variable type Complex type tests Python version and system platform checks Displaying the type of an expression Silencing linters Covariant subtyping of mutable protocol members is rejected Dealing with conflicting components due to missing imports [no-any- unimported] Check that statement or expression is unreachable [unreachable] Check that expression is redundant [redundant-expr] Warn about variables that are defined only only in some execution paths [possibly-undefined] Check that expression is not implicitly true in boolean context [truthy- bool] Check that iterable is not implicitly true in boolean context [truthy- iterable]

variable type Complex type tests Python version and system platform checks Displaying the type of an expression Silencing linters Covariant subtyping of mutable protocol members is rejected Dealing with conflicting components due to missing imports [no-any- unimported] Check that statement or expression is unreachable [unreachable] Check that expression is redundant [redundant-expr] Warn about variables that are defined only only in some execution paths [possibly-undefined] Check that expression is not implicitly true in boolean context [truthy- bool] Check that iterable is not implicitly true in boolean context [truthy- iterable]

Bitwise operations Exceptions Destructors Finalizers Modules Include Part III: Nim’s Standard Library Command-line arguments Reading data from the terminal Writing text to the terminal window Option Random numbers Timers Hash tables Hash sets Operating system services Command-line parsing Regular expressions Part IV: Some Programming Tasks Permutations Combinations Sorting Reading CSV files and other data Some small exercises Minimum spanning tree Part V: External Packages Parsing expression grammars Cligen command line interface generator Part VI: Advanced Nim Macros and meta-programming

Bitwise operations Exceptions Destructors Finalizers Modules Include Part III: Nim’s Standard Library Command-line arguments Reading data from the terminal Writing text to the terminal window Option Random numbers Timers Hash tables Hash sets Operating system services Command-line parsing Regular expressions Part IV: Some Programming Tasks Permutations Combinations Sorting Reading CSV files and other data Some small exercises Minimum spanning tree Part V: External Packages Parsing expression grammars Cligen command line interface generator Part VI: Advanced Nim Macros and meta-programming

FilterProvider syntax has changed and now uses a boolean expression to determine if a filter is applied. mod_include: The #if expr element now uses the new expression parser. The old syntax can be restored with the can be used to set the configuration based on per-request criteria. General-purpose expression parser A new expression parser allows to specify complex conditions using a common syntax in directives like console output to the error log. Expression Parser Added We now have a general-purpose expression parser, whose API is exposed in ap_expr.h. This is adapted from the expression parser previously implemented

FilterProvider syntax has changed and now uses a boolean expression to determine if a filter is applied. mod_include: The #if expr element now uses the new expression parser. The old syntax can be restored with the can be used to set the configuration based on per-request criteria. General-purpose expression parser A new expression parser allows to specify complex conditions using a common syntax in directives like console output to the error log. Expression Parser Added We now have a general-purpose expression parser, whose API is exposed in ap_expr.h. This is adapted from the expression parser previously implemented

FilterProvider syntax has changed and now uses a boolean expression to determine if a filter is applied. mod_include: The #if expr element now uses the new expression parser. The old syntax can be restored with the can be used to set the configuration based on per-request criteria. General-purpose expression parser A new expression parser allows to specify complex conditions using a common syntax in directives like console output to the error log. Expression Parser Added We now have a general-purpose expression parser, whose API is exposed in ap_expr.h. This is adapted from the expression parser previously implemented

FilterProvider syntax has changed and now uses a boolean expression to determine if a filter is applied. mod_include: The #if expr element now uses the new expression parser. The old syntax can be restored with the can be used to set the configuration based on per-request criteria. General-purpose expression parser A new expression parser allows to specify complex conditions using a common syntax in directives like console output to the error log. Expression Parser Added We now have a general-purpose expression parser, whose API is exposed in ap_expr.h. This is adapted from the expression parser previously implemented

FilterProvider syntax has changed and now uses a boolean expression to determine if a filter is applied. mod_include: The #if expr element now uses the new expression parser. The old syntax can be restored with the can be used to set the configuration based on per-request criteria. General-purpose expression parser A new expression parser allows to specify complex conditions using a common syntax in directives like console output to the error log. Expression Parser Added We now have a general-purpose expression parser, whose API is exposed in ap_expr.h. This is adapted from the expression parser previously implemented

FilterProvider syntax has changed and now uses a boolean expression to determine if a filter is applied. mod_include: The #if expr element now uses the new expression parser. The old syntax can be restored with the can be used to set the configuration based on per-request criteria. General-purpose expression parser A new expression parser allows to specify complex conditions using a common syntax in directives like console output to the error log. Expression Parser Added We now have a general-purpose expression parser, whose API is exposed in ap_expr.h. This is adapted from the expression parser previously implemented