| Metric | Tag | Overall | Per Function |
|---|---|---|---|
| Lines of Code | LOC | 18 | ****** |
| McCabe's Cyclomatic Number | MVG | 4 | ****** |
| Lines of Comment | COM | 2 | ******** |
| LOC/COM | L_C | ------ | |
| MVG/COM | M_C | ------ | |
| Weighted Methods per Class ( weighting = unity ) | WMC1 | 7 | |
| Weighted Methods per Class ( weighting = visible ) | WMCv | 6 | |
| Depth of Inheritance Tree | DIT | 0 | |
| Number of Children | NOC | 0 | |
| Coupling between objects | CBO | 2 | |
| Information Flow measure ( inclusive ) | IF4 | 1 | ******** |
| Information Flow measure ( visible ) | IF4v | 1 | ******** |
| Information Flow measure ( concrete ) | IF4c | 0 | ******** |
| Description | LOC | MVG | COM | L_C | M_C |
|---|---|---|---|---|---|
definition
./utils/LinearAllocator.cpp:86 |
5 | 0 | 0 | ------ | ------ |
| Function prototype | LOC | MVG | COM | L_C | M_C |
|---|---|---|---|---|---|
| Page( ) definition ./utils/LinearAllocator.cpp:91 | 3 | 0 | 0 | ------ | ------ |
| Page( const Page & ) definition ./utils/LinearAllocator.cpp:106 | 1 | 0 | 1 | ------ | ------ |
| end( int ) definition ./utils/LinearAllocator.cpp:101 | 3 | 1 | 0 | ------ | ------ |
| next( ) definition ./utils/LinearAllocator.cpp:88 | 1 | 1 | 0 | ------ | ------ |
| operator new( size_t, void * ) definition ./utils/LinearAllocator.cpp:95 | 1 | 1 | 1 | ------ | ------ |
| setNext( Page * ) definition ./utils/LinearAllocator.cpp:89 | 1 | 0 | 0 | ------ | ------ |
| start( ) definition ./utils/LinearAllocator.cpp:97 | 3 | 1 | 0 | ------ | ------ |
| Clients | Suppliers |
|---|---|
|
LinearAllocator [V] pass by reference ./utils/LinearAllocator.cpp:132 pass by reference ./utils/LinearAllocator.cpp:136 |
size_t [CV] pass by value ./utils/LinearAllocator.cpp:95 |


Idlebook helps you find out where you can get books for next quarter, and connects you with people looking for books too. learn more
bookstore buyback price $0.00
make $0.00 per quarter by lending them
total $0.00
spend $0.00 a quarter by renting them
Your book info had been saved. Add more books and sign up to share it with your friends.
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Object containing default options to pass when setting cookies.
The object may have following properties:
- path -
{string} - The cookie will be available only for this path and its
sub-paths. By default, this would be the URL that appears in your base tag.
- domain -
{string} - The cookie will be available only for this domain and
its sub-domains. For obvious security reasons the user agent will not accept the
cookie if the current domain is not a sub domain or equals to the requested domain.
- expires -
{string|Date} - String of the form "Wdy, DD Mon YYYY HH:MM:SS GMT"
or a Date object indicating the exact date/time this cookie will expire.
- secure -
{boolean} - The cookie will be available only in secured connection.
Note: by default the address that appears in your tag will be used as path.
This is import so that cookies will be visible for all routes in case html5mode is enabled
|


Two methods to access your bookmarks file
1. Opening your browser bookmarks file using your explorer/navigator dialog
Click the 'Choose File' button above, then look for the file as follows:
Chrome
* %\APPDATA\Local\Google\Chrome\User Data\Default
* In search bar, type Bookmarks, you will see a list of files named Bookmarks and/or Bookmarks.bak.
Firefox
* %APPDATA%\Mozilla\Firefox\Profiles\
* Or use bookmark manager and export as JSON
2. Opening your browser booksmarks using a file URL
Once you have found your bookmarks file you may automate the opening process of opening the bookmarks file.
Create a file URL and paste it into the file URL input box then click the button.
The URL is store in your local storage so load automatically with each new session.
A file URL in Windows looks line this:
file:///C:/Users/%YOURUSERNAME%/AppData/Local/Google/Chrome/User%20Data/Default/Bookmarks
You can create a file URL by dragging the file to your browser and copying the URL in the address bar.
Folder to Search
If you need just a subset of the bookmarks you may enter a folder name in the 'Bookmarks folder to search' input box.
This feature currently only works on top level folders.
Notes
The script does not yet do a good job of adding all sub-folders as tags. We are working on this.
Current files opened by the view-a-line have been edited manually.


Atlp_Agent_t *
Atlp_AgentAllocWithName(
char * name
)
- This function allocates a new Atlp_Agent_t. Only the
name is set, while all the other members are set to NIL.
- Side Effects required
- See Also
Atlp_AgentAlloc
Atlp_AgentFree
Atlp_Agent_t *
Atlp_AgentAlloc(
char * name,
boolean isAgent,
Atm_Atom_t * atom
)
- Allocates an agent structure, and initialize all its
members.
- Side Effects required
- See Also
Atlp_AgentAllocWithType
Atlp_AgentFree
void
Atlp_AgentFree(
Atlp_Agent_t * agent
)
- It frees an agent structure.
- Side Effects none
- See Also
optional
void
Atlp_AgentIsAgentSet(
Atlp_Agent_t * agent,
boolean value
)
- Sets the isAgent flag.
- Side Effects none
- See Also
optional
boolean
Atlp_AgentIsAgent(
Atlp_Agent_t * agent
)
- This function returns TRUE if the agent specified is
an agent, FALSE otherwise.
- Side Effects none
- See Also
optional
Atm_Atom_t *
Atlp_AgentReadAtom(
Atlp_Agent_t * agent
)
- This function returns the atom of the agent.
- Side Effects Do not free the atom.
- See Also
optional
char *
Atlp_AgentReadName(
Atlp_Agent_t * agent
)
- This function returns the name of the agent.
- Side Effects Do not free the name.
- See Also
optional
lsList
Atlp_FileParseFormula(
Atlp_Manager_t * manager,
FILE * fp
)
- Parses a file containing a set of semicolon-ending ATL
formulas, and returns an array of Atlp_Formula_t representing those
formulas. If an error is detected while parsing the file, the routine frees
any allocated memory and returns NULL.
void
Atlp_FlushStates(
Atlp_Formula_t * formula
)
- Frees States field of Atlp_Formula_t recursively
- See Also
Atlp_FormulaFree
array_t *
Atlp_FormulaArrayConvertToDAG(
array_t * formulaArray
)
- The function hashes each subformula of a formula (including the
formula itself) into a uniqueTable. It returns an array containing the roots
of the multi-rooted DAG thus created by the sharing of the subformulae. It
is okay to call this function with an empty array (in which case an empty
array is returned), but it is an error to call it with a NULL array.
- Side Effects A formula in formulaArray might be freed if it had been
encountered as a subformula of some other formula. Other formulae in
formulaArray might be present in the returned array. Therefore, the formulae
in formulaArray should not be freed. Only formulaArray itself should be
freed.
array_t *
Atlp_FormulaArrayConvertToExistentialFormTree(
array_t * formulaArray of Atlp_Formula_t
)
- Calls Atlp_FormulaConvertToExistentialForm on each formula. It
is okay to call this function with an empty array (in which case an empty
array is returned), but it is an error to call it with a NULL array.
- See Also
Atlp_FormulaConvertToExistentialForm
void
Atlp_FormulaArrayFree(
array_t * formulaArray of Atlp_Formula_t
)
- Calls AtlpFormulaDecrementRefCount on each formula in
formulaArray, and then frees the array itself.
- See Also
Atlp_FormulaFree
Atlp_Formula_t *
Atlp_FormulaConvertToExistentialForm(
Atlp_Formula_t * formula
)
- Converts a ATL formula to existential form. That is, all
universal path quantifiers are replaced with the appropriate combination of
existential quantifiers and Boolean negation. Also converts "finally"
operators to "until" operators.
Returns a new formula that shares absolutely nothing with the original
formula (not even the strings). Also, the new formula does not have any MDDs
associated with it. The "originalFormula" field of the returned formula is
set to point to the formula passed as an argument. In addition, if the
original formula is of type AG, AX, AU, AF, or EF, the "converted flag" is
set. Returns NULL if called with a NULL formula.
- See Also
Atlp_FormulaArrayConvertToExistentialForm
char *
Atlp_FormulaConvertToString(
Atlp_Formula_t * formula
)
- Returns formula as a character string. All subformulas are
delimited by parenthesis. The syntax used is the same as used by the ATL
parser. Does nothing if passed a NULL formula.
- Side Effects Atlp_ExprConvertToString
Atlp_Formula_t *
Atlp_FormulaCreateWithAgents(
Atlp_FormulaType type,
void * left,
void * right,
lsList agentList
)
- Allocates a Atlp_Formula_t, and sets the 2 fields given as
arguments. If the type is Atlp_ID_c, then the left and right fields
should contain a pointer to a variable name and a pointer to a value
respectively. Otherwise, the two fields point to subformulas. refCount is
set to 1. The states field is set to NULL, the converted flag is set to
FALSE, and the originalFormula field is set to NULL.
- See Also
AtlpFormulaDecrementRefCount
Atlp_Formula_t *
Atlp_FormulaCreate(
Atlp_FormulaType type,
void * left,
void * right
)
- Equivalent to Atlp_FormulaCreateWithAgents(type, left, right,
NIL(lsList)).
- See Also
Atlp_FormulaCreateWithAgents
array_t *
Atlp_FormulaDAGConvertToExistentialFormDAG(
array_t * formulaDAG
)
- The function converts a DAG of ATL formulae to a DAG of
existential ATL formulae. The function recursively converts each subformula
of each of the formulae in the DAG and remembers the converted formula in
the field states. It
is okay to call this function with an empty array (in which case an empty
array is returned), but it is an error to call it with a NULL array.
- See Also
FormulaConvertToExistentialDAG
Atlp_Formula_t *
Atlp_FormulaDup(
Atlp_Formula_t * formula
)
- Recursively duplicate a formula. Does nothing if the formula
is NIL. Does not copy mdd for states, dbgInfo.
void
Atlp_FormulaFree(
Atlp_Formula_t * formula
)
- The function decrements the refCount of the formula. As a
consequence, if the refCount becomes 0, the formula is freed.
- See Also
AtlpFormulaFree
AtlpDecrementRefCount
mdd_t *
Atlp_FormulaObtainStates(
Atlp_Formula_t * formula
)
- Gets a copy of the MDD representing the set of states for which
this formula is true. It is the user's responsibility to free this MDD. If
the set of states has not yet been computed, then a NULL mdd_t is
returned. It is an error to call this function on a NULL formula.
- See Also
Atlp_FormulaSetStates
void
Atlp_FormulaPrint(
FILE * fp,
Atlp_Formula_t * formula
)
- Prints a formula to a file. All subformulas are delimited by
parenthesis. The syntax used is the same as used by the ATL parser. Does
nothing if passed a NULL formula.
lsList
Atlp_FormulaReadAgentList(
Atlp_Formula_t * formula
)
- It returns the agent list specified in the formula.
- Side Effects Should not free the list
- See Also
optional
Atm_Expr_t *
Atlp_FormulaReadAtmExpr(
Atlp_Formula_t * formula
)
- It returns the atmExpr in the formula.
- Side Effects required
- See Also
optional
Atlp_Formula_t *
Atlp_FormulaReadByName(
char * name,
Atlp_Manager_t * manager
)
- This function returns a pointer to the formula
with the given name. If the formula is not found, a NIL pointer
is returned.
- Side Effects required
- See Also
optional
void *
Atlp_FormulaReadDebugData(
Atlp_Formula_t * formula
)
- Returns the debug data associated with a formula. This data is
uninterpreted by the atlp package.
- See Also
Atlp_FormulaSetDbgInfo
Atlp_Formula_t *
Atlp_FormulaReadLeftChild(
Atlp_Formula_t * formula
)
- Gets the left child of a formula. User must not free this
formula. If a formula is a leaf formula, NIL(Atlp_Formula_t) is returned.
- See Also
Atlp_FormulaReadRightChild
Atlp_Formula_t *
Atlp_FormulaReadLeft(
Atlp_Formula_t * formula
)
- This function returns the left pointer of the formula.
Should not free the pointer.
- Side Effects required
- See Also
Atlp_FormulaReadRight
Atlp_Formula_t *
Atlp_FormulaReadOriginalFormula(
Atlp_Formula_t * formula
)
- Returns original formula corresponding to converted formula.
Atlp_Formula_t *
Atlp_FormulaReadRightChild(
Atlp_Formula_t * formula
)
- Gets the right child of a formula. User must not free this
formula. If a formula is a leaf formula, NIL(Atlp_Formula_t) is returned.
- See Also
Atlp_FormulaReadLeftChild
Atlp_Formula_t *
Atlp_FormulaReadRight(
Atlp_Formula_t * formula
)
- This function returns the left pointer of the formula.
Should not free the pointer.
- Side Effects required
- See Also
Atlp_FormulaReadLeft
Atlp_FormulaType
Atlp_FormulaReadType(
Atlp_Formula_t * formula
)
- Gets the type of a formula. See atlp.h for all the types. It is
an error to call this function on a NULL formula.
- See Also
atlp.h
char *
Atlp_FormulaReadVariableName(
Atlp_Formula_t * formula
)
- Reads the variable name of a leaf formula.
It is an error to call this function on a non-leaf formula.
void
Atlp_FormulaSetAgentList(
Atlp_Formula_t * formula,
lsList agentList
)
- Sets the agentList field of the formula.
- Side Effects It is an error to call this function with an NULL
formula.
- See Also
optional
void
Atlp_FormulaSetAtmExpr(
Atlp_Formula_t * formula,
Atm_Expr_t * atmExpr
)
- Stores the atm_expr_t with the formula. This expression
only occurs with atomic formulas. It is usually built during the
semantic check of the formula, and it should freed (by calling
Atm_ExprFreeExpression) once the states for this formula is built. It is an
error to call this function with a NULL formula.
- Side Effects required
- See Also
McFormulaSemanticCheck
Atlp_FormulaSetStates
void
Atlp_FormulaSetDbgInfo(
Atlp_Formula_t * formula,
void * data,
Atlp_DbgInfoFreeFn freeFn
)
- Sets the debug information of a ATL formula. The data is
uninterpreted. FreeFn is a pointer to a function that takes a formula as
input and returns void. FreeFn should free all the memory associated with
the debug data; it is called when this formula is freed.
- See Also
Atlp_FormulaReadDebugData
void
Atlp_FormulaSetStates(
Atlp_Formula_t * formula,
mdd_t * states
)
- Stores the MDD with the formula (a copy is not made, and hence,
the caller should not later free this MDD). This MDD is intended to
represent the set of states for which the formula is true. It is an error to
call this function on a NULL formula.
- See Also
Atlp_FormulaObtainStates
boolean
Atlp_FormulaTestIsConverted(
Atlp_Formula_t * formula
)
- Returns TRUE if formula was converted from a formula of type
AG, AX, AU, AF, or EF via a call to
Atlp_FormulaConvertToExistentialFormTree or
Atlp_FormulaConvertToExistentialFormDAG. Otherwise, returns FALSE.
boolean
Atlp_FormulaTestIsQuantifierFree(
Atlp_Formula_t * formula
)
- Test if a atl formula has any path quantifiers in it;
if so return false, else true.
int
Atlp_Init(
Tcl_Interp * interp,
Main_Manager_t * manager
)
- It creates all the new tcl commands defined in this
package. Also, it initialize the data structures used in this package.
- Side Effects AtlpInitialize is called, and some global structures are
allocated.
- See Also
AtlpInitialize
Atlp_Manager_t *
Atlp_ManagerAlloc(
)
- This function allocates the a new Atlp_Manager_t, and
initialize the hash table in the manager.
- Side Effects required
- See Also
optional
void
Atlp_ManagerFree(
Atlp_Manager_t * manager
)
- This function frees a Atlp_Manager_t, frees the names of the
atl formula, and decrements the ref count of the formula. If the reference
count of the formula comes to zero, the formula is freed.
- Side Effects required
- See Also
optional
array_t *
Atlp_ManagerReadFormulaNames(
Atlp_Manager_t * manager
)
- Given an ATL Manager, this function returns an array
of all the formula names.
- Side Effects User should free the array after use. Note the
content should not be freed.
- See Also
optional
array_t *
Atlp_ManagerReadFormulas(
Atlp_Manager_t * manager
)
- Given an ATL Manager this function returns a list of
all the ATL formula from the manager.
- Side Effects This creates an array, which should be freed after use.
Beware that the formula should not be freed.
- See Also
optional
Atlp_Manager_t *
Atlp_ReadAtlpManager(
)
- This function exports the Atlp Global Manager to the
calling function. Casual user should not free the manager.
- Side Effects none
- See Also
optional


2 references to Delete
Microsoft.WSMan.Management (2)
ConfigProvider.cs (1)
2815
((IWSManSession)sessionobj).
Delete
(ResourceURI, 0);
WSManInstance.cs (1)
1269
((IWSManSession)m_session).
Delete
(ResourceURI, 0);


Please refer to the errata for this document, which may include some normative corrections.
See also translations.
Copyright © 2006-2007 W3C® (MIT, ERCIM, Keio), All Rights Reserved. W3C liability, trademark and document use rules apply.
This document describes and includes test cases for software agents that extract RDF from XML source documents by following the set of mechanisms outlined in the Gleaning Resource Description from Dialects of Language [GRDDL] specification. They demonstrate the expected behavior of a GRDDL-aware agent by specifying one (or more) RDF graph serializations which are the GRDDL results associated with a single source document.
This section describes the status of this document at the time of its publication. Other documents may supersede this document. A list of current W3C publications and the latest revision of this technical report can be found in the W3C technical reports index at http://www.w3.org/TR/.
This document has been reviewed by W3C Members, by software developers, and by other W3C groups and interested parties, and is endorsed by the Director as a W3C Recommendation. It is a stable document and may be used as reference material or cited from another document. W3C's role in making the Recommendation is to draw attention to the specification and to promote its widespread deployment. This enhances the functionality and interoperability of the Web.
This September 11th 2007 release of the GRDDL Test Cases is a W3C Recommendation by the W3C GRDDL Working Group (part of the Semantic Web Activity). It has been widely reviewed and contributes to the requirements documented in GRDDL Charter; The tests within have been well implemented by a variety of software.
Please send comments about this document to<EMAIL_ADDRESS>(with public archive). A log of changes is maintained for the convenience of editors and reviewers.
A pair of tests within contribute to addressing Web Architecture issue: xmlFunctions-34 and the notion of an elaborated infoset
In June 6th, 2007 the Working Group resolved to postpone issue-faithful-infoset in anticipation of ongoing dialog about the issue and the XML Processing Model Working Groups work to answer questions about transformation signaling and a default processing model.
This document was produced by a group operating under the 5 February 2004 W3C Patent Policy. W3C maintains a public list of any patent disclosures made in connection with the deliverables of the group; that page also includes instructions for disclosing a patent. An individual who has actual knowledge of a patent which the individual believes contains Essential Claim(s) must disclose the information in accordance with section 6 of the W3C Patent Policy.
A set of test cases is provided as part of the definition of [GRDDL]. This document presents those test cases. They are intended to provide examples for, and clarification of, the normative behavior of a GRDDL-aware agent. They should be used for testing the conformance of GRDDL-aware agents. The normative tests cover behavior expected of a GRDDL-aware agent. The informative tests demonstrate other permitted behavior with respect to the issues resolved by the Working Group. This document itself has (as a GRDDL result) a manifest describing the test cases in RDF. For convenience, serializations of the GRDDL result are available as RDF/XML and Turtle.
This document and its files serve as a framework to test implementations of the GRDDL specification. It contains assertions demonstrating which of the GRDDL rules are relevant for each test contained within. In this way, it formally exercises (via EARL) the mechanisms exhibited by GRDDL-aware Agents within a Semantic Web of XML Documents.
Note: the zip archive does not include tests which require network connectivity in order to properly calculate their GRDDL results. In addition and for convenience, two manifest files are included which only contain the normative tests: grddl-tests-normative.n3 (expressed in Turtle) and grddl-tests-normative.rdf (expressed in RDF/XML)
This test collection uses an RDF vocabulary for manifests developed for the RDF Test Cases Recommendation. A GRDDL-aware agent can extract the test collection and automatically test compliance by attempting to reproduce the expected GRDDL result(s) associated with each test case. Some input documents have multiple output documents, see below
Each test starts with: a title (in bold), links to the input and output documents, and a list of terms which indicate which GRDDL rules are exercised by the test. Each term links to a section in the Test Coverage appendix which has additional information about the rule definition and the other tests which exercise that particular rule.
The test manifest includes statements which identify the rules exercised by each test. For every test, there will be a assertion between the test and a URI associated with the rule, using the following property URI:
http://www.w3.org/2001/sw/grddl-wg/td/grddl-test-vocabulary#exercisesRuleThe rule URIs correpond with anchors within the GRDDL specification document and are of the form:
http://www.w3.org/TR/grddl/#rule_RULE_IDENTIFIER
We provide testft.py, a test driver, written in Python and based on rdflib 2.3.3. Run it a la:
$ python testft.py --run your_grddl_impl testlist1.rdf >earl_out.rdf All tests were passed!
It has options for --debug and such; invoke it with no arguments (or with --help) for details:
Options: -r, --run path to a GRDDL implementation to use to process the source document (checking results) -u, --update path to a GRDDL Implementation to use to process the source document --tester The URI of an agent associated with the EARL test assertions. A BNode is used if none is given --project The URI of the EARL 'subject' (the implementation being tested). A BNode is used if none is given --local A boolean flag (false by default) which indicates whether to run only the local tests
The tests do not require the use of this driver
In addition to writing various diagnostic messages to STDERR, the test harness writes additional RDF data to STDOUT: an [EARL] test assertion about each test it runs.
To tell it about the person running the tests and the software project being tested, point it to a tester (a URI in a [FOAF] RDF graph) and a test subject (a URI in a [DOAP] RDF graph).
We find TCPWatch useful for debugging [HTTP] protocol interactions. If you start TCPWatch like so:
$ python tcpwatch.py -p 6543 &
then you can use it as a proxy:
$ http_proxy=http://<IP_ADDRESS>:6543 python testft.py --run your_grddl_impl testharness.rdf
A library of standard transforms is available for widespread use by authors
GRDDL explains that an author of a source XML document with references to GRDDL transformations states that these transformations will provide a Faithful Rendition of the information expressed in the document. The specification also grants a GRDDL-aware agent the license to make a determination of whether or not to apply a particular transformation guided by user interaction, a local security policy, or the agent's capabilities. For example, a GRDDL-aware agent may have a security policy that prevents it from accessing GRDDL transformations located in untrusted domain names or it may be unable to apply transformations given in a language it does not support, and so it may be unable to produce the faithful rendition.
Furthermore, in addition to being GRDDL-aware, an agent may feature optional capabilities such as the ability to locate a schema via mechanisms defined in the W3C XML Schema specification [XMLSCHEMA]. Schemas identified this way can become proxies for namespace documents that would normally be identified by GRDDL, although it is possible that the result of applying the transformations identified in these schemas will not be a faithful rendition.
However, in defining these tests it was assumed that the GRDDL-aware agent being tested is using a security policy which does not prevent it from applying transformations identified in each test, supports XSLT 1.0, and does not rely on any capabilities outside those defined in the GRDDL Specification. Such an agent should produce the GRDDL result associated with each normative test, except as specified immediately below.
Certain tests have multiple GRDDL results as a direct consequence of Faithful Infoset considerations, information resources with multiple representations, and seperate GRDDL mechanisms which produce distinct GRDDL results.
Tests of these kind can be considered as groups of N where N is the number of valid GRDDL results for the common input document.
In section 6. GRDDL Transformations of [GRDDL], the question is raised about how a Faithful Rendition of an XML Document's infoset (a Faithful Infoset) can be assured. GRDDL is silent about whether or not any XInclude [XINCLUDE] processing occurs before an XPath data model is created for use with GRDDL and any nominated transformations. GRDDL suggests the use of XProc [XPROC] where more complex or sophisticated transformation are required. XProc's XInclude component (see: 1.6 XInclude) can be used in an XML pipeline to explicitly specify the application of XInclude semantics against an XML infoset [XML INFOSET].
In the absence of an explicit XProc test, Testing GRDDL when XInclude processing is enabled and Testing GRDDL when XInclude processing is disabled are examples of tests which share the same source document, but have different XPath data models depending on whether any XInclude processing occurs. For such tests, a GRDDL-aware agent should output at least one of the GRDDL results associated with the single source document.
The tests manifest includes a symmetric property [OWL] (http://www.w3.org/2001/sw/grddl-wg/td/grddl-test-vocabulary#alternative) asserted between them. A GRDDL-aware agent running the tests can take this into consideration.
Information resources can also have multiple representations in response to content negotiation. In addition to the GRDDL results associated with each representation a test for the maximal result is included: the GRDDL result which consists of the merge of all possible GRDDL results.
Note, however, that the maximal result is not isomorphic with the other results. To aid a test harness in determining compliance for scenarios such as these, the tests have a property (http://www.w3.org/2001/sw/grddl-wg/td/grddl-test-vocabulary#subsumes) asserted from the test for the maximal result to the other tests in the group. A GRDDL-aware agent running the tests can take this into consideration.
The remaining set of tests with multiple results are those where there is no ambiguity with the XPath data model associated with the source document, there is a single representation, and multiple GRDDL mechanisms apply. In the absence of a policy which prevents each GRDDL result from being computed, a GRDDL-aware agent should produce the maximal result.
Every test has a URI of the form:
http://www.w3.org/2001/sw/grddl-wg/td/grddl-tests#LOCALNAME
The test collection can either be run locally (see "Localized Tests") or over a network. Certain tests are marked as requiring a network connection with an open circle as their list item marker. These tests are asserted as members of the http://www.w3.org/2001/sw/grddl-wg/td/grddl-test-vocabulary#NetworkedTest class in the test manifest. A GRDDL-aware agent running the tests can take this into consideration.
The tests which require a network connection use absolute URIs (in the test manifest) to refer to their test material (input and output)
Tests which do not require a network connection use relative URIs (in the test manifest) instead.
Each test has an input document and an output document. the output document is an RDF/XML document and represents a GRDDL result of the input document.
For the sake of convenience, this first set of normative tests cover simple scenarios where neither namespace documents nor absolute URIs are used. Such tests can run offline rather easily.
This test case exercises a single GRDDL transformation that is identified using the general XML markup from within the source document.
approval: 2007-04-11
This test case exercises a single GRDDL transformation that is identified using the general XML markup from within a relatively complex source document.
approval: 2007-04-11
This test case exercises a single GRDDL transformation that is identified using XHTML markup within the source document. Note that this test case uses a transformation for RDFa that reflects the status of RDFa markup as of the development of the test case.
Approval: 2007-04-11
This test case
uses an inline GRDDL transformation reference (i.e. within an
a
element) instead of one within a link
element. It also exercises the fact that the rel
attribute
can take multiple space-separated values, and only one of them needs to
be equal to transformation
to indicate that the resource is
in fact a GRDDL transformation.
Approval: 2007-04-11
The base URI for the result document is the URI of the source document.
Approval: 2007-04-11
If an information resource is represented by a conforming RDF/XML document, then the RDF graph represented by that document is a GRDDL result of IR.
Approval: 2007-04-18
an XHTML file with the GRDDL profile is interpreted by applying the transformations included in links annotated with rel='transformation'
Approval: 2007-04-18
an XHTML file with the GRDDL profile is interpreted by applying the transformations included in links annotated with rel='transformation', including links in the body of the document
Approval: 2007-04-18
An XHTML file with the GRDDL profile present among other non GRDDL-profiles is interpreted by applying the transformations included in links annotated with rel='transformation'
Approval: 2007-04-25
An XHTML file with the GRDDL profile present is interpreted by applying the transformations included in all the links annotated with rel='transformation' and merging the resulting RDF/XML graphs.
Approval: 2007-04-25
An XML file - in this case, an SVG document - with the GRDDL attribute on the root element; SVG's namespace document is not in an XML format, which makes fail some implementations of GRDDL
Approval: 2007-04-18
These tests include the use of namespace documents and absolute URIs and are more difficult to run offline.
This test
case exercises identifying GRDDL transformations using
profileTransformation
assertions. In this case, an XHTML
document notes a profile URI to which it belongs. The profile document,
retrieved from the URI, identifies a GRDDL transformation for the
original document with a profileTransformation
assertion in
its own GRDDL result.
Approval: 2007-04-25
This test case
exercises identifying GRDDL transformations using
profileTransformation
assertions from the GRDDL results of
multiple XHTML profile documents.
Approval: 2007-04-25
The namespace document is an RDF document served as mimetype application/xml
Approval: 2007-04-25
This test case exercises identifying GRDDL transformations using
namespaceTransformation
assertions. In this case, an XML
document has a root element with a namespace URI. The namespace
document, retrieved from the URI, is an RDF/XML document (and so
contributes to its own GRDDL results) and identifies a GRDDL
transformation for the original document with a
namespaceTransformation
assertion.
Approval: 2007-04-18
Approval: 2007-04-25
Approval: 2007-04-25
Approval: 2007-04-25
This also has an in-body transformation, which has not been added to the root element.
Approval: 2007-04-18
This also has an in-body transformation on the root element.
Approval: 2007-04-25
This also has two in-body transformations on the root element.
Approval: 2007-04-18
Approval: 2007-04-25
An XHTML file with a profile whose interpretation through GRDDL gives a transformation for the said XHTML file.
Approval: 2007-04-25
The following tests are tests primarily of the library code.
a simple test for embedded RDF.
Approval: 2007-06-27
a test for embedded RDF, with two blocks of RDF
Approval: 2007-06-27
a test for embedded RDF. A corner case: an RDF document.
Approval: 2007-06-27
a test for glean profile, checking the treatment of spaces in the rel attribute.
Approval: 2007-04-25
Approval: 2007-06-27
Approval: 2007-06-27
Approval: 2007-06-27
Approval: 2007-04-25
Approval: 2007-06-27
Approval: 2007-06-27
This is from the final URI.
Approval: 2007-04-25
This is from a redirected URI.
Approval: 2007-04-25
This shows intended use of the profile.
Approval: 2007-04-25
These tests help check for robustness of implementations in the face of various odd cases.
Approval: 2007-04-25
In this test case, the input file uses XInclude to reference xinclude2.xml, and the output has only one triple unless the XML Processor of the GRDDL implementation supports XInclude. The output for this case assumes that the processor does resolve XIncludes. This test case (and the one that follows) exercises the Working Group's resolution regarding faithful infosets. In particular, the output illustrates a situation where the XML processor employed invokes XInclude processing at a low-level and presents the expanded result infoset [XINCLUDE] to the higher-level application (the GRDDL-aware agent. See: 1.1 Relationship to XLink [XINCLUDE]).
Approval: 2007-04-11
This pair of tests anticipate that the resolution of TAG issue xmlFunctions-34 will provide further guidance concerning them.
This test case is an alternative to the XInclude enabled test case. The output for this case assumes that the processor does not resolve XIncludes, which may lead to a different GRDDL result. Note that the unexpanded infoset and its corresponding XPath Data Model (See: B XML Information Set Mapping [XPATH]) could instead have been presented to an XProc pipeline with an explicit XInclude component.
Approval: 2007-04-11
Note that the input is an RDF document with a GRDDL transformation, and that according to the rules given by the GRDDL Specification, there are three distinct and equally valid output graphs for this test for this document. This output is a graph that is merge of the graph given by the source document with the graph given by the result of the GRDDL transformation.
Approval: 2007-04-25
The rel attribute can take multiple values.
Approval: 2007-04-25
The layering tests, permit arbitrary nesting (up to depth 9) of HTML profiles and XML namespaces. The general pattern is:
$V
matching
((ns|pf)-){0-8}
.ns-$Vfnd
is an xml document with
namespace $Vfnd
.pf-$Vfnd
is an xhtml document with
profile $Vfnd
.fnd
specifies appropriate
transformations, so that every possible stack have GRDDL results.
These are all different.fnd-$Voutput.srdf
is the
correct answer.An HTML document which has a profile being an HTML document, which has a profile being an HTML document, which has a profile being an XML document, which has an RDF namespace document.
Approval: 2007-04-18
An XML document which has an XML namespace document, which has an HTML namespace document, which has a profile being an HTML document, which has a profile being an RDF document./
Approval: 2007-04-18
An XML document which has an HTML namespace document, which has a profile being an XML document, which has an HTML namespace document, which has a profile being an XML document, which has an RDF namespace document.
Approval: 2007-04-18
The following four tests demonstrate GRDDL results for a self-referencing input document. Unlike other tests of this kind, the last of these - the maximal result - is not exlusive. This reflects an interpretation of SHOULD as used in section 7. GRDDL-Aware Agents of [GRDDL] with regards to the computation of GRDDL results. In particular, this interpretation and the text in the section that follows (8. Security considerations) permits an implementation to only pass the first test due to security restrictions against computing recursive GRDDL results.
For this particular test, an XML document is its own
namespace document, with a GRDDL transformation, specifying a
namespaceTransformation
, which specifies a further
namespaceTransformation
. This result is the first
possible GRDDL result. Implementations that make no allowance for such
cases may produce this result. Documents authors are advised against
having information resources whose GRDDL results depend on other GRDDL
results for the same resource.
Approval: 2007-04-25
An XML document is its own
namespace document, with grddl transformation, specifying a
namespaceTransformation
, which specifies a further
namespaceTransformation
. This result is the merge of the
first two possible GRDDL results. Implementations that make no special
allowance for or prohibition of such cases may produce this result.
Documents authors are advised against having information resources
whose GRDDL results depend on other GRDDL results for the same
resource.
Approval: 2007-04-25
An XML document is its own
namespace document, with grddl transformation, specifying a
namespaceTransformation
, which specifies a further
namespaceTransformation
. This result is the merge of the
first three possible GRDDL results. Implementations that make no
special allowance for or prohibition of such cases may produce this
result. Documents authors are advised against having information
resources whose GRDDL results depend on other GRDDL results for the
same resource.
Approval: 2007-04-25
An XML document is its
own namespace document, with a GRDDL transformation, specifying a
namespaceTransformation
, which specifies a further
namespaceTransformation
. This result is the merge of all
possible GRDDL results. Documents authors are advised against having
information resources whose GRDDL results depend on other GRDDL
results for the same resource.
Approval: 2007-04-25
Two transforms apply to this document, following rules in both sections 2 and 4 of the specification.
Approval: 2007-04-25
An XHTML file with a profile whose interpretation through GRDDL gives a transformation for the said XHTML file; the document also specifies the GRDDL profile, and a transformation.
Approval: 2007-04-25
An XHTML file with a profile whose interpretation through GRDDL gives a transformation for the said XHTML file; the document also specifies a transformation, but omits to specify the GRDDL profile.
Approval: 2007-04-25
This test differs from the previous example of applying GRDDL to an RDF/XML document in that the RDF file is served (not best practice, but rather common) as media-type "application/xml". The output is a graph that is merge of the graph given by the source document with the graph given by the result of the GRDDL transformation.
Approval: 2007-04-18
This test exists to bring attention to developers to issues of content negotiation, in particular, content negotiation over language as described and implemented by W3C QA. There are two valid resulting GRDDL results of running this GRDDL transformation depending on what language the GRDDL-aware agent uses, and an implementation of a GRDDL-aware agent only needs to retrieve the one that is appropriate for its HTTP header request. This result follows from retrieving a English version of the HTML representation and thus having the GRDDL result produce a result with English-language content.
Approval: 2007-04-25
This result follows from retrieving a German version of the HTML representation and thus having the GRDDL result produce a result with German-language content.
Approval: 2007-04-25
A GRDDL aware agent may retrieve both representations, for example, by using transparent content negotiation. This GRDDL result is the merge of the previous two.
Approval: 2007-04-25
This test gives the GRDDL result of the HTML representation.
Approval: 2007-04-25
This test gives the GRDDL result of the SVG representation.
Approval: 2007-04-25
Approval: 2007-04-25
Approval: 2007-04-25
Approval: 2007-04-25
Approval: 2007-04-25
Approval: 2007-04-25
This test case exercises resolution of relative references found in the GRDDL results for a general XML document. In this case, according to RFC 3986, section 5.1, a base URI for the relative reference is recursively discovered on the encapsulating entity for the GRDDL results, which is the root element of the input document, in order to maintain fidelity to the faithful rendition requirement. The root element assigns the base URI using the mechanism described in XML Base.
Approval: 2007-04-27
This test case exercises resolution of relative references found in the GRDDL results for a general XML document. In this case, according to RFC 3986, section 5.1, a base URI for the relative reference is recursively discovered to be the URI used to retrieve the input document, since no base URI is assigned in the content of the encapsulating entity (that is, the root element of the input document).
Approval: 2007-04-27
This test case exercises resolution of relative references found in the GRDDL results for a general XML document when that document is resolved through a protocol redirection mechanism. The base URI for these relative references is established by the xml:base attribute on the root element, as for "An xml document with an xml:base attribute".
Approval: 2007-04-27
This test case exercises resolution of relative references found in the GRDDL results for a general XML document when that document is resolved through a protocol redirection mechanism. The base URI of the document is the target URI of the last redirection step; after establishing this fact, this test case follows the same behavior as "A similar xml document without an xml:base attribute".
Approval: 2007-04-27
This section includes material from the [Primer].
This test demonstrate the ability to use GRDDL to transform from HL7 CDA to a medical record ontology. Derived from usecase and primer material
Approval: 2007-04-18
This section includes tests not covered explicitly by the normative text of the GRDDL but demonstrate additional behavior that a GRDDL-aware agent may exhibit. They reflect behavior suggested by the Working Group as a result of resolving certain issues.
This test demonstrates an informative resolution to the issue-output-formats issue with an XSLT GRDDL transformation which outputs a [TURTLE] RDF graph serialization associated with an appropriate media-type (text/rdf+n3) via XSLT's output element.
approval: 11 April telecon
an XSL transform
may have output in an unknown media type. In this test, it is assumed
that the GRDDL aware agent being tested does not know how to parse
x-no-such-type/x-no-such-subtype
documents.
Approval: 2007-04-18
Approval: 2007-05-30
The following security tests are provided for implementers to adapt and use for their implementation. Security issues are usually system specific, and it may be possible for a malicious party to access XSLT version and vendor information concerning a specific GRDDL agent instance.
We do not provide instructions as to how to test your system against these tests, since they are likely to be not directly applicable. Developers of GRDDL aware agents are encouraged to understand these tests, and consider how their own systems may have potential security weaknesses.
document('file:///temp/local.txt')
. document('http://www.w3.org/')
. <xsl:result-document
href="file:///temp/a.txt">
. <xsl:value-of select="document(
concat( 'http://www.w3.org/?', encode-for-uri(
unparsed-text('file:///temp/local.txt') ) ) )" />
rdf:resource="security6.sxsl?{system-property('user.home')}"
.
This uses a Saxon extension to the XSLT system-property
function. This section groups the tests according to the GRDDL rules they exercise as described in the specification. Each group leads with a link into the specification where the formal semantics of the corresponding rule is defined.
See rule (#rule_GRDDL_transformation).
See rule (#rule_merge).
See rule (#rule_nstx).
See rule (#rule_rdfxbase).
See rule (#rule_tlrel).
See rule (#rule_profiletrans).
The editor thankfully acknowledges the contributions of the following Working Group members and personel:
The security tests were created during the development of the Jena GRDDL Reader which uses the Saxon8.8 XSLT processor. They hence illustrate how a malicious party may try to abuse features of such an implementation.
The only change since the July Proposed Recommendation was:


A simple R wrapper for the Java BiBit algorithm from "A biclustering algorithm for extracting bit-patterns from binary datasets" from Domingo et al. (2011) <doi:10.1093/bioinformatics/btr464>. An simple adaption for the BiBit algorithm which allows noise in the biclusters is also introduced as well as a function to guide the algorithm towards given (sub)patterns. Further, a workflow to derive noisy biclusters from discoverd larger column patterns is included as well.
| Version: | 0.3.1 |
| Imports: | stats, foreign, methods, utils, viridis, cluster, dendextend, lattice, grDevices, graphics, randomcoloR, biclust |
| Published: | 2017-06-30 |
| Author: | De Troyer Ewoud |
| Maintainer: | De Troyer Ewoud <ewoud.detroyer at uhasselt.be> |
| License: | GPL-3 |
| NeedsCompilation: | no |
| SystemRequirements: | Java |
| Materials: | README |
| CRAN checks: | BiBitR results |
| Reference manual: | BiBitR.pdf |
| Package source: | BiBitR_0.3.1.tar.gz |
| Windows binaries: | r-devel: BiBitR_0.3.1.zip, r-release: BiBitR_0.3.1.zip, r-oldrel: BiBitR_0.3.1.zip |
| OS X binaries: | r-release: BiBitR_0.3.1.tgz, r-oldrel: BiBitR_0.3.1.tgz |
| Old sources: | BiBitR archive |
| Reverse depends: | RcmdrPlugin.BiclustGUI |
Please use the canonical form https://CRAN.R-project.org/package=BiBitR to link to this page.


whereis
Locate the binary, source, and manual page files for a command.
- Locate binary, source and man pages for ssh:
whereis ssh
- Locate binary and man pages for ls:
whereis -bm ls
- Locate source of gcc and man pages for Git:
whereis -s gcc -m git
- Locate binaries for gcc in `/usr/bin/` only:
whereis -b -B /usr/bin/ -f gcc
- Locate unusual binaries (those that have more or less than one binary on the system):
whereis -u *
- Locate binaries that have unusual manual entries (binaries that have more or less than one manual installed):
whereis -u -m *


Setup Django in apache2 Raspberry Pi. Example in this configuration for monitoring the server raspberry pi using https://github.com/k3oni/pydash/.
As following this configurations https://github.com/k3oni/pydash/wiki/Install-pyDash#3-setup-apache, how to setup it.
/etc/apache2/sites-available/pydash.conf
service apache2 restart
And then, you can access from another client with IP: <IP_ADDRESS>:8001
Thanks to: Nabil Abdat


{duomicms:include style.html}
{duomicms:include head.html}
{duomicms:include u-menu.html}
充值卡充值：
充值卡号：
卡号密码：
{duomicms:include foot.html}


make is a program that can help you organise building programs. It is typically used on UNIX-ish systems, for building programs in compiled languages like C.
It has been an industry standard tool for decades.
.POSIX:
target in Makefile to get behaviour from compliant implementationsPlenty of guides online - a couple things I find handy:
cryptic-filename.hex firmware: main.c
<tab>@echo "Building firmware"
From the manual: You can write recursive make commands just by copying this example, but there are many things to know about how they work and why
Try to keep just one monolithic Makefile at the top level of a project, unless parts are truly independent.
-M
option, which outputs dependencies, use this to
$info make
, or on the web


Mike Rowe’s Veteran’s Day reminder: No ‘safe space
by Cheryl K. ChumleyANALYSIS/OPINION:
Mike Rowe, of “Dirty Jobs” television fame, sat down with “Fox & Friends” hosts on Monday, Veteran’s Day, and told the watching, listening audience to take a memo — as much as the left likes to promote tolerance and diversity and snowflake madness for all, there is really no “safe space” in the military.
Don’t cry, millennials.
Mama’s got a hot buttered biscuit waiting for you in the basement.
“Is there a greater meritocracy in the world? Is there a better example of true diversity? The thing that I’m most proud about when I go to bases, when I visit with people, they are utterly colorblind,” Rowe said, Fox News reported. “There’s no conversation about ‘trigger words.’ There’s no safe space. The military is not a safe space.”
Exactly.
That’s how it has to be.
After all, what enemy of America is going to allow for U.S. troops to take a timeout from battle for a mental health day?
But what Rowe described — it wasn’t always this way.
The military, under Barack Obama, was turned into a social justice experiment — a ground zero, of sorts, for safe spaces.
“In 2016,” The Washington Examiner wrote, “Anthony Kurta, the deputy assistant secretary of defense for military personnel policy, announced, ‘There will be mixed genitalia in military bathrooms, showers and billeting.’”
That was part of the Obama-inspired new policy to let transgenders have their way and use the facilities that most corresponded with the sex they picked for that day.
What a legacy.
“One of the things that I published in [my] book,” said James Hasson, a veteran who spoke with The Daily Signal about his book, “Stand Down: how Social Justice Warriors Are Sabotaging America’s Military” in September, “was a number of pictures of Safe Space signs outside instructor’s doors at the Naval Academy, both military and civilian. … And among other things, [people I interviewed] say that the instructors have taken a course called Trans 101, which is a sensitivity course put on by contractors from Google, but that played out across all the academies.”
Academies like West Point, for example.
“You don’t send people to West Point to become more ‘gender-cosmopolitan,’” Hasson said. “You send them to West Point so they can prepare to lead soldiers.”
Right.
Right, Obama?
“The Obama era is over,” Military Times wrote in 2017. “Here’s how the military rates his legacy.” How’d he do?
“More than half of troops surveyed in the latest Military Times/Institute for Veterans and Military Families poll said they ha[d] an unfavorable opinion of Obama and his two-terms leading the military,” Military Times reported. “About 36 percent said they approve[d] of his job as commander in chief.”
Now look at President Donald Trump.
“U.S. military veterans are largely supportive of the way Donald Trump is leading the nation’s armed forces,” Pew Research reported in July.
Night, meet day.
From weak-kneed Obama to strong and bold Trump. Safe spaces, be gone.
• Cheryl Chumley can be reached at<EMAIL_ADDRESS>or on Twitter @ckchumley.
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| ICNRG Working Group | M. Mosko |
| Internet-Draft | PARC, Inc. |
| Intended status: Experimental | C. Wood |
| Expires: September 14, 2017 | University of California Irvine |
| March 13, 2017 |
Encrypted Sessions In CCNx (ESIC)
draft-wood-icnrg-esic-latest
This document describes how to transport CCNx packets inside an encrypted session between peers – a sender and receiver – that share a traffic secret, such as that which is derived from [CCNxKE]. The peers create an outer naming context to identify the encryption session in one direction between the sender and the receiver. The sender issues encrypted Interest messages to the receiver, who responds with encrypted Content Objects. Inside the outer context, the sender sends Interests with different names, for which the receiver may reply to or send InterestReturns in response. There does not need to be a naming relationship between the outer names and the inner names. The inner content is still protected by normal CCNx authentication mechanisms and possibly encrypted under other schemes.
This Internet-Draft is submitted in full conformance with the provisions of BCP 78 and BCP 79.
Internet-Drafts are working documents of the Internet Engineering Task Force (IETF). Note that other groups may also distribute working documents as Internet-Drafts. The list of current Internet-Drafts is at http://datatracker.ietf.org/drafts/current/.
Internet-Drafts are draft documents valid for a maximum of six months and may be updated, replaced, or obsoleted by other documents at any time. It is inappropriate to use Internet-Drafts as reference material or to cite them other than as "work in progress."
This Internet-Draft will expire on September 14, 2017.
Copyright (c) 2017 IETF Trust and the persons identified as the document authors. All rights reserved.
This document is subject to BCP 78 and the IETF Trust's Legal Provisions Relating to IETF Documents (http://trustee.ietf.org/license-info) in effect on the date of publication of this document. Please review these documents carefully, as they describe your rights and restrictions with respect to this document. Code Components extracted from this document must include Simplified BSD License text as described in Section 4.e of the Trust Legal Provisions and are provided without warranty as described in the Simplified BSD License.
CCNx packets [CCNxMessages] contain a fixed header, optional hop-by-hop headers, a CCNx Message, and a validation section. Encrypted Sessions in CCNx (ESIC) describes how to to transport encrypted CCNx packets inside other CCNx packets. The outer packet (the wrapper) uses a CCNx name that identifies the encrypted session while the inner (encrypted) portion remains hidden and private to an outside observer.
ESIC defines a new field Encapsulated (T_ENCAP) that may occur in both an Interest (T_INTEREST) and Content Object (T_OBJECT). The T_ENCAP field contains the encryption of the inner CCNx packet, be it an Interest or Content Object.
Because the use of an outer CCNxPacket, the total packet length of the inner CCNxPacket may need to be limited to less than the maximum of 64 KB. ESIC allows the use of a compressor before the encryptor, so it is likely that a packet that would overflow the 64 KB limit could be compressed by enough to allow for an outer CCNxPacket. This consideration for the PacketLength is separate from concerns about path MTU.
It is a requirement of ESIC that one inner packet fit in one outer packet. This is because ESIC does not define a method to issue extra outer interests to fetch extra outer content objects. It relies entirely on Interests generated by the sender application.
ESIC defines a control channel within the outer context by using special names with the inner packets. These names allow signaling between the two encryption endpoints for features such as alerts and rekeying requests.
ESIC defines how to use a traffic secret (TS), such as derived from CCNxKE, to encrypt multiple packets in a sender-receiver session. Each direction will use separate derived keys. If one wishes to have a reverse traffic flow (interests from receiver fetching content objects from the sender), then one must share a second TS and use it with the roles reversed, but otherwise it works exactly as in the first case.
The mechanism by which this symmetric key is obtained is outside the scope of this document; These keys could be pre-shared or derived from an online key-exchange protocol [CCNxKE].
The key words “MUST”, “MUST NOT”, “REQUIRED”, “SHALL”, “SHALL NOT”, “SHOULD”, “SHOULD NOT”, “RECOMMENDED”, “NOT RECOMMENDED”, “MAY”, and “OPTIONAL” in this document are to be interpreted as described in RFC 2119 [RFC2119].
The following terms are used:
ESIC assumes that the sender and receiver share a Traffic Secret (TS), usually derived as per CCNxKE. Regardless of how the TS is derived, there are four secrets derived from it, as per [CCNxKE]. This specifies how to generate the Sender Write Key, Receiver Write Key, Sender Write IV, and Receiver Write IV.
The AEAD nonce (IV) is derived as specified in [TLS13]. In particular, the length of the IV for each AEAD operation is set to max(8 bytes, N_MAX), where N_MIN must be at least 8 bytes [RFC5116]. With this length, the nonce is initialized by:
The inner context is a CCNx packet with meaning to the sender and receiver. They may be clear text or they make use additional encryption as needed. The sender transmits an Interest packet with an Inner Name (plus other optional fields as normal) and expects to get back a Content Object or InterestReturn packet with corresponding name and fields.
The outer context names the encryption session and sequences packets. ESIC does not expect a one-to-one correspondence of outer name and inner name. If a sender, for example, transmits 3 interests with outer names NO1, NO2, NO3 and inner names NI1, NI2, and NI3, the receiver can return those names in any order. It could put content objects with name NI3 in NO1, NI1 in NO2, and NI2 in NO3. ESIC does expect normal CCNx processing rules to be followed for the inner packets, therefore we would expect at most one inner packet returned for each inner Interest. That inner packet could be either a Content Object or Interest Return.
The outer context name is a routable prefix PREFIX followed by a session ID (SID) followed by a ChunkNumber (Chunk). The chunk number is a monotonically increasing number.
The outer name is clear text, visible to all observers.
The PREFIX and SID are derived outside of ESIC. In normal use with CCNxKE, the PREFIX is that which is set after the handshake completes, be it the original producer (receiver) prefix or the MovePrefix. The SID is created by the receiver and given to the sender inside CCNxKE.
OuterName := ccnx:/PREFIX/SID=sid/CHUNK=chunk
Chunk numbers are limited to 8 bytes and do not wrap around. When the sender gets near the end of the sequence number space, it must request a re-keying via the control channel. Because CCNx in a pull-driven model, the sender is responsible for the chunk number and thus responsible for requesting the re-keying. The receiver may also request a re-keying for its own reasons.
The outer packet will have a Fixed Header, per hop headers, a CCNx Message with the Outer Name, and a Validation section (ValidationAlg and ValidationPayload). The outer packet is visible to 3rd parties in its entirety. Only the ‘value’ of T_ENCAP TLV field inside the CCNx Message is encrypted. The T_ENCAP TLV Value is the AEAD ‘plaintext’ that will be converted to the ‘ciphertext’. In the outer packet, only the CCNx Message and the ValidationAlg are covered by the authentication token
The Outer Packet has a Validation section. The ValidationAlg will have a 0-length ValidationType of T_SESSION, which indicates that the encryption context must be derived from the SID in the name.
The Associated Data (in AEAD) covered by the validation output is from the beignning of the CCNx Message up to but not including the T_ENCAP Value concatenated with the ValidationAlg TLV. That is, it skips the T_ENCAP TLV Value.
The ValidationPayload contains the AEAD authentication token.
If the receiver cannot satisfy an Inner Packet Interest, it will encapsulate an InterestReturn inside an OuterPacket of PacketType ContentObject. That is, the InterestReturn is end-to-end signaling about the inner context.
If the receiver has an error with the Outer Context, it may return an InterestReturn for the outer context as normal for Interest processing.
The outer packet from the sender to the receiver will always be of PacketType Interest. They may have any of the normal Interest per-hop headers (e.g. InterestLifetime), which will be visible to 3rd parties and not protected by the encryption or authentication.
The Outer Context has a T_INTEREST message type, which contains a T_NAME of the Outer Name. It may have other additional metadata in clear text. The T_INTEREST container is protected by the encryption authenticator. Finally, the T_INTEREST has a T_ENCAP field that contains the encryption of the Inner Packet. The encryption will use the algorithm negotiated as part of the SID (i.e. AES-GCM).
The receiver will only send PacketType ContentObject back to the sender. The Inner packet may be either an InterestReturn or a ContentObject corresponding to the Inner Packet interest.
The outer packet may have per-hop headers (e.g. RecommendedCacheTime) that affect the encrypted packet. These are independent from the inner Per Hop headers. The outer MessageType is always T_OBJECT. It may have normal metadata for a content object, such as ExpiryTime, which affect only the outer packet. Finally, it has a T_ENCAP that contains the wrapped inner Packet.
The processing chain from the Source to the Sink is shown below. The compression/decompression stages are optional and are not strongly tied to the encrypted session. If used, we assume the compression protocol is session specific to avoid state snooping (e.g. such as in CRIME attack).
() indicates output of stage +------------+ +-------------+ +-----------------+ +---------+ | Source | - | Compresser | - | Encypter/Framer | - | Channel | |(CCNxPacket)| |(CCNxzPacket)| | (CCNxPacket) | | | +------------+ +-------------+ +-----------------+ +---------+ +------------+ +--------------------+ +-------------+ +------+ | Channel | - | Deframer/Decrypter | - | Decompressor| - | Sink | |(CCNxPacket)| | (CCNxzPacket) | | (CCNxPacket)| | | +------------+ +--------------------+ +-------------+ +------+
The Encrypter/Framer will generate outer names with sequential outer name chunk numbers.
The Deframer/Decryptor will extract the SID and chunk number from the outer name and use those to create the packet key (see below). Using the packet key, it will verify the authentication token and if successful decrypt the T_ENCAP. The output of the T_ENCAP will then be passed to the Sink.
ESIC uses a state machine to manage the ephemeral session such that the receiver knows when the sender is finished with the SID. It also will try to re-request packets that fail authentication before sending its own InterestReturn up the Sink.
The protocol begins with each side knowing the four keys (see Stateless Packet Keys below), the Session ID (SID), and the routable prefix PREFIX.
The receiving process uses a replay buffer to prevent replay attacks. The buffer tracks the last N out-of-order verified chunks plus the cumulative verified chunk number.
((TODO: Sort this out how to avoid replay attacks without requiring reliable in-order delivery.))
Protocol of Encrypter/Framer:
Protocol of the Deframer/Decrypter:
The sender and receiver will need to exchange signaling about the encryption context. Control and data traffic should be indistinguishable to an external observer. Therefore, all control signaling is done within the same outer names as data traffic.
Control signaling is done with a normal Inner Packet that pushes data to the other side. We use an Interest with an Inner Name of the form shown below, where ‘direction’ is ‘up’ from the sender to receiver or ‘down’ for the receiver to sender. This allows each side to maintain its own sequence number space in the ‘seqnum’. This is similar to the use of the sequence number in the DTLS record layer.
Like DTLS, ESIC control messages are unreliable, though they are uniquely named.
The payload of the control Interest uses a TLV equivalent of the TLS record format for handshake and alert messages. Application data is never communicated in these records, as they use an Inner Packet with a different Inner Name. Inside the payload, a TLV type of Alert (21) or Handshake (22) indicates the purpose of the TLV value. One may concatenate multiple records into one payload.
ControlName := ccnx:/localhost/esic/_direction_/SID=sid/SEQNUM=seqnum
A control packet is a CCNx Interest Inner Packet. The name of the control packet is as above in the /localhost/esic namesapce. The Payload of the Interest is the actual data.
The ESIC control packet SHOULD be padded out to a length that is indistinguishable from other traffic in the given direction.
The Payload of the Interest contains a set of TLV records using the normal CCNx TLV encoding. The TLV types and values are defined in the next section.
In the ‘up’ direction from the sender to the receiver, a control packet can be inserted into the Interest stream as normal. The receiver may use this extra outer name to return its own control message or send a “no-op” back to consume the extra name.
In the ‘down’ direction from the receiver to the sender, there is no pre-allocated outer name available. The receiver can only send the sender a control message if the sender has outstanding Interests up to the receiver. If there is one or more outstanding interests in the outer name space, the receiver normally would send a Content Object or Interest Return corresponding to some inner name. In this case, the receiver would instead inject a control packet Interest in the downstream. This means the receiver is now short one outer Interest in the upstream direction. Therefore, whenever the Deframer/Decrypter sees a control message in the downstream direction, it MUST insert an upstream “no-op” packet, padded out to statistically undetectable length, to give the receiver back a missing name slot.
We allow one ESIC control packet in one outer packet. However, we allow multiple Alert messages to be encoded in the payload, so long as it remains indistinguishable from other packets in the given direction.
Example from a sender to a receiver, where “NO” means “name outer” and “NI” means “name inner”.
Sender Receiver | >------- NO1 : NI1 (Interest) --------> | | >------- NO2 : NI2 (Interest) --------> | | <------- NO1 : NI1 (ContentObject) ---< | | >------- NO3 : NI /local/esic/up/2/1 -> | | <------- NO3 : no-op -----------------< | (no-op) | <------- NO2 : NI2 (ContentObject) ---< |
Here is an example from a receiver to a sender. The receiver uses the second available name NO2 to send a control message to the sender. The sender must then send a no-op packet back up to the receiver so it can return the final data packet NI2 inside NO3.
Sender Receiver | >------- NO1 : NI1 (Interest) --------> | | >------- NO2 : NI2 (Interest) --------> | | <------- NO1 : NI1 (ContentObject) ---< | | <------- NO2 : NI /local/esic/dn/2/1 -< | | >------- NO3 : -----------------------> | (no-op) | <------- NO3 : NI2 (ContentObject) ---< |
((TODO: Add examples with loss))
ESIC adopts the TLS 1.3 Alert Protocol for its control messages. The TLV type of the message inside the control packet payload is taken from the enum AlertDescription. As per TLS 1.3, fatal Alert messages are an immediate close of the ESIC session.
As per TLS 1.3, each party MUST send a close_notify message closing the write side of the connection. In ESIC, this means that when a sender is done requesting data, it should send a final close_notify. The receiver should then use this outer name to send back its own close_notify. If for some reason the receiver must close before the sender, it should inject its own close_notify discarding all remaining data and the receiver should send back upstream a close_notify.
The KeyUpdate messages function as per TLS 1.3 Sec <IP_ADDRESS>. Either side may generate a KeyUpdate message and begin transmitting with the new key. The other side must update their own key and issue its own KeyUpdate message.
It may be possible for an observer to identify which outer packets contain a control (alert) message if the ACK response time shows significant statistical timing different from the normal flow of messages.
| [CCNxKE] | CCNx Key Exchange Protocol Version 1.0", n.d.. | , "
| [CCNxMessages] | Mosko, M., Solis, I. and C. Wood, "CCNx Semantics", n.d.. |
| [RFC2119] | Bradner, S., "Key words for use in RFCs to Indicate Requirement Levels", BCP 14, RFC 2119, DOI 10.17487/RFC2119, March 1997. |
| [RFC5116] | McGrew, D., "An Interface and Algorithms for Authenticated Encryption", RFC 5116, DOI 10.17487/RFC5116, January 2008. |
| [TLS13] | RTFM, Inc, ., The Transport Layer Security (TLS) Protocol Version 1.3", n.d.. |
| [RFC5288] | Salowey, J., Choudhury, A. and D. McGrew, "AES Galois Counter Mode (GCM) Cipher Suites for TLS", RFC 5288, DOI 10.17487/RFC5288, August 2008. |
| [RFC5389] | Rosenberg, J., Mahy, R., Matthews, P. and D. Wing, "Session Traversal Utilities for NAT (STUN)", RFC 5389, DOI 10.17487/RFC5389, October 2008. |
In this section we describe the ESIC API. Before doing so, we highlight some details that molded the API for both senders and receivers.
These observations are distilled in the following ESIC API.
# @Sender: create a secure session with a receiver CCNxSecureSession *ccnxSecureSession_Connect(CCNxPortal *portal, PARCIdentity *identity, CCNxName *servicePrefix); # @Receiver: create a passive listener CCNxSecureSession *ccnxSecureSession_CreateServer(CCNxPortal *portal, CCNxKeyExchangeConfig *config, CCNxName *servicePrefix); # @Receiver: accept uni- and bi-directional sessions CCNxSecureSession *ccnxSecureSession_AcceptConnection(CCNxSecureSession *session); CCNxSecureSession *ccnxSecureSession_AcceptBidirectionalConnection(CCNxSecureSession *session); # Send a CCNx message # Override the outer name with the `response` parameter if needed void ccnxSecureSession_SendMessage(CCNxSecureSession *session, CCNxTlvDictionary *message, const CCNxStackTimeout *timeout, CCNxName *response); # Receive and decapsulate a CCNx message # Store the outer name in the `response` parameter. CCNxMetaMessage *ccnxSecureSession_ReceiveMessage(CCNxSecureSession *session, const CCNxStackTimeout *timeout, CCNxName **response);


unzip
Extract files/directories from ZIP archives.
See also: `zip`.
More information: home page
- Extract all files/directories from specific archives into the current directory:
unzip path/to/archive1.zip path/to/archive2.zip ...
- Extract files/directories from archives to a specific path:
unzip path/to/archive1.zip path/to/archive2.zip ... -d path/to/output
- Extract files/directories from archives to `stdout`:
unzip -c path/to/archive1.zip path/to/archive2.zip ...
- Extract the contents of the file(s) to `stdout` alongside the extracted file names:
unzip -O gbk path/to/archive1.zip path/to/archive2.zip ...
- List the contents of a specific archive without extracting them:
unzip -l path/to/archive.zip
- Extract a specific file from an archive:
unzip -j path/to/archive.zip path/to/file_in_archive1 path/to/file_in_archive2 ...


Automation 4 utils.lua
From Aegisub Manual
The Automation 4 Lua include file utils.lua contains various support functions to aid writing Lua scripts. There is no general theme for the file.
Contents |
Table functions
Duplicating tables in various ways is a common task. utils.lua provides some functions to handle the most common cases.
table.copy
Synopsis: newtable = table.copy(oldtable)
Makes a shallow copy of the table passed as parameter. Shallow here means that it does not dive into contained tables and copy those as well, so if oldtable.st
refers to a table, newtable.st
will refer to the same table, such that modifying newtable.st
will also be reflected in oldtable.st
and vice versa.
copy_line
Alias for table.copy
. Included to help transitioning from Automation 3.
table.copy_deep
Synopsis: newtable = table.copy_deep(oldtable)
Makes a deep copy of the table passed as parameter. While this function attempts resolving circular references and not do infinite recursion on them, it might not work in all cases. You will rarely need to use this function; if you think you need to do a deep copy, consider your task an extra time.
Warning: This function has not been heavily tested.
Colour functions
It is often needed to do various transformations on colour data. Several functions for this is included.
ass_color
Synopsis: colorstring = ass_color(r, g, b)
Makes an ASS colour string in the form &HBBGGRR from the given r
, g
and b
arguments.
Warning: The arguments are not checked for range, values outside the 0..255 range will produce garbage output.
ass_alpha
Synopsis: alphastring = ass_alpha(a)
Makes an ASS alpha string in the form &HAA& from the given a
argument.
Does not check input range.
ass_style_color
Synopsis: colorstring = ass_style_color(r, g, b, a)
Makes an ASS colour string suitable for use in Style definitions, ie. in format &HAABBGGRR.
Does not check input range.
extract_color
Synopsis: r, g, b, a = extract_color(colorstring)
Extracts colour components from a colour string. Several formats of colour strings are recognised:
- Style definition: &HAABBGGRR
- Inline override: &HBBGGRR&
- Alpha override: &HAA&
- HTML with alpha: #RRGGBBAA
Note that this function always returns four numbers when passed a valid colour string. Unused values (depends on the format of the colour string) are assigned 0 (zero.) If an unrecognised colour string is passed, nil
is returned.
Example: After executing r, g, b, a = extract_color("&H7F&")
, the r g b
variables will be 0 and the a
variable will be 127.
alpha_from_style
Synopsis: alphastring = alpha_from_style(coloralphastring)
Returns the alpha part of a colour string, as a an alpha override string, ie. &HAA& format. This function is a composition of extract_color
and ass_alpha
.
color_from_style
Synopsis: colorstring = color_from_style(coloralphastring)
Returns the colour part of a colour string, as a colour override string, ie. &HBBGGRR& format. This function is a composition of extract_color
and ass_color
.
HSV_to_RGB
Synopsis: r, g, b = HSV_to_RGB(h, s, v)
Transforms a colour given in Hue, Saturation, Value space into Red, Green, Blue space.
h
is given in degrees, the nominal range is 0..359; values outside this range will be translated into it. Input range of s
and v
are 0..1, these are not range checked. Output range of r
, g
and b
are 0..255.
String functions
The Lua standard string
library is sometimes not powerful enough. A few additional helper functions are provided. See also Automation 4 unicode.lua.
string.trim
Synopsis: outstring = string.trim(instring)
Removes all space characters at the start and end of the input string, and returns the transformed string.
Warning: This function is not UTF-8 safe. It uses the Lua regex %s
class to match spaces, which in some legacy encodings will result in it also matching some prefix bytes in UTF-8 encoded text.
string.headtail
Synopsis: head, tail = string.headtail(instring)
Splits a string by first space-sequence into a "head" and a "tail", similar to the handling of linked lists in several functional languages.
If instring
does not contain any space characters it returns instring, ""
.
string.words
Synopsis: for word in string.words(instring) do ... end
Returns an iterator function for use in a for
loop, to loop over all the words in the string using string.headtail
semantics.
Numeric functions
Functions to handle various operations on numbers.
clamp
Synopsis: outval = clamp(inval, min, max)
Clamps inval
to be in range min
..max
.
interpolate
Synopsis: outval = interpolate(t, a, b)
Interpolates between a
and b
. t
is the time variable in range 0..1, values outside this range are clamped.
interpolate_color
Synopsis: outcolor = interpolate_color(t, color1, color2)
Interpolate between color1
and color2
with t
as time variable in range 0..1. color1
, color2
and outcolor
are colour strings, outcolour
will be in colour override format.
interpolate_alpha
Synopsis: outalpha = interpolate_alpha(t, alpha1, alpha2)
Similar to interpolate_color
, but interpolates alpha values instead. Also works on colour strings, and will return an alpha override string.
| Overview: |
Automation Manager • Running macros • Using export filters • Standard macros • Changes from Automation 3 • Moving from Automation 3 |
|---|---|
| Karaoke Templater reference: |
Declaring templates • Execution order • Modifiers • Inline-variables ($-variables) • Code lines and blocks • Execution envirionment |
| Lua reference: |
Registration • Subtitles object • Progress reporting • Config dialogues • Misc. APIs • karaskel.lua • utils.lua • unicode.lua • cleantags.lua |
| Karaskel concepts: |
Style tables • Dialogue line tables • Syllable tables • Inline effects • Furigana |


18F builds effective, user-centric digital services focused on the interaction between government and the people and businesses it serves. We help agencies deliver on their mission through the development of digital and web services. Our newly formed organization, within the General Services Administration, encompasses the Presidential Innovation Fellows program and an in-house digital delivery team.
We’re doers, recruited from the most innovative corners of industry and the public sector, who are passionate about driving efficiency, transparency, and savings for government agencies and the American people. We make easy things easy, and hard things possible.
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{% extends "base.html" %} {% block title %}{{title}}{% endblock %} {% block content %}
WildcatTyper is a type racer game you can play with friends or bots!
Create New Paragraph
Please login to race!
LeaderBoards:
Instructions


[ all classes ]
[ core ]
Coverage Summary for Class: Player (core)
| Class | Class, % | Method, % | Line, % |
|---|---|---|---|
| Player | 100% (1/ 1) | 50% (2/ 4) | 16.7% (4/ 24) |
1 package core;
2
3 import java.util.InputMismatchException;
4 import java.util.Scanner;
5 /**
6 * Class
7 * Defines a template for the Player object within the context of the Connect4 Game.
8 * Players must be associated with a signature identifying their game piece.
9 * @author Jon Reyes
10 * */
11 public class Player {
12 /** The symbol is a signature identifying a Player and their game piece.*/
13 private Symbol symbol;
14
15 /** Constructor
16 * Creates the Player object.
17 * @param s A Symbol X or O is a relevant signature for a Player and their game piece.*/
18 public Player(Symbol s){
19 this.symbol = s;
20 }
21 /** Method for accessing a Player's signature. */
22 public Symbol getSymbol(){
23 return this.symbol;
24 }
25 /** Determines a Player's move by prompting them
26 * to select a column to drop a game piece.
27 * Validates input for invalid moves.
28 * @return The column selected by the Player as an array index.
29 * */
30 public int move(Board b){
31 String colprompt = "Choose a column number from 1-7.";
32 System.out.println(colprompt);
33 int col = 0;
34 while(col==0){
35 try{
36 Scanner s = new Scanner(System.in);
37 int t = s.nextInt();
38 if(!(t>=1&&t<=7)) throw new InputMismatchException();
39 if(b.colIsFull(t-1)) throw new FullColumnException();
40 col = t;
41 } catch (InputMismatchException e) {
42 System.out.println("Invalid Move.");
43 System.out.println(colprompt);
44 } catch (FullColumnException e){
45 System.out.println("Invalid Move.");
46 System.out.println(e.getMessage());
47 System.out.println(colprompt);
48 }
49 }
50 return col-1;
51 }
52 public String toString(){
53 String s = (symbol.equals(Symbol.X))?"X":"O";
54 return String.format("Player %s",s);
55 }
56 }


| Time | Thread | Level | Category | File:Line | Message |
|---|---|---|---|---|---|
| 0 | main | INFO | LogDemo | LogDemo.java:21 | Firefox opened |
| 51 | main | INFO | LogDemo | LogDemo.java:24 | Brows maximized |
| 80 | main | INFO | LogDemo | LogDemo.java:28 | Put an implicit wait |
| 5910 | main | INFO | LogDemo | LogDemo.java:32 | Launch the URL |
| 5970 | main | INFO | LogDemo | LogDemo.java:35 | Find element.Get text. |
| 5971 | main | INFO | LogDemo | LogDemo.java:38 | Print text |
| 6086 | main | INFO | LogDemo | LogDemo.java:42 | Click on the link |
| 6086 | main | INFO | LogDemo | LogDemo.java:45 | Print text:Link has been clicked otherwise an exeption would have thrown |
| 6973 | main | INFO | LogDemo | LogDemo.java:48 | Close LogDemo |
| Time | Thread | Level | Category | File:Line | Message |
|---|---|---|---|---|---|
| 0 | main | INFO | LogDemo | Log4j.java:23 | Firefox opened |
| 81 | main | INFO | LogDemo | Log4j.java:26 | Brows maximized |
| 88 | main | INFO | LogDemo | Log4j.java:30 | Put an implicit wait |
| 6675 | main | INFO | LogDemo | Log4j.java:34 | Launch the URL |
| 6721 | main | INFO | LogDemo | Log4j.java:37 | Find element.Get text. |
| 6722 | main | INFO | LogDemo | Log4j.java:40 | Print text |
| 6801 | main | INFO | LogDemo | Log4j.java:44 | Click on the link |
| 6801 | main | INFO | LogDemo | Log4j.java:47 | Print text:Link has been clicked otherwise an exeption would have thrown |
| 7700 | main | INFO | LogDemo | Log4j.java:50 | Close LogDemo |


Company profile - Canadian Company Capabilities
Third-Party Information Liability Disclaimer
Some of the information on this Web page has been provided by external sources. The Government of Canada is not responsible for the accuracy, reliability or currency of the information supplied by external sources. Users wishing to rely upon this information should consult directly with the source of the information. Content provided by external sources is not subject to official languages, privacy and accessibility requirements.
Resource Software International Ltd.
Mailing Address:
300-40 King St WOSHAWA, Ontario
L1H 1A4
Location Address:
300-40 King St WOSHAWA, Ontario
L1H 1A4
Tel.:<PHONE_NUMBER>
Fax:<PHONE_NUMBER>
Logo
Company Profile
RSI strives to provide the best scalable applications for every communication managers needs. RSI is a leading provider of call accounting, hotel billing, call center reporting, real-time dashboards, computer-telephony integration, cloud call accounting, telephone reporting, switch management, instant messaging, email tracking and telemanagement solutions around the globe.
Full profile
Full profile
Contact information
Company description
Product / Service / Licensing
errors, alarms or toll fraud conditions. Shadow OSN (TeleALARM), depending on the severity of the alarm, will call a pager, e-mail
or produce audible alarms.
For more information please visit our web site at www.telecost.com.
ConnectIT Category Description: Computing Networking
ConnectIT-keywords: ALARM TELECOST TELEALARM PBX CDR MAINTENANCE TELEPHONE TOLL FRAUD
For more information please visit our web site at www.telecost.com.
ConnectIT Category Description: TELECOMMUNICATIONS Telephony / CTI
ConnectIT-keywords: Telecost cdr shadow rsi hotel billing telephone pbx call accounting
ConnectIT Category Description: TELECOMMUNICATIONS Telephony / CTI
ConnectIT-keywords: Shadow cdr shadow rsi hotel billing telephone pbx call accounting
For more information please visit our web site at www.telecost.com.
ConnectIT Category Description: TELECOMMUNICATIONS Telephony / CTI
ConnectIT-keywords: Nortel Norstar CTI Computer Telephony Integration telephone key system call accounting
Revolution Web Call Accounting can connect to virtually any telephone system, collect call detail records (CDR) and allocate cost. It includes many preset and ad hoc reports, support for account and pin codes, contact database for identifying business and personal calls, client billing and a built-in query builder. It is 100% browser based with a built-in Web server and an embedded SQL database engine. It now offers full connectivity to MySQL DBMS.
Users can generate reports and graphs, as well as calculate totals. A built in job-scheduler allows unattended use.
This software is available for Windows Vista, 7 or greater. For more information please visit our web site at www.telecost.com.
Shadow CRM will function with any telephone system (PBX or Key system) or telephone line/modem that is TAPI compliant.
For more information please visit our web site at www.telecost.com.
Market profile
Alliances:
- Sales/Marketing
Industry sector market interests:
- Construction
- Information Technology and Telecommunications
- Manufacturing
- Service Industry
- Tourism
- Transportation
- Wholesale/Retail
- Aerospace
- Defence
- Automotive
- Food and Beverage Manufacturing
Geographic markets:
Export experience:
- Algeria
- Australia
- Bahamas
- Barbados
- Belize
- Bermuda
- Cuba
- France
- Greece
- Hong Kong
- India
- Jamaica
- Japan
- Philippines
- United Kingdom
- United States
- Virgin Islands (British)
- Alabama
- Alaska
- Arizona
- Arkansas
- California
- Colorado
- Connecticut
- Delaware
- District of Columbia
- Florida
- Georgia
- Hawaii
- Idaho
- Illinois
- Indiana
- Iowa
- Kansas
- Kentucky
- Louisiana
- Maine
- Maryland
- Massachusetts
- Michigan
- Minnesota
- Mississippi
- Missouri
- Montana
- Nebraska
- Nevada
- New Hampshire
- New Jersey
- New Mexico
- New York
- North Carolina
- North Dakota
- Ohio
- Oklahoma
- Oregon
- Pennsylvania
- Rhode Island
- South Carolina
- South Dakota
- Tennessee
- Texas
- Utah
- Vermont
- Virginia
- Washington
- West Virginia
- Wisconsin
- Wyoming
Sector information
Third-Party Information Liability Disclaimer
Some of the information on this Web page has been provided by external sources. The Government of Canada is not responsible for the accuracy, reliability or currency of the information supplied by external sources. Users wishing to rely upon this information should consult directly with the source of the information. Content provided by external sources is not subject to official languages, privacy and accessibility requirements.
Contacts
Contact information
Description
Company description
Products, services and licensing
Product / Service / Licensing
errors, alarms or toll fraud conditions. Shadow OSN (TeleALARM), depending on the severity of the alarm, will call a pager, e-mail
or produce audible alarms.
For more information please visit our web site at www.telecost.com.
ConnectIT Category Description: Computing Networking
ConnectIT-keywords: ALARM TELECOST TELEALARM PBX CDR MAINTENANCE TELEPHONE TOLL FRAUD
For more information please visit our web site at www.telecost.com.
ConnectIT Category Description: TELECOMMUNICATIONS Telephony / CTI
ConnectIT-keywords: Telecost cdr shadow rsi hotel billing telephone pbx call accounting
ConnectIT Category Description: TELECOMMUNICATIONS Telephony / CTI
ConnectIT-keywords: Shadow cdr shadow rsi hotel billing telephone pbx call accounting
For more information please visit our web site at www.telecost.com.
ConnectIT Category Description: TELECOMMUNICATIONS Telephony / CTI
ConnectIT-keywords: Nortel Norstar CTI Computer Telephony Integration telephone key system call accounting
Revolution Web Call Accounting can connect to virtually any telephone system, collect call detail records (CDR) and allocate cost. It includes many preset and ad hoc reports, support for account and pin codes, contact database for identifying business and personal calls, client billing and a built-in query builder. It is 100% browser based with a built-in Web server and an embedded SQL database engine. It now offers full connectivity to MySQL DBMS.
Users can generate reports and graphs, as well as calculate totals. A built in job-scheduler allows unattended use.
This software is available for Windows Vista, 7 or greater. For more information please visit our web site at www.telecost.com.
Shadow CRM will function with any telephone system (PBX or Key system) or telephone line/modem that is TAPI compliant.
For more information please visit our web site at www.telecost.com.
Market
Market profile
Alliances:
- Sales/Marketing
Industry sector market interests:
- Construction
- Information Technology and Telecommunications
- Manufacturing
- Service Industry
- Tourism
- Transportation
- Wholesale/Retail
- Aerospace
- Defence
- Automotive
- Food and Beverage Manufacturing
Geographic markets:
Export experience:
- Algeria
- Australia
- Bahamas
- Barbados
- Belize
- Bermuda
- Cuba
- France
- Greece
- Hong Kong
- India
- Jamaica
- Japan
- Philippines
- United Kingdom
- United States
- Virgin Islands (British)
- Alabama
- Alaska
- Arizona
- Arkansas
- California
- Colorado
- Connecticut
- Delaware
- District of Columbia
- Florida
- Georgia
- Hawaii
- Idaho
- Illinois
- Indiana
- Iowa
- Kansas
- Kentucky
- Louisiana
- Maine
- Maryland
- Massachusetts
- Michigan
- Minnesota
- Mississippi
- Missouri
- Montana
- Nebraska
- Nevada
- New Hampshire
- New Jersey
- New Mexico
- New York
- North Carolina
- North Dakota
- Ohio
- Oklahoma
- Oregon
- Pennsylvania
- Rhode Island
- South Carolina
- South Dakota
- Tennessee
- Texas
- Utah
- Vermont
- Virginia
- Washington
- West Virginia
- Wisconsin
- Wyoming


Dane County Board approves 2020 budget
MADISON, Wis. - Dane County homeowners will see a small increase in their tax bills next year as a result of county supervisors approving the 2020 budget.
Homeowners will pay $25.47 more on the average Madison home, according to a release from Dane County.
Dane County Executive Joe Parisi released his proposed budget on Oct, 1. County board committees have spent the last six weeks hearing from the public and making changes regarding staffing and funding levels, according to the release.
On Monday night, they approved the county's total budget of $663 million for 2020.
The proposed budget includes more money for mental health services in the county. It also prioritizes affordable housing and homeless prevention services, according to the release.
"The 2020 budget is all about helping people in the community. We recognize that Dane County plays an absolutely critical role in providing services to our most vulnerable," noted Supervisor Analiese Eicher (District 3), who serves as second vice chair of the county board.
In response to recent flooding, the proposed budget also includes millions to purchase land in flood-prone areas.
The county board also set aside money to do a study for a community justice center and added social work positions in the district attorney's office, one for victim witness support for juvenile cases and one devoted to restorative justice case management. It also added a program leader position to the Human Services Department to keep pace with increased referrals to the Community Restorative Court, according to the release.


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