This class is especially created when the first fragment of a specification is a boolean result (no text before) The startDepth and offsets are special tweakings to make sure we get the right line in that specific case
This class is especially created when the first fragment of a specification is a boolean result (no text before) The startDepth and offsets are special tweakings to make sure we get the right line in that specific case
This class is especially created when the first fragment of a specification is a match result (no text before) The startDepth and offsets are special tweakings to make sure we get the right line in that specific case
This class is especially created when the first fragment of a specification is a match result (no text before) The startDepth and offsets are special tweakings to make sure we get the right line in that specific case
This class is especially created when the first fragment of a specification is a Result (no text before) The startDepth and offsets are special tweakings to make sure we get the right line in that specific case
This class is especially created when the first fragment of a specification is a Result (no text before) The startDepth and offsets are special tweakings to make sure we get the right line in that specific case
this syntax allows to declare auto examples with { .
this syntax allows to declare auto examples with { ... }.eg in mutable specifications
this syntax allows to declare auto examples with { .
this syntax allows to declare auto examples with { ... }.eg in mutable specifications
this implicit def is necessary when the expression is at the start of the spec
this implicit def is necessary when the expression is at the start of the spec
this implicit def is necessary when the expression is at the start of the spec
this implicit def is necessary when the expression is at the start of the spec
specific implicits for datatables
specific implicits for datatables
explicit call
explicit call
explicit call The result type is different from the eg method to create examples in order to avoid an overloading error
explicit call The result type is different from the eg method to create examples in order to avoid an overloading error
explicit call.
explicit call. The result type is different from the eg method to create examples in order to avoid an overloading error
explicit call
explicit call
this implicit def is necessary when the expression is at the start of the spec The startDepth and offsets are special tweakings to make sure we get the right line in that specific case
this implicit def is necessary when the expression is at the start of the spec The startDepth and offsets are special tweakings to make sure we get the right line in that specific case
this implicit def is necessary when the expression is at the start of the spec
this implicit def is necessary when the expression is at the start of the spec
this implicit def is necessary when the expression is at the start of the spec
this implicit def is necessary when the expression is at the start of the spec
this implicit def is necessary when the expression is at the start of the spec
this implicit def is necessary when the expression is at the start of the spec
This trait can be used to deactivate the Result conversions to fragments and examples