fix issues with CAAM documentation

JacobBarthelmeh · JacobBarthelmeh · commit f9ea5599a829 · 2023-05-09T15:40:04.000-07:00
diff --git a/wolfSSL/src/chapter02.md b/wolfSSL/src/chapter02.md
@@ -2494,7 +2494,7 @@ Versions of software used:\
 
 
 #### Supported Algorithms\
-List the supported algorithms and any restrictions
+Supported algorithms, modes, and operations include:
 
 - AES (ECB, CBC, CCM, GCM)
 - AES CMAC
@@ -2596,7 +2596,7 @@ Add the desired modules and libraries to the local conf file.\
 > ```
 
 \
-In this build had added debugging tools and an SSH server, which are not necessary if looking to trim down on size. The important items to add are “cryptodev-module and cryptodev-linux”. “eckey” is a demo tool from NXP for encapsulating and decapsulating blobs.
+In this build, we had added debugging tools and an SSH server, which are not necessary if looking to trim down on size. The important items to add are “cryptodev-module and cryptodev-linux”. “eckey” is a demo tool from NXP for encapsulating and decapsulating blobs.
 \
 [Optional]
 To add the auto loading of cryptodev module add the following line to conf/local.conf.
@@ -2611,7 +2611,7 @@ Otherwise the module will need to be loaded after each power cycle using “modp
 \
 
 ##### Build and Deploy\
-To kick off the build of the image use the command. Then if using an sdcard, flash it to the card.
+To kick off the build of the image use the following command. Then if using an sdcard, flash it to the card.
 \
 
 > ```
@@ -2922,7 +2922,7 @@ For generation of any AES encrypt and decrypt operations the key can be generate
 
 ###### ***AES (ECB/CBC)***\
 
-Alternatively to generate AES ECB/CBC keys, if the Aes structure has been initialized with WOLFSLS_SECO_DEVID the function wc_AesSetKey can be called with a plain text key passed to it. The API wc_AesSetKey will then try to encrypt the key using the unique KEK and import it into the SECO HSM. If imported successfully, the value of 0 will be returned and the key ID will be set in the Aes structure.
+Alternatively to generate AES ECB/CBC keys, if the Aes structure has been initialized with WOLFSSL_SECO_DEVID the function wc_AesSetKey can be called with a plain text key passed to it. The API wc_AesSetKey will then try to encrypt the key using the unique KEK and import it into the SECO HSM. If imported successfully, the value of 0 will be returned and the key ID will be set in the Aes structure.
 \
 
 - CBC encrypt would be done with wc_AesCbcEncrypt, decrypt with wc_AesCbcDecrypt.

Original file line number	Diff line number	Diff line change
`@@ -2494,7 +2494,7 @@ Versions of software used:\`
`2494`	`2494`
`2495`	`2495`
`2496`	`2496`	`#### Supported Algorithms\`
`2497`		`-List the supported algorithms and any restrictions`
	`2497`	`+Supported algorithms, modes, and operations include:`
`2498`	`2498`
`2499`	`2499`	`- AES (ECB, CBC, CCM, GCM)`
`2500`	`2500`	`- AES CMAC`
`@@ -2596,7 +2596,7 @@ Add the desired modules and libraries to the local conf file.\`
`2596`	`2596`	> ```
`2597`	`2597`
`2598`	`2598`	`\`
`2599`		`-In this build had added debugging tools and an SSH server, which are not necessary if looking to trim down on size. The important items to add are “cryptodev-module and cryptodev-linux”. “eckey” is a demo tool from NXP for encapsulating and decapsulating blobs.`
	`2599`	`+In this build, we had added debugging tools and an SSH server, which are not necessary if looking to trim down on size. The important items to add are “cryptodev-module and cryptodev-linux”. “eckey” is a demo tool from NXP for encapsulating and decapsulating blobs.`
`2600`	`2600`	`\`
`2601`	`2601`	`[Optional]`
`2602`	`2602`	`To add the auto loading of cryptodev module add the following line to conf/local.conf.`
`@@ -2611,7 +2611,7 @@ Otherwise the module will need to be loaded after each power cycle using “modp`
`2611`	`2611`	`\`
`2612`	`2612`
`2613`	`2613`	`##### Build and Deploy\`
`2614`		`-To kick off the build of the image use the command. Then if using an sdcard, flash it to the card.`
	`2614`	`+To kick off the build of the image use the following command. Then if using an sdcard, flash it to the card.`
`2615`	`2615`	`\`
`2616`	`2616`
`2617`	`2617`	> ```
`@@ -2922,7 +2922,7 @@ For generation of any AES encrypt and decrypt operations the key can be generate`
`2922`	`2922`
`2923`	`2923`	`###### *AES (ECB/CBC)*\`
`2924`	`2924`
`2925`		`-Alternatively to generate AES ECB/CBC keys, if the Aes structure has been initialized with WOLFSLS_SECO_DEVID the function wc_AesSetKey can be called with a plain text key passed to it. The API wc_AesSetKey will then try to encrypt the key using the unique KEK and import it into the SECO HSM. If imported successfully, the value of 0 will be returned and the key ID will be set in the Aes structure.`
	`2925`	`+Alternatively to generate AES ECB/CBC keys, if the Aes structure has been initialized with WOLFSSL_SECO_DEVID the function wc_AesSetKey can be called with a plain text key passed to it. The API wc_AesSetKey will then try to encrypt the key using the unique KEK and import it into the SECO HSM. If imported successfully, the value of 0 will be returned and the key ID will be set in the Aes structure.`
`2926`	`2926`	`\`
`2927`	`2927`
`2928`	`2928`	`- CBC encrypt would be done with wc_AesCbcEncrypt, decrypt with wc_AesCbcDecrypt.`