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Just to make sure this won't get lost over time, make a copy of Atmel's publically available documentation files for reference. git-svn-id: svn://svn.savannah.nongnu.org/avrdude/trunk/avrdude@1361 81a1dc3b-b13d-400b-aceb-764788c761c2
2015-11-02 21:13:28 +00:00
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</script></head><body><noscript><link rel="stylesheet" type="text/css" href="../common/css/print.css" /><div id="noscript">JavaScript is disabled on your browser. Please enable JavaScript to enjoy all the features of this site.</div></noscript><div id="header"><a href="http://www.atmel.com/webdoc"><img id="logo" alt="Atmel Logo" src="../common/images/logo.png" /></a><h1>Atmel EDBG-based Tools Protocols<br />AVR8 generic protocol</h1><div id="navheader"><!----><table class="navLinks"><tr><td><a title="Hide TOC tree" tabindex="5" class="pointLeft" onclick="myLayout.toggle('west')" href="#" id="showHideButton">Sidebar
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This section includes the header file defining the different command,
response and event IDs for the AVR8 protocol. It also defines the different possible failure codes.
</p><pre class="programlisting"><span class="hl-keyword" style="color: #0000FF">enum</span> Avr8GenericCommands {
CMD_AVR8_QUERY = <span class="hl-number">0x00</span>, <em class="hl-comment" style="color: #008000">//! Capability discovery </em>
CMD_AVR8_SET = <span class="hl-number">0x01</span>, <em class="hl-comment" style="color: #008000">//! Set parameters</em>
CMD_AVR8_GET = <span class="hl-number">0x02</span>, <em class="hl-comment" style="color: #008000">//! Get parameters</em>
CMD_AVR8_ACTIVATE_PHYSICAL = <span class="hl-number">0x10</span>, <em class="hl-comment" style="color: #008000">//! Connect physically</em>
CMD_AVR8_DEACTIVATE_PHYSICAL = <span class="hl-number">0x11</span>, <em class="hl-comment" style="color: #008000">//! Disconnect physically</em>
CMD_AVR8_GET_ID = <span class="hl-number">0x12</span>, <em class="hl-comment" style="color: #008000">//! Read the ID</em>
CMD_AVR8_ATTACH = <span class="hl-number">0x13</span>, <em class="hl-comment" style="color: #008000">//! Attach to OCD module</em>
CMD_AVR8_DETACH = <span class="hl-number">0x14</span>, <em class="hl-comment" style="color: #008000">//! Detach from OCD module</em>
CMD_AVR8_PROG_MODE_ENTER = <span class="hl-number">0x15</span>, <em class="hl-comment" style="color: #008000">//! Enter programming mode</em>
CMD_AVR8_PROG_MODE_LEAVE = <span class="hl-number">0x16</span>, <em class="hl-comment" style="color: #008000">//! Leave programming mode</em>
CMD_AVR8_DISABLE_DEBUGWIRE = <span class="hl-number">0x17</span>, <em class="hl-comment" style="color: #008000">//! Disable debugWIRE interface</em>
CMD_AVR8_ERASE = <span class="hl-number">0x20</span>, <em class="hl-comment" style="color: #008000">//! Erase the chip</em>
CMD_AVR8_MEMORY_READ = <span class="hl-number">0x21</span>, <em class="hl-comment" style="color: #008000">//! Read memory</em>
CMD_AVR8_MEMORY_READ_MASKED = <span class="hl-number">0x22</span>, <em class="hl-comment" style="color: #008000">//! Read memory while via a mask</em>
CMD_AVR8_MEMORY_WRITE = <span class="hl-number">0x23</span>, <em class="hl-comment" style="color: #008000">//! Write memory</em>
CMD_AVR8_CRC = <span class="hl-number">0x24</span>, <em class="hl-comment" style="color: #008000">//! Calculate CRC</em>
CMD_AVR8_RESET = <span class="hl-number">0x30</span>, <em class="hl-comment" style="color: #008000">//! Reset the MCU</em>
CMD_AVR8_STOP = <span class="hl-number">0x31</span>, <em class="hl-comment" style="color: #008000">//! Stop the MCU</em>
CMD_AVR8_RUN = <span class="hl-number">0x32</span>, <em class="hl-comment" style="color: #008000">//! Resume execution</em>
CMD_AVR8_RUN_TO_ADDRESS = <span class="hl-number">0x33</span>, <em class="hl-comment" style="color: #008000">//! Resume with breakpoint </em>
CMD_AVR8_STEP = <span class="hl-number">0x34</span>, <em class="hl-comment" style="color: #008000">//! Single step</em>
CMD_AVR8_PC_READ = <span class="hl-number">0x35</span>, <em class="hl-comment" style="color: #008000">//! Read PC</em>
CMD_AVR8_PC_WRITE = <span class="hl-number">0x36</span>, <em class="hl-comment" style="color: #008000">//! Write PC</em>
CMD_AVR8_HW_BREAK_SET = <span class="hl-number">0x40</span>, <em class="hl-comment" style="color: #008000">//! Set breakpoints</em>
CMD_AVR8_HW_BREAK_CLEAR = <span class="hl-number">0x41</span>, <em class="hl-comment" style="color: #008000">//! Clear breakpoints</em>
CMD_AVR8_SW_BREAK_SET = <span class="hl-number">0x43</span>, <em class="hl-comment" style="color: #008000">//! Set software breakpoints</em>
CMD_AVR8_SW_BREAK_CLEAR = <span class="hl-number">0x44</span>, <em class="hl-comment" style="color: #008000">//! Clear software breakpoints</em>
CMD_AVR8_SW_BREAK_CLEAR_ALL = <span class="hl-number">0x45</span>, <em class="hl-comment" style="color: #008000">//! Clear all software breakpoints</em>
CMD_AVR8_PAGE_ERASE = <span class="hl-number">0x50</span> <em class="hl-comment" style="color: #008000">//! Erase page</em>
};
<em class="hl-comment" style="color: #008000">// Protocol responses</em>
<span class="hl-keyword" style="color: #0000FF">enum</span> Avr8GenericResponses {
RSP_AVR8_OK = <span class="hl-number">0x80</span>, <em class="hl-comment" style="color: #008000">//! All OK</em>
RSP_AVR8_LIST = <span class="hl-number">0x81</span>, <em class="hl-comment" style="color: #008000">//! List of items returned</em>
RSP_AVR8_DATA = <span class="hl-number">0x84</span>, <em class="hl-comment" style="color: #008000">//! Data returned</em>
RSP_AVR8_PC = <span class="hl-number">0x83</span>, <em class="hl-comment" style="color: #008000">//! PC value returned</em>
RSP_AVR8_FAILED = <span class="hl-number">0xA0</span> <em class="hl-comment" style="color: #008000">//! Command failed to execute</em>
};
<em class="hl-comment" style="color: #008000">// Protocol events</em>
<span class="hl-keyword" style="color: #0000FF">enum</span> Avr8GenericEvents {
EVT_AVR8_BREAK = <span class="hl-number">0x40</span>, <em class="hl-comment" style="color: #008000">//! Break message</em>
EVT_AVR8_IDR = <span class="hl-number">0x41</span> <em class="hl-comment" style="color: #008000">//! IO Data Register message</em>
};
<em class="hl-comment" style="color: #008000">// Failure response codes (RSP_FAILED)</em>
<span class="hl-keyword" style="color: #0000FF">enum</span> Avr8GenericFailureCodes {
AVR8_FAILURE_OK = <span class="hl-number">0x00</span>, <em class="hl-comment" style="color: #008000">//! All OK</em>
AVR8_FAILURE_DW_PHY_ERROR = <span class="hl-number">0x10</span>, <em class="hl-comment" style="color: #008000">//! debugWIRE physical error</em>
AVR8_FAILURE_JTAGM_INIT_ERROR = <span class="hl-number">0x11</span>, <em class="hl-comment" style="color: #008000">//! JTAGM failed to initialise</em>
AVR8_FAILURE_JTAGM_ERROR = <span class="hl-number">0x12</span>, <em class="hl-comment" style="color: #008000">//! JTAGM did something strange</em>
AVR8_FAILURE_JTAG_ERROR = <span class="hl-number">0x13</span>, <em class="hl-comment" style="color: #008000">//! JTAG low level error</em>
AVR8_FAILURE_JTAGM_VERSION = <span class="hl-number">0x14</span>, <em class="hl-comment" style="color: #008000">//! Unsupported version of JTAGM</em>
AVR8_FAILURE_JTAGM_TIMEOUT = <span class="hl-number">0x15</span>, <em class="hl-comment" style="color: #008000">//! JTAG master timed out</em>
AVR8_FAILURE_JTAG_BIT_BANGER_TIMEOUT = <span class="hl-number">0x16</span>, <em class="hl-comment" style="color: #008000">//! JTAG bit banger timed out</em>
AVR8_FAILURE_PARITY_ERROR = <span class="hl-number">0x17</span>, <em class="hl-comment" style="color: #008000">//! Parity error in received data</em>
AVR8_FAILURE_EB_ERROR = <span class="hl-number">0x18</span>, <em class="hl-comment" style="color: #008000">//! Did not receive EMPTY byte</em>
AVR8_FAILURE_PDI_TIMEOUT = <span class="hl-number">0x19</span>, <em class="hl-comment" style="color: #008000">//! PDI physical timed out</em>
AVR8_FAILURE_COLLISION = <span class="hl-number">0x1A</span>, <em class="hl-comment" style="color: #008000">//! Collision on physical level</em>
AVR8_FAILURE_PDI_ENABLE = <span class="hl-number">0x1B</span>, <em class="hl-comment" style="color: #008000">//! PDI enable failed</em>
AVR8_FAILURE_NO_DEVICE_FOUND = <span class="hl-number">0x20</span>, <em class="hl-comment" style="color: #008000">//! devices == 0!</em>
AVR8_FAILURE_CLOCK_ERROR = <span class="hl-number">0x21</span>, <em class="hl-comment" style="color: #008000">//! Failure when increasing baud</em>
AVR8_FAILURE_NO_TARGET_POWER = <span class="hl-number">0x22</span>, <em class="hl-comment" style="color: #008000">//! Target power not detected</em>
AVR8_FAILURE_NOT_ATTACHED = <span class="hl-number">0x23</span>, <em class="hl-comment" style="color: #008000">//! Must run attach command first</em>
AVR8_FAILURE_INVALID_PHYSICAL_STATE = <span class="hl-number">0x31</span>, <em class="hl-comment" style="color: #008000">//! Physical not activated</em>
AVR8_FAILURE_ILLEGAL_STATE = <span class="hl-number">0x32</span>, <em class="hl-comment" style="color: #008000">//! Illegal run / stopped state</em>
AVR8_FAILURE_INVALID_CONFIG = <span class="hl-number">0x33</span>, <em class="hl-comment" style="color: #008000">//! Invalid config for activate phy</em>
AVR8_FAILURE_INVALID_MEMTYPE = <span class="hl-number">0x34</span>, <em class="hl-comment" style="color: #008000">//! Not a valid memtype</em>
AVR8_FAILURE_INVALID_SIZE = <span class="hl-number">0x35</span>, <em class="hl-comment" style="color: #008000">//! Too many or too few bytes</em>
AVR8_FAILURE_INVALID_ADDRESS = <span class="hl-number">0x36</span>, <em class="hl-comment" style="color: #008000">//! Asked for a bad address</em>
AVR8_FAILURE_INVALID_ALIGNMENT = <span class="hl-number">0x37</span>, <em class="hl-comment" style="color: #008000">//! Asked for badly aligned data</em>
AVR8_FAILURE_ILLEGAL_MEMORY_RANGE = <span class="hl-number">0x38</span>, <em class="hl-comment" style="color: #008000">//! Address not within legal range</em>
AVR8_FAILURE_ILLEGAL_VALUE = <span class="hl-number">0x39</span>, <em class="hl-comment" style="color: #008000">//! Illegal value given</em>
AVR8_FAILURE_ILLEGAL_ID = <span class="hl-number">0x3A</span>, <em class="hl-comment" style="color: #008000">//! Illegal target ID</em>
AVR8_FAILURE_INVALID_CLOCK_SPEED = <span class="hl-number">0x3B</span>, <em class="hl-comment" style="color: #008000">//! Clock value out of range</em>
AVR8_FAILURE_TIMEOUT = <span class="hl-number">0x3C</span>, <em class="hl-comment" style="color: #008000">//! A timeout occurred</em>
AVR8_FAILURE_ILLEGAL_OCD_STATUS = <span class="hl-number">0x3D</span>, <em class="hl-comment" style="color: #008000">//! Read an illegal OCD status </em>
AVR8_FAILURE_NVM_ENABLE = <span class="hl-number">0x40</span>, <em class="hl-comment" style="color: #008000">//! NVM failed to be enabled</em>
AVR8_FAILURE_NVM_DISABLE = <span class="hl-number">0x41</span>, <em class="hl-comment" style="color: #008000">//! NVM failed to be disabled</em>
AVR8_FAILURE_CS_ERROR = <span class="hl-number">0x42</span>, <em class="hl-comment" style="color: #008000">//! Illegal control/status bits </em>
AVR8_FAILURE_CRC_FAILURE = <span class="hl-number">0x43</span>, <em class="hl-comment" style="color: #008000">//! CRC mismatch</em>
AVR8_FAILURE_OCD_LOCKED = <span class="hl-number">0x44</span>, <em class="hl-comment" style="color: #008000">//! Failed to enable OCD</em>
AVR8_FAILURE_NO_OCD_CONTROL = <span class="hl-number">0x50</span>, <em class="hl-comment" style="color: #008000">//! Device is not under control</em>
AVR8_FAILURE_PC_READ_FAILED = <span class="hl-number">0x60</span>, <em class="hl-comment" style="color: #008000">//! Error when reading PC</em>
AVR8_FAILURE_REGISTER_READ_FAILED = <span class="hl-number">0x61</span>, <em class="hl-comment" style="color: #008000">//! Error when reading register</em>
AVR8_FAILURE_READ_ERROR = <span class="hl-number">0x70</span>, <em class="hl-comment" style="color: #008000">//! Error while reading</em>
AVR8_FAILURE_WRITE_ERROR = <span class="hl-number">0x71</span>, <em class="hl-comment" style="color: #008000">//! Error while writing</em>
AVR8_FAILURE_WRITE_TIMEOUT = <span class="hl-number">0x72</span>, <em class="hl-comment" style="color: #008000">//! Timeout while reading</em>
AVR8_FAILURE_ILLEGAL_BREAKPOINT = <span class="hl-number">0x80</span>, <em class="hl-comment" style="color: #008000">//! Invalid breakpoint configuration</em>
AVR8_FAILURE_TOO_MANY_BREAKPOINTS = <span class="hl-number">0x81</span>, <em class="hl-comment" style="color: #008000">//! Not enough available resources</em>
AVR8_FAILURE_NOT_SUPPORTED = <span class="hl-number">0x90</span>, <em class="hl-comment" style="color: #008000">//! This feature is not available</em>
AVR8_FAILURE_NOT_IMPLEMENTED = <span class="hl-number">0x91</span>, <em class="hl-comment" style="color: #008000">//! Command has not been implemented</em>
AVR8_FAILURE_UNKNOWN = <span class="hl-number">0xFF</span> <em class="hl-comment" style="color: #008000">//! Disaster.</em>
};
<em class="hl-comment" style="color: #008000">// QUERY types on this protocol</em>
<span class="hl-keyword" style="color: #0000FF">enum</span> Avr8GenericQueryContexts {
AVR8_QUERY_COMMANDS = <span class="hl-number">0x00</span>, <em class="hl-comment" style="color: #008000">//! Supported command list</em>
AVR8_QUERY_CONFIGURATION = <span class="hl-number">0x05</span>, <em class="hl-comment" style="color: #008000">//! Supported configuration list</em>
AVR8_QUERY_READ_MEMTYPES = <span class="hl-number">0x07</span>, <em class="hl-comment" style="color: #008000">//! Supported read memtypes list</em>
AVR8_QUERY_WRITE_MEMTYPES = <span class="hl-number">0x08</span> <em class="hl-comment" style="color: #008000">//! Supported write memtypes list</em>
};
<em class="hl-comment" style="color: #008000">// Context definitions </em>
<span class="hl-keyword" style="color: #0000FF">enum</span> Avr8GenericSetGetContexts {
AVR8_CTXT_CONFIG = <span class="hl-number">0x00</span>, <em class="hl-comment" style="color: #008000">//! Configuration</em>
AVR8_CTXT_PHYSICAL = <span class="hl-number">0x01</span>, <em class="hl-comment" style="color: #008000">//! Physical interface related</em>
AVR8_CTXT_DEVICE = <span class="hl-number">0x02</span>, <em class="hl-comment" style="color: #008000">//! Device specific settings</em>
AVR8_CTXT_OPTIONS = <span class="hl-number">0x03</span>, <em class="hl-comment" style="color: #008000">//! Option-related settings</em>
AVR8_CTXT_SESSION = <span class="hl-number">0x04</span>, <em class="hl-comment" style="color: #008000">//! Session-related settings</em>
};
<span class="hl-keyword" style="color: #0000FF">enum</span> Avr8GenericConfigContextParameters {
AVR8_CONFIG_VARIANT = <span class="hl-number">0x00</span>, <em class="hl-comment" style="color: #008000">//! Device family/variant</em>
AVR8_CONFIG_FUNCTION = <span class="hl-number">0x01</span> <em class="hl-comment" style="color: #008000">//! Functional intent</em>
};
<span class="hl-keyword" style="color: #0000FF">enum</span> Avr8GenericPhysicalContextParameters {
AVR8_PHY_INTERFACE = <span class="hl-number">0x00</span>, <em class="hl-comment" style="color: #008000">//! Physical interface selector</em>
AVR8_PHY_JTAG_DAISY = <span class="hl-number">0x01</span>, <em class="hl-comment" style="color: #008000">//! JTAG daisy chain settings</em>
AVR8_PHY_DW_CLK_DIV = <span class="hl-number">0x10</span>, <em class="hl-comment" style="color: #008000">//! debugWIRE clock divide ratio</em>
AVR8_PHY_MEGA_PRG_CLK = <span class="hl-number">0x20</span>, <em class="hl-comment" style="color: #008000">//! Clock for programming megaAVR</em>
AVR8_PHY_MEGA_DBG_CLK = <span class="hl-number">0x21</span>, <em class="hl-comment" style="color: #008000">//! Clock for debugging megaAVR</em>
AVR8_PHY_XM_JTAG_CLK = <span class="hl-number">0x30</span>, <em class="hl-comment" style="color: #008000">//! JTAG clock for AVR XMEGA</em>
AVR8_PHY_XM_PDI_CLK = <span class="hl-number">0x31</span> <em class="hl-comment" style="color: #008000">//! PDI clock for AVR XMEGA</em>
};
<span class="hl-keyword" style="color: #0000FF">enum</span> Avr8GenericOptionsContextParameters {
AVR8_OPT_RUN_TIMERS = <span class="hl-number">0x00</span>, <em class="hl-comment" style="color: #008000">//! Keep timers running when stopped</em>
AVR8_OPT_DISABLE_DBP = <span class="hl-number">0x01</span>, <em class="hl-comment" style="color: #008000">//! No data breaks during reset</em>
AVR8_OPT_ENABLE_IDR = <span class="hl-number">0x03</span>, <em class="hl-comment" style="color: #008000">//! Relay IDR messages</em>
AVR8_OPT_POLL_INT = <span class="hl-number">0x04</span> <em class="hl-comment" style="color: #008000">//! Configure polling speed</em>
};
<span class="hl-keyword" style="color: #0000FF">enum</span> Avr8GenericSessionContextParameters {
AVR8_SESS_MAIN_PC = <span class="hl-number">0x00</span> <em class="hl-comment" style="color: #008000">//! Address of main() function</em>
};
<span class="hl-keyword" style="color: #0000FF">enum</span> Avr8GenericConfigTestParameters {
AVR8_TEST_TGT_RUNNING = <span class="hl-number">0x00</span> <em class="hl-comment" style="color: #008000">//! Is target running?</em>
};
<span class="hl-keyword" style="color: #0000FF">enum</span> Avr8GenericVariantValues {
AVR8_VARIANT_LOOPBACK = <span class="hl-number">0x00</span>, <em class="hl-comment" style="color: #008000">//! Dummy device</em>
AVR8_VARIANT_TINYOCD = <span class="hl-number">0x01</span>, <em class="hl-comment" style="color: #008000">//! tinyAVR or megaAVR with debugWIRE</em>
AVR8_VARIANT_MEGAOCD = <span class="hl-number">0x02</span>, <em class="hl-comment" style="color: #008000">//! megaAVR with JTAG</em>
AVR8_VARIANT_XMEGA = <span class="hl-number">0x03</span>, <em class="hl-comment" style="color: #008000">//! AVR XMEGA</em>
AVR8_VARIANT_NONE = <span class="hl-number">0xFF</span> <em class="hl-comment" style="color: #008000">//! No device</em>
};
<span class="hl-keyword" style="color: #0000FF">enum</span> Avr8GenericFunctionValues {
AVR8_FUNC_NONE = <span class="hl-number">0x00</span>, <em class="hl-comment" style="color: #008000">//! Not configured</em>
AVR8_FUNC_PROGRAMMING = <span class="hl-number">0x01</span>, <em class="hl-comment" style="color: #008000">//! I want to program only</em>
AVR8_FUNC_DEBUGGING = <span class="hl-number">0x02</span> <em class="hl-comment" style="color: #008000">//! I want a debug session</em>
};
<em class="hl-comment" style="color: #008000">// Physical modes</em>
<span class="hl-keyword" style="color: #0000FF">enum</span> Avr8GenericPhysicalInterfaces {
AVR8_PHY_INTF_NONE = <span class="hl-number">0x00</span>, <em class="hl-comment" style="color: #008000">//! Not configured</em>
AVR8_PHY_INTF_JTAG = <span class="hl-number">0x04</span>, <em class="hl-comment" style="color: #008000">//! JTAG</em>
AVR8_PHY_INTF_DW = <span class="hl-number">0x05</span>, <em class="hl-comment" style="color: #008000">//! debugWIRE</em>
AVR8_PHY_INTF_PDI = <span class="hl-number">0x06</span> <em class="hl-comment" style="color: #008000">//! PDI</em>
};
<span class="hl-keyword" style="color: #0000FF">enum</span> Avr8GenericMegaBreakpointTypes {
AVR8_HWBP_PROG_BP = <span class="hl-number">0x01</span> <em class="hl-comment" style="color: #008000">//! Program breaks</em>
};
<span class="hl-keyword" style="color: #0000FF">enum</span> Avr8GenericMegaBreakCauses {
AVR8_BREAK_CAUSE_UNKNOWN = <span class="hl-number">0x00</span>, <em class="hl-comment" style="color: #008000">//! Unspecified</em>
AVR8_BREAK_CAUSE_PROGRAM = <span class="hl-number">0x01</span> <em class="hl-comment" style="color: #008000">//! Program break</em>
};
<span class="hl-keyword" style="color: #0000FF">enum</span> Avr8GenericXmegaEraseModes {
XMEGA_ERASE_CHIP = <span class="hl-number">0x00</span>, <em class="hl-comment" style="color: #008000">//! Erase entire chip </em>
XMEGA_ERASE_APP = <span class="hl-number">0x01</span>, <em class="hl-comment" style="color: #008000">//! Erase application section only</em>
XMEGA_ERASE_BOOT = <span class="hl-number">0x02</span>, <em class="hl-comment" style="color: #008000">//! Erase boot section only</em>
XMEGA_ERASE_EEPROM = <span class="hl-number">0x03</span>, <em class="hl-comment" style="color: #008000">//! Erase EEPROM section only</em>
XMEGA_ERASE_APP_PAGE = <span class="hl-number">0x04</span>, <em class="hl-comment" style="color: #008000">//! Erase a single app section page</em>
XMEGA_ERASE_BOOT_PAGE = <span class="hl-number">0x05</span>, <em class="hl-comment" style="color: #008000">//! Erase a single boot section page</em>
XMEGA_ERASE_EEPROM_PAGE = <span class="hl-number">0x06</span>, <em class="hl-comment" style="color: #008000">//! Erase a single EEPROM page</em>
XMEGA_ERASE_USERSIG = <span class="hl-number">0x07</span> <em class="hl-comment" style="color: #008000">//! Erase the user signature section</em>
};
<em class="hl-comment" style="color: #008000">// Memory types</em>
<span class="hl-keyword" style="color: #0000FF">enum</span> Avr8GenericMemtypes {
MEMTYPE_SRAM = <span class="hl-number">0x20</span>, <em class="hl-comment" style="color: #008000">//! SRAM</em>
MEMTYPE_EEPROM = <span class="hl-number">0x22</span>, <em class="hl-comment" style="color: #008000">//! EEPROM memory</em>
MEMTYPE_SPM = <span class="hl-number">0xA0</span>, <em class="hl-comment" style="color: #008000">//! Flash memory in a debug session</em>
MEMTYPE_FLASH_PAGE = <span class="hl-number">0xB0</span>, <em class="hl-comment" style="color: #008000">//! Flash memory programming</em>
MEMTYPE_EEPROM_PAGE = <span class="hl-number">0xB1</span>, <em class="hl-comment" style="color: #008000">//! EEPROM memory pages</em>
MEMTYPE_FUSES = <span class="hl-number">0xB2</span>, <em class="hl-comment" style="color: #008000">//! Fuse memory</em>
MEMTYPE_LOCKBITS = <span class="hl-number">0xB3</span>, <em class="hl-comment" style="color: #008000">//! Lock bits</em>
MEMTYPE_SIGNATURE = <span class="hl-number">0xB4</span>, <em class="hl-comment" style="color: #008000">//! Device signature</em>
MEMTYPE_OSCCAL = <span class="hl-number">0xB5</span>, <em class="hl-comment" style="color: #008000">//! Oscillator calibration values</em>
MEMTYPE_REGFILE = <span class="hl-number">0xB8</span>, <em class="hl-comment" style="color: #008000">//! Register file</em>
MEMTYPE_APPL_FLASH = <span class="hl-number">0xC0</span>, <em class="hl-comment" style="color: #008000">//! Application section flash</em>
MEMTYPE_BOOT_FLASH = <span class="hl-number">0xC1</span>, <em class="hl-comment" style="color: #008000">//! Boot section flash</em>
MEMTYPE_APPL_FLASH_ATOMIC = <span class="hl-number">0xC2</span>, <em class="hl-comment" style="color: #008000">//! Application page with auto-erase</em>
MEMTYPE_BOOT_FLASH_ATOMIC = <span class="hl-number">0xC3</span>, <em class="hl-comment" style="color: #008000">//! Boot page with auto-erase</em>
MEMTYPE_EEPROM_ATOMIC = <span class="hl-number">0xC4</span>, <em class="hl-comment" style="color: #008000">//! EEPROM page with auto-erase</em>
MEMTYPE_USER_SIGNATURE = <span class="hl-number">0xC5</span>, <em class="hl-comment" style="color: #008000">//! User signature secion</em>
MEMTYPE_CALIBRATION_SIGNATURE = <span class="hl-number">0xC6</span> <em class="hl-comment" style="color: #008000">//! Calibration section</em>
};</pre></div><script src="../common/main.js" type="text/javascript"><!----></script><script src="../common/splitterInit.js" type="text/javascript"><!----></script><div class="navfooter"><table summary="Navigation footer" width="100%"><tr><td align="left" width="40%"><a accesskey="p" href="ch06s05s05.html">Prev</a>&nbsp;</td><td align="center" width="20%"><a accesskey="u" href="protocoldocs.avr8protocol.html">Up</a></td><td align="right" width="40%">&nbsp;<a accesskey="n" href="protocoldocs.avrispprotocol.html">Next</a></td></tr><tr><td valign="top" align="left" width="40%">&nbsp;</td><td align="center" width="20%"><a accesskey="h" href="index.html">Home</a></td><td valign="top" align="right" width="40%">&nbsp;</td></tr></table></div></div><div id="sidebar"><div style="padding-top:3px;" id="leftnavigation"><div id="tabs"><ul><li><a tabindex="1" style="outline:0;" href="#treeDiv"><span class="contentsTab">Contents</span></a></li><li><a onclick="doSearch()" tabindex="1" style="outline:0;" href="#searchDiv"><span class="searchTab">Search</span></a></li></ul><div id="treeDiv"><img style="display:block;" id="tocLoading" alt="loading table of contents..." src="../common/images/loading.gif" /><span class="dochome"><a href="../index.html" tabindex="1">Documentation Home</a></span><span class="root"><a href="index.html" tabindex="1">Atmel EDBG-based Tools Protocols</a></span><div style="display:none" id="ulTreeDiv"><ul class="filetree" id="tree"><li><span class="file"><a tabindex="1" href="pr01.html">Preface</a></span></li><li><span class="file"><a tabindex="1" href="protocoldocs.Introduction.html">Introduction</a></span><ul><li><span class="file"><a tabindex="1" href="ch01s01.html">EDBG interface overview</a></span></li><li><span class="file"><a tabindex="1" href="ch01s02.html">Atmel EDBG-based tool implementations</a></span></li></ul></li><li><span class="file"><a tabindex="1" href="protocoldocs.cmsis_dap.html">CMSIS-DAP</a></span><ul><li><span class="file"><a tabindex="1" href="ch02s01.html">CMSIS-DAP protocol</a></span></li><li><span class="file"><a tabindex="1" href="ch02s02.html">CMSIS-DAP vendor commands</a></span><ul><li><span class="file"><a tabindex="1" href="ch02s02s01.html">AVR-target specific vendor commands</a></span></li><li><span class="file"><a tabindex="1" href="ch02s02s02.html">ARM-target specific vendor commands</a></span><ul><li><span class="file"><a tabindex="1" href="ch02s02s02s01.html">Erase pin</a></span></li><li><span class="file"><a tabindex="1" href="ch02s02s02s02.html">Serial trace</a></span></li></ul></li><li><span class="file"><a tabindex="1" href="ch02s02s03.html">EDBG-specific vendor commands</a></span><ul><li><span class="file"><a tabindex="1" href="ch02s02s03s01.html">Get configuration</a></span></li><li><span class="file"><a tabindex="1" href="ch02s02s03s02.html">Set configuration</a></span></li><li><span class="file"><a tabindex="1" href="ch02s02s03s03.html">EDBG GET request</a></span></li><li><span class="file"><a tabindex="1" href="ch02s02s03s04.html">EDBG SET request</a></span></li></ul></li></ul></li><li><span class="file"><a tabindex="1" href="section_serial_trace.html">Serial trace commands</a></span><ul><li><span class="file"><a tabindex="1" href="ch02s03s01.html">Set transport mode</a></span></li><li><span class="file"><a tabindex="1" href="ch02s03s02.html">Set capture mode</a></span></li><li><span class="file"><a tabindex="1" href="ch02s03s03.html">Set baud rate</a></span></li><li><span class="file"><a tabindex="1" href="ch02s03s04.html">Start</a></span></li><li><span class="file"><a tabindex="1" href="ch02s03s05.html">Stop</a></span></li><li><span class="file"><a tabindex="1" href="ch02s03s06.html">Get data</a></span></li><li><span class="file"><a tabindex="1" href="ch02s03s07.html">Get status</a></span></li><li><span class="file"><a tabindex="1" href="ch02s03s08.html">Get buffer size</a></span></li><li><span class="file"><a tabindex="1" href="ch02s03s09.html">Signon</a></span></li></ul></li><li><span class="file"><a tabindex="1" href="ch02s04.html">Enveloped AVR commands, respo
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