Introduction to Terraform
Your applications are code.
The configurations of your servers are now code.
So the next logical step is to have the creation of the machine resources for your application run as code too!
"Terraform provides a common configuration to launch infrastructure. ... Simple file based configuration gives you a single view of your entire infrastructure." Terraform is open source and watched over by creator Mitchell Hashimoto and the team at Hashicorp.
Official Intro to Terraform
Paper plates vs fine china
Think of the analogy of Paper plates vs fine china. The china is *nice*.
Alas the china is also an expensive alternative to the equally functional paper plate.
Your work wants you to be functional, not luxurious. To be functional you need to be fast and efficient. So deploy your app on to the commodity compute resource that is akin to a paper plate. And make your requests for paper plates efficient and repeatable with code!
Infrastructure as Code
This genre of tool goes by the name "Infrastructure as Code". A good tool in this space will have support for all aspects of your provider. We are not just able to request compute resources, but also requesting storage and networking configurations with code!
Aside from Terraform, there are other tools in this space you can research too.
- Scalr
- SparkleFormation
- AWS CloudFormation
- OpenStack Heat Templates
- Azure Resource Manager (ARM) templates
Terraform Providers
The reason I selecting Terraform over some of the providers above is because of the thorough support for the leading providers of API based resources - AKA Providers.
- AWS
- OpenStack
- Azure
- DNSimple
- PostgreSQL
- Docker
- Digital Ocean
- VMWare vCloud or vSphere
- many others
Extra Reading
Here are some articles from people who have put Terraform through the paces more than I have
- Two Weeks with Terraform by Charity Majors
- Orchestrating Docker with Terraform and Consul by Mitchell Hashimoto
- Terraforming workloads with Docker and Digital Ocean by Long Nguyen
Workout
We are going to complete the following actions
- Terraform is already installed on our VM. So we are all ready to dive in.
- Go in to the
/vagrant/terraform/tutum
directory on the VM. - Run the command
terraform
to verify Terraform is ready to use. - Review the
tutum-hello-world.tf
file that already exists. - What Provider is it using? What resources are being created?
- Check what will happen if Terraform ran this file with the
sudo terraform plan
command. We need tosudo
these commands because it will thensudo docker
all the Docker commands. - Now that we know what Terraform will do. Have Terraform do it by running the
sudo terraform apply
command. - The container will be up and serving out a Hello World page now on localhost:8088.
- Running Docker containers is often about quantity. So let's now run five of the
hello-world
container instead of three. Change thetutum-hello-world.tf
file to spin up five instances of our container. - Verify what is going to change by running
sudo terraform plan
again. - We can make the change happen with
sudo terraform apply
and verify it is running with thesudo terraform show
command. - We are done with this generic container. Time to destroy everything. Again, verify the work to do with
sudo terraform plan -destory
.


Docker Remote Debugging¶
To connect to python remote interpreter inside docker, you have to make sure first, that Pycharm is aware of your docker.
Go to Settings > Build, Execution, Deployment > Docker. If you are on linux, you can use docker directly using its socket unix:///var/run/docker.sock, if you are on Windows or Mac, make sure that you have docker-machine installed, then you can simply Import credentials from Docker Machine.
Configure Remote Python Interpreter¶
This repository comes with already prepared “Run/Debug Configurations” for docker.
But as you can see, at the beggining there is something wrong with them. They have red X on django icon, and they cannot be used, withot configuring remote python interpteter. To do that, you have to go to Settings > Build, Execution, Deployment first.
Next, you have to add new remote python interpreter, based on already tested deployment settings. Go to Settings > Project > Project Interpreter. Click on the cog icon, and click Add Remote.
Switch to Docker Compose and select dev.yml file from directory of your project, next set Service name to django
Because Pycharm restarts container every time you use Configuration Run, to not have server restarted during running tests, we defined second service in dev.yml file called pycharm. To use it, you have to add interpreter of second service as well.
The final result should be:
Having that, click OK. Close Settings panel, and wait few seconds...
After few seconds, all Run/Debug Configurations should be ready to use.
Things you can do with provided configuration:
- run and debug python code
- run and debug tests
- run and debug migrations or different django managment commands
- and many others..
Known issues¶
- Pycharm hangs on “Connecting to Debugger”
This might be fault of your firewall. Take a look on this ticket - https://youtrack.jetbrains.com/issue/PY-18913
- Modified files in .idea directory
Most of the files from .idea/ were added to .gitignore with a few exceptions, which were made, to provide “ready to go” configuration. After adding remote interpreter some of these files are altered by PyCharm:
In theory you can remove them from repository, but then, other people will lose a ability to initialize a project from provided configurations as you did. To get rid of this annoying state, you can run command:
$ git update-index --assume-unchanged ixbr_api.iml


init
Section: File Formats (5)Updated: 2011-01-12
Index Return to Main Contents
NAME
init - Upstart init daemon job configurationSYNOPSIS
/etc/init/DESCRIPTION
On startup, the Upstart init(8) daemon reads its job configuration from the /etc/init directory, and watches for future changes using inotify(7).To be considered by Upstart, files in this directory must have a recognized suffix and may also be present in sub-directories. There are two recognized suffixes:
- *
- Files ending in .conf are called configuration files, or simply "conf files" for short. These are the primary vehicle for specifying a job.
- *
- Files ending in .override are called override files. If an override file is present, the stanzas it contains take precedence over those equivalently named stanzas in the corresponding configuration file contents for a particular job. The main use for override files is to modify how a job will run without having to modify its configuration file directly. See the section Override File Handling below for further details. A job can thus be defined by either:
- [bu]
- A single configuration file.
- [bu]
-
A single configuration file and a single override file.
Unless explicitly stated otherwise, any reference to a jobs
configuration can refer both to a configuration file or an override
file.
Each configuration file defines the template for a single service (long-running process or daemon) or task (short-lived process).
Note that a configuration file is not itself a job: it is a description of an environmenta job could be run in. A job is the runtime embodiment of a configuration file.
The configuration file name as displayed by Upstart and associated tooling is taken from its relative path within the directory without the extension. For example a configuration file /etc/init/rc-sysinit.conf is named rc-sysinit, while a configuration file /etc/init/net/apache.conf is named net/apache. Since override files only modify the way a configuration file is interpreted, they are not named.
Configuration files are plain text and should not be executable.
Configuration File Format
Each line begins with a configuration stanza and continues until either the end of the line or a line containing a closing stanza. Line breaks within a stanza are permitted within single or double quotes, or if preceeded by a blackslash.If a stanza is duplicated, the last occurence will be used. Unrecognized stanzas will generate parse errors, which will stop a job from running.
Stanzas and their arguments are delimited by whitespace, which consists of one or more space or tab characters which are otherwise ignored unless placed within single or double quotes.
Comments begin with a `#' and continue until the end of the line. Blank lines and lines consisting only of whitespace or comments are ignored.
Process definition
The primary use of jobs is to define services or tasks to be run by the init(8) daemon. Each job may have one or more different processes run as part of its lifecycle, with the most common known as the main process.The main process is defined using either the exec or script stanzas, only one of which is permitted. These specify the executable or shell script that will be run when the job is considered to be running. Once this process terminates, the job stop.
All processes are run with the full job environment available as environment variables in their process.
- exec COMMAND [ ARG ]...
-
This stanza defines the process to be run as the name of an executable
on the filesystem, and zero or more arguments to be passed to it. Any
special characters, e.g. quotes or `$' specified will result in the
entire command being passed to a shell for expansion.
exec /usr/sbin/acpid -c $EVENTSDIR -s $SOCKET
- script ... end script
-
This stanza defines the process to be run as a shell script that will
be executed using
sh(1).
The
-e
shell option is always used, so any command that fails will terminate
the script.
The script stanza appears on its own on a line, the script is everything up until the first end script stanza appearing on its own on a line.
script dd bs=1 if=/proc/kmsg of=$KMSGSINK exec /sbin/klogd -P $KMSGSINK end script
There an additional four processes that may be run as part of the job's lifecycle. These are specified as the process name, followed by an exec or script stanza.
- pre-start exec|script...
- This process will be run after the job's starting(7) event has finished, but before the main process is run. It is typically used to prepare the environment, such as making necessary directories.
- post-start exec|script...
- This process will be run before the job's started(7) event is emitted, but after the main process has been spawned. It is typically used to send necessary commands to the main process, or to delay the started(7) event until the main process is ready to receive clients.
- pre-stop exec|script...
- This process is run if the job is stopped by an event listed in its stop on stanza or by the stop(8) command. It will be run before the job's stopping(7) event is emitted and before the main process is killed. It is typically used to send any necessary shutdown commands to the main process, and it may also call the start(8) command without arguments to cancel the stop.
- post-stop exec|script...
-
This process is run after the main process has been killed and before
the job's
stopped(7)
event is emitted. It is typically used to clean up the environment,
such as removing temporary directories.
All of these process, including the main process, are optional. Services without a main process will appear to be running until they are stopped, this is commonly used to define states such as runlevels. It's quite permissable to have no main process, but to have pre-start and post-stop processes for the state.
-
pre-start exec ifup -a post-stop exec ifdown -a
Event definition
Jobs can be manually started and stopped at any time by a system adminstrator using the. start(8) and stop(8) tools, however it is far more useful for jobs to be started and stopped automatically by the init(8) daemon when necessary.This is done by specifying which events should cause your job to be started, and which cause your process to be stopped again.
The set of possible events is limitless, however there are a number of standard events defined by the init(8) daemon and telinit(8) tools that you will want to use.
When first started, the init(8) daemon will emit the startup(7) event. This will activate jobs that implement System V compatibility and the runlevel(7) event. As jobs are started and stopped, the init(8) daemon will emit the starting(7), started(7), stopping(7) and stopped(7) events on their behalf.
- start on EVENT [[KEY=]VALUE]... [and|or...]
-
The
start on
stanza defines the set of events that will cause the job to be automatically
started. Each
EVENT
is given by its name. Multiple events are permitted using the
and
&
or
operators, and complex expressions may be performed with parentheses (within
which line breaks are permitted).
You may also match on the environment variables contained within the event by specifying the KEY and expected VALUE. If you know the order in which the variables are given to the event you may omit the KEY.
VALUE may contain wildcard matches and globs as permitted by fnmatch(3) and may expand the value of any variable defined with the env stanza.
Negation is permitted by using != between the KEY and VALUE.
start on started gdm or started kdm start on device-added SUBSYSTEM=tty DEVPATH=ttyS* start on net-device-added INTERFACE!=lo
- stop on EVENT [[KEY=]VALUE]... [and|or...]
-
The
stop on
stanza defines the set of events that will cause the job to be automatically
stopped. It has the same syntax as
start on.
VALUE may additionally expand the value of any variable that came from the job's start environment (either the event or the command that started it).
stop on stopping gdm or stopping kdm stop on device-removed DEVPATH=$DEVPATH
Job environment
Each job is run with the environment from the events or commands that started it. In addition, you may define defaults in the job which may be overridden later and specify which environment variables are exported into the events generated for the job.The special UPSTART_EVENTS environment variable contains the list of events that started the job, it will not be present if the job was started manually.
In addition, the pre-stop and post-stop scripts are run with the environment of the events or commands that stopped the job. THe UPSTART_STOP_EVENTS environment variable contains the list of events that stopped the job, it will not be present if the job was stopped manually.
All jobs also contain the UPSTART_JOB and UPSTART_INSTANCE environment variables, containing the name of the job and instance. These are mostly used by the initctl(8) utility to default to acting on the job the commands are called from.
- env KEY=VALUE
- Defines a default environment variable, the value of which may be overriden by the event or command that starts the job.
- export KEY
- Exports the value of an environment variable into the starting(7), started(7), stopping(7) and stopped(7) events for this job.
Services, tasks and respawning
Jobs are services by default. This means that the act of starting the job is considered to be finished when the job is running, and that even exiting with a zero exit status means the service will be respawned.
- task
-
This stanza may be used to specify that the job is a
task
instead. This means that the act of starting the job is not considered
to be finished until the job itself has been run and stopped again, but
that existing with a zero exit status means the task has completed
successfully and will not be respawned.
The start(8) command, and any starting(7) or stopping(7) events will block only until a service is running or until a task has finished.
- respawn
- A service or task with this stanza will be automatically started if it should stop abnormally. All reasons for a service stopping, except the stop(8) command itself, are considered abnormal. Tasks may exit with a zero exit status to prevent being respawned.
- respawn limit COUNT INTERVAL
-
Respawning is subject to a limit, if the job is respawned more than
COUNT
times in
INTERVAL
seconds, it will be considered to be having deeper problems and will
be stopped. Default COUNT is 10. Default INTERVAL is 5 seconds.
This only applies to automatic respawns and not the restart(8) command.
- normal exit STATUS|SIGNAL...
-
Additional exit statuses or even signals may be added, if the job
process terminates with any of these it will not be considered to have
failed and will not be respawned.
normal exit 0 1 TERM HUP
Instances
By default, only one instance of any job is permitted to exist at one time. Attempting to start a job when it's already starting or running results in an error. Note that a job is considered to be running if its pre-start process is running.Multiple instances may be permitted by defining the names of those instances. If an instance with the same name is not already starting or running, a new instance will be started instead of returning an error.
- instance NAME
-
This stanza defines the names of instances, on its own its not particularly
useful since it would just define the name of the single permitted instance,
however
NAME
expands any variable defined in the job's environment.
These will often be variables that you need to pass to the process anyway, so are an excellent way to limit the instances.
instance $CONFFILE exec /sbin/httpd -c $CONFFILE
instance $TTY exec /sbin/getty -8 38300 $TTY
These jobs appear in the initctl(8) output with the instance name in parentheses, and have the INSTANCE environment variable set in their events.
Documentation
Upstart provides several stanzas useful for documentation and external tools.
- description DESCRIPTION
-
This stanza may contain a description of the job.
description "This does neat stuff"
- author AUTHOR
-
This stanza may contain the author of the job, often used as a contact
for bug reports.
author "Scott James Remnant<EMAIL_ADDRESS>- version VERSION
-
This stanza may contain version information about the job, such as revision
control or package version number. It is not used or interpreted by
init(8)
in any way.
version "$Id$"
- emits EVENT...
-
All processes on the system are free to emit their own events by using the
initctl(8)
tool, or by communicating directly with the
init(8)
daemon.
This stanza allows a job to document in its job configuration what events it emits itself, and may be useful for graphing possible transitions.
- usage USAGE
-
This stanza may contain the text used by
initctl(8) usage
command. This text may be also shown when commands
start(8),
stop(8)
or
status(8)
fail.
usage "tty DEV=ttyX - where X is console id"
Process environment
Many common adjustments to the process environment, such as resource limits, may be configured directly in the job rather than having to handle them yourself.
- console output|owner
-
By default the standard input, output and error file descriptors of jobs
are connected to
/dev/null
If this stanza is specified, they are connected to /dev/console instead.
console owner is special, it not only connects the job to the system console but sets the job to be the owner of the system console, which means it will receive certain signals from the kernel when special key combinations such as Control-C are pressed.
- umask UMASK
- A common configuration is to set the file mode creation mask for the process. UMASK should be an octal value for the mask, see umask(2) for more details.
- nice NICE
- Another common configuration is to adjust the process's nice value, see nice(1) for more details.
- oom ADJUSTMENT|never
-
Normally the OOM killer regards all processes equally, this stanza
advises the kernel to treat this job differently.
ADJUSTMENT may be an integer value from -16 (very unlikely to be killed by the OOM killer) up to 14 (very likely to be killed by the OOM killer). It may also be the special value never to have the job ignored by the OOM killer entirely.
- chroot DIR
-
Runs the job's processes in a
chroot(8)
environment underneath
DIR
Note that DIR must have all the necessary system libraries for the process to be run, often including /bin/sh
- chdir DIR
- Runs the job's processes with a working directory of DIR instead of the root of the filesystem.
- limit LIMIT SOFT|unlimited HARD|unlimited
-
Sets initial system resource limits for the job's processes.
LIMIT
may be one of
core,
cpu,
data,
fsize,
memlock,
msgqueue,
nice,
nofile,
nproc,
rss,
rtprio,
sigpending
or
stack.
Limits are specified as both a SOFT value and a HARD value, both of which are integers. The special value unlimited may be specified for either.
Override File Handling
Override files allow a jobs environment to be changed without modifying the jobs configuration file. Rules governing override files:
- [bu]
- If a job is embodied with only a configuration file, the contents of this file define the job.
- [bu]
- If an override files exists where there is no existing cofiguration file, the override file is ignored.
- [bu]
-
If both a configuration file and an override file exist for a job
and both files are syntactically correct:
-
- [bu]
- stanzas in the override file will take precedence over stanzas present in the corresponding configuration file.
- [bu]
- stanzas in the override file which are not present in the corresponding configuration file will be honoured when the job runs.
-
- [bu]
- If both a configuration file and an override file exist for a job and subsequently the override file is deleted, the configuration file is automatically reloaded with the effect that any changes introduced by the override file are undone and the configuration file alone now defines the job.
- [bu]
- If both a configuration file and an override file exist for a job and subsequently the configuration file is deleted, a new instance of the job can no longer be started (since without a corresponding configuration file an override file is ignored).
- [bu]
-
If both a configuration file and an override file exist for a job and
any of the contents of the override file are invalid, the override file
is ignored and only the contents of the configuration file are
considered.
Miscellaneous
- kill timeout INTERVAL
- Specifies the interval between sending the job's main process the SIGTERM and SIGKILL signals when stopping the running job. Default is 5 seconds.
- expect stop
-
Specifies that the job's main process will raise the
SIGSTOP
signal to indicate that it is ready.
init(8)
will wait for this signal before running the job's post-start script,
or considering the job to be running.
init(8) will send the process the SIGCONT signal to allow it to continue.
- expect daemon
-
Specifies that the job's main process is a daemon, and will fork twice
after being run.
init(8)
will follow this daemonisation, and will wait for this to occur before
running the job's post-start script or considering the job to be running.
Without this stanza init(8) is unable to supervise daemon processes and will believe them to have stopped as soon as they daemonise on startup.
- expect fork
-
Specifies that the job's main process will fork once after being run.
init(8)
will follow this fork, and will wait for this to occur before
running the job's post-start script or considering the job to be running.
Without this stanza init(8) is unable to supervise forking processes and will believe them to have stopped as soon as they fork on startup.
BUGS
The and and or operators allowed with start on and stop on do not work intuitively: operands to the right of either operator are only evaluated once and state information is then discarded. This can lead to jobs with complex start on or stop on conditions not behaving as expected when restarted. For example, if a job encodes the following condition:
start on A and (B or C)
When 'A' and 'B' become true, the condition is satisfied so the job will be run. However, if the job ends and subsequently 'A' and 'C' become true, the job will not be re-run even though the condtion is satisfied. Avoid using complex conditions with jobs which need to be restarted.
AUTHOR
Manual page written by Scott James Remnant<EMAIL_ADDRESS>and James Hunt<EMAIL_ADDRESS>BUGS
Report bugs at <https://launchpad.net/upstart/+bugs>COPYRIGHT
Copyright © 2010 Canonical Ltd.This is free software; see the source for copying conditions. There is NO warranty; not even for MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.
SEE ALSO
init(8) sh(1)
Index
This document was created by man2html, using the manual pages.
Time: 05:34:00 GMT, December 24, 2015


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Each turn, a player repeatedly rolls a die until either a 1 is rolled or the player decides to "hold":
If the player rolls a 1, they score nothing and it becomes the next player's turn.
If the player rolls any other number, it is added to their turn total and the player's turn continues.
If a player chooses to "hold", their turn total is added to their score, and it becomes the next player's turn.
For example, the first player, Ann, begins a turn with a roll of 5. Ann could hold and score 5 points, but chooses to roll again. Ann rolls a 2, and could hold with a turn total of 7 points, but chooses to roll again. Ann rolls a 1, and must end her turn without scoring. The next player, Bob, rolls the sequence 4-5-3-5-5, after which he chooses to hold, and adds his turn total of 22 points to his score.
ROLL TOTAL
SCORE


WOD
Record a generic WOD. If nothing else fits.
Choose a Girl or Hero WOD
Perform sets of fixed reps (1,3,5,10). Record max weight lifted for each set.
Perform the same reps of each exercise (21-15-9). Record total time.
Perform as soon as possible.
Perform some rounds as soon as possible. Record total time.
Perform a set number of rounds, each for time. Record time of each round.
Perform as many rounds as possible in a set time. Record number of rounds completed.
Perform a set number of rounds with each exercise having a fixed time. Record number of total reps.
Perform a set number of reps and exercises in a set time for as many rounds as possible. Record number of rounds completed.
Complete a set number of rounds, each with a set of exercises performed with max reps. Record reps completed for each exercise.
Do you want to discard all entries?


|
tclap
1.2.4
|
A class that generates a Zsh completion function as output from the usage() method for the given CmdLine and its Args. More...
#include <ZshCompletionOutput.h>
Public Member Functions | |
| ZshCompletionOutput () | |
| virtual void | usage (CmdLineInterface &c) |
| Prints the usage to stdout. More... | |
| virtual void | version (CmdLineInterface &c) |
| Prints the version to stdout. More... | |
| virtual void | failure (CmdLineInterface &c, ArgException &e) |
| Prints (to stderr) an error message, short usage Can be overridden to produce alternative behavior. More... | |
| Public Member Functions inherited from TCLAP::CmdLineOutput | |
| virtual | ~CmdLineOutput () |
| Virtual destructor. More... | |
Protected Member Functions | |
| void | basename (std::string &s) |
| void | quoteSpecialChars (std::string &s) |
| std::string | getMutexList (CmdLineInterface &_cmd, Arg *a) |
| void | printOption (Arg *it, std::string mutex) |
| void | printArg (Arg *it) |
Protected Attributes | |
| std::map< std::string, std::string > | common |
| char | theDelimiter |
A class that generates a Zsh completion function as output from the usage() method for the given CmdLine and its Args.
Definition at line 49 of file ZshCompletionOutput.h.
| TCLAP::ZshCompletionOutput::ZshCompletionOutput | ( | ) |
Definition at line 92 of file ZshCompletionOutput.h.
References common.
|
inlineprotected |
Definition at line 161 of file ZshCompletionOutput.h.
Referenced by usage().
|
inlinevirtual |
Prints (to stderr) an error message, short usage Can be overridden to produce alternative behavior.
| c | - The CmdLine object the output is generated for. |
| e | - The ArgException that caused the failure. |
Implements TCLAP::CmdLineOutput.
Definition at line 135 of file ZshCompletionOutput.h.
References TCLAP::ArgException::what().
|
inlineprotected |
Definition at line 284 of file ZshCompletionOutput.h.
References TCLAP::Arg::acceptsMultipleValues(), TCLAP::Arg::flagStartChar(), TCLAP::Arg::getFlag(), TCLAP::Arg::getName(), TCLAP::CmdLineInterface::getXorHandler(), TCLAP::XorHandler::getXorList(), and TCLAP::Arg::nameStartString().
Referenced by usage().
|
inlineprotected |
Definition at line 170 of file ZshCompletionOutput.h.
References TCLAP::Arg::acceptsMultipleValues(), common, TCLAP::Arg::getName(), and TCLAP::Arg::isRequired().
Referenced by usage().
|
inlineprotected |
Definition at line 196 of file ZshCompletionOutput.h.
References common, TCLAP::Arg::flagStartChar(), TCLAP::Arg::getDescription(), TCLAP::Arg::getFlag(), TCLAP::Arg::getName(), TCLAP::Arg::isValueRequired(), TCLAP::Arg::nameStartString(), quoteSpecialChars(), TCLAP::Arg::shortID(), and theDelimiter.
Referenced by usage().
|
inlineprotected |
Definition at line 142 of file ZshCompletionOutput.h.
Referenced by printOption().
|
inlinevirtual |
Prints the usage to stdout.
Can be overridden to produce alternative behavior.
| c | - The CmdLine object the output is generated for. |
Implements TCLAP::CmdLineOutput.
Definition at line 112 of file ZshCompletionOutput.h.
References basename(), TCLAP::CmdLineInterface::getArgList(), TCLAP::CmdLineInterface::getDelimiter(), getMutexList(), TCLAP::CmdLineInterface::getProgramName(), TCLAP::CmdLineInterface::getVersion(), printArg(), printOption(), and theDelimiter.
|
inlinevirtual |
Prints the version to stdout.
Can be overridden to produce alternative behavior.
| c | - The CmdLine object the output is generated for. |
Implements TCLAP::CmdLineOutput.
Definition at line 107 of file ZshCompletionOutput.h.
References TCLAP::CmdLineInterface::getVersion().
|
protected |
Definition at line 88 of file ZshCompletionOutput.h.
Referenced by printArg(), printOption(), and ZshCompletionOutput().
|
protected |
Definition at line 89 of file ZshCompletionOutput.h.
Referenced by printOption(), and usage().


EPICS V4
|
|
Working Group |
|
This is the group home page of the EPICS V4 Working Group. This group is a
collaboration of software developers working to bring EPICS V4 to its full
potential.
The EPICS V4 Working Group has defined, published, and provides reference
implementations for, the EPICS V4 standards. The group was founded to provide
open protocols and standards for both controls and services interconnection
through a public process.
The administrative process, and formal workflow of the working group was
originally defined in the EPICS Version 4
Process document. The work to be done each year was defined in a series of
Charter documents, which defined the scope and
deliverables.
EPICS v4 is a set of computer communications
protocols, and a software framework, for high performance distributed
control, message passing, and high level software services, as may be
used in large scientific instruments and industrial plants. EPICS v4 was
previously called "PvData", hence the name of the sourceforge
project.
Working Group Activities
The Working Group's activities are broken down by Activity Area.
These are:
- Core software. The core is composed of "pvAccess", the control
data protocol of EPICS V4, and "pvData", the high performance
introspection API to the control data.
- Basic Development. This is softare immediately associated with the
Core, and its development environment.
- APIs and Clients.
- Platform support.
- Documentation.
Meetings
- Sep 2011
- 7-Sep-2011: Agenda,
Minutes; 14-Sep-2011:
Agenda, Chat, Minutes (PDF); 22-Sep-2011:
Agenda, Minutes, Material: GatherOverview.doc;
28-Sep-2011: Agenda,
Chat, Minutes (PDF).
- Oct 2011
- October 2011 Workshop 3-4 Oct-2011
PSI: Day 1 Topics: Greg's Report on impressions of
EPICS V4 development, and Marty's hot topic list,
Agenda and Minutes; Day
2: Agenda and Minutes,
Outcome: Draft of
Normative Types; 19-Oct-2011: Agenda, Minutes; 26-Oct-2011:
Agenda, Minutes.
- Nov 2011
- 2-Nov-2011: Agenda,
Minutes; 9-Nov-2011:
Agenda, Minutes; 23-Nov-2011: Agenda, Minutes; 30-Nov-2011: Agenda, Minutes.
- Dec 2011
- 7-Dec-2011: Agenda,
Minutes; 14-Dec-2012:
Agenda, Minutes; 21-Dec-2012: Agenda, Minutes.
- Jan 2012
- 4-Jan-2012: Agenda,
Minutes; 11-Jan-2012:
Agenda, Minutes; January 2012 Workshop 23-25 Jan-2012 BNL:
Agenda; Day 1: Minutes; Day 2: Minutes; Day 3: Minutes.
- Feb 2012
- 8-Feb-2012: Agenda,
Minutes; 15-Feb-2012:
Agenda, Minutes; 22-Feb-2012: Agenda, Minutes; 29-Feb-2012: Agenda, Minutes.
- Mar 2012
- 14-Mar-2012: Agenda,
Minutes; 21-Mar-2012:
Agenda, Minutes; 28-Mar-2012: Agenda, Minutes.
- Apr 2012
- 4-Apr-2012: Agenda,
Minutes; 11-Apr-2012:
Agenda, Minutes; April 2012 Workshop 23-24 Apr-2012 SLAC: Agenda, Day 1: Minutes; Day 2: Minutes.
- May 2012
- 9-May-2012: Agenda and
Minutes; 16-May-2012: Agenda, Minutes; 23-May-2012: Agenda, Minutes.
- Jun 2012
- 6-Jun-2012: Agenda,
Minutes; 13-Jun-2012:
Agenda, Minutes; 20-Jun-2012: Agenda, Minutes; 27-Jun-2012: Agenda, Minutes.
- Jul 2012
- July 2012 Workshop 11-13 Jul-2012
Diamond: Agenda;
Day 1: Minutes; Day 2:
Minutes; Day 3:
Minutes; 25-Jul-2012:
Agenda, Minutes.
- Aug 2012
- 22-Aug-2012: Agenda,
Minutes; 29-Aug-2012:
Agenda, Minutes.
- Sep 2012
- 5-Sep-2012: Agenda,
Minutes; 12-Sep-2012:
Agenda, Minutes;
19-Sep-2012: Agenda,
Minutes; 26-Sep-2012:
Agenda, Minutes.
- Oct 2012
- 3-Oct-2012: Agenda,
Minutes; October 2012 Workshop 17-19 Oct-2012 BNL: Day 1:
Minutes; Day 2:
Minutes; Day 3:
Minutes; 31-Oct-2012:
Agenda, Minutes.
- Nov 2012
- 7-Nov-2012: Agenda,
Minutes; 14-Nov-2012:
Minutes.
- Dec 2012
- 5-Dec-2012: Agenda,
Minutes; 18-Dec-2012:
Agenda, Minutes.
- Jan 2013
- 9-Jan-2013: Agenda,
Minutes; January 2013 Workshop 21-23 Jan-2013 PSI:
Agenda; Day 1: Minutes; Day 2: Minutes; Day 3: Minutes.
- Feb 2013
- 13-Feb-2013: Agenda,
Minutes; 20-Feb-2013:
Agenda,
Minutes; 27-Feb-2013: Agenda,
Minutes.
- Mar 2013
- 6-Mar-2013: Agenda,
Minutes; 20-Mar-2013: No Agenda,
Minutes; 27-Mar-2013: No Agenda,
Minutes.
- Apr 2013
- 10-Apr-2013: Agenda,
Minutes; 17-Apr-2013: Agenda,
Minutes; April 2013 Workshop 27-28 Apr-2013
Diamond: Agenda; Day 1: No Minutes; Discussion
concentrated on combining the software data type for NDArray with that
for images. Day 2:
Minutes.
- May 2013
- 15-May-2013: Agenda,
Minutes; 30-May-2013: Agenda,
Minutes.
- Jun 2013
- 4-Jun-2013: Agenda,
Minutes; 11-Jun-2013: Agenda,
Minutes; 18-Jun-2013: No
Agenda,
Minutes; 25-Jun-2013: No
Agenda,
Minutes.
- Jul 2013
- 2-Jul-2013:
Agenda,
Minutes; 09-Jul-2013:
Agenda,
Minutes; 16-Jul-2013:
Agenda,
Minutes; 23-Jul-2013:
Agenda,
Minutes.
- Aug 2013
- 6-Aug-2013:
Agenda,
Minutes; 13-Aug-2013:
Agenda,
Minutes; 20-Aug-2013:
Agenda,
Minutes; 27-Aug-2013:
Agenda,
Minutes.
- Sep 2013
- 10-Sep-2013:
Agenda,
Minutes 17-Sep-2013:
Agenda,
Minutes 24-Sep-2013:
Agenda,
Minutes.
- Oct 2013
- October 2013 Workshop 2-4 Oct-2013
SLAC, California, USA: Agenda;
Day 1: Minutes; Day 2:
Minutes; Day 3:
Minutes; 22-Oct-2013:
Agenda,
Minutes 29-Oct-2013: Agenda,
Minutes.
- Nov 2013
- 5-Nov-2013:
Agenda,
Minutes 12-Nov-13:
Agenda,
Minutes 19-Nov-13:
Agenda,
Minutes. 26-Nov-13:
Agenda,
Minutes.
- Dec 2013
- 10-Dec-13: Agenda,
Minutes.
- Jan 2014
- 14-Jan-14: Agenda,
Minutes.
- Feb 2014
- 25-Feb-14: Agenda,
Minutes.
- Mar 2014
- March 2014 Workshop 11-13 Mar 2014 Cosylab,
Ljubljana: Agenda; Day 1:
Minutes; Day 2:
Minutes; Day 3:
Minutes;
-
25-Mar-2014: Agenda, Minutes.
- Apr 2014
-
8-Apr-2014: Agenda, Minutes;
15-Apr-2014: Agenda, Minutes;
29-Apr-2014: Agenda, Minutes.
- May 2014
-
13-May-2014: Agenda, Minutes;
20-May-2014: Agenda, Minutes;
27-May-2014: Agenda, Minutes.
- Jun 2014
-
3-Jun-2014:
Agenda,
Minutes;
10-Jun-2014:
Agenda,
Minutes;
17-Jun-2014:
Agenda,
Minutes;
24-Jun-2014:
Agenda,
Minutes.
- Jul 2014
-
01-Jul-2014:
Agenda,
Minutes;
- Jul 2014 Workshop 15-17 Jul 2014 BNL,
Long Island, USA:
Talks.
15-Jul-2014
Agenda and Morning minutes
Minutes;
16-Jul-2014
Minutes AM
Minutes PM;
17-Jul-2014
Minutes.
- Aug 2014
-
05-Aug-2014
Minutes;
12-Aug-2014
No agenda,
No minutes
19-Aug-2014
Agenda,
No minutes
- Sep 2014
-
02-Sep-2014
Agenda,
Minutes;
09-Sep-2014
Agenda,
Minutes;
16-Sep-2014
Agenda,
Minutes;
23-Sep-2014
Agenda,
Minutes;
30-Sep-2014
Agenda,
Minutes.
- Oct 2014
-
07-Oct-2014
Agenda,
Minutes
- Oct 2014 Workshop 20 & 24 Oct 2014 Saclay,
France:
20-Oct-2014
Agenda, No minutes.
- Nov 2014
-
04-Nov-2014
Agenda and Minutes;
11-Nov-2014
Agenda, No minutes;
18-Nov-2014
Agenda,
Minutes;
25-Nov-2014
Agenda,
Minutes.
- Dec 2014
-
02-Dec-2014
Agenda,
Minutes;
09-Dec-2014
Agenda,
Minutes;
16-Dec-2014
Agenda,
Minutes.
- Jan 2015
-
06-Jan-2015
Agenda
Minutes.
-
Jan 2015 Workshop 12-14 Jan 2015, ORNL, TN, USA:
Agenda,
Minutes;
27-Jan-2015
Agenda, Minutes.
- Feb 2015
-
10-Feb-2015
Agenda,
Minutes;
24-Feb-2015
Agenda,
Minutes.
- Mar 2015
-
10-Mar-2015
Agenda,
Minutes;
24-Mar-2015
Agenda,
Minutes.
- Apr 2015
-
07-Apr-2015
Agenda,
Minutes;
14-Apr-2015
Agenda and Minutes.
- May 2015
-
11-May-2015
Agenda and Minutes;
- May 2015 Workshop Mon 18 & Fri 22 May 2015, FRIB, Michigan, USA.
18-May-2015 Agenda and Minutes; 22-May-2015 Agenda and Minutes.
- June 2015
-
2-Jun-2015 Agenda, Minutes;
9-Jun-2015 Agenda, Minutes;
16-Jun-2015 Agenda, Minutes.
- July 2015
-
14-Jul-2015
Agenda, Minutes;
28-Jul-2015
Agenda, Minutes.
- Aug 2015
-
11-Aug-2015
Agenda, Minutes;
25-Aug-2015
Agenda, Minutes.
- Sep 2015
-
1-Sep-2015
Agenda,
Minutes;
22-Sep-2015
Agenda,
Minutes;
29-Sep-2015
Agenda,
Minutes.
- Oct 2015
-
6-Oct-2015
Agenda,
Minutes;
13-Oct-2015
Agenda,
Minutes;
27-Oct-2015
Agenda,
Minutes.
- Nov 2015
- November 2015 Workshop Tue 17, Wed 18, Thu 19 Nov 2015, APS, Chicago, USA.
17-Nov-2015 Agenda and Minutes;
18-Nov-2015 Agenda and Minutes;
19-Nov-2015 Agenda and Minutes.
- Dec 2015
-
8-Dec-2015
Agenda,
Minutes;
15-Dec-2015
Agenda,
Minutes.
- January 2016
-
12-Jan-2016
Agenda and Minutes;
19-Jan-2016
Agenda,
Minutes;
26-Jan-2016
Agenda,
Minutes.
- February 2016
-
02-Feb-2016
Agenda and Minutes;
09-Feb-2016
Agenda,
Minutes;
23-Feb-2016
Agenda,
Minutes.
- March 2016
-
01-Mar-2016
Agenda and Minutes;
08-Mar-2016
Agenda and Minutes;
15-Mar-2016
Agenda and Minutes;
29-Mar-2016
Agenda and Minutes.
- April 2016
-
12-Apr-2016
Agenda and Minutes;
26-Apr-2016
Agenda and Minutes.
- May 2016
-
17-May-2016
Agenda and Minutes;
- May 2016 Workshop Sun 22 & Mon 23 May 2016, ESS, Lund, Sweden.
22-May-2016 Agenda and Minutes.
- June 2016
-
07-Jun-2016
Agenda and Minutes;
21-Jun-2016
Agenda and Minutes.
- July 2016
-
05-Jul-2016
Agenda and Minutes;
19-Jul-2016
Agenda and Minutes;
26-Jul-2016
Agenda and Minutes.
- August 2016
-
02-Aug-2016
Agenda and Minutes;
16-Aug-2016
Agenda and Minutes;
23-Aug-2016
Agenda and Minutes;
30-Aug-2016
Agenda and Minutes.
- September 2016
-
06-Sep-2016
Agenda and Minutes;
- September 2016 Workshop Fri 16 & Sat 17
September 2016, ORNL, TN, USA.
16/17-Sep-2016 Agenda and Minutes.
- October 2016
-
04-Oct-2016
Agenda and Minutes;
11-Oct-2016
Agenda and Minutes;
18-Oct-2016
Agenda and Minutes.
- November 2016
-
01-Nov-2016
Agenda and Minutes;
15-Nov-2016
Agenda and Minutes;
29-Nov-2016
Agenda and Minutes.
- December 2016
-
13-Dec-2016
Agenda and Minutes.
- January 2017
-
10-Jan-2017
Agenda and Minutes;
31-Jan-2017
Agenda and Minutes.
Meeting Information
Telecon:
Earlier in its history the group held a weekly telecon to discuss
progress, but with less development going on the frequency is now every 2-3
weeks or as needed by the developers. It currently takes place on Tuesdays
at the following local times:
- San Francisco (U.S.A. - California) Tuesdays, 07:00 local time
- Chicago (U.S.A. - Illinois) Tuesdays, 09:00 local time
- New York (U.S.A. - New York) Tuesdays, 10:00 local time
- Oxford (United Kingdom - England) Tuesdays, 15:00 local time
- Lund (Sweden) Tuesdays, 16:00 local time
- Aix-en-Provence (France) Tuesdays, 16:00 local time
- Berlin (Germany) Tuesdays, 16:00 local time
- Ljubljana (Slovenia) Tuesdays 16:00 local time
Since the US and Europe switch observance of daylight savings time on
different dates, there is a funky week each November and March where things
get outa whack. Meeting attendees are asked to remind the chair when a
summer-time change will happen before the next meeting. Meeting times will
be adjusted to keep the meeting within normal working hours if possible.
Meetings are held as a Google Hangout, initiated by a Google+ Event from
the
"EPICS V4" Google+ page.
You will need:
- A Google+ ID which has been added to EPICS V4 Developers circle.
- A headset, with microphone if possible
- A webcam if you want to send video
The agenda and minutes are recorded in a shared Google Docs document which
is created in advance of each meeting.
Workshops:
The working group holds a face-to-face (F2F) meeting between 2 to 4 times
each year, depending on current development needs at the time.
Meeting Minutes Standard
We record the minutes of the weekly telecon as a reference for people
assigned action items, so they know the context of the required work,
and for people outside the Working Group to see the bogus logic we used
to reach conclusions.
- Minutes should as much as possible include every (relevant) thought
expressed in the meeting. The scribe should be madly trying to keep up
during the whole meeting. It is reasonable to ask for a pause for
catchup. The objective is to indicate why we reached a conclusion, as
well as what it was
- Scribe is absolutely justified in asking for clarification at any
time
- Top of the minutes MUST include list of attendees, prefixed by
"Present:", and the minute taker's id, prefixed by
"Scribe:" or "Minutes:"
- When the subject of the meeting changes, mark with the words
"NEW TOPIC:" or format the new subject line as a
Heading 3.
- Action Items MUST be prefixed "AI...:" or
"ACTION:", and should include a person on which the
action is assigned, and a due date. The form should be like "AI on
Greg by 1/12: ..."
- Specific recordable decisions of the meeting MUST be prefixed
"RESOLUTION:". The resolution must be fully described
in the minutes, during the meeting. If the scribe isn't clear on the
resolution, ask for clarification
- Problematic areas of EPICS V4 should be prefixed
"ISSUE:", and be described as completely as possible
in the minutes, during the meeting.
Membership
The EPICS v4 Working group presently has the following members:
| Name |
Organisation |
Status |
Interests |
| Arman Arkilic |
BNL |
Observer |
Beamline data services |
| Bob Dalesio |
Osprey DCS |
Participant, capo di tutti i capi |
Core architecture for control, administration |
| Michael Davidsaver |
Osprey DCS |
Participant |
EPICS core integration and performance |
| Steven Hartman |
ORNL |
Participant, co-chair |
Beamline applications, Liason with Management Council |
| Andrew Johnson |
APS |
Participant, co-chair |
EPICS administration and integration |
| Kay Kasemir |
ORNL |
Participant |
Beamline applications |
| Timo Korhonen |
ESS |
Participant |
Services for physics |
| Marty Kraimer |
Osprey DCS |
Participant |
Core architecture, protocol standards and Java implementations
of standards. |
| Ralph Lange |
ITER |
Participant |
Infrastructure and Directory Service |
| Jeong Han Lee |
ESS |
Observer |
|
| Matej Sekornaja |
Cosylab |
Observer |
Core architecture, protocol standards and C/C++ implementations
of standards. |
| Guobao Shen |
APS |
Participant |
Services for physics |
| Sinisa Veseli |
APS |
Participant |
Client side, Python |
| Greg White |
SLAC |
Participant |
Services architecture, accelerator physics services |
Technical Admin
The following links are related to the administration of the WG
resources from a technical perspective.
Andrew Johnson, for the EPICS V4 Working Group


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{% if user|iscoordinatorofteam:group %}
You are a coordinator of this team.
{% else %}
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--- layout: page title: Lean Prover Zulip Chat Archive permalink: archive/116395maths/49507NielsHenrikModule.html ---
@Mario Carneiro How hard would it be to teach abel about modules?
abel
that was on the eventual roadmap


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Company profile - Canadian Company Capabilities
Third-Party Information Liability Disclaimer
Some of the information on this Web page has been provided by external sources. The Government of Canada is not responsible for the accuracy, reliability or currency of the information supplied by external sources. Users wishing to rely upon this information should consult directly with the source of the information. Content provided by external sources is not subject to official languages, privacy and accessibility requirements.
Unicel Architectural Corp.
Mailing Address:
2155 Fernand-Lafontaine BlvdLONGUEUIL, Quebec
J4G 2J4
Location Address:
2155 Fernand-Lafontaine BlvdLONGUEUIL, Quebec
J4G 2J4
Tel.:<PHONE_NUMBER>
Tel.:<PHONE_NUMBER>
Fax:<PHONE_NUMBER>
Logo
Company Profile
Manufacturer of custom aluminum and glass products such as Vision Control® hermetically sealed glass units with integral operable louvers made of extruded aluminum. Blinds can be operated by manual crank handles, thumbwheels, or motors. Unicel fabricates skylights, curtain walls, sunrooms.
-------------------------------------------------
Unicel Architectural, founded in 1964, specializes in the manufacture of glazed aluminum structures such as skylights, curtain walls, contemporary sunrooms, Victorian conservatories, door inserts, and window systems for the residential, commercial, and institutional markets.
In addition, Unicel Inc. has developed VISION CONTROL® - a glazing product that incorporates operable aluminum louvers hermetically sealed between insulating glass of various shapes and types, and actuating without cords and strings, manually or by motorization.
CURRENT GEOGRAPHIC MARKETING ACTIVITY
The major market for VISION CONTROL® is the United States, mostly for institutional applications. Unicel Architectural works through manufacturers'agents who call on architects, specifiers, and interior designers.
Unicel Architectural also advertises in trade magazines (Architectural Record, Health Facilities Management, etc.) and maintains its participation in the GBR Sweet's Catalogue.
Canada and USA representation:
Visit our website at http://www.unicelarchitectural.com/en/contact-us.php for our detailed representation map.
Outside North America, Unicel Architectural is represented in Finland and the Scandinavian countries as well as in Dubai/UAE.
Unicel Architectural continues to look for more representatives. For more information contact our sales department at 1.800.668.1580 or 1.450.670.6844
Full profile
Full profile
Contact information
Company description
332311 - Prefabricated Metal Building and Component Manufacturing
332319 - Other Plate Work and Fabricated Structural Product Manufacturing
332321 - Metal Window and Door Manufacturing
332329 - Other Ornamental and Architectural Metal Product Manufacturing
Product / Service / Licensing
called VISION CONTROL which incorporates pivoting aluminum louvers
hermetically sealed between insulating glass of various shapes and
types. The VISION CONTROL concept was created to control energy
and light through manually operated or motorized louvers. The
system offers outstanding benefits such as noise reduction, reduced
fading caused by ultra-violet rays, total or partial privacy.
Moreover, the blinds are cord-free and dust-free. VISION CONTROL
panels can be installed in vertical or slope applications, interior
or exterior. It is ideally suited for hospitals, schools,
laboratories, cleanrooms, conference rooms, banks, libraries,
museums, embassies, courthouses, computer rooms, law offices,
custom residences, and art galleries.
5450-PREFABRICATED STRUCTURES - MISC.
5620-Building Glass, Tile, Brick, and Block
5640-Wallboard, Building Paper, and Thermal Insulation Materials
5670-Building Components, Prefabricated
5680-Miscellaneous Construction Materials
7230-Draperies, Awnings, and Shades
Market profile
Alliances:
- Sales/Marketing
- Technology
Industry sector market interests:
- Construction
Geographic markets:
Export experience:
- Japan
- Alabama
- Alaska
- Arizona
- Arkansas
- California
- Colorado
- Connecticut
- Delaware
- District of Columbia
- Florida
- Georgia
- Hawaii
- Idaho
- Illinois
- Indiana
- Iowa
- Kansas
- Kentucky
- Louisiana
- Maine
- Maryland
- Massachusetts
- Michigan
- Minnesota
- Mississippi
- Missouri
- Montana
- Nebraska
- Nevada
- New Hampshire
- New Jersey
- New Mexico
- New York
- North Carolina
- North Dakota
- Ohio
- Oklahoma
- Oregon
- Pennsylvania
- Rhode Island
- South Carolina
- South Dakota
- Tennessee
- Texas
- Utah
- Vermont
- Virginia
- Washington
- West Virginia
- Wisconsin
- Wyoming
Actively pursuing:
- Denmark
- Egypt
- France
- Germany
- Italy
- Kuwait
- Monaco
- Netherlands
- New Zealand
- Poland
- Puerto Rico
- Qatar
- Spain
- Thailand
- Tunisia
- United Arab Emirates
- United Kingdom
Sector information
Unique applications:
Case Study: Banner Thunderbird Medical CenterThe context:
Recognized as one of the leading health care providers in the state of Arizona, Banner Thunderbird Medical Center decided to build a new facility in Glendale. The new additional capacity was designed to allow the medical center to pursue growth opportunities and maintain its leading position in the region.
The challenge:
The new Bed Tower and Expansion project was commissioned to the NTD Architects while the glazing operations were passed on to Walters & Wolf Construction Specialties. The new patient and exam rooms as well as the new operating rooms needed to be fitted to meet the high standards of hygiene, indoor air quality and privacy control that are required in healthcare facilities. Vision Control® insulated glass with integral louvers was chosen in order to minimize maintenance of the observation equipment and to create a germ-free environment.
Unicels solution:
For Unicel, it was the first time in Arizona that the company got involved in a project of such amplitude, being required to manufacture over 300 Vision Control® units.
The tenant improvements to the new building required half of the Vision Control® units to be installed in borrowed lites and the other half in doors, using Unicels trim kits. The units were manufactured with white blades and fan-shaped thumbwheel operators (the new white aluminum type) to accommodate the healthcare environment.
In 2007, Unicel manufactured another batch of Vision Control® units for the Childrens Hospital of the Banner Desert Medical Center in Phoenix, AZ, a member of the same health care system. This medical center will incorporate yet another batch to be delivered in 2009.
Key parameters:
Location: Glendale, AZ
Gross square footage: 470,000 square feet
Completion: 2010
Program: expansion, new patient tower, expanded emergency department
Success stories:
Case Studies: Louvers: North Carolina Museum of Arthttp://www.unicelarchitectural.com/en/louvers-case-studies-north-carolina-museum.php
The context:
NCMA, the first American art museum collection to be formed by state legislation and appropriation began a challenging expansion project right on the brink of its 60th anniversary. Following this initiative, the new construction was set to occupy 127,000 square feet, enough space to host the permanent collection of over 5,000 art objects. Also, the expansion transformed the existing building into a temporary exhibition center, administrative and educational offices, along with gardens and outdoor galleries, all conceived to create the nations largest art museum park.
The challenge:
Inspired by the artistic and educational goals of the project and stirred by the marvelous exterior scenery, the architect sought assistance to create a vaulted roof that would match the neighboring hills, while allowing controlled daylight into the buildings. In order to enhance visitors experience with art and help preserve the masterpieces hosted by the museum, the architect needed a system to filter UV rays and allow only a controlled amount of light to seep in.
Based on a successful work relationship developed in time, Thomas Phifer & Partners appointed Unicel Architectural to provide a custom-made sunscreen. The ultimate goal was to turn light into art with the help of technology.
Unicels solution:
For the NCMA sunscreen, Unicel developed a specially-designed blade to effectively control the amount of daylight that reaches inside the building. The blades were conceived to filter the UV radiations that could damage the exhibits and to allow only a reduced quantity of light to penetrate. Once it passes the sunshades, a system of vaulted ceiling coffers filters and softly diffuses the light at the galleries.
The sunscreen comprises 376 curved panels of 20' x 6' made of clear anodized aluminum.
Because of the number of panels, their shape and the daylight efficiency challenge, the NCMA sunshade was a very complex project in terms of design and manufacturing.
Key parameters:
Location: Raleigh, NC
Gross square footage: 127,000 square feet (11,798 m2)
Sunscreen: 45,000 square feet (4180 m2)
Completion: 2009
Program: Expansion, galleries, courtyards, public spaces
Team:
Owner: North Carolina Museum of Art
Architect: Thomas Phifer & Partners, NYC
Testimonial:
Centennial Parkview & CCU was my first project with Unicel / Vision Control products. I found them to be very professional and responsive to all our needs. Their timely reactions to pricing, shop drawings and delivery made this a very enjoyable business encounter.Jim Baker
President, Baker Glass Co. Inc.
---------------------------------------------------------------
"Before we started working with Unicel Architectural, we were sent a sample of Vision Control®. I was not very familiar with the product but the sample convinced me it was suitable for the residential project I was working on".
Todd Webb
Associate Partner, Dirk Denison Architects
Third-Party Information Liability Disclaimer
Some of the information on this Web page has been provided by external sources. The Government of Canada is not responsible for the accuracy, reliability or currency of the information supplied by external sources. Users wishing to rely upon this information should consult directly with the source of the information. Content provided by external sources is not subject to official languages, privacy and accessibility requirements.
Contacts
Contact information
Description
Company description
332311 - Prefabricated Metal Building and Component Manufacturing
332319 - Other Plate Work and Fabricated Structural Product Manufacturing
332321 - Metal Window and Door Manufacturing
332329 - Other Ornamental and Architectural Metal Product Manufacturing
Products, services and licensing
Product / Service / Licensing
called VISION CONTROL which incorporates pivoting aluminum louvers
hermetically sealed between insulating glass of various shapes and
types. The VISION CONTROL concept was created to control energy
and light through manually operated or motorized louvers. The
system offers outstanding benefits such as noise reduction, reduced
fading caused by ultra-violet rays, total or partial privacy.
Moreover, the blinds are cord-free and dust-free. VISION CONTROL
panels can be installed in vertical or slope applications, interior
or exterior. It is ideally suited for hospitals, schools,
laboratories, cleanrooms, conference rooms, banks, libraries,
museums, embassies, courthouses, computer rooms, law offices,
custom residences, and art galleries.
5450-PREFABRICATED STRUCTURES - MISC.
5620-Building Glass, Tile, Brick, and Block
5640-Wallboard, Building Paper, and Thermal Insulation Materials
5670-Building Components, Prefabricated
5680-Miscellaneous Construction Materials
7230-Draperies, Awnings, and Shades
Market
Market profile
Alliances:
- Sales/Marketing
- Technology
Industry sector market interests:
- Construction
Geographic markets:
Export experience:
- Japan
- Alabama
- Alaska
- Arizona
- Arkansas
- California
- Colorado
- Connecticut
- Delaware
- District of Columbia
- Florida
- Georgia
- Hawaii
- Idaho
- Illinois
- Indiana
- Iowa
- Kansas
- Kentucky
- Louisiana
- Maine
- Maryland
- Massachusetts
- Michigan
- Minnesota
- Mississippi
- Missouri
- Montana
- Nebraska
- Nevada
- New Hampshire
- New Jersey
- New Mexico
- New York
- North Carolina
- North Dakota
- Ohio
- Oklahoma
- Oregon
- Pennsylvania
- Rhode Island
- South Carolina
- South Dakota
- Tennessee
- Texas
- Utah
- Vermont
- Virginia
- Washington
- West Virginia
- Wisconsin
- Wyoming
Actively pursuing:
- Denmark
- Egypt
- France
- Germany
- Italy
- Kuwait
- Monaco
- Netherlands
- New Zealand
- Poland
- Puerto Rico
- Qatar
- Spain
- Thailand
- Tunisia
- United Arab Emirates
- United Kingdom
Sector
Sector information
Unique applications:
Case Study: Banner Thunderbird Medical CenterThe context:
Recognized as one of the leading health care providers in the state of Arizona, Banner Thunderbird Medical Center decided to build a new facility in Glendale. The new additional capacity was designed to allow the medical center to pursue growth opportunities and maintain its leading position in the region.
The challenge:
The new Bed Tower and Expansion project was commissioned to the NTD Architects while the glazing operations were passed on to Walters & Wolf Construction Specialties. The new patient and exam rooms as well as the new operating rooms needed to be fitted to meet the high standards of hygiene, indoor air quality and privacy control that are required in healthcare facilities. Vision Control® insulated glass with integral louvers was chosen in order to minimize maintenance of the observation equipment and to create a germ-free environment.
Unicels solution:
For Unicel, it was the first time in Arizona that the company got involved in a project of such amplitude, being required to manufacture over 300 Vision Control® units.
The tenant improvements to the new building required half of the Vision Control® units to be installed in borrowed lites and the other half in doors, using Unicels trim kits. The units were manufactured with white blades and fan-shaped thumbwheel operators (the new white aluminum type) to accommodate the healthcare environment.
In 2007, Unicel manufactured another batch of Vision Control® units for the Childrens Hospital of the Banner Desert Medical Center in Phoenix, AZ, a member of the same health care system. This medical center will incorporate yet another batch to be delivered in 2009.
Key parameters:
Location: Glendale, AZ
Gross square footage: 470,000 square feet
Completion: 2010
Program: expansion, new patient tower, expanded emergency department
Success stories:
Case Studies: Louvers: North Carolina Museum of Arthttp://www.unicelarchitectural.com/en/louvers-case-studies-north-carolina-museum.php
The context:
NCMA, the first American art museum collection to be formed by state legislation and appropriation began a challenging expansion project right on the brink of its 60th anniversary. Following this initiative, the new construction was set to occupy 127,000 square feet, enough space to host the permanent collection of over 5,000 art objects. Also, the expansion transformed the existing building into a temporary exhibition center, administrative and educational offices, along with gardens and outdoor galleries, all conceived to create the nations largest art museum park.
The challenge:
Inspired by the artistic and educational goals of the project and stirred by the marvelous exterior scenery, the architect sought assistance to create a vaulted roof that would match the neighboring hills, while allowing controlled daylight into the buildings. In order to enhance visitors experience with art and help preserve the masterpieces hosted by the museum, the architect needed a system to filter UV rays and allow only a controlled amount of light to seep in.
Based on a successful work relationship developed in time, Thomas Phifer & Partners appointed Unicel Architectural to provide a custom-made sunscreen. The ultimate goal was to turn light into art with the help of technology.
Unicels solution:
For the NCMA sunscreen, Unicel developed a specially-designed blade to effectively control the amount of daylight that reaches inside the building. The blades were conceived to filter the UV radiations that could damage the exhibits and to allow only a reduced quantity of light to penetrate. Once it passes the sunshades, a system of vaulted ceiling coffers filters and softly diffuses the light at the galleries.
The sunscreen comprises 376 curved panels of 20' x 6' made of clear anodized aluminum.
Because of the number of panels, their shape and the daylight efficiency challenge, the NCMA sunshade was a very complex project in terms of design and manufacturing.
Key parameters:
Location: Raleigh, NC
Gross square footage: 127,000 square feet (11,798 m2)
Sunscreen: 45,000 square feet (4180 m2)
Completion: 2009
Program: Expansion, galleries, courtyards, public spaces
Team:
Owner: North Carolina Museum of Art
Architect: Thomas Phifer & Partners, NYC
Testimonial:
Centennial Parkview & CCU was my first project with Unicel / Vision Control products. I found them to be very professional and responsive to all our needs. Their timely reactions to pricing, shop drawings and delivery made this a very enjoyable business encounter.Jim Baker
President, Baker Glass Co. Inc.
---------------------------------------------------------------
"Before we started working with Unicel Architectural, we were sent a sample of Vision Control®. I was not very familiar with the product but the sample convinced me it was suitable for the residential project I was working on".
Todd Webb
Associate Partner, Dirk Denison Architects


BlURB - Price Comparison, Affiliate Website, Multivendor Store, Product Review and Social Business.
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Free CSS:
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All images have been used for demonstration purposes only and are not included in the template.
Support: If you need any help using the file or need special customizing please feel free to contact me via my Themeforest profile. If you have a moment, please rate this item, I’ll appreciate it very much!….Thank you.
any support please<EMAIL_ADDRESS>email me. I am always happy to help you. Please, contact me from my profile page.


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Description
The Integrative and Discriminative EPigenome Annotation System (IDEAS) method for simultaneous two-dimensional segmentation (Zhang et al. NAR 2016; Zhang and Hardison, NAR 2017; Zhang & Mahony, BioRxiv 2019) was used to run on an incomplete set of 12 epigenetic marks in 127 cell types in the Roadmap Epigenomics project.
This was run on build hg19, then the segmentations were lifted to hg38.
Display Conventions and Configuration
The contributions of each epigenetic feature to each of the states is shown in the figure, along with the color code and their abundance in 127 cell types. Briefly, warm colors are associated with activity and cold colors with inactivity. In more detail, red denotes a state with a promoter-like signature, yellow denote states with an enhancer-like signature, and green denotes a signature for elongating RNA polymerase. In contrast, the grey states convey various combinations of no to low signals for any of the features, and blue states generally correspond to repressive signals.
State Heatmap:
Contact
Questions should be sent to Yu Zhang at yzz2 at psu dot edu
References
Zhang Y, Mahony S. (2019) Direct prediction of regulatory elements from partial data without imputation. BioRxiv.
https://www.biorxiv.org/content/10.1101/643486v1
Zhang Y, Hardison RC. (2017) Accurate and reproducible functional maps in 127 human cell types via 2D genome segmentation. Nucleic Acids Res. gkx659. DOI:
https://doi.org/10.1093/nar/gkx659
Zhang Y, An L, Yue F, Hardison RC (2016). Jointly characterizing epigenetic dynamics across multiple human cell types. Nucleic Acids Res. 44(14):6721-31.


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Everything is responsive so you're free to interact with all of it and have all information right at your fingertips!
So share it with your family and friends, create your own stories and adventures. ATI is here to create memories.
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This is heading 1
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Setting data-refresh-ajax="true" will force a refresh of the content each time it is accessed. The panel is still kept in the DOM, but the content is updated.
Setting data-perist-ajax="true" will persist the content in the panel.
Setting title attribute in the link will make it the panel header title.


eRegister
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| multiprocess {future} | R Documentation |
A multiprocess future is a future that uses multicore evaluation
if supported, otherwise it uses multisession evaluation.
Regardless, its value is computed and resolved in
parallel in another process.
WARNING: Consider the 'multiprocess' future plan deprecated.
Instead, explicitly specify 'multisession' or 'multicore'. The former works
everywhere and is the recommended one between the two. Forked processing,
which 'multicore' uses, is unstable in various environment and setups.
The 'multiprocess' alias is therefore being phased out.
multiprocess(..., workers = availableCores(), envir = parent.frame())
... |
Additional arguments passed to |
workers |
A positive numeric scalar or a function specifying the maximum number of parallel futures that can be active at the same time before blocking. If a function, it is called without arguments when the future is created and its value is used to configure the workers. The function should return a numeric scalar. |
envir |
The environment from where global objects should be identified. |
A MultiprocessFuture implemented as either a MulticoreFuture or a MultisessionFuture.
Internally multicore()
and multisession()
are used.
## Use multiprocess futures plan(multiprocess) ## A global variable a <- 0 ## Create future (explicitly) f <- future({ b <- 3 c <- 2 a * b * c }) ## A multiprocess future is evaluated in a separate R process. ## Changing the value of a global variable will not affect ## the result of the future. a <- 7 print(a) v <- value(f) print(v) stopifnot(v == 0) ## Explicitly close multisession workers, if they were used plan(sequential)


TypeError: <Movie 32> is not JSON serializable
__call__
def __call__(self, environ, start_response):
"""The WSGI server calls the Flask application object as the
WSGI application. This calls :meth:`wsgi_app` which can be
wrapped to applying middleware."""
return self.wsgi_app(environ, start_response)
def __repr__(self):
return '<%s %r>' % (
self.__class__.__name__,
self.name,
wsgi_app
try:
ctx.push()
response = self.full_dispatch_request()
except Exception as e:
error = e
response = self.handle_exception(e)
except:
error = sys.exc_info()[1]
raise
return response(environ, start_response)
finally:
error_router
if self._has_fr_route():
try:
return self.handle_error(e)
except Exception:
pass # Fall through to original handler
return original_handler(e)
def handle_error(self, e):
"""Error handler for the API transforms a raised exception into a Flask
response, with the appropriate HTTP status code and body.
handle_exception
# if we want to repropagate the exception, we can attempt to
# raise it with the whole traceback in case we can do that
# (the function was actually called from the except part)
# otherwise, we just raise the error again
if exc_value is e:
reraise(exc_type, exc_value, tb)
else:
raise e
self.log_exception((exc_type, exc_value, tb))
if handler is None:
reraise
from inspect import getfullargspec as getargspec
from io import StringIO
def reraise(tp, value, tb=None):
if value.__traceback__ is not tb:
raise value.with_traceback(tb)
raise value
implements_to_string = _identity
else:
wsgi_app
ctx = self.request_context(environ)
error = None
try:
try:
ctx.push()
response = self.full_dispatch_request()
except Exception as e:
error = e
response = self.handle_exception(e)
except:
error = sys.exc_info()[1]
full_dispatch_request
request_started.send(self)
rv = self.preprocess_request()
if rv is None:
rv = self.dispatch_request()
except Exception as e:
rv = self.handle_user_exception(e)
return self.finalize_request(rv)
def finalize_request(self, rv, from_error_handler=False):
"""Given the return value from a view function this finalizes
the request by converting it into a response and invoking the
error_router
if self._has_fr_route():
try:
return self.handle_error(e)
except Exception:
pass # Fall through to original handler
return original_handler(e)
def handle_error(self, e):
"""Error handler for the API transforms a raised exception into a Flask
response, with the appropriate HTTP status code and body.
handle_user_exception
return self.handle_http_exception(e)
handler = self._find_error_handler(e)
if handler is None:
reraise(exc_type, exc_value, tb)
return handler(e)
def handle_exception(self, e):
"""Default exception handling that kicks in when an exception
occurs that is not caught. In debug mode the exception will
reraise
from inspect import getfullargspec as getargspec
from io import StringIO
def reraise(tp, value, tb=None):
if value.__traceback__ is not tb:
raise value.with_traceback(tb)
raise value
implements_to_string = _identity
else:
full_dispatch_request
self.try_trigger_before_first_request_functions()
try:
request_started.send(self)
rv = self.preprocess_request()
if rv is None:
rv = self.dispatch_request()
except Exception as e:
rv = self.handle_user_exception(e)
return self.finalize_request(rv)
def finalize_request(self, rv, from_error_handler=False):
dispatch_request
# request came with the OPTIONS method, reply automatically
if getattr(rule, 'provide_automatic_options', False) \
and req.method == 'OPTIONS':
return self.make_default_options_response()
# otherwise dispatch to the handler for that endpoint
return self.view_functions[rule.endpoint](**req.view_args)
def full_dispatch_request(self):
"""Dispatches the request and on top of that performs request
pre and postprocessing as well as HTTP exception catching and
error handling.
wrapper
def wrapper(*args, **kwargs):
resp = resource(*args, **kwargs)
if isinstance(resp, ResponseBase): # There may be a better way to test
return resp
data, code, headers = unpack(resp)
return self.make_response(data, code, headers=headers)
return wrapper
def url_for(self, resource, **values):
"""Generates a URL to the given resource.
make_response
default=default_mediatype,
)
if mediatype is None:
raise NotAcceptable()
if mediatype in self.representations:
resp = self.representations[mediatype](data, *args, **kwargs)
resp.headers['Content-Type'] = mediatype
return resp
elif mediatype == 'text/plain':
resp = original_flask_make_response(str(data), *args, **kwargs)
resp.headers['Content-Type'] = 'text/plain'
output_json
settings.setdefault('indent', 4)
settings.setdefault('sort_keys', not PY3)
# always end the json dumps with a new line
# see https://github.com/mitsuhiko/flask/pull/1262
dumped = dumps(data, **settings) + "\n"
resp = make_response(dumped, code)
resp.headers.extend(headers or {})
return resp
dumps
cls = JSONEncoder
return cls(
skipkeys=skipkeys, ensure_ascii=ensure_ascii,
check_circular=check_circular, allow_nan=allow_nan, indent=indent,
separators=separators, default=default, sort_keys=sort_keys,
**kw).encode(obj)
_default_decoder = JSONDecoder(object_hook=None, object_pairs_hook=None)
encode
# This doesn't pass the iterator directly to ''.join() because the
# exceptions aren't as detailed. The list call should be roughly
# equivalent to the PySequence_Fast that ''.join() would do.
chunks = self.iterencode(o, _one_shot=True)
if not isinstance(chunks, (list, tuple)):
chunks = list(chunks)
return ''.join(chunks)
def iterencode(self, o, _one_shot=False):
"""Encode the given object and yield each string
representation as available.
_iterencode
# see comment for int/float in _make_iterencode
yield _floatstr(o)
elif isinstance(o, (list, tuple)):
yield from _iterencode_list(o, _current_indent_level)
elif isinstance(o, dict):
yield from _iterencode_dict(o, _current_indent_level)
else:
if markers is not None:
markerid = id(o)
if markerid in markers:
raise ValueError("Circular reference detected")
_iterencode_dict
chunks = _iterencode_list(value, _current_indent_level)
elif isinstance(value, dict):
chunks = _iterencode_dict(value, _current_indent_level)
else:
chunks = _iterencode(value, _current_indent_level)
yield from chunks
if newline_indent is not None:
_current_indent_level -= 1
yield '\n' + _indent * _current_indent_level
yield '}'
if markers is not None:
_iterencode
if markers is not None:
markerid = id(o)
if markerid in markers:
raise ValueError("Circular reference detected")
markers[markerid] = o
o = _default(o)
yield from _iterencode(o, _current_indent_level)
if markers is not None:
del markers[markerid]
return _iterencode
default
return list(iterable)
# Let the base class default method raise the TypeError
return JSONEncoder.default(self, o)
"""
raise TypeError(repr(o) + " is not JSON serializable")
def encode(self, o):
"""Return a JSON string representation of a Python data structure.
>>> from json.encoder import JSONEncoder
TypeError: <Movie 32> is not JSON serializable
The console is locked and needs to be unlocked by entering the PIN. You can find the PIN printed out on the standard output of your shell that runs the server.


See: Description
| Interface | Description |
|---|---|
| Condition |
Defines the base interface for a condition which must be satisfied before a
processor can commence invocation.
|
| Configurable<ConfigurationType> |
Interface for workflow items that can be configured from a bean.
|
| Dataflow |
Top level definition object for a dataflow workflow.
|
| DataflowInputPort |
An input port on a Dataflow contains a nested output port within it.
|
| DataflowOutputPort |
Output port of a DataFlow, exposes an internal EventHandlingInputPort into
which the internal workflow logic pushes data to be exposed outside the
workflow boundary.
|
| DataflowPort |
Defines that the implementing port belongs to a Dataflow
|
| DataflowValidationReport |
Contains a validation report from a dataflow validation check.
|
| Datalink |
A single point to point data link from an instance of
EventForwardingOutputPort to an instance of EventHandlingInputPort
|
| Edit<TargetType> |
The workflow object model exposed by this API is read only.
|
| Edits |
Defines the set of all available edit actions over a workflow model.
|
| EventForwardingOutputPort |
An extension of OutputPort defining a set of target EventReceivingInputPorts
to which internally generated events will be relayed.
|
| EventHandlingInputPort |
Input port capable of receiving and reacting to workflow events.
|
| FailureTransmitter |
Used to message interested parties when a top level failure occurs within a
Dataflow |
| FilteringInputPort |
A filtering input port is one capable of filtering events to only pass
through data events at a certain depth.
|
| InputPort |
Marker interface denoting that the instance is an input port.
|
| Merge |
Allows multiple outputs to be routed to a single input within the dataflow.
|
| MergeInputPort |
Input port on a Merge object
|
| MergeOutputPort |
An EventForwardingOutputPort that is associated with Merge instances.
|
| MergePort | |
| NamedWorkflowEntity |
Entities existing directly within a workflow such as Processors, Merge
operators and other potential future extensions exist within a naming scheme.
|
| OutputPort |
Port representing the output of an activity, processor or workflow.
|
| Port |
Named port which receives events from some other entity and handles them
appropriately.
|
| Processor |
A single node within the dataflow digraph, the Processor is the basic
functional unit within a Taverna workflow.
|
| ProcessorInputPort |
Input port on a Processor, is both a filtering input port and a processor
port
|
| ProcessorOutputPort |
Input port on a Processor, is both an event forwarding output port and a
processor port
|
| ProcessorPort | |
| RunDeletionListener |
A RunDeletionListener is notified when a run is deleted.
|
| TokenProcessingEntity |
Superinterface for all classes within the workflow model which consume and
emit workflow data tokens.
|
| WorkflowItem |
An item that forms a structural part of a Workflow.
|
| Class | Description |
|---|---|
| AbstractOutputPort |
Simple implementation of OutputPort, extends AbstractPort and adds the
granular depth bean getter.
|
| AbstractPort |
Port definition with depth and name
|
| CompoundEdit |
Implementation of Edit which contains an ordered list of child edits.
|
| OrderedPair<T> |
A simple generic class to hold a pair of same type objects.
|
| ProcessorFinishedEvent |
An event saying that a processor with a given owning process has finished with execution
(that includes the whole dispatch stack - iterations of the processor and all).
|
| Exception | Description |
|---|---|
| ConfigurationException |
Thrown when attempting to configure a
Configurable with an invalid
configuration. |
| EditException |
Superclass of all exceptions thrown when altering the workflow model through
the edit manager.
|
| InvalidDataflowException |
Thrown if attempting to use a workflow that is not
valid . |
| NamingException |
Potentially thrown when an edit fails due to naming of entities created or
modified by the edit.
|
| WorkflowStructureException |
Thrown predominantly at runtime under circumstances that suggest an
inconsistancy in the workflow model.
|
| Annotation Type | Description |
|---|---|
| ControlBoundary |
Denotes that the associated type creates a boundary of control within the
dataflow.
|
Copyright © 2015–2016 The Apache Software Foundation. All rights reserved.


Air Jordan 11 Low "Cool Grey" Makes Its Way Onto the Golf Course
Last spotted on the greens in 2015.
by Ambrose LeungJordan Brand continues its strong release of OG colorways of the AJ11 but this time in golf cleat form. Following up from its past all-white AJ11 cleat, Jumpman has chosen to revisit an iconic “Cool Grey” colorway from 2001.
The uppers resemble the 1995 silhouette in every way, from the tonal-grey patent leather mixed with pebbled leather and synthetics, down to the recognizable lace supports and icy-blue translucent rubber outsole. Readying this pair of Cool Greys for the green are the set of golf spikes that sit just below the outsole.
Those looking to try their hand at golf, just like Mike, can find these Cool Grey Air Jordan 11 Lows dropping on November 22 at nike.com and select retailers for $220 USD.
In other footwear news, Colin Kaepernick teases possible Nike Air Force 1 collaboration.


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IFCompoundURI Class Reference
| Inherits from | NSObject |
|---|---|
| Declared in | IFCompoundURI.h IFCompoundURI.m |
Overview
A class representing a parsed compound URI string. The URI syntax conforms to the following (partial) BNF:
COMPOUND_URI ::= ( BRACKETED_URI | ALIAS_OR_URI ) BRACKETED_URI ::= ‘[’ ALIAS_OR_URI ‘]’ ALIAS_OR_URI ::= ( ‘~’ ALIAS | URI ) URI ::= SCHEME ‘:’ NAME? ( ‘#’ FRAGMENT )? PARAMETERS? ( ‘|’ FORMAT )? PARAMETERS ::= ‘+’ PARAM_NAME PARAM_VALUE PARAMETERS* PARAM_VALUE ::= ( ‘=’ LITERAL | ‘@’ COMPOUND_URI ) ALIAS ::= ‘~’ NAME ( ‘|’ FORMAT )? SCHEME ::= (name characters)+ NAME ::= (path characters)+ FRAGMENT ::= (name characters)+ LITERAL ::= (name characters)+ FORMAT ::= (name characters)+
TODO: Add an alias: scheme, and ~ as shorthand for accessing it (p@name@! => p@alias:~!@name)
name
The URI name part.
@property (nonatomic, strong) NSString *name
Discussion
The URI name part.
Declared In
IFCompoundURI.h
fragment
The URI fragment part.
@property (nonatomic, strong) NSString *fragment
Discussion
The URI fragment part.
Declared In
IFCompoundURI.h
parameters
A dictionary of the parameters defined in the URI parameter list. Each dictionary entry maps the parameter name to a URI representing the value. (Note that all parameter values can be represented as URIs; literal values are represented using the s: scheme.
@property (nonatomic, strong) NSDictionary *parameters
Discussion
A dictionary of the parameters defined in the URI parameter list. Each dictionary entry maps the parameter name to a URI representing the value. (Note that all parameter values can be represented as URIs; literal values are represented using the s: scheme.
Declared In
IFCompoundURI.h
format
The URI format part.
@property (nonatomic, strong) NSString *format
Discussion
The URI format part.
Declared In
IFCompoundURI.h
– initWithScheme:uri:
– addURIParameters:
Add additional parameters to the URI.
- (void)addURIParameters:(NSDictionary *)params
Discussion
Add additional parameters to the URI.
Declared In
IFCompoundURI.h
– canonicalForm
Generate a canonical representation of the URI.
- (NSString *)canonicalForm
Return Value
The string representation of the URI. URI parameters are: - Shown in alphabetic name order; - With literal values represented using the s: scheme; - All nested URIs are demarcated with square brackets.
Discussion
Generate a canonical representation of the URI.
Declared In
IFCompoundURI.h
– copyOf
Create a copy of the current URI.
- (IFCompoundURI *)copyOf
Discussion
Create a copy of the current URI.
Declared In
IFCompoundURI.h
– copyOfWithFragment:
+ parse:error:
Static utility method for parsing a URI string.
+ (IFCompoundURI *)parse:(NSString *)uri error:(NSError **)error
Discussion
Static utility method for parsing a URI string.
Declared In
IFCompoundURI.h
+ parse:
Static utility method for parsing a URI string. Swallows any error and instead returns nil for invalid URIs.
+ (IFCompoundURI *)parse:(NSString *)uri
Discussion
Static utility method for parsing a URI string. Swallows any error and instead returns nil for invalid URIs.
Declared In
IFCompoundURI.h


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