fixed hyperlinks

docs/writing-reactors/time-and-timers.mdx

@@ -15,7 +15,7 @@ import {
 
 A key property of Lingua Franca is **logical time**. All events occur at an instant in logical time. By default, the runtime system does its best to align logical time with **physical time**, which is some measurement of time on the execution platform. The **lag** is defined to be physical time minus logical time, and the goal of the runtime system is maintain a small non-negative lag.
 
-The **lag** is allowed to go negative only if the [`fast` target property](<../introduction.md#fast>) or the [`--fast`](<../introduction.md#command-line-arguments>) command-line argument is set to `true`. In that case, the program will execute as fast as possible with no regard to physical time.
+The **lag** is allowed to go negative only if the [`fast`](<../reference/target-declaration#fast>) target property or the [`--fast`](<../reference/target-declaration#command-line-arguments>) command-line argument is set to `true`. In that case, the program will execute as fast as possible with no regard to physical time.
 
 <ShowOnly c cpp rs>
 
@@ -93,8 +93,8 @@ import TS_Timer from '../assets/code/ts/src/Timer.lf';
 This specifies a timer named `t` that will first trigger at the start of execution and then repeatedly trigger at intervals of one second. Notice that the time units can be left off if the value is zero.
 
 This target provides a built-in function for retrieving the logical time at which the reaction is invoked, 
-<ShowOnly c inline>`get_logical_time()`</ShowOnly>
-<ShowOnly cpp inline>`FIXME`</ShowOnly>
+<ShowOnly c inline>`lf_time_logical()`</ShowOnly>
+<ShowOnly cpp inline>`get_logical_time()`</ShowOnly>
 <ShowOnly py inline>`lf.time.logical()`</ShowOnly>
 <ShowOnly ts inline>`util.getCurrentLogicalTime()`</ShowOnly>
 <ShowOnly rs inline>`get_logical_time()`</ShowOnly>

versioned_docs/version-0.5.0/writing-reactors/time-and-timers.mdx

@@ -15,7 +15,7 @@ import {
 
 A key property of Lingua Franca is **logical time**. All events occur at an instant in logical time. By default, the runtime system does its best to align logical time with **physical time**, which is some measurement of time on the execution platform. The **lag** is defined to be physical time minus logical time, and the goal of the runtime system is maintain a small non-negative lag.
 
-The **lag** is allowed to go negative only if the [`fast` target property](<../introduction.md#fast>) or the [`--fast`](<../introduction.md#command-line-arguments>) command-line argument is set to `true`. In that case, the program will execute as fast as possible with no regard to physical time.
+The **lag** is allowed to go negative only if the [`fast`](<../reference/target-declaration#fast>) target property or the [`--fast`](<../reference/target-declaration#command-line-arguments>) command-line argument is set to `true`. In that case, the program will execute as fast as possible with no regard to physical time.
 
 <ShowOnly c cpp rs>
 
@@ -93,8 +93,8 @@ import TS_Timer from '../assets/code/ts/src/Timer.lf';
 This specifies a timer named `t` that will first trigger at the start of execution and then repeatedly trigger at intervals of one second. Notice that the time units can be left off if the value is zero.
 
 This target provides a built-in function for retrieving the logical time at which the reaction is invoked, 
-<ShowOnly c inline>`get_logical_time()`</ShowOnly>
-<ShowOnly cpp inline>`FIXME`</ShowOnly>
+<ShowOnly c inline>`lf_time_logical()`</ShowOnly>
+<ShowOnly cpp inline>`get_logical_time()`</ShowOnly>
 <ShowOnly py inline>`lf.time.logical()`</ShowOnly>
 <ShowOnly ts inline>`util.getCurrentLogicalTime()`</ShowOnly>
 <ShowOnly rs inline>`get_logical_time()`</ShowOnly>

versioned_docs/version-0.6.0/writing-reactors/time-and-timers.mdx

@@ -15,7 +15,7 @@ import {
 
 A key property of Lingua Franca is **logical time**. All events occur at an instant in logical time. By default, the runtime system does its best to align logical time with **physical time**, which is some measurement of time on the execution platform. The **lag** is defined to be physical time minus logical time, and the goal of the runtime system is maintain a small non-negative lag.
 
-The **lag** is allowed to go negative only if the [`fast` target property](<../introduction.md#fast>) or the [`--fast`](<../introduction.md#command-line-arguments>) command-line argument is set to `true`. In that case, the program will execute as fast as possible with no regard to physical time.
+The **lag** is allowed to go negative only if the [`fast`](<../reference/target-declaration#fast>) target property or the [`--fast`](<../reference/target-declaration#command-line-arguments>) command-line argument is set to `true`. In that case, the program will execute as fast as possible with no regard to physical time.
 
 <ShowOnly c cpp rs>
 
@@ -93,8 +93,8 @@ import TS_Timer from '../assets/code/ts/src/Timer.lf';
 This specifies a timer named `t` that will first trigger at the start of execution and then repeatedly trigger at intervals of one second. Notice that the time units can be left off if the value is zero.
 
 This target provides a built-in function for retrieving the logical time at which the reaction is invoked, 
-<ShowOnly c inline>`get_logical_time()`</ShowOnly>
-<ShowOnly cpp inline>`FIXME`</ShowOnly>
+<ShowOnly c inline>`lf_time_logical()`</ShowOnly>
+<ShowOnly cpp inline>`get_logical_time()`</ShowOnly>
 <ShowOnly py inline>`lf.time.logical()`</ShowOnly>
 <ShowOnly ts inline>`util.getCurrentLogicalTime()`</ShowOnly>
 <ShowOnly rs inline>`get_logical_time()`</ShowOnly>

versioned_docs/version-0.7.0/writing-reactors/time-and-timers.mdx

@@ -15,7 +15,7 @@ import {
 
 A key property of Lingua Franca is **logical time**. All events occur at an instant in logical time. By default, the runtime system does its best to align logical time with **physical time**, which is some measurement of time on the execution platform. The **lag** is defined to be physical time minus logical time, and the goal of the runtime system is maintain a small non-negative lag.
 
-The **lag** is allowed to go negative only if the [`fast` target property](<../introduction.md#fast>) or the [`--fast`](<../introduction.md#command-line-arguments>) command-line argument is set to `true`. In that case, the program will execute as fast as possible with no regard to physical time.
+The **lag** is alThe **lag** is allowed to go negative only if the [`fast`](<../reference/target-declaration#fast>) target property or the [`--fast`](<../reference/target-declaration#command-line-arguments>) command-line argument is set to `true`. In that case, the program will execute as fast as possible with no regard to physical time.
 
 <ShowOnly c cpp rs>
 

versioned_docs/version-0.8.0/writing-reactors/time-and-timers.mdx

@@ -15,7 +15,7 @@ import {
 
 A key property of Lingua Franca is **logical time**. All events occur at an instant in logical time. By default, the runtime system does its best to align logical time with **physical time**, which is some measurement of time on the execution platform. The **lag** is defined to be physical time minus logical time, and the goal of the runtime system is maintain a small non-negative lag.
 
-The **lag** is allowed to go negative only if the [`fast` target property](<../introduction.md#fast>) or the [`--fast`](<../introduction.md#command-line-arguments>) command-line argument is set to `true`. In that case, the program will execute as fast as possible with no regard to physical time.
+The **lag** is allowed to go negative only if the [`fast`](<../reference/target-declaration#fast>) target property or the [`--fast`](<../reference/target-declaration#command-line-arguments>) command-line argument is set to `true`. In that case, the program will execute as fast as possible with no regard to physical time.
 
 <ShowOnly c cpp rs>