#include <sys/queue.h> LIST_ENTRY(TYPE); LIST_HEAD(HEADNAME, TYPE); LIST_INIT(LIST_HEAD *head); LIST_INSERT_AFTER(LIST_ENTRY *listelm, TYPE *elm, LIST_ENTRY NAME); LIST_INSERT_HEAD(LIST_HEAD *head, TYPE *elm, LIST_ENTRY NAME); LIST_REMOVE(TYPE *elm, LIST_ENTRY NAME); TAILQ_ENTRY(TYPE); TAILQ_HEAD(HEADNAME, TYPE); TAILQ_INIT(TAILQ_HEAD *head); TAILQ_INSERT_AFTER(TAILQ_HEAD *head, TYPE *listelm, TYPE *elm, TAILQ_ENTRY NAME); TAILQ_INSERT_HEAD(TAILQ_HEAD *head, TYPE *elm, TAILQ_ENTRY NAME); TAILQ_INSERT_TAIL(TAILQ_HEAD *head, TYPE *elm, TAILQ_ENTRY NAME); TAILQ_REMOVE(TAILQ_HEAD *head, TYPE *elm, TAILQ_ENTRY NAME); CIRCLEQ_ENTRY(TYPE); CIRCLEQ_HEAD(HEADNAME, TYPE); CIRCLEQ_INIT(CIRCLEQ_HEAD *head); CIRCLEQ_INSERT_AFTER(CIRCLEQ_HEAD *head, TYPE *listelm, TYPE *elm, CIRCLEQ_ENTRY NAME); CIRCLEQ_INSERT_BEFORE(CIRCLEQ_HEAD *head, TYPE *listelm, TYPE *elm, CIRCLEQ_ENTRY NAME); CIRCLEQ_INSERT_HEAD(CIRCLEQ_HEAD *head, TYPE *elm, CIRCLEQ_ENTRY NAME); CIRCLEQ_INSERT_TAIL(CIRCLEQ_HEAD *head, TYPE *elm, CIRCLEQ_ENTRY NAME); CIRCLEQ_REMOVE(CIRCLEQ_HEAD *head, TYPE *elm, CIRCLEQ_ENTRY NAME);
Lists are the simplest of the three data structures and support only the above functionality.
Tail queues add the following functionality:
However:
Circular queues add the following functionality:
However:
In the macro definitions, TYPE is the name of a user-defined structure, that must contain a field of type LIST_ENTRY, TAILQ_ENTRY, or CIRCLEQ_ENTRY, named NAME. The argument HEADNAME is the name of a user-defined structure that must be declared using the macros LIST_HEAD, TAILQ_HEAD, or CIRCLEQ_HEAD. See the examples below for further explanation of how these macros are used.
LIST_HEAD(HEADNAME, TYPE) head;
where HEADNAME is the name of the structure to be defined, and TYPE is the type of the elements to be linked into the list. A pointer to the head of the list can later be declared as:
struct HEADNAME *headp;
(The names head and headp are user selectable.)
The macro LIST_ENTRY declares a structure that connects the elements in the list.
The macro LIST_INIT initializes the list referenced by head.
The macro LIST_INSERT_HEAD inserts the new element elm at the head of the list.
The macro LIST_INSERT_AFTER inserts the new element elm after the element listelm.
The macro LIST_REMOVE removes the element elm from the list.
LIST_HEAD(listhead, entry) head; struct listhead *headp; /* List head. */ struct entry { ... LIST_ENTRY(entry) entries; /* List. */ ... } *n1, *n2, *np; LIST_INIT(&head); /* Initialize the list. */ n1 = malloc(sizeof(struct entry)); /* Insert at the head. */ LIST_INSERT_HEAD(&head, n1, entries); n2 = malloc(sizeof(struct entry)); /* Insert after. */ LIST_INSERT_AFTER(n1, n2, entries); /* Forward traversal. */ for (np = head.lh_first; np != NULL; np = np->entries.le_next) np-> ... while (head.lh_first != NULL) /* Delete. */ LIST_REMOVE(head.lh_first, entries);
TAILQ_HEAD(HEADNAME, TYPE) head;
where HEADNAME is the name of the structure to be defined, and TYPE is the type of the elements to be linked into the tail queue. A pointer to the head of the tail queue can later be declared as:
struct HEADNAME *headp;
(The names head and headp are user selectable.)
The macro TAILQ_ENTRY declares a structure that connects the elements in the tail queue.
The macro TAILQ_INIT initializes the tail queue referenced by head.
The macro TAILQ_INSERT_HEAD inserts the new element elm at the head of the tail queue.
The macro TAILQ_INSERT_TAIL inserts the new element elm at the end of the tail queue.
The macro TAILQ_INSERT_AFTER inserts the new element elm after the element listelm.
The macro TAILQ_REMOVE removes the element elm from the tail queue.
TAILQ_HEAD(tailhead, entry) head; struct tailhead *headp; /* Tail queue head. */ struct entry { ... TAILQ_ENTRY(entry) entries; /* Tail queue. */ ... } *n1, *n2, *np; TAILQ_INIT(&head); /* Initialize the queue. */ n1 = malloc(sizeof(struct entry)); /* Insert at the head. */ TAILQ_INSERT_HEAD(&head, n1, entries); n1 = malloc(sizeof(struct entry)); /* Insert at the tail. */ TAILQ_INSERT_TAIL(&head, n1, entries); n2 = malloc(sizeof(struct entry)); /* Insert after. */ TAILQ_INSERT_AFTER(&head, n1, n2, entries); /* Forward traversal. */ for (np = head.tqh_first; np != NULL; np = np->entries.tqe_next) np-> ... /* Delete. */ while (head.tqh_first != NULL) TAILQ_REMOVE(&head, head.tqh_first, entries);
CIRCLEQ_HEAD(HEADNAME, TYPE) head;
where HEADNAME is the name of the structure to be defined, and TYPE is the type of the elements to be linked into the circular queue. A pointer to the head of the circular queue can later be declared as:
struct HEADNAME *headp;
(The names head and headp are user selectable.)
The macro CIRCLEQ_ENTRY declares a structure that connects the elements in the circular queue.
The macro CIRCLEQ_INIT initializes the circular queue referenced by head.
The macro CIRCLEQ_INSERT_HEAD inserts the new element elm at the head of the circular queue.
The macro CIRCLEQ_INSERT_TAIL inserts the new element elm at the end of the circular queue.
The macro CIRCLEQ_INSERT_AFTER inserts the new element elm after the element listelm.
The macro CIRCLEQ_INSERT_BEFORE inserts the new element elm before the element listelm.
The macro CIRCLEQ_REMOVE removes the element elm from the circular queue.
CIRCLEQ_HEAD(circleq, entry) head; struct circleq *headp; /* Circular queue head. */ struct entry { ... CIRCLEQ_ENTRY(entry) entries; /* Circular queue. */ ... } *n1, *n2, *np; CIRCLEQ_INIT(&head); /* Initialize the circular queue. */ n1 = malloc(sizeof(struct entry)); /* Insert at the head. */ CIRCLEQ_INSERT_HEAD(&head, n1, entries); n1 = malloc(sizeof(struct entry)); /* Insert at the tail. */ CIRCLEQ_INSERT_TAIL(&head, n1, entries); n2 = malloc(sizeof(struct entry)); /* Insert after. */ CIRCLEQ_INSERT_AFTER(&head, n1, n2, entries); n2 = malloc(sizeof(struct entry)); /* Insert before. */ CIRCLEQ_INSERT_BEFORE(&head, n1, n2, entries); /* Forward traversal. */ for (np = head.cqh_first; np != (void *)&head; np = np->entries.cqe_next) np-> ... /* Reverse traversal. */ for (np = head.cqh_last; np != (void *)&head; np = np->entries.cqe_prev) np-> ... /* Delete. */ while (head.cqh_first != (void *)&head) CIRCLEQ_REMOVE(&head, head.cqh_first, entries);


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Of Course, you can. The pricing plans are suggestions and estimations. Get in contact with us about what your SEO requirements are and we will see what we can do. For instance, you may just want to use our tag optimization service. Which we can do for you. Just contact us and we will create a plan for you.
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I especially love the rugged landscape and vast panoramas
They make me think "This is what mountains are supposed to look like"
A charming spot in the horse farm country of KY which holds many fond memories


BDS Config file
The config.bds
file allows customizing bds
's behavior.
The config file is usually located in $HOME/.bds/bds.config
.
Running bds
without any arguments shows the config's file default location.
You can provide an alternative path using command line option -c
.
The config file is roughly divided into sections. It is not required that parameters are in specific sections, we just do it to have some order. We explain the parameters for each section below.
Default parameters
This section defines default parameters used in running tasks (such as system type, number of CPUs, memory, etc.).
Most of the time you'd rather keep options unspecified but it can be convenient to set system = local
in
your laptop and system = cluster
in your production cluster.
| Parameter | Comments / examples |
|---|---|
| mem | Default memory in bytes (negative number means unspecified) |
| node | Default execution node (empty means unspecified) |
| queue | Add default queue name (empty means unspecified) |
| retry | Default number of retries when a task fails (0 means no retry). Upon failire, a task is re-executed up to 'retry' times. I.e. a task is considered failed only after failing 'retry + 1' times. |
| system | Default system type. If unspecified, the default system is 'local' (run tasks on local computer) |
| timeout | Task timeout in seconds (default is one day) |
| walltimeout | Task's wall-timeout in seconds (default is one day). Wall timeout includes all the time that the task is waiting to be executed. I.e. the total amount of time we are willing to wait for a task to finish. For example if walltimeout is one day and a task is queued by the cluster system for one day (and never executed), it will timeout, even if the task was never run. |
| taskShell | Shell to be used when running a task (default /bin/bash -eu\nset -o pipefail\n ). WARNING: Make sure you use "-e" or some command line option that stops execution when an error if found. |
| sysShell | Shell to be used when running a sys (default /bin/bash -euo pipefail -c ). WARNING: Make sure you use "-e" or some command line option that stops execution when an error if found. WARNING: Make sure you use "-c" or some command line option that allows providing a script |
Cluster options
This section defines parameters to customize bds
to run tasks on your cluster.
| Parameter | Comments / examples |
|---|---|
| pidRegex | Regex used to extract PID from cluster command (e.g. qsub). When bds dispatches a task to the cluster management system (e.g. running 'qsub' command), it expects the cluster system to inform the jobID. Typically cluster systems show jobIDs in the first output line. This regex is used to match that jobID. Default, use the whole line. Note: Some clusters add the domain name to the ID and then never use it again, some other clusters add a message (e.g. 'You job ...'). Examples: pidRegex = "(.+).domain.com" and pidRegex = "Your job (\\S+)" |
| clusterRunAdditionalArgs | These command line arguments are added to every cluster 'run' command (e.g. 'qsub'). The string is split into spaces (regex: '\s+') and added to the cluster's run command. E.g.: clusterRunAdditionalArgs = -A accountID -M<EMAIL_ADDRESS>will cause four additional arguments { '-A', 'accountID', '-M'<EMAIL_ADDRESS>} to be added immediately after 'qsub' (or similar) command used to run tasks on a cluster. |
| clusterKillAdditionalArgs | These command line arguments are added to every cluster 'kill' command (e.g. 'qdel'). Same rules as 'clusterRunAdditionalArgs' apply. |
| clusterStatAdditionalArgs | These command line arguments are added to every cluster 'stat' command (e.g. 'qstat'). Same rules as 'clusterRunAdditionalArgs' apply. |
| clusterPostMortemInfoAdditionalArgs | These command line arguments are added to every cluster 'post mortem info' command (e.g. 'qstat -f'). Same rules as 'clusterRunAdditionalArgs' apply. |
SGE Cluster options
This section defines parameters to customize bds
to run tasks on a Sun Grid Engine cluster.
IMPORTANT: In SGE clusters it is important to enable ENABLE_ADDGRP_KILL=true
to the execd_params
parameter of qconf -sconf
.
Otherwise SGE might not be able to kill bds
subprocesses running on slave nodes if this option is not enabled.
So, if you don't activate ENABLE_ADDGRP_KILL=true
killing processes may not work in SGE clusters, nodes will continue to run tasks even after they've been killed either Ctrl-C to bds or by a direct qdel
command (the cluster reports them as finished, but they might still be running in the slave node).
| Parameter | Comments / examples |
|---|---|
| sge.pe | Parallel environment in SGE (e.g. 'qsub -pe mpi 4'). |
| sge.mem | Parameter for requesting amount of memory in qsub (e.g. qsub -l mem 4G ) |
| sge.timeout | Parameter for timeout in qsub (e.g. qsub -l h_rt 24:00:00 ) |
Note on SGE's parallel environment ('-pe'):
The defaults were set to be compatible with StarCluster.
Parallel environment defines how 'slots' (number of cpus requested)
are allocated. StarCluster by default sets up a parallel environment, called “orte”,
that has been configured for OpenMPI integration within SGE and has a number of slots
equal to the total number of processors in the cluster.
See details qconf -sp orte
:
pe_name orte
slots 16
user_lists NONE
xuser_lists NONE
start_proc_args /bin/true
stop_proc_args /bin/true
allocation_rule $round_robin
control_slaves TRUE
job_is_first_task FALSE
urgency_slots min
accounting_summary FALSE
Notice the allocation_rule = $round_robin
. This defines how to assign slots to a job. By
default StarCluster configures round_robin allocation. This means that if a job requests 8
slots for example, it will go to the first machine, grab a single slot if available, move to
the next machine and grab a single slot if available, and so on wrapping around the cluster
again if necessary to allocate 8 slots to the job.
You can also configure the parallel environment to try and localize slots as much as possible using the "fill_up" allocation rule and job_is_first_task of TRUE.
To configure: qconf -mp orte
Generic Cluster options
Cluster generic invokes user defined scripts for manupulating tasks.
This allows the user to customize scripts for particular cluster environments (e.g. environments not currently supported by bds
)
Note: You should either provide the script's full path or the scripts should be in your PATH
Note: These scripts "communicate" with bds by printing information on STDOUT. The information has to be printed in a very specific format. Failing to adhere to the format will cause bds to fail in unexpected ways.
Note: You can use command path starting with '~' to indicate $HOME
dir or '.' to indicate path relative to config file's dir
| Parameter | Comments / examples |
|---|---|
| clusterGenericRun | The specified script is executed when a task is submitted to the cluster |
| clusterGenericKill | The specified script is executed in order to kill a task |
| clusterGenericStat | The specified script is executed in order to show the jobID of all jobs currently scheduled in the cluster |
| clusterGenericPostMortemInfo | The specified script is executed in order to get information of a recently finished jobId. This information is typically used for debuging and is added to bds's output. |
Generic cluster: clusterGenericRun
Script's expected output: The script MUST print the cluster's jobID AS THE FIRST LINE. Make sure to flush STDOUT to avoid other lines to be printed out of order.
Command line arguments:
- Task's timeout in seconds. Negative number means 'unlimited' (i.e. let the cluster system decide)
- Task's required CPUs: number of cores within the same node.
- Task's required memory in bytes. Negative means 'unspecified' (i.e. let the cluster system decide)
- Cluster's queue name. Empty means "use cluster's default"
- Cluster's STDOUT redirect file. This is where the cluster should redirect STDOUT.
- Cluster's STDERR redirect file. This is where the cluster should redirect STDERR
- Cluster command and arguments to be executed (typically is a "bds -exec ...").
Example: For examples on how to build this script, take a look at config/clusterGeneric*
directory in the source code.
Generic cluster: clusterGenericKill
Script's expected output: None
Command line arguments: jobId: This is the jobId returned as the first line in 'clusterGenericRun' script (i.e. the jobID provided by the cluster management system)
Example: For examples on how to build this script, take a look at config/clusterGeneric*
directory in the source code.
Generic cluster: clusterGenericStat
The specified script is executed in order to show the jobID of all jobs currently scheduled in the cluster
Script's expected output: This script is expected to print all jobs currently scheduled or running in the cluster (e.g. qstat), one per line. The FIRST column should be the jobID (columns are space or tab separated). Other columns may exist (but are currently ignored).
Command line arguments: None
Example: For examples on how to build this script, take a look at config/clusterGeneric*
directory in the source code.
Generic cluster: clusterGenericPostMortemInfo
Script's expected output:
The output is not parsed, it is stored and later shown
in bds's report. Is should contain information relevant
to the job's execution (e.g. qstat -f $jobId
or checkjob -v $jobId
)
Command line arguments: jobId: This is the jobId returned as the first line in 'clusterGenericRun' script (i.e. the jobID provided by the cluster management system)
Example: For examples on how to build this script, take a look at config/clusterGeneric*
directory in the source code.
SSH Cluster options
Cluster shh creates a virtual cluster using several nodes access via shh.
| Parameter | Comments / examples |
|---|---|
| ssh.nodes | This defines the userName and nodes to be accessed via ssh. |
Examples:
A trivial 'ssh' cluster composed only of the localhost accesed via ssh (useful for debugging)
ssh.nodes = user@localhost
Some company's servers used as an ssh cluster
ssh.nodes =<EMAIL_ADDRESS><EMAIL_ADDRESS><EMAIL_ADDRESS><EMAIL_ADDRESS><EMAIL_ADDRESS>A StarCluster run on Amazon AWS
ssh.nodes = sgeadmin@node001, sgeadmin@node002, sgeadmin@node003, sgeadmin@node004, sgeadmin@node005, sgeadmin@node006


Newbie Guide:
The One-Handed Swordis the most basic
weapon in the game, prossessing balanced
attributes. The Squire's Sword you began your
adventures with was one of these. Unless you
prefer a specific weapon. I recommend staying
with a One-Handed Sword.
You can also use Fallen Atack with it, which will
allow you to strike a critical blow to enemies.
Back.


Source code: CMSMonitoring/eos_path_size.py
Output is stored in root://eoscms//eos/cms/store/accounting/ once per day
- quota_node is a directory with a quota assigned
- max_logical_quota is the total logical quota set
- total_used_logical_bytes is the total of bytes used from the logical quota (logical_rep_bytes+logical_ec_bytes)
- logical_rep_bytes is the logical bytes used with two replica layout
- logical_ec_bytes is the logical bytes used with the erasure coging layout (10+2)
- total_used_physical_bytes is the total physical bytes (raw data) used, therefore the sum of the files with the two replica layout and the files with the erasure coding layout (logical_rep_bytes*2 +logical_ec_bytes*1.2) (layout for EC 10+2)
- physical_rep_bytes is the total of raw data used with the two replica layout (logical_rep_bytes*2)
- physical_ec_bytes is the total of raw data used with EC layout (logical_ec_bytes*1.2)
- free_physical is the free raw data (max_logical_quota*2)- total_used_physical_bytes
- free_physical_for_ec is the free raw data in case all the new files will be in EC layout (free_physical/1.2)
- free_physical_for_rep is the free raw data in case all the new files will be in two replica layout (free_physical/2)
- free_logical is the free logical bytes ( max_logical_quota-total_used_logical_bytes)


This record is 4 bytes long, and it has no record data field. If the WRITEPROT record is present in the Book stream, it signifies the worksheet has a Write Reservation password (File menu, Save As command, Options dialog box). For information about the password ( wResPass ), see “ FILESHARING EXB0073 ” .


{% extends "base_single.html" %} {% block title %}contact us{% endblock %} {% block content %}
To send us a message, just fill out the form below (all fields are required).
We do not allow any web links (URLs) in a message- it helps prevent spam.
{% comment %}Problems relating to using the web site will be answered as soon as possible, but other issues will not be answered until then.
Please correct the errors below:
{% endif %} {% endblock %}


My name is Steven Greenup. I have a Bachelors of Science in Civil Engineering from Texas Tech University. If I could just listen to music and plug away at my computer as a career, I would be happy.
I couldn't get my CSS under 2000 characters...
So I decided to have a little fun... It didn't make sense to me to have the shadow just dissapear.


Menu V
Books
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2 results for
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By Garth Nix
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END OF RESULTS.


default implementation of the allocator interface required by the SDK More...
#include <PxDefaultAllocator.h>
Public Member Functions | |
| void * | allocate (size_t size, const char *, const char *, int) |
| Allocates size bytes of memory, which must be 16-byte aligned. More... | |
| void | deallocate (void *ptr) |
| Frees memory previously allocated by allocate(). More... | |
| Public Member Functions inherited from PxAllocatorCallback | |
| virtual | ~PxAllocatorCallback () |
| destructor More... | |
default implementation of the allocator interface required by the SDK
|
inlinevirtual |
Allocates size bytes of memory, which must be 16-byte aligned.
This method should never return NULL. If you run out of memory, then you should terminate the app or take some other appropriate action.
Threading: This function should be thread safe as it can be called in the context of the user thread and physics processing thread(s).
| size | Number of bytes to allocate. |
| typeName | Name of the datatype that is being allocated |
| filename | The source file which allocated the memory |
| line | The source line which allocated the memory |
Implements PxAllocatorCallback.
References platformAlignedAlloc(), and PX_ASSERT.
|
inlinevirtual |
Frees memory previously allocated by allocate().
Threading: This function should be thread safe as it can be called in the context of the user thread and physics processing thread(s).
| ptr | Memory to free. |
Implements PxAllocatorCallback.
References platformAlignedFree().


--- layout: page title: 'Borough Administrator' ---
phone:<PHONE_NUMBER> x 3104
fax:<PHONE_NUMBER>
<EMAIL_ADDRESS>Hours
8:30–4:30
Robert J. Kakoleski, Borough Administrator
Rose Inguanti, Confidential Assistant
The Borough Administrator is the liaison between the Mayor and Council and the Departments, various municipal boards, agencies and its professional services.
The Administrator is responsible for the coordination of intradepartmental operations and manage the day-to-day operations of Borough Hall by coordination and supervising the activities of all employees. Shall be responsible for the overall supervision and maintenance of real property owned by the Borough. This position is responsible for the preparation of the operating and capital improvement budgets by working with the Department Heads and thoroughly reviewing the requested submissions and making recommendations to the Governing Body.
The Administrator shall make recommendations that will increase the efficiency in the operations of the Borough. Review daily any complaints concerning the functions and obligations of the Borough made by any of its residents and shall have a record of any complaints.


These training articles are a great resource for all runners who are running the Blue Cross Broad Street Run.
Click on the titles to the right to read each article.


|
Apache Ignite.NET
|
Cache storage adapter with parallel loading in LoadAll method. More...
Public Member Functions | |
| virtual void | LoadCache (Action< object, object > act, params object[] args) |
| Loads all values from underlying persistent storage. Note that keys are not passed, so it is up to implementation to figure out what to load. This method is called whenever ICache<K,V>.LocalLoadCache method is invoked which is usually to preload the cache from persistent storage. More... | |
| virtual object | Load (object key) |
Loads an object. Application developers should implement this method to customize the loading of a value for a cache entry. This method is called by a cache when a requested entry is not in the cache. If the object can't be loaded null should be returned. More... | |
| virtual IDictionary | LoadAll (ICollection keys) |
| Loads multiple objects. Application developers should implement this method to customize the loading of cache entries. This method is called when the requested object is not in the cache. If an object can't be loaded, it is not returned in the resulting map. More... | |
| virtual void | Write (object key, object val) |
| Write the specified value under the specified key to the external resource. More... | |
| virtual void | WriteAll (IDictionary entries) |
| Write the specified entries to the external resource. This method is intended to support both insert and update. More... | |
| virtual void | Delete (object key) |
| Delete the cache entry from the external resource. More... | |
| virtual void | DeleteAll (ICollection keys) |
| Remove data and keys from the external resource for the given collection of keys, if present. More... | |
| virtual void | SessionEnd (bool commit) |
Tells store to commit or rollback a transaction depending on the value of the commit parameter. More... | |
Static Public Attributes | |
| static readonly int | DefaultThreadsCount = Environment.ProcessorCount |
| Default number of working threads (equal to the number of available processors). More... | |
Protected Member Functions | |
| CacheParallelLoadStoreAdapter () | |
| Constructor. More... | |
| abstract IEnumerable | GetInputData () |
| Gets the input data sequence to be used in LoadCache. More... | |
| abstract KeyValuePair< object, object > | Parse (object inputRecord, params object[] args) |
| This method should transform raw data records from GetInputData into valid key-value pairs to be stored into cache. More... | |
Properties | |
| int | MaxDegreeOfParallelism [get, set] |
| Gets or sets the maximum degree of parallelism to use in LoadCache. Must be either positive or -1 for unlimited amount of threads. More... | |
LoadCache calls GetInputData() and iterates over it in parallel. GetInputData().GetEnumerator() result will be disposed if it implements IDisposable. Any additional post-LoadCache steps can be performed by overriding LoadCache method.
|
protected |
|
virtual |
Expiry of a cache entry is not a delete hence will not cause this method to be invoked.
This method is invoked even if no mapping for the key exists.
| key | The key that is used for the delete operation. |
Implements Apache.Ignite.Core.Cache.Store.ICacheStore.
|
virtual |
The order that individual deletes occur is undefined.
If this operation fails (by throwing an exception) after a partial success, the writer must remove any successfully written entries from the entries collection so that the caching implementation knows what succeeded and can mutate the cache.
Expiry of a cache entry is not a delete hence will not cause this method to be invoked.
This method may include keys even if there is no mapping for that key, in which case the data represented by that key should be removed from the underlying resource.
| keys | a mutable collection of keys for entries to delete. Upon invocation, it contains the keys to delete for write-through. Upon return the collection must only contain the keys that were not successfully deleted. |
Implements Apache.Ignite.Core.Cache.Store.ICacheStore.
|
protectedpure virtual |
|
virtual |
| key | The key identifying the object being loaded. |
null
if the object can't be loaded Implements Apache.Ignite.Core.Cache.Store.ICacheStore.
|
virtual |
| keys | Keys identifying the values to be loaded. |
Implements Apache.Ignite.Core.Cache.Store.ICacheStore.
|
virtual |
This method is optional, and cache implementation does not depend on this method to do anything.
For every loaded value method provided action should be called. The action will then make sure that the loaded value is stored in cache.
| act | Action for loaded values. |
| args | Optional arguemnts passed to ICache<K,V>.LocalLoadCache method. |
| CacheStoreException |
Implements Apache.Ignite.Core.Cache.Store.ICacheStore.
|
protectedpure virtual |
|
virtual |
| commit | True if transaction should commit, false for rollback. |
Implements Apache.Ignite.Core.Cache.Store.ICacheStore.
|
virtual |
This method is intended to support both key/value creation and value update.
| key | Key to write. |
| val | Value to write. |
Implements Apache.Ignite.Core.Cache.Store.ICacheStore.
|
virtual |
The order that individual writes occur is undefined.
If this operation fails (by throwing an exception) after a partial success, the writer must remove any successfully written entries from the entries collection so that the caching implementation knows what succeeded and can mutate the cache.
| entries | a mutable collection to write. Upon invocation, it contains the entries to write for write-through. Upon return the collection must only contain entries that were not successfully written. (see partial success above). |
Implements Apache.Ignite.Core.Cache.Store.ICacheStore.
|
static |
|
getset |
Defaults to DefaultThreadsCount.


Robotic Arts Intro Fall 2018 (IA277.01)
- Instructor: Lucas Haroldsen<EMAIL_ADDRESS>- Class Site: yasunaga.work/raif18
- syllabus: syllabus.pdf
- Resources: links.html
10/12: Studio Work Day! / Digital Fabrication Demo
Today is a project workday for Project 1: the midterm and demo day for digital fabrication. Here is the schedule:
- 3D modeling and Printing demo
- lunch 12pm to 1pm
- laser cutting demo
- work on your piece
Digital Fabrication
Rhino tutorials
- Lynda.com - Rhino 5 Essential Training You can login to lynda.com from your MICA account
- rhino3d.com Official website with tutorials and PDF manuals if you prefer
3D printer operational guide
Arduino Review
Take a look at what we have gone over so far if you need!
- Basic Component
- Digital Input and Output
- variables
- if else --video
- Analog Input, Serial Print, Threshold --video
- Analog output and tone()
- Conditioning
- For loop video
- using millis instead of delay (multitasking) Adafruit tutorial
HOMEWORK
Project 1: the midterm
Project 1 is due October 19th! (next week!)
You have two weeks to bring your prototype to finished project.
Documentation Due: October 26st


[% PROCESS tpl/navigation_topbar.html %]
[% content %]
[% title = page.title || 'the internet cluster of ntp servers' %]
Note: This is a development/test version of the NTP Pool system! For the real site with real data, go to www.pool.ntp.org. Discussion and bug reports for the beta/test site here, see pool-dev.
[% END %]


User Management Navbar
Create User
Username
First Name
Last Name
Classroom
E-Mail
Password
Confirm Password
Reset
Submit


splitLines() takes a block of text and splits it up into separate lines based on the width of the box or a width passed to the function.
splitLines()
- width string The width of the box. By default, it tries to use the element's width. If you don't define a width, there's no way to split it by lines!
- tag string The tag to wrap the lines in
- keepHtml boolean Whether or not to try and preserve the html within the element. Default is true
Example of text split by lines
Example of text split by lines using span tags and a defined width
Example of text split by lines with a larger font
Example of text split with a line height
Example of text that contains html
Example of text split by lines, and cycling through each other
Another animation example
A test for using a width that's entirely too small
A test for preserving <br>
tags.
 Vestibulum sodales est libero, eget convallis mauris viverra eu.  Vestibulum sodales est libero, eget convallis mauris viverra eu. Fusce erat urna, blandit sed ex sit amet, sollicitudin pellentesque ex.


Send a message to your server when you join a channel.
Disabled / Enabled
Webhook URI
Default Message
If enabled Glimboi will ask for confirmation before sending the message. You can also add stream specific details (what you're doing that stream)
Disabled / Enabled
Send a message to your guild when you join a channel.
Disabled / Enabled
Webhook URI
Default Message
If enabled Glimboi will ask for confirmation before sending the message. You can also add stream specific details (what you're doing that stream)
Disabled / Enabled
Interact with OBS from Glimboi.
Disabled / Enabled
WebSocket Password
A password is optional with OBS webscokets. If you are on a public internet connection you should add a password.
The URL to connect to. If OBS and Glimboi are on the same device it is likely "localhost" (the default)


|
||||||||||
| PREV CLASS NEXT CLASS | FRAMES NO FRAMES | |||||||||
| SUMMARY: NESTED | FIELD | CONSTR | METHOD | DETAIL: FIELD | CONSTR | METHOD |
public interface JCoBackgroundUnitAttributes
Unit Attributes describing some properties of a processed bgRFC unit in the backend. To get an empty instance of unit attributes use JCo.createFunctionUnitAttributes()
| Method Summary | |
|---|---|
java.lang.String |
getClient()
Returns the SAP client associated with the unit. |
java.lang.String |
getProgramName()
Returns the program name associated with the unit. |
java.lang.String |
getUserID()
Returns the user ID associated with the unit. |
boolean |
isCommitCheckOn()
Returns whether a commit check is done in the backend for the associated unit. |
boolean |
isKernelTraceOn()
Returns whether the backend shall write kernel traces for this unit. |
boolean |
isUnitHistoryOn()
Returns whether the backend shall keep a history of the associated unit. |
boolean |
isUnitLocked()
Returns whether the associated unit will be locked. |
void |
setClient(java.lang.String client)
Allows setting the SAP client attribute. |
void |
setCommitCheckOn(boolean checkOn)
Allows adjusting the commit check attribute. |
void |
setKernelTrace(boolean traceOn)
Allows setting the kernel trace attribute. |
void |
setLock(boolean lock)
Allows setting the lock attribute. |
void |
setProgramName(java.lang.String programName)
Allows setting the program name attribute. |
void |
setUnitHistory(boolean historyOn)
Allows setting the unit history attribute. |
void |
setUser(java.lang.String userID)
Allows setting the user attribute. |
| Method Detail |
|---|
void setKernelTrace(boolean traceOn)
traceOn
- Turns on kernel trace if set to true, turns it off otherwiseboolean isKernelTraceOn()
void setUnitHistory(boolean historyOn)
historyOn
- Turns on the unit history if set to true, turns it off otherwiseboolean isUnitHistoryOn()
void setLock(boolean lock)
lock
- Locks the unit if set to true, otherwise nothing special happens.boolean isUnitLocked()
void setCommitCheckOn(boolean checkOn)
COMMIT WORK
.
In this case the unit is aborted with an error, because the transactional
integrity of this unit cannot be guaranteed.
 Hence, the behavior mentioned above
is suppressed, meaning the unit will be executed anyway, even if one of its
function modules misbehaves and triggers a COMMIT WORK
.
checkOn
- turns on commit if set to true, turns it off, if set to falseboolean isCommitCheckOn()
void setUser(java.lang.String userID)
userID
- The user to associate with the unit.java.lang.String getUserID()
void setClient(java.lang.String client)
client
- The SAP client to associate with the unit.java.lang.String getClient()
void setProgramName(java.lang.String programName)
programName
- The program name to associate with the unit.java.lang.String getProgramName()
|
||||||||||
| PREV CLASS NEXT CLASS | FRAMES NO FRAMES | |||||||||
| SUMMARY: NESTED | FIELD | CONSTR | METHOD | DETAIL: FIELD | CONSTR | METHOD |


Simple Router Example
route-page1
route-page2
route-invalid
Router With Base Path
#/base/path/route-page1
#/base/path/route-page2
#/base/path/route-invalid
Router With Callbacks
#/callbacks/page1
#/callbacks/page2
#/callbacks/invalid


About Us
We started as an aspiring group of college students
The Retriever Café began when students at UMBC, realizing the shortcomings of Dhall, proposed to cook special meals to offer at various events. In time, the Café became popular enough to expand. With an official location, the Retriever Café is now open to anyone, any time.
Our staff will provide the best dine-in experience possible
At Retriever Café, our staff is dedicated to making wait-times short, keeping the Café clean, and of course, serving amazing food.
Valuing the customer and quality
Since the beginning, our Café has been about serving high quality food to everyone. We strive to create a positive, friendly environment where anyone can enjoy delicious food.


org.apache.hadoop.fs.MultipartUploader
The MultipartUploader
can upload a file using multiple parts to Hadoop-supported filesystems. The benefits of a multipart upload is that the file can be uploaded from multiple clients or processes in parallel and the results will not be visible to other clients until the complete
function is called.
When implemented by an object store, uploaded data may incur storage charges, even before it is visible in the filesystems. Users of this API must be diligent and always perform best-effort attempts to complete or abort the upload. The abortUploadsUnderPath(path)
operation can help here.
All the requirements of a valid MultipartUploader
are considered implicit econditions and postconditions:
The operations of a single multipart upload may take place across different instance of a multipart uploader, across different processes and hosts. It is therefore a requirement that:
All state needed to upload a part, complete an upload or abort an upload must be contained within or retrievable from an upload handle.
That handle MUST be serializable; it MUST be deserializable to different processes executing the exact same version of Hadoop.
different hosts/processes MAY upload different parts, sequentially or simultaneously. The order in which they are uploaded to the filesystem MUST NOT constrain the order in which the data is stored in the final file.
An upload MAY be completed on a different instance than any which uploaded parts.
The output of an upload MUST NOT be visible at the final destination until the upload may complete.
It is not an error if a single multipart uploader instance initiates or completes multiple uploads files to the same destination sequentially, irrespective of whether or not the store supports concurrent uploads.
Multiple processes may upload parts of a multipart upload simultaneously.
If a call is made to startUpload(path)
to a destination where an active upload is in progress, implementations MUST perform one of the two operations.
Which upload succeeds is undefined. Users must not expect consistent behavior across filesystems, across filesystem instances *or even across different requests.
If a multipart upload is completed or aborted while a part upload is in progress, the in-progress upload, if it has not completed, must not be included in the final file, in whole or in part. Implementations SHOULD raise an error in the putPart()
operation.
Users MUST NOT expect that serialized PathHandle versions are compatible across * different multipart uploader implementations. * different versions of the same implementation.
That is: all clients MUST use the exact same version of Hadoop.
A FileSystem/FileContext which supports Multipart Uploads extends the existing model (Directories, Files, Symlinks)
to one of (Directories, Files, Symlinks, Uploads)
Uploads
of type Map[UploadHandle -> Map[PartHandle -> UploadPart]
.
The Uploads
element of the state tuple is a map of all active uploads.
Uploads: Map[UploadHandle -> Map[PartHandle -> UploadPart]`
An UploadHandle is a non-empty list of bytes.
UploadHandle: List[byte] len(UploadHandle) > 0
Clients MUST treat this as opaque. What is core to this features design is that the handle is valid from across clients: the handle may be serialized on host hostA
, deserialized on hostB
and still used to extend or complete the upload.
UploadPart = (Path: path, parts: Map[PartHandle -> byte[]])
Similarly, the PartHandle
type is also a non-empty list of opaque bytes, again, marshallable between hosts.
PartHandle: List[byte]
It is implicit that each UploadHandle
in FS.Uploads
is unique. Similarly, each PartHandle
in the map of [PartHandle -> UploadPart]
must also be unique.
abort(FS, uploadHandle)
could unintentionally cancel a successor operation which used the same Upload Handle.All operations return CompletableFuture<>
types which must be subsequently evaluated to get their return values.
What this means is that when an implementation interacts with a fast file system/store all preconditions including the existence of files MAY be evaluated early, whereas and implementation interacting with a remote object store whose probes are slow MAY verify preconditions in the asynchronous phase -especially those which interact with the remote store.
Java CompletableFutures do not work well with checked exceptions. The Hadoop codease is still evolving the details of the exception handling here, as more use is made of the asynchronous APIs. Assume that any precondition failure which declares that an IOException
MUST be raised may have that operation wrapped in a RuntimeException
of some form if evaluated in the future; this also holds for any other IOException
raised during the operations.
close()
Applications MUST call close()
after using an uploader; this is so it may release other objects, update statistics, etc.
CompletableFuture<UploadHandle> startUpload(Path)
Starts a Multipart Upload, ultimately returning an UploadHandle
for use in subsequent operations.
if path == "/" : raise IOException if exists(FS, path) and not isFile(FS, path) raise PathIsDirectoryException, IOException
If a filesystem does not support concurrent uploads to a destination, then the following precondition is added:
if path in values(FS.Uploads) raise PathExistsException, IOException
Once the initialization operation completes, the filesystem state is updated with a new active upload, with a new handle, this handle being returned to the caller.
handle' = UploadHandle where not handle' in keys(FS.Uploads) FS' = FS where FS'.Uploads(handle') == {} result = handle'
CompletableFuture<PartHandle> putPart(UploadHandle uploadHandle, int partNumber, Path filePath, InputStream inputStream, long lengthInBytes)
Upload a part for the specific multipart upload, eventually being returned an opaque part handle represting this part of the specified upload.
uploadHandle in keys(FS.Uploads) partNumber >= 1 lengthInBytes >= 0 len(inputStream) >= lengthInBytes
data' = inputStream(0..lengthInBytes) partHandle' = byte[] where not partHandle' in keys(FS.uploads(uploadHandle).parts) FS' = FS where FS'.uploads(uploadHandle).parts(partHandle') == data' result = partHandle'
The data is stored in the filesystem, pending completion. It MUST NOT be visible at the destination path. It MAY be visible in a temporary path somewhere in the file system; This is implementation-specific and MUST NOT be relied upon.
CompletableFuture<PathHandle> complete(UploadHandle uploadId, Path filePath, Map<Integer, PartHandle> handles)
Complete the multipart upload.
A Filesystem may enforce a minimum size of each part, excluding the last part uploaded.
If a part is out of this range, an IOException
MUST be raised.
uploadHandle in keys(FS.Uploads) else raise FileNotFoundException FS.Uploads(uploadHandle).path == path if exists(FS, path) and not isFile(FS, path) raise PathIsDirectoryException, IOException parts.size() > 0 forall k in keys(parts): k > 0 forall k in keys(parts): not exists(k2 in keys(parts)) where (parts[k] == parts[k2])
All keys MUST be greater than zero, and there MUST not be any duplicate references to the same parthandle. These validations MAY be performed at any point during the operation. After a failure, there is no guarantee that a complete()
call for this upload with a valid map of paths will complete. Callers SHOULD invoke abort()
after any such failure to ensure cleanup.
if putPart()
operations For this uploadHandle
were performed But whose PathHandle
Handles were not included in this request -the omitted parts SHALL NOT be a part of the resulting file.
The MultipartUploader MUST clean up any such outstanding entries.
In the case of backing stores that support directories (local filesystem, HDFS, etc), if, at the point of completion, there is now a directory at the destination then a PathIsDirectoryException
or other IOException
must be thrown.
UploadData' == ordered concatention of all data in the map of parts, ordered by key exists(FS', path') and result = PathHandle(path') FS' = FS where FS.Files(path) == UploadData' and not uploadHandle in keys(FS'.uploads)
The PathHandle
is returned by the complete operation so subsequent operations will be able to identify that the data has not changed in the meantime.
The order of parts in the uploaded by file is that of the natural order of parts in the map: part 1 is ahead of part 2, etc.
CompletableFuture<Void> abort(UploadHandle uploadId, Path filePath)
Abort a multipart upload. The handle becomes invalid and not subject to reuse.
uploadHandle in keys(FS.Uploads) else raise FileNotFoundException
The upload handle is no longer known.
FS' = FS where not uploadHandle in keys(FS'.uploads)
A subsequent call to abort()
with the same handle will fail, unless the handle has been recycled.
CompletableFuture<Integer> abortUploadsUnderPath(Path path)
Perform a best-effort cleanup of all uploads under a path.
returns a future which resolves to.
-1 if unsuppported >= 0 if supported
Because it is best effort a strict postcondition isn’t possible. The ideal postcondition is all uploads under the path are aborted, and the count is the number of uploads aborted:
FS'.uploads forall upload in FS.uploads: not isDescendant(FS, path, upload.path) return len(forall upload in FS.uploads: isDescendant(FS, path, upload.path))


View our extended list of Committed Members who are dedicated to solving the interoperability challenges faced today. These members are actively engaged in the development and refinement of tools, standards, testing harnesses, and building infrastructure bringing future possibilities of the S&I Framework to life.
The Community Enabling Toolkit (CET) was developed for S&I Framework participants as reference while participating in existing Initiatives and launching new S&I Framework efforts. Included in the CET are:
Work with other S&I framework committed members to identify real-world needs; prioritize them through an open, transparent process; and document explicit, unambiguous use cases, functional requirements and exchange requirements for interoperability.
Help bridge the gap between different views of health care information and harmonize them into a consistent framework to advance interoperability standards.
Participate in the development of effective interoperability specifications supporting the implementation of real world HIT solutions.
Specifications aren’t proven until they can be successfully implemented and integrated into real solutions. Participate by building an executable reference implementation based on the specifications.
Get involved in one or more of the currently ongoing initiatives:


ID3Genre
public enum ID3Genre : Int, Equatable
An enum that contains the genres supported by the ID3 standard using specific identifiers.
-
Blues genre.
Declaration
Swift
case Blues = 0
-
Classic rock genre.
Declaration
Swift
case ClassicRock = 1
-
Country genre.
Declaration
Swift
case Country = 2
-
Dance genre.
Declaration
Swift
case Dance = 3
-
Disco genre.
Declaration
Swift
case Disco = 4
-
Funk genre.
Declaration
Swift
case Funk = 5
-
Grunge genre.
Declaration
Swift
case Grunge = 6
-
Hip hop genre.
Declaration
Swift
case HipHop = 7
-
Jazz genre.
Declaration
Swift
case Jazz = 8
-
Metal genre.
Declaration
Swift
case Metal = 9
-
New age genre.
Declaration
Swift
case NewAge = 10
-
Oldies genre.
Declaration
Swift
case Oldies = 11
-
Other genre.
Declaration
Swift
case Other = 12
-
Pop genre.
Declaration
Swift
case Pop = 13
-
R&B genre.
Declaration
Swift
case RAndB = 14
-
Rap genre.
Declaration
Swift
case Rap = 15
-
Reggae genre.
Declaration
Swift
case Reggae = 16
-
Rock genre.
Declaration
Swift
case Rock = 17
-
Techno genre.
Declaration
Swift
case Techno = 18
-
Industrial genre.
Declaration
Swift
case Industrial = 19
-
Alternative genre.
Declaration
Swift
case Alternative = 20
-
Ska genre.
Declaration
Swift
case Ska = 21
-
Death metal genre.
Declaration
Swift
case DeathMetal = 22
-
Pranks genre.
Declaration
Swift
case Pranks = 23
-
Soundtrack genre.
Declaration
Swift
case Soundtrack = 24
-
Euro techno genre.
Declaration
Swift
case EuroTechno = 25
-
Ambient genre.
Declaration
Swift
case Ambient = 26
-
Tip hop genre.
Declaration
Swift
case TripHop = 27
-
vocal genre.
Declaration
Swift
case Vocal = 28
-
Jazz funk genre.
Declaration
Swift
case JazzFunk = 29
-
Fusion genre.
Declaration
Swift
case Fusion = 30
-
Trance genre.
Declaration
Swift
case Trance = 31
-
Classical genre.
Declaration
Swift
case Classical = 32
-
Instrumental genre.
Declaration
Swift
case Instrumental = 33
-
Acid genre.
Declaration
Swift
case Acid = 34
-
House genre.
Declaration
Swift
case House = 35
-
Game genre.
Declaration
Swift
case Game = 36
-
Soundclip genre.
Declaration
Swift
case SoundClip = 37
-
Gospel genre.
Declaration
Swift
case Gospel = 38
-
Noise genre.
Declaration
Swift
case Noise = 39
-
Altern rock genre.
Declaration
Swift
case AlternRock = 40
-
Bass genre.
Declaration
Swift
case Bass = 41
-
Soul genre.
Declaration
Swift
case Soul = 42
-
Punk genre.
Declaration
Swift
case Punk = 43
-
Space genre.
Declaration
Swift
case Space = 44
-
Meditative genre.
Declaration
Swift
case Meditative = 45
-
Instrumental pop genre.
Declaration
Swift
case InstrumentalPop = 46
-
Instrumental rock genre.
Declaration
Swift
case InstrumentalRock = 47
-
Ethnic genre.
Declaration
Swift
case Ethnic = 48
-
Gothic genre.
Declaration
Swift
case Gothic = 49
-
Darkwave genre.
Declaration
Swift
case Darkwave = 50
-
TechnoIndustrial genre.
Declaration
Swift
case TechnoIndustrial = 51
-
Electronic genre.
Declaration
Swift
case Electronic = 52
-
Pop folk genre.
Declaration
Swift
case PopFolk = 53
-
Eurodance genre.
Declaration
Swift
case Eurodance = 54
-
Dream genre.
Declaration
Swift
case Dream = 55
-
Souther rock genre.
Declaration
Swift
case SouthernRock = 56
-
Comedy genre.
Declaration
Swift
case Comedy = 57
-
Cult genre.
Declaration
Swift
case Cult = 58
-
Gangsta genre.
Declaration
Swift
case Gangsta = 59
-
Top 40 genre.
Declaration
Swift
case Top40 = 60
-
Christian rap genre.
Declaration
Swift
case ChristianRap = 61
-
Pop funk genre.
Declaration
Swift
case PopFunk = 62
-
Jungle genre.
Declaration
Swift
case Jungle = 63
-
Native american genre.
Declaration
Swift
case NativeAmerican = 64
-
Cabaret genre.
Declaration
Swift
case Cabaret = 65
-
New wave genre.
Declaration
Swift
case NewWave = 66
-
Psychadelic genre.
Declaration
Swift
case Psychadelic = 67
-
Rave genre.
Declaration
Swift
case Rave = 68
-
Showtunes genre.
Declaration
Swift
case Showtunes = 69
-
Trailer genre.
Declaration
Swift
case Trailer = 70
-
Lofi genre.
Declaration
Swift
case LoFi = 71
-
Tribal genre.
Declaration
Swift
case Tribal = 72
-
Acid punk genre.
Declaration
Swift
case AcidPunk = 73
-
Acid jazz genre.
Declaration
Swift
case AcidJazz = 74
-
Polka genre.
Declaration
Swift
case Polka = 75
-
Retro genre.
Declaration
Swift
case Retro = 76
-
Musical genre.
Declaration
Swift
case Musical = 77
-
Rock and roll genre.
Declaration
Swift
case RockAndRoll = 78
-
Hard rock genre.
Declaration
Swift
case HardRock = 79
-
Remix genre.
Declaration
Swift
case Remix = 80
-
Cover genre.
Declaration
Swift
case Cover = 81
-
Compare two ID3Genre.
Declaration
Swift
public static func == (lhs: ID3Genre, rhs: ID3Genre) -> Bool
Parameters
lhs
left side of compare operation.
rhs
right side of compare operation.
Return Value
true if the genre values are the same, else false.


{% include 'manager/fields/caption.html' %} {% include 'manager/fields/errors.html' %} {{ field }} {% include 'manager/fields/help.html' %}


Pabon Lasso is a graphical method for monitoring the efficiency of different wards of a hospital or different hospitals.Pabon Lasso graph is divided into 4 parts which are created after drawing the average of BTR and BOR. The part in the left-down side is Zone I, left-up side is Zone II, Right-up side part is Zone III and the last part is Zone IV.
| Version: | 1.0 |
| Published: | 2015-09-05 |
| Author: | Nezami,H<EMAIL_ADDRESS><EMAIL_ADDRESS>and Tabesh,H<EMAIL_ADDRESS>and Azarian,AA<EMAIL_ADDRESS>|
| Maintainer: | "Nezami,Hossein" <HosseinNezami1370 at yahoo.com> |
| License: | GPL-2 | GPL-3 [expanded from: GPL (≥ 2)] |
| NeedsCompilation: | no |
| CRAN checks: | PabonLasso results |
| Reference manual: | PabonLasso.pdf |
| Package source: | PabonLasso_1.0.tar.gz |
| Windows binaries: | r-devel: PabonLasso_1.0.zip, r-release: PabonLasso_1.0.zip, r-oldrel: PabonLasso_1.0.zip |
| OS X binaries: | r-release: PabonLasso_1.0.tgz, r-oldrel: PabonLasso_1.0.tgz |
Please use the canonical form https://CRAN.R-project.org/package=PabonLasso to link to this page.


--- layout: archive title: Zulip Chat Archive permalink: /stream/113489-new-members/topic/Contraposition.20Proof.html ---
I am a new user and I am just getting my bearings with the platform. Would someone be able to walk me through a proof of Contraposition written in Lean? (p → q) → (¬q → ¬p). Much appreciated! I know the general steps but am getting confused about how to translate that into Lean.
(p → q)
¬(p ^ ¬q)
¬( ¬q ^ p)
r = ¬q, s = ¬p substitution
¬(r ^ ¬s )
(r → s)
substitute back in
¬q → ¬p
In tactic mode? If you keep using the intro
tactic you will find yourself with hypotheses p->q
, not q
and p
and with a goal of false
. Now apply your hypotheses until you're done. Sorry, on phone and just off to bed, hope this helps
Lean's logic is similar to natural deduction, where ¬p
means p -> false
so the proof is actually a lot easier than the one you sketched
Here's the proof in lean core, called "mt" for "modus tollens".
Thank you!
{% endraw %}Last updated: Apr 24 2020 at 19:02 UTC


Clauses are only used in rule definitions for routing and renaming to determine if a download should be renamed or routed.
into:
|
:fileext:/foo
|
Required Routes downloads to, or rewrites download filenames into the given pattern |
capture:
|
pageurl
pageurl,sourceurl
|
Optional Selects the matcher for regex
capture group variables ( :$1: ,
:$2: …). Split multiple
capture targets with a , .
|
context:
|
page
|
Matches what is clicked { media , link ,
selection , page , click ,
tab (Firefox)}
|
menuindex:
|
1
|
Matches the menu index of the clicked menu item (1, 2, 3…) |
comment:
|
a menu item comment
|
Matches the comment of the clicked menu item |
fileext:
|
jpg
|
Matches the file extension |
filename:
|
actual_filename.jpg
|
Matches the final filename |
frameurl:
|
http://www.google.com
|
Matches the URL of the current frame |
linktext:
|
Click here to download
|
Firefox Matches the link text or element
title attribute
|
mediatype:
|
image
|
Matches the media type: audio , video , or
image
|
naivefilename:
|
cat.jpg
|
Matches the naive filename |
pagedomain:
|
xyz.com
|
Matches the page hostname |
pagetitle:
|
Welcome to my page!
|
Matches the current page title |
pageurl:
|
http://www.google.com
|
Matches the current page URL |
selectiontext:
|
"X-Cops" is the twelfth
|
Matches the selection text |
sourcedomain:
|
cdn.xyz.com
|
Matches the source hostname for media |
sourceurl:
|
http://cdn.xyz.com/pic.jpg
|
Matches the source URL for media |


Hyundai RM19 Makes The Veloster N Look Tame
The M stands for “Midship,” which is where you'll find the competition-spec engine on this latest developmental prototype.
by Noah JosephHyundai has, by all accounts, made a world-beating hot hatch with the Veloster N. But this is another beast entirely.
Called the RM19, it's the latest in a string of prototypes going back to 2012. Those numbers denote the year in which this iteration was developed, following the RM14, RM15, and RM16 that came before. But it's the letters that precede them that tell you what's really going on here: the R is for "racing," and the M is for "Midship." Because this machine packs its engine behind the cockpit, where you'd sooner expect to find it on a supercar than a hot hatch.
Created as a test-bed for Hyundai N performance components, the RM19 packs between the axles the 2.0-liter turbocharged four-cylinder engine from the touring-car racing version, but without the restrictions imposed by the sanctioning body. So this version channels upwards of 390 horsepower through a six-speed sequential gearbox, yet it's still engineered to be street-legal. Hyundai says it'll rocket to 60 mph in under four seconds and top out at over 155 mph before the electronic limiter kicks in.
 And as you can see, it has an aero kit befitting its racing demeanor.
Impressive as those specs may be, they're just the start. Hyundai envisions adding electric powertrain components, leveraging its new partnership with Rimac. "RM19 serves as a development platform for future N brand products," notes the manufacturer, tantalizingly "including a potential brand-halo car." And we like the sound of that.
"The RM platform is a versatile engineering testbed, allowing effective evaluation of various powertrains and performance levels, all on normal roads and environments," said Hyundai's R&D chief Albert Biermann. "Throughout the evolution of the RM series, our engineers have gained tremendous hands-on knowledge of high performance vehicle dynamics with various front-to-rear weight distributions coupled with the effects of a fully-weighted, high-strength body structure on vehicle performance."


The Heisenberg Equation (Part 2)
Introduction
Last week I derived the Heisenberg equation; it gives the time evolution of a quantum mechanical operator under the assumption that the wavefunction of a particle is held constant in time.
\[\begin{equation} \frac{d\hat{Q}_H}{dt} = \frac{i}{\hbar} \left [\hat{H}, \hat{Q}_H \right ] + \left ( \frac{d\hat{Q}}{dt} \right )_H \end{equation}\]The operators indexed with H have a non-zero time evolution while the operators with no index are constant in time. We found that time evolution in quantum mechanics can be thought of in two different ways. In the first case, the operators are constant in time and the wavefunction changes (the Schrodinger picture). This is the method that is taught in most introductory quantum mechanics classes. In the second case, the wavefunction is constant in time and the quantum mechanical operators change (the Heisenberg picture). This method is used less often, but is still of vital importance.
| Property | Schrodinger Picture | Heisenberg Picture |
| Operator | Time Independent | Time Dependent |
| Wavefunction | Time Dependent | Time Independent |
I made the claim that the Heisenberg equation can be used in place of the Schrodinger equation to analyze the properties of a quantum mechanical system. This week and next I will rederive all of the properties of the quantum harmonic oscillator using the Heisenberg equation. The final results of the harmonic oscillator should be the same, no matter which picture I use.
Let’s do this…
A Quick Bit of Notation
Solving the Heisenberg equation can be tricky if you are not careful with your notation. Any operator with an H subscript is an operator in the Heisenberg picture with time dependence. Any operator with no subscript is one in the Schrodinger picture with no time-dependence. From last week, the relationship between these operators is:
\[\begin{equation} \hat{Q}_H = \hat{U}^\dagger \hat{Q} \hat{U} \end{equation}\]Where \(\hat{U}\) is a unitary operator that describes the time evolution of the system.
The Position and Momentum Operators
Start off with the Hamiltonian of the quantum harmonic oscillator. In the equation below, \(m\) is the mass of the bound particle, \(\omega\) is the frequency at which it oscillates, \(\hat{p}\) is the momentum operator, and \(\hat{x}\) is the position operator.
\[\begin{equation} \hat{H} = \frac{\hat{p}^2}{2m} + \frac{1}{2} m \omega^2 \hat{x}^2 \end{equation}\]I will start by finding the time evolution of the position operator. Note that the position operator in the Schrodinger picture does not depend on time, so the Heisenberg equation simplifies nicely.
\[\begin{align} \frac{d\hat{x}_H}{dt} &= \frac{i}{\hbar} \left [\hat{H}, \hat{x}_H \right ] + \left ( \frac{d\hat{x}}{dt} \right )_H\\[0.1cm] &= \frac{i}{\hbar} \left [\hat{H}, \hat{x}_H \right ]\\[0.1cm] &= \frac{i}{\hbar} \left [\hat{H}, \hat{U}^\dagger \hat{x} \hat{U} \right ]\\[0.1cm] &= \frac{i}{\hbar} \hat{U}^\dagger \left [\hat{H}, \hat{x} \right ] \hat{U}\\[0.1cm] \end{align}\]Now we can substitute in the expression for the Hamiltonian and solve.
\[\begin{align} \frac{d\hat{x}_H}{dt} &= \frac{i}{\hbar} \hat{U}^\dagger \left [\hat{H}, \hat{x}_H \right ] \hat{U}\\[0.1cm] &= \frac{i}{\hbar} \hat{U}^\dagger \left [ \left ( \frac{\hat{p}^2}{2m} + \frac{1}{2} m \omega^2 \hat{x}^2 \right ), \hat{x} \right ] \hat{U}\\[0.1cm] &= \frac{i}{\hbar} \hat{U}^\dagger \left [\frac{\hat{p}^2}{2m}, \hat{x} \right ] \hat{U} + \frac{i}{\hbar} \hat{U}^\dagger \left [\frac{1}{2} m \omega^2 \hat{x}^2, \hat{x} \right ] \hat{U}\\[0.1cm] &= \frac{i}{2m\hbar} \hat{U}^\dagger \left [\hat{p}^2, \hat{x} \right ] \hat{U}\\[0.1cm] &= \frac{i}{2m\hbar} \hat{U}^\dagger \left \{ \hat{p} \left [\hat{p}, \hat{x} \right ] + \hat{p} \left [\hat{p}, \hat{x} \right ] \right \} \hat{U}\\[0.1cm] &= \frac{i}{2m\hbar} \hat{U}^\dagger \left [ -i\hbar \hat{p} + -i\hbar \hat{p} \right ] \hat{U}\\[0.1cm] &= \frac{\hat{U}^\dagger \hat{p} \hat{U}}{m}\\[0.1cm] &= \frac{\hat{p}_H}{m} \end{align}\]Similarly, we can solve for the time evolution of the momentum operator.
\[\begin{align} \frac{d\hat{p}_H}{dt} &= \frac{i}{\hbar} \left [\hat{H}, \hat{p}_H \right ] + \left ( \frac{d\hat{p}}{dt} \right )_H\\[0.1cm] &= \frac{i}{\hbar} \left [\hat{H}, \hat{p}_H \right ]\\[0.1cm] &= \frac{i}{\hbar} \left [\hat{H}, \hat{U}^\dagger \hat{p} \hat{U} \right ]\\[0.1cm] &= \frac{i}{\hbar} \hat{U}^\dagger \left [\hat{H}, \hat{p} \right ] \hat{U}\\[0.1cm] &= \frac{i}{\hbar} \hat{U}^\dagger \left [ \left ( \frac{\hat{p}^2}{2m} + \frac{1}{2} m \omega^2 \hat{x}^2 \right ), \hat{p} \right ] \hat{U}\\[0.1cm] &= \frac{i}{\hbar} \hat{U}^\dagger \left [\frac{\hat{p}^2}{2m}, \hat{p} \right ] \hat{U} + \frac{i}{\hbar} \hat{U}^\dagger \left [\frac{1}{2} m \omega^2 \hat{x}^2, \hat{p} \right ] \hat{U}\\[0.1cm] &= \frac{im\omega^2}{2\hbar} \hat{U}^\dagger \left [\hat{x}^2, \hat{p} \right ] \hat{U}\\[0.1cm] &= \frac{im\omega^2}{2\hbar} \hat{U}^\dagger \left \{ \hat{x} \left [\hat{x}, \hat{p} \right ] + \hat{x} \left [\hat{x}, \hat{p} \right ] \right \} \hat{U}\\[0.1cm] &= \frac{im\omega^2}{2\hbar} \hat{U}^\dagger \left [ i\hbar \hat{x} + i\hbar \hat{x} \right ] \hat{U}\\[0.1cm] &= -m\omega^2 \hat{U}^\dagger \hat{x} \hat{U}\\[0.1cm] &= -m\omega^2 \hat{x}_H\\[0.1cm] \end{align}\]We can now combine the two equations above to solve for the time-dependent expressions for the momentum and position operators. Taking the time derivative of the equation for the momentum operator yields:
\[\begin{align} \frac{d^2 \hat{p}_H}{dt^2} &= -m\omega^2 \frac{d\hat{x}_H}{dt}\\[0.1cm] &= -m\omega^2 \frac{\hat{p}_H}{m}\\[0.1cm] &= -\omega^2 \hat{p}_H\\[0.1cm] \end{align}\] \[\begin{equation} \frac{d^2 \hat{p}_H}{dt^2} + \omega^2 \hat{p}_H = 0 \end{equation}\] \[\begin{equation} \hat{p}_H(t) = A cos(\omega t) + B sin(\omega t) \end{equation}\]In the expression above, \(A\) and \(B\) are the amplitudes of the sine and cosine functions. Similarly, taking the time derivative of the equation for the position operator yields:
\[\begin{align} \frac{d^2 \hat{x}_H}{dt^2} &= \frac{1}{m} \frac{d\hat{p}_H}{dt}\\[0.1cm] &= -\frac{1}{m} \left ( m\omega^2 \hat{x}_H \right )\\[0.1cm] &= -\omega^2 \hat{x}_H\\[0.1cm] \end{align}\] \[\begin{equation} \frac{d^2 \hat{x}_H}{dt^2} + \omega^2 \hat{x}_H = 0 \end{equation}\] \[\begin{equation} \hat{x}_H(t) = C cos(\omega t) + D sin(\omega t) \end{equation}\]In the expression above, \(C\) and \(D\) are the amplitudes of the sine and cosine functions. Now we can solve for \(A\), \(B\), \(C\), and \(D\) using the boundary conditions of the system. At time \(t = 0\), the momentum operator is equal to \(\hat{p}_H(0) = \hat{p}\). The initial time rate of change of the momentum operator is given by the position operator. Then:
\[\begin{equation} \hat{p}_H(0) = Acos(0) + Bsin(0) = A \end{equation}\] \[\begin{equation} A = \hat{p} \end{equation}\] \[\begin{equation} \left ( \frac{d\hat{p}_H}{dt} \right )_{t=0}= -\omega A sin(0) + \omega B cos(0) = \omega B \end{equation}\] \[\begin{equation} \omega B = -m\omega^2 \hat{x} \Rightarrow B = -m\omega \hat{x} \end{equation}\]Thus, the final expression for the momentum operator is:
\[\begin{equation} \hat{p}_H(t) = \hat{p} cos(\omega t) - m\omega \hat{x} sin(\omega t) \end{equation}\]At time \(t = 0\), the position operator is equal to \(\hat{x}_H(0) = \hat{x}\). The initial time rate of change of the position operator is given by the momentum operator. Thus:
\[\begin{equation} \hat{x}_H(0) = C cos(0) + Dsin(0) = C \end{equation}\] \[\begin{equation} C = \hat{x} \end{equation}\] \[\begin{equation} \left ( \frac{d\hat{x}_H}{dt} \right )_{t=0}= -\omega C sin(0) + \omega D cos(0) = \omega D \end{equation}\] \[\begin{equation} \omega D = \frac{\hat{p}}{m} \Rightarrow D = \frac{\hat{p}}{m \omega} \end{equation}\]Thus, the final expression for the position operator is:
\[\begin{equation} \hat{x}_H(t) = \hat{x} cos(\omega t) + \frac{\hat{p}}{m\omega} sin(\omega t) \end{equation}\]Current Conclusions
We are not quite done with our analysis of the quantum harmonic oscillator, but this is a good time for a checkpoint. Take a look at our two results:
\[\begin{equation} \hat{x}_H(t) = \hat{x} cos(\omega t) + \frac{\hat{p}}{m\omega} sin(\omega t) \end{equation}\] \[\begin{equation} \hat{p}_H(t) = \hat{p} cos(\omega t) - m\omega \hat{x} sin(\omega t) \end{equation}\]These equations already give us a lot of information. Given some initial state \(\psi\) in the Heisenberg picture, we can calculate the expectation values of position and momentum at any time in the future by operating on \(\psi\) by \(\hat{x}_H\) or \(\hat{p}_H\).
\[\begin{equation} \langle \hat{x}_H \rangle = \langle \psi | \hat{x}_H | \psi \rangle = \langle \hat{x} \rangle cos(\omega t) + \frac{\langle \hat{p} \rangle}{m\omega} sin(\omega t) \end{equation}\] \[\begin{equation} \langle \hat{p}_H \rangle = \langle \psi | \hat{p}_H | \psi \rangle = \langle \hat{p} \rangle cos(\omega t) - m\omega \langle \hat{x} \rangle sin(\omega t) \end{equation}\]The expectation values for position and momentum are the same no matter which picture we use. For example, note that the expectation values for both position and momentum are zero for the ground state of the quantum harmonic oscillator.
Next week we will continue our analysis of the quantum harmonic oscillator, building up the ladder operations within the Heisenberg picture. See you then!


Blog Posts
- Accessing your Vagrant boxes through a reverse proxy
- Queue
- Refactoring our frontend development stack
- Tangible Breakage
- Kernel backups for Debian security updates
- What your framework never told you about SQL injection protections
- Just some days at the office
- Rapid Cordova application development
- Passing variables from server to client using RequireJS
- FuelPHP released version 1.7
- Using Trello for our Development Workflow
- Migration transactions
- Coding style guide
- FuelPHP released version 1.6.1
- Elementary OS Luna Beta 2 Released
- FuelPHP released version 1.6
- Raspberry Pi prototyping development
- The ideal development image
- New development and test environment installed


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Department of Biostatistics and Data Science
School of Public Health
The University of Texas Health Science Center at Houston
Single element
lst$c
lst[["c"]]
lst[[1]]
Sublist
lst["c"]
lst[1]
Note
Adding one or multiple elements
z$c <- "sailing"
z[[3]] <- "sailing"
z[4:5] <- c(TRUE, FALSE) # multiple elements
Deleting one element (note later indices -1 in new list
z[[2]] <- NULL
Concatenating lists
> c(list(1), list(TRUE))
[[1]]
[1] 1
[[2]]
[1] TRUE
l1 <- list(1, 2, 3)
l2 <- l1
List is like a vector of pointers
l2[[3]] <- 4
Pointer addresses were modified partially while values were not duplicated. VS: vector copy-on-modify
is
Count word appearing locations in paragraph
findwords <- function(tf) {
# read in the words from the file, into a vector of mode character
txt <- scan(tf,"")
wl <- list()
for (i in 1:length(txt)) {
wrd <- txt[i] # i-th word in input file
wl[[wrd]] <- c(wl[[wrd]],i)
}
return(wl)
}
List will return
R uses
x <- c("a", "a", "abc", "d")
> x <- c("a", "ab", "abc")
> y <- c("a", "ab", "abc")
> ref(x)
[1:0x7fc1591a9668]
> ref(x, character = TRUE)
█ [1:0x7fc1591a9668] <chr>
├─[2:0x7fc198850a80] <string: "a">
├─[3:0x7fc1b880c9a0] <string: "ab">
└─[4:0x7fc1b880ca10] <string: "abc">
> ref(y, character = TRUE)
█ [1:0x7fc1591a95c8] <chr>
├─[2:0x7fc198850a80] <string: "a">
├─[3:0x7fc1b880c9a0] <string: "ab">
└─[4:0x7fc1b880ca10] <string: "abc">
x <- runif(1e6)
obj_size(x)
#> 8,000,048 B
y <- list(x, x, x)
obj_size(y)
#> 8,000,128 B
banana <- "bananas bananas bananas"
obj_size(banana)
#> 136 B
obj_size(rep(banana, 100))
#> 928 B
d3 <- d1
d3[1, ] <- d3[1, ] * 3
e1 <- rlang::env(a = 1, b = 2, c = 3)
e2 <- e1
e1$c <- 4
e2$c
#> [1] 4
> l1 <- list(a = 1, b = 2, c = 3)
> l2 <- l1
> l1$c <- 4
> ref(l1)
█ [1:0x7fc1593a1e58] <named list>
├─a = [2:0x7fc1b8e15308] <dbl>
├─b = [3:0x7fc1b8e15298] <dbl>
└─c = [4:0x7fc1b8e15110] <dbl>
> ref(l2)
█ [1:0x7fc1593a1f98] <named list>
├─a = [2:0x7fc1b8e15308] <dbl>
├─b = [3:0x7fc1b8e15298] <dbl>
└─c = [4:0x7fc1b8e15228] <dbl>


class Cake::RunError
- Cake::RunError
- Cake::BuildError
- Cake::Error
- Exception
- Reference
- Object
Overview
Raised when an error occurs while running a shell command.
It includes the exit code of the shell command that failed to run.
Raised when an error occurs while running a shell command.
It includes the exit code of the shell command that failed to run.


ML Predictions and Forecasts
This is a one-page template from TLO for building simple and beautiful home page. Lorem Ipsum has been the industry's standard dummy text ever since the 1500s, when an unknown printer took a galley of type and scrambled it to make a type specimen book.
{% if name %}The forecast is {{name}} orders
{% endif %}


The VoiceBase ETL schema includes two main fields for metadata:
"extended" and "callDetails". Other fields available are "externalId”,"title", and "description".
The "callDetails" fields are indexed by default, along with "externalId","title", and "description".
The callDetails fields include many common fields typically used by customers. The "extended" field is for custom fields that may be unique for a particular use case. For example, it may include information such as location, agent ID, CSAT score, campaign name, call drivers, call dispositions, or call types. Any custom "extended" fields must be indexed by the user before uploading so they are searchable.
Example syntax for AWS upload: Example syntax for AWS upload:
{'Metadata':{'title':'REO.wav','callDetails':'agent'.'externalId’:'agentkqrw_7575',
'extended.location':'12345'}}
Example in json format:
{
"title":"RE0.wav",
"callDetails": {
"agent": {
"externalId": "agentkqrw_7575",
"extended":{
"location":"12345"
}
}
As seen in the above examples, AWS requires nested fields in metadata to be delimited by dots. When uploaded, AWS downcases all fields. VoiceBase will convert the fields to its required case-sensitive syntax as part of the Ingress process from s3.
Cloudformation Template Permissions
Permissions allow the VoiceBase platform being able to get objects in the bucket (GetObject) and list objects in the bucket (ListBucket).
Permissions also allow for actions in the SQS (Simple Queue Service), specifically to DeleteMessage,DeleteMessageBatch,GetQueueAttributes,GetQueueUrl,
ReceiveMessage,SendMessage, and SendMessageBatch.
IAMRoleArn
Amazon Resource Names (ARNs) uniquely identify AWS resources. AWS requires an ARN when you need to specify a resource unambiguously across all of AWS, such as in Identity Access Management (IAM) policies and the roles attached to those policies. The IAMRole created through the Cloud Formation Template is used by VoiceBase to access the S3 Bucket & SQS Queues generated.
SQS Queues
The Amazon Simple Queue Service allows you to send, store, and receive messages between software components. To view the SQS Notification Queue, Response Queue, or Dead Letter Queue, go to Amazon SQS > Queues.
SQS Notification Queue: The URL of the SQS Queue containing source file notifications.
SQS Response Queue: The URL of the SQS Queue where responses will be delivered.
SQS Dead Letter Queue: The URL of the SQS Queue for messages that can't be delivered due to client errors or server errors. These messages are held in the dead-letter queue for further analysis or reprocessing.
VoiceBase Analytics Workbench
Access to the VoiceBase Analytics Workbench is through your VoiceBase account. The Workbench allows users to filter data with the VoiceBase Query Language (VBQL). Documentation with a guide to syntax with examples is accessible in your account.


|
ActiveTcl User Guide
|
||
Tk_GeometryRequest, Tk_SetMinimumRequestSize, Tk_SetInternalBorder, Tk_SetInternalBorderEx - specify desired geometry or internal border for a window
#include <tk.h>
Tk_GeometryRequest(tkwin, reqWidth, reqHeight)
Tk_SetMinimumRequestSize(tkwin, minWidth,
minHeight)
Tk_SetInternalBorder(tkwin, width)
Tk_SetInternalBorderEx(tkwin, left, right, top,
bottom)
Tk_GeometryRequest is called by widget code to indicate its preference for the dimensions of a particular window. The arguments to Tk_GeometryRequest are made available to the geometry manager for the window, which then decides on the actual geometry for the window. Although geometry managers generally try to satisfy requests made to Tk_GeometryRequest, there is no guarantee that this will always be possible. Widget code should not assume that a geometry request will be satisfied until it receives a ConfigureNotify event indicating that the geometry change has occurred. Widget code should never call procedures like Tk_ResizeWindow directly. Instead, it should invoke Tk_GeometryRequest and leave the final geometry decisions to the geometry manager.
If tkwin is a top-level window, then the geometry information will be passed to the window manager using the standard ICCCM protocol.
Tk_SetInternalBorder is called by widget code to indicate that the widget has an internal border. This means that the widget draws a decorative border inside the window instead of using the standard X borders, which are external to the window's area. For example, internal borders are used to draw 3-D effects. Width specifies the width of the border in pixels. Geometry managers will use this information to avoid placing any children of tkwin overlapping the outermost width pixels of tkwin's area.
Tk_SetInternalBorderEx works like Tk_SetInternalBorder but lets you specify different widths for different sides of the window.
Tk_SetMinimumRequestSize is called by widget code to indicate that a geometry manager should request at least this size for the widget. This allows a widget to have some control over its size when a propagating geometry manager is used inside it.
The information specified in calls to Tk_GeometryRequest, Tk_SetMinimumRequestSize, Tk_SetInternalBorder and Tk_SetInternalBorderEx can be retrieved using the macros Tk_ReqWidth, Tk_ReqHeight, Tk_MinReqWidth, Tk_MinReqHeight, Tk_MinReqWidth, Tk_InternalBorderLeft, Tk_InternalBorderRight, Tk_InternalBorderTop and Tk_InternalBorderBottom. See the Tk_WindowId manual entry for details.
Copyright © 1990-1994 The Regents of the University of California. Copyright © 1994-1996 Sun Microsystems, Inc. Copyright © 1995-1997 Roger E. Critchlow Jr.


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AngularJS DOM
Html code:
Disable Button
Click Me!
Show Button
Click Me!
Hide Button
Click Me!
Total click: {{ clickCounter }}
Click Me!
Output:
Disable Button
Click Me!
Show Button
Click Me!
Hide Button
Click Me!
Total click: {{ clickCounter }}
Click Me!


Alpine Technical Notes
Version 2.11, August 2013
Table of Contents
Introduction
Design Goals
Alpine Components
Background Details
Domain Names
RFC 2822 Compliance
SMTP and Sendmail
Internet Message Access Protocol (IMAP)
Multipurpose Internet Mail Extensions (MIME)
Folder Collections
Building and Installation
Compile-time Options
Including LDAP Functionality
Including Kerberos 5 Functionality
Other Alpine Compile-time Options
IMAPd Compile-time Options
Building the Alpine Programs
Installing Alpine and Pico on UNIX Platforms
Installing PC-Alpine
Installing IMAPd
Support Files and Environment Variables: UNIX Alpine
Support Files, Environment Variables, and Registry Values: PC-Alpine
Command Line Arguments
Alpine
Pico
Pilot
Configuration and Preferences
Alpine Configuration
General Configuration Variables
Configuration Features
Hidden Config Variables and Features
Retired Variables
Tokens for Index and Replying
Conditional Inclusion of Text for Reply-Leadin, Signatures, and Templates
Per Server Directory Configuration
Color Configuration
Index Line Color Configuration
Role Configuration
Filtering Configuration
Scoring Configuration
Other Rules Configuration
Search Rules Configuration
Patterns
Configuring News
Configuration Notes
Alpine in Function Key Mode
Domain Settings
Syntax for Collections
Syntax for Folder Names
Server Name Syntax
Folder Namespaces
What is a Mail Drop?
Sorting a Folder
Alternate Editor
Signatures and Signature Placement
Feature List Variable
Configuration Inheritance
Using Environment Variables
SMTP Servers
MIME.Types file
Color Details
S/MIME Overview
Additional Notes on PC-Alpine
Behind the Scenes
Address Books
Remote Configuration
Checkpointing
Debug Files
INBOX and Special Folders
Internal Help Files
International Character Sets
Interrupted and Postponed Messages
Message Status
MIME: Reading a Message
MIME: Sending a Message
New Mail Notification
NFS
Printers and Printing
Save and Export
Sent Mail
Spell Checker
Terminal Emulation and Key Mapping


{% extends "base.html" %} {% block content %}
{% if user %} Welcome {{ user }}! This is a demonstration of the range of OntoDev tools. {% else %} Welcome! Please login to use the tools. {% endif %}


We can invoke the artificial error maker by running:
$ ./artificial_errors.py [-options] <inputfile.fna>
This will create a new file errors_<inputfile.fna> that has the transformations requested in [-options] (performed left to right). If no options are given the errors_<inputfile.fna> will be identical to <inputfile.fna>.
Options are:
$ ./artificial_errors.py -h
Usage: ./artificial_errors.py [-options] <inputfile.fna>
where basic options are:
-h : show brief help on version and full usage
parameter options accepting <i>ntegers and <s>trings (default):
Note: transformations will be made left to right
-ase <i> <i> : add substitution error at <location> for <length>
-ade <i> <i> : add deletion error at <location> for <length>
-aie <i> <i> : add insertion error at <location> for <length>
-inv <i> <i> : add inversion error at <location> for <length>
-cip <i> <i> : copy part of the assembly at <location> for <length>
-trp <i> : transpose assembly around <pivot>
-ab <i> : add a break (split into 2 contigs) at <location>
-o <s> : output file name (error_ + inputfile.fna)
*/
// For more information on the license please see // The University of Illinois/NCSA Open Source License // http://www.opensource.org/licenses/UoI-NCSA.php
add a deletion error to <assembly> at <location> for a set <length>
add a insertion error to <assembly> at <location> for a set <length>
add a inversion error to <assembly> at <location> for a set <length>
add a substitution error to <assembly> at <location> for a set <length>
copy a section of <assembly> at <location> for a given <length>
read in an assembly file and transform it based on the command line options then output it again in another fasta file, see __full_usage__
output a list of bases as an assembly file <file_name>


Sublet fallow land to business-ready growers and help pass the torch of sustainable food production. Partition fields, view profiles, interview growers, create arrangements, and collect payments from your pc, laptop, or cell phone.
Mashamba keeps more of your land in production without the stress. Learn how...
Locate and cultivate urban and rural land with other growers. Jointly fulfill commercial contracts and/or pursue niche opportunities. Learn from experienced farmers. Grow food, feed people, make a living.
With Mashamba's mobile web interface. Learn more...
Hire local growers to farm your yard. Support farmers in your neighborhood. Purchase traditional CSA memberships as well as real-time market offerings sent to your phone or email. Plan your diet around seasonally available produce.
All possible with Mashamba on your mobile device. Learn more...


SDBC provides a stored procedure SQL escape that allows stored procedures
to be called in a standard way for all RDBMSs. This escape syntax has one
form that includes a result parameter and one that does not. If used, the
result parameter must be registered as an OUT parameter. The other parameters
can be used for input, output, or both. Parameters are referred to sequentially,
by number. The first parameter is 1.
{?=call<procedure-name>[<arg1>,<arg2>,...]}
{call<procedure-name>[<arg1>,<arg2>,...]}
IN parameter values are set using the set methods inherited from
PreparedStatement
. The type of all
OUT parameters must be registered prior to executing the stored procedure;
their values are retrieved after execution via the
get
methods
provided by the
XRow
.
A
CallableStatement
can return one
XResultSet
or multiple
ResultSet
objects. Multiple
ResultSet
objects are
handled using operations inherited from
XPreparedStatement
.
For maximum portability, a call's
ResultSet
objects and
update counts should be processed prior to getting the values of output
parameters.


Just In: President Buhari Signs Executive Order 009
by George OgboluPresident Muhammadu Buhari on Wednesday signed Executive Order 009 to end open defecation in Nigeria by 2025.
The new order signed by Buhari states, “That by this Order, Nigeria is committed to being open defecation-free by 2025.
“That the National Open Defecation-Free (ODF) Roadmap developed by the Federal Ministry of Water Resources with support from other key sector players across Nigeria be put into effect.
“There is established in the Federal Ministry of Water Resources a National Secretariat called ‘Clean Nigeria Campaign Secretariat.’
“The Secretariat is authorised on behalf of the President to implement this Order by ensuring that all public places, including schools, hotels, fuel stations, places of worship, market places, hospitals and offices have accessible toilets and latrines within their premises.
“All Ministries, Departments and Agencies (MDAs) of government shall cooperate with the Clean Nigeria Campaign Secretariat.
“The National Assembly and the State Houses of Assembly shall enact legislation on the practice of open defecation, with appropriate sanctions and penalties.”
Recall that the United Nations Children’s Fund (UNICEF) had declared that with the high rate of over 43 million Nigerians still practising open defecation, the country may become the capital city of open defecation in the world.
Mr Bioye Ogunjobi, a specialist with UNICEF, Water, Sanitation and Hygiene, WASH, made this known in August 2019, at a media dialogue on sanitation in Makurdi, the Benue state capital.
Ogunjobi who stated that India currently holds the position would quit it for Nigeria in October when open defecation would be outlawed in that country.
He said, “By October 1, 2019, India which at present occupies that position will ban open defecation and Nigeria which currently occupies the second position will take over from India as the number one open defecation country.”


The Royal Caravan
Seth was a tough cookie to crack, he would listen and listen from chapter to chapter until it was said: “it’s now time to sleep”.  Even today was a sad day for this close-knit family, heads were hanging low and eyes were filled with tears, just like yesterday, everyone noticed as the helpers were back to help prepare Seth for his venture. His bags were saddled onto donkeys. His father had marinated half of the sheep and tucked it into a trunk filled with grass straw. Great was the convoy of donkeys laden with many things that would make Seth remember where he came from, he even had maize seeds, beans and plenty of other seedlings to plant his own garden.
These were very remote villages without even a gravel road; people etched their own paths from walking the same route every day. Down the slanted hill proceeded the caravan as if they were off to pay tribute to a mighty king. The sun was not yet out, only its glare threatened to disperse the fog which rose from the river and clothed the mountain white. People in the villages beyond the river and at the foothill of the mountain to those on distant the flat plains all wondered and inquired about this mighty procession.
Families came by the dozens, some leaving their children unattended with hot early morning porridge; some who were taking cattle to graze on the outskirts forgot all their duties. Children were burnt, while the cattle took a detour into neighboring gardens while the shepherds turned into spectators. People could not believe their eyes, it was like witnessing an eclipse, many had heard about the Rhadebe’s who lived on the mountain but few had ever seen them.
Many myths and legends were created around them and their paradise island, everyone greeted them with a smile while some had faces marred with evil. Little children ran alongside the long trail of donkeys as if they had received a presidential visit but for some, they just wanted to see and greet Seth for it was the first time seeing him. Most people never believed that he existed because he never left the mountain ever since he was born, on it. Seth was very shy on his father’s white towering stallion; this was unprecedented even for his parents.
So shy was Seth that he often refused to hold some people's hands in greeting this was politely justified by either parent from one person to the other from one village to the next until they reached distant villages where different tribes lived and knew them not. After a very long and sunny journey, they finally arrived at the bus stop where there was no one let alone a passing car.
There they sat for a good hour and a couple of minutes thinking that maybe all the buses to the nearest town were gone and no passenger vehicle would want to load all that they had. The donkeys by now were offloaded and given a chance to graze along the side of the road. This was all too much for Seth he had never gone so far off the mountain but only his parents took turns to go to town and draw their social grants which were all saved for Seth’s future and education.
His parents were content with eating food from the garden, and slaughtering fowls now and then; big animals were rarely slaughtered only on birthdays and Jewish holidays, were they slaughtered. Seth’s parents wanted him to never love money and that is why they never bought him anything fancy like shoes or toys but all his clothes were knitted and sewn by his mom and since Seth didn’t play around too much his clothes rarely got torn and should they, they would be sown back again.
His parents were content with eating food from the garden, and slaughtering fowls now and then; big animals were rarely slaughtered only on birthdays and Jewish holidays, were they slaughtered. Seth’s parents wanted him to never love money and that is why they never bought him anything fancy like shoes or toys but all his clothes were knitted and sewn by his mom and since Seth didn’t play around too much his clothes rarely got torn and should they, they would be sown back again.
All his parents thought about was how would he take this new world they had so strictly hidden from him, hopefully, he would not become like his brothers who had unjustifiable wealth beyond their means. They had always wished Seth would never meet his brothers and by reason of their guilt, Seth’s brothers had spent over 20 years without coming back home.
While everyone was busy consumed in thought, there came a bus up and down the distant hills like an insignificant bug and as it got closer it's growling sound shook off everyone’s feathers. Everyone was in awe looking at the direction of the throttling engine sound which got louder and louder by every minute. As it emerged and conquered its last dune slowly piercing its forehead, the young one was all eyes and ears anxious to see what was it that made this unusually dreadful sound and the more it revealed itself the more inquisitive Seth was, but he held his silence. Panting and puffing smoke the bus came to a halt at the bus stop, it was filled with people and luggage and Seth could see that just like a donkey the bus transported goods and people from one place to another.
To be continued...
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---
layout: page
title: 'Image Search Abstraction Layer'
description: 'This microservice allows google image searches by keyword and returns JSON responses.'
site-url: 'https://gog-img-api.herokuapp.com/'
git-repo: 'node-image-search-abstraction'
userStory:
- 'I can get the image URLs, alt text and page urls for a set of images relating to a given search string.'
- 'I can paginate through the responses by adding a ?offset=2 parameter to the URL.'
- 'I can get a list of the most recently submitted search strings.'
toDo:
- 'Add notifications'
- 'Add form validation'
- 'Improve server side error message handling'
scrollNav: [
{h: 'project-title', v: 'Image Search', s: [
{h: 'try-it', v: 'In Action'}
]},
{h: 'search-details', v: 'API Details'},
{h: 'search-details', v: 'API Details', s: [
{h: 'search-details', v: 'Search'},
{h: 'latest-details', v: 'Latest'}
]},
{h: 'more-information', v: 'Additional Info', s: [
{h: 'limitations', v: 'Limitations'},
{h: 'user-story', v: 'User Story'},
{h: 'to-do', v: 'To-Do'}
]},
]
---
{{page.description}}
Enter a search term to see what the API returns.
(Hosted externally)
{{page.title}}
See It In Action
{ "url": "https://site.org/path/to/image.jpg", "thumbnail": "https://site.org/path/to/thumbnail.jpg", "context": "https://site.org/path/to/original/page.html", "snippet": "Context inforamtion about the image" }
{ "term": "cat", "date": "2016-11-20T04:26:47.353Z" }
The API endpoints are accessable via GET request detailed above.
The query string is mandatory, the offset and count are optional. The default count is 10 with an offset of 0.
This application makes use of free tiers of Heroku and Google CSE. Accordingly, the application is limited to:
Acceptable inputs to the API include:
The following API terms are also interchangable:


Semicolons directly after 'then' are not allowed. Just remove it.
if true; then; echo "Hi"; fi
if true; then echo "Hi"; fi
then
keywords should not be followed by semicolons. It's not valid shell syntax.
You can follow them directly with a line break or another command.
None