Speech
Chief Executive of the National College for Teaching and Leadership speaks about the role of the NCTL and teaching schools in the school-led system.
Thank you very much for having me here today. I wanted to spend some time talking about the role of the new National College for Teaching and Leadership and then to talk about the development of teaching schools.
The aim of NCTL is to drive forward the move towards a self-improving, school-led system so that by 2016 there is an irrevocable shift from the centre to schools in 4 particular areas: initial teacher training, continuous professional development, school-to-school support and the recruitment and training of the next generation of school leaders.
But in a school-led system, what can be the role of a government agency?
It is important to say that this is a new agency. It is not simply a collapsing of the old Teaching Agency into the National College for School Leadership.
The government has rightly protected schools’ budgets, but this has meant we have had to make savings elsewhere in the DfE . And NCTL cannot, and should not simply replicate everything it did in the past. We are now a government agency, part of the Department for Education, with a much tighter remit for delivering our business.
Our focus must be on the priorities that will have the most impact in improving our schools in our 4 main areas.
NCTL will continue to administer the School Direct programme and the allocation of places to schools, universities and school-centred initial teacher training providers (or SCITTS ).
The take-off of School Direct has been quite remarkable. When it started schools asked for 1,000 places, last year they wanted 9,300, and this year they have asked for 17,700 places. The exceptional growth of School Direct shows the enthusiasm schools have for growing their own teachers, selecting the right candidates, working with universities or SCITTS to design a programme of study and receiving their fair share of the training money.
In order to stick within our budget and fulfil our commitments to universities, we had to cap School Direct places, particularly in the most popular subjects - English, history and chemistry.
And I know some schools have been very disappointed with the numbers of places they got in these oversubscribed subjects and we are considering how we can improve this situation next year. However, as long as teacher training is funded by the government, there will have to be a limit on how many teachers can be trained every year.
But School Direct has not just been seen as an opportunity for schools. Universities such as Oxford, Sheffield Hallam, Nottingham Trent, Cumbria and Christchurch Canterbury have embraced School Direct. They see it as a way to develop their partnerships with schools that now extend into CPD , joint research projects and the opportunity for teachers to gain academic qualifications such as masters or doctorates.
A number of schools and academy chains are choosing to take things even further and open their own SCITT , where they will become an accredited ITT provider. In these cases, NCTL will support schools with their bid, put them in touch with other successful SCITTS and help them prepare for opening - schools like South Farnham run by Andrew Carter whose SCITT is training 60 teachers this year rising to 90 the year after.
NCTL will continue to broker support from national leaders of education for schools that have got into difficulties. This can range from early intervention, where there has been a dip in performance, to a sponsored solution where things are going badly wrong. We will work with Ofsted regional leads so that as soon as a school is inspected and is found to require improvement or is placed in special measures, the right support package can be negotiated through NLEs and teaching schools. At the moment NCTL has an important role in developing NLE and LLE deployment, but in the future I would like this brokering role to be done regionally through teaching schools, local authorities, Ofsted and other outstanding schools.
NCTL is currently looking at the role of national, local and specialist leaders of education to make sure that they have the most impact where their expertise is needed. I am delighted that 135 NLEs have signed up to do the Ofsted inspector training over the next year. The more serving headteachers who join Ofsted inspections, the better the quality will be. In the future I hope every inspection team will include an outstanding, serving head teacher.
We also will continue to develop the licensed model of leadership training, which is devolved across the country. We have moved to a system where the essential work of talent spotting, promoting and training the leaders of the future will be done by people with the most expertise in this field, and we now have 60 licensees delivering NCTL training courses such as NPQH and NPQML . But I am keen to listen to our licensees to see how they want to improve the model in future years.
We will continue to pay a part in the supporting development of CPD but the days of government-sanctioned CPD are over, it is up to schools to work with partners to develop the CPD that they require. There is a huge range of CPD of very varied quality out there. NCTL will support teaching schools to flag-up and publish examples of high-quality CPD that has a real impact in the classroom.
And speaking of teaching schools, I think that in the future, they may well be seen as the greatest achievement of this government. We now have 352 teaching schools in the country and will have 500 by 2015 with the aim to go up to 600 the following year.
It is quite remarkable what teaching schools have achieved in a short period of time. And what is so refreshing is the different models that have developed across the country.
If you ever feel cynical about education… if you ever have any doubts about what schools are capable of achieving… if you think schools can’t be trusted to deliver a school-led system, then I recommend you visit a teaching school.
At times, I still get the sense that people think that a self-improving, school-led system isn’t really possible, that we can’t really trust teaching schools to deliver teacher training or great CPD or effective school-to-school support or that they aren’t up to identifying and training of the next generation of leaders.
That somehow they won’t be able to do it unless the government or their local authorities tell them what to do. There is even an expectation that we should produce some sort of rigid blueprint that makes it all neat, ties them up in bureaucracy and prevents then having the freedom to develop in their own way.
But teaching schools are showing us what can be done if they are given the freedom they need to operate. It is not for the government to dictate how high-quality CPD should be generated and delivered at schools like Latchmere in Kingston-upon-Thames, where Julie Ritchie is the headteacher. They have set up their own training for teachers in the alliance to improve level 6 reading, writing, grammar and punctuation and they report that 93% of children whose teachers have been trained have achieved level 4 or better. They are also working with 8 local schools in conjunction with the National Centre for Excellence in the Teaching of Mathematics (NCETM) to improve the subject knowledge of teachers and this has led to improvements in maths in year 3 and 4 classes across the network.
There is no central programme that is telling Vicky Beer from Ashton-on-Mersey school, part of the Dean Trust, how to support schools in difficulties in the North West, but Vicky’s NLE and SLE support in schools such as Forest Gate Primary have seen KS2 results rise by 50% in one year. Ashton-on-Mersey also runs a maths specialist programme that has led to an 11% increase in A* to C in maths GCSE grades.
Then there is Arthur Terry School in Sutton Coldfield, led by Sir Christopher Stone, who has helped a number of local schools including St Michaels and Mere Green primary schools and Kingshurst Academy where, as a consequence of the support from Arthur Terry, results have improved significantly.
Teaching schools work so well not in spite of their freedom to operate but because of this freedom.
In Torbay, the work of Peter Maunder, headteacher at Oldway Primary School, has led to the development of school-led school improvement through the Torbay Teaching School Alliance. This work is commissioned by the local authority and when a school in Torbay gets into difficulties it is not the LA , but the teaching school alliance that takes on the school improvement role.
In this model, it is serving teachers and heads, who know the local population, who have a track record of achieving great results who are taking responsibility for making their local schools even better. They know the children, they know the parents, they know what needs to be done and they won’t make excuses.
I am often told that no one wants to be a headteacher any more, that the pressures are too great, that the challenges are too hard. Yet most headteachers I meet tell me how much they enjoy their jobs. I understand how hard it can be taking on a school in difficult circumstances - I have done it twice - but the personal rewards for turning round a school, of getting children who have been previously written off to succeed are enormous.
Earlier in the year I visited Maura Regan at the fantastic Carmel College in Darlington.  Maura told me she doesn’t believe there is a shortage of people who are capable of becoming brilliant head teachers. They are out there today working in schools, but they need to be identified, supported and given the opportunities to develop into head teachers not when they are old enough, but when they are ready.
And I recently visited Cornwall SCITT , an outstanding provider of teacher training, where they are finding that within weeks of starting, some trainees are already showing the qualities that mark them out as future headteachers. As a result they are looking at adapting their programme to give these exceptional people a bespoke training package that will help them to prepare for leadership. When I visited Chafford Hundred school in Thurrock in Essex, the exceptional executive head, Chris Tomlinson, explained that the reason they were being so selective about their trainees to School Direct was that they were not only looking for exceptional teachers, they were also looking for the next generation of headteachers to lead Harris Academies in the future.
The innovation and creativity of teaching schools continues to amaze me.
Who would have believed just a few years ago that a one-form entry primary school like the Wroxham School, run by the remarkable Alison Peacock, would be at the centre of an alliance of 50 primary and secondary schools in Hertfordshire? That they, rather than the local authority, would become the appropriate body for primary NQTs across the alliance. That they would be mentoring 20 School Direct trainees, that they would have established research study groups for headteachers and senior leaders to improve the quality of teaching and that in 1 year they would have supported 5 schools - 2 with serious weaknesses and 3 with requires improvement grades, to the extent that all ended up being judged as good by Ofsted.
The teaching schools I have described have only been designated in the last 2 years and yet look what they have managed to achieve - and the model is continuing to evolve. We are now seeing groups of outstanding schools, such as in Derby, coming together to form strong, sustainable shared teaching school alliances with responsibility shared between primary, secondary and special schools.
This is just the beginning. Applications from the latest round of teaching schools have now come in and I’m pleased to say it will be other teaching school heads who will be in the majority on the designation panels - teachers, not the government, deciding who will become the next generation of teaching schools.
I believe that teaching schools will revolutionise education in England over the next 10 years. I have only mentioned a handful of them today, but across the country they are doing quite amazing things. Yet I think this is only a fraction of what can be achieved when the best heads, in the best schools, take more control of our education system.
Published: 27 November 2013


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The Order of API listed below is Important.
/player
goto player
/createRoom
returns room_id of new room
/addUser/< room_id >
returns user_id of new user added to room room_id
/closeRoom/< room_id >
deletes room room_id if created, then returns status
/getUsers/< room_id >
get list of user_id in room_id
/startPlayer/< room_id >
start player in room_id
/seekTo/< room_id >/< seek_time >
seek to seek_time(seconds) in room_id
/getCurrentSecond/< room_id >
get current time in room_id
Checkout Chatting API?


TRACE\-CMD\-REPORT
Section: [FIXME: manual] (1)Updated: 06/22/2012
Index Return to Main Contents
NAME
trace-cmd-report - show in ASCII a trace created by trace-cmd recordSYNOPSIS
trace-cmd report [OPTIONS] [input-file]
DESCRIPTION
The trace-cmd(1) report command will output a human readable report of a trace created by trace-cmd record.
OPTIONS
-i input-file
- By default, trace-cmd report will read the file trace.dat. But the -i option open up the given input-file instead. Note, the input file may also be specified as the last item on the command line.
-e
- This outputs the endianess of the file. trace-cmd report is smart enough to be able to read big endian files on little endian machines, and vise versa.
-f
- This outputs the list of functions that have been recorded in the file.
-P
- This outputs the list of "trace_printk()" data. The raw trace data points to static pointers in the kernel. This must be stored in the trace.dat file.
-E
- This lists the possible events in the file (but this list is not necessarily the list of events in the file).
--events
- This will list the event formats that are stored in the trace.dat file.
-F filter
- Add a filter to limit what events are displayed. The format of the filter is:
-
<events> ':' <filter> <events> = SYSTEM'/'EVENT | SYSTEM | EVENT | <events> ',' <events> <filter> = EVENT_FIELD <op> <value> | <filter> '&&' <filter> | <filter> '||' <filter> | '(' <filter> ')' | '!' <filter> <op> = '==' | '!=' | '>=' | '<=' | '>' | '<' | '&' | '|' | '^' | '+' | '-' | '*' | '/' | '%' <value> = NUM | STRING | EVENT_FIELD
-
SYSTEM is the name of the system to filter on. If the EVENT is left out, then it applies to all events under the SYSTEM. If only one string is used without the '/' to deliminate between SYSTEM and EVENT, then the filter will be applied to all systems and events that match the given string.
-
Whitespace is ignored, such that "sched:next_pid==123" is equivalent to "sched : next_pid == 123".
-
STRING is defined with single or double quotes (single quote must end with single quote, and double with double). Whitespace within quotes are not ignored.
-
The representation of a SYSTEM or EVENT may also be a regular expression as defined by 'regcomp(3)'.
-
The EVENT_FIELD is the name of the field of an event that is being filtered. If the event does not contain the EVENT_FIELD, that part of the equation will be considered false.
-
-F 'sched : bogus == 1 || common_pid == 2'
-
The "bogus == 1" will always evaluate to FALSE because no event has a field called "bogus", but the "common_pid == 2" will still be evaluated since all events have the field "common_pid". Any "sched" event that was traced by the process with the PID of 2 will be shown.
-
Note, the EVENT_FIELD is the field name as shown by an events format (as displayed with *--events*), and not what is found in the output. If the output shows "ID:foo" but the field that "foo" belongs to was called "name" in the event format, then "name" must be used in the filter. The same is true about values. If the value that is displayed is converted by to a string symbol, the filter checks the original value and not the value displayed. For example, to filter on all tasks that were in the running state at a context switch:
-
-F 'sched/sched_switch : prev_state==0'
-
Although the output displays 'R', having 'prev_stat=="R"' will not work.
-v
- This causes the following filters of -F to filter out the matching events.
-
-v -F 'sched/sched_switch : prev_state == 0'
-
Will not display any sched_switch events that have a prev_state of 0. Removing the *-v* will only print out those events.
-V
- Show the plugins that are loaded.
-L
- This will not load system wide plugins. It loads "local only". That is what it finds in the ~/.trace-cmd/plugins directory.
-N
- This will not load any plugins.
-r
- This will show the events in "raw" format. That is, it will ignore the eventcqs print formatting and just print the contents of each field.
-l
- This adds a "latency output" format. Information about interrupts being disabled, soft irq being disabled, the "need_resched" flag being set, preempt count, and big kernel lock are all being recorded with every event. But the default display does not show this information. This option will set display this information with 6 characters. When one of the fields is zero or N/A a '.\' is shown.
-
<idle>-0 0d.h1.<PHONE_NUMBER>47: function: ktime_get <-- tick_check_idle
-
The 0d.h1. denotes this information. The first character is never a '.' and represents what CPU the trace was recorded on (CPU 0). The 'd' denotes that interrupts were disabled. The 'h' means that this was called inside an interrupt handler. The '1' is the preemption disabled (preempt_count) was set to one. The two '.'s are "need_resched" flag and kernel lock counter. If the "need_resched" flag is set, then that character would be a 'N'.
-w
- If both the sched_switch and sched_wakeup events are enabled, then this option will report the latency between the time the task was first woken, and the time it was scheduled in.
-q
- Quiet non critical warnings.
EXAMPLES
Using a trace.dat file that was created with:
-
# trace-cmd record -p function -e all sleep 5
The default report shows:
-
# trace-cmd report trace-cmd-16129 [002]<PHONE_NUMBER>11: function: __mutex_unlock_slowpath <-- mutex_unlock trace-cmd-16131 [000]<PHONE_NUMBER>11: kmem_cache_alloc: call_site=811223c5 ptr=0xffff88003ecf2b40 bytes_req=272 bytes_alloc=320 gfp_flags=GFP_KERNEL|GFP_ZERO trace-cmd-16130 [003]<PHONE_NUMBER>11: function: do_splice_to <-- sys_splice sleep-16133 [001]<PHONE_NUMBER>12: function: inotify_inode_queue_event <-- vfs_write trace-cmd-16129 [002]<PHONE_NUMBER>20: lock_release: 0xffff88003f1fa4f8 &sb->s_type->i_mutex_key trace-cmd-16131 [000]<PHONE_NUMBER>21: function: security_file_alloc <-- get_empty_filp sleep-16133 [001]<PHONE_NUMBER>22: function: __fsnotify_parent <-- vfs_write trace-cmd-16130 [003]<PHONE_NUMBER>22: function: rw_verify_area <-- do_splice_to trace-cmd-16131 [000]<PHONE_NUMBER>24: function: cap_file_alloc_security <-- security_file_alloc trace-cmd-16129 [002]<PHONE_NUMBER>25: function: syscall_trace_leave <-- int_check_syscall_exit_work sleep-16133 [001]<PHONE_NUMBER>26: function: inotify_dentry_parent_queue_event <-- vfs_write trace-cmd-16130 [003]<PHONE_NUMBER>26: function: security_file_permission <-- rw_verify_area trace-cmd-16129 [002]<PHONE_NUMBER>28: function: audit_syscall_exit <-- syscall_trace_leave [...]
To see everything but the function traces:
-
# trace-cmd report -v -F 'function' trace-cmd-16131 [000]<PHONE_NUMBER>11: kmem_cache_alloc: call_site=811223c5 ptr=0xffff88003ecf2b40 bytes_req=272 bytes_alloc=320 gfp_flags=GFP_KERNEL|GFP_ZERO trace-cmd-16129 [002]<PHONE_NUMBER>20: lock_release: 0xffff88003f1fa4f8 &sb->s_type->i_mutex_key trace-cmd-16130 [003]<PHONE_NUMBER>36: lock_acquire: 0xffffffff8166bf78 read all_cpu_access_lock trace-cmd-16131 [000]<PHONE_NUMBER>38: lock_acquire: 0xffff88003df5b520 read &fs->lock trace-cmd-16129 [002]<PHONE_NUMBER>46: kfree: call_site=810a7abb ptr=0x0 trace-cmd-16130 [003]<PHONE_NUMBER>48: lock_acquire: 0xffff880002250a80 &per_cpu(cpu_access_lock, cpu) trace-cmd-16129 [002]<PHONE_NUMBER>50: sys_exit_splice: 0xfffffff5 trace-cmd-16131 [000]<PHONE_NUMBER>54: lock_release: 0xffff88003df5b520 &fs->lock sleep-16133 [001]<PHONE_NUMBER>56: kfree: call_site=810a7abb ptr=0x0 sleep-16133 [001]<PHONE_NUMBER>60: sys_exit_write: 0x1 trace-cmd-16130 [003]<PHONE_NUMBER>62: kmalloc: call_site=810bf95b ptr=0xffff88003dedc040 bytes_req=24 bytes_alloc=32 gfp_flags=GFP_KERNEL|GFP_ZERO
To see only the kmalloc calls that were greater than 1000 bytes:
-
#trace-cmd report -F 'kmalloc: bytes_req > 1000' <idle>-0 [000]<PHONE_NUMBER>41: kmalloc: call_site=81330635 ptr=0xffff88003c2fd000 bytes_req=2096 bytes_alloc=4096 gfp_flags=GFP_ATOMIC
To see wakeups and sched switches that left the previous task in the running state:
-
# trace-cmd report -F 'sched: prev_state == 0 || (success == 1)' trace-cmd-16132 [002]<PHONE_NUMBER>51: sched_wakeup: comm=trace-cmd pid=16129 prio=120 success=1 target_cpu=002 trace-cmd-16132 [002]<PHONE_NUMBER>01: sched_switch: prev_comm=trace-cmd prev_pid=16132 prev_prio=120 prev_state=R ==> next_comm=trace-cmd next_pid=16129 next_prio=120 <idle>-0 [003]<PHONE_NUMBER>85: sched_wakeup: comm=trace-cmd pid=16130 prio=120 success=1 target_cpu=003 <idle>-0 [003]<PHONE_NUMBER>41: sched_switch: prev_comm=swapper prev_pid=0 prev_prio=120 prev_state=R ==> next_comm=trace-cmd next_pid=16130 next_prio=120 trace-cmd-16132 [000]<PHONE_NUMBER>75: sched_wakeup: comm=trace-cmd pid=16131 prio=120 success=1 target_cpu=000 trace-cmd-16131 [002]<PHONE_NUMBER>16: sched_wakeup: comm=trace-cmd pid=16129 prio=120 success=1 target_cpu=002 <idle>-0 [003]<PHONE_NUMBER>10: sched_switch: prev_comm=swapper prev_pid=0 prev_prio=120 prev_state=R ==> next_comm=trace-cmd next_pid=16130 next_prio=120 trace-cmd-16131 [003]<PHONE_NUMBER>43: sched_wakeup: comm=trace-cmd pid=16129 prio=120 success=1 target_cpu=003 trace-cmd-16130 [002]<PHONE_NUMBER>02: sched_switch: prev_comm=trace-cmd prev_pid=16130 prev_prio=120 prev_state=R ==> next_comm=yum-updatesd next_pid=3088 next_prio=1 20 trace-cmd-16129 [003]<PHONE_NUMBER>79: sched_wakeup: comm=trace-cmd pid=16131 prio=120 success=1 target_cpu=003 trace-cmd-16129 [000]<PHONE_NUMBER>87: sched_wakeup: comm=trace-cmd pid=16131 prio=120 success=1 target_cpu=000
The above needs a little explanation. The filter specifies the "sched" subsystem, which includes both sched_switch and sched_wakeup events. Any event that does not have the format field "prev_state" or "success", will evaluate those expressions as FALSE, and will not produce a match. Using "||" will have the "prev_state" test happen for the "sched_switch" event and the "success" test happen for the "sched_wakeup" event.
-
# trace-cmd report -w -F 'sched_switch, sched_wakeup.*' [...] trace-cmd-16130 [003]<PHONE_NUMBER>16: sched_wakeup: comm=trace-cmd pid=16131 prio=120 success=1 target_cpu=003 trace-cmd-16129 [000]<PHONE_NUMBER>02: sched_switch: prev_comm=trace-cmd prev_pid=16129 prev_prio=120 prev_state=S ==> next_comm=trace-cmd next_pid=16131 next_prio=120 Latency: 885.901 usecs trace-cmd-16131 [000]<PHONE_NUMBER>14: sched_wakeup: comm=trace-cmd pid=16129 prio=120 success=1 target_cpu=000 trace-cmd-16132 [001]<PHONE_NUMBER>19: sched_switch: prev_comm=trace-cmd prev_pid=16132 prev_prio=120 prev_state=S ==> next_comm=trace-cmd next_pid=16129 next_prio=120 Latency: 804.809 usecs sleep-16133 [002]<PHONE_NUMBER>21: sched_wakeup: comm=trace-cmd pid=16120 prio=120 success=1 target_cpu=002 trace-cmd-16129 [001]<PHONE_NUMBER>28: sched_wakeup: comm=trace-cmd pid=16132 prio=120 success=1 target_cpu=001 sleep-16133 [002]<PHONE_NUMBER>75: sched_switch: prev_comm=sleep prev_pid=16133 prev_prio=120 prev_state=R ==> next_comm=trace-cmd next_pid=16120 next_prio=120 Latency: 153.915 usecs trace-cmd-16130 [003]<PHONE_NUMBER>84: sched_switch: prev_comm=trace-cmd prev_pid=16130 prev_prio=120 prev_state=S ==> next_comm=trace-cmd next_pid=16132 next_prio=120 Latency: 1155.677 usecs Average wakeup latency: 26626.656 usecs
The above trace produces the wakeup latencies of the tasks. The "sched_switch" event reports each individual latency after writing the event information. At the end of the report, the average wakeup latency is reported.
-
# trace-cmd report -w -F 'sched_switch, sched_wakeup.*: prio < 100 || next_prio < 100' <idle>-0 [003]<PHONE_NUMBER>53: sched_wakeup: comm=ksoftirqd/3 pid=13 prio=49 success=1 target_cpu=003 <idle>-0 [003]<PHONE_NUMBER>55: sched_switch: prev_comm=swapper prev_pid=0 prev_prio=120 prev_state=R ==> next_comm=ksoftirqd/3 next_pid=13 next_prio=49 Latency: 101.244 usecs <idle>-0 [003]<PHONE_NUMBER>81: sched_wakeup: comm=ksoftirqd/3 pid=13 prio=49 success=1 target_cpu=003 <idle>-0 [003]<PHONE_NUMBER>97: sched_switch: prev_comm=swapper prev_pid=0 prev_prio=120 prev_state=R ==> next_comm=ksoftirqd/3 next_pid=13 next_prio=49 Latency: 115.608 usecs <idle>-0 [003]<PHONE_NUMBER>30: sched_wakeup: comm=ksoftirqd/3 pid=13 prio=49 success=1 target_cpu=003 <idle>-0 [003]<PHONE_NUMBER>51: sched_switch: prev_comm=swapper prev_pid=0 prev_prio=120 prev_state=R ==> next_comm=ksoftirqd/3 next_pid=13 next_prio=49 Latency: 121.024 usecs Average wakeup latency: 110.021 usecs
The above version will only show the wakeups and context switches of Real Time tasks. The prio used inside the kernel starts at 0 for highest priority. That is prio 0 is equivalent to user space real time priority 99, and priority 98 is equivalent to user space real time priority 1. Prios less than 100 represent Real Time tasks.
SEE ALSO
trace-cmd(1), trace-cmd-record(1), trace-cmd-start(1), trace-cmd-stop(1), trace-cmd-extract(1), trace-cmd-reset(1), trace-cmd-split(1), trace-cmd-list(1), trace-cmd-listen(1)
AUTHOR
Written by Steven Rostedt<EMAIL_ADDRESS>RESOURCES
git://git.kernel.org/pub/scm/linux/kernel/git/rostedt/trace-cmd.git
COPYING
Copyright (C) 2010 Red Hat, Inc. Free use of this software is granted under the terms of the GNU Public License (GPL).
NOTES
- 1.
-
<EMAIL_ADDRESS>-<EMAIL_ADDRESS>Index
This document was created by man2html, using the manual pages.
Time: 05:29:11 GMT, December 24, 2015


|
JavaTM 2 Platform Standard Ed. 5.0 |
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| SUMMARY: NESTED | FIELD | CONSTR | METHOD | DETAIL: FIELD | CONSTR | METHOD |
java.lang.Object javax.accessibility.AccessibleStateSet
public class AccessibleStateSet
Class AccessibleStateSet determines a component's state set. The state set of a component is a set of AccessibleState objects and descriptions. E.G., The current overall state of the object, such as whether it is enabled, has focus, etc.
AccessibleState
| Field Summary | |
|---|---|
protected Vector<AccessibleState> |
states
Each entry in the Vector represents an AccessibleState. |
| Constructor Summary | |
|---|---|
AccessibleStateSet()
Creates a new empty state set. |
|
AccessibleStateSet(AccessibleState[] states)
Creates a new state with the initial set of states contained in the array of states passed in. |
| Method Summary | |
|---|---|
boolean |
add(AccessibleState state)
Adds a new state to the current state set if it is not already present. |
void |
addAll(AccessibleState[] states)
Adds all of the states to the existing state set. |
void |
clear()
Removes all the states from the current state set. |
boolean |
contains(AccessibleState state)
Checks if the current state is in the state set. |
boolean |
remove(AccessibleState state)
Removes a state from the current state set. |
AccessibleState[] |
toArray()
Returns the current state set as an array of AccessibleState |
String |
toString()
Creates a localized String representing all the states in the set using the default locale. |
| Methods inherited from class java.lang.Object |
|---|
clone, equals, finalize, getClass, hashCode, notify, notifyAll, wait, wait, wait |
| Field Detail |
|---|
protected Vector<AccessibleState> states
add(javax.accessibility.AccessibleState)
,
addAll(javax.accessibility.AccessibleState[])
,
remove(javax.accessibility.AccessibleState)
,
contains(javax.accessibility.AccessibleState)
,
toArray()
,
clear()
| Constructor Detail |
|---|
public AccessibleStateSet()
public AccessibleStateSet(AccessibleState[] states)
states
- an array of AccessibleState describing the state set.| Method Detail |
|---|
public boolean add(AccessibleState state)
state
- the state to add to the state set
public void addAll(AccessibleState[] states)
states
- AccessibleState array describing the state set.public boolean remove(AccessibleState state)
state
- the state to remove from the state set
public void clear()
public boolean contains(AccessibleState state)
state
- the state
public AccessibleState[] toArray()
public String toString()
toString
in class Object
AccessibleBundle.toDisplayString(java.lang.String, java.util.Locale)
|
JavaTM 2 Platform Standard Ed. 5.0 |
|||||||||
| PREV CLASS NEXT CLASS | FRAMES NO FRAMES | |||||||||
| SUMMARY: NESTED | FIELD | CONSTR | METHOD | DETAIL: FIELD | CONSTR | METHOD |
Copyright © 2004, 2010 Oracle and/or its affiliates. All rights reserved. Use is subject to license terms. Also see the documentation redistribution policy.


template<class C, lcduint_t W, lcduint_t H, uint8_t B>
class NanoEngineTiler< C, W, H, B >
This class template is responsible for holding and updating data about areas to be refreshed on LCD display. It accepts canvas class, tile width in pixels, tile height in pixels and number of bits in tile width as arguments for the template. For example, for 8x8 8-bit RGB tiles the reference should be NanoEngineTiler<NanoCanvas8,8,8,3>, and 3 bits means 3^2 = 8. If you need to have single big buffer, holding the whole content for monochrome display, you can specify something like this NanoEngineTiler<NanoCanvas1,128,64,7>.
Definition at line 80 of file tiler.h.
template<class C, lcduint_t W, lcduint_t H, uint8_t B>
Sets user-defined draw callback. This callback will be called everytime, engine needs to update display content. If callback returns false, engine will not update those area. You always have a way to find out, which area is being updated by engine via NanoEngine<>::canvas::getOffset() and NanoEngine<>::NE_TILE_SIZE.
- Warning
- By default canvas in the engine is initialized with local screen coordinates. So graphics object with [0,0] coordinates will be placed at topleft position on the display. But engine supports also global coordinates, in this case actual object position depends on current engine offset. Refer to worldCoordinates() and localCoordinates().
- Parameters
-
| callback | - user-defined draw callback. |
- Note
- you can change draw callback anytime you need.
- See also
- worldCoordinates()
-
localCoordinates()
Definition at line 240 of file tiler.h.
template<class C, lcduint_t W, lcduint_t H, uint8_t B>
Marks for refresh lcd area, which corresponds to specified rectangle in global (World) coordinates. If engine offset is (0,0), then this function refreshes the same area as refresh().
Definition at line 155 of file tiler.h.
template<class C, lcduint_t W, lcduint_t H, uint8_t B>
Marks for refresh lcd area, which corresponds to specified rectangle in global (World) coordinates. If engine offset is (0,0), then this function refreshes the same area as refresh().
Definition at line 165 of file tiler.h.


--- layout: page title: Risk Analysis ---
| Deliverable | Trained Model File |
| Machine Learning Task | Classification |
| Target Variable | Loan Status Default/Paid in Full |
| Control Metric | AUROC 0.73 and Confusion Matrix Examination |
This project showcases a risk analysis on loan payment status for the real world data from the Lending Club peer-to-peer lending platform. Lending Club make their data publically available.
This repository contains two notebooks that examine this data and analyse loan default prediction. This is a classification task with the aim of predicting which loans will default. The first notebook showcases some data exploration, viualization and feature engineering. The second notebook assess the performance of a set of standard classification algorithms against this dataset. Three classification algorithms were fitted against a datast of c. 80,000 loans. For risk-adverse investors/lenders the classification probability threshold was adjusted to reduce the numbers of False Negatives.
A detailed exploration of the results is provided including a demonstration of how to change the loan default probability thresholds for risk-adverse investors.
You can find the code for this project at: github repository


|
GLib Framework
1.0
|
Header file of resource caching manipulation. More...
#include <SDL2/SDL.h>
#include <SDL2/SDL_mixer.h>
Go to the source code of this file.
Data Structures | |
| struct | TResource_Node |
| A linked list for resource caching database. More... | |
| struct | TResourceCache |
| Object oriented structure representing a caching util. More... | |
Typedefs | |
| typedef struct TWindow | TWindow |
| typedef enum TResource_Type | TResource_Type |
| Constants of the types of resources. | |
| typedef struct TResource_Node | TResource_Node |
| A linked list for resource caching database. More... | |
| typedef struct TResourceCache | TResourceCache |
| Object oriented structure representing a caching util. More... | |
Enumerations | |
| enum | TResource_Type { GRAPHICAL, SHORT_AUDIO, LONG_AUDIO } |
| Constants of the types of resources. | |
Functions | |
| TResourceCache * | New_TResourceCache (TWindow *window, unsigned int max_cache) |
| The constructor for create a TResourceCache object. More... | |
| void * | TResourceCache_CacheResource (TResourceCache *this, const char *res_path, TResource_Type type) |
| Method for add to cache a resource. More... | |
| void * | TResourceCache_FetchResource (TResourceCache *this, const char *res_path, TResource_Type type) |
| Method for fetch a resource from cache or a new resource if not cached. More... | |
| void | TResourceCache_ClearCache (TResourceCache *this) |
| Method for clear the cache. More... | |
| void | TResourceCache_New_Free (TResourceCache *this) |
| Method to free all ressources take by the cache manager. More... | |
Header file of resource caching manipulation.
This file have manipulation functions for resources caching.
| typedef struct TResource_Node TResource_Node |
A linked list for resource caching database.
TResource_Node is a linked list for resource caching database.
| typedef struct TResourceCache TResourceCache |
Object oriented structure representing a caching util.
TResourceCache is an object that allows you to create and manage a resource cache.
| TResourceCache* New_TResourceCache | ( | TWindow * | window, |
| unsigned int | max_cache | ||
| ) |
The constructor for create a TResourceCache object.
| window | A pointer to the window object. |
| max_cache | The maximum amount of different resources to cache. |
| void* TResourceCache_CacheResource | ( | TResourceCache * | this, |
| const char * | res_path, | ||
| TResource_Type | type | ||
| ) |
Method for add to cache a resource.
| this | A pointer to the cache manager object. |
| res_path | The path of the resource to cache. |
| type | The type of resource to cache. |
You do not have to call this method directly. You must use the CacheResource method of the TResourceCache structure like this: my_cache->CacheResource(my_cache, "images/sample_resource.png");
| void TResourceCache_ClearCache | ( | TResourceCache * | this | ) |
Method for clear the cache.
| this | A pointer to the cache manager object. |
You do not have to call this method directly. You must use the ClearCache method of the TResourceCache structure like this: my_cache->ClearCache(my_cache);
| void* TResourceCache_FetchResource | ( | TResourceCache * | this, |
| const char * | res_path, | ||
| TResource_Type | type | ||
| ) |
Method for fetch a resource from cache or a new resource if not cached.
| this | A pointer to the cache manager object. |
| res_path | The path of the resource to cache. |
| type | The type of resource to cache. |
You do not have to call this method directly. You must use the FetchResource method of the TResourceCache structure like this: my_cache->FetchResource(my_cache, "images/sample_resource.png");
| void TResourceCache_New_Free | ( | TResourceCache * | this | ) |
Method to free all ressources take by the cache manager.
| this | A pointer to the cache manager object. |
You do not have to call this method directly. You must use the Free method of the TResourceCache structure like this: my_cache->Free(my_cache);


School drop trip configured for your car has been completed with in Start and End location.
Drive back from office configured for your car has been completed with in Start and End location.


WITNESS LIST Jurisprudence Committee February 18, 1999-2:00P procedures. On: Briscoe, Judy (Texas Youth Commission), Austin, Texas Madison, Stuart (Johnson County - County Attorney's Office), Cleburne, Texas McLester, Beverly (Texas Youth Commission), Dallas, Texas Robinson, Steve (Texas Youth Commission - Executive Director), Austin, Texas Stevenson, Roosevelt (Johnson County Juvenile Services), Cleburne, Texas Ward, Luanna K. (Johnson County Juvenile Probation), Cleburne, Texas Warren, John (Johnson County Juvenile Services), Cleburne, Texas Washington, Edward (Johnson County Juvenile Probation), Cleburne, Texas Juvenile justice matters and Texas On: Briscoe, Judy (Texas Youth Commission), Austin, Texas Madison, Stuart (Johnson County - County Attorney's Office), Cleburne, Texas McLester, Beverly (Texas Youth Commission), Dallas, Texas Robinson, Steve (Texas Youth Commission - Executive Director), Austin, Texas Stevenson, Roosevelt (Johnson County Juvenile Services), Cleburne, Texas Ward, Luanna K. (Johnson County Juvenile Probation), Cleburne, Texas Warren, John (Johnson County Juvenile Services), Cleburne, Texas Washington, Edward (Johnson County Juvenile Probation), Cleburne, Texas


|
Profile Image |
|
|
|
Secret |
{{ show_secret ? player.secret : 'GAME SECRET' }} |
|
|
State |
{{ playerState() }} |
|
|
Revive Count |
{{ player.revive_count || 0 }} Pending |
|
|
Punishments |
{{ player.punishment_level }} |
|
|
Suspended Until |
{{ player.suspended_until | date:'medium' }} |
|
|
High Value Target (HVT) |
Worth {{ player.hvt_worth }} points until {{ player.hvt_until | date:'medium' }} |


--- layout: documentation title: Bazel Query How-To ---
This is a quick tutorial to get you started using Bazel's query language to trace dependencies in your code.
For a language details and--output
flag details, please see the reference
manuals, Bazel query reference and Bazel cquery reference.
You can get help by typing bazel help query
or bazel help cquery
on the command line.
To execute a query while ignoring errors such as missing targets, use the
--keep_going
flag.
foo
?foo
package?foo
package?//foo
?test_suite
expands
to?
foo
that match a
pattern?path/to/file/bar.java
?
path/to/file/bar.java
?
path/to/file/bar.java
as a
source?To see the dependencies of //foo
, use the
deps
function in bazel query:
$ bazel query "deps(//foo)" //foo:foo //foo:foo-dep ...
This is the set of all targets required to build //foo
.
The library //third_party/zlib:zlibonly
isn't in the BUILD file for
//foo
, but it is an indirect dependency. How can
we trace this dependency path? There are two useful functions here:
allpaths
and somepath
$ bazel query "somepath(//foo:foo, third_party/zlib:zlibonly)" //foo:foo //translations/tools:translator //translations/base:base //third_party/py/MySQL:MySQL //third_party/py/MySQL:_MySQL.so //third_party/mysql:mysql //third_party/zlib:zlibonly $ bazel query "allpaths(//foo, third_party/...)" ...many errors detected in BUILD files... //foo:foo //translations/tools:translator //translations/tools:aggregator //translations/base:base //tools/pkg:pex //tools/pkg:pex_phase_one //tools/pkg:pex_lib //third_party/python:python_lib //translations/tools:messages //third_party/py/xml:xml //third_party/py/xml:utils/boolean.so //third_party/py/xml:parsers/sgmlop.so //third_party/py/xml:parsers/pyexpat.so //third_party/py/MySQL:MySQL //third_party/py/MySQL:_MySQL.so //third_party/mysql:mysql //third_party/openssl:openssl //third_party/zlib:zlibonly //third_party/zlib:zlibonly_v1_2_3 //third_party/python:headers //third_party/openssl:crypto
The BUILD file for //foo
never references
//translations/tools:aggregator
. So, where's the direct dependency?
Certain rules include implicit dependencies on additional libraries or tools.
For example, to build a genproto
rule, you need first to build the Protocol
Compiler, so every genproto
rule carries an implicit dependency on the
protocol compiler. These dependencies are not mentioned in the build file,
but added in by the build tool. The full set of implicit dependencies is
currently undocumented. Using --noimplicit_deps
allows you to filter out
these deps from your query results.
You might want to know the set of targets that depends on some target. e.g.,
if you're going to change some code, you might want to know what other code
you're about to break. You can use rdeps(u, x)
to find the reverse
dependencies of the targets in x
within the transitive closure of u
.
allrdeps
function which allows you to query rdeps in the entire
universe of the build.
You can use bazel query
to analyze many dependency relationships.
foo
?bazel query 'foo/...' --output package
foo
package?bazel query 'kind(rule, foo:*)' --output label_kind
foo
package?bazel query 'kind("generated file", //foo:*)'
//foo
?bazel query 'buildfiles(deps(//foo))' | cut -f1 -d:
test_suite
expands to?bazel query 'tests(//foo:smoke_tests)'
bazel query 'kind(cc_.*, tests(//foo:smoke_tests))'
bazel query 'attr(size, small, tests(//foo:smoke_tests))' bazel query 'attr(size, medium, tests(//foo:smoke_tests))' bazel query 'attr(size, large, tests(//foo:smoke_tests))'
foo
that match a pattern?bazel query 'filter("pa?t", kind(".*_test rule", //foo/...))'
The pattern is a regex and is applied to the full name of the rule. It's similar to doing
bazel query 'kind(".*_test rule", //foo/...)' | grep -E 'pa?t'
path/to/file/bar.java
?bazel query path/to/file/bar.java --output=package
path/to/file/bar.java?
bazel query path/to/file/bar.java
path/to/file/bar.java
as a source?fullname=$(bazel query path/to/file/bar.java) bazel query "attr('srcs', $fullname, ${fullname//:*/}:*)"
foo
depend on? (What do I need to check out to build foo
)bazel query 'buildfiles(deps(//foo:foo))' --output package
Note, buildfiles
is required in order to correctly obtain all files
referenced by subinclude
; see the reference manual for details.
foo
tree depend on, excluding foo/contrib
?bazel query 'deps(foo/... except foo/contrib/...)' --output package
bazel query 'kind(genproto, deps(bar/...))'
bazel query 'some(kind(cc_.*library, deps(kind(java_binary, //java/com/example/frontend/...))))' --output location
bazel query 'let jbs = kind(java_binary, //java/com/example/frontend/...) in let cls = kind(cc_.*library, deps($jbs)) in $jbs intersect allpaths($jbs, $cls)'
Source files:
bazel query 'kind("source file", deps(//path/to/target/foo/...))' | grep java$
Generated files:
bazel query 'kind("generated file", deps(//path/to/target/foo/...))' | grep java$
Source files:
bazel query 'kind("source file", deps(kind(".*_test rule", javatests/com/example/qux/...)))' | grep java$
Generated files:
bazel query 'kind("generated file", deps(kind(".*_test rule", javatests/com/example/qux/...)))' | grep java$
//foo
depend on that //foo:foolib
does not?bazel query 'deps(//foo) except deps(//foo:foolib)'
foo
tests depend on that the //foo
production binary does not depend on?bazel query 'kind("cc_library", deps(kind(".*test rule", foo/...)) except deps(//foo))'
bar
depend on groups2
?bazel query 'somepath(bar/...,groups2/...:*)'
Once you have the results of this query, you will often find that a single
target stands out as being an unexpected or egregious and undesirable
dependency of bar
. The query can then be further refined to:
docker/updater:updater_systest
(a py_test
) to some cc_library
that it depends upon:bazel query 'let cc = kind(cc_library, deps(docker/updater:updater_systest)) in somepath(docker/updater:updater_systest, $cc)'
//photos/frontend:lib
depend on two variants of the same library //third_party/jpeglib
and //third_party/jpeg
?This query boils down to: "show me the subgraph of //photos/frontend:lib
that
depends on both libraries". When shown in topological order, the last element
of the result is the most likely culprit.
bazel query 'allpaths(//photos/frontend:lib, //third_party/jpeglib) intersect allpaths(//photos/frontend:lib, //third_party/jpeg)' //photos/frontend:lib //photos/frontend:lib_impl //photos/frontend:lib_dispatcher //photos/frontend:icons //photos/frontend/modules/gadgets:gadget_icon //photos/thumbnailer:thumbnail_lib //third_party/jpeg/img:renderer
bazel query 'bar/... intersect allpaths(bar/..., Y)'
Note: X intersect allpaths(X, Y)
is the general idiom for the query "which X
depend on Y?" If expression X is non-trivial, it may be convenient to bind a
name to it using let
to avoid duplication.
bazel query 'same_pkg_direct_rdeps(T)'
bar
no longer depend on X?To output the graph to a png
file:
bazel query 'allpaths(bar/...,X)' --output graph | dot -Tpng > /tmp/dep.png
//foo-tests
build?Unfortunately, the query language can't currently give you the longest path
from x to y, but it can find the (or rather a) most distant node from the
starting point, or show you the lengths of the longest path from x to every
y that it depends on. Use maxrank
:
bazel query 'deps(//foo-tests)' --output maxrank | tail -1 85 //third_party/zlib:zutil.c
The result indicates that there exist paths of length 85 that must occur in order in this build.


| Company | Position | Requirements | Location | |
|---|---|---|---|---|
| Softech | Front-End Developer | JavaScript, JQuery, CSS, HTML | İstanbul | |
| İş Bankası | Back-End Developer | Python, MongoDB, SQL | İstanbul | |
| Kardeşler Pide & Kebap | Project Manager | MS office, JavaScript, HTML, MS project computer applications, Agile Methodologies | Konya |


# -*- coding: utf-8 -*-
# This code is part of Qiskit.
#
# (C) Copyright IBM 2017, 2018.
#
# This code is licensed under the Apache License, Version 2.0. You may
# obtain a copy of this license in the LICENSE.txt file in the root directory
# of this source tree or at http://www.apache.org/licenses/LICENSE-2.0.
#
# Any modifications or derivative works of this code must retain this
# copyright notice, and modified files need to carry a notice indicating
# that they have been altered from the originals.
"""Building blocks for Qiskit validated classes.
This module provides the ``BaseSchema`` and ``BaseModel`` classes as the main
building blocks for defining objects (Models) that conform to a specification
(Schema) and are validated at instantiation, along with providing facilities
for being serialized and deserialized.
Implementors are recommended to subclass the two classes, and "binding" them
together by using ``bind_schema``::
class PersonSchema(BaseSchema):
name = String(required=True)
@bind_schema(PersonSchema)
class Person(BaseModel):
pass
"""
from functools import wraps
from types import SimpleNamespace, MethodType
from marshmallow import ValidationError
from marshmallow import Schema, post_dump, post_load
from marshmallow import fields as _fields
from marshmallow.utils import is_collection
from .exceptions import ModelValidationError
[docs]class ModelTypeValidator(_fields.Field):
"""A field able to validate the correct type of a value."""
valid_types = (object, )
def _expected_types(self):
return self.valid_types
[docs] def check_type(self, value, attr, data):
"""Validates a value against the correct type of the field.
It calls ``_expected_types`` to get a list of valid types.
Subclasses can do one of the following:
1. They can override the ``valid_types`` property with a tuple with
the expected types for this field.
2. They can override the ``_expected_types`` method to return a
tuple of expected types for the field.
3. They can change ``check_type`` completely to customize
validation.
This method or the overrides must return the ``value`` parameter
untouched.
"""
expected_types = self._expected_types()
if not isinstance(value, expected_types):
raise self._not_expected_type(
value, expected_types, fields=[self], field_names=attr, data=data)
return value
@staticmethod
def _not_expected_type(value, type_, **kwargs):
if is_collection(type_) and len(type_) == 1:
type_ = type_[0]
if is_collection(type_):
body = 'is none of the expected types {}'.format(type_)
else:
body = 'is not the expected type {}'.format(type_)
message = 'Value \'{}\' {}'.format(value, body)
return ValidationError(message, **kwargs)
[docs]class BaseSchema(Schema):
"""Base class for Schemas for validated Qiskit classes.
Provides convenience functionality for the Qiskit common use case:
* deserialization into class instances instead of dicts.
* handling of unknown attributes not defined in the schema.
Attributes:
model_cls (type): class used to instantiate the instance. The
constructor is passed all named parameters from deserialization.
"""
model_cls = SimpleNamespace
[docs] @post_dump(pass_original=True, pass_many=True)
def dump_additional_data(self, valid_data, many, original_data):
"""Include unknown fields after dumping.
Unknown fields are added with no processing at all.
Args:
valid_data (dict or list): data collected and returned by ``dump()``.
many (bool): if True, data and original_data are a list.
original_data (object or list): object passed to ``dump()`` in the
first place.
Returns:
dict: the same ``valid_data`` extended with the unknown attributes.
Inspired by https://github.com/marshmallow-code/marshmallow/pull/595.
"""
if many:
for i, _ in enumerate(valid_data):
additional_keys = set(original_data[i].__dict__) - set(valid_data[i])
for key in additional_keys:
valid_data[i][key] = getattr(original_data[i], key)
else:
additional_keys = set(original_data.__dict__) - set(valid_data)
for key in additional_keys:
valid_data[key] = getattr(original_data, key)
return valid_data
[docs] @post_load(pass_original=True, pass_many=True)
def load_additional_data(self, valid_data, many, original_data):
"""Include unknown fields after load.
Unknown fields are added with no processing at all.
Args:
valid_data (dict or list): validated data returned by ``load()``.
many (bool): if True, data and original_data are a list.
original_data (dict or list): data passed to ``load()`` in the
first place.
Returns:
dict: the same ``valid_data`` extended with the unknown attributes.
Inspired by https://github.com/marshmallow-code/marshmallow/pull/595.
"""
if many:
for i, _ in enumerate(valid_data):
additional_keys = set(original_data[i]) - set(valid_data[i])
for key in additional_keys:
valid_data[i][key] = original_data[i][key]
else:
additional_keys = set(original_data) - set(valid_data)
for key in additional_keys:
valid_data[key] = original_data[key]
return valid_data
[docs] @post_load
def make_model(self, data):
"""Make ``load`` return a ``model_cls`` instance instead of a dict."""
return self.model_cls(**data)
class _SchemaBinder:
"""Helper class for the parametrized decorator ``bind_schema``."""
def __init__(self, schema_cls):
"""Get the schema for the decorated model."""
self._schema_cls = schema_cls
def __call__(self, model_cls):
"""Augment the model class with the validation API.
See the docs for ``bind_schema`` for further information.
"""
# Check for double binding of schemas.
if self._schema_cls.__dict__.get('model_cls', None) is not None:
raise ValueError(
'The schema {} can not be bound twice. It is already bound to '
'{}. If you want to reuse the schema, use '
'subclassing'.format(self._schema_cls, self._schema_cls.model_cls))
# Set a reference to the Model in the Schema, and viceversa.
self._schema_cls.model_cls = model_cls
model_cls.schema = self._schema_cls()
# Append the methods to the Model class.
model_cls._validate = self._validate
model_cls.__init__ = self._validate_after_init(model_cls.__init__)
# Add a Schema that performs minimal validation to the Model.
model_cls.shallow_schema = self._create_validation_schema(self._schema_cls)
return model_cls
@staticmethod
def _create_validation_schema(schema_cls):
"""Create a patched Schema for validating models.
Model validation is not part of Marshmallow. Schemas have a ``validate``
method but this delegates execution on ``load`` and discards the result.
Similarly, ``load`` will call ``_deserialize`` on every field in the
schema.
This function patches the ``_deserialize`` instance method of each
field to make it call a custom defined method ``check_type``
provided by Qiskit in the different fields at
``qiskit.validation.fields``.
Returns:
BaseSchema: a copy of the original Schema, overriding the
``_deserialize()`` call of its fields.
"""
validation_schema = schema_cls()
for _, field in validation_schema.fields.items():
if isinstance(field, ModelTypeValidator):
validate_function = field.__class__.check_type
field._deserialize = MethodType(validate_function, field)
return validation_schema
@staticmethod
def _validate(instance):
"""Validate the internal representation of the instance."""
try:
_ = instance.schema.validate(instance.to_dict())
except ValidationError as ex:
raise ModelValidationError(
ex.messages, ex.field_names, ex.fields, ex.data, **ex.kwargs)
@staticmethod
def _validate_after_init(init_method):
"""Add validation after instantiation."""
@wraps(init_method)
def _decorated(self, **kwargs):
try:
_ = self.shallow_schema.validate(kwargs)
except ValidationError as ex:
raise ModelValidationError(
ex.messages, ex.field_names, ex.fields, ex.data, **ex.kwargs) from None
init_method(self, **kwargs)
return _decorated
[docs]def bind_schema(schema):
"""Class decorator for adding schema validation to its instances.
Instances of the decorated class are automatically validated after
instantiation and they are augmented to allow further validations with the
private method ``_validate()``.
The decorator also adds the class attribute ``schema`` with the schema used
for validation, along with a class attribute ``shallow_schema`` used for
validation during instantiation.
It also allows using the ``to_dict`` and ``from_dict`` in the model class,
with perform serialization/deserialization to/from simple Python objects
respectively.
The same schema cannot be bound more than once. If you need to reuse a
schema for a different class, create a new schema subclassing the one you
want to reuse and leave the new empty::
class MySchema(BaseSchema):
title = String()
class AnotherSchema(MySchema):
pass
@bind_schema(MySchema):
class MyModel(BaseModel):
pass
@bind_schema(AnotherSchema):
class AnotherModel(BaseModel):
pass
Raises:
ValueError: when trying to bind the same schema more than once.
Return:
type: the same class with validation capabilities.
"""
return _SchemaBinder(schema)
def _base_model_from_kwargs(cls, kwargs):
"""Helper for BaseModel.__reduce__, expanding kwargs."""
return cls(**kwargs)
[docs]class BaseModel(SimpleNamespace):
"""Base class for Models for validated Qiskit classes."""
def __reduce__(self):
"""Custom __reduce__ for allowing pickling and unpickling.
Customize the reduction in order to allow serialization, as the
BaseModels need to be pickled during the use of futures by the backends.
Instead of returning the class, a helper is used in order to pass the
arguments as **kwargs, as it is needed by SimpleNamespace and the
standard __reduce__ only allows passing args as a tuple.
"""
return _base_model_from_kwargs, (self.__class__, self.__dict__)
def __contains__(self, item):
"""Custom implementation of membership test.
Implement the ``__contains__`` method for catering to the common case
of finding out if a model contains a certain key (``key in model``).
"""
return item in self.__dict__
[docs] def to_dict(self):
"""Serialize the model into a Python dict of simple types.
Note that this method requires that the model is bound with
``@bind_schema``.
"""
try:
data, _ = self.schema.dump(self)
except ValidationError as ex:
raise ModelValidationError(
ex.messages, ex.field_names, ex.fields, ex.data, **ex.kwargs) from None
return data
[docs] @classmethod
def from_dict(cls, dict_):
"""Deserialize a dict of simple types into an instance of this class.
Note that this method requires that the model is bound with
``@bind_schema``.
"""
try:
data, _ = cls.schema.load(dict_)
except ValidationError as ex:
raise ModelValidationError(
ex.messages, ex.field_names, ex.fields, ex.data, **ex.kwargs) from None
return data
[docs] def as_dict(self):
"""Serialize the model into a Python dict of simple types."""
return self.to_dict()
[docs]class ObjSchema(BaseSchema):
"""Generic object schema."""
pass
[docs]@bind_schema(ObjSchema)
class Obj(BaseModel):
"""Generic object in a Model."""
pass


I�ve been to the left, I�ve been to the right
I�ve found myself in Abudhabi,
just a mirage in the night
Been to the high, I�ve been to the low
And I�ve been to lots of places
that I didn�t wanna go
But I ain�t see nothing
to get me off my ass
And I laughed at all the jokers
wanna make me walk on glass
I could walk �fore I could crawl
And I was meaner than a bad dog
with his back against the wall
Animal, animal
Cannibal, cannibal
See �em fall, see �em fall
I�m the guy that they call
Meanstreak,
I gotta meanstreak
Meanstreak,
they call me meanstreak
I just don�t know who I wanna be
The count of Monte Cristo
or the sheik of Arabia
Eaten rich, and I�ve eaten free
And I�m the perfect culture vulture
in the face of poverty
And I ain�t met no one
who told me I got class
They say never feed the animal,
the boy�s got too much flash
I�m a guy they just can�t teach
And I always kick the castle
that�s been built up on the beach
Animal, animal
Cannibal, cannibal
See �em fall, see �em fall
Cause I�m the guy that they call
What�s your name?
Meanstreak
I got a mean streak
I got a mean streak
runnin� down my back
I got a mean streak
Wanna feel the mean streak
They call me Meanstreak
Meanstreak
What’s my name
Meanstreak


Summary
This example demonstrates the how to use a non-standard file
extension (.pyfr
) as an indication that an import hook must
be used.
It also demonstrates how to use the verbose_finder
configuration option.
French Python
Imagine you are a French beginner who has learned the basics of programming using a block-based environment such as Scratch or Blockly. All the text shown on these blocks was in French, the only language you know. You now want to do a transition to actually writing code in an editor, instead of putting predefined blocks together. It would be so much easier if you could use a version of Python where the keywords were in French, with most of them being identical to what you were using in the block-based environment. This is what this import hook example allows one to do.
A more elaborate example is that given by AvantPy.
Let’s see it in action:
> python -m ideas -a french --show
Ideas Console version 0.0.38. [Python version: 3.9.10]
ideas> pourchaque lettre dans 'Bonjour':
... afficher(lettre)
...
===========Transformed============
for lettre in 'Bonjour':
print(lettre)
-----------------------------
B
o
n
j
o
u
r
ideas>
Importing .pyfr files
Suppose we have the following two files:
# my_program.py
print("Wrong one")
raise ImportError
and
# my_program.pyfr
afficher("Bonjour !")
Let’s see if we attempt to import my_program
after
setting up the french
import hook and enabling the
verbose finder:
>>> from ideas.session import config
>>> config.verbose_finder = True
>>> from ideas.examples import french
>>> hook = french.add_hook()
Looking for files with extensions: ['.pyfr']
The following paths will not be included in the search:
PYTHON: c:\users\andre\appdata\local\programs\python\python37\lib
IDEAS: c:\users\andre\github\ideas\ideas
SITE-PACKAGES: c:\users\andre\github\ideas\venv-ideas3.7\lib\site-packages
>>> import my_program
Searching for ~\github\ideas\my_program.pyfr
Found: ~\github\ideas\my_program.pyfr
Bonjour !
>>> import math
Searching for ~\github\ideas\math.pyfr
IdeasMetaFinder did not find math.pyfr
>>> math.pi
3.141592653589793
>>>


The Future Internet Opportunity
The Future Internet (FI) represents an age of unprecedented
opportunities for social, economic, and business growth thanks to
the global scale connectivity of the virtual as well as of the
physical world. This indeed opens up a wealth of innovative and
revolutionary real-life scenarios, as for instance illustrated by
the smarter cities perspectives where envisioned scenarios
significantly ease daily human activities and give support for the
growth of new markets and employment opportunities.
The Future Internet Challenge
However, leveraging the FI for the development of innovative
software applications remain a challenging task even though major
enablers are readily available by ways of service-oriented and
cloud computing. It is in particular our vision that enabling the
choreography of FI services shall play a significant role in the
provisioning of innovative applications. However, existing
choreography-based service composition approaches are rather static
and are poorly suited to the need of the FI that is a highly
dynamic networking environment, further bringing together highly
heterogeneous services ranging from Thing- to Business-based
services that span different security domains. As a result, the
technology is not mature enough for market take-up.
The CHOReVOLUTION Solution
CHOReVOLUTION adds the automated synthesis of dynamic and
secured choreographies to existing choreography technologies. This
makes these technologies able to support stringent application
requirements in terms of dynamism and cross-organization security.
To meet its objectives, the CHOReVOLUTION project undertakes
both research and innovation tasks:
- Research concentrates on choreography modelling,
synthesis, adaptation, service bus, security, and cloud
- Innovation focus on industrial validation, development
support and integration platform, and the establishment of a
CHOReVOLUTION community and market take-up. CHOReVOLUTION outcomes
are assessed by experimenting with new applications in the field
of Intelligent Transportation Systems
The CHOReVOLUTION software will be published under an open
source licence and be publicly made available through the OW2
community.
CHOReVOLUTION Objectives
In order to make dynamic and secured choreographies in the
Future Internet via dynamic distributed coordination of services a
reality, the CHOReVOLUTION project set itself seven objectives:
- Choreography modelling notations to support adaptation,
evolution, and security. CHOReVOLUTION goes one step further
beyond CHOReOS
to meet the requireent of industry-grade application. It
specifically targets novel and more powerful modelling notations
that, integrated with BPMN2 Choreography Diagrams, will be able
to represent and assess the adaptation and evolution points of a
choreography.
- Automated and dynamic choreography synthesis.
CHOReVOLUTION develops the synthesis techniques that are needed
in order to infer an enhanced collaboration logic that, in
addition to pure coordination, enables run-time choreography
evolution in response of possible adaptations, while managing the
required level of security.
- Middleware for dynamic and secured choreographies.
CHOReVOLUTION will develop a middleware infrastructure supporting
end-to-end interoperable and adaptable choreography interactions
among business services and Things.
- Secured choreographies. CHOReVOLUTION will support
multiple services involved in a choreography that can belong to
di fferent security domains governed by diff erent authorities
and that use di fferent identity attributes in their access
control polices.
- Validation through industrial use cases. Scientific
development will validated through two industry-grade use cases,
Urban Tra ffic Coordination and Smart Mobility and Tourism, both
in the domain of Intelligent Transportation Systems (ITS).
- Development Support and Integration Platform.
CHOReVOLUTION uses advanced software engineering technologies to
support a collaborative development process. Code-level
interoperability will be achieved by using the platform agnostic
Java language as programming language for all the CHOReVOLUTION
tools and middleware.
- CHOReVOLUTION community and market outreach*. The
objective here is to establish CHOReVOLUTION as an ambitious open
source project, with its own market visibility and stakeholders,
supported by a well-established open source community such as
OW2.


Varanasi – For its spiritual essence
Sikkim – For its breathtaking natural vistas
Kerala – For its backwaters and much more


Identity, Value and Strengths
What language do you speak? What is your religion? What holidays do you celebrate? What are your values?
In general our values are the things that we believe are important in the way we live and work. Many theorists believe that culture is an important shaper of our personality and values. Culture helps define how individuals see themselves and how they relate to others.
I was born and raised in Russia. I have been living in New Zealand for about 10 years. I identify myself as a Russian Kiwi now. I love Russia and New Zealand for beautiful nature, soulful people, unique culture. Both of them are multicultural countries. They contain an incredible diversity of people, beliefs, values and lifestyles.
I value many things, but I think my top values are: family, health, happiness, life balance, "golden rule" ("Treat others as you would like others to treat you"), empathy, fairness, security, commitment, learning, professionalism.
I belive culture affects our values — what we consider right and wrong. This is how the society we live in influences our choices. But our choices can also influence others and ultimately help shape our society. I think life is a constant ethical decision, one after another. We make a choice every single day. Do you drive faster than the speed limit or don't you?  Do you keep your promise? Do you treat others as you would like others to treat you? What do you choose?
I’d say one of my greatest strengths is an open-mindedness. I believe being open to other ideas can open you up to new experiences. Also, communication is another of my greatest strengths. I'm a good team-player. I really like working with people who are committed to getting things done and who are passionate about their work.
My weakness is that I can focus too much on the small details, spending a lot of time on the fine points making sure everything is perfect, which can often lead to taking more time than needed on something. Sometimes I have to remind to myself that best is the enemy of the good.


Kotodamap is messaging app using by geo information. you can put your message in the place you are. you can also throw your message, but you don’t know where your message fly. If you find a message and read it, any others will not able to read it. This app is like forrest gump. This app was only published in Japan.
 If you start this game, number’s object appear. This object bounds in a space. If it will come center line, you should touch num pad. Let’s try this game and get high score!!
I like omnislash. So I made this game from omnislash. This is a story of a boy. He hope to become super warrior. You can touch number panels and chain those. If you can chain numbers, he could become super warrior.
This is simple action game. The left button is virtual stick to control the pumpkin. If push the right button, pumpkin will hop. Let’s fly as long as possible to get high score.


WITNESS LIST Public Education Committee April 12, 2005-2:00P HB 469 For: Hollingsworth, Lonnie (Texas Classroom Teachers Ass'n) Newman, Anne (Self and The Justice Foundation) Rodriguez, Jeanette (Texas State Teachers Association) HB 573 For: Scurlock, Steve (IBAT-Independent Bankers Association of Texas) HB 608 For: Canales, Ramiro (Texas Association of School Administrators) Collins, Robby V. (Dallas Ind. School District) Golson, Kathy (Texas Association of School Boards) Hollingsworth, Lonnie (Texas Classroom Teachers Ass'n) Weisfeld, Shanna R. (Texas State Teachers Assoc) On: Rislov, George (Texas Education Agency) HB 625 For: Bacon, Tim (Tx State Teachers Assoc) Whitsett, Jo Hannah (Association Tx Professional Educators) On: Canales, Ramiro (Texas Association of School Administrators; Texas Association of School Boards) Harris, Dwight (Self and Texas Federation of Teachers) HB 1033 For: Melina Raab, Ted (Texas Federation of Teachers) Whitsett, Jo Hannah (Association Tx Professional Educators) Against: Gerstenschlager, Merry Lynn (Self and Texas Eagle Forum-Education Liaison) HB 1111 For: Blevins, Dollie (Fort Worth Academy of Fine Arts (Texas Boys Choir, Inc.)) Cosby, Don (Texas Boys Choir, Inc; Fort Worth Academy of Fine Arts) HB 1943 For: Chadwick, Mona (Region IV Superintendents) Schneider, Rick (Self and Region IV Superintendents) HB 2785 For: Hinojosa, Ileana (Texans Care For Children) Wallace, Beth (TASN Texas Association for School Nutrition) Against: Gerstenschlager, Merry Lynn (Self and Texas Eagle Forum-Education Liaison) On: Beneski, Amy (Tx Association of School Administrators) Borden, Sandi (Texas Elementary Principals & Supervisors Association) Floyd, Robert (Texas Music Educators Assc.; Texas Coalition for Quality Arts Education) Perkins, John (TX Dept of Agriculture) Winkler, Sarah (Texas Association of School Boards; Alief Independent School District) HB 3091 For: Arrigona, Dan (PRI Strategy Management) On: Fox, Maureen (Clark County School District) HB 3261 Against: Beneski, Amy (Tx Association of School Administrators) Hughey, Sandy (Texas Association of School Boards; North East ISD School Board (San Antonio)) HB 3312 For: Bacon, Tim (Texas State Teachers Assoc) Hollingsworth, Lonnie (Texas Classroom Teachers Ass'n) Whitsett, Jo Hannah (Association Texas Professional Educators) Against: Gerstenschlager, Merry Lynn (Self and Texas Eagle Forum-Education Liaison) On: Beneski, Amy (Texas Association of School Administrators) Fields, Randall (Texas Association of School Boards; Northside ISD) Harris, Dwight (Texas Federation of Teachers) Schlomach, Byron (Texas Public Policy Foundation)


Load data from the server using a HTTP GET request.
A string containing the URL to which the request is sent.
A callback function that is executed if the request succeeds.
A function to be called if the request fails.
Parameter that defines whether the request is synchronous or asynchronous
Test if the browser is capable of use inline SVG
Loads and inserts the contents of a style in the DOM
Loads a image
Loads and inserts the contents of a script in the DOM
Loads and inserts the contents of a svg into the DOM
Starts loading the files
Checks whether the object has the necessary properties to be used
The object that is loaded
Injects the elements loaded in the DOM
Class for loading assets
Sorts the elements loaded
Loaded elements


Bite the Bullet (1975)
Grade: 67
"Bite the Bullet" is a Western drama with a good cast and good cinematography. However, the characters aren't completely credible, and the dialogue is only perfunctory, keeping the film from the greatness that some have assigned to it.
"Bite the Bullet" takes place in the west, around the turn of the century. A lengthy horse race, with a prize of $2,000, attracts disparate entries. Gene Hackman and James Coburn are the big names. Other contestants include Candice Bergen with a bad husband, Jan-Michael Vincent with a bad attitude, Mario Arteaga with a bad toothache, Ben Johnson with a bad heart, and Ian Bannen who is merely present.
The story should provide suspense, since the audience doesn't know who will win the race. But the suspense never happens. All the contestants except Vincent are bland and likeable, and one has a strong suspicion that first-billed Hackman, whose character is essentially perfect, is going to cross the finish line first.
The competitors bring new meaning to the word "sportsmanship", helping each other as if they were on the same team. The friendliness leads to a pleasant but passionless film, with only Vincent to throw in bad vibes. Even Vincent's character, however, suddenly becomes a nice guy after he meets his comeuppance.
Bergen's designer jeans fit well, but don't fit in with the late Victorian era of the film.
Richard Brooks was both Producer and Director, and wrote the screenplay as well.
<EMAIL_ADDRESS>http://members.tripod.com/~Brian_Koller/movies.html
-----------== Posted via Deja News, The Discussion Network ==---------- http://www.dejanews.com/ Search, Read, Discuss, or Start Your Own
The review above was posted to the
rec.arts.movies.reviews newsgroup (de.rec.film.kritiken for German reviews).
The Internet Movie Database accepts no responsibility for the contents of the
review and has no editorial control. Unless stated otherwise, the copyright
belongs to the author.
Please direct comments/criticisms of the review to relevant newsgroups.
Broken URLs inthe reviews are the responsibility of the author.
The formatting of the review is likely to differ from the original due
to ASCII to HTML conversion.
Related links: index of all rec.arts.movies.reviews reviews


| guess_formats {lubridate} | R Documentation |
Guess possible date-times formats from a character vector.
guess_formats( x, orders, locale = Sys.getlocale("LC_TIME"), preproc_wday = TRUE, print_matches = FALSE )
x |
input vector of date-times. |
orders |
format orders to look for. See examples. |
locale |
locale to use. Defaults to the current locale. |
preproc_wday |
whether to preprocess weekday names. Internal
optimization used by |
print_matches |
for development purposes mainly. If |
a vector of matched formats
x <- c('February 20th 1973', "february 14, 2004", "Sunday, May 1, 2000", "Sunday, May 1, 2000", "february 14, 04", 'Feb 20th 73', "January 5 1999 at 7pm", "jan 3 2010", "Jan 1, 1999", "jan 3 10", "01 3 2010", "1 3 10", '1 13 89', "5/27/1979", "12/31/99", "DOB:12/11/00", "-----------", 'Thu, 1 July 2004 22:30:00', 'Thu, 1st of July 2004 at 22:30:00', 'Thu, 1July 2004 at 22:30:00', 'Thu, 1July2004 22:30:00', 'Thu, 1July04 22:30:00', "21 Aug 2011, 11:15:34 pm", "-----------", "1979-05-27 05:00:59", "1979-05-27", "-----------", "3 jan 2000", "17 april 85", "27/5/1979", '20 01 89', '00/13/10', "-------", "14 12 00", "03:23:22 pm") guess_formats(x, "BdY") guess_formats(x, "Bdy") ## m also matches b and B; y also matches Y guess_formats(x, "mdy", print_matches = TRUE) ## T also matches IMSp order guess_formats(x, "T", print_matches = TRUE) ## b and B are equivalent and match, both, abreviated and full names guess_formats(x, c("mdY", "BdY", "Bdy", "bdY", "bdy"), print_matches = TRUE) guess_formats(x, c("dmy", "dbY", "dBy", "dBY"), print_matches = TRUE) guess_formats(x, c("dBY HMS", "dbY HMS", "dmyHMS", "BdY H"), print_matches = TRUE) guess_formats(x, c("ymd HMS"), print_matches = TRUE)


Real-time fMRI Neurofeedback Based Stratification of Default Network Regulation
This project capitalizes on recent innovations in real-time fMRI (RT-fMRI) based neurofeedback to provide a dimensional profile of DN regulation that can be linked to cognitive and psychiatric phenotyping profiles, as well as underlying brain architecture. This project is funded by NIMH BRAINS RO1: 1R01MH101555-01.
Configurable Pipeline for the Analysis of Connectomes
The Configurable Pipeline for the Analysis of Connectomes (C-PAC) is an open-source software pipeline for automated preprocessing and analysis of resting-state fMRI data. C-PAC builds upon a robust set of existing software packages including AFNI, FSL, and FreeSurfer, and makes it easy for both novice users and experts to explore their data using a wide array of analytic tools. [webpage]
Preprocessed Connectomes Project
The goal of the Preprocessed Connectomes Project (PCP) is to systematically preprocess datasets available in neuroimaging datasharing repositories and to share the results. The hope is to engage a broad audience of data scientists and neuroscientists in neuroimaging research by reducing the barrier to entry. [webpage]
Characterizing inter-individual variation in the functional connectome
The Computational Neuroimaging Laboratory has several previous and current research projects aimed at developing methods for mapping inter-individual variation in the functional connectome:
- Whole brain functional parcellation: [source code] [publication]
- Predicting intrinsic brain activity: [publication]
- Disease state prediction: [publication]


2 Chronicles 10:11
For whereas my father put a heavy yoke upon you, I will put more to your yoke: my father chastised you with whips, but I will chastise you with scorpions.


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The default constructor initializes with an identity matrix looking at the point 0, 0, -1.
If location, target_point and up are provided then a look at is performed with those values. Note that the provided up direction will not be set as the nominal up direction.
If an explicit nominal_up is passed this will be used as the nominal up direction. If this is done without look up parameters then the target point will be set to ensure that the up and look direction do not coincide.
If called with only 1 argument then this is used as the nominal up.
| Name | Type | Description |
|---|---|---|
location |
RS.Vector3 |
optional
the transform location. |
target_point |
RS.Vector3 |
optional
the point to look at. |
up |
RS.Vector3 |
optional
the up direction for the look at. |
nominal_up |
RS.Vector3 |
optional
the nominal up direction. |
Example
const z_up_transform = new Transform_target(Transform.Z_AXIS);
Members
-
Whether the target point should be followed. If
true
then the transform will be locked to looking at the target point. If not then operations will still occur relative to the target point however the transform direction will remain the same.- Default Value:
- true
-
The target point
-
The nominal up direction. When performing look at operations the transform will attempt to keep it's Y axis aligned with this direction. When set the transform will re-orient itself to the new up.
- Default Value:
- {x: 0, y: 1, z: 0}
Methods
-
clone ()RS.Transform_target
-
returns a copy of this Transform_target.
Returns:
Type Description RS.Transform_target -
Makes the transform look at the given point from the given location using the optional given up vector. If up is not provided then the nominal up direction is used. If it is provided it does not change the internal nominal up direction.
Name Type Description location
RS.Vector3 the location.
target_point
RS.Vector3 the point to look at.
up
RS.Vector3 optional the up direction.
-
Rotate the transform to look at the target point.
Name Type Default Description reset_y_vector
Boolean false optional if
true
then the transform will reset to be oriented up. Otherwise the current roll will be preserved. -
Orbits around the target point by the given amount.
Name Type Default Description dx
Number the X rotation in radians.
dy
Number the Y rotation in radians.
dz
Number the Z rotation in radians.
maintain_up
Boolean true optional if
true
then dy rotates around the nominal up direction so the rotation remains 'vertical'. Iffalse
then rotates around the transforms current Y axis. -
Performs an Euler rotation on the transform in ZYX order. If rotate_target_point is set to
true
(or if follow_target_point isfalse
) then the target point will be rotated around the translation vector.If
rotate_target_point
isfalse
, and we are following the target point then this will only apply thedz
rotation as we must keep looking at the target point.Name Type Default Description dx
Number X rotation in radians.
dy
Number Y rotation in radians.
dz
Number Z rotation in radians.
rotate_target_point
Boolean true optional if
true
then the target point is rotated by the same amount. -
Rotates the transform about the given axis by the given angle in radians. If
in_object_space
istrue
, then the axis will be transform into object space first. Ifrotate_target_point
is true then the target point is also rotated.Name Type Default Description axis
RS.Vector3 the axis to rotate around.
angle
Number the amount to rotate by in radians.
in_object_space
Boolean true optional if
true
then the axis is in object space, otherwise world.rotate_target_point
Boolean true optional if
true
then the target point is rotated by the same amount. Otherwise we keep looking at the current target point. -
Performs a ZYX Euter rotation around a given world space point. If `rotate_target_point`` is true and the target point is not at the same location as the given point, then the target point is also rotated around the point.
Name Type Default Description point
RS.Vector3 the point to rotate around.
dx
Number the X rotation in radians.
dy
Number the Y rotation in radians.
dz
Number the Z rotation in radians.
rotate_target_point
Boolean true optional if
true
then the target point is rotated by the same amount. Otherwise we keep looking at the current target point.maintain_up
Boolean true optional if
true
then dy rotates around the nominal up direction so the rotation remains 'vertical'. Iffalse
then rotates around the transforms current Y axis. -
This sets the rotation of the transform. If rotate_target_point is `true`` then the target point will be rotated around the translation vector.
If
rotate_target_point
isfalse
, and we are following the target point then this will only apply thez
rotation as we must keep looking at the target point.Name Type Default Description x
Number X rotation in radians.
y
Number Y rotation in radians.
z
Number Z rotation in radians.
rotate_target_point
Boolean true optional if
true
then the target point is rotated by the same amount. Otherwise we keep looking at the current target point -
Sets the rotation of the transform about the given axis by the given angle in radians. If
rotate_target_point
is set to true then the target point is also rotated.Name Type Default Description axis
RS.Vector3 the axis to rotate around.
angle
Number the amount to rotate by in radians.
rotate_target_point
Boolean true optional if
true
then the target point is rotated by the same amount. Otherwise we keep looking at the current target point. -
Sets the target point. Target point CANNOT be the same as the translation vector.
Name Type Default Description target_point
RS.Vector3 the target point.
reset_y_vector
Boolean true optional if
true
and we are following the target point then the transform will reset to be oriented up. Otherwise the current roll will be preserved. -
Sets the translation in world space. Resulting translation CANNOT be the same as the target point.
Name Type Default Description x
Number the X translation.
y
Number the Y translation.
z
Number the Z translation.
translate_target
Boolean true optional if
true
then the target point is moved to be at the same relative location as previously. Otherwise the transform will look at the old target point after translation. -
Translates the transform either world space or object space. Resulting target point CANNOT be the same as translation vector.
Name Type Default Description dx
Number the amount to translate in X.
dy
Number the amount to translate in Y.
dz
Number the amount to translate in Z.
in_object_space
Boolean true optional if
true
then translates in object space, otherwise world.translate_target
Boolean true optional if
true
then the target point is translated by the same amount. Otherwise the transform will look at the old target point after translation. -
Translates the target point in either world space or object space. Resulting target point CANNOT be the same as translation vector.
Name Type Default Description dx
Number the amount to translate in X.
dy
Number the amount to translate in Y.
dz
Number the amount to translate in Z.
in_object_space
Boolean true optional if
true
then translates in object space, otherwise world.


This inspection looks at Android API calls that have been annotated with various support
annotations (such as RequiresPermission or UiThread) and flags any calls
that are not using the API correctly as specified by the annotations.
Examples of errors flagged by this inspection:
- Passing the wrong type of resource integer (such as R.string) to an API that
expects a different type (such as R.dimen).
- Forgetting to invoke the overridden method (via super) in methods that require it
- Calling a method that requires a permission without having declared that permission in the manifest
- Passing a resource color reference to a method which expects an RGB integer value.
...and many more.
For more information, see the documentation at
http://developer.android.com/tools/debugging/annotations.html


Handles thumbnailing images that are uploaded.
- C
- M
- N
- T
| [RW] | current_geometry | |
| [RW] | target_geometry | |
| [RW] | format | |
| [RW] | whiny | |
| [RW] | convert_options | |
| [RW] | source_file_options |
Creates a Thumbnail object set to work on the file given. It will attempt to transform the image into one defined by target_geometry which is a “WxH”-style string. format will be inferred from the file unless specified. Thumbnail creation will raise no errors unless whiny is true (which it is, by default. If convert_options is set, the options will be appended to the convert command upon image conversion
Source: show
# File lib/paperclip/thumbnail.rb, line 13 def initialize file, options = {}, attachment = nil super geometry = options[:geometry] @file = file @crop = geometry[-1,1] == '#' @target_geometry = Geometry.parse geometry @current_geometry = Geometry.from_file @file @source_file_options = options[:source_file_options] @convert_options = options[:convert_options] @whiny = options[:whiny].nil? ? true : options[:whiny] @format = options[:format] @current_format =<EMAIL_ADDRESS>@basename =<EMAIL_ADDRESS>@current_format) end
Returns true if the image is meant to make use of additional convert options.
Source: show
# File lib/paperclip/thumbnail.rb, line 35 def convert_options<EMAIL_ADDRESS>&&<EMAIL_ADDRESS>end
Returns true if the target_geometry is meant to crop.
Source: show
# File lib/paperclip/thumbnail.rb, line 30 def crop? @crop end
Performs the conversion of the file into a thumbnail. Returns the Tempfile that contains the new image.
Source: show
# File lib/paperclip/thumbnail.rb, line 41 def make src = @file dst = Tempfile.new([@basename, @format].compact.join(".")) dst.binmode command = "\#{ source_file_options }\n\"\#{ File.expand_path(src.path) }[0]\"\n\#{ transformation_command }\n\"\#{ File.expand_path(dst.path) }\"\n" begin success = Paperclip.run("convert", command.gsub(/\s+/, " ")) rescue PaperclipCommandLineError raise PaperclipError, "There was an error processing the thumbnail for #{@basename}" if @whiny end dst end
Returns the command ImageMagick’s convert needs to transform the image into the thumbnail.
Source: show
# File lib/paperclip/thumbnail.rb, line 65 def transformation_command scale, crop = @current_geometry.transformation_to(@target_geometry, crop?) trans = "" trans << " -resize \"#{scale}\"" unless scale.nil? || scale.empty? trans << " -crop \"#{crop}\" +repage" if crop trans << " #{convert_options}" if convert_options? trans end


Browsers won't allow audio to work unless the audio is started in response to a user action. This prevents auto-playing web sites. Therefore, the following button is needed to do the initialization:
Browsers won't allow audio to work unless the audio is started in response to a user action. This prevents auto-playing web sites. Therefore, the following button is needed to do the initialization:


This pages lists all the PIOs definitions contained in board.h.
The constants are named using the following convention: PIN_* for a constant which defines a single Pin instance (but may include several PIOs sharing the same controller), and PINS_* for a list of Pin instances.
UART0
UART4
LEDs
Push buttons
PWMC
SPI
PCK0
PIO PARALLEL CAPTURE
TWI
USART0
USART1
USART2
SSC
MCAN


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public interface GraphElementsController
This interface defines part of the Data Laboratory API basic actions.
It contains methods for manipulating the nodes and edges of the graph.
All the provided methods take care to check first that the nodes and edges to manipulate are in the graph.
| Method Summary | |
|---|---|
boolean |
areEdgesInGraph(Edge[] edges)
Checks if an array of edges are contained in the main view graph. |
boolean |
areNodesInGraph(Node[] nodes)
Checks if an array of nodes are contained in the main view graph. |
boolean |
canGroupNodes(Node[] nodes)
Checks if an array of nodes can form a group. |
boolean |
canMoveNodeToGroup(Node node,
Node group)
Indicates if a given node can be moved to a group node. |
boolean |
canUngroupNode(Node node)
Checks if the node can be ungrouped (it forms a group of nodes). |
Edge |
createEdge(Node source,
Node target,
boolean directed)
Creates and edge between source and target node (if it does not already exist), directed or undirected. |
Edge |
createEdge(java.lang.String id,
Node source,
Node target,
boolean directed)
Creates and edge between source and target node (if it does not already exist), directed or undirected. |
void |
createEdges(Node source,
Node[] allNodes,
boolean directed)
Tries to create edges between the source node and all other edges, directed or undirected. |
Node |
createNode(java.lang.String label)
Creates a node with default id and the given label. |
Node |
createNode(java.lang.String label,
java.lang.String id)
Creates a node with the given id and label. |
void |
deleteEdge(Edge edge)
Tries to delete an edge checking first if it is on the graph. |
void |
deleteEdges(Edge[] edges)
Tries to delete an array of edges checking first if they are on the graph. |
void |
deleteEdgesWithNodes(Edge[] edges,
boolean deleteSource,
boolean deleteTarget)
Tries to delete an array of edges checking first if they are on the graph and also deletes their source and target node if it is indicated. |
void |
deleteEdgeWithNodes(Edge edge,
boolean deleteSource,
boolean deleteTarget)
Tries to delete an edge checking first if it is on the graph and also deletes its source and target node if it is indicated. |
void |
deleteNode(Node node)
Tries to delete a node checking first if it is on the graph. |
void |
deleteNodes(Node[] nodes)
Tries to delete an array of nodes checking first if they are on the graph. |
Node |
duplicateNode(Node node)
Duplicates a node if it is in the graph, and returns the new node. |
void |
duplicateNodes(Node[] nodes)
Tries to duplicate an array of nodes with the same behaviour as duplicateNode method. |
Node[] |
getAvailableGroupsToMoveNodes(Node[] nodes)
Prepares and returns an array with the groups that the given nodes can be moved to. |
int |
getEdgesCount()
Returns the number of edges in the graph. |
Edge[] |
getNodeEdges(Node node)
Prepares and returns an array with the edges incident to the specified node. |
Node[] |
getNodeNeighbours(Node node)
Prepares and returns an array with the neighbour nodes of the specified node. |
int |
getNodesCount()
Returns the number of nodes in the graph. |
boolean |
groupNodes(Node[] nodes)
Groups an array of nodes if it is possible. |
boolean |
isEdgeInGraph(Edge edge)
Checks if an edge is contained in the main view graph. |
boolean |
isNodeFixed(Node node)
Checks the fixed state of a node. |
boolean |
isNodeInGraph(Node node)
Checks if a node is contained in the main view graph. |
boolean |
isNodeInGroup(Node node)
Checks if the node is in a group (has a parent). |
Node |
mergeNodes(Node[] nodes,
Node selectedNode,
AttributeRowsMergeStrategy[] mergeStrategies,
boolean deleteMergedNodes)
Merges 2 or more nodes into a new one node that has all the edges of the merged nodes. |
void |
moveNodesToGroup(Node[] nodes,
Node group)
Tries to move each node of the nodes array to the group node. |
boolean |
moveNodeToGroup(Node node,
Node group)
Moves a node to a group of nodes if it is possible. |
boolean |
removeNodeFromGroup(Node node)
Removes a node from its group if the node is in a group (has a parent). |
void |
removeNodesFromGroup(Node[] nodes)
Tries to remove every node in the array from its group checking first they are in a group. |
void |
setNodeFixed(Node node,
boolean fixed)
Sets the fixed state of a node to the indicated. |
void |
setNodesFixed(Node[] nodes,
boolean fixed)
Sets the fixed state of an array of nodes to the indicated. |
boolean |
ungroupNode(Node node)
Ungroups a node if it forms a group. |
boolean |
ungroupNodeRecursively(Node node)
Ungroups a node if it forms a group and also ungroups all its descendant. |
void |
ungroupNodes(Node[] nodes)
Tries to ungroup every node un the array of nodes checking first they form a group. |
void |
ungroupNodesRecursively(Node[] nodes)
Tries to ungroup every node un the array of nodes checking first they form a group. |
| Method Detail |
|---|
Node createNode(java.lang.String label)
label
- Label for the node
Node createNode(java.lang.String label, java.lang.String id)
Creates a node with the given id and label.
If a node with that id already exists, no node will be created
label
- Label for the nodeid
- Id for the node
Node duplicateNode(Node node)
Duplicates a node if it is in the graph, and returns the new node.
If the node has children, they are also copied as children of the new node.
Sets the same properties and attributes for the node as the original node: id, label and AttributeColumns
with DATA
AttributeOrigin
.
Does not copy AttributeColumns
with COMPUTED
AttributeOrigin
.
node
- Node to copy
void duplicateNodes(Node[] nodes)
duplicateNode
method.
nodes
- Array of nodes to duplicateEdge createEdge(Node source, Node target, boolean directed)
Creates and edge between source and target node (if it does not already exist), directed or undirected.
source
- Source nodetarget
- Target nodedirected
- Indicates if the edge has to be directed
Edge createEdge(java.lang.String id, Node source, Node target, boolean directed)
Creates and edge between source and target node (if it does not already exist), directed or undirected.
If a edge with the given id already exists, no edge will be created.
source
- Source nodetarget
- Target nodedirected
- Indicates if the edge has to be directed
void createEdges(Node source, Node[] allNodes, boolean directed)
Tries to create edges between the source node and all other edges, directed or undirected.
An edge won't be created if it already exists or is a self-loop.
source
- Source nodeallNodes
- All edgesdirected
- Indicates if the edges have to be directedvoid deleteNode(Node node)
node
- Node to deletevoid deleteNodes(Node[] nodes)
nodes
- Array of nodes to deletevoid deleteEdge(Edge edge)
edge
- Edge to deletevoid deleteEdges(Edge[] edges)
edges
- Array of edges to deletevoid deleteEdgeWithNodes(Edge edge, boolean deleteSource, boolean deleteTarget)
edge
- Edge to deletedeleteSource
- Indicates if the source node has to be deleteddeleteTarget
- Indicates if the target node has to be deletedvoid deleteEdgesWithNodes(Edge[] edges, boolean deleteSource, boolean deleteTarget)
edges
- Array of edges to deletedeleteSource
- Indicates if the source nodes have to be deleteddeleteTarget
- Indicates if the target nodes have to be deletedboolean groupNodes(Node[] nodes)
nodes
- Array of nodes to group
boolean canGroupNodes(Node[] nodes)
nodes
- Array of nodes to check
boolean ungroupNode(Node node)
node
- Node to ungroup
void ungroupNodes(Node[] nodes)
nodes
- Array of nodes to ungroupboolean ungroupNodeRecursively(Node node)
node
- Node to ungroup recursively
void ungroupNodesRecursively(Node[] nodes)
nodes
- Array of nodes to ungroupboolean canUngroupNode(Node node)
node
- Node to check
Node mergeNodes(Node[] nodes, Node selectedNode, AttributeRowsMergeStrategy[] mergeStrategies, boolean deleteMergedNodes)
nodes
- Nodes to merge (at least 1)selectedNode
- Main selected node of the nodes to merge (or null to use first node)mergeStrategies
- Strategies to merge rows of each column of the nodesdeleteMergedNodes
- Indicates if merged nodes should be deleted
boolean moveNodeToGroup(Node node, Node group)
node
- Node to move to groupgroup
- Group of nodes to move the node
void moveNodesToGroup(Node[] nodes, Node group)
nodes
- Array of nodes to movegroup
- Group nodeNode[] getAvailableGroupsToMoveNodes(Node[] nodes)
Prepares and returns an array with the groups that the given nodes can be moved to.
These groups are the nodes that have the same parent as the given nodes and are not in the given nodes array.
nodes
- Nodes to get available groups to be moved
boolean canMoveNodeToGroup(Node node, Node group)
node
- Node to check if can be movedgroup
- Group node
boolean removeNodeFromGroup(Node node)
node
- Node to remove from its group
void removeNodesFromGroup(Node[] nodes)
nodes
- Arrays of nodes to remove from its groupboolean isNodeInGroup(Node node)
void setNodeFixed(Node node, boolean fixed)
node
- Node to set fixed statefixed
- Fixed state for the nodevoid setNodesFixed(Node[] nodes, boolean fixed)
nodes
- Array of nodes to set fixed statefixed
- Fixed state for the nodesboolean isNodeFixed(Node node)
node
- Node to check
Node[] getNodeNeighbours(Node node)
node
- Node to get neighbours
Edge[] getNodeEdges(Node node)
node
- Node to get edges
int getNodesCount()
int getEdgesCount()
boolean isNodeInGraph(Node node)
node
- Node to check
boolean areNodesInGraph(Node[] nodes)
nodes
- Array of nodes to check
boolean isEdgeInGraph(Edge edge)
edge
- Edge to check
boolean areEdgesInGraph(Edge[] edges)
edges
- Edges to check
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