semeru/text-code-CodeSummarization · Datasets at Hugging Face

input stringlengths 10 828	output stringlengths 5 107
private void build lighting set up a basic default light directional light light new directional light light set diffuse new color rgba 1 0f 1 0f 1 0f 1 0f light set ambient new color rgba 1 0f 1f 1f 1 0f light set direction new vector3f 1 1 0 light set enabled true attach the light to a light state and the light state to root node light state light state display get renderer create light state light state set enabled true light state attach light root node set render state light state	creates a light for the terrain
private void build lighting set up a basic default light directional light light new directional light light set diffuse new color rgba 1 0f 1 0f 1 0f 1 0f light set ambient new color rgba 1f 1f 1f 1 0f light set direction new vector3f 1 1 0 light set enabled true attach the light to a light state and the light state to root node light state light state display get renderer create light state light state set enabled true light state attach light root node set render state light state	creates a light for the terrain
public boolean is barrier return true	returns true iff the object is a barrier i
public object invoke method invocation invocation throws throwable string monitor name monitored helper get monitor name invocation split split simon manager get stopwatch monitor name start try return invocation proceed finally split stop	performs method invocation and wraps it with stopwatch
public void save tuple t throws sqlexception prepared statement stmt null try stmt conn prepare statement insert into table values populate statement stmt t stmt execute update stmt get connection commit finally close statement stmt	inserts tuple into the table
public void save list tuple list throws sqlexception prepared statement stmt null try stmt conn prepare statement insert into table values for tuple t list populate statement stmt t stmt add batch stmt execute batch stmt get connection commit finally close statement stmt	inserts list of tuples into the table
public void perform int runno split split simon manager get stopwatch org javasimon testapp action delete start int no provider no try int deleted new tuple dao conn tuple delete by unique1 no system out println run runno delete action unique1 no deleted deleted catch sqlexception e system err println e get message split stop	deletes random record
public int delete by unique1 int unique1 throws sqlexception prepared statement stmt null try stmt conn prepare statement delete from table where unique1 stmt set int 1 unique1 int res stmt execute update stmt get connection commit return res finally close statement stmt	deletes the tuple by id
private int rand int seed int limit do seed generator seed prime while seed limit return seed	generate a unique random number between 1 and limit
public void order splits splits set new array list split	initializes thread local list for splits which instructs the callback to accumulate splits
public void stopwatch start split split if controller null split get stopwatch get name equals controller order splits	if controller is set this method orders splits
public void stopwatch stop split split list split split list splits get if controller null split get stopwatch get name equals controller system out println splits get splits else if split list null split list add split	adds the split into the thread local list if the list was initialized
public void run while true stopwatch stopwatch simon manager get stopwatch sampled stopwatch system out println nstopwatch stopwatch system out println stopwatch sample stopwatch sample todo uncomment this if you want of course commment the line above system out println stopwatch sample stopwatch sample and reset try thread sleep 10000 catch interrupted exception e e print stack trace	method implementing the code of the thread
protected string construct object name simon simon return simon get name type simon type simon	constructs jmx object name from simon object
protected string simon type simon simon string type simon info unknown if simon instanceof counter type simon info counter else if simon instanceof stopwatch type simon info stopwatch return type	returns type of the simon as defined in
protected void save reset timestamp reset timestamp system current time millis	saves the timestamp when the simon was reset
public void message string message system out println simon message message	prints the message to the standard output
public void warning string warning exception cause if warning null system err println simon warning warning if cause null cause print stack trace	warning and stack trace are print out to the error output
private void update usages long now last usage now if first usage 0 first usage last usage	updates usage statistics
public boolean matches string name if name null return pattern equals if all null return all equals name if middle null return name contains middle if start null name starts with start return false return end null name ends with end	checks if simon name matches this pattern
public void set attribute string name object value if attributes null attributes new hash map string object attributes put name value	stores an attribute in this simon
public stopwatch get stopwatch return stopwatch	returns the stopwatch that this split is running for
public long stop if enabled start 0 total stopwatch impl stopwatch stop this start start 0 return total return 0	stops the time split and returns split time
public string present running for return simon utils present nano time running for	returns printable form of how long this split was running for
public void clear configs new linked hash map simon pattern simon configuration	clears any previously loaded configuration
public long get first usage return first usage	timestamp of the first usage from the sampled simon
public string get first usage as string return simon utils present timestamp first usage	timestamp of the first usage from the sampled simon as a formatted string
public void set first usage long first usage this first usage first usage	sets the timestamp of the first usage from the sampled simon
public long get last usage return last usage	timestamp of the last usage from the sampled simon
public string get last usage as string return simon utils present timestamp last usage	timestamp of the last usage from the sampled simon as a formatted string
public void set last usage long last usage this last usage last usage	sets the timestamp of the last usage from the sampled simon
public long get last reset return last reset	timestamp of the last reset from the sampled simon
public string get last reset as string return simon utils present timestamp last reset	timestamp of the last reset from the sampled simon as a formatted string
public void set last reset long last reset this last reset last reset	sets the timestamp of the last reset from the sampled simon
private void set property callback callback string property string value try if value null method setter callback get class get method setter name property string class setter invoke callback value else callback get class get method setter name property invoke callback catch no such method exception e throw new simon exception e catch illegal access exception e throw new simon exception e catch invocation target exception e throw new simon exception e	sets the callback property
public void add callback callback callback if initialized callback initialize callbacks add callback	adds another callback as a child to this callback
public void remove callback callback callback callbacks remove callback if initialized callback cleanup	removes specified callback from this callback
public void initialize initialized true for callback c callbacks try c initialize catch exception e warning initialization error e	calls initialize on all children
public void cleanup initialized false for callback c callbacks try c cleanup catch exception e warning deactivation error e	calls deactivate on all children
public simon pattern get pattern return pattern	retruns the simon pattern of this rule
public string get note return null	returns note for the simon
public void set note string note	sets note for the simon
public simon state get state return state	returns simon state for this configuration item
private void update usages long now nanos if first usage 0 first usage system current time millis first usage nanos now nanos last usage first usage now nanos first usage nanos simon utils nanos in millis	updates usage statistics
public void stopwatch start split split logger log level simon start split get stopwatch	logs simon start on a sprecified log level
public void stopwatch stop split split logger log level simon stop split get stopwatch split running for	logs simon stop on a specified log level
public void warning string warning exception cause logger log level simon warning warning cause	logs the warning on a specified log level
public string process final string in if repeat until unchanged string ret val in string old while old equals ret val old ret val ret val from matcher ret val replace all to return ret val return from matcher in replace all to	processes input replaces all as expected and returns the result
public void stopwatch start split split system out println start split split	prints split at the start of the split
public void stopwatch stop split split system out println stop split split	prints split at the stop of the split
public long get peak return peak	getter for max active count
public long get peak time return peak time	getter for peak time
public long get opened return opened	getter for count of opened objects conn stmt rset
public long get closed return closed	getter for count of closed objects conn stmt rset
public string get real url return real url	returns orignal jdbc url without any simon stuff
public string get normalized sql return normalized sql	returns the normalized sql
public string get real driver return real driver	return real driver fully classname
public string get prefix return prefix null default prefix prefix	returns prefix for hierarchy of jdbc related simons
protected string get simon name http servlet request request string builder name new string builder request get request uri replace all replace for int i 0 i name length i if name char at i name delete i name length break if simon utils allowed chars index of name char at i 1 name delete char at i i return name to string replace all replace all	returns simon name for the specified http request
public population next if this population null this population new population gauge engine init population this bits this fp else this population this population evolve new gauge evolution return this population	return the next generation of the current population
public void to file string path throws file not found exception ioexception file arq new file path file output stream stream new file output stream arq stream write get body get bytes	escreve o atributo body numa arquivo
public uniform type get type return type	get the value type of this uniform
public int get mipmap level return mipmap level	return the mipmap level used to select a mipmap from the layer specifed
public int get xoffset return x	return the x offset of this region within the image block
public int get yoffset return y	return the y offset of this region within the image block
public int push t change if change null throw new null pointer exception change cannot be null latest changes add last new versioned change t change version if latest changes size max change queue size latest changes remove first return version	push the given change to the end of this queue
public int get zoffset return z	return the z offset of this region within the image block
public boolean is packed format return is packed	return true if this format has its color components packed into a single
public t get latest change return latest changes is empty null latest changes get last change	return the last queued change representing the newest or most recent
public int get num components return num c	return the number of components representing the color
public boolean is version stale int last known version return version last known version last known version 0 version 0	return true if the provided version is older than the current version of
public boolean has lost changes int last known version if latest changes is empty return last known version version max change queue size if the input version is over 1 version behind the last stored version a change has been dropped so the input version is too old return version latest changes get first version 1	return true if so many changes have been pushed since
public int get primitives per color return p per c	get the number of primitive elements per each color element
public int clear latest changes clear return version increment version just in case	remove all queued changes and increment the version
public boolean is compressed return p per c 0	whether or not this texture has image data that is client compressed
public buffer data get data int level return levels level	return the current buffer data at the requested level
public boolean has alpha return has alpha	whether or not this texture has image data with alpha values
public data type get supported type return type	return the data type that is required by the texture format
public boolean is type valid data type type if type null throw new null pointer exception type cannot be null if this type null return true else return this type equals type	whether or not the data type is supported by this format
public color3f set read only color3f color return set color get red hdr color get green hdr color get blue hdr	copy the color values from tt color tt into this color
public color3f set float red float green float blue return set red red set green green set blue blue	set this color to use the given red green and blue values
public color3f set red float red return set value red red	set the red component value to tt blue tt
public color3f set green float green return set value green green	set the green component value to tt blue tt
public color3f set blue float blue return set value blue blue	set the blue component value to tt blue tt
public mutable matrix3f inverse return inverse this	inverse this matrix in place equivalent to
public mutable quat4f add read only quat4f q mutable quat4f result return add q get x q get y q get z q get w result	add the quaternion tt q tt to this quaternion component wise and
public mutable vector4f normalize return normalize this	normalize this vector in place equivalent to
public mutable vector4f set int index float val switch index case 0 return set x val case 1 return set y val case 2 return set z val case 3 return set w val default throw new index out of bounds exception index must be in 0 3	set the vector coordinate at index to the given value
public color3f set int index float value if index 0 index 3 return set value value index else throw new index out of bounds exception illegal index must be in 0 2 not index	set the component at tt index tt to the given value
public mutable quat4f sub read only quat4f q mutable quat4f result return sub q get x q get y q get z q get w result	subtract the quaternion tt q tt from this quaternion component wise
public float length squared return get x get x get y get y get z get z	compute the length of this vector squared
public float determinant float t1 get 1 1 get 2 2 get 1 2 get 2 1 float t2 get 1 0 get 2 2 get 1 2 get 2 0 float t3 get 1 0 get 2 1 get 1 1 get 2 0 return get 0 0 t1 get 0 1 t2 get 0 2 t3	compute and return the determinant for this matrix
public float distance read only vector3f v return float math sqrt distance squared v	compute the distance between this vector and tt v tt treating both
public mutable matrix3f transpose return transpose this	transpose this matrix in place equivalent to
public mutable quat4f mul read only quat4f q mutable quat4f result if result null result new quat4f return result set get w q get x get x q get w get y q get z get z q get y get w q get y get y q get w get z q get x get x q get z get w q get z get z q get w get x q get y get y q get x get w q get w get x q get x get y q get y get z q get z	multiply this quaternion by the quaternion tt q tt
public float distance squared read only vector3f v float dx get x v get x float dy get y v get y float dz get z v get z return dx dx dy dy dz dz	compute the square of the distance between this and tt v tt treating
public mutable quat4f mul read only vector3f v mutable quat4f result if result null result new quat4f return result set get w v get x get y v get z get z v get y get w v get y get z v get x get x v get z get w v get z get x v get y get y v get x get x v get x get y v get y get z v get z	multiply this quaternion by the quaternion implicitly formed by
public mutable matrix3f set col int col float values int offset return set 0 col values offset set 1 col values offset 1 set 2 col values offset 2	set the given matrix column to the values in the values array starting
public float angle read only vector3f v return float math acos dot v length v length	compute and return the shortest angle between this vector and v
public mutable matrix3f set col int col read only vector3f values return set 0 col values get x set 1 col values get y set 2 col values get z	set the given matrix column to the three values stored in the vector

private void build lighting set up a basic default light directional light light new directional light light set diffuse new color rgba 1 0f 1 0f 1 0f 1 0f light set ambient new color rgba 1 0f 1f 1f 1 0f light set direction new vector3f 1 1 0 light set enabled true attach the light to a light state and the light state to root node light state light state display get renderer create light state light state set enabled true light state attach light root node set render state light state

creates a light for the terrain

private void build lighting set up a basic default light directional light light new directional light light set diffuse new color rgba 1 0f 1 0f 1 0f 1 0f light set ambient new color rgba 1f 1f 1f 1 0f light set direction new vector3f 1 1 0 light set enabled true attach the light to a light state and the light state to root node light state light state display get renderer create light state light state set enabled true light state attach light root node set render state light state

creates a light for the terrain

public boolean is barrier return true

returns true iff the object is a barrier i

public object invoke method invocation invocation throws throwable string monitor name monitored helper get monitor name invocation split split simon manager get stopwatch monitor name start try return invocation proceed finally split stop

performs method invocation and wraps it with stopwatch

public void save tuple t throws sqlexception prepared statement stmt null try stmt conn prepare statement insert into table values populate statement stmt t stmt execute update stmt get connection commit finally close statement stmt

inserts tuple into the table

public void save list tuple list throws sqlexception prepared statement stmt null try stmt conn prepare statement insert into table values for tuple t list populate statement stmt t stmt add batch stmt execute batch stmt get connection commit finally close statement stmt

inserts list of tuples into the table

public void perform int runno split split simon manager get stopwatch org javasimon testapp action delete start int no provider no try int deleted new tuple dao conn tuple delete by unique1 no system out println run runno delete action unique1 no deleted deleted catch sqlexception e system err println e get message split stop

deletes random record

public int delete by unique1 int unique1 throws sqlexception prepared statement stmt null try stmt conn prepare statement delete from table where unique1 stmt set int 1 unique1 int res stmt execute update stmt get connection commit return res finally close statement stmt

deletes the tuple by id

private int rand int seed int limit do seed generator seed prime while seed limit return seed

generate a unique random number between 1 and limit

public void order splits splits set new array list split

initializes thread local list for splits which instructs the callback to accumulate splits

public void stopwatch start split split if controller null split get stopwatch get name equals controller order splits

if controller is set this method orders splits

public void stopwatch stop split split list split split list splits get if controller null split get stopwatch get name equals controller system out println splits get splits else if split list null split list add split

adds the split into the thread local list if the list was initialized

public void run while true stopwatch stopwatch simon manager get stopwatch sampled stopwatch system out println nstopwatch stopwatch system out println stopwatch sample stopwatch sample todo uncomment this if you want of course commment the line above system out println stopwatch sample stopwatch sample and reset try thread sleep 10000 catch interrupted exception e e print stack trace

method implementing the code of the thread

protected string construct object name simon simon return simon get name type simon type simon

constructs jmx object name from simon object

protected string simon type simon simon string type simon info unknown if simon instanceof counter type simon info counter else if simon instanceof stopwatch type simon info stopwatch return type

returns type of the simon as defined in

protected void save reset timestamp reset timestamp system current time millis

saves the timestamp when the simon was reset

public void message string message system out println simon message message

prints the message to the standard output

public void warning string warning exception cause if warning null system err println simon warning warning if cause null cause print stack trace

warning and stack trace are print out to the error output

private void update usages long now last usage now if first usage 0 first usage last usage

updates usage statistics

public boolean matches string name if name null return pattern equals if all null return all equals name if middle null return name contains middle if start null name starts with start return false return end null name ends with end

checks if simon name matches this pattern

public void set attribute string name object value if attributes null attributes new hash map string object attributes put name value

stores an attribute in this simon

public stopwatch get stopwatch return stopwatch

returns the stopwatch that this split is running for

public long stop if enabled start 0 total stopwatch impl stopwatch stop this start start 0 return total return 0

stops the time split and returns split time

public string present running for return simon utils present nano time running for

returns printable form of how long this split was running for

public void clear configs new linked hash map simon pattern simon configuration

clears any previously loaded configuration

public long get first usage return first usage

timestamp of the first usage from the sampled simon

public string get first usage as string return simon utils present timestamp first usage

timestamp of the first usage from the sampled simon as a formatted string

public void set first usage long first usage this first usage first usage

sets the timestamp of the first usage from the sampled simon

public long get last usage return last usage

timestamp of the last usage from the sampled simon

public string get last usage as string return simon utils present timestamp last usage

timestamp of the last usage from the sampled simon as a formatted string

public void set last usage long last usage this last usage last usage

sets the timestamp of the last usage from the sampled simon

public long get last reset return last reset

timestamp of the last reset from the sampled simon

public string get last reset as string return simon utils present timestamp last reset

timestamp of the last reset from the sampled simon as a formatted string

public void set last reset long last reset this last reset last reset

sets the timestamp of the last reset from the sampled simon

private void set property callback callback string property string value try if value null method setter callback get class get method setter name property string class setter invoke callback value else callback get class get method setter name property invoke callback catch no such method exception e throw new simon exception e catch illegal access exception e throw new simon exception e catch invocation target exception e throw new simon exception e

sets the callback property

public void add callback callback callback if initialized callback initialize callbacks add callback

adds another callback as a child to this callback

public void remove callback callback callback callbacks remove callback if initialized callback cleanup

removes specified callback from this callback

public void initialize initialized true for callback c callbacks try c initialize catch exception e warning initialization error e

calls initialize on all children

public void cleanup initialized false for callback c callbacks try c cleanup catch exception e warning deactivation error e

calls deactivate on all children

public simon pattern get pattern return pattern

retruns the simon pattern of this rule

public string get note return null

returns note for the simon

public void set note string note

sets note for the simon

public simon state get state return state

returns simon state for this configuration item

private void update usages long now nanos if first usage 0 first usage system current time millis first usage nanos now nanos last usage first usage now nanos first usage nanos simon utils nanos in millis

updates usage statistics

public void stopwatch start split split logger log level simon start split get stopwatch

logs simon start on a sprecified log level

public void stopwatch stop split split logger log level simon stop split get stopwatch split running for

logs simon stop on a specified log level

public void warning string warning exception cause logger log level simon warning warning cause

logs the warning on a specified log level

public string process final string in if repeat until unchanged string ret val in string old while old equals ret val old ret val ret val from matcher ret val replace all to return ret val return from matcher in replace all to

processes input replaces all as expected and returns the result

public void stopwatch start split split system out println start split split

prints split at the start of the split

public void stopwatch stop split split system out println stop split split

prints split at the stop of the split

public long get peak return peak

getter for max active count

public long get peak time return peak time

getter for peak time

public long get opened return opened

getter for count of opened objects conn stmt rset

public long get closed return closed

getter for count of closed objects conn stmt rset

public string get real url return real url

returns orignal jdbc url without any simon stuff

public string get normalized sql return normalized sql

returns the normalized sql

public string get real driver return real driver

return real driver fully classname

public string get prefix return prefix null default prefix prefix

returns prefix for hierarchy of jdbc related simons

protected string get simon name http servlet request request string builder name new string builder request get request uri replace all replace for int i 0 i name length i if name char at i name delete i name length break if simon utils allowed chars index of name char at i 1 name delete char at i i return name to string replace all replace all

returns simon name for the specified http request

public population next if this population null this population new population gauge engine init population this bits this fp else this population this population evolve new gauge evolution return this population

return the next generation of the current population

public void to file string path throws file not found exception ioexception file arq new file path file output stream stream new file output stream arq stream write get body get bytes

escreve o atributo body numa arquivo

public uniform type get type return type

get the value type of this uniform

public int get mipmap level return mipmap level

return the mipmap level used to select a mipmap from the layer specifed

public int get xoffset return x

return the x offset of this region within the image block

public int get yoffset return y

return the y offset of this region within the image block

public int push t change if change null throw new null pointer exception change cannot be null latest changes add last new versioned change t change version if latest changes size max change queue size latest changes remove first return version

push the given change to the end of this queue

public int get zoffset return z

return the z offset of this region within the image block

public boolean is packed format return is packed

return true if this format has its color components packed into a single

public t get latest change return latest changes is empty null latest changes get last change

return the last queued change representing the newest or most recent

public int get num components return num c

return the number of components representing the color

public boolean is version stale int last known version return version last known version last known version 0 version 0

return true if the provided version is older than the current version of

public boolean has lost changes int last known version if latest changes is empty return last known version version max change queue size if the input version is over 1 version behind the last stored version a change has been dropped so the input version is too old return version latest changes get first version 1

return true if so many changes have been pushed since

public int get primitives per color return p per c

get the number of primitive elements per each color element

public int clear latest changes clear return version increment version just in case

remove all queued changes and increment the version

public boolean is compressed return p per c 0

whether or not this texture has image data that is client compressed

public buffer data get data int level return levels level

return the current buffer data at the requested level

public boolean has alpha return has alpha

whether or not this texture has image data with alpha values

public data type get supported type return type

return the data type that is required by the texture format

public boolean is type valid data type type if type null throw new null pointer exception type cannot be null if this type null return true else return this type equals type

whether or not the data type is supported by this format

public color3f set read only color3f color return set color get red hdr color get green hdr color get blue hdr

copy the color values from tt color tt into this color

public color3f set float red float green float blue return set red red set green green set blue blue

set this color to use the given red green and blue values

public color3f set red float red return set value red red

set the red component value to tt blue tt

public color3f set green float green return set value green green

set the green component value to tt blue tt

public color3f set blue float blue return set value blue blue

set the blue component value to tt blue tt

public mutable matrix3f inverse return inverse this

inverse this matrix in place equivalent to

public mutable quat4f add read only quat4f q mutable quat4f result return add q get x q get y q get z q get w result

add the quaternion tt q tt to this quaternion component wise and

public mutable vector4f normalize return normalize this

normalize this vector in place equivalent to

public mutable vector4f set int index float val switch index case 0 return set x val case 1 return set y val case 2 return set z val case 3 return set w val default throw new index out of bounds exception index must be in 0 3

set the vector coordinate at index to the given value

public color3f set int index float value if index 0 index 3 return set value value index else throw new index out of bounds exception illegal index must be in 0 2 not index

set the component at tt index tt to the given value

public mutable quat4f sub read only quat4f q mutable quat4f result return sub q get x q get y q get z q get w result

subtract the quaternion tt q tt from this quaternion component wise

public float length squared return get x get x get y get y get z get z

compute the length of this vector squared

public float determinant float t1 get 1 1 get 2 2 get 1 2 get 2 1 float t2 get 1 0 get 2 2 get 1 2 get 2 0 float t3 get 1 0 get 2 1 get 1 1 get 2 0 return get 0 0 t1 get 0 1 t2 get 0 2 t3

compute and return the determinant for this matrix

public float distance read only vector3f v return float math sqrt distance squared v

compute the distance between this vector and tt v tt treating both

public mutable matrix3f transpose return transpose this

transpose this matrix in place equivalent to

public mutable quat4f mul read only quat4f q mutable quat4f result if result null result new quat4f return result set get w q get x get x q get w get y q get z get z q get y get w q get y get y q get w get z q get x get x q get z get w q get z get z q get w get x q get y get y q get x get w q get w get x q get x get y q get y get z q get z

multiply this quaternion by the quaternion tt q tt

public float distance squared read only vector3f v float dx get x v get x float dy get y v get y float dz get z v get z return dx dx dy dy dz dz

compute the square of the distance between this and tt v tt treating

public mutable quat4f mul read only vector3f v mutable quat4f result if result null result new quat4f return result set get w v get x get y v get z get z v get y get w v get y get z v get x get x v get z get w v get z get x v get y get y v get x get x v get x get y v get y get z v get z

multiply this quaternion by the quaternion implicitly formed by

public mutable matrix3f set col int col float values int offset return set 0 col values offset set 1 col values offset 1 set 2 col values offset 2

set the given matrix column to the values in the values array starting

public float angle read only vector3f v return float math acos dot v length v length

compute and return the shortest angle between this vector and v

public mutable matrix3f set col int col read only vector3f values return set 0 col values get x set 1 col values get y set 2 col values get z

set the given matrix column to the three values stored in the vector