OpenLLM-France/wikimedia huggingface dataset:
# Mega Man Battle Network/Program Advance Guide

When certain chips are slotted in, they may be instead to form a single, more powerful attack known as the Program Advance. Program Advances are often performed when three (sometimes more) chips are slotted in the correct order, with the correct letter codes.
To perform a Program Advance, simply slot the chips in the correct order, and before the turn begins, you will see that your chips will combine to form a new attack. With letter-coded Program Advances (ie. Program Advances that require different chips with a common letter code), you can also (for the most part) boost its attack rating (if any) with other chips such as ColorPoint or Attack+10 for more damage. However, remember that as the chips are not combined until the turn begins, you will typically have only two (one if you use Soul Unison) space left to add power to your Program Advance.
In MegaMan Battle Network 5, Program Advances may be performed only once in battle, although different Program Advances may be performed in the same battle.
In designing a folder, it is common to have the ability to make at least one Program Advance - many common folders revolve around a single letter code and a Program Advance that fits that letter code. Folders prior to Battle Network 5 may have as many of the constituent BattleChips as the folder-building rules allow, to maximize the chances of drawing all the chips needed for a Program Advance.
In our BattleChip guide, the Program Advances that the chip is a part of is listed on the page. For a complete list of Program Advances, check out the Program Advance Library.

## *-Coded Chips

In Battle Network 2, a *-coded chip can act as a wildcard which can act as one missing letter code. Note that all *-coded chips substitute for one and only one letter code, thus while Cannon A, Cannon B, and Cannon * will form the ZetaCannon1, the combination of Cannon A, Cannon *, and Cannon * will simply be three Cannon attacks.
With letter-coded Program Advances, of course, this point is rendered moot - you can use any combination of letter-coded and *-coded chips, and all *-coded chips will take the same letter code. This also means that you can execute Program Advances with only *-coded chips. in megaman 5 you can also make a program advance called cactdance you need cactball I,J,H

## Dark and Light Advances

Starting in Battle Network 4, with the introduction of DarkChips, some Program Advances may require a sufficient level of karma to perform. For example, the PoisonPharaoh requires a low level of karma in Battle Network 4, while the PileDriver requires a high level of karma. Thus, the usage of DarkChips and DoubleSoul, as well as the SoulCleaner Navi Customizer Part, will affect which PAs become available.
# Mega Man Battle Network/BattleChips/LaserMan

| Name | Game | Codes | Class | No. | Type | Damage | Size |
| LaserMan | Battle Network 4 | L | Mega | 52 | - | 100 | 60 |
| LaserMan SP | Battle Network 4 | L | Mega | 53 | - | 120 | 80 |
| LaserMan DS | Battle Network 4 | L | Mega | 54 | - | 120 | 80 |
LaserMan is a chip that summons LaserMan, who will proceed to attack the row he is standing on (and in front of him) with his Power Down Laser attack. In link battles, while LaserMan is attacking, you can also do one of the following actions:
* Press Up to lower the opponent's buster level
* Press Down to remove the effects of the opponent's Navi Customizer
* Press Right to remove the opponent's charged shot
* Press Left to remove one chip from the opponent's custom screen next turn
LaserMan SP will do more damage depending on how fast LaserManω is defeated.
LaserMan DS will do more damage depending on how many Dark Holes are currently on the field.
# Mega Man Battle Network/Guide for Cheaters

This is a guide for people who like to cheat at Battle Network games, either through exploits at game programming or through the use of a cheat device.

## Cheat devices

Cheat devices are tools that alter the values stored in memory. Because memory is altered, it allows for scenarios where it cannot be done through normal gameplay (such as having all the GigaChips on one version of the game, as those cannot be traded). However, it may also crash the system and delete your game save. With that in mind, it is advised that the codes are to be used with caution.

### Standard conventions

For cheat device codes, simple memory writes are written down as address:value pairs. These can be converted for use with virtually any cheat device, although the method to do so is outside the scope of this guide. For more complicated codes pseudo-code will be used. If a code is specific to one kind of cheat device, then the code will be shown in its native form.

## Table of Contents

* Patch codes for MegaMan Battle Network
* Patch codes for MegaMan Battle Network 2
* Patch codes for MegaMan Battle Network 3 (both versions)
* Patch codes for MegaMan Battle Network 4 (both versions)
* Patch codes for MegaMan Battle Network 5 (both versions)
# Memory Management/Memory Compacting
## Compacting

As a memory pool is allocated from, over time the pool will become fragmented. Some objects from the pool will be allocated surrounded by objects that are not, in seemingly random order. Memory compaction is the process of moving allocated objects together and leaving empty space together.
Consider a system with 3 pages and about 50% of their objects are allocated. By compacting, all the living objects are moved into the first two pages, leaving the second half of the second page and the third page completely empty. The empty page can then be ignored during future mark/sweep phases since it is known to be empty of living objects, or it can be released and returned to the desired operating system. Memory compacting is very important technique for allocating memory properly
# Memory Management/Stacks and Heaps
## Memory Allocations

In most native executable programs, there are two types of memory available: stack-based and heap-based memory.

## Stacks

The system stack, for those systems that have them, are used most often to provide frames. A frame is a way to localize information about subroutines. In general, a subroutine must have in its frame the return address (where to jump back to when the subroutine completes), the function's input parameters. When a subroutine is called, all this information is pushed onto the stack in a specific order. When the function returns, all these values on the stack are popped back off, reclaimed to the system for later use with a different function call. In addition, subroutines can also use the stack as storage for local variables.
This whole process, the process of creating frames on the stack and reclaiming them happens mostly transparently, and is handled by the compiler. The programmer is typically not aware of this process, and doesn't need to specifically account for it.
One pitfall to worry about can occur when a local array is allocated on the stack. If the function writes to a memory location beyond the end of the array, a problem called a buffer overflow occurs. A buffer overflow is a problem because data values are stored tightly on the stack and in an overflow you can accidentally overwrite these values. As was mentioned before, the function's return value is stored on the stack. So if this value is overwritten, the function will not return to the correct location. A diligent hacker can use this fact to populate the stack with very specific values, such as the address of virus code in memory.
Stack storage is fixed. That is, the space allocated on the stack is set at compile time by the compiler and is not altered while the program executes.

## Heap Storage

The heap is an area of dynamically-allocated memory that is managed automatically by the operating system or the memory manager library. Memory on the heap is allocated, deallocated, and resized regularly during program execution, and this can lead to a problem called fragmentation. Fragmentation occurs when memory objects are allocated with small spaces in between that are too small to hold additional memory objects. The net result is a percentage of the heap space that is not usable for further memory allocations.
Heaps are also susceptible to overflow situations, although the results are typically not as dire as in a stack overflow. It's not impossible for a hacker to disrupt the system through a heap overflow, but it's particularly difficult.
# Memory Management/Pages and Superpages
## Pages

The word "page" has many meanings in the world of computing. In terms of memory management, we will define the term like this:

### Page

    A Page is a region of memory dedicated to holding one type of object with a fixed size. This is also known as a homogenous memory region.
Since all the objects in the page are the same size, it can be treated like a gigantic array in memory and objects can be indexed easily and don't require any extra meta data to find objects.
# Memory Management/Valid Pointer Detection

Key to performing a memory trace is finding pointers to managed memory objects. If pointers to the object are not found, an uncooperative garbage collector will mark the object as dead and will reclaim the space for later reallocation. Places such as the processor registers and the system call stack need to be examined to find all potential pointers to managed memory objects.

## Pointer or Data

When looking at an arbitrary bit pattern, there is no way to determine whether the value is a pointer to a memory location or an integer value. However, most garbage collectors take the conservative approach and assume that all values that could be valid pointers are treated as valid pointers. If the memory management system is allocating memory in pages, it's a trivial task to determine whether a value could be a pointer to an object inside that page. Looping over all pages in this manner will determine whether a given binary value is a pointer to any managed memory objects.
# Memory Management/Resources

* David A Rusling. "The Linux Kernel": "Chapter 3: Memory Management".
* "Javascript: Memory Management".
* "Mac Developer Library": "Cocoa": "Advanced Memory Management Programming Guide".
* "Mac Developer Library": "Memory Management Programming Guide for Core Foundation"
* "Windows Desktop Applications: Memory Management".
# Mental Health and Addiction Treatment/Abstracts

Practical knowledge abstracts (PKAs) are ...
# Pinyin/Water Surface

water surface: the surface of water
shuiimiahn: shuii d biaaomiahn
# Pinyin/Watchdog

See also
# Pinyin/Water (2)

Water
Water, clear, cool, pure, bring to humans boundless help. We should treasure water resources. This for humans is an unlackable resource.
Shuǐ
shuǐ, qīngchè, liángshuǎng, chúnjìng, dàigěi rénlèi wúzhǐjìng de bāngzhù. Wǒmen yào zhēnxī shuǐ zīyuán. Zhè shì rénlèi bùkě quēshǎo de zīyuán.
# Pinyin/Was

See also
# Pinyin/Water

Water is the most common liquid on Earth. It covers about 71.4% of the Earth. Pure water has no smell, taste, or color. Lakes, oceans, and rivers are made of water. Rain is water that falls from clouds in the sky. If water gets very cold (below 0 degrees Celsius), it freezes and becomes ice. Frozen rain is hail. Snow is formed from water vapor, not rain. If water gets very hot (above 100 degrees Celsius), it boils and becomes steam. Water is very important for life. However, some studies suggest that by 2025 more than half of the people around the world will not have enough water.
shuii shih Dihqiur zuih charngjiahn d yehtii, zhahn Dihqiur biaaomiahn yue 71.4%. churn shuii meiryoou qihweih, weihdaoh, yarnseh. shuii xirngcherng hurpo, haaiyarng, herliur. yuu shih tianshahng d yurn diaohxiahlair d shuii. heen leeng d shuii (Celsius 0 duh yiixiah) nirngjier weir bing. jierbing d yuu shih bingbaor. xuee your shuiiqih errbushih yuu xirngcherng. heen reh d shuii (Celsius 100 duh yiishahng) feihterng weir zhengqih. shuii duih shengmihng heen zhohngyaoh. keeshih, yixie yarnjiu xiaanshih, daoh 2025 niarn, quarnqiur guohbahnshuh rern huih queshuii.
# Pinyin/Waterfall

Waterfall
I have not seen the waterfall, firstly heard the sound of the waterfall, which is like waves surge onto the beach, and is like the wind blowing through the pines.
The mountain path turns suddenly. Ah! I have seen the whole waterfall! Such a scene is uncomparable, green mountains accompanying a silver waterfall.
Pùbù
Hái méi kànjiàn pùbù, xiān tīngjiàn pùbù de shēngyīn, hǎoxiàng diédié de làng yǒng shàng àntān, yòu xiàng zhènzhèn de fēng chuīguò sōnglín.
Shānlù hūrán yī zhuǎn, a! wàngjiànle pùbù de quánshēn! Zhèbān jǐngxiàng méifǎ bǐyù, qiān-zhāng qīngshān chènzhe yī-dào báiyín.
# Pinyin/Washing machine

A washing machine is a machine for washing clothes.
xiiyiji shih xii yifur d jiqih.
# Pinyin/Washington, D.C.

See also
Washington, D.C. is the capital city of the United States. It is not a state or in a state. The president of the United States and many major national government offices are in the city.
Washington DC shì Měiguó de shǒudū. Tā bùshì yīgè zhōu, yě bù shǔyú rènhé yīgè zhōu. Měiguó zǒngtǒng hé xǔduō zhǔyào de zhōngyāng zhèngfǔ bùmén dōu zài zhège chéngshì.
# Pinyin/So

See also
# Pinyin/Society

Society can be defined as: an entity belonging to a group of the same species, by means of co-operation (through mutual information exchange, to fulfil collaborative relationships), organised to form group operation system.
This generally includes human society and natural society.
Shèhuì kěyǐ dìngyì wéi: yīqún shǔyú tóngyī wùzhǒng de gètǐ, yǐ xiézuò de fāngshì (tōngguò hùxiāng jiāoliú xìnxī ér wánchéng de hézuò guānxì) zǔzhī qǐlái de qúntǐ yùnzuò xìtǒng.
Yībān bāokuò rénlèi shèhuì hé zìrán shèhuì.
# Pinyin/Snow White

See also
# Pinyin/Snow

Snow
In the winter, snow scatters.
I fall, walking amid a scattering of snow.
Snow falls onto ground, melts into water, freezes into ice.
I reminisce, a series of past events.
In past events, there are happiness and sorrow.
I wish reality can change into fairy tale.
xuee
dongrih lii, dahxuee fenfei.
woo duohluoh, xirngzoou fenfei dahxuee zhong.
xuee luohdih, huah weir shuii, juh weir bing.
woo huiryih, waangshih liarnliarn buduahn.
waangshih zhong, yoouxiiyooubei.
woo yuahn xiahnshir biahnweir shernhuah.
# Pinyin/Sociology

Search sociology
Sociology originated in the end of the 19th century, is a branch of subject that studies the society. Sociology deploys various methods of study to conduct empirical researches and critical analysis, to develop and perfect a set of knowledge system that are relevant to the structures and activities of the human societies, and with the aims of using these knowledge to seek or improve social welfare. The scopes of studies in sociology are wide, which included from social actions or people interactions of the micro-hierarchies, to the macro-hierarchies of the social systems or structures. The bodies of sociology includes individuals, social structures, social changes, social problems, and social controls, so sociology always along with subjects such as economics, politics, anthropology and psychology be listed under the scope of social sciences.
Shèhuìxué qǐyuán yú 19 shìjì mòqí, shì yīmén yánjiū shèhuì de xuékē. Shèhuìxué shǐyòng gèzhǒng yánjiū fāngfǎ jìnxíng shízhèng diàochá hé pīpàn fēnxī, yǐ fāzhǎn jí wánshàn yī tào yǒuguān rénlèi shèhuì jiégòu jí huódòng de zhīshì tǐxì, bìng huì yǐ yùnyòng zhèxiē zhīshì qù xúnqiú huò gǎishàn shèhuì fúlì wéi mùbiāo. Shèhuìxué de yánjiū fànwéi guǎngfàn, bāokuòle yóu wéiguān céngjí de shèhuì xíngdòng huò rénjì hùdòng, zhì hóngguān céngjí de shèhuì xìtǒng huò jiégòu, shèhuìxué de běntǐ yǒu shèhuì zhōng de gèrén, shèhuì jiégòu, shèhuì biànqiān, shèhuì wèntí, hé shèhuì kòngzhì, yīncǐ shèhuìxué tōngcháng gēn jīngjìxué, zhèngzhìxué, rénlèixué, xīnlǐxué děng xuékē bìngliè yú shèhuì kēxué lǐngyù zhīxià.
# Pinyin/Social

Search social
# Pinyin/Social Science

Search social
Search science
Social science is a science, using scientific methods to study the phenomena of human societies. Such as sociology studies human societies; political science studies politics, policy and related activities; and economics studies economy. Generalized "social sciences" include the humanities and social sciences.
Shèhuì kēxué shì yīmén kēxué, yòng kēxué de fāngfǎ, yánjiū rénlèi shèhuì de zhǒngzhǒng xiànxiàng. Lìrú shèhuìxué yánjiū rénlèi shèhuì; zhèngzhìxué yánjiū zhèngzhì, zhèngcè hé yǒuguān de huódòng; jīngjìxué yánjiū jīngjì. Guǎngyì de “shèhuì kēxué” bāokuò rénwénkēxué hé shèhuì kēxué.
# Pinyin/Soft Drink

Search Pinyin soft drink
Search Pinyin drink
# Pinyin/Ruler

See also
# Pinyin/Russia

Search Pinyin Russia
Russia is a country which is mostly in Asia and partly in Eastern Europe.
Russia shih dahbuhfehn zaih Yahzhou, buhfehn zaih Dong Ou d guorjia.
It is the largest country in the world.
ta shih shihjieh zuih dah d guorjia.
About 145 million people live in Russia.
rernkoou yue 1 yih 4500 wahn.
The capital city of Russia is Moscow.
shooudu Moscow.
Russia is a very large and diverse country.
Russia shih juhdah her duoyuarnhuah guorjia.
Its government is based on democratic election.
zhehngfuu shih mirnxuaan d.
The president is chosen in direct elections, and its current president is Vladimir Putin.
zoongtoong your zhirxuaan chaansheng, xiahnrehn zoongtoong shih Vladimir Putin.
The official language is Russian.
guanfang yuuyarn shih Russia-yuu.
Russia produces a lot of energy made from oil and natural gas.
Russia shengchaan dahliahng lairzih shiryour her tianrarnqih d nerngyuarn.
# Pinyin/SDR

See also
Social discount rate (SDR) is the discount rate used in computing the value of funds spent on social projects.
Shèhuì zhéxiànlǜ (SDR) shì jìsuàn yòngyú shèhuì xiàngmù de zījīn jiàzhí de zhéxiànlǜ.
# Pinyin/Round

See also
# Pinyin/Route

See also
# Pinyin/Rye

Search Pinyin rye
Rye is a kind of grass. It is like wheat and barley, which is in the family of wheat.
Rye seed is a kind of grain. It can be made into flour, bread, and various of alcoholic drinks.
The whole grain of rye seed can be made into cooked rye. It also can be rolled to make into rye flake, which is like oat flake.
heimaih shih yizhoong caao. ta haaoxiahng xiaaomaih her dahmaih, shih xiaaomaih-leih.
heimaih zhoongzii shih yizhoong guuwuh. ta keeyii yohnglair zhihzaoh miahnfeen, miahnbao, her gehzhoong jiuujing yiinpiin.
zheenggeh-kelih d heimaih zhoongzii keeyii yohnglair zhuu heimaih-fahn. ta yee keeyii bei yabiaan, zhihcherng haaoxiahng yahnmaih-piahn d heimaih-piahn.
# Pinyin/Rotation

Rotation is the movement of turning around an axis.
zihzhuahn shih weirraoh zhourxin d xuarnzhuaan yuhndohng.
# Pinyin/Run

See also
Run
I followed the wind to run, the cloud laughed, the wind laughed, but it did not laugh. I followed the people to run, the people laughed, it laughed, but I did not laugh.
Pǎo
Wǒ gēnzhe fēng pǎo, yún xiào, fēng xiào, tā bù xiào. Wǒ gēnzhe rén pǎo, rén xiào, tā xiào, wǒ bù xiào.
# Poker/7-stud8

Seven card stud eight-or-better high-low split is a variation on 7 card stud where there are two separate pots. One pot is for the high hand and the other pot is for the low hand. The high hand pot is paid off just like the pot for 7 card stud. The low hand pot is only paid off if a player has a 5 card hand that has a high card of 8 or lower. Just like in the variant Razz, straights and flushes do not count for the low card hand. For all other rules, see 7 card stud.
# Podcasting/Distribution
## Podcasting for producers
### RSS feeds

Several websites can create and publish RSS feeds, either free, for a fee, or paid for by advertising. However, creating a feed is not complicated. Below is an example feed.
* Text coloured grey is required, does not need to be modified and can be ignored – you do not need to understand why it's there so we won't complicate things.
* Text coloured red is an explanation of the feed and should not be included in an actual feed.
* Text coloured blue should be replaced with your own data.
<?xml version="1.0"?>
<rss version="2.0" xmlns:dc="http://purl.org/dc/elements/1.1/">
<channel>
This section is the header, it includes information about you, and your website or series. This section should only appear in the feed once.
<title>The title of your series</title>
<link>A link to your homepage or programme index</link>
<description>A description of your series</description>
<language>Language code. This is a two or four letter code based on ISO 639, e.g. en-us, en-gb or fr (see list of ISO 639 codes)</language>
<copyright>Optional: Copyright info, e.g. author and year or license (such as GNU Free Documentation License)</copyright>
<lastBuildDate>Date of the last update</lastBuildDate>
<webMaster>Optional: admin contact</webMaster>
The section that follows, between <item> and </item>, specifies a single programme. You could choose to modify it every time you make a new programme, but this will mean that new subscribers will only be able to download the latest episode, and if somebody isn't quick enough they may miss an episode. Creating a new item section will keep an archive of episodes available and avoid this problem. Newer episodes should be placed above older episodes in the file. There is no theoretical limit to the number of episodes you can list, though many podcasters choose only to list a handful of recent episodes.
<item>
<title>Title of the programme</title>
<description>Description of the episode, e.g. contents. This can be as long as you like.</description>
<pubDate>Recording or publishing date.</pubDate>
<enclosure url="path to the recording" length="file size in bytes – this should be digits only" type="audio/mpeg" />
</item>
</channel>
</rss>
Studying an RSS file, such as the Spoken Wikipedia RSS file may help in understanding the workings and other optional fields.