A session represents an embedded database connection. When using the server
mode, this object resides on the server side and communicates with a
SessionRemote object on the client side.
| Methods |
| void |
addLocalTempTable(Table table)
Add a local temporary table to this session.
|
| void |
addLocalTempTable(Table table)
Add a local temporary table to this session.
Parameters:
table - the table to add
Throws:
DbException - if a table with this name already exists
|
| void |
addLocalTempTableConstraint(Constraint constraint)
Add a local temporary constraint to this session.
|
| void |
addLocalTempTableConstraint(Constraint constraint)
Add a local temporary constraint to this session.
Parameters:
constraint - the constraint to add
Throws:
DbException - if a constraint with the same name already exists
|
| void |
addLocalTempTableIndex(Index index)
Add a local temporary index to this session.
|
| void |
addLocalTempTableIndex(Index index)
Add a local temporary index to this session.
Parameters:
index - the index to add
Throws:
DbException - if a index with this name already exists
|
| void |
addLogPos(int logId, int pos)
Called when a log entry for this session is added.
|
| void |
addLogPos(int logId, int pos)
Called when a log entry for this session is added. The session keeps
track of the first entry in the transaction log that is not yet
committed.
Parameters:
logId - the transaction log id
pos - the position of the log entry in the transaction log
|
| void |
addProcedure(Procedure procedure)
Add a procedure to this session.
|
| void |
addProcedure(Procedure procedure)
Add a procedure to this session.
Parameters:
procedure - the procedure to add
|
| void |
addSavepoint(String name)
Create a savepoint that is linked to the current log position.
|
| void |
addSavepoint(String name)
Create a savepoint that is linked to the current log position.
Parameters:
name - the savepoint name
|
| void |
addTemporaryLob(Value v)
|
| void |
addTemporaryLob(Value v)
|
| void |
addTemporaryResult(ResultInterface result)
Remember the result set and close it as soon as the transaction is
committed (if it needs to be closed).
|
| void |
addTemporaryResult(ResultInterface result)
Remember the result set and close it as soon as the transaction is
committed (if it needs to be closed). This is done to delete temporary
files as soon as possible, and free object ids of temporary tables.
Parameters:
result - the temporary result set
|
| void |
begin()
Begin a transaction.
|
| void |
begin()
Begin a transaction.
|
| void |
cancel()
|
| void |
cancel()
|
| void |
checkCanceled()
Check if the current transaction is canceled by calling
Statement.cancel() or because a session timeout was set and expired.
|
| void |
checkCanceled()
Check if the current transaction is canceled by calling
Statement.cancel() or because a session timeout was set and expired.
Throws:
DbException - if the transaction is canceled
|
| void |
clearViewIndexCache()
Clear the view cache for this session.
|
| void |
clearViewIndexCache()
Clear the view cache for this session.
|
| void |
close()
|
| void |
close()
|
| void |
commit(boolean ddl)
Commit the current transaction.
|
| void |
commit(boolean ddl)
Commit the current transaction. If the statement was not a data
definition statement, and if there are temporary tables that should be
dropped or truncated at commit, this is done as well.
Parameters:
ddl - if the statement was a data definition statement
|
| boolean |
containsUncommitted()
Whether the session contains any uncommitted changes.
|
| boolean |
containsUncommitted()
Whether the session contains any uncommitted changes.
Returns:
true if yes
|
| JdbcConnection |
createConnection(boolean columnList)
Create an internal connection.
|
| JdbcConnection |
createConnection(boolean columnList)
Create an internal connection. This connection is used when initializing
triggers, and when calling user defined functions.
Parameters:
columnList - if the url should be 'jdbc:columnlist:connection'
Returns:
the internal connection
|
| Row |
createRow(Value[] data, int memory)
Create a new row for a table.
|
| Row |
createRow(Value[] data, int memory)
Create a new row for a table.
Parameters:
data - the values
memory - whether the row is in memory
Returns:
the created row
|
| ValueTimestampTimeZone |
currentTimestamp()
|
| ValueTimestampTimeZone |
currentTimestamp()
|
| void |
endStatement()
Mark the statement as completed.
|
| void |
endStatement()
Mark the statement as completed. This also close all temporary result
set, and deletes all temporary files held by the result sets.
|
| Table |
findLocalTempTable(String name)
Get the local temporary table if one exists with that name, or null if
not.
|
| Table |
findLocalTempTable(String name)
Get the local temporary table if one exists with that name, or null if
not.
Parameters:
name - the table name
Returns:
the table, or null
|
| Constraint |
findLocalTempTableConstraint(String name)
Get the local temporary constraint if one exists with that name, or
null if not.
|
| Constraint |
findLocalTempTableConstraint(String name)
Get the local temporary constraint if one exists with that name, or
null if not.
Parameters:
name - the constraint name
Returns:
the constraint, or null
|
| Index |
findLocalTempTableIndex(String name)
Get the local temporary index if one exists with that name, or null if
not.
|
| Index |
findLocalTempTableIndex(String name)
Get the local temporary index if one exists with that name, or null if
not.
Parameters:
name - the table name
Returns:
the table, or null
|
| boolean |
getAllowLiterals()
|
| boolean |
getAllowLiterals()
|
| boolean |
getAutoCommit()
|
| boolean |
getAutoCommit()
|
| int |
getBlockingSessionId()
|
| int |
getBlockingSessionId()
|
| long |
getCancel()
Get the cancel time.
|
| long |
getCancel()
Get the cancel time.
Returns:
the time or 0 if not set
|
| ArrayList |
getClusterServers()
|
| ArrayList |
getClusterServers()
|
| ColumnNamerConfiguration |
getColumnNamerConfiguration()
|
| ColumnNamerConfiguration |
getColumnNamerConfiguration()
|
| Command |
getCurrentCommand()
|
| Command |
getCurrentCommand()
|
| ValueTimestampTimeZone |
getCurrentCommandStart()
|
| ValueTimestampTimeZone |
getCurrentCommandStart()
|
| String |
getCurrentSchemaName()
|
| String |
getCurrentSchemaName()
|
| Value |
getCurrentValueFor(Sequence sequence)
Returns the current value of the sequence in this session.
|
| Value |
getCurrentValueFor(Sequence sequence)
Returns the current value of the sequence in this session.
Parameters:
sequence - the sequence
Returns:
the current value of the sequence in this session
Throws:
DbException - if current value is not defined
|
| DataHandler |
getDataHandler()
|
| DataHandler |
getDataHandler()
|
| Database |
getDatabase()
|
| Database |
getDatabase()
|
| int |
getFirstUncommittedLog()
|
| int |
getFirstUncommittedLog()
|
| int |
getId()
|
| int |
getId()
|
| IsolationLevel |
getIsolationLevel()
|
| IsolationLevel |
getIsolationLevel()
|
| Value |
getLastIdentity()
|
| Value |
getLastIdentity()
|
| Value |
getLastScopeIdentity()
|
| Value |
getLastScopeIdentity()
|
| Value |
getLastTriggerIdentity()
|
| Value |
getLastTriggerIdentity()
|
| HashMap |
getLocalTempTableConstraints()
Get the map of constraints for all constraints on local, temporary
tables, if any.
|
| HashMap |
getLocalTempTableConstraints()
Get the map of constraints for all constraints on local, temporary
tables, if any. The map's keys are the constraints' names.
Returns:
the map of constraints, or null
|
| HashMap |
getLocalTempTableIndexes()
|
| HashMap |
getLocalTempTableIndexes()
|
| ArrayList |
getLocalTempTables()
|
| ArrayList |
getLocalTempTables()
|
| int |
getLockTimeout()
|
| int |
getLockTimeout()
|
| Set |
getLocks()
|
| Set |
getLocks()
|
| Mode |
getMode()
|
| Mode |
getMode()
|
| int |
getModificationId()
|
| int |
getModificationId()
|
| NetworkConnectionInfo |
getNetworkConnectionInfo()
Returns the network connection information, or
|
| NetworkConnectionInfo |
getNetworkConnectionInfo()
Returns the network connection information, or {@code null}.
Returns:
the network connection information, or {@code null}
|
| String |
getNextSystemIdentifier(String sql)
Get the next system generated identifiers.
|
| String |
getNextSystemIdentifier(String sql)
Get the next system generated identifiers. The identifier returned does
not occur within the given SQL statement.
Parameters:
sql - the SQL statement
Returns:
the new identifier
|
| String |
getParsingCreateViewName()
|
| String |
getParsingCreateViewName()
|
| int |
getPowerOffCount()
|
| int |
getPowerOffCount()
|
| Procedure |
getProcedure(String name)
Get the procedure with the given name, or null
if none exists.
|
| Procedure |
getProcedure(String name)
Get the procedure with the given name, or null
if none exists.
Parameters:
name - the procedure name
Returns:
the procedure or null
|
| int |
getQueryTimeout()
|
| int |
getQueryTimeout()
|
| Random |
getRandom()
|
| Random |
getRandom()
|
| String[] |
getSchemaSearchPath()
|
| String[] |
getSchemaSearchPath()
|
| long |
getSessionStart()
|
| long |
getSessionStart()
|
| long |
getSnapshotDataModificationId()
Returns the data modification id of transaction's snapshot, or 0 if
isolation level doesn't use snapshots.
|
| long |
getSnapshotDataModificationId()
Returns the data modification id of transaction's snapshot, or 0 if
isolation level doesn't use snapshots.
Returns:
the data modification id of transaction's snapshot, or 0
|
| Session.State |
getState()
|
| Session.State |
getState()
|
| SubQueryInfo |
getSubQueryInfo()
|
| SubQueryInfo |
getSubQueryInfo()
|
| Trace |
getTrace()
|
| Trace |
getTrace()
|
| Transaction |
getTransaction()
Get the transaction to use for this session.
|
| Transaction |
getTransaction()
Get the transaction to use for this session.
Returns:
the transaction
|
| Value |
getTransactionId()
|
| Value |
getTransactionId()
|
| ValueTimestampTimeZone |
getTransactionStart()
|
| ValueTimestampTimeZone |
getTransactionStart()
|
| User |
getUser()
|
| User |
getUser()
|
| Value |
getVariable(String name)
Get the value of the specified user defined variable.
|
| Value |
getVariable(String name)
Get the value of the specified user defined variable. This method always
returns a value; it returns ValueNull.INSTANCE if the variable doesn't
exist.
Parameters:
name - the variable name
Returns:
the value, or NULL
|
| String[] |
getVariableNames()
Get the list of variable names that are set for this session.
|
| String[] |
getVariableNames()
Get the list of variable names that are set for this session.
Returns:
the list of names
|
| Map |
getViewIndexCache(boolean subQuery)
Get the view cache for this session.
|
| Map |
getViewIndexCache(boolean subQuery)
Get the view cache for this session. There are two caches: the subquery
cache (which is only use for a single query, has no bounds, and is
cleared after use), and the cache for regular views.
Parameters:
subQuery - true to get the subquery cache
Returns:
the view cache
|
| Table |
getWaitForLock()
|
| Table |
getWaitForLock()
|
| Thread |
getWaitForLockThread()
|
| Thread |
getWaitForLockThread()
|
| boolean |
hasPendingTransaction()
|
| boolean |
hasPendingTransaction()
|
| int |
hashCode()
|
| int |
hashCode()
|
| boolean |
isClosed()
|
| boolean |
isClosed()
|
| boolean |
isForceJoinOrder()
|
| boolean |
isForceJoinOrder()
|
| boolean |
isJoinBatchEnabled()
|
| boolean |
isJoinBatchEnabled()
|
| boolean |
isLazyQueryExecution()
|
| boolean |
isLazyQueryExecution()
|
| boolean |
isOpen()
|
| boolean |
isOpen()
|
| boolean |
isParsingCreateView()
|
| boolean |
isParsingCreateView()
|
| boolean |
isPreparingQueryExpression()
|
| boolean |
isPreparingQueryExpression()
|
| boolean |
isRedoLogBinaryEnabled()
|
| boolean |
isRedoLogBinaryEnabled()
|
| boolean |
isRemote()
|
| boolean |
isRemote()
|
| boolean |
isSupportsGeneratedKeys()
|
| boolean |
isSupportsGeneratedKeys()
|
| boolean |
isUndoLogEnabled()
|
| boolean |
isUndoLogEnabled()
|
| void |
log(Table table, short operation, Row row)
Add an undo log entry to this session.
|
| void |
log(Table table, short operation, Row row)
Add an undo log entry to this session.
Parameters:
table - the table
operation - the operation type (see {@link UndoLogRecord})
row - the row
|
| void |
markTableForAnalyze(Table table)
Mark that the given table needs to be analyzed on commit.
|
| void |
markTableForAnalyze(Table table)
Mark that the given table needs to be analyzed on commit.
Parameters:
table - the table
|
| int |
nextObjectId()
Get the next object id.
|
| int |
nextObjectId()
Get the next object id.
Returns:
the next object id
|
| void |
onRollback(MVMap map, Object key, VersionedValue existingValue, VersionedValue restoredValue)
|
| void |
onRollback(MVMap map, Object key, VersionedValue existingValue, VersionedValue restoredValue)
|
| void |
optimizeQueryExpression(Query query)
Optimize a query.
|
| void |
optimizeQueryExpression(Query query)
Optimize a query. This will remember the subquery info, clear it, prepare
the query, and reset the subquery info.
Parameters:
query - the query to prepare
|
| void |
popSubQueryInfo()
Remove the current subquery info from the stack.
|
| void |
popSubQueryInfo()
Remove the current subquery info from the stack.
|
| Prepared |
prepare(String sql)
Parse and prepare the given SQL statement.
|
| Prepared |
prepare(String sql)
Parse and prepare the given SQL statement. This method also checks the
rights.
Parameters:
sql - the SQL statement
Returns:
the prepared statement
|
| Prepared |
prepare(String sql, boolean rightsChecked, boolean literalsChecked)
Parse and prepare the given SQL statement.
|
| Prepared |
prepare(String sql, boolean rightsChecked, boolean literalsChecked)
Parse and prepare the given SQL statement.
Parameters:
sql - the SQL statement
rightsChecked - true if the rights have already been checked
literalsChecked - true if the sql string has already been checked
for literals (only used if ALLOW_LITERALS NONE is set).
Returns:
the prepared statement
|
| CommandInterface |
prepareCommand(String sql, int fetchSize)
|
| CommandInterface |
prepareCommand(String sql, int fetchSize)
|
| void |
prepareCommit(String transactionName)
Prepare the given transaction.
|
| void |
prepareCommit(String transactionName)
Prepare the given transaction.
Parameters:
transactionName - the name of the transaction
|
| Command |
prepareLocal(String sql)
Parse and prepare the given SQL statement.
|
| Command |
prepareLocal(String sql)
Parse and prepare the given SQL statement.
This method also checks if the connection has been closed.
Parameters:
sql - the SQL statement
Returns:
the prepared statement
|
| void |
pushSubQueryInfo(int[] masks, TableFilter[] filters, int filter, SortOrder sortOrder)
Add a subquery info on top of the subquery info stack.
|
| void |
pushSubQueryInfo(int[] masks, TableFilter[] filters, int filter, SortOrder sortOrder)
Add a subquery info on top of the subquery info stack.
Parameters:
masks - the mask
filters - the filters
filter - the filter index
sortOrder - the sort order
|
| void |
registerTableAsLocked(Table table)
Register table as updated within current transaction.
|
| void |
registerTableAsLocked(Table table)
Register table as updated within current transaction.
Table is unlocked on commit or rollback.
It also assumes that table will be modified by transaction.
Parameters:
table - the table that is locked
|
| void |
registerTableAsUpdated(Table table)
Register table as updated within current transaction.
|
| void |
registerTableAsUpdated(Table table)
Register table as updated within current transaction.
This is used instead of table locking when lock mode is LOCK_MODE_OFF.
Parameters:
table - to register
|
| void |
removeAtCommit(Value v)
Remember that the given LOB value must be removed at commit.
|
| void |
removeAtCommit(Value v)
Remember that the given LOB value must be removed at commit.
Parameters:
v - the value
|
| void |
removeAtCommitStop(Value v)
Do not remove this LOB value at commit any longer.
|
| void |
removeAtCommitStop(Value v)
Do not remove this LOB value at commit any longer.
Parameters:
v - the value
|
| void |
removeLocalTempTable(Table table)
Drop and remove the given local temporary table from this session.
|
| void |
removeLocalTempTable(Table table)
Drop and remove the given local temporary table from this session.
Parameters:
table - the table
|
| void |
removeLocalTempTableIndex(Index index)
Drop and remove the given local temporary index from this session.
|
| void |
removeLocalTempTableIndex(Index index)
Drop and remove the given local temporary index from this session.
Parameters:
index - the index
|
| void |
removeProcedure(String name)
Remove a procedure from this session.
|
| void |
removeProcedure(String name)
Remove a procedure from this session.
Parameters:
name - the name of the procedure to remove
|
| void |
rollback()
Fully roll back the current transaction.
|
| void |
rollback()
Fully roll back the current transaction.
|
| void |
rollbackTo(Session.Savepoint savepoint)
Partially roll back the current transaction.
|
| void |
rollbackTo(Session.Savepoint savepoint)
Partially roll back the current transaction.
Parameters:
savepoint - the savepoint to which should be rolled back
|
| void |
rollbackToSavepoint(String name)
Undo all operations back to the log position of the given savepoint.
|
| void |
rollbackToSavepoint(String name)
Undo all operations back to the log position of the given savepoint.
Parameters:
name - the savepoint name
|
| void |
setAllowLiterals(boolean b)
|
| void |
setAllowLiterals(boolean b)
|
| void |
setAutoCommit(boolean b)
|
| void |
setAutoCommit(boolean b)
|
| void |
setColumnNamerConfiguration(ColumnNamerConfiguration columnNamerConfiguration)
|
| void |
setColumnNamerConfiguration(ColumnNamerConfiguration columnNamerConfiguration)
|
| boolean |
setCommitOrRollbackDisabled(boolean x)
|
| boolean |
setCommitOrRollbackDisabled(boolean x)
|
| void |
setCurrentSchema(Schema schema)
|
| void |
setCurrentSchema(Schema schema)
|
| void |
setCurrentSchemaName(String schemaName)
|
| void |
setCurrentSchemaName(String schemaName)
|
| void |
setCurrentValueFor(Sequence sequence, Value value)
Sets the current value of the sequence and last identity value for this
session.
|
| void |
setCurrentValueFor(Sequence sequence, Value value)
Sets the current value of the sequence and last identity value for this
session.
Parameters:
sequence - the sequence
value - the current value of the sequence
|
| void |
setForceJoinOrder(boolean forceJoinOrder)
|
| void |
setForceJoinOrder(boolean forceJoinOrder)
|
| void |
setIsolationLevel(IsolationLevel isolationLevel)
|
| void |
setIsolationLevel(IsolationLevel isolationLevel)
|
| void |
setJoinBatchEnabled(boolean joinBatchEnabled)
|
| void |
setJoinBatchEnabled(boolean joinBatchEnabled)
|
| void |
setLastIdentity(Value last)
|
| void |
setLastIdentity(Value last)
|
| void |
setLastScopeIdentity(Value last)
|
| void |
setLastScopeIdentity(Value last)
|
| void |
setLastTriggerIdentity(Value last)
|
| void |
setLastTriggerIdentity(Value last)
|
| void |
setLazyQueryExecution(boolean lazyQueryExecution)
|
| void |
setLazyQueryExecution(boolean lazyQueryExecution)
|
| void |
setLockTimeout(int lockTimeout)
|
| void |
setLockTimeout(int lockTimeout)
|
| void |
setNetworkConnectionInfo(NetworkConnectionInfo networkConnectionInfo)
|
| void |
setNetworkConnectionInfo(NetworkConnectionInfo networkConnectionInfo)
|
| void |
setParsingCreateView(boolean parsingView, String viewName)
Stores name of currently parsed view in a stack so it can be determined
during
|
| void |
setParsingCreateView(boolean parsingView, String viewName)
Stores name of currently parsed view in a stack so it can be determined
during {@code prepare()}.
Parameters:
parsingView - {@code true} to store one more name, {@code false} to remove it
from stack
viewName - name of the view
|
| void |
setPowerOffCount(int count)
|
| void |
setPowerOffCount(int count)
|
| void |
setPreparedTransaction(String transactionName, boolean commit)
Commit or roll back the given transaction.
|
| void |
setPreparedTransaction(String transactionName, boolean commit)
Commit or roll back the given transaction.
Parameters:
transactionName - the name of the transaction
commit - true for commit, false for rollback
|
| void |
setQueryTimeout(int queryTimeout)
|
| void |
setQueryTimeout(int queryTimeout)
|
| void |
setRedoLogBinary(boolean b)
|
| void |
setRedoLogBinary(boolean b)
|
| Session.Savepoint |
setSavepoint()
Create a savepoint to allow rolling back to this state.
|
| Session.Savepoint |
setSavepoint()
Create a savepoint to allow rolling back to this state.
Returns:
the savepoint
|
| void |
setSchemaSearchPath(String[] schemas)
|
| void |
setSchemaSearchPath(String[] schemas)
|
| void |
setThrottle(int throttle)
|
| void |
setThrottle(int throttle)
|
| void |
setUndoLogEnabled(boolean b)
|
| void |
setUndoLogEnabled(boolean b)
|
| void |
setVariable(String name, Value value)
Set the value of the given variable for this session.
|
| void |
setVariable(String name, Value value)
Set the value of the given variable for this session.
Parameters:
name - the name of the variable (may not be null)
value - the new value (may not be null)
|
| void |
setWaitForLock(Table waitForLock, Thread waitForLockThread)
Set the table this session is waiting for, and the thread that is
waiting.
|
| void |
setWaitForLock(Table waitForLock, Thread waitForLockThread)
Set the table this session is waiting for, and the thread that is
waiting.
Parameters:
waitForLock - the table
waitForLockThread - the current thread (the one that is waiting)
|
| void |
startStatementWithinTransaction(Command command)
Start a new statement within a transaction.
|
| void |
startStatementWithinTransaction(Command command)
Start a new statement within a transaction.
Parameters:
command - about to be started
|
| void |
throttle()
Wait for some time if this session is throttled (slowed down).
|
| void |
throttle()
Wait for some time if this session is throttled (slowed down).
|
| String |
toString()
|
| String |
toString()
|
| void |
waitIfExclusiveModeEnabled()
Wait if the exclusive mode has been enabled for another session.
|
| void |
waitIfExclusiveModeEnabled()
Wait if the exclusive mode has been enabled for another session. This
method returns as soon as the exclusive mode has been disabled.
|


//= template/head.html
As a Business Development Representative for the Maker Foundation, Gustav Arentoft focuses on increasing business opportunities throughout Europe, Southeast Asia, and Africa. Prior to joining the organization, Gustav worked in the Fintech sector in Argentina, where he experienced first-hand the need for alternatives to the country's struggling financial system. His academic background includes software development and economics.
The Maker Foundation is the organization facilitating the development of MakerDAO. MakerDAO governs the Maker Protocol and Dai, the world’s first decentralized, collateral-backed stablecoin on the Ethereum blockchain. Dai mitigates volatility through an autonomous system of smart contracts called the Maker Protocol, and through decentralized community governance.
As a Business Development Representative for the Maker Foundation, Gustav Arentoft focuses on increasing business opportunities throughout Europe, Southeast Asia, and Africa. Prior to joining the organization, Gustav worked in the Fintech sector in Argentina, where he experienced first-hand the need for alternatives to the country's struggling financial system. His academic background includes software development and economics.
The Maker Foundation is the organization facilitating the development of MakerDAO. MakerDAO governs the Maker Protocol and Dai, the world’s first decentralized, collateral-backed stablecoin on the Ethereum blockchain. Dai mitigates volatility through an autonomous system of smart contracts called the Maker Protocol, and through decentralized community governance.
As a Business Development Representative for the Maker Foundation, Gustav Arentoft focuses on increasing business opportunities throughout Europe, Southeast Asia, and Africa. Prior to joining the organization, Gustav worked in the Fintech sector in Argentina, where he experienced first-hand the need for alternatives to the country's struggling financial system. His academic background includes software development and economics.
The Maker Foundation is the organization facilitating the development of MakerDAO. MakerDAO governs the Maker Protocol and Dai, the world’s first decentralized, collateral-backed stablecoin on the Ethereum blockchain. Dai mitigates volatility through an autonomous system of smart contracts called the Maker Protocol, and through decentralized community governance.
As a Business Development Representative for the Maker Foundation, Gustav Arentoft focuses on increasing business opportunities throughout Europe, Southeast Asia, and Africa. Prior to joining the organization, Gustav worked in the Fintech sector in Argentina, where he experienced first-hand the need for alternatives to the country's struggling financial system. His academic background includes software development and economics.
The Maker Foundation is the organization facilitating the development of MakerDAO. MakerDAO governs the Maker Protocol and Dai, the world’s first decentralized, collateral-backed stablecoin on the Ethereum blockchain. Dai mitigates volatility through an autonomous system of smart contracts called the Maker Protocol, and through decentralized community governance.
As a Business Development Representative for the Maker Foundation, Gustav Arentoft focuses on increasing business opportunities throughout Europe, Southeast Asia, and Africa. Prior to joining the organization, Gustav worked in the Fintech sector in Argentina, where he experienced first-hand the need for alternatives to the country's struggling financial system. His academic background includes software development and economics.
The Maker Foundation is the organization facilitating the development of MakerDAO. MakerDAO governs the Maker Protocol and Dai, the world’s first decentralized, collateral-backed stablecoin on the Ethereum blockchain. Dai mitigates volatility through an autonomous system of smart contracts called the Maker Protocol, and through decentralized community governance.
As a Business Development Representative for the Maker Foundation, Gustav Arentoft focuses on increasing business opportunities throughout Europe, Southeast Asia, and Africa. Prior to joining the organization, Gustav worked in the Fintech sector in Argentina, where he experienced first-hand the need for alternatives to the country's struggling financial system. His academic background includes software development and economics.
The Maker Foundation is the organization facilitating the development of MakerDAO. MakerDAO governs the Maker Protocol and Dai, the world’s first decentralized, collateral-backed stablecoin on the Ethereum blockchain. Dai mitigates volatility through an autonomous system of smart contracts called the Maker Protocol, and through decentralized community governance.
As a Business Development Representative for the Maker Foundation, Gustav Arentoft focuses on increasing business opportunities throughout Europe, Southeast Asia, and Africa. Prior to joining the organization, Gustav worked in the Fintech sector in Argentina, where he experienced first-hand the need for alternatives to the country's struggling financial system. His academic background includes software development and economics.
The Maker Foundation is the organization facilitating the development of MakerDAO. MakerDAO governs the Maker Protocol and Dai, the world’s first decentralized, collateral-backed stablecoin on the Ethereum blockchain. Dai mitigates volatility through an autonomous system of smart contracts called the Maker Protocol, and through decentralized community governance.
As a Business Development Representative for the Maker Foundation, Gustav Arentoft focuses on increasing business opportunities throughout Europe, Southeast Asia, and Africa. Prior to joining the organization, Gustav worked in the Fintech sector in Argentina, where he experienced first-hand the need for alternatives to the country's struggling financial system. His academic background includes software development and economics.
The Maker Foundation is the organization facilitating the development of MakerDAO. MakerDAO governs the Maker Protocol and Dai, the world’s first decentralized, collateral-backed stablecoin on the Ethereum blockchain. Dai mitigates volatility through an autonomous system of smart contracts called the Maker Protocol, and through decentralized community governance.
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We have created this project regarding 'Increadible India' for 'JIS SAMMAN-2021' in collaboration of Subhodip Roy & Souvik Mandal. And we have given our best effort with the help of our mentor and teachers of our college. We are thankful to our Asansol Engineering College and to the organiser of this contest to allow us to take part.
We have used Visual Studio Code text editor to create our project.


| 1 | /* | |
| 2 | * Licensed to the Apache Software Foundation (ASF) under one or more | |
| 3 | * contributor license agreements. See the NOTICE file distributed with | |
| 4 | * this work for additional information regarding copyright ownership. | |
| 5 | * The ASF licenses this file to You under the Apache License, Version 2.0 | |
| 6 | * (the "License"); you may not use this file except in compliance with | |
| 7 | * the License. You may obtain a copy of the License at | |
| 8 | * | |
| 9 | * http://www.apache.org/licenses/LICENSE-2.0 | |
| 10 | * | |
| 11 | * Unless required by applicable law or agreed to in writing, software | |
| 12 | * distributed under the License is distributed on an "AS IS" BASIS, | |
| 13 | * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. | |
| 14 | * See the License for the specific language governing permissions and | |
| 15 | * limitations under the License. | |
| 16 | */ | |
| 17 | package org.apache.commons.collections4.functors; | |
| 18 | ||
| 19 | import java.io.Serializable; | |
| 20 | ||
| 21 | import org.apache.commons.collections4.FunctorException; | |
| 22 | import org.apache.commons.collections4.Predicate; | |
| 23 | ||
| 24 | /** | |
| 25 | * Predicate implementation that always throws an exception. | |
| 26 | * | |
| 27 | * @since 3.0 | |
| 28 | * @version $Id: ExceptionPredicate.java 1543950 2013-11-20 21:13:35Z tn $ | |
| 29 | */ | |
| 30 | public final class ExceptionPredicate<T> implements Predicate<T>, Serializable { | |
| 31 | ||
| 32 | /** Serial version UID */ | |
| 33 | private static final long serialVersionUID =<PHONE_NUMBER>121985545L; | |
| 34 | ||
| 35 | /** Singleton predicate instance */ | |
| 36 | @SuppressWarnings("rawtypes") // the static instance works for all types | |
| 37 | public static final Predicate INSTANCE = new ExceptionPredicate<Object>(); | |
| 38 | ||
| 39 | /** | |
| 40 | * Factory returning the singleton instance. | |
| 41 | * | |
| 42 | * @param <T> the object type | |
| 43 | * @return the singleton instance | |
| 44 | * @since 3.1 | |
| 45 | */ | |
| 46 | @SuppressWarnings("unchecked") // the static instance works for all types | |
| 47 | public static <T> Predicate<T> exceptionPredicate() { | |
| 48 |
1
1. exceptionPredicate : mutated return of Object value for org/apache/commons/collections4/functors/ExceptionPredicate::exceptionPredicate to ( if (x != null) null else throw new RuntimeException ) → KILLED |
return (Predicate<T>) INSTANCE; |
| 49 | } | |
| 50 | ||
| 51 | /** | |
| 52 | * Restricted constructor. | |
| 53 | */ | |
| 54 | private ExceptionPredicate() { | |
| 55 | super(); | |
| 56 | } | |
| 57 | ||
| 58 | /** | |
| 59 | * Evaluates the predicate always throwing an exception. | |
| 60 | * | |
| 61 | * @param object the input object | |
| 62 | * @return never | |
| 63 | * @throws FunctorException always | |
| 64 | */ | |
| 65 | public boolean evaluate(final T object) { | |
| 66 | throw new FunctorException("ExceptionPredicate invoked"); | |
| 67 | } | |
| 68 | ||
| 69 | private Object readResolve() { | |
| 70 |
1
1. readResolve : mutated return of Object value for org/apache/commons/collections4/functors/ExceptionPredicate::readResolve to ( if (x != null) null else throw new RuntimeException ) → KILLED |
return INSTANCE; |
| 71 | } | |
| 72 | ||
| 73 | } | |
Mutations | ||
| 48 |
1.1 |
|
| 70 |
1.1 |


Yesterday, I started writing blogs in Github. The convenience is that you can edit the blog in local machine and then push them to Github. But I don't like the default theme.
WordPress absolutely provides many more pretty themes but it still has the drawbacks of inaccessibility of writing math formulas, unless upgrading your account. Since I already paid $36 to create my personal domain, I will wait to upgrade my account until I am really satisfied with the service currently provided by WordPress.
LSTM
Long short-term memory (LSTM) is an artificial recurrent neural network (RNN) architecture[1] used in the field of deep learning. Unlike standard feedforward neural networks, LSTM has feedback connections. It can not only process single data points (such as images), but also entire sequences of data (such as speech or video). For example, LSTM is applicable to tasks such as unsegmented, connected handwriting recognition[2], speech recognition[3][4] and anomaly detection in network traffic or IDS's (intrusion detection systems). A common LSTM unit is composed of a cell, an input gate, an output gate and a forget gate. The cell remembers values over arbitrary time intervals and the three gates regulate the flow of information into and out of the cell. LSTM networks are well-suited to classifying, processing and making predictions based on time series data, since there can be lags of unknown duration between important events in a time series. LSTMs were developed to deal with the exploding and vanishing gradient problems that can be encountered when training traditional RNNs. Relative insensitivity to gap length is an advantage of LSTM over RNNs, hidden Markov models and other sequence learning methods in numerous applications.


strides=1,
name="features/final_pool")(x)
x = nn.Flatten()(x)
x = nn.Dropout(
rate=0.2,
name="output/dropout")(x)
x = nn.Dense(
name="features/final_pool")(x)
// x = nn.Flatten()(x)
x = flatten(x)
x = nn.Dropout(
rate=0.2,
name="output/dropout")(x)
x = nn.Dense(


{% extends "_layout" %} {% set title = "Rooms" %} {% block content %}
The purpose of the Discovery Room is to provide an experience where entire families can view and interact with their FamilySearch data using engaging, interactive apps.
The Puyallup Family History Center Recording Room allows you to record the stories of your life.
The Learning Room is where Stake Temple and Family History Service Training occurs for stake and ward leaders, ward family history consultants, and family history center workers.
We also encourage Groups Session for ward councils, auxiliary groups, youth groups, primary / activity days / cub scout groups, etc, to come and learn various temple and family history tasks.


Initial release. Migrated useful S4 coercion methods from basejump for easier unit testing in a separate package.
atomize()
and factorize()
from basejump.tibble::as_tibble()
gets reexported.as.DataFrame()
S3 coercion methods, for consistency.as()
coercion methods.decode()
and encode()
S4 methods from basejump.atomize()
compatibility with Bioconductor 3.7 release. Now DataFrame objects containing Rle columns will get decoded consistently without applying stringsAsFactors in an unexpected fashion. This works correctly in Bioconductor 3.8 simply using as.data.frame()
internally, but has unwanted coercion of character
to factor
columns for Rle-encoded data when using the Bioconductor 3.7 release.atomize()
, factorize()
, encode()
, decode()
.DataFrame
to tbl_df
coercion that doesn’t make names syntactically valid during internal as.data.frame()
call.data.table
and tbl_df
when coercing to DataFrame
.IRanges
to data.frame
, data.table
, and tbl_df
, which works like the default GRanges
coercion methods.matchRowNameColumn
function, which can detect row name columns inside data frame classes that don’t support row names assignment, currently data.table
and tbl_df
.


It is a website that helps one with procedure on how to make African dishes.In this project i used:
I did my electrical course in Y.M.C.A Collage.
I worked with a tour company known as Tour Camp Seven.
I decided to take Programing to expound my skills and become the best programer.


This map displays four variables over Census block groups in Denver, CO. All values represent the percent change of that variable in that block group from the year 2000 to the year 2013. The first three variables are indicators used in a 2016 study published by Denver's own Office of Economic Development to determine whether an area had experienced gentrification related demographic change.


${require('./templates/header.html')}
${require('./templates/nav-menu.html')}and we like to think they love us too!
I LOVED working with Big Sky Internet Design on the Colorado Classic Stallion Incentive Auction website! They are hands down one of the easiest companies I have ever worked with - quick, efficient, and most times responded to me within the hour! I highly recommend them for any ranch/association/auction website you are interested in having professionally run! I am so thankful I teamed up with them to put on the stallion auction. What a huge success! We actually sold all stud fees! I will be staying with Big Sky for the future auctions
An awesome job has always been done on our website design as well as customer service and care. I would strongly recommend them to design and manage any website.
The Lazy E Arena and Ranch are so proud to be a part of this organization. Their service and dedication surpasses all expectations. The team is exceptionally accommodating and we look forward to many years of working together.
My experience working with Carrie and Debbie has been AMAZING!! They were able to take a concept locked in my mind and translate it into reality. Avalon Coolies is lucky to have a user friendly, beautiful website for everyone to see. It has allowed me to reach more people and offer them access to more information then I thought possible. Updates are an email away, keeping my site up to date all the time. We encourage people to take the step and have professionals design the site in your dreams.
Getting use to the site and how things work with you guys. Sooooooooo much better than the other one and I do appreciate all that you do. It's strange being able to send stuff and seeing it up the same day. Wow! What service!
Everything from design ideas to helping build an internet presence on Google has been a first class experience. Thank you Tom and Carrie.
Tom and Carrie have helped us several times with both our businesses websites! They are very creative and pay attention to details. We would highly recommend using them for any internet website designs
Thank you! I have to tell you that Debbie is absolutely AMAZING!! I feel like I am her only client! :)


From Bird Sounds of Southern South… more »
From Bird Sounds of Southern South America by Lopez-Lanus (2008)


Graduated from the Lawrenceville School. Now studying at Gettysburg College.
I love coding, philosophy, and writing!
I love languages,too, and experience in English, Spanish (family dialect), Latin, Greek, and Japanese (self-study).
Since there is only so much time in the world, I cannot stop learning until the day I die.


|
||||||||||
| PREV CLASS NEXT CLASS | FRAMES NO FRAMES | |||||||||
| SUMMARY: NESTED | FIELD | CONSTR | METHOD | DETAIL: FIELD | CONSTR | METHOD |
java.lang.Object com.cn.naive.library.dao.AbstractDao<T>
public abstract class AbstractDao<T>
| Field Summary | |
|---|---|
static boolean |
DEBUG
|
| Constructor Summary | |
|---|---|
AbstractDao(Context context,
java.lang.Class<T> entityClass)
|
| Method Summary | |
|---|---|
int |
delete(int id)
Delete one record in database. |
void |
delete(java.lang.String sql)
Delete objects according to SQL statement. |
int |
delete(java.lang.String table,
java.lang.String whereClause,
java.lang.String[] whereArgs)
Delete record. |
abstract int |
delete(T t)
|
void |
drop()
Drop the table. |
protected abstract java.lang.String |
getCreateSql()
|
protected DatabaseHelper |
getDatabaseHelper()
Get the DatabaseHelper instance. |
protected java.lang.Class<T> |
getEntityClass()
|
java.lang.String |
getTableName()
|
long |
insert(T t)
Convenience method for inserting an object |
java.util.List<T> |
list()
List all of the objects in the table. |
java.util.List<T> |
list(java.lang.String[] columns,
java.lang.String selection,
java.lang.String[] selectionArgs,
java.lang.String groupBy,
java.lang.String having,
java.lang.String orderBy,
java.lang.String limit)
Query the given table, returning a List over the result
set. |
protected abstract ContentValues |
newContentValues(T t)
Subclass should implement this method, mapping object typed T to key/value pairs and putting in android.content.ContentValues |
protected abstract T |
newInstance(Cursor cursor)
Subclass should implement this method, mapping cursor to object. |
T |
query(int id)
Query one record in database. |
T |
query(java.lang.String sql)
Query one record. |
T |
query(java.lang.String[] columns,
java.lang.String selection,
java.lang.String[] selectionArgs,
java.lang.String groupBy,
java.lang.String having,
java.lang.String orderBy,
java.lang.String limit)
Query the given table, returning an instance of type T over the result set. |
void |
setTableName(java.lang.String table)
Set name of the table in SQLite. |
abstract int |
update(T t)
Subclass should implement this method and define how to update a record. |
| Methods inherited from class java.lang.Object |
|---|
clone, equals, finalize, getClass, hashCode, notify, notifyAll, toString, wait, wait, wait |
| Field Detail |
|---|
public static final boolean DEBUG
| Constructor Detail |
|---|
public AbstractDao(Context context, java.lang.Class<T> entityClass)
| Method Detail |
|---|
public int delete(int id)
id
-
public void delete(java.lang.String sql)
sql
- The statement to delete the object.public int delete(java.lang.String table, java.lang.String whereClause, java.lang.String[] whereArgs)
android.database.sqlite.SQLiteDatabase#delete(String, String, String[])
table
- the table to delete fromwhereClause
- the optional WHERE clause to apply when deleting. Passing null
will delete all rows.whereArgs
- You may include ?s in the where clause, which will be replaced
by the values from whereArgs. The values will be bound as
Strings.
public abstract int delete(T t)
public void drop()
protected abstract java.lang.String getCreateSql()
protected DatabaseHelper getDatabaseHelper()
DatabaseHelper
protected java.lang.Class<T> getEntityClass()
public java.lang.String getTableName()
public long insert(T t)
t
- the instance of T
public java.util.List<T> list()
List
of objects typed T. If there is no
records in the table, a List of size 0 will be returned.public java.util.List<T> list(java.lang.String[] columns, java.lang.String selection, java.lang.String[] selectionArgs, java.lang.String groupBy, java.lang.String having, java.lang.String orderBy, java.lang.String limit)
List
over the result
set. This method is quite like
android.database.sqlite.SQLiteDatabase#query(String table, String[] columns, String selection, String[] selectionArgs, String groupBy, String having, String orderBy, String limit)
columns
- A list of which columns to return. Passing null will return
all columns, which is discouraged to prevent reading data from
storage that isn't going to be used.selection
- A filter declaring which rows to return, formatted as an SQL
WHERE clause (excluding the WHERE itself). Passing null will
return all rows for the given table.selectionArgs
- You may include ?s in selection, which will be replaced by the
values from selectionArgs, in order that they appear in the
selection. The values will be bound as Strings.groupBy
- A filter declaring how to group rows, formatted as an SQL
GROUP BY clause (excluding the GROUP BY itself). Passing null
will cause the rows to not be grouped.having
- A filter declare which row groups to include in the cursor, if
row grouping is being used, formatted as an SQL HAVING clause
(excluding the HAVING itself). Passing null will cause all row
groups to be included, and is required when row grouping is
not being used.orderBy
- How to order the rows, formatted as an SQL ORDER BY clause
(excluding the ORDER BY itself). Passing null will use the
default sort order, which may be unordered.limit
- Limits the number of rows returned by the query, formatted as
LIMIT clause. Passing null denotes no LIMIT clause.
protected abstract ContentValues newContentValues(T t)
android.content.ContentValues
t
- The instance of object typed T
android.content.ContentValues
protected abstract T newInstance(Cursor cursor)
cursor
-
android.database.Cursor
public T query(int id)
id
-
public T query(java.lang.String sql)
sql
- The complete SQL statement, you can get the table name using
getTableName()
public T query(java.lang.String[] columns, java.lang.String selection, java.lang.String[] selectionArgs, java.lang.String groupBy, java.lang.String having, java.lang.String orderBy, java.lang.String limit)
android.database.sqlite.SQLiteDatabase#query(boolean, String, String[], String, String[], String, String, String, String)
columns
- A list of which columns to return. Passing null will return
all columns, which is discouraged to prevent reading data from
storage that isn't going to be used.selection
- A filter declaring which rows to return, formatted as an SQL
WHERE clause (excluding the WHERE itself). Passing null will
return all rows for the given table.selectionArgs
- You may include ?s in selection, which will be replaced by the
values from selectionArgs, in order that they appear in the
selection. The values will be bound as Strings.groupBy
- A filter declaring how to group rows, formatted as an SQL
GROUP BY clause (excluding the GROUP BY itself). Passing null
will cause the rows to not be grouped.having
- A filter declare which row groups to include in the cursor, if
row grouping is being used, formatted as an SQL HAVING clause
(excluding the HAVING itself). Passing null will cause all row
groups to be included, and is required when row grouping is
not being used.orderBy
- How to order the rows, formatted as an SQL ORDER BY clause
(excluding the ORDER BY itself). Passing null will use the
default sort order, which may be unordered.limit
- Limits the number of rows returned by the query, formatted as
LIMIT clause. Passing null denotes no LIMIT clause.
android.database.sqlite.SQLiteDatabase#query(boolean, String,
String[], String, String[], String, String, String, String)
public void setTableName(java.lang.String table)
table
- public abstract int update(T t)
t
- The instance of object typed T
|
||||||||||
| PREV CLASS NEXT CLASS | FRAMES NO FRAMES | |||||||||
| SUMMARY: NESTED | FIELD | CONSTR | METHOD | DETAIL: FIELD | CONSTR | METHOD |


| Class | Hobix::BasePublish |
| In: |
lib/hobix/base.rb
|
| Parent: | Hobix::BasePlugin |
The BasePublish plugin is the underlying class for all publishing plugins, which are notified of updates to pages.
Publish plugins are executed after generation of the site. The plugin may choose to watch updates to certain types of pages. The plugin also receives a list of all the pages which have been updated.
Generally, publish plugins fall into two categories:
| initialize( weblog, settings ): | Like all other plugins, the initialize method takes two parameters, a Hobix::Weblog object for the weblog being published and the settings data from the plugin’s entry in hobix.yaml. |
| watch: | (Optional) Returns an array of page types which, when published, activate the plugin. |
| publish( pages ): | If pages are published and the watch criteria qualifies this plugin, this method is called with a hash of pages published. The key is the page type and the value is an array of Page objects. |


{% block body %}{% endblock %}
{% if config.blogcatalog %} {% endif %} {% block head %}{% endblock %}
Powered by The O-Kay Blog and Google App Engine
Blog design modified by Victor Goh from original design by DigitalNature


|
CellularHelper
|
Common base class for response objects. More...
#include <CellularHelper.h>
Public Member Functions | |
| virtual int | parse (int type, const char *buf, int len)=0 |
| Method to parse the output from the modem. More... | |
| void | logCellularDebug (int type, const char *buf, int len) const |
| Used when enableDebug is true to log the Cellular.command callback data using Log.info. More... | |
Data Fields | |
| int | resp = RESP_ERROR |
| Response code from Cellular.command. More... | |
| bool | enableDebug = false |
| Enables debug mode (default: false) More... | |
Common base class for response objects.
All response objects inherit from this, so the parse() method can be called in the subclass, and also the resp and enableDebug members are always available.
| void CellularHelperCommonResponse::logCellularDebug | ( | int | type, |
| const char * | buf, | ||
| int | len | ||
| ) | const |
Used when enableDebug is true to log the Cellular.command callback data using Log.info.
| type | one of 13 different enumerated AT command response types. |
| buf | a pointer to the character array containing the AT command response. |
| len | length of the AT command response buf. |
|
pure virtual |
Method to parse the output from the modem.
| type | one of 13 different enumerated AT command response types. |
| buf | a pointer to the character array containing the AT command response. |
| len | length of the AT command response buf. |
This is called from responseCallback, which is the callback to Cellular.command.
In the base class CellularHelperCommonResponse this is pure virtual and must be subclassed in your concrete subclass of CellularHelperCommonResponse.
Implemented in CellularHelperEnvironmentResponse, CellularHelperPlusStringResponse, and CellularHelperStringResponse.
| bool CellularHelperCommonResponse::enableDebug = false |
Enables debug mode (default: false)
If you set this to true in your response object class, additional debugging logs (Log.info, etc.) will be generated to help troubleshoot problems.
| int CellularHelperCommonResponse::resp = RESP_ERROR |
Response code from Cellular.command.
The typical return values are:


Defines | |
| #define | ADL_CONNECTION_PROPERTY_BITRATE 0x1 |
| Indicates the property Bitrate is valid. | |
| #define | ADL_CONNECTION_PROPERTY_NUMBER_OF_LANES 0x2 |
| Indicates the property number of lanes is valid. | |
| #define | ADL_CONNECTION_PROPERTY_3DCAPS 0x4 |
| Indicates the property 3D caps is valid. | |
| #define | ADL_CONNECTION_PROPERTY_OUTPUT_BANDWIDTH 0x8 |
| Indicates the property output bandwidth is valid. | |
| #define | ADL_CONNECTION_PROPERTY_COLORDEPTH 0x10 |
| Indicates the property colordepth is valid. |
| #define ADL_CONNECTION_PROPERTY_BITRATE 0x1 |
Indicates the property Bitrate is valid.
| #define ADL_CONNECTION_PROPERTY_NUMBER_OF_LANES 0x2 |
Indicates the property number of lanes is valid.
| #define ADL_CONNECTION_PROPERTY_3DCAPS 0x4 |
Indicates the property 3D caps is valid.
| #define ADL_CONNECTION_PROPERTY_OUTPUT_BANDWIDTH 0x8 |
Indicates the property output bandwidth is valid.
| #define ADL_CONNECTION_PROPERTY_COLORDEPTH 0x10 |
Indicates the property colordepth is valid.


Time shifting
Alternate the energy source according to peak
and off-peak hours
Move the battery to see the impact on the scenario
Battery in use
During off-peak hours without battery
1000€
The grid provides energy.
During off-peak hours with battery
1200€
The grid provides energy and recharges
the battery.


| Class | Report::Table::Base |
| In: |
lib/simple_reports/report/table/base.rb
|
| Parent: | Object |
| NUMBER_FORMATS | = | [:number, :number_no_format, :currency, :percent, :float] |
| FONT_SIZES | = | [:tiny, :small, :normal, :large] |
| font_size | [RW] | |
| format | [RW] | |
| header | [RW] | |
| row_colors | [RW] | |
| size | [RW] | |
| sort_by | [RW] | |
| sort_order | [RW] | |
| sortable | [RW] | |
| title | [RW] |
Create a new table object.
Can take several options:
| header: | => Array of header strings |
| format: | => Array of formatting options, where each slot in the array is a formatting option (see reports_helper#apply_format) or an array of formatting options for each value in the corresponding data column |
| title: | => A title for this table |
| row_colors: | => Will cycle through these row colors, including the header row |
| row_data: | => Creates rows for the table from the
data provided. row_data must be an array of arrays, where each
array
contains the data for an entire row. If +row_data+ is passed, a +header+ should be provided. Also, passing a +format+ is necessary if the table is to be outputted using one of the formatters. Be aware that if +row_data+ is passed, the create_table method will never be called. |
# File lib/simple_reports/report/table/base.rb, line 19 19: def initialize(options={}) 20: @rows = [] 21: self.title = options[:title] 22: @row_colors = options[:row_colors] 23: self.format = options[:format]||[] 24: self.header = options[:header]||[] 25: self.font_size = options[:font_size]||:normal 26: self.size = header.size 27: @table_key = options[:table_key] 28: @sortable = options[:sortable].nil? ? true : options[:sortable] 29: @sort_by = options[:sort_by]||header.first 30: 31: @sort_order = options[:sort_order].blank? ? "asc" : options[:sort_order].downcase 32: @sort_order = @sort_order == "desc" ? false : true 33: 34: import_row_data(options[:row_data]) if options[:row_data] 35: end
This method is called when outputting the table to decide how each column should be aligned. Numbers, currencies, percents, and floats are all right-aligned. Everything else is left-aligned by default. If different alignment preferecens are required, this method can be overridden.
# File lib/simple_reports/report/table/base.rb, line 73 73: def align 74: align = {} 75: format.each_with_index do |format, index| 76: align[index] = (NUMBER_FORMATS.include?(format) ? :right : :left) 77: end 78: align 79: end
Returns true if a cached row exists for this table. This method may need to be overriden for more complex behavior.
# File lib/simple_reports/report/table/base.rb, line 184 184: def cached? 185: Report::Table::CachedRow.exists_for_table?(table_key) 186: end
Loads a cached row into the table. If none is found, the passed block is executed to create the new row. This block can be used to call new_row to add the row or, if the result of the block is not a Report::Table::Row, this method will create a new row using the block result.
# File lib/simple_reports/report/table/base.rb, line 159 159: def cached_row(table_key, row_key, &new_row_code) 160: if cached_row = Report::Table::CachedRow.find_by_keys(table_key, row_key) 161: new_row cached_row.data 162: else 163: result = new_row_code.call 164: if result.class == Report::Table::Row 165: return result 166: else 167: new_row(result) 168: end 169: end 170: end
Can be overwritten to define column widths in the form of a hash: {column_number => PDF points}
# File lib/simple_reports/report/table/base.rb, line 82 82: def column_widths 83: {} 84: end
Finds the first row to match the value in the provided column. If a column isn‘t provided, then the first column is used by default. Returns nil if no rows match
# File lib/simple_reports/report/table/base.rb, line 106 106: def find(value, column=nil) 107: column = header.first unless column 108: 109: rows.each do |row| 110: return row if row.value_at(column) == value 111: end 112: 113: return nil 114: end
# File lib/simple_reports/report/table/base.rb, line 39 39: def font_size=(size) 40: raise "Not a valid size" unless FONT_SIZES.include?(size) 41: @font_size = size 42: end
Should return an array with the corresponding format of each column. If format returns an empty array, no formatting is applied. It is also permitted to leave some columns with a ‘nil’ format, so that it will not be formated. Some possible format options:
| currency: | formats as currency |
| long_date: | long date |
| short_date: | short date |
| percent: | percentage |
These formats are applied by ReportsHelper#format_data
# File lib/simple_reports/report/table/base.rb, line 66 66: def format 67: @format 68: end
# File lib/simple_reports/report/table/base.rb, line 54 54: def header 55: @header.empty? ? self.class.header : @header 56: end
Loads the table by fetching all CachedRows that match the table‘s key.
# File lib/simple_reports/report/table/base.rb, line 178 178: def load_table_from_cache 179: Report::Table::CachedRow.find_each(:conditions => {:table_key => table_key}) { |cr| @rows << cr.to_row(self) } 180: end
Clears out any loaded table data. Should be called in order to allow regenerating table.
# File lib/simple_reports/report/table/base.rb, line 117 117: def reset 118: @rows = nil 119: end
# File lib/simple_reports/report/table/base.rb, line 246 246: def row_key(row) 247: raise "No row_key defined. Either pass a table_key to the table as an option or override row_key method." 248: end
This method calls create_table to generate the table data. It caches the results so that the table is not re-generated when rows is called again. In order to re-generate the whole table, reset should be called first, which clears out the data.
# File lib/simple_reports/report/table/base.rb, line 88 88: def rows 89: if @rows.empty? 90: start_time = Time.now.to_f 91: if should_cache? and cached? 92: load_table_from_cache 93: else 94: create_table 95: cache if should_cache? 96: end 97: end_time = Time.now.to_f 98: @table_time = end_time - start_time 99: end 100: 101: @rows 102: end
Deprecated: should use Report::Table::Row.set instead
# File lib/simple_reports/report/table/base.rb, line 134 134: def set(row, heading, value) 135: row[index(heading)] = value 136: end
By default, false. However, this can be overridden to turn caching on.
# File lib/simple_reports/report/table/base.rb, line 189 189: def should_cache? 190: false 191: end
Sorts all rows currently in the table.
— TODO: get sort by multiple columns to work
# File lib/simple_reports/report/table/base.rb, line 198 198: def sort(column=@sort_by, asc = @sort_order) 199: column_format = format[index(column)] 200: x_sort_string = "x.data[index('#{column}')]" 201: y_sort_string = "y.data[index('#{column}')]" 202: 203: if !NUMBER_FORMATS.include? format[index(column)] 204: x_sort_string = x_sort_string + ".to_s" 205: y_sort_string = y_sort_string + ".to_s" 206: end 207: 208: @rows.sort! {|x, y| instance_eval(x_sort_string) <=> instance_eval(y_sort_string)} 209: 210: @rows.reverse! unless asc 211: end
Sums up the values in a column, as denoted by the column heading.
# File lib/simple_reports/report/table/base.rb, line 139 139: def sum(heading) 140: sum = 0 141: @rows.each {|row| sum += (row.data[index(heading)].blank? ? 0.0 : row.data[index(heading)])} 142: sum 143: end
# File lib/simple_reports/report/table/base.rb, line 242 242: def table_key 243: @table_key || nil #raise("No table_key defined. Either pass a table_key to the table as an option or override table_key method.") 244: end
The time it took to generate the table in milliseconds.
# File lib/simple_reports/report/table/base.rb, line 122 122: def table_time 123: @table_time * 1000 124: end
# File lib/simple_reports/report/table/base.rb, line 213 213: def to_csv 214: csv="" 215: csv << header.collect{|d| "\"#{d}\""}.join(",") + "\n" 216: rows.each do |row| 217: # sanitize the data by surrounding in quotes 218: data = row.data.collect {|d| "\"#{d}\""} 219: # insert commas between each column of data, stick on a newline char, and place the row in or csv output 220: csv << data.join(",") + "\n" 221: end 222: csv 223: end
# File lib/simple_reports/report/table/base.rb, line 233 233: def to_html 234: ApplicationController.helpers.html_table(self) 235: end
# File lib/simple_reports/report/table/base.rb, line 229 229: def to_latex 230: ApplicationController.helpers.latex_table(self) 231: end
# File lib/simple_reports/report/table/base.rb, line 237 237: def to_s(format=:text) 238: send("to_#{format}") 239: # to_text 240: end
# File lib/simple_reports/report/table/base.rb, line 225 225: def to_text 226: ApplicationController.helpers.text_table(self) 227: end
Should return the report as a table, which has the form of an array of Report::Table::Rows.
# File lib/simple_reports/report/table/base.rb, line 253 253: def create_table 254: raise "Need to implement abstract method." 255: end


public class DirectFireImpactEvent extends Event
| Modifier and Type | Field and Description |
|---|---|
private FirerEntity |
myFirer |
private Platform |
myFirerPlatform |
private double |
myRange |
private int |
myRounds |
private TargetEntity |
myTarget |
private Platform |
myTargetPlatform |
private Weapon |
myWeapon |
private boolean |
tracing |
| Constructor and Description |
|---|
DirectFireImpactEvent(double time,
FirerEntity e1,
TargetEntity e2,
Weapon weapon,
int rounds,
double range) |
| Modifier and Type | Method and Description |
|---|---|
private double |
adjustPH(double phit,
FirerEntity firer,
Platform targetPlatform,
Weapon weapon) |
private void |
applyPartialKills() |
private void |
calcMinMax() |
private void |
calculateEffects(java.util.Vector<java.lang.Double> ximpact,
java.util.Vector<java.lang.Double> yimpact) |
private void |
doAimedShot() |
private void |
doAreaShot() |
Event |
doEvent()
Process the event.
|
private void |
doPit() |
private void |
doPLOS() |
private int |
doVul() |
private double |
getPH(Weapon weapon,
Platform platform,
double range,
int phPosture) |
private double |
getPK(Weapon weapon,
Platform platform,
double range) |
private int |
getResult(double phit,
double pkil) |
private boolean |
invalid() |
private void |
plotImpacts(int numImpacts,
double xaim,
double yaim,
double phit,
double pkil,
int vulnerability,
java.util.Vector<java.lang.Double> ximpact,
java.util.Vector<java.lang.Double> yimpact) |
void |
resolveDF() |
private Coordinate |
selectAimPoint(TargetEntity target) |
private void |
testAltitude() |
private boolean |
testGuided() |
private boolean |
testPointDefence() |
private void |
updateGUI() |
private void |
write() |
private FirerEntity myFirer
private TargetEntity myTarget
private int myRounds
private Weapon myWeapon
private double myRange
private Platform myFirerPlatform
private Platform myTargetPlatform
private boolean tracing
public DirectFireImpactEvent(double time, FirerEntity e1, TargetEntity e2, Weapon weapon, int rounds, double range)
public Event doEvent()
Event
private void doAreaShot()
private void doAimedShot()
public void resolveDF()
private boolean testGuided()
private void testAltitude()
private double adjustPH(double phit, FirerEntity firer, Platform targetPlatform, Weapon weapon)
private void doPit()
private void doPLOS()
private Coordinate selectAimPoint(TargetEntity target)
private int doVul()
private void write()
private void calculateEffects(java.util.Vector<java.lang.Double> ximpact, java.util.Vector<java.lang.Double> yimpact)
private boolean testPointDefence()
private int getResult(double phit, double pkil)
private void plotImpacts(int numImpacts, double xaim, double yaim, double phit, double pkil, int vulnerability, java.util.Vector<java.lang.Double> ximpact, java.util.Vector<java.lang.Double> yimpact)
private void calcMinMax()
private boolean invalid()
private void updateGUI()
private void applyPartialKills()


The following sentence fragments have been found:
Fragments are incomplete sentences. Usually, fragments are pieces of sentences that have become disconnected from the main clause.
Example: This university offers many majors in engineering. Such as electrical, chemical, and industrial engineering.
One way to resolve this issue is to replace the full stop with a comma.


Ionic Box is a ready-to-go hybrid development environment (based on Vagrant) for building mobile apps with Ionic, Cordova, and Android.
Ionic Box
Notes


Tower House
Austin, TX
featured project tower house
featured press
on the books - saint elmo public market
Andersson-Wise is an architecture & design studio based in Austin, Texas. Our collaborative approach to residential, institutional, and hospitality architecture results in precise solutions carefully attuned to their purpose.


Quickstart: Javascript¶
Now that you have Gordon installed, let’s create our first project. Before doing so, you need to understand how Gordon projects are structured.
A Gordon project consist in one or more applications. The term application describes a directory that provides some set of features. Applications may be reused in various projects.
- Requirements for Javascript lambdas:
Creating a project¶
From the command line, cd into a directory where you’d like to store your code, then run the following command:
$ gordon startproject demo
This will create a demo directory in your current directory with the following structure:
demo
└── settings.yml
As you can imagine that settings.yml file will contain most of our project-wide settings. If you want to know more, Settings will tell you how the settings work.
Creating an application¶
Now that we have our project created, we need to create our first app. Run the following command from the command line:
$ gordon startapp firstapp --runtime=js
Note
You can create lambdas in any of the AWS supported languages (Python, Javascript and Java) and you can mix them within the same project and app. By default startapp
uses the python runtime, but you can pick a different one by adding --runtime=py|java
to it.
This will create a firstapp directory inside your project with the following structure:
firstapp/
├── helloworld
│ └── code.js
└── settings.yml
Note
If you pick python
or java
as runtime, the layout will not be 100% the same, but pretty similar.
These files are:
code.js
: File where the source code of our firsthelloworld
lambda will be. By default gordon creates a function calledhandler
inside this file and registers it as the main handler.settings.yml
: Configuration related to this application. By default gordon registers ahelloworld
lambda function.
Once you understand how everything works, and you start developing your app, you’ll rename/remove this function, but to start with we think this is the easiest way for you to understand how everything works.
Give it a look to firstapp/settings.yml
and firstapp/helloworld/code.js
files in order to get a better understanding of what gordon just created for you.
Now that we know what these files does, we need to install this firstapp
. In order to do so, open your project settings.yml
and add firstapp
to the apps
list:
---
project: demo
default-region: us-east-1
code-bucket: gordon-demo-5f1fb41f
apps:
- gordon.contrib.lambdas
- firstapp
This will make Gordon take count of the resources registered within the firstapp
application.
Build your project¶
Now that your project is ready, you need to build it. You’ll need to repeat this step every single time you make some local changes and want to deploy them to AWS.
From the command line, cd into the project root, then run the following command:
$ gordon build
This command will have an output similar to:
$ gordon build
Loading project resources
Loading installed applications
contrib_lambdas:
✓ version
firstapp:
✓ helloworld
Building project...
✓ 0001_p.json
✓ lambda:contrib_lambdas:version
✓ lambda:firstapp:helloworld
✓ 0002_pr_r.json
✓ 0003_r.json
- What is all this? Well, without going into much detail, gordon has just decided that deploying you application implies three stages.
0001_p.json
gordon is going to create a s3 bucket where the code of your lambdas will be uploaded.0002_pr_r.json
gordon will upload the code of your lambdas to S3.0003_r.json
gordon will create your lambdas.
But, should I care? No you should not really care much at this moment about what is going on. The only important part is that you’ll now see a new _build
directory in your project path. That directory contains everything gordon needs to put your lambdas live.
If you want to read more about the internals of gordon project, you read more in the Project page.
Deploy your project¶
Deploying a project is a as easy as using the apply
command:
$ gordon apply
Note
It is important that you make your AWS credential available in your terminal before, so gordon can use them. For more information: Setup AWS Credentials
This command will have an output similar to:
$ gordon apply
Applying project...
0001_p.json (cloudformation)
CREATE_COMPLETE waiting...
0002_pr_r.json (custom)
✓ code/contrib_lambdas_version.zip (da0684c2)
✓ code/firstapp_helloworld.zip (45da7d76)
0003_r.json (cloudformation)
CREATE_COMPLETE waiting...
Your lambdas are ready to be used! Navigate to AWS: Lambdas to test them.
What next?¶
You should have a basic understanding of how Gordon works. We recommend you to dig a bit deeper and explore:
- Project Details about how you can customize your projects
- Lambdas In-depth exmplanation of how lambdas work.
- Event Sources List of all resources and integrations you can create using Gordon.


--- layout: page title: Implementing CNN ---
A series of posts to understand the concepts and mathematics behind Convolutinal Neural Networks and implement your own CNN in Python and Numpy. Complete source code can be found here: https://github.com/parasdahal/deepnet.
{{ post.excerpt }}


| | References |
| 1 | Ajibike O. S Adeyemo, Lars Ribbe, & Sabine Schuelter. (2012). Lake Chad Restoration: Communities Attitude and Expectations. 21st Century Watershed Technology: Improving Water Quality and Environment Conference Proceedings, May 27-June 1, 2012, Bari, Italy. doi:10.13031/2013.41404 |
| 2 | Tougiani, A., Guero, C., & Rinaudo, T. (2008). Community mobilisation for improved livelihoods through tree crop management in Niger. GeoJournal, 74(5), 377–389. doi:10.1007/s10708-008-9228-7 |
| 3 | Blay, D., Appiah, M., Damnyag, L., Dwomoh, F. K., Luukkanen, O., & Pappinen, A. (2007). Involving local farmers in rehabilitation of degraded tropical forests: some lessons from Ghana. Environment, Development and Sustainability, 10(4), 503–518. doi:10.1007/s10668-006-9077-9 |


Contracts
Current Contracts
Government
Commercial
Non-Profit
Government Contracts
Board of Governors of Federal Reserve
Technical Services BOA
City of Henderson
IT Staffing Services
City of Phoenix
IT Research and Advisory Services, IT Professional Services
State of Kansas
IT Staffing
State of Minnesota
Professional & Technical Services
State of Montana
Master Contract for IT Services
State of North Carolina
DITA Professional Services, IT Staffing
State of North Dakota
IT Professional Services, IT Staffing
State of South Dakota
IT Staff Augmentation Services


| 028:070 Khan | : |
And He is Allah; La ilaha illa Huwa (none has the right to be worshipped but He). His is all praise, in the first (i.e. in this world) and in the last (i.e.in the Hereafter). And for Him is the Decision, and to Him shall you (all) be returned. |
| 028:070 Maulana | : |
And He is Allah, there is no god but He! His is the praise in this (life) and the Hereafter; and His is the judgment, and to Him you will be brought back. |
| 028:070 Pickthal | : |
And He is Allah; there is no Allah save Him. His is all praise in the former and the latter (state), and His is the command, and unto Him ye will be brought back. |
| 028:070 Rashad | : |
He is the one GOD; there is no other god beside Him. To Him belongs all praise in this first life, and in the Hereafter. All judgment belongs with Him, and to Him you will be returned. |
| 028:070 Sarwar | : |
He is the only God and it is only He who deserves to be given thanks in this world and in the life to come. Judgment is in His hands and to Him you will all return. |
| 028:070 Shakir | : |
And He is Allah, there is no god but He! All praise is due to Him in this (life) and the hereafter, and His is the judgment, and to Him you shall be brought back. |
| 028:070 Sherali | : |
And HE is ALLAH; there is no god but HE. To HIM belongs all praise in the beginning and the Hereafter. HIS is the dominion, and to HIM shall you be brought back. |
| 028:070 Yusufali | : |
And He is Allah: There is no god but He. To Him be praise, at the first and at the last: for Him is the Command, and to Him shall ye (all) be brought back. |
Concepts/Themes Covered: أركان الإسلام > التوحيد > توحيد الله تعالي > إليه ترجع الأمور Pillars of Islam> Islamic> Oneness of Allah>All Matters Return to Him(for decision) أركان الإسلام > التوحيد > توحيد الله تعالي > إنفراده تعالى بالأمروالحكم Pillars of Islam> Islamic> Oneness of Allah>His Individualism of Order and Rule أركان الإسلام > التوحيد > توحيد الله تعالي > أوامره Pillars of Islam> Islamic> Oneness of Allah> His Order أركان الإسلام > التوحيد > توحيد الله تعالي > حمد الله تعالى وتسبيحه والثناء عليه Pillars of Islam> Islamic> Oneness of Allah> Praise be to Him أركان الإسلام > التوحيد > توحيد الله تعالي > وحدانيته Pillars of Islam> Islamic> Oneness of Allah> Singularity and Being Unique الإيمان > اليوم الآخر > الحشر Faith> The Hereafter> The Day of Resurrection
This tool uses eight English parallel translations for the Holy Quran imported from Mr. Clay Smith. You can also visit Qurany Concepts for browsing the Quran themes or topics. If you want to search the Holy Quran for keywords, please visit Qurany Keywords.


Use this page to find APIs you wish to consume. Use the various search options to find APIs, then review them and eventually create Contracts to them.
No APIs found. Either no APIs matched the query or you haven't queried yet!


RCranLibrary
model
REQUEST_SERVICE_NAME
Config
RUN_NAME
Config
ReadFromTable
spark
ReadSFTable
snowflake
ResponeseJobSubmit
model
ResponseRunId
model
RunShell
common
RunSparkJobInDBC
databricks
RunSparkJobInEMR
emr
RunSparkJobInKube
kubernetes
RunSubmit
model
rPackage
RCranLibrary
readFromTable
ReadFromTable
readSFTable
ReadSFTable
region
S3StorageInfo
repo
MavenLibrary
PythonPyPiLibrary
RCranLibrary
resultState
State
retryCounter
ExtractEMRSparkStepLog
revisionTimestamp
NotebookTask
runAsRepl
SparkJarTask
runId
ResponeseJobSubmit
ResponseRunId
runJob
RunSparkJobInDBC
RunSparkJobInKube
runName
RunSubmit
runShell
RunShell
runSparkJob
RunSparkJobInEMR


3. Receiver with Phase switch and single hybrid
Two tests were attempted for the given configuration. The following configuration did not involve the second stripline hybrid.
Test 1
Fig 5a. Time series for the two signals, signal 1 (blue) and signal 2 (orange)
Fig 5b. (i) Power spectrum for signal 1 (green) with difference (blue). (ii) Power spectrum for signal 2 (green) with difference (blue)


--- layout: default section: contact ---
Donec hendrerit euismod nisi a sodales. Proin eleifend condimentum interdum. Etiam dolor est, eleifend sed purus vel, consequat malesuada urna.
To inquire about programming contact:
Neal Overstrom
<EMAIL_ADDRESS>Facilities and operating questions:
Betsy Ruppa
<EMAIL_ADDRESS>13 Waterman Street
Providence RI 02903
Monday–Friday: 8am–10pm


---
layout: post
title: Ruby, Rails, Render, and the Content-Type HTTP header
date: '2008-10-27T11:58:00.000-07:00'
author: Kevin Moore
tags:
- ruby on rails
- rails
modified_time: '2009-01-25T15:55:54.994-08:00'
blogger_id: tag:blogger.com,1999:blog-2115056243892631308.post-4314739229951619189
blogger_orig_url: http://work.j832.com/2008/10/ruby-rails-render-and-content-type-http.html
---
Don't you hate it when you google for 30 minutes, trying to solve a simple problem, but for some reason the right combination of terms--or at least the combination of terms you think is right--fails.
It just happened to me with a simple problem: change the Content-Type HTTP Response Header for using standard Rails templates to be text/xml
.
The solution is pretty straight-forward:
response.headers["Content-Type"] = 'text/xml'
...as I eventually found here.


This application is a tool to improve the comprehension of a foreign language.
It lets you watch a video or listen to an audio in small pieces of the whished size. Each piece can be seen or listened several times in a row, then while listening you can read the subtitles in the same language as the spoken language and then with translated subtitles.
You can move back and forth a bit at a time or you can play the video or audio from start to finish without interruption, and at any time you can choose to read or hide the original and or the translated subtitles.
The application was developed and tested on PC with Windows 10. It has been successfully tested with Google Chrome, Firefox and Microsoft Edge. It does not work with Internet Explorer. It is written in native HTML and Javascript so in theory it should work with most modern browsers.
This ClipByClip application has two phases: construction and use.
In the first one, an html type file which we call player is built customized to play only the chosen video or audio file (one player for each video or audio file).
Once created, the player can be used as often as you want to practice comprehension of the language.
To start it, double click on this player file (file name example: ClipByClip__Sherlock Holmes in Dressed to Kill.html )
A page appears, its central part is occupied by the video screen or the audio control line and the rest by various buttons.
You can start playing from the beginning by clicking in the video or audio control line,
or pressing one of the 2 buttons on the right that allow you to play only a small piece the duration of which is defined by the number of seconds
or the number of subtitle lines.
At the end you can replay the piece by pressing the Replay button.
The Original Subtitles and Translated Subtitles buttons allow you to show or hide subtitles.
After playing the same piece several times with and without subtitles, you can go on by clicking on one of the two buttons,
or move forwards or backwards moving the cursor of the control line and then go on one piece at a time or continue without interruption until the end.
If the application encounters intervals without dialogue it gives the possibility to skip them to move on to more interesting moments.
The magnify the screen button is used to eliminate unnecessary elements of the page to give more space to the video
Sometimes subtitles are not in a separate file, but they are embedded in the movie and there is no easy way to extract them.
This application tries to use these movies too, by covering the subtitles with an opaque stripe which can become transparent by pushing a button.
Firstly you need to find a video or audio file on the web that also has its subtitle file.
For the prefixed purpose it is preferable that at least the subtitles in the original language have not been generated automatically.
It is unlikely to be able to find subtitles translated not automatically, most of the cases they don't even exist,
in which case it is possible to get them by translating the original ones using Google or Bing or other similar products.
The quality is generally sufficient for the understanding of the meaning (certainly not from a formal point of view).
Since the translation is the most burdensome part of the whole process, if it is not essential for your level of proficiency in the language, it is possible to completely omit the translated subtitles.
The subtitle files that the application can use are those of the srt type. If they are of another type, you need to search the web for some program that converts them to srt.
Download the video or audio file, the original subtitle file and possibly the one in your language if it exists. Move these files to the VideoAudio folder.
To start, run the ClipByClip.html file.
| ClipByClip | folder which contains the whole application | |
| ClipByClip.html | the builder file (double click to run it) | |
| scripts | folder whith all the script files | |
| VideoAudio | folder with the video or audio files to play
eg. Sherlock Holmes in Dressed to Kill.mp4 | |
| PLAYER | folder with the player files
eg. ClipByClip__Sherlock Holmes in Dressed to Kill.html |


Interesting query, but there are several things that should be updated.
See this index bloat query: https://gist.github.com/gullevek/32881d6b4c5b1ed0135c (original here: https://gist.github.com/mbanck/9976015)


Yours Truly, Geries Handal @gtothesquare
Brought to you by Geries Handal
build scalable network programs
event driven, non-blocking I/O
callbacks
source: "Node.js the right way" by Jim M. Wilson
#!/usr/bin/env node
./myscript.js
(process.argv)
process.exit(0);
process.exit(1);
more at Daily.js: Unix Node Arguments
source: http://www.nczonline.net/blog/2013/10/07/node-js-and-the-new-web-front-end/
If you invest in a technology, then invest in people.
Don't use Node for hard computations.. if you must, then queue.(e.g ZeroMQ)
Remember the unix way.


A class is where you group all of the methods and variables about an object you'll be using in Ruby. It lets you "model" the object so that you can define every property of the object (its variables) and everything that can be done to the object (methods that can act on the object). Below, I created a sample class called Cats to model the characteristics and behaviors of any objects that are part of this class — namely, other cats. We initialize the class with some essential instance variables that we know we're going to want to use across the different methods found in this class. In order to make them "instance" variables instead of just plain old variables, we add a @ character in front of them. If you want to change the name, hours, or cans for an different object in this class, it's easy to do by simply calling that method on an instance of the class and setting it to a new value. Example: instance_of_cats.name = "Other Cat." You'll see that in this example I created a new instance called "hoarder." "Hoarder", unsurprisingly, creates more cats. If you call the method tell_me_all_about_your_cat, hoarder will tell you everything about that new cat. You may look at this and say, "That can't possibly be everything that I'd want to know about your cat," and you'd be right. That's the beauty of classes &em; they're flexible, and you can add to them. That's why it's important to establish a consistent approach to the logic of methods and variables within your class. It's much easier to read and revisit your class to extend it (and communicate it to other people) if you have a logical approach to how it should get extended. Two approaches to class design are outlined here &em; data-centric and responsibility-centric. class Cats attr_accessor :name, :hours, :cans def initialize @name = "Meow Meow" @hours = 8 @cans = 4 end # If this cat weighs more than 20 pounds, he sleeps twice as much. def sleep(pounds) @naptime = { if pounds > 20 return @hours*2 else return @hours end } puts @naptime end # If this cat sleeps twice as much, then he's going to be even hungrier when he wakes up. def eat @new_cans = { if @naptime > @hours return @cans+1 else return @cans end } end # I'm sure you really wanted to know all this info about my cat. def tell_me_all_about_your_cat "#{@name} sleeps #{@naptime} and eats #{@new_cans} cans of cat food a day." end end hoarder = Cats.new puts hoarder.tell_me_all_about_your_cat


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MRLevel: {{question.level}}
N/A
Attachments: {{question.attatchements}}{{question.questionText}}
MRLevel: {{question.level}}
Yes
Objective Evidence: {{question.objectiveEvidence}}
Attachments:{{question.questionText}}
Unanswered


Simple Pricing Table
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12.6 Exercises
Write a fake helper for Basic authentication that always returns
either OK or ERR. Use tcpdump or ethereal to
capture some HTTP requests. Decode the authorization credentials. If you're using NTLM, capture some HTTP requests and
attempt a replay attack. Kill Squid's authentication helper processes
one-by-one while running tail
-f cache.log. Find out what happens to your favorite NTLM-based authenticator when
it can't communicate with the NT domain controller.
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{% extends "housekeeping/housekeeping.html" %} {% block operations %}
This is a dry run. Nothing has been changed.
Please check the results. If you are satisfied, perform the actions listed below, or do another dry run.
{% else %}Perform a dry run instead. It's probably too late though.
{% endif %}Found {{ trashed_nbsps|length }} text plugins with nbsp text.
Found {{ double_spaces|length }} text plugins with double spaces text.
Found {{ trashed_paragraphs|length }} text plugins with empty paragraphs.
{% for plugin in trashed_paragraphs %}Found {{ trashed_styles|length }} text plugins with style elements.
Found {{ click_heres|length }} text plugins with click here.
{% for plugin in click_heres %}


{% extends "base.html" %} {% block title %}Home Page{% endblock %} {% block content %}
Please email your homework at<EMAIL_ADDRESS>You can also send me Amazon gift card codes.


awardFindR
is built to be easily extendable to include additional data sources and we welcome contributions adding support for additional databases of research funding.
Adding a new source involves three steps:
sourcename.R
file that parse the database using its API or webscraping as discussedsources
argument of the awardFindR()
function in main.R
New sources are entirely self-contained in a single .R
file.
Sources need to have a minimum of two functions:
*_get
function that scrapes raw data from the source and returns it as-is,.*_standardize
(note the preceding period) function that harmonizes the data to fit the data.frame output from awardFindR
.The file containing the source should have an easily identifiable filename, which should be reflected in the naming of the *_get
and *_standardize
functions. For example, import from the “Megafunds Foundation” should be in megafunds.R
, containing megafunds_get()
and .megafunds_standardize()
.
*_get
The *_get
routine is exported, so end users can call it directly if they have interest in a specific data source. It should be as faithful a reproduction of the original data source as possible, though variables should still be R-friendly (for example, award amounts as strings like “$300,000” aren’t useful. An integer of 300000 is much more useful.)
These routines will usually use HTML or JSON-based HTTP resources. utils.R
in this package has a request()
function that handles HTTP POST and GET requests with httr
and returns xml2 objects (which can be used with rvest
or xml2
) or json as a base R list()
object automatically. In order to centralize HTTP error handling and standardize message output to the user, please employ this function as much as possible for HTTP requests.
This function can be largely tailored to the needs of an API, but should follow some basic style guidelines. Three arguments are required:
The function should accept at least one keyword and two date terms as arguments. keyword is a string, or, if the source can handle more than one keyword at a time, keywords is a vector of strings. Dates are typically exact days or years, depending on the capabilities of the search function available from the source. Exact dates should be date objects named from_date and to_date, while years should be integers named from_year and to_year.
Additional source-specific variables can be added to the function, but should have default values specified. *_get
routines should function as expected with these three variables alone.
If at all possible, searching should be done server-side to reduce HTTP traffic. Downloading the whole grant database and searching with grep()
or a similar function should be a last resort. This also minimizes CPU load.
JSON sources shouldn’t need any additional dependencies, since the request()
function handles encoding and decoding from/to lists automatically. HTML/XML sources, however, should use rvest
or xml2
, respectively.
If the source does not use HTML, XML or JSON, it may be necessary to employ additional dependencies as necessary. This is an extreme case and should be done with care.
.*_standardize
The awardFindR
calls the internal.*_standardize
function, which should in turn call the *_get
function described above. All .*_standardize
functions need to accept the exact same input. This includes:
The date objects should be translated into whatever the source-specific requirements are for search terms. If an API can only delineate searches by year, get the year. If an API can only handle one keyword at a time, loop the function through multiple keywords with lapply()
.
This function needs to return a data.frame
with the following columns:
awardFindR()
Source routines are included in the awardFindR()
function through the sources argument. Include the name of your new source (the section before "_standardize") in the default value of the sources for awardFindR()
in main.R
. This will include your new source routine in the default functionality, and expose the name in the documentation where users are likely to discover it.
The main tests in test-full.R
attempt to exercise both the successful and no results code branches. The latter always works. Unfortunately, the default search for the former (the terms “qualitative analysis” and “ethnography” in 2018) does not actually return results for some smaller sources. For this and other reasons, it’s a good idea to create a source-specific test for the .*_standardize
function.
Tests should actually return results, but should also minimally tax the API. Less than 10 results would be ideal. There is one exception to this: when a source needs to loop through multiple pages. In this case, the smallest number of results that triggers the looping is ideal, in order to ensure maximum test coverage.
One test should verify reproducibility; i.e. we get the same results again for a query in a specified date range. When used with a real-world HTTP resource, this should alert us if there is a change in how the resource is provided.
Finally, HTTP requests for tests should be cached using the ROpenSci package vcr
. Individual sources should have their own cassettes. This limits stress on the APIs from frequent testing of internal logic, especially by the continuous integration system. Failure to do this could potentially result in service-level bans if we’re not careful.