97+ results for 'i++;' (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
MyHudNetgraph.cs (https://github.com/KeenSoftwareHouse/SpaceEngineers.git) C# · 343 lines
RubyArrayTests.cs (https://hg.codeplex.com/quartz) C# · 360 lines
ConvertCharset.class.php (https://github.com/mysnip/Core.git) PHP · 307 lines
h.java (https://github.com/HelloHuDi/AndroidReverseNotes.git) Java · 499 lines
hfi_parser.c (https://github.com/kvaneesh/linux.git) C · 325 lines
TimerTest.cs (https://github.com/t-ashula/mono.git) C# · 327 lines
beanDB.java (https://gitlab.com/alexaltair/proyectoBdSteam) Java · 299 lines
sql.php (https://github.com/shafiqissani/ASTRA-College-Website.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
prof_init.c (https://github.com/rhuitl/uClinux.git) C · 402 lines
SDEInserter.java (https://github.com/rssh/termware2.git) Java · 273 lines
ieee80211_wx.c
(http://omnia2droid.googlecode.com/svn/trunk/)
C · 1033 lines
✨ Summary
This C code is part of a wireless networking driver, specifically for Linux. It provides functions to interact with wireless networks, including setting and getting various parameters such as encryption methods, authentication modes, and network settings. The code is likely used in a wireless networking stack, allowing userspace applications to control the behavior of the wireless device.
This C code is part of a wireless networking driver, specifically for Linux. It provides functions to interact with wireless networks, including setting and getting various parameters such as encryption methods, authentication modes, and network settings. The code is likely used in a wireless networking stack, allowing userspace applications to control the behavior of the wireless device.
SpringLayoutUtil.java (https://github.com/revolsys/com.revolsys.open.git) Java · 320 lines
WNafUtil.java (https://github.com/SivanLiu/HwFrameWorkSource.git) Java · 361 lines
evas_smart.c (https://bitbucket.org/hchbaw/efl.git) C · 332 lines
frontend-nav-menu.php (https://gitlab.com/mostafame/team_website) PHP · 280 lines
MergedPreferenceModel.java (https://github.com/paranoia25/DockingFrames.git) Java · 423 lines
osip_header.c (https://github.com/doghell/osip2.git) C · 309 lines
SessionTest.php (https://github.com/maoueh/symfony.git) PHP · 256 lines
LexOpal.cxx (https://gitlab.com/life436/tortoisegit) C++ · 525 lines
graph.bar.php (https://gitlab.com/ElvisAns/tiki) PHP · 338 lines
CSVReader.java (https://github.com/kanayo/liquibase.git) Java · 245 lines
FSGAgentState.java (https://github.com/pilarski/rlpark.git) Java · 271 lines
tsftomsu.c
(https://bitbucket.org/freebsd/freebsd-head/)
C · 39 lines
✨ Summary
This C function, tsftomsu
, converts a time stamp fraction to milliseconds. It multiplies the input timestamp by 10 three times using long-integer arithmetic, effectively scaling the fractional part of the timestamp into milliseconds. The result is then rounded if necessary and returned as an integer.
This C function, tsftomsu
, converts a time stamp fraction to milliseconds. It multiplies the input timestamp by 10 three times using long-integer arithmetic, effectively scaling the fractional part of the timestamp into milliseconds. The result is then rounded if necessary and returned as an integer.
upravit.funkce.php (https://github.com/GE3/GE3.git) PHP · 116 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
Config.php (https://gitlab.com/dksaputra/scarf) PHP · 274 lines
WildcardMatcher.java (https://github.com/ariesteam/thinklab.git) Java · 296 lines
MyLib.cpp (https://github.com/AntoineLee/ltp.git) C++ · 424 lines
ErrataEditor.pm (https://github.com/colloquium/spacewalk.git) Perl · 334 lines
Tiger.jj (https://jedit.svn.sourceforge.net/svnroot/jedit) Unknown · 3333 lines
DonovanDriveTrain.java (https://github.com/prog694/frc.git) Java · 276 lines
TcpListener.cs (https://github.com/hbons/SparkleShare.git) C# · 259 lines
symbol_table.c (https://bitbucket.org/raghavanSanthanam/cgdl.git) C · 622 lines
engine2d.js (https://gitlab.com/Mirros/jsdelivr) JavaScript · 232 lines
AsyncTests.Creation.cs (https://gitlab.com/svsamipillai/Rx.NET) C# · 416 lines
LEDMatrix.h (https://github.com/AaronLiddiment/LEDMatrix.git) C Header · 509 lines
CConfig.cpp (https://github.com/azboul/multitheftauto.git) C++ · 423 lines
67 szCurrentEntry[i] = '\0';
68 }
69 i++;
70 }
71 // If this is one of the entries we are looking for
79 return false;
80 }
81 i++;
82 if ( ( szInput[i] == '\0' ) || ( szInput[i] == '\n' ) || ( szInput[i] == '#' ) ) {
83 // Reset the file pointer to the start of the file
90 while ( szInput[i] != '#' && szInput[i] != '\n' && szInput[i] != '\0' ) {
91 szTemp[j] = szInput[i];
92 i++;
93 j++;
94 }
PropelModelPagerTest.php (https://github.com/1989gaurav/Propel.git) PHP · 241 lines
104 foreach ($pager as $book) {
105 $this->assertEquals('Book' . $i, $book->getTitle(), 'getIterator() returns an iterator');
106 $i++;
107 }
108 $this->assertEquals(4, $i, 'getIterator() uses the results collection');
117 foreach ($pager as $book) {
118 $this->assertEquals('Book' . $i, $book->getTitle(), 'getIterator() returns an iterator');
119 $i++;
120 }
121 $this->assertEquals(4, $i, 'getIterator() uses the results collection');
124 foreach ($pager as $book) {
125 $this->assertEquals('Book' . $i, $book->getTitle());
126 $i++;
127 }
128 $this->assertEquals(4, $i, 'getIterator() can be called several times');
test.c (https://github.com/rtemss/rtems.git) C · 439 lines
trace_events_inject.c (https://github.com/tekkamanninja/linux.git) C · 327 lines
TestLocalStringKeys.java (https://bitbucket.org/ldassonville/openesb-core.git) Java · 199 lines
class.TestMySQLDAO.php (https://github.com/billfox3/ThinkUp.git) PHP · 167 lines
aria.js (https://github.com/yangdao/kissy.git) JavaScript · 235 lines
SimpleCharStream.java (https://gitlab.com/essere.lab.public/qualitas.class-corpus) Java · 439 lines
gArray.cs (https://github.com/gegg2/Zombie-Wars.git) C# · 320 lines
vtkQtChartQuad.cxx (https://github.com/b3c/VTK-5.8.git) C++ · 267 lines
localize_test.cpp (https://github.com/richardfickling/android_frameworks_base.git) C++ · 221 lines
139 app!=setting.apps.end(); app++) {
140 printf(" apps[%02d]='%s'\n", i, app->c_str());
141 i++;
142 }
143 i=0;
144 for (vector<Reject>::const_iterator reject=setting.reject.begin();
145 reject!=setting.reject.end(); reject++) {
146 i++;
147 printf(" reject[%02d]=('%s','%s','%s')\n", i, reject->file.c_str(),
148 reject->name.c_str(), reject->comment.c_str());
PolygonClippingAndMerging.java (https://github.com/ihmcrobotics/ihmc-open-robotics-software.git) Java · 359 lines
listGridCMS_PROJECTS.php (https://github.com/juddy/GIP.git) PHP · 309 lines
PropertyAccessorUtils.java (https://github.com/keesun/spring-framework.git) Java · 185 lines
string.cpp (https://github.com/grapefrukt/poro.git) C++ · 553 lines
ChatMessage.java (https://gitlab.com/Meteor-MC/plugins) Java · 245 lines
TBlock.c
(https://jetpp.svn.sourceforge.net/svnroot/jetpp)
C · 810 lines
✨ Summary
This C code implements a block-based untransform function for image processing, specifically for wavelet transforms. It breaks down an image into smaller blocks and applies various transformations to each block, including transpose, spin up/down, and wavelet operations. The code is designed to optimize memory usage and performance by reusing blocks and minimizing data movement.
This C code implements a block-based untransform function for image processing, specifically for wavelet transforms. It breaks down an image into smaller blocks and applies various transformations to each block, including transpose, spin up/down, and wavelet operations. The code is designed to optimize memory usage and performance by reusing blocks and minimizing data movement.
Strings.java (https://github.com/MIPS/external-bouncycastle.git) Java · 246 lines
Lists.cpp (https://gitlab.com/dahbearz/Serious-Engine) C++ · 290 lines
file.cpp (https://github.com/lince/ginga-srpp.git) C++ · 378 lines
string.cpp (http://itexmacs.googlecode.com/svn/trunk/) C++ · 406 lines
204 int i=0, n=N(s), val=0;
205 if (n==0) return 0;
206 if (s[0]=='-') i++;
207 while (i<n) {
208 if (s[i]<'0') break;
210 val *= 10;
211 val += (int) (s[i]-'0');
212 i++;
213 }
214 if (s[0]=='-') val=-val;
283 int i=0, n=N(s);
284 if (n==0) return false;
285 if (s[i]=='+') i++;
286 if (s[i]=='-') i++;
295 int i=0, n=N(s);
296 if (n==0) return false;
297 if (s[i]=='+') i++;
298 if (s[i]=='-') i++;
HashMapII.java (https://gitlab.com/MineYourMind/MineTweaker3) Java · 237 lines
AST_timeoncall.php (https://github.com/inktel/Vicidial.git) PHP · 180 lines
Porter.java (https://bitbucket.org/teamwildtreechase/hatparsing.git) Java · 393 lines
extendMap.enchant.js (https://github.com/tkayama/hanachin.github.com.git) JavaScript · 313 lines
grdiff.c (http://archfs.googlecode.com/svn/trunk/) C · 351 lines
BitTools.cs (https://github.com/slau/ManagedMediaHelpers.git) C# · 335 lines
MyersDiff.java (https://github.com/sorzu/xwiki-platform.git) Java · 197 lines
quadtree.js (https://github.com/abachman/jaws.git) JavaScript · 211 lines
ClientCookieDecoder.cs (https://github.com/Azure/DotNetty.git) C# · 266 lines
StringUtil.java
(https://jedit.svn.sourceforge.net/svnroot/jedit)
Java · 123 lines
✨ Summary
This Java class provides utility methods for string manipulation, including splitting strings by a delimiter, sorting arrays of strings using bubble sort, finding the maximum common prefix between two strings, generating method signatures as strings, and normalizing class names. It also includes a hack to access a private method in another class.
This Java class provides utility methods for string manipulation, including splitting strings by a delimiter, sorting arrays of strings using bubble sort, finding the maximum common prefix between two strings, generating method signatures as strings, and normalizing class names. It also includes a hack to access a private method in another class.
Tiger.jj (https://jedit.svn.sourceforge.net/svnroot/jedit) Unknown · 4099 lines
BrowserColorsOptionPane.java
(https://jedit.svn.sourceforge.net/svnroot/jedit)
Java · 346 lines
✨ Summary
This Java code creates a GUI component for managing browser colors. It allows users to add, remove, and edit color settings for different file types. The component displays a table with two columns: one for glob patterns and another for corresponding colors. Users can select new colors from a palette or enter custom values. The changes are saved when the user clicks “Save”.
This Java code creates a GUI component for managing browser colors. It allows users to add, remove, and edit color settings for different file types. The component displays a table with two columns: one for glob patterns and another for corresponding colors. Users can select new colors from a palette or enter custom values. The changes are saved when the user clicks “Save”.
StylesheetParameterTableModel.java
(https://jedit.svn.sourceforge.net/svnroot/jedit)
Java · 237 lines
✨ Summary
This Java code defines a table model for XSL stylesheet parameters, allowing users to add, edit, and delete parameter names and values in a table. It provides methods for adding, removing, and editing parameters, as well as getting the current value of each parameter at a specific row and column index.
This Java code defines a table model for XSL stylesheet parameters, allowing users to add, edit, and delete parameter names and values in a table. It provides methods for adding, removing, and editing parameters, as well as getting the current value of each parameter at a specific row and column index.
mzscheme.cxx
(https://swig.svn.sourceforge.net/svnroot/swig)
C++ · 817 lines
✨ Summary
This C++ code is part of a Scheme interpreter implementation, specifically for the MZSCHEME module. It defines a class MZSCHEME
that inherits from a base class, and provides methods to instantiate the module, handle syntax and semantics, and validate identifiers. The code appears to be generated by a tool like SWIG (Simplified Wrapper and Interface Generator) for creating C++ bindings around Scheme code.
This C++ code is part of a Scheme interpreter implementation, specifically for the MZSCHEME module. It defines a class MZSCHEME
that inherits from a base class, and provides methods to instantiate the module, handle syntax and semantics, and validate identifiers. The code appears to be generated by a tool like SWIG (Simplified Wrapper and Interface Generator) for creating C++ bindings around Scheme code.
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
.
cocos2d_specifics.cpp (https://bitbucket.org/Tsiannian/cocos2d-x.git) C++ · 686 lines
87 TEST_NATIVE_OBJECT(cx, item)
88 array->addObject(item);
89 i++;
90 }
91 cocos2d::CCMenu* ret = cocos2d::CCMenu::createWithArray(array);
146 TEST_NATIVE_OBJECT(cx, item)
147 array->addObject(item);
148 i++;
149 }
150 cocos2d::CCFiniteTimeAction* ret = cocos2d::CCSequence::create(array);
184 TEST_NATIVE_OBJECT(cx, item)
185 array->addObject(item);
186 i++;
187 }
188 cocos2d::CCFiniteTimeAction* ret = cocos2d::CCSpawn::create(array);
TreeElementPattern.java (https://bitbucket.org/nbargnesi/idea.git) Java · 225 lines
JavaCharStream.java
(https://jedit.svn.sourceforge.net/svnroot/jedit)
Java · 548 lines
✨ Summary
This Java class implements a line-based text scanner, allowing for tokenization and adjustment of line and column numbers at the start of a token. It reads input from an underlying stream (e.g., file or network connection) and provides methods to get the current line and column numbers, as well as the next character in the input. The class also supports adjusting the starting point of a token within the input.
This Java class implements a line-based text scanner, allowing for tokenization and adjustment of line and column numbers at the start of a token. It reads input from an underlying stream (e.g., file or network connection) and provides methods to get the current line and column numbers, as well as the next character in the input. The class also supports adjusting the starting point of a token within the input.
TokenMarker.java
(https://jedit.svn.sourceforge.net/svnroot/jedit)
Java · 938 lines
✨ Summary
This Java code is part of a parser for regular expressions, specifically handling line-by-line parsing and syntax analysis. It manages persistent state per line, including rules, escape characters, and span information, to facilitate accurate parsing and error detection. The code provides a framework for processing input strings according to predefined grammar rules.
This Java code is part of a parser for regular expressions, specifically handling line-by-line parsing and syntax analysis. It manages persistent state per line, including rules, escape characters, and span information, to facilitate accurate parsing and error detection. The code provides a framework for processing input strings according to predefined grammar rules.
Resolver.java
(https://jedit.svn.sourceforge.net/svnroot/jedit)
Java · 969 lines
✨ Summary
This Java code is part of a JEdit plugin that manages external resources, such as XML files. It handles caching, network modes, and resource updates. The code provides methods for adding, updating, and removing resources from the cache, as well as handling changes to the user’s settings and file system. It also includes a class for handling VFS (Virtual File System) updates.
This Java code is part of a JEdit plugin that manages external resources, such as XML files. It handles caching, network modes, and resource updates. The code provides methods for adding, updating, and removing resources from the cache, as well as handling changes to the user’s settings and file system. It also includes a class for handling VFS (Virtual File System) updates.
Chunk.java
(https://jedit.svn.sourceforge.net/svnroot/jedit)
Java · 589 lines
✨ Summary
This Java code is part of a text rendering engine, responsible for laying out and rendering text on a screen. It uses font substitution to find suitable fonts for characters that can’t be rendered by the default font. The code creates glyph vectors, which represent the visual representation of text, and calculates their widths based on the chosen font.
This Java code is part of a text rendering engine, responsible for laying out and rendering text on a screen. It uses font substitution to find suitable fonts for characters that can’t be rendered by the default font. The code creates glyph vectors, which represent the visual representation of text, and calculates their widths based on the chosen font.
Patch.java
(https://jedit.svn.sourceforge.net/svnroot/jedit)
Java · 395 lines
✨ Summary
This Java code implements a patch editor that applies changes to a text file by applying chunks of text, known as “patches”, to the original file. It supports three types of patches: add (insertion), change (replacement), and delete (removal). The code uses an offset-based system to apply patches to the original file, allowing for precise control over where in the file each patch is applied.
This Java code implements a patch editor that applies changes to a text file by applying chunks of text, known as “patches”, to the original file. It supports three types of patches: add (insertion), change (replacement), and delete (removal). The code uses an offset-based system to apply patches to the original file, allowing for precise control over where in the file each patch is applied.
lang.cxx
(https://swig.svn.sourceforge.net/svnroot/swig)
C++ · 476 lines
✨ Summary
This C++ code is a part of a compiler or interpreter for a programming language, specifically designed to generate C++ code from a high-level language syntax tree. It defines functions that handle various aspects of C++ code generation, such as class declarations, function definitions, variable assignments, and pragmas. The code uses a syntax tree data structure to navigate the abstract syntax tree (AST) and generate corresponding C++ code.
This C++ code is a part of a compiler or interpreter for a programming language, specifically designed to generate C++ code from a high-level language syntax tree. It defines functions that handle various aspects of C++ code generation, such as class declarations, function definitions, variable assignments, and pragmas. The code uses a syntax tree data structure to navigate the abstract syntax tree (AST) and generate corresponding C++ code.
main.c
(http://omnia2droid.googlecode.com/svn/trunk/)
C · 1787 lines
✨ Summary
This C code is a Linux kernel module that provides a library for Libertas WLAN drivers. It implements various functions, including event queueing, command response handling, and RTAP interface support. The code initializes and exits the module, and sets up debugfs interfaces for configuration and monitoring purposes. It also handles device operations such as opening, stopping, and transmitting data over the network.
This C code is a Linux kernel module that provides a library for Libertas WLAN drivers. It implements various functions, including event queueing, command response handling, and RTAP interface support. The code initializes and exits the module, and sets up debugfs interfaces for configuration and monitoring purposes. It also handles device operations such as opening, stopping, and transmitting data over the network.
houdini_js_u.c
(git://github.com/brianmario/escape_utils.git)
C · 60 lines
✨ Summary
This C function, houdini_unescape_js
, takes a buffer ob
and a string src
as input, and returns 1 if successful. It unescapes special characters in the input string, replacing them with their corresponding characters (e.g., \n
becomes \n
). If an invalid character is encountered, it appends a backslash to the output buffer.
This C function, houdini_unescape_js
, takes a buffer ob
and a string src
as input, and returns 1 if successful. It unescapes special characters in the input string, replacing them with their corresponding characters (e.g., \n
becomes \n
). If an invalid character is encountered, it appends a backslash to the output buffer.
HistoryComboBox.java
(https://jedit.svn.sourceforge.net/svnroot/jedit)
Java · 106 lines
✨ Summary
This Java class, HistoryComboBox
, extends JComboBox
to create a combo box that remembers a specified number of previous entries and stores them in a given property. It allows users to interact with the combo box as usual while also persisting its state between sessions. The class provides methods for adding new entries, storing and loading data from properties.
This Java class, HistoryComboBox
, extends JComboBox
to create a combo box that remembers a specified number of previous entries and stores them in a given property. It allows users to interact with the combo box as usual while also persisting its state between sessions. The class provides methods for adding new entries, storing and loading data from properties.
ExtensionManager.java
(https://jedit.svn.sourceforge.net/svnroot/jedit)
Java · 176 lines
✨ Summary
This Java code is part of an editor’s extension management system, handling ‘layers’ of extensions that can be added to a text area. It provides methods for adding, removing, and retrieving extensions, as well as painting screen line ranges and displaying tooltips. The code uses a linked list to store the extensions, allowing for efficient insertion and removal.
This Java code is part of an editor’s extension management system, handling ‘layers’ of extensions that can be added to a text area. It provides methods for adding, removing, and retrieving extensions, as well as painting screen line ranges and displaying tooltips. The code uses a linked list to store the extensions, allowing for efficient insertion and removal.
README.md
(git://github.com/Rduerden/Node.cs.git)
Markdown · 108 lines
✨ Summary
Node.cs is a C# framework that provides evented I/O for building high-performance single-threaded applications. It includes features such as HTTP server, timers, task completion, and threading support. The framework also supports UDP message receiving. Node.cs allows developers to create asynchronous operations without the need for threads, making it suitable for building scalable and efficient applications.
Node.cs is a C# framework that provides evented I/O for building high-performance single-threaded applications. It includes features such as HTTP server, timers, task completion, and threading support. The framework also supports UDP message receiving. Node.cs allows developers to create asynchronous operations without the need for threads, making it suitable for building scalable and efficient applications.
parms.c
(https://swig.svn.sourceforge.net/svnroot/swig)
C · 245 lines
✨ Summary
This C code is part of a SWIG (Simplified Wrapper and Interface Generator) project, which generates C wrappers for Python modules. It defines functions to create and manipulate Parm
objects, which represent function parameters, as well as related data structures like ParmList
. The code provides methods for copying, stringifying, and checking default arguments in parameter lists.
This C code is part of a SWIG (Simplified Wrapper and Interface Generator) project, which generates C wrappers for Python modules. It defines functions to create and manipulate Parm
objects, which represent function parameters, as well as related data structures like ParmList
. The code provides methods for copying, stringifying, and checking default arguments in parameter lists.
issue59_test.html
(http://jsplumb.googlecode.com/svn/trunk/)
HTML · 438 lines
✨ Summary
This HTML code generates a workflow diagram with interconnected boxes and arrows, using JavaScript libraries like jsPlumb to create the layout and connections. It also includes a menu system for navigating the diagram and a code preview area at the bottom of the page. The diagram is rendered dynamically based on data provided in the HTML code.
This HTML code generates a workflow diagram with interconnected boxes and arrows, using JavaScript libraries like jsPlumb to create the layout and connections. It also includes a menu system for navigating the diagram and a code preview area at the bottom of the page. The diagram is rendered dynamically based on data provided in the HTML code.
ai_utils.cpp (http://hl2sb-src.googlecode.com/svn/trunk/) C++ · 581 lines
mlme.c
(http://photon-android.googlecode.com/svn/)
C · 2582 lines
✨ Summary
This C code is part of a wireless networking driver, specifically handling management frames for IEEE 802.11 networks. It implements functions to manage associations, disassociations, and deauthentications between devices on an 802.11 network, as well as sending and receiving management frames to/from the network. The code ensures proper locking and synchronization to prevent race conditions when accessing shared data structures.
This C code is part of a wireless networking driver, specifically handling management frames for IEEE 802.11 networks. It implements functions to manage associations, disassociations, and deauthentications between devices on an 802.11 network, as well as sending and receiving management frames to/from the network. The code ensures proper locking and synchronization to prevent race conditions when accessing shared data structures.
NewLocationActivity.java
(http://eyes-free.googlecode.com/svn/trunk/)
Java · 434 lines
✨ Summary
This Java code is part of an Android application that provides a search functionality for addresses. It allows users to input an address, which can be from various sources such as contacts, favorites, or manual entry. The app then searches for the address and returns its corresponding latitude and longitude coordinates to the caller activity.
This Java code is part of an Android application that provides a search functionality for addresses. It allows users to input an address, which can be from various sources such as contacts, favorites, or manual entry. The app then searches for the address and returns its corresponding latitude and longitude coordinates to the caller activity.
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.