admin, controls the nightly production cycle. It is usually started by cron every Monday through Friday evening using a crontab entry similar to:
00 22 * * 1-5 csh -f /localvision/production/admin/daily.daemonwhich would start the daemon at 10:00 pm on weeknights. This entry is included for the Vision Administrator user code, referred to as dbadmin in this document.
When the daily.daemon starts, a new production cycle begins. If the prior night's production cycle is still running, it will terminate when the new cycle begins. The production cycle date is the date on which the cycle begins. This is also known as the process date. The process date is saved in an environment variable (processDate) when the daemon begins. The process date remains unchanged during the production cycle which runs until a new cycle begins or until it is terminated via manual intervention or a system reboot.
The daily.daemon performs the following steps:
If the setup or database maintenance steps fail for any reason, then daily.daemon terminates. A message is mailed to the dbadmin user indicating that the process was halted and no updates or reports are started. If the maintenance activities complete successfully, the daily.daemon starts two new daemons: one to manage the production updates (runUpdates) and one to manage the production reports (runReports). These processes will run throughout the cycle.
After initializing the update process for the current day's cycle, the update daemon runs the process processUpdates which checks every five minutes to see if any updates are pending. After initializing the report process for the current day's cycle, the report daemon runs the process processReports which checks every six minutes to see if any reports are pending. These processes will run until terminated or until the next night's cycle begins.
When it starts, the daily.daemon loads a command file defined for the current day of the week. The files setup.Mon, setup.Tue, etc., located in the production/admin/helpers directory, are used to create tokens that are needed on a particular day of the week. Minimally, these files are used to schedule the three main database maintenance activities to run each day by placing the following tokens in the directory /localvision/production/status/tokens:
dsegs ... schedule segment deletion to run
collect ... schedule garbage collection to run
compact ... schedule database compaction to run
The daily setup scripts can be modified to reflect special procedures required by your organization on specific days.
Once the daily setup script has been loaded, the daily maintenance procedures begin. If the dsegs token exists, old database segments are deleted. If the collect token exists, the garbage collection process is executed. If the compact token exists, a full compaction is run. Note that if segment deletion is scheduled, it runs first, prior to the current cycle's compaction. In other words, it removes the segment files that were compacted by the prior day's cycle. Output from the current cycle's garbage collection and compaction processing is stored in the files garbageCollect.log and compact.log in the directory /localvision/production/status/logs. A permanent copy of the output is also saved in the directory /localvision/logs with the process date added as an extension to the file name.
For more information about the maintenance procedures, see the document Vision Network Administration Tools.
The /localvision/production/status directory provides a snapshot of the current production cycle's activities. There are six subdirectories under the status directory:
| active/ | This directory shows the update and/or report job that is currently in progress. |
| pending/ | This directory lists the names of the scheduled update and report jobs that are waiting to run during this cycle. |
| tokens/ | This directory shows the completed, canceled, and error status of jobs that have run during the current cycle. This directory may include additional file tokens to set and help control job dependency conditions. |
| logs/ | This directory contains log files associated with each update completed during the current cycle. In addition, this directory contains the file update.log which shows the starting and ending times for each update job that has completed, the file submit.log which shows the starting and ending times for each submitted ad-hoc Vision update request that has completed, the file report.log which shows the starting and ending times for each report job that has completed, and the file errors.log which shows any errors encountered during the current cycle. |
| reports/ | This directory contains output files associated with each report job completed during the current cycle. It is actually a link to the directory /localvision/production/Reports/output. |
| todo/ | This directory shows jobs from prior cycles that did not complete successfully. These token files serve as a reminder of tasks that you may need to reschedule. They can be removed by the Database Administrator when they are no longer needed. |
For example, to see pending jobs use:
cd /localvision/production/status ls pendingand to see the status of completed and in progress jobs use:
cd /localvision/production/status ls active tokensMany tokens are in the form prefix.jobName where prefix is one of:
| Token Prefix | Definition |
|---|---|
| Done | Job has completed |
| Cancel | Job has been canceled |
| Error | Job completed and generated an error |
| Warning | Job completed and generated a warning |
| InProgress | Job is currently in progress |
Several other tokens will exist in the status/tokens directory. The token InProgress.yyyymmdd (where yyyymmdd is the process date) will exist if the cycle is still active. The tokens updateDaemon.inProgress and reportDaemon.inProgress will also exist to indicate whether the update and/or report daemons are specifically running.
The logs directory contains the log files associated with each update completed during the current cycle as well as a number of summary files. To see all the logs created during the current cycle use:
cd /localvision/production/status ls logsTo look at the overall process summary for updates run during the current cycle use:
cd /localvision/production/status more logs/update.logwhich shows the start/stop time for each job that has run. To look at the errors generated by any job in the current cycle use:
cd /localvision/production/status more logs/errors.logFor each job that has run there should be a corresponding log file in the logs directory named logs/jobName.log containing details for that specific job for the current date's processing.
Update jobs are scheduled by placing the job name in the status/pending directory. For example, to schedule a job named Prices, you would create the file /localvision/production/status/pending/Prices. While the production cycle is active, the pending directory is checked every five minutes to see if any update jobs are waiting. If a job is pending and all required pre-conditions are met, the job will run. The job name will appear in the status/active directory while it is running. Upon completion, the pending token will be removed. If the job completed successfully, the file token Done.jobName will be placed in the status/tokens directory where jobName refers to the job that was run (e.g., Prices). If the job generated an error, the token Error.jobName will be created in the status/tokens directory instead. If the job generated a warning, the token Warning.jobName will be created in the status/tokens directory in addition to Done.jobName.
The specific steps needed to create update job and okay scripts are described later in this document.
Report jobs are scheduled by placing the job name, prefixed by report., in the status/pending directory. For example, to schedule a report job named PriceChanges, you would create the file token named /localvision/production/status/pending/report.PriceChanges. While the production cycle is active, the pending directory is checked every six minutes to see if any report jobs are waiting. If a job is pending and all required pre-conditions are met, the job will run. The job name will appear in the status/active directory while it is running. Upon completion, the pending token will be removed. Report output will be saved in the directory /localvision/production/Reports/output.
The specific steps needed to create report job and okay scripts are described later in this document.
If the new production cycle is ready to start while a cycle is in progress, the new process creates the token /localvision/production/status/active/daemon.WaitingToStart, to signal that it is waiting. The current cycle will then perform the following wrap-up tasks:
By default, the update daemon runs until a new cycle is ready to begin. You can manually stop the update and/or report daemons using:
cd /localvision/production/status touch pending/updates.Stop touch pending/reports.StopThe same cycle wrap-up procedures described above are executed when the cycle is manually terminated.
To restart the processing daemon after it has been stopped manually or as the result of a hardware reboot, use:
cd /localvision/production/admin restart.daemonThe update and/or report processing will be restarted if they are not currently running.
If the daily.daemon never started (e.g., because the machine was unavailable or cron was not running), you can manually start it. To ensure the correct process date, you should create a file containing the following environment variables:
setenv processDate 19981105 # date cron should have started setenv dayOfWeek Thu # day cron should have startedThis file should be supplied as an argument to the daily.daemon. For example, if you saved your environment variables in the file /localvision/production/admin/helpers/sample.env use:
cd /localvision/production/admin daily.daemon helpers/sample.env >& logs/nocron.yyyymmdd &
To cancel the normal daily processing for holidays that occur during the business week, you can store holiday dates in the directory /localvision/production/admin/holidays. For example, to prevent the normal daily processing from running on 11/26/1998 use:
cd /localvision/production/admin touch holidays/19981126This technique can be used to set up holiday processing in advance of the actual holiday.
To cancel a specific job in advance of the current processing date, create a token in the form:
yyyymmdd.Cancel.jobNamein the status/tokens directory. For example, if you receive a daily file of Canadian prices and want to cancel this required job on a day that is not a US holiday but is a Canadian holiday, you could use the form:
cd /localvision/production/status touch tokens/19980523.Cancel.PriceCanada
You will need to create an update job for each task that updates the Vision database on a production basis. For example, you would create an update job to:
Update jobs are defined in the directory /localvision/production/Updates/jobs. Each job has a unique name and an associated job script, a Unix script that contains the actual processing steps needed to perform the update. This job script is named jobName.job where jobName refers to the unique name of the job. An optional okay script containing any pre-conditions for running the job may be defined as well. If you have any pre-conditions for running the job, you will also create a file named jobName.okay.
For example, you could create a job named Prices.job to perform the following steps:.
For example, the file /localvision/production/Updates/jobs/Prices.job could look something like:
#!/bin/csh #-- File: /localvision/production/Updates/jobs/Prices.job set jobName = Prices #-- setup log file set workDir = /localvision/production/Updates/workArea/Internal set processLog = $workDir/$jobName.log.$processDate #-- Start Vision and Load the data file using the PriceFeed format set dataFile = /localvision/upload/feeds/prices.dat /vision/bin/batchvision -U3 << EOInput >& $processLog #---> Vision input starts here <--- Interface BatchFeedManager upload: "PriceFeed" usingFile: $dataFile withConfig: NA ; Utility updateNetworkWithAnnotation: "$jobName Loads" ; ?g #---> End of Vision Input <--- EOInput #-- Check job completion status set okay = $status if ($okay != 0) set okay = 1 #-- copy the log to global status area cp $processLog $globalLogs/$jobName.log #-- end exit with status exit $okay
Update jobs can be scheduled to run on a required or as needed basis. If a job is scheduled, you may want it to wait until specific conditions are met before it actually runs. For example, you may want to schedule the Prices job to run each day but you do not want it to begin until the file prices.dat exists in a known directory. If you have one or more of these conditions that must be met before a scheduled job can begin, you can create an okay script, a Unix script that returns a status indicating if the job is ready to run. If conditions are ready, this script should return a status value of 0. If conditions are not ready, this script should return a value of 1. If conditions exist that indicate that the job should be canceled, this script should return a value of 2.
For example, the file /localvision/production/Updates/jobs/Prices.okay could look something like:
#!/bin/csh #-- File: /localvision/production/Updates/jobs/Prices.okay if (-f /localvision/upload/feeds/prices.dat ) exit 0 exit 1
To schedule an update job, you create a token containing the job name in the status/pending directory. For example, to manually schedule the Prices job:
cd /localvision/production/status touch pending/PricesWhile the production cycle is active, the pending directory is checked every five minutes to see if any jobs are waiting. If a job is pending and its okay script returns the value 0 (or no okay script is defined), the job will execute. If the job succeeds (returns a status of 0), the token Done.jobName will be placed in the status/tokens directory. If the job returns a status of 1, the token Error.jobName will be created in the status/tokens directory. If the job returns a status code of 2, the tokens Done.jobName and Warning.jobName will be created in the status/tokens directory.
The starting and ending time for each update job is logged in the file update.log in the directory /localvision/production/status/logs.
Required jobs can automatically be added to the pending directory when the production cycle begins. The job tokens defined in the /localvision/production/Updates/required directory are copied to the status/pending directory at the start of the cycle. For example, to schedule the Prices job to run automatically each day:
cd /localvision/production/Updates touch required/PricesWhen jobs are automatically scheduled this way, your okay script would supply the rules to indicate when processing conditions are ready. Alternatively, an independent process could place the job token in the pending directory when conditions for processing have been satisfied. A sample set of production jobs are described in the section Sample Production Environment.
To cancel a job currently in pending, you could manually remove it from the pending directory. If other jobs are dependent on this job's completion, this approach will not produce the appropriate tokens. Alternatively, you could leave the token in pending and create the token Cancel.jobName in the status/tokens directory. For example:
cd /localvision/production/status touch tokens/Cancel.PricesWhen the daemon next cycles through the pending jobs, it will remove the Prices token from pending and create the Done.Prices token. The Cancel.Prices token will remain in the status/tokens directory for the remainder of the cycle.
Your installation includes several pre-defined update jobs in the /localvision/production/Updates/jobs directory:
cd /localvision/production/status touch pending/SuspendTo continue the updates, use:
cd /localvision/production/status "rm" pending/Suspend
Production report jobs are managed in the /localvision/production/Reports directory. This directory includes the jobs directory which contains the actual report jobs, the output directory which contains the output generated during the current production cycle and the oldoutput directory which contains the output generated during the prior production cycle.
Production reports are executed daily unless the day has been flagged as a holiday. When the production reports daemon begins, the following steps are executed:
You will need to create a report job for each production report you wish to run. Report jobs are defined in the directory /localvision/production/Reports/jobs. Each job has a unique name and an associated job script, a Vision script that contains the actual Vision code that generates the reports. An optional okay script containing any pre-conditions for running the report job and an optional wrapup script containing any steps to run after the output has been generated may be defined as well. This job script is named jobName.job where jobName refers to the unique name of the job. If you have any pre-conditions for running the job, you will also create a file named jobName.okay. If you have any steps to run after the option has been created, you will include them in a file named jobName.wrapup. The rules for defining an okay script for a report job are the same as for an update job. You can also define a wrapup script which runs after the report job has completed. This script can contain any additional Unix commands you require.
For example, you could create a report job named PriceChanges to display all prices that have changed by more than a certain amount since the prior date. The file PriceChanges.job would contain the actual Vision code to generate this report. The file PriceChanges.okay would contain any conditions that must be satisfied prior to starting the job, such as successful completion of the Prices update job.
The PriceChanges job could look something like:
#-- File: /localvision/production/Reports/jobs/PriceChanges.job #-- Note - this is a Vision script !cutoff <- 10 ; !baseDate <- ^today - 1 businessDays ; Security masterList select: [ getPriceRecord date = ^my baseDate ] . do: [ !current <- price ; !prior <- :price asOf: ^my baseDate - 1 businessDays ; !pch <- current pctChangeTo: prior ; pch absoluteValue > ^my cutoff ifTrue: [ code print: 10 ; name print ; current print ; prior print ; pch printNL ; ] ] t;
The PriceChanges.okay file could look something like:
#!/bin/csh #-- File: /localvision/production/Reports/jobs/PriceChanges.okay #-- Note - this is a Unix script #-- wait for Prices update to finish if (-f /localvision/production/status/tokens/Done.Prices ) exit 0 exit 1
The PriceChanges.wrapup file could look something like:
#!/bin/csh #-- File: /localvision/production/Reports/jobs/PriceChanges.wrapup #-- Note - this is a Unix script mailx dbadmin << @@@EOF The Price Changes Report is Done @@@EOF
To schedule a report job, you create a token containing the job name prefixed by report. in the directory /localvision/production/status/pending. All the production report jobs in the Reports/jobs directory are automatically scheduled to run at the start of each cycle, unless the day has been flagged as a holiday. To rerun a job or to schedule a new job that has been added after the current cycle began, you can manually create the appropriate token:
cd /localvision/production/status touch pending/report.PriceChangesWhile the production cycle is active, the pending directory is checked every six minutes to see if any jobs are waiting. If a job is pending and its okay script returns the value 0 (or no okay script is defined), the job will execute. Output from the job is stored in /localvision/production/Reports/output/jobName.out. If the output contains formatter commands, it is automatically run through the formatter utility. If there is a wrapup script defined for the job, it is executed when the job has completed.
The starting and ending time for each report job is logged in the file report.log in the directory /localvision/production/status/logs/.
To cancel a report, remove its token from the status/pending directory.
Your installation includes several pre-defined report jobs in the /localvision/production/Reports/jobs directory:
Sample jobs that can be used in a typical portfolio management environment are provided with all installations that include the Portfolio Management Application Layer. The following sample files can be found in the /localvision/production/Updates/jobs directory: MiscMasters.job, SecurityPlus.job, HoldingsPlus.job, HoldingsPlus.okay, PricePlus.job, and DailyCleanup.okay. For many installations, these jobs can be used as a starting point for managing daily updates.
These jobs and the production process are described in detail in the document Sample Production Environment.
Submitted requests are validated and added to the update queue for processing. Prior to update, these submitted jobs will appear in the directory /localvision/production/status/pending with the prefix submit. Once processed, the output from these updates will be stored in the /localvision/production/status/logs directory for the remainder of the current production cycle. Permanent copies of the submitted requests and output are retained historically in the /localvision/production/Updates/submits/posted and /localvision/production/Updates/submits/logs directories.
You can use the visionSubmit utility to submit ad-hoc Vision code and data feed updates. You can invoke the utility with parameters or you will be prompted for various pieces of information needed to submit the request. Note that if this command does not work, you may need to check your Unix configuration. This command is an alias for the script /localvision/production/admin/scripts/submitUpdate.
You may need to load and save new Vision scripts into your database for several reasons such as report modifications, new applications, and corrections that cannot be performed via data feed files. You may receive Vision files from your Insyte consultant and/or develop your own code.
Although you can submit a file from any directory, by convention, files containing Vision code to submit are placed in the directory /localvision/upload/vscripts . To submit the Vision code for update, type:
visionSubmit -Cat the Unix prompt. You will be prompted as follows:
Vision Input Code File: #- name of code file Run in Space [3]: #- carriage return or alternate space Test File Before Submitting? #- Yes or NoIf the supplied file is okay, you will see a message of the form:
*** Vision Code File Update Pending. File: submitCode.dbadmin.32This indicates that this is the 32nd submit for user code dbadmin. You will see the pending token submitCode.dbadmin.32 in the /localvision/production/status/pending/ directory.
You can avoid the prompts by supplying the inputs on one line. For example:
visionSubmit -C myfileYou will not be prompted for the file name in this case, but you will be prompted for the object space and testing option. To avoid the prompting, supply all inputs or use the -n option:
visionSubmit -C myfile 3 no or visionSubmit -C -n myfile
It is sometimes useful to load data using a DataFeed format for a data feed that is not part of pre-defined update job. You can use visionSubmit to load these feeds. By convention, feed files are placed in the directory /localvision/upload/feeds, although you can submit a feed file from any directory. To submit the feed for update, type:
visionSubmit -Fat the Unix prompt. You will be prompted as follows:
Vision Input Feed File: #- name of feed file Data Feed Name: #- name of DataFeed format Optional Configuration File Name: #- name of optional config fileIf the supplied file is okay, you will see a message of the form:
*** Vision Feed File Update Pending. File: submitFeed.dbadmin.33This indicates that this is the 33rd submit for user code dbadmin. You will see the pending token submitFeed.dbadmin.33 in the /localvision/production/status/pending/ directory.
You can avoid the prompts by supplying the inputs on one line. For example:
visionSubmit -F currency.dat CurrencyMaster currency.cfg or visionSubmit -F -n currency.dat CurrencyMaster
Question:
You should also check to make sure the update and report processing are actually running.
Question:
ps -fu dbadminat the Unix prompt. If the update daemon is running, you should see entries similar to:
dbadmin 10251 1 0 Nov 3 ? 0:00 scripts/runUpdates dbadmin 10262 10251 0 Nov 3 ? 1:54 scripts/processUpdatesIf the report daemon is running, you should see entries similar to:
dbadmin 10252 1 0 Nov 3 ? 0:00 scripts/runReports dbadmin 10266 10252 0 Nov 3 ? 1:54 scripts/processReports
Question:
ps -fu dbadmin | grep sleep #- show the sleep tasks displays: dbadmin 22183 10262 0 13:39:37 ? 0:00 sleep 300 dbadmin 22160 10266 0 13:36:54 ? 0:00 sleep 360To force the update daemon to re-examine the pending queue, use the Unix kill command to remove the sleep 300 task:
kill 22183The next update job in the status/pending directory will begin processing immediately.
Question:
cd /localvision/production/admin restart.daemonYour system administrator can add this step to an appropriate script that is automatically run after a reboot. Note that this step should be started by the dbadmin user (or the user code defined as the Vision Administrator for your environment).
Production jobs can utilize a number of environment variables that are defined at the start of the daily.daemon including:
| Environment Variable | Definition |
|---|---|
| processDate | current cycle's start date (yyyymmdd) |
| LocalVisionRoot | /localvision |
| DBbatchvision | /vision/bin/batchvision by default; can be reset to a test release |
| feedFilePath | /localvision/upload/feeds - used to store data feed files |
| scriptFilePath | /localvision/upload/vscripts - used to store ad-hoc vision code changes |
| statusArea | /localvision/production/status |
| reportArea | /localvision/production/Reports |
| updateArea | /localvision/production/Updates |
| adminArea | /localvision/production/admin |
| tokens | /localvision/production/status/tokens |
| statusFile | /localvision/production/status/active/status.out |
| globalLogs | /localvision/production/status/logs |
| updateLog | /localvision/production/status/logs/update.log |
| errorLog | /localvision/production/status/logs/errors.log |
| warningLog | /localvision/production/status/logs/warnings.log |
| reportLog | /localvision/production/status/logs/report.log |
| submitLog | /localvision/production/status/logs/submit.log |
| listenerLog | /localvision/production/status/logs/listener.log |
| Copyright © 1998 Innovative Systems Techniques, Inc. | Updated June 21, 1999 |


Rimworld is a sandbox like building and colony management simulator. This game was heavily influenced by another game called dwarf fortress. Even though this game is still in alpha development, currently alpha 15, it is available for purchase on PC for $30 here: Rimworld. Rimworld has gotten overwhelmingly positive reviews (4,420 reviews).
This game killed my social life and the mods hauled it to the granite crematorium.
-☭Ⓐ Sad Commie Ⓐ☭
The most praised part about this game is the narratives it tells.
This is my story.
My colony of three crashed landed on a planet during the spring of 5499 in a temperate forest. The Survivors: Velasquez, Tycho, and Loser woke from their dropods with only these few items
20 Medikits
Packaged Survival Meals
A Pistol
A Survival Rifle
A Steel Shiv
Colonists
Skills
Shoooting
Melee
Social
Animals
Medicine
Cooking
Construction
Growing
Mining
Artistic
Crafting
Research
Velasquez
9
3
2
7
2
3
6
8
3
8
3
0
Loser
7
11
5
11
4
2
5
2
1
3
6
2
Tycho
2
4
11
3
7
7
2
4
4
2
8
4
They had to move fast if they plan on surviving. They hurry to build 3 beds and a campfire inside of a ruined building. Loser, my hunter, took the survivor rifle and went hunting while Velasquez, my farmer, set to tilling land for potatoes. Tycho, my medic, set forth to mine and bring back steel and building supplies. Night quickly came and the three colonists sat around the campfire munching on simple meals Loser cooked up.
Three years pasted and the survivor colony of three grew to a strong society of ten. Several raids on my colony has come and gone with the automated turrets and colonists defending themselves against pirates and hostile tribes. Success in research made my colony grow in size and safety but nothing could have prevented what came next.
From one of the old mines Tycho dug in, an infestation of hostile bugs made their home. This became an issue as it grew in size right in the center of the forest. There were several attempts where Loser rallied the colony to attack the hive but each attack did minimal damage and caused only missing limbs and downed colonists. Rescue attempts were staged to bring back to wounded. From there on, the hive became ignored and avoided.
One day the largest raid in the colonists’ history arrived. They marched with assault rifles, shotguns, grenades, and advanced weaponry across the forest towards the colonists’ safe haven. Loser gathered all the colonists who could fight behind sandbags and barriers and prepared for the assault. However, the raiding party ran into the hive that was left unchecked. Loser and Tycho watched in horror and appreciation as the large bug hive ripped into the raiders. Their screams could be heard across the forest as they fell victim to the bugs.
The next day the colonists snuck by the hive to collect any weapons and the food the dead raiders had. With new weapons and a growing need to eradicate the now huge infestation, Velasquez gathered the colony, extra Molotov cocktails, turrets and artillery and marched on the hive. The battle was brutal, lives were lost on each side but the hive had numbers and overwhelmed the colony.
Feckles, the incendiary specialist, was the first to die after failing to run back from setting the hive on fire. The artillery piece was overwhelmed and Serrano and Wanda both died to the bugs. Velasquez, Seraph, Finn, and Lemur stood their ground but also fell. Velasquez did not make it. Tycho, overcome with grief threw down his gun and wandered into the hive not to be seen again. Loser, the last survivor, took the last of the Molotov’s and ran into the hive to avenge her fallen comrades.


Docker Images tracking the stable Galaxy releases
Table of content
| Name | Description |
|---|---|
ENABLE_TTS_INSTALL |
Enables the Test Tool Shed during container startup. This change is not persistent. (ENABLE_TTS_INSTALL=True ) |
GALAXY_LOGGING |
Enables for verbose logging at Docker stdout. (GALAXY_LOGGING=full ) |
BARE |
Disables all default Galaxy tools. (BARE=True ) |
NONUSE |
Disable services during container startup. (NONUSE=nodejs,proftp,reports,slurmd,slurmctld ) |
UWSGI_PROCESSES |
Set the number of uwsgi processes (`UWSGI_PROCESSES=2) |
UWSGI_THREADS |
Set the number of uwsgi threads (UWSGI_THREADS=4 ) |
GALAXY_DOCKER_ENABLED |
Enable Galaxy to use Docker containers if annotated in tools (GALAXY_DOCKER_ENABLED=False ) |
GALAXY_DOCKER_VOLUMES |
Specify volumes that should be mounted into tool containers (GALAXY_DOCKER_VOLUMES="" ) |
GALAXY_HANDLER_NUMPROCS |
Set the number of Galaxy handler (GALAXY_HANDLER_NUMPROCS=2 ) |


Weathermaster:
Main Menu
Welcome to the Research Laboratory.
[Quest _120_PavelsResearch 32043-16.htm|Manage working Golems]
[Quest _120_PavelsResearch 32043-18.htm|Manage output]
[Quest _120_PavelsResearch 32043-23.htm|Manage guard system]
[Quest _120_PavelsResearch 32043-25.htm|Manage password]


About me
My Work
Latest Work
Contact Me
Welcome to my Portfolio
Email Me
Latest Work
Web Work
Email Campaigns
Graphic Work


Advanced Petrochemical proposes SAR 0.65/shr dividends
ADVANCED
2330 -0.73% 47.65 -0.35
Riyadh – Mubasher: The board of Advanced Petrochemical Company has recommended the distribution of cash dividends to shareholders for the fourth quarter (Q4) of 2019 at SAR 0.65 per share, equivalent to 6.5% of the share’s par value.
During a meeting held on 8 December, the board reviewed the company’s financial and operational performance and passed his recommendation for cash dividends to the company’s general assembly.
The total amount of the proposed dividends stands at SAR 140.7 million, distributed over roughly 216.5 million shares, according to the company’s statement to the Saudi Stock Exchange (Tadawul).
The eligibility of dividends will be to shareholders registered in the register of the Securities Depository Center at the end of the second trading day following the date of general assembly meeting which will be determined after the approval of regulatory authorities, the statement noted.
This is set to bring the total cash dividends for 2019 to SAR 556.9 million, equivalent to SAR 2.7 per share or 27% of the share’s face value.
Source: Mubasher Source: {{details.article.source}}


High quality website
Far too long
Serves 1
P6M
Ingredients:
1 Borded developer
,
2 much free time
,
1 decent web server (github pages will do)
,
1 swish domain
,
1 DNS service (I recomend cloudflare)
500 better things to do
1 tomato
Rated
-5
/5 based on
5
customer reviews
Edazpotato
I make videos, websites, and other random things
Design "borrowed" from
Ravy
.


RATS (Regression Analysis of Time Series) is a general-purpose econometric and time series analysis package. Stat/Transfer can read and write RATS Version 7-8 files.
Standard extensions: rat
Reading RATS Files
Unlike the rectangular file format of many of the programs supported by Stat/Transfer, RATS stores data in separate time-series of data, each of which can have differing start dates, frequencies and numbers of observations. Stat/Transfer makes these potentially very irregular data suitable for analysis in other software.
First, every series is examined to determine which has the earliest start date. The first observation in that series will determine the earliest row in the output dataset. If all series have the same frequency, the data will be output with missing values substituted for missing values in series, if necessary, and a new date variable will be constructed to tag each row of the file. If the series differ in frequencies, the most frequent series will determine the frequency of the output and less frequent series will have their data values duplicated, as necessary, to construct an output row.
Writing RATS Files
RATS supports only numeric types. Therefore, when one transfers data to a RATS output file, all non-numeric variables (strings, dates, date/times and times) will be ignored. Stat/Transfer will create an output file with the number of time series variables equal to the number of numeric variables in the input file.
On output, by default, Stat/Transfer will look for the first date variable in the file (typically there will be only one). Using that variable, it will determine the start date for each of the other series in the file. It will also use that variable to autosense the frequency of the data. In order for this to work, the data must be in ascending sorted order and the date variable must contain dates that can be described by the one of the supported frequencies: daily, weekly, monthly, quarterly, or annual. Stat/Transfer will use the date from the first row and apply an autosensed or requested frequency.
In autosensing frequencies, Stat/Transfer is necessarily fairly rigid and will require that, for instance, annual data must start in January, monthly data begin on the first date of the month, weekly data occur at seven-day intervals and so on.
If the default options are not suitable you can change Stat/Transfer's behavior by setting the options in the RATS section on the Options tab.
If your data occur with a specifiable frequency, but are less than completely regular, you can turn off autosensing and specify a daily, weekly, monthly or annual frequency.
If you have more than one date variable and want to specify a specific one for use in determining the start date and, if needed, frequency, you can select a specific variable from a list. You can select a specific frequency even if you use a date variable to determine the start date.
Finally, if your file does not have a date variable in it at all, you can specify the start date and frequency. In this case, a specific frequency must be specified.
Missing Values
Missing values are supported.
Output Variable Types
The output variable type that results from each target variable type is given in the following table:
|
Target Type |
Output Type |
|
|
byte int long float double |
RATS double precision number |
|
|
date date/time time |
Not supported as series (see text) |


{% extends "layout.html" %}
{% block content %}
{% filter textile %}
h2. The Popcorn API
Warning!
The API is currently unstable and may change
without prior notice. If you're looking to use Popcorn data in your
own project and you have any special requirements
please contact us.
h3. Making new package submissions
Popcorn provides one API function for receiving submissions from users. This is available at the root (@'/'@) of the Popcorn website and accepts only HTTP POST requests. Gzip archived (@Content-Encoding: gzip@) requests are also accepted.
The format of a submission is plaintext and contains general information about the system as well as information about each package installed on that system. The popcorn client is a python package which currently fills this role for rpm-based distros.
h3. JSON API
Aside from the submission receiving API function, all other API requests are HTTP GET requests which return JSON documents. You need to explicitly specify that you want a JSON document in your request's headers. e.g.
pre. $ curl --header "Accept: application/json" http://popcorn.opensuse.org/distro/openSUSE_12.1
pre. {
"distro": {
"submissions": [
{
"sub_id": 2,
"sub_date": "2012-08-01",
"distro_version": "12.1",
"popcorn_version": "0.1",
"distro_name": "openSUSE",
"arch": "i686"
},
{
"sub_id": 3,
"sub_date": "2012-09-18",
"distro_version": "12.1",
"popcorn_version": "0.1",
"distro_name": "openSUSE",
"arch": "i686"
}
],
"distro_name": "openSUSE",
"distro_version": "12.1"
}
h3. Errors
Errors set the proper HTTP code and return a message stored in the @error@ field:
pre. $ curl -i --header "Accept: application/json" http://popcorn.opensuse.org/NotFound
pre..
HTTP/1.0 404 NOT FOUND
Content-Type: application/json
Content-Length: 53
Server: Werkzeug/0.8.3 Python/2.7.3
Date: Fri, 21 Sep 2012 13:17:23 GMT
{
"error": "Not Found"
}
{% endfilter %}
{% endblock %}


gropath = path to gromacs binaries grosuff = suffix of gromacs binaries, usually ‘’ or ‘_d’
Enter search terms or a module, class or function name.


Download button mixin
flask_download_btn.DownloadBtnMixin
class flask_download_btn.DownloadBtnMixin(btn_template=None, progress_template=None, **kwargs) [source]
Subclass the DownloadnBtnMixin
to create download button models.
Download buttons are responsible for:
- Rendering a download button, progress bar, and download script.
- Web form handling (optional).
- File creation (optional).
| Parameters: | btn_template : str or None, default=None
Name of the download button html template. If
Name of the progress bar html template. If You can set the download button's attribtues by passing them as keyword arguments. |
|---|---|
| Attributes: | btn : sqlalchemy_mutablesoup.MutableSoup
Download button html soup. btn_tag : bs4.TagDownload button tag. btn_text : str, default='Download'Text of the download button. cache : str, default='no-store'Cache response directive. See https://developer.mozilla.org/en-US/docs/Web/HTTP/Headers/Cache-Control. callback : str or None, default=None
Name of the callback view function. If this is not List of downloads. Items of this list may be URLs (str) or (URL, file_name) tuples (str, str). download_msg : str, default=''Message which will be briefly displayed after the download has completed. downloaded : bool, default=FalseIndicates that the file(s) associated with this button has been downloaded. form_id : str or None, default=None
ID of the form processed by the download button. If you are not processing a form, or there is only one form on the page, leave this as Progress bar html soup. progress_bar : bs4.TagProgress bar tag. progress_text : bs4.TagProgress bar text tag. |
| Function attributes: | handle_form_functions : list, default=[]
|
Methods
get_id(self, sfx) [source]
Get the CSS id associated with download button attributes.
| Parameters: | sfx : str
Suffix of the CSS id. |
|---|---|
| Suffix values: | btn : download button tag
csrf : key for CSRF token lookup in session progress : progress bar <div> container
progress-bar : progress bar tag progress-txt : progress bar text
|
| Returns: | id : str
Of the form 'self.model_id-sfx'. |
render_progress(self) [source]
Render the progress bar inside a container which sets the progress bar display style to none. The contents of the container may be updated with progress reports during file creation.
| Returns: | progress : flask.Markup
Rendered progress bar wrapped in a display none container. Insert this into a |
|---|
script(self) [source]
Render the download button script.
The script will call routes for form handling, file creation, and download. Authentication for these routes requires a CSRF token. This method creates a unique token and stores it in the session.
| Returns: | script : flask.Markup
Rendered download button javascript. Insert this into a |
|---|
clear_csrf(self) [source]
Clear CSRF token from session. Call this method to revoke client permission to download the file.
| Returns: | CSRF token : str or None
|
|---|
reset(self, stage='', pct_complete=None) [source]
Resets the progress bar by replacing its html. You will typically want to reset the progress bar at the start of a new stage.
| Parameters: | stage : str, default=''
Stage of file creation. e.g. 'Compiling file 0'. pct_complete : float or None, default=None
Percent of the stage complete. If |
|---|---|
| Returns: | reset event : str
Server sent event to reset the progress bar. |
report(self, stage='', pct_complete=None) [source]
Reports file creation progress by updating the progress bar html.
| Parameters: | stage : str, default=''
Stage of file creation. e.g. 'Compiling file 0'. pct_complete : float or None, default=None
Percent of the stage complete. If |
|---|---|
| Returns: | report event : str
Server sent event to update the progress bar. |
transition_speed(self, speed) [source]
Set the transition speed for the progress bar.
| Parameters: | speed : str
Number of seconds for the transiton, e.g. '.5s' |
|---|---|
| Returns: | transition speed event : str
Server sent event to update the transition speed. |


git clone https://github.com/sstephenson/rbenv.git ~/.rbenv
git clone https://github.com/sstephenson/ruby-build.git ~/.rbenv/plugins/ruby-build
echo 'export PATH="$HOME/.rbenv/bin:$PATH"' >> ~/.bash_profile
echo 'eval "$(rbenv init -)"' >> ~/.bash_profile
These are generic instructions; there may be rbenv packages available for your OS.
See: Installation
| Command | Description |
|---|---|
rbenv install -l |
List all available versions |
| — | — |
rbenv install 2.2.1 |
Install Ruby 2.2.1 |
rbenv uninstall 2.2.1 |
Uninstall Ruby 2.2.1 |
| — | — |
rbenv versions |
See installed versions |
rbenv version |
See current version |
| — | — |
rbenv which <NAME> |
Display path to executable |
rbenv rehash |
Re-write binstubs |
{: .-three-column}
| Command | Description |
|---|---|
rbenv local 2.2.2 |
Use Ruby 2.2.2 in project |
rbenv local --unset |
Undo above |
Application-specific version numbers are stored in .ruby-version
.
| Command | Description |
|---|---|
rbenv global 2.2.2 |
Use Ruby 2.2.2 globally |
rbenv global --unset |
Undo above |
Global version numbers are stored in ~/.rbenv/version
.
| Command | Description |
|---|---|
rbenv shell 2.2.2 |
Use Ruby 2.2.2 in shell |
rbenv shell --unset |
Undo above |
Shell-local version numbers are stored as environment variables.


Page column filters only work on Web Part Pages that are stored inside a Document Library. Their filter value is always dynamically derived from the value of any specified Document Library Column associated with the Web Part Page. The page column filter is internally a specialized type of List lookup filter that is pre-configured to always use the Document Library containing the current Web Part Page, and therefore shares some of the settings and capabilities of List lookup filters.


--- layout: post title: "morning lyrics" comments: true ---
We crossed the line, who pushed who over? It doesn't matter to you, it matters to me. We're cut adrift, but still floating. I'm only hanging on to watch you go down, my love.


Already registered? Sign In
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Ansible os-hardening role released
After two months of development the Hardening Framework team is glad to announce that we created our second Ansible role: ansible-os-hardening. This role hardens a Linux operating system according to best practices and implements the same guidelines as our successful Chef and Puppet implementations.
In these two months Sebastian Gumprich implemented with the help of Christoph Hartmann and Dominik Richter the following changes:
- Implement os-hardening to meet our tests
- Enable GPG-checking on all yum-repository files #5
- Disable system accounts #6
- Module-loading configuration #22
- Travis support #17
As always, this role supports Debian- and Enterprise Linux-based operating systems.
You can find the role on Github and on Ansible Galaxy.
Found a problem? Want to help? Open up a issue or pull request or join our Gitter Chatroom to chat directly with us!
Next on? MySQL hardening! Be sure to follow us on Twitter for the latest updates.


Go to the source code of this file.
Classes | |
| struct | gft::Heap::_heap |
Namespaces | |
| gft | |
| Base namespace for common definitions and prototypes. | |
| gft::Heap | |
Macros | |
| #define | HEAP_DAD(i) ((i - 1) / 2) |
| #define | HEAP_LEFTSON(i) (2 * i + 1) |
| #define | HEAP_RIGHTSON(i) (2 * i + 2) |
Typedefs | |
| typedef struct gft::Heap::_heap | gft::Heap::Heap |
Functions | |
| void | gft::Heap::SetRemovalPolicy (Heap *H, char policy) |
| char | gft::Heap::IsFull (Heap *H) |
| char | gft::Heap::IsEmpty (Heap *H) |
| Heap * | gft::Heap::Create (int n, float *cost) |
| void | gft::Heap::Destroy (Heap **H) |
| char | gft::Heap::Insert (Heap *H, int pixel) |
| char | gft::Heap::Remove (Heap *H, int *pixel) |
| void | gft::Heap::Update (Heap *H, int p, float value) |
| void | gft::Heap::GoUp (Heap *H, int i) |
| void | gft::Heap::GoDown (Heap *H, int i) |
| void | gft::Heap::Reset (Heap *H) |
| #define HEAP_DAD | ( | i | ) | ((i - 1) / 2) |
| #define HEAP_LEFTSON | ( | i | ) | (2 * i + 1) |
| #define HEAP_RIGHTSON | ( | i | ) | (2 * i + 2) |


You decide to at least draw some eyebrows on today to look a little bit more "normal" than you would otherwise. What kind of look are you going for with your brows today?
Thicker/Bushier Thinner/Defined A nice inbetween


Conway's Game of Life
Left-click drag
- revive cell
Right-click drag
- kill cell
Middle-click
- pause/play simulation
Algorithm
White tiles are dead cells.
Black tiles are living cells.
Any live cell with fewer than two live neighbours dies, as if caused by under-population.
Any live cell with more than three live neighbours dies, as if by overcrowding.
Any live cell with two or three live neighbours lives on to the next generation.
Any dead cell with exactly three live neighbours becomes a live cell, as if by reproduction.


T R A S H C H A N N E L
Come on and Mash, and welcome to the Trash
OM Previews:-
NEW!! Partners in Crime: Doubles-based metagame where both active ally Pokémon share abilities and moves. (Revamped by Hisuan Zoroark!)
Category Swap: All damaging moves have the opposite category. (Thanks to Hisuan Zoroark!)
TrashChannel Original Programming:-
NEW!! Super Smogtour Bros by Hisuan Zoroark and z0mog: Battle with a random team of Pokémon created by prominent tournament players!
Ultimate Mix and Meta - EveryOM is here! Bring together your dream team of Pokémon from over 20 different OMs!
Live and Learn - Pokémon can learn each other's moves and abilities when they are activated.
Bitch and Beggar - Pokémon can 'Beggar-Evolve' using low (<=300) BST Pokémon as Stones.
[Gen MIXT] STAB n Mega: Primal Orbs and Dragon Ascent Mega Evos return, along with new Rusted Shield/Sword and Astral Barrage/Glacial Lance-triggered Evos!
/stone rustedsword,genmixt
/mnm gengar@astralbarrage,genmixt
We are testing autogenerating mashup formats from Operation Tour Code data!
Added tour commands:-
350 Cup Rule - Adds 350 Cup rules to battles
Camomons Rule - Adds Camomons rules to battles
Reversed Rule - Adds Reversed rules to battles
Tier Shift Rule - Adds Tier Shift rules to battles
Averagemons Rule - Adds Averagemons rules to battles
Pokebilities Rule - Adds Pokebilities rules to battles
Shared Power Rule - Adds Shared Power rules to battles
Suicide Cup Standard Package - Suicide Cup win condition and validation
Added chat commands:-
/350ts - /350 + /ts
/mnmts - /mnm + /ts
/bnb - See the effects of a Beggar Evolution. E.g. /bnb rapidash-galar @ applin
Mirror Universe Mashups:-
Suicide Cup: Random Battle - Play Suicide Cup with randomly-generated viable sets


A jQuery based plugin example for drawing, e-signing and exporting
Select from various color or add your color
Draw anything within drawing pane
It also can be used as e-signature for your online apps
Export your drawnings into PNG image
It is mobile friendly, so you can use it on your tablet or smartphone
Supported by all modern browser


|
CCfits
2.4
|
It is also possible to apply extended file name syntax (as described in chapter 10 of the cfitsio manual) when reading data. The function below shows a typical example using the basic CCfits::FITS constructor.
The extended syntax is entered as part of the file name string. In this case it specifies an HDU and a row selection criterion dependent upon the values in the column named "Density." Any read operations performed on this HDU will only see rows which meet the "Density > 5.2" condition. Also the current header position in the file is automatically placed at the specified HDU upon construction of the FITS object.
Extended file name syntax can also be used with the FITS constructors which take specific HDU names or indices as arguments. However if the extended syntax specifies an HDU, that HDU must also be among those specified as a FITS constructor argument, otherwise a CCfits::FITS::OperationNotSupported exception is thrown. For example:
FITS fits(new FITS("myFile.fit[HDU_A]",Read,string("HDU_A"))); // OK FITS fits(new FITS("myFile.fit[HDU_B]",Read,string("HDU_A"))); // Error
(Note - The extended file name feature which allows the opening of a particular image located in the row of a table remains unsupported in CCfits.)
int readExtendedSyntax() { // Current extension will be set to PLANETS_ASCII after construction: std::auto_ptr<FITS> pInfile(new FITS("btestfil.fit[PLANETS_ASCII][Density > 5.2]")); std::cout << "\nCurrent extension: " << pInfile->currentExtensionName() << std::endl; Column& col = pInfile->currentExtension().column("Density"); std::vector<double> densities; // nRows should only include rows with density column vals > 5.2. const int nRows = col.rows(); col.read(densities, 1, nRows); for (int i=0; i<nRows; ++i) std::cout << densities[i] << " "; std::cout << std::endl; return 0; }


Delta Environmental Consulting
Quality, Safety and Environment Policy
26 February 2003
Delta Environmental Consulting is a family company with a policy of achieving sustained, profitable growth by providing services which consistently satisfy the needs and expectations of our customers, while always working in a manner that is safe for our staff and beneficial to the environment.
To achieve the highest level of quality in our service offerings, undertaken safely while maintaining best practice environmental procedures, we shall adopt a system of procedures that demonstate Delta's competence and commitment to existing customers, potential customers, and independent auditing authorities.
Achievement of this policy involves all Delta people (including contractors), who are individually responsible for the quality of their work, resulting in a continually improving working environment for all. This policy is provided and explained to each member of the Delta team by the senior consultant.
To achieve and maintain the required level of assurance the senior consultant retains responsibility for the Management System and its routine operation.
The objectives of the Management System are:
a) To maintain an effective Management System complying with Q-Base and incorporating elements of ISO9001 (Quality Systems) and ISO14000 (Environmental Management Systems).
b) To achieve and maintain a level of quality which enhances our reputation with customers, by endeavouring at all times to maximize customer satisfaction with the services provided by Delta Environmental Consulting.
c) To ensure compliance with relevant statutory environmental and safety requirements and work in a manner that allows us to meet our general environmental duty.
d) To demonstrate a high standard of ethics in all our dealings.
e) To undertake an environmental improvement plan that demonstrates BATEA.
f) To assist our clients in their progress towards environmental sustainability in all spheres of industry.
Peri Coleman - Senior Consultant
Return to Management System Contents Page


I handle requests for an OpenID server.
Some types of requests (those which are not checkid requests) may be handed to my handleRequest method, and I will take care of it and return a response.
For your convenience, I also provide an interface to Auth_OpenID_Decoder::decode() and Auth_OpenID_SigningEncoder::encode() through my methods decodeRequest and encodeResponse.
All my state is encapsulated in an Auth_OpenID_OpenIDStore.
Example:
$oserver = new Auth_OpenID_Server(Auth_OpenID_FileStore($data_path), "http://example.com/op"); $request = $oserver->decodeRequest(); if (in_array($request->mode, array('checkid_immediate', 'checkid_setup'))) { if ($app->isAuthorized($request->identity, $request->trust_root)) { $response = $request->answer(true); } else if ($request->immediate) { $response = $request->answer(false); } else { $app->showDecidePage($request); return; } } else { $response = $oserver->handleRequest($request); } $webresponse = $oserver->encode($response);
Located in /Auth/OpenID/Server.php (line 1673)
Decodes a query args array into the appropriate Auth_OpenID_Request object.
Encodes as response in the appropriate format suitable for sending to the user agent.
Handle a request. Given an Auth_OpenID_Request object, call the appropriate Auth_OpenID_Server method to process the request and generate a response.
The callback for 'associate' messages.
The callback for 'check_authentication' messages.
Documentation generated on Tue, 21 Apr 2009 11:31:32 -0700 by phpDocumentor 1.3.2


Match Play – Double Match Point. How should Red play 42?
pips Red=118 White=199
(CorrectAnswer= 0/0, ErrorScore= 0)
The correct play is the same at DMP as for money – essentially because the approach doesn't change.
If White enters on Red's 2-pt Red will hit to make sure White doesn't get a well-timed back game. So Red needs to bring builders in range of the 2-pt. He also wants to think about dismantling his mid-point as looking ahead that will be the most difficult point to clear. The checker on White's 5-pt is in no danger and can be cleared later.
The obvious plays are 13/9, 8/6 and 13/11, 13/9. There is no real need to give White a great double four and the 8-pt may yet prove useful. Therefore the correct play is 13/11, 13/9. All other plays are at least errors.
I was White in this position. My opponent woodenly played 20/14 and later lost the game when he couldn't clear his mid-point safely.
If White enters on Red's 2-pt Red will hit to make sure White doesn't get a well-timed back game. So Red needs to bring builders in range of the 2-pt. He also wants to think about dismantling his mid-point as looking ahead that will be the most difficult point to clear. The checker on White's 5-pt is in no danger and can be cleared later.
The obvious plays are 13/9, 8/6 and 13/11, 13/9. There is no real need to give White a great double four and the 8-pt may yet prove useful. Therefore the correct play is 13/11, 13/9. All other plays are at least errors.
I was White in this position. My opponent woodenly played 20/14 and later lost the game when he couldn't clear his mid-point safely.
Cube analysis 2-ply cubeless equity +1.051 (Money: +0.962) 0.747 0.526 0.006 - 0.253 0.062 0.003 Cubeful equities: 1. No double +1.041 2. Double, take +1.498 (+0.458) 3. Double, pass +1.000 (-0.041) Proper cube action: Too good to double, pass (8.1%)


Proposals
CSS Specification Conventions
This document defines the notational conventions that are used in CSS specifications.


WITNESS LIST Agriculture & Livestock Committee March 29, 1999-8:00A HB 672 For: Prewett, Ray (Self and Texas Citrus Mutual) Against: Byfield, Dan (American Land Foundation) Joiner, Gary (Texas Farm Bureau) On: Combs, Susan (Texas Dept. of Agriculture) HB 2107 For: Fisher, Mike (Self and Texas Rural Fire Advisory Council) HB 2205 For: Fisher, Jon (Texas Ag. Industries Assn.) Joiner, Gary (Texas Farm Bureau) Mankoff, Richard (Self) Ryan, Phil (Self) On: Eeds, Walter (Texas Dept. of Public Safety) HB 2407 For: Combs, Susan (Texas Dept. of Agriculture) Tucker, Durwood (Texas Farm Bureau) Walzel, Jerry (Texas Produce Association) White, Byron (Self) HB 2470 For: Copeland, Chris (Texas Veterinary Medical Assoc.) Reeder, Deborah (Texas Assoc. of Registered Veterinary Technicians) Thornton, Renee (Self and Texas Assoc. of Registered Vet. Technicians) Against: Douglas, Wanda (Texas Nurses Assoc.) Willmann, James (Texas Nurses Assoc.) On: Allen, Ron (Texas State Board of Veterinary Medical Examiners) HB 2599 For: Brannen, Herschel (Self) Hufford, Ron (Texas Forest Assoc.) Powers, Bill (Texas Farm Bureau) On: Combs, Susan (Texas Dept. of Agriculture) Maxwell, Lexi (Self) Young, Bobby (Texas Forest Service) HB 2631 For: Combs, Susan (Texas Dept. of Agriculture) On: Butler, Jim (Texas A&M System Agriculture Program) HB 2719 For: Combs, Susan (Texas Dept. of Agriculture) Prewett, Ray (Self and Texas Citrus Mutual & Texas Vegetable Assoc.) Smith, Ron (Self) Tucker, Durwood (Texas Farm Bureau) Walzel, Jerry (Texas Produce Assoc.) HB 3050 For: Combs, Susan (Texas Dept. of Agriculture) Dupont, Ed (Self and Frost National Bank) Ekstrom, James (Self) Filipowicz, Stephen (Self) Joiner, Gary (Texas Farm Bureau) Jupe, Dennis (Self) Montgomery, Monty (Development Corp. of Haskell, Inc.) Nedbalek, Troy (Self) Neely, Karen (Texas Independent Bankers Assn. of Texas) Vorwerk, Stephen (Self) On: Butler, Jim (Texas A&M System Agriculture Program) Fondren, Tommy (Self) Stinnett, Jane Anne (Texas Agriculture Finance Authority) HB 3417 For: Montgomery, Monty (Development Corporation of Haskell, Inc.) Pinkus, David (Small Business United of Texas) On: Butler, Jim (Texas A&M System Agriculture Program) Cox, Robert (Texas Dept. of Economic Development) George, Mitchell (Texas Dept. of Economic Development) Ray, Steve (Texas Dept. of Economic Development) Walker, Kevin (Self)


--- layout: index ---
Hi, I'm Srdja. I'm a software developer, musician and a painter. If you wish to get in touch, you can send me a message at<EMAIL_ADDRESS>I have a Github page too.


What is a feature?
In machine learning and pattern recognition, a feature is an individual measurable property or characteristic of a phenomenon being observed.
Choosing informative, discriminating and independent features is a crucial step for effective algorithms in pattern recognition, classification and regression.
Features are usually numeric, but structural features such as strings and graphs are used in syntactic pattern recognition.
The concept of feature is related to that of explanatory variable used in statistical techniques such as linear regression.


Represent a cubemap rendering target, of any size, format and type, backed by an OpenGL framebuffer composed of six layers.
More...
#include <FramebufferCube.hpp>
Represent a cubemap rendering target, of any size, format and type, backed by an OpenGL framebuffer composed of six layers.
- See also
- GPU::Vert::Object_layer, GPU::Geom::Object_layer
◆ CubeMode
How the cubemap framebuffer should be used. This determines the shape of the depth buffer.
| Enumerator |
|---|
| COMBINED | Render to the 6 cube faces at the same time.
|
| SLICED | Render to each layer separately.
|
◆ FramebufferCube() [1/3]
| FramebufferCube::FramebufferCube |
( |
unsigned int |
side, |
|
|
const Descriptor & |
descriptor, |
|
|
CubeMode |
mode, |
|
|
bool |
depthBuffer |
|
) |
| |
Setup the framebuffer (attachments, renderbuffer, depth buffer, textures IDs,...)
- Parameters
-
| side | the width and height of each face of the framebuffer |
| descriptor | contains the precise format and filtering to use |
| mode | will the framebuffer be used for layered rendering or for per-face rendering |
| depthBuffer | should the framebuffer contain a depth buffer to properly handle 3D geometry |
◆ FramebufferCube() [2/3]
Copy constructor (disabled).
◆ FramebufferCube() [3/3]
Move constructor (disabled).
◆ bind() [1/2]
| void FramebufferCube::bind |
( |
| ) |
const |
Bind the framebuffer as a whole.
◆ bind() [2/2]
| void FramebufferCube::bind |
( |
size_t |
slice | ) |
const |
Bind a specific layer of the framebuffer.
- Parameters
-
◆ clean()
| void FramebufferCube::clean |
( |
| ) |
|
Clean internal resources.
◆ operator=() [1/2]
Copy assignment operator (disabled).
- Returns
- a reference to the object assigned to
◆ operator=() [2/2]
Move assignment operator (disabled).
- Returns
- a reference to the object assigned to
◆ resize()
| void FramebufferCube::resize |
( |
unsigned int |
side | ) |
|
Resize the framebuffer to new dimensions.
- Parameters
-
| side | the new width and height for each face |
◆ setViewport()
| void FramebufferCube::setViewport |
( |
| ) |
const |
Set the viewport to the size of the framebuffer.
◆ side()
| unsigned int FramebufferCube::side |
( |
| ) |
const |
|
inline |
Query the framebuffer side size.
- Returns
- the width/height of each face
◆ textureId()
| const Texture* FramebufferCube::textureId |
( |
| ) |
const |
|
inline |
Query the cubemap texture backing the framebuffer.
- Returns
- the texture
◆ unbind()
| void FramebufferCube::unbind |
( |
| ) |
const |
Unbind the framebuffer.
- Note
- Technically bind the window backbuffer.
The documentation for this class was generated from the following files:


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Robocon 2015
Project Description
The THEME for ROBOCON 2015 is "ROBOMINTON". "The Objective" The motive of this contest theme is badminton's doubles game. The highlight of this game is how the two robots hit and hit back shuttle by collaborating each other. The longer the rally continues the more exciting the game becomes. The robot with unique way of hitting shuttle can be entertaining. The audience will be enthralled if the robot made an eye-opening jumping smash. We are looking forward to witnessing exciting matches of unique robots built by the young budding engineers in Pune, INDIA.
THE TEAM
Mechanical
- Abhinav Dahiya
- Piyush Gupta
- Prakhar Agrawal
- Krishna
- Bijon Guha
- Vamsi Krishna
- Animesh Mishra
- Pradeep Saini
Electronics
- Deepak Soni
- Akshit Budhiraja
- Manjul Manivesh
- Ashish Dwivedi
- Manan Gupta
- Sparsh
- Aman Malhotra
- Prasant Shekhar Singh
- Raj Hans Gupta
- Mohit Gupta
- Peyush Jain
- Shaktiman Dubey
Marketing
- Amit Raj Gandhi
- Amarthya
- Hari Eshwar
- Abdul Fatir


reStructuredText Block Structure¶
Read time: 2.2 minutes (224 words)
The specification document for reStructuredText was published by David Goodgear in 2003 as part of the docutils project. That document details the components of a reStructuredText file. This specification was extended somewhat by with the release of Python Sphinx. The changes were not major, and mostly in the form of new directives that allow a set of documents to be processed as a complete “document”.
PyLiT starts off looking at any reStructuredText document as a linear set of basic blocks. Most often, these blocks are separated from each other by blank lines, but the structure gets more complex as different types of elements are seen.
In this note, we will look at the specification, and the form of the top-most elements of a document file.
Text Lines¶
docutils processes a reStructuredText file line by line. Each line has zero or more white-space characters, followed by text, and ending with a newline marker.
Several elements depend on indentation, similar to that used in Python code, to identify additional blocks that need to be processed. A simple example is a literal block, where the line structure must be preserved, but each line is indented.
Using Antlr for Grammar Tests¶
At one point, I was thinking about building a formal grammar for reStructuredText and building a new parser for the language using python code generated by Antlr. However, that may be overkill for what i want to start with. still, using Antlr let’s us think through the top-level structure.


--- layout: apidoc title: Tile5 API Documentation ---
The View is the fundamental building block for tiling and
mapping interface. Which this class does not implement any of
the logic required for tiling, it does handle the redraw logic.
Applications implementing Tile5 maps will not need to be aware of
the implementation specifics of the View, but for those interested
in building extensions or customizations should definitely take a look.
Additionally, it is worth being familiar with the core methods that
are implemented here around the layering as these are used extensively
when creating overlays and the like for the map implementations.
var view = new T5.View(params);
container
(required)autoSize
id
captureHover
- whether or not hover events should be intercepted by the View. inertia
pannable
scalable
panAnimationEasing
panAnimationDuration
fps
- (int, default = 25) - the frame rate of the view, by default this is set to
25 frames per second but can be increased or decreased to compensate for device
performance. In reality though on slower devices, the framerate will scale back
automatically, but it can be prudent to set a lower framerate to leave some cpu for
other processes :)turbo
- (bool, default = false) - whether or not all possible performance optimizations
should be implemented. In this mode certain features such as transparent images in T5.ImageLayer
will not have these effects applied. Additionally, clipping is disabled and clearing the background
rectangle never happens. This is serious stuff folks.zoomEasing
- (easing, default = quad.out
) - The easing effect that should be used when
the user double taps the display to zoom in on the view.zoomDuration
- (int, default = 300) - If the zoomEasing
parameter is specified then
this is the duration for the tween.This event is fired when the view has been tapped (or the left mouse button has been pressed)
view.bind('tapHit', function(evt, elements, absXY, relXY, offsetXY) { });
As per the tapHit event, but triggered through a mouse-over event.
This event is fired when the view has been resized (either manually or automatically).
view.bind('resize', function(evt, width, height) { });
This event is fired once the view has gone into an idle state or every second (configurable).
view.bind('refresh', function(evt) { });
Triggered when drawing the view has been completed (who would have thought).
view.bind('drawComplete', function(evt, viewRect, tickCount) { });
Triggered when the zoom level of the view has changed. Given that Tile5 was primarily built to serve as a mapping platform zoom levels are critical to the design so a view has this functionality.
view.bind('zoomLevelChange', function(evt, zoomLevel) { });
Iterate through each of the ViewLayers and pass each to the callback function supplied.
Return the Dimensions of the View
Get the ViewLayer with the specified id, return null if not found
Return a T5.XY containing the current view offset
Return the current zoom level of the view, for views that do not support zooming, this will always return a value of 1
Set the bounds of the display to the specified area, if wrapX or wrapY parameters are set, then the bounds will be wrapped automatically.
Return a T5.XYRect for the last drawn view rect
Used to pan the view by the specified x and y. This is simply a wrapper to the
updateOffset function that adds the specified x and y to the current view offset.
Tweening effects can be applied by specifying values for the optional tweenFn
and
tweenDuration
arguments, and if a notification is required once the pan has completed
then a callback can be supplied as the final argument.
Either add or update the specified view layer
Manually trigger a refresh on the view. Child view layers will likely be listening for refresh
events and will do some of their recalculations when this is called.
Remove the T5.ViewLayer specified by the id
Perform a manual resize of the canvas associated with the view. If the
view was originally marked as autosize
this will override that instruction.
Scale the view to the specified targetScaling
(1 = normal, 2 = double-size and 0.5 = half-size).
This function is used to update the zoom level of the view. The zoom level
is checked to ensure that it falls within the minZoom
and maxZoom
values. Then
if the requested zoom level is different from the current the zoom level is updated
and a zoomLevelChange
event is triggered
This function is used to keep a T5.XY derivative x and y position in sync with it's real world location (if it has one). T5.GeoXY are a good example of this.
If the reverse
argument is specified and true, then the virtual world
coordinate will be updated to match the current x and y offsets.
Trigger an event on the view and all layers currently contained in the view
This function allows you to specified the absolute x and y offset that should
become the top-left corner of the view. As per the pan
function documentation, tween and
callback arguments can be supplied to animate the transition.


8 August 2006
Between 1 January and 4 August 2006, 242 laboratory-confirmed cases, including 20 deaths (case-fatality rate (CFR), 8.3%), were reported by the Ministry of Health (MoH) of Turkey. These figures correspond to 92 and 9 newly reported cases and deaths, respectively, since the last update, current as of 30 June 2006.
One of the newly reported fatal cases was a health care worker who acquired the infection while treating CCHF cases in Corum province.
For the full report, please see the web site of the WHO Regional Office for Europe.
For more information about Crimean-Congo haemorrhagic fever, please see the WHO Fact Sheet.


Countless number of .g files can be uploaded from your browsers.
Visualize your models in three dimensions and communicate more effectively.
Embed and share your models anywhere on social sites, blogs or others.
Fetch, download and use the 3D models for printing and more.


THE RAINMAKER
April 23-26, 1998 at the Arabian Theatre
Director - Lisa Thames
Assistant to the Director - Catherine Nowicki
Stage Manager - Debra Mozingo
THE CAST
H.C. Curry - L.H. Walker
Noah Curry - Tony Sanford
Jim Curry - Ben Casey
Lizzie Curry - Missy McCraw
File - George Jackson
Sheriff - Bo Asmar
Bill Starbuck - Dave Martindale


{% extends '500.html' %} {% block message %}
A module import error occurred during this request. Common causes include the following:
Missing required packages - This installation of NetBox might be missing one or more required
Python packages. These packages are listed in requirements.txt
and are normally installed as part
of the installation or upgrade process. To verify installed packages, run pip freeze
from the
console and compare the output to the list of required packages.
WSGI service not restarted after upgrade - If this installation has recently been upgraded, check that the WSGI service (e.g. gunicorn or uWSGI) has been restarted. This ensures that the new code is running.
{% endblock %}


Click on our pictures below to get to know us a little more. You might find something unexpected.
Thanks to our amazingly patient and knowledgeable teachers (and numerous TAs, especially Greg Korte who put up with us for 6 months):


Hotels, restaurants, cafes, bars, garden parties… you get the idea. Reggie can provide modest music which, like the soundtrack of a well-made film, will enhance the atmosphere and mood.
Receptions, breakfasts and post-functions. All kinds of packages are available to make your special day that bit more special. If you have a specific piece or pieces of music in mind do make a request!
If you’re interested in organising a recital, or perhaps featuring a guest artist as part of a concert, Reggie has tremendous experience at presenting and performing to audiences. He has a large repertoire of concert music he can tailor towards the event.
Reggie can provide up to five hours worth of live music. Generally every hour will include a 10 minute break which can be occupied with pre-recorded music.
If suitable Reggie can provide his own amplification. Reggie uses an RC3 Condenser mic with a 600i Yamaha PA System; this equipment can easily fill an open area with 100+ people, as well as comfortably occupying a more intimate setting. Condenser microphones are traditionally used with orchestras; Reggie chooses to use this type of mic as it allows his guitar to be amplified without any discrepancy in tone production, giving an unblemished end product.
Rates are subjective to the event you’re organising; feel free to get in touch with Reggie for an estimate or more information.
I find a great sense of fulfilment from teaching and working with people who have a positive attitude towards their own improvement. Having dedicated many years to guitar, and completing a masters in Music Performance, I believe I am fully qualified to pass on the knowledge I have learnt, and relearnt, about guitar and musicianship proficiently to aspiring players.
My mission statement is:
“As a teacher of guitar my job is to develop the abilities you need to realise what you would like to get out of music and guitar. Additionally I will introduce you to other ideas that I believe coincide with your interests for the benefit of your own development as a guitarist and a musician.”
I teach a variety of styles; generally what I advise my students is to first establish a proficient technique at guitar playing, then invest that technique into the kind of music that they’re interested in. I generate my own resources which means my students do not need to additionally purchase sheet music to learn from.
First sessions are free of charge; it will be mostly spent discussing what you want to get out of guitar and how I can help you to achieve that.
If you do not own a guitar I can happily supply you with one until you make the commitment.
My teaching rates are £12 per 30 minutes, £18 for 45 minutes and £24 for one hour.
I am DBS checked as of July 2015
Reggie Lawrence is a freelance performer and guitar teacher based in Hull. After five years of higher education, Reggie recently finished a masters in Music Performance at the University of Hull in addition to his undergraduate there.
Reggie was first introduced to the guitar when he was seven years old and has been submerged in the music world ever since. Outside of guitar Reggie plays the piano, theorbo and ukulele. His love of music does not stop at performing; he is an accomplished composer who has written music for the University of Hull, as well as the software development company Smashed Crab Studio.
Reggie has toured with several musicians including the guitarist Richard Silvester. Reggie belongs to the guitar trio Three Quarters with accomplished guitarists Matt Burton and Scott Williams. The trio perform nationally and are primarily interested in 21st century repertoire.
Reggie is also interested in editing music, of which the academic side of his masters was focused towards. Reggie uses his own editings in his music teaching which provide an accessible means for developing guitarists to interpret music.


{%load static %}
Scenario 4
The relationship between average sentiment and the average income of each surburb.
The relationship between average sentiment and the average income of each surburb
data is the key of development
If you have any problem or recommendation, please contact us by following email Address.
Thebestteam@unimelb.edu.au.