Documentation
Script Organization
Database scripts have to be organized in a folder structure, like demonstrated in following example:
scripts/01_v1.0/01_products_and_orders.sql
02_users.sql
02_v1.1/01_add_barcode_column.sql
02_drop_itemcode_column.sql
Folder and script names must start with an index number followed by an underscore and a description. The index indicates the sequence of the scripts or script folders.
Suppose you add a new script called 03_add_productid_sequence.sql
. The next time you call the updateDatabase
operation, the database is updated incrementally by executing this new script. Unless you use the fromScratch
option, updating an already executed incremental script is not allowed: the updateDatabase action will fail if you try to do so. If the fromScratch
option is used and an existing incremental script is changed, the database is cleared (i.e. all database objects are dropped) and all scripts are executed again.
Incremental and repeatable Scripts
The database scripts from the example above are incremental: each script contains a delta
, and should be executed only once in the proper sequence. But DbMaintain also supports repeatable scripts: A repeatable script must be written in such a way that it can be executed multiple times. For example, function or stored procedure defitions and views can be organized as repeatable scripts. The advantage of a repeatable script is that it can be modified: When changed, the script is simply executed again.
You can recognize repeatable scripts from the file name: it has no index number. The directories that contain repeatable scripts also cannot have an index number. If you put a non-indexed script inside an indexed one, dbmaintain will give an error.
Repeatable scripts are always executed after all incremental (indexed) scripts. Therefore, they cannot be located inside an indexed folder. If your database project contains repeatable scripts, it’s a good idea to clearly separate them from the incremental scripts, like in following example:
scripts/incremental/01_v1.0/01_products_and_orders.sql
02_users.sql
02_v1.1/01_add_barcode_column.sql
02_drop_itemcode_column.sql
repeatable/proc_purge_old_orders.sql
proc_refresh_materialized_views.sql
Postprocessing Scripts
Some projects have scripts that need to be executed each time a script was executed, such as for example a script that compiles all stored procedures. Post processing scripts can be defined for this purpose. Post processing scripts have to be located in the directory called postprocessing
, located directly in the root of the configured scripts folder. They can be indexed, but they don’t have to be: Indexes can be used to indicate the execution sequence of the post-processing scripts. An indexed post-processing script can be modified without causing an error or triggering a from-scratch update. If a post-processing script is modified, all of them are executed again. For example:
scripts/incremental/01_v1.0/01_products_and_orders.sql
02_users.sql
02_v1.1/01_add_barcode_column.sql
02_drop_itemcode_column.sql
repeatable/proc_purge_old_orders.sql
proc_disactivate_inactive_users.sql
postprocessing/01_compile_all.sql
02_grant_select_to_read_user.sql
Scripts Archives
In the above examples we showed that DbMaintain can execute scripts from folders. It is also possible to package these scripts in a jar and then execute the scripts from this jar. This way you can treat scripts as a real artifact in the same way as you would for example deliver an application in an EAR.
A typical setup would be to let your build system (eg Hudson) create a scripts archive during the build along with all the other artifacts. The same scripts archive can then be rolled out on your development, system test, acceptance and production environments. Just use the updateDatabase task and DbMaintain will examine the current state of the target database and executed the appropriate scripts on them.
Use the createScriptArchive task to create a scripts jar. You can then specify the jar as script location for the other tasks. See the ant-tasks and maven-goals for examples and more info on the available parameters.
Multi-Database / User Support
On some projects, database scripts need to be executed using different database connections. For instance, if your database consists of multiple schemas and you need to log in with a different user to be able to perform modifications in another schema.
You can configure multiple databases, each of them identified with a different logical name. This logical name can be used in the script name to indicate the target database of the script. If the script name doesn’t indicate a target database, it will be executed on the default database.
The target database can be indicated in the script name using an @ sign. For incremental scripts the target database is separated from the index with an underscore; repeatable script names start with the target database indication.
For example, suppose we have a second schema called USERS
, and we have to login with a different user to be to create or alter tables. We have configured a second database connection identified by the logical name users
. The scripts 02_users.sql and proc_disactivate_inactive_users.sql have to be executed with this other user:
scripts/incremental/01_v1.0/01_products_and_orders.sql
<EMAIL_ADDRESS>02_v1.1/01_add_barcode_column.sql
02_drop_itemcode_column.sql
repeatable/proc_purge_old_orders.sql
@users_proc_disactivate_inactive_users.sql
postprocessing/01_compile_all.sql
02_grant_select_to_read_user.sql
Patches
Because of the incremental nature of database updates, newly added scripts always have to come last: If a script is added with an lower index number than one that has already been executed, DbMaintain will give an error (or recreate the database from scratch, if this option is enabled).
However it sometimes occurs that, while a new version of an application is being developed, an existing release of the application has to be patched, and this patch involves an incremental database change. In this case, a new incremental script must be created that precedes the scripts from the current development version.
For example: Suppose that our current production version is v1.0, and we’re developing version 1.1. A fix must be applied in production that involves a database change: for this we created the script 03_add_product_status.sql. This fix is also merged into our current development branch, which leads us to the following sequence of scripts:
scripts/incremental/01_v1.0/01_products_and_orders.sql
<EMAIL_ADDRESS>03_add_product_status.sql
02_v1.1/01_add_barcode_column.sql
02_drop_itemcode_column.sql
When we try to deploy to a test database on which the scripts in folder 02_v1.1 were already rolled out, DbMaintain will give an error. If the fromScratchEnabled
option is set to true, the database will automatically be recreated from scratch. This will cause all data to be lost, which is in most cases not desirable since the database may be used by the customer to test the newly developed features.
To be able cope with such situations, we offer the notion of a patch
. A script or a folder containing scripts can be marked as being a patch
, by adding the #patch qualifier to the file or folder name. A patch has to be written in such a way that it can be executed on both the current production version and the latest development version. This will lead to the following scripts:
scripts/incremental/01_v1.0/01_products_and_orders.sql
<EMAIL_ADDRESS>03_#patch_add_product_status.sql
02_v1.1/01_add_barcode_column.sql
02_drop_itemcode_column.sql
DbMaintain offers an option called allowOutOfSequenceExecutionOfPatches
. If set to true
, DbMaintain will start executing all patch scripts that weren’t executed yet, before executing any other scripts. Note that you should never enable this option when deploying to the production database!
The #patch token in the script file name is in fact a script qualifier, which can also be used for other purposes. The following section discusses the usage of qualifiers for inclusion and exclusion of scripts.
Qualifier Inclusion / Exclusion
Scripts can be annotated with qualifiers by including # + the qualifier name in the filename. These qualifiers can be used to in- or exclude scripts from execution. This can serve a number of purposes: a typical use-case is to qualify scripts as containing test-data and exclude them from execution when updating a production database. Scripts can contain multiple qualifiers. The #patch indication as described in the previous section is also a qualifier - but with a special meaning.
Qualifiers can also be used when different DBMS-es are supported. For example:
01_#refdata_#postgres_products.sql
This is a reference data script to be executed only on postgres databases.
Inclusion or exclusion of qualified scripts can be performed using the properties excludedQualifiers and includedQualifiers. Multiple qualifiers can be specified, separated by commas. If you don’t specify anything for the includedQualifiers property, all scripts are executed unless excluded by using the excludedQualifiers property. If includedQualifiers is not empty, scripts are not executed unless they have at least one included qualifier. When included qualifiers are specified, scripts without a qualifier will never be executed.
All qualifiers have to be declared using the qualifiers property (to avoid problems due to typing errors).
Following example uses ant to execute scripts that are targeted for postgres or for every supported dbms (qualifier everydbms), while excluding all refdata files:
<updateDatabase scriptLocations="${database.archive}" qualifiers="postgres,mysql,everydbms,refdata" includedQualifiers="postgres,everydbms" excludedQualifiers="refdata">
<database driverClassName="org.hsqldb.jdbcDriver" url="jdbc:hsqldb:mem:mydb" userName="admin" password="pwd" schemaNames="PUBLIC" />
</updateDatabase>
When using a properties file to configure dbmaintain (e.g. for command-line use), the properties to use are dbMaintainer.qualifiers, dbmaintainer.includedQualifiers and dbmaintainer.excludedQualifiers.
The DBMAINTAIN_SCRIPTS Table
The database keeps track of all executed scripts in the table DBMAINTAIN_SCRIPTS. The table definition looks like the following:
| FILE_NAME | Relative path of the script file, starting from the root of the scripts directory or archive. |
|---|---|
| FILE_LAST_MODIFIED_AT | Last modification timestamp of the script. If the property useScriptFileLastModificationDates is set to true, this timestamp is used to determine whether a script might have changed, in order to improve performence when there are many or large scripts. If the timestamp is unchanged, we assume that the script didn’t change, and the script doesn’t have to be read to calculate the checksum. If the timestamp changed, the checksum is verified to decide whether the script changed. |
| CHECKSUM | MD5 hash calculated on the contents of the script. This value is used to determine whether a script has changed since the last update. |
| EXECUTED_AT | Indicates when the script was executed on the database. This is info for the user, which is not used by the system. |
| SUCCEEDED | Indicates whether the script was executed successfully (1 if successful, 0 if there was an error) |
Error handling
If an error occurs during the execution of a script, DbMaintain immediately stops execution and performs a rollback of the script. If a repeatable script caused the error you can simply fix this repeatable script and it will be executed again when executing updateDatabase the next time.
If an incremental script caused the error and you try to perform the updateDatabase operation again, DbMaintain will refuse to do it and will just give an error. This is because implicit or explicit commits could have been performed by the script itself. For example a create table statement in oracle implicitly performs a commit. As a result the database could be in an invalid state and should first be cleaned up. There are 2 options to recover from this state:
- Fix the script, manually perform the changes of the script and call the markErrorScriptPerformed task.
- Fix the script, revert committed changes of the script (if any) and call the markErrorScriptReverted task.
The markErrorScriptPerformed task will just flag the script as successful. The next updateDatabase will then start with the next script. The markErrorScriptReverted task will remove the failed record from the scripts table. The next updateDatabase will then re-start with that script again.
Note: if the from scratch option is enabled, you can simply fix the script. The next updateDatabase will then automatically re-create the database from scratch.
Setting a baseline revision
Sometimes you don’t start from an empty database. After a release for example, you could do an export of the database and use that image as a starting point for other databases.
DbMaintain supports setting a baseline revision. If you set this revision, all scripts with a lower version will no longer be taken into account. Modifying or removing them will no longer give an error. You could for example cleanup the old scripts or replace the old scripts with the export script.
If you create a scripts archive, it will only contain scripts starting from this revision. In other words, it will only contain the deltas with the image. This results in smaller jar files that only contain the actual changes for the next release.
Note: when a scripts folder or a script does not have a version, the version is set to the value ‘x’. For example, suppose you have following structure:
scripts/01_release_1/001_my_script.sql
Then the version number of this script will be x.1.1. If you want to set this script as the first script of the baseline, you will have to set the baseline revision to x.1.1 and not to 1.1.
Configure and run DbMaintain
DbMaintain operations can be executed in various ways: from the command line, using ant or directly from Java code. In a future release, maven integration will be provided.
From the command line
Launch scripts are provided for Windows and *nix to perform operations from the command line. To be able to use them, you have to make following preparations:
- Make sure
JAVA_HOME
is set to the installation directory of your JRE or JDK. (Must be Java version 5 or higher) - Make sure
DBMAINTAIN_HOME
is set to the installation directory of dbmaintain. - Set
DBMAINTAIN_JDBC_DRIVER
to the jar file that contains the necessary JDBC driver for your DBMS, or edit the filebin/setJdbcDriver.bat
orbin/setJdbcDriver.sh
to setJDBC_DRIVER
to the correct value.
For instance, to create an archive file containing all scripts simply call (Replace .sh by .bat if you’re using windows):
/path/to/dbmaintain/bin/dbmaintain.sh createScriptArchive path/to/archive path/to/scriptFolder
To bring a database up-to-date, execute following command:
/path/to/dbmaintain/bin/dbmaintain.sh update path/to/scriptFolderOrArchive
If a file named dbmaintain.properties is available in the execution directory, this file is automatically loaded. To load another file, add -config path/to/configFile to the command.
You can get an overview of all available command line operations and their usage by simply executing dbmaintain.sh/bat
^ with no arguments.
Using ant
Ant tasks are provided for all DbMaintain operations. To be able to use these tasks, you have to declare them in your build file, e.g. as follows:
<path id="dbmaintain-lib">
<fileset dir="${dbmaintain.home}/lib">
<include name="*.jar"/></fileset>
</path>
<taskdef resource="dbmaintain-anttasks.xml" classpathref="dbmaintain.lib"/>
You can perform a database update with the following task.
<updateDatabase scriptLocations="${database.archive}">
<database driverClassName="org.hsqldb.jdbcDriver" url="jdbc:hsqldb:mem:mydb" userName="admin" password="pwd" schemaNames="PUBLIC" />
</updateDatabase>
For an overview of all ant tasks with all their attributes, refer to the ant-tasks page.
From Java Code
To launch DbMaintain operations from Java code, first create an instance of `org.dbmaintain.MainFactory> and then use that factory to create the DbMaintain, ConstraintsDisabler, etc instances.
URL configurationUrl = new File("dbmaintain.properties").toURI().toURL();
MainFactory mainFactory = new MainFactory(configurationUrl);
DbMaintainer dbMaintainer = createDbMaintainer()
To perform a database update simply call:
dbMaintainer.updateDatabase(false);
Configure the Database(s)
DbMaintain can be configured with one or more databases. If you use more than one database, the target database has to be specified in the script (see Multi-database / user support). To configure a single database in a properties file, add following properties:
database.driverClassName=<fully qualified JDBC driver class name>
database.url=<database URL>
database.userName=<database username>
database.password=<database password>
database.schemaNames=<comma separated list of all database schemas used>
If you configure multiple databases, you have to give a logical name to each of them, and list them in the property databases.names. The logical name has to be added to the property name to configure the driver, url, etc. The logical name can also be used in the script filenames to indicate the target database. The database that is listed first automatically becomes the default database, which is the target database for scripts that don’t specify one. For example, if we want to configure a database called users and orders:
databases.names=users,orders
database.users.driverClassName=<fully qualified JDBC driver class name>
database.orders.driverClassName=<fully qualified JDBC driver class name>
...
If, for a certain property, all databases share the same value, you can use the default property name to configure it, e.g. if all databases the hsqdb database driver. If you have one database but you need to connect using different database users to execute certain scripts, you can configure multiple databases that share all properties except their credentials. E.g.:
databases.names=admin,user,read
database.driverClassName=oracle.jdbc.driver.OracleDriver
database.url=jdbc:oracle:thin://mydb:1521:MYDB
database.admin.username=admin
database.admin.password=adminpwd
database.admin.schemaNames=admin
database.user.userName=user
database.user.password=userpwd
database.user.schemaNames=user
database.read.userName=read
database.read.password=readpwd
database.read.schemaNames=read
If you use ant, you can configure the database(s) with a `database> subelement like follows:
<database driverClassName="<fully qualified JDBC driver class name>" url="<database URL>" userName="admin" password="pwd" schemaNames="<comma separated list of all database schemas used>" />
or with multiple database
subelements having a name
attribute:
<database name="<logical database name>" driverClassName="<fully qualified JDBC driver class name>" url="<database URL>" userName="admin" password="pwd" schemaNames="<comma separated list of all database schemas used>" />
In some cases, you want to configure a database with a certain name but exclude it from execution. The scripts that have an excluded database as target will simply be ignored. This can be useful if you only want to execute the scripts with a certain target database on an end-to-end test database but not on a local test datatabase. When using command line configuration, simply add a property database.logicalname
.included=false. When using ant, create a database
element with a name
attribute and an included
attribute set to false
.
DbMaintain Operations
Whether you launch DbMaintain from the command line, using ant or directly from Java code, the same set of operations is exposed. See the ant-tasks and maven-goals for examples and more info on the available parameters.
Create a script archive
The simplest way to use DbMaintain is to simply configure it with a scripts folder. However when building the project, it’s a good idea to also package the scripts in the form of an archive file that you can publish as a build artifact.
Update the Database
Updates the database to the latest version. First it checks which scripts were already applied to the database and executes the new scripts or the updated repeatable scripts. If an existing incremental script was changed, removed, or if a new incremental script has been added with a lower index than one that was already executed, an error is given; unless the fromScratch
option is enabled: in that case all database objects are removed and the database is rebuilt from scratch. If there are post-processing scripts, these are always executed at the end.
Mark error script performed
Task that indicates that the failed script was manually performed. The script will NOT be run again in the next update. No scripts will be executed by this task.
Mark error script reverted
Task that indicates that the failed script was manually reverted. The script will be run again in the next update. No scripts will be executed by this task.
Mark the database as up-to-date
Updates the state of the database to indicate that all scripts have been executed, without actually executing them. This can be useful when you want to start using DbMaintain on an existing database, or after having fixed a problem directly on the database.
Check Script Updates
Performs a dry-run of the updateDatabase
operation and prints all detected script updates, without executing anything. This operation fails whenever the updateDatabase
operation would fail, i.e. if there are any irregular script updates and fromScratchEnabled
is false
or if a patch script was added out-of-sequence and allowOutOfSequenceExecutionOfPatches
is false
. An automatic test could be created that executes this operation against a test database that cannot be updated from scratch, to enforce at all times that no irregular script updates are introduced.
Clear the Database
This operation removes all database objects from the database, such as tables, views, sequences, synonyms and triggers. The database schemas will be left untouched: this way, you can immediately start an update afterwards. This operation is also called when a from-scratch update is performed. The table dbmaintain_scripts is not dropped but all data in it is removed. It’s possible to exclude certain database objects to make sure they are not dropped, like described in Preserve database objects.
Clean the Database
If you want to remove all existing data from the tables in your database, you can call the cleanDatabase operation. The data from the table dbmaintain_script is not deleted. It’s possible to preserve data from certain tables, like described in Preserve database objects. The updateDatabase operation offers an option to automatically clean the database before doing an update.
Disable Constraints
Disables all foreign key, not null and unique constraints. The updateDatabase operation offers an option to automatically disable the constraints after the scripts were executed: This can be useful for a database used to write persistence layer unit tests, to simplify the definition and limit the necessary amount of test data. When using the automatic database update option of unitils, which uses DbMaintain, the disable constraints option is enabled by default.
Update Sequences
This operation is also mainly useful for automated testing purposes. This operation sets all sequences and identity columns to a minimum value. By default this value is 1000, but is can be configured with the lowestAcceptableSequenceValue
option. The updateDatabase operation offers an option to automatically update the sequences after the scripts were executed.
Preserve Database Objects
It’s possible to exclude certain database objects from being dropped when a fromScratch update occurs, or when the clearDatabase operation is invoked: the data in these tables is also not removed when performing an update using the cleanDatabase option. If you want a table to be dropped in case of a fromScratch update, but you want it’s data to preserved when performing the cleanDatabase operation, you can use one of the preserveDataOnly properties.
# Comma separated list of database items that may not be dropped or cleared by DbMaintain when
# updating the database from scratch.
# Schemas can also be preserved entirely. If identifiers are quoted (eg "" for oracle) they are considered
# case sensitive. Items may be prefixed with the schema name. Items that do not have a schema prefix are
# considered to be in the default schema.
dbMaintainer.preserve.schemas=
dbMaintainer.preserve.tables=
dbMaintainer.preserve.views=
dbMaintainer.preserve.materializedViews=
dbMaintainer.preserve.synonyms=
dbMaintainer.preserve.sequences=
# Comma separated list of table names. The tables listed here will not be emptied during a cleanDatabase operation.
# Data of the dbmaintain_scripts table is preserved automatically.
# Tables listed here will still be dropped before a fromScratch update. If this is not desirable
# you should use the property dbMaintainer.preserve.tables instead.
# Schemas can also be preserved entirely. If identifiers are quoted (eg "" for oracle) they are considered
# case sensitive. Items may be prefixed with the schema name. Items that do not have a schema prefix are considered
# to be in the default schema
dbMaintainer.preserveDataOnly.schemas=
dbMaintainer.preserveDataOnly.tables=
Note that the items in the preserve properties must exist! If one of them doesn’t exist, the operation is aborted and an error message is given. This makes sure that there weren’t any typos and that something is dropped accidently.
Note that in the ant tasks, no attributes are provided for configuring items to preserve. You have to refer to a properties file from the ant task by using the configFile attribute.
PL/SQL support
Oracle, DB2 and MySQL PL-SQL syntax is supported (eg. functions and stored procedures). Blocks of PL/SQL code must always end with a separate line containing a single forward slash.
DROP FUNCTION MyFunction();
CREATE FUNCTION MyFunction()
BEGIN
END;
/
CREATE OR REPLACE MyFunction2()
BEGIN
END;
/
Tip: It’s a good idea to use repeatable scripts for your stored procedure definitions: this way, you can simply make changes to these definitions when necessary (use the CREATE OR REPLACE syntax to make sure these scripts are repeatable). Create postprocessing script that performs a compile of all stored procedures after each database update.
Native Runner Support
By default DbMainain uses JDBC to execute the scripts. For Oracle and Db2 it is also possible to use the native script runners instead of JDBC. For Oracle you can use Sql*Plus
and for Db2 you can use the db2 CLP
runner.
The advantage is that you can use all the commands that these programs support. The disadvantage is that you lose platform independence: these programs need to be installed on the system.
To use one of these runners you have to change the script runner implementation as follows:
# Oracle
org.dbmaintain.script.runner.ScriptRunner.factory=org.dbmaintain.scriptrunner.SqlPlusScriptRunnerFactory
# Db2
org.dbmaintain.script.runner.ScriptRunner.factory=org.dbmaintain.scriptrunner.Db2ScriptRunnerFactory
By default DbMaintain will look in the path for an executable named sqlplus for the SqlPlus script runner and db2 for the Db2 script runner. You can explicitly define the command by setting following properties.
dbMaintainer.sqlPlusScriptRunner.sqlPlusCommand=sqlplus
dbMaintainer.db2ScriptRunner.db2Command=db2


var expression = "var republican = $feature.MP06025a_B;" + "var democrat = $feature.MP06024a_B;" + "var independent = $feature.MP06026a_B;" + "var parties = [republican, democrat, independent];" + "Decode(Max(parties), republican, 'republican', democrat, 'democrat', independent, 'independent', 'n/a');"; var renderer = new UniqueValueRenderer({ valueExpression: expression, valueExpressionTitle: "Counties by dominant party among registered voters", uniqueValueInfos: [...] });
4.3
Arcade - Renderer


WaveShaper instance
Emits a segment update
Old interval
Updated interval
WaveShaper instance
Track with given ID
Unregisters a callback from the given track, will no longer be called
id of Track to unregister from
callback to remove
WaveShaper instance
Removes a previously added callback
Callback function
Removes a previously added callback for the Interval update callback
Callback function
Registers a callback that fires when the track with given id is processed
id of Track to register to
will be invoked when the given track is processed
WaveShaper instance
Adds a callback that is fired when options are updated
Callback function
Adds a callback that is triggered when an Interval is updated
Callback function
Gives the time corresponding to a given position
Processes all relevant WaveShapers and invokes registered callbacks
Options array of id's to draw
Start position
Width to process
Units to shift current data
WaveShaper instance
Waveshaper id's to set as active
WaveShaper instance
AudioBuffer with audio data
WaveShaper instance
A (partial) ManagerOptions object
WaveShaper instance
WaveShaper instance
Gives the position corresponding to a given time
Generated using TypeDoc


Note: Only charitiable or municipally significant events can charge more than {{LiquorTypes[toolType]?.maxPrice}} - the maximum drink price set by LCRB.
Size of tasting (1-{{LiquorTypes[toolType]?.maxTastingSize}}Oz.)Spirit Tastings Limited to 1/2 Oz. each.
Number of tastingsis equal toNumber of standard drinks
Price per tasting drinkis equal toPrice per {{LiquorTypes[toolType]?.standardDrinkSizeOz}} Oz. standard drink


NVAPI Reference Documentation
|
|
Release 343: September 30
|
#include <nvapi.h>
Enable SLI acceleration on the primary display while in single-wide mode (For Immersive Gaming only). Will not be persisted. Value undefined on get.
When enabling and doing the modeset, do we switch to the bezel-corrected resolution.
Enable as Base Mosaic (Panoramic) instead of Mosaic SLI (for NVS and Quadro-boards only)
Number of columns.
Number of display details.
Displays are done as [(row * columns) + column].
Display settings.
If necessary, reloading the driver is permitted (for Vista and above only). Will not be persisted. Value undefined on get.
Enable as immersive gaming instead of Mosaic SLI (for Quadro-boards only)
Reserved, must be 0.
Number of rows.
Version of this structure.


About
Store
Gmail
Images
Sign in
Google Search
I'm Feeling Lucky
Advertising
Business
How Search works
Settings
Terms
Privacy


Diamond of Dew 2020 Apr 12 The stone rejected by the builders Sunday Apr 11 Preparing for the Easter Vigil Saturday Apr 10 Into your hands I commend my spirit Friday Apr 09 Love one another Thursday Apr 08 The tragedy of betrayal Wednesday Apr 07 Are we truly fulfilling God’s plan for our life? Tuesday Apr 06 She had to keep this scent for the day of my burial Monday Apr 05 “Crucify Him”: The Place of God amidst Evil Sunday Apr 04 It is better for one man to die for the people Saturday Apr 03 They wanted to stone Jesus, but he eluded them Friday Apr 02 Your father Abraham saw my Day and was glad Thursday Apr 01 If the Son makes you free, you will be free indeed Wednesday Mar 31 O Lord, hear my prayer, and let my cry come to you Tuesday Mar 30 Neither do I condemn you Monday Mar 29 The Triumph of Grace, because “Jesus Wept” Sunday Mar 28 The Christ will not come from Galilee Saturday Mar 27 They would have arrested him but his time had not yet come Friday Mar 26 You placed your hopes on Moses, but Moses will be your accuser Thursday Mar 25 I am the Handmaid of the Lord Wednesday Mar 24 The healing at the pool of Bethesda Tuesday Mar 23 Miracles are more than magic Monday Mar 22 I am the light of the world Sunday Mar 21 God, be merciful to me a sinner Saturday Mar 20 The Lord our God is one Lord, and you shall love the Lord your God Friday Mar 19 Nazareth Thursday Mar 18 Whoever obeys and teaches these commandments will be called greatest in the Kingdom of Heaven. Wednesday Mar 17 Solemnity of Saint Patrick, Bishop, Missionary Tuesday Mar 16 Like Elijah and Elisha, Jesus was sent not only to the Jews Monday Mar 15 A spring of water welling up to eternal life Sunday Mar 14 Your brother was dead and has come to life Saturday Mar 13 They will respect my Son Friday Mar 12 Bring us back to You Thursday Mar 11 The Son of Man came not to be served but to serve Wednesday Mar 10 They do not practise what they preach Tuesday Mar 09 Lord, do not deal with us according to our sins Monday Mar 08 A Listening Prayer: A Journey into the Cloud! Sunday Mar 07 Turn our hearts to you, Eternal Father Saturday Mar 06 Live life above average with spirit of consistency Friday Mar 05 Help us to be eager in doing your will Thursday Mar 04 The Sign of Jonah for an Evil Generation Wednesday Mar 03 Lord, open my lips, and my mouth shall declare your praise Tuesday Mar 02 How should I welcome another? Monday Mar 01 Turning our Temptations into Strengths Sunday Feb 29 Sinners called to a New Existence with God Saturday Feb 28 Fasting for the Kingdom of God Friday Feb 27 Love, Obey and Stay Thursday Feb 26 Fasting and Abstinence Wednesday


Expanding content example
Expanding content inner
{% block expanding_content %} {% block expanding_intro %}
A paragraph you can use to describe your expanding / collapsing content - how and when it is used.
{% endblock %} {% block expanding_example %}


Home
Trees
Indices
Help
CSB v1.2.5.d7fd331
[
frames
] |
no frames
]
[
Identifiers
|
Bugs
|
Deprecations
]
Identifier Index
[
A
B
C
D
E
F
G
H
I
J
K
L
M
N
O
P
Q
R
S
T
U
V
W
X
Y
Z
_
]
A
a
(in
Color
)
add_header()
(in
PDBFileBuilder
)
append()
(in
TransitionTable
)
a
(in
GeneralizedInverseGaussian
)
add_hmm()
(in
HHMFileBuilder
)
append()
(in
ChainResiduesCollection
)
A3M
(in
AlignmentFormats
)
add_hsp()
(in
ClansEntry
)
append()
(in
DisorderedAtom
)
A3MAlignment
(in
csb.bio.sequence
)
add_hsp_block()
(in
ClansFileBuilder
)
append()
(in
EnsembleModelsCollection
)
A3MOutputBuilder
(in
csb.bio.io.fasta
)
add_hsp_block()
(in
ClansFileWriter
)
append()
(in
ResidueAtomsTable
)
A3MSequenceIterator
(in
csb.bio.io.fasta
)
add_initial_state()
(in
TrajectoryBuilder
)
append()
(in
SecondaryStructure
)
ABCMeta
add_intermediate_state()
(in
ShortTrajectoryBuilder
)
append()
(in
StructureChainsTable
)
AbstractAlignment
(in
csb.bio.sequence
)
add_intermediate_state()
(in
TrajectoryBuilder
)
append()
(in
CollectionContainer
)
AbstractAlignmentAlgorithm
(in
csb.bio.sequence.alignment
)
add_many()
(in
OutputBuilder
)
append()
(in
DictionaryContainer
)
AbstractContainer
(in
csb.core
)
add_param_block()
(in
ClansFileBuilder
)
append_groups_from()
(in
Clans
)
AbstractDensity
(in
csb.statistics.pdf
)
add_param_block()
(in
ClansFileWriter
)
AppExit
(in
csb.apps
)
AbstractEnsembleMC
(in
csb.statistics.samplers.mc.multichain
)
add_peaks()
(in
XeasyFileBuilder
)
Application
(in
csb.apps
)
AbstractEntity
(in
csb.bio.structure
)
add_pos_block()
(in
ClansFileBuilder
)
approx_psi()
(in
csb.numeric
)
AbstractEstimator
(in
csb.statistics.pdf
)
add_pos_block()
(in
ClansFileWriter
)
AppRunner
(in
csb.apps
)
AbstractExchangeMC
(in
csb.statistics.samplers.mc.multichain
)
add_position()
(in
OutputBuilder
)
AppRunner
(in
csb.apps.bfit
)
AbstractGradient
(in
csb.numeric.integrators
)
add_positional_argument()
(in
ArgHandler
)
AppRunner
(in
csb.apps.bfite
)
AbstractHeatWorkJacobianLogger
(in
csb.statistics.samplers.mc.neqsteppropagator
)
add_residue()
(in
ExtendedOutputBuilder
)
AppRunner
(in
csb.apps.buildhmm
)
AbstractIndexer
(in
csb.core
)
add_residue()
(in
OutputBuilder
)
AppRunner
(in
csb.apps.csfrag
)
AbstractIntegrator
(in
csb.numeric.integrators
)
add_rotmtx_block()
(in
ClansFileBuilder
)
AppRunner
(in
csb.apps.embd
)
AbstractMC
(in
csb.statistics.samplers.mc
)
add_rotmtx_block()
(in
ClansFileWriter
)
AppRunner
(in
csb.apps.helloworld
)
AbstractMCPropagation
(in
csb.statistics.samplers.mc.neqsteppropagator
)
add_scalar_option()
(in
ArgHandler
)
AppRunner
(in
csb.apps.hhfrag
)
AbstractMCPropagator
(in
csb.statistics.samplers.mc.propagators
)
add_separator()
(in
OutputBuilder
)
AppRunner
(in
csb.apps.hhsearch
)
AbstractMDPropagation
(in
csb.statistics.samplers.mc.neqsteppropagator
)
add_seq_block()
(in
ClansFileBuilder
)
AppRunner
(in
csb.apps.precision
)
AbstractNCMCPropagator
(in
csb.statistics.samplers.mc.propagators
)
add_seq_block()
(in
ClansFileWriter
)
AppRunner
(in
csb.apps.promix
)
AbstractNCMCSampler
(in
csb.statistics.samplers.mc.singlechain
)
add_seqgroups_block()
(in
ClansFileBuilder
)
apps
(in
csb
)
AbstractNIContainer
(in
csb.core
)
add_seqgroups_block()
(in
ClansFileWriter
)
Ar
(in
ChemElements
)
AbstractParameter
(in
csb.statistics.pdf.parameterized
)
add_sequence()
(in
A3MOutputBuilder
)
ARG
(in
ProteinAlphabet
)
AbstractPerturbation
(in
csb.statistics.samplers.mc.neqsteppropagator
)
add_sequence()
(in
FASTAOutputBuilder
)
ARG
(in
StdProteinAlphabet
)
AbstractPerturbationParam
(in
csb.statistics.samplers.mc.neqsteppropagator
)
add_sequence()
(in
OutputBuilder
)
ArgHandler
(in
csb.apps
)
AbstractPropagation
(in
csb.statistics.samplers.mc.neqsteppropagator
)
add_sequence()
(in
PIROutputBuilder
)
args
(in
AppRunner
)
AbstractPropagationParam
(in
csb.statistics.samplers.mc.neqsteppropagator
)
add_sequences_line()
(in
ClansFileWriter
)
args
(in
Application
)
AbstractPropagationResult
(in
csb.statistics.samplers.mc
)
add_spectrum()
(in
XeasyFileBuilder
)
ARGUMENT_ERROR
(in
ExitCodes
)
AbstractPropagator
(in
csb.statistics.samplers.mc.propagators
)
add_structure()
(in
FileBuilder
)
ArgumentError
(in
csb.apps.csfrag
)
AbstractRENS
(in
csb.statistics.samplers.mc.multichain
)
add_structure()
(in
PDBEnsembleFileBuilder
)
ArgumentError
(in
csb.apps.hhfrag
)
AbstractRENSSwapParameterInfo
(in
csb.statistics.samplers.mc.multichain
)
add_structure()
(in
PDBFileBuilder
)
ArgumentError
(in
csb.apps.precision
)
AbstractResidueMapper
(in
csb.bio.io.wwpdb
)
add_target()
(in
PIROutputBuilder
)
ArgumentIOError
(in
csb.apps.csfrag
)
AbstractSampler
(in
csb.statistics.samplers
)
add_template()
(in
PIROutputBuilder
)
ArgumentIOError
(in
csb.apps.hhfrag
)
AbstractScoringMatrix
(in
csb.bio.sequence.alignment
)
add_template()
(in
FileSystemStructureProvider
)
ArgumentIOError
(in
csb.apps.precision
)
AbstractSequence
(in
csb.bio.sequence
)
add_transition_pseudocounts()
(in
ProfileHMM
)
array()
(in
Expression
)
AbstractSingleChainMC
(in
csb.statistics.samplers.mc.singlechain
)
add_transition_pseudocounts()
(in
PseudocountBuilder
)
ars
(in
csb.statistics
)
AbstractState
(in
csb.statistics.samplers
)
addall()
(in
PredictionBuilder
)
ARS
(in
csb.statistics.ars
)
AbstractStepRENS
(in
csb.statistics.samplers.mc.multichain
)
Adenine
(in
NucleicAlphabet
)
ARSPosteriorAlpha
(in
csb.statistics.scalemixture
)
AbstractStepStatistics
(in
csb.statistics.samplers.mc.neqsteppropagator
)
AFTER
(in
SecStructureScoring
)
As
(in
ChemElements
)
AbstractStructureMixture
(in
csb.statistics.mixtures
)
AFTER_PREDICTED
(in
SecStructureScoring
)
as_tuple()
(in
TorsionPredictionInfo
)
AbstractStructureParser
(in
csb.bio.io.wwpdb
)
Ag
(in
ChemElements
)
ASN
(in
ProteinAlphabet
)
AbstractSwapCommunicator
(in
csb.statistics.samplers.mc.multichain
)
Al
(in
ChemElements
)
ASN
(in
StdProteinAlphabet
)
AbstractSwapParameterInfo
(in
csb.statistics.samplers.mc.multichain
)
ALA
(in
ProteinAlphabet
)
ASP
(in
ProteinAlphabet
)
AbstractSwapScheme
(in
csb.statistics.samplers.mc.multichain
)
ALA
(in
StdProteinAlphabet
)
ASP
(in
StdProteinAlphabet
)
AbstractSystemInfo
(in
csb.statistics.samplers.mc.neqsteppropagator
)
align()
(in
AbstractAlignmentAlgorithm
)
assertAlmostEqual()
(in
Case
)
AbstractTestBuilder
(in
csb.test
)
align()
(in
Chain
)
assertFasterThan()
(in
Case
)
AbstractWHAM
(in
csb.statmech.wham
)
AlignedSequenceAdapter
(in
csb.bio.sequence
)
AssertionError
Ac
(in
ChemElements
)
aligner
(in
HHfrag
)
assign()
(in
ChemShiftTarget
)
acceptance_probability
(in
AbstractSwapCommunicator
)
alignment
(in
HHpredHit
)
assign()
(in
Target
)
acceptance_rate
(in
SingleSwapStatistics
)
alignment
(in
ProfileHMM
)
assign()
(in
TargetResidue
)
acceptance_rate
(in
AbstractMCPropagator
)
alignment
(in
csb.bio.sequence
)
assignall()
(in
Target
)
acceptance_rate
(in
AbstractSingleChainMC
)
alignment()
(in
AlignmentResult
)
Assignment
(in
csb.bio.fragments
)
acceptance_rates
(in
AbstractExchangeMC
)
AlignmentArgumentLengthError
(in
csb.bio.structure
)
assignment()
(in
AssignmentFactory
)
acceptance_rates
(in
SwapStatistics
)
AlignmentFormats
(in
csb.bio.sequence
)
assignment()
(in
ChemShiftAssignmentFactory
)
accepted
(in
AbstractSwapCommunicator
)
AlignmentResult
(in
csb.bio.sequence.alignment
)
AssignmentFactory
(in
csb.bio.fragments
)
accepted_swaps
(in
SingleSwapStatistics
)
AlignmentRowsTable
(in
csb.bio.sequence
)
assignments
(in
TargetResidue
)
accession
(in
Target
)
alignments
(in
HHOutputParser
)
assignments()
(in
BenchmarkAdapter
)
accession
(in
RosettaFragment
)
AlignmentTypes
(in
csb.bio.sequence
)
assignments_sec_structure()
(in
BenchmarkAdapter
)
accession
(in
EntryID
)
all
(in
Expression
)
ASX
(in
ProteinAlphabet
)
accession
(in
Chain
)
ALL()
(in
Filters
)
AsyncParseResult
(in
csb.bio.io.wwpdb
)
accession
(in
Structure
)
ALL_ALPHABETS
(in
SequenceAlphabets
)
AsyncStructureParser
(in
csb.bio.io.wwpdb
)
accumulate()
(in
AbstractHeatWorkJacobianLogger
)
all_layers
(in
ProfileHMM
)
At
(in
ChemElements
)
accumulate()
(in
TrivialHeatWorkJacobianLogger
)
alpha
(in
HeaderInfo
)
at()
(in
RosettaFragmentMap
)
add()
(in
MatchTable
)
alpha
(in
Dirichlet
)
at()
(in
SecondaryStructure
)
add()
(in
PredictionBuilder
)
alpha
(in
Gamma
)
ATOM
(in
ChemShiftReader
)
add()
(in
ClansSeqgroup
)
alpha
(in
GeneralizedNormal
)
Atom
(in
csb.bio.structure
)
add()
(in
CustomStructureProvider
)
alpha
(in
InverseGamma
)
ATOM3
(in
ChemShift3Reader
)
add()
(in
FileSystemStructureProvider
)
ALPHA_SIGMA
(in
GaussianMixture
)
atom_contacts()
(in
ContactMap
)
add()
(in
NOESpectrum
)
alphabet
(in
AbstractSequence
)
atom_matrix()
(in
ContactMap
)
add()
(in
AbstractAlignment
)
alphabet
(in
SequenceAdapter
)
atom_name
(in
Label
)
add()
(in
Backend
)
alphabet
(in
Chain
)
AtomConnectivity
(in
csb.bio.nmr
)
add_alignment()
(in
HHpredHit
)
alternate
(in
Atom
)
AtomNotFoundError
(in
csb.bio.structure
)
add_alignment()
(in
A3MOutputBuilder
)
AlternatingAdjacentSwapScheme
(in
csb.statistics.samplers.mc.multichain
)
atoms
(in
ResidueInfo
)
add_alignment()
(in
FASTAOutputBuilder
)
alternative
(in
ClusterRep
)
atoms
(in
ContactMap
)
add_alignment()
(in
OutputBuilder
)
Am
(in
ChemElements
)
atoms
(in
Residue
)
add_alignment()
(in
PIROutputBuilder
)
amax
(in
HeaderInfo
)
attfactor
(in
ClansParams
)
add_array_argument()
(in
ArgHandler
)
amean
(in
HeaderInfo
)
Attributes
(in
csb.test
)
add_array_option()
(in
ArgHandler
)
amin
(in
HeaderInfo
)
attvalpow
(in
ClansParams
)
add_boolean_option()
(in
ArgHandler
)
Amino
(in
NucleicAlphabet
)
Au
(in
ChemElements
)
add_comment()
(in
OutputBuilder
)
anchored_around()
(in
Assignment
)
augment_state()
(in
csb.statistics.samplers.mc
)
add_emission_pseudocounts()
(in
ProfileHMM
)
AngleUnits
(in
csb.bio.structure
)
autoclose
(in
EntryWriter
)
add_emission_pseudocounts()
(in
PseudocountBuilder
)
anneal()
(in
GaussianMixture
)
autocorrelation()
(in
csb.statistics
)
add_entry()
(in
Clans
)
Any
(in
NucleicAlphabet
)
AutoFlushStream
(in
csb.io
)
add_final_state()
(in
TrajectoryBuilder
)
AnyTestBuilder
(in
csb.test
)
AUTONUMBER
(in
Chart
)
add_fragment()
(in
OutputBuilder
)
app
(in
csb.test
)
average_structure()
(in
csb.bio.utils
)
add_group()
(in
Clans
)
append()
(in
RosettaFragmentMap
)
avgfoldchange
(in
ClansParams
)
add_header()
(in
XeasyFileBuilder
)
append()
(in
EmissionTable
)
axis_and_angle()
(in
csb.numeric
)
add_header()
(in
FileBuilder
)
append()
(in
HMMLayer
)
Home
Trees
Indices
Help
CSB v1.2.5.d7fd331
Generated by Epydoc 3.0.1 on Tue Jul 4 20:19:03 2017
http://epydoc.sourceforge.net


61
1 The Spirit of the Lord Yahweh is on me, because Yahweh has anointed me
to proclaim good news to the humble. He has
sent me to heal the brokenhearted,
to proclaim liberty to the captives, and the opening of the prison to those who are bound.
2 He has sent me to proclaim the year of Yahweh's favor, the day of vengeance of our God,
and to comfort all who mourn—
3 to set in place for those who mourn in Zion—to give them a turban in place of ashes,
oil of joy instead of mourning, a mantle of praise in place of a spirit of dullness,
to call them oaks of righteousness, the planting of Yahweh, that he may be glorified.
4 They will rebuild the ancient ruins; they will restore the former desolations.
They will restore the ruined cities, the desolations from many former generations.
5 Foreigners will stand and feed your flocks, and sons of foreigners will work your fields and vineyards.
6 You will be called the priests of Yahweh; they will call you servants of our God.

So they will have a double share of their land; everlasting joy will be theirs.
8 For I, Yahweh, love justice, and I hate robbery and violent injustice.
I will faithfully repay them, and I will cut an everlasting covenant with them.
9 Their descendants will be known among the nations, and their offspring among the peoples.
All who see them will acknowledge them, that they are the people whom Yahweh has blessed.
10 I will greatly rejoice in Yahweh; in my God I will be very glad.
For he has clothed me with the garments of salvation; he has clothed me with the robe of righteousness,
as a bridegroom adorns himself with a turban, and as a bride adorns herself with her jewels.
11 For as the earth produces its sprouting plants, and as the garden makes its planting grow,
so the Lord Yahweh will cause righteousness and praise to sprout up in front of all the nations.


A toolbar appears at the bottom of an app screen and contains buttons for performing actions relevant to the current view or content within it. Toolbars are translucent, may have a background tint, and often hide when people are unlikely to need them. For example, in Safari, the toolbar hides when you begin scrolling the page since you are likely reading. You can show it again by tapping the bottom of the screen. Toolbars are also hidden when a keyboard is onscreen.


Application
Documentation
engine
wide
application
Application
Description
Public
Protected
Private
Related
All
Inheritance
coffee::Application
( Class )
Heart of each Coffee
application
.
Description
Heart of each Coffee
application
.
This is an interface to inherit in each new
project
. It contains the
project
configuration and the
application
controls, and gives access to useful callbacks... Basically it's only a simple single-threaded singleton
module
, handled automatically by the
module
manager. It has
shell::MODULE_ATTRIBUTE_Defaults
properties
.
See also
COFFEE_RegisterApplication
Source
The documentation for this Class was generated from the following file:
application.h


restSQL may be deployed in two modes: as an HTTP Service (WAR) or as a Java library (JAR). In both cases, restSQL is more of an engine than a framework, because very few extensions are required. No object hierarchy needs to be created and no persistence managers need be customized. A simple XML file defines an SQL Resource, an queryable and updatable database view that is managed by the engine. Declarative attribute validators may be employed to enforce simple data constraints (e.g. numeric ranges, string length or format), or applications may provide custom Java-based attribute validators for more enforcing more complex domain constraints. Additionally Java-based triggers may be deployed to enforce domain constraints or perform business logic.
restSQL was designed from the ground up for its implementation to be customized. The API interfaces are distinct from the implementation. Applications access implementations of various constructs using Factories. Applications may provide their own implementations by registering their factories which create the custom implementations. This may be useful for users needing application-specific extensions or support for new databases.
SQL Resources are accessed by name, using URIs in the pattern /restsql/res/{resName} with HTTP methods POST, GET, PUT and DELETE and often request bodies in XML and URL Encoded Form Parameters. The HTTP API offers flexibility in request forms; there are often multiple ways of submitting the same request. Path and query parameters qualify the rows for the operation. URL Encoded requests specify Insert or Update parameters. Or XML bodies specify write operation parameters, possibly for multiple rows.
SQL Resources are defined in XML files. The definition contains the core SELECT query to generate SQL. The framework builds an internal metadata construct by examining the query and interrogating the database. It appends WHERE clauses to the definition query for for read (SELECT) operations. It generates SQL for write (INSERT, UPDATE, DELETE) operations.
Group By queries are not supported (yet).
SQL Resources may be flat or hierarchical. A flat SQL Resource returns read responses with each row in a single element/object. A hierarchical SQL Resource returns read responses in a single-level nested element/object set. Only one level parent-child, not arbitrary depth hiearchies is supported. The definition indicates the parent, child and extension tables such that the engine can differentiate the data. Hierarchical SQL Resources may be one-to-many or many-to-many. For example, employees typically report to one department so department-employee is a one-to-many relationship. Multiple departments collaborate on multiple projects, so department-project is a many-to-many relationship. In a one-to-many hierarchical SQL Resource, children are fully managable. Conversely, in a many-to-many hierarchical SQL Resource, the child rows may not be created or deleted; rather they are associated and disassociated with the parent. A separate SQL Resource for the the child may be used to create and delete them. Updates to the children are not supported in a many-to-many SQL Resource.
See SQL Resource Rules for an elaboration on constraints.
A many-to-many hierarchical SQL Resource called ActorFilm is used to elaborate the concept. The following diagram depicts the physical data model for its tables:
The roles are defined in the following table with examples from ActorFilm:
| Role | Meaning | Applies To | ActorFilm Example |
|---|---|---|---|
| Parent | Driving table. XML/JSON objects will be named using this table for all flat rows and hierarchical parent rows. | Flat, Hierarchical | actor |
| Parent Extension | Joined table to the parent that adds more columns. Appears to the client as if parent and extensions are one row/object. | Flat, Hierarchical | actor_rating |
| Child | Defines row/objects that are contained by the parent and will be nested in an XML/JSON representation. The child in a master-detail form/view. | Hierarchical | film |
| Child Extension | Joined table to the child that adds more columns. Appears to the client as if child and extensions are one row/object. | Hierarchical | film_rating |
| Join | The join table in a many-to-many relationship. | Hierarchical Many-to-Many | film_actor |
For a flat SQL Resource, a Parent table must be declared. For a one-to-many hierarchical SQL Resource, a Parent and a Child table must be declared. For a many-to-many hierarchical, a Parent, a Join and a Child table must be declared. Only one Parent, Child and Join table may be defined, but an unlimited number of ParentExtensions and ChildExtensions are possible. ParentExtensions and ChildExtensions are optional.
If tables are unqualified, restSQL uses the default database. If they are qualified in the query (e.g. sakila.actor), then they must be qualified in the role definitions.
See SQL Resource Rules for an elaboration on constraints.
sqlresources.dir
restsql.properties property. Here is an example of a flat resource called FilmRating in a file named FilmRating.xml:
<?xml version="1.0" encoding="UTF-8"?> <rs:sqlResource xmlns:rs="http://restsql.org/schema" xmlns:xsi="http://www.w3.org/2001/XMLSchema-instance" xsi:schemaLocation="http://restsql.org/schema SqlResource.xsd "> <query> select film.film_id, title, release_year,language_id, rental_duration,rental_rate,replacement_cost, film_rating_id, stars from film, film_rating where film.film_id = film_rating.film_id </query> <metadata> <database default="sakila" />

 </metadata> </rs:sqlResource>
<?xml version="1.0" encoding="UTF-8"?> <rs:sqlResource xmlns:rs="http://restsql.org/schema" xmlns:xsi="http://www.w3.org/2001/XMLSchema-instance" xsi:schemaLocation="http://restsql.org/schema SqlResource.xsd "> <query> select language.language_id, language.name, film_id, title, release_year from language left outer join film on film.language_id = language.language_id </query> <metadata> <database default="sakila" />

 </metadata> </rs:sqlResource>
<?xml version="1.0" encoding="UTF-8"?> <rs:sqlResource xmlns:rs="http://restsql.org/schema" xmlns:xsi="http://www.w3.org/2001/XMLSchema-instance" xsi:schemaLocation="http://restsql.org/schema SqlResource.xsd "> <query> select actor.actor_id, first_name, last_name, actor_rating.stars, film.film_id, title, release_year, film_rating.stars from actor left outer join actor_rating on actor.actor_id = actor_film.actor_id left outer join film_actor on film_actor.actor_id = actor.actor_id left outer join film on film_actor.film_id = film.film_id left outer join film_rating on film.film_id = film_rating.film_id </query> <metadata> <database default="sakila" />

 </metadata> </rs:sqlResource>
sqlresources.dir
). SQL resource namespaces may be organized into arbitrary-depth directories. The directory path is converted into dotted notation, following the Java package concept. For example, if ActorFilm.xml is placed in the subdirectory
actor/ext
, as in
{sqlresources.dir}/actor/ext/ActorFilm.xml
, then its name is
actor.ext.ActorFilm
. In the HTTP requests, it would be available at the URI
/restsql/res/actor.ext.ActorFilm
. If ActorFilm.xml is placed in the resources root, it would be available at the URI
/restsql/res/ActorFilm
.
Warning: Aliasing primary keys in hierarchical resources is currently not supported.
The parent and child tables may also be aliased in the metadata, but not in the SQL query. These names will appear in the elements of the request or response XML/JSON. You must not alias tables in the SQL query. Columns must be disambiguated using the full table name. restSQL table aliasing is for request/response element naming only.
The LanguageFilm example below uses table aliases:
<?xml version="1.0" encoding="UTF-8"?> <rs:sqlResource xmlns:rs="http://restsql.org/schema" xmlns:xsi="http://www.w3.org/2001/XMLSchema-instance" xsi:schemaLocation="http://restsql.org/schema SqlResource.xsd "> <query> select language.language_id, language.name, film_id, title, release_year "year" from language left outer join film on film.language_id = language.language_id </query> <metadata> <database default="sakila" />

 </metadata> </rs:sqlResource>
Instead of using element names language and film, the names lang and movie are used, as in:
<readResponse> <lang language_id="100" langName="New Esperanto"> <movie year="2011" title="ESCAPE FROM TOMORROW" film_id="5000" /> <movie year="2012" title="BLOOD PURPLE" film_id="5001" /> </lang> <lang language_id="101" langName="New Greek"> <movie year="2012" title="THE DARKENING" film_id="5002" /> <movie year="2012" title="THE LIGHTENING" film_id="5003" /> </lang> </readResponse>
and the JSON version:
{ "langs": [ { "langId": 100, "langName": "New Esperanto", "movies": [ { "year": 2011, "title": "ESCAPE FROM TOMORROW", "film_id": 5000 }, { "year": 2012, "title": "BLOOD PURPLE", "film_id": 5001 } ] }, { "langId": 101, "langName": "New Greek", "movies": [ { "year": 2012, "title": "THE DARKENING", "film_id": 5002 }, { "year": 2012, "title": "THE LIGHTENING", "film_id": 5003 } ] } ] }
For JSON serialization, the array structure eliminates per-row naming and only the collection is named. Therefore the configuration is different. By default the rowAlias, or table name if not defined, is pluralized with an 's' to name a collection. Use the rowSetAlias table attribute to override this default, as in:
<?xml version="1.0" encoding="UTF-8"?> <rs:sqlResource xmlns:rs="http://restsql.org/schema" xmlns:xsi="http://www.w3.org/2001/XMLSchema-instance" xsi:schemaLocation="http://restsql.org/schema SqlResource.xsd "> <query> select language.language_id, language.name, film_id, title, release_year "year" from language left outer join film on film.language_id = language.language_id </query> <metadata> <database default="sakila" />

 </metadata> </rs:sqlResource>
Results in the parent collection name as languageSet, and the child is set to movies:
{ "languageSet": [ { "langId": 100, "langName": "New Esperanto", "movies": [ { "year": 2011, "title": "ESCAPE FROM TOMORROW", "film_id": 5000 }, { "year": 2012, "title": "BLOOD PURPLE", "film_id": 5001 } ] }, { "langId": 101, "langName": "New Greek", "movies": [ { "year": 2012, "title": "THE DARKENING", "film_id": 5002 }, { "year": 2012, "title": "THE LIGHTENING", "film_id": 5003 } ] } ] }
With JSON, the rowAlias is ignored if rowSetAlias is used. If the rowSetAlias was omitted on language, a plural rowAlias is used as the collection name - langs. In the film case, the rowAlias is pluralized in the collection as movies. If both were ommitted, a plural table name is used - languages or films.
In both formats, the rowAlias and rowSetAlias attributes are useful in customizing names and in suppressing the pluralization if your table name is already pluralized.
See SQL Resource Rules for an elaboration on constraints.
The metadata is available to users through both HTTP and Java APIs.
| Operation | HTTP Method | SQL Statement |
|---|---|---|
| Create | POST | INSERT |
| Read | GET | SELECT |
| Update | PUT | UPDATE |
| Delete | DELETE | DELETE |
Read requests have no body and are filtered by path params:
GET /restsql/res/Actor/124 HTTP/1.1
GET /restsql/res/Actor?last_name=SMITH HTTP/1.1
DELETE /restsql/res/Actor/124 HTTP/1.1
DELETE /restsql/res/Actor?last_name=SMITH HTTP/1.1
PUT /restsql/res/Film?title=DARK%25 HTTP/1.1 Content-Type: application/x-www-form-urlencoded rating=R&rental_duration=2
POST /restsql/res/Actor HTTP/1.1 Content-Type: application/xml <request> <actor actor_id="123" first_name="JULIANNE" last_name="DENCH" /> <actor actor_id="124" first_name="SCARLETT" last_name="BENING" /> <actor actor_id="125" first_name="ALBERT" last_name="NOLTE" /> </request>
See the HTTP API and Java API references for more on requests. See Operators for more on SQL operator support.
Following is an example of a Create request for a flat SQL Resource:
POST /restsql/res/Actor HTTP/1.1 Content-Type: application/x-www-form-urlencoded Accept: application/xml actor_id=201&first_name=JULIANNE&last_name=DENCH
and the response:
HTTP/1.1 200 OK Content-Type: application/xml <writeResponse rowsAffected="1"> <actor actor_id="201" first_name="JULIANNE" last_name="DENCH" /> <writeResponse/>
Following is a variation of the previous example without the primary key, actor_id, relying on the default value's auto-increment in MySQL or sequence in PostgreSQL:
POST /restsql/res/Actor HTTP/1.1 Content-Type: application/x-www-form-urlencoded Accept: application/xml first_name=JULIANNE&last_name=DENCH
and the response:
HTTP/1.1 200 OK Content-Type: application/xml <writeResponse rowsAffected="1"> <actor actor_id="202" first_name="JULIANNE" last_name="DENCH" /> <writeResponse/>
Following is an example of a Read request with query parameters on a many-to-many hierarchical SQL Resource:
GET /restsql/res/actor.ext.ActorFilm?last_name=SMITH HTTP/1.1 Accept: application/json
and the response:
HTTP/1.1 200 OK Content-Type: application/json { "actors": [ { "last_name": "SMITH", "first_name": "JULIANNE", "actor_id": "201", "films": [ { "year": "2006", "title": "ACADEMY DINOSAUR", "film_id": "1" }, { "year": "2006", "title": "ADAPTATION HOLES", "film_id": "3" }, { "year": "2006", "title": "ANACONDA CONFESSIONS", "film_id": "23" } ] }, { "last_name": "SMITH", "first_name": "PATRICK", "actor_id": "205", "films": [ { "year": "2006", "title": "APACHE DIVINE", "film_id": "31" }, { "year": "2006", "title": "BABY HALL", "film_id": "47" }, { "year": "2006", "title": "BULL SHAWSHANK", "film_id": "105" }, { "year": "2006", "title": "CHAINSAW UPTOWN", "film_id": "132" } ] } }
DELETE /restsql/res/Film?blah=blah HTTP/1.1
HTTP/1.1 400 Bad Request No valid parameters found
GET /restsql/res/Actor/3 HTTP/1.1
HTTP/1.1 500 Internal Server Error You have an error in your SQL syntax; check the manual that corresponds to your MySQL server version for the right syntax to use near 'LIMIT 0,1' at line 1 :: select actor_id, first_name, last_name from LIMIT 0,1
security.privileges
property in the restsql.properties. Following is an example:
# SQL Resource Privilege definitions # [SqlResource,*].[requestType,*]=[*,role] Note: comma-separate multiple roles *.select=all,limited,readonly Film.insert,update=limited
In the restSQL WAR mode, clients use standard HTTP Basic or Digest authentication and standard JEE web app declarative security mechanisms. Credentials and role assignments are provided by a standard Realm plugin, which could be file-, RDBMS- or LDAP-based. The authentication method, realm and protected resources are declared in restSQL's Deployment Descriptor (web.xml). The Authorizer, when configured, is used by the restSQL HTTP Service. The container will send 401 responses for requests without credentials or with invalid credentials. restSQL will send 403 responses for unauthorized requests.
In the restSQL JAR mode, the app is responsible for authenticating users and associating users with roles. The app will call restSQL's
Authorizer
with a
SecurityContext
implementation prior to executing SQL Resource requests.
Trigger
interface or extend the convenience class
AbstractTrigger
. Triggers have methods that fire before and after each CRUD operation. Throwing an
InvalidRequestException
on a beforeXxx method stops the request. A properties file maps trigger classes to one or more SQL Resources.
<?xml version="1.0" encoding="UTF-8"?> <rs:sqlResource xmlns:rs="http://restsql.org/schema" xmlns:xsi="http://www.w3.org/2001/XMLSchema-instance" xsi:schemaLocation="http://restsql.org/schema SqlResource.xsd " name="Actor" defaultDatabase="sakila" parent="actor"> <query> select actor_id, first_name, last_name, class from actor </query> <validatedAttribute name="first_name" type="String" minLength="1" maxLength="20" /> <validatedAttribute name="class" type="Integer" minValue="1" maxValue="5" /> </rs:sqlResource>
Custom Java-based attribute validators may be deployed to enforce more complex domain logic. The design of this feature is pending.
Next Step: Explore Service


Vole
Home
My profile
Post
Load More
Create Profile
Vole could not find your user profile. Would you like to create a new one?
Name:
Email (for Gravatar):


(.-.) patients therapy study analysis follow-up <. chronic months treatment -month Anthroposophic outcomes prospective (.%) Pain enrolled {border-style Hamre documented analyses anthroposophic physicians px;} #ffffff;} baseline outcome present (-) .%, Glockmann German Symptom Witt cohort outpatient symptoms (n = ), AMOS clinical patient reactions years Low Willich Ziegler diagnosis differences medications physician (.%, Kiene Score adverse massage rating therapies und BMC Kienle Med average disease improvements previous quality settings therapy, vs. . ± . Health Mean criteria eurythmy groups patients, pre-post previously primary routine scores total .-. Clinical comparisons data did improvement included mean reasons research studies symptom years, (.%), CES-D International Rating SF- Severity available care children disease: four-year medicine month months. observational published px; regarding satisfaction significantly treated {font-family Asthma Mental Res Table Verlag according adults complementary eligible following font-size long-term respondents rhythmical showed therapists (.% (IQR (n = /,) Adverse Anxiety Complement Depression Diseases ICD- Physical Total art change compared days disability disorders documentation double; duration effect follow-up, health intensity life median missing nonrespondents performed period points scales score two-year (%-CI) (Table (n = ). ./--- ADHD Center Component Epidemiological FBB-HKS Functional Germany January Long-term Migraine Patients Press Range Response Standardised Studies Use aged border-color border-width carried confirmed differ difference diseases eligibility evaluable evaluation events follow-up. fulfilled für inclusion indications large low main months, new nonrespondent numerical n = ) pain questionnaire referred relationship respiratory sizes solid; special standard study. value {font-style {font-weight %-CI (.%). (n = ,/,) -year Ability Age Altern Association Attention Average Baars Classification December Deficit Drug Federal Female Hyperactivity LBPRS Male Medicine Patient Previous Scale Scale, Statistical Stuttgart: Störungen Therapy acute analysed assessed assessment asthma bold characteristics comprised courier; daily depression der em; findings forward. frequent general group high improved infrequent life. longer medical medication medium mild-to-moderate min non-respondents n = ), n = ). outpatients pain: patients. points, population proportion pt;} question ranked reasons: receiving relevant reported safety small subgroup use used values years:


Patty, the milkmaid was going to the market carrying milk in the pail on her head. As she went along, she began calculating what she would do with the money she would get for the milk. “I’ll buy some fowls from Farmer Brown,” said she, “and they will lay eggs each morning, which I will sell to the minister’s wife. With the money that I get from the sale of these eggs, I’ll buy myself a new frock and a hat, and when I go to the market, won’t all the young men come up and speak to me! Polly Shaw will be so jealous, but I don’t care. I shall just look at her and toss my head like this.” As she spoke that, she tossed her head back and the pail fell off it, and all the milk was spilt!


Major/new features
Adjustments Refactoring
The adjustments system in Spree has undergone a large portion of work. Adjustments (typically originating from promotions and taxes) can now be applied at a line item, shipment or order level.
This system has been designed to be backwards-compatible with older versions of Spree, so that an upgrade path is relatively easy. If you encounter any issues during an upgrade, please file an issue.
Along with this, taxes are now split into two groupings: “additional” and “included”. Additional taxes are those which increase the price of the item they’re attached to. Included taxes are those which are already included in the cost of the item. It is still necessary to track these included taxes due to tax reporting requirements in many countries.
Shipments no longer have a linked adjustment. Instead, the shipment itself has a “cost” attribute which is used in the calculation of shipping costs for an order.
Also worth noting is that the number of callbacks triggered when any aspect of an order is updated has been greatly reduced, which should lead up to speed-ups in stores. An example of this would be in prior versions of Spree, an order would trigger an update on all its adjustments when it updated. With the new system, only line items or shipments that change will have their adjustments updated.
For more information about this, Ryan Bigg wrote up a long explanation about it, and there is further discussion on #3567.
Fragment caching
In certain places in the frontend, the following changes have been applied:
- Fragment caching for each product.
- Fragment caching for the lists of products in home/index and products/index.
- Fragment caching for a taxon’s children.
This can lead to significant speedups in the frontend of a Spree store.
See more about this in this comment on spree/spree#2913.
Asset renaming
An issue was brought up in #4050 where a user showed us that a require_tree
use inside app/assets
would also require the Spree assets that were placed in app/assets/store
and app/assets/admin` respectively. This would happen in areas of the application where Spree wasn’t even used.
To fix this bug, we have moved the location of the assets to vendor/assets
. Frontend’s assets are now placed in vendor/assets/spree/frontend
and Backend’s are in vendor/assets/spree/backend
.
Similar changes to this have also been made to extensions, where their assets are now placed in app/assets/spree/[extension_name]
. Ultimately, these changes fix the bug and now we’re using the same names to refer to the same components (store -> frontend, admin -> backend) on assets as we do internally to Spree.
You will need to manually rename asset requires within your application:
admin/spree_backend
=>spree/backend
store/spree_frontend
=>spree/frontend
Risk analysis
The AVS and CVV response codes for payments are now checked to determine the possibility that an order is considered risky. If the order is considered risky, then it will transition to a ‘considered risky’ state upon finalize rather than ‘complete’. The order must be approved in the admin backend in order for it to proceed to the ‘complete’ state.
Stores may choose to override Order#is_risky
to implement their own risk analysis for orders.
See issues #4021 and #4298 for further information.
Paperclip settings have been removed
The ability to configure Paperclip settings for Spree::Image
has been removed from Spree. The alternative to this is to configure the Paperclip settings for Spree::Image
in an initializer:
Paperclip::Attachment.default_options[:s3_protocol] = "https"
Spree::Image.attachment_definitions[:attachment][:styles] = "<styles go here>"
Spree::Image.attachment_definitions[:attachment][:path] = "<path goes here>"
These settings are for the Paperclip gem, and hence more information about them can be found in Paperclip’s documentation.
You may wish to use S3, in which case you can configure it using code like this Gist.
Minor changes
Core
-
Switched to using friendly_id for permalink generation. This meant that we needed to rename
Spree::Product
’spermalink
field toslug
.Ryan Bigg
-
Add a
name
column to spree_payments. That should hold the Name on card option in payment checkout step.Washington Luiz
-
Associate line item and inventory units for better extensibility with product assemblies. Migration was added to set line_item_id for existing inventory units.
-
A channel column was added to the spree_orders table. Users can set it when importing orders from other stores. e.g. amazon
Washington Luiz
-
Introduce
Core::UserAddress
module. Once included on the store user class the user address can be rememembered on checkoutWashington Luiz
-
Added tax_category to variants, to allow for different variants of a product to have different tax categories. #3946
Peter Rhoades
-
Removed
Spree::Activator
. Promotions are now activated using theSpree::PromotionHandler
classes.Ryan Bigg
-
Promotion#event_name attribute has been removed. A promotion’s event now depends on the fields that are filled out during its creation.
Ryan Bigg
-
Simplified OrderPopulator to take only a variant_id and a quantity, rather than a confusing hash of product/variant ids.
Ryan Bigg
-
lib/ is no longer in autoload paths. You’ll have to manually require what you need in that dir. See https://github.com/spree/spree/commit/b3834a1542e350034c1e9c5a8b13c00b2415e63b
-
Introduce Spree::Core::MailMethod to manage mail settings at each delivery. This allows changes to mail settings to be applied without a server restart. See https://github.com/spree/spree/commit/95df1aa7832912f73e34302d31b0abbbea3af709
John Hawthorn
-
Create Spree::Migrations to warn about missing migrations. See #4080
Washington Luiz
-
Variant#in_stock? now no longer takes a quantity. Call can_supply? instead. see #4279
Ryan Bigg / Peter Berkenbosch
-
PromotionRule#activator_id column has been renamed to promotion_id.
Ryan Bigg
API
-
Api requires authentication by default now
Peter Berkenbosch
-
Improve products_controller #create and #update for better support to create and update variants, option types and option values. See #4172 and #4240
Bruno Buccolo / Washington Luiz / John Dyer
-
ApiHelpers attributes can now be extended without overriding instance methods. By using the same approach in PermittedAttributes. e.g.
Spree::Api::ApiHelpers.order_attributes.push :locked_at
Washington Luiz
-
Admin users can set the order channel when importing orders. By sing the channel attribute on Order model
Washington Luiz
-
Cached products/show template, which can lead to drastically (65x) faster loading times on product requests. 806319709c4ce9a3d0026e00ec2d07372f51cdb8
Ryan Bigg
-
The parts that make up an order’s response from /api/orders/:num are cached, which can lead to a 5x improvement of speed for this API endpoint. 80ffb1e739606ac02ac86336ac13a51583bcc225
Ryan Bigg
-
Cached variant objects which can lead to slightly faster loading times (4x) for each variant.
Ryan Bigg
-
Added a route to allow for /api/variants/:id requests
Ryan Bigg
-
Products response now contains a master variant separately from all the other variants. Previously all variants were grouped together.
Ryan Bigg
-
Added API endpoint to retrieve a user’s orders: /api/orders/mine. #4022
Richard Nuno
-
Order token can now be passed as a header:
X-Spree-Order-Token
. #4148Lucjan Suski
Frontend
-
Payment step displays a name input so that users can enter Name on card Previously we had a first_name and last_name hidden input instead.
Washington Luiz
-
Checkout now may remember user address
Washington Luiz
Backend
-
Don’t serve JS to non XHR requests. Prevents sentive data leaking. Thanks to Egor Homakov for pointing that out in Spree codebase. See http://homakov.blogspot.com.br/2013/05/do-not-use-rjs-like-techniques.html for details.
-
‘Only show completed orders’ checkbox status will now persist when paging through orders.
- darbs + Ryan Bigg
-
Implemented a basic Risk Assessment feature in Spree Backend. Viewing any Order’s edit page now shows the following, with a status indicator:
Payments; link_to new log feature (ie. Number of multiple failed authorization requests) AVS response (ie. Billing address not matching credit card) CVV response (ie. code not matching)
- Ben Radler (aka lordnibbler)
-
Moved ‘Taxonomies’ out from under ‘Configuration’ menu. It now is a sub-menu item on the products.
- Ryan Bigg


Paused...
Your browser does not support HTML5 Audio! 😢
←
→
all
©
shirazlug
source c0de ->
player
&
background
| edited by
mehdiMj


#include <math_ops.h>
Computes the sum along sparse segments of a tensor divided by the sqrt of N.
N is the size of the segment being reduced.
Like SparseSegmentSqrtN
, but allows missing ids in segment_ids
. If an id is misisng, the output
tensor at that position will be zeroed.
Read the section on segmentation for an explanation of segments.
Arguments:
segment_ids
.Returns:
Output
: Has same shape as data, except for dimension 0 which has size k
, the number of segments.
Constructors and Destructors |
|
|---|---|
SparseSegmentSqrtNWithNumSegments(const ::tensorflow::Scope & scope, ::tensorflow::Input data, ::tensorflow::Input indices, ::tensorflow::Input segment_ids, ::tensorflow::Input num_segments)
|
Public attributes |
|
|---|---|
operation
|
|
output
|
Public functions |
|
|---|---|
node() const
|
::tensorflow::Node *
|
operator::tensorflow::Input() const
|
|
operator::tensorflow::Output() const
|
|
Operation operation
::tensorflow::Output output
SparseSegmentSqrtNWithNumSegments( const ::tensorflow::Scope & scope, ::tensorflow::Input data, ::tensorflow::Input indices, ::tensorflow::Input segment_ids, ::tensorflow::Input num_segments )
::tensorflow::Node * node() const
operator::tensorflow::Input() const
operator::tensorflow::Output() const


| Folders | |||
| <Go Back> | chapter-04 | chapter-07 | chapter-10 |
| chapter-01 | chapter-05 | chapter-08 | chapter-11 |
| chapter-02 | chapter-06 | chapter-09 | chapter-12 |
| chapter-03 |
| right.html | learning-...v1.jpg | learning-react.jpg | README.md |
Folders: 13
Files: 4
Size of all files: 88069 KB


Yes, if you make it look like an electrical fire. When you do things right, people won't be sure you've done anything at all. I was having the most wonderful dream. Except you were there, and you were there, and you were there! No argument here. Goodbye, cruel world. Goodbye, cruel lamp.  Cruel though they may be.

That's so cute. Can we have Bender Burgers again? Is the Space Pope reptilian!? I wish! It's a nickel. Bender! Ship! Stop bickering or I'm going to come back there and change your opinions manually!
Example: Okay, I like a challenge. Is that a cooking show? No argument here.
As I have explained in my book 'Earth in the Balance', and the much more popular 'Harry Potter and the Balance of Earth', we need to defend our planet against pollution. Also dark wizards. Fry, you can't just sit here in the dark listening to classical music.
Example: Actually, that's still true. Well, let's just dump it in the sewer and say we delivered it.
Morbo can't understand his teleprompter because he forgot how you say that letter that's shaped like a man wearing a hat. Also Zoidberg. Can we have Bender Burgers again? Goodbye, cruel world. Goodbye, cruel lamp.
Example: Cruel though they may be...
Kif, I have mated with a woman. Inform the men. This is the worst part. The calm before the battle. Bender, being God isn't easy. If you do too much, people get dependent on you, and if you do nothing, they lose hope. You have to use a light touch. Like a safecracker, or a pickpocket.
Example: There's no part of that sentence I didn't like! You, a bobsleder!? That I'd like to see!
Your lyrics lack subtlety. You can't just have your characters announce how they feel. That makes me feel angry! It's okay, Bender. I like cooking too. Interesting. No, wait, the other thing: tedious.
Example: Of all the friends I've had… you're the first. But I know you in the future. I cleaned your poop. Then we'll go with that data file!
Oh, I think we should just stay friends.  Aww, it's true. I've been hiding it for so long. Say it in Russian! Then throw her in the laundry room, which will hereafter be referred to as "the brig".
Example: We're rescuing ya. Robot 1-X, save my friends! And Zoidberg! Then we'll go with that data file! Okay, I like a challenge.
And I'm his friend Jesus. Oh right. I forgot about the battle.  We'll need to have a look inside you with this camera.
Example: Isn't it true that you have been paid for your testimony? Quite possible.
Look, last night was a mistake. We'll need to have a look inside you with this camera. Good news, everyone! There's a report on TV with some very bad news! You know, I was God once. You lived before you met me?!
Example: I'm Santa Claus! Pansy. That's a popular name today. Little "e", big "B"?
Did I miss something fun? Humans dating robots is sick. You people wonder why I'm still single? It's 'cause all the fine robot sisters are dating humans! Kids don't turn rotten just from watching TV.
Example: I usually try to keep my sadness pent up inside where it can fester quietly as a mental illness.
OK, this has gotta stop. I'm going to remind Fry of his humanity the way only a woman can. You seem malnourished. Are you suffering from intestinal parasites? Check it out, y'all. Everyone who was invited is here. I am Singing Wind, Chief of the Martians.
Example: Man, I'm sore all over. I feel like I just went ten rounds with mighty Thor.
I don't want to be rescued. I videotape every customer that comes in here, so that I may blackmail them later. Ah, computer dating. It's like pimping, but you rarely have to use the phrase "upside your head."
Example: Tell them I hate them.
AFTER HIM! A true inspiration for the children. What are you hacking off? Is it my torso?! 'It is!' My precious torso! I saw you with those two "ladies of the evening" at Elzars. Explain that.  Why not indeed!
Example: I feel like I was mauled by Jesus. Hello, little man.
I meant 'physically'. Look, perhaps you could let me work for a little food? I could clean the floors or paint a fence, or service you sexually? When the lights go out, it's nobody's business what goes on between two consenting adults.
Example: Nay, I respect and admire Harold Zoid too much to beat him to death with his own Oscar.
Hey, what kinda party is this? There's no booze and only one hooker.  Wow! A superpowers drug you can just rub onto your skin? You'd think it would be something you'd have to freebase. Well, let's just dump it in the sewer and say we delivered it. You guys realize you live in a sewer, right?
Example: Oh Leela! You're the only person I could turn to; you're the only person who ever loved me.
PUNY HUMAN NUMBER ONE, PUNY HUMAN NUMBER TWO, and Morbo's good friend, Richard Nixon. Interesting. No, wait, the other thing: tedious. All I want is to be a monkey of moderate intelligence who wears a suit… that's why I'm transferring to business school! Morbo can't understand his teleprompter because he forgot how you say that letter that's shaped like a man wearing a hat.
Example: If rubbin' frozen dirt in your crotch is wrong, hey I don't wanna be right.
That could be 'my' beautiful soul sitting naked on a couch.  Oh, I don't have time for this. I have to go and buy a single piece of fruit with a coupon and then return it, making people wait behind me while I complain.  For one beautiful night I knew what it was like to be a grandmother. Subjugated, yet honored. But existing is basically all I do! I never loved you.
Example: A sexy mistake. And I'd do it again!
Maybe I love you so much I love you no matter who you are pretending to be. Ah, the 'Breakfast Club' soundtrack! I can't wait til I'm old enough to feel ways about stuff! Now Fry, it's been a few years since medical school, so remind me.
Example: Disemboweling in your species: fatal or non-fatal?
We can't compete with Mom! Her company is big and evil! Ours is small and neutral! Look, everyone wants to be like Germany, but do we really have the pure strength of 'will'? I just told you! You've killed me!
Example: But, like most politicians, he promised more than he could deliver.
 Now all the planets are gonna start cracking wise about our mamas. Well, let's just dump it in the sewer and say we delivered it.
 Hey, tell me something. You've got all this money.
Ah, now the ball's in Farnsworth's court! We'll need to have a look inside you with this camera. Stop it, stop it. It's fine. I will 'destroy' you! Bender! Ship! Stop bickering or I'm going to come back there and change your opinions manually!
Example: So I really am important? How I feel when I'm drunk is correct?
Nibbler, who's gone to a place where I, too, hope one day to go. The toilet. But existing is basically all I do! I suppose I could part with 'one' and still be feared. I just told you! You've killed me!
Example: What's with you kids? Every other day it's food, food, food.
It has nothing to do with mating. Soon enough. There, now he's trapped in a book I wrote: a crummy world of plot holes and spelling errors! Daylight and everything. Hey! I'm a porno-dealing monster, what do I care what you think?
Example: Is that a cooking show? It doesn't look so shiny to me. And why did 'I' have to take a cab?
I don't 'need' to drink. I can quit anytime I want! THE BIG BRAIN AM WINNING AGAIN! I AM THE GREETEST! NOW I AM LEAVING EARTH, FOR NO RAISEN! There's one way and only one way to determine if an animal is intelligent. Dissect its brain!
Example: Guess again. Yeah, I do that with my stupidness. And when we woke up, we had these bodies.


Welcome to the JavaDocs for ObjectBox, the super-fast database for objects. On these pages, you will find the API reference for the ObjectBox Java library.
The main documentation is available at docs.objectbox.io and offers a changelog, a getting started guide, and many more topics.
GitHub links: ObjectBox Java, Examples for Java, Kotlin and Android


Latest update: 7/20/2019
Rules and Format
- This is a team competition, primarily for
teams from companies, club teams are also accepted. All team
types should meet their respective eligibility requirements
which are detailed in the eligibility section below.
- Each team must be formed with a minimum of 3 players,
and a maximum of 5 players . A non-playing captain can
be accepted as a 6th member.
- Participating teams are divided into 10 -12 groups of 4-5 teams each. A maximum of 60 teams will be accepted on a first come first served basis.
- Primarily round format is group RR. All teams will be randomly assigned into 10 or 12 groups. First place and Second place teams will be assigned to Division A, and the rest teams will be assigned to Division B.
- Division B first round: Teams will be re-group to 8 groups and play group RR. Top 2 from RR will be advanced to Division B playoff round. Division B top 16 Playoff format is: group RR and then single elimination.
- Top 4 teams from Division B will be promoted to Division A
- Division A first round: all teams will be re-group into 8 groups and play group RR. CLC Organizing committee will define top 8 seeds by referencing top 3 players’ rating. Top 2 teams from Group RR will continue to play single elimination until final.
- Each team match consists of five individual matches and
can end when one team has won three out of five matches. Each
individual match shall be a best of five games with 11 points
in each game.
- Before the start of the match, the team
that wins the toss shall choose to be either ABC team or XYZ
team.
- The first player must play two singles.
The second player must play one single and one double. No
restrictions on other players.
| Order |
Type |
ABC team |
XYZ team |
| 1 |
Single |
A |
Y |
| 2 |
Single |
B |
X |
| 3 |
Double |
B + any player except A |
Y + any player except X |
| 4 |
Single |
A |
X |
| 5 |
Single |
C |
Z |
- Organizers reserve the right to adjust the group size,
group drawing, and the play off round size. The adjustments
will be done if necessary depending on the number of registered
teams for the tournament.
Team Eligibility Requirements
- All members of a company team must be employees,
interns, or contractors with badge as of registration date.
- All members of a club team must be active members or
donors of their respective clubs during the entire tournament
period.
- For club teams, top 2 members cannot exceed a
combined USATT rating of 4300 and top 3 members
cannot exceed USATT rating of 6200 as of registration
start date. Rating is calculated as Max(USATT Tournament
Rating, USATT League Rating), if one of the ratings is within recent 3 years.
For unrated players or players who do not have a rating dated in last 3 years as of 7/22/2019, following rules apply:
- Team captain shall provide an estimated rating to the best knowledge of the captain
- CLC rating sub committee will review and adjust if necessary
- A player cannot be
part of a club team, if there is a company team from the
player’s company unless company team is full (>=4players) and it is not possible to form a new company team.
- Joint company teams of 2 companies are accepted,
provided there are no other individual or joint teams from
their respective companies.
- Captain of the team is responsible for the integrity of
the team, ensure the eligibility of team members, and produce
verifiable proofs if demanded by the organizing committee.
- Not meeting the eligibility requirements listed above
would result in disqualification.
Registration/Entry
- Every team requires at least 3 players, limits to 5
players
- Each company or club can register multiple teams, no
upper limits.
- Each team registration fee $100. Early bird $80 if register before 7/31.
- Register at
this google sheet. Please make sure to mention which Saturday your team can’t play.
- Paypal entry fee to<EMAIL_ADDRESS>Please
state out from which team when making paypal transfer.
Awards
- Division A champion: $800 + Medal
- Division A runner up: $400 + Medal
- Division A semi-finalists: $200
- Division A 5th - 8th: $100
- Division B champion: $100
- Division B runner up: $50
Schedule
* All matches other than playoff and final will be played on Saturday 6-10:30PM. During registration, please specify which Saturday your team can’t play. OC will avoid assigning you to that weekend.
- 7/22 - 8/13: Registration. Early bird discount applies
before 7/31.
- 8/17 6-10:30 PM Group RR, group A and B
- 8/24 6-10:30 PM Group RR, group C and D
- 8/31 6-10:30 PM Group RR, group E and F
- 9/7 6-10:30 PM Group RR, group G and H
- 9/14 6-10:30 PM Group RR, group I and J
- 9/21 6-10:30 PM Group RR, group K and L
- 9/28 6-10:30 PM Division B group RR, group B-A, B-B
- 10/5 6-10:30 PM Division B group RR, group B-C, B-D
- 10/12 6-10:30 PM Division B group RR, group B-E, B-F
- 10/26 6-10:30 PM Division B group RR, group B-G, B-H
- 11/2 12-10:00PM Division B playoff Group RR (16 ->8)
- 11/3 1-8PM Division B Final
- 11/9 12-10:00PM CLC Division A Playoff Group RR (24
->8)
- 11/10 1-8PM CLC Division A Final
* CLC organizing committee reserve right to adjust schedule for unexpected situation happens
Others
- The official match ball for this competition is Nittaku 3 star Premium. First round, players can use other balls under two teams’ agreement. The organizers will provide match balls for final rounds.
- A CLC 2018 captains communication group will be formed
in either google groups or WeChat. All tournament announcements
will be done in this group.
- There will be live stream provided for final round
matches


Issue 5544:
Can't set error breakpoint for shallow error
Steps to reproduce
Enable the Console and Script panels and reload the page
Check Show Stack Trace with Errors option
Click the test button
There should be one error log in the Console panel: ReferenceError: foops is not defined
Expand it and check the stack trace. It should be:
onclick()
You should be also able to see gray circle for placing a breakpoint with text
foops();


BuzzCycle sets new landspeed record for electric vehicles
Sousa revives Noir with sultry thriller
DJ L-Koo teams with calendar girls to launch new Hollywood hangout
Posted on October 16, 2012
In yet another instance of green turning mean, famed electric-powered drag racing two-wheeler BuzzCycle has set a new landspeed record for electric vehicles, posting a quarter mile time of 8.083 seconds at Cape Coral Drag Speedway last weekend.
At a maximum output of 3200 kw/sec, BuzzCycle can unleash enough torque to finish the quarter mile within a few thousandths of a second of leading gas-powered drag racing motorcycles. This capability, combined with an eerie lack of engine noise, has sparked a new nickname for the cycle and driver Marty Watts: Silent Violence.
That said, we expect to hear a lot more noise from the BuzzCycle camp as this year's national MDRA competition approaches.
-----
Posted on October 15, 2012
Already hard at work researching his next film, Mark Sousa has recently been seen reading up on the private eye genre, according to our own highly leveraged sources.
Although the rumor mill places Sousa in the 1940s era film noir homage as a private investigator working through a tangled web of deceit and murder, Director Eugene Hedberg has been coyly suggesting these reports are just another public relations red herring.
We'll be busy pursuing our industry insiders for the vital clues. In the meantime, don't miss this issue's feature article on Sousa in Double Identity, out early2013.
----
Posted on October 14, 2012
Wherever you were last Friday night, you're wishing you were with us at Blingshizzle, the latest soon-to-be hallowed hall of Hollywood hotness. The brainchild of incendiary Hong Kong beatmaster DJ L-Koo, this urban upstart club is leading the curve in high-style lounge nightlife, boasting three levels of action, each themed with its own interstellar decor.
The 2012 Check Magazine Calendar Girls were on hand and in heels at Blingshizzle for the grand opening last Friday -- all except Luisa Znickflos, who had to temporarily wriggle out of her stateside calenderly duties to make a swimsuit shoot on the sun-soaked beaches of Cabo San Lucas. (We're still a bit salty, but we'll let this one slide, Luisa.)


Using JAX-RS With JAXB
Java Architecture for XML Binding (JAXB) is an XML-to-Java binding technology that simplifies the development of web services by enabling transformations between schema and Java objects and between XML instance documents and Java object instances. An XML schema defines the data elements and structure of an XML document. You can use JAXB APIs and tools to establish mappings between Java classes and XML schema. JAXB technology provides the tools that enable you to convert your XML documents to and from Java objects.
By using JAXB, you can manipulate data objects in the following ways:
You can start with an XML schema definition (XSD) and use xjc, the JAXB schema compiler tool, to create a set of JAXB-annotated Java classes that map to the elements and types defined in the XSD schema.
You can start with a set of Java classes and use schemagen, the JAXB schema generator tool, to generate an XML schema.
Once a mapping between XML schema and Java classes exists, you can use the JAXB binding runtime to marshal and unmarshal your XML documents to and from Java objects and use the resulting Java classes to assemble a web services application.
XML is a common media format that RESTful services consume and produce. To deserialize and serialize XML, you can represent requests and responses by JAXB annotated objects. Your JAX-RS application can use the JAXB objects to manipulate XML data. JAXB objects can be used as request entity parameters and response entities. The JAX-RS runtime environment includes standard MessageBodyReader and MessageBodyWriter provider interfaces for reading and writing JAXB objects as entities.
With JAX-RS, you enable access to your services by publishing resources. Resources are just simple Java classes with some additional JAX-RS annotations. These annotations express the following:
The path of the resource (the URL that you use to access it)
The HTTP method that you use to call a certain method (for example, the GET or POST method)
The MIME type with which a method accepts or responds
As you define the resources for your application, consider the type of data you want to expose. You may already have a relational database that contains information that you want to expose to users, or you may have static content that does not reside in a database but does need to be distributed as resources. Using JAX-RS, you can distribute content from multiple sources. RESTful web services can use various types of input/output formats for request and response. The customer example, described in The customer Example Application, uses XML.
Resources have representations. A resource representation is the content in the HTTP message that is sent to, or returned from, the resource using the URI. Each representation that a resource supports has a corresponding media type. For example, if a resource is going to return content formatted as XML, you can use application/xml as the associated media type in the HTTP message. Depending on the requirements of your application, resources can return representations in a preferred single format or in multiple formats. JAX-RS provides @Consumes and @Produces annotations to declare the media types that are acceptable for a resource method to read and write.
JAX-RS also maps Java types to and from resource representations using entity providers. A MessageBodyReader entity provider reads a request entity and deserializes the request entity into a Java type. A MessageBodyWriter entity provider serializes from a Java type into a response entity. For example, if a String value is used as the request entity parameter, the MessageBodyReader entity provider deserializes the request body into a new String. If a JAXB type is used as the return type on a resource method, the MessageBodyWriter serializes the JAXB object into a response body.
By default, the JAX-RS runtime environment attempts to create and use a default JAXBContext class for JAXB classes. However, if the default JAXBContext class is not suitable, then you can supply a JAXBContext class for the application using a JAX-RS ContextResolver provider interface.


{% load static %} {# load web_tags_orcid #} {% load web_tags %} {% load crispy_forms_tags %}
Upload annotation files and fill in metadata, you must have already created a study in ENA and have uploaded samples and reads. You will be requested the relative accessions.