58+ results for 'i++; source:Bitbucket' (0 ms)
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check_names.c (https://bitbucket.org/vrrm/brl-cad-copy-for-fast-history-browsing-in-git.git) C · 693 lines
ConvertCharset.class.php (https://bitbucket.org/audith/persephone.git) PHP · 307 lines
sql.php (https://bitbucket.org/tuangillness/5330407188-lab7.git) PHP · 242 lines
60 $found_delimiter = false;
61 // Find first interesting character, several strpos seem to be faster than simple loop in php:
62 //while (($i < $len) && (strpos('\'";#-/', $buffer[$i]) === FALSE)) $i++;
63 //if ($i == $len) break;
64 $oi = $i;
140 break;
141 }
142 $i++;
143 // Aren't we at the end?
144 if ($finished && $i == $len) {
189 }
190 }
191 $i++;
192 }
193 // Skip last char
evas_smart.c (https://bitbucket.org/hchbaw/efl.git) C · 332 lines
TaskListTaskTypesOptionPane.java
(https://jedit.svn.sourceforge.net/svnroot/jedit)
Java · 563 lines
✨ Summary
This Java code creates a graphical user interface (GUI) for editing task types, specifically regular expressions and sample text. It allows users to input patterns, samples, and ignore case settings, and validates the inputs. The GUI also features a custom icon selection dialog and updates the UI accordingly. The code uses various Java classes and libraries, such as Swing for the GUI and RE for regular expression handling.
This Java code creates a graphical user interface (GUI) for editing task types, specifically regular expressions and sample text. It allows users to input patterns, samples, and ignore case settings, and validates the inputs. The GUI also features a custom icon selection dialog and updates the UI accordingly. The code uses various Java classes and libraries, such as Swing for the GUI and RE for regular expression handling.
NodeEquivClass.java (https://bitbucket.org/wthys/groove.git) Java · 277 lines
symbol_table.c (https://bitbucket.org/raghavanSanthanam/cgdl.git) C · 622 lines
TestLocalStringKeys.java (https://bitbucket.org/ssteinmetz/openesb-core.git) Java · 199 lines
profile_helpers.c (https://bitbucket.org/rlyspn/androidrr.git) C · 309 lines
Strings.java (https://bitbucket.org/devconcert1/textsecure.git) Java · 246 lines
SimpleCharStream.java (https://bitbucket.org/plepic/titanium_modules.git) Java · 457 lines
Porter.java (https://bitbucket.org/teamwildtreechase/hatparsing.git) Java · 393 lines
ValueTimelineParserNode.cs (https://bitbucket.org/microdee/iris.git) C# · 292 lines
BisectionRefinement.cpp (https://bitbucket.org/mylese/dolfin.git) C++ · 181 lines
ftrfork.h (https://bitbucket.org/codefirex/external_freetype.git) C Header · 258 lines
FastLinkedList.java (https://bitbucket.org/JavaSabr/rlib.git) Java · 466 lines
GoogleCalendarConnector.cs (https://bitbucket.org/elodie_roumieux/silex-calendar-connector.git) C# · 242 lines
MeshIterate.cpp (https://bitbucket.org/imsejae/meshgencpp.git) C++ · 272 lines
ProtoImageBuilder.cs (https://bitbucket.org/dbernard456/cegepa12.git) C# · 209 lines
tsin-parse.cpp (https://bitbucket.org/solomonhuang/gcin.git) C++ · 339 lines
listbase.c (https://bitbucket.org/brita/blender-gl_debug.git) C · 587 lines
MetaPackage.java (https://bitbucket.org/agruenwald/cdlflex-mdd.git) Java · 275 lines
QuickStats.java (https://bitbucket.org/dcode/racetrack.git) Java · 245 lines
data_proc.cpp (https://bitbucket.org/xiaobingo/iit.datasys.lanl2.git) C++ · 860 lines
s-array.js (https://bitbucket.org/angelcabo/dfilm_ui.git) JavaScript · 1209 lines
Logical.java (https://bitbucket.org/festevezga/xobotos.git) Java · 773 lines
73 resDigits[i] = val.digits[i] + val.sign;
74 // Copying the remaining unchanged digit
75 for (i++; i < val.numberLength; i++) {
76 resDigits[i] = val.digits[i];
77 }
144 if (i == iNeg) {
145 resDigits[i] = -negative.digits[i] & positive.digits[i];
146 i++;
147 }
148 int limit = Math.min(negative.numberLength, positive.numberLength);
185 }
186 if (digit == 0) {
187 for (i++; i < shorter.numberLength && (digit = ~(longer.digits[i] | shorter.digits[i])) == 0; i++)
188 ; // digit = ~longer.digits[i] & ~shorter.digits[i]
189 if (digit == 0) {
list_unittest.cc (https://bitbucket.org/bohlooli/csipsimple2.git) C++ · 479 lines
Tokenizer.js (https://bitbucket.org/itsTamas/crawler.git) JavaScript · 546 lines
utarray.h (https://bitbucket.org/rve/fcitx.git) C Header · 362 lines
Nomina.cpp (https://bitbucket.org/alejandrodu/legacy.git) C++ · 653 lines
libmng_filter.c (https://bitbucket.org/khurley/devil.git) C · 890 lines
DateUtils.java (https://bitbucket.org/jervisfm/android-research.git) Java · 256 lines
129 while (true)
130 {
131 i++;
132 localCalendar3.add(1, 1);
133 break;
193 label163: arrayOfDate[i] = localCalendar2.getTime();
194 localCalendar2.setTimeInMillis(localCalendar2.getTimeInMillis() - 900000L);
195 i++;
196 break label73;
197 label188: arrayOfDate[i] = localCalendar2.getTime();
198 localCalendar2.setTimeInMillis(localCalendar2.getTimeInMillis() - 1800000L);
199 i++;
200 break label114;
201 }
armCOMM.c (https://bitbucket.org/aways/android_frameworks_av.git) C · 936 lines
wlantest_cli.c (https://bitbucket.org/aways/android_external_wpa_supplicant_8_ti.git) C · 1714 lines
uint256.h (https://bitbucket.org/zozo123/bitcoin.git) C Header · 773 lines
signals.js (https://bitbucket.org/thenonameguy/dwb.git) JavaScript · 569 lines
XmlUtils.java (https://bitbucket.org/tiwiz/sharetovoid.git) Java · 658 lines
BSHAssignment.java
(https://jedit.svn.sourceforge.net/svnroot/jedit)
Java · 185 lines
✨ Summary
This Java code defines a class BSHAssignment
that extends SimpleNode
and implements the ParserConstants
. It handles assignment operations in BeanShell, evaluating expressions on the left-hand side (LHS) and right-hand side (RHS) of an assignment statement. The LHS is converted to a LHS
object, which is then used to evaluate the expression with the RHS.
This Java code defines a class BSHAssignment
that extends SimpleNode
and implements the ParserConstants
. It handles assignment operations in BeanShell, evaluating expressions on the left-hand side (LHS) and right-hand side (RHS) of an assignment statement. The LHS is converted to a LHS
object, which is then used to evaluate the expression with the RHS.
dsp.c (https://bitbucket.org/accelecon/u-boot.git) C · 1208 lines
cairo-wideint.c (https://bitbucket.org/minux/luatex.git) C · 852 lines
FiltroPrincipales.cs (https://bitbucket.org/rjulietagarcia/estadisticas.git) C# · 546 lines
70 if (usr.NivelTrabajo.NiveltrabajoId == 1)
71 resultado[i].isDefaultValue = false;
72 i++;
73 }
74 if (usr.NivelTrabajo.NiveltrabajoId == 1) resultado[0].isDefaultValue = true;
108 if (usr.NivelTrabajo.NiveltrabajoId == 1)
109 resultado[i].isDefaultValue = false;
110 i++;
111 }
112 if (usr.NivelTrabajo.NiveltrabajoId == 1) resultado[0].isDefaultValue = true;
183 if (usr.NivelTrabajo.NiveltrabajoId == 1)
184 resultado[i].isDefaultValue = false;
185 i++;
186 }
187 if (usr.NivelTrabajo.NiveltrabajoId == 1) resultado[0].isDefaultValue = true;
yamlimpls.c (https://bitbucket.org/alexei-matveev/petsc-debian-pkg.git) C · 780 lines
DoubleArrayTools.java (https://bitbucket.org/carrillo_f/arraytools.git) Java · 1119 lines
SparseMatrix.inl (https://bitbucket.org/xsli1112/dec.git) C++ Header · 825 lines
TigerParser.java
(https://jedit.svn.sourceforge.net/svnroot/jedit)
Java · 8846 lines
✨ Summary
This Java code is a parser for a programming language, specifically for parsing method declarations and constructor declarations. It breaks down the syntax of these declarations into smaller components, such as modifiers, formal parameters, type parameters, and variable declarator IDs. The parsed data can be used to generate an abstract syntax tree (AST) representation of the program.
This Java code is a parser for a programming language, specifically for parsing method declarations and constructor declarations. It breaks down the syntax of these declarations into smaller components, such as modifiers, formal parameters, type parameters, and variable declarator IDs. The parsed data can be used to generate an abstract syntax tree (AST) representation of the program.
inode.c
(http://omnia2droid.googlecode.com/svn/trunk/)
C · 467 lines
✨ Summary
This C code implements a file system called “openpromfs” that allows users to access and manipulate OpenROM firmware images stored on a file system. It provides an interface for mounting, unmounting, and interacting with these files, and is designed to work with OpenROM firmware images. The code includes functions for allocating and freeing inode structures, handling remount operations, and registering the file system type.
This C code implements a file system called “openpromfs” that allows users to access and manipulate OpenROM firmware images stored on a file system. It provides an interface for mounting, unmounting, and interacting with these files, and is designed to work with OpenROM firmware images. The code includes functions for allocating and freeing inode structures, handling remount operations, and registering the file system type.
EnumeratedProperties.java
(https://jedit.svn.sourceforge.net/svnroot/jedit)
Java · 84 lines
✨ Summary
This Java class, EnumeratedProperties
, extends java.util.Properties
to allow storing and retrieving lists of strings as property values. It provides methods to get and set enumerated properties, which are accessed using a delimiter (default is ‘.’) between the property name and list member index. This allows for flexible storage and retrieval of string arrays in a Properties-like object.
This Java class, EnumeratedProperties
, extends java.util.Properties
to allow storing and retrieving lists of strings as property values. It provides methods to get and set enumerated properties, which are accessed using a delimiter (default is ‘.’) between the property name and list member index. This allows for flexible storage and retrieval of string arrays in a Properties-like object.
VPTNode.java
(https://jedit.svn.sourceforge.net/svnroot/jedit)
Java · 410 lines
✨ Summary
This Java code defines a class MutableTreeNode
that represents a node in a tree data structure, used for displaying and managing project files. It provides methods for setting and getting parent nodes, persisting children, and retrieving child nodes by name. The class also includes GUI-related functionality, such as icon rendering and color selection, to display the node’s contents in a tree view.
This Java code defines a class MutableTreeNode
that represents a node in a tree data structure, used for displaying and managing project files. It provides methods for setting and getting parent nodes, persisting children, and retrieving child nodes by name. The class also includes GUI-related functionality, such as icon rendering and color selection, to display the node’s contents in a tree view.
SystemShell.java
(https://jedit.svn.sourceforge.net/svnroot/jedit)
Java · 1090 lines
✨ Summary
This Java code is part of a console shell implementation, likely for an integrated development environment (IDE). It provides functionality for navigating directories, executing commands, and handling file operations. The code defines classes and methods for managing console states, processing commands, and escaping/unescaping special characters in command lines.
This Java code is part of a console shell implementation, likely for an integrated development environment (IDE). It provides functionality for navigating directories, executing commands, and handling file operations. The code defines classes and methods for managing console states, processing commands, and escaping/unescaping special characters in command lines.
AncestorToolBar.java
(https://jedit.svn.sourceforge.net/svnroot/jedit)
Java · 71 lines
✨ Summary
This Java code defines a custom toolbar component, AncestorToolBar
, which is used to display a list of ancestor files for a given buffer in an integrated development environment (IDE). It adds buttons representing these ancestors, with their enabled state determined by the number of ancestors displayed. The toolbar also includes a “glue” component to separate it from other toolbars.
This Java code defines a custom toolbar component, AncestorToolBar
, which is used to display a list of ancestor files for a given buffer in an integrated development environment (IDE). It adds buttons representing these ancestors, with their enabled state determined by the number of ancestors displayed. The toolbar also includes a “glue” component to separate it from other toolbars.
Bookmarks.java
(https://jedit.svn.sourceforge.net/svnroot/jedit)
Java · 167 lines
✨ Summary
This Java code defines a Bookmarks
class that extends AbstractTableModel
. It provides a model for displaying bookmarks with titles and URLs in a table, allowing users to add, delete, move up/down, and save changes to the bookmark data. The data is stored in a vector of BookmarksEntry
objects, which are accessed through methods like getTitle
, getURL
, and delete
.
This Java code defines a Bookmarks
class that extends AbstractTableModel
. It provides a model for displaying bookmarks with titles and URLs in a table, allowing users to add, delete, move up/down, and save changes to the bookmark data. The data is stored in a vector of BookmarksEntry
objects, which are accessed through methods like getTitle
, getURL
, and delete
.
Resolver.java
(https://jedit.svn.sourceforge.net/svnroot/jedit)
Java · 968 lines
✨ Summary
This Java code is part of a text editor, specifically a resolver for external XML resources. It manages caching and network modes for downloading resources from external sources. The code handles cache management, network mode settings, and resource loading, including displaying download confirmation dialogs and storing cached resources in memory.
This Java code is part of a text editor, specifically a resolver for external XML resources. It manages caching and network modes for downloading resources from external sources. The code handles cache management, network mode settings, and resource loading, including displaying download confirmation dialogs and storing cached resources in memory.
md2test.c (http://opensource.apple.com/release/mac-os-x-1074/) C · 162 lines
Tests.cs
(git://github.com/toptensoftware/PetaPoco.git)
C# · 884 lines
✨ Summary
This C# code is a test suite for a Poco (Plain Old CLR Object) library, specifically Petapoco. It tests various features such as dynamic queries, auto-selecting primary keys, and manual primary key usage. The tests cover scenarios like inserting, retrieving, updating, and deleting data, ensuring the library’s functionality and correctness.
This C# code is a test suite for a Poco (Plain Old CLR Object) library, specifically Petapoco. It tests various features such as dynamic queries, auto-selecting primary keys, and manual primary key usage. The tests cover scenarios like inserting, retrieving, updating, and deleting data, ensuring the library’s functionality and correctness.