| /ohos5.0/commonlibrary/rust/ylong_runtime/ylong_runtime/src/util/ |
| H A D | bit.rs | 730 bit.clear(); in ut_bit_set_by_mask_bit32()
734 bit.clear(); in ut_bit_set_by_mask_bit32()
738 bit.clear(); in ut_bit_set_by_mask_bit32()
742 bit.clear(); in ut_bit_set_by_mask_bit32()
746 bit.clear(); in ut_bit_set_by_mask_bit32()
750 bit.clear(); in ut_bit_set_by_mask_bit32()
754 bit.clear(); in ut_bit_set_by_mask_bit32()
810 bit.clear(); in ut_bit_set_by_mask_bit64()
814 bit.clear(); in ut_bit_set_by_mask_bit64()
818 bit.clear(); in ut_bit_set_by_mask_bit64()
[all …]
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| /ohos5.0/docs/zh-cn/device-dev/kernel/ |
| H A D | kernel-small-basic-atomic.md | 51 | 加 | LOS_AtomicAdd | 对32bit原子数据做加法 |
52 | 加 | LOS_Atomic64Add | 对64bit原子数据做加法 |
55 | 加 | LOS_AtomicIncRet | 对32bit原子数据做加1并返回 |
56 | 加 | LOS_Atomic64IncRet | 对64bit原子数据做加1并返回 |
57 | 减 | LOS_AtomicSub | 对32bit原子数据做减法 |
61 | 减 | LOS_AtomicDecRet | 对32bit原子数据做减1并返回 |
62 | 减 | LOS_Atomic64DecRet | 对64bit原子数据做减1并返回 |
67 | 先比较后交换 | LOS_AtomicCmpXchgByte | 比较相同后交换8bit内存数据 |
68 | 先比较后交换 | LOS_AtomicCmpXchg16bits | 比较相同后交换16bit内存数据 |
69 | 先比较后交换 | LOS_AtomicCmpXchg32bits | 比较相同后交换32bit内存数据 |
[all …]
|
| H A D | kernel-small-apx-bitwise.md | 6 位操作是指对二进制数的bit位进行操作。程序可以设置某一变量为状态字，状态字中的每一bit位（标志位）可以具有自定义的含义。
18 | 获取标志位为1的bit位 | - LOS_HighBitGet：获取状态字中为1的最高位<br/>- LOS_LowBitGet：获取状态字中为1的最低位 |
19 | 连续bit位操作 | - LOS_BitmapSetNBits：对状态字的连续标志位进行置1操作<br/>- LOS_BitmapClrNBits：对状态字的连续标志位进行清…
31 2. 获取标志位为1的最高bit位。
35 4. 获取标志位为1的最低bit位。
58 PRINTK("LOS_HighBitGet:\t The highest one bit is %d, the flag is 0x%0+8x\n", pos, flag);
64 PRINTK("LOS_LowBitGet:\t The lowest one bit is %d, the flag is 0x%0+8x\n\n", pos, flag);
80 LOS_HighBitGet:The highest one bit is 28, the flag is 0x10101110
82 LOS_LowBitGet: The lowest one bit is 4, the flag is 0x00101110
|
| /ohos5.0/docs/en/device-dev/kernel/ |
| H A D | kernel-small-apx-bitwise.md | 6 …umber. A variable can be set as a program status word (PSW), and each bit (flag bit) in the PSW ca…
11 …ag bit to **1** or **0**, changing the flag bit content, and obtaining the most significant bit (M…
17 | Setting a flag bit| - **LOS_BitmapSet**: sets a flag bit of a PSW to **1**.<br>- **LOS_BitmapClr*…
18 …bit whose flag bit is **1**| -**LOS_HighBitGet**: obtains the most significant bit of 1 in a PSW.<…
29 1. Set a flag bit to **1**.
31 2. Obtain the MSB of flag bit 1.
33 3. Set a flag bit to **0**.
35 4. Obtain the LSB of flag bit 1.
58 PRINTK("LOS_HighBitGet:\t The highest one bit is %d, the flag is 0x%0+8x\n", pos, flag);
80 LOS_HighBitGet:The highest one bit is 28, the flag is 0x10101110
[all …]
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| H A D | kernel-small-basic-atomic.md | 47 | Read | LOS_AtomicRead | Reads 32-bit atomic data. |
48 | Read | LOS_Atomic64Read | Reads 64-bit atomic data. |
49 | Write | LOS_AtomicSet | Sets 32-bit atomic data. |
50 | Write | LOS_Atomic64Set | Sets 64-bit atomic data. |
51 | Add | LOS_AtomicAdd | Adds 32-bit atomic data. |
52 | Add | LOS_Atomic64Add | Adds 64-bit atomic data. |
53 | Add | LOS_AtomicInc | Adds 1 to 32-bit atomic data. |
63 | Swap | LOS_AtomicXchgByte | Swaps 8-bit memory data. |
64 | Swap | LOS_AtomicXchg16bits | Swaps 16-bit memory data. |
65 | Swap | LOS_AtomicXchg32bits | Swaps 32-bit memory data. |
[all …]
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| /ohos5.0/docs/en/contribute/ |
| H A D | OpenHarmony-64bits-coding-guide.md | 231 # Build on a 32-bit OS
236 # Build on a 64-bit OS
300 …bit OSs, since the 32-bit OS has the signed and unsigned types. Especially, if the most significan…
317 // On a 32-bit OS, n is a negative number.
452 …bit variable is assigned to a 64-bit variable, sign extension is performed based on whether the 32…
483 [Example] Conversion from 32-bit to unsigned 64-bit
554 …variables based on bit fields, fully consider the basic types and alignment of bit fields to avoid…
568 The maximum value of a is 32 on a 32-bit OS and 64 on a 64-bit OS. If a is a 32-bit variable, the e…
572 #### [Rule] The third-party class libraries used by a 64-bit OS must support 64-bit.
580 …bit width of registers are different in the 32- and 64-bit environments. The debugging functionali…
[all …]
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| /ohos5.0/docs/zh-cn/device-dev/reference/hdi-apis/audio/ |
| H A D | _hdi_audio_v11.md | 456 | AUDIO_SAMPLE_FORMAT_S8 | 8bit位宽有符号交织样本。 |
457 | AUDIO_SAMPLE_FORMAT_S8P | 8bit位宽有符号非交织样本。 |
458 | AUDIO_SAMPLE_FORMAT_U8 | 8bit位宽无符号交织样本。 |
459 | AUDIO_SAMPLE_FORMAT_U8P | 8bit位宽无符号非交织样本。 |
460 | AUDIO_SAMPLE_FORMAT_S16 | 16bit位宽有符号交织样本。 |
464 | AUDIO_SAMPLE_FORMAT_S24 | 24bit位宽有符号交织样本。 |
468 | AUDIO_SAMPLE_FORMAT_S32 | 32bit位宽有符号交织样本。 |
470 | AUDIO_SAMPLE_FORMAT_U32 | 32bit位宽无符号交织样本。 |
472 | AUDIO_SAMPLE_FORMAT_S64 | 64bit位宽有符号交织样本。 |
474 | AUDIO_SAMPLE_FORMAT_U64 | 64bit位宽无符号交织样本。 |
[all …]
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| H A D | _hdi_audio_v20.md | 461 | AUDIO_SAMPLE_FORMAT_S8 | 8bit位宽有符号交织样本。 |
462 | AUDIO_SAMPLE_FORMAT_S8P | 8bit位宽有符号非交织样本。 |
463 | AUDIO_SAMPLE_FORMAT_U8 | 8bit位宽无符号交织样本。 |
464 | AUDIO_SAMPLE_FORMAT_U8P | 8bit位宽无符号非交织样本。 |
465 | AUDIO_SAMPLE_FORMAT_S16 | 16bit位宽有符号交织样本。 |
469 | AUDIO_SAMPLE_FORMAT_S24 | 24bit位宽有符号交织样本。 |
473 | AUDIO_SAMPLE_FORMAT_S32 | 32bit位宽有符号交织样本。 |
475 | AUDIO_SAMPLE_FORMAT_U32 | 32bit位宽无符号交织样本。 |
477 | AUDIO_SAMPLE_FORMAT_S64 | 64bit位宽有符号交织样本。 |
479 | AUDIO_SAMPLE_FORMAT_U64 | 64bit位宽无符号交织样本。 |
[all …]
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| H A D | _hdi_effect.md | 63 | EFFECT_BUFFER_FLOAT_SIGNED_32 | 32bit浮点型音频数据指向缓冲区的起点 |
64 | EFFECT_BUFFER_SINGED_32 | 32bit整型音频数据指向缓冲区的起点 |
65 | EFFECT_BUFFER_SIGNED_16 | 16bit整型音频数据指向缓冲区的起点 |
66 | EFFECT_BUFFER_UNSIGNED_8 | 8bit无符号整型音频数据指向缓冲区的起点 |
|
| /ohos5.0/docs/en/application-dev/arkts-utils/ |
| H A D | arkts-bytecode-fundamentals.md | 286 | IMM16_ID16 | 8-bit operation code, 16-bit immediate, and 16-bit id |
287 | IMM16_ID16_ID16_IMM16_V8 | 8-bit operation code, 16-bit immediate, two 16-bit id, 16-bit immed…
288 | IMM16_ID16_IMM8 | 8-bit operation code, 16-bit immediate, 16-bit id, and 8-bit immediate |
289 | IMM16_ID16_V8 | 8-bit operation code, 16-bit immediate, 16-bit id, and 8-bit register |
291 | IMM16_IMM8_V8 | 8-bit operation code, 16-bit immediate, 8-bit immediate, and 8-bit register |
293 | IMM16_V8_IMM16 | 8-bit operation code, 16-bit immediate, 8-bit register, and 16-bit immediate …
299 | IMM8_ID16 | 8-bit operation code, 8-bit immediate, and 16-bit id |
300 | IMM8_ID16_ID16_IMM16_V8 | 8-bit operation code, 8-bit immediate, two 16-bit id, 16-bit immedia…
301 | IMM8_ID16_IMM8 | 8-bit operation code, 8-bit immediate, 16-bit id, 8-bit immediate |
302 | IMM8_ID16_V8 | 8-bit operation code, 8-bit immediate, 16-bit id, and 8-bit register |
[all …]
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| /ohos5.0/docs/zh-cn/application-dev/security/CryptoArchitectureKit/ |
| H A D | crypto-sym-encrypt-decrypt-spec.md | 28 - 当需要分组模式为ECB、密钥长度为128bit、填充模式为PKCS7的AES密钥，其字符串参数为"AES128|ECB|PKCS7"。
30 - 当需要分组模式为CFB、密钥长度为256bit、填充模式为NoPadding的AES密钥，其字符串参数为"AES256|CFB|NoPadding"。
32 | 分组模式 | 密钥长度（bit） | 填充模式 | API版本 |
66 - 当需要分组模式为ECB、密钥长度为192bit、填充模式为PKCS7的3DES密钥，其字符串参数为"3DES192|ECB|PKCS7"。
68 - 当需要分组模式为OFB、密钥长度为192bit、填充模式为NoPadding的3DES密钥，其字符串参数为"3DES192|OFB|NoPadding"。
70 | 分组模式 | 密钥长度（bit） | 填充模式 | API版本 |
98 - 当需要分组模式为ECB、密钥长度为128bit、填充模式为PKCS7的SM4密钥，其字符串参数为"SM4_128|ECB|PKCS7"。
100 - 当需要分组模式为CFB、密钥长度为128bit、填充模式为NoPadding的SM4密钥，其字符串参数为"SM4_128|CFB|NoPadding"。
102 - 当需要分组模式为GCM、密钥长度为128bit、填充模式为NoPadding的SM4密钥，其字符串参数为"SM4_128|GCM|NoPadding"。
104 | 分组模式 | 密钥长度（bit） | 填充模式 | API版本 |
|
| H A D | crypto-sym-key-generation-conversion-spec.md | 26 | 对称密钥算法 | 密钥长度（bit） | 字符串参数 | API版本 |
45 | 对称密钥算法 | 密钥长度（bit） | 字符串参数 | API版本 |
64 | 对称密钥算法 | 密钥长度（bit） | 字符串参数 | API版本 |
89 | 消息认证码算法 | 摘要算法 | 密钥长度（bit） | 字符串参数 | API版本 |
|
| /ohos5.0/foundation/communication/dsoftbus/core/common/include/ |
| H A D | softbus_bitmap.h | 30 #define SOFTBUS_BITGET(x, bit) ((x) & (DATA_ONE(x) << (bit))) argument
31 #define SOFTBUS_BITSHIFT (x, bit) (((x) >> (bit)) & 1)
34 #define SOFTBUS_BITISSET (x, bit) (((x) & (DATA_ONE(x) << (bit))) ? 1 : 0)
|
| /ohos5.0/docs/zh-cn/application-dev/reference/apis-universal-keystore-kit/ |
| H A D | _huks_type_api.md | 426 | OH_HUKS_RSA_KEY_SIZE_512 | 使用RSA算法的密钥长度为512bit。 |
427 | OH_HUKS_RSA_KEY_SIZE_768 | 使用RSA算法的密钥长度为768bit。 |
432 | OH_HUKS_ECC_KEY_SIZE_224 | 使用ECC算法的密钥长度为224bit。 |
433 | OH_HUKS_ECC_KEY_SIZE_256 | 使用ECC算法的密钥长度为256bit。 |
434 | OH_HUKS_ECC_KEY_SIZE_384 | 使用ECC算法的密钥长度为384bit。 |
435 | OH_HUKS_ECC_KEY_SIZE_521 | 使用ECC算法的密钥长度为521bit。 |
436 | OH_HUKS_AES_KEY_SIZE_128 | 使用AES算法的密钥长度为128bit。 |
437 | OH_HUKS_AES_KEY_SIZE_192 | 使用AES算法的密钥长度为192bit。 |
438 | OH_HUKS_AES_KEY_SIZE_256 | 使用AES算法的密钥长度为256bit。 |
439 | OH_HUKS_AES_KEY_SIZE_512 | 使用AES算法的密钥长度为512bit。 |
[all …]
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| /ohos5.0/drivers/interface/distributed_audio/audio/v1_0/ |
| H A D | AudioTypes.idl | 147 AUDIO_SAMPLE_FORMAT_S8 = 0, /**< signed 8 bit sample */
149 AUDIO_SAMPLE_FORMAT_U8 = 2, /**< unsigned 8 bit sample */
152 AUDIO_SAMPLE_FORMAT_S16 = 4, /**< signed 16 bit sample */
154 AUDIO_SAMPLE_FORMAT_U16 = 6, /**< unsigned 16 bit sample */
157 AUDIO_SAMPLE_FORMAT_S24 = 8, /**< signed 24 bit sample */
159 AUDIO_SAMPLE_FORMAT_U24 = 10, /**< unsigned 24 bit sample */
162 AUDIO_SAMPLE_FORMAT_S32 = 12, /**< signed 32 bit sample */
164 AUDIO_SAMPLE_FORMAT_U32 = 14, /**< unsigned 32 bit sample */
167 AUDIO_SAMPLE_FORMAT_S64 = 16, /**< signed 64 bit sample */
172 AUDIO_SAMPLE_FORMAT_F32 = 20, /**< float 32 bit sample */
[all …]
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| /ohos5.0/foundation/ability/idl_tool/test/hdi_unittest/distributed_audio_audio_v1_0/foo/distributed_audio/audio/v1_0/ |
| H A D | AudioTypes.idl | 142 AUDIO_SAMPLE_FORMAT_S8 = 0, /**< signed 8 bit sample */
144 AUDIO_SAMPLE_FORMAT_U8 = 2, /**< unsigned 8 bit sample */
147 AUDIO_SAMPLE_FORMAT_S16 = 4, /**< signed 16 bit sample */
149 AUDIO_SAMPLE_FORMAT_U16 = 6, /**< unsigned 16 bit sample */
152 AUDIO_SAMPLE_FORMAT_S24 = 8, /**< signed 24 bit sample */
154 AUDIO_SAMPLE_FORMAT_U24 = 10, /**< unsigned 24 bit sample */
157 AUDIO_SAMPLE_FORMAT_S32 = 12, /**< signed 32 bit sample */
159 AUDIO_SAMPLE_FORMAT_U32 = 14, /**< unsigned 32 bit sample */
162 AUDIO_SAMPLE_FORMAT_S64 = 16, /**< signed 64 bit sample */
167 AUDIO_SAMPLE_FORMAT_F32 = 20, /**< float 32 bit sample */
[all …]
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| /ohos5.0/foundation/ability/idl_tool/test/hdi_unittest/audio_v1_0/foo/audio/v1_0/ |
| H A D | AudioTypes.idl | 145 AUDIO_SAMPLE_FORMAT_S8 = 0, /**< signed 8 bit sample */
147 AUDIO_SAMPLE_FORMAT_U8 = 2, /**< unsigned 8 bit sample */
150 AUDIO_SAMPLE_FORMAT_S16 = 4, /**< signed 16 bit sample */
152 AUDIO_SAMPLE_FORMAT_U16 = 6, /**< unsigned 16 bit sample */
155 AUDIO_SAMPLE_FORMAT_S24 = 8, /**< signed 24 bit sample */
157 AUDIO_SAMPLE_FORMAT_U24 = 10, /**< unsigned 24 bit sample */
160 AUDIO_SAMPLE_FORMAT_S32 = 12, /**< signed 32 bit sample */
162 AUDIO_SAMPLE_FORMAT_U32 = 14, /**< unsigned 32 bit sample */
165 AUDIO_SAMPLE_FORMAT_S64 = 16, /**< signed 64 bit sample */
170 AUDIO_SAMPLE_FORMAT_F32 = 20, /**< float 32 bit sample */
[all …]
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| /ohos5.0/foundation/ability/idl_tool/test/hdi_unittest/audio_v2_0/foo/audio/v2_0/ |
| H A D | AudioTypes.idl | 147 AUDIO_SAMPLE_FORMAT_S8 = 0, /**< signed 8 bit sample */
149 AUDIO_SAMPLE_FORMAT_U8 = 2, /**< unsigned 8 bit sample */
152 AUDIO_SAMPLE_FORMAT_S16 = 4, /**< signed 16 bit sample */
154 AUDIO_SAMPLE_FORMAT_U16 = 6, /**< unsigned 16 bit sample */
157 AUDIO_SAMPLE_FORMAT_S24 = 8, /**< signed 24 bit sample */
159 AUDIO_SAMPLE_FORMAT_U24 = 10, /**< unsigned 24 bit sample */
162 AUDIO_SAMPLE_FORMAT_S32 = 12, /**< signed 32 bit sample */
164 AUDIO_SAMPLE_FORMAT_U32 = 14, /**< unsigned 32 bit sample */
167 AUDIO_SAMPLE_FORMAT_S64 = 16, /**< signed 64 bit sample */
172 AUDIO_SAMPLE_FORMAT_F32 = 20, /**< float 32 bit sample */
[all …]
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| /ohos5.0/drivers/interface/audio/v1_0/ |
| H A D | AudioTypes.idl | 144 AUDIO_SAMPLE_FORMAT_S8 = 0, /**< signed 8 bit sample */
146 AUDIO_SAMPLE_FORMAT_U8 = 2, /**< unsigned 8 bit sample */
149 AUDIO_SAMPLE_FORMAT_S16 = 4, /**< signed 16 bit sample */
151 AUDIO_SAMPLE_FORMAT_U16 = 6, /**< unsigned 16 bit sample */
154 AUDIO_SAMPLE_FORMAT_S24 = 8, /**< signed 24 bit sample */
156 AUDIO_SAMPLE_FORMAT_U24 = 10, /**< unsigned 24 bit sample */
159 AUDIO_SAMPLE_FORMAT_S32 = 12, /**< signed 32 bit sample */
161 AUDIO_SAMPLE_FORMAT_U32 = 14, /**< unsigned 32 bit sample */
164 AUDIO_SAMPLE_FORMAT_S64 = 16, /**< signed 64 bit sample */
169 AUDIO_SAMPLE_FORMAT_F32 = 20, /**< float 32 bit sample */
[all …]
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| /ohos5.0/drivers/interface/audio/v2_0/ |
| H A D | AudioTypes.idl | 146 AUDIO_SAMPLE_FORMAT_S8 = 0, /**< signed 8 bit sample */
148 AUDIO_SAMPLE_FORMAT_U8 = 2, /**< unsigned 8 bit sample */
151 AUDIO_SAMPLE_FORMAT_S16 = 4, /**< signed 16 bit sample */
153 AUDIO_SAMPLE_FORMAT_U16 = 6, /**< unsigned 16 bit sample */
156 AUDIO_SAMPLE_FORMAT_S24 = 8, /**< signed 24 bit sample */
158 AUDIO_SAMPLE_FORMAT_U24 = 10, /**< unsigned 24 bit sample */
161 AUDIO_SAMPLE_FORMAT_S32 = 12, /**< signed 32 bit sample */
163 AUDIO_SAMPLE_FORMAT_U32 = 14, /**< unsigned 32 bit sample */
166 AUDIO_SAMPLE_FORMAT_S64 = 16, /**< signed 64 bit sample */
171 AUDIO_SAMPLE_FORMAT_F32 = 20, /**< float 32 bit sample */
[all …]
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| /ohos5.0/drivers/interface/audio/v3_0/ |
| H A D | AudioTypes.idl | 175 AUDIO_SAMPLE_FORMAT_S8 = 0, /**< signed 8 bit sample */
177 AUDIO_SAMPLE_FORMAT_U8 = 2, /**< unsigned 8 bit sample */
180 AUDIO_SAMPLE_FORMAT_S16 = 4, /**< signed 16 bit sample */
182 AUDIO_SAMPLE_FORMAT_U16 = 6, /**< unsigned 16 bit sample */
185 AUDIO_SAMPLE_FORMAT_S24 = 8, /**< signed 24 bit sample */
187 AUDIO_SAMPLE_FORMAT_U24 = 10, /**< unsigned 24 bit sample */
190 AUDIO_SAMPLE_FORMAT_S32 = 12, /**< signed 32 bit sample */
192 AUDIO_SAMPLE_FORMAT_U32 = 14, /**< unsigned 32 bit sample */
195 AUDIO_SAMPLE_FORMAT_S64 = 16, /**< signed 64 bit sample */
200 AUDIO_SAMPLE_FORMAT_F32 = 20, /**< float 32 bit sample */
[all …]
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| /ohos5.0/drivers/interface/audio/v4_0/ |
| H A D | AudioTypes.idl | 175 AUDIO_SAMPLE_FORMAT_S8 = 0, /**< signed 8 bit sample */
177 AUDIO_SAMPLE_FORMAT_U8 = 2, /**< unsigned 8 bit sample */
180 AUDIO_SAMPLE_FORMAT_S16 = 4, /**< signed 16 bit sample */
182 AUDIO_SAMPLE_FORMAT_U16 = 6, /**< unsigned 16 bit sample */
185 AUDIO_SAMPLE_FORMAT_S24 = 8, /**< signed 24 bit sample */
187 AUDIO_SAMPLE_FORMAT_U24 = 10, /**< unsigned 24 bit sample */
190 AUDIO_SAMPLE_FORMAT_S32 = 12, /**< signed 32 bit sample */
192 AUDIO_SAMPLE_FORMAT_U32 = 14, /**< unsigned 32 bit sample */
195 AUDIO_SAMPLE_FORMAT_S64 = 16, /**< signed 64 bit sample */
200 AUDIO_SAMPLE_FORMAT_F32 = 20, /**< float 32 bit sample */
[all …]
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| /ohos5.0/foundation/multimodalinput/input/test/facility/virtual_device/include/ |
| H A D | v_input_device.h | 31 inline constexpr size_t OFFSET(size_t bit) in OFFSET() argument
33 return (bit % BITS_PER_UINT8); in OFFSET()
36 inline constexpr size_t BYTE(size_t bit) in BYTE() argument
38 return (bit / BITS_PER_UINT8); in BYTE()
41 inline bool TestBit(size_t bit, const uint8_t *array) in TestBit() argument
43 return ((array)[BYTE(bit)] & (1 << OFFSET(bit))); in TestBit()
|
| /ohos5.0/base/msdp/device_status/tools/vdev/include/ |
| H A D | v_input_device.h | 32 inline constexpr size_t OFFSET(size_t bit) in OFFSET() argument
34 return (bit % BITS_PER_UINT8); in OFFSET()
37 inline constexpr size_t BYTE(size_t bit) in BYTE() argument
39 return (bit / BITS_PER_UINT8); in BYTE()
42 inline bool TestBit(size_t bit, const uint8_t *array) in TestBit() argument
44 return ((array)[BYTE(bit)] & (1 << OFFSET(bit))); in TestBit()
|
| /ohos5.0/docs/en/application-dev/napi/ |
| H A D | ohos-abi.md | 9 OHOS ABIs always use little-endian, ILP32 for 32-bit systems, and LP64 for 64-bit systems.
16 - [Procedure Call Standard for the Arm<sup>®</sup> 32-bit Architecture (AArch32)](https://github.co…
18 - [Procedure Call Standard for the Arm<sup>®</sup> 64-bit Architecture (AArch64)](https://github.co…
37 - [ELF for the Arm<sup>®</sup> 64-bit Architecture (AArch64)](https://github.com/ARM-software/abi-a…
47 … Interface](https://developer.arm.com/Architectures/ABI) and applies to 32-bit ARMv7-A CPUs. It su…
52 This ABI uses 64-bit long double (IEEE binary64).
61 This ABI uses 128-bit long double (IEEE binary128).
68 …s ABI uses 128-bit long double (IEEE binary128). Note that many x86 platforms use the float80 form…
|