v1.3: Added Travis CI support and removed doxygen version anchors in sources

.gitignore

@@ -27,3 +27,7 @@
 *.exe
 *.out
 *.app
+
+#Doxygen
+doxygen_sqlite3.db
+doxy

.travis.yml

@@ -0,0 +1,25 @@
+language: c
+sudo: false
+
+# Blacklist
+branches:
+  except:
+    - gh-pages
+
+env:
+  global:
+     - PRETTYNAME="cI2C: Arduino Hardware I2C for AVR (in plain c)"
+     - GH_REPO_NAME: cI2C
+     - GH_REPO_REF: github.com/SMFSW/cI2C.git
+#     - DOXYFILE: $TRAVIS_BUILD_DIR/Doxyfile
+
+before_install:
+   - source <(curl -SLs https://raw.githubusercontent.com/SMFSW/travis-ci-arduino/master/install.sh)
+
+script:
+   - build_avr_platforms
+
+# Generate and deploy documentation
+after_success:
+  - source <(curl -SLs  https://raw.githubusercontent.com/SMFSW/travis-ci-arduino/master/library_check.sh)
+  - source <(curl -SLs  https://raw.githubusercontent.com/SMFSW/travis-ci-arduino/master/doxy_gen_and_deploy.sh)

Clean.bat

@@ -0,0 +1,14 @@
+@ECHO off
+ECHO #***************************************************************
+ECHO #	File : clean.bat
+ECHO #
+ECHO #	Command lines script:	Clearing output, temporary and log files
+ECHO #***************************************************************
+
+
+@ECHO on
+
+::del *.o /s
+del cI2C.chm
+del /f /q /s workdir\
+rmdir workdir

Doxyfile

@@ -38,7 +38,7 @@ PROJECT_NAME           = "Arduino Hardware I2C for AVR MCUs (plain c)"
 # could be handy for archiving the generated documentation or if some version
 # control system is used.
 
-PROJECT_NUMBER         = 1.2
+PROJECT_NUMBER         = 1.3
 
 # Using the PROJECT_BRIEF tag one can provide an optional one line description
 # for a project that appears at the top of each page and should give viewer a

README.md

@@ -1,10 +1,12 @@
-# cI2C
+# cI2C [![Build Status](https://travis-ci.org/SMFSW/cI2C.svg?branch=master)](https://travis-ci.org/SMFSW/cI2C)
+
 Arduino Hardware I2C for AVR (plain c)
 
 Hardware I2C library for AVR MCUs (lib intended for I2C protocols development in c, for easier ports to other MCUs)
 
-## Library choice:
-* cI2C library implements I2C bus for AVR tagets (Uno, Nano, Mega...)
+## Library choice
+
+* cI2C library implements I2C bus for AVR targets (Uno, Nano, Mega...)
   * you may prefer this one when:
     * working on AVR targets
     * interrupts are not needed
@@ -16,64 +18,71 @@ Hardware I2C library for AVR MCUs (lib intended for I2C protocols development in
 No refactoring is required when switching between **cI2C** & **WireWrapper** libs;
 Both libs share same Typedefs, Functions & Parameters.
 
-## Notes:
+## Notes
+
 * cI2C is written in plain c (intentionally)
 * cI2C does not use any interrupt (yet, but soon will have to)
 * cI2C is designed to act as bus Master (Slave mode will be considered in future releases)
 * cI2C is set to work on AVR targets only
   * for other targets, you may use **WireWrapper** instead (will be using Wire)
 
-## Usage: 
+## Usage
+
 This library is intended to be able to work with multiple slaves connected on the same I2C bus.
 Thus, the I2C bus and Slaves are defined separately.
 
-* On one hand, I2C bus has to be initialised with appropriate speed:
-  * use I2C_init(speed): speed can be choosen from I2C_SPEED enum for convenience, or passing an integer as parameter
-* On the other hand, Slave(s) have to be defined and initialised too:
-  * use I2C_SLAVE typedef to declare slaves structs
-  * use I2C_slave_init(pSlave, addr, regsize)
-    * **pSlave** is a pointer to the slave struct to initialise
-    * **addr** is the slave I2C address (don't shift addr, lib takes care of that)
-    * **regsize** is the width of internal slave registers (to be choosen from I2C_INT_SIZE)
+* On one hand, I2C bus has to be initialized with appropriate speed:
+  * use `I2C_init(speed)`: speed can be chosen from `I2C_SPEED` enum for convenience, or passing an integer as parameter
+* On the other hand, Slave(s) have to be defined and initialized too:
+  * use `I2C_SLAVE` typedef to declare slaves structs
+  * use `I2C_slave_init(pSlave, addr, regsize)`
+    * `pSlave`: pointer to the slave struct to initialize
+    * `addr`: slave I2C address (don't shift addr, lib takes care of that)
+    * `regsize`: width of internal slave registers (to be chosen from `I2C_INT_SIZE`)
   * in case you need to use custom R/W procedures for a particular slave:
-    * use I2C_slave_set_rw_func(pSlave, pFunc, rw)
-      * **pSlave** is a pointer to the slave declaration to initialise
-      * **pFunc** is a pointer to the Read or Write bypass function
-      * **rw** can be choosen from I2C_RW enum (wr=0, rd=1)
+    * use `I2C_slave_set_rw_func(pSlave, pFunc, rw)`
+      * `pSlave`: pointer to the slave declaration to initialize
+      * `pFunc`: pointer to the Read or Write bypass function
+      * `rw`: can be chosen from `I2C_RW` enum (wr=0, rd=1)
 
 After all inits are done, the lib can basically be used this way:
-* I2C_read(pSlave, regaddr, pData, bytes)
-  * **pSlave** is a pointer to the slave struct to read from
-  * **regaddr** is the start address to read from
-  * **pData** is a pointer to the place where datas read will be stored
-  * **bytes** number of bytes to read from slave
-  * returns true if read is ok, false otherwise
-* I2C_write(pSlave, regaddr, pData, bytes)
-  * **pSlave** is a pointer to the slave struct to write to
-  * **regaddr** is the start address to write to
-  * **pData** is a pointer to the block of datas to write to slave
-  * **bytes** number of bytes to write to slave
-  * returns true if write is ok, false otherwise
+* `I2C_read(pSlave, regaddr, pData, bytes)`
+  * `pSlave`: pointer to the slave struct to read from
+  * `regaddr`: start address to read from
+  * `pData`: pointer to the place where datas read will be stored
+  * `bytes`: number of bytes to read from slave
+  * returns `true` if read is ok, `false` otherwise
+* `I2C_write(pSlave, regaddr, pData, bytes)`
+  * `pSlave`: pointer to the slave struct to write to
+  * `regaddr`: start address to write to
+  * `pData`: pointer to the block of datas to write to slave
+  * `bytes`: number of bytes to write to slave
+  * returns `true` if write is ok, `false` otherwise
+
+## Examples included
 
-## Examples included:
 following examples should work with any I2C EEPROM/FRAM with address 0x50
-(yet function to get Chip ID are device dependant (and will probably only work on FUJITSU devices))
-* ci2c_master_write.ino: Write some bytes to FRAM and compare them with what's read afterwards
-* ci2c_master_read.ino: Read some bytes in FRAM
-* ci2c_advanced.ino: Redirecting slave write & read functions (to custom functions following typedef)
+(yet function to get Chip ID are device dependent (and will probably only work on FUJITSU devices))
+* [ci2c_master_write.ino](examples/ci2c_master_write/ci2c_master_write.ino): Write some bytes to FRAM and compare them with what's read afterwards
+* [ci2c_master_read.ino](examples/ci2c_master_read/ci2c_master_read.ino): Read some bytes in FRAM
+* [ci2c_advanced.ino](examples/ci2c_advanced/ci2c_advanced.ino): Redirecting slave write & read functions (to custom functions following typedef)
 
-Doxygen doc can be generated for the library using doxyfile
+## Documentation
 
-## Links:
-Feel free to share your thoughts @ xgarmanboziax@gmail.com about:
-* issues encountered
-* optimisations
-* improvements & new functionalities
+Doxygen doc can be generated using "Doxyfile".
+
+See [generated documentation](https://smfsw.github.io/cI2C/)
+
+## Release Notes
+
+See [release notes](https://github.com/SMFSW/cI2C/ReleaseNotes.md)
+
+## See also
 
 **cI2C**
-- https://github.com/SMFSW/cI2C
-- https://bitbucket.org/SMFSW/ci2c
+* [cI2C github](https://github.com/SMFSW/cI2C) - C implementation of this library
+* [cI2C bitbucket](https://bitbucket.org/SMFSW/ci2c) - C implementation of this library
 
 **WireWrapper**
-- https://github.com/SMFSW/WireWrapper
-- https://bitbucket.org/SMFSW/wirewrapper
+* [WireWrapper github](https://github.com/SMFSW/WireWrapper) - Cpp implementation using Wire Wrapper
+* [WireWrapper bitbucket](https://bitbucket.org/SMFSW/wirewrapper) - Cpp implementation using Wire Wrapper

Release Notes.txt

@@ -1,5 +1,5 @@
 Arduino Hardware I2C for AVR (plain c)
-2017-2017 SMFSW
+2017-2018 SMFSW
 
 - cI2C is set to work on AVR targets only
 	-> for other targets, you may use WireWrapper instead (will be using Wire)
@@ -15,6 +15,10 @@ Feel free to share your thoughts @ xgarmanboziax@gmail.com about:
 ------------
 
 ** Actual:
+v1.3	3 May 2018:
+- Adding support for unit tests and doxygen documentation generation with Travis CI
+- Updated README.md
+
 v1.2	30 Nov 2017:
 - No internal address transmission when reading/writing to next internal address (make sure not to r/w last 16 address right just after init, otherwise make a dummy of address 0 just before)
 

library.properties

@@ -1,5 +1,5 @@
 name=cI2C
-version=1.2
+version=1.3
 author=SMFSW <xgarmanboziax@gmail.com>
 maintainer=SMFSW <xgarmanboziax@gmail.com>
 sentence=Arduino Hardware I2C for AVR (in plain c)

src/ci2c.c

@@ -1,6 +1,5 @@
 /*!\file ci2c.c
 ** \author SMFSW
-** \version 1.2
 ** \copyright MIT SMFSW (2017)
 ** \brief arduino master i2c in plain c code
 ** \warning Don't access (r/w) last 16b internal address byte alone right after init, this would lead to hazardous result (in such case, make a dummy read of addr 0 before)

src/ci2c.h

@@ -1,6 +1,5 @@
 /*!\file ci2c.h
 ** \author SMFSW
-** \version 1.2
 ** \copyright MIT SMFSW (2017)
 ** \brief arduino i2c in plain c declarations
 ** \warning Don't access (r/w) last 16b internal address byte alone right after init, this would lead to hazardous result (in such case, make a dummy read of addr 0 before)