@@ -734,12 +736,12 @@ These are the primitives the library offers for time management, including suppo
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@@ -734,12 +736,12 @@ These are the primitives the library offers for time management, including suppo
The function sets board time equal to host time. The precision
The function sets board time equal to host time. The precision
should be in the order of 1 microsecond, but will drift over time. This function is only provided to
should be in the order of 1 microsecond, but will drift over time. This function is only provided to
coarsely corellate the board time with the system time. Relying on system time
coarsely correlate the board time with the system time. Relying on system time
for synchronizing multiple @sc{fine-delays} is strongly disadvised.
for synchronizing multiple @sc{fine-delays} is strongly discouraged.
@item int fdelay_wr_mode(struct fdelay_board *b, int on);
@item int fdelay_wr_mode(struct fdelay_board *b, int on);
The function enables/disabbles White Rabbit mode.
The function enables/disables White Rabbit mode.
It may fail with @code{ENOTSUPP} if there's no White Rabbit support in the
It may fail with @code{ENOTSUPP} if there's no White Rabbit support in the
gateware.
gateware.
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@@ -905,8 +907,6 @@ Example code: @code{fmc-fdelay-pulse} tool.
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@@ -905,8 +907,6 @@ Example code: @code{fmc-fdelay-pulse} tool.
This chapter describes the command line tools that come with the driver and reside in the @code{tools/} subdirectory. They are provided as diagnostic utilities and to demonstrate how to use the library.
This chapter describes the command line tools that come with the driver and reside in the @code{tools/} subdirectory. They are provided as diagnostic utilities and to demonstrate how to use the library.