adityaprakash-bobby · February 18, 2020 13:30 · Feb 18, 2020 · Feb 18, 2020 · Feb 18, 2020 · Feb 18, 2020
diff --git a/API_GW_LAMBDA_ERROR.md b/API_GW_LAMBDA_ERROR.md
@@ -74,4 +74,6 @@ def lambda_handler(event, context):
         }
     }
 ```
-**ERROR: For the above solution, I am using LAMBDA_PROXY integration. So have explicitly mentioned the response headers for handling CORS. This won't still let me send cross orign requests.**
+**ERROR: For the above solution, I am using LAMBDA_PROXY integration. So have explicitly mentioned the response headers for handling CORS. This won't still let me send cross orign requests.**
+
+![Imgur](https://i.imgur.com/lG2frgW.png)
diff --git a/API_GW_LAMBDA_ERROR.md b/API_GW_LAMBDA_ERROR.md
@@ -32,6 +32,9 @@
 
 ![Imgur](https://i.imgur.com/aO8Z1BV.png)
 
+**CloudWatch Logs**:
+![Imgur](https://i.imgur.com/UJDwkBV.png)
+
 ##### Lambda for handling textract
 
 ```python

diff --git a/API_GW_LAMBDA_ERROR.md b/API_GW_LAMBDA_ERROR.md
@@ -16,7 +16,7 @@
 ```
 **ERROR: Using the above request body in API Gateway TEST, response code 200. While the same from lambda test events, throws up error, as explained below.**
 
-[Imgur](https://i.imgur.com/BAJAJ2v.png)
+![Imgur](https://i.imgur.com/BAJAJ2v.png)
 
 ##### Lambda Test Event (REST POST):
 
@@ -30,7 +30,7 @@
 ```
 **ERROR: But when the same request structure is tested in lambda, it throws up error showing errors in python code, while hitting the API gateway request still returns expected results**
 
-[Imgur](https://i.imgur.com/aO8Z1BV.png)
+![Imgur](https://i.imgur.com/aO8Z1BV.png)
 
 ##### Lambda for handling textract
 

diff --git a/API_GW_LAMBDA_ERROR.md b/API_GW_LAMBDA_ERROR.md
@@ -16,6 +16,8 @@
 ```
 **ERROR: Using the above request body in API Gateway TEST, response code 200. While the same from lambda test events, throws up error, as explained below.**
 
+[Imgur](https://i.imgur.com/BAJAJ2v.png)
+
 ##### Lambda Test Event (REST POST):
 
 ```json
@@ -28,6 +30,8 @@
 ```
 **ERROR: But when the same request structure is tested in lambda, it throws up error showing errors in python code, while hitting the API gateway request still returns expected results**
 
+[Imgur](https://i.imgur.com/aO8Z1BV.png)
+
 ##### Lambda for handling textract
 
 ```python

diff --git a/API_GW_LAMBDA_ERROR.md b/API_GW_LAMBDA_ERROR.md
@@ -31,6 +31,8 @@
 ##### Lambda for handling textract
 
 ```python
+import json
+import boto3
 import base64
 
 def lambda_handler(event, context):

diff --git a/API_GW_LAMBDA_ERROR.md b/API_GW_LAMBDA_ERROR.md
@@ -0,0 +1,68 @@
+# Errors
+
+##### Proposed Solution
+```
+  POST                   API
+  REQ                  Trigger 
+-------->  API Gateway -------> Lambda (Synchrnous Textract TextDetection) -----> Response
+
+```
+
+##### Testing Base64 encoded Image Request Body
+```json
+{
+	"Image":"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"
+}
+```
+**ERROR: Using the above request body in API Gateway TEST, response code 200. While the same from lambda test events, throws up error, as explained below.**
+
+##### Lambda Test Event (REST POST):
+
+```json
+{
+  "statusCode": 200,
+  "body": {
+    "Image": "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"
+  }
+}
+```
+**ERROR: But when the same request structure is tested in lambda, it throws up error showing errors in python code, while hitting the API gateway request still returns expected results**
+
+##### Lambda for handling textract
+
+```python
+import base64
+
+def lambda_handler(event, context):
+    # print(event)
+    eventBody = event['body']
+
+    json_body = json.loads(eventBody)
+
+    # Amazon Textract client
+    textract = boto3.client('textract')
+
+    # Call Amazon Textract
+    response = textract.detect_document_text(
+        Document={
+            'Bytes': base64.b64decode(json_body['Image'])
+        })
+
+    # detectedText = ''
+
+    # Print detected text
+    # for item in response['Blocks']:
+    #     if item['BlockType'] == 'LINE':
+    #         detectedText += item['Text'] + '\n'     
+
+    return {
+        'statusCode': 200,
+        'body': json.dumps(response),
+        'headers': {
+            'Content-Type': 'application/json',
+            'Access-Control-Allow-Origin': "*",
+            "Access-Control-Allow-Methods": "OPTIONS,POST,GET"
+        }
+    }
+```
+**ERROR: For the above solution, I am using LAMBDA_PROXY integration. So have explicitly mentioned the response headers for handling CORS. This won't still let me send cross orign requests.**
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