| /drivers/hdf_core/framework/model/network/bluetooth/ |
| D | hdf_reset.c | 20 static int32_t ResetNoManagableReset(struct HdfReset *reset) in ResetNoManagableReset() argument
22 (void)reset; in ResetNoManagableReset()
26 static void ReleaseNoManagableReset(struct HdfReset *reset) in ReleaseNoManagableReset() argument
28 if (reset != NULL) { in ReleaseNoManagableReset()
29 OsalMemFree(reset); in ReleaseNoManagableReset()
33 static int32_t ResetGpioBasedReset(struct HdfReset *reset) in ResetGpioBasedReset() argument
36 struct GpioBasedReset *gpioBasedReset = (struct GpioBasedReset *)reset; in ResetGpioBasedReset()
37 if (reset == NULL) { in ResetGpioBasedReset()
61 static void ReleaseGpioBasedReset(struct HdfReset *reset) in ReleaseGpioBasedReset() argument
63 if (reset != NULL) { in ReleaseGpioBasedReset()
[all …]
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| D | hdf_chip.c | 36 device->reset = CreateVirtualReset(&config->reset); in CreateVirtualDevice()
37 if (device->reset == NULL) { in CreateVirtualDevice()
59 … if (device->reset != NULL && device->reset->ops != NULL && device->reset->ops->Release != NULL) { in ReleaseVirtualDevice()
60 device->reset->ops->Release(device->reset); in ReleaseVirtualDevice()
61 device->reset = NULL; in ReleaseVirtualDevice()
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| D | hdf_chip_config.c | 100 static int ParseResetConfig(const struct DeviceResourceNode *node, struct HdfResetConfig *reset) in ParseResetConfig() argument
103 if (node == NULL || reset == NULL) { in ParseResetConfig()
114 if (drsOps->GetUint8(node, "resetType", &reset->resetType, 0) != HDF_SUCCESS) { in ParseResetConfig()
118 if (reset->resetType == RESET_TYPE_GPIO) { in ParseResetConfig()
119 if (drsOps->GetUint16(node, "gpioId", &reset->gpio.gpioId, 0) != HDF_SUCCESS) { in ParseResetConfig()
124 if (drsOps->GetUint8(node, "activeLevel", &reset->gpio.activeLevel, 0) != HDF_SUCCESS) { in ParseResetConfig()
129 if (drsOps->GetUint8(node, "resetHoldTime", &reset->resetHoldTime, 0) != HDF_SUCCESS) { in ParseResetConfig()
172 if (ParseResetConfig(resetNode, &config->reset) != HDF_SUCCESS) { in ParseChipConfig()
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| /drivers/hdf_core/framework/include/bluetooth/ |
| D | hdf_chip.h | 111 struct HdfReset *reset; member
143 if (device->reset == NULL || device->reset->ops == NULL || device->reset->ops->Reset == NULL) { in HdfResetVirtualDevice()
146 ret = device->reset->ops->Reset(device->reset); in HdfResetVirtualDevice()
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| D | hdf_chip_config.h | 62 struct HdfResetConfig reset; member
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| /drivers/peripheral/display/hal/default_standard/src/display_gralloc/ |
| D | allocator_manager.cpp | 61 frameBufferAllocator_.reset(); in DeInit()
62 allocator_.reset(); in DeInit()
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| /drivers/peripheral/display/buffer/test/unittest/ |
| D | death_test.cpp | 42 displayBuffer_.reset(IDisplayBuffer::Get());
54 displayBuffer_.reset(IDisplayBuffer::Get());
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| /drivers/peripheral/secure_element/hdi_service/ |
| D | se_impl.cpp | 75 int32_t SeImpl::reset(SecureElementStatus& status) in reset() function in OHOS::HDI::SecureElement::SeImpl
77 return adaptor_.reset(status); in reset()
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| D | se_impl.h | 49 int32_t reset(SecureElementStatus& status) override;
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| /drivers/hdf_core/framework/model/network/wifi/core/ |
| D | hdf_wifi_core.c | 328 if (device->reset != NULL && device->reset->Release != NULL) { in ReleaseWlanDevice()
329 device->reset->Release(device->reset); in ReleaseWlanDevice()
330 device->reset = NULL; in ReleaseWlanDevice()
356 … device->reset = HdfWlanCreateResetManager(&deviceConfig->reset, deviceConfig->bootUpTimeOut); in ProbeDevice()
364 ret = HdfWlanResetProcess(device->reset); in ProbeDevice()
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| /drivers/interface/display/composer/v1_0/cache_manager/ |
| D | device_cache.cpp | 54 layerCaches_.reset(new CacheManager<uint32_t, LayerCache>()); in Init()
58 clientBufferCaches_.reset(new CacheManager<uint32_t, NativeBuffer>()); in Init()
62 outputBufferCaches_.reset(new CacheManager<uint32_t, NativeBuffer>()); in Init()
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| D | device_cache_manager.cpp | 59 deviceCaches_.reset(new CacheManager<uint32_t, DeviceCache>()); in Init()
99 deviceCaches_.reset(); in DestroyCaches()
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| D | layer_cache.cpp | 54 bufferCaches_.reset(new CacheManager<uint32_t, NativeBuffer>()); in Init()
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| /drivers/hdf_core/framework/include/wifi/ |
| D | hdf_wifi_product.h | 76 struct ResetManager *reset; /**< Chip reset management API */ member
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| D | hdf_ibus_intf.h | 64 int32_t (*reset)(struct BusDev *dev); member
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| /drivers/peripheral/secure_element/vendor_adaptor/ |
| D | se_vendor_adaptions.h | 46 int32_t reset(SecureElementStatus& status) override;
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| D | isecure_element_vendor.h | 48 virtual int32_t reset(SecureElementStatus& status) = 0;
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| /drivers/hdf_core/framework/model/network/wifi/include/ |
| D | hdf_wifi_config.h | 94 uint8_t reset[GPIO_PRAM_COUNT]; member
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| D | hdf_wlan_config.h | 89 struct HdfConfWlanRest reset; member
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| /drivers/peripheral/display/composer/test/common/ |
| D | hdi_test_display.h | 59 clientLayer_.reset(); in ResetClientLayer()
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| D | hdi_test_device.cpp | 50 gralloc_.reset(IDisplayBuffer::Get()); in InitDevice()
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| /drivers/peripheral/camera/test/ut/pipeline_core/ |
| D | stream_pipeline_builder_test.cpp | 54 spec_.reset(); in TearDown()
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| /drivers/interface/secure_element/v1_0/ |
| D | ISecureElementInterface.idl | 103 * @param status The status code to reset the secure element.
107 reset([out] enum SecureElementStatus status);
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| /drivers/hdf_core/framework/tools/hdf_dev_eco_tool/resources/templates/lite/display_template/ |
| D | rk3568_display_driver_source.template | 100 /* lcd reset power on */
133 /* lcd reset power off */
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| D | hi35xx_display_driver_source.template | 101 /* lcd reset power on */
154 /* lcd reset power off */
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