Revision History¶
Changes from v2.3 to v2.4¶
With this release, we are no longer supporting Python 2.7 or 3.6. GalSim is supported for the following Python versions: 3.7, 3.8, 3.9, 3.10.
Note
As advertised in the 2.3 release notes, GalSim no longer supports the following legacy options:
Python 2
TMV for matrices in C++
Boost Python for C++ bindings
SCons builds
A full list of changes in this release are below. The numbers in parentheses are GalSim issue or pull request numbers where the change was implemented.
cf. https://github.com/GalSim-developers/GalSim/milestone/21?closed=1
API Changes¶
Removed CppEllipse in C++ layer, which had been deprecated since the 1.x series, but we forgot to actually get rid of. (#1129)
Removed AstronomicalConstants.h in C++ layer, which we never used. (#1129)
Removed AttributeDict, which we had sitting in utilities, but which we have never used. (#1129)
Some changes to the C++ Image constructors to include a maxptr value. (#1149)
Documented an API change, which was actually introduced in v2.3, that
_InterpolatedImage
does not recenter the image to (0,0) asInterpolatedImage
does. (#1151)Changed
SincInterpolant.ixrange
to be consistent with the value of xrange, rather than inf. (#1154)Changed
galsim.scene
namespace name togalsim.galaxy_sample
. (#1174)
Config Updates¶
Added
Correlated
noise type as a generalization of the more specificCOSMOS
noise type. (#731, #1174)Added
galaxy_sample
input type with correspondingSampleGalaxy
GSObject type. (#795, #1174)Added
COSMOSValue
andSampleValue
value types. (#954, #1174)Allowed template file names to be evaluated using the “$” shorthand notation. (#1138)
Added
RegisterTemplate
to allow the ability to register templates by name. (#1143)Fixed some errors in
PhotonDCR
usage in the config layer. (#1148)Added option to specify a dtype other than np.float32 for images built by config. (#1160)
Fixed inconsistent behavior of image.world_pos in image type=Single. (#1160)
Let a flux item for an object with an SED normalize the SED for the bandpass being simulated. (#1160)
Fixed some edge cases where the created image could not have the requested wcs. (#1160)
Added option to
initialize
input objects in anInputLoader
. (#1162, #1163)Fixed error in returned variance for
CCDNoise
builder, which was in e- rather than ADU. (#1166, #1167)Changed the way the internal random number sequence works so that running multiple simulations with sequential random seed values doesn’t end up with duplicated random values across the two (or more) simulations. (#1169)
New Features¶
Added
BaseCorrelatedNoise.from_file
class method. (#731, #1174)Added
GalaxySample
class as generalization ofCOSMOSCatalog
. (#795, #1174)Added methods
Image.transpose
,Image.flip_ud
,Image.flip_lr
,Image.rot_cw
,Image.rot_ccw
, andImage.rot_180
. (#1139)Exposed our Si, Ci, sinc, and gammainc functions from C++. (#1146)
Added pupil_u and pupil_v to
PhotonArray
and persist the values thereof when they are computed as part of a phase PSF computation. (#1147)Added
Image.depixelize
anddepixelize=True
option forInterpolatedImage
. (#1154)Let
Bounds.expand
take an optional second argument to scale differently in different directions. (#1153, #1155)Added
BaseWCS.shearToWorld
andBaseWCS.shearToImage
along with overloadingBaseWCS.toWorld
andBaseWCS.toImage
to mean the same thing when the argument is aShear
value. (#1158, #1172)Added
PupilImageSampler
andPupilAnnulusSampler
photon operators. (#1176)Added
TimeSampler
photon operator. (#1178)Added
BaseDeviate.as_numpy_generator
. (#1067, $1179)Added
timeout
option to control multiprocessing timeout limit and increased the default. (#1180)
Performance Improvements¶
Change the implementation of the Silicon sensor code to use ~half as many points for the pixels by sharing boundaries between neighboring pixels. (#1118, #1137)
Use single precision for Silicon pixel boundaries, which further reduces the memory required for the SiliconSensor implementation. (#1140)
Moved some of the logic related to the Silicon sensor to the python layer. This is not per se a performance improvement, but it enables some potential future improvements. (#1141)
Let
BaseDeviate.generate
use multiple threads in C++ layer. (#1177)
Bug Fixes¶
Fixed some cases where HSM would fail to converge for apparently very well-behaved images. (#1132, #1149)
Fixed error in
InterpolatedImage.withGSParams
not correctly updating stepk and maxk if the updated parameters merited it. (#1154)Fixed error in
ChromaticSum
photon shooting whenn_photons
is explicitly given. (#1156, #1157)Fixed some rounding errors that could happen when rendering integer-typed images (e.g. ImageI) that could cause values to be off by 1. (#1160)
Changes from v2.4.0 to v2.4.1¶
Fixed the pip installation to include the galsim/share directory, which was missing.
Changes from v2.4.1 to v2.4.2¶
Registered the new photon operators (
TimeSampler
,PupilImageSampler
, andPupilAnnulusSampler
) in the config layer.
Changes from v2.4.2 to v2.4.3¶
Fixed error in default nobj calculation for extra_object output when not doing the normal BuildFile processing.
Changes from v2.4.3 to v2.4.4¶
Made it possible to delete items in a config list. (#1183)
Fixed error in how input fields check when they are current. (#1184)
Changes from v2.4.4 to v2.4.5¶
Fixed an assert error that would trigger if hsm was run on images with negative stride. (#1185)
Changes from v2.4.5 to v2.4.6¶
Fixed drawImage to work correctly for method=fft when using photon_ops. (#1193)
Fixed the proxies used by config Input items to allow access to attributes. (#1195)
Changes from v2.4.6 to v2.4.7¶
Fixed the flux scaling of drawReal for objects with non-diagonal jacobian. (#1197, #1198)
Added –log_format option to galsim executable. (#1201)
Allowed input objects with has_nobj=True to return an approximate number of objects for the initial pass, rather than the eventual exact number. (#1202)
Updated the Great3 links to non-broken URLs. (#1205)
Added options to InputLoader to make inputs with AtmosphericScreens work properly. (#1206)
Only use proxies for input objects if not yet in a multiprocessing context. This had been causing significant slow downs in some imsim runs. (#1206)
Changes from v2.4.7 to v2.4.8¶
Fixed a slow-down in multiprocessing especially when running very many (>10) processes. (#1213)
Changes from v2.4.8 to v2.4.9¶
Fixed a potential segmentation fault that could happen when using photon_ops with FFT drawing. (#1216)
Changes from v2.4.9 to v2.4.10¶
Fixed the Silicon class to handle invalid wavelengths gracefully rather than raise an exception. (#1227)
Changes from v2.4.10 to v2.4.11¶
Fixed the config template processing to handle recursive templates. (#1233)
Fixed the processing of modules in config files to allow sub-modules to be included without requiring the parent module. E.g. to include astropy.time as a module no longer requires astropy to also be in the list of modules. (#1233)


sv_pkgs.Rd
List the packages in and around the SNAPverse and their section of the verse.
sv_pkgs()
a data frame.
This function returns a 3-column data frame of all SNAPverse package names, their part of the verse, and whether local git repositories/R projects sharing the same parent directory are found for each. The list includes SNAPverse satellite packages, which are related to and often used in conjunction with, but not a strict part of the SNAPverse.
The other packages are considered core packages of the SNAPverse and fall into of three sectors of the verse:
functions, data or apps. The three packages listed as sector
packages load different subsets of SNAPverse packages
for convenience. snapverse
loads functions, data and apps packages. snaplite
loads only the functions packages.
snapdata
loads only the data packages. For most users, the packages most likely needed or of interest
are snapstat
, snapapps
and any of the data packages.
sv_pkgs#> function(){ #> typenames <- c("sector", "functions", "data", "apps", "satellite") #> type <- list( #> sector = c("snapverse", "snaplite", "snapdata", "snapwebs"), #> functions = c("snapstat", "snapplot", "snaplocs", "snapprep", "alfresco"), #> data = c("snapclim", "snapfire", "snappoly", "snapgrid", "snapdist"), #> apps = c("snapapps", "snapdash", "snapflex", "snapdocs"), #> satellite = c("jfsp", "rvtable", "apputils", "maputils", "snaputils", "snapmeta", "snapsite") #> #> ) #> d <- tibble::data_frame( #> pkg = unlist(type), type = rep(typenames, times=sapply(type, length)), local = FALSE #> ) #> x <- sv_local_pkgs() #> if(length(x)) d$local[d$pkg %in% x] <- TRUE #> d #> } #> <bytecode: 0x000000002076e340> #> <environment: namespace:snapmeta>


WITNESS LIST
Jurisprudence
June 27, 2011 10:30 AM
FOR:
Carlson, Pat President (Texas Eagle Forum), Ft. Worth, TX
Meier, Bill Justice (2nd Court of Appeals), Fort Worth, TX
AGAINST:
Magee, Greg Justice of the Peace (also providing written testimony) (Texas Justice Court
Judges Association), Point Blank, TX
Ridgway, Russ Presiding Judge, Justice of the Peace Courts (Harris County Justice Courts
on behalf of Harris County Justices of the Peace), Houston, TX
Registering, but not testifying:
For:
Bresnen, Steve (El Paso County, Texas), Austin, TX
Jordan, Chad President (Jutice of the Peace and Constable Association), Granbury, TX
Against:
Aigner, Kevin (CTJPCA), Austin, TX
Barnes, Debbie Civil Court Clerk (Texas Justice Court Judges Association), Taylor, TX
Garden, Edward (Self), Austin, TX
Grimm, Marilyn Retired Justice Court Clerk (Texas Justice Court Judges Association),
Taylor, TX
Howell, Edward Office Supervisor (CTJPCA), Austin, TX
Jessica, Schmidt Board Member (Texas Justice Court Judges Association), Taylor, TX
Johnson, Daniel Ray (Self), Austin, TX
Kaderka, Linda Retired Justice Court Clerk (Texas Justice Court Judges Association),
Taylor, TX
Marquez, Rick Deputy Constable (CTJPCA), Austin, TX
Papst, Greg (CTJPCA), Austin, TX
Pareya, David Justice of the Peace (Texas Justice Court Judges Association), West, TX
Wright, Adrian (CTJPCA), Pflugerville, TX
On:
Harger, Gary (Office of Court Administration), Austin, TX
Reynolds, Carl Director (Office of Court Administration), Austin, TX
Providing written testimony:
For:
Cobos, David M. JP 2, Midland County/Chair, Legislative Committee (Justices of the
Peace and Constables Association of Texas), Midland, TX
1


Class: Aws::Route53::Types::CreateHostedZoneRequest
| Relationships & Source Files | |
| Super Chains via Extension / Inclusion / Inheritance | |
|
Class Chain:
self,
Struct
|
|
|
Instance Chain:
self,
Struct
|
|
| Inherits: |
Struct
|
| Defined in: | (unknown) |
Overview
When passing CreateHostedZoneRequest as input to an Aws::Client method, you can use a vanilla Hash:
{
name: "DNSName", # required
vpc: {
vpc_region: "us-east-1", # accepts us-east-1, us-east-2, us-west-1, us-west-2, eu-west-1, eu-west-2, eu-central-1, ap-southeast-1, ap-southeast-2, ap-south-1, ap-northeast-1, ap-northeast-2, sa-east-1, ca-central-1, cn-north-1
vpc_id: "VPCId",
},
caller_reference: "Nonce", # required
hosted_zone_config: {
comment: "ResourceDescription",
private_zone: false,
},
delegation_set_id: "ResourceId",
}
A complex type containing the hosted zone request information.
Instance Attribute Summary
-
#caller_reference ⇒ String
rw
A unique string that identifies the request and that allows failed
CreateHostedZone
requests to be retried without the risk of executing the operation twice. -
#delegation_set_id ⇒ String
rw
If you want to associate a reusable delegation set with this hosted zone, the ID that Amazon Route 53 assigned to the reusable delegation set when you created it.
-
#hosted_zone_config ⇒ Types::HostedZoneConfig
rw
(Optional) A complex type that contains an optional comment about your hosted zone.
-
#name ⇒ String
rw
The name of the domain.
-
#vpc ⇒ Types::VPC
rw
The VPC that you want your hosted zone to be associated with.
Instance Attribute Details
#caller_reference ⇒ String
(rw)
A unique string that identifies the request and that allows failed CreateHostedZone
requests to be retried without the risk of executing the operation twice. You must use a unique CallerReference
string every time you create a hosted zone. CallerReference
can be any unique string, for example, a date/time stamp.
#delegation_set_id ⇒ String
(rw)
If you want to associate a reusable delegation set with this hosted zone, the ID that Amazon Route 53 assigned to the reusable delegation set when you created it. For more information about reusable delegation sets, see CreateReusableDelegationSet.
- Type
-
String
- Default
-
None
- Parent
-
CreatedHostedZoneRequest
#hosted_zone_config ⇒ Types::HostedZoneConfig (rw)
(Optional) A complex type that contains an optional comment about your hosted zone. If you don't want to specify a comment, omit both the HostedZoneConfig
and Comment
elements.
#name ⇒ String
(rw)
The name of the domain. For resource record types that include a domain name, specify a fully qualified domain name, for example, www.example.com. The trailing dot is optional; Amazon Route 53 assumes that the domain name is fully qualified. This means that Amazon Route 53 treats www.example.com (without a trailing dot) and www.example.com. (with a trailing dot) as identical.
If you're creating a public hosted zone, this is the name you have registered with your DNS registrar. If your domain name is registered with a registrar other than Amazon Route 53, change the name servers for your domain to the set of NameServers
that CreateHostedZone
returns in the DelegationSet element.
#vpc ⇒ Types::VPC (rw)
The VPC that you want your hosted zone to be associated with. By providing this parameter, your newly created hosted can't be resolved anywhere other than the given VPC.


Contact the Celebration Brass Quintet
We are available for:
- Weddings
- Worship Services
- Park Concerts
- Ceremonial Occasions
- Holiday Concerts
- Special Events
- Celebrations
If you would like to reserve the quintet for your event or celebration, or for questions about availability and rates, email us at or call (763) 545‑1364.
Sample programs and audio clips are available here.


Money Play. Should Red double? If doubled, should White take?
pips Red=62 White=88
(CorrectAnswer= 0/0, ErrorScore= 0)
Red leaves White a double shot with 17 rolls and White will hit that shot about half the time. Given that White will own the cube he will win the game after a large majority of those hits.
After the sequence where White hits and covers and Red fans White will have a powerful redouble which Red must accept.
Add in White’s racing potential (the pip-count is not true because of those extra Red checkers on the ace-point) and this becomes a comfortable take for White. Red must double of course because of the volatility of the position.
After the sequence where White hits and covers and Red fans White will have a powerful redouble which Red must accept.
Add in White’s racing potential (the pip-count is not true because of those extra Red checkers on the ace-point) and this becomes a comfortable take for White. Red must double of course because of the volatility of the position.
Cube analysis 2-ply cubeless equity +0.531 0.756 0.028 0.000 - 0.244 0.009 0.000 Cubeful equities: 1. Double, take +0.899 2. Double, pass +1.000 (+0.101) 3. No double +0.606 (-0.293) Proper cube action: Double, take


There are rumors that Pango processes cantillation correctly - possibly, with good fonts? We need to accertain - with Behdad? - that we do not need special support from Pango, and that expressive power of OpenType is sufficient.
InDesign [InDesign] and its storage format INX [INX]are something to think about in the context of Outside-In XML Publishing [Outside-In].
"Typesetting Hebrew Cantillation".


thPrefix
The thPrefix parameter sets the prefix used to identify attributes for processing by Thymol.
The default value for this parameter is "th". The default value is used if not overridden.
You can override the default value by setting thPrefix directly using any of the usual mechanisms, by re-assigning in JavaScript, using a script parameter etc.
If you're using XHTML, you can also set the value indirectly by defining a prefix for the "http://www.thymeleaf.org" xml namespace in the document html element. Like this:
<html xmlns="http://www.w3.org/1999/xhtml" xmlns:th="http://www.thymeleaf.org">
...
</html>
You can also use the Thymol specific namespace "http://www.thymoljs.org". This namespace will not be recognised by Thymeleaf, and attributes with a prefix in this namespace will be ignored by Thymeleaf. You can use this fact if you wish to use Thymol in combination with Thymeleaf.
<html xmlns="http://www.w3.org/1999/xhtml" xmlns:th="http://www.thymeleaf.org" xmlns:tl="http://www.thymoljs.org">
...
</html>
In this scenario, template element attributes having the prefix "th" can be processed by Thymeleaf (as normal), and those with the prefix "tl" can be post-processed by Thymol in the browser.
The default value may be set to a different value using the thDefaultPrefix variable (see configuration section).


| Concept 0 | launcher icon icons pack icon pack support launchers apply theme launcher launcher |
|---|---|
| Concept 1 | keyboard wallpapers wallpaper app com icons https theme live support |
| Concept 2 | keyboard klwp screen wallpaper theme phone wallpapers launcher live themes |
| Concept 3 | klwp kustom launcher top bar nova launcher status bar pro application preset alone app |
| Concept 4 | klwp kustom launcher top bar nova launcher status bar pro application preset alone app |
| Concept 5 | details id com id com apps details apps details id com store com store apps details id google com store https |
| Concept 6 | tv movies paranormal ghost channels watch tamil live tv channels detector |
| Concept 7 | crispy keyboard 192x192 cloud 192x192 cloud based 1wojizh 1wojizh mail 1wojizh mail flatedge18 actionpro actionpro |
| Concept 8 | substratum theme roms oreo bigblu substratum theme aosp reboot overlay overlays |
| Concept 9 | kwgt widgets launcher https goo https goo gl gl goo goo gl kwgt https goo kwgt https |
| Concept 0 | android experience experience android emoji lock touchpal fingerprint keyboard emoji keyboard substratum |
|---|---|
| Concept 1 | android experience experience android lock fingerprint fingerprint lock screen app lock screen scanner |
| Concept 2 | android experience experience android lock fingerprint fingerprint lock screen app lock screen scanner |
| Concept 3 | lock fingerprint fingerprint lock screen lock screen app scanner touch touch id id |
| Concept 4 | emoji touchpal keyboard emoji keyboard type correction prediction touchpal emoji touchpal |


- getActionTotalCount(String) - Method in class io.branch.referral.PrefHelper
-
Gets the count of total number of times that the specified action has been carried
out during the current session, as defined in preferences.
- getActionUniqueCount(String) - Method in class io.branch.referral.PrefHelper
-
Gets the count of the unique number of times that the specified action has been carried
out during the current session, as defined in preferences.
- getAdvertisingId() - Method in class io.branch.referral.SystemObserver
-
Google now requires that all apps use a standardised Advertising ID for all ad-based
actions within Android apps.
- getAPIBaseUrl() - Method in class io.branch.referral.PrefHelper
-
Returns the base URL to use for all calls to the Branch API as a String
.
- getAppKey() - Method in class io.branch.referral.PrefHelper
-
Gets the Branch App Key in preferences programmatically.
- getAppVersion() - Method in class io.branch.referral.PrefHelper
-
- getAppVersion() - Method in class io.branch.referral.SystemObserver
-
Gets the package name of the current application that the SDK is integrated with.
- getArray() - Method in class io.branch.referral.ServerResponse
-
Checks whether the post data associated with the current request is an instance of a
JSONArray
object, and if so type-casts it to the corresponding class type.
- getBluetoothPresent() - Method in class io.branch.referral.SystemObserver
-
Checks whether the current device has Bluetooth capability of any kind by attempting to
instantiate a BluetoothAdapter
object that points to the default Bluetooth adapter
of the device.
- getBluetoothVersion() - Method in class io.branch.referral.SystemObserver
-
- getBool(String) - Method in class io.branch.referral.PrefHelper
-
A basic method that returns a Bool
value from a specified preferences Key.
- getCarrier() - Method in class io.branch.referral.SystemObserver
-
Gets the name of the network operator that the current telephony-capable device is
connected to.
- getConnectionStatus() - Method in class io.branch.referral.PrefHelper.DebugNetworkCallback
-
- getContentUrl(String, JSONObject, Branch.BranchLinkCreateListener) - Method in class io.branch.referral.Branch
-
Configures and requests a content URL to be generated by the Branch servers.
- getContentUrl(Collection<String>, String, JSONObject, Branch.BranchLinkCreateListener) - Method in class io.branch.referral.Branch
-
Configures and requests a content URL to be generated by the Branch servers.
- getContentUrlSync(String, JSONObject) - Method in class io.branch.referral.Branch
-
Configures and requests a content URL to be generated by the Branch servers, via a synchronous
call; with a duration specified within which an app session should be matched to the link.
- getContentUrlSync(Collection<String>, String, JSONObject) - Method in class io.branch.referral.Branch
-
Configures and requests a content URL to be generated by the Branch servers, via a synchronous
call; with a duration specified within which an app session should be matched to the link.
- getCreditCount() - Method in class io.branch.referral.PrefHelper
-
Get the current cached credit count for the default bucket, as currently stored in
preferences for the current app.
- getCreditCount(String) - Method in class io.branch.referral.PrefHelper
-
Get the current cached credit count for the default bucket, as currently stored in
preferences for the current app.
- getCreditHistory(Branch.BranchListResponseListener) - Method in class io.branch.referral.Branch
-
Gets the credit history of the specified bucket and triggers a callback to handle the
response.
- getCreditHistory(String, Branch.BranchListResponseListener) - Method in class io.branch.referral.Branch
-
Gets the credit history of the specified bucket and triggers a callback to handle the
response.
- getCreditHistory(String, int, Branch.CreditHistoryOrder, Branch.BranchListResponseListener) - Method in class io.branch.referral.Branch
-
Gets the credit history of the specified bucket and triggers a callback to handle the
response.
- getCreditHistory(String, String, int, Branch.CreditHistoryOrder, Branch.BranchListResponseListener) - Method in class io.branch.referral.Branch
-
Gets the credit history of the specified bucket and triggers a callback to handle the
response.
- getCreditHistory(JSONObject) - Method in class io.branch.referral.BranchRemoteInterface
-
Gets the credit history of the bucket specified in the post request.
- getCredits() - Method in class io.branch.referral.Branch
-
Retrieve the number of credits available for the "default" bucket.
- getCreditsForBucket(String) - Method in class io.branch.referral.Branch
-
Returns an Integer
of the number of credits available for use within the supplied
bucket name.
- getRandomizedDeviceToken() - Method in class io.branch.referral.PrefHelper
-
Gets the android.os.Build#RANDOMIZEDDEVICETOKEN
value of the current OS build, on the current device,
as a String
from preferences.
- getExternAppListing() - Method in class io.branch.referral.PrefHelper
-
Sets the Boolean
value that is checked prior to the listing of external apps.
- getExternDebug() - Method in class io.branch.referral.PrefHelper
-
Gets the value of the debug status Boolean
value.
- getFirstReferringParams() - Method in class io.branch.referral.Branch
-
Queries the local
PrefHelper
instance to get the initial assigned install parameters
as a String, then converts the string into a
JSONObject
for server sync or to be
passed to another class.
- getFloat(String) - Method in class io.branch.referral.PrefHelper
-
A basic method that returns a Float
value from a specified preferences Key.
- getIdentity() - Method in class io.branch.referral.PrefHelper
-
- getRandomizedBundleToken() - Method in class io.branch.referral.PrefHelper
-
Gets the KEY_RANDOMIZED_BUNDLE_TOKEN
String
value that has been set via the Branch API.
- getInstallParams() - Method in class io.branch.referral.PrefHelper
-
Gets the session parameters as originally set at time of app installation, in preferences.
- getInstance(Context, String) - Static method in class io.branch.referral.Branch
-
Deprecated.
- getInstance(Context) - Static method in class io.branch.referral.Branch
-
Singleton method to return the pre-initialised, or newly initialise and return, a singleton
object of the type
Branch
.
- getInstance(Context) - Static method in class io.branch.referral.PrefHelper
-
Singleton method to return the pre-initialised, or newly initialise and return, a singleton
object of the type
PrefHelper
.
- getInstance(Context) - Static method in class io.branch.referral.ServerRequestQueue
-
Singleton method to return the pre-initialised, or newly initialise and return, a singleton
object of the type
ServerRequestQueue
.
- getInteger(String) - Method in class io.branch.referral.PrefHelper
-
A basic method that returns an integer value from a specified preferences Key.
- getInteger(String, int) - Method in class io.branch.referral.PrefHelper
-
A basic method that returns an Integer
value from a specified preferences Key, with a
default value supplied in case the value is null.
- getIsReferrable() - Method in class io.branch.referral.PrefHelper
-
Gets the
Integer
value of the preference setting
PrefHelper.KEY_IS_REFERRABLE
, which
indicates whether or not the current session should be considered referrable.
- getLatestReferringParams() - Method in class io.branch.referral.Branch
-
Queries the local
PrefHelper
instance to get the current assigned session parameters
as a String, then converts the string into a
JSONObject
for server sync or to be
passed to another class.
- getLinkClickID() - Method in class io.branch.referral.PrefHelper
-
- getLinkClickIdentifier() - Method in class io.branch.referral.PrefHelper
-
Gets the #KEY_LINK_CLICK_IDENTIFER
String
value that has been set via the Branch API.
- getLinkData() - Method in class io.branch.referral.ServerResponse
-
Gets a
BranchLinkData
object containing the data associated with the current Branch
link.
- getListOfApps() - Method in class io.branch.referral.SystemObserver
-
Gets a JSONArray
object containing a list of the applications that are installed
on the current device.
- getLong(String) - Method in class io.branch.referral.PrefHelper
-
A basic method that returns a Long
value from a specified preferences Key.
- getMessage() - Method in class io.branch.referral.Branch.BranchApplyReferralCodeError
-
- getMessage() - Method in class io.branch.referral.Branch.BranchCreateUrlError
-
- getMessage() - Method in class io.branch.referral.Branch.BranchDuplicateReferralCodeError
-
- getMessage() - Method in class io.branch.referral.Branch.BranchDuplicateUrlError
-
- getMessage() - Method in class io.branch.referral.Branch.BranchGetCreditHistoryError
-
- getMessage() - Method in class io.branch.referral.Branch.BranchGetCreditsError
-
- getMessage() - Method in class io.branch.referral.Branch.BranchGetReferralCodeError
-
- getMessage() - Method in class io.branch.referral.Branch.BranchGetReferralsError
-
- getMessage() - Method in class io.branch.referral.Branch.BranchInitError
-
- getMessage() - Method in class io.branch.referral.Branch.BranchInvalidReferralCodeError
-
- getMessage() - Method in class io.branch.referral.Branch.BranchNotInitError
-
- getMessage() - Method in class io.branch.referral.Branch.BranchSetIdentityError
-
- getMessage() - Method in class io.branch.referral.Branch.BranchValidateReferralCodeError
-
- getMessage() - Method in class io.branch.referral.BranchError
-
Returns the message explaining the error.
- getNFCPresent() - Method in class io.branch.referral.SystemObserver
-
Checks whether or not the current device has near-field communication capabilities.
- getObject() - Method in class io.branch.referral.ServerResponse
-
Checks whether the post data associated with the current request is an instance of a
JSONObject
object, and if so type-casts it to the corresponding class type.
- getOS() - Method in class io.branch.referral.SystemObserver
-
Hard-coded value, used by the Branch object to differentiate between iOS, Web and Android
SDK versions.
- getOSVersion() - Method in class io.branch.referral.SystemObserver
-
Returns the Android API version of the current device as an Integer
.
- getPhoneBrand() - Method in class io.branch.referral.SystemObserver
-
Returns the hardware manufacturer of the current device, as defined by the manufacturer.
- getPhoneModel() - Method in class io.branch.referral.SystemObserver
-
Returns the hardware model of the current device, as defined by the manufacturer.
- getPost() - Method in class io.branch.referral.ServerRequest
-
Gets a JSONObject
containing the post data supplied with the current request as
key-value pairs.
- getReferralCode(Branch.BranchReferralInitListener) - Method in class io.branch.referral.Branch
-
Configures and requests a referral code to be generated by the Branch servers.
- getReferralCode(int, Branch.BranchReferralInitListener) - Method in class io.branch.referral.Branch
-
Configures and requests a referral code to be generated by the Branch servers.
- getReferralCode(String, int, Branch.BranchReferralInitListener) - Method in class io.branch.referral.Branch
-
Configures and requests a referral code to be generated by the Branch servers.
- getReferralCode(int, Date, Branch.BranchReferralInitListener) - Method in class io.branch.referral.Branch
-
Configures and requests a referral code to be generated by the Branch servers.
- getReferralCode(String, int, Date, Branch.BranchReferralInitListener) - Method in class io.branch.referral.Branch
-
Configures and requests a referral code to be generated by the Branch servers.
- getReferralCode(String, int, int, int, Branch.BranchReferralInitListener) - Method in class io.branch.referral.Branch
-
Configures and requests a referral code to be generated by the Branch servers.
- getReferralCode(String, int, Date, String, int, int, Branch.BranchReferralInitListener) - Method in class io.branch.referral.Branch
-
Configures and requests a referral code to be generated by the Branch servers.
- getReferralCode(JSONObject) - Method in class io.branch.referral.BranchRemoteInterface
-
Get the applied referral code, and store in currently instantiated
PrefHelper
object
if one exists.
- getReferralCounts() - Method in class io.branch.referral.BranchRemoteInterface
-
Get the number of referrals for the App ID specified in the current
PrefHelper
object.
- getReferralUrl(String, JSONObject, Branch.BranchLinkCreateListener) - Method in class io.branch.referral.Branch
-
Configures and requests a referral URL to be generated by the Branch servers.
- getReferralUrl(Collection<String>, String, JSONObject, Branch.BranchLinkCreateListener) - Method in class io.branch.referral.Branch
-
Configures and requests a referral URL to be generated by the Branch servers.
- getReferralUrlSync(String, JSONObject) - Method in class io.branch.referral.Branch
-
Configures and requests a referral URL to be generated by the Branch servers, via a synchronous
call; with a duration specified within which an app session should be matched to the link.
- getReferralUrlSync(Collection<String>, String, JSONObject) - Method in class io.branch.referral.Branch
-
Configures and requests a referral URL to be generated by the Branch servers, via a synchronous
call; with a duration specified within which an app session should be matched to the link.
- getRetryCount() - Method in class io.branch.referral.PrefHelper
-
Gets the current count of the number of times that a Branch API call has been re-attempted.
- getRetryInterval() - Method in class io.branch.referral.PrefHelper
-
Gets the amount of time in milliseconds to wait before re-attempting a timed-out request
to the Branch API.
- getRewards() - Method in class io.branch.referral.BranchRemoteInterface
-
Get the rewards for the App ID specified in the current
PrefHelper
object.
- getScreenDisplay() - Method in class io.branch.referral.SystemObserver
-
This method returns a DisplayMetrics
object that contains the attributes of the
default display of the device that the SDK is running on.
- getSessionID() - Method in class io.branch.referral.PrefHelper
-
Gets the ID of the KEY_SESSION_ID
String
value from preferences.
- getSessionParams() - Method in class io.branch.referral.PrefHelper
-
Gets the session parameters as currently set in preferences.
- getShortUrl(Branch.BranchLinkCreateListener) - Method in class io.branch.referral.Branch
-
Configures and requests a short URL to be generated by the Branch servers.
- getShortUrl(JSONObject, Branch.BranchLinkCreateListener) - Method in class io.branch.referral.Branch
-
Configures and requests a short URL to be generated by the Branch servers.
- getShortUrl(String, String, String, JSONObject, Branch.BranchLinkCreateListener) - Method in class io.branch.referral.Branch
-
Configures and requests a short URL to be generated by the Branch servers.
- getShortUrl(String, String, String, String, JSONObject, Branch.BranchLinkCreateListener) - Method in class io.branch.referral.Branch
-
Configures and requests a short URL to be generated by the Branch servers.
- getShortUrl(int, String, String, String, JSONObject, Branch.BranchLinkCreateListener) - Method in class io.branch.referral.Branch
-
Configures and requests a short URL to be generated by the Branch servers.
- getShortUrl(String, String, String, JSONObject, int, Branch.BranchLinkCreateListener) - Method in class io.branch.referral.Branch
-
Configures and requests a short URL to be generated by the Branch servers.
- getShortUrl(Collection<String>, String, String, String, JSONObject, Branch.BranchLinkCreateListener) - Method in class io.branch.referral.Branch
-
Configures and requests a short URL to be generated by the Branch servers.
- getShortUrl(String, Collection<String>, String, String, String, JSONObject, Branch.BranchLinkCreateListener) - Method in class io.branch.referral.Branch
-
Configures and requests a short URL to be generated by the Branch servers.
- getShortUrl(int, Collection<String>, String, String, String, JSONObject, Branch.BranchLinkCreateListener) - Method in class io.branch.referral.Branch
-
Configures and requests a short URL to be generated by the Branch servers.
- getShortUrl(Collection<String>, String, String, String, JSONObject, int, Branch.BranchLinkCreateListener) - Method in class io.branch.referral.Branch
-
Configures and requests a short URL to be generated by the Branch servers.
- getShortUrlSync() - Method in class io.branch.referral.Branch
-
Configures and requests a short URL to be generated by the Branch servers, via a synchronous
call; with a duration specified within which an app session should be matched to the link.
- getShortUrlSync(JSONObject) - Method in class io.branch.referral.Branch
-
Configures and requests a short URL to be generated by the Branch servers, via a synchronous
call; with a duration specified within which an app session should be matched to the link.
- getShortUrlSync(String, String, String, JSONObject) - Method in class io.branch.referral.Branch
-
Configures and requests a short URL to be generated by the Branch servers, via a synchronous
call; with a duration specified within which an app session should be matched to the link.
- getShortUrlSync(String, String, String, String, JSONObject) - Method in class io.branch.referral.Branch
-
Configures and requests a short URL to be generated by the Branch servers, via a synchronous
call; with a duration specified within which an app session should be matched to the link.
- getShortUrlSync(int, String, String, String, JSONObject) - Method in class io.branch.referral.Branch
-
Configures and requests a short URL to be generated by the Branch servers, via a synchronous
call; with a duration specified within which an app session should be matched to the link.
- getShortUrlSync(String, String, String, JSONObject, int) - Method in class io.branch.referral.Branch
-
Configures and requests a short URL to be generated by the Branch servers, via a synchronous
call; with a duration specified within which an app session should be matched to the link.
- getShortUrlSync(Collection<String>, String, String, String, JSONObject) - Method in class io.branch.referral.Branch
-
Configures and requests a short URL to be generated by the Branch servers, via a synchronous
call; with a duration specified within which an app session should be matched to the link.
- getShortUrlSync(String, Collection<String>, String, String, String, JSONObject) - Method in class io.branch.referral.Branch
-
Configures and requests a short URL to be generated by the Branch servers, via a synchronous
call; with a duration specified within which an app session should be matched to the link.
- getShortUrlSync(int, Collection<String>, String, String, String, JSONObject) - Method in class io.branch.referral.Branch
-
Configures and requests a short URL to be generated by the Branch servers, via a synchronous
call; with a duration specified within which an app session should be matched to the link.
- getShortUrlSync(Collection<String>, String, String, String, JSONObject, int) - Method in class io.branch.referral.Branch
-
Configures and requests a short URL to be generated by the Branch servers, via a synchronous
call; with a duration specified within which an app session should be matched to the link.
- getSize() - Method in class io.branch.referral.ServerRequestQueue
-
Gets the number of
ServerRequest
objects currently queued up for submission to
the Branch API.
- getSmartSession() - Method in class io.branch.referral.PrefHelper
-
Gets the state of the Boolean
value indicating whether or not the Smart Session
feature is enabled or not.
- getStatusCode() - Method in class io.branch.referral.ServerResponse
-
Gets the HttpStatus
code of the current response.
- getString(String) - Method in class io.branch.referral.PrefHelper
-
A basic method that returns a String
value from a specified preferences Key.
- getTag() - Method in class io.branch.referral.ServerRequest
-
Returns a
String
value containing the tag assigned to this
ServerRequest
.
- getTag() - Method in class io.branch.referral.ServerResponse
-
Gets the String
value of the Tag attribute of the current link.
- getTelephonePresent() - Method in class io.branch.referral.SystemObserver
-
Checks whether or not the current device has telephone capabilities; i.e.
- getTimeout() - Method in class io.branch.referral.PrefHelper
-
Returns the currently set timeout value for calls to the Branch API.
- getTotalCountsForAction(String) - Method in class io.branch.referral.Branch
-
Gets the total number of times that the specified action has been carried out.
- getUniqueCountsForAction(String) - Method in class io.branch.referral.Branch
-
Gets the number of unique times that the specified action has been carried out.
- getUniqueID(boolean) - Method in class io.branch.referral.SystemObserver
-
Gets the String
value of the Secure#ANDROID_ID
setting in the device.
- getUpdateState(boolean) - Method in class io.branch.referral.SystemObserver
-
This method returns an Integer
value dependent on whether the application has been
updated since its installation on the device.
- getURIScheme() - Method in class io.branch.referral.SystemObserver
-
- getURIScheme(String) - Method in class io.branch.referral.SystemObserver
-
Gets the URI scheme of the specified package from its AndroidManifest.xml file.
- getUserURL() - Method in class io.branch.referral.PrefHelper
-
Sets the user URL from preferences.
- getWifiConnected() - Method in class io.branch.referral.SystemObserver
-
Use this method to query the system state to determine whether a WiFi connection is
available for use by applications installed on the device.


🗳 I'm a progressive political communications specialist in Vancouver. Most recently, I've done communications and research for Forward Together. In the past, I've done voter identification for the NDP and fundraising for the BC NDP.
🎓 I graduated from the University of British Columbia with a Bachelor of Arts in Political Science, minoring in Sociology.
✍ I won the 2021 Stewart L. Chambers Memorial Prize for best essay in Canadian government and politics.


© Christopher Pahl 2014
University of Applied Sciences Augsburg
Welcome!
Poll: Who knows Virtualization/Sandboxing/Docker?
Presentation is less technical than usual.
But it's still technical. Sorry in advance.
Might be a bit linux centered.
Terms
Deployment
Def:
The process of distributing software to client machines.
Sandboxing
Def:
Environment for application that provide limited resource access.
Virtualization
Def:
Emulation of hardware through software in order to run a guest operating system on top of a host system.
How Deployment was done around 1950
Software deployment meant...
...to install the software on the clients hardware.
...to use the software's buildsystem.
...and to install it's dependencies.
...using the dependencie's buildsystems.
...fixing possible bugs on the client's platform.
...fixing possible dependencies bugs.
...paying treatment cost developer's burnout.
A bit more recent
Hey, lets use virtualization for testing!
Simulate the clients environment in a virtual machine.
Test it in the VM, just copy the tested software over.
What if the clients environment changes?
Try again
Hey, just lets ship the Virtual Machine Image!
Works.
But feels like an awful hack.
Deploying a 5GB+ VM image on every software update.
Seriously?
Docker to the rescue
- Containers and Images instead of Virtual Machines.
- Deploying the
diff
instead of the whole container.
- Base images for many popular linux distributions.
- New base images can be uploaded to DockerHub.
- Docker is the application engine that is able to run containers.
- Usually used completely from the commandline.
Features
- Very fast booting containers (same Kernel!)
- Containerized applications run sandboxed.
- Easy to pack own applications in containers.
- Support for creating own Images.
- Built-in versioning support.
- Divided in Daemon and Docker clients.
- Linking containers together.
- ...
Technical Stuff
- Focus on processes, not on virtualizing operating systems.
- One process per container.
Docker builds on Linux features:
- cgroups: Grouping processes together.
- namespaces: Separate processes in own namespaces.
- aufs: Overlay file system.
Demonstration
Hello World
$ docker images
$ docker run base/arch echo "hello augsburg."
Entering a container
$ uname -a
$ docker run -t -i base/arch /bin/bash
> uname -a
> pacman -Syy cowsay
> cowsay "hello augsburg again."
Versioning & DockerHub
$ docker ps
$ docker diff 42cb46e2430f
$ docker commit 42cb46e2430f sahib/cowsay_arch
$ docker push sahib/cowsay_arch
Container is now on DockerHub.
Usecases
- Deployment.
- Sandboxing applications.
- Testbed for application developement.
- Cluster Management with
CoreOS
.
- ...
So, docker is the new virtualization?
Depends on your usecase.
- Still can only run Linux based containers.
- But it can run them on Windows/MacOSX using lightweight virtualization. (
boot2docker
).
- Microsoft has plans to port Docker fully to Windows.
- And even to use Windows as Image.
- What about GUI applications?
Are there areas where virtualization is still needed?
Yes.
Thank you for your attention
(Hooray, school's out!)


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{% load static %}
{% include "school/navbar.html" %}
Welcome To The Mikaelson Academy
For The Young And Gifted
Wit Beyond Measure Is Man's Greatest Treasure
Take Admission
{% include "school/admin_teacher_student_card.html" %}
{% include "school/footer.html" %}


Feel++
Variational formulations in C++
A large range of numerical methods to solve partial differential equations
Support for high performance computing up to thousands of cores
A language for variational formulations embedded into C++ for maximal mathematical expressivity
4th Feel++ User Days between March 23 and March 25 in Strasbourg. More details here
Recent News
Finite Element Embedded Library in C++
Feel++ is a C++ library for partial differential equation solves using generalized Galerkin methods such as the finite element method, the h/p finite element method, the spectral element method or the reduced basis method.
Feel++ is currently used in various projects hosted by Cemosis. This includes
Quick-start Laplacian: Solve for \(-\Delta u = 1 \mbox{ in } \Omega=[0,1]^2, u = 0 \mbox{ on }\partial \Omega\)
{% highlight C++ %} #include


Dr M takes wife out on sweet weekend date to Kuala Lumpur
KUALA LUMPUR, Nov 23 — Prime Minister Tun Dr Mahathir Mohamad took the opportunity of the weekend today to take his wife, Tun Dr Siti Hasmah Mohamad Ali out on a date around Kuala Lumpur.
Through several photographs that were uploaded in the social media, the 94-year-old national leader was seen to drive a Proton car himself to the federal capital with his wife.
“Once in a while, (I) take Hasmah dating in KL,” he said in an Instagram posting @chedetofficial, today.
The romantic couple also spent time to have a bite at a cafe believed to be in Jalan Bukit Bintang.
So far, the posting containing three photographs and one video had received more than 55,000 ‘likes’ and 2,000 comments from netizens.
The posting also drew the attention of number one national singer, Datuk Seri Siti Nurhaliza who gave a comment in the form of love.
In addition, netizens generally were impressed by the strong message of love that Dr Mahathir and Dr Siti Hasmah had for each other and prayed for the couple’s prosperity and health.
Among them, @azurashafawi who prayed that “Moga Allah SWT sentiasa memelihara, melindungi dan merahmati Tun berdua.” (May Allah always give His protection and blessings to Tun and his wife.
“Bravooo, our PM can still drive ...May the PM and wife Tun Siti Hasmah...Enjoy happiness and always be healthy...We join your happiness Tun..Our PM,” says @miy.cjom.
@qiellaaa meanwhile says “Best relationship goals. Growing old goals.”
“So sweet,” said @Maradiana while @rigneshgopal wrote “Nice (and) a good example of how to take care of a wife.” — Bernama


Narogg's Place
EQ Recipe : Cazic's Blood
Click Item to see expanding info
1 x Bottle
Bought
POK - Brewmaster Berina
1 x Cork
Bought
POK - Engineer Beri
2 x Dream Dust
Dropped
The Grounds- any mob
1 x Fruit
Foraged
The Guild Hall
1 x Grapes
Bought
POK - Brewmaster Berina
3 x Planar Energy Shard
Dropped
Shards Landing - any mob
1 x Wine Yeast
Bought
POK - Brewmaster Berina


Head Blacksmith Ferris:
Too bad. The correct sequence was silver - blood - gold. I do love this game!


[§658F-10] Saving clause. This chapter does not prevent the recognition under principles of comity or otherwise of a foreign-country judgment not within the scope of this chapter. [L 2009, c 34, pt of §1]


Emily Featherston
Senior Public Relations Manager
<EMAIL_ADDRESS>Emily Featherston
Senior Public Relations Manager
<EMAIL_ADDRESS>Emily Featherston
Senior Public Relations Manager
<EMAIL_ADDRESS>Emily Featherston
Senior Public Relations Manager
emily.featherston@cengage.com


Select two Starships from the dropdown lists to compare
Compare
Starship 1
Starship 2
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Cost
Speed
Cargo Size
Passengers


CHANGE OF OWNERSHIP
Tower Name :
{{ occupancy.wingBuilding }}
Flat Number :
{{ occupancy.flatNumber }}
Change Ownership
Existing Resident Info (Seller)
First Name:
Mobile Number:
Alertnate Number:
Email Id:
Owership:
Mutation Date:
Dues/Advance Info (In Rs.)
MAINTENANCE_BILL Amount of 3061 against MAINTENANCE_BILL Bill is Due.
Allotted Parking Info
N/A
Linked Staff Info
Name
{{ user.residentStaffName }}
N/A
New Resident (Buyer)


--- title: "Effects of rapid evolution on alternative community states" description: "" date: 2022-09-16T17:00:28-05:00 weight: 1 image: "/img/monkeyflower.jpg" ---
Species interactions can often allow for multiple different discrete states, or alternative community states, into which a given community can assemble. Which state is realized depends on initial conditions, and this role of history makes predicting community outcomes notoriously difficult. Feedbacks across spatial scales coupled with coevolution within communities further complicates matters. I will use the well-described study system of microbes in Diplacus aurantiacus nectar to study how rapid evolution alters alternative community states at both single-community and metacommunity scales.


Getting user information...
Unable to get user information.
Does the user
exist?
Saved
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Unable to get site information.

On current page
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Browser caches may be forced to reload if the servers are checking for certain headers such as:
If-Modified-Since Server checks to see if local file is newer than the date/timestamp specified in the header; if not newer, server returns 304 Not Modified. Otherwise, server delivers the file.
If-None-Match Similar to the above except with a hash or tag value that the server checks to see if it has been modified.
A possible solution is to remove these headers. The server will detect their absence, cause the client to reload entirely, and then set the headers (which you can continually remove/squash).


--- layout: post title: Dead mouse date: 2010-03-10 13:20:49 -06:00 comments: true categories: posterous_id: 13146873 ---
Not as good of a reaction as I was hoping, but better than nothing.


One of saturn's largest rings
may be newer than any anyones
One of saturn's largest rings
may be newer than any anyones
One of saturn's largest rings
may be newer than any anyones
One of saturn's largest rings
may be newer than any anyones
One of saturn's largest rings
may be newer than any anyones
One of saturn's largest rings
may be newer than any anyones
loren mer de fas shd ja gi mr
ts gs ufjf dudd reucve c9fb ffff eidved fid
srbr fr8rfgr rf9fr8rgfeeyeyreen uuueue frfu
One of saturn's largest rings
may be newer than any anyones
One of saturn's largest rings
may be newer than any anyones
One of saturn's largest rings
may be newer than any anyones
One of saturn's largest rings
may be newer than any anyones


FullServiceRestaurant
Hospital
LargeHotel
LargeOffice
PrimarySchool
SuperMarket
MidriseApartment
StripMall
SecondarySchool


Absolute path to the DAX file containing the analysis specification and configuration.
Note: In this setting, environment variables can be expanded.
Expansion will affect all occurrences of the pattern ${name} where name is a valid environment variable name consisting solely of underscores, digits, and alphabetics from the portable character set and where the first character is not a digit.
Paths and environment variables are evaluated on the machine running Jenkins.


recipes.rb |
|
|---|---|
|
There are three main recipes, defined in recap/recipes/static.rb,
recap/recipes/ruby.rb and recap/recipes/rails.rb
that include tasks for static, ruby-based and rails sites respectively. One of these should be
required at the top of your The static recipe includes all the main deployment behaviour. It provides everything you should need to push static content up to one or more servers, as well as the ability to rollback to a previous release if you make a mistake. The ruby recipe builds on this with support for The rails recipe includes all the above, and adds automatic database migration and asset compilation to each deploy. To swap between each of these, simply change the top line of your |
|


Hello, my name is Sparsh Kishore Kumar and i am B.tech Computer Science Engineer. I have persued my bachelors of technology from Graphic Era University Dehradun.
...
There are many variations of passages of Lorem Ipsum available, but the majority have suffered alteration in some form, by injected humour
some text about iot
some text about Robotics and drone
some text about mobile development
c/c++,python,java,dart ,Sql
some text about web development
some text about machine learning
some text about ui/ux designing


Rasa is the beautiful framework for the chatbots, Its easy to get into it before we get started with the beautiful part, we will discuss what Rasa does……
When you got installed with Rasa on your machine you can run the rasa command:
rasa init
Rasa will make a series of files in the directory that you have chosen by using the rasa init command. In Rasa, we did not need the external server to run our model like dialogue flow it will run on your current folder you didn’t want to give your data to any of the external server to display the result. It’s a great advantage of using rasa.
The Assistant that we create with Rasa:
There are many chatbots, that evolved in the evolution of chatbots. The first one is a rule-based chatbot, Rule-based chatbots are also referred to as decision-tree bots. As the name suggests, they use a series of defined rules. These rules are the basis for the types of problems the chatbot is familiar with and can deliver solutions for. Rule-based will fail when it comes to the main scenario that the Questions can be asked in the two or more different forms and, the one action or objects can be called with more words. It will make the bot fails in more scenarios.
eg(cooked, barbecued, fried, grilled, heated, microwaved, poached, prepared, roasted, sauteed)
The words mentioned above implies the same thing that food got cooked, but the AI wants to understand that all the words gives the same meaning that the food got cooked. There come to play the contextual learning produced by Rasa to helps the user the provide the synonym to every word the user uses and group them to the single meaning and make them move on the correct path.
Without taking too much we go into the main part of the blog “getting started with rasa”
while giving rasa init function it will get assign some files in your system, the files are:
Inside the data file comes the two file nlu.md file and stories.md nlu files have predicted questions and intent of the set of questions and entities that we want to get extracted from the question and stories file this file is the specialty of rasa come into play This stories file specifies how the conversation occurs and, it will learn the conversation flow. Rasa comes with the mood bot. It, allows us to edit from that.
Domain file, this is the file where we define the intent, entities, slots, and actions.
Actions:
The actions are the reply message that the bot wants to be given to the user. There are three types of actions in rasa:
- utter_actions
- custom_actions
- default-actions
1.utter_actions
utter_action, start with utter_, just send a message to the user
To define an utterance action (ActionUtterTemplate), add an utterance template to the domain file that starts with utter_:
templates:
utter_my_message:
- "this is what I want my action to say!"
It is conventional to start the name of an utterance action with utter_. If this prefix is missing, you can still use the template in your custom actions, but the template can not be directly predicted as its action. See Responses for more details.
If you use an external NLG service, you don’t need to specify the templates in the domain, but you still need to add the utterance names to the actions list of the domain.
2.custom_actions
An action can run any code you want. Custom actions can turn on the lights, add an event to a calendar, check a user’s bank balance, or anything else you can imagine.
Rasa will call an endpoint you can specify when a custom action is predicted. This endpoint should be a web server that reacts to this call, runs the code, and optionally returns information to modify the dialogue state.
To specify, your action server use the endpoints.yml:
action_endpoint:
url: https://localhost:5055/webhook"
And pass it to the scripts using --endpoints endpoints.yml.
You can create an action server in node.js, .NET, Java, or any other language and define your actions there — but we provide a small python SDK to make development there even easier.
Custom Actions Written in Python
For actions written in python, we have a convenient SDK which starts this action server for you.
The only thing your action server needs to install is rasa-sdk:
pip install rasa-sdk
3.default_actions
action_listen
Stop predicting more actions and wait for user input.
action_restart
Reset the whole conversation.
action_default_fallback
Undo the last user message (as if the user did not send it and the bot did not react) and utter a message that the bot did not understand. See Fallback Actions.
action_deactivate_form
Deactivate the active form and reset the requested slot.
action_default_ask_affirmation
Ask the user to affirm their intent. It is suggested to overwrite this default action with a custom action to have more meaningful prompts.
action_default_ask_rephrase
Ask the user to rephrase their intent.
action_back
Undo the last user message (as if the user did not send it and the bot did not react). can be triggered during a conversation by entering /ba if the MappingPolicy is included in the policy configuration.
Many more concepts are lined up wait and learn the interesting world of chatbot with “Rasa”
Until the explore our awesome bots on nearly all the social media platforms and Happy Learning !


The 'technology' flow started with javascript and became 'mitigated' by same-origin policy, but scripts and JSONP don't follow it (ie, cross-domain!).
XSSI is cross site script inclusion.
You don't want cross-origin leakage. Ever, really. Cross-origin policy can help whitelist all of this. Cross-site script inclusion is where an attacker includes a script from another site, and gains access to all of the information that script can access.
Scripts can include sensitive data. Bad practice. Scripts are allowed to be included cross-site. It's how javascript works. But the inclusion of sensitive data should never be there.
"Ambient authority"
Ambient authorities can help track if you're still logged into a site. Cookies are a basic example. Some use cross-site script inclusion to track.


{% extends "base.html" %} {% block head_title %}Reserved Assets || {{ block.super }}{% endblock head_title %} {% block content%} {% include "_modal.html" %}
| # | Name | Reservation | Asset | Read / Update / Delete |
|---|---|---|---|---|
| {{ forloop.counter }} | {{ reservedasset.name }} | {{ reservedasset.reservation }} | {{ reservedasset.asset }} |
No reserved assets added yet.
{% endif %}


:: com :: sun :: star :: ucb ::
|
| interface XRecycler |
|
- Description
- Allows an XContent to delete itself into the trash can.
This is an additional interface the XContent representing the trash
can (URL: "vnd.sun.staroffice.trashcan:///") should support.
|
| Methods' Details |
trashContent
- Description
- Notify the trash can that an XContent is deleting itself
into it.
- Parameter Properties
- The trash can uses this interface to access the properties of the
content being deleted, to copy them for later display etc. The
trash can will not use the interface after it has returned from this
method.
- Parameter Identifier
- When the deleted content is later restored or ultimately deleted, the
trash can will use this identifier to query an XContent that it will
send the undelete or delete command to.
|
|
Top of Page
Copyright © 2013, The Apache Software Foundation, Licensed under the Apache License, Version 2.0. Apache, the Apache feather logo, Apache OpenOffice and OpenOffice.org are trademarks of The Apache Software Foundation. Other names may be trademarks of their respective owners.


Coming Soon, the new
Online Services
The Log in and Sign up screens will be more accessible across Irishlife.ie with clearly visible links in plain English.
A simplified navigation menu with larger text will cater to all of your devices.
An intuitive layout will optimize your experience on your computer, tablet and smart phone.


YouTube Direct lets you set up optional instances with segregated data.
This requires only one App Engine deployment for multiple sets of admins.


Alerts closed: 0
Confirm count: Rock 0, Paper 0, Scissors 0, None 0
Ensure the device is not in silent mode or you may not hear the beeps.


Properties
app_update_url
app_update_url: string
availability
availability: number
date_added
date_added: number
date_completed
date_completed: number
download_speed
download_speed: number
download_url
download_url: string
downloaded
downloaded: number
peers_connected
peers_connected: number
peers_in_swarm
peers_in_swarm: number
progress
progress: number
queue_order
queue_order: number
rss_feed_url
rss_feed_url: string
seeds_connected
seeds_connected: number
seeds_in_swarm
seeds_in_swarm: number
status_message
status_message: string
stream_id
stream_id: string
time_remaining
time_remaining: number
upload_speed
upload_speed: number
uploaded
uploaded: number
A container for a listed torrent


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DfE enquiries
Central newsdesk 020 7783 8300
General enquiries 0370 000 2288
Press release
Education Secretary announces 22 pilot areas across the country to improve mental health services for children in 255 schools.
Education Secretary Nicky Morgan has joined forces with NHS England to launch a multi-million pound joint mental health pilot scheme for hundreds of schools.
The Mental Health Services and Schools Link Pilots will test a named single point of contact in 255 schools and in 22 pilot areas, meaning more joined-up working between schools and health services. This has been backed by £3 million of government funding.
It will mean children and young people have better access to local, specialist mental health provision, and that support is consistent across services.
Education Secretary, Nicky Morgan, said:
Mental health is a key priority for this government and for me personally. The development of character, resilience and good mental health is vital alongside academic success in equipping young people with the skills needed to fulfil their potential.
That’s why I’m delighted to see these schools engaging in joined-up approaches with mental health services to ensure that children, parents and teachers know where to turn and how to access the best support for young people with mental health concerns.
Funded jointly by the Department for Education and NHS England, each of 27 clinical commissioning groups are working with at least 10 schools to trial this new way of working with a named lead across services.
These were chosen from more than 80 applications to receive a boost of up to £85,000 per area.
The single point of contact in the schools will be responsible for developing closer relationships with a counterpart in local NHS CAMHS services to improve knowledge and understanding of mental health issues, and to help ensure any referrals are timely and appropriate.
They will be supported in the work through a series of training days. The work will be evaluated nationally to understand the impact of joint working.
Dr Jackie Cornish, National Clinical Director for Children and Young People at NHS England, said:
This is an opportunity for CCGs and schools to work together more closely, trial a new way of thinking and a new model. Our aim is to significantly improve the care and experience we can offer to children and young people with mental health problems.
We know that if we can help young people effectively at the earliest possible age we can gain the best possible outcome for them in the long run and that is why we are focusing our attention to improve joint working with schools.
This investment is building on a £1.4 billion government investment in children and young people’s mental health over the next 5 years. This is a key government priority, as part of the drive to put mental health on an equal footing with physical health.
The pilot is part of the vision set out in the ‘Future in mind’ report , which made a number of proposals on how mental health services could be improved, including for children and young people.
Minister for Mental Health, Alistair Burt, said:
When a young person is brave enough to ask for help from their school or doctor, we should never let them fall through the gap because services aren’t in touch with each other. That is why this initiative is so important.
Children and young people’s mental health is one of my personal priorities and these pilots are part of the biggest transformation to young people’s mental health that the sector has seen.
Central newsdesk 020 7783 8300
General enquiries 0370 000 2288
Published: 3 December 2015
From: Department for Education The Rt Hon Nicky Morgan MP
Part of: Children's health


The Jeep is the only true American sports car.
Aerodynamics is for those who cannot manufacture good engines.
Everyone dreams of driving a Ferrari, it was my intent from the start.
No one remembers who took second place and that will never be me.
The most important victory is the one which has to arrive.
The client is not always right.
I have, in fact, no interest in life outside racing cars.
(C) Enzo Ferrari


Types, Variables & Constants
The Ballerina type system has value types and reference types. Ballerina comes with a set of built-in value types, a set of built-in reference types, array & struct type constructors to create new reference types and an iterator type constructor to create new iterators.
The type system is illustrated in the following:
The rest of this section explains the semantics of these types in detail.
Declaring & Initializing Variables
Variables declarations are considered statements in the language and can be interspersed with other statements in any order.
A VariableDeclaration
has the following structure:
TypeName VariableName [ = Expression];
Variables can be initialized using the standard literal value syntax for that type of variable or using expressions consisting of literal values and any other variables that are in-scope and already initialized. See the 'Literal Values' subsection below for the syntax for literal values for value types, built-in reference types and user defined reference types.
Note that variable declarations are considered to be statements of the language and can be done any place where a statement is allowed. See Statements.
Allocating & Deallocating Variables
All value typed variables are allocated on the stack, while all reference typed variables are allocated on the heap. Value typed variables are deallocated when they go out of scope and all reference typed variables are garbage collected when they are no longer in use.
As all reference typed variables are allocated on the heap, they must be explicitly allocated. This can be done by assigning them a literal value (see the 'Literal Values' subsection below) or by simply creating an empty value.
The any
Type
NOTE: We are planning to add a type named
any
to be the root of the type system. This will be used to represent a variable of any type in the type system and will have additional constraints.
Value Types
Ballerina includes the following value types: - boolean - int - float - string
The types int
and float
both support 64-bit IEEE754 arithmetic. The boolean
type has only two values: true
and false
. The string
type operates similar to value types in that assignment and comparison involve the full value and not the pointer.
NOTE: Earlier versions of the language (while it was under development) we had additional types such as long and double. Those have been removed but there are some remnants in the implementation. The only valid value types are those listed above and the implementation will be cleaned up shortly.
Value types can be initialized at declaration by assigning a value of that type. If they are not initialized they have the following default values: int: 0, float: 0.0, string: "" (empty string, not null) and boolean: false.
NOTE: We are considering making the default value of a string to be null.
Literal values for these types are written using standard formats for writing integral values and floating point values; the grammar has the exact specification.
User-Defined Reference Types
Structured Types (Records)
User defined record types are defined using the struct
keyword as follows:
struct TypeName {
TypeName FieldName;+
}
Variables of a struct type are defined by using the TypeName to declare the variable:
TypeName VariableName;
The default value of a struct variable is null.
Variables of struct types can be initialized at declaration time or later using the following syntax:
VariableName = { FieldName : Expression, .. FieldName : Expression};
This results in a new instance of the struct being created with the named fields assigned the indicated values. If a field is not named then it has the default value for that type when the struct is created. Thus, structs with no values assigned can be created by assigning the value {}
.
Arrays
Array of any type are defined using the array constructor []
next to any type as follows:
TypeName[] VariableName;
The default value of an array variable is null.
All arrays are unbounded in length and support 0 based indexing. Arrays may be sparse as well and they will grow to meet whatever size needed based on the index (subject to memory availability of course).
Array typed variables can be initialized at declaration time or later using the following syntax:
VariableName = [ Expression, Expression, ... ];
If there are no expressions given (i.e., the right hand side is []
), then the variable will be initialized to an array of length 0. Else it will be array of the same length as the number of expressions with each value being stored in the corresponding index of the array.
NOTE: We are considering adding support for arrays of arrays (of arrays ...).
Built-In Reference Types
Ballerina comes with a pre-defined set of reference types which are key to supporting the types of programs that Ballerina developers are expected to write. These are supported by a set of standard library functions found in the packages ballerina.lang.*
. This section defines each of these types and defines their usage.
Type: message
The message
type is an opaque type used to represent a request to a resource
. This approach is necessary to make the resource
programming model network protocol independent. This is the case even though a given resource
is always tied to a particular protocol as a service
can only be bound to a single network protocol at a time.
Library functions for accessing information from this type are in the package ballerina.lang.message
.
A variable of type message
can be initialized to hold an empty message as follows:
message VarName = {};
Type: exception
The exception
type, like message
, is an opaque type used to hold an exception.
See Exception Handling for more information on exception handling and the exception
type.
Type: map
The map
type is a hash map with keys of type string to values of any type.
Library functions for accessing information from this type are in the package ballerina.lang.maps
.
NOTE: A future version of the language will likely introduce syntax to constrain the value space of a map to a particular type. The syntax under consideration for that is map
VariableName. We are currently not considering expanding the key space beyond string.
Type: xml
& xmldocument
The xml
type is used to represent an XML element and xmldocument
is used to represent a full XML document. Ballerina also understands XML Schema and allows one to declare that an element or document must conform to a particular schema.
XML element variables are declared in either of the following ways:
xml VariableName;
xml<{SchemaNamespaceName}SchemaTypeOrElementName> VariableName;
The first is a variable which may hold any XML element. The second is a variable whose value is an element which is of the indicated XML Schema type (if the name is that of an XML Schema Complex Type) or the element has the name and content model defined by the indicated XML Element declaration (if the name is that of an XML Schema Element declaration). Note that 'SchemaNamespaceName' may be empty, which means the type name is unqualified.
Similarly, the xmldocument
type is used to represent a complete XML Document. Variables are declared as follows:
xmldocument VariableName;
xmldocument<{SchemaNamespaceName}DocumentElementTypeOrElementName> VariableName;
The first is a variable which may hold any XML document. The second is a variable who's value is an XML document whose document element conforms to the indicated XML Schema type or XML Element declaration, similar to the element case above.
Ballerina will not always perform runtime schema validation as that will inhibit performance - instead a library function will allow that to be done on demand. For better performance a Ballerina implementation is expected to stream the contents of XML documents and only load into memory what is needed based on how the element or document is used in the program.
NOTE: The Ballerina runtime implementation in version 0.8 does not currently support the scheme constraining mechanism explained above.
Literal XML values can be assigned to xml
and xmldocument
typed variables as follows:
xml VariableName = `<xml-element-name [namespace declarations] [attributes]>element-content</xml-element-name>`;
The same syntax is used to assign a literal value to a variable of type xmldocument
.
Within the literal XML expression (enclosed within back quote characters), other in-scope variables can be referred to use the syntax ${VariableName}
and that will be replaced by the value of the variable.
NOTE: There is currently no way to insert the XML Declaration or any processing instructions or DTD nodes or comment nodes etc. to the document literally.
Library functions for manipulating XML documents and elements are in the package ballerina.lang.xmls
.
Type: json
JSON is a textual format for representing a collection of values: a simple value (string, number, “true”, “false”, “null”), an array of values or an object. Ballerina also understands JSON Schema and allows one to declare that a JSON document must conform to a particular schema.
Ballerina has a single type named “json” that can represent any JSON value. Thus it is a built-in union type in Ballerina whose value can be any one of a string, a float, a boolean, an array of any or a map of any. We provide utility functions to read a JSON document to create a JSON typed value. The lexical representation of a value of that type is JSON, thus simply printing a JSON typed variable results in a JSON string.
JSON variables are declared in the following way:
json VariableName;
This is a variable that may hold any JSON document.
Ballerina will not always perform runtime schema validation as that will inhibit performance - instead a library function will allow that to be done on demand. For better performance a Ballerina implementation is expected to stream the contents of JSON documents and only load into memory what is needed based on how the document is used in the program.
NOTE: The Ballerina runtime implementation in version 0.8 does not currently support the scheme constraining mechanism explained above.
Literal JSON values can be assigned to json
typed variables as follows:
json VariableName = {"PropertyName" : "Value", "PropertyName": "Value", ...};
Within the literal JSON expression, other in-scope variables can be referred to use the syntax VariableName
and that is replaced by the value of the variable.
NOTE: We are considering allowing the value of a property to be an expression.
A field of any of these three types can be accessed by using “.” or using array indexing:
struct address {
string city;
string country;
}
address a1 = { city : “Colombo”, “country” : “Sri Lanka” };
json j = { city : “Colombo”, “country” : “Sri Lanka” };
map m = { city : “Colombo”, “country” : “Sri Lanka” };
system:println (a1.city, a1[“country”]);
system:println (j.city, j[“country”]);
system:println (m.city, m[“country”]);
If the accessed field does not exist, in the case of a struct there will be a compile-time error, while the other cases will result in a null value being returned.
Type: datatable
The datatable
type is used to hold tabular data, such as those returned from an SQL database query and provides cursor based access to the data. As of version 0.8, values of this type can only be created as the return value of certain actions of the SQL data connector (see the ballerina.data.sql
package).
Navigating a datatable
requires one to use the library functions in the package ballerina.lang.datatables
. More information is available in the documentation for that package.
NOTE: This section needs more elaboration.
Iterators
Iterators are defined using the iterator constructor ~
as follows:
TypeName~
Iterator typed values are navigated through using an iterate
statement.
NOTE: Iterators are still under development and not fully implemented.
Type Conversion and Mapping
Ballerina supports two styles of type conversion: implicit coercion and explicit casting. In addition, Ballerina allows one to add to the library of type convertors that may be explicitly invoked using the type cast operation.
Implicit Coercions
The following lossless type coercions are pre-defined in Ballerina: - boolean -> int/float with values 0/0.0 or 1/1.0 for false or true, respectively - int -> float
Explicit Casting
If a type conversion is lossy then it must be explicitly invoked via the type casting operator. The syntax is as follows:
TypeName1 VariableName1;
TypeName2 VariableName2;
VariableName2 = (TypeName2) VariableName1;
This cast will be rejected at compile time if a suitable type mapper is not found. Ballerina defines the following pre-defined type mappings: - float -> int (by truncating at the decimal point) - int -> boolean (by mapping 0 to false and any other value to true) - float -> boolean (by mapping 0.0 to false and any other value to true)
Type Mapping
Ballerina allows one to program type convertors that convert one type to another and then invoke them via the type cast operator.
A typemapper
is defined as follows:
typemapper TypeMapperName (TypeName VariableName) (TypeName) {
Statement;+
}
This declares that the type mapper named TypeMapperName is able to convert a value which is of the parameter type to a value of the result type. The logic of the conversion is found within the body of the type mapper as Ballerina code.
NOTE: The grammar will be tightened in a future version of the language to limit the statements that can be put inside a typemapper. This will be done partly to ensure sufficient graphical parity and secondly to ensure that a typemapper has a dataflow style execution model to enable high performant streaming execution.
If a TypeMapper has been defined from Type1 to Type2, it will be invoked by the runtime using the cast operator as shown below:
Type1 t1;
Type2 t2;
t2 = (Type2) t1;
That is, the registered type convertor is invoked by indicating the type cast as above. Note that while the compiler can auto-detect the right convertor to apply, we have chosen to force the user to request the appropriate convertor by applying a cast as the conversion may be lossy.
NOTE: We are considering syntax to allow one to name the specific convertor to apply as well as to possibly apply covertors transitively.
Built in Type Mappers
In addition to the built-in value type coercions, Ballerina also may include additional pre-defined type mappers to make it easier to program common scenarios. These are found in the specific packages for those types.


Balthisar Tidy’s result is display in the “Tidy’d HTML” pane. When you save the document, this is the file that will be written to disk.
Because Tidy can be very strict, and because HTML standards sometimes change, it’s a good idea to review this Tidy’d text before saving your document. It’s possible (although unlikely) that Tidy removes something that you don’t want removed.
Also refer to the File Saving Preferences, which offer a way to prevent you from overwriting your original files.


|
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| PREV NEXT | FRAMES NO FRAMES |
| Packages that use Ordering | |
|---|---|
| com.google.common.collect | This package contains generic collection interfaces and implementations, and other utilities for working with collections. |
| Uses of Ordering in com.google.common.collect |
|---|
| Methods in com.google.common.collect that return Ordering | ||
|---|---|---|
static Ordering<Object> |
Ordering.arbitrary()
Returns an arbitrary ordering over all objects, for which compare(a,
b) == 0 implies a == b (identity equality). |
|
|
Ordering.compound(Comparator<? super U> secondaryComparator)
Returns an ordering which first uses the ordering this , but which
in the event of a "tie", then delegates to secondaryComparator . |
|
static
|
Ordering.compound(Iterable<? extends Comparator<? super T>> comparators)
Returns an ordering which tries each given comparator in order until a non-zero result is found, returning that result, and returning zero only if all comparators return zero. |
|
static
|
Ordering.explicit(List<T> valuesInOrder)
Returns an ordering that compares objects according to the order in which they appear in the given list. |
|
static
|
Ordering.explicit(T leastValue,
T... remainingValuesInOrder)
Returns an ordering that compares objects according to the order in which they are given to this method. |
|
static
|
Ordering.from(Comparator<T> comparator)
Returns an ordering for a pre-existing comparator . |
|
static
|
Ordering.from(Ordering<T> ordering)
Deprecated. no need to use this |
|
|
Ordering.lexicographical()
Returns a new ordering which sorts iterables by comparing corresponding elements pairwise until a nonzero result is found; imposes "dictionary order". |
|
static
|
Ordering.natural()
Returns a serializable ordering that uses the natural order of the values. |
|
|
Ordering.nullsFirst()
Returns an ordering that treats null as less than all other values
and uses this to compare non-null values. |
|
|
Ordering.nullsLast()
Returns an ordering that treats null as greater than all other
values and uses this ordering to compare non-null values. |
|
|
Ordering.onResultOf(Function<F,? extends T> function)
Returns a new ordering on F which orders elements by first applying
a function to them, then comparing those results using this . |
|
|
Ordering.reverse()
Returns the reverse of this ordering; the Ordering equivalent to
Collections.reverseOrder(Comparator) . |
|
static Ordering<Object> |
Ordering.usingToString()
Returns an ordering that compares objects by the natural ordering of their string representations as returned by toString() . |
| Methods in com.google.common.collect with parameters of type Ordering | ||
|---|---|---|
static
|
Ordering.from(Ordering<T> ordering)
Deprecated. no need to use this |
|
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| PREV NEXT | FRAMES NO FRAMES |


| | |
- Crypto.PublicKey.pubkey.pubkey
-
- ElGamalobj
- ElGamalobj
- exceptions.Exception(exceptions.BaseException)
-
- error
class ElGamalobj(Crypto.PublicKey.pubkey.pubkey) |
| | |
Methods defined here:
- has_private(self)
- Return a Boolean denoting whether the object contains
private components.
- publickey(self)
- Return a new key object containing only the public information.
- size(self)
- Return the maximum number of bits that can be handled by this key.
Data and other attributes defined here:
- keydata = ['p', 'g', 'y', 'x']
Methods inherited from Crypto.PublicKey.pubkey.pubkey:
- __eq__(self, other)
- __eq__(other): 0, 1
Compare us to other for equality.
- __getstate__(self)
- To keep key objects platform-independent, the key data is
converted to standard Python long integers before being
written out. It will then be reconverted as necessary on
restoration.
- __init__(self)
- __ne__(self, other)
- __ne__(other): 0, 1
Compare us to other for inequality.
- __setstate__(self, d)
- On unpickling a key object, the key data is converted to the big
number representation being used, whether that is Python long
integers, MPZ objects, or whatever.
- blind(self, M, B)
- blind(M : string|long, B : string|long) : string|long
Blind message M using blinding factor B.
- can_blind(self)
- can_blind() : bool
Return a Boolean value recording whether this algorithm can
blind data. (This does not imply that this
particular key object has the private information required to
to blind a message.)
- can_encrypt(self)
- can_encrypt() : bool
Return a Boolean value recording whether this algorithm can
encrypt data. (This does not imply that this
particular key object has the private information required to
to decrypt a message.)
- can_sign(self)
- can_sign() : bool
Return a Boolean value recording whether this algorithm can
generate signatures. (This does not imply that this
particular key object has the private information required to
to generate a signature.)
- decrypt(self, ciphertext)
- decrypt(ciphertext:tuple|string|long): string
Decrypt 'ciphertext' using this key.
- encrypt(self, plaintext, K)
- encrypt(plaintext:string|long, K:string|long) : tuple
Encrypt the string or integer plaintext. K is a random
parameter required by some algorithms.
- sign(self, M, K)
- sign(M : string|long, K:string|long) : tuple
Return a tuple containing the signature for the message M.
K is a random parameter required by some algorithms.
- unblind(self, M, B)
- unblind(M : string|long, B : string|long) : string|long
Unblind message M using blinding factor B.
- validate(self, M, signature)
- # alias to compensate for the old validate() name
- verify(self, M, signature)
- verify(M:string|long, signature:tuple) : bool
Verify that the signature is valid for the message M;
returns true if the signature checks out.
|
object = class ElGamalobj(Crypto.PublicKey.pubkey.pubkey) |
| | |
Methods defined here:
- has_private(self)
- Return a Boolean denoting whether the object contains
private components.
- publickey(self)
- Return a new key object containing only the public information.
- size(self)
- Return the maximum number of bits that can be handled by this key.
Data and other attributes defined here:
- keydata = ['p', 'g', 'y', 'x']
Methods inherited from Crypto.PublicKey.pubkey.pubkey:
- __eq__(self, other)
- __eq__(other): 0, 1
Compare us to other for equality.
- __getstate__(self)
- To keep key objects platform-independent, the key data is
converted to standard Python long integers before being
written out. It will then be reconverted as necessary on
restoration.
- __init__(self)
- __ne__(self, other)
- __ne__(other): 0, 1
Compare us to other for inequality.
- __setstate__(self, d)
- On unpickling a key object, the key data is converted to the big
number representation being used, whether that is Python long
integers, MPZ objects, or whatever.
- blind(self, M, B)
- blind(M : string|long, B : string|long) : string|long
Blind message M using blinding factor B.
- can_blind(self)
- can_blind() : bool
Return a Boolean value recording whether this algorithm can
blind data. (This does not imply that this
particular key object has the private information required to
to blind a message.)
- can_encrypt(self)
- can_encrypt() : bool
Return a Boolean value recording whether this algorithm can
encrypt data. (This does not imply that this
particular key object has the private information required to
to decrypt a message.)
- can_sign(self)
- can_sign() : bool
Return a Boolean value recording whether this algorithm can
generate signatures. (This does not imply that this
particular key object has the private information required to
to generate a signature.)
- decrypt(self, ciphertext)
- decrypt(ciphertext:tuple|string|long): string
Decrypt 'ciphertext' using this key.
- encrypt(self, plaintext, K)
- encrypt(plaintext:string|long, K:string|long) : tuple
Encrypt the string or integer plaintext. K is a random
parameter required by some algorithms.
- sign(self, M, K)
- sign(M : string|long, K:string|long) : tuple
Return a tuple containing the signature for the message M.
K is a random parameter required by some algorithms.
- unblind(self, M, B)
- unblind(M : string|long, B : string|long) : string|long
Unblind message M using blinding factor B.
- validate(self, M, signature)
- # alias to compensate for the old validate() name
- verify(self, M, signature)
- verify(M:string|long, signature:tuple) : bool
Verify that the signature is valid for the message M;
returns true if the signature checks out.
| |


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Insertion iterator for lazy-sorted containers.
More...
template<class Container>
class coveo::lazy::insert_iterator< Container >
Equivalent of std::insert_iterator
usable with lazy sorted containers. Always performs blind insertions. Mirrors http://en.cppreference.com/w/cpp/iterator/insert_iterator
- See also
- coveo::lazy::inserter()
◆ iterator_category
template<class Container >
Typedef representing the type of iterator. In our case, this is defined as std::output_iterator_tag
to indicate this is an output iterator.
Part of the five standard iterator typedefs that guarantee that std::iterator_traits
work for our type.
◆ value_type
template<class Container >
Typedef representing the type of value returned by the iterator. In our case, since this is an output iterator, it is defined as void
.
Part of the five standard iterator typedefs that guarantee that std::iterator_traits
work for our type.
◆ difference_type
template<class Container >
Typedef representing the difference between two iterators. In our case, since this is an output iterator, it is defined as void
.
Part of the five standard iterator typedefs that guarantee that std::iterator_traits
work for our type.
◆ pointer
template<class Container >
Typedef representing the pointer to insert_iterator::value_type
. In our case, since this is an output iterator, it is defined as void
.
Part of the five standard iterator typedefs that guarantee that std::iterator_traits
work for our type.
◆ reference
template<class Container >
Typedef representing the reference to insert_iterator::value_type
. In our case, since this is an output iterator, it is defined as void
.
Part of the five standard iterator typedefs that guarantee that std::iterator_traits
work for our type.
◆ container_type
template<class Container >
Type of container that this iterator inserts into.
◆ insert_iterator()
template<class Container >
Constructor. Creates an output iterator that will perform blind insertions in container c
.
- Parameters
-
| c | Container to insert into. |
◆ operator=() [1/2]
template<class Container >
Inserts an element (by copying it) in the container that was passed to the constructor. Always performs a blind insertion.
- Parameters
-
- Returns
- Reference to
this
output iterator.
◆ operator=() [2/2]
template<class Container >
Inserts an element (by moving it) in the container that was passed to the constructor. Always performs a blind insertion.
- Parameters
-
| value | Element to insert (by moving it). |
- Returns
- Reference to
this
output iterator.
◆ operator*()
template<class Container >
Operator provided to conform with the OutputIterator
concept. A no-op that simply returns a reference to this
.
- Returns
- Reference to
this
output iterator
◆ operator++() [1/2]
template<class Container >
Operator provided to conform with the OutputIterator
concept. A no-op that simply returns a reference to this
.
- Returns
- Reference to
this
output iterator
◆ operator++() [2/2]
template<class Container >
Operator provided to conform with the OutputIterator
concept. A no-op that simply returns a reference to this
.
- Returns
- Reference to
this
output iterator
The documentation for this class was generated from the following file:


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Location
The workshop and networking event will be held at the Strand Campus of King’s College London, which is located in central London (see the map below). We will provide directions from the reception to the event rooms on the day.
If you are not based at King's College London, please sign in at the Strand entrance with the security. Please factor this into your travel arrangements.
If you are travelling by public transport the Strand Campus can easily be reached using the London Underground network. The closest Underground Stations include:
Charing Cross, Waterloo and Blackfriars National Rail stations are all also within 10 minutes walking distance.


tensorrt.utils¶
The utils
package handles much of the boilerplate
needed to create a TensorRT engine.
Parsing Utilities¶
Caffe Model to TensorRT Engine¶
-
tensorrt.utils.
caffe_to_trt_engine
(logger, deploy_file, model_file, max_batch_size, max_workspace_size, output_layers, datatype=<DataType.FLOAT: 0>, plugin_factory=None, calibrator=None)¶ Parses a Caffe model and create an engine for inference
Takes a Caffe model prototxt and caffemodel, name(s) of the output layer(s), and engine settings to create a engine that can be used for inference
Parameters: - logger tensorrt.infer.Logger (-) – A logger is needed to monitor the progress of building the engine
- deploy_file str (-) – Path to caffe model prototxt
- model_file str (-) – Path to caffe caffemodel file
- max_batch_size int (-) – Maximum size of batch allowed for the engine
- max_workspace_size int (-) – Maximum size of engine maxWorkspaceSize
- output_layers [str] (-) – List of output layer names
- datatype tensorrt.infer.DataType (-) – Operating data type of the engine, can be FP32, FP16 if supported on the platform, or INT8 with calibrator. Default:
tensorrt.infer.DataType.FLOAT
- plugin_factory tensort.infer.PluginFactory * (-) – Custom layer factory. Default:
None
- calibrator INT8 calibrator * (-) – (currently unsupported in python). Default:
None
- Returns
tensorrt.infer.CudaEngine
: An engine that can be used to execute inference
UFF Model Stream to TensorRT Engine¶
-
tensorrt.utils.
uff_to_trt_engine
(logger, stream, parser, max_batch_size, max_workspace_size, datatype=<DataType.FLOAT: 0>, plugin_factory=None, calibrator=None)¶ Parses a UFF Model Stream and generates an engine
Takes a UFF Stream (created with a UFF exporter) and generates a TensorRT engine that can then be saved or executed
Parameters: - logger tensorrt.infer.Logger (-) – Logging system for the application
- stream [Py2]str/[Py3]bytes (-) – Serialized UFF graph
- parser tensorrt.parsers.uffparser.UffParser (-) – uff parser
- max_batch_size int (-) – Maximum batch size
- max_workspace_size int (-) – Maximum workspace size
- datatype tensorrt.infer.DataType (-) – Operating data type of the engine, can be FP32, FP16 if supported on the platform, or INT8 with calibrator. Default:
tensorrt.infer.DataType.FLOAT
- plugins_factory tensorrt.infer.PluginFactory * (-) – Custom layer factory. Default:
None
- calibrator tensorrt.infer.Int8Calibrator * (-) – Currently unsupported. Default:
None
Returns: TensorRT Engine to be used or excuted
Return type: tensorrt.infer.CudaEngine
UFF File to TensorRT Engine¶
-
tensorrt.utils.
uff_file_to_trt_engine
(logger, uff_file, parser, max_batch_size, max_workspace_size, datatype=<DataType.FLOAT: 0>, plugin_factory=None, calibrator=None)¶ Parses a UFF file and generates an engine
Takes a UFF file (created with a UFF exporter) and generates a TensorRT engine that can then be saved or executed
Parameters: - logger tensorrt.infer.Logger (-) – Logging system for the application
- uff_file str (-) – Path to UFF file
- parser tensorrt.parsers.uffparser.UffParser (-) – uff parser
- max_batch_size int (-) – Maximum batch size
- max_workspace_size int (-) – Maximum workspace size
- datatype tensorrt.infer.DataType (-) – Operating data type of the engine, can be FP32, FP16 if supported on the platform, or INT8 with calibrator. Default:
tensorrt.infer.DataType.FLOAT
- plugins_factory tensorrt.infer.PluginFactory * (-) – Custom layer factory. Default: `` None``
- calibrator tensorrt.infer.Int8Calibrator * (-) – Currently unsupported. Default:
None
Returns: TensorRT Engine to be used or excuted
Return type: tensorrt.infer.CudaEngine
Saving and Loading Models¶
Load Engine from File¶
-
tensorrt.utils.
load_engine
(logger, filepath, plugins=None)¶ Load a saved engine file
Creates an engine from a file containting a serialized engine
Parameters: - logger tensorrt.infer.Logger (-) – A logger is needed to monitor the progress of building the engine
- filepath str (-) – Path to engine file
- plugins tensorrt.infer.PluginFactory * (-) – Custom layer factory
Returns: An engine that can be used to execute inference
Return type: tensorrt.infer.CudaEngine
Save Engine to File¶
-
tensorrt.utils.
write_engine_to_file
(filepath, engine)¶ Write an engine to a file
Takes a serialized engine and wrties it to a file to be loaded later
Parameters: - filepath str (-) – Path to engine file
- engine tensorrt.infer.CudaEngine (-) – An engine that can be used to execute inference
Returns: Whether the file was written or not
Return type: bool
Load Weights from File¶
-
tensorrt.utils.
load_weights
(filepath)¶ Load model weights from file
Loads weights from a .wts file into a dictionary of layer names and associated weights encoded in tensorrt.infer.Weights object
Parameters: filepath str (-) – path to the weights file Returns: Dictionary of layer names and associated weights Return type: dict {str, tensorrt.infer.Weights}