Serialized Form
Package rrdService.service |
mountLibrary
java.io.File mountLibrary
- mountlibrary the mount library
mountFile
java.io.File mountFile
- File representing the RoundRobin
type
java.lang.String type
- The type of the RoundRobin
virtualName
java.lang.String virtualName
- virtualName the virtual name to print on graphic
value
java.lang.Double value
- value of this cdp prep
unknonDataPoints
int unknonDataPoints
- unknown data point of this cdp prep
cf
java.lang.String cf
- Consolidation function
timestamp
java.lang.String timestamp
- timestamp of this data
value
java.lang.String value
- value of this data
dsName
java.lang.String dsName
- ds-Name is the name you will use to reference this particular data source from an RRD. A ds-name must be 1 to 19 characters long in the characters [a-zA-Z0-9_].
dataSourceType
java.lang.String dataSourceType
- Data Source Type. The Datasource Type must be onw of the following: GAUGE, COUNTER, DERIVE, ABSOLUTE
heartbeat
int heartbeat
- heartbeat defines the maximum number of seconds that may pass between two updates of this data source before the value of the data source is assumed to be *UNKNOWN*.
min
double min
- min defining the expected min range of the data supplied by this data source.
max
double max
- max defining the expected max range of the data supplied by this data source. *
lastDataSource
java.lang.String lastDataSource
- Last data source
value
double value
- value of this dataSource
unknownSec
int unknownSec
- Unknown second of this dataSource
color
java.awt.Color color
- Color of the text on graphic
legend
java.lang.String legend
- legend of the text on graphic
virtualName
java.lang.String virtualName
- virtualName the virtual name for this GraphicPrint
consolidationFunction
ConsolidationFunction consolidationFunction
- consolidationFunction the consolidation function of this GraphicPrint
format
java.lang.String format
- format the format of text of this GraphicPrint
value
double value
- value to print
lineNumber
int lineNumber
- lineNumber the number of line of this line graphic object
virtualName
java.lang.String virtualName
- virtualName virtual name for a data source
rpnExpression
java.lang.String rpnExpression
- rpnExpression of this virtual data source
cpt
int cpt
- allow to count the number of thread which call the mutex
consolidationFunction
java.lang.String consolidationFunction
- The consolidation function of the archive. The following consolidation functions are defined: AVERAGE, MIN, MAX, LAST.
xFilesFactor
double xFilesFactor
- The xfiles factor defines what part of a consolidation interval may be made up from *UNKNOWN* data while the consolidated value is still regarded as known.
steps
int steps
- steps defines how many of these primary data points are used to build a consolidated data point which then goes into the archive.
rows
int rows
- rows defines how many generations of data values are kept in an RRA.
cdpPrepContainer
CdpPrepContainer cdpPrepContainer
- CdpPrepContainer of this RRA
tag
java.lang.String tag
- Tag or vname to color
graphicName
java.lang.String graphicName
- name of graphic
startTime
Time startTime
- The time when the graph should begin.
endTime
Time endTime
- The time when the graph should end.
xGrid
XGrid xGrid
- x-grid of this graph
yGrid
YGrid yGrid
- y-grid of this graph
yGridOption
java.lang.Boolean yGridOption
- yGridOption place Y grid dynamically based on graph Y range. Algorithm ensures that you always have grid, that there are enough but not too many grid lines and the grid is metric. That is grid lines are placed every 1, 2, 5 or 10 units. (default autoconfigure)
autoscaleOption
java.lang.Boolean autoscaleOption
- autoscaleOption compute Y range based on function absolute minimum and maximum values. Default algorithm uses predefined set of ranges. This is good in many cases but it fails miserably when you need to graph something like 260 + 0.001 * sin(x). Default algorithm will use Y range from 250 to 300 and on the graph you will see almost straight line. With --alt-autoscale Y range will be from slightly less the 260 - 0.001 to slightly more then 260 + 0.001 and periodic behavior will be seen. (default autoconfigure)
autoscaleMaxOption
java.lang.Boolean autoscaleMaxOption
- autoscaleMaxOption Where --alt-autoscale will modify both the absolute maximum AND minimum values, this option will only affect the maximum value. The minimum value, if not defined on the command line, will be 0. This option can be useful when graphing router traffic when the WAN line uses compression, and thus the throughput may be higher than the WAN line speed. (default autoconfigure)
unitsExponent
java.lang.Integer unitsExponent
- unitsExponent This sets the 10**exponent scaling of the y-axis values. Normally values will be scaled to the appropriate units (k, M, etc.). However you may wish to display units always in k (Kilo, 10e3) even if the data is in the M (Mega, 10e6) range for instance. Value should be an integer which is a multiple of 3 between -18 and 18 inclusive. It is the exponent on the units you which to use. For example, use 3 to display the y-axis values in k (Kilo, 10e3, thousands), use -6 to display the y-axis values in u (Micro, 10e-6, millionths). Use a value of 0 to prevent any scaling of the y-axis values. (default autoconfigure)
verticalLabel
java.lang.String verticalLabel
- verticalLabel vertical label on the left side of the graph. This is normally used to specify the units used. (default autoconfigure)
widthPixels
java.lang.Integer widthPixels
- widthPixels Width of the drawing area within the graph. This affects the size of the gif. (default 400)
heightPixels
java.lang.Integer heightPixels
- heightPixels Width of the drawing area within the graph. This affects the size of the gif. (default 100)
interlacedOption
java.lang.Boolean interlacedOption
- interlacedOption If you set this option, then the resulting GIF will be interlaced. Most web browsers display these incrementally as they load. If you do not use this option, the GIFs default to being progressive scanned. The only effect of this option is to control the format of the GIF on disk. It makes no changes to the layout or contents of the graph. (default false)
imageInfo
java.lang.String imageInfo
- imageInfo After the image has been created, the graph function uses printf together with this format string to create output similar to the PRINT function, only that the printf is supplied with the parameters filename, xsize and ysize. In order to generate an IMG tag suitable for including the graph into a web page, the command line would look like this: example '
'
imageFormat
java.lang.String imageFormat
- imageFormat Allows you to produce PNG output from rrdtool service. (default: GIF)
lazyOption
java.lang.Boolean lazyOption
- lazyOption Only generate the graph, if the current gif is out of date or not existent. (default false)
upperLimit
java.lang.Integer upperLimit
- upperLimit Defines the value normally located at the upper border of the graph. If the graph contains higher values, the upper border will move upwards to accomodate these values as well. If you want to define an upper-limit which will not move in any event you have to set the --rigid option as well. (default autoconfigure)
lowerLimit
java.lang.Integer lowerLimit
- lowerLimit This is not the lower limit of a graph. But rather, this is the maximum lower bound of a graph. For example, the value -100 will result in a graph that has a lower limit of -100 or less. Use this keyword to expand graphs down. (default autoconfigure)
rigidOption
java.lang.Boolean rigidOption
- rigidOption rigid boundaries mode. Normally rrdgraph will automatically expand the lower and upper limit if the graph contains a value outside the valid range. With the r option you can disable this behavior
base
java.lang.Integer base
- base if you are graphing memory (and NOT network traffic) this switch should be set to 1024 so that one Kb is 1024 byte. For traffic measurement, 1 kb/s is 1000 b/s.
logarithmicOption
java.lang.Boolean logarithmicOption
- logarithmicOption logarithmic y-axis scaling
color
RoundRobinColor color
- color override the colors for the standard elements of the graph. The COLORTAG must be one of the following symbolic names: BACK ground, CANVAS, SHADEA left/top border, SHADEB right/bottom border, GRID, MGRID major grid, FONT, FRAME and axis of the graph or ARROW. This option can be called multiple times to set several colors. (default colors)
noLegendOption
java.lang.Boolean noLegendOption
- noLegendOption Suppress generation of legend; only render the graph.
title
java.lang.String title
- title Define a title to be written into the graph (default no title)
step
java.lang.Integer step
- step By default graph calculates the width of one pixle in the time domain and tries to get data at that resolution from the RRD. With this switch you can override this behaviour. If you want rrdgraph to get data at 1 hour resolution from the RRD, then you can set the step to 3600 seconds. Note, that a step smaller than 1 pixle will be silently ignored. (default automatic)
virtualDataSourceContainer
VirtualDataSourceContainer virtualDataSourceContainer
- virtualDataSourceContainer Define virtual name for a data source. This name can then be used in the functions explained below. The DEF call automatically chooses an RRA which contains CF consolidated data in a resolution appropriate for the size of the graph to be drawn. Ideally this means that one data point from the RRA should be represented by one pixel in the graph. If the resolution of the RRA is higher than the resolution of the graph, the data in the RRA will be further consolidated according to the consolidation function ( CF) chosen.
mEVirtualDataSourceContainer
MEVirtualDataSourceContainer mEVirtualDataSourceContainer
- mEVirtualDataSourceContainer Create a new virtual data source by evaluating a mathematical expression, specified in Reverse Polish Notation (RPN). If you have ever used a traditional HP calculator you already know RPN. The idea behind RPN notation is, that you have a stack and push your data onto this stack. When ever you execute an operation, it takes as many data values from the stack as needed. The pushing of data is implicit, so when ever you specify a number or a variable, it gets pushed automatically. If this is all a big load of incomprehensible words for you, maybe an example helps (a more complete explanation is given in [1]): The expression vname+3/2 becomes vname,3,2,/,+ in RPN. First the three values get pushed onto the stack (which now contains (the current value of) vname, a 3 and a 2). Then the / operator pops two values from the stack (3 and 2), divides the first argument by the second (3/2) and pushes the result (1.5) back onto the stack. Then the + operator pops two values (vname and 1.5) from the stack; both values are added up and the result gets pushes back onto the stack. In the end there is only one value left on the stack: The result of the expression.
graphicPrint
GraphicPrint graphicPrint
- graphicPrint allows to print string into the graph below the legend.
comment
java.lang.String comment
- comment Like GPRINT but the text is simply printed into the graph.
graphicObjectContainer
GraphicObjectContainer graphicObjectContainer
- GraphicObjectContainer fill of the graphic object to print on the graph
imageName
java.lang.String imageName
- Name of this image
image
byte[] image
- The image under a string representation
calendar
java.util.Calendar calendar
- Calendar representing the time
lastTime
long lastTime
- Last Time
virtualName
java.lang.String virtualName
- virtualName virtual name for a data source
rrdName
java.lang.String rrdName
- roundRobinDataBase name associate with this virtual data source
dataSourceName
java.lang.String dataSourceName
- dataSourceName of this virtual data source
consolidationFunction
ConsolidationFunction consolidationFunction
- consolidationFunction of this virtual data source
time
java.lang.String time
- time to print see GraphicPrint for time format
baseGridUnit
java.lang.String baseGridUnit
- The base grid unit of the grid
baseGridInterval
int baseGridInterval
- The base grid interval of the grid
majorGridUnit
java.lang.String majorGridUnit
- The major grid unit of the grid
majorGridInterval
int majorGridInterval
- The major grid interval of the grid
labelUnit
java.lang.String labelUnit
- The label unit of the grid
labelInterval
int labelInterval
- The label interval of the grid
labelPrecision
int labelPrecision
- The label precision of the grid
labelFormat
java.lang.String labelFormat
- The label format of the grid
defaultGrid
boolean defaultGrid
- Default grid
gridStep
int gridStep
- The grid step of ygrid
labelFactor
int labelFactor
- The label factor of ygrid
defaultGrid
boolean defaultGrid
- Default grid
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