|
Clingo C API
C API for clingo providing high level functions to control grounding and solving.
|
Interact with a running search.
A clingo_solve_handle_t objects can be used for both synchronous and asynchronous search, as well as iteratively receiving models and solve results.
For an example showing how to solve asynchronously, see solve-async.c.
Typedefs | |
| typedef unsigned | clingo_solve_mode_bitset_t |
| Corresponding type to clingo_solve_mode_e. | |
| typedef unsigned | clingo_solve_event_type_t |
| Corresponding type to clingo_solve_event_type_e. | |
| typedef bool(* | clingo_solve_event_callback_t) (clingo_solve_event_type_t type, void *event, void *data, bool *goon) |
| Callback function called during search to notify when the search is finished or a model is ready. More... | |
| typedef struct clingo_solve_handle | clingo_solve_handle_t |
| Search handle to a solve call. More... | |
Enumerations | |
| enum | clingo_solve_mode_e { clingo_solve_mode_async = 1, clingo_solve_mode_yield = 2 } |
| Enumeration of solve modes. More... | |
| enum | clingo_solve_event_type_e { clingo_solve_event_type_model = 0, clingo_solve_event_type_unsat = 1, clingo_solve_event_type_statistics = 2, clingo_solve_event_type_finish = 3 } |
| Enumeration of solve events. More... | |
Functions | |
| CLINGO_VISIBILITY_DEFAULT bool | clingo_solve_handle_get (clingo_solve_handle_t *handle, clingo_solve_result_bitset_t *result) |
| Get the next solve result. More... | |
| CLINGO_VISIBILITY_DEFAULT void | clingo_solve_handle_wait (clingo_solve_handle_t *handle, double timeout, bool *result) |
| Wait for the specified amount of time to check if the next result is ready. More... | |
| CLINGO_VISIBILITY_DEFAULT bool | clingo_solve_handle_model (clingo_solve_handle_t *handle, clingo_model_t const **model) |
| Get the next model (or zero if there are no more models). More... | |
| CLINGO_VISIBILITY_DEFAULT bool | clingo_solve_handle_core (clingo_solve_handle_t *handle, clingo_literal_t const **core, size_t *size) |
| When a problem is unsatisfiable, get a subset of the assumptions that made the problem unsatisfiable. More... | |
| CLINGO_VISIBILITY_DEFAULT bool | clingo_solve_handle_resume (clingo_solve_handle_t *handle) |
| Discards the last model and starts the search for the next one. More... | |
| CLINGO_VISIBILITY_DEFAULT bool | clingo_solve_handle_cancel (clingo_solve_handle_t *handle) |
| Stop the running search and block until done. More... | |
| CLINGO_VISIBILITY_DEFAULT bool | clingo_solve_handle_close (clingo_solve_handle_t *handle) |
| Stops the running search and releases the handle. More... | |
| typedef bool(* clingo_solve_event_callback_t) (clingo_solve_event_type_t type, void *event, void *data, bool *goon) |
Callback function called during search to notify when the search is finished or a model is ready.
If a (non-recoverable) clingo API function fails in this callback, it must return false. In case of errors not related to clingo, set error code clingo_error_unknown and return false to stop solving with an error.
The event is either a pointer to a model, a pointer to an int64_t* and a size_t, a pointer to two statistics objects (per step and accumulated statistics), or a solve result.
| [in] | event | the current event. |
| [in] | data | user data of the callback |
| [out] | goon | can be set to false to stop solving |
| typedef struct clingo_solve_handle clingo_solve_handle_t |
Search handle to a solve call.
Enumeration of solve events.
| enum clingo_solve_mode_e |
| CLINGO_VISIBILITY_DEFAULT bool clingo_solve_handle_cancel | ( | clingo_solve_handle_t * | handle | ) |
Stop the running search and block until done.
| [in] | handle | the target |
| CLINGO_VISIBILITY_DEFAULT bool clingo_solve_handle_close | ( | clingo_solve_handle_t * | handle | ) |
Stops the running search and releases the handle.
Blocks until the search is stopped (as if an implicit cancel was called before the handle is released).
| [in] | handle | the target |
| CLINGO_VISIBILITY_DEFAULT bool clingo_solve_handle_core | ( | clingo_solve_handle_t * | handle, |
| clingo_literal_t const ** | core, | ||
| size_t * | size | ||
| ) |
When a problem is unsatisfiable, get a subset of the assumptions that made the problem unsatisfiable.
If the program is not unsatisfiable, core is set to NULL and size to zero.
| [in] | handle | the target |
| [out] | core | pointer where to store the core |
| [out] | size | size of the given array |
| CLINGO_VISIBILITY_DEFAULT bool clingo_solve_handle_get | ( | clingo_solve_handle_t * | handle, |
| clingo_solve_result_bitset_t * | result | ||
| ) |
Get the next solve result.
Blocks until the result is ready. When yielding partial solve results can be obtained, i.e., when a model is ready, the result will be satisfiable but neither the search exhausted nor the optimality proven.
| [in] | handle | the target |
| [out] | result | the solve result |
| CLINGO_VISIBILITY_DEFAULT bool clingo_solve_handle_model | ( | clingo_solve_handle_t * | handle, |
| clingo_model_t const ** | model | ||
| ) |
Get the next model (or zero if there are no more models).
| [in] | handle | the target |
| [out] | model | the model (it is NULL if there are no more models) |
| CLINGO_VISIBILITY_DEFAULT bool clingo_solve_handle_resume | ( | clingo_solve_handle_t * | handle | ) |
Discards the last model and starts the search for the next one.
If the search has been started asynchronously, this function continues the search in the background.
| [in] | handle | the target |
| CLINGO_VISIBILITY_DEFAULT void clingo_solve_handle_wait | ( | clingo_solve_handle_t * | handle, |
| double | timeout, | ||
| bool * | result | ||
| ) |
Wait for the specified amount of time to check if the next result is ready.
If the time is set to zero, this function can be used to poll if the search is still active. If the time is negative, the function blocks until the search is finished.
| [in] | handle | the target |
| [in] | timeout | the maximum time to wait |
| [out] | result | whether the search has finished |


This chapter describes general mpd commands that do not apply to a specific layer.
create bundle [ template | static ] name [ template ]
Create new bundle with specified name, optionally based on specified template. If 'template' option is specified, bundle will not operate itself, but will be used to create new bundles on demand. If 'static' option is specified, it will be a permanent bundle which will not disappear after operation completes. Maximum name length is 10 characters for templates and 15 characters for the rest of bundles.
create link [ template | static ] name ( type | template )
Create new link with specified name and type, optionally based on specified template. If 'template' option is specified, link will not operate itself, but will be used to create new links on demand. If 'static' option is specified, it will be a permanent link which will not disapear after operation complete. Maximum name length is 10 characters for templates and 15 characters for the rest of links.
destroy bundle [ name ]
destroy link [ name ]
Destroy existing link/bundle. Note that if link is in use, it may not disapear after command returns, it may take some time to properly close it.
bundle [ name ]
This command changes the currently active bundle to the bundle named
name
. The currently active link is also
changed, to the first link of the bundle. If no
name
is given, this command lists all
of the defined bundles and their constituent links.
The new bundle will be reflected in the prompt.
link [ name | [number] ]
This command changes the currenly active link to the link named
name
. If this link does not belong to
the currently active bundle, then the currently active bundle
is changed to the bundle that owns link name
.
The new link will be reflected in the prompt.
Link number (RAD_NAS_PORT) can be specified in hex form in
square brackets in place of name.
repeater [ name ]
This command changes the currenly active repeater to the repeater named
name
. The currently active phys is also
changed, to the first phys of the repeater. If no
name
is given, this command lists all
of the defined repeaters and their constituent physes.
The new phys will be reflected in the prompt.
iface [ iface ]
This command changes the currenly active bundle to the bundle using
interface iface
.
msession [ msesid ]
This command changes the currenly active bundle to the bundle holding
session with multilink session ID msesid
.
session [ sesid ]
This command changes the currenly active link to the link holding
session with session ID sesid
.
authname [ name ]
This command changes the currenly active link to the link holding
session with peer auth name name
. If CI argument is present
login comparasion will be case insensitive.
load [ file ] label
This command causes mpd to read the entry for label
out of mpd.conf
or other file if specified and
execute the corresponding commands. file can be relative
or absolute file path or http/https/ftp URL. Note, that remote file
access may be less reliable.
show [ item ]
This command displays various status information. The valid
values for item
are:
Show status information about the currently active bundle.
Show status information about the currently active link.
Show status information about the currently active repeater.
Show status information about the interface layer associated with the currently active bundle.
Show the current IP routing table.
Show status information about the IP control protocol associated with the currently active bundle.
Show status information about configures IP pools.
Show status information about the compression control protocol associated with the currently active bundle.
Show status information about the link control protocol associated with the currently active link.
Show information about NAT on the currently active bundle.
Show status information about Authentication.
Show status information about EAP.
Information relating to RADIUS authentication.
Show protocol statistics for the currently active bundle and link.
Show the device types supported by this version of mpd.
Show the names of the layers that are valid as arguments to the open
and close
commands.
Show active L2TP tunnels.
Show active PPTP tunnels.
Show all pending events (for debugging mpd).
Show distribution of dynamically allocated memory (for debugging mpd).
Show running mpd version and supported features.
Show active sessions conforming specified param/value. Available params: iface, ip, bundle, msession, link, session, user, peer.
Show active customer details.
Show status summary.
Show console summary.
Show web server summary.
Show defined console users.
Show status information about NetFlow.
set ...
This command sets various configuration information. Further
details are contained in later sections in this chapter.
The valid completions for set
are:
set global startrule num
set global startpipe num
set global startqueue num
set global starttable num
These commands define initial values for autonumeration of ipfw rules, pipes, queues and tables. Defaults are 10000, 10000, 10000 and 32 accordingly.
set global pptptimeout seconds
set global l2tptimeout seconds
Set PPTP/L2TP tunnels inactivity shutdown delay.
Default is 10 seconds.
set global pptplimit num
set global l2tplimit num
Limit maximum number of calls per PPTP/L2TP tunnel. When limit is reached new tunnel will be created for the next call. This option violates PPTP RFC which requires only one tunnel existing for the PAC/PNS pair, but it can increase busy tunnels stability.
Defaults are 100 (10 for L2TP before FreeBSD 6.3-STABLE and 7.0-RELEASE).
set global max-children num
This option specifies global maximum number of links, created using template, that could exist at the same time.
The default value is 10000.
set global qthreshold min max
This option specifies global message queue limit thresholds.
The default values are 64 and 256.
set global filter num add fltnum flt
set global filter num clear
These commands define or clear traffic filters to be used by rules submitted by AAA during authentication.
set global enable option ...
set global disable option ...
These commands configure various global options.
The enable
and disable
commands
determine whether or not we want the corresponding option.
The options available are:
one-shot
This option forces mpd terminate itself after the last link disappear. Link templates are not counted as links.
The default is disable.
tcp-wrapper
With this option mpd uses /etc/hosts.allow
everytime a
connection is made from the client. This is useful if you would
like to restrict access to mpd. This option affects all TCP
connections, including PPTP and the TCP device layer.
The default is disable.
agent-cid
Display PPPoE ADSL-Agent-Circuit-Id option in show session command.
The default is disable.
session-time
Display session time in seconds in show session command.
The default is disable.
set user username password
[admin|operator|user]
This command configures which users are allowed to connect to the console. It may be invoked multiple times with different usernames.
set bundle ...
Set bundle layer configuration parameters for the currently active bundle.
set link ...
Set link layer configuration parameters for the currently active link.
set iface ...
Set interface layer configuration parameters for the currently active bundle.
set nat ...
Set NAT configuration parameters for the currently active bundle.
set ipcp ...
Set IP control protocol configuration parameters for the currently active bundle.
set ccp ...
Set compression control protocol configuration parameters for the currently active bundle.
set auth ...
Configures the authentication subsystem.
set radius ...
Configures RADIUS.
set eap ...
Configures the EAP.
set debug ...level
Sets the netgraph(3)
debugging level. Default is zero.
set modem ...
Sets device specific configuration parameters for the currently active link, which must have type modem.
set ng ...
Sets device specific configuration parameters for the currently active link, which must have type netgraph.
set tcp ...
Sets device specific configuration parameters for the currently active link, which must have type tcp.
set udp ...
Sets device specific configuration parameters for the currently active link, which must have type udp.
set pptp ...
Sets device specific configuration parameters for the currently active link, which must have type pptp.
set l2tp ...
Sets device specific configuration parameters for the currently active link, which must have type l2tp.
set pppoe ...
Sets device specific configuration parameters for the currently active link, which must have type pppoe.
set console ...
Sets console specific configuration parameters
set web ...
Sets web server specific configuration parameters
unset ...
This command allows to unsets some of configuration information set using
set
command.
open [ layer ]
This command causes an OPEN event to be sent to the corresponding layer or finite state machine (FSM). The valid layers are:
Interface layer. Opening this layer configures the interface and installs any routes. If dial-on-demand is enabled, nothing else happens until there is outgoing traffic. If dial-on-demand is disabled there no reason to open this layer manually.
Bundle layer. This layer represents the multi-link bundle ``virtual link'' and is normally opened and closed automatically.
IP control protocol FSM. This is normally opened and closed automatically.
Compression control protocol FSM. This is normally opened and closed automatically.
Link control protocol FSM. This is default layer for open/close commands. Opening of this layer initiates outgoing call by this link.
Device layer. This is normally opened and closed automatically.
Normally, only the iface
and link
layers should be explicitly
opened or closed. This is because the other layers are programmed
to automatically open and close when appropriate. Note that
the SIGUSR1 and SIGUSR2 signals are an alternative
way to open and close the first link.
close [ layer ]
This command causes a CLOSE event to be sent to the corresponding layer or finite state machine (FSM).
log [ +/-flag ... ]
Mpd supports several different logging flags. Every line logged by mpd is tagged with one (or more) of these flags. By turning the flags on or off, that particular type of logging is enabled or disabled. This allows you to customize logging verbosity.
Without any arguments, the log
command shows the current
set of logging flags.
To enable a logging flag, add the +flag
argument.
To disable a logging flag, add the -flag
argument.
These are the various flags supported by mpd and their corresponding categories:
Link authentication events
Bundle layer events
Compression events and negotiation
Modem chat script
Log to the console as well as the log file
Echo/reply packets for all FSM's
Encryption events and negotiation
Dump all frames transmitted and received
All FSM events (except echo and resets)
Interface layer events
IP control protocol events and negotiation
IPv6 control protocol events and negotiation
Link control protocol events and negotiation
Link layer events
Device layer events
RADIUS authentication events
Repeater layer events
help [ command ]
This gives a brief description of the supplied command, or if an incomplete command is given, lists the available alternatives.
exit
This command exits the console, but does not quit the mpd process. This command is useful for disconnecting a telnet connection.
shutdown
Close down all connections and quit the mpd process.


Outdated Stream Deck
Make sure you’re using the latest version of Stream Deck.
Wrong IP/port
If you press ‘Connect’ in your StreamDeck and can only see a black/green screen, it means it hasn’t established a successful connection to the Receiver. The reason can be a wrong IP address/port, VPN or something else blocking the port.
Wrong or corrupted deck files
You can find your config.ini
files in one of these locations:
Make sure your config.ini files are not skipping any numbers in the names. If you have configs1.ini
and configs3.ini
, you also need to have configs2.ini
.


|
Sensor Fusion Library
0.4.0
Orientation sensing for Espressif (ESP32, ESP8266) processors
|
SV_3DOF_Y_BASIC structure is the 3DOF basic gyroscope state vector structure. More...
#include <sensor_fusion.h>
Public Attributes | |
| float | fPhi |
| roll (deg) | |
| float | fThe |
| pitch (deg) | |
| float | fPsi |
| yaw (deg) | |
| float | fRho |
| compass (deg) | |
| float | fChi |
| tilt from vertical (deg) | |
| float | fR [3][3] |
| unfiltered orientation matrix | |
| Quaternion | fq |
| unfiltered orientation quaternion | |
| float | fRVec [3] |
| rotation vector | |
| float | fOmega [3] |
| angular velocity (deg/s) | |
| int32_t | systick |
| systick timer | |
| float | fdeltat |
| fusion filter sampling interval (s) | |
| int8_t | resetflag |
| flag to request re-initialization on next pass | |
SV_3DOF_Y_BASIC structure is the 3DOF basic gyroscope state vector structure.


@* * Copyright 2022 HM Revenue & Customs * * Licensed under the Apache License, Version 2.0 (the "License"); * you may not use this file except in compliance with the License. * You may obtain a copy of the License at * * http://www.apache.org/licenses/LICENSE-2.0 * * Unless required by applicable law or agreed to in writing, software * distributed under the License is distributed on an "AS IS" BASIS, * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. * See the License for the specific language governing permissions and * limitations under the License. *@ @import controllers.routes._ @import models.PayPeriodsList @import pages.PayPeriodsListPage @this( govukLayout: templates.GovukLayoutWrapper, formHelper: FormWithCSRF, errorSummary: components.errorSummary, inputRadio: components.inputRadio, h1: components.h1, p: components.p, button: components.button ) @(form: Form[_], periods: Seq[Periods], claimPeriod: Period)(implicit request: Request[_], messages: Messages) @govukLayout(pageTitle = Some(title(form, "payPeriodsList.title")), thisPage = PayPeriodsListPage) { @formHelper(action = PayPeriodsListController.onSubmit(), 'autoComplete -> "off") { @errorSummary(form.errors) @h1("payPeriodsList.heading") @p(Html(messages("payPeriodsList.p1")))


Nusrat Jahan Eva
Name:Nusrat Jahan Eva
Village : Asrobpur,P.O: Kuliarchar,Thana : Kuliarch,Diss:Kishoregong.
Mobile No-01995394713
E-mail<EMAIL_ADDRESS>Personal Information
- Fatherís name : Md Ibrahim
- Motherí s name : Fatema Akter Jahan
- Date of Birth : 08-09-1995
- Religion :Islam
- Nationality : Bangladeshi (By birth)
- Marital Status : Unmarried
- Sex : Female
- Blood Group : B+
ACAEMIC HISTORY
Bachelor of science in Computer Science & Engineering
- Bachelor of Computer Science & Engineering
- Stamford University Bangladesh
Higher Secondary Certificate (Science) -2014
- Science Studies, Result: GPA-3.80 (out of 5)
- Name of the institution: Central Women's College , Dhaka
- Name of the Board: Dhaka
Secondary School Certificate (Science) -2012
- Science Studies, Result: GPA-4.88 (out of 5)
- Name of the institution: Mugdapara Kazi Zafar Ahmed High School, Dhaka.
- Name of the Board: Dhaka
HOBBY
- Cooking
- Reading Story Books
- Watching English movies ,Traveling
Facebook


Performance Tuning
For some workloads, it is possible to improve performance by either caching data in memory, or by turning on some experimental options.
Caching Data In Memory
Spark SQL can cache tables using an in-memory columnar format by calling spark.catalog.cacheTable("tableName")
or dataFrame.cache()
.
Then Spark SQL will scan only required columns and will automatically tune compression to minimize
memory usage and GC pressure. You can call spark.catalog.uncacheTable("tableName")
to remove the table from memory.
Configuration of in-memory caching can be done using the setConf
method on SparkSession
or by running
SET key=value
commands using SQL.
| Property Name | Default | Meaning |
|---|---|---|
spark.sql.inMemoryColumnarStorage.compressed |
true | When set to true Spark SQL will automatically select a compression codec for each column based on statistics of the data. |
spark.sql.inMemoryColumnarStorage.batchSize |
10000 | Controls the size of batches for columnar caching. Larger batch sizes can improve memory utilization and compression, but risk OOMs when caching data. |
Other Configuration Options
The following options can also be used to tune the performance of query execution. It is possible that these options will be deprecated in future release as more optimizations are performed automatically.
| Property Name | Default | Meaning |
|---|---|---|
spark.sql.files.maxPartitionBytes |
134217728 (128 MB) | The maximum number of bytes to pack into a single partition when reading files. |
spark.sql.files.openCostInBytes |
4194304 (4 MB) | The estimated cost to open a file, measured by the number of bytes could be scanned in the same time. This is used when putting multiple files into a partition. It is better to over-estimated, then the partitions with small files will be faster than partitions with bigger files (which is scheduled first). |
spark.sql.broadcastTimeout |
300 |
Timeout in seconds for the broadcast wait time in broadcast joins |
spark.sql.autoBroadcastJoinThreshold |
10485760 (10 MB) |
Configures the maximum size in bytes for a table that will be broadcast to all worker nodes when
performing a join. By setting this value to -1 broadcasting can be disabled. Note that currently
statistics are only supported for Hive Metastore tables where the command
ANALYZE TABLE <tableName> COMPUTE STATISTICS noscan has been run.
|
spark.sql.shuffle.partitions |
200 | Configures the number of partitions to use when shuffling data for joins or aggregations. |
Broadcast Hint for SQL Queries
The BROADCAST
hint guides Spark to broadcast each specified table when joining them with another table or view.
When Spark deciding the join methods, the broadcast hash join (i.e., BHJ) is preferred,
even if the statistics is above the configuration spark.sql.autoBroadcastJoinThreshold
.
When both sides of a join are specified, Spark broadcasts the one having the lower statistics.
Note Spark does not guarantee BHJ is always chosen, since not all cases (e.g. full outer join)
support BHJ. When the broadcast nested loop join is selected, we still respect the hint.


class FlickRaw::Flickr::Groups::Pools
Public Instance Methods
flickr.groups.pools.add request.
Add a photo to a group's pool.
Arguments
- photo_id (required)
-
The id of the photo to add to the group pool. The photo must belong to the calling user.
- group_id (required)
-
The NSID of the group who's pool the photo is to be added to.
Error codes
-
1: Photo not found
The photo id passed was not the id of a photo owned by the caling user.
-
2: Group not found
The group id passed was not a valid id for a group the user is a member of.
-
3: Photo already in pool
The specified photo is already in the pool for the specified group.
-
4: Photo in maximum number of pools
The photo has already been added to the maximum allowed number of pools.
-
5: Photo limit reached
The user has already added the maximum amount of allowed photos to the pool.
-
6: Your Photo has been added to the Pending Queue for this Pool
The pool is moderated, and the photo has been added to the Pending Queue. If it is approved by a group administrator, it will be added to the pool.
-
7: Your Photo has already been added to the Pending Queue for this Pool
The pool is moderated, and the photo has already been added to the Pending Queue.
-
8: Content not allowed
The content has been disallowed from the pool by the group admin(s).
-
10: Maximum number of photos in Group Pool
A group pool has reached the upper limit for the number of photos allowed.
-
96: Invalid signature
The passed signature was invalid.
-
97: Missing signature
The call required signing but no signature was sent.
-
98: Login failed / Invalid auth token
The login details or auth token passed were invalid.
-
99: User not logged in / Insufficient permissions
The method requires user authentication but the user was not logged in, or the authenticated method call did not have the required permissions.
-
100: Invalid API Key
The API key passed was not valid or has expired.
-
105: Service currently unavailable
The requested service is temporarily unavailable.
-
106: Write operation failed
The requested operation failed due to a temporary issue.
-
111: Format “xxx” not found
The requested response format was not found.
-
112: Method “xxx” not found
The requested method was not found.
-
114: Invalid SOAP envelope
The SOAP envelope send in the request could not be parsed.
-
115: Invalid XML-RPC Method Call
The XML-RPC request document could not be parsed.
-
116: Bad URL found
One or more arguments contained a URL that has been used for abuse on Flickr.
# Generated automatically from flickr api def add(*args) @flickr.call 'flickr.groups.pools.add', *args end
flickr.groups.pools.getContext request.
Returns next and previous photos for a photo in a group pool.
Arguments
- photo_id (required)
-
The id of the photo to fetch the context for.
- group_id (required)
-
The nsid of the group who's pool to fetch the photo's context for.
- num_prev
- num_next
- extras
- num_next
-
A comma-delimited list of extra information to fetch for each returned record. Currently supported fields are: description, license, date_upload, date_taken, owner_name, icon_server, original_format, last_update, geo, tags, machine_tags, o_dims, views, media, path_alias, url_sq, url_t, url_s, url_m, url_z, url_l, url_o
Error codes
-
1: Photo not found
The photo id passed was not a valid photo id, or was the id of a photo that the calling user does not have permission to view.
-
2: Photo not in pool
The specified photo is not in the specified group's pool.
-
3: Group not found
The specified group nsid was not a valid group or the caller does not have permission to view the group's pool.
-
100: Invalid API Key
The API key passed was not valid or has expired.
-
105: Service currently unavailable
The requested service is temporarily unavailable.
-
106: Write operation failed
The requested operation failed due to a temporary issue.
-
111: Format “xxx” not found
The requested response format was not found.
-
112: Method “xxx” not found
The requested method was not found.
-
114: Invalid SOAP envelope
The SOAP envelope send in the request could not be parsed.
-
115: Invalid XML-RPC Method Call
The XML-RPC request document could not be parsed.
-
116: Bad URL found
One or more arguments contained a URL that has been used for abuse on Flickr.
Returns
# Generated automatically from flickr api def getContext(*args) @flickr.call 'flickr.groups.pools.getContext', *args end
flickr.groups.pools.getGroups request.
Returns a list of groups to which you can add photos.
Arguments
- page
-
The page of results to return. If this argument is omitted, it defaults to 1.
- per_page
-
Number of groups to return per page. If this argument is omitted, it defaults to 400. The maximum allowed value is 400.
- extras
-
can take the value icon_urls_deep and return the various buddy icon sizes for the group. It can only be done by blessed APIs
Error codes
-
96: Invalid signature
The passed signature was invalid.
-
97: Missing signature
The call required signing but no signature was sent.
-
98: Login failed / Invalid auth token
The login details or auth token passed were invalid.
-
99: User not logged in / Insufficient permissions
The method requires user authentication but the user was not logged in, or the authenticated method call did not have the required permissions.
-
100: Invalid API Key
The API key passed was not valid or has expired.
-
105: Service currently unavailable
The requested service is temporarily unavailable.
-
106: Write operation failed
The requested operation failed due to a temporary issue.
-
111: Format “xxx” not found
The requested response format was not found.
-
112: Method “xxx” not found
The requested method was not found.
-
114: Invalid SOAP envelope
The SOAP envelope send in the request could not be parsed.
-
115: Invalid XML-RPC Method Call
The XML-RPC request document could not be parsed.
-
116: Bad URL found
One or more arguments contained a URL that has been used for abuse on Flickr.
Returns
# Generated automatically from flickr api def getGroups(*args) @flickr.call 'flickr.groups.pools.getGroups', *args end
flickr.groups.pools.getPhotos request.
Returns a list of pool photos for a given group, based on the permissions of the group and the user logged in (if any).
Arguments
- group_id (required)
-
The id of the group who's pool you which to get the photo list for.
- tags
-
A tag to filter the pool with. At the moment only one tag at a time is supported.
- user_id
-
The nsid of a user. Specifiying this parameter will retrieve for you only those photos that the user has contributed to the group pool.
- safe_search
-
Safe search setting:
1 for safe. 2 for moderate. 3 for restricted.
- jump_to
- extras
-
A comma-delimited list of extra information to fetch for each returned record. Currently supported fields are: description, license, date_upload, date_taken, owner_name, icon_server, original_format, last_update, geo, tags, machine_tags, o_dims, views, media, path_alias, url_sq, url_t, url_s, url_q, url_m, url_n, url_z, url_c, url_l, url_o
- per_page
-
Number of photos to return per page. If this argument is omitted, it defaults to 100. The maximum allowed value is 500.
- page
-
The page of results to return. If this argument is omitted, it defaults to 1.
Error codes
-
1: Group not found
The group id passed was not a valid group id.
-
2: You don't have permission to view this pool
The logged in user (if any) does not have permission to view the pool for this group.
-
3: Unknown user
The user specified by user_id does not exist.
-
100: Invalid API Key
The API key passed was not valid or has expired.
-
105: Service currently unavailable
The requested service is temporarily unavailable.
-
106: Write operation failed
The requested operation failed due to a temporary issue.
-
111: Format “xxx” not found
The requested response format was not found.
-
112: Method “xxx” not found
The requested method was not found.
-
114: Invalid SOAP envelope
The SOAP envelope send in the request could not be parsed.
-
115: Invalid XML-RPC Method Call
The XML-RPC request document could not be parsed.
-
116: Bad URL found
One or more arguments contained a URL that has been used for abuse on Flickr.
Returns
# Generated automatically from flickr api def getPhotos(*args) @flickr.call 'flickr.groups.pools.getPhotos', *args end
flickr.groups.pools.remove request.
Remove a photo from a group pool.
Arguments
- photo_id (required)
-
The id of the photo to remove from the group pool. The photo must either be owned by the calling user of the calling user must be an administrator of the group.
- group_id (required)
-
The NSID of the group who's pool the photo is to removed from.
Error codes
-
1: Group not found
The group_id passed did not refer to a valid group.
-
2: Photo not in pool
The photo_id passed was not a valid id of a photo in the group pool.
-
3: Insufficient permission to remove photo
The calling user doesn't own the photo and is not an administrator of the group, so may not remove the photo from the pool.
-
96: Invalid signature
The passed signature was invalid.
-
97: Missing signature
The call required signing but no signature was sent.
-
98: Login failed / Invalid auth token
The login details or auth token passed were invalid.
-
99: User not logged in / Insufficient permissions
The method requires user authentication but the user was not logged in, or the authenticated method call did not have the required permissions.
-
100: Invalid API Key
The API key passed was not valid or has expired.
-
105: Service currently unavailable
The requested service is temporarily unavailable.
-
106: Write operation failed
The requested operation failed due to a temporary issue.
-
111: Format “xxx” not found
The requested response format was not found.
-
112: Method “xxx” not found
The requested method was not found.
-
114: Invalid SOAP envelope
The SOAP envelope send in the request could not be parsed.
-
115: Invalid XML-RPC Method Call
The XML-RPC request document could not be parsed.
-
116: Bad URL found
One or more arguments contained a URL that has been used for abuse on Flickr.
# Generated automatically from flickr api def remove(*args) @flickr.call 'flickr.groups.pools.remove', *args end


Colour:
In this menu opens a table of colours. Choose a colour for the plotted element from this table, or define a new colour by clicking in the field on the right side of the table.


POPCNT — Return the Count of Number of Bits Set to 1
| Opcode |
Instruction |
Op/En |
64-Bit Mode |
Compat/Leg Mode |
Description |
| F3 |
POPCNT r16, r/m16 |
RM |
Valid |
Valid |
POPCNT on r/m16 |
| F3 |
POPCNT r32, r/m32 |
RM |
Valid |
Valid |
POPCNT on r/m32 |
| F3 REX.W 0F B8 /r |
POPCNT r64, r/m64 |
RM |
Valid |
N.E. |
POPCNT on r/m64 |
Instruction Operand Encoding
| Op/En |
Operand 1 |
Operand 2 |
Operand 3 |
Operand 4 |
| RM |
ModRM:reg (w) |
ModRM:r/m (r) |
NA |
NA |
Description
This instruction calculates of number of bits set to 1 in the second operand (source) and returns the count in the first operand (a destination register).
Operation
Count = 0;
For (i=0; i < OperandSize; i++)
{
THEN Count++; FI;
}
DEST ← Count;
Flags Affected
OF, SF, ZF, AF, CF, PF are all cleared. ZF is set if SRC = 0, otherwise ZF is cleared
Intel C/C++ Compiler Intrinsic Equivalent
| POPCNT: |
int _mm_popcnt_u32(unsigned int a); |
| POPCNT: |
int64_t _mm_popcnt_u64(unsigned __int64 a); |
Protected Mode Exceptions
| #GP(0) |
If a memory operand effective address is outside the CS, DS, ES, FS or GS segments. |
| #SS(0) |
If a memory operand effective address is outside the SS segment limit. |
| #PF (fault-code) |
For a page fault. |
| #AC(0) |
If an unaligned memory reference is made while the current privilege level is 3 and alignment checking is enabled. |
| #UD |
If CPUID.01H:ECX.POPCNT [Bit 23] = 0. If LOCK prefix is used. Either the prefix REP (F3h) or REPN (F2H) is used. |
Real-Address Mode Exceptions
| #GP(0) |
If any part of the operand lies outside of the effective address space from 0 to 0FFFFH. |
| #SS(0) |
If a memory operand effective address is outside the SS segment limit. |
| #UD |
If CPUID.01H:ECX.POPCNT [Bit 23] = 0. If LOCK prefix is used. Either the prefix REP (F3h) or REPN (F2H) is used. |
Virtual 8086 Mode Exceptions
| #GP(0) |
If any part of the operand lies outside of the effective address space from 0 to 0FFFFH. |
| #SS(0) |
If a memory operand effective address is outside the SS segment limit. |
| #PF (fault-code) |
For a page fault. |
| #AC(0) |
If an unaligned memory reference is made while alignment checking is enabled. |
| #UD |
If CPUID.01H:ECX.POPCNT [Bit 23] = 0. If LOCK prefix is used. Either the prefix REP (F3h) or REPN (F2H) is used. |
Compatibility Mode Exceptions
Same exceptions as in Protected Mode.
64-Bit Mode Exceptions
| #GP(0) |
If the memory address is in a non-canonical form. |
| #SS(0) |
If a memory address referencing the SS segment is in a non-canonical form. |
| #PF (fault-code) |
For a page fault. |
| #AC(0) |
If alignment checking is enabled and an unaligned memory reference is made while the current privilege level is 3. |
| #UD |
If CPUID.01H:ECX.POPCNT [Bit 23] = 0. If LOCK prefix is used. Either the prefix REP (F3h) or REPN (F2H) is used. |


The API docs, and a nice example
http://oabutton.cottagelabs.com/api
REGISTER
Let's say I wanted to use the API to register with OABUTTON and do a bunch of things, maybe even build a bookmarklet that allows me to use the full functionality - which I do :) Let's work through that as an example, starting with the API /register endpoint.
Here's how I could do this with a javascript function calling the described /register endpoint.
var serviceaddress = 'http://oabutton.cottagelabs.com'; var apiaddress = serviceaddress + '/api'; var api_key = ''; var username = ''; var register = function() { $.ajax({ 'type': 'POST', 'url': apiaddress + '/register', 'contentType': 'application/json; charset=utf-8', 'dataType': 'JSON', 'processData': false, 'cache': false, 'data': JSON.stringify({ 'email'<EMAIL_ADDRESS>'profession': 'student', 'username': 'test_' }), 'success': registersuccess, 'error': statuserror }); }
Now, let's run this and register a test account and get an API key back.
/register PUBLIC - no authentication required. POST (ideally JSON) requests to register a user account here (or GET with suitable parameters). REQUIRES email (which will also become username if one is not supplied) EXPECTS profession ACCEPTS username, name, password (actually, accepts anything for now whilst testing) RESPONDS with 200 and a JSON object with the username and api_key ERRORS with 400 if the username already exists or required keys missing or other error, and a JSON object with relevant error information
STATUS
OK so now to do something useful - with an account, a request to the /status API will return some information, if any can be found, about a given URL or DOI. (It does this by calling various other things on the OABUTTON server, some of which can also be accessed directly - we'll look at this soon.)
Here is an example in javascript of getting the status of a URL by calling the /status API.
var status = function() { $.ajax({ 'type': 'POST', 'url': apiaddress + '/status', 'contentType': 'application/json; charset=utf-8', 'dataType': 'JSON', 'processData': false, 'cache': false, 'data': JSON.stringify({ 'api_key': api_key, 'url': 'http://some.url' }), 'success': statussuccess, 'error': statuserror }); }
Let's see what we can learn an example URL (or provide your own).
/status RESTRICTED - authentication required POST (ideally JSON) a request for OA status of item at a given URL (or GET with params). REQUIRES api_key, url EXPECTS nothing else ACCEPTS anything else for now RESPONDS with 200 and a JSON object which we will populate with useful stuff depending what functionality we have ERRORS with 400 and a JSON object containing the error information
BLOCKED
The main event - we can't access something! Let's make a noise!
Here is an example in javascript of telling the world you could not access some key research by calling the /blocked API.
var blocked = function() { $.ajax({ 'type': 'POST', 'url': apiaddress + '/blocked', 'contentType': 'application/json; charset=utf-8', 'dataType': 'JSON', 'processData': false, 'cache': false, 'data': JSON.stringify({ 'api_key': api_key, 'url': 'http://some.url' }), 'success': blockedsuccess, 'error': blockederror }); }
Let's register our annoyance at being blocked at our test URL
/blocked RESTRICTED - authentication required POST (ideally JSON) a notification whenever a user is blocked from accessing something (or GET with params). REQUIRES api_key, url EXPECTS coords_lat, coords_lng, doi, title, author:[], journal, story ACCEPTS anything else for now RESPONDS with 200 and an object with "url" for confirmation and "id" the block event ID ERRORS with 400 and a JSON object containing the error information /blocked/<id> It is then possible to GET the given block record back again by appending its ID to the /blocked/ API route The block record can also be updated by POSTing to it.
WISHLIST
It would be great to be able to get something once it becomes available. That's what wishlist does - it adds the item to your wishlist.
Here is an example in javascript of registering a block and adding to your wishlist by calling the /wishlist API.
var wishlist = function() { // it's just like blocked but goes to /wishlist // and it only needs the url of the page from which it was submitted }
Let's get an item at the test URL onto our wishlist
/wishlist
OTHER BITS (in progress)
/retrieve
/retrieve can be used to retrieve the api_key for a user account. Just POST a JSON object with "email" and "password" and if they match an account the response object will contain "api_key"
/story/<storyid>
The stories of when people get blocked from accessing something are available on the main site (not on the /api route) at /story/<storyid> - and the data for a story can be retrieved by appending ".json" to that URL or by requesting JSON in the GET request.
/account/<username>/wishlist
A user can retrieve their wishlist in a similar fashion at /account/<username>/wishlist
A WORKING EXAMPLE (in progress)
The javascript code examples above are similiar to what is in our own javascript oabutton client library - which you can see for yourself.
Also, that client library is used in our bookmarklet - you can see that working by getting your own on your account page.
All done? Please clean up your test doodlings! (This uses one last part of the API, but it only exists to tidy up after these demos :)


Dental Group
Search
Patient Info
Insurance
Appointments
Mary Smith
Search
Policy No
Member ID
Search
Patient
Name
Date of Birth
Policy No
Primary
Coverage Type
Coverage Name
Carrier ID
Start Date
Group No
End Date
Plan Code
Employer
Annual Deductable Balance
$
Annual Benefit Maximum Balance
$
Benefits
Annual Deductible -
Annual Benefit Maximum -
Lifetime Benefit Maximum
Diagnostic/Preventive Care
Minor Restorative Care
Major Restorative Care
Orthodontic Treatment
Orthodontic Lifetime Benefit Maximum
OK
Verifying Information
OK


General Election 2019: Farage calls on Conservatives to stand aside for Brexit Party
by Catherine NeilanFresh from his apparently “unilateral” decision that The Brexit Party candidates would not contest seats won by Tories in 2017, Nigel Farage is now demanding a reciprocal arrangement.
The arch-Eurosceptic has urged Conservative candidates in some Labour-held seats to step aside for his own party.
Speaking to BBC Breakfast this morning, he said: “I’ve just gifted the Conservative party nearly two dozen seats and I did it because I believe in Leave.
“Now if they believed in leave what they would do is stand aside in some seats in Labour areas where the Conservative party has not won for 100 years and will never win.
“I think what you’re seeing from this reaction is for the Conservative party it is about them as a party, not about delivering Brexit.”
Assuming Boris Johnson returns to Downing Street as Prime Minister, Farage said The Brexit Party candidates would “hold him to account”.
“Too often over the years, recent years, the Conservatives have made promises and then backtracked on them. So that’s our plan, we need to win some of those Labour seats.”
Farage also rubbished any suggestions that US President Donald Trump had a hand in yesterday’s surprise move, saying the pair had not spoken since the LBC interview.
“He has no influence over my decision at all,” Farage said.
“My decision is made, number one, to stop a second referendum, to prevent Liberal Democrats winning seats in the south and the south-west, and number two, because Boris Johnson has indicated we’re now going for a free-trade deal, not political linkage.”
Main image: Getty


You will be shown two marked rectangles (A and B) and you will be asked to determine the smaller rectangle, and to estimate the percentage of the smaller rectangle that makes up the bigger rectangle.


JavaScript Functions
A function is a self-contained piece of code that returns a value. You can use JavaScript's built-in functions, or create your own.
A function (also known as a method) is a self-contained piece of code that performs a particular "function", then returns a value. You can recognise a function by its format — it's a piece of descriptive text, followed by open and close brackets.
Like this:
The code that goes into a function can be as simple or as complex as you need it to be.
Regardless of the code's complexity inside the function, when you call the function, you don't need to know anything about the code inside. All you need to know is the name of the function, and any arguments that you might need to supply.
For example, take JavaScript's built-in alert()
function. You can call that function from within your code without knowing how the function is written. All you need to know is what the function does and how to call it.
Parameters & Arguments
Sometimes there will be text in between the brackets of a function's definition. This text is known as a parameter. A parameter specifies that a value should be provided to the function. For example, a parameter might be called FirstName
, which indicates that the caller should provide the value of the first name to the function (i.e. the first name of whoever the end user is).
So we could modify the above example to include a parameter:
An argument refers to the actual value passed to the function at runtime. This info could be different depending on the context in which the function is being called. For example, Homer
could be passed as an argument to a function that has a FirstName
parameter.
Parameters can be very handy, such as allowing your users to provide information (say via a form) that is passed to a function to process. For example, your users could enter their name into a form, and the function would take that name, do some processing, then present them with a personalised message that includes their name.
A function doesn't actually do anything until it is called. Once it is called, it takes any arguments, then performs it's function (whatever that may be).
So we could call the above function like this:
Writing a function in JavaScript
Here's an example of a JavaScript function.
-
Write the function
The first thing you need to do is write the function:
-
Call the function
Once you have written your function, you can call that function from within your HTML code. Here, when the user clicks the button, it runs the function. In this case, we use the
onclick
event handler to call the function.
So both combined should work like this:
Explanation of code
The Function
We started by using the
function
keyword.This tells the browser that a function is about to be defined.
Then we gave the function a name, so we made up our own name called
displayMessage
.We specified the name of an argument (
firstName
) that will be passed in to this function.After the function name came a curly bracket
{
.This opens the function. There is also a closing bracket later, to close the function.
In between the curly brackets we write all our code for the function.
In this case, we use JavaScript's built in
alert()
function to pop up a message for the user.
Calling the Function
We created an HTML form with an input field and submit button.
We assigned a name (
yourName
) to the input field.We added the
onclick
event handler to the button.This event handler is called when the user clicks on the button (more about event handlers later). This is where we call our JavaScript function from. We pass it the value from the form's input field. We can reference this value by using
form.yourName.value
.


hey
library(plyr)
library(dplyr)
library(tidyr)
library(mtusRlocal)
library(knitr)
library(reshape2)
library(xtable)
load(file = '/Users/giacomovagni/site/motsetchoses/_data/undp.RData')
## Error in readChar(con, 5L, useBytes = TRUE): cannot open the connection
The code is :
undp2 = undp %>% select(Country, Year, Sex, Marital.status, X15.19, X20.24, X25.29, X30.34, X35.39, X40.44, X45.49, X50.54, X60.64, X65.) %>%
melt(id.vars = c('Country', 'Year', 'Sex', 'Marital.status')) %>% filter(Country == 'United Kingdom' )
## Error in eval(expr, envir, enclos): object 'undp' not found
undp2 = undp2 %>% filter(variable %in% c('X20.24', 'X25.29', 'X30.34', 'X35.39', 'X40.44', 'X45.49'))
## Error in eval(expr, envir, enclos): object 'undp2' not found
UNUK2050ysummary = undp2 %>% filter(Marital.status %in% c("Married", "Single")) %>% group_by(Country, Year, Sex, Marital.status) %>%
summarise(meanshare = mean(value)) %>% unite(SexMSVar, Marital.status, Sex) %>%
select(-Country) %>% spread(SexMSVar, meanshare)
## Error in eval(expr, envir, enclos): object 'undp2' not found


Zupr is a startup attempting to connect offline retailers with online consumers. This way local shops can still reach a large audience without having to maintain their own custom webshop.
As a software engineer at Zupr my role is very free flowing. Together with my team members and Project Manager I decide what goals to strive for every sprint. Maintenance is one third of the sprint, refining and improving the product is what creates a maintainable, future proof, project.
Lately I've been focusing on importing large product feeds into our PostgreSQL and ElasticSearch databases. This has been quite the trip into Big Data territory, running the imports through Celery to make it scalable and dabbling in asyncio.
Paylogic is an online ticketing service which uses a highly available queue to handle tens of thousands of ticket sales per event. Merchants can configure their own events in the custom built backend.
I took the lead in upgrading the Django framework on top of which the Paylogic codebase is built. Leapfrogging several versions. This entailed major refactoring of our codebase and rewriting large parts of it.
I implemented a stand alone mock dance event website demonstrating the ease of use of the API and the modern design techniques Paylogic is capable of. This was part of the strategic move towards a more API driven approach instead of the old full custom webshop implementations.
Getlogic is a webdevelopment company which builds custom websites, webshops or online communities.
I helped build an inventory management system coupled to a user friendly backend for a bookshop. This system used portable scanners to keep track of the current inventory.
During my time at Getlogic the Dutch government complied with European legislation pertaining to Cookies. As we would have to build in so called “cookie bars” in most of our websites I took it upon myself to build a small library to make this as easy as possible, and made it open source. Cookie-Law
Goldmund, Wyldebeast & Wunderliebe are specialized in developing web applications.


{% extends 'base.html' %} {% load crispy_forms_tags %} {% load bootstrap4 %} {% block content %}
{{post.details}}
| Last User Votes | Design | Usability | Creativity | Content | Average |
|---|---|---|---|---|---|
| {{rating.user|title}} | {{rating.design}} | {{rating.usability}} | {{rating.creativity}} | {{rating.content}} | {{rating.average}} |
| No Rates yet! |


1Click-HPC
1Click-HPC is an open-source project that aims at speeding up the deployment of an HPC Cluster on AWS. You can have a fully functional and ready to use HPC cluster in minutes and with just 1-Click.
1Click-HPC source code and get started guide can be found .
It leverages on AWS supported services and projects, like:
- AWS ParallelCluster
an AWS-supported open source cluster management tool that makes it easy for you to deploy and manage High Performance Computing (HPC) clusters on AWS.
- NICE DCV
- NICE EnginFrame
a high-performance remote display protocol that provides customers with a secure way to deliver remote desktops and application streaming from any cloud or data center to any device, over varying network conditions.
is an advanced web front-end for accessing technical and scientific applications running on an HPC Cluster


filters module¶
Filter typosquatting-related lists.
A module that contains all functions that filter data related to typosquatting data.
-
filters.
distance_calculations
(package_of_interest, all_packages, max_distance=1)¶ Find packages <= defined edit distance and return sorted list.
- Parameters
package_of_interest (str) – package name on which to perform comparison
all_packages (list) – list of all package names
max_distance (int) – the maximum distance that justifies reporting
- Returns
potential typosquatters
- Return type
list
-
filters.
filter_by_package_name_len
(package_list, min_len=5)¶ Keep packages whose name is >= a minimum length.
- Parameters
package_list (list) – a list of package names
min_len (int) – a minimum length of charactersArgs
- Returns
filtered package names
- Return type
list
-
filters.
whitelist
(squat_candidates, whitelist_filename='whitelist.txt')¶ Remove whitelisted packages from typosquat candidate list.
- Parameters
squat_candidates (dict) – dict of packages and potential typosquatters
whitelist_filename (str) – file location for whitelist
- Returns
packages and post-whitelist potential typosquatters
- Return type
dict


2048
Merge the tiles, get to 2048!
You are on the
staging evirnoment. Use with caution!
Use your arrow keys to move the tiles. Tiles with the same number merge
into one when they touch. Add them up to reach 2048!
Swipe to move the tiles. Tiles with the same number merge into one when
they touch. Add them up to reach 2048!
This game is free and the source code is publicly available on
github.
Want to see what may be coming up next? Have a look at the
staging evironment!
You are on the staging environment. Click
here to go back to
the productive app!
Based on the original version created by
Gabriele Cirulli


Backend API Reference¶
module models¶
class Serializable¶
from django_client_framework.models import Serializable
This abstract model class provides caches for serialization.
Note
Any class Model to be registered as an API must inherit this class.
Inheritance
Subclasses of Serializable must override Serializable.serializer_class() which returns a Serializer class.
classmethod .serializer_class (cls)¶
required
Override this method to return the Serializer class for the model.
property .serializer¶
An instance of the Serializer class returned by Serializable.serializer_class().
classmethod .get_serialization_cache_timeout (cls)¶
Override this method to change how long to cache the serialized data in seconds.
class AccessControlled¶
from django_client_framework.models import AccessControlled
This abstract model class provides the permission structure for its subclasses.
Inheritance
Subclasses of AccessControlled can optionally override the .get_permissionmanager_class(cls) which returns a AccessControlled.PermissionManager class.
classmethod .get_permissionmanager_class (cls)¶
- Returns
A subclass of AccessControlled.PermissionManager which defines the object permission.
class .PermissionManager¶
This is a nested class in AccessControlled whose subclasses should be returned from AccessControlled.get_permissionmanager_class().
module api.urls¶
import django_client_framework.api.urls
This module defines a global constant urlpatterns
.
const urlpatterns¶
This global constant contains the routing handlers for models’ RESTful APIs. You can include
django_client_framework.api.urls
to your customurlpatterns
in anyurls.py
file. Then the handlers will become available with your custom prefix.
Example
import django_client_framework.api.urls
from django.urls import path, include
app_name = "myapp"
urlpatterns = [
path("login", v.PasswordLogin.as_view(), name="passwd_login"),
path("logout", v.Logout.as_view(), name="logout"),
path("", include(django_client_framework.api.urls)),
]
module serializers¶
class Serializer¶
An abstract base class of ModelSerializer and DelegateSerializer.
from django_client_framework.serializers import Serializer
class ModelSerializer extends Serializer¶
from django_client_framework.serializers import ModelSerializer
This class is agnostic to Django Rest Framework (DRF)’s ModelSerializer. The usage is exactly the same as DRF.
Warning
You should always use this class over the DRF’s version, otherwise things will not work properly!
Example
from django_client_framework.serializers import ModelSerializer
class ProductSerializer(ModelSerializer):
class Meta:
model = m.Product
exclude: list = []
class DelegateSerializer extends Serializer¶
from django_client_framework.serializers import DelegateSerializer
This class allows for multiple serializers to be used on one model class. The class conforms to the Serializer interface, therefore, it can be returned from the Serializable.serializer_class() method. You can dispatch the request to one of the serializers.
Inheritance
You must override all these methods: DelegateSerializer.get_create_delegate_class(…), DelegateSerializer.get_update_delegate_class(…), DelegateSerializer.get_read_delegate_class(…).
method .get_read_delegate_class (self, instance) -> Serializer¶
required
- instance
The model instance to be serialized. This is the
instance
parameter passed to the constructor.Override this method to return a Serializer class that’s only used for model deserialization. This is the case when the DelegateSerializer is initialized with only the
instance
parameter.product = Product.objects.first() delegated = DelegateSerializer(instance=product) delegated.data // deserialization
method .get_create_delegate_class (self, initial_data, prevalidated_data) -> Serializer¶
required
- initial_data
The data to be deserialized. This is the
data
parameter passed to the constructor.Override this method to return a Serializer class that’s only used for model instance creation. This is the case when the DelegateSerializer is initialized with only the
data
parameter.delegated = DelegateSerializer(data={"barcode": "xxyy"}) product = delegated.save() // serialization
method .get_update_delegate_class (self, instance, initial_data, prevalidated_data) -> Serializer¶
required
- instance
The model instance to be serialized. This is the
instance
parameter passed to the constructor.- initial_data
The data to be deserialized. This is the
data
parameter passed to the constructor.Override this method to return a Serializer class that’s only used for partial updating an model instance. This is the case when the DelegateSerializer is initialized with both the
data
and theinstance
parameter.product = Product.objects.first() delegated = DelegateSerializer(instance=product, data={"barcode": "xxyy"}) delegated.save() // updates barcode
module permissions¶
func add_perms_shortcut (user_or_group, model_or_instance_or_queryset, perms, field_name=None)¶
from django_client_framework.permissions import add_perms_shortcutGives user/group permission for a model/object, or a particular property on the model/object.
- Paramenters
- user_or_group
A
User
or aGroup
object to give permissions to.- model_or_instance_or_queryset
Accepts a model class, or an instance or a queryset of the model.
- perms
- A string representing the permissions, eg,
"rwcd"
r
read - allows
GET
w
write - allows
PATCH
c
create - allows
POST
,PUT
d
delete - allows
DELETE
- field_name =None
Accepts a property named that’s defined on the model. If this argument is present, then the permission is for the model/object field. Otherwise the permission is applied to the model/object.
See also
See defails about Permission Concepts and Management.
func has_perms_shortcut (user_or_group, model_or_instance, perms, field_name=None ) -> bool¶
from django_client_framework.permissions import has_perms_shortcutChecks if the user/group has a particular model/object/field permission. Agnostic to `add_perms_shortcut(...)`_. This function respects the inclusion of permissions, ie model > object > model field > object field. Also take into account the permissions assigned on the
default_groups.anyone
group.
- Paramenters
- user_or_group
A
User
or aGroup
object to check permissions for.- model_or_instance
Accepts a model class, or an instance or a queryset of the model.
- perms
A string representing the permissions, eg,
"rwcd"
- field_name =None
If supplied, checks for the field permission.
- Returns
True if the user has the permission, otherwise False.
See also
See defails about Permission Concepts and Management.
func reset_permissions ()¶
from django_client_framework.permissions import reset_permissionsClears all permissions assigned in the application, and for each model that is a subclass of AccessControlled, set up the permissions by calling
PermissionManager.reset_perms()
.When ever the permission structure changes in your application, you need to call this function manually, or automatically in a django data migration.


--- title: "IOOS Jekyll Theme" excerpt: "IOOS Documentation" layout: single author_profile: false --- {% include base_path %}
Edit the index.html file to modify content shown here.
Follow this link for more information on using this template.


causal_da.algorithm¶
causal_da.algorithm.api¶
-
class
CausalMechanismTransfer
(trainable_invertible_ica, predictor_model, novelty_detector=OneClassSVM(cache_size=200, coef0=0.0, degree=3, gamma='auto', kernel='rbf', max_iter=- 1, nu=0.1, random_state=None, shrinking=True, tol=0.001, verbose=False), aug_max_iter=None, augmentation_size=None)¶ Bases:
object
Implementation of Causal Mechanism Transfer. Takes a trainable nonlinear ICA method object and perform transfer learning.
Build CausalMechanismTransfer object.
- Parameters
trainable_invertible_ica (object) – Trainable invertible ICA model for estimating the mechanism function. Required to implement
train()
andinv()
.predictor_model (object) – Trainable predictor model to be trained on the augmented data. Needs to implement
fit()
andpredict()
.aug_max_iter (int or None) – The maximum number of iterations for performing the augmentation.
augmentation_size (int or None) – The size of the augmentation. Fully augmented if
None
.
- Returns
None
- Return type
None
-
train_and_record
(src_data, ica_data, ica_run_logger, ica_intermediate_evaluators, ica_final_evaluators, augmenter_evaluators=[], augmenter_final_evaluators=[])¶ A version of
train()
that also records the intermediate information.- Parameters
src_data (
numpy.ndarray
) – The source domain data to be used for fitting the novelty detector.ica_data (
tuple
) – Contains the source domain data passed to the ICA method.ica_run_logger –
ica_intermediate_evaluators –
ica_final_evaluators –
causal_da.algorithm.ica_augmenter¶
-
class
ICAAugmenter
(feature_extractor, novelty_detector, max_iter=None)¶ Bases:
torch.nn.modules.module.Module
The augmenter based on independent component analysis.
- Parameters
feature_extractor – the main feature extractor model to estimate the mixing function of ICA.
novelty_detector – the novelty detection method that implements
fit()
.max_iter (
Optional
[int
]) – the maximum number of iterations for the ICA training.
-
augment
(X, augment_size, with_latent=False, include_original=False, with_acceptance_ratio=False)¶ Augment numpy arrays.
- Parameters
X (
ndarray
) – Data to augmentaugment_size (
Union
[float
,int
,None
]) – Size of the extension (int
: resulting number of points.float
: ratio to the original data size.None
: full size ($n^D$ where $n$=data size, $D$=data dimension)).
- Returns
xbar (by default)
xbar, ebar (if with_latent == True)
-
augment_to_size
(X, augment_size, with_latent=False, include_original=False, with_acceptance_ratio=False)¶ Augment data to the desired size.
- Parameters
X (
ndarray
) – input data of shape(n_data, n_dim)
Y – predicted data of shape
(n_data, 1)
augment_size (
Union
[float
,int
,None
]) – the desired size of the augmented data.with_latent – whether to also return the extracted latent variables.
include_original – whether to make sure the original data is always included in the output (in the augmented data).
with_acceptance_ratio – whether to also return the acceptance ratio.
-
is_valid_generated_data
(xbar)¶ Return if data is (inside_train_data_support) and (not np.inf) and (not np.nan)
- Return type
ndarray
- Returns
an array containing the decision (
1
if inside support.-1
otherwise.)
-
class
ICATransferAugmenter
(feature_extractor, novelty_detector, max_iter=None)¶ Bases:
causal_da.algorithm.ica_augmenter.ICAAugmenter
A utility class to use
ICAAugmenter
for data with a distinction between the predictor variables and the predicted variables.- Parameters
feature_extractor – the main feature extractor model to estimate the mixing function of ICA.
novelty_detector – the novelty detection method that implements
fit()
.max_iter (
Optional
[int
]) – the maximum number of iterations for the ICA training.
-
augment_to_size
(X, Y, augment_size, with_latent=False, include_original=True, with_acceptance_ratio=False)¶ Augment data to the desired size.
- Parameters
X (
ndarray
) – input data of shape(n_data, n_dim)
Y (
ndarray
) – predicted data of shape(n_data, 1)
augment_size (
Union
[float
,int
,None
]) – the desired size of the augmented data.with_latent – whether to also return the extracted latent variables.
include_original – whether to make sure the original data is always included in the output (in the augmented data).
with_acceptance_ratio – whether to also return the acceptance ratio.
-
fit
(X_src, Y_src, c_src, **kwargs)¶ Fit the model and the novelty detector.
- Parameters
X_src (
ndarray
) – the perdictor variables of the source domains.Y_src (
ndarray
) – the perdicted variables of the source domains.c_src (
ndarray
) – the source domain index.
-
full_combination
(x)¶ Take the full product of the dimension-wise combinations of input data.
-
get_size
(x, size)¶ Determine the size of the augmentation.
-
randint
(low, high=None, size=None, dtype=int)¶ Return random integers from low (inclusive) to high (exclusive).
Return random integers from the “discrete uniform” distribution of the specified dtype in the “half-open” interval [low, high). If high is None (the default), then results are from [0, low).
Note
New code should use the
integers
method of adefault_rng()
instance instead; see random-quick-start.- Parameters
low (int or array-like of ints) – Lowest (signed) integers to be drawn from the distribution (unless
high=None
, in which case this parameter is one above the highest such integer).high (int or array-like of ints, optional) – If provided, one above the largest (signed) integer to be drawn from the distribution (see above for behavior if
high=None
). If array-like, must contain integer valuessize (int or tuple of ints, optional) – Output shape. If the given shape is, e.g.,
(m, n, k)
, thenm * n * k
samples are drawn. Default is None, in which case a single value is returned.dtype (dtype, optional) –
Desired dtype of the result. Byteorder must be native. The default value is int.
New in version 1.11.0.
- Returns
out – size-shaped array of random integers from the appropriate distribution, or a single such random int if size not provided.
- Return type
int or ndarray of ints
See also
random_integers()
similar to randint, only for the closed interval [low, high], and 1 is the lowest value if high is omitted.
Generator.integers()
which should be used for new code.
Examples
>>> np.random.randint(2, size=10) array([1, 0, 0, 0, 1, 1, 0, 0, 1, 0]) # random >>> np.random.randint(1, size=10) array([0, 0, 0, 0, 0, 0, 0, 0, 0, 0])
Generate a 2 x 4 array of ints between 0 and 4, inclusive:
>>> np.random.randint(5, size=(2, 4)) array([[4, 0, 2, 1], # random [3, 2, 2, 0]])
Generate a 1 x 3 array with 3 different upper bounds
>>> np.random.randint(1, [3, 5, 10]) array([2, 2, 9]) # random
Generate a 1 by 3 array with 3 different lower bounds
>>> np.random.randint([1, 5, 7], 10) array([9, 8, 7]) # random
Generate a 2 by 4 array using broadcasting with dtype of uint8
>>> np.random.randint([1, 3, 5, 7], [[10], [20]], dtype=np.uint8) array([[ 8, 6, 9, 7], # random [ 1, 16, 9, 12]], dtype=uint8)
-
stochastic_combination
(x, size)¶ Take random combinations of the data values to the desired size.


translate(x, y)
Shifts the origin used when interpreting drawing commands' coordinates. The first parameter sets the horizontal offset, the second parameter the vertical offset. Translating is the same as dragging something across the screen. Or the same as moving the canvas registration point, which is situated in the upper left corner by default.
After calling translate(), all subsequent drawing commands are shifted by the specified offsets. This can be useful when positioning groups of multiple elements.
As with the other transform commands, translate() can be used in a with
statement to limit its scope to drawing commands within the following block of code.
fill(0.2) arc(10,10, 20) translate(50, 50) arc(10,10, 20)


[index] ?? '' # data, if null, 'x'
The Widget/.builder is unable to display the data pulled from the model class. If you are a developer, check the code pulling data from the model class. If you are an end user, contact the developer of Train Facts.
Either the device is unable to connect to the Internet, or the backend API has (most likely syntax) an error. If you are a developer, open your JSON file and check for missing commas, etc. If you are an end user, ensure you are connected to the Internet upon app startup. It will not automatically reconnect afterwards and you will have to restart the app if you connect to the Internet later.
The app has encountered a serious error, that was originally considered typesafe. Contact the developer of Train Facts, or file an issue on GitHub
You are most likely not connected to the Internet. Alternatively, the website is down.


Your Academic Homepage: Outreach Booster or Narcissistic Outlet?
Do you really need an academic homepage?
Considering the abundance of academic homepages and blogs around, I’m certainly not the only one who asked himself that question. I’ve been playing with the idea of making one myself for a quite a while now, and finally decided to give it a shot. You’re currently looking at the result. For those of you interested in the technical details or the idea behind the domain name, there are posts in the making on that.
The best response I got when discussing the starting of blog with friends was probably in the line of “Good on you!: but don’t you think a homepage is a tad archaic?“. Well my institutional homepage sure has a pretty archaic look, and, frustatingly, I can’t change that. Interestingly, that’s also my prime reason to venture into this: “having the freedom to design and style your own public appearance, and being able to better manage your own outreach efforts. Of course one could try to reach out using a facebook profile, but frankly speaking, I don’t want facebook to take control over my homepage, and bombard you with irrelevant information (i.e. adds), although I’ll certainly use it to share links to reach a wider audience.
while ( Outreach < Publications )
{
++Publications;
}
Unfortunately, in the current academic situation, outreach efforts are still underappreciated compared to publishing papers, so the incentive clearly lies at publishing more papers instead of building a blog. Most of the research grants I’ve seen put the weight (=resources) on researching and publishing in respectable journals, compared to outreach activities (if specified at all).
That is not to say that people don’t want researchers to reach out to the general public. Recently, Sander Dekker, dutch secretary of the ministery of education, culture and research, plead that researchers have the moral duty to communicate their findings to the general public, but sadly failed to acknowledge that researchers are expected to do this voluntarily in their own (precious) time.
I do have the feeling though that there is a paradigm shift going on. For example, Rolf Hut voiced this in stating that scientists should write blogs instead of articles. I sure won’t refrain from writing papers, but it is food for thought, and one’s results surely would reach a broader audience.
But there are also other signs that outreach efforts are getting more important. I personally really like the outreach efforts of the EU funded EGSIEM project. The website offers regular blogposts on the project’s activities, where I should mention that it is a remarkable achievement to gather so many blogposts from fellow scientists, who are busy writing papers.
In Germany, the science funding body DFG is putting effort in setting an example. Since january 2016, they have their own twitter account (woop woop!). And since june 2016, they started making videos of climate related research targeted at a broader german public.
What if your homepage turns into a narcissistic outlet?
Surely, I hope that the occasional visitor of this website is entertained and informed, instead of being bored by a polished profile of an apparent academic research superstar. That being said, I do intend to show a bit of myself, and to highlight my own research work. And sharing such things should be an enjoyable activity, otherwise it doesn’t make sense to start a blog in the first place. Furthermore, shouldn’t the researcher himself be the ideal person to disseminate his research to wider public?
Double barrel science communication
However some may argue that researchers have the tendency to stay too technical (read: boring) when communicating science, and that this task should better be left to journalists. Although some journalists think it’s even better to have politicians explain the science.
The problem with journalistic stories is that they often filter out a fair share of relevant science while shaping the story around dramatic headlines. Honestly, you can’t really blame the journalists for doing this, as they crucially depend on clicks, but it may deform the results of the actual study.
But who said that you have to choose? Maybe it’s better to go for a double barrel approach and use both the professional media and a direct piece by the scientist. In such situations, if you have your academic homepage up and running, don’t you think it is an ideal place to add those extra bits of science?


This example uses a custom hub api to update the status. Hub apis make common tasks available to all modules
that use the hub. In this example modules B and C revieve and process the status updates.
hub.updateStatus('Status updated via the hub api');


Auxilliary Tool:
A class for trying to uniquely identify and track several objects simultaneously.
More...
#include <MultiObjectTrackingState.h>
Public Member Functions | |
| MultiObjectTrackingState () | |
| Constructor. | |
| void | updateState (const std::vector< SearchResult > &patches, const std::vector< CvScalar > &colors) |
| Update location of tracked objects based on the output of an object detector, and user provided color information. | |
| void | drawState (IplImage *colorInputImage) |
| Visualize the tracking state. | |
| void | reset (int maxObjects=-1) |
| Re-initialzie the tracking state, and optionally give hints about the number of objects being tracked. | |
| std::vector< TrackingObject > | getState () |
| Query the current state of the tracker. |
Auxilliary Tool:
A class for trying to uniquely identify and track several objects simultaneously.
This tracking is done using some heuristic rules. New object locations are matched to old ones based on the color of the object, and its remembered location.
| void MultiObjectTrackingState::drawState | ( | IplImage * | colorInputImage ) |
Visualize the tracking state.
Objects are given unique colors (which does not correspond to their track colors). Invisible objects are represented by a dot at their center. If the tracker is performing well, colors should "stick" to objects.
| colorInputImage | An image to draw over in order to visualize tracker output. This must be a 3 channel, IPL_DEPTH_8U image. Calling drawState draws directly onto colorInputImage. |
| vector< TrackingObject > MultiObjectTrackingState::getState | ( | ) |
Query the current state of the tracker.
The indices of this state vector should "stick" to objects, i.e. the same object should always be at the same position in the vector.
| void MultiObjectTrackingState::reset | ( | int | maxObjects = -1 ) |
Re-initialzie the tracking state, and optionally give hints about the number of objects being tracked.
| maxObjects | Give a hint to the tracker about the maximum number of objects in the scene, which makes the tracker more robust to false alarms. |
| void MultiObjectTrackingState::updateState | ( | const std::vector< SearchResult > & | patches, |
| const std::vector< CvScalar > & | colors | ||
| ) |
Update location of tracked objects based on the output of an object detector, and user provided color information.
| patches | Output of an object detector applied to a frame of video or camera. |
| colors | A color statistic of each patch. This could be the mean patch color value, but any three numbers the user believes can be used to help discriminate one object from another can be used. |


Minors are allowed only with a parent or guardian at any show.
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--- layout: default title: "Veterinary epidemiologist · R programmer · One Health practitioner" description: "" ---
I am a PhD candidate in the graduate group of Epidemiology. I'm just starting on creating this site to keep track of things like R code snippets, etc that help me with my PhD project and beyond. My background is that of a Veterinarian, though I am keen on amalgamating my Veterinary and Epidemiology knowledge with programming...so please bear with me as I find my way in this world of github, jekyll, programming, and contributing positively to this planet!
As of now, I am working on spatial analyses of infectious agents, and developing tools to help my research group manipulate project data.
I will update this site incrementally, so that I can balance it with my ongoing PhD work.


Enter a url or browse your local system for an app package.
Sample Applications
Dreamfactory provides sample apps to help you get started. Click one of the sample app links below to install the sample app. These and other sample apps can be found at
github/dreamfactorysoftware
Todo List jQuery
- Learn how to authenticate and make CRUD calls to your DSP using the JavaScript SDK.


Open Application Model (OAM)
This guidance will demonstrate how to use kpt to manage custom Kubernetes applications (i.e. apps defined by CRDs instead of raw Kubernetes workloads).
We will use Open Application Model(OAM) to describe the app for standardization and portability consideration. But you are free to use any Custom Resource to describe your application as well. Crossplane will be installed as the OAM runtime for Kubernetes.
What is kpt and what is OAM
Both kpt and OAM are outcomes of “Configuration-as-Data (or, Infrastructure-as-Data, IaD)”.
Pioneered by Kubernetes community, Configuration-as-Data emphasizes that “configuration should be treated as data and leverage pipelines for manipulation and policy enforcement”. In Kubernetes, Configuration-as-Data approach builds upon the design of the Kubernetes resource model (KRM). As a result, today any resource we applied to Kubernetes is a piece of data that represents the desired state for certain part of application or infrastructure in the real system.
With the heart of Configuration-as-Data, a typical Kubernetes native application management workflow just looks like a “pipeline”. See the picture below:
In this workflow, kpt is the manipulator of data. Stored in data source like Git, the original data (e.g. deployment.yaml) will pass through a pipeline of kpt functionalities to be manipulated into the desire state step by step. For example, labels
added, replicas
modified and image
updated etc.
So what is OAM then? OAM is the format of data. More accurately, OAM is a specific data format so Kubernetes can expose higher level abstraction such as “application” to developers.
In that sense, it’s a natural match for using kpt to manipulate the data which is formatted by OAM specification.
Pre-requisites
Install OAM Kubernetes runtime (Crossplane) by following its installation guides.
Create App Repository for kpt
kpt directly use GitHub repo as App Repository, so no action needed.
With the help of kpt, we could directly use GitHub Repo as App Repository without organizing apps in any fixed format.
Release your application to App Repository
So release your OAM app only needs two steps.
-
Create/Fork a github repo.
-
Commit and push your app.
git add sampleapp/ git commit -m "my sampleapp commit" git remote add origin git@github.com:<your-account>/<your-app-repo>.git git push -u origin master
Fetch OAM app from remote Repository
Using our example repository for this demo.
You could fetch OAM app from remote Repository using kpt pkg get.
Command
kpt pkg get https://github.com/oam-dev/samples.git/5.OAM_KPT_Demo/repository/sampleapp sampleapp
Output
fetching package /5.OAM_KPT_Demo/repository/sampleapp from https://github.com/oam-dev/samples to sampleapp
➜ kpt tree sampleapp
sampleapp
├── Kptfile
├── appconfig.yaml
└── component.yaml
0 directories, 3 files
Install sample app
$ kubectl apply -f sampleapp/
component.core.oam.dev/example-component created
applicationconfiguration.core.oam.dev/example-appconfig created
Several resources are created:
- Component is the description of what you want to deploy.
- ApplicationConfiguration is the description of operational policies for your Component.
Check the underlying Deployment instance generated by OAM.
$ kubectl get deploy
NAME READY UP-TO-DATE AVAILABLE AGE
example-appconfig-workload-deployment 3/3 3 3 114s
Sync with Remote App Repository
When some changes occurred both local and remote apps, you could sync and merge with kpt.
Because kpt packages must be checked into a git repo before they are updated, if your app is not in the control of git, you could init like below:
git init
git add sampleapp
git commit -m "init"
Then our local sampleapp can be changed and sync with the remote app. For example, assume our remote sampleapp has changed and tagged as v0.1.0
.
kpt pkg update<EMAIL_ADDRESS>--strategy=resource-merge
Ref to update section of kpt for more details.
Parameter Setting
kpt setters is a powerful feature which naturally matches to the idea of “separate concerns” design from OAM.
In Open Application Model, developers can claim certain fields in the application YAML as “configurable”, so in the following workflow, operators (or the platform) will be allowed to modify these fields.
Now this goal can be easily achieved with help of kpt.
Create setter by App Developer
Let’s say the developer need to claim two fields as “configurable” for his application, he can add two kpt setters here:
kpt cfg create-setter sampleapp/ instance-name example-component --field "metadata.name" --description "use to set an instance name" --set-by "sampleapp developer"
kpt cfg create-setter sampleapp/ image nginx:1.16.1 --field "image" --description "use to set image for component" --set-by "sampleapp developer"
Then the app operator could see which parameters are available in this component like below:
$ kpt cfg list-setters sampleapp/
NAME VALUE SET BY DESCRIPTION COUNT
image nginx:1.16.1 sampleapp developer use to set image for component 1
instance-name example-component sampleapp developer use to set an instance name 1
It’s very clear and easy to understand.
Set Value by App Operator
Then the application operator could set instance-name
with a new name like this:
$ kpt cfg set sampleapp/ instance-name test-component
set 1 fields
Check the component and you will find the instane name has been changed.
$ cat sampleapp/component.yaml
apiVersion: core.oam.dev/v1alpha2
kind: Component
metadata:
name: test-component # {"$ref":"#/definitions/io.k8s.cli.setters.instance-name"}
spec:
workload:
apiVersion: core.oam.dev/v1alpha2
kind: ContainerizedWorkload
spec:
containers:
- name: my-nginx
image: nginx:1.16.1 # {"$ref":"#/definitions/io.k8s.cli.setters.image"}
...
App Overview
With kpt, you could see an overview of your App.
$ kpt cfg count sampleapp
ApplicationConfiguration: 1
Component: 1
So in the sampleapp, we have one ApplicationConfiguration and one Component.
Live apply
kpt includes the next-generation apply commands developed out of the Kubernetes cli-utils repository as the kpt live apply
command.
This means with kpt live apply
command, we could wait for the controller reconcile.
$ kpt live init sampleapp
Initialized: ../sampleapp/grouping-object-template.yaml
$ kpt live apply sampleapp --reconcile-timeout=10m
configmap/inventory-9ac03a44 unchanged
applicationconfiguration.core.oam.dev/example-appconfig created
component.core.oam.dev/example-component created
3 resource(s) applied. 2 created, 1 unchanged, 0 configured
configmap/inventory-9ac03a44 is Current: Resource is always ready
applicationconfiguration.core.oam.dev/example-appconfig is NotFound: Resource not found
component.core.oam.dev/example-component is NotFound: Resource not found
applicationconfiguration.core.oam.dev/example-appconfig is Current: Resource is current
component.core.oam.dev/example-component is Current: Resource is current
all resources has reached the Current status
0 resource(s) pruned
Happy building OAM apps with kpt!


--- layout: archive title: "Projects" permalink: /projects/ author_profile: true --- See a map of all the places I've given a talk! {% for project in site.projects reversed %}


|
Artemis Cubesat Kit - BeagleBone Source Code
0.1
SourcecodefortheBeagleBoneBlack
|
#include "device/GPIO.h"
Go to the source code of this file.
Classes | |
| struct | cubesat::SwitchedDeviceInfo |
| class | cubesat::PDUSwitch |
| A class for controlling the switched lines to the EPS. Inherits from the GPIO class. More... | |
Namespaces | |
| cubesat | |
Macros | |
| #define | SWITCH_COUNT 3 |
| #define | SWITCH_HEATER_NAME "sw_heater" |
| #define | SWITCH_TEMPSENSOR_NAME "sw_temp" |
| #define | SWITCH_SUNSENSOR_NAME "sw_ss" |
| #define | SWITCH_PAYLOAD_NAME "sw_raspi" |
| #define | SWITCH_HEATER_KEY "P9_14" |
| #define | SWITCH_TEMPSENSOR_KEY "P9_14" |
| #define | SWITCH_SUNSENSOR_KEY "P9_14" |
| #define | SWITCH_PAYLOAD_KEY "P9_14" |
Enumerations | |
| enum | cubesat::SwitchID : int { cubesat::SwitchID::Heater = 0, cubesat::SwitchID::TempSensor = 1, cubesat::SwitchID::SunSensor = 2, cubesat::SwitchID::Payload = 3 } |
| enum | cubesat::SwitchState : int { cubesat::SwitchState::Invalid = -1, cubesat::SwitchState::Off = 0, cubesat::SwitchState::On = 1 } |
| #define SWITCH_COUNT 3 |
| #define SWITCH_HEATER_KEY "P9_14" |
| #define SWITCH_HEATER_NAME "sw_heater" |
| #define SWITCH_PAYLOAD_KEY "P9_14" |
| #define SWITCH_PAYLOAD_NAME "sw_raspi" |
| #define SWITCH_SUNSENSOR_KEY "P9_14" |
| #define SWITCH_SUNSENSOR_NAME "sw_ss" |
| #define SWITCH_TEMPSENSOR_KEY "P9_14" |
| #define SWITCH_TEMPSENSOR_NAME "sw_temp" |


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Jose Mourinho Named Tottenham Manager Barely 12 Hours After Mauricio Pochettino Was Booted Out
by Timothy NdoroJose Mourinho Named New Tottenham Manager
The BBC has confirmed that Jose Mourinho has been appointed Tottenham manager, succeeding Mauricio Pochettino who was sacked on Tuesday.
Former Chelsea and Manchester United boss Mourinho has signed a contract until the end of the 2022-23 season.
“The quality in both the squad and the academy excites me,” said the 56-year-old Portuguese. “Working with these players is what has attracted me.”
Spurs chairman Daniel Levy said: “In Jose we have one of the most successful managers in football.”
Tottenham reached the Champions League final last season under Pochettino but lost to Liverpool in Madrid.
The Argentine, who was appointed in May 2014, failed to win a trophy in his time in charge of the north London club with Spurs’ last silverware being the League Cup in 2008.
Levy added: “He (Mourinho) has a wealth of experience, can inspire teams and is a great tactician.
“He has won honours at every club he has coached. We believe he will bring energy and belief to the dressing room.”
Mourinho still lives in London and won three Premier League titles and one FA Cup in two spells at Chelsea, while he won the Europa League and Carabao Cup with Manchester United.
He has also previously managed Portuguese side Porto – where he won the Champions League – Italian club Inter Milan, with whom he claimed a league, cup and Champions League Treble, and Spanish team Real Madrid, who he led to the La Liga title.
Mourinho has been out of work since being sacked as Manchester United manager in December 2018.
He takes over a Spurs side that are 14th in the Premier League and without a win in their last five games.
Mourinho has turned down a number of job opportunities, including in China, Spain and Portugal, since leaving Old Trafford.
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| geometry_msgs::Twist | cmdvel |
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| ros::NodeHandle | n_ |
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| ros::Publisher | pub_ |
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Definition at line 72 of file TBK.cpp.
| void TBK_Node::keyboardLoop |
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| void TBK_Node::stopRobot |
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inline |
| geometry_msgs::Twist TBK_Node::cmdvel |
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private |
| ros::NodeHandle TBK_Node::n_ |
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private |
| ros::Publisher TBK_Node::pub_ |
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private |
The documentation for this class was generated from the following file:


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