Further D&E cleanup and repair

Addition of radio tuner crafting recipes to radio station section. repair of all links within category. addition of programmable speaker recipe to page.

src/main/java/pl/pabilo8/immersiveintelligence/client/manual/categories/IIManualCategoryData.java

@@ -90,12 +90,8 @@ public void addPages()
 
 						IIContent.itemMaterial.getStack(Materials.PROCESSOR_ELECTRONIC_ELEMENT)
 				))
-				.addSource("cryptographic_circuit_board", getSourceForItem(IIContent.itemMaterial.getStack(Materials.CRYPTOGRAPHIC_CIRCUIT_BOARD)))
-				.addSource("basic_radio_tuner", getSourceForItem(IIContent.itemRadioTuner.getStack(1)))
-				//.addSource("advanced_radio_tuner", getSourceForItem(IIContent.itemMaterial.getStack(Materials.CRYPTOGRAPHIC_CIRCUIT_BOARD)))
-				//.addSource("mount", getSourceForItem(IIContent.itemSkycrateMount.getStack(1)))
-				//.addSource("data_combiner", getSourceForItem(IIContent.blockMetalDevice.getStack(IIBlockTypes_MetalDevice.DATA_MERGER)))
-				;
+				.addSource("cryptographic_circuit_board", getSourceForItem(IIContent.itemMaterial.getStack(Materials.CRYPTOGRAPHIC_CIRCUIT_BOARD))
+				);
 		addEntry("data_types");
 		addEntry("data_wiring")
 				.addSource("data_cable", getSourceForItem(IIContent.itemDataWireCoil.getStack(1)))
@@ -165,11 +161,16 @@ public void addPages()
 
 				));
 
-		addEntry("radio_station");
+		addEntry("radio_station")
+				.addSource("basic_radio_tuner", getSourceForItem(IIContent.itemRadioTuner.getStack(1)))
+				.addSource("advanced_radio_tuner", getSourceForItem(new ItemStack(IIContent.itemRadioTuner, 1, 1)
+		));
 		addEntry("printing_press");
 		addEntry("scanning_conveyor");
-		addEntry("programmable_speaker");
-
+		addEntry("programmable_speaker")
+				.addSource("programmable_spkr", getSourceForItem(IIContent.blockDataConnector.getStack(IIBlockTypes_Connector.PROGRAMMABLE_SPEAKER)
+		));
+
 		addEntry("precision_assembler")
 				.addSource("assembly_scheme", getSourceForItem(IIContent.itemAssemblyScheme.getStack(1)))
 				.addSource("precision_tools", getSourceForItems(

src/main/java/pl/pabilo8/immersiveintelligence/common/IIConfigHandler.java

@@ -58,6 +58,7 @@ public static class IIConfig
 		public static Map<String, Boolean> compat = Maps.newHashMap(Maps.toMap(IICompatModule.moduleClasses.keySet(), (s) -> Boolean.TRUE));
 
 		@Comment({"The maximum frequency for basic radios."})
+		@Mapped (mapClass = IIConfigHandler.class, mapName = "manual_int")
 		public static int radioBasicMaxFrequency = 32;
 
 		@Comment({"The maximum frequency for advanced radios."})
@@ -1733,10 +1734,10 @@ public static void onConfigChanged(ConfigChangedEvent.OnConfigChangedEvent ev)
 	{
 		Config.manual_bool.put("petroleumHere", false);
 		Config.manual_bool.put("baublesHere", false);
-		Config.validateAndMapValues(IIConfig.class);
-
 		Config.manual_int.put("radio_station_range", RadioStation.radioRange);
-
+		Config.manual_int.put("basic_max_frequency", IIConfig.radioBasicMaxFrequency);
+		Config.validateAndMapValues(IIConfig.class);
+
 		if(ev.getModID().equals(ImmersiveIntelligence.MODID))
 			ConfigManager.sync(ImmersiveIntelligence.MODID, Type.INSTANCE);
 	}

src/main/resources/assets/immersiveintelligence/ie_manual/en_us/ii_data/arithmetic_logic_machine.md

@@ -9,7 +9,7 @@ The **Arithmetic-Logic Machine** is an electronic device, which primary task is
 |[text]{mb:"II:ArithmeticLogicMachine"}|
 
 # details
-When a data packet is received at either side of the machine, it's processed by [functional circuits](functional_circuits) mounted on one of 4 slots in the rack.
+When a data packet is received at either side of the machine, it's processed by [functional circuits](_functional_circuits.md) mounted on one of 4 slots in the rack.
 The machine passes the packet through all the circuits, attempting to modify its variables' values in alphabetical order using [expressions](data_types.md#expression).
 Finally, the packet will be output to the side opposite the side it entered.
 # details2
@@ -19,7 +19,7 @@ An [Expression] will **overwrite the variable value** with its result.
 If there is no expression for a variable, it will **pass without being changed**.
 
 # expression
-Each circuit provides its own set of expressions, some, like the [Advanced Arithmetic Circuit](functional_circuits#advanced_arithmetic), which has all the expressions of an [Arithmetic Circuit](functional_circuits#arithmetic) along with some new ones.   
+Each circuit provides its own set of expressions, some, like the [Advanced Arithmetic Circuit](_functional_circuits.md#advanced_arithmetic), which has all the expressions of an [Arithmetic Circuit](_functional_circuits.md#arithmetic) along with some new ones.   
 The expression can also have a *Conditional Variable*, an [Accessor](data_types.md#accessor) of a [Boolean](data_types.md#boolean) variable, which will not execute the expression in case the value is [TRUE].
 
 # accessor

src/main/resources/assets/immersiveintelligence/ie_manual/en_us/ii_data/computers/data_pol.md

@@ -28,58 +28,55 @@ code execution pt. 2
 proudly uses polish notation ^^
 
 # statements
-**Statements** are the building blocks of a **POL** program. Each **Statement** has a distinct name it’s called by and performs a different action.
+**Statements** are the building blocks of a **POL** program. Each **Statement** has a distinct name it's called by and performs a different action.
 Examples of an action are setting a value of a variable, stopping the program, or running an internal function.
 Each **Statement** takes exactly one line, but some, like the if **Statement** require another statement to work properly.
 The following pages list all the **Statements**, their usage, and exemplary use cases.
 
 # statements_use
-The **USE
-** statement is used to include a library of functions from a [Circuit](../functions/_functional_circuits.md) to be used by the program.
+The **USE** statement is used to include a library of functions from a [Circuit](_functional_circuits.md) to be used by the program.
+
 # statements_begin_end
 The **BEGIN** and **END** statements are used to mark a fragment of a program, called a *code block*.
-A *code
-block* is treated as a single statement, but if consisting of more than one statements, it will have a longer execution time, equal to the sum of all the statements within it.
-Multiple *code blocks* can be nested within each other, but each **BEGIN** statement must have a corresponding **END
-** statement.
+A *code block* is treated as a single statement, but if consisting of more than one statements, it will have a longer execution time, equal to the sum of all the statements within it.
+
+# statements_begin_end2
+Multiple *code blocks* can be nested within each other, but each **BEGIN** statement must have a corresponding **END** statement.
 Although both exist as keywords, the recommended way to use them is through adding indentation to the code.
+
 # statements_wait
 The **WAIT** statement is used to pause the program for a specified amount of ticks.
 During this time, the program will not execute any other statements.
 
 # statements_sign
-The **SIGN
-** statement is used to switch one of the 16 colored signal lamps on a Computer Terminal to a lit or unlit state.
-The states are persistent and will remain until changed by another **SIGN
-** statement or power is cut off from the terminal.
+The **SIGN** statement is used to switch one of the 16 colored signal lamps on a Computer Terminal to a lit or unlit state.
+The states are persistent and will remain until changed by another **SIGN** statement or power is cut off from the terminal.
 
 # statements_mark
-The **MARK
-** statement is used to set a label in the program that can be jumped to by the [GOTO](#statement_goto) statement.
+The **MARK** statement is used to set a label in the program that can be jumped to by the [GOTO](#statements_goto) statement.
 A **MARK** label cannot contain spaces or names reserved by operations, and must be unique within the program.
 
-# statement_goto
-The **GOTO** statement is used to jump to a label set by the [MARK](#statement_mark) statement.
+# statements_goto
+The **GOTO** statement is used to jump to a label set by the [MARK](#statements_mark) statement.
 This can be useful for creating loops or conditional jumps in the program.
 
 # statements_exec
-The **EXEC
-** statement is used to jump to a label set by the [MARK](#statement_mark) statement and then return to the original position in the program.
+The **EXEC** statement is used to jump to a label set by the [MARK](#statements_mark) statement and then return to the original position in the program.
 This can be useful for defining callable *functions* in the program.
+
 # statements_ext
 The **EXT** statement is used call another POL program from the current one.
 The program will share the same memory, but will not share imported functions and [External Device] links from the one calling it.
+
 # statements_if
 The **IF** statement is used to execute a block of code if a condition is met.
 If the condition is not met, the program will skip the next instruction or block of code.
 
 # statements_else
-The **ELSE
-** statement is used to execute a block of code if the condition of the preceding [IF](#statement_if) statement is not met.
+The **ELSE** statement is used to execute a block of code if the condition of the preceding [IF](#statements_if) statement is not met.
 
 # statements_page
-The **PAGE
-** statement is used to switch the [memory page](../data_main.md#packets_basics) of the computer to a different one.
+The **PAGE** statement is used to switch the [memory page](data_main.md#packets_basics) of the computer to a different one.
 This can be useful for setting separate memory for different routines of the program.
 
 # statements_wipe

src/main/resources/assets/immersiveintelligence/ie_manual/en_us/ii_data/data_wiring.md

@@ -19,7 +19,7 @@ It allows fast, reliable and relatively long-distance, lossless transmission of
 # connector
 |[crafting]{source:"%SECTION%"}|  
 The **Data Connector** serves as an endpoint of a **Data Network**. It is placed on a side of a **Data Device** to allow it sending and/or receiving **Packets**.
-In a similar manner to its [Electrical Counterparts](basic_wiring), only one wire can be connected to a Data Connector. To extend the network, use a [Data Relay](#relay).
+In a similar manner to its [Electrical Counterparts](wiring), only one wire can be connected to a Data Connector. To extend the network, use a [Data Relay](#relay).
 
 
 # connector_colors
@@ -41,7 +41,7 @@ Using the [Engineer's Hammer](introduction#introductionHammer) on it will change
 # debugger
 |[crafting]{source:"%SECTION%"}|  
 The **Data Debugger** is a special type of [Data Relay](#relay), that captures, stores and displays the **Packet** flowing through it.
-It operates in 3 [modes], that can be switched between by sneak-using a [Hammer](tools), with default one being the [Transceiver Mode].
+It operates in 3 [modes], that can be switched between by sneak-using a [Hammer](introduction#introductionHammer), with default one being the [Transceiver Mode].
 # debugger2
 In the [Transmitter] mode, the **Debugger** will transmit a test package when provided a redstone signal.
 |[data_packet]{data:{a:{Type:"string",Value:"Hello, World!"}}}|

src/main/resources/assets/immersiveintelligence/ie_manual/en_us/ii_data/electronic_components.md

@@ -23,7 +23,7 @@ All types of circuit boards require a specialized blueprint to create them.
 # basic_general
 |[item_display]{source:"basic_general"}|
 **Basic Circuits** are the common, primary, and cheap circuits.
-Their universal design allows them to be easily [refitted](functions/_functional_circuits.md) to perform simple data operations, 
+Their universal design allows them to be easily [refitted](_functional_circuits.md) to perform simple data operations, 
 but their main use is construction of various **Data Devices**, such as 
 the [Printing Press](printing_press), the [Arithmetic Logic Machine](arithmetic_logic_machine) and the [Data Input Machine](data_input_machine.md).
 
@@ -45,7 +45,7 @@ Safeguarded by the Engineering Department, the **Advanced Electronic Alloy(TM)**
 # advanced_electronic_alloy_craft
 |[crafting]{source:"advanced_electronic_alloy"}|
 The blend is made by combining Constantan, Electrum, and Platinum in a 3:2:1 mixture to yield three units.
-Due to the advanced metallurgical needs, an [arc furnace](arcFurnace) is required to process the **Advanced Electronic Alloy(TM)** into other forms.
+Due to the advanced metallurgical needs, an [arc furnace](arcfurnace) is required to process the **Advanced Electronic Alloy(TM)** into other forms.
 
 # advanced_general  
 |[item_display]{source:"%SECTION%"}|
@@ -64,16 +64,16 @@ To make an **Advanced Board**, two **Basic Boards** are combined with a plate of
 
 # cryptographic_board
 |[item_display]{source:"cryptographic_circuit_board"}|
-The **Cryptographic Circuit Board** is a specially tailored version of the [Advanced Circuit Board](#advanced_board). It is used in the creation of the [Cryptographer Circuit](functions/_functional_circuits.md).<br>
+The **Cryptographic Circuit Board** is a specially tailored version of the [Advanced Circuit Board](#advanced_board). It is used in the creation of the [Cryptographer Circuit](_functional_circuits.md#cryptographer).
 
 # processor_general  
 |[item_display]{source:"%SECTION%"}|
 **Processor Circuits** are the most sophisticated and capable circuits.
-Created from silicon, advanced electronic alloy, and various other materials in a complicated assembly process, they work as the electronic brains of [Mainframe Computers], [Drones] and many [Advanced Weapon Systems]. 
+Created from silicon, advanced electronic alloy, and various other materials in a complicated assembly process, they work as the electronic brains of [Mainframe Computers], [Drones] and many [Advanced Weapon Systems].
 
 # processor_components
 |[item_display]{source:"processor_electronic_element"}|
-Being the state-of-the-art electronic component of our times, the **Processor** is able to perform [programmed operations on data](computers/data_pol.md).
+Being the state-of-the-art electronic component of our times, the **Processor** is able to perform [programmed operations on data](data_pol.md).
 The manufacturing process is sophisticated and requires 32 **transistors** and two **advanced vacuum tubes** to be combined according to a scheme in a [Precision Assembler](precision_assembler.md).
 
 # processor_board

src/main/resources/assets/immersiveintelligence/ie_manual/en_us/ii_data/functions/_functional_circuits.md

@@ -3,7 +3,7 @@ Functional Circuits
 Not really Beep-Boop yet
 
 # intro
-The universal design of the [Circuit Boards](electronic_components) allows them to be easily [refitted] to perform various specialized operations using the [Engineer's Workbench]().
+The universal design of the [Circuit Boards](electronic_components) allows them to be easily [refitted] to perform various specialized operations using the [Engineer's Workbench](workbench).
 |[crafting]{source:"circuit_blueprints"}|
 
 # arithmetic
@@ -89,6 +89,7 @@ The universal design of the [Circuit Boards](electronic_components) allows them
 |[text]{source:"%SECTION%",bold:1b}|
 *Performs operations on [Vectors](data_types.md#vector).*
 |[data_circuit]{circuit:"%SECTION%"}|
+
 # cryptographer
 |[item_display]{source:"%SECTION%"}|
 |[text]{source:"%SECTION%",bold:1b}|

src/main/resources/assets/immersiveintelligence/ie_manual/en_us/ii_data/programmable_speaker.md

@@ -3,6 +3,7 @@ Programmable Speaker
 Happy Engineer Noises
 
 # intro
+|[crafting]{source:"programmable_spkr"}|
 The Programmable Speaker is a device, which emits a sound when provided a redstone signal. Redstone and data wire can be attached from any side. Data can be used to set the sound and its pitch, while redstone sets the volume.
 
 # data

src/main/resources/assets/immersiveintelligence/ie_manual/en_us/ii_data/radio_station.md

@@ -9,7 +9,7 @@ The **Radio Station** is a device for sending, receiving and relaying [Data Pack
 |[text]{mb:"II:RadioStation"}|
 
 # details
-A **Radio Station** can send [Packets](data_main.md#packetsbasics) to compatible radio devices up to <config;i;radio_station_range> blocks distance.
+A **Radio Station** can send [Packets](data_main.md#packetsbasics) to compatible radio devices up to [<config;i;radio_station_range>] blocks distance.
 Poor weather conditions such as [rain] or [snow] will [decrease this range], so while planning construction of a radio network, an engineer should use ranges negating this effect.
 |[scenario]{}|
 
@@ -25,4 +25,4 @@ For sufficiently advanced engineers, the **Advanced Radio Tuner** may be used to
 # usage
 To [change] the current frequency of the tuner, *sneak and scroll up or down*.
 To [check] the frequency a device is set, *sneak-right click* it with the Tuner.<br>
-Keep in mind that [some Data Devices](explosives_mines#radio_satchel0) use the limited [Basic Frequency Range], which makes them unable to be configured with frequencies above [<config;i;radioBasicMaxFrequency>].
+Keep in mind that [some Data Devices](explosives_mines#radio_satchel0) use the limited [Basic Frequency Range], which makes them unable to be configured with frequencies above [<config;i;basic_max_frequency>].

src/main/resources/assets/immersiveintelligence/ie_manual/en_us/ii_data/scanning_conveyor.md

@@ -10,12 +10,11 @@ The **Scanning Conveyor** is a device used for precise [item detection](data_typ
 
 # details
 When an item passes through the Conveyor Scanner, its properties are read and immediately sent in the form of a Data Packet using the **ItemStack** data type.
-To further process the received packet, an [ALM](arithmetic_logic_machine.md) with the [proper circuit](functional_circuits.md#itemstack) can be used. 
+To further process the received packet, an [ALM](arithmetic_logic_machine.md) with the [proper circuit](_functional_circuits.md#itemstack) can be used. 
 
 # uses
 The **Scanning Conveyor** is most commonly used as a part of an item counter, a sorting machine, or as a trigger, activated by a specific item.
 A redstone signal will turn it off, just like the regular [Conveyor](conveyor). 
 
 # scanner_variables
-<br><br>
 |[data_variable]{type:"itemstack", direction:"out", letter:"s", name:"Scanned item", description:"Recently scanned item (with its id, durability and NBT)"}|

src/main/resources/assets/immersiveintelligence/ie_manual/en_us/ii_logistics/chemical_bath.md

@@ -16,15 +16,14 @@ When supplied with materials, the machine will automatically start production.
 
 # etching
 The primary use of the [Chemical Bath] is etching [raw circuit boards](electronic_components.md) in acid.
-|[recipe]{source:basic_circuit_board_etched}|
-|[recipe]{source:advanced_circuit_board_etched}|
-|[recipe]{source:processor_circuit_board_etched}|
+|[recipe]{source:etched_basic_circuit_board}|
+|[recipe]{source:etched_advanced_circuit_board}|
+|[recipe]{source:etched_processor_circuit_board}|
 
 # wood_treating
 The machine can also be used for a more efficient production of [Treated Wood Planks].
 |[recipe]{source:treated_wood}|
 
-
 # chemical_washing
 While not the main purpose, the Chemical Bath can also be used to chemically wash colored items.
 |[recipe]{source:quartz_dust}|

src/main/resources/assets/immersiveintelligence/lang/en_us.lang

@@ -1758,7 +1758,7 @@ datasystem.immersiveintelligence.function.string_replace_all.param.with.desc=The
 datasystem.immersiveintelligence.function.string_replace_all.result=Result
 datasystem.immersiveintelligence.function.string_replace_all.result.desc=The input string with all occurrences of the substring replaced
 
-datasystem.immersiveintelligence.function.string_lowercase=To Lowercase
+datasystem.immersiveintelligence.function.string_lowercase=To lowercase
 datasystem.immersiveintelligence.function.string_lowercase.desc=Converts the input string to lowercase
 datasystem.immersiveintelligence.function.string_lowercase.param.text=String
 datasystem.immersiveintelligence.function.string_lowercase.param.text.desc=The string to convert