diff --git a/docs/content/wasm.md b/docs/content/wasm.md
index 43b3ac31ad..0b890f7f04 100644
--- a/docs/content/wasm.md
+++ b/docs/content/wasm.md
@@ -142,27 +142,27 @@ ABI | Notes
 The primary exported functions for interacting with policy modules are listed below.
 In the ABI column, you can find the ABI version with which the export was introduced.
 
-| Function Signature | Description | ABI
+| Function | Description | ABI
 | --- | --- | --- |
-| <span class="opa-keep-it-together">`int32 eval(ctx_addr)`</span> | Evaluates the loaded policy with the provided evaluation context. The return value is reserved for future use. | 1.0 |
-| <span class="opa-keep-it-together">`value_addr builtins(void)`</span> | Returns the address of a mapping of built-in function names to numeric identifiers that are required by the policy. | 1.0 |
-| <span class="opa-keep-it-together">`value_addr entrypoints(void)`</span> | Returns the address of a mapping of entrypoints to numeric identifiers that can be selected when evaluating the policy. | 1.0 |
-| <span class="opa-keep-it-together">`ctx_addr opa_eval_ctx_new(void)`</span> | Returns the address of a newly allocated evaluation context. | 1.0 |
-| <span class="opa-keep-it-together">`void opa_eval_ctx_set_input(ctx_addr, value_addr)`</span> | Set the input value to use during evaluation. This must be called before each `eval()` call. If the input value is not set before evaluation, references to the `input` document result produce no results (i.e., they are undefined.) | 1.0 |
-| <span class="opa-keep-it-together">`void opa_eval_ctx_set_data(ctx_addr, value_addr)`</span>  | Set the data value to use during evalutaion. This should be called before each `eval()` call. If the data value is not set before evalutaion, references to base `data` documents produce no results (i.e., they are undefined.) | 1.0 |
-| <span class="opa-keep-it-together">`void opa_eval_ctx_set_entrypoint(ctx_addr, entrypoint_id)`</span>  | Set the entrypoint to evaluate. By default, entrypoint with id `0` is evaluated. | 1.0 |
-| <span class="opa-keep-it-together">`value_addr opa_eval_ctx_get_result(ctx_addr)`</span> | Get the result set produced by the evaluation process. | 1.0 |
-| <span class="opa-keep-it-together">`addr opa_malloc(int32 size)`</span> | Allocates size bytes in the shared memory and returns the starting address. | 1.0 |
-| <span class="opa-keep-it-together">`void opa_free(addr)`</span> | Free a pointer. Calls `opa_abort` on error. | 1.0 |
-| <span class="opa-keep-it-together">`value_addr opa_json_parse(str_addr, size)`</span> | Parses the JSON serialized value starting at str_addr of size bytes and returns the address of the parsed value. The parsed value may refer to a null, boolean, number, string, array, or object value. | 1.0 |
-| <span class="opa-keep-it-together">`value_addr opa_value_parse(str_addr, size)`</span> | The same as `opa_json_parse` except Rego set literals are supported. | 1.0 |
-| <span class="opa-keep-it-together">`str_addr opa_json_dump(value_addr)`</span> | Dumps the value referred to by `value_addr` to a null-terminated JSON serialized string and returns the address of the start of the string. Rego sets are serialized as JSON arrays. Non-string Rego object keys are serialized as strings. | 1.0 |
-| <span class="opa-keep-it-together">`str_addr opa_value_dump(value_addr)`</span> | The same as `opa_json_dump` except Rego sets are serialized using the literal syntax and non-string Rego object keys are not serialized as strings. | 1.0 |
-| <span class="opa-keep-it-together">`void opa_heap_ptr_set(addr)`</span> | Set the heap pointer for the next evaluation. | 1.0 |
-| <span class="opa-keep-it-together">`addr opa_heap_ptr_get(void)`</span> | Get the current heap pointer. | 1.0 |
-| <span class="opa-keep-it-together">`int32 opa_value_add_path(base_value_addr, path_value_addr, value_addr)`</span> | Add the value at the `value_addr` into the object referenced by `base_value_addr` at the given path. The `path_value_addr` must point to an array value with string keys (eg: `["a", "b", "c"]`). Existing values will be updated. On success the value at `value_addr` is no longer owned by the caller, it will be freed with the base value. The path must be freed by the caller after use (see `opa_free`). If an error occurs the base value will remain unchanged. Example: base object `{"a": {"b": 123}}`, path `["a", "x", "y"]`, and value `{"foo": "bar"}` will yield `{"a": {"b": 123, "x": {"y": {"foo": "bar"}}}}`. Returns an error code (see below). | 1.0 |
-| <span class="opa-keep-it-together">`int32 opa_value_remove_path(base_value_addr, path_value_addr)`</span> | Remove the value from the object referenced by `base_value_addr` at the given path. Values removed will be freed. The path must be freed by the caller after use (see `opa_free`). The `path_value_addr` must point to an array value with string keys (eg: `["a", "b", "c"]`). Returns an error code (see below). | 1.0 |
-| <span class="opa-keep-it-together">`str_addr opa_eval(_ addr, entrypoint_id int32, data value_addr, input str_addr, input_len int32, heap_ptr addr, format int32)`</span> | One-off policy evaluation method. Its arguments are everything needed to evaluate: entrypoint, address of data in memory, address and length of input JSON string in memory, heap address to use, and the output format (`0` is JSON, `1` is "value", i.e. serialized Rego values). The first argument is reserved for future use and must be `0`. Returns the address to the serialised result value. | 1.2 |
+| `eval` | <div>`int32 eval(ctx_addr)`</div><div>Evaluates the loaded policy with the provided evaluation context. The return value is reserved for future use. </div> | 1.0 |
+| `builtins` | <div>`value_addr builtins(void)`</div><div>Returns the address of a mapping of built-in function names to numeric identifiers that are required by the policy. </div> | 1.0 |
+| `entrypoints` | <div>`value_addr entrypoints(void)`</div><div>Returns the address of a mapping of entrypoints to numeric identifiers that can be selected when evaluating the policy. </div> | 1.0 |
+| `opa_eval_ctx_new` | <div>`ctx_addr opa_eval_ctx_new(void)`</div><div>Returns the address of a newly allocated evaluation context. </div> | 1.0 |
+| `opa_eval_ctx_set_input` | <div>`void opa_eval_ctx_set_input(ctx_addr, value_addr)`</div><div>Set the input value to use during evaluation. This must be called before each `eval()` call. If the input value is not set before evaluation, references to the `input` document result produce no results (i.e., they are undefined.) </div> | 1.0 |
+| `opa_eval_ctx_set_data` | <div>`void opa_eval_ctx_set_data(ctx_addr, value_addr)` </div><div>Set the data value to use during evalutaion. This should be called before each `eval()` call. If the data value is not set before evalutaion, references to base `data` documents produce no results (i.e., they are undefined.) </div> | 1.0 |
+| `opa_eval_ctx_set_entrypoint` | <div>`void opa_eval_ctx_set_entrypoint(ctx_addr, entrypoint_id)` </div><div>Set the entrypoint to evaluate. By default, entrypoint with id `0` is evaluated. </div> | 1.0 |
+| `opa_eval_ctx_get_result` | <div>`value_addr opa_eval_ctx_get_result(ctx_addr)`</div><div>Get the result set produced by the evaluation process. </div> | 1.0 |
+| `opa_malloc` | <div>`addr opa_malloc(int32 size)`</div><div>Allocates size bytes in the shared memory and returns the starting address. </div> | 1.0 |
+| `opa_free` | <div>`void opa_free(addr)`</div><div>Free a pointer. Calls `opa_abort` on error. </div> | 1.0 |
+| `opa_json_parse` | <div>`value_addr opa_json_parse(str_addr, size)`</div><div>Parses the JSON serialized value starting at str_addr of size bytes and returns the address of the parsed value. The parsed value may refer to a null, boolean, number, string, array, or object value. </div> | 1.0 |
+| `opa_value_parse` | <div>`value_addr opa_value_parse(str_addr, size)`</div><div>The same as `opa_json_parse` except Rego set literals are supported. </div> | 1.0 |
+| `opa_json_dump` | <div>`str_addr opa_json_dump(value_addr)`</div><div>Dumps the value referred to by `value_addr` to a null-terminated JSON serialized string and returns the address of the start of the string. Rego sets are serialized as JSON arrays. Non-string Rego object keys are serialized as strings. </div> | 1.0 |
+| `opa_value_dump` | <div>`str_addr opa_value_dump(value_addr)`</div><div>The same as `opa_json_dump` except Rego sets are serialized using the literal syntax and non-string Rego object keys are not serialized as strings. </div> | 1.0 |
+| `opa_heap_ptr_set` | <div>`void opa_heap_ptr_set(addr)`</div><div>Set the heap pointer for the next evaluation. </div> | 1.0 |
+| `opa_heap_ptr_get` | <div>`addr opa_heap_ptr_get(void)`</div><div>Get the current heap pointer. </div> | 1.0 |
+| `opa_value_add_path` | <div>`int32 opa_value_add_path(base_value_addr, path_value_addr, value_addr)`</div><div>Add the value at the `value_addr` into the object referenced by `base_value_addr` at the given path. The `path_value_addr` must point to an array value with string keys (eg: `["a", "b", "c"]`). Existing values will be updated. On success the value at `value_addr` is no longer owned by the caller, it will be freed with the base value. The path must be freed by the caller after use (see `opa_free`). If an error occurs the base value will remain unchanged. Example: base object `{"a": {"b": 123}}`, path `["a", "x", "y"]`, and value `{"foo": "bar"}` will yield `{"a": {"b": 123, "x": {"y": {"foo": "bar"}}}}`. Returns an error code (see below). </div> | 1.0 |
+| `opa_value_remove_path` | <div>`int32 opa_value_remove_path(base_value_addr, path_value_addr)`</div><div>Remove the value from the object referenced by `base_value_addr` at the given path. Values removed will be freed. The path must be freed by the caller after use (see `opa_free`). The `path_value_addr` must point to an array value with string keys (eg: `["a", "b", "c"]`). Returns an error code (see below). </div> | 1.0 |
+| `opa_eval` | <div>`str_addr opa_eval(_ addr, entrypoint_id int32, data value_addr, input str_addr, input_len int32, heap_ptr addr, format int32)`</div><div>One-off policy evaluation method. Its arguments are everything needed to evaluate: entrypoint, address of data in memory, address and length of input JSON string in memory, heap address to use, and the output format (`0` is JSON, `1` is "value", i.e. serialized Rego values). The first argument is reserved for future use and must be `0`. Returns the address to the serialised result value. </div> | 1.2 |
 
 The addresses passed and returned by the policy modules are 32-bit integer
 offsets into the shared memory region. The `value_addr` parameters and return