Prepare RX65N-TB and SX-ULPGN (via UART) projects of CC-RX/CS+ & CC-R…

…X/e2 studio & GNURX/e2 studio for SheltyDog-san's later work

demos/renesas/rx65n-tb-uart-sx-ulpgn/ccrx-csplus/.gitignore

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+/HardwareDebug/

demos/renesas/rx65n-tb-uart-sx-ulpgn/ccrx-csplus/.settings/fittemp/r_sci_rx.ftl

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+<#--
+  Copyright(C) 2015 Renesas Electronics Corporation
+  RENESAS ELECTRONICS CONFIDENTIAL AND PROPRIETARY
+  This program must be used solely for the purpose for which it was furnished 
+  by Renesas Electronics Corporation. No part of this program may be reproduced
+  or disclosed to others, in any form, without the prior written permission of 
+  Renesas Electronics Corporation.
+-->
+<#-- = DECLARE FUNCTION INFORMATION HERE =================== -->
+<#-- 
+   (Step 1) Explanation: These variables are necessary information for the function header. 
+   Please fill up or leave blank, but do not delete
+-->
+<#assign Function_Base_Name = "R_SCI_PinSet">
+<#assign Function_Description = "This function initializes pins for r_sci_rx module">
+<#assign Function_Arg = "none">
+<#assign Function_Ret = "none">
+<#assign Version = 1.00>
+
+<#-- = DECLARE FUNCTION CONTENT HERE ======================= -->
+<#-- 
+   (Step 2) Explanation: Function content.
+    - Macro [initialsection] : 
+      Any text that goes into this section will be printed out 1 time per function
+      input [postfix]   :Use this variable to add the channel number to the function base name.
+-->
+<#macro initialsection postfix>
+<#assign Function_Name = "${Function_Base_Name}${postfix}">
+<#include "lib/functionheader.ftl">
+void ${Function_Name}()
+{
+    R_BSP_RegisterProtectDisable(BSP_REG_PROTECT_MPC);
+</#macro>
+
+<#-- 
+   (Step 3) Explanation: Function content.
+    - Macro [peripheralpincode] : Any text that goes into this section will be printed out 1 time per peripheral
+    - input [pin] : Available info includes:
+        pin.pinName             :The name of pin, eg “SSLA0”
+        pin.assignedPinName     :The pin assigned to, eg “P32”
+        pin.pinMPC              :The port number of assigned pin, eg “P32” has portNume = “3”
+        pin.portNum             :The bit number of the assigned pin, eg “P32” has pinBitNum = “2”
+        pin.pinBitNum           :The value of MPC 
+-->
+<#macro peripheralpincode pin>
+</#macro> 
+
+<#-- 
+   (Step 4) Explanation: Function content.
+    - Macro [channelpincode] : Any text that goes into this section will be printed out 1 time per channel
+    - input [pin] : Same as above
+-->
+<#macro channelpincode pin>
+
+    /* Set ${pin.pinName} pin */
+    MPC.${pin.assignedPinName}PFS.BYTE = 0x${pin.pinMPC}U;
+    PORT${pin.portNum}.PMR.BIT.B${pin.pinBitNum} = 1U;
+</#macro> 
+
+<#macro channelpincodeextra pin postfix>
+</#macro> 
+
+<#-- 
+   (Step 5) Explanation: Function content.
+    - Macro [endsection] : Any text that goes into this section will be printed out 1 time last
+-->
+<#macro endsection>
+
+    R_BSP_RegisterProtectEnable(BSP_REG_PROTECT_MPC);
+}
+</#macro> 
+
+<#-- 
+   (Step 6) Explanation: Header file content
+    - Macro [headerfilesection] : Any text that goes into this section will be printed out 1 time in the header file
+    - input [postfix]   :Use this variable to add the channel number to the function base name.
+-->
+<#macro headerfilesection postfix>
+void ${Function_Base_Name}${postfix}();
+</#macro> 
+
+<#macro headerfilesectionExtra postfix>
+</#macro> 
+
+<#-- = END OF FILE ========================================= -->