fix some references

Author: hexaeder

docs/examples/cascading_failure.jl

@@ -128,14 +128,14 @@ affect for that and just add it to line number 5 at time 1.0.
 =#
 trip_first_cb = PresetTimeComponentCallback(1.0, affect)
 add_callback!(nw[EIndex(5)], trip_first_cb)
-nothing
+nothing #hide #md
 #=
 When we inspect the edge model for 5 no, we see that we've registered 2 callbacks:
 =#
 nw[EIndex(5)]
 
 #=
-Now we can simulate the network. We use [`get_callbacks(::Networl)`](@ref)
+Now we can simulate the network. We use [`get_callbacks(::Network)`](@ref)
 to generate a callback set for the whole network which represents all of the individual
 component callbacks.
 =#

docs/make.jl

@@ -11,6 +11,7 @@ links = InterLinks(
     "DiffEq" => "https://docs.sciml.ai/DiffEqDocs/stable/",
     "MTK" => "https://docs.sciml.ai/ModelingToolkit/stable/",
     "SymbolicIndexingInterface" => "https://docs.sciml.ai/SymbolicIndexingInterface/stable/",
+    "DiffEqCallbacks" => "https://docs.sciml.ai/DiffEqCallbacks/stable/",
 )
 
 # generate examples

docs/src/callbacks.md

@@ -25,7 +25,7 @@ The "normal" [`ContinousComponentCallback`](@ref) and [`DiscreteComponentCallbac
 In contrast, the "vector" version has an in-place condition which writes `len` outputs. When any of those outputs hits zero, the affect is triggered with an additional argument `event_idx` which tells the effect which dimension encountered the zerocrossing.
 
 There is a special type [`PresetTimeComponentCallback`](@ref) which has no explicit condition and triggers the affect at given times.
-This internally generates a [`PresetTimeCallback`](@ref DiffEqCallbacks.PresetTimeCallback) object from `DiffEqCallbacks.jl`.
+This internally generates a [`PresetTimeCallback`](@extref DiffEqCallbacks.PresetTimeCallback) object from `DiffEqCallbacks.jl`.
 
 
 ### Defining the Callback
@@ -121,8 +121,8 @@ Please not a few important things here:
    often. By using [`SII.getsym`](@extref `SymbolicIndexingInterface.getsym`) we did
    some of the work *before* the callback by creating the accessor function.
    When handling with "normal states" and parameters consider using
-   [`SII.variable_index`](@ref `SymbolicIndexingInterface.variable_index`) and
-   [`SII.parameter_index`](@ref `SymbolicIndexingInterface.parameter_index`) for
+   [`SII.variable_index`](@extref `SymbolicIndexingInterface.variable_index`) and
+   [`SII.parameter_index`](@extref `SymbolicIndexingInterface.parameter_index`) for
    even better access patterns.
  - `t` refers to the current time of the zerocrossing-detection-algorithm. This is different from `integrator.t` which refers to the current timestep in which the zerocross-detectio takes place..
 

src/callbacks.jl

@@ -21,7 +21,7 @@ abstract type ComponentCallback end
 Creates a callback condition for a [`ComponentCallback`].
 - `f`: The condition function. Must be a function of the form `out=f(u, p, t)`
   when used for [`ContinousComponentCallback`](@ref) or
-  [`DiscreteComponentcallback`](@ref) and `f!(out, u, p, t)` when used for
+  [`DiscreteComponentCallback`](@ref) and `f!(out, u, p, t)` when used for
   [`VectorContinousComponentCallback`](@ref).
   - Arguments of `f`
     - `u`: The current value of the selecte `sym` states, provided as a [`SymbolicView`](@ref) object.
@@ -179,7 +179,7 @@ Tirgger a [`ComponentAffect`](@ref) at given timesteps `ts` in discrete
 callback, which can be attached to a component model using
 [`add_callback!`](@ref) or [`set_callback!`](@ref).
 
-The `kwargs` will be forwarded to the [`PresetTimeCallback`](@ref DiffEqCallbacks.PresetTimeCallback)
+The `kwargs` will be forwarded to the [`PresetTimeCallback`](@extref DiffEqCallbacks.PresetTimeCallback)
 when the component based callbacks are collected for the whole network using
 [`get_callbacks(::Network)`](@ref).