MfpgaCommandAlloc

Specifies the identifier of the system that has the required Processing FPGA.

Specifies the Processing FPGA for which to allocate the command context. This parameter must be set to the following value:

For specifying the rank of the Processing FPGA
Value	Description	MIL system-specific tooltip (‡)
M_DEVn	Specifies the rank of the Processing FPGA on the board, where n can be a value between 0 and the total number of Processing FPGAs-1.	‡						j	k M10	l	m		p	r U27					y U75		aa

Specifies the function identifier of the required PU. The function identifier is specified in the header of the required PU's FPGA register file. Instead of directly using the function identifiers for Matrox PUs, you should use their provided equivalent FPGA constant, specified in the PU's reference description in the Matrox FPGA Component Reference. Note that the range of custom PU function identifiers is between 0xFC00 and 0xFFFF, inclusive.

Specifies the subfunction identifier of the required PU. Several different variations of a Matrox PU can exist, each with slightly different optimizations, functionalities, or restrictions. Each variation is given a subfunction identifier that uniquely identifies the variation. The subfunction identifier is specified in the header of the required PU's FPGA register file. You can set this parameter to one of the following:

For specifying the subfunction identifier
Value	Description	MIL system-specific tooltip (‡)
M_DEFAULT	Indicates that the subfunction identifier is ignored. Use this setting if the instances of the PU with the specified function identifier in your FPGA configuration all have the same subfunction identifier. Note that you should also use this setting when using a custom PU. (summarize) Indicates that the subfunction identifier is ignored. (more details...)	‡						j	k M10	l	m		p	r U27					y U75		aa
Value > 0	Specifies the subfunction identifier of the required PU. Note that only Matrox PUs have subfunction identifiers. For their identifiers, see the Matrox FPGA Component Reference. (summarize) Specifies the subfunction identifier of the required PU. (more details...)	‡						j	k M10	l	m		p	r U27					y U75		aa

Specifies the PU to use when two or more instances, with the same function identifier and subfunction identifier, are present in a FPGA configuration loaded in a Processing FPGA. This parameter can be set to the following value:

For specifying the PU to use
Value	Description	MIL system-specific tooltip (‡)
M_DEFAULT	Same as M_ANY.	‡						j	k M10	l	m		p	r U27					y U75		aa
M_ANY	Specifies that any of the PUs with the specified function identifier and subfunction identifier can be used.	‡						j	k M10	l	m		p	r U27					y U75		aa
M_DEVn	Specifies the rank of the PU in the FPGA configuration loaded in the Processing FPGA, where n represents the specific PU instance starting from 0. The higher the instance's register base address, the higher the rank. (summarize) Specifies the rank of the PU in the FPGA configuration loaded in the Processing FPGA, where n represents the specific PU instance starting from 0. (more details...)	‡						j	k M10	l	m		p	r U27					y U75		aa

Specifies how the processing operation should be issued on the system command queue. This parameter should be set to one of the following values:

For specifying whether the processing operation is asynchronous or synchronous
Value	Description	MIL system-specific tooltip (‡)
M_ASYNCHRONOUS	Specifies that, after the command is queued, the thread continues executing without waiting for the operation to complete.	‡						j	k M10	l	m		p	r U27					y U75		aa
M_SYNCHRONOUS	Specifies that, after the command is queued, the thread waits for the processing operation to complete before continuing.	‡						j	k M10	l	m		p	r U27					y U75		aa

Reserved for future expansion. Set this parameter to M_DEFAULT.

Specifies the address of the variable in which to write the handle of the FPGA command context. The command context is valid only for the thread on which the command context is allocated. It cannot be referenced by any other thread.