idx int64 0 41.2k | question stringlengths 83 4.15k | target stringlengths 5 715 |
|---|---|---|
20,600 | private void readCostRateTables ( Resource resource , Rates rates ) { if ( rates == null ) { CostRateTable table = new CostRateTable ( ) ; table . add ( CostRateTableEntry . DEFAULT_ENTRY ) ; resource . setCostRateTable ( 0 , table ) ; table = new CostRateTable ( ) ; table . add ( CostRateTableEntry . DEFAULT_ENTRY ) ; resource . setCostRateTable ( 1 , table ) ; table = new CostRateTable ( ) ; table . add ( CostRateTableEntry . DEFAULT_ENTRY ) ; resource . setCostRateTable ( 2 , table ) ; table = new CostRateTable ( ) ; table . add ( CostRateTableEntry . DEFAULT_ENTRY ) ; resource . setCostRateTable ( 3 , table ) ; table = new CostRateTable ( ) ; table . add ( CostRateTableEntry . DEFAULT_ENTRY ) ; resource . setCostRateTable ( 4 , table ) ; } else { Set < CostRateTable > tables = new HashSet < CostRateTable > ( ) ; for ( net . sf . mpxj . mspdi . schema . Project . Resources . Resource . Rates . Rate rate : rates . getRate ( ) ) { Rate standardRate = DatatypeConverter . parseRate ( rate . getStandardRate ( ) ) ; TimeUnit standardRateFormat = DatatypeConverter . parseTimeUnit ( rate . getStandardRateFormat ( ) ) ; Rate overtimeRate = DatatypeConverter . parseRate ( rate . getOvertimeRate ( ) ) ; TimeUnit overtimeRateFormat = DatatypeConverter . parseTimeUnit ( rate . getOvertimeRateFormat ( ) ) ; Double costPerUse = DatatypeConverter . parseCurrency ( rate . getCostPerUse ( ) ) ; Date endDate = rate . getRatesTo ( ) ; CostRateTableEntry entry = new CostRateTableEntry ( standardRate , standardRateFormat , overtimeRate , overtimeRateFormat , costPerUse , endDate ) ; int tableIndex = rate . getRateTable ( ) . intValue ( ) ; CostRateTable table = resource . getCostRateTable ( tableIndex ) ; if ( table == null ) { table = new CostRateTable ( ) ; resource . setCostRateTable ( tableIndex , table ) ; } table . add ( entry ) ; tables . add ( table ) ; } for ( CostRateTable table : tables ) { Collections . sort ( table ) ; } } } | Reads the cost rate tables from the file . |
20,601 | private void readAvailabilityTable ( Resource resource , AvailabilityPeriods periods ) { if ( periods != null ) { AvailabilityTable table = resource . getAvailability ( ) ; List < AvailabilityPeriod > list = periods . getAvailabilityPeriod ( ) ; for ( AvailabilityPeriod period : list ) { Date start = period . getAvailableFrom ( ) ; Date end = period . getAvailableTo ( ) ; Number units = DatatypeConverter . parseUnits ( period . getAvailableUnits ( ) ) ; Availability availability = new Availability ( start , end , units ) ; table . add ( availability ) ; } Collections . sort ( table ) ; } } | Reads the availability table from the file . |
20,602 | private void readTasks ( Project project ) { Project . Tasks tasks = project . getTasks ( ) ; if ( tasks != null ) { int tasksWithoutIDCount = 0 ; for ( Project . Tasks . Task task : tasks . getTask ( ) ) { Task mpxjTask = readTask ( task ) ; if ( mpxjTask . getID ( ) == null ) { ++ tasksWithoutIDCount ; } } for ( Project . Tasks . Task task : tasks . getTask ( ) ) { readPredecessors ( task ) ; } if ( tasksWithoutIDCount == tasks . getTask ( ) . size ( ) ) { m_projectFile . getTasks ( ) . renumberIDs ( ) ; } } m_projectFile . updateStructure ( ) ; } | This method extracts task data from an MSPDI file . |
20,603 | private void updateProjectProperties ( Task task ) { ProjectProperties props = m_projectFile . getProjectProperties ( ) ; props . setComments ( task . getNotes ( ) ) ; } | Update the project properties from the project summary task . |
20,604 | private void readTaskBaselines ( Project . Tasks . Task xmlTask , Task mpxjTask , TimeUnit durationFormat ) { for ( Project . Tasks . Task . Baseline baseline : xmlTask . getBaseline ( ) ) { int number = NumberHelper . getInt ( baseline . getNumber ( ) ) ; Double cost = DatatypeConverter . parseCurrency ( baseline . getCost ( ) ) ; Duration duration = DatatypeConverter . parseDuration ( m_projectFile , durationFormat , baseline . getDuration ( ) ) ; Date finish = baseline . getFinish ( ) ; Date start = baseline . getStart ( ) ; Duration work = DatatypeConverter . parseDuration ( m_projectFile , TimeUnit . HOURS , baseline . getWork ( ) ) ; if ( number == 0 ) { mpxjTask . setBaselineCost ( cost ) ; mpxjTask . setBaselineDuration ( duration ) ; mpxjTask . setBaselineFinish ( finish ) ; mpxjTask . setBaselineStart ( start ) ; mpxjTask . setBaselineWork ( work ) ; } else { mpxjTask . setBaselineCost ( number , cost ) ; mpxjTask . setBaselineDuration ( number , duration ) ; mpxjTask . setBaselineFinish ( number , finish ) ; mpxjTask . setBaselineStart ( number , start ) ; mpxjTask . setBaselineWork ( number , work ) ; } } } | Reads baseline values for the current task . |
20,605 | private void readTaskExtendedAttributes ( Project . Tasks . Task xml , Task mpx ) { for ( Project . Tasks . Task . ExtendedAttribute attrib : xml . getExtendedAttribute ( ) ) { int xmlFieldID = Integer . parseInt ( attrib . getFieldID ( ) ) & 0x0000FFFF ; TaskField mpxFieldID = MPPTaskField . getInstance ( xmlFieldID ) ; TimeUnit durationFormat = DatatypeConverter . parseDurationTimeUnits ( attrib . getDurationFormat ( ) , null ) ; DatatypeConverter . parseExtendedAttribute ( m_projectFile , mpx , attrib . getValue ( ) , mpxFieldID , durationFormat ) ; } } | This method processes any extended attributes associated with a task . |
20,606 | private ProjectCalendar getTaskCalendar ( Project . Tasks . Task task ) { ProjectCalendar calendar = null ; BigInteger calendarID = task . getCalendarUID ( ) ; if ( calendarID != null ) { calendar = m_projectFile . getCalendarByUniqueID ( Integer . valueOf ( calendarID . intValue ( ) ) ) ; } return ( calendar ) ; } | This method is used to retrieve the calendar associated with a task . If no calendar is associated with a task this method returns null . |
20,607 | private void readPredecessors ( Project . Tasks . Task task ) { Integer uid = task . getUID ( ) ; if ( uid != null ) { Task currTask = m_projectFile . getTaskByUniqueID ( uid ) ; if ( currTask != null ) { for ( Project . Tasks . Task . PredecessorLink link : task . getPredecessorLink ( ) ) { readPredecessor ( currTask , link ) ; } } } } | This method extracts predecessor data from an MSPDI file . |
20,608 | private void readPredecessor ( Task currTask , Project . Tasks . Task . PredecessorLink link ) { BigInteger uid = link . getPredecessorUID ( ) ; if ( uid != null ) { Task prevTask = m_projectFile . getTaskByUniqueID ( Integer . valueOf ( uid . intValue ( ) ) ) ; if ( prevTask != null ) { RelationType type ; if ( link . getType ( ) != null ) { type = RelationType . getInstance ( link . getType ( ) . intValue ( ) ) ; } else { type = RelationType . FINISH_START ; } TimeUnit lagUnits = DatatypeConverter . parseDurationTimeUnits ( link . getLagFormat ( ) ) ; Duration lagDuration ; int lag = NumberHelper . getInt ( link . getLinkLag ( ) ) ; if ( lag == 0 ) { lagDuration = Duration . getInstance ( 0 , lagUnits ) ; } else { if ( lagUnits == TimeUnit . PERCENT || lagUnits == TimeUnit . ELAPSED_PERCENT ) { lagDuration = Duration . getInstance ( lag , lagUnits ) ; } else { lagDuration = Duration . convertUnits ( lag / 10.0 , TimeUnit . MINUTES , lagUnits , m_projectFile . getProjectProperties ( ) ) ; } } Relation relation = currTask . addPredecessor ( prevTask , type , lagDuration ) ; m_eventManager . fireRelationReadEvent ( relation ) ; } } } | This method extracts data for a single predecessor from an MSPDI file . |
20,609 | private void readAssignments ( Project project ) { Project . Assignments assignments = project . getAssignments ( ) ; if ( assignments != null ) { SplitTaskFactory splitFactory = new SplitTaskFactory ( ) ; TimephasedWorkNormaliser normaliser = new MSPDITimephasedWorkNormaliser ( ) ; for ( Project . Assignments . Assignment assignment : assignments . getAssignment ( ) ) { readAssignment ( assignment , splitFactory , normaliser ) ; } } } | This method extracts assignment data from an MSPDI file . |
20,610 | private void readAssignmentBaselines ( Project . Assignments . Assignment assignment , ResourceAssignment mpx ) { for ( Project . Assignments . Assignment . Baseline baseline : assignment . getBaseline ( ) ) { int number = NumberHelper . getInt ( baseline . getNumber ( ) ) ; Number cost = DatatypeConverter . parseExtendedAttributeCurrency ( baseline . getCost ( ) ) ; Date finish = DatatypeConverter . parseExtendedAttributeDate ( baseline . getFinish ( ) ) ; Date start = DatatypeConverter . parseExtendedAttributeDate ( baseline . getStart ( ) ) ; Duration work = DatatypeConverter . parseDuration ( m_projectFile , TimeUnit . HOURS , baseline . getWork ( ) ) ; if ( number == 0 ) { mpx . setBaselineCost ( cost ) ; mpx . setBaselineFinish ( finish ) ; mpx . setBaselineStart ( start ) ; mpx . setBaselineWork ( work ) ; } else { mpx . setBaselineCost ( number , cost ) ; mpx . setBaselineWork ( number , work ) ; mpx . setBaselineStart ( number , start ) ; mpx . setBaselineFinish ( number , finish ) ; } } } | Extracts assignment baseline data . |
20,611 | private void readAssignmentExtendedAttributes ( Project . Assignments . Assignment xml , ResourceAssignment mpx ) { for ( Project . Assignments . Assignment . ExtendedAttribute attrib : xml . getExtendedAttribute ( ) ) { int xmlFieldID = Integer . parseInt ( attrib . getFieldID ( ) ) & 0x0000FFFF ; AssignmentField mpxFieldID = MPPAssignmentField . getInstance ( xmlFieldID ) ; TimeUnit durationFormat = DatatypeConverter . parseDurationTimeUnits ( attrib . getDurationFormat ( ) , null ) ; DatatypeConverter . parseExtendedAttribute ( m_projectFile , mpx , attrib . getValue ( ) , mpxFieldID , durationFormat ) ; } } | This method processes any extended attributes associated with a resource assignment . |
20,612 | private boolean isSplit ( ProjectCalendar calendar , List < TimephasedWork > list ) { boolean result = false ; for ( TimephasedWork assignment : list ) { if ( calendar != null && assignment . getTotalAmount ( ) . getDuration ( ) == 0 ) { Duration calendarWork = calendar . getWork ( assignment . getStart ( ) , assignment . getFinish ( ) , TimeUnit . MINUTES ) ; if ( calendarWork . getDuration ( ) != 0 ) { result = true ; break ; } } } return result ; } | Test to determine if this is a split task . |
20,613 | private LinkedList < TimephasedWork > readTimephasedAssignment ( ProjectCalendar calendar , Project . Assignments . Assignment assignment , int type ) { LinkedList < TimephasedWork > result = new LinkedList < TimephasedWork > ( ) ; for ( TimephasedDataType item : assignment . getTimephasedData ( ) ) { if ( NumberHelper . getInt ( item . getType ( ) ) != type ) { continue ; } Date startDate = item . getStart ( ) ; Date finishDate = item . getFinish ( ) ; if ( startDate == null && finishDate == null ) { continue ; } Duration work = DatatypeConverter . parseDuration ( m_projectFile , TimeUnit . MINUTES , item . getValue ( ) ) ; if ( work == null ) { work = Duration . getInstance ( 0 , TimeUnit . MINUTES ) ; } else { work = Duration . getInstance ( NumberHelper . round ( work . getDuration ( ) , 2 ) , TimeUnit . MINUTES ) ; } TimephasedWork tra = new TimephasedWork ( ) ; tra . setStart ( startDate ) ; tra . setFinish ( finishDate ) ; tra . setTotalAmount ( work ) ; result . add ( tra ) ; } return result ; } | Reads timephased assignment data . |
20,614 | private ProjectCalendar deriveResourceCalendar ( Integer parentCalendarID ) { ProjectCalendar calendar = m_project . addDefaultDerivedCalendar ( ) ; calendar . setUniqueID ( Integer . valueOf ( m_project . getProjectConfig ( ) . getNextCalendarUniqueID ( ) ) ) ; calendar . setParent ( m_project . getCalendarByUniqueID ( parentCalendarID ) ) ; return calendar ; } | Derive a calendar for a resource . |
20,615 | public void processTasks ( List < Row > bars , List < Row > expandedTasks , List < Row > tasks , List < Row > milestones ) { List < Row > parentBars = buildRowHierarchy ( bars , expandedTasks , tasks , milestones ) ; createTasks ( m_project , "" , parentBars ) ; deriveProjectCalendar ( ) ; updateStructure ( ) ; } | Organises the data from Asta into a hierarchy and converts this into tasks . |
20,616 | private List < Row > buildRowHierarchy ( List < Row > bars , List < Row > expandedTasks , List < Row > tasks , List < Row > milestones ) { List < Row > leaves = new ArrayList < Row > ( ) ; leaves . addAll ( tasks ) ; leaves . addAll ( milestones ) ; Collections . sort ( bars , BAR_COMPARATOR ) ; Collections . sort ( leaves , LEAF_COMPARATOR ) ; Map < Integer , Row > barIdToBarMap = new HashMap < Integer , Row > ( ) ; for ( Row bar : bars ) { barIdToBarMap . put ( bar . getInteger ( "BARID" ) , bar ) ; } Map < Integer , Row > expandedTaskIdToBarMap = new HashMap < Integer , Row > ( ) ; for ( Row expandedTask : expandedTasks ) { Row bar = barIdToBarMap . get ( expandedTask . getInteger ( "BAR" ) ) ; bar . merge ( expandedTask , "_" ) ; Integer expandedTaskID = bar . getInteger ( "_EXPANDED_TASKID" ) ; expandedTaskIdToBarMap . put ( expandedTaskID , bar ) ; } List < Row > parentBars = new ArrayList < Row > ( ) ; for ( Row bar : bars ) { Integer expandedTaskID = bar . getInteger ( "EXPANDED_TASK" ) ; Row parentBar = expandedTaskIdToBarMap . get ( expandedTaskID ) ; if ( parentBar == null ) { parentBars . add ( bar ) ; } else { parentBar . addChild ( bar ) ; } } for ( Row leaf : leaves ) { Integer barID = leaf . getInteger ( "BAR" ) ; Row bar = barIdToBarMap . get ( barID ) ; bar . addChild ( leaf ) ; } Iterator < Row > iter = parentBars . iterator ( ) ; while ( iter . hasNext ( ) ) { Row bar = iter . next ( ) ; String barName = bar . getString ( "NAMH" ) ; if ( barName == null || barName . isEmpty ( ) || barName . equals ( "Displaced Items" ) ) { iter . remove ( ) ; } } if ( parentBars . size ( ) == 1 ) { parentBars = parentBars . get ( 0 ) . getChildRows ( ) ; } return parentBars ; } | Builds the task hierarchy . |
20,617 | private void createTasks ( ChildTaskContainer parent , String parentName , List < Row > rows ) { for ( Row row : rows ) { boolean rowIsBar = ( row . getInteger ( "BARID" ) != null ) ; if ( rowIsBar && row . getChildRows ( ) . isEmpty ( ) ) { continue ; } Task task = parent . addTask ( ) ; if ( rowIsBar ) { if ( skipBar ( row ) ) { populateLeaf ( row . getString ( "NAMH" ) , row . getChildRows ( ) . get ( 0 ) , task ) ; } else { populateBar ( row , task ) ; createTasks ( task , task . getName ( ) , row . getChildRows ( ) ) ; } } else { populateLeaf ( parentName , row , task ) ; } m_eventManager . fireTaskReadEvent ( task ) ; } } | Recursively descend through the hierarchy creating tasks . |
20,618 | private boolean skipBar ( Row row ) { List < Row > childRows = row . getChildRows ( ) ; return childRows . size ( ) == 1 && childRows . get ( 0 ) . getChildRows ( ) . isEmpty ( ) ; } | Returns true if we should skip this bar i . e . the bar only has a single child task . |
20,619 | private void populateLeaf ( String parentName , Row row , Task task ) { if ( row . getInteger ( "TASKID" ) != null ) { populateTask ( row , task ) ; } else { populateMilestone ( row , task ) ; } String name = task . getName ( ) ; if ( name == null || name . isEmpty ( ) ) { task . setName ( parentName ) ; } } | Adds a leaf node which could be a task or a milestone . |
20,620 | private void populateTask ( Row row , Task task ) { task . setUniqueID ( row . getInteger ( "TASKID" ) ) ; task . setDuration ( row . getDuration ( "GIVEN_DURATIONHOURS" ) ) ; task . setResume ( row . getDate ( "RESUME" ) ) ; task . setActualDuration ( row . getDuration ( "ACTUAL_DURATIONHOURS" ) ) ; task . setEarlyStart ( row . getDate ( "EARLY_START_DATE" ) ) ; task . setLateStart ( row . getDate ( "LATE_START_DATE" ) ) ; task . setPercentageComplete ( row . getDouble ( "OVERALL_PERCENV_COMPLETE" ) ) ; task . setName ( row . getString ( "NARE" ) ) ; task . setNotes ( getNotes ( row ) ) ; task . setText ( 1 , row . getString ( "UNIQUE_TASK_ID" ) ) ; task . setCalendar ( m_project . getCalendarByUniqueID ( row . getInteger ( "CALENDAU" ) ) ) ; task . setStart ( row . getDate ( "STARZ" ) ) ; task . setFinish ( row . getDate ( "ENJ" ) ) ; processConstraints ( row , task ) ; if ( NumberHelper . getInt ( task . getPercentageComplete ( ) ) != 0 ) { task . setActualStart ( task . getStart ( ) ) ; if ( task . getPercentageComplete ( ) . intValue ( ) == 100 ) { task . setActualFinish ( task . getFinish ( ) ) ; task . setDuration ( task . getActualDuration ( ) ) ; } } } | Populate a task from a Row instance . |
20,621 | private void populateBar ( Row row , Task task ) { Integer calendarID = row . getInteger ( "CALENDAU" ) ; ProjectCalendar calendar = m_project . getCalendarByUniqueID ( calendarID ) ; task . setUniqueID ( row . getInteger ( "BARID" ) ) ; task . setStart ( row . getDate ( "STARV" ) ) ; task . setFinish ( row . getDate ( "ENF" ) ) ; task . setName ( row . getString ( "NAMH" ) ) ; task . setCalendar ( calendar ) ; } | Uses data from a bar to populate a task . |
20,622 | private void populateMilestone ( Row row , Task task ) { task . setMilestone ( true ) ; task . setUniqueID ( row . getInteger ( "MILESTONEID" ) ) ; task . setStart ( row . getDate ( "GIVEN_DATE_TIME" ) ) ; task . setFinish ( row . getDate ( "GIVEN_DATE_TIME" ) ) ; task . setPercentageComplete ( row . getBoolean ( "COMPLETED" ) ? COMPLETE : INCOMPLETE ) ; task . setEarlyStart ( row . getDate ( "EARLY_START_DATE" ) ) ; task . setLateStart ( row . getDate ( "LATE_START_DATE" ) ) ; task . setName ( row . getString ( "NARE" ) ) ; task . setText ( 1 , row . getString ( "UNIQUE_TASK_ID" ) ) ; task . setCalendar ( m_project . getCalendarByUniqueID ( row . getInteger ( "CALENDAU" ) ) ) ; task . setDuration ( Duration . getInstance ( 0 , TimeUnit . HOURS ) ) ; } | Populate a milestone from a Row instance . |
20,623 | private String getInitials ( String name ) { String result = null ; if ( name != null && name . length ( ) != 0 ) { StringBuilder sb = new StringBuilder ( ) ; sb . append ( name . charAt ( 0 ) ) ; int index = 1 ; while ( true ) { index = name . indexOf ( ' ' , index ) ; if ( index == - 1 ) { break ; } ++ index ; if ( index < name . length ( ) && name . charAt ( index ) != ' ' ) { sb . append ( name . charAt ( index ) ) ; } ++ index ; } result = sb . toString ( ) ; } return result ; } | Convert a name into initials . |
20,624 | private void deriveProjectCalendar ( ) { Map < ProjectCalendar , Integer > map = new HashMap < ProjectCalendar , Integer > ( ) ; for ( Task task : m_project . getTasks ( ) ) { ProjectCalendar calendar = task . getCalendar ( ) ; Integer count = map . get ( calendar ) ; if ( count == null ) { count = Integer . valueOf ( 1 ) ; } else { count = Integer . valueOf ( count . intValue ( ) + 1 ) ; } map . put ( calendar , count ) ; } int maxCount = 0 ; ProjectCalendar defaultCalendar = null ; for ( Entry < ProjectCalendar , Integer > entry : map . entrySet ( ) ) { if ( entry . getValue ( ) . intValue ( ) > maxCount ) { maxCount = entry . getValue ( ) . intValue ( ) ; defaultCalendar = entry . getKey ( ) ; } } if ( defaultCalendar != null ) { m_project . setDefaultCalendar ( defaultCalendar ) ; for ( Task task : m_project . getTasks ( ) ) { if ( task . getCalendar ( ) == defaultCalendar ) { task . setCalendar ( null ) ; } } } } | Asta Powerproject assigns an explicit calendar for each task . This method is used to find the most common calendar and use this as the default project calendar . This allows the explicitly assigned task calendars to be removed . |
20,625 | private void processConstraints ( Row row , Task task ) { ConstraintType constraintType = ConstraintType . AS_SOON_AS_POSSIBLE ; Date constraintDate = null ; switch ( row . getInt ( "CONSTRAINU" ) ) { case 0 : { if ( row . getInt ( "PLACEMENT" ) == 0 ) { constraintType = ConstraintType . AS_SOON_AS_POSSIBLE ; } else { constraintType = ConstraintType . AS_LATE_AS_POSSIBLE ; } break ; } case 1 : { constraintType = ConstraintType . MUST_START_ON ; constraintDate = row . getDate ( "START_CONSTRAINT_DATE" ) ; break ; } case 2 : { constraintType = ConstraintType . START_NO_LATER_THAN ; constraintDate = row . getDate ( "START_CONSTRAINT_DATE" ) ; break ; } case 3 : { constraintType = ConstraintType . START_NO_EARLIER_THAN ; constraintDate = row . getDate ( "START_CONSTRAINT_DATE" ) ; break ; } case 4 : { constraintType = ConstraintType . MUST_FINISH_ON ; constraintDate = row . getDate ( "END_CONSTRAINT_DATE" ) ; break ; } case 5 : { constraintType = ConstraintType . FINISH_NO_LATER_THAN ; constraintDate = row . getDate ( "END_CONSTRAINT_DATE" ) ; break ; } case 6 : { constraintType = ConstraintType . FINISH_NO_EARLIER_THAN ; constraintDate = row . getDate ( "END_CONSTRAINT_DATE" ) ; break ; } case 8 : { task . setDeadline ( row . getDate ( "END_CONSTRAINT_DATE" ) ) ; break ; } } task . setConstraintType ( constraintType ) ; task . setConstraintDate ( constraintDate ) ; } | Determines the constraints relating to a task . |
20,626 | public Map < Integer , Row > createWorkPatternMap ( List < Row > rows ) { Map < Integer , Row > map = new HashMap < Integer , Row > ( ) ; for ( Row row : rows ) { map . put ( row . getInteger ( "WORK_PATTERNID" ) , row ) ; } return map ; } | Creates a map of work pattern rows indexed by the primary key . |
20,627 | public Map < Integer , List < Row > > createWorkPatternAssignmentMap ( List < Row > rows ) { Map < Integer , List < Row > > map = new HashMap < Integer , List < Row > > ( ) ; for ( Row row : rows ) { Integer calendarID = row . getInteger ( "WORK_PATTERN_ASSIGNMENTID" ) ; List < Row > list = map . get ( calendarID ) ; if ( list == null ) { list = new LinkedList < Row > ( ) ; map . put ( calendarID , list ) ; } list . add ( row ) ; } return map ; } | Creates a map between a calendar ID and a list of work pattern assignment rows . |
20,628 | public Map < Integer , List < Row > > createTimeEntryMap ( List < Row > rows ) { Map < Integer , List < Row > > map = new HashMap < Integer , List < Row > > ( ) ; for ( Row row : rows ) { Integer workPatternID = row . getInteger ( "TIME_ENTRYID" ) ; List < Row > list = map . get ( workPatternID ) ; if ( list == null ) { list = new LinkedList < Row > ( ) ; map . put ( workPatternID , list ) ; } list . add ( row ) ; } return map ; } | Creates a map between a work pattern ID and a list of time entry rows . |
20,629 | public void processCalendar ( Row calendarRow , Map < Integer , Row > workPatternMap , Map < Integer , List < Row > > workPatternAssignmentMap , Map < Integer , List < Row > > exceptionAssignmentMap , Map < Integer , List < Row > > timeEntryMap , Map < Integer , DayType > exceptionTypeMap ) { ProjectCalendar calendar = m_project . addCalendar ( ) ; Integer dominantWorkPatternID = calendarRow . getInteger ( "DOMINANT_WORK_PATTERN" ) ; calendar . setUniqueID ( calendarRow . getInteger ( "CALENDARID" ) ) ; processWorkPattern ( calendar , dominantWorkPatternID , workPatternMap , timeEntryMap , exceptionTypeMap ) ; calendar . setName ( calendarRow . getString ( "NAMK" ) ) ; List < Row > rows = workPatternAssignmentMap . get ( calendar . getUniqueID ( ) ) ; if ( rows != null ) { for ( Row row : rows ) { Integer workPatternID = row . getInteger ( "WORK_PATTERN" ) ; if ( ! workPatternID . equals ( dominantWorkPatternID ) ) { ProjectCalendarWeek week = calendar . addWorkWeek ( ) ; week . setDateRange ( new DateRange ( row . getDate ( "START_DATE" ) , row . getDate ( "END_DATE" ) ) ) ; processWorkPattern ( week , workPatternID , workPatternMap , timeEntryMap , exceptionTypeMap ) ; } } } rows = exceptionAssignmentMap . get ( calendar . getUniqueID ( ) ) ; if ( rows != null ) { for ( Row row : rows ) { Date startDate = row . getDate ( "STARU_DATE" ) ; Date endDate = row . getDate ( "ENE_DATE" ) ; calendar . addCalendarException ( startDate , endDate ) ; } } m_eventManager . fireCalendarReadEvent ( calendar ) ; } | Creates a ProjectCalendar instance from the Asta data . |
20,630 | private void processWorkPattern ( ProjectCalendarWeek week , Integer workPatternID , Map < Integer , Row > workPatternMap , Map < Integer , List < Row > > timeEntryMap , Map < Integer , DayType > exceptionTypeMap ) { Row workPatternRow = workPatternMap . get ( workPatternID ) ; if ( workPatternRow != null ) { week . setName ( workPatternRow . getString ( "NAMN" ) ) ; List < Row > timeEntryRows = timeEntryMap . get ( workPatternID ) ; if ( timeEntryRows != null ) { long lastEndTime = Long . MIN_VALUE ; Day currentDay = Day . SUNDAY ; ProjectCalendarHours hours = week . addCalendarHours ( currentDay ) ; Arrays . fill ( week . getDays ( ) , DayType . NON_WORKING ) ; for ( Row row : timeEntryRows ) { Date startTime = row . getDate ( "START_TIME" ) ; Date endTime = row . getDate ( "END_TIME" ) ; if ( startTime == null ) { startTime = DateHelper . getDayStartDate ( new Date ( 0 ) ) ; } if ( endTime == null ) { endTime = DateHelper . getDayEndDate ( new Date ( 0 ) ) ; } if ( startTime . getTime ( ) > endTime . getTime ( ) ) { endTime = DateHelper . addDays ( endTime , 1 ) ; } if ( startTime . getTime ( ) < lastEndTime ) { currentDay = currentDay . getNextDay ( ) ; hours = week . addCalendarHours ( currentDay ) ; } DayType type = exceptionTypeMap . get ( row . getInteger ( "EXCEPTIOP" ) ) ; if ( type == DayType . WORKING ) { hours . addRange ( new DateRange ( startTime , endTime ) ) ; week . setWorkingDay ( currentDay , DayType . WORKING ) ; } lastEndTime = endTime . getTime ( ) ; } } } } | Populates a ProjectCalendarWeek instance from Asta work pattern data . |
20,631 | private String getNotes ( Row row ) { String notes = row . getString ( "NOTET" ) ; if ( notes != null ) { if ( notes . isEmpty ( ) ) { notes = null ; } else { if ( notes . indexOf ( LINE_BREAK ) != - 1 ) { notes = notes . replace ( LINE_BREAK , "\n" ) ; } } } return notes ; } | Extract note text . |
20,632 | private void addListeners ( ProjectReader reader ) { if ( m_projectListeners != null ) { for ( ProjectListener listener : m_projectListeners ) { reader . addProjectListener ( listener ) ; } } } | Adds any listeners attached to this reader to the reader created internally . |
20,633 | private ProjectFile readTextFile ( InputStream inputStream ) throws MPXJException { ProjectReader reader = new AstaTextFileReader ( ) ; addListeners ( reader ) ; return reader . read ( inputStream ) ; } | Process a text - based PP file . |
20,634 | private ProjectFile readDatabaseFile ( InputStream inputStream ) throws MPXJException { ProjectReader reader = new AstaDatabaseFileReader ( ) ; addListeners ( reader ) ; return reader . read ( inputStream ) ; } | Process a SQLite database PP file . |
20,635 | public static String getFileFormat ( POIFSFileSystem fs ) throws IOException { String fileFormat = "" ; DirectoryEntry root = fs . getRoot ( ) ; if ( root . getEntryNames ( ) . contains ( "\1CompObj" ) ) { CompObj compObj = new CompObj ( new DocumentInputStream ( ( DocumentEntry ) root . getEntry ( "\1CompObj" ) ) ) ; fileFormat = compObj . getFileFormat ( ) ; } return fileFormat ; } | This method allows us to peek into the OLE compound document to extract the file format . This allows the UniversalProjectReader to determine if this is an MPP file or if it is another type of OLE compound document . |
20,636 | public ProjectFile read ( POIFSFileSystem fs ) throws MPXJException { try { ProjectFile projectFile = new ProjectFile ( ) ; ProjectConfig config = projectFile . getProjectConfig ( ) ; config . setAutoTaskID ( false ) ; config . setAutoTaskUniqueID ( false ) ; config . setAutoResourceID ( false ) ; config . setAutoResourceUniqueID ( false ) ; config . setAutoOutlineLevel ( false ) ; config . setAutoOutlineNumber ( false ) ; config . setAutoWBS ( false ) ; config . setAutoCalendarUniqueID ( false ) ; config . setAutoAssignmentUniqueID ( false ) ; projectFile . getEventManager ( ) . addProjectListeners ( m_projectListeners ) ; DirectoryEntry root = fs . getRoot ( ) ; CompObj compObj = new CompObj ( new DocumentInputStream ( ( DocumentEntry ) root . getEntry ( "\1CompObj" ) ) ) ; ProjectProperties projectProperties = projectFile . getProjectProperties ( ) ; projectProperties . setFullApplicationName ( compObj . getApplicationName ( ) ) ; projectProperties . setApplicationVersion ( compObj . getApplicationVersion ( ) ) ; String format = compObj . getFileFormat ( ) ; Class < ? extends MPPVariantReader > readerClass = FILE_CLASS_MAP . get ( format ) ; if ( readerClass == null ) { throw new MPXJException ( MPXJException . INVALID_FILE + ": " + format ) ; } MPPVariantReader reader = readerClass . newInstance ( ) ; reader . process ( this , projectFile , root ) ; config . setAutoOutlineNumber ( true ) ; projectFile . updateStructure ( ) ; config . setAutoOutlineNumber ( false ) ; for ( Task task : projectFile . getTasks ( ) ) { task . setSummary ( task . hasChildTasks ( ) ) ; List < DateRange > splits = task . getSplits ( ) ; if ( splits != null && splits . isEmpty ( ) ) { task . setSplits ( null ) ; } validationRelations ( task ) ; } config . updateUniqueCounters ( ) ; String projectFilePath = projectFile . getProjectProperties ( ) . getProjectFilePath ( ) ; if ( projectFilePath != null && projectFilePath . startsWith ( "<>\\" ) ) { projectProperties . setFileApplication ( "Microsoft Project Server" ) ; } else { projectProperties . setFileApplication ( "Microsoft" ) ; } projectProperties . setFileType ( "MPP" ) ; return ( projectFile ) ; } catch ( IOException ex ) { throw new MPXJException ( MPXJException . READ_ERROR , ex ) ; } catch ( IllegalAccessException ex ) { throw new MPXJException ( MPXJException . READ_ERROR , ex ) ; } catch ( InstantiationException ex ) { throw new MPXJException ( MPXJException . READ_ERROR , ex ) ; } } | Alternative entry point allowing an MPP file to be read from a user - supplied POI file stream . |
20,637 | private void validationRelations ( Task task ) { List < Relation > predecessors = task . getPredecessors ( ) ; if ( ! predecessors . isEmpty ( ) ) { ArrayList < Relation > invalid = new ArrayList < Relation > ( ) ; for ( Relation relation : predecessors ) { Task sourceTask = relation . getSourceTask ( ) ; Task targetTask = relation . getTargetTask ( ) ; String sourceOutlineNumber = sourceTask . getOutlineNumber ( ) ; String targetOutlineNumber = targetTask . getOutlineNumber ( ) ; if ( sourceOutlineNumber != null && targetOutlineNumber != null && sourceOutlineNumber . startsWith ( targetOutlineNumber + '.' ) ) { invalid . add ( relation ) ; } } for ( Relation relation : invalid ) { relation . getSourceTask ( ) . removePredecessor ( relation . getTargetTask ( ) , relation . getType ( ) , relation . getLag ( ) ) ; } } } | This method validates all relationships for a task removing any which have been incorrectly read from the MPP file and point to a parent task . |
20,638 | public static TaskField getMpxjField ( int value ) { TaskField result = null ; if ( value >= 0 && value < MPX_MPXJ_ARRAY . length ) { result = MPX_MPXJ_ARRAY [ value ] ; } return ( result ) ; } | Retrieve an instance of the TaskField class based on the data read from an MPX file . |
20,639 | public static int getMpxField ( int value ) { int result = 0 ; if ( value >= 0 && value < MPXJ_MPX_ARRAY . length ) { result = MPXJ_MPX_ARRAY [ value ] ; } return ( result ) ; } | Retrieve the integer value used to represent a task field in an MPX file . |
20,640 | public Task add ( ) { Task task = new Task ( m_projectFile , ( Task ) null ) ; add ( task ) ; m_projectFile . getChildTasks ( ) . add ( task ) ; return task ; } | Add a task to the project . |
20,641 | public void synchronizeTaskIDToHierarchy ( ) { clear ( ) ; int currentID = ( getByID ( Integer . valueOf ( 0 ) ) == null ? 1 : 0 ) ; for ( Task task : m_projectFile . getChildTasks ( ) ) { task . setID ( Integer . valueOf ( currentID ++ ) ) ; add ( task ) ; currentID = synchroizeTaskIDToHierarchy ( task , currentID ) ; } } | Microsoft Project bases the order of tasks displayed on their ID value . This method takes the hierarchical structure of tasks represented in MPXJ and renumbers the ID values to ensure that this structure is displayed as expected in Microsoft Project . This is typically used to deal with the case where a hierarchical task structure has been created programmatically in MPXJ . |
20,642 | private int synchroizeTaskIDToHierarchy ( Task parentTask , int currentID ) { for ( Task task : parentTask . getChildTasks ( ) ) { task . setID ( Integer . valueOf ( currentID ++ ) ) ; add ( task ) ; currentID = synchroizeTaskIDToHierarchy ( task , currentID ) ; } return currentID ; } | Called recursively to renumber child task IDs . |
20,643 | public void updateStructure ( ) { if ( size ( ) > 1 ) { Collections . sort ( this ) ; m_projectFile . getChildTasks ( ) . clear ( ) ; Task lastTask = null ; int lastLevel = - 1 ; boolean autoWbs = m_projectFile . getProjectConfig ( ) . getAutoWBS ( ) ; boolean autoOutlineNumber = m_projectFile . getProjectConfig ( ) . getAutoOutlineNumber ( ) ; for ( Task task : this ) { task . clearChildTasks ( ) ; Task parent = null ; if ( ! task . getNull ( ) ) { int level = NumberHelper . getInt ( task . getOutlineLevel ( ) ) ; if ( lastTask != null ) { if ( level == lastLevel || task . getNull ( ) ) { parent = lastTask . getParentTask ( ) ; level = lastLevel ; } else { if ( level > lastLevel ) { parent = lastTask ; } else { while ( level <= lastLevel ) { parent = lastTask . getParentTask ( ) ; if ( parent == null ) { break ; } lastLevel = NumberHelper . getInt ( parent . getOutlineLevel ( ) ) ; lastTask = parent ; } } } } lastTask = task ; lastLevel = level ; if ( autoWbs || task . getWBS ( ) == null ) { task . generateWBS ( parent ) ; } if ( autoOutlineNumber ) { task . generateOutlineNumber ( parent ) ; } } if ( parent == null ) { m_projectFile . getChildTasks ( ) . add ( task ) ; } else { parent . addChildTask ( task ) ; } } } } | This method is used to recreate the hierarchical structure of the project file from scratch . The method sorts the list of all tasks then iterates through it creating the parent - child structure defined by the outline level field . |
20,644 | private void process ( String input , String output ) throws MPXJException , IOException { MPPReader reader = new MPPReader ( ) ; m_project = reader . read ( input ) ; String varDataFileName ; String projectDirName ; int mppFileType = NumberHelper . getInt ( m_project . getProjectProperties ( ) . getMppFileType ( ) ) ; switch ( mppFileType ) { case 8 : { projectDirName = " 1" ; varDataFileName = "FixDeferFix 0" ; break ; } case 9 : { projectDirName = " 19" ; varDataFileName = "Var2Data" ; break ; } case 12 : { projectDirName = " 112" ; varDataFileName = "Var2Data" ; break ; } case 14 : { projectDirName = " 114" ; varDataFileName = "Var2Data" ; break ; } default : { throw new IllegalArgumentException ( "Unsupported file type " + mppFileType ) ; } } FileInputStream is = new FileInputStream ( input ) ; POIFSFileSystem fs = new POIFSFileSystem ( is ) ; is . close ( ) ; DirectoryEntry root = fs . getRoot ( ) ; m_projectDir = ( DirectoryEntry ) root . getEntry ( projectDirName ) ; Map < String , String > replacements = new HashMap < String , String > ( ) ; for ( Task task : m_project . getTasks ( ) ) { mapText ( task . getName ( ) , replacements ) ; } processReplacements ( ( ( DirectoryEntry ) m_projectDir . getEntry ( "TBkndTask" ) ) , varDataFileName , replacements , true ) ; replacements . clear ( ) ; for ( Resource resource : m_project . getResources ( ) ) { mapText ( resource . getName ( ) , replacements ) ; mapText ( resource . getInitials ( ) , replacements ) ; } processReplacements ( ( DirectoryEntry ) m_projectDir . getEntry ( "TBkndRsc" ) , varDataFileName , replacements , true ) ; replacements . clear ( ) ; ProjectProperties properties = m_project . getProjectProperties ( ) ; mapText ( properties . getProjectTitle ( ) , replacements ) ; processReplacements ( m_projectDir , "Props" , replacements , true ) ; replacements . clear ( ) ; mapText ( properties . getProjectTitle ( ) , replacements ) ; mapText ( properties . getSubject ( ) , replacements ) ; mapText ( properties . getAuthor ( ) , replacements ) ; mapText ( properties . getKeywords ( ) , replacements ) ; mapText ( properties . getComments ( ) , replacements ) ; processReplacements ( root , "\005SummaryInformation" , replacements , false ) ; replacements . clear ( ) ; mapText ( properties . getManager ( ) , replacements ) ; mapText ( properties . getCompany ( ) , replacements ) ; mapText ( properties . getCategory ( ) , replacements ) ; processReplacements ( root , "\005DocumentSummaryInformation" , replacements , false ) ; FileOutputStream os = new FileOutputStream ( output ) ; fs . writeFilesystem ( os ) ; os . flush ( ) ; os . close ( ) ; fs . close ( ) ; } | Process an MPP file to make it anonymous . |
20,645 | private void mapText ( String oldText , Map < String , String > replacements ) { char c2 = 0 ; if ( oldText != null && oldText . length ( ) != 0 && ! replacements . containsKey ( oldText ) ) { StringBuilder newText = new StringBuilder ( oldText . length ( ) ) ; for ( int loop = 0 ; loop < oldText . length ( ) ; loop ++ ) { char c = oldText . charAt ( loop ) ; if ( Character . isUpperCase ( c ) ) { newText . append ( 'X' ) ; } else { if ( Character . isLowerCase ( c ) ) { newText . append ( 'x' ) ; } else { if ( Character . isDigit ( c ) ) { newText . append ( '0' ) ; } else { if ( Character . isLetter ( c ) ) { if ( c2 == 0 ) { c2 = c ; } newText . append ( c2 ) ; } else { newText . append ( c ) ; } } } } } replacements . put ( oldText , newText . toString ( ) ) ; } } | Converts plan text into anonymous text . Preserves upper case lower case punctuation whitespace and digits while making the text unreadable . |
20,646 | private byte [ ] getBytes ( String value , boolean unicode ) { byte [ ] result ; if ( unicode ) { int start = 0 ; byte [ ] bytes ; try { bytes = value . getBytes ( "UTF-16" ) ; } catch ( UnsupportedEncodingException e ) { bytes = value . getBytes ( ) ; } if ( bytes . length > 2 && bytes [ 0 ] == - 2 && bytes [ 1 ] == - 1 ) { start = 2 ; } result = new byte [ bytes . length - start ] ; for ( int loop = start ; loop < bytes . length - 1 ; loop += 2 ) { result [ loop - start ] = bytes [ loop + 1 ] ; result [ loop + 1 - start ] = bytes [ loop ] ; } } else { result = new byte [ value . length ( ) + 1 ] ; System . arraycopy ( value . getBytes ( ) , 0 , result , 0 , value . length ( ) ) ; } return ( result ) ; } | Convert a Java String instance into the equivalent array of single or double bytes . |
20,647 | private boolean compareBytes ( byte [ ] lhs , byte [ ] rhs , int rhsOffset ) { boolean result = true ; for ( int loop = 0 ; loop < lhs . length ; loop ++ ) { if ( lhs [ loop ] != rhs [ rhsOffset + loop ] ) { result = false ; break ; } } return ( result ) ; } | Compare an array of bytes with a subsection of a larger array of bytes . |
20,648 | private void writeCurrency ( ) { ProjectProperties props = m_projectFile . getProjectProperties ( ) ; CurrencyType currency = m_factory . createCurrencyType ( ) ; m_apibo . getCurrency ( ) . add ( currency ) ; String positiveSymbol = getCurrencyFormat ( props . getSymbolPosition ( ) ) ; String negativeSymbol = "(" + positiveSymbol + ")" ; currency . setDecimalPlaces ( props . getCurrencyDigits ( ) ) ; currency . setDecimalSymbol ( getSymbolName ( props . getDecimalSeparator ( ) ) ) ; currency . setDigitGroupingSymbol ( getSymbolName ( props . getThousandsSeparator ( ) ) ) ; currency . setExchangeRate ( Double . valueOf ( 1.0 ) ) ; currency . setId ( "CUR" ) ; currency . setName ( "Default Currency" ) ; currency . setNegativeSymbol ( negativeSymbol ) ; currency . setObjectId ( DEFAULT_CURRENCY_ID ) ; currency . setPositiveSymbol ( positiveSymbol ) ; currency . setSymbol ( props . getCurrencySymbol ( ) ) ; } | Create a handful of default currencies to keep Primavera happy . |
20,649 | private String getSymbolName ( char c ) { String result = null ; switch ( c ) { case ',' : { result = "Comma" ; break ; } case '.' : { result = "Period" ; break ; } } return result ; } | Map the currency separator character to a symbol name . |
20,650 | private String getCurrencyFormat ( CurrencySymbolPosition position ) { String result ; switch ( position ) { case AFTER : { result = "1.1#" ; break ; } case AFTER_WITH_SPACE : { result = "1.1 #" ; break ; } case BEFORE_WITH_SPACE : { result = "# 1.1" ; break ; } default : case BEFORE : { result = "#1.1" ; break ; } } return result ; } | Generate a currency format . |
20,651 | private void writeUserFieldDefinitions ( ) { for ( CustomField cf : m_sortedCustomFieldsList ) { if ( cf . getFieldType ( ) != null && cf . getFieldType ( ) . getDataType ( ) != null ) { UDFTypeType udf = m_factory . createUDFTypeType ( ) ; udf . setObjectId ( Integer . valueOf ( FieldTypeHelper . getFieldID ( cf . getFieldType ( ) ) ) ) ; udf . setDataType ( UserFieldDataType . inferUserFieldDataType ( cf . getFieldType ( ) . getDataType ( ) ) ) ; udf . setSubjectArea ( UserFieldDataType . inferUserFieldSubjectArea ( cf . getFieldType ( ) ) ) ; udf . setTitle ( cf . getAlias ( ) ) ; m_apibo . getUDFType ( ) . add ( udf ) ; } } } | Add UDFType objects to a PM XML file . |
20,652 | private void writeCalendar ( ProjectCalendar mpxj ) { CalendarType xml = m_factory . createCalendarType ( ) ; m_apibo . getCalendar ( ) . add ( xml ) ; String type = mpxj . getResource ( ) == null ? "Global" : "Resource" ; xml . setBaseCalendarObjectId ( getCalendarUniqueID ( mpxj . getParent ( ) ) ) ; xml . setIsPersonal ( mpxj . getResource ( ) == null ? Boolean . FALSE : Boolean . TRUE ) ; xml . setName ( mpxj . getName ( ) ) ; xml . setObjectId ( mpxj . getUniqueID ( ) ) ; xml . setType ( type ) ; StandardWorkWeek xmlStandardWorkWeek = m_factory . createCalendarTypeStandardWorkWeek ( ) ; xml . setStandardWorkWeek ( xmlStandardWorkWeek ) ; for ( Day day : EnumSet . allOf ( Day . class ) ) { StandardWorkHours xmlHours = m_factory . createCalendarTypeStandardWorkWeekStandardWorkHours ( ) ; xmlStandardWorkWeek . getStandardWorkHours ( ) . add ( xmlHours ) ; xmlHours . setDayOfWeek ( getDayName ( day ) ) ; for ( DateRange range : mpxj . getHours ( day ) ) { WorkTimeType xmlWorkTime = m_factory . createWorkTimeType ( ) ; xmlHours . getWorkTime ( ) . add ( xmlWorkTime ) ; xmlWorkTime . setStart ( range . getStart ( ) ) ; xmlWorkTime . setFinish ( getEndTime ( range . getEnd ( ) ) ) ; } } HolidayOrExceptions xmlExceptions = m_factory . createCalendarTypeHolidayOrExceptions ( ) ; xml . setHolidayOrExceptions ( xmlExceptions ) ; if ( ! mpxj . getCalendarExceptions ( ) . isEmpty ( ) ) { Calendar calendar = DateHelper . popCalendar ( ) ; for ( ProjectCalendarException mpxjException : mpxj . getCalendarExceptions ( ) ) { calendar . setTime ( mpxjException . getFromDate ( ) ) ; while ( calendar . getTimeInMillis ( ) < mpxjException . getToDate ( ) . getTime ( ) ) { HolidayOrException xmlException = m_factory . createCalendarTypeHolidayOrExceptionsHolidayOrException ( ) ; xmlExceptions . getHolidayOrException ( ) . add ( xmlException ) ; xmlException . setDate ( calendar . getTime ( ) ) ; for ( DateRange range : mpxjException ) { WorkTimeType xmlHours = m_factory . createWorkTimeType ( ) ; xmlException . getWorkTime ( ) . add ( xmlHours ) ; xmlHours . setStart ( range . getStart ( ) ) ; if ( range . getEnd ( ) != null ) { xmlHours . setFinish ( getEndTime ( range . getEnd ( ) ) ) ; } } calendar . add ( Calendar . DAY_OF_YEAR , 1 ) ; } } DateHelper . pushCalendar ( calendar ) ; } } | This method writes data for an individual calendar to a PM XML file . |
20,653 | private void writeResources ( ) { for ( Resource resource : m_projectFile . getResources ( ) ) { if ( resource . getUniqueID ( ) . intValue ( ) != 0 ) { writeResource ( resource ) ; } } } | This method writes resource data to a PM XML file . |
20,654 | private void writeResource ( Resource mpxj ) { ResourceType xml = m_factory . createResourceType ( ) ; m_apibo . getResource ( ) . add ( xml ) ; xml . setAutoComputeActuals ( Boolean . TRUE ) ; xml . setCalculateCostFromUnits ( Boolean . TRUE ) ; xml . setCalendarObjectId ( getCalendarUniqueID ( mpxj . getResourceCalendar ( ) ) ) ; xml . setCurrencyObjectId ( DEFAULT_CURRENCY_ID ) ; xml . setDefaultUnitsPerTime ( Double . valueOf ( 1.0 ) ) ; xml . setEmailAddress ( mpxj . getEmailAddress ( ) ) ; xml . setGUID ( DatatypeConverter . printUUID ( mpxj . getGUID ( ) ) ) ; xml . setId ( RESOURCE_ID_PREFIX + mpxj . getUniqueID ( ) ) ; xml . setIsActive ( Boolean . TRUE ) ; xml . setMaxUnitsPerTime ( getPercentage ( mpxj . getMaxUnits ( ) ) ) ; xml . setName ( mpxj . getName ( ) ) ; xml . setObjectId ( mpxj . getUniqueID ( ) ) ; xml . setParentObjectId ( mpxj . getParentID ( ) ) ; xml . setResourceNotes ( mpxj . getNotes ( ) ) ; xml . setResourceType ( getResourceType ( mpxj ) ) ; xml . getUDF ( ) . addAll ( writeUDFType ( FieldTypeClass . RESOURCE , mpxj ) ) ; } | Write a single resource . |
20,655 | private void writeTask ( Task task ) { if ( ! task . getNull ( ) ) { if ( extractAndConvertTaskType ( task ) == null || task . getSummary ( ) ) { writeWBS ( task ) ; } else { writeActivity ( task ) ; } } } | Given a Task instance this task determines if it should be written to the PM XML file as an activity or as a WBS item and calls the appropriate method . |
20,656 | private void writeWBS ( Task mpxj ) { if ( mpxj . getUniqueID ( ) . intValue ( ) != 0 ) { WBSType xml = m_factory . createWBSType ( ) ; m_project . getWBS ( ) . add ( xml ) ; String code = mpxj . getWBS ( ) ; code = code == null || code . length ( ) == 0 ? DEFAULT_WBS_CODE : code ; Task parentTask = mpxj . getParentTask ( ) ; Integer parentObjectID = parentTask == null ? null : parentTask . getUniqueID ( ) ; xml . setCode ( code ) ; xml . setGUID ( DatatypeConverter . printUUID ( mpxj . getGUID ( ) ) ) ; xml . setName ( mpxj . getName ( ) ) ; xml . setObjectId ( mpxj . getUniqueID ( ) ) ; xml . setParentObjectId ( parentObjectID ) ; xml . setProjectObjectId ( PROJECT_OBJECT_ID ) ; xml . setSequenceNumber ( Integer . valueOf ( m_wbsSequence ++ ) ) ; xml . setStatus ( "Active" ) ; } writeChildTasks ( mpxj ) ; } | Writes a WBS entity to the PM XML file . |
20,657 | private void writeActivity ( Task mpxj ) { ActivityType xml = m_factory . createActivityType ( ) ; m_project . getActivity ( ) . add ( xml ) ; Task parentTask = mpxj . getParentTask ( ) ; Integer parentObjectID = parentTask == null ? null : parentTask . getUniqueID ( ) ; xml . setActualStartDate ( mpxj . getActualStart ( ) ) ; xml . setActualFinishDate ( mpxj . getActualFinish ( ) ) ; xml . setAtCompletionDuration ( getDuration ( mpxj . getDuration ( ) ) ) ; xml . setCalendarObjectId ( getCalendarUniqueID ( mpxj . getCalendar ( ) ) ) ; xml . setDurationPercentComplete ( getPercentage ( mpxj . getPercentageComplete ( ) ) ) ; xml . setDurationType ( DURATION_TYPE_MAP . get ( mpxj . getType ( ) ) ) ; xml . setFinishDate ( mpxj . getFinish ( ) ) ; xml . setGUID ( DatatypeConverter . printUUID ( mpxj . getGUID ( ) ) ) ; xml . setId ( getActivityID ( mpxj ) ) ; xml . setName ( mpxj . getName ( ) ) ; xml . setObjectId ( mpxj . getUniqueID ( ) ) ; xml . setPercentComplete ( getPercentage ( mpxj . getPercentageComplete ( ) ) ) ; xml . setPercentCompleteType ( "Duration" ) ; xml . setPrimaryConstraintType ( CONSTRAINT_TYPE_MAP . get ( mpxj . getConstraintType ( ) ) ) ; xml . setPrimaryConstraintDate ( mpxj . getConstraintDate ( ) ) ; xml . setPlannedDuration ( getDuration ( mpxj . getDuration ( ) ) ) ; xml . setPlannedFinishDate ( mpxj . getFinish ( ) ) ; xml . setPlannedStartDate ( mpxj . getStart ( ) ) ; xml . setProjectObjectId ( PROJECT_OBJECT_ID ) ; xml . setRemainingDuration ( getDuration ( mpxj . getRemainingDuration ( ) ) ) ; xml . setRemainingEarlyFinishDate ( mpxj . getEarlyFinish ( ) ) ; xml . setRemainingEarlyStartDate ( mpxj . getResume ( ) ) ; xml . setRemainingLaborCost ( NumberHelper . DOUBLE_ZERO ) ; xml . setRemainingLaborUnits ( NumberHelper . DOUBLE_ZERO ) ; xml . setRemainingNonLaborCost ( NumberHelper . DOUBLE_ZERO ) ; xml . setRemainingNonLaborUnits ( NumberHelper . DOUBLE_ZERO ) ; xml . setStartDate ( mpxj . getStart ( ) ) ; xml . setStatus ( getActivityStatus ( mpxj ) ) ; xml . setType ( extractAndConvertTaskType ( mpxj ) ) ; xml . setWBSObjectId ( parentObjectID ) ; xml . getUDF ( ) . addAll ( writeUDFType ( FieldTypeClass . TASK , mpxj ) ) ; writePredecessors ( mpxj ) ; } | Writes an activity to a PM XML file . |
20,658 | private String extractAndConvertTaskType ( Task task ) { String activityType = ( String ) task . getCachedValue ( m_activityTypeField ) ; if ( activityType == null ) { activityType = "Resource Dependent" ; } else { if ( ACTIVITY_TYPE_MAP . containsKey ( activityType ) ) { activityType = ACTIVITY_TYPE_MAP . get ( activityType ) ; } } return activityType ; } | Attempts to locate the activity type value extracted from an existing P6 schedule . If necessary converts to the form which can be used in the PMXML file . Returns Resource Dependent as the default value . |
20,659 | private void writeAssignments ( ) { for ( ResourceAssignment assignment : m_projectFile . getResourceAssignments ( ) ) { Resource resource = assignment . getResource ( ) ; if ( resource != null ) { Task task = assignment . getTask ( ) ; if ( task != null && task . getUniqueID ( ) . intValue ( ) != 0 && ! task . getSummary ( ) ) { writeAssignment ( assignment ) ; } } } } | Writes assignment data to a PM XML file . |
20,660 | private void writeAssignment ( ResourceAssignment mpxj ) { ResourceAssignmentType xml = m_factory . createResourceAssignmentType ( ) ; m_project . getResourceAssignment ( ) . add ( xml ) ; Task task = mpxj . getTask ( ) ; Task parentTask = task . getParentTask ( ) ; Integer parentTaskUniqueID = parentTask == null ? null : parentTask . getUniqueID ( ) ; xml . setActivityObjectId ( mpxj . getTaskUniqueID ( ) ) ; xml . setActualCost ( getDouble ( mpxj . getActualCost ( ) ) ) ; xml . setActualFinishDate ( mpxj . getActualFinish ( ) ) ; xml . setActualOvertimeUnits ( getDuration ( mpxj . getActualOvertimeWork ( ) ) ) ; xml . setActualRegularUnits ( getDuration ( mpxj . getActualWork ( ) ) ) ; xml . setActualStartDate ( mpxj . getActualStart ( ) ) ; xml . setActualUnits ( getDuration ( mpxj . getActualWork ( ) ) ) ; xml . setAtCompletionUnits ( getDuration ( mpxj . getRemainingWork ( ) ) ) ; xml . setPlannedCost ( getDouble ( mpxj . getActualCost ( ) ) ) ; xml . setFinishDate ( mpxj . getFinish ( ) ) ; xml . setGUID ( DatatypeConverter . printUUID ( mpxj . getGUID ( ) ) ) ; xml . setObjectId ( mpxj . getUniqueID ( ) ) ; xml . setPlannedDuration ( getDuration ( mpxj . getWork ( ) ) ) ; xml . setPlannedFinishDate ( mpxj . getFinish ( ) ) ; xml . setPlannedStartDate ( mpxj . getStart ( ) ) ; xml . setPlannedUnits ( getDuration ( mpxj . getWork ( ) ) ) ; xml . setPlannedUnitsPerTime ( getPercentage ( mpxj . getUnits ( ) ) ) ; xml . setProjectObjectId ( PROJECT_OBJECT_ID ) ; xml . setRateSource ( "Resource" ) ; xml . setRemainingCost ( getDouble ( mpxj . getActualCost ( ) ) ) ; xml . setRemainingDuration ( getDuration ( mpxj . getRemainingWork ( ) ) ) ; xml . setRemainingFinishDate ( mpxj . getFinish ( ) ) ; xml . setRemainingStartDate ( mpxj . getStart ( ) ) ; xml . setRemainingUnits ( getDuration ( mpxj . getRemainingWork ( ) ) ) ; xml . setRemainingUnitsPerTime ( getPercentage ( mpxj . getUnits ( ) ) ) ; xml . setResourceObjectId ( mpxj . getResourceUniqueID ( ) ) ; xml . setStartDate ( mpxj . getStart ( ) ) ; xml . setWBSObjectId ( parentTaskUniqueID ) ; xml . getUDF ( ) . addAll ( writeUDFType ( FieldTypeClass . ASSIGNMENT , mpxj ) ) ; } | Writes a resource assignment to a PM XML file . |
20,661 | private void writePredecessors ( Task task ) { List < Relation > relations = task . getPredecessors ( ) ; for ( Relation mpxj : relations ) { RelationshipType xml = m_factory . createRelationshipType ( ) ; m_project . getRelationship ( ) . add ( xml ) ; xml . setLag ( getDuration ( mpxj . getLag ( ) ) ) ; xml . setObjectId ( Integer . valueOf ( ++ m_relationshipObjectID ) ) ; xml . setPredecessorActivityObjectId ( mpxj . getTargetTask ( ) . getUniqueID ( ) ) ; xml . setSuccessorActivityObjectId ( mpxj . getSourceTask ( ) . getUniqueID ( ) ) ; xml . setPredecessorProjectObjectId ( PROJECT_OBJECT_ID ) ; xml . setSuccessorProjectObjectId ( PROJECT_OBJECT_ID ) ; xml . setType ( RELATION_TYPE_MAP . get ( mpxj . getType ( ) ) ) ; } } | Writes task predecessor links to a PM XML file . |
20,662 | private List < UDFAssignmentType > writeUDFType ( FieldTypeClass type , FieldContainer mpxj ) { List < UDFAssignmentType > out = new ArrayList < UDFAssignmentType > ( ) ; for ( CustomField cf : m_sortedCustomFieldsList ) { FieldType fieldType = cf . getFieldType ( ) ; if ( fieldType != null && type == fieldType . getFieldTypeClass ( ) ) { Object value = mpxj . getCachedValue ( fieldType ) ; if ( FieldTypeHelper . valueIsNotDefault ( fieldType , value ) ) { UDFAssignmentType udf = m_factory . createUDFAssignmentType ( ) ; udf . setTypeObjectId ( FieldTypeHelper . getFieldID ( fieldType ) ) ; setUserFieldValue ( udf , fieldType . getDataType ( ) , value ) ; out . add ( udf ) ; } } } return out ; } | Writes a list of UDF types . |
20,663 | private void setUserFieldValue ( UDFAssignmentType udf , DataType dataType , Object value ) { switch ( dataType ) { case DURATION : { udf . setTextValue ( ( ( Duration ) value ) . toString ( ) ) ; break ; } case CURRENCY : { if ( ! ( value instanceof Double ) ) { value = Double . valueOf ( ( ( Number ) value ) . doubleValue ( ) ) ; } udf . setCostValue ( ( Double ) value ) ; break ; } case BINARY : { udf . setTextValue ( "" ) ; break ; } case STRING : { udf . setTextValue ( ( String ) value ) ; break ; } case DATE : { udf . setStartDateValue ( ( Date ) value ) ; break ; } case NUMERIC : { if ( ! ( value instanceof Double ) ) { value = Double . valueOf ( ( ( Number ) value ) . doubleValue ( ) ) ; } udf . setDoubleValue ( ( Double ) value ) ; break ; } case BOOLEAN : { udf . setIntegerValue ( BooleanHelper . getBoolean ( ( Boolean ) value ) ? Integer . valueOf ( 1 ) : Integer . valueOf ( 0 ) ) ; break ; } case INTEGER : case SHORT : { udf . setIntegerValue ( NumberHelper . getInteger ( ( Number ) value ) ) ; break ; } default : { throw new RuntimeException ( "Unconvertible data type: " + dataType ) ; } } } | Sets the value of a UDF . |
20,664 | private Double getDuration ( Duration duration ) { Double result ; if ( duration == null ) { result = null ; } else { if ( duration . getUnits ( ) != TimeUnit . HOURS ) { duration = duration . convertUnits ( TimeUnit . HOURS , m_projectFile . getProjectProperties ( ) ) ; } result = Double . valueOf ( duration . getDuration ( ) ) ; } return result ; } | Retrieve a duration in the form required by Primavera . |
20,665 | private String getResourceType ( Resource resource ) { String result ; net . sf . mpxj . ResourceType type = resource . getType ( ) ; if ( type == null ) { type = net . sf . mpxj . ResourceType . WORK ; } switch ( type ) { case MATERIAL : { result = "Material" ; break ; } case COST : { result = "Nonlabor" ; break ; } default : { result = "Labor" ; break ; } } return result ; } | Formats a resource type . |
20,666 | private Double getPercentage ( Number number ) { Double result = null ; if ( number != null ) { result = Double . valueOf ( number . doubleValue ( ) / 100 ) ; } return result ; } | Formats a percentage value . |
20,667 | private Double getDouble ( Number number ) { Double result = null ; if ( number != null ) { result = Double . valueOf ( number . doubleValue ( ) ) ; } return result ; } | Formats a double value . |
20,668 | private String getActivityStatus ( Task mpxj ) { String result ; if ( mpxj . getActualStart ( ) == null ) { result = "Not Started" ; } else { if ( mpxj . getActualFinish ( ) == null ) { result = "In Progress" ; } else { result = "Completed" ; } } return result ; } | Retrieve an activity status . |
20,669 | private String getActivityID ( Task task ) { String result = null ; if ( m_activityIDField != null ) { Object value = task . getCachedValue ( m_activityIDField ) ; if ( value != null ) { result = value . toString ( ) ; } } return result ; } | Retrieve the Activity ID value for this task . |
20,670 | private void configureCustomFields ( ) { CustomFieldContainer customFields = m_projectFile . getCustomFields ( ) ; if ( m_activityIDField == null ) { m_activityIDField = ( TaskField ) customFields . getFieldByAlias ( FieldTypeClass . TASK , "Code" ) ; if ( m_activityIDField == null ) { m_activityIDField = TaskField . WBS ; } } if ( m_activityTypeField == null ) { m_activityTypeField = ( TaskField ) customFields . getFieldByAlias ( FieldTypeClass . TASK , "Activity Type" ) ; } } | Find the fields in which the Activity ID and Activity Type are stored . |
20,671 | private void populateSortedCustomFieldsList ( ) { m_sortedCustomFieldsList = new ArrayList < CustomField > ( ) ; for ( CustomField field : m_projectFile . getCustomFields ( ) ) { FieldType fieldType = field . getFieldType ( ) ; if ( fieldType != null ) { m_sortedCustomFieldsList . add ( field ) ; } } Collections . sort ( m_sortedCustomFieldsList , new Comparator < CustomField > ( ) { public int compare ( CustomField customField1 , CustomField customField2 ) { FieldType o1 = customField1 . getFieldType ( ) ; FieldType o2 = customField2 . getFieldType ( ) ; String name1 = o1 . getClass ( ) . getSimpleName ( ) + "." + o1 . getName ( ) + " " + customField1 . getAlias ( ) ; String name2 = o2 . getClass ( ) . getSimpleName ( ) + "." + o2 . getName ( ) + " " + customField2 . getAlias ( ) ; return name1 . compareTo ( name2 ) ; } } ) ; } | Populate a sorted list of custom fields to ensure that these fields are written to the file in a consistent order . |
20,672 | public void setDay ( Day d ) { if ( m_day != null ) { m_parentCalendar . removeHoursFromDay ( this ) ; } m_day = d ; m_parentCalendar . attachHoursToDay ( this ) ; } | Set day . |
20,673 | public void applyPatterns ( String [ ] patterns ) { m_formats = new SimpleDateFormat [ patterns . length ] ; for ( int index = 0 ; index < patterns . length ; index ++ ) { m_formats [ index ] = new SimpleDateFormat ( patterns [ index ] ) ; } } | This method is used to configure the format pattern . |
20,674 | public static Duration getDuration ( ProjectProperties properties , Integer durationValue , Integer unitsValue ) { Duration result ; if ( durationValue == null ) { result = null ; } else { result = Duration . getInstance ( durationValue . intValue ( ) , TimeUnit . MINUTES ) ; TimeUnit units = getDurationUnits ( unitsValue ) ; if ( result . getUnits ( ) != units ) { result = result . convertUnits ( units , properties ) ; } } return ( result ) ; } | Convert the integer representation of a duration value and duration units into an MPXJ Duration instance . |
20,675 | public static Integer getDurationValue ( ProjectProperties properties , Duration duration ) { Integer result ; if ( duration == null ) { result = null ; } else { if ( duration . getUnits ( ) != TimeUnit . MINUTES ) { duration = duration . convertUnits ( TimeUnit . MINUTES , properties ) ; } result = Integer . valueOf ( ( int ) duration . getDuration ( ) ) ; } return ( result ) ; } | Convert an MPXJ Duration instance into an integer duration in minutes ready to be written to an MPX file . |
20,676 | public static Integer getDurationUnits ( RecurringTask recurrence ) { Duration duration = recurrence . getDuration ( ) ; Integer result = null ; if ( duration != null ) { result = UNITS_MAP . get ( duration . getUnits ( ) ) ; } return ( result ) ; } | Converts a TimeUnit instance to an integer value suitable for writing to an MPX file . |
20,677 | private static TimeUnit getDurationUnits ( Integer value ) { TimeUnit result = null ; if ( value != null ) { int index = value . intValue ( ) ; if ( index >= 0 && index < DURATION_UNITS . length ) { result = DURATION_UNITS [ index ] ; } } if ( result == null ) { result = TimeUnit . DAYS ; } return ( result ) ; } | Maps a duration unit value from a recurring task record in an MPX file to a TimeUnit instance . Defaults to days if any problems are encountered . |
20,678 | public static Integer getDays ( String days ) { Integer result = null ; if ( days != null ) { result = Integer . valueOf ( Integer . parseInt ( days , 2 ) ) ; } return ( result ) ; } | Converts the string representation of the days bit field into an integer . |
20,679 | public static String getDays ( RecurringTask task ) { StringBuilder sb = new StringBuilder ( ) ; for ( Day day : Day . values ( ) ) { sb . append ( task . getWeeklyDay ( day ) ? "1" : "0" ) ; } return sb . toString ( ) ; } | Convert weekly recurrence days into a bit field . |
20,680 | public static Day getDay ( Integer day ) { Day result = null ; if ( day != null ) { result = DAY_ARRAY [ day . intValue ( ) ] ; } return ( result ) ; } | Convert MPX day index to Day instance . |
20,681 | public static Integer getDay ( Day day ) { Integer result = null ; if ( day != null ) { result = DAY_MAP . get ( day ) ; } return ( result ) ; } | Convert Day instance to MPX day index . |
20,682 | public static Date getYearlyAbsoluteAsDate ( RecurringData data ) { Date result ; Integer yearlyAbsoluteDay = data . getDayNumber ( ) ; Integer yearlyAbsoluteMonth = data . getMonthNumber ( ) ; Date startDate = data . getStartDate ( ) ; if ( yearlyAbsoluteDay == null || yearlyAbsoluteMonth == null || startDate == null ) { result = null ; } else { Calendar cal = DateHelper . popCalendar ( startDate ) ; cal . set ( Calendar . MONTH , yearlyAbsoluteMonth . intValue ( ) - 1 ) ; cal . set ( Calendar . DAY_OF_MONTH , yearlyAbsoluteDay . intValue ( ) ) ; result = cal . getTime ( ) ; DateHelper . pushCalendar ( cal ) ; } return result ; } | Retrieves the yearly absolute date . |
20,683 | public int readInt ( int offset , byte [ ] data ) { int result = 0 ; int i = offset + m_offset ; for ( int shiftBy = 0 ; shiftBy < 32 ; shiftBy += 8 ) { result |= ( ( data [ i ] & 0xff ) ) << shiftBy ; ++ i ; } return result ; } | Read a four byte integer from the data . |
20,684 | private void parse ( String header ) { ArrayList < String > list = new ArrayList < String > ( 4 ) ; StringBuilder sb = new StringBuilder ( ) ; int index = 1 ; while ( index < header . length ( ) ) { char c = header . charAt ( index ++ ) ; if ( Character . isDigit ( c ) ) { sb . append ( c ) ; } else { if ( sb . length ( ) != 0 ) { list . add ( sb . toString ( ) ) ; sb . setLength ( 0 ) ; } } } if ( sb . length ( ) != 0 ) { list . add ( sb . toString ( ) ) ; } m_id = list . get ( 0 ) ; m_sequence = Integer . parseInt ( list . get ( 1 ) ) ; m_type = Integer . valueOf ( list . get ( 2 ) ) ; if ( list . size ( ) > 3 ) { m_subtype = Integer . parseInt ( list . get ( 3 ) ) ; } } | Parses values out of the header text . |
20,685 | public int getIndexByDate ( Date date ) { int result = - 1 ; int index = 0 ; for ( CostRateTableEntry entry : this ) { if ( DateHelper . compare ( date , entry . getEndDate ( ) ) < 0 ) { result = index ; break ; } ++ index ; } return result ; } | Retrieve the index of the table entry valid for the supplied date . |
20,686 | public static final int getInt ( String value ) { return ( value == null || value . length ( ) == 0 ? 0 : Integer . parseInt ( value ) ) ; } | This method retrieves an int value from a String instance . It returns zero by default if a null value or an empty string is supplied . |
20,687 | public static final double getDouble ( String value ) { return ( value == null || value . length ( ) == 0 ? 0 : Double . parseDouble ( value ) ) ; } | This method retrieves a double value from a String instance . It returns zero by default if a null value or an empty string is supplied . |
20,688 | public static final Integer getInteger ( Number value ) { Integer result = null ; if ( value != null ) { if ( value instanceof Integer ) { result = ( Integer ) value ; } else { result = Integer . valueOf ( ( int ) Math . round ( value . doubleValue ( ) ) ) ; } } return ( result ) ; } | Utility method used to convert an arbitrary Number into an Integer . |
20,689 | public static final Integer getInteger ( String value ) { Integer result ; try { result = Integer . valueOf ( Integer . parseInt ( value ) ) ; } catch ( Exception ex ) { result = null ; } return ( result ) ; } | Converts a string representation of an integer into an Integer object . Silently ignores any parse exceptions and returns null . |
20,690 | public static final BigInteger getBigInteger ( Number value ) { BigInteger result = null ; if ( value != null ) { if ( value instanceof BigInteger ) { result = ( BigInteger ) value ; } else { result = BigInteger . valueOf ( Math . round ( value . doubleValue ( ) ) ) ; } } return ( result ) ; } | Utility method used to convert a Number into a BigInteger . |
20,691 | public static final double round ( double value , double precision ) { precision = Math . pow ( 10 , precision ) ; return Math . round ( value * precision ) / precision ; } | Utility method used to round a double to the given precision . |
20,692 | public static final Integer parseInteger ( String value ) { return ( value == null || value . length ( ) == 0 ? null : Integer . valueOf ( Integer . parseInt ( value ) ) ) ; } | Utility method to convert a String to an Integer and handles null values . |
20,693 | public static int compare ( Integer n1 , Integer n2 ) { int result ; if ( n1 == null || n2 == null ) { result = ( n1 == null && n2 == null ? 0 : ( n1 == null ? 1 : - 1 ) ) ; } else { result = n1 . compareTo ( n2 ) ; } return ( result ) ; } | Compare two integers accounting for null values . |
20,694 | private final Object getObject ( String name ) { if ( m_map . containsKey ( name ) == false ) { throw new IllegalArgumentException ( "Invalid column name " + name ) ; } Object result = m_map . get ( name ) ; return ( result ) ; } | Retrieve a value from the map ensuring that a key exists in the map with the specified name . |
20,695 | public int nextToken ( ) throws IOException { int c ; int nextc = - 1 ; boolean quoted = false ; int result = m_next ; if ( m_next != 0 ) { m_next = 0 ; } m_buffer . setLength ( 0 ) ; while ( result == 0 ) { if ( nextc != - 1 ) { c = nextc ; nextc = - 1 ; } else { c = read ( ) ; } switch ( c ) { case TT_EOF : { if ( m_buffer . length ( ) != 0 ) { result = TT_WORD ; m_next = TT_EOF ; } else { result = TT_EOF ; } break ; } case TT_EOL : { int length = m_buffer . length ( ) ; if ( length != 0 && m_buffer . charAt ( length - 1 ) == '\r' ) { -- length ; m_buffer . setLength ( length ) ; } if ( length == 0 ) { result = TT_EOL ; } else { result = TT_WORD ; m_next = TT_EOL ; } break ; } default : { if ( c == m_quote ) { if ( quoted == false && startQuotedIsValid ( m_buffer ) ) { quoted = true ; } else { if ( quoted == false ) { m_buffer . append ( ( char ) c ) ; } else { nextc = read ( ) ; if ( nextc == m_quote ) { m_buffer . append ( ( char ) c ) ; nextc = - 1 ; } else { quoted = false ; } } } } else { if ( c == m_delimiter && quoted == false ) { result = TT_WORD ; } else { m_buffer . append ( ( char ) c ) ; } } } } } m_type = result ; return ( result ) ; } | This method retrieves the next token and returns a constant representing the type of token found . |
20,696 | public ResourceAssignmentWorkgroupFields addWorkgroupAssignment ( ) throws MPXJException { if ( m_workgroup != null ) { throw new MPXJException ( MPXJException . MAXIMUM_RECORDS ) ; } m_workgroup = new ResourceAssignmentWorkgroupFields ( ) ; return ( m_workgroup ) ; } | This method allows a resource assignment workgroup fields record to be added to the current resource assignment . A maximum of one of these records can be added to a resource assignment record . |
20,697 | public Date getStart ( ) { Date result = ( Date ) getCachedValue ( AssignmentField . START ) ; if ( result == null ) { result = getTask ( ) . getStart ( ) ; } return result ; } | Returns the start of this resource assignment . |
20,698 | public Date getFinish ( ) { Date result = ( Date ) getCachedValue ( AssignmentField . FINISH ) ; if ( result == null ) { result = getTask ( ) . getFinish ( ) ; } return result ; } | Returns the finish date for this resource assignment . |
20,699 | public List < TimephasedWork > getTimephasedOvertimeWork ( ) { if ( m_timephasedOvertimeWork == null && m_timephasedWork != null && getOvertimeWork ( ) != null ) { double perDayFactor = getRemainingOvertimeWork ( ) . getDuration ( ) / ( getRemainingWork ( ) . getDuration ( ) - getRemainingOvertimeWork ( ) . getDuration ( ) ) ; double totalFactor = getRemainingOvertimeWork ( ) . getDuration ( ) / getRemainingWork ( ) . getDuration ( ) ; perDayFactor = Double . isNaN ( perDayFactor ) ? 0 : perDayFactor ; totalFactor = Double . isNaN ( totalFactor ) ? 0 : totalFactor ; m_timephasedOvertimeWork = new DefaultTimephasedWorkContainer ( m_timephasedWork , perDayFactor , totalFactor ) ; } return m_timephasedOvertimeWork == null ? null : m_timephasedOvertimeWork . getData ( ) ; } | Retrieves the timephased breakdown of the planned overtime work for this resource assignment . |
Subsets and Splits
No community queries yet
The top public SQL queries from the community will appear here once available.