Modules | |
| EDID Emulation Related APIs | |
Functions | |
| int | ADL2_Workstation_Caps (ADL_CONTEXT_HANDLE context, int iAdapterIndex, int *lpValidBits, int *lpCaps) |
| Function to retrieve current workstation capabilities. | |
| int | ADL_Workstation_Caps (int iAdapterIndex, int *lpValidBits, int *lpCaps) |
| Function to retrieve current workstation capabilities. | |
| int | ADL2_Workstation_Stereo_Get (ADL_CONTEXT_HANDLE context, int iAdapterIndex, int *lpDefState, int *lpCurState) |
| Function to retreive the worstation stereo mode. | |
| int | ADL_Workstation_Stereo_Get (int iAdapterIndex, int *lpDefState, int *lpCurState) |
| Function to retreive the worstation stereo mode. | |
| int | ADL2_Workstation_Stereo_Set (ADL_CONTEXT_HANDLE context, int iAdapterIndex, int iCurState) |
| Function to set the workstation stereo mode. | |
| int | ADL_Workstation_Stereo_Set (int iAdapterIndex, int iCurState) |
| Function to set the workstation stereo mode. | |
| int | ADL2_Workstation_AdapterNumOfGLSyncConnectors_Get (ADL_CONTEXT_HANDLE context, int iAdapterIndex, int *lpNumOfGLSyncConnectors) |
| Function to retrieve the number of GL-Sync connectors on an adapter. | |
| int | ADL_Workstation_AdapterNumOfGLSyncConnectors_Get (int iAdapterIndex, int *lpNumOfGLSyncConnectors) |
| Function to retrieve the number of GL-Sync connectors on an adapter. | |
| int | ADL2_Workstation_DisplayGenlockCapable_Get (ADL_CONTEXT_HANDLE context, int iAdapterIndex, int iDisplayIndex, int *lpCanGenlock) |
| Function to determine whether or not a display is capable of Genlock functionality. | |
| int | ADL_Workstation_DisplayGenlockCapable_Get (int iAdapterIndex, int iDisplayIndex, int *lpCanGenlock) |
| Function to determine whether or not a display is capable of Genlock functionality. | |
| int | ADL2_Workstation_GLSyncModuleDetect_Get (ADL_CONTEXT_HANDLE context, int iAdapterIndex, int iGlSyncConnector, ADLGLSyncModuleID *lpGlSyncModuleID) |
| Function to detect the GL-Sync module. | |
| int | ADL_Workstation_GLSyncModuleDetect_Get (int iAdapterIndex, int iGlSyncConnector, ADLGLSyncModuleID *lpGlSyncModuleID) |
| Function to detect the GL-Sync module. | |
| int | ADL2_Workstation_GLSyncModuleInfo_Get (ADL_CONTEXT_HANDLE context, int iAdapterIndex, int iGlSyncConnector, int *lpNumGLSyncGPUPorts, int *lpNumGlSyncPorts, int *lpMaxSyncDelay, int *lpMaxSampleRate, ADLGLSyncPortCaps **ppGlSyncPorts) |
| Function to describe the GL-Sync module caps. | |
| int | ADL_Workstation_GLSyncModuleInfo_Get (int iAdapterIndex, int iGlSyncConnector, int *lpNumGLSyncGPUPorts, int *lpNumGlSyncPorts, int *lpMaxSyncDelay, int *lpMaxSampleRate, ADLGLSyncPortCaps **ppGlSyncPorts) |
| Function to describe the GL-Sync module caps. | |
| int | ADL2_Workstation_GLSyncGenlockConfiguration_Get (ADL_CONTEXT_HANDLE context, int iAdapterIndex, int iGlSyncConnector, int iGlValidMask, ADLGLSyncGenlockConfig *lpGlSyncGenlockConfig) |
| Function to retrieve the GL-Sync Genlock configuration settings. | |
| int | ADL_Workstation_GLSyncGenlockConfiguration_Get (int iAdapterIndex, int iGlSyncConnector, int iGlValidMask, ADLGLSyncGenlockConfig *lpGlSyncGenlockConfig) |
| Function to retrieve the GL-Sync Genlock configuration settings. | |
| int | ADL2_Workstation_GLSyncGenlockConfiguration_Set (ADL_CONTEXT_HANDLE context, int iAdapterIndex, int iGlSyncConnector, ADLGLSyncGenlockConfig glSyncGenlockConfig) |
| Function to set the GL-Sync Genlock configuration settings. | |
| int | ADL_Workstation_GLSyncGenlockConfiguration_Set (int iAdapterIndex, int iGlSyncConnector, ADLGLSyncGenlockConfig glSyncGenlockConfig) |
| Function to set the GL-Sync Genlock configuration settings. | |
| int | ADL2_Workstation_GLSyncPortState_Get (ADL_CONTEXT_HANDLE context, int iAdapterIndex, int iGlSyncConnector, int iGlSyncPortType, int iNumLEDs, ADLGlSyncPortInfo *lpGlSyncPortInfo, int **ppGlSyncLEDs) |
| Function to retrieve GL-Sync port information. | |
| int | ADL_Workstation_GLSyncPortState_Get (int iAdapterIndex, int iGlSyncConnector, int iGlSyncPortType, int iNumLEDs, ADLGlSyncPortInfo *lpGlSyncPortInfo, int **ppGlSyncLEDs) |
| Function to retrieve GL-Sync port information. | |
| int | ADL2_Workstation_GLSyncPortState_Set (ADL_CONTEXT_HANDLE context, int iAdapterIndex, int iGlSyncConnector, ADLGlSyncPortControl glSyncPortControl) |
| Function to perform GL-Sync port control. | |
| int | ADL_Workstation_GLSyncPortState_Set (int iAdapterIndex, int iGlSyncConnector, ADLGlSyncPortControl glSyncPortControl) |
| Function to perform GL-Sync port control. | |
| int | ADL2_Workstation_DisplayGLSyncMode_Get (ADL_CONTEXT_HANDLE context, int iAdapterIndex, int iDisplayIndex, ADLGlSyncMode *lpGlSyncMode) |
| Function to retrieve the GL-Sync mode for a display. | |
| int | ADL_Workstation_DisplayGLSyncMode_Get (int iAdapterIndex, int iDisplayIndex, ADLGlSyncMode *lpGlSyncMode) |
| Function to retrieve the GL-Sync mode for a display. | |
| int | ADL2_Workstation_DisplayGLSyncMode_Set (ADL_CONTEXT_HANDLE context, int iAdapterIndex, int iDisplayIndex, ADLGlSyncMode glSyncMode) |
| Function to set the GL-Sync mode for a display. | |
| int | ADL_Workstation_DisplayGLSyncMode_Set (int iAdapterIndex, int iDisplayIndex, ADLGlSyncMode glSyncMode) |
| Function to set the GL-Sync mode for a display. | |
| int | ADL2_Workstation_GLSyncSupportedTopology_Get (ADL_CONTEXT_HANDLE context, int iAdapterIndex, int iNumSyncModes, ADLGlSyncMode2 *glSyncModes, int *iNumSugSyncModes, ADLGlSyncMode2 **glSugSyncModes) |
| Function to get the supported GL-Sync topology. | |
| int | ADL_Workstation_GLSyncSupportedTopology_Get (int iAdapterIndex, int iNumSyncModes, ADLGlSyncMode2 *glSyncModes, int *iNumSugSyncModes, ADLGlSyncMode2 **glSugSyncModes) |
| Function to get the supported GL-Sync topology. | |
| int | ADL2_Workstation_LoadBalancing_Get (ADL_CONTEXT_HANDLE context, int *lpResultMask, int *lpCurResultValue, int *lpDefResultValue) |
| Function to get the load balancing state of the specified adapter. | |
| int | ADL_Workstation_LoadBalancing_Get (int *lpResultMask, int *lpCurResultValue, int *lpDefResultValue) |
| Function to get the load balancing state of the specified adapter. | |
| int | ADL2_Workstation_LoadBalancing_Set (ADL_CONTEXT_HANDLE context, int iCurState) |
| Function to set the load balancing state of the specified adapter. | |
| int | ADL_Workstation_LoadBalancing_Set (int iCurState) |
| Function to set the load balancing state of the specified adapter. | |
| int | ADL2_Workstation_LoadBalancing_Caps (ADL_CONTEXT_HANDLE context, int iAdapterIndex, int *lpResultMask, int *lpResultValue) |
| Function to set the load balancing capabilities for the specified adapter. | |
| int | ADL_Workstation_LoadBalancing_Caps (int iAdapterIndex, int *lpResultMask, int *lpResultValue) |
| Function to set the load balancing capabilities for the specified adapter. | |
| int | ADL2_Workstation_DeepBitDepth_Get (ADL_CONTEXT_HANDLE context, int *lpCurDBDState, int *lpDefDBDState, int *lpCurGrayscale, int *lpDefGrayscale, int *lpCurBypass, int *lpDefBypass) |
| Function to get current requested state of Deep Bit Depth and related settings. | |
| int | ADL_Workstation_DeepBitDepth_Get (int *lpCurDBDState, int *lpDefDBDState, int *lpCurGrayscale, int *lpDefGrayscale, int *lpCurBypass, int *lpDefBypass) |
| Function to get current requested state of Deep Bit Depth and related settings. | |
| int | ADL2_Workstation_DeepBitDepth_Set (ADL_CONTEXT_HANDLE context, int iDBDState, int iGrayscale, int iBypassGamma) |
| Function to set requested state of Deep Bit Depth and related settings. | |
| int | ADL_Workstation_DeepBitDepth_Set (int iDBDState, int iGrayscale, int iBypassGamma) |
| Function to set requested state of Deep Bit Depth and related settings. | |
| int | ADL2_Workstation_ECC_Caps (ADL_CONTEXT_HANDLE context, int iAdapterIndex, int *lpSupported) |
| Function to get ECC (Error Correction Code) Capabilities on the specified adapter. This function implements the CI call to get ECC (Error Correction Code) Capabilities on the specified adapter. | |
| int | ADL_Workstation_ECC_Caps (int iAdapterIndex, int *lpSupported) |
| Function to get ECC (Error Correction Code) Capabilities on the specified adapter. This function implements the CI call to get ECC (Error Correction Code) Capabilities on the specified adapter. | |
| int | ADL2_Workstation_ECC_Get (ADL_CONTEXT_HANDLE context, int iAdapterIndex, int *lpDefaultMode, int *lpCurrentMode, int *lpDesiredMode) |
| Function to get ECC (Error Correction Code) current and desired states on the specified adapter. This function implements the CI call to get ECC (Error Correction Code) current mode(driver applied mode) and the desired mode (user requested mode) on the specified adapter. | |
| int | ADL_Workstation_ECC_Get (int iAdapterIndex, int *lpDefaultMode, int *lpCurrentMode, int *lpDesiredMode) |
| Function to get ECC (Error Correction Code) current and desired states on the specified adapter. This function implements the CI call to get ECC (Error Correction Code) current mode(driver applied mode) and the desired mode (user requested mode) on the specified adapter. | |
| int | ADL2_Workstation_ECCX2_Get (ADL_CONTEXT_HANDLE context, int iAdapterIndex, int *lpModeType, int *lpDefaultMode, int *lpCurrentMode, int *lpDesiredMode) |
| Function to get ECC (Error Correction Code) current and desired states on the specified adapter. This function implements the CI call to get ECC (Error Correction Code) current mode(driver applied mode) and the desired mode (user requested mode) on the specified adapter. | |
| int | ADL_Workstation_ECCX2_Get (int iAdapterIndex, int *lpModeType, int *lpDefaultMode, int *lpCurrentMode, int *lpDesiredMode) |
| Function to get ECC (Error Correction Code) current and desired states on the specified adapter. This function implements the CI call to get ECC (Error Correction Code) current mode(driver applied mode) and the desired mode (user requested mode) on the specified adapter. | |
| int | ADL2_Workstation_ECCData_Get (ADL_CONTEXT_HANDLE context, int iAdapterIndex, ADLECCData *lpAdlEccData) |
| Function to get ECC statistics on the specified adapter. This function implements the CI call to get SEC(Single Error Correct) and DED(Double Error Detect) Counts on the specified adapter. | |
| int | ADL_Workstation_ECCData_Get (int iAdapterIndex, ADLECCData *lpAdlEccData) |
| Function to get ECC statistics on the specified adapter. This function implements the CI call to get SEC(Single Error Correct) and DED(Double Error Detect) Counts on the specified adapter. | |
| int | ADL2_Workstation_ECC_Set (ADL_CONTEXT_HANDLE context, int iAdapterIndex, int iDesiredMode) |
| Function to set ECC Mode on the specified adapter This function implements the CI call to set ECC (Error Correction Code) to turn on and off this feature on the specified adapter. | |
| int | ADL_Workstation_ECC_Set (int iAdapterIndex, int iDesiredMode) |
| Function to set ECC Mode on the specified adapter This function implements the CI call to set ECC (Error Correction Code) to turn on and off this feature on the specified adapter. |
| int ADL2_Workstation_Caps | ( | ADL_CONTEXT_HANDLE | context, | |
| int | iAdapterIndex, | |||
| int * | lpValidBits, | |||
| int * | lpCaps | |||
| ) |
Function to retrieve current workstation capabilities.
This function retrieves information regarding the capabilities of a specified workstation card.
| [in] | context,: | Client's ADL context handle ADL_CONTEXT_HANDLE obtained from ADL2_Main_Control_Create. |
| [in] | iAdapterIndex | The ADL index handle of the desired adapter. |
| [out] | lpValidBits | The pointer to a bit-oriented value. If a bit is set to 1, then the corresponding bit in lpCaps is valid. If a bit is set to 0, then the corresponding bit in lpCaps should be ignored. |
| [out] | lpCaps | The pointer to a bit-oriented value representing a specific workstation capability. Workstation Capabilities |
| int ADL_Workstation_Caps | ( | int | iAdapterIndex, | |
| int * | lpValidBits, | |||
| int * | lpCaps | |||
| ) |
Function to retrieve current workstation capabilities.
This function retrieves information regarding the capabilities of a specified workstation card.
| [in] | iAdapterIndex | The ADL index handle of the desired adapter. |
| [out] | lpValidBits | The pointer to a bit-oriented value. If a bit is set to 1, then the corresponding bit in lpCaps is valid. If a bit is set to 0, then the corresponding bit in lpCaps should be ignored. |
| [out] | lpCaps | The pointer to a bit-oriented value representing a specific workstation capability. Workstation Capabilities |
| int ADL2_Workstation_Stereo_Get | ( | ADL_CONTEXT_HANDLE | context, | |
| int | iAdapterIndex, | |||
| int * | lpDefState, | |||
| int * | lpCurState | |||
| ) |
Function to retreive the worstation stereo mode.
This function retrieves the current and default workstation stereo mode.
| [in] | context,: | Client's ADL context handle ADL_CONTEXT_HANDLE obtained from ADL2_Main_Control_Create. |
| [in] | iAdapterIndex | The ADL index handle of the desired adapter. |
| [out] | lpDefState | The pointer to the default stereo mode. Workstation Capabilities |
| [out] | lpCurState | The pointer to the current stereo mode. Workstation Capabilities |
| int ADL_Workstation_Stereo_Get | ( | int | iAdapterIndex, | |
| int * | lpDefState, | |||
| int * | lpCurState | |||
| ) |
Function to retreive the worstation stereo mode.
This function retrieves the current and default workstation stereo mode.
| [in] | iAdapterIndex | The ADL index handle of the desired adapter. |
| [out] | lpDefState | The pointer to the default stereo mode. Workstation Capabilities |
| [out] | lpCurState | The pointer to the current stereo mode. Workstation Capabilities |
| int ADL2_Workstation_Stereo_Set | ( | ADL_CONTEXT_HANDLE | context, | |
| int | iAdapterIndex, | |||
| int | iCurState | |||
| ) |
Function to set the workstation stereo mode.
This function sets the current workstation stereo mode.
| [in] | context,: | Client's ADL context handle ADL_CONTEXT_HANDLE obtained from ADL2_Main_Control_Create. |
| [in] | iAdapterIndex | The ADL index handle of the desired adapter. |
| [in] | iCurState | The desired workstation stereo mode. Workstation Capabilities |
| int ADL_Workstation_Stereo_Set | ( | int | iAdapterIndex, | |
| int | iCurState | |||
| ) |
Function to set the workstation stereo mode.
This function sets the current workstation stereo mode.
| [in] | iAdapterIndex | The ADL index handle of the desired adapter. |
| [in] | iCurState | The desired workstation stereo mode. Workstation Capabilities |
| int ADL2_Workstation_AdapterNumOfGLSyncConnectors_Get | ( | ADL_CONTEXT_HANDLE | context, | |
| int | iAdapterIndex, | |||
| int * | lpNumOfGLSyncConnectors | |||
| ) |
Function to retrieve the number of GL-Sync connectors on an adapter.
This function retrieves the number of GL-Sync connectors that are available on a specified adapter.
| [in] | context,: | Client's ADL context handle ADL_CONTEXT_HANDLE obtained from ADL2_Main_Control_Create. |
| [in] | iAdapterIndex | The ADL index handle of the desired adapter. |
| [out] | lpNumOfGLSyncConnectors | The pointer to the retrieved number of GL-Sync connectors on the specified adapter. |
| int ADL_Workstation_AdapterNumOfGLSyncConnectors_Get | ( | int | iAdapterIndex, | |
| int * | lpNumOfGLSyncConnectors | |||
| ) |
Function to retrieve the number of GL-Sync connectors on an adapter.
This function retrieves the number of GL-Sync connectors that are available on a specified adapter.
| [in] | iAdapterIndex | The ADL index handle of the desired adapter. |
| [out] | lpNumOfGLSyncConnectors | The pointer to the retrieved number of GL-Sync connectors on the specified adapter. |
| int ADL2_Workstation_DisplayGenlockCapable_Get | ( | ADL_CONTEXT_HANDLE | context, | |
| int | iAdapterIndex, | |||
| int | iDisplayIndex, | |||
| int * | lpCanGenlock | |||
| ) |
Function to determine whether or not a display is capable of Genlock functionality.
This function determines whether a specified display can be used for Framelock/Genlock.
| [in] | context,: | Client's ADL context handle ADL_CONTEXT_HANDLE obtained from ADL2_Main_Control_Create. |
| [in] | iAdapterIndex | The ADL index handle of the desired adapter. |
| [in] | iDisplayIndex | The desired display index, which can be retrieved from the ADLDisplayInfo data structure. |
| [out] | lpCanGenlock | The pointer to the retrieved Genlock capabilities. 1: the display is Genlock-capable; 0: the display is not Genlock-capable. |
| int ADL_Workstation_DisplayGenlockCapable_Get | ( | int | iAdapterIndex, | |
| int | iDisplayIndex, | |||
| int * | lpCanGenlock | |||
| ) |
Function to determine whether or not a display is capable of Genlock functionality.
This function determines whether a specified display can be used for Framelock/Genlock.
| [in] | iAdapterIndex | The ADL index handle of the desired adapter. |
| [in] | iDisplayIndex | The desired display index, which can be retrieved from the ADLDisplayInfo data structure. |
| [out] | lpCanGenlock | The pointer to the retrieved Genlock capabilities. 1: the display is Genlock-capable; 0: the display is not Genlock-capable. |
| int ADL2_Workstation_GLSyncModuleDetect_Get | ( | ADL_CONTEXT_HANDLE | context, | |
| int | iAdapterIndex, | |||
| int | iGlSyncConnector, | |||
| ADLGLSyncModuleID * | lpGlSyncModuleID | |||
| ) |
Function to detect the GL-Sync module.
This function detects the GL-Sync module attached to a specified adapter and GL-Sync connector.
| [in] | context,: | Client's ADL context handle ADL_CONTEXT_HANDLE obtained from ADL2_Main_Control_Create. |
| [in] | iAdapterIndex | The ADL index handle of the desired adapter. |
| [in] | iGlSyncConnector | The index of the desired GL-Sync connector. The index can range from 0 to NumOfGLSyncConnectors - 1. |
| [out] | lpGlSyncModuleID | The pointer to the retrieved GL-Sync module information. If no GL-Sync module is attached, lpGlSyncModuleID->ulModuleID is set to 0. |
| int ADL_Workstation_GLSyncModuleDetect_Get | ( | int | iAdapterIndex, | |
| int | iGlSyncConnector, | |||
| ADLGLSyncModuleID * | lpGlSyncModuleID | |||
| ) |
Function to detect the GL-Sync module.
This function detects the GL-Sync module attached to a specified adapter and GL-Sync connector.
| [in] | iAdapterIndex | The ADL index handle of the desired adapter. |
| [in] | iGlSyncConnector | The index of the desired GL-Sync connector. The index can range from 0 to NumOfGLSyncConnectors - 1. |
| [out] | lpGlSyncModuleID | The pointer to the retrieved GL-Sync module information. If no GL-Sync module is attached, lpGlSyncModuleID->ulModuleID is set to 0. |
| int ADL2_Workstation_GLSyncModuleInfo_Get | ( | ADL_CONTEXT_HANDLE | context, | |
| int | iAdapterIndex, | |||
| int | iGlSyncConnector, | |||
| int * | lpNumGLSyncGPUPorts, | |||
| int * | lpNumGlSyncPorts, | |||
| int * | lpMaxSyncDelay, | |||
| int * | lpMaxSampleRate, | |||
| ADLGLSyncPortCaps ** | ppGlSyncPorts | |||
| ) |
Function to describe the GL-Sync module caps.
This function describes the hardware capabilities of the GL-Sync module attached to a specific adapter and GL-Sync connector.
This API uses the Caller's Memory Allocation Callback Function to allocate memory pointed by ppGlSyncPorts. Caller is responsible to de-alocate the memory.
| [in] | context,: | Client's ADL context handle ADL_CONTEXT_HANDLE obtained from ADL2_Main_Control_Create. |
| [in] | iAdapterIndex | The ADL index handle of the desired adapter. |
| [in] | iGlSyncConnector | The index of the desired GL-Sync connector. The index can range from 0 to NumOfGLSyncConnectors - 1. |
| [out] | lpNumGLSyncGPUPorts | The pointer to the number of GPU ports on the specified GL-Sync module. |
| [out] | lpNumGlSyncPorts | The pointer to the number of external ports (RJ45/BNC) on the specified GL-Sync module. |
| [out] | lpMaxSyncDelay | The pointer to the maximum value of the sync delay Genlock setting. |
| [out] | lpMaxSampleRate | The pointer to the maximum value of the sample rate Genlock setting. |
| [out] | ppGlSyncPorts | The pointer to the pointer to the retrieved information about the external ports on the specified GL-Sync connector. The user passes a memory allocation callback to allocate memory for this and to free the memory once done with it. |
| int ADL_Workstation_GLSyncModuleInfo_Get | ( | int | iAdapterIndex, | |
| int | iGlSyncConnector, | |||
| int * | lpNumGLSyncGPUPorts, | |||
| int * | lpNumGlSyncPorts, | |||
| int * | lpMaxSyncDelay, | |||
| int * | lpMaxSampleRate, | |||
| ADLGLSyncPortCaps ** | ppGlSyncPorts | |||
| ) |
Function to describe the GL-Sync module caps.
This function describes the hardware capabilities of the GL-Sync module attached to a specific adapter and GL-Sync connector.
This API uses the Caller's Memory Allocation Callback Function to allocate memory pointed by ppGlSyncPorts. Caller is responsible to de-alocate the memory.
| [in] | iAdapterIndex | The ADL index handle of the desired adapter. |
| [in] | iGlSyncConnector | The index of the desired GL-Sync connector. The index can range from 0 to NumOfGLSyncConnectors - 1. |
| [out] | lpNumGLSyncGPUPorts | The pointer to the number of GPU ports on the specified GL-Sync module. |
| [out] | lpNumGlSyncPorts | The pointer to the number of external ports (RJ45/BNC) on the specified GL-Sync module. |
| [out] | lpMaxSyncDelay | The pointer to the maximum value of the sync delay Genlock setting. |
| [out] | lpMaxSampleRate | The pointer to the maximum value of the sample rate Genlock setting. |
| [out] | ppGlSyncPorts | The pointer to the pointer to the retrieved information about the external ports on the specified GL-Sync connector. The user passes a memory allocation callback to allocate memory for this and to free the memory once done with it. |
| int ADL2_Workstation_GLSyncGenlockConfiguration_Get | ( | ADL_CONTEXT_HANDLE | context, | |
| int | iAdapterIndex, | |||
| int | iGlSyncConnector, | |||
| int | iGlValidMask, | |||
| ADLGLSyncGenlockConfig * | lpGlSyncGenlockConfig | |||
| ) |
Function to retrieve the GL-Sync Genlock configuration settings.
This function retrieves the Genlock configuration settings of a specific GPU connector on a GL-Sync module attached to a specified adapter on a GL-Sync connector.
| [in] | context,: | Client's ADL context handle ADL_CONTEXT_HANDLE obtained from ADL2_Main_Control_Create. |
| [in] | iAdapterIndex | The ADL index handle of the desired adapter. |
| [in] | iGlSyncConnector | The index of the desired GL-Sync connector. The index can range from 0 to NumOfGLSyncConnectors - 1. |
| [in] | iGlValidMask | The mask indicating the Genlock settings to be retrieved (bit field of ADL_GLSYNC_CONFIGMASK_*). Genlock related values |
| [out] | lpGlSyncGenlockConfig | The pointer to the ADLGLSyncGenlockConfig structure with the retrieved Genlock settings. |
| int ADL_Workstation_GLSyncGenlockConfiguration_Get | ( | int | iAdapterIndex, | |
| int | iGlSyncConnector, | |||
| int | iGlValidMask, | |||
| ADLGLSyncGenlockConfig * | lpGlSyncGenlockConfig | |||
| ) |
Function to retrieve the GL-Sync Genlock configuration settings.
This function retrieves the Genlock configuration settings of a specific GPU connector on a GL-Sync module attached to a specified adapter on a GL-Sync connector.
| [in] | iAdapterIndex | The ADL index handle of the desired adapter. |
| [in] | iGlSyncConnector | The index of the desired GL-Sync connector. The index can range from 0 to NumOfGLSyncConnectors - 1. |
| [in] | iGlValidMask | The mask indicating the Genlock settings to be retrieved (bit field of ADL_GLSYNC_CONFIGMASK_*). Genlock related values |
| [out] | lpGlSyncGenlockConfig | The pointer to the ADLGLSyncGenlockConfig structure with the retrieved Genlock settings. |
| int ADL2_Workstation_GLSyncGenlockConfiguration_Set | ( | ADL_CONTEXT_HANDLE | context, | |
| int | iAdapterIndex, | |||
| int | iGlSyncConnector, | |||
| ADLGLSyncGenlockConfig | glSyncGenlockConfig | |||
| ) |
Function to set the GL-Sync Genlock configuration settings.
This function sets the Genlock configuration settings of a specific GPU connector on a GL-Sync module attached to a specified adapter on a GL-Sync connector.
| [in] | context,: | Client's ADL context handle ADL_CONTEXT_HANDLE obtained from ADL2_Main_Control_Create. |
| [in] | iAdapterIndex | The ADL index handle of the desired adapter. |
| [in] | iGlSyncConnector | The index of the desired GL-Sync connector. The index can range from 0 to NumOfGLSyncConnectors - 1. |
| [in] | glSyncGenlockConfig | The Genlock settings to be set in ADLGLSyncGenlockConfig structure |
| int ADL_Workstation_GLSyncGenlockConfiguration_Set | ( | int | iAdapterIndex, | |
| int | iGlSyncConnector, | |||
| ADLGLSyncGenlockConfig | glSyncGenlockConfig | |||
| ) |
Function to set the GL-Sync Genlock configuration settings.
This function sets the Genlock configuration settings of a specific GPU connector on a GL-Sync module attached to a specified adapter on a GL-Sync connector.
| [in] | iAdapterIndex | The ADL index handle of the desired adapter. |
| [in] | iGlSyncConnector | The index of the desired GL-Sync connector. The index can range from 0 to NumOfGLSyncConnectors - 1. |
| [in] | glSyncGenlockConfig | The Genlock settings to be set in ADLGLSyncGenlockConfig structure |
| int ADL2_Workstation_GLSyncPortState_Get | ( | ADL_CONTEXT_HANDLE | context, | |
| int | iAdapterIndex, | |||
| int | iGlSyncConnector, | |||
| int | iGlSyncPortType, | |||
| int | iNumLEDs, | |||
| ADLGlSyncPortInfo * | lpGlSyncPortInfo, | |||
| int ** | ppGlSyncLEDs | |||
| ) |
Function to retrieve GL-Sync port information.
This function implements the DI call to retrieve the information about a GL-Sync port of a specified GL-Sync module and adapter. This API uses the Caller's Memory Allocation Callback Function to allocate memory pointed by ppGlSyncLEDs. Caller is responsible to de-alocate the memory.
| [in] | context,: | Client's ADL context handle ADL_CONTEXT_HANDLE obtained from ADL2_Main_Control_Create. |
| [in] | iAdapterIndex | The ADL index handle of the desired adapter. |
| [in] | iGlSyncConnector | The index of the desired GL-Sync connector. The index can range from 0 to NumOfGLSyncConnectors - 1. |
| [in] | iGlSyncPortType | The desired GL-Sync port (ADL_GLSYNC_PORT_*). Genlock related values |
| [in] | iNumLEDs | The number of LEDs for the specified port. If the number of LEDs is unknown, specify a value of 0. |
| [out] | lpGlSyncPortInfo | The pointer to the retrieved port information in ADLGlSyncPortInfo structure |
| [out] | ppGlSyncLEDs | The pointer to the pointer to the retrieved information about the LEDs associated to the specified GL-Sync connector. The user must pass a memory allocation callback to allocate memory for this and to free the memory once done with it. |
| int ADL_Workstation_GLSyncPortState_Get | ( | int | iAdapterIndex, | |
| int | iGlSyncConnector, | |||
| int | iGlSyncPortType, | |||
| int | iNumLEDs, | |||
| ADLGlSyncPortInfo * | lpGlSyncPortInfo, | |||
| int ** | ppGlSyncLEDs | |||
| ) |
Function to retrieve GL-Sync port information.
This function implements the DI call to retrieve the information about a GL-Sync port of a specified GL-Sync module and adapter. This API uses the Caller's Memory Allocation Callback Function to allocate memory pointed by ppGlSyncLEDs. Caller is responsible to de-alocate the memory.
| [in] | iAdapterIndex | The ADL index handle of the desired adapter. |
| [in] | iGlSyncConnector | The index of the desired GL-Sync connector. The index can range from 0 to NumOfGLSyncConnectors - 1. |
| [in] | iGlSyncPortType | The desired GL-Sync port (ADL_GLSYNC_PORT_*). Genlock related values |
| [in] | iNumLEDs | The number of LEDs for the specified port. If the number of LEDs is unknown, specify a value of 0. |
| [out] | lpGlSyncPortInfo | The pointer to the retrieved port information in ADLGlSyncPortInfo structure |
| [out] | ppGlSyncLEDs | The pointer to the pointer to the retrieved information about the LEDs associated to the specified GL-Sync connector. The user must pass a memory allocation callback to allocate memory for this and to free the memory once done with it. |
| int ADL2_Workstation_GLSyncPortState_Set | ( | ADL_CONTEXT_HANDLE | context, | |
| int | iAdapterIndex, | |||
| int | iGlSyncConnector, | |||
| ADLGlSyncPortControl | glSyncPortControl | |||
| ) |
Function to perform GL-Sync port control.
This function implements the DI call to enable or disable an output signal on the RJ-45 ports of a specified GL-Sync module and adapter.
| [in] | context,: | Client's ADL context handle ADL_CONTEXT_HANDLE obtained from ADL2_Main_Control_Create. |
| [in] | iAdapterIndex | The ADL index handle of the desired adapter. |
| [in] | iGlSyncConnector | The index of the desired GL-Sync connector. The index can range from 0 to NumOfGLSyncConnectors - 1. |
| [in] | glSyncPortControl | The ADLGlSyncPortControl structure to be set. |
| int ADL_Workstation_GLSyncPortState_Set | ( | int | iAdapterIndex, | |
| int | iGlSyncConnector, | |||
| ADLGlSyncPortControl | glSyncPortControl | |||
| ) |
Function to perform GL-Sync port control.
This function implements the DI call to enable or disable an output signal on the RJ-45 ports of a specified GL-Sync module and adapter.
| [in] | iAdapterIndex | The ADL index handle of the desired adapter. |
| [in] | iGlSyncConnector | The index of the desired GL-Sync connector. The index can range from 0 to NumOfGLSyncConnectors - 1. |
| [in] | glSyncPortControl | The ADLGlSyncPortControl structure to be set. |
| int ADL2_Workstation_DisplayGLSyncMode_Get | ( | ADL_CONTEXT_HANDLE | context, | |
| int | iAdapterIndex, | |||
| int | iDisplayIndex, | |||
| ADLGlSyncMode * | lpGlSyncMode | |||
| ) |
Function to retrieve the GL-Sync mode for a display.
This function implements the DI call to retrieve the GL-Sync mode for a specified display.
| [in] | context,: | Client's ADL context handle ADL_CONTEXT_HANDLE obtained from ADL2_Main_Control_Create. |
| [in] | iAdapterIndex | The ADL index handle of the desired adapter. |
| [in] | iDisplayIndex | The desired display index. |
| [out] | lpGlSyncMode | The pointer to the ADLGlSyncMode structure storing the GL-Sync mode of the specified display. |
| int ADL_Workstation_DisplayGLSyncMode_Get | ( | int | iAdapterIndex, | |
| int | iDisplayIndex, | |||
| ADLGlSyncMode * | lpGlSyncMode | |||
| ) |
Function to retrieve the GL-Sync mode for a display.
This function implements the DI call to retrieve the GL-Sync mode for a specified display.
| [in] | iAdapterIndex | The ADL index handle of the desired adapter. |
| [in] | iDisplayIndex | The desired display index. |
| [out] | lpGlSyncMode | The pointer to the ADLGlSyncMode structure storing the GL-Sync mode of the specified display. |
| int ADL2_Workstation_DisplayGLSyncMode_Set | ( | ADL_CONTEXT_HANDLE | context, | |
| int | iAdapterIndex, | |||
| int | iDisplayIndex, | |||
| ADLGlSyncMode | glSyncMode | |||
| ) |
Function to set the GL-Sync mode for a display.
This function implements the DI call to set the GL-Sync mode for a specified display.
| [in] | context,: | Client's ADL context handle ADL_CONTEXT_HANDLE obtained from ADL2_Main_Control_Create. |
| [in] | iAdapterIndex | The ADL index handle of the desired adapter. |
| [in] | iDisplayIndex | The desired display index. |
| [in] | glSyncMode | The ADLGlSyncMode structure describing the GL-Sync mode to set for the specified display. |
| int ADL_Workstation_DisplayGLSyncMode_Set | ( | int | iAdapterIndex, | |
| int | iDisplayIndex, | |||
| ADLGlSyncMode | glSyncMode | |||
| ) |
Function to set the GL-Sync mode for a display.
This function implements the DI call to set the GL-Sync mode for a specified display.
| [in] | iAdapterIndex | The ADL index handle of the desired adapter. |
| [in] | iDisplayIndex | The desired display index. |
| [in] | glSyncMode | The ADLGlSyncMode structure describing the GL-Sync mode to set for the specified display. |
| int ADL2_Workstation_GLSyncSupportedTopology_Get | ( | ADL_CONTEXT_HANDLE | context, | |
| int | iAdapterIndex, | |||
| int | iNumSyncModes, | |||
| ADLGlSyncMode2 * | glSyncModes, | |||
| int * | iNumSugSyncModes, | |||
| ADLGlSyncMode2 ** | glSugSyncModes | |||
| ) |
Function to get the supported GL-Sync topology.
This function implements the DI call to set the GL-Sync mode for a specified display.
| [in] | context,: | Client's ADL context handle ADL_CONTEXT_HANDLE obtained from ADL2_Main_Control_Create. |
| [in] | iAdapterIndex | The ADL index handle of the desired adapter. |
| [in] | iNumSyncModes | |
| [in] | glSyncModes | |
| [out] | iNumSugSyncModes | |
| [out] | glSugSyncModes |
| int ADL_Workstation_GLSyncSupportedTopology_Get | ( | int | iAdapterIndex, | |
| int | iNumSyncModes, | |||
| ADLGlSyncMode2 * | glSyncModes, | |||
| int * | iNumSugSyncModes, | |||
| ADLGlSyncMode2 ** | glSugSyncModes | |||
| ) |
Function to get the supported GL-Sync topology.
This function implements the DI call to set the GL-Sync mode for a specified display.
| [in] | iAdapterIndex | The ADL index handle of the desired adapter. |
| [in] | iNumSyncModes | |
| [in] | glSyncModes | |
| [out] | iNumSugSyncModes | |
| [out] | glSugSyncModes |
| int ADL2_Workstation_LoadBalancing_Get | ( | ADL_CONTEXT_HANDLE | context, | |
| int * | lpResultMask, | |||
| int * | lpCurResultValue, | |||
| int * | lpDefResultValue | |||
| ) |
Function to get the load balancing state of the specified adapter.
This function implements the PCS access to Get the load balancing state for a specified adapter.
| [in] | context,: | Client's ADL context handle ADL_CONTEXT_HANDLE obtained from ADL2_Main_Control_Create. |
| [out] | lpResultMask | The int pointer to mask bit of state. It can be combination of ADL_WORKSTATION_LOADBALANCING_DISABLED, ref ADL_WORKSTATION_LOADBALANCING_ENABLED. |
| [out] | lpCurResultValue | The int pointer to the current state It can be one of ADL_WORKSTATION_LOADBALANCING_DISABLED, ref ADL_WORKSTATION_LOADBALANCING_ENABLED. |
| [out] | lpDefResultValue | The int pointer to the dafault state It can be one of ADL_WORKSTATION_LOADBALANCING_DISABLED, ref ADL_WORKSTATION_LOADBALANCING_ENABLED. |
| int ADL_Workstation_LoadBalancing_Get | ( | int * | lpResultMask, | |
| int * | lpCurResultValue, | |||
| int * | lpDefResultValue | |||
| ) |
Function to get the load balancing state of the specified adapter.
This function implements the PCS access to Get the load balancing state for a specified adapter.
| [out] | lpResultMask | The int pointer to mask bit of state. It can be combination of ADL_WORKSTATION_LOADBALANCING_DISABLED, ref ADL_WORKSTATION_LOADBALANCING_ENABLED. |
| [out] | lpCurResultValue | The int pointer to the current state It can be one of ADL_WORKSTATION_LOADBALANCING_DISABLED, ref ADL_WORKSTATION_LOADBALANCING_ENABLED. |
| [out] | lpDefResultValue | The int pointer to the dafault state It can be one of ADL_WORKSTATION_LOADBALANCING_DISABLED, ref ADL_WORKSTATION_LOADBALANCING_ENABLED. |
| int ADL2_Workstation_LoadBalancing_Set | ( | ADL_CONTEXT_HANDLE | context, | |
| int | iCurState | |||
| ) |
Function to set the load balancing state of the specified adapter.
This function implements the PCS access to set the load balancing mode for a specified adapter.
| [in] | context,: | Client's ADL context handle ADL_CONTEXT_HANDLE obtained from ADL2_Main_Control_Create. |
| [in] | iCurState | The current state to set for the specified adapter. |
| int ADL_Workstation_LoadBalancing_Set | ( | int | iCurState | ) |
Function to set the load balancing state of the specified adapter.
This function implements the PCS access to set the load balancing mode for a specified adapter.
| [in] | iCurState | The current state to set for the specified adapter. |
| int ADL2_Workstation_LoadBalancing_Caps | ( | ADL_CONTEXT_HANDLE | context, | |
| int | iAdapterIndex, | |||
| int * | lpResultMask, | |||
| int * | lpResultValue | |||
| ) |
Function to set the load balancing capabilities for the specified adapter.
This function implements the CI call to Get the load balancing caps for a specified adapter.
| [in] | context,: | Client's ADL context handle ADL_CONTEXT_HANDLE obtained from ADL2_Main_Control_Create. |
| [in] | iAdapterIndex | The ADL index handle of the desired adapter. |
| [out] | lpResultMask | The int pointer to the mask bits of load balancing of the specified adapter, It can be combination of ADL_WORKSTATION_LOADBALANCING_SUPPORTED, ref ADL_WORKSTATION_LOADBALANCING_AVAILABLE. |
| [out] | lpResultValue | The int pointer to the capable load balancing bits of the specified adapter. It can be combination of ADL_WORKSTATION_LOADBALANCING_SUPPORTED, ref ADL_WORKSTATION_LOADBALANCING_AVAILABLE |
| int ADL_Workstation_LoadBalancing_Caps | ( | int | iAdapterIndex, | |
| int * | lpResultMask, | |||
| int * | lpResultValue | |||
| ) |
Function to set the load balancing capabilities for the specified adapter.
This function implements the CI call to Get the load balancing caps for a specified adapter.
| [in] | iAdapterIndex | The ADL index handle of the desired adapter. |
| [out] | lpResultMask | The int pointer to the mask bits of load balancing of the specified adapter, It can be combination of ADL_WORKSTATION_LOADBALANCING_SUPPORTED, ref ADL_WORKSTATION_LOADBALANCING_AVAILABLE. |
| [out] | lpResultValue | The int pointer to the capable load balancing bits of the specified adapter. It can be combination of ADL_WORKSTATION_LOADBALANCING_SUPPORTED, ref ADL_WORKSTATION_LOADBALANCING_AVAILABLE |
| int ADL2_Workstation_DeepBitDepth_Get | ( | ADL_CONTEXT_HANDLE | context, | |
| int * | lpCurDBDState, | |||
| int * | lpDefDBDState, | |||
| int * | lpCurGrayscale, | |||
| int * | lpDefGrayscale, | |||
| int * | lpCurBypass, | |||
| int * | lpDefBypass | |||
| ) |
Function to get current requested state of Deep Bit Depth and related settings.
This function returns if specified adapter supports Deep Bit Depth, grayscale and gamma bypass and their defaults. These settings are applicable to system wide to all currently known adapters.
| [in] | context,: | Client's ADL context handle ADL_CONTEXT_HANDLE obtained from ADL2_Main_Control_Create. |
| [out] | lpCurDBDState | : The requested deep bit depth state. This is the state the user wishes to put the deep bit depth feature to Deep Bit Depth |
| [out] | lpDefDBDState,: | The default deep bit depth state state of the system. Deep Bit Depth |
| [out] | lpCurGrayscale,: | Not currently used. It is there for future use. |
| [out] | lpDefGrayscale,: | Not currently used. It is there for future use. |
| [out] | lpCurBypass,: | Not currently used. It is there for future use. |
| [out] | lpDefBypass,: | Not currently used. It is there for future use. |
| int ADL_Workstation_DeepBitDepth_Get | ( | int * | lpCurDBDState, | |
| int * | lpDefDBDState, | |||
| int * | lpCurGrayscale, | |||
| int * | lpDefGrayscale, | |||
| int * | lpCurBypass, | |||
| int * | lpDefBypass | |||
| ) |
Function to get current requested state of Deep Bit Depth and related settings.
This function returns if specified adapter supports Deep Bit Depth, grayscale and gamma bypass and their defaults. These settings are applicable to system wide to all currently known adapters.
| [out] | lpCurDBDState | : The requested deep bit depth state. This is the state the user wishes to put the deep bit depth feature to Deep Bit Depth |
| [out] | lpDefDBDState,: | The default deep bit depth state state of the system. Deep Bit Depth |
| [out] | lpCurGrayscale,: | Not currently used. It is there for future use. |
| [out] | lpDefGrayscale,: | Not currently used. It is there for future use. |
| [out] | lpCurBypass,: | Not currently used. It is there for future use. |
| [out] | lpDefBypass,: | Not currently used. It is there for future use. |
| int ADL2_Workstation_DeepBitDepth_Set | ( | ADL_CONTEXT_HANDLE | context, | |
| int | iDBDState, | |||
| int | iGrayscale, | |||
| int | iBypassGamma | |||
| ) |
Function to set requested state of Deep Bit Depth and related settings.
This function sets for the specified adapter supports Deep Bit Depth, grayscale and gamma bypass These settings are applicable to system wide to all currently known adapters. A restart is required to apply settings, ADL_OK_RESTART will be return from function.
| [in] | context,: | Client's ADL context handle ADL_CONTEXT_HANDLE obtained from ADL2_Main_Control_Create. |
| [in] | iDBDState,: | The requested Deep bit depth state to set the system to.Deep Bit Depth |
| [in] | iGrayscale,: | Not currently used. It is there for future use. |
| [in] | iBypassGamma,: | Not currently used. It is there for future use. |
| int ADL_Workstation_DeepBitDepth_Set | ( | int | iDBDState, | |
| int | iGrayscale, | |||
| int | iBypassGamma | |||
| ) |
Function to set requested state of Deep Bit Depth and related settings.
This function sets for the specified adapter supports Deep Bit Depth, grayscale and gamma bypass These settings are applicable to system wide to all currently known adapters. A restart is required to apply settings, ADL_OK_RESTART will be return from function.
| [in] | iDBDState,: | The requested Deep bit depth state to set the system to.Deep Bit Depth |
| [in] | iGrayscale,: | Not currently used. It is there for future use. |
| [in] | iBypassGamma,: | Not currently used. It is there for future use. |
| int ADL2_Workstation_ECC_Caps | ( | ADL_CONTEXT_HANDLE | context, | |
| int | iAdapterIndex, | |||
| int * | lpSupported | |||
| ) |
Function to get ECC (Error Correction Code) Capabilities on the specified adapter. This function implements the CI call to get ECC (Error Correction Code) Capabilities on the specified adapter.
| [in] | context,: | Client's ADL context handle ADL_CONTEXT_HANDLE obtained from ADL2_Main_Control_Create. |
| [in] | iAdapterIndex | - The index of the desired adapter. |
| [out] | lpSupported | - returns the bolean capability, whether ECC is supported or not(ADL_TRUE or ADL_FALSE) for the specified adapter |
| int ADL_Workstation_ECC_Caps | ( | int | iAdapterIndex, | |
| int * | lpSupported | |||
| ) |
Function to get ECC (Error Correction Code) Capabilities on the specified adapter. This function implements the CI call to get ECC (Error Correction Code) Capabilities on the specified adapter.
| [in] | iAdapterIndex | - The index of the desired adapter. |
| [out] | lpSupported | - returns the bolean capability, whether ECC is supported or not(ADL_TRUE or ADL_FALSE) for the specified adapter |
| int ADL2_Workstation_ECC_Get | ( | ADL_CONTEXT_HANDLE | context, | |
| int | iAdapterIndex, | |||
| int * | lpDefaultMode, | |||
| int * | lpCurrentMode, | |||
| int * | lpDesiredMode | |||
| ) |
Function to get ECC (Error Correction Code) current and desired states on the specified adapter. This function implements the CI call to get ECC (Error Correction Code) current mode(driver applied mode) and the desired mode (user requested mode) on the specified adapter.
| [in] | context,: | Client's ADL context handle ADL_CONTEXT_HANDLE obtained from ADL2_Main_Control_Create. |
| [in] | iAdapterIndex | - The index of the desired adapter. |
| [out] | lpDefaultMode | - Default ECC Mode (ECC_MODE_OFF, ECC_MODE_ON).Define_ecc_mode_states. |
| [out] | lpCurrentMode | - ECC Mode that is currently stored in the permanent store for driver. (ECC_MODE_OFF, ECC_MODE_ON).Define_ecc_mode_states. |
| [out] | lpDesiredMode | - Desired ECC mode from the user, once the user reboots the machine DesiredMode will be applied to CurrentMode (ECC_MODE_OFF, ECC_MODE_ON). Define_ecc_mode_states. |
| int ADL_Workstation_ECC_Get | ( | int | iAdapterIndex, | |
| int * | lpDefaultMode, | |||
| int * | lpCurrentMode, | |||
| int * | lpDesiredMode | |||
| ) |
Function to get ECC (Error Correction Code) current and desired states on the specified adapter. This function implements the CI call to get ECC (Error Correction Code) current mode(driver applied mode) and the desired mode (user requested mode) on the specified adapter.
| [in] | iAdapterIndex | - The index of the desired adapter. |
| [out] | lpDefaultMode | - Default ECC Mode (ECC_MODE_OFF, ECC_MODE_ON).Define_ecc_mode_states. |
| [out] | lpCurrentMode | - ECC Mode that is currently stored in the permanent store for driver. (ECC_MODE_OFF, ECC_MODE_ON).Define_ecc_mode_states. |
| [out] | lpDesiredMode | - Desired ECC mode from the user, once the user reboots the machine DesiredMode will be applied to CurrentMode (ECC_MODE_OFF, ECC_MODE_ON). Define_ecc_mode_states. |
| int ADL2_Workstation_ECCX2_Get | ( | ADL_CONTEXT_HANDLE | context, | |
| int | iAdapterIndex, | |||
| int * | lpModeType, | |||
| int * | lpDefaultMode, | |||
| int * | lpCurrentMode, | |||
| int * | lpDesiredMode | |||
| ) |
Function to get ECC (Error Correction Code) current and desired states on the specified adapter. This function implements the CI call to get ECC (Error Correction Code) current mode(driver applied mode) and the desired mode (user requested mode) on the specified adapter.
| [in] | context,: | Client's ADL context handle ADL_CONTEXT_HANDLE obtained from ADL2_Main_Control_Create. |
| [in] | iAdapterIndex | - The index of the desired adapter. |
| [out] | lpModeType | - Default ECC Mode (ECC_MODE_OFF, ECC_MODE_ON, ECC_MODE_HBM).Define_ecc_mode_states. |
| [out] | lpDefaultMode | - Default ECC Mode (ECC_MODE_OFF, ECC_MODE_ON, ECC_MODE_HBM).Define_ecc_mode_states. |
| [out] | lpCurrentMode | - ECC Mode that is currently stored in the permanent store for driver. (ECC_MODE_OFF, ECC_MODE_ON, ECC_MODE_HBM).Define_ecc_mode_states. |
| [out] | lpDesiredMode | - Desired ECC mode from the user, once the user reboots the machine DesiredMode will be applied to CurrentMode (ECC_MODE_OFF, ECC_MODE_ON, ECC_MODE_HBM ). Define_ecc_mode_states. |
| int ADL_Workstation_ECCX2_Get | ( | int | iAdapterIndex, | |
| int * | lpModeType, | |||
| int * | lpDefaultMode, | |||
| int * | lpCurrentMode, | |||
| int * | lpDesiredMode | |||
| ) |
Function to get ECC (Error Correction Code) current and desired states on the specified adapter. This function implements the CI call to get ECC (Error Correction Code) current mode(driver applied mode) and the desired mode (user requested mode) on the specified adapter.
| [in] | iAdapterIndex | - The index of the desired adapter. |
| [out] | lpModeType | - Default ECC Mode (ECC_MODE_OFF, ECC_MODE_ON, ECC_MODE_HBM).Define_ecc_mode_states. |
| [out] | lpDefaultMode | - Default ECC Mode (ECC_MODE_OFF, ECC_MODE_ON, ECC_MODE_HBM).Define_ecc_mode_states. |
| [out] | lpCurrentMode | - ECC Mode that is currently stored in the permanent store for driver. (ECC_MODE_OFF, ECC_MODE_ON, ECC_MODE_HBM).Define_ecc_mode_states. |
| [out] | lpDesiredMode | - Desired ECC mode from the user, once the user reboots the machine DesiredMode will be applied to CurrentMode (ECC_MODE_OFF, ECC_MODE_ON, ECC_MODE_HBM). Define_ecc_mode_states. |
| int ADL2_Workstation_ECCData_Get | ( | ADL_CONTEXT_HANDLE | context, | |
| int | iAdapterIndex, | |||
| ADLECCData * | lpAdlEccData | |||
| ) |
Function to get ECC statistics on the specified adapter. This function implements the CI call to get SEC(Single Error Correct) and DED(Double Error Detect) Counts on the specified adapter.
| [in] | context,: | Client's ADL context handle ADL_CONTEXT_HANDLE obtained from ADL2_Main_Control_Create. |
| [in] | iAdapterIndex | - The index of the desired adapter. |
| [out] | lpAdlEccData | - is of type ADLECCData. Gets the SEC & DED counts ADLECCData |
| int ADL_Workstation_ECCData_Get | ( | int | iAdapterIndex, | |
| ADLECCData * | lpAdlEccData | |||
| ) |
Function to get ECC statistics on the specified adapter. This function implements the CI call to get SEC(Single Error Correct) and DED(Double Error Detect) Counts on the specified adapter.
| [in] | iAdapterIndex | - The index of the desired adapter. |
| [out] | lpAdlEccData | - is of type ADLECCData. Gets the SEC & DED counts ADLECCData |
| int ADL2_Workstation_ECC_Set | ( | ADL_CONTEXT_HANDLE | context, | |
| int | iAdapterIndex, | |||
| int | iDesiredMode | |||
| ) |
Function to set ECC Mode on the specified adapter This function implements the CI call to set ECC (Error Correction Code) to turn on and off this feature on the specified adapter.
| [in] | context,: | Client's ADL context handle ADL_CONTEXT_HANDLE obtained from ADL2_Main_Control_Create. |
| [in] | iAdapterIndex | - The index of the desired adapter. |
| [in] | iDesiredMode | - ECC Mode currently accepts ECC_MODE_OFF or ECC_MODE_ON. Define_ecc_mode_states |
| int ADL_Workstation_ECC_Set | ( | int | iAdapterIndex, | |
| int | iDesiredMode | |||
| ) |
Function to set ECC Mode on the specified adapter This function implements the CI call to set ECC (Error Correction Code) to turn on and off this feature on the specified adapter.
| [in] | iAdapterIndex | - The index of the desired adapter. |
| [in] | iDesiredMode | - ECC Mode currently accepts ECC_MODE_OFF or ECC_MODE_ON. Define_ecc_mode_states |


Nearly half of all US medical care is delivered by emergency departments, according to a new study by researchers at the University of Maryland School of Medicine (UMSOM). And in recent years, the percentage of care delivered by emergency departments has grown. The paper highlights the major role played by emergency care in health care in the U.S.
"I was stunned by the results. This really helps us better understand health care in this country. This research underscores the fact that emergency departments are critical to our nation's healthcare delivery system." said David Marcozzi, an associate professor in the UMSOM Department of Emergency Medicine, and co-director of the UMSOM Program in Health Disparities and Population Health. "Patients seek care in emergency departments for many reasons. The data might suggest that emergency care provides the type of care that individuals actually want or need, 24 hours a day."
Although he now focuses on population health, Dr. Marcozzi is an emergency room doctor himself, and works one or two days a week in the University of Maryland Medical Center emergency department, treating patients.
This is the first study to quantify the contribution of emergency department care to overall U.S. health care. The paper appears in the latest issue of International Journal for Health Services.
For this study, Dr. Marcozzi and his colleagues examined publicly available data from several national healthcare databases, which covered all 50 states and the District of Columbia. They studied the period between 1996 and 2010.
For 2010, the most recent your study, the study found that there were nearly 130 million emergency department visits, compared with almost 101 million outpatient visits and nearly 39 million inpatient visits. Inpatient visits typically involve a hospital stay, but are planned ahead, as opposed to emergency department visits, which are generally at least somewhat unexpected.
Over the 14-year period of the study, more than 3.5 billion health care contacts -- emergency department visits, outpatient visits, and hospital admissions took place. Over that time, emergency care visits increased by nearly 44 percent. Outpatient visits accounted for nearly 38 percent of contacts. Inpatient care accounted for almost 15 percent of visits.
Certain groups were significantly more likely to use the emergency department as their method of healthcare. African-American patients were significantly more likely to have emergency department visits than patients in other racial groups; patients in the "other" insurance category, which includes those without any type of insurance, were significantly more likely to have emergency department visits than any other group. And patients living in the South were significantly more likely to have emergency department visits than patients living in other areas of the country.
African-American patients used emergency departments at a higher rate than other groups. In 2010, this group used the emergency department almost 54 percent of the time. The rate was even higher for urban African-American patients, who used emergency care 59 percent of the time that year. Emergency department use rates in south and west were 54 percent and 56 percent, respectively. In the northeast, use was much lower, 39 percent of all visits.
Certain groups accounted for increasing percentages of overall emergency room use: African-Americans, Medicare and Medicaid beneficiaries, residents of the south and west, and women. Dr. Marcozzi says that these findings point to increasing use by vulnerable populations, which is no surprise since socioeconomic and racial inequality creates barriers to the use health care.
The use of emergency care resources for non-emergency cases has been controversial, since initial emergency care patients often end up being seen for non-emergency medical issues. Some experts argue that emergency departments are covering for deficiencies in inpatient and outpatient resources, and for a lack of effective prevention strategies. This could contribute to the high rate of emergency department use. They argue that emergency room use should be reduced.
Dr. Marcozzi says this is unlikely to happen anytime soon, given the structure of the country's health care system. He also notes that it may not be the best option. Instead, he says we should work to connect the care delivered in emergency departments with care delivered by the rest of the healthcare system.
Story Source:
Materials provided by University of Maryland School of Medicine. Note: Content may be edited for style and length.
Journal Reference:
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Lakme Salon
We as a team promises to provide our customer with the best proffesional for the job to achieve a overall good experiece,the plumber are highly skilled and certified by our orgaisation . All the service person are equipped with the necessary tools that is needed in the job . There are many reasons for making us your ideal choice for the plumbing work like,
| Category | Service | Price(INR) | |
| Category | Service | Price(INR) | |
5/5
Based on 4,359 ratings
Read some reviews shared by our customers:
Great service. Workers arrived the next day I booked and they completely fixed dandraff issue.
Your workers have a GREAT work ethic.Really Impressed.
Great service. Workers arrived the next day I booked and they completely fixed dandraff issue.
I had a fabulous experience with TurboFuture's Barbers. They were so polite and nice. They even suggested some tips which could help in longer life of the Hair. Would recommend to others also.
Service was an average but the most hurting part was that I felt I was overcharged relative to the prices in the market.
Overall experience was good but the most disappointing part was that wait time was alot.
I would rate a 5 if the company would have also provided with the Disposable wearable materials. Also,the Barber lacked some professionalism.


 Shankle ground round andouille kevin hamburger landjaeger ham hock spare ribs jowl tri-tip short loin venison drumstick. Beef boudin brisket landjaeger flank tail.  Turkey spare ribs turducken, shankle pork loin chuck pork ribeye bacon leberkas prosciutto. Bacon swine salami filet mignon ground round pancetta capicola pork brisket ham hock tri-tip doner hamburger meatball. Short ribs chicken flank swine shankle fatback frankfurter turducken.
T-bone frankfurter cow ground round kevin brisket turducken capicola andouille pancetta spare ribs. Chicken drumstick shank ball tip ribeye frankfurter t-bone leberkas corned beef tail ham bresaola venison spare ribs. Venison tongue turducken beef ribs porchetta bresaola jowl shoulder prosciutto jerky bacon chuck pork chop. Pastrami prosciutto shank, short loin beef brisket landjaeger meatball.
Shankle capicola boudin rump. Doner t-bone venison pancetta, kielbasa sausage brisket shankle biltong tri-tip.  Pastrami andouille drumstick, pork chop meatloaf flank corned beef turkey brisket shoulder.
Meatball sirloin chicken beef, filet mignon kevin frankfurter turkey tenderloin flank porchetta ball tip t-bone. Kevin jerky pastrami ground round. Turducken biltong fatback venison t-bone tongue porchetta shankle beef andouille ribeye filet mignon. Sirloin pork turkey shoulder boudin tail. Sausage turkey filet mignon, biltong pork hamburger short ribs andouille. Turkey turducken biltong andouille, drumstick sirloin tongue spare ribs tri-tip porchetta venison strip steak.


--- layout: product.hbs title: "Cree LED Light Bar, LED Offroad Light, LED Search Light, LED Work Light, LED Automobile Lamp, Vehicle Replace Bulb, China LED Light Bar Suppliers Manufacturers, Cree LED Light Bar Wholesalers" description: "MICZE has a strong technical force of production Cree LED Light Bar Offroad, LED Truck Light, LED Work Light, and we are China LED Light Bar Suppliers Manufacturers, LED Light Bar Wholesalers" keywords: - Cree LED Light Bar Offroad - LED Light Bar USA/Dubai/Canada/Australia - LED Light Bar for trucks - "LLB-1-120W" - "LLB-3A-120W" - LED Offroad Light - LED Truck Light - Agriculture Light - China LED Light Bar Suppliers Manufacturers - Cree LED Light Bar Wholesalers - LED Work Light - LED Search Light ---
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LED LIGHT Bar |
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Feature: • Operation Voltage: 10-30VDC • Waterproof rate: IP67 • Color: Black • Color Temperature: 6000K • Material: Extrusion die aluminum housing • Lens material: PC • Mounting Bracket: Alu firm bracket • Beam: Flood(20degree),Spot(10degree) Combo(20+10degree) • 30000 hours above life time |
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Name |
Email |
No of Tickets |
Attending or Not Attending |
| {{ o.name }} | {{ o.email }} | {{ o.tickets }} | {{ o.att }} |
Name |
Email |
No of Tickets |
Attending or Not Attending |
| {{ o.name }} | {{ o.email }} | {{ o.tickets }} | {{ o.att }} |


--- author: display_name: JP email<EMAIL_ADDRESS>tags: - boundaries - flood plains - hydrography - water categories: [] date: 2011-11-22 18:14:11 -0700 Floodplains: hub: name: Utah Floodplains item_id: fc6745b0508a4b1aa0a39084511bf100 updates: - April 2014 - January 2017 (Morgan County) --- {% include abstract.html name="Floodplains" stewards="UGRC, FEMA and UDEM" abstract="The Floodplains data contains the Digital Flood Insurance Rate Map (DFIRM) Database depicting flood risk information and supporting data used to develop the risk data. The primary risk classifications used are the 1-percent-annual-chance flood event, the 0.2-percent-annual-chance flood event, and areas of minimal flood risk. The DFIRM Database is derived from Flood Insurance Studies (FISs), previously published Flood Insurance Rate Maps (FIRMs), flood hazard analyses performed in support of the FISs and FIRMs, and new mapping data, where available. The FISs and FIRMs are published by the Federal Emergency Management Agency (FEMA). The file is georeferenced to earth's surface using the UTM projection and coordinate system. The specifications for the horizontal control of DFIRM data files are consistent with those required for mapping at a scale of 1:12000." %}
Floodplains represents the mapped areas in Utah that are prone to flooding. This layer was creating using criteria as defined by the Flood Insurance Rate Maps (FIRM) and produced by the Federal Emergency Management Agency (FEMA).
The FIRM is the basis for floodplain management, mitigation, and insurance activities for the National Flood Insurance Program (NFIP). Insurance applications include enforcement of the mandatory purchase requirement of the Flood Disaster Protection Act, which "... requires the purchase of flood insurance by property owners who are being assisted by Federal programs or by Federally supervised, regulated or insured agencies or institutions in the acquisition or improvement of land facilities located or to be located in identified areas having special flood hazards," Section 2 (b) (4) of the Flood Disaster Protection Act of 1973. In addition to the identification of Special Flood Hazard Areas (SFHAs), the risk zones shown on the FIRMs are the basis for the establishment of premium rates for flood coverage offered through the NFIP.
The DFIRM Database presents the flood risk information depicted on the FIRM in a digital format suitable for use in electronic mapping applications. The DFIRM database is a subset of the Digital FIS database that serves to archive the information collected during the FIS.
Floodplains Zone information can be found at the FEMA Map Service Center (MSC) and in the FEMA National Flood Hazard Layer.
One thing to keep in mind with the zone designations is the difference between "Shaded X" and "Unshaded X". In the link above, Shaded X represents the 0.2% annual chance floodplain (the 500-year flood). In almost all of the DFIRMs, the ZONE field will read: 0.2 PCT ANNUAL CHANCE FLOODPLAIN or something like that, and in some DFIRMs it will just read: Shaded X. Confusingly, when the ZONE field is just "X", that means Unshaded X, which is outside of the 500-year floodplain.
LiDAR can be used to support FEMA Map Amendments. This fact sheet describes the information and process necessary to use LIDAR data when applying for FEMA Map Amendments.
{% include contact.html subject=page.title contact=site.data.contacts.flood_areas %}


A set of common events a user can override in their derived bot or replay observer class.
More...
#include <sc2_client.h>
A set of common events a user can override in their derived bot or replay observer class.
◆ OnBuildingConstructionComplete()
| virtual void sc2::ClientEvents::OnBuildingConstructionComplete |
( |
const Unit & |
| ) |
|
|
inlinevirtual |
Called when the unit in the previous step had a build progress less than 1.0 but is greater than or equal to 1.0 in the current step.
- Parameters
-
| unit | The constructed unit. |
◆ OnStep()
| virtual void sc2::ClientEvents::OnStep |
( |
| ) |
|
|
inlinevirtual |
This event will only get called when stepping. It will not get called in a real time game. In a real time game the user will be responsible for calling GetObservation() via the ObservationInterface.
◆ OnUnitCreated()
| virtual void sc2::ClientEvents::OnUnitCreated |
( |
const Unit & |
| ) |
|
|
inlinevirtual |
Called when a Unit has been created by the player.
- Parameters
-
◆ OnUnitDestroyed()
| virtual void sc2::ClientEvents::OnUnitDestroyed |
( |
const Unit & |
| ) |
|
|
inlinevirtual |
Called whenever one of the player's units has been destroyed.
- Parameters
-
◆ OnUnitEnterVision()
| virtual void sc2::ClientEvents::OnUnitEnterVision |
( |
const Unit & |
| ) |
|
|
inlinevirtual |
Called when an enemy unit enters vision from out of fog of war.
- Parameters
-
| unit | The unit entering vision. |
◆ OnUnitIdle()
| virtual void sc2::ClientEvents::OnUnitIdle |
( |
const Unit & |
| ) |
|
|
inlinevirtual |
Called when a unit becomes idle, this will only occur as an event so will only be called when the unit becomes idle and not a second time. Being idle is defined by having orders in the previous step and not currently having orders or if it did not exist in the previous step and now does, a unit being created, for instance, will call both OnUnitCreated and OnUnitIdle if it does not have a rally set.
- Parameters
-
◆ OnUpgradeCompleted()
| virtual void sc2::ClientEvents::OnUpgradeCompleted |
( |
UpgradeID |
| ) |
|
|
inlinevirtual |
Called when an upgrade is finished, warp gate, ground weapons, baneling speed, etc.
- Parameters
-
| upgrade | The completed upgrade. |
The documentation for this class was generated from the following file:


Server
Applications
Statistics
Account
Pengines
Administrator
Change admin password
New password
Password should be at least 5 characters
New password (Confirm)
Please confirm password
Change password


Div 1
Change color on "Div 1"
Div 2
Change background-color on "Div 2"
"Div 3"
Change class on "Div 3"


{include file="public/header" /}
{include file="public/left" /}
{include file="public/nav" /}
訂單號 : {$order_no}
將從9號倉庫出貨，預計3-7天內送達
{include file="public/footer" /}
{include file="public/facebook_pixel_code" /}
{include file="public/statistical_code" /}


Box Ruby Library
You can use the Box.net API to create applications and websites that integrate with Box.net and can perform the following functions:
- Store and retrieve files from Box.net
- Organize files into folders
- Move, rename and delete files
- Share files
Install
gem install box-api
That's it!
Usage
You must first obtain an API key by registering your Box.net application.
Once you have an API key, you are free to start using the box API! Check out the 'examples' folder for sample code and instructions.
Documentation
You can find API documentation at http://developers.box.net/. Full documentation regarding the Ruby library methods is coming soon.
Support
If you have any questions or suggestions for improvement, ping us on our forum or email us directly at developers[at]box[dot]net.


Blah blah
Your Ajenti instance is missing compiled CSS files.
If you are running Ajenti in a development environment, run make run.
make run
If not, your installation package was probably broken.


This is a keyboard that contains all of the characters needed to type Eastern Bru in the Latin script. It is very similar to the Vietnamese keyboard, but adds characters needed for Bru using the breve.
© 2013-2021 SIL International


{% extends "base.html" %} {% block content %}
Would you like to predict the closing price for Amazon's stock?
Prediction


Navigation : Usages Installations - How To - Configuration Posts Installations Page 1 of 1 How To » Configuration » Page 1 of 1 Start Transaction How To


--- layout: default --- Courses Start Learning S'inscrire Maintenant Incremental Building Blocks Flexible training structure, with mix & match modules, forcustomised courses to immediately improve your reporting and storytelling. {{ content }} {% include academy/events.html %}
Flexible training structure, with mix & match modules, forcustomised courses to immediately improve your reporting and storytelling.


Features
Logout
Title
Description
Upload Images
Drop files to upload
Drag and drop your files anywhere or
upload a file
十


My name is
Brian Jones
, and I am a web developer based in
Columbus, Ohio
.
<EMAIL_ADDRESS>brianjon.es
twitter.com/jonesbp
github.com/jonesbp


Graphical user interface of the system
Package Specification
All windows extend
NarsFrame
, with
MessageDialog
as the only exception.


dengue incidence used []. data model variables using .–. Dengue disease cases spatial Vietnam risk areas temperature {border-style rainfall [], fever observed px;} #ffffff;} altitude minimum Health virus Trop area distribution factors including meteorological period reported seasonal Sciences effects temporal Fig monthly predicted province surveillance Dis. account higher maps models population review significant study Aedes analyses analysis climate mean month -.–. Bayesian DENV breeding cover estimated human mosquito new rainfall, Med Research Vietnam. associated compared considered determine forecasting given high increase levels multivariable number range records urban Hanoi, Ministry Theil’s analyzed based coefficient distributions incidence. land mapping maximum model. patterns provinces px; time trends various {font-family Ae. Climate Mean Negl Public analysis. available case crude effect effects. environmental font-size generate months relative southern studies temperature, total transmission validation vectors (Fig Agriculture Hanoi Health. Medicine Pathogens Quantile Risk aegypti autoregressive conducted data. described developed development double; epidemics expected fitted generated geographical identified include infectious influence lagged obtain occurrence peaks predictions predictors results wetlands (–) Asia BMC Biology CAR However, Institute July Minimum Rainfall Spatial Statistical Urban World [Internet]. albopictus analysis, border-color border-width cause clinical collected country dummy dynamics fitting hierarchical incidence, incidences increased inequality infection information lower main major malaria modelling mosquitoes obtained original parameter posterior predictors. provided representing settlements showed similar solid; statistical types values variable variables, {font-style {font-weight (e.g. (–). -.–-. -year ./s--- ADE Department Earth Flaviviruses: Food Gaussian Hyg. International Laplace Life Methods Preventive September Southeast Spatiotemporal Vietnam, Vietnam[], Viral Virus Wetlands []) accuracy additional altitude, areas, bold city comparison component confirmed correlation countries country. courier; definition diseases draftWriting em; final global graph health highest humans identify infections key laboratory latent occurred peak periods positive principal pt;} published rates reliable required resolution severe shapefile type urban/build-up variables. vector water


>
Crux Cup - Local Time Schedule
(All times in 24-hour format)
Round One
AU/NZ Heats
Americas Heats
EU Heats
Round Two
AU/NZ Heat
Americas Heat
EU Heat
Quarter Finals
Match 1


The Friends:Status_Delete function allows users to permanently delete one of their statuses. Simply link with the status ID in the URI to the template with the Friends:Status_Delete function code in it, or submit a POST form.
{exp:friends:status_delete} content {/exp:friends:status_delete}
Parameters
The following parameters are available for use:
dynamic=
dynamic="off"
This parameter is available to stop the loop from looking into the URI for a status ID.
status_id=
status_id="{segment_3}"
The Friends:Status_Delete loop automatically grabs the status ID from the URI, but this parameter is available to use, should you be doing something advanced.
Variables
The following variables are available for use:
friends_message
{friends_message}
This variable will output the success message or any errors upon loading the Friends:Status_Delete template.
Conditionals
The following conditionals are available for use:
failure
{if failure} Error! {/if}
This conditional shows its contents if the request action DOES NOT execute successfully.
success
{if success} Successful! {/if}
This conditional shows its contents if the request action executes successfully.
Examples
The following code should be a complete example for using this function:
{exp:friends:status_delete} {if success}
Successful!
 {/if} {if failure}
Error!
 {/if}
{friends_message}
 {/exp:friends:status_delete}
Setup
To implement this feature into a template, your code would look something like this:

Your Statuses

 {exp:friends:status member_id="CURRENT_USER" limit="5" }
 {friends_status} (on {friends_status_date format="%F %j, %Y"})  delete?
 {if friends_no_results}
You currently have no status updates.
 {/if} {/exp:friends:status}


CRYSTAL KWOK
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Returns a string of all of the form's fields' HTML tags as a table.
Class Details
[line 450]
FieldsetPhorm
The abstract FieldsetPhorm class is a subclass of Phorm. It additionally specifies one abstract method: 'define_fieldsets', which must set the 'fieldsets' attribute. It should be an array of Fieldset instances to use in the form.


Forms - Demo Page
Label name
Label name
Example block-level help text here.
Check me out
Submit
Legend text
Text input
Supporting help text


@Target(value=TYPE) @Retention(value=RUNTIME) @Repeatable(value=DataSourceDefinitions.class) public @interface DataSourceDefinition
DataSource
to
be registered with JNDI. The DataSource
may be configured by
setting the annotation elements for commonly used DataSource
properties. Additional standard and vendor-specific properties may be
specified using the properties
element.
The data source will be registered under the name specified in the
name
element. It may be defined to be in any valid
Jakarta EE namespace, which will determine the accessibility of
the data source from other components.
A JDBC driver implementation class of the appropriate type, either
DataSource
, ConnectionPoolDataSource
, or
XADataSource
, must be indicated by the className
element. The availability of the driver class will be assumed at runtime.
DataSource properties should not be specified more than once. If the url annotation element contains a DataSource property that was also specified using the corresponding annotation element or was specified in the properties annotation element, the precedence order is undefined and implementation specific:
@DataSourceDefinition(name="java:global/MyApp/MyDataSource", className="org.apache.derby.jdbc.ClientDataSource", url="jdbc:derby://localhost:1527/myDB;user=bill", user="lance", password="secret", databaseName="testDB", serverName="luckydog" )// DO NOT DO THIS!!!
In the above example, the databaseName
, user
and serverName
properties were specified as part of the
url
property and using the corresponding
annotation elements. This should be avoided.
If the properties
annotation element is used and contains a
DataSource property that was also specified using the corresponding
annotation element, the annotation element value takes precedence.
For example:
@DataSourceDefinition(name="java:global/MyApp/MyDataSource", className="org.apache.derby.jdbc.ClientDataSource", user="lance", password="secret", databaseName="testDB", serverName="luckydog", properties= {"databaseName=myDB", "databaseProp=doThis"} )// DO NOT DO THIS!!!
This would result in the following values being used when configuring the DataSource:
Vendors are not required to support properties that do not normally
apply to a specific data source type. For example, specifying the
transactional
property to be true
but supplying
a value for className
that implements a data source class
other than XADataSource
may not be supported.
Vendor-specific properties may be combined with or used to override standard data source properties defined using this annotation.
DataSource
properties that are specified and are not supported
in a given configuration or cannot be mapped to a vendor specific
configuration property may be ignored.
Examples:
@DataSourceDefinition(name="java:global/MyApp/MyDataSource", className="com.foobar.MyDataSource", portNumber=6689, serverName="myserver.com", user="lance", password="secret" )
Using a URL
:
@DataSourceDefinition(name="java:global/MyApp/MyDataSource", className="org.apache.derby.jdbc.ClientDataSource", url="jdbc:derby://localhost:1527/myDB", user="lance", password="secret" )
An example lookup of the DataSource from an EJB:
@Stateless public class MyStatelessEJB { @Resource(lookup="java:global/MyApp/myDataSource") DataSource myDB; ... }
DataSource
,
XADataSource
,
ConnectionPoolDataSource
| Modifier and Type | Required Element and Description |
|---|---|
java.lang.String |
className
Name of a DataSource class that implements
javax.sql.DataSource or javax.sql.XADataSource
or javax.sql.ConnectionPoolDataSource . |
java.lang.String |
name
JNDI name by which the data source will be registered.
|
| Modifier and Type | Optional Element and Description |
|---|---|
java.lang.String |
databaseName
Name of a database on a server.
|
java.lang.String |
description
Description of this data source
|
int |
initialPoolSize
Number of connections that should be created when a connection pool
is initialized.
|
int |
isolationLevel
Isolation level for connections.
|
int |
loginTimeout
Sets the maximum time in seconds that this data source will wait while
attempting to connect to a database.
|
int |
maxIdleTime
The number of seconds that a physical connection
should remain unused in the pool before the
connection is closed for a connection pool.
|
int |
maxPoolSize
Maximum number of connections that should be concurrently allocated for a
connection pool.
|
int |
maxStatements
The total number of statements that a connection pool should keep open.
|
int |
minPoolSize
Minimum number of connections that should be allocated for a
connection pool.
|
java.lang.String |
password
Password to use for connection authentication.
|
int |
portNumber
Port number where a server is listening for requests.
|
java.lang.String[] |
properties
Used to specify vendor-specific properties and less commonly
used
DataSource properties such as: |
java.lang.String |
serverName
Database server name.
|
boolean |
transactional
Set to
false if connections should not participate
in transactions. |
java.lang.String |
url
A JDBC URL.
|
java.lang.String |
user
User name to use for connection authentication.
|
public abstract java.lang.String name
public abstract java.lang.String className
javax.sql.DataSource
or javax.sql.XADataSource
or javax.sql.ConnectionPoolDataSource
.public abstract java.lang.String description
public abstract java.lang.String url
url
annotation element contains a
DataSource property that was also specified using the corresponding
annotation element, the precedence order is undefined and
implementation specific.public abstract java.lang.String user
public abstract java.lang.String password
public abstract java.lang.String databaseName
public abstract int portNumber
public abstract java.lang.String serverName
public abstract int isolationLevel
Default is vendor-specific.
public abstract boolean transactional
false
if connections should not participate
in transactions.
Default is to enlist in a transaction when one is active or becomes active.
public abstract int initialPoolSize
Default is vendor-specific
public abstract int maxPoolSize
Default is vendor-specific.
public abstract int minPoolSize
Default is vendor-specific.
public abstract int maxIdleTime
Default is vendor-specific
public abstract int maxStatements
Default is vendor-specific
public abstract java.lang.String[] properties
DataSource
properties such as:
Properties are specified using the format: propertyName=propertyValue with one property per array element.
If a DataSource property is specified in the properties
element and the annotation element for the property is also
specified, the annotation element value takes precedence.
public abstract int loginTimeout
Default is vendor-specific.


Package org.robolectric.pluginapi
Extension points for customizing Robolectric.
Robolectric has many components which can be customized or replaced using an extension
mechanism based on Java Services
.
Historically, customizing Robolectric required subclassing RobolectricTestRunner
to override behavior at various ad-hoc extension points.
This mechanism is now deprecated. The Plugin API provides a number of well documented and
supported extension points allowing you to customize behavior for your organization's needs.
The interfaces listed below can be implemented with customizations suitable for your organization. To make your custom implementation visible to Robolectric, publish it as a service and include it in the test classpath.
Extension points:
ConfigurationStrategy
(defaultHierarchicalConfigurationStrategy
)DependencyResolver
(defaultLegacyDependencyResolver
GlobalConfigProvider
(no default)PerfStatsReporter
(no default)SdkPicker
(defaultDefaultSdkPicker
)SdkProvider
(defaultDefaultSdkProvider
)
- See Also:
- Google AutoService for a helpful way to define Java Services.
-
Interface Summary Interface Description SdkPicker SdkProvider A provider of known instances ofSdk
.TestEnvironmentLifecyclePlugin Plugin which allows behaviour extension in TestEnvironment.UsesSdk Represents the contents of auses-sdk
element in an Android manifest file. -
Class Summary Class Description Sdk Represents a unique build of the Android SDK. -
Annotation Types Summary Annotation Type Description ExtensionPoint Marks a component of Robolectric that may be replaced with a custom implementation.


{% extends "base_generic.html" %} {% block content %}
Address: {{ venue.address }}
Capacity: {{ venue.capacity }}


Davao Oriental State College of Science and Technology
SAN ISIDRO CAMPUS
Malacabac, Batobato, San Isidro, Davao Oriental 8209
  GRANTS AND SCHOLARHIP
- Bagani
- Mangalayan
- Persons with Disability
- DOSCST Employee's Dependents
- Salutatorian
- Valedictorian
- SGPPA
- ESGPPA
- STUFAP-District I
- STUFAP-District II
- DA-ACEF
- Sajahatra Bangsamoro
- Kalumonan Foundation
- GSIS Grant
- NCIP Scholarship Program
- CHED-Full Merit
- CHED-Half Merit
- Student Assistanship
- Kasing-kasing Scholarship Program
- LGU San Isidro
- Private/Individual Scholarship


Now, I think that the iguana calls stopcoin and startcoin works without creating curl errors into iguanaTV.
Before this change, if we call stopcoin on iguana then we stop chips daemon, these errors occurred in iguanaTV:
curl_easy_perform() failed: Couldn't connect to server CHIPS.(<IP_ADDRESS>: getbestblockhash), retries: 4
curl_easy_perform() failed: Couldn't connect to server CHIPS.(<IP_ADDRESS>: getbestblockhash), retries: 4_


This field is required.
This field is required to be at least 5 characters.
This field is required to be at least 3 characters.


@import pa.Round @import views.support.`package`.Seq2zipWithRowInfo @(page: model.Page, competition: model.Competition, competitionStage: football.model.KnockoutSpider, round: Round, next: Option[pa.FootballMatch])(implicit request: RequestHeader, context: model.ApplicationContext) @knockoutList(competition: model.Competition, knockoutStage: football.model.KnockoutSpider, rounds: Round, hasSpider: Boolean) = {


- NAME
- after - Execute a command after a time delay
- SYNOPSIS
- after ms
- after ms ?script script script ...?
- after cancel id
- after cancel script script script ...
- after idle ?script script script ...?
- after info ?id?
- DESCRIPTION
- after ms
- after ms ?script script script ...?
- after cancel id
- after cancel script script ...
- after idle script ?script script ...?
- after info ?id?
- EXAMPLES
- SEE ALSO
- KEYWORDS
after - Execute a command after a time delay
after ms
after ms ?script script script ...?
after cancel id
after cancel script script script ...
after idle ?script script script ...?
after info ?id?
This command is used to delay execution of the program or to execute
a command in background sometime in the future. It has several forms,
depending on the first argument to the command:
- after ms
-
Ms must be an integer giving a time in milliseconds.
The command sleeps for ms milliseconds and then returns.
While the command is sleeping the application does not respond to
events.
- after ms ?script script script ...?
-
In this form the command returns immediately, but it arranges
for a Tcl command to be executed ms milliseconds later as an
event handler.
The command will be executed exactly once, at the given time.
The delayed command is formed by concatenating all the script
arguments in the same fashion as the concat command.
The command will be executed at global level (outside the context
of any Tcl procedure).
If an error occurs while executing the delayed command then the
bgerror mechanism is used to report the error.
The after command returns an identifier that can be used
to cancel the delayed command using after cancel.
- after cancel id
-
Cancels the execution of a delayed command that
was previously scheduled.
Id indicates which command should be canceled; it must have
been the return value from a previous after command.
If the command given by id has already been executed then
the after cancel command has no effect.
- after cancel script script ...
-
This command also cancels the execution of a delayed command.
The script arguments are concatenated together with space
separators (just as in the concat command).
If there is a pending command that matches the string, it is
cancelled and will never be executed; if no such command is
currently pending then the after cancel command has no effect.
- after idle script ?script script ...?
-
Concatenates the script arguments together with space
separators (just as in the concat command), and arranges
for the resulting script to be evaluated later as an idle callback.
The script will be run exactly once, the next time the event
loop is entered and there are no events to process.
The command returns an identifier that can be used
to cancel the delayed command using after cancel.
If an error occurs while executing the script then the
bgerror mechanism is used to report the error.
- after info ?id?
-
This command returns information about existing event handlers.
If no id argument is supplied, the command returns
a list of the identifiers for all existing
event handlers created by the after command for this
interpreter.
If id is supplied, it specifies an existing handler;
id must have been the return value from some previous call
to after and it must not have triggered yet or been cancelled.
In this case the command returns a list with two elements.
The first element of the list is the script associated
with id, and the second element is either
idle or timer to indicate what kind of event
handler it is.
The after ms and after idle forms of the command
assume that the application is event driven: the delayed commands
will not be executed unless the application enters the event loop.
In applications that are not normally event-driven, such as
tclsh, the event loop can be entered with the vwait
and update commands.
This defines a command to make Tcl do nothing at all for N
seconds:
proc sleep {N} {
after [expr {int($N * 1000)}]
}
This arranges for the command wake_up to be run in eight hours
(providing the event loop is active at that time):
after [expr {1000 * 60 * 60 * 8}] wake_up
The following command can be used to do long-running calculations (as
represented here by ::my_calc::one_step, which is assumed to
return a boolean indicating whether another step should be performed)
in a step-by-step fashion, though the calculation itself needs to be
arranged so it can work step-wise. This technique is extra careful to
ensure that the event loop is not starved by the rescheduling of
processing steps (arranging for the next step to be done using an
already-triggered timer event only when the event queue has been
drained) and is useful when you want to ensure that a Tk GUI remains
responsive during a slow task.
proc doOneStep {} {
if {[::my_calc::one_step]} {
after idle [list after 0 doOneStep]
}
}
doOneStep
bgerror, concat, update, vwait
cancel, delay, idle callback, sleep, time
Copyright © 1990-1994 The Regents of the University of California.
Copyright © 1994-1996 Sun Microsystems, Inc.
Copyright © 1995-1997 Roger E. Critchlow Jr.


Welcome!
About me
I am a student in Moringa School in Rwanda Campus with mission and vision of becoming the best web
application developer and business woman ,I plan to inspire youth especially girls who
want to
do both programming and business.I am confident, consistent, self-motivated, good learner and hardworking, an
individual who can
work as part of team,In i do have communication skills.
Till now i know HTML and CSS as the tools i use in building website.
Hobbies
- Reading books
- Listening to music
- Having fun with friends
- Jogging
- Cooking
Projects
Description of project
- Wildcats project, I was exercising on div and span
- Media-queries-practice, I was exercising on creating media queries
- My-first-website,I was exercising on making a wepage and styling it
- Cookie-recipe,I was learning to do indentation and spacing
- Hello-world, I was learning to push webpage to git hub
Languages it uses
- HTML and CSS
- HTML and CSS
- HTML and CSS
- HTML and CSS
- HTML and CSS


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Data Workspace is where DBT staff and partners can securely access, produce and share data relevant to DBT.
It:
Data Workspace lets you securely store your DBT data and access:
Data Workspace is available for all DBT staff and partners.
Users can access Data Workspace if they currently have access to Data Hub or Digital Workspace.
Where datasets contain personal data or other sensitive information, you will need to ask for access because of DBT’s legal obligation to data protection. You’ll need to request access on the individual dataset pages. We aim to provide access within 5 working days.
Data Workspace offers a growing catalogue of data from across DBT.
Let our support team know if you want a dataset to be added.
Users that prefer to gain insight themselves into their data can do so directly on Data Workspace. It offers a range of powerful analysis and data visualisation tools. You will be able to use SQL, R or Python coding languages or be willing to learn them.
We also offer an accessible dashboarding tool, for those without coding skills.
Read our easily accessible user guides on getting started on the Data Workspace and using the tools.
You can also stay up to date with the latest features and updates on Data Workspace by:
Contact our support team for further information on how to join these.
You can also give feedback to help us improve the service.


Awards
2. Department Research Scholar, Spring 2017, University of Massachusetts, Amherst.
1. Best teaching assistant (TA) award, Fall 2017.
News Articles
2. ECE Researchers Featured on MGHPCC Website. [Link]
1. Exploring Thermoelectric Behavior at the Nanoscale. [Link]


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Exodus 1:12
But the more they afflicted them, the more they multiplied and grew. And they were grieved because of the children of Israel.


Welcome to the Callback Collector!
Introduction
This web site is used to demonstrate creating a request for, and capturing of,
OAuth token and OAuth Verifier strings that come from Twitter
once an account has granted permission to an application.
Click the button to authorize this app to collect data on behalf of your account
Unless modified, the url for the callback should be in this form:
http://{PublicIP}:{{ port }}/callback?oauth_token=KEYVALUE&oauth_verifier=KEYVALUE2
{{ message }}
{{ error }}


Matthew Beaulieu Dice Roller
Click each individual die to roll it! If you get snake eyes, congrats! However, you win nothing.
Click Me!
Click Me!