/ohos5.0/foundation/graphic/graphic_3d/lume/LumeEngine/src/ecs/ |
H A D | entity_manager.cpp | 117 const auto generation = 1U; in Create() local 120 result = MakeEntityId(generation, id); in Create() 132 ++slot.generation; in Create() 135 result = MakeEntityId(slot.generation, id); in Create() 146 const auto generation = 1U; in CreateReferenceCounted() local 150 result = MakeEntityId(generation, id); in CreateReferenceCounted() 165 ++slot.generation; in CreateReferenceCounted() 167 result = MakeEntityId(slot.generation, id); in CreateReferenceCounted() 180 if ((e.generation == GetGeneration(entity)) && in GetReferenceCounted() 203 if ((e.generation == GetGeneration(entity)) && in Destroy() [all …]
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/ohos5.0/docs/en/application-dev/reference/common/ |
H A D | _j_s_v_m___create_v_m_options.md | 20 | size_t [maxOldGenerationSize](#maxoldgenerationsize) | Maximum size of the old-generation memory.… 21 | size_t [maxYoungGenerationSize](#maxyounggenerationsize) | Maximum size of the young-generation m… 22 | size_t [initialOldGenerationSize](#initialoldgenerationsize) | Initial size of the old-generation… 23 …YoungGenerationSize](#initialyounggenerationsize) | Initial size of the young-generation memory. | 38 Initial size of the old-generation memory. 47 Initial size of the young-generation memory. 65 Maximum size of the old-generation memory. 74 Maximum size of the young-generation memory.
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/ohos5.0/foundation/multimedia/image_framework/plugins/common/libs/image/libextplugin/src/hardware/imagecodec/ |
H A D | codec_state.cpp | 132 int32_t generation; in OnCheckIfStuck() local 133 (void)info.param->GetValue("generation", generation); in OnCheckIfStuck() 134 if (generation == codec_->stateGeneration_) { in OnCheckIfStuck() 143 int32_t generation; in OnForceShutDown() local 144 (void)info.param->GetValue("generation", generation); in OnForceShutDown() 145 codec_->ForceShutdown(generation); in OnForceShutDown() 381 int32_t generation; in OnMsgReceived() local 382 if (info.param->GetValue("generation", generation) && in OnMsgReceived() 383 generation == codec_->stateGeneration_) { in OnMsgReceived() 659 int32_t generation; in OnMsgReceived() local [all …]
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/ohos5.0/foundation/multimedia/av_codec/services/engine/codec/video/hcodec/ |
H A D | hcodec_state.cpp | 137 int32_t generation = 0; in OnCheckIfStuck() local 138 (void)info.param->GetValue("generation", generation); in OnCheckIfStuck() 139 if (generation == codec_->stateGeneration_) { in OnCheckIfStuck() 148 int32_t generation = 0; in OnForceShutDown() local 150 (void)info.param->GetValue("generation", generation); in OnForceShutDown() 152 codec_->ForceShutdown(generation, isNeedNotifyCaller); in OnForceShutDown() 380 int32_t generation = 0; in OnMsgReceived() local 382 generation == codec_->stateGeneration_) { in OnMsgReceived() 655 int32_t generation = 0; in OnCheckIfStuck() local 657 if (generation != codec_->stateGeneration_) { in OnCheckIfStuck() [all …]
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H A D | hencoder.cpp | 1156 entry.item->generation = ++currGeneration_; in GetOneBufferFromSurface() 1161 … entry.item->generation, entry.item->buffer->GetSeqNum(), entry.pts, avaliableBuffers_.size()); in GetOneBufferFromSurface() 1163 SendRepeatMsg(entry.item->generation); in GetOneBufferFromSurface() 1168 void HEncoder::SendRepeatMsg(uint64_t generation) in SendRepeatMsg() argument 1171 param->SetValue("generation", generation); in SendRepeatMsg() 1177 uint64_t generation = 0; in RepeatIfNecessary() local 1178 param->GetValue("generation", generation); in RepeatIfNecessary() 1180 newestBuffer_.item->generation != generation) { in RepeatIfNecessary() 1185 …generation, newestBuffer_.item->buffer->GetSeqNum(), newestBuffer_.pts, newestBuffer_.repeatTimes); in RepeatIfNecessary() 1194 generation, newestBuffer_.item->buffer->GetSeqNum(), newestBuffer_.pts, newPts); in RepeatIfNecessary() [all …]
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/ohos5.0/docs/en/application-dev/quick-start/ |
H A D | arkts-rendering-control-foreach.md | 15 …r**, which is in effect a function through which you can customize key generation rules. If no **k… 17 …generation, which are mainly associated with the second parameter **index** of the **itemGenerator… 19 **Figure 1** ForEach key generation rules 32 …s a unique key for each array item of the data source based on the key generation rules, and creat… 71 In the preceding code snippets, the key generation rule is the return value **item** of the **keyGe… 112 …generation rule is **item**. When **ForEach** traverses the data source **simpleList** and finds t… 237 In this example, the data item is used as the key generation rule. Because the array items of the d… 459 4. Here, the **ForEach** key generation rule is the **id** property value of the array item. If **F… 518 …o use the string-type **index** property of the data source as the key generation rule. When **Ins… 568 …generation rule includes **index**. While the expected rendering result is ['one','new item', 'two… [all …]
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/ohos5.0/docs/zh-cn/application-dev/security/CryptoArchitectureKit/ |
H A D | crypto-sym-encrypt-decrypt-spec.md | 12 算法库当前提供了[AES](crypto-sym-key-generation-conversion-spec.md#aes)加解密常用的7种加密模式:ECB、CBC、OFB、CFB、CTR、GCM… 49 [3DES](crypto-sym-key-generation-conversion-spec.md#3des)算法的加解密过程分别是对明文/密文数据进行三次DES加密或解密,得到相应的密文或明文。 83 算法库当前提供了[SM4](crypto-sym-key-generation-conversion-spec.md#sm4)加解密常用的7种加密模式:ECB、CBC、CTR、OFB、CFB、CFB…
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H A D | crypto-convert-binary-data-to-asym-key-pair-ndk.md | 21 对应的算法规格请查看[非对称密钥生成和转换规格:RSA](crypto-asym-key-generation-conversion-spec.md#rsa)。 73 对应的算法规格请查看[非对称密钥生成和转换规格:ECC](crypto-asym-key-generation-conversion-spec.md#ecc)。 127 对应的算法规格请查看[非对称密钥生成和转换规格:SM2](crypto-asym-key-generation-conversion-spec.md#sm2)。
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H A D | crypto-convert-binary-data-to-asym-key-pair.md | 18 对应的算法规格请查看[非对称密钥生成和转换规格:RSA](crypto-asym-key-generation-conversion-spec.md#rsa)。 70 对应的算法规格请查看[非对称密钥生成和转换规格:ECC](crypto-asym-key-generation-conversion-spec.md#ecc)。 123 对应的算法规格请查看[非对称密钥生成和转换规格:ECC](crypto-asym-key-generation-conversion-spec.md#ecc)。 161 对应的算法规格请查看[非对称密钥生成和转换规格:SM2](crypto-asym-key-generation-conversion-spec.md#sm2)。
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H A D | crypto-generate-sym-key-randomly-ndk.md | 15 对应的算法规格请查看[对称密钥生成和转换规格:AES](crypto-sym-key-generation-conversion-spec.md#aes)。 55 对应的算法规格请查看[对称密钥生成和转换规格:SM4](crypto-sym-key-generation-conversion-spec.md#sm4)。
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H A D | crypto-generate-asym-key-pair-randomly-ndk.md | 16 对应的算法规格请查看[非对称密钥生成和转换规格:RSA](crypto-asym-key-generation-conversion-spec.md#rsa)。 68 对应的算法规格请查看[非对称密钥生成和转换规格:SM2](crypto-asym-key-generation-conversion-spec.md#sm2)。
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H A D | crypto-generate-sym-key-randomly.md | 12 对应的算法规格请查看[对称密钥生成和转换规格:AES](crypto-sym-key-generation-conversion-spec.md#aes)。 56 对应的算法规格请查看[对称密钥生成和转换规格:SM4](crypto-sym-key-generation-conversion-spec.md#sm4)。
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/ohos5.0/docs/zh-cn/application-dev/security/UniversalKeystoreKit/ |
H A D | Readme-CN.md | 7 - [密钥生成介绍及算法规格](huks-key-generation-overview.md) 9 - [生成密钥(ArkTS)](huks-key-generation-arkts.md) 10 - [生成密钥(C/C++)](huks-key-generation-ndk.md)
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H A D | huks-key-generation-ndk.md | 4 以生成ECC密钥为例,生成随机密钥。具体的场景介绍及支持的算法规格,请参考[密钥生成支持的算法](huks-key-generation-overview.md#支持的算法)。 21 …。注:一个密钥只能有一类PURPOSE,并且,生成密钥时指定的用途要与使用时的方式一致,否则会导致异常,请参考[密钥用途](huks-key-generation-overview.md#密钥用途)
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H A D | huks-key-generation-arkts.md | 4 以生成DH密钥为例,生成随机密钥。具体的场景介绍及支持的算法规格,请参考[密钥生成支持的算法](huks-key-generation-overview.md#支持的算法)。 16 …。注:一个密钥只能有一类PURPOSE,并且,生成密钥时指定的用途要与使用时的方式一致,否则会导致异常,请参考[密钥用途](huks-key-generation-overview.md#密钥用途)
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/ohos5.0/docs/en/application-dev/security/CryptoArchitectureKit/ |
H A D | crypto-architecture-kit-intro.md | 3 … verification, message authentication code (MAC) generation, hash computation, random number gener… 19 - [Key Generation and Conversion](crypto-key-generation-conversion-overview.md)
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/ohos5.0/docs/en/application-dev/security/UniversalKeystoreKit/ |
H A D | huks-key-generation-overview.md | 7 - Random generation: HUKS uses a cryptographically secure pseudorandom number generator (PRNG) to g… 9 … used only in the secure storage area throughout their lifecycle (from generation to destruction).… 15 The following table lists the supported key generation specifications.
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H A D | huks-hmac-arkts.md | 16 …ey. For details about the HMAC specifications supported, see [huks-key-generation-overview.md#supp… 77 * Simulate the key generation scenario. 81 * 2. Obtain the parameters for key generation.
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H A D | huks-hmac-ndk.md | 19 …r details about the HMAC specifications, see [Key Generation](huks-key-generation-overview.md#supp… 97 * Simulate the key generation scenario. 106 * 1.2. Obtain the parameters for key generation.
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H A D | huks-overview.md | 3 …ices with unified secure key operations, including key management (key generation/destruction, key… 31 | [Key generation](huks-key-generation-overview.md) | Generates a key randomly. During the lifecycl…
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/ohos5.0/docs/en/application-dev/arkts-utils/ |
H A D | gc-introduction.md | 3 …unting and tracing GC. Based on the generational model (young generation and old generation), ArkT… 13 - Semi Space: stores young generation, that is, newly created objects, which may be short-lived. Th… 14 - Old Space: stores old generation, that is, long-surviving objects. Multiple algorithms are used t… 112 - **Description**: Reclaims the young-generation objects newly allocated to Semi Space. 119 …ption**: Sorts and compresses the space of the young generation and some space of the old generati… 126 - **Description**: Performs full compression on the young generation and old generation. Full GC is… 194 - Shared Old Space: stores common shared objects. The young generation and old generation are not d…
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H A D | xml-overview.md | 23 …ibrary provides XML-related basic capabilities, including [XML generation](xml-generation.md), [XM…
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/ohos5.0/docs/en/device-dev/quick-start/ |
H A D | quickstart-appendix-hi3516.md | 6 …16DV300 is a next-generation system on chip (SoC) designed for the industry-dedicated smart HD IP …
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/ohos5.0/foundation/graphic/graphic_3d/lume/Lume_3D/src/ecs/systems/ |
H A D | morphing_system.cpp | 245 auto generation = morphManager_.GetGenerationCounter(); in Update() local 246 if (generation == lastGeneration_) { in Update() 250 lastGeneration_ = generation; in Update()
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/ohos5.0/foundation/graphic/graphic_utils_lite/ |
H A D | README.md | 24 │ │ ├── depiction # Smooth curve point generation algorithm 26 │ │ ├── vertexgenerate # vertex generation 27 │ │ └── vertexprimitive # vertex primitive generation
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